C01HBa0057A01.2 TATGTTTTTTTGTTTTTGATTTTTTAAATTCTCTCCTTTTTGTTAGATGATCAATATGGT AGTTTCTTTCCTTAACATATTACAATTTATTTTAACAAATAAAAAGAAGATCGAGCTAGA TACAAAAGAAGTATTATAAAGATATCAAGAATTAATGTTACAAAAACGTTTTAAGTAGAG TACTATCTTATATAGATGGAACCAAAAAAAGAAAAAAAGAGTGAATGATTTAGATCTCAA TGGAGTCCACCAGTAAAGCAATGATGTGAGGTTTTAAAACCTTCTCCGGATGAGTGTATC CATCTTGATTGTGTTTATAAGTAACATCTATAATACGAGCAAGATTGAGAATTCGAGTAA GGATTTCTGTAGAGACAGGAGTTGGTCGAAGAATTCCTTCATTTACATCCTTCCATGCTA TCTCAGCCATCTCTTGAAATTTGTCCATTGCTACTTGTGTTGATACGCCATAATCCCTCA TATAACACTCAATTCCAGTTGCGATTTGGCCCCTACCCTTCTCAACTTCATAGGTGGCTA TGTCATCAACAACTCGGCATAATGTCACATTGGCTTCAAGAATTTTAGGGTTCTTGGCCA ACCATTCGAAATCTTCCTTTGTTGCTGACTTCACTCCCAAATAGGATGTTGTAGTCAGCA AATAATAAGTGCTGGTAGCTAATGCATTGCTAAGATACTCAGAAACTGGCGGCATATATC CCTCAATAAACCACTTTGCTTCTACAAAATAATTTCTCACAATCTCCTTCATCTGTTTAA CAAAAATTTCAATAATATATATAGATCCAGTATAAATAAGAAAAATAAGGTAGTGATTTT AAATAGAAATCAGTGAGTTCGTACTCTTTCTTTTGCGTACTGTACAACATCAGATCTCCC ATCCTTTGACAACTCCTTTTCATAATCTTCATACAGATCCAAAAGAGCCTTAAAACTGAC TTTCATGTATTCTGGGAGTCGATCCATTTGGCTAATATCCCACCTAATAAATGAAAAGAA AAGAGAAAGATTTAGTAAACTCCCCTTTTAAGAAATTAACCCTCTCTAATAAGTTCATAC CTCTGTATGGCATCGGTGTAAACCTCCAGTTCTTTTACGATTCCATAAGCATCGAATGTG TCATCTACTATCGAAATCATTGCTATAGTCTTAGCAAGCATGACACGAGCCTGGGAGTAT TGAGGTTCAGCATACACTCCCATCGTCCAAAAGTAACATTCGACTGCTCTATCCCTAGCA TATGGAAGCGTTGTCACAAAATCCAAATCTTTCCACCACCTACAAAATAATTAGAATTAA TTTGACAAATAACTTTCAAATAACAATTATTATTATTTTTTTTTATATTAATTACCTTGA TACTTCACTGAGTTCTTGTTTGTGCAACATCTGGAGTAAGTTGTAATCTAATTTGGCAAA TCGAAGCAACACATCATTCTTAAATTCCTCCTCTTCGTAGATAGAGATGAAGTATCGTGT CTCAACTCTTGGAATGCTCTTATGGAGAGATTGCTCAAGGGCATGAGTCACTTGCTTACT CAGAGGTGACTTCAAATGTGGAGCTGCAGACTCAAGATGAGCAGTGGAGAAAGCAAGTGC CTCTTCCAAAATATCTTCTCCATGAGTCCGTACATGTGAAGCTTCATATAAGTTCAATAG ACCTTTGATGTCGTTGCTAAGTGATTCCTTGAACTTACCATTCGCATCTTGGAATCTGCT GAAAATTTCTGGATGATGAATAAAAAGCAAAAGATAATTAGTTTTTTTGCATGCGGATAA AGAAACAAAAAAAAGTGCAGCATATATATGTAAAGGACCTACTTTGAGAGATATTGTAAC CATGTTGTCTCAATATTCTAAATTGAAGGGACAAAGTGTTTAAATCATGAGCCTCAAAGT TAGGATCTGCTTTGTAAATTTGATCCAACATGTCCTCTATTTGTTTTTCAAAATGATAAG CTAAGCCAAGTCGCTCAACGATGTCTATCAGATTCAATTTCTCAGCCAGTGTTGTTCCAC AGGCAGCATCAGACAACAAACTCCTTGTTTGTTCCTTCAAAGTTTCAATCTGTTGAGCAT ACTTGTCAGCAACCTGTAAAATGTTCATTGATTGGGATTAGTAATAATTAACCAAATATA ATGAAGCGATCGAGAAAGATATTGTAATTACCTGATTGTCGAGAGAGAATGAATGGAAAC GATCACCCCAAAGACTTGGAGAGAAATTTGCAACAGGGCGAACAATCTCATCTTGGTTGT TAAGTAGGGCCATTTCTTCAGAAAAGGATGTAATTAGCTTTGTGAGAAAACAGAAAGCCT TTTTTTTTTTATATTTTCCTTTCTCTCTTTGGTTAGTTGTTGATAGGGAATTGAAGTGTT GATGGAAATGAAAGTGAAGGAATATTGAGTATTTATAGTGGTGAGAATGCATTCTCTTTT GAAATTTTTTGTGATGCATGCAGTCCATCCCGTTGCCTTACTTTGACTACATATTTAACT GATCGCTCCACAGTAATATACTCTTTCTAGTCTTTATCAAAATTAATGATAAATTTTTTT TTATATCTAGTACATCTTCCTATACCCATATAAGATTATTATAAGTAATTATTAAATATT CTAAATTAAACAAGTATTAGTGGATATTGTAAGTGGCGTTTATTTTATAAAAATTAATTA TACTCGATAATCTTCATGTTTTTTATTCGTTATATGTAGTTCCATTTTCGGAAAAATACA TTATGGCCGTTAGTGACGTCCGCCTTCTTTCCTCGGGAGGCCGTCTGTAATTTTTTTCGT TTTATAATTTTATATTAATGGGATATATTGCCTCGAAGGGACCAAGAAAGTGTTCCTTTT GTTTATTTTTTAAGGGTTTTTTTTCCCCTTCAATGGCGTCTGTCTTGATCCAATGCTATT GTTTCCAATTTCAACTTGAAAAAAATATAGTATTACATAAGCATACTATGTAATTATTGC ATGAGTGCATTATTATAAGTTCTTCGCCCCAAGGAGATTGAATGGACATAGTAACGGCAG ACCTAGAGGTAATCGAGAGGGGTTTAAAGAATTAAAAAAAAAATAGAGGTTGGCTTAGTA GATGAGGAATTTAAAATTGAGGAAATAGTCACTCAAAAATAGCCTAATTAAGCTCCATAT TTATAGCTTACTAATTACGATTTATAGGTACATGTTATAGGAGGGGGAGAGAAAGATTGT GACACAGAGGAGAGAGGCGAGCGATATTAAGTGATGGAGGAGAGAGGCGAGCGAGAGACA ATAGAGAGTGAGAGAGAGGCCAATTCTATATGTATATCGGTTAAATAATTAATTGTATAT TATACAGATGTATTTGTATATGTGGCAAACGAGATTGGGAGAGGGAGGAGAGACACGAGT GAGATTGGGATATAGAGGAGAGAGAGGCGAGCAAGAGAGGGCAGAGAGTGGGAGAGAGAT GAGCGAGAGAGGGCAATAATGTGTATAATTCGCATCTCATTTATATAATCCGTGGATATA TTTGTATGATTCATGTATTTTGTATAATTCAGTAATATAAAGTCTGAAATTATATAAAGA TGATAAAACTCAAAATAACGAATTGATACAAACATAAGCATATGAACTTTAAGTAGTTAT ACTGAATATGTTATACAAATTACATTATATAAATGTATTATGCAAAATTCAAAAATTGCA CGTTTATATAAACTTTAAAAATGTTATACACAAAAAGATTGAAGATATATAGTGACAAAA CTGAAAGCCAAAGAAAATCATCGTCATATACAAATACAGATCGTCGTATAAAAATACAAT TCAAATTAAAAATTGTTAGTTGCAAATTATACAAATGTAACTAATGATAAAAACATTGTT AATTATATAACTCGAAGTCCACCATATAATTAATCACAATGTTAGTTGTGAGTAGCAATT ATAGCATATCATAGCTATGATGAGTTATTAAATAGTATAAGTTTATTTAACCGTGTAATT TTCCCTTAAAAGTTTCAACATAAATTTCAAATTCAAATTTTAGGTATTATATTTTTTTTC AAATCCCTTTATCAAAAATTCTGAATCCATCGTCAATACTACAAGCATAGCCGTTCCAAT AAAGTAACTTATTGAATTATATATATTTCCAAAGTTCAATATTGATGGCTTATCTGAATG ATAGAAGAAACATATATTATTTGCACGCTTATTTTTCCTGTTCAAAGTTGAATCATCTAT GCCATCGTATTTTACTAAATGTTGATTTTATGCAAATCCAGCTGTAACTAATTCAATGGA AGAGATGATATGCAATATTCTACGCATAACTTTCTCCAAACATGCTTTCCTTCATTTTAT TACTAAAAATTCTTACTGATGATGAGAAATTTAAAATTAATTGATTTTAATTATTTAAAT GTAACATTATTTTTGAAACGTAATAATAATTAAGACATAATTCCAAACAAATTGAATTGA ATGAGTATTTAGTTTTTTTGAAAAAATAAAATATAAAATCTAGAGGAGTCGAATTAGATC TTGCTAGAACGTAACATTGTAGTTTTCCTAAAGTTGACTACACGAGGACCTAATTATTCT AAGCATGTACATAAAATTCAAACGGCAAGTAAAATTCATAGGTACTATTTAAAGTCCAAA TTCTTGGTTAGAATTTTAATCTTTCAGTGCTAAGAGTGATATTAGAAATAAAATTCTAAT ACTGTTGGAATTAATACTTATTATATTAGACATTTTGAACCAAAATTGACATTACACACA CAAATACAATTTTTTTAATCGTAAGGGATCACTAATTTATTTAAAATTGAGTGGCATGTA TATCCACTGACCAAAAATTAATGTTCAATCAAATATTTAGTCAAGTAAGGCACCCACAAG TGATGGTCGCAATAATCCTAATTCCTAAATAAGTATATATATTTTACAAGAACTTGAAAA AAGAAATTTGGTTATTTTCATAGTCACATATAGAGGCTACTCAAACTCTATGTTGTTGAG GAAGGTTCTTATCACCTTCTTGATCAATTATATTTGAGTCTTCGAAATGCTTTAGAATTA TACTTGTAATACTCTCCAGTCTTCAGTATACTCTTTCAAGTGACTCTTCTAGCACCATGC TATTATGTGAGTCAAAAAATAGTATCATTCCACATTATTGTTGTTGGTTTAGGTTAAAAA AAAATTAGAGTAGAGGCCAAATTACAACATGAGTAGAGTGCTATATAAAAGACTAAAGTA CATCAATAGAGAGTAATAAAAAGAATTCAAAAAATGATTAAAAAAGCGTGGGAAAATGTG AATGAAAGAATTATCAGGTTAAGTTTATCTCTCTACAATGATTCTTAATTGCATTTTAAG ATTAGGTTAAATTAAAAAGCATATTTACGTATTATATTTTTTTATTAAATATTAAGTTAA ACTCATATAAAGCTTAATAGGTGTTTGAACACTCATTAATTTCGACATAAAATGTATGTA TATATATATAAAAAAATATCACGTAAAACTATATAATTAATGTTATAAATCCATTGAATT GTGTGGATTGTCCTTTAGATTTACTCAAGAGTTAATTGTATTCATGTATACATGTTCCCA AGGTGATAAGAATCATTTGGATAACTTTGTACCTACTAATTGGACATTTATCATGGGGCC TTTGGGGTGATATCTCAACTCTATAAATAGAGATATCATTCACCTTTTGTAATACATACT TGAATAAGAAAATTATCTCCTCTATCTTATACTTCTTGTCTTTTTCTTTTTATATTCTGA GTTTTCTTTACAACACGTTATCAGCACGAAGTTGCTACTTGCAAAGGTATTATATAAATA TTTTTATTTGATTCACATATTCTCTCATAATTTCATTATGTCGAATTTATCCAAACTTGA GTTTGTGGCATTAGATATTTCTGGAAAGAATTATCTTTCATGGGTACTCGATGCTGAGAT TCACTTGGCTGCTAAAGGTCTTGATGCCACTATTACTCAGGGAAATGAAGCATCGAGTCA AGATAAGGCGAAAGCTATGATTTTCCTTCGTCATCATCTTGATGAGGGCCTGAAGATTGA ATATCTGACGGTGAAAGATCCACTTGAATTGTGGACTGATTTAAAGGGGAGATATGACCA CCTAAAGGCAACAGTGTTGCCAAGAGCTCGTTATGAGTGGATGCATTTACGATTTCATGA TTTTAAGACCGTGATTGAATACAACTCTGCTGTATTCAGGATAAACTCCCAGTTGAAATT ATGTGGGGAGACTATAAAAGATGAGGACATGTTGGAAAAGACACTTACTACTTTCCATGC CTCAAATGTGATATTGCAGCAGCAATATCGTGAAAAGGGTTTTCAGAAATATTCTGAACT AATCTCATGTCTGTTGGTGGCTGAGCAACATAATGCTCTTTTAATGAAAAATCATGAAGC TCGTCCCACTGGAGCTGCTCCATTACCGGAGGCAAATGTGGTGGAAGCACGTGATCAATC TAAAGTAAAAGGAGATGATCATCGGGGATATAATAATGCACGGGGACGTGGCAAAGATAA AAGACGATACACTAATCGTCAAGGTGGTGGTCATAATAAAAGGGAGAACAACATGAGTTC TCAAAATAACCCCTCAAAAAGTAATTGTCGTCGTTGTGGCATGAAAGGCCATTGGAAGAA TGAATGTCGCACACATGAACATTTTGTAAGGCTCTATCAAAATTCCTTTAAAAATAAAGG AAATAAAAGTGGTGTTTCCTCTTCCAATGCTCGAGCTGAGTCACATATGACTCTTAAAGA TGATGATAAGCCGGGAACATCTCAGAAATATGATAAGGATGTTGAAGCAAATTTGGATTT AAAGGATGATGTTTTTGATGGCCTTGGTGACATTACTCATATGGAAGTTGATGACTTCTT TGGAGATCGAAACTGATTTTGATCTTTTAGCTGGGGAATGAAGTCTGTTAATATTTTACT TATATATTTTTAATTATCATGTTATTTATGTTGAAGTATTTAAATTTCCGTTGTTAATTT TGTTTCTTCCTTCTTTTGATGTATTTTATTTTAATGAAAATTAATAGAAATCCCCAGTTG TCAGTTGGATTCAAGATGAGTAATGGAGATGTATGCCTTCTTGATAGTGCTACAACGCAT ACAATATTAAAAGAAAAGAAATACTTTTCTAATTTGTTTATGAAAATGGCATATGTCAAC ACAATATCAGGTAGTACAAAATTAATTGAGGGCTCTGGAAGAGCGACCTTATTACTACCT GGAGGGACAATATTAAGCATTGATAATGCATTATATTGTAGTAAGTCTCAAAGAAACTTA TTAAGTTTCAAAGTTATTCGCCAAAGTGGCTATCATGTTGAGACGGCTAATGAAGGAAAG GTTGAATACCTTTACATTACTACAATTAATGTTGAGAAGAAAATTGTGCATGAAAAATTA CCTGCATTTTCTTCTGGGTTGTACTATACAAGTATAAGAACAGTTGAATCACATGCCGTA GTAAACAAAAGGTTTACTAATTTTAATGATTTTATCATTTGGCATGACCGGTTGGGCCAT CCTGGATTTAATATGATGCGCAAAATCATTGAGAATTCACATGGACACACCTTAAAGAGC CCAAATATCCTTCAATCAAAGGAATTCTCTTGTACTGCTTGTTCTCAAGGAAAGTTGATC ATTAAACCATCAACAGTTAAGGTTGGAATTGAATCCCCTGCGTTTCTGGAACGTATACAG GGTGATATATGTGGACCAATTCAACCTGCATGTGGACCCTTTAAATATTATATGGTCTTG ATAGATGCTTCTACAAGATGGTCACATGTGTGTTTATTATCAACTCGCAATATGGCTTTT GCGAGATTGCTGGCTCAAATAATAAGATTGAAAGCACAATTTCCAGACTATACAATAAAG ACAATCCTTCTAGATAATGCTGGTGAGTTTACATCTCAGGCATTTAATGATTATTGTATG TCTACTGGTATAACTGTTGAACATCCAGTTGCGCATGTTCACACTCAAAACGGTCTAGCA GAATCATTGATTAAACGTCTGCAATTGATAGCTAGACCATTACTAATGAGAACAAAGTTA TCTGTGTCTATGTGGGGGCATGCTATTTTGCATGCAGCAACACTTGTGCGCATAAGGCCA ACCAATTATCATGAATTCTCCCCATTACAATTGACTTTTGGTCAAGAGCCAAACATTTCC CATCTTAGAGTTTTTGGATGTGCGGTGTATGTCCCAATTGCTCCACCACAACGCACAAAG ATGGGGCCGCAAAGAAGGTTGGGGATATATGTTGGGTATGAATCTCCTTCAATCATAAAA TATTTGGAGCCTATGACTGGAGATTTATTTAAGGCAAGATTTGCTGATTGTCATTTTGAT GAATCAGTATACCCAACATTAGGGGAAGAACATAAGTCATTGGGAAAAGAGATAGATTGG AATTCATCATCTCTATCTCATCTGGATCCTCGAACAAACCAATGTGAGCAAGAAGTTCAA AGAATAATTTATTTGCAGAACGTTGCAAATCAGCTACCAGATGCATTTACGAATCTTCCA AGGATTACTAAATCGCATATTCCAGCTGTTAATGCTCCAGTTCGAGTTGATATCCCGACG GGACAAATTGTTAAGGCAAATGAGTCTAGACCACATTTGAAGCGTGGTAGACCAATTGGT TCCAAGGATAAAAATCCTCGAAAGAGAAAAGGAATAAATGATCAAGATGATCATGGGTTG AAAGAAATTTCTCAAGATGAGACCCAAGTCATAACACATGATGAGGAGGAGGTTCGAACT TCTGAAAATAATGAAATTTCAATGAATTATGTCTCGACGAGAAAGTTGTGGAACCGAAAT AATGTTGTGATTGACAACATATTTGCCTATAATGTTGCTATTGAAATAATGCAACAAGAT GAAGATATTGAGCCAAAATCTGTTCACGAATGTAGACAGAGAAATGATTGGCCAAAATGG AAGGATGCAATTCAAGCTGAATTGGCTTCACTAGAAAAACGTGAAGTTTTTGGACCAATA ATCCGAACACCTGAAGGTATCAAGCCAGTGGAGTACAAATGGGTTTTTGTACGAAAAAGA AATGAGAAAGGTGAAGTCATGAGATATAAGGCCCGACTCGTTGCTCAAGGTTTTTCTCAA AGACCTGGCATTGATTATATGGAGACATATTCTCCAGTGGTAGATGCAATCACCTTTAGA TATCTCATAAATCTGGCAGTTCATGAAAAACTTGAAATGCGTCTAATGGACGTTGTCACA GCCTATCTATACGGCTCATTGGACCACAACATTTTCATGAAAATTTCTGAAGCATTTAAA GTGCCTGAAACATACAAAGATTCAAGAGAAACTTGTTCAATAAAGTTTCAGAAATCTCTG TATGGACTGAAACAATCAGGAAGGATGTGGTACAATCGTTTGAGTGAATATTTGTTAAAG AAAGGGTACAAAAATGACCCGATTTGTCCCTGCATTTTCATTAAACGGTTGGGGTCTGAA TTTGTAATAATAGTTGTGTATGTTGATGATTTGAACATCATTGGAACTCGTAAAGAGCTT TTAGAAGCTGTTGAGTGTCTGAAAAGAGAATTTGAAATGAAAGATCTCGGCAAGACAAAA TTTTGTCTTGGTCTACAGATTGAGAATTTGTCAAATGGAATACTTGTTCATCAATCAACG TACACAGAAAAGATACTAAAGCGTTTTTACATGGTTAACTCACATCCATTGAGTACTCCA ATGGTGGTAAGATCTCTTGACATCAATACAGATCCATTTCGACCTCAAGAGAATGATGAA GAGCTTCTTGGTGATGAAACTCCTTATCTTAGTGCGATCGGGGCACTAATGTACCTTGCT AACAATACTCGACCAGATATCTGTTTTGCAGTAAGTCTACTGGCAAGATTCAGTTCCTCC CCAACAAAAAGACATTGGAATGGTGTTAAACACATACTTCGATATCTTCGAGGGACCATG GACATGGGTTTATTCTATTCCAGTGAATCCAAATCAGAACTGATTGGTTACGCAGATGCA GGGTATTTATCAGATCCGCATAAAGCTCGATCACAAACAGGCTATTTGTTTACATGTGGA GACACAGCAATATCTTGGCGATCAATGAAGCAAACATTGGTAGCCACTTCTTCAAATCAT GCAGAAATAATAGTCATCCATGAAGCAAGTCGAGAGTGCGTCTGGTTGAGATCAATGACC CATCATATTCAGAAAATGTGTGGTTTTTCTTTGAAAAAGAATATACCAACCACAATGTAC GAAGATAATGTTGCATGTATAGCTCAATTGAAAGGAGGATACATCAAAGGAGACCGGACA AAGCATATCTCACCAAAGTTCTTTTTCACGCATGATCTTCAACAAAATGGTGAGATAGAA GTTCAACAAATTCGTTCAAGTGATAATCTTGCTGATTTATTCACTAAGGCATTGCCAACA TCAACATTTGAGAAGTTGAGATACAAGATTGGAATGCGCCGTCTCTGAGATATTATTATT ACTCATTTTAATTTAAAAATACAAAGTCGTTGAGTATATTATAATTTGTGATTTGAGGTT TTTCCTTTTTTTAAGTAATAATATTGAACATAACTTTTTCATTAATTTTATTCACAATTG TATCTAAATAATTTTTACATTTGCACAAAATAAGTTGTACCTTCAGGTAGTGGATCCATT AAATACATAATAATCTACACTAGGCTTTCATCCCTAGTAATTTAGTAATATATATAGTCG AGTAAAGATGGTGGGTAAAATAAATAGTCAAGGAGGTGTTTGGAAAACGTGGAGTTGTTC CCTGTTCAGTTGTAGATTTAGGTGTCGTTTGTGTGGTGGATAAAAATAAATAGTAATGGG GTAAATAAATAACAATGGAATAAAAAAATTATATTTTATTTAGTTGTCATATTTTTTTTT TACTCAAATCAAAACGGAAATAGAAATATTATCTAAAAAAGATTATTAATGAATCAATAT CAATTTAGGAGGTTTACTGTTGAAGATAAGAGATGTTGTTCACAAGAACTTAGATACACA TATACATATGGTGATAAATAGAAGTTGTATGCTGCAAGTATATTACAGGTATAATCCATA AAAAATTAAAGAAAAAAAAAACGTTTTCATTTTATTAAGGTCAATTAAAATATCTATAGA CCCAGTTATGTAGCCACAAATTGTAAAAGGTGACCAATTATCAAACACTTGTACTCAAAA AAATCATAGATGAAAATTTAGTTTTTTTTTATAGGTTGATTCTATCGGTAGCTTTTTAAA ATTGGCATAAATTTTTATTTAGACATTTTAATTAGATTTTGTTCATTTTAGACACCTCAT ATTGAGTTTCGCTGTGTCATTTTGACACTTTTTATTGATTTGACATATTGTGTGTGTTGC ACCCATTTGAACGCTTGAGGATTTTTGTTTTTAGATTTATTTTCCTCCTTCTTCTTCACT TTTTAAGCCCATTCCAACTTTTTCCATGATCCCATGAAAATACATGATAATTTTTTTACA AAATATGAAAAAATAAAAAAAAAATTATCACTAATTTTAAAAACGTTTATAAGAATAAAA TTTTTAAAAATTATCACACAATTTTGAAAAGATTTTTTAGAACAAGAAACACATTTTTCT CAAAAAGAATTAGAAAAATGTCGTATATAATTTTCAAAATCAATTAAAAAAACACCTAAA ATCTAATAATTTTTAAAAAAAAAATATGGAAAGAAGAATCAAGAAAATGATTGTAGAGTT GGGGAGGCAAAAGGAACATGAGGGTGGGATGATAGAAAATAAGTTATTTTATTTATTTAT TTTTGCTGAAAAATTAGTTTTTTTAATAATTTATTTTAAAATTATAATTTTTATATTCAA ATATCACATGTCAGCTTTTAATTATTCATCATATCATATCATCCGCAAGTGTATTACACA TACTTTATAATTTTAGCTGATTGGCAAAAAAGTGTCAAAATGACATAGCAGAATATGTTT AAAATGAACAAAAGTGAAAATTAATGTCAGATGTACCAATGGGATTAGCTTTTTTATATA TGTATGTAGAGCAGTATATAGTCAAGTGAGGCAACCGCCTTGTACAGTATAGTATTATAA TATAAAGAATTCCAATTGTGAAAGATGGCTCTCACAATTCATTCACTATAAATACTCATT TCCTTCTCTTACAATTCCATCATCATTTGTTCGATTCTCTATTAGAAAGAAACTTAACAA ACGAAAGAGAAGGAAATTCTCTGTTTTTCAATAAGCTTAAATTTACTAGAAATGGCCCCA GCTGCTGCATTGATGAGTAAGTGCCAAGAAGAGGAGGAGATTGTTCGCCCTGTTGCTGAC TTCTCTCCAAGTCTTTGGGGTGATCGTTTCCATTCATTTTCCCTTGATAATCAGGTATCT ATCCATCTATTTCGTACATGTCTTGTTAAGGAGATTCATTTCTGACATTCAACATTCACT TTCATTTTTTGTAAAAAAAAAAAATATTATATTTGCAGGTTGCTGAAAAGTATGTTGAAG AGATTGAAACTTTGAAGGAACAAACAAGGAGTATGTTAATGTCAGGAAAAACATTGGCTG AAAAGTTGAATCTCATTGATATTGTTGAACGCCTTGGAATTGCCTATCACTTTGAAAAAC AAATAGACGACATGTTGAACCACATTTTTAACATTGATCCTAACTTTGAGGCTCACGAAT ACAATGATTTATGCACTCTATCCCTTCAATTTCGAATCCTAAGGCAACATGGCTACTATA TCTCTCCAAGTAATATATCTAGCAAAGCTCTAATTAATCTTATTTTTTTATTCTGTTTTC TCACTAGGACTAATTTTTTGTCTTCGATTTGAACCAGAAATTTTCAGCAGATTCCAAGAT GCGAATGGTAAGTTCAAGGAATCACTTTGCGACGACATCAGGGGAATATTGAACTTATAT GAAGCCTCACATGTAAGGACTCATGGAGAAGATACTTTAGAAGAGGCACTTGCTTTCTCT ACTGCTCATCTTGAATCTGCAGCTCCACATTTGAAGTCACCTCTGAGTAAGCAAGTGACT CATGCCCTTGAGCAATCTCTCCATAAGAGCATTCCAAGAGTCGAGACACGATACTTCATC TCTATCTACGAAGAGGAGGAACTTAAGAATGACGTGTTTCTTCGATTTGCAAAACTGGAT TTCAACTTACTTCAGATGTTGCACAAACAAGAACTCAGTGAAGTATCAAGGTAATTAACA TCAAAAAAAAAAAATTGTTATTTGAAAGTTATTTGTCAAATTAATTCTAATTATTTTGTA GGTGGTGGAAAGATTTGGATTTTGTGACAACGCTTCCATATGCTAGGGATAGAGCAGTGG AGTGTTACTTTTGGACGATGGGAGTGTATGCTGAACCTCAATACTCTCAGGCTCGTGTCA TGCTTGCTAAGACTATAGCAATGATTTCGATAGTAGATGACACATTTGATGCTTATGGAA TCGTAAAAGAACTGGAGGTCTACACTGATGCCATACAGAGGTACGAACTACTTGTGGAAC AATTTAAGATTTTTAATTGGCTGATTGCATAAAGTAGGGGGAAAAATCACATAAAAACAA CATATTTTTGTGCAATTTTGAAGTTATGACTACAATTTGTTATTGGAGACAAGTCGAGAG GTCATATCATGATACGCCAGACATTTCTCCTTTCTTCCTATGATGTATGTTATGCTGAAT TGATAAACTTATCAAATTCATTTCCTTTTTAATTTATTAGGTGGGATGTCAGCCAAATTG ATCGGCTTCCGGAGTACATGAAAATTAGTTACAAAGCACTTTTAGATCTCTACAACGACT ATGAAACAGAGCTGTCAAATGATGGCAGATCTGATGTTGTTCAATACGCAAAAGAAAGAG TATGAATCGTGACTTATACTAGTTAACTCAAAATTAATCAGTTTTTCAACCTATTAAGTA GCTTCTTCTCCTCGTATTGAAATATGTACTGATGGTTTAATGTCTTTGCTTGTTATTGAC AGATGAAAGAAATTGTGAGAAACTATTTCGTGGAAGCGAAATGGTTCATTGAAGGATATA TGCCACCAGTTTCTGAATATCTTAGCAATGCATTAGCTACCAGCACTTATTACTTGCTTA CCACTACATCCTACTTGGGCATGAAGTCTGCTACCAAGAAAGATTTTGAATGGTTGGCCA AGAACCCTAAAATCCTTGAAGCCAATGTGACATTATGTCGAGTCATTGATGACATAGCCA CCTATGAGGTTGAGAAGGGTAGAGGTCAGATTGCAACTGGAATTGAATGTTATATGAGGG ATTATGGCGTTTCAACACAAGTAGCAATGGACAAATTTCAAGAAATGGCTGAGACAGCAT GGAAGGATGTAAATGAAGGAATCCTTCGACCAACTCCTGTCTCTGCAAAGATTCTGACTC GTATTCTCAATCTTGCTCGCATTATTGATGTCACTTATAAGCACAATCAAGATGGATACA CTCATCCTGAAAAAGTACTAAAACCTCATATTATTGCGTTGTTAGTGGACTCTATTGAAA TTTAAACTTAAAATCATCAATTGTTGGTTCCCGGCCCCTCAAATAAGTATTTGATCTACA TTTGTTGGTAACTCTGTAGCTAGCTAGGATAGGAAATGCTGACGATACATGTTATCGTGC AGTGAAGTTACCTCTTTCTTGAATATTTTTGTATCATCGTTGACATTTAATCGGAGGGAA AAGACATATTCACTCTGGAATTGTACCGAAAAGTCAGTTACACGCTTAAACTATTGATGA TCTATTACACACTTATACTATTCAAAAGTGAATTTAATACCACCCCTTGAAGCTGACATG GAAATAAAGTTAAGTAAAAGATAAAAAATGCATGTTTGAGTAAAAAAAAAATGACAAATT TTTTCCCACCTCCACCCTTCTCCTTCACATTACCCGACCTTTCTTCTTCCTCCATTTTTT TCTTATCACAAACACTATTTTTATATCAAATTCGTCAAGTCAAGAACGGATTATTCAATT TATTTTTATCATTTTGTTGATTGTGAGCATTTGAAATTTGAAAAAAAAATCAGATCTGCT TTTTTTTGTGTAAAAAGTTTTTGGGTTTATGCACAAAATTTTATTTTTTAATCTGTGAAA TAGATCCTTCTTCTCTCTTATAAAAATTCTCTCTGGATTTATTTCAAAATCAGTAATAGT AAATCAAACACTAATTTTTCAATTGTGCCACTAAAATCTTTACAATTAAAATATTGCAAC TTTTCACAATTCTCCTCTTTGAGCTTAATTTAAAACTTGTATATTGTGATAATTTTTTGT GATGGGTTTGGTAATGGGTGAAAGATTAGTGGTGGTATGACTTTTAATTTCAATGAAACT CGTGTTTTGATGTGGATGGTAAATTTATGATTATGATTGAGATGAATTTCAATGATAGTG ATATGGTTTTAATGGTTATTAGTTAAATTTATGATGTTTGTTATCGATTTTTTATGTTGG CAATGATTGTGAGAAGATTCTGGCGGTGAATTTGATGATAATAGCAACAATGGTAGTAAT TTAATGGCTTATAAAAAAGAAGAAATTGAGCGACATGGATTTTTTTTGTAAAATCTGACG TAATTATTGATGTGACAGTACAATTATGATAATGTAACGTGAGTGTGAAATACTTTTTCA TCATGTGACTGATTGATTATATATGCATCAAAGTTGAAATAAATTCACTTTTGAGTAATT TAGATGTAATAGGGTTGATTTACATTTCTTTGTTCGTACGTACCAACTTTCTTTTACCTA AGACAATCCCTAAAATAGTGTGAAAGAATAGGCTTTTAGCAGTTGCAATGCAATTCTATC ACAAGGAAATGAATTGCTCCTATCAAATAGTAATGGAAAAAAAAAAACAGAGTACCAATT TCTGATTGAAAGTAAATTAAAATCACCATAATCTCCATTATGAAACTACTTCTAAATAAA TAAATAACTCTCAAATAATGACTTTTGAATAGAAAAAAATTGGTGACTATTTGATGACAA AGTTGCATTTTAAAATCAAATAATAGTTTTTTCTTAAAACATTTTCATCACCAATTCACC TGTGTCCAGTCGTCTTCTCCACCCCATCAGATCGTCCTCTCCACCCTCACCCACCCACCC CATCAGATCGTCCTCTCCACCACCACCCACCCACCCACCCCATCAGATCGTCCTCTCCAC CACCTCCCACCCACCCCATCAGATCGTCCTCTCCACCCCCACCCACCCCCTCCTCCACCA TCCAGCCCAATCTTAACCTCTTTCCCACCCATATCGTCATTTCAAGAAATATTTTCAAAA AAGTTTAATTTACTTTGAAAATTTTAATTAAAAAGCACATTTTTTCTTTATTATTTCTAA AAATCACTTATCATTAATAATGGAAGAATATTTTTTGTGCAATTCTCGTATATGCAGGGA ATTCAAATACATAAAAAACAAGTGTATTTCGTTGCGCTTTAATTTAAAGGACATTCAAAT ACATAAAAAAGAAGTGTATTTTGTTGCTTTTTAATTTAAACTTCTTGTAAATCTCGTGGT TAGAAATTTACTTTTGTATTTTAGGCATCATTAGTTCTATTTTCTCATAAAAAAAAAGTT TTAAATTTGGAAAATGATAGCTAGAAAGTGGTGTATAAGAAAAAAAATTACTCAATATTT AAAGAAATTAGTGAAATAAGGCTCTCACACACACAGCTAGTGTGTATCACACACACTATG CTATGTTAATAAAAAGTGTAAACATGAACAAAATATAATTAAAATATTTAAATAATATCT TATATTAATTTTAAGAAGCGATCGATAAATTCAAGCATTTTTTTATCGGTTAAAAATAGC CACATCACATATCAAACTTTTTGGAAGATATTGGGTATGTCATCAATTATATGGATACAT ATTTGGCAAGCAATAGCTCGTACATTTTCTTGAGCTTCCTCAACGAAAATCATGCGTTTT TATTTCTTTTTTTTGACCATATCAATTTGAATTGTGATATAATTGCAATATATCTTATGG TTTGTATATCCTCTGACGATGTAGCTTTGTCTTCTTTGATCCGATGAAATTTGAATTCTT TTGTTTGTTTGTTTTTTTTTTCTTTTTAATTCAGAAATTGAAATGTAGAGAAAATAAGTT CTATTAATAATATATTTCAGGTTGTTCTTTTCCAACACATTTTTTTTGTGCAGGGTAAAT ACGTCACTATGTAGAGTATGTAAACTATATATACATAAGATATAAGTCATACTAGATAAG TTTTATATGAAATACTCGGTTCAGAATGCATTGAGGGAAAATTGATCCAAGTTATCATGT GAATGACGATTCTCTAAATCAACTGCGTCATCCCGTGGACAAAACTTATTCAAACTCAAT AAAATGATGATTTTTGTTTTTATTCTATGTGCATTATATTTCTTTGTTCGACTTGCTTTT ACTTTCTCACTTTTTGGGGCATAATTACTTTTTGTTTCAGCTAACTCTTTGCACCACTTT TAAAGGAGTAAATATCTTTAAAAATCACTAAGTATTTGAAATTTTTTCAAAAAATCACTC AATTTTATTTTGTATCAATAAAGTTACTCAACTTGAATTTTCTTTTATAAAATCACTCAA CTTGAACTATTCTTCTAGGAAATCATTATAACTAAAAAAACCAAAAGAAATAATTACACA ATCCACCCCTTCAAGTTAGTTTTGTAATACTTATTTTCATTTAAGTTTATAATATTATGT TTAACTCTCTTATTTTATTTTCTTTAACAAATATTTTCTTAACCTAATAATTATTATTAA CATAAAAATTTATGATTTGATTAAATTAGTTTGGGGGTTACATGCAAAGTTGAAGAGAGA CGAGGAAAGGGACAATAACTAATAGATACAATGTTTGAAAATACACCCTTAAATTGAAAT AAAACTATTAAATGGATAGTGTAGCTGCTAATAATAATAATCTATGTTATAGTAAATAGA TAGCATGTATCTGTTATACTACGTAATTTTTCTACAAAAGAATAGCCCCTCCATAGGCTC ATTCAACCTCTTATTGCTGAGAGAACGACCAAGGCAACAAAAACTTGTAAAATGTAGGAG ATGAGGTGAAATAGAATGAAGTATTTAGTGCATATATGGTGCGTGCATTACATAGAGAAA AGCTCTCCCAGAATTGACAGCATGATCTAGTGGATCTGGATCCACTTCAACTGAATCTAA TACCCTCTTATATAACAAAGAACTAATCATGAATACCCAATCCTTGTTGTCAACTAAAAG GATGTGAACTAGCGATCAGTGAAATTGAGACGAATACCATGAGAAATCAGGGATCTGGAT ACCAGCAGCAGCAAAACAAAGGTTATATCATCCTAAATGCCTAAGCATTGGTGAGAGGGA AACCTAGAAGAGTTAGTTGATACATAAATTGATGGAGGATGCATGTAGCCGATGAGAATA TGAGGTGTCATTCTTAACTGTTCTCCATTATTAAGACTAGGAGACGGAGAGATTGGGTGT CAATGCTCTTATAGAAACGTCATACAAGAAAAGAGATTTATTGAATTTAAAAAAAGGTGC AATAGGGAGATGATTAAACATTAGAACTAAAATGGAAAGTGGAACCTCCTATATACATAC AATCTGCCTACTCTGAAACTACTAAGATTCATGGTGCTCTCTCCTCCTTCAGGAGAAGTT AAAAAAAACTCCAGGGATTCAAATCCAAAGGAACTCTACAACCTGCCAAAATTCTAAAAT CTCTTTAGGTTCAATGCGATAAACAAAAGGAACCATCTTACTTGACCATACTCTGCTAGG ACAAAATAAAAGAAAATGGCTGAATCACCCAGTAACAACCTGAGCTGAATATTTAGTTTC GAGGTAACTTCACAAGTACATGGAAAGGCATAATCATCCCGCAGATAATGATGCCCACCC TTTCAACTATATATCTTCTTTCCACAATCCTTCTTTAAGCTTTTGAGATATAGATTTCTT CAGATTGGCACAGGCAAAAAATAGTTTATATGAATTAAACAAGAATACAAGTTTTCATCC GGCTAAAATTCATCTTGAACACAGTTTTATTTTTGTTTGCTCCAGGAAACAACTCAAAAG AATGCCAAAAAGATGCAAAAGAACATGCAATGCATCCATTCCTTCCATATTCAGATGTTA AAATCAAATTAAAGCAAAGCATTTCAGAAAATATTACGCCTTGCAACTTTGCTGCAATTC AAGTACATTAATAGCAAGCTCAATAGCACAACAATTTTATCAATGACAGTAGATAATGTA AGAAAGCATGCAAGGAAGGGATCACCAAACTAAAAAAACAAGCCTGAGGGAAGCACTACC GCATGGAAGTGACCTTTAATTAGTTAAAAGTAGAAAGAACATCTCTACACAATAAAATGC TGTACGGAATAATATCCTTAGTCTAATAAAAACAACCCACACCAACCATATCCCAGTCTT CACATTCTAATAGATTAAATGCCCAGACACTAGCCTTTGCGAGCCAAGTAACCTGCGAAA AAGGCACTTACCCCACAAGTAATCGCAAAATCATAACTTGATTGCACAAATCAACATATT TTCAACCCCACCTTAATCTTACCAGTTTTCCTGCTACAATTATAGCTGAGGGAGACTACC ATTCCCCTTCCTAGCACTGGAATTCACCATTCGCGGATCTTGATCCTTTTCAGCCACCAT TCCGTGGTTTATCATCTCCCTTTGGCCATTCTCACGAACCAATTCCCCAGACTTCTCGTG CTCAACTCCAATAGCACCGTTATGATTCTGCATTAATCCTCCCCTAAAAGCAGGTGAAGG GGTCACCATTGCTACCCCATTCATCTCCACATCCATGGCAGATCCATTATTCTCACCTGG CAACCCCAGGGTCGGATTCTGCCCTTTCAAGTCCACAGAATTCAAAGCTACTAAAACCTC AGAAGACCCATCCAACCTCTCCGCATTCATGACATTCTCCTCCTCCAATGGCAGAGCTGC AACCACCATACTAAGGCATTGATTACTACCTCTGTTACTCCCATTGCCATAACCCAATCC TGGGCCATTAGAAGGATACTGCAATATATCCTTCTTCTTCAGCTTATCCCTAGCCGTAAG ATAAGCCACATGGTCTATAGCCTCTCTAGCTCTTTTCCTAGTAAATGCCGCCTCCTTCGC CCTCCTCTCTGCCTCAACCCTAGCAGCCAAAGCTGCTTTAGTCACAGTCCCAGCAGCGAT CTTGGCAGCCGCTAATAAAACCTTAGCCGCCTTCATATCAATAACCCTAGACTCCTCATT ACCCAAACCAACCTCTCTTCCCTTCTTAAGTGAAAAAAGAGGGGTATTAGGGTTAACACA AAGGGGGCAATGATAAGGGTGAGGAGGGTTGACACCCACACAAGAATTGTGAGAATACGA ATAGCATTTGGAACAAGAAACAAGGCCGTTTGAAGCCGCGTTAGGTGGAGGGGTAGGGTT ATAAACGAGCAAACAAGTGGGGCAAAACGATTGAATGTGGAGTCTGAGGACACAGTTGGT GCAAAGTCGACGGTATAATCCTCTGTGGCGGACGTTGTGGAGAAACCATCTTTCCTCGAC GTTACAGTTGCCGCAGGTGGTAGGGACGGGGAGAGGGGCGACGGTGGAGCTGTTGGGAAA GTTTTGTTTCGTCATTTTTGAAATCGGAACATGAAACAGGGGAAAAGGAAGAGCAACTTC ATGTATAAAGTGAGACAGATTCTGATAATCCGGTTTTCTTTTTCTGCACAAGGAGAGTGA AAAAGGAATCTCTGTGTTCTTGAATTAGGGTTTTCTATATTGGGGATTGTTGAGCAAGAC GAGAGAGAAAAGAACTCCACCAAAACGACACCATTTAAAGGGGATATTTGAATTGGCTTA AAAGTTGGCCAAATTTATTTAAAATCGATAAGTGTTTGTAAATATAATACTTCTTCTTTT ATTTAATAATAGTTATTAAATAATAAATTAGGGTAATATTACTATATTATCTTTTGATTC TATTAAATTTAGTGCTTTAAAAATGTGCTAGATGATAAATATTACTCACTTCGTTGCATA TTAATTTTTAAGGTGTTTCACACTGTTTAAGAAAAATATATTAAAACATAAATTGAACTT AATTTTTCATTTTTATCCTTATGAATTATTGTCAAATTTATGATTGAAATAACTAATAAT TAATTAATTAGTAATTTTAATACTAATTAATAAAGGATAAAATTGAAAAACCATTGTAAA AATTATTTTAAAATTTGAATAATTAACTTTAATTTTAAAAATAGAAAATGCCTCAAAAGT CAAATTAATAATGAATGGAGGAATTAGTATTTAATATCAACGATAAAATACTCATTAAAA GTTAATCATCTCTTATTTTTTTTAAAAAAAATAAATACTATTAAATAATTATTTTTTGTA TAGTGGACAACTATTATTAAGCGAAGAAAACACTATTTTTAAGACGATCCAAACAAGCTT AGTCTTTTGTATCCTCAATTACTCGTATGATGTGCAAGATTAACGATGAAAAACTGTTGG GAAAAAAAAGGAAATTTTATATATAGCAAAAAAATTAAGGGCCCGTTTGAATGAGCTTAA TAAAAGCAGTTTTAAAAAAGCACTTTTGAAAATGCTGAAACTTACTTTTAAAATAAGCAG TTATGCGTTTGGATAAAAGTGCTGAAGTTAAAAAAAAGTTGTTGATGTGTTTGGCAAATA AGTGCTGATAAACAGCTTTTAAAATCAAAATGTTTGAAATACCCTTAAAAGGTGTTAACA TAATAAAAGTTAATTAATTTATATTTTACAGCCATAAATAATTATATTTTGCTATCATTC ACATATTTCTTTCTCATCACAAATTATTTATAAGAGGAATATAAACTTATTATGGATTTT AAAGATATATAATTTGAATAGATCAAAGAACGATTTAAGATTTTATTTTAGTTTCATCCA TAGGTAATAATAATTGTCTATCATTCACATATTTCTTTATTGTCACAAATTATTTATAAG AGGAATATAAATTTTTATTTAAGTTATATGTGCAACTTATTTTACATTTTAATAATATAT AATTTGAATAGATCACTTGAAAGATTTAAGATTTATTTTATTTTCATTCATTAGTAATAG TAATTGTCTATCATCCACGTGTTAAAAGAGAAAAATGGAAGAAAGAGATGTTAGGATTAT GTGGGTAATTTGGAAATTGTATAAAAATACTAAGGACAAAAAGGTAAAAATGTGGTCAAC TTAAAACAACTTATAAGTTAAAAAAAAAAAAGCACCGCTACCCAGCTTTTAACTTTTGGC TTAAAATAAGCATTTTTAAATTTAAAATAAGTTATTTTGAGTATTGCCAAACAGCTAAAT AAGTCAAAAACCAGCTTTTAACTTGAGCCAAACAGGCTCTAAATTTAATAAACTATTTAG AATTTGTCTAATTATGTTTCATAATTATAATTTTATTTGCTGAGTATTTACATTGTATAA TTAGTATATACAAATATATTAGAAAATTTTCAGAACTTATACAAATCAAATATATCAACA GAACAATTATATACAAGTTATGGTAAGCATATATAAATTATGGATTTATATAATTAGGAA GCAAATTACAAAAATTCTAAATTTGTACAATTAAAAGCCGAATTATACAAATTCTAAATT TGCGCCACATAACTATGATGGTAAGATAGTAGAAAGATAATTTAATTAAACTATGAATAT ATTAACTAATTGACTAATATATATTTGCATATCCGCATAATTTTCCATTGAGAAAAGGTA TACTAATCCAGAATATTTCAGATCCAAATTATGCAAAGTTGAATGACTGCAAACTTTTCT TTAACAAGTGTTCTTTCAAGTAGAGATAAATGACCTTTGCCTTTATGTGAGCATCTTGTG TGCACTACAGAAGGCATTGAGGAGATCCAGATGATCCTTGTAGATACCACCCTTCAAACC AACTGAATTTATCTTGTTTTGACAAGGAAAACAACAAATTTACATCAAACTGTCAACGAA ATGAGCAACAAAAGGCTCAGTACTTCACTCATTTGTGTTTGGAGTATGATATACAGAATG TGAGCTCCCTATATACATGATGTGGTTGGTGAAATAGCTAAAACGAGAAAGCTAGTAATA GCGGAACTCACAGCTCAAGTGACTAGCTAAGCAGTGTTCTGATCTTCCTTCTTATTCCTT CTAACTGAGCTAGAACTTTCCTGAGCATATATTGTGCCTTCCAACAGAAAAAAACTTATT CACCAGCACTGATATGAGCAGATGCTACAATTGATCTCAGCCAAAAGAGAAAAAGAAAGG TATATTACAGTTCAGCGCTGCTGATAGGAATGCTAAACAGTTGATGTTATACCAGCTTTT ACTGTCACTGCATAACGGATATTGATATTTAGCTATTAGTTACAGCAAAACTTTGTGAGA ATTATATGTAGAAATCCAACATGTGACACAGTGGCAGACATCTTTTCCACCTCCAAACTG CTTGAGCATAACATAACAAGAAAAACAGTTGCTTATATCAAGCTACAAAAGTGAAGTGAT AAATCACATTTAGACAATTTAGCTATTGAGAGGCTTAAAAGTAGCTGTTAATTTTTTAAT TATTATGATGTTTTCGTCTAACAAAGGTGTAGAGCAAATTGAAGGGAGCCTGCTGTTCTA ACTGTAGTTAGTAGTTCTCATGTCTGCAAGTGAAAGATCAATTTGTGGTTTAACATTTTG AAACATTTCTCCTGTAAAGGATTATGTAGCAATGTCATCACATATTGGTAATTGAATTTT TAAAATGAAAAAATGAGTATCTTCTGATAAACTCCGAACTATCATAATTCATAAAGTTTC CCTTTTCTAGTTTAACTATCAGAAGACAACTTCCTAAAGTATGATAAACAGTACAATCCC TTTGAAAGGTAATGTCATCTTCAGATTACTCTATAGAGTTAATAAAACATAAAAGTATGT GTAGGGCTTACAAGAAATAAAATAACAGAAAAAACTTACTTCTAGGTATGCTTTGAGAAA TTGATTAGCCCTTCAAAATTGAAGCAGGTATCTAATGGATGATGTGGAAAACAGAGACGA TCAGCAATAACCACGAGATAAGCCCTTATACGTCATAATATTCTTAGACCGGACTGCATA TATCTTTATGCACGCATCTGCCAAATTGATTACTGGATCAAGATCCCAATTATAGTATTA TAATCTGTAGTCATGTCCATCAAATTTCCCAAGGCCCTCAGCAAGTATATTGCCAACATT ATCCTGTGTGATAAATCTATCACATGAAGAATTTTGACCATCTGTTTCATCTTCCACACT GGAACCCACTAATAAAGCATGAGTATCAGCATCAGGAACCCAGCCCTTTTCCAACATTAA ATCCAGCAAGAAAGAGGCCTTGTCATTGTATCCCTCTTTCAAAAGACTATTTGTCAGCAT ATTGTACATTGATGAATCAACAACTTCAAATTCTGAGACAAGCTTATCTATTGAAGAAAA TATCATGCGGACCTGATTGTTTTCCACCAGATACTCCAGAAGTTTAGAAAGTGTTTCCGA ATTCGGTAATAGACCCTGACTAAGCATCATATCCAATAGTAGAGCCAACTTCTCTATATG TCCAAGCGAAATCATGCTCTGAATAAGAATGCAATATGTTTCCCCATCCATCTTACAACC ATCCACAACCATTCTTGAGAGCACCATAAAGAGATCACTTGCTCTTCCTAAACTGAATAG CCCTCGCATTATGCTGTTGTAAGCAGAAGGAGAAGACAATGTACCACAATAATATGCAAC TGGTAGCAATTTGATTGCTCTAACTGTGTACCCACTAGCACAAAGTCCCTCCATAATCTT GCCAAACGAGGTCGATTGAAGAGCAAGTCTCTTTGTTGACATGAACCAAAACACTTTGGT GGCTTCCTGAATCTCTTCCTTCTGGCAAAGACACTCAATAAGTTGAGCATATGATACCAA ATCTAATAACCCAGATTTGGACCTAAGCTGATGAAACAATGCCAAAGCATTCTCACATTC ACCTAATTTGCAGTAGCCAACGATGAGAGCAGAATATGTAGATGAATCAAGACTAACGGA GGAAACAATCATTCTACCAACATATTTCAAGGCATCTTTCAGTCTCTTATTATCACACAA GAACAGAATCATGATATTCCAAGAACAATGATCTGTGATGTTTCTGTCAAACATTTCATC AAACAGATCTCTTGCCATATTAAAGGTGCCATCATTTAGAATAGCTTCAAGAAGCGCATT GTAAGGCAATACACTTGCAACTTCTTTGTCATTCAAAAACTCCTTAGCTTCACTTAACAT ATTCAATTCACATAATCCATCTATTATACTCATGAACACATCATCATCTGGCCTAACATC ATTATACACCATCTCATCTACAAGTTTTACAGCATCATCCACGAGAAGATTCCAACACAA ACACTTTATCATTGCCCCATAAGTGGATGAATCCGGAAGAACTTTAGACGCTCTCATCAC AGGAAACAACCTCCTCACTACATCTAATTTATTCATATCACAAAATAAAGGTATTATATG AGCATAAAAGCTAGAATAATCCGGTTCACACTGTATACGAAACATATCATCTAAAATTAC AAGTGCCTCATCCACTCTACCCCTTTCAACAAGTTGACCAATAATTATCTGAAAAGTCCT ACCGTTAGGACTACAACCTTTCTTATGAAGTCGTTTGTATTGCTCCAATGCAGCATCAGC GCGATCAGCAGCAAATAAAGCCTCTATCAGAGAATTAAGTGTATCAATATTGGGAGCAAT TCCAGCTTTCACAATCTCTTTATATACGAACAATACATCCTTAAATTCCTTCTTTTCCTT GACAAGTGCGCCCAGTAATTGATTAAATACAGATATAGAGGGATTTAAGGAACACAAATT TATACAAGAAAGAACACATAAAGCCTCACTAAGCCTACTATTTCTAACAAATATATCTAG CAAATCCAAAAGAACTTGTTCAAAATTTGGGCATTTATCCTTTACCATTTCATTACAAAA TCCTTCAATATCTTCTACTTTCCCAGCCATACCTAACTTCAAGATAATTTGAAAATAAGT ATCAGCAGAGTGATGAAACCTTTTTTGAAGGGAAGCCCATTTGAATAACTTCAATGAAGA ATCCAAATCAGCTGTGGAATGAAGAACGCCTACTAATGTTTCTGGGTGAAGCTTATTCTT TAAATATTGAATTTTGGTTTCAAAGTCAGAAGAACTGGTAGAGGTTTGTTTGGATTCTGG ATTGTTCTGAATTTTACAAGCACAAGAAAGTGAAGAAAAATAGGGTTTTGAACAAACCCA TTTGGGAATTTTCTTGGGAAGAATTAAAGTTGAGAGCTTTATCACCATTGAAGTTGCTCT CCCTTCCCAGTGGCCACTTATGTTTCAACTTAAAAAAACAATTAAGCTAACAAAATGTCC AGTAAATCAAAAAAAAAATAATATATATATATATAGTAATCGAACAAAGTTGAAGTGAAG GAGACAACCTTAAAAGGTATAGAACTGAATCCTAACCTGGGAACAGAATCATGGGAACTA AGAAATTTGAATGGTGAATCCTGAATGAAGAACAGACCCAACGGAAGAAAACTAGAGAAG GTCAAAAAAATAAAAAACTACGCAGATGAGATATTTGCTCTTTAAAACCATTAATTTAAG GAAATTAAGACTTAGTTCCTCGTTGTTTTTAAATGTTTCATGATCGACTTATATACGTGA AAATGTTTTTTTTATAGAGCATTAATAGTCTCTTGCACGCACATTATCACGCATAAGAGT CTATATTTGAAAATCACGAGGAGGGATCTAAGTCTTAACTTTCTTAAATTAATGGCCTTA AAAAGCAAATAAGCATTACCCATAAAATCGACAAATTTAGCTTCAACATAAAATGTCAAT TTGAAAACCACGAGAGACCTAAGTCTTAACTGTTGGGATATTTACTATTAATCATGTGTT AAGAAATAATATTTATTAGAGAATAAATATTTATTAAAATTCAATAGATCATATATTCAT TTATGATGTTTATTTACTTATATAGTAGATGATTTAGTGTGTAGAGTTTTATCATATATA CAGAAGATTAAATCATCGGTTCTTATAAGTATAAAGCTTTTGGTTCGCAATCTAAGATGA AAATTGGACATGTCATCGGGTACAAATGTAGCGCAAGATTATATGTAATTTGTCCTAATT ATGGGAACGGTATAATTCCAACTTCTTGTGCTAGTACATTTTGTATGTATTGAACGGGAC CGAGTAGAGATAGTTGTTTTAGACTGACTTACAAAAACATATTCTCTAAACTATTAAATG TACTTATATTCTTAATCTTGATATAAATATTATGATTTGTATATATATTAATTATCGTTT TGATTTATTAAAAGGTGAGATTCTGAGATGGGTCAATATGCCTGGTAAGTTGGATGATAA TAATATATATTGGTGAAATAATAAGTTAGTTGATGGAATTCATGTCTCGTTATAGAGGTT GATTGATATTCCTTTTTGAGAAACTTATAAGTTTTCATCGTGTCAAATCTTACAAGTGGA TTTATAAATTCGACACATGAAATAAGTTAAATAATGCTCTAAAGGAAATTAATCTTTAAG TTAAATTCGTCAGTAATTTAATTTATTGATTAGTATCTGAAATCTTAACATGGGAAATTA CATAAGTGTTTAATAGGGAATTACTTAATAGATGAGTGAAATTAAGAATTTCTAGTGGAA TGATTTGTAATTTATTATGGTAAGAATAATTCAAACTGATTATTTGGAATTATTTCCATA ATAGGAAGCCTCGGTAATTAATTTTATGGTCCCTATATTGTCCATATTTAACTAGAACTC AGAATCATATTTCTATACAAAAAAAAAATATGGGTTTTTCTAGTTTTCTAGAAAAACAAG GTTTTCTAGTCTTTTTTGGATTAGGAAGAAATCAGTATAAATAGATTTTCTCCTAACCTA CAAAAAAAAAGATGATTAGTTTTCTATTCAATACTTGCCCACTTAAGTATTGAGAGAGTT CGGATGTGACATGAGATCATTGTAGAAGACTATAGCTATATTGTAGATTCGCTTGAAGAT GCGTAAAAATTTGGAGATTCGCTTGAAGGTATACAAGAGGTAATTCTTGAACCAAATTTC ATTATATTTATGTGTTCTAACATGATATTTGTTTTAGCATAAACGATATTGGCTATTTAT TATTCATTTAAGTATTAAAGATTTTGATATGCTTTCGATGTGCATATAATTTTCCAACAT TAACTTTGTTAAATTAATGGTCTTAAAAGCAAATAGATTCTTAATTAATCGAGCATTAGC CATTAACCTTCCGGTATCATAACGCTGTAAAAATAGATTAACCCTGTATTGCTGTCCTCG AAAAATTGGAAAAGAAGTTTTCTCGCCGTTGGTCGAAATTTTTTTATTTATTTTTTGGTT GAAAATTATAAAAGATTCTGCAGTATTTGCTATCCAAATACATTGAATAAAAGAATTTGT AGTAGTGGTGTTTAATTACTTATGATCCAAACACATTTAAAGAGGTTTATTATATCTTCG TCTTTGGCATTACGAGCTTGGTTAGCCCAATCGACATTTTACCTCATCTGTTACTATGTG CATGAAAAGGTTAAGGCAAATTCAAAAGATGTGAACATAAATATTTCTATATTGATTGGA AGACCTTTCTTTGTTCACCTTTTCGTTTAAAGTACAAGGCAATTTCAGATATACGATAAG ATAGCAATGGATGAAGTTATTTTTCCTAAGTCGTCAATACACATGCTACTTTGAACATGA TATATATCAAGTTCATTACATAGTATATCAGTCCCTACCATCATTATAAATTTGCACTAA CCATTCTTCAACTCTGACAGATTATCTTCTCAGTTTACATCCTGTTCGACGAGTTAAGGA AAAAACGATACTGCCCGGGACCTTTTTCTTTGCTTCTGAACCCAGACAAGGTTCTTAAAT TGTTCCTGTTTTAGTATGGAGCAGTCCCAAACAAAAAGAGAGGATAGTCGAATGAAATCA ACTCTTTTCCTACATACTAATATTGAATAATGAAGCAAAATTATACTCTAATGATTCTTG GTATTTAGACAAAGGAAAAAAAGTCACTGCAACATAACAAAGAAAAACCAAGCAAAGTTT TATTTTTAAAGTTAATGCTGAAAATGAACTCCTTCCAAGTTTACAGCAATTACAACACAT ATCTACAATAGTTTAAAACAGCAGGGCAAATGAGACCTAAAGCATGCAGTGAGACAATAG CATACAATTCTCTTTGTATGCAGTCATAACGAGAATTATCCATCATACCTTCAAGGATGG AGTCATTTGTTTCTAACTTCCATAATTCCAAGTGAAATGTGATATACGGTTGAAAGGAAG ATTTTGATCTATCAGTCTTCGCACAACTCTGATTTATGCATAATACCATAATCTGCCACA TATTTTTTGTTTGCTTAGTCCTGTTTGTTTAAACACGAGGGTCTTAGGCATTCGATTCTC TACCCAGTCAGCAACATCTGAATATCTTCATACTGCACCGATACACCTTTGAAAACTACT CTAACAATAAATCAGCTCCAAGCCTCCAACAGCTTCAGAGACTTTACCACCAGTACTTTT GTCATTAATATGAACCAAACAAGCATATATCCTTTTTCGACGAATTTTATACATGATACC AGCTCTGAGATGCCTAGATTCCAAAATGTATATGCTTGATACAAAAGCAACTAGGATATT CTCACATACGTTACTCGAAGAGGTCCAGAATCATAGTCCGTGACTTTCCACAATTGTAGA TCCCTTTAATCAATAATCAATAACCGGGCAACGACGAAATAGCCCAAAATATGAAGCACC CACCACCCATGTATAGCAAGCAATCTCTCGCTTAAGATATTCCATAATCCCAGCCAAACT CCAATCCCTCAGAAGGTTTTTCTTATCCAACATAAGCTCCCGTCACAGTGCTTTGTGATT TCCCGGGAAAAAGATAAAACAGCCAAACTATAACTATATCTACTACAGAACAATCTACTT AAACCATAAATACAGCAACTTAACCTATTGAGACCCTTTAAGAGGAGATATGTACTAGAT TGATTTATTACCAGTTCAGTCGGTAAGCTCATGAAGGAACTGATAAGAAATACCTATAAG CCATCTCTCCCTGTCCATAACCAGATCTCGCAGATCTTATGTAGCAGCTACCACCCCTGA ATCGGGGACGATCTCTGCGAGAGTAAACTTAATTGGTTGCCATCCGGATTGAGGTTGTAC AAGCCATTTCTTCATGTTAACAACCATGTGCAAGATCTGAAGTATTTCGCCTAAAGCAAG CTCCTTTAAGCACATTTTCTTAATAACTGTTGCTGCTTCAAACCTAGAGAAGGAAAACGT AAATAAGCAAGTTCAAAATTAGATCATATCAGCCAAGACACACACAAGGAATCATCTTCT GTCTTCTTTTTTATTTGAAAAGGTAAAATAAAACTACACAGAAAAATTTGAGTGGACCTT ACAAAGATAAAAATTTGTTTGCCATAATCCTGAACCTAAATGCTTTTTTCTCAATACAAT GTTTAATTGGATTTTAAATTGGAAGTGCTTCACCTAAATAAGAACTTTAGAAACTTCCGC AAACTTCCACAAAGGTTCAAACTAAATGAGAACCCATTACCTGCACTGAGTAGCGCTTAT GGCGGCTCGTCCGGCAGAAGATGATAGAAATTTCTGGAGGTCATCCCATGCTTCTTTGGG ATATTGTTTCATATTACCACCAATGGGATTCACACACCTCCATAGGTTCTCATTTTTACC AACATATAATTGCAAAGCACCTAAATTCCGTGTTACTACCAGCTGTTGTTCAACTGCACT CGCGAGAGCCTTCTTAACATCAGTATTGCGGTGTTTTGGATCTCCATATTTGATGCAATC AGAGATGTTTGCTTCAGTAGGCATAATCTTCTCAGTTTTAAGGGTGTTCAATGCAAGTAA AACGACTCCAATAAGGCCTTGAACATAATCAGAAGGTTTTGGGCATCCTGGAGCTCCCCA CACACCATTGAGAGGTCCATTACTGCTATTTGCTATAGATGACGGTGGTGGAATCTCAGG GCTGGAATGTGGATGCCTGTTTACCTCTTTTTCAACATAAAATGGTGTTTTCTTCTGCAA ATTGTGTCCTTTATGAGGCCCATTTGTATTTGTATAAGAATTCTCAATGTTAGGAGGTTG TCTTGATTCTCCATTCCACGTTTGAGAAAAAGGACGATTATGACCATTAGTGGAGTTTTC ATTGACTTTTAGCTTACCCATATCAGGCATAGATATTTGAGGGCCTGAGGTGTAGCCAAT TGCATCAGACCTAGGAGGCATTGAATGTGAATGATGCACATGCGAATTAGGTGGTAAGAA ATTACCAGGTGGAATTATCGGTGATACTGGGAGGTTGTTTGGCCTTCCTGGAGGATAATT GTTTTGATAATTGTTCTGTGAGTTGTTTCCATTCGTCCAGGATGCCTCAGGATTACCAGG AACACCGCTCGGTACAGGCCCACTGAAAGGAGTTCTTGAATTATGAGCTCCAGGCAACTC CACTGAATCATTGAACTGCTTAGGATATCCATATCCTGGTTGATGAAAGTTTGCAGCACT ATGATTTTCTTGTGTGCCAGATGAAGTTCGTGATATATTGGGTTGATTCACACTTCTACG AACTGGTTTGCCCTTCTGCTTAATATCTGTACCCCTTCCCAAATTGTTAAACTTCATTTG TGGGTTTTCATGGAAAGTGTCAAGCTGGTTTATCAGACTGGAGTCACTAGATGACGTTGA TAATGTGTCTAAAGTGGGTAAAGAACCGTAGCTGCTATTAACAAGTTGACTTGATTCACT ATTTGTGAGTGGAGGTCCTCCAGATGAAAGGCTTGTCCAAAGCCATACAGTCTTCGCAGC AGCAACAAGGGGAACAGAAGCTTTTTGAGGTTGTGCGAGAAGAATATTATATCTGCGCAT GCGCAATTGATGAAGTGCGTTTGAAAAATCACGATCTCCCGAAATCAACAAATAGTTAGC AGGTGCAGGATTGTCAACTGCCCAGAATAACATGTCCACAAGAATCTTCTTATCACTTGC ATCTTTAACACCTGTACACATTTGGACAAAAAATTGTCACACCGGAGTCTAAGCAGTTCT AAATGTATCAAAATCGCGCTACCACAAATGTTAAAAGTAAGAATCTTGAATACACTGTTT TTCAGTTGGTCTATACACTACCTTCAAGGGCTATCTTACGACTCAATTAAGATGAGAATT CCACTAAACATTAAACGACCACATATCAGCTCCAAATTCTCACTTTTGTCCTAGGTTGTA TGTATAGCAGCAGATGCCACCAGTATGGTCAAAAATCAACTCACAATCCCTCTCTCTCTC TCACACACACACACACAATGAAAAGTAAATTTCCTTTCTCTTCCAAATATTTCACAGAGA ACTGATGAAGCTCAGCCAAAATTAGAGCCTTCCCATCAAAGCCAACGAAACATGTTTAAA TTTGTCTTCTGATTGGGAAGAAAATTCAAGTGATGGATGCACTAAATCTTTCTTCTGAGC AGGGCGGAAGCAAGCTAGAAAGGCGGAATCATTTCAATCTCTTTGCACAAAAAGAAACTG AGATGACAAAGCATGCCTTGATTTCCACCGCTGCTTCTGAATTGCCAACTTGCGATTGAC AATTTTGAGGATCCTTCAACTTTTTTGCCCGATCGGCCGGCCAGAAAGCAAATTCAGTAT CTTATTCTCCCAGTCTCAAATATATATGCTAATCTCCCCACTCTTAGGTGGAAGTTACTA GCTTCAAGTTAATTTGACTTGGTGTTGAAGTTCTCTGTGTGCAATTCTTTCAAGAAGCTT TTAGGTCTAATCAAATTGAGAAACAAAAAGAGAGGTTCATGGTGGTTTTCCACCAGACTT TGAGGTTCAGAAGCTAGAAATGGTAAACGGATTATACATTTTGGCAGCAGAGGCTATACT TTAACTATGGTAAATATAGACTGTCCTTTAATTACCGTAAAAAAAATATAGAAATTAGTA AAATATATCAGATCTATTAAATTATTAAGTAAACACGTGCAGGGCGGATATAGAAGGCAG AGAGGGGGTTTGCCCTGCGAGAAGTTACACAGTATACATAAGGTATTTTGACAAAAAAAA TAAGTATAATATAAGTTTTGAACCTCCTAAAAATAAAATTAGAGGTTGGCTTAGTGATTG AGAGGGTTAAAAGTCCAACTTACAGTCCCAAGTTGAAATCTCAAGCACTACAATTGTTAT TTTTTCAAAACACTGAAAATACTAGACGACACTAGATACACGTCATAATTTCAAACTAGA ACAGAAGGAACTAGAGGAGGAGCCATATCCAACTATATATACTTGAAAATGTTATTTAAA AAATACATATGCATAATCCACGCCCATTATCCATACACGTTTAAAAGAAAACTTCCCGCC AAGAAGATTGAGCTCATTTGCTTCACTCTCAATAAAGTCTTCTTTCCTACCTTCAGAGTT GATGAAAAGGCCAGTTTCATAAAAGAGTATGGACTGTGCAGTAGTACTCACACCCCATAA CTTAAAATCATGGATCTACCGCGGACCATATTCTGATTTCTTCATGATCTAGAGAAAATG AGCTCTATAATTCCGAAACAAAAGATCAGCAACTCGTACAAGTTCTGAGTATGTGCTAAA CAGACTATTAAACACCCAATCTCTATCACTGATAGTGGGTTTGATGAGAAAATTAAAAAA AAAACACAACCAACGCTTTTTTTCCAAGTAAAAATCCTGTTTAAATTGGAAAACATGGCT ATTTTCACTGGGAAAAAATGCAATTTTGCATCTGACTGTGAATTCGACCACAGAAAAATC AGATTGGCACTTGCATGGATTCAAAGGGTCAGCCATGCTCTTTAGACCATGAAAAACACT CCGTTGACTTATATATCAGCAGAAACAAAACAATCATAGGTAAAATTCAATGAGATCTAA CCGATCCTGTCCAGTGACACAAAAATCAACTTTTAAAACATAGATCGACTCAACCAAACA TCAAATCAACTAAAAACAAGTCATTTTCATCCGAATTACACAGACTAATAAAGATGCAAA CAGGAAAAATGTGTCTCAGCAAAAAGTATACCTGCAGGAACGTGATTAAGGCCGATTCCA GTACTATTAAGCGCCTGTTGAACAGAAGAAGCGATCTTAGTTGTATCACCGTAAGCGGAA ATAGAAACCGGTCCACAGTAGTTCATATTCACAAGCGCAGAACTTATATTCTGAGCGATC GCATGAGGATCAGATCCTCTAGGCACTTGACAGTTTTCTATATCCCACCATACCGAAATC CTCGCCGCCGAGTACAGCGCCTCAGCCGCACCCGACGGCTGCGGCCCTCCCCCTCCGCCG TTCCCGTTTCCGCCTGCACCACCCATTTCCTACGAGTTGCCGTTGCCGGAGAAGAAATGG CGCACGTTAGCGAATTCCGATGTGTAAAATTTAGTCTTTTTATGTATGTCTGGTGCGTAA GGTTAGTTGAGGAGTGCGTAGGATTAGAAGAGGATATGGAGAGAGTAGAAGGGATGGAAG AGAGAGTGTTGGATTATATTGTGATGGGTGGGGACTGCCGTAGTTGTGACGGGTGGAAGA TTCATGAGGGGTTTCTGAAATGACTATTATGTCCTTCCGTTTAATGGACAAAAACGTAAA TATGTATGTACAGCAGAATCGTGAGGAACGAGCTTGACTTCCATTTGAGGAAAGTGCTGA GTTGGTGTACTTTTGGTTTTCAAATTTATGATTTATAAACTCAAAAATAATTTGAATCTT AATTCAACTAGGACTAAAAATTTTATATATTAAATAAATGTTAACTACATATTTATTAAA TAATTATTTAAAATTTAAACAACTTACAATTTCTTTAAATTATCATTCAAACAATCTGTA TTCAAAATAATTAAACAGAATATTTATTATTAATTCATAAATTTTTTATATGTAGCAGCT CAAAAAAGTATTTTCCAAGTTTAAAATTAAATTTATTATTATACATATAATTATTTCTTT TGAAGTTGATTAAAAAGGGAAAAGTATATATGGTAATATAAAACAAGAAAGAAGTAATTT ATCTTAAATTTTATTTTCTCTTTTAATGCAGTTACTGTTTGATCATTGACTCTTCGTCTT CAACTACCATTTCAGTTTTTAAAATATTAGTATTTGTTTTTTCCATTCCAATCTTATATA GGTTGCCTTGATTGGATCTCTCCACGTCATAATTTATTTTCCTTCTTTCAAAAAAAAGTA TAACAATAAGTTATCATGAAGAAAGTAACAAACAACTGATTACTTCATAAGGGAGAAAAA AAATTATTTTGCATTTGACGTTTATGGTAAATCATTAATGTGTTGTAAGCTATATAAATA GATTTATTATTTAATTAATATTAGCAAATATATAAATCCTATCATCTAATTTTTTTGGCT GATAATTACATTATATTAATATAAGTAAATGTTTTACTTGCTTAATATATTTTATTACTT TACTATATTTTTTTCATCCTCTATCTTATATATATTCTACTCTTTTAAGACTTATTTAAC AAACTATATAATATGCTATTATAACTAAGCAAATATAAATATTATTTATTTTTCACTTAA TATTCGATATCTATATTATTGTAAGAACAAAAAATTTGACGAGGTATTCTATTTATTTGA AGTGTAGCATTCAAGGTTGATCATTGACTCTTGGTCTTTGGAGTATCATCAACTCTTTTA AGTCTTTGAATATGGACTTTTCAATTCTAACACAGTGATTCGCTAGTTTGTAATTGGATT TATCAACCTCCTAAATATTTTCGTTGTTGTTTGATCGTTGAATATTTTATTTATTTAATA TATTTTTTTTATTTCTTTGATTATTTGTTAAAGATTAAAAAAAGAGCATTATTAAATTAA TAAAAATAACTGACAAAGAATATTTAGAATTGAAACATAAATTTTAATTAGTGATGTGTA GTAAAGTTATACCAATACATATTTTTAAAAAGGAGATTGTTGTTTTACTTAATACAAGAT ATAATACGATAAACACTGTAATTAATTAATATGTATGATTAACCTGCCTATCGAGACATA TATATAATATGAAAGGGAAAATGGTATATTTTTATTTTATAATATATTAAAATTTGAAAT CTTAAAAGTAAAAATCTAAGAATACAACCATGTATCTTTGCTTCATTAGTAAACTTATGT TATTGAATTTGCAAATATTTGATTCATAACTTGCCTTGTTAATGCAAGCCACATAACAAA AAGAGTTATACCTTCCCCACCATCCTCCTCCTTCTTTTAACTTTATAAAAATAAATATGT TTTTTTCAATATAAAAGAAAGTAGGAAGTTTGGAATTTACGGATTTAACCCCGCCCAATT AGAACCCGTATGGGAACAAAAGCCCAAGGTGAAGCCGTAAGCCCAGTCCATGGAAGAGAT TTGGGCATGGGCCTATTTTGGGTGCTCAGCCCACTTTATCAATTATGTGGGGAAGGGGGG GAGGGGGGGGGGGGTTCTCTTTTTGACAACTTAGCTCTTTCATTGTAGAGAGTAGAAACA CTGATTTGAATAAGGTTTTAGGGTATAAAGTTCTAACAAAATACTTATGTTTGAGGAATA GGTTATCACTGATAATCATTTTATAAATTGTATTCACATGAAATTATATTTTTACTTTTT TTTGTAAATTTAGATAAATTATTGACGTGTGTTTGTGGTATTGATTTTTAAGAATATTTC ACTTGATGTAATTGCATAGATTTGATGTTTCTATTGTTAAAGCTCGATGTTGTGCCAATA AAAACACATTCTTTCTCTCTCTCTCTATATATATAAAATCAACTATTACAAACTTTAAGT TACAAAATCATAGTCATTTAAAAAAAAAAAGTATGACTCTATTTGAATTAACCTATTTTA AATATTTTTAAGTTAAAATAACTTTTAAGAACTTTAAATTGTTTAGGTGGATTTTAAAAA TGCAGATATAAGCACGATTTTAATTTGTGTTTTAAAAAATGAAAGACAAAAACAAACCAA AGTAACGAATCCAAACAAATTTATTTGTTTATTGGGTGTTCTATGTTAATTTTATACAAA TATCATTATAGAAAAAATTATTTTTAGCAATATTAAATTTTAACATTAAGAAAGAGTAAT AAAGTTTTTACCGGTTTTAGCTAAGTGCTATTAGAACCAATGTTGATAAAGGTTTAGAGA CATATATAGAGTATTAATTACCGCTAAAAATATATACTTAGCTGTAATTAAAAATAATTT TTAAATTACTGCTGATGATCATTTTTATGTAGTGTACCTCTTAATTTTTATATAGATATA TAATTATATATACATATTTCGTGACGACATTAATGAATGTTCGAACACTCGACAGATTCT TCGTGGATGTGCCTTTGTAGTTAATTCCTTTAGATGCTTACATAAATATTCTAACAACAT TATGACATTTTTGAGTAGGGGAACGTAAAATAAAAATTATATATTTATCTTCATCTTCTT TTTTTTTTTGGGCCTTTTTTAAAATATAAAATCAATTATTGCATTATAAAAGCAACTTAA TTTATTACAAATAAATATTTTATTAATAGAAGAACATTTATAACAAAGACTTTTCACATT CTATTTTATTTTTTTGTCTCACTTTTAATCATAAAATGATAATATTTTCATATATTTTAA GTATTTTTTATTTATTCACAAAGAGTTATTACTCATAATTTACTTCTTATTAATTATAAC TTTTAATAATATTTATAACTATTATCATTTTTATGTCCGTAACCTTCAAATTTAAATTTG TAAGTTTATGATGTCCTATGGTATTCTTCTATTTTGCCTATAAATTCATATTTAGTTTCA TGAAGAATTACATTCAAGATTATCCTTTCTCTTTTTCATCATATTGATTTGTGAAAAAAG AAGCGTATGAAGTAAAAAATATTTCATTCACAAGTCTTTATTTTTATACTTTTTTAATTT TATCTGTATAAATTCATATTTGATTTGTAATGAACTAACATGAAAAAAAAAGTACATATA ATAAGTTATACTTCATTCTCAAGTTTTTATTTTTTCATTTGTTCTATTTTGTCTATATAT TCATAATTAATTTCATGAAGATTTATATTTAAAATTATCATTATTCTTTTTATTATATTT GTTTGTGAATTATCTAACATGTAACAGAAAAAGAAGTACATGAAGGTGATATATATTTTG TTCTCAAGTTTGATTTTTATTTTTATTTATTTGAACATGCTTTCTTAATATTTTGTTCAT ATATATTTTATATATCATTCACCAAATAAGTATAATAAAAACACAATGCCTTTGTAATTT TTCCCAATGTGTTGTCATTACGTAATTGTTTTTTCTAACAGTCAGTTTTCGTGATATAAT GTAGTAATTATAATATTTTTTAGATCTCAACAAATGATTAATATTTAGTATTGTTGGTAC AATTAAAAAATAATATATAAATATATTACGTGTAGTTTAAATCTCTTTTTTTTTTTGGTA TAATTATTTTTTAACTGGTACATGATCTTCTATTTATATAACATTTTTTTAATTTAATTG GTTGCATATGATGAAGATTGAAGAGTTTGACATATCAAGAGAAAGATGGTGGAAAGAAAA AAAAGCCTAATTAAAAATTATCTATGCTGGAGTTTCCCTTTTATTTTGACTTGTATTAGT AACTTATGCTACTTTTTCTATAATTGTTATTTTTTTATTTGTATAAATAATTTGGCTACA TGCATTGTCAATTTTAATCATTTGATCTTTTATTTTTTATTTTTTTTTTCTAAAACTCAA TCGAAATAATTATTCCATTTCAATAACAAAAAGATTACGATGATTAGGAGTTTCATTTTT ATTATACTTAAAAAGGTAATTGAAAATAAAATATTAATTTCATGATGTCGTTTTCAAGAT AGTGTCACATAGGCCGAAAAGGGGTAGAAAATTACTTATAAAATAAGTCCAAAGGGGTTA TAGGACCTTAGTATAGTATAAGTGTGTCTCTGAGATTTCGGACATAGGTTGAGGGTTTAC CTGTGCATTTTCCCTTTGAAGAATGAAATTTTTTTATCATATCTCAGATGAAAAAAAATA TTAATATTATCTTACATATCTGATACTAACCTAAATATAAATATTATATATTATCTTCTT ATAGATATTTCATATAACCGCGCGAAGCGCAATCAATTTCACTAGTTAGATTATAAAATA AAAAATTTAACTCTCACACACAAAAAAAATAGTAAAGACAAATAAGAAGACATAATTATA TTTCATTAGTGCTCTATTTCACAATATTTGTTGTTCGATCCAAATTTCCAATTATAATTG TTTATCTCCTCATTGCAAGGTCTTGTATCATAAAGACAAAATTATGAAGATTTTATTGAT TGAATGTAGAGGTGTCAAAAATGAACTCAAATATAGGTAACTTGCTCAATCTGTTCAGAA TTTTAAGGATTTGGCTCAAGATAATTTCAATTGGGTTCAATCTCAATCCTTTTAAGTCTA ACACATTTTAAGAGAGTCCTCATGTGAGTCCAATTCAATCTTCAATTTCAATCAGTTTTA AATCTCTTTGTCAAGATATTTTTCTATATTAAAGGTATGAATTATTATATATTTAATATT TTTAGGATTTATCTATTCATTTTTTTATTTTTTTTTAATAAAAAAATATCTTAAACAAAA ATTTGAATTGTAATCACAAAATTAAATATTATTATTTAATCCATTTTTTAATCTATTTAA ATCAACCTATTTAAGCCCAAAATAAATTTGAACGAATCAAGATGCAACCCGCTTTCTATC TTCAATTTCAATTTAAATCGCTTGACACCCTCATTAGAATGCATGAATAATATGATGTAC CATAACACGTGCACTGCCTTTTACTATATTACTTAATATTATACTTCTACCATTTTTCTA ATTCTATATTAAATGCAGCTCCTAACTCTGCAATGATTGGTTGAGTTAGAATAATATTTA AAACTTGAAGTCGTATAGTATGAATTTCACCTCGAAAAGATATCAAAGTTTTGGGATAAA TTAATTATCTTTTATTTGGAAAATTGGTTCTGATGAGTTTTTCAAACTATTTTTCATGTT TGGATTTGAAAATCTAACATAACATACAGTTAAATAAATAAATTTTATTTCATAAAAAAA GACTTGAAAATAATTATAAAAGAAATTATATCCAAACGGCCCAAAGTCATGATTAGGGGT GTAATTCATATTATGATATTTGGTATGCATTTCTAAAAGTTTGGAATGTAACGTGTTATT TTGATATTTATATATTGAAATATCGAATACACATGTAAAGAGAGATTTTGAATTTTTTAT TACTTTATATTGAAATAAAGAGAATTATTTGTACTTTATTTTAAATAATATTAATATAAT ATAATTAAGACATTTTTTAAAAAACTAAAATCACAATTATTTATTATTGGGTTTTATTTG CTCTGATTTCTTACCATAAATAGGTTTTCCTTTTAGGAAAAGGTTTTGAATTGACTATTC TTTTTTGGTAGGAAAAGGTTTAGGACTCTATAAATAAAGGCATGTTCCTTCTAACTTAAT TAGCATTCACAATGTAGTTTTAAGGGCTTTGAGAGTTTTGGTTAGAGAGAGAATTTGTGA ACCTCTCATGTATTCCGAGTGAATTGGTTGAGGTTGTTTCCCTTTGTATTTTGTACTCTC ATATTTATAGTGGATTGTTCATCTCCTTTGTGAACGTAGGTCGATTGACCGAACCACGTT AAATCTTTGTGTCTTTTGGTATATTTCTCGTTGTCTTCTTACTCGTGGTCTTTCGAGGTT TGCTTTGCTAGCTTCCGCGTTTACACCTGCTTATTTTCCGATCCTAACAAGTGGTATCAG AGCCAGATTCAATGATGGAGTCAGGTGTAGTGGTTCAATAATCGATGATTGAACCAAGTT AGAAAGATGTGTTCATCTTGACGGGTGTAGTTCTAGCCGCAACCTTTTTTACAGTAATGA AGATTTTGTTGGAGAAATTGTTTCAGAGAGTTCTCTGTGTTGAGACATAAATTTTGTAAA GGAGATTATGGAGAGGAGAAGCAAGTTGTTGAAGATTAAGTAAAGAAGGTCGACAAATTT ATTTTGTCAGAAATTCAGCTCAAGGGGGAGATTTGTTGGGTTTTATTTGCCCTGATTTCT TACCATAAATAGGTTTTCCTTTTAGGAAAAGGTTTTGAATTGACTATTCTTTTTTGGTAG GAAAAGGTTTAGGACTCTATAAATAAAGGCATGTTCCTTCTAACTTAATTAGCATTCACA ATGTAGTTTTAAGGGCTTTGAGAGTGTTGGTTAGAGAGAGAATTTGTGAACCTCTCATGT ATTCCGAGTGAATTGGTTGAGGTTGTTTCCCTCTGTATTTTGTACTCTCATATTTATAGT GGATTGCTCACCTCCTTTGTGGACGTAGATCGATTGACCGAACCACGTTAAATCTTTGTG TCTTTTGGTATATTTCTCGTTGTCTTCTTACTCGTGGTCTTTCGAGGTTTGCTTTGCTAG CTTCCGCGTTTACACCTGCTTATTTTCGGTCCTAACATTTATTATACAAAAATATATAAA TTGAAATTAACTGAATATAATAACTAATTTTCCCTTCACAAAATATTAAAAACAAACATT ACCTTCTATATCGTATCATATCATATCACCTTTTATACCCACCCCTGGTCATGATAGCTA AGGTCCATCTAACTGATTTGAATGGATAGCAGTAGTAATAAACTTTTTTTTTGTCCTTAG TGGATATTTAATTATTTTAAAAGTGGTAGACAAATTAAAGCGAGTTAATATTAATGCACA CTCGCTTCAAATAGTTTGCAAAGCGTAAATAGCTGACTTACAATTGTAACCACAAAATTA TCATTTTGTGTCCATATTGATGCTGTTGAACCACTTCGATCTCACCAGAGCAACTTCTGA CACGTGGAGGTAAATAAATTTGTAAATTTTTTAAAGATATTATATAATTTTATTATATAA AAAAGTTTTTGATGCACTTTTCGAATAAAATAATTTTTCAAATGTAACAAAAACAAAATA AATGTAAATAGGAAATTATTTGTGGTAAGAAAATTGAAATCTTATTGATAAAATGCAAAA ATAATTAATACTAAACTTATTGATGTGGCATAATTTTTTTTTTAACAAAATAAAATAATT AATACTAAACTTTTGACATTAATTTCATATTATGTCCATTCTAATTAACTCGATCGAGCT TGACATAGTACTTTCTTGTTTTGAGTTTCATTTTTTAATGTCAAAATATATTTTTGTGCT CAAAAACGAAGAAAAAGATAAAAATTTCTCATCACGGGAGGGTAACTTCATATTATCTTA AATACGAAATATCTTATTAAGATTAGATGATCAATAATAAATTATTCTTAATATACATAT TTATATTTTCGTAAAGAAGAAAAAGAGGAACTCTTTTGCCATTGAAAGGTTTACTGTAAC TAATTAATTGATCGGTTATTATATACGGTAAATACAAAAATTATATTTATATGTTATAAT TTAAATTTGTAATAATTGCGCTTCATAATAAATTTTATGTTTGTTACAGAGCTTTTGATT TATATAATTCGCTAGATACATTCAATTTTATATAAATTGTCCAGTTTTGTATAAATTTAT TTATAGATTGCAATTTATATAATAAGATATGTATTAGTATAATTCTAAGTGTATATGACG AAAATATATATATTTATATATGTATATACATTTTTTTCTTGCTTATATAATCACACACAC ATTTAATACATTTATTTACCGAATGAGTAATTGTCTATCGAAAATGACTAATTGTATATA GAGTCATATGGCCAAAAAAATGAGATGTTTGCTGCAAATTACAAATAAGACAAACTATGA CTATATCATTTAATTAGAATTAACTACAATTTTTTTTTTAATTAAGAGCAATTTCCATAA ATAACAAATACAAAAATCTTATATGTTTGTCATAGTTATAATTTGTATAATTACGCTCCA TAACAAATTTTATATTTGCTTTGGTTATTAATCTGTATATTTCGATATATATGTATAATT TTTTTTTATTTAAATCTATTTGTATATTTTTGTATACAAATGGGTCCTACTTTTTATATA TTTCAATATACAAATAAATTTTCGTATATATTTTGATATATAAATAAAGTCTGCATTTGT ATATTTTAATGTACGAATAGATCCTAATGATAAAAAATATAAAATATTTACTGTGAATAA TACATTAAAAAGAATTATAATTATAACATTTAATTTAAATCAATAATTTGAAATTTCATA CCATTTTCCTTTAATAATAGAAGCAATAGTTAATTCCTTCATTCAAATCTTGACTATTTT CTAATCCCTCTTTTTTTCCTATATTCAGGATTTCTTGTCTTACTCTAGTTAAGCATAGTC AAACAAATCTCTGACAGGAATGTAAATTATTTTCCTAAATAAACTTTATGATTTTCACAT CCAATTGCATTTGAAAATAATCAAGAATTTTCTATTAATAATTATTTAGACCATCTAACG GTTGCAAATAACTCACACCACGTGGAGGGATCTGGTTCCTTGATGAAAATTTCAGATTTG CCGCGCTGAGGTCATTCTATGTCCAGGTTCGAAATTTGTCCTTTGTCCCAAAACCCGAGA CTCGTAAAACCCGAACCTATACCTATTTCCAAACCAGAATGCTATCTGTCAAGTCGATAA ACCGAAGGCTCGGACACACCGAACCTCTAGTTCAAATTCCGAACCTCCACATCACCTTCA TCTCTCTGTCTCTGTTTAGACAATAGACATTTCAGTAAATCTCAGCTTCCCTTATTCACT GCTCTATTAAACTCTTCCACCCACCCACCCCCTCAAAATCACCCCACTCATCCTCTCATT TCTTCCTCCGCCGTCCGTTCCTTCAACTCAGATCAATCGTCGCCGGTAAATCCCCCATCA TACACATATATAATTTTTTAATTTTGGGTGTAATTAGCATTATAGTTTTTTGCTTTTTCT AAATCTCTGCAATTAGATTTAGTCATTTCTCGTGATTTTCTACTCTTTCGGTGATCAGTT GTTCATGCATGATGCATGTTTGTCTCTGTGTGTGTTTATGGGCAAAACTGATTAGTGCTA TATTTTTAGCTGTGTGGGAAGCGTGTTTCTTAATTGTTGCTTAGAAGTGTAAGAGTCGTG TAGAATAAACCTCCATTTTACTGTCAACTTGCTCCTCCTCTTTCTCTCTCTTTCTTTCGT TTTCAAAACACTGATCTGTCTTTTTTCTCTCTCTCCATATTGAAATGGATTAATGAAATA GTAAGAACCATATAAAAAATTTGAATTTTGAAGTATTATAACGCATTATCTTACAATTAT AATAATTATGCTTCCATTATTGCTCTTGGATTATCAATAAATTGAAAATTCTGAAATTTG GGTCAGCGACTTAAATGCTACCCTACGTATTCACATGCAAAGTGTGCTTGGTTGTTAGCT TTAATTACGGAGGTCATACGAAGAAGCAATTAAGTTTTTATTTCTTTCCATACGCTTCAC AGGTGAATCATCGGATATCGTAGCAGTAACAAAGTTCATCCTGGATTTGTTGTTCTCGGG AGTTTTACGGTGATGTCGGGGGAAGAACGGCCGTCGAGTTTAGTGGTGGATCCGTTGTTG AAGGATCTGAGTGAGAAGAAACAGAATTTCCGGCGAAACGTGGTGTCGCTTGCGGCGGAG CTTAAGGAGGTTCGCAGCCGTCTTGCTTATCAAGAGCAGTCTTTTGTTCGTGAAACCCTA ACCAGACAGGTCAAATTGAGTTTTGATTTATGATTGTTTTGTTTGATATTTATTTATTTT TTAAAAAACTTTTTGTCTTTTCCTATGTAAAGCAGGTGAAAGTGTGGGTCAGGTATTCTT GGACTTGGTCTGATTATTGTGTGCTTATTGTTTTTTATTTACAGGAAGCAGAGAGTAAAG CTAAGAAAATGGAAGAAGAGATAAACAAATTGCAAGAGACTTTGGAGGAAAAGAATGGAG AGCTTCAATTTTCAGCTTTAAACACTGAGAAGGTAATTGTCATGGGTGTCATTTCTTGAA AAATTATGTATTTTTGGTTTGATTTGAGAGTAGTTTAGTGGGTTTATATGAGAGATAAGT TGGGCTCAAAGATCTTGTGTGTGGGGCATTTGGGTTAATTTGCAATTACTAAAAGAAAAG GTACTTGAAAGGCATATTATGATGGATATCTTTTGAGGCTACTTTCTGGCATTTCTTGTT TGTCCTTTTTGGGAAATAGTATTGAGGATTGAAGAATTAATAGATGATAATTGTCTCTAG TAGTTCAACCTGAGTATAGTGGTCCAACAAACTTTGTTTTTGTTTTAAATTAGGTCGAAA ACTTTGTTTCTTTTAGCTGAGTTAGTGAGATAAAGAGGAATCTACGATGATTTACCATTT AATAAATCAAACTACTTTTTGGATTCACTTGTTAGTGGCTTTTAGATGGATAGCACTGGG TTGTAAACATCACTTTCTGCCTCTTTGTTGTGCATATATTATTAAATAATATAGACATGA TGCCATATGATTTGAGGTTTTTTTATAGTAGTGCTAGAACTGTCTTTTGTGTGAGTCAAG TTCTCTTGGTATTATGTATCTTGAGGTGCCTTAGATATTGAGGCATACATCATTGCTCCA ACTCTGAATATTCTGGCATTGAGAGTCTTGTCCTCAGATTGTTGGAGAAACGATTAGTTG GATATAACATGGTGTCTGGCTGATTCCAATAAAGTGTGCTCAAATGAGCATCTTTAGGCA GCAATTCAAGGTGACTTATTTTAAATTAGTCAATTATGTGTGATAAAGTTAAATATATAA ATATGATTGGGATAATCTGAATATTTGTGGTTGTATCATATTGTTGACACCATATTGGTG TTTTAGGAATGAGAGATTTGAGTTGATAGAAGAGATGTCTAATAACGGTAAATGTATGAT GATACATACATCCACTTTAAGTAGATTCAAGTTTACTAAAAGGAAATTAGCGTGACTAAC ACATAATGGCAGTACTTAAACTCCTATAGTTTTACTCAAAAAAGTGAAACTCCAAATCTG AATAATAATACAGTATCCCGTATTGATCCAATTCCTATTAAACCCTTCACTTATTTTTGC TTTTTTAAGATTGAATTGAAGAGTTTTATTTCGTAAAGAATATCTTCTCATCTGGTTAAT TTAAGATGCTAATTGTTCACTTGGTGTGTGATTTTTTCATATATTTTTATTAATCATGCA TCATCATTACAATAAGAATGGTTTCCTAGGATATTGGTATGCATTTTTAATAACATCAGG TCTTAATATGATTCAGTATGTTAAGCAGTTGGATGACCTTAAATCACAACTCTCTGCGAC TCAAGCAACTGCAGATGCAAGTGCTGCATCAGCTGAATCTGCACAGCTTCAGTGTTTGGT GCTTTTGAAAGAGCTGGATGAGAAAAACAGCTCACTGAAGGAACATGAAGTTCGTGTAAA TAAACTTGGTGAGCAATTAGATCTTTTGCAGAAGGATCTTCAAGCAAGAGAATCATCCCA AAGGCAATTGAAAGATGAAGTAGTGAGAATCGAGCATGATATCATGCAAGCATTAGCAAA ATCTGGTGCAAACACAGATTGTGAATTGAGGAAGGTCTTAGATGAGGTCTCGCCAAAGAA CATTGAGAAGATGAACAAGCTGTTGACTGACAAAGATGAAGAACTTGCCAAACTCCGGTA CGAAATCAGGATCATGTCTGCCCACTGGAAGCTAAAAACCAAAGAGTTGGAATCTCAGGT TTGGTAACGTACTTTCCCATTGCTCTCTAAACTCCATGATACTTAATGAGTGATTTTTCC TCACGATTATCAACCTCTTTTCTGGACAGTTAGAAAAGCATCGTAGGGCTGATCAAGAGT TGAAAAAGAGGATTATGAAGTTGGAATTCTGTCTACAAGAGACTCGAAGTCAAACTCGCA AGCTCCAAAGGGTAATTCTACTCTTTACTACTACATTGATGAAATTATACCTAATACAGT AAACCTAATGCCATTCATGCAAACATAAATTGCAGATGGGAGAACGACGTGACAAAGCTA TTAAGGAACTGAGAGACCAATTATCAGTTAAGCAAGTTGGAACTTCCAGCAACAATAATC AGAACTTCTGGGATACCTCAGGATTCAAGGTTGTCGTTTCAATGTCGATGCTGATGTTAG TCCTCTTTTCAAAGCGGTAATAGTTACAATTAGTATTAGTTGACAATGTAAAAAGGAGAA GTGTAGCTACTAACAACTTAGAAGCTGTAGAGCTGCTGCTTAATATATTAGAATGTTAAT CATACTCTATGGGGCCCTATCTTTTTGTACCTTAAGGGCATCACAACTGAATCCATCATC TCGATGTTCTATTATTAGATATTATATATACATGCGGTAATCATAACGTTACATAATCAT GTTTTTAAAATGTATCGTTGAAACTCCAATCTGAAGGGGGCCCAGTTGCATTATTTTCTT GTCTTAGTGAGAAAGCCTAGTTTTCTGATGTTAATTATTAAATTAGTCTCAATAATTCAA ATCAGCATCCGATGTTATAGATGTATTGACGATTTGGGAAACGCTAATTTCATAGGTTTT TAAAAGATGGTTTTCTACTACCTAGTATAACTAGACTGAACACGTATATATTAATTAGTT TAATTTTTTGTCCGCTGATCTAAGCCACCTAGATCATCATAGCTGTATAAGATTCTTAAT TTTTTCAGCTTTTAATTACTACTTTATTGTTAATTGAGGTTTGTGATCGGTAAGGTAATA TTGATAAAATGACCTTTGATAATGTCTTTAAATTTATTAATCATGTAGGGCGTTGAAGAA ACACGTAATTTGCGCTAGTGCATGGCGCTCATTGATTAATCAAACTTAAAGTGACCATCA ATACACCACACTGAAAAATATATATATAAAAATACGGCATCATTAGCCTCTTCCATGTTC TTTTCTTTTGATGTTGATGGCTGTAAAATGCTTTTGACTTTGTTTTACATGGCTGTACCC AACTTAATTCCTATGAAGGAACAAAAGGCATGCACATAACATAATGATTTAATGCATTTA GGGGTCTTTTGATTTAAGAAAAGTATTGCTCAGATTAATCATATATTATTTTTTATTCTT AAAAGAAATTGTTTGATTACAAAAACACATCCACCTTATTTAGAAAAAAATAAATTGAAC AGTCGTAGTTTCGTCATTTTTCAATGTTTCTTCACGTAGTAATTACTAATCTTGATATAA CTTCTCAAAATTAGTAAACAGACAATGAATAAGACAATAATATCTGTCTCAAGGGATATT TATCCAACATATCAAACCTTAATTTAATTGGAAACATAGACCTAAGTCTATTTATAGTAA GTAATAATCAGCTACAACTGATGATATGAGATCTAATATATCCTTCATAAGCAGGGAAAC ATGTAATATAGCAGAGTAACATCAGGCCTATTGAACATACTGAATAATTAAGAATTACTA TTTCAAAGTGATAAATATAGATAATGGCCTCTAAAATTAATATATGAATTTTACATCTAG GTAGTGGATATGCAGGATATATCAACTATACTAAAGCAGTGTATAGGTGTGTAATGTCTA AACCTCTGAGAATACTCCTAACTGCTTCCATTTTTTCCTCCACGAGAACTGTACATTGTT TTGAATTCGAAAATCCAGTTTCTCACTTGATAATTGAGCTTCTCTTTTCCTCAAAACTCC AACACCAGCTTACTAGTTGCGATGGAGGCGACTAGAACGATGCAGCCAACTAGGGGTTGC AATTCATTTGACATGGACAGTGAAGTAGTAGTAGTTGGAGGAATACTATCACCTATGCCC GAGGGCATCATTCCAAAACCTGAGTCGTTACCATTTGTCACTGTTGGAGGTGCTAAGCTG CGAAAATTACAGTGTACAAAGTTAGTGAAAAGCATATCGATTACTTCATCCATTTTATAT GACAATTCAGAAAGAAAAACGTTTCTATGTGCAGCTATTTTTTCATTTCTTTAACTCCTT GCCTAGAAAAACATAACCACAGGAAATGCAATAAAGAGGGAATCATATTGATGGAGCGAA TGAAAATTCCCCTTACCCTGGTATTGCTGCACCAGTTGATGAGGATGTTGTTGGCGCTGG AGTTCCAGACATTGGCGTGGTAGTTGTTGTAGGCGATGACAAAGAAGACCCCGATGCAGG GAAAACACAAGAACCAGTGCCTGTATGTCAGCATGAAAAGGATCAGAAAACAATAAGACG CTGGTTTATAACGGCAAGGTAGGTAAATAAAGAGTCCTTCTTTGCTTACTTGGGTTTGAG TTGGTTATCATGGCAGCACCCCCAAAATCACAGCTCGTTTGTGCAGGATTTTTTTGAAAG TAGCTATTGAAGGCATATGATGCATGACCTTCCAGGCTATTGGGATTATAACAACTTCCA CCCTGCTGGATGGCTGAGCAATCTGCTCCCATCCCACAAGCATAATCAAGCGCCGACTGA AGTGAAGTGTCTCCAGCTCCATTCTTTGCAATACACCAGCTCTGCCCTCCAGTAGCAGGA GCGTTTGTGGTTGCAGGAGGCGTTACTGGGGTGGTGGCAGGAACACCCCCTACAGGATTT GGGTTAGTTGTTACAGGATTACTTACGGGTGTACTTGTGCTGGGGGTGGTAACTGGATTA GTTAGTGGTACCGGAGGATTGGGGTTTGGGTCAGTCACAGGGGTCACAGAAGGAGCTGCT GGAGGTATAGACCCAAAATTTGGAATTCCAAGATTAGGATTTGTGGACGGGACAGTAACA ACTGTTGGAGCTGAGTTATCTGGAGGCATATTAGACGGAGTTGTGACAGGATTTACTATA GGGGTTGTAGGAAATCCAGTTGTTGCTGGTGGATCCATCAAATCATGTTTAATAGCTCTA ATGGGTAACAACTCGAGCAGTCCTTTCCCGAAAAAATGAATTTTTTGTTCCTTTTGCCTT TCAAGCTCTCTGTGCTCAATCCTTTTAGCTGGGGATAATCCTGCAAAGAACATTATTACA TATTTAACTTGCTGCAACTTGTTTTGCCATATTTTAACTTAAACGTTTCTCAACTCTTAT AACATCAAATCTCAACCAATGCAGCCCCCTTTTTCAAGTGAACATGATAAATCTAGCATG CTCAGTTAACCGTAAACGTCTTTTCTGATGATAAATCCCAGTTCTTCATCTTTTTTGCAG AACATTTCTAGAATAAGATGACAGTCCCATCACTAGCATAAGTTTTGCTCTACCACCCTA GTGAATGATGTAAACTAAGCTCAAATAAACCATTTGCTCCATTTTATCAAAGTCACTCAG GTCACGTTCCCACACAAATATTAAAACTAGGGCTTAAAGATTCTATTGAAAAACAGGGAA AAAGTTTTTCTGGGGGAAAAGATCTAGTCTAAGAATGATAGAGCTAAAATGGGGAAAATG CATTTCAAAATCTTGAACATAAACAGAAAACACTAGTCAAATGAATCAGCAAAAATCAAG AAACTTGAGCTTAACCAACATTCAGACCCCATTCTTGTAAAACATAGGAACACTAAACAG AAACACACTACAAATTCCAAATCTTAAATCTGGACAAAGAACACAGTAGTCACACATAAT AAAAAATCAGCAAAAACAAGAATCTTGCTTTTAACCAACATTGAAACCCCATTCTTGTAA AATAAAGAAATACTCAAAAAAAAGTAGACTTACCAGAAATGCTGGCAAGAAGAATAAACA AGAAGAACAAGAAGATGAATTTTGAAGCTCCTCTAGTCATTATAGTGTTGGGCATTTTTC TTCAATGCGTTGTTACTTGAGAAAGAGACCCCAAATGGAACTATAATAGGATTTAAGTAT ATAATGTTCTTCTTTAAACATAGAATGAAAAAAGTTGTACCATTTAAATAGCAAAAGGGA GAAAGGGGCAGGAAAAAAAAAAGGTATGAGTAGGAGATAAACAATGGTGGGGTAGGACAT AAAAGTTAAAAAAGAAACGAATATATATTAACTTTCTAGTGTATATCATAATAACATAAG AAGAAGAAAAAAAAGGTGATTACTTTGTGCTGAAGAAAATATTGAAAATTATTTTTTTGC TTCTCTACTATGGTAAAGCATAAATTATTATTGAAATTTCTGAAAGTTTGAGTTCATACT AAAACAAAAAAAAGTTGAACACTTGGCAAATTGCAGACAAATGCTACATGCATGTCGAAA GCAAAGGTTGGAAACCTTATCTTTGAATGGAGCAAAGGATCATTATGCTGCCTCATTTTG TTTTTTTAATAATAAAATAGTGAATAAACTGACTGTATGAAAATATTATGAAAAAACAGA GGAGAGGATGGGGTAGAGGGTCCTTAACAGTGGTCGGTGGAGCCATGTTTTAGAGTATTC AGAAAAAGATGGGAGTTAGACCAGGAGATACATAATATTCTTATTTGATGTAACTCACAC TCTTTCTCCCCAGATTCACTGCATCGTTATTTATTTTGTATACTATTATTGAGGTTCGTA TTTTTATAGTTTAAATCAATGACATTTTGATTATATGATAATAATTTTATATAGATAAGG TCGAAATTATATACTTAATTTATATATAAAAGTTTAAAAACAGGAAAGTTAATTATTGCT AATTTTAGAATGCAACTGTAACTGTTGGGAAAGGTGACAAAGTGGTAGGAATATAGATAA AAAAAAAAGGAAATTGGACTGAAAATAGGTTGAAAGGGAACATATATTTGGATCTAGGAA GATTTTTAACATTGTTTAAAATTTAAAATAAAAGTGGGGAGGAGAAAATACTTTTTTTGG GTAATTAAAGTTTCTCTTTTAGAAAGTAAAAAAACAACTTAATTTGGACAATCATTTTGT ATTAAGGGAGTGATAAAATCAAGAACCAAGGGGGTAGAGTGTAATCAATTTTCTCTTCTT AGAATTAAATCCAAACGTTACCACTGGAGTTTACTCTTGTAGATTCATTTTAACTGTTAT TTTAATTCAGGATAAAAATAGTGAATAATGATGCTCTGTTTGATATATTTTCTTTTTTTA CTTGAAATCGTAATAATTATACACATGTCAAATAATTTCATCTACACAGTTAAAAATGAA ACTTCTTGATTCGTAGCTATTTCATTGATCACTAGGCCATATCGACAAATTTTAGTGTCG GATTAATGTCTATTTTACATTATTTTACAAATGCAGTATTAGGATATTATTTTATAATGT ATTGAAGTTATGTTGGTGGTGAACAAAAACAACAAGCAAGTTAGGGCCCGTTTGGCCATA AATTTTCCAAATAATATTTAGGGAAAATTTGGCAAATAATGTTTGTCCATACAATTTGCC ATTATTTGGCAAATATCCCAAATTTTCAAATACTAATTTTTTCTAGTATTTGGGTCAAAT CTCATTATTTGGGATATTTTAAAAATTAAAATTTTACCCCAATCTTCTATCTTTTACAAA AACATCCTCTCTAGTAGTTGTTTGCGTTGTATTACATCATTTTTTACGTGAACACCAAAA TAGTGACGAAATATGTAGTGAATATTAAATAATGATATGATTATTGATGAAAATTATTAA AAATTGGCTTTAGGTAAAAAAGTCATGTACTTTGTCTACTTCATGATGTATGGAATAATT CTTGTTGCACTCACTCCAAATTACCACATTGCTTTAGTGTCATGGACATTATTTGTTATT GTTGTAACGAACATTCATTGACTTGTAATATAAACTTTTAGTTAATTTTGATAGTTTTTA AAACTTGTGTGTATAAATCATATTTTTCTAAAAATGTGAAATATATTTTCCAAATTTTAT GGCCAAACACATGGTGAAATTTCATCCAAATTTTCACTCAAATAATATTTAGAAATCTAT GACCAAACGTTATCTTAGAATAAGCTGTAGTAGTCCAAGTCTACATAAAGGAGGCTATGT ACGATAGTATCGTGGGATGCCCCTGTCCAGATTCAATTTAATCACCTCAAAATCCACATT TCTGCTTTGCAAAAGGAAAAGTTAAATTACATGCAAATAAAAAAGAAAAAAATAATTTTA AAATGGTCAAAGATAATATGAGATTTATGTTTTGGAGGAAGTGGATCTGCTGACACTTTC TGTTTGCCTTTTTATCTGTTACTCCTTTTCTTGACAAAGCAAACGACTATGTTTTTCAAA TTCAATTTGTCCTCATATAAACATGCATACATTCTTCTAACATTTATACACATAAAACTG CATCAAACATTAACAGCATCATCATCTTATATATATATATATATATTTCTTTTTGGATTA ACCATATATATATATATATGGGGATCTTATATTCTAAGCCTATTGACTCAATTAATTTAG ATTTGTGCGAGACATTACCACTAAAGGGATAAAACACTCATCAAAAAAAATTTATGCATA TTTTCCAAGTTTGAAACTGAAATTTTTAATAAAAAATGAAGAAATGTGAAGTTAGGCGTT TGGGACCTACTTCAATAGAAAGTAGCAACCTCAAAAAATCTGATCAAAAGATAAGTAAGT TTCCATTACTAACAAAGGCGAAGATTGAAACATGCCTCACGGGCTCTTAGAGATGAGGCC TTTTGCCAAACCCAAAGTCAATTTTGGATATCGTCTTTTATCCTACTATTTCTATAGGGA TAAAAGTGAAGTTCAAAATTAGCTTATAGCATGAGGCAGGCTTAAGAGCATCAAACAAAT TATAAGGTCACAAGCTCATTCTCTCCTCTATCTATCAATTTAATTTTTTTATTATGTGTA TGTATAATATTTTAAAAAATTATGTAAAATGATCGAGCTTTTTTCTTTAAATGTTATTGA CTTATCGAAACATTGAATCCTGAAAAAAGTGAAAAAATTATAGAAAGAAATAAAGAAGAC GATCAAAATAAAATATGATAATCAAGAATTAGTGCATTTGCTTTAGGATCATTGGACTAT AATTTATAGTCCAGAAATACATGTGCTGGGTTGGGTCTCCTTTAACAAAAAAAAAAGAAG AAAGATAAAACTTTATGATCAACAAAGGTTCGGCTACTCTTTTTGCTCTAGTTGTTTGGA TATGAATTTTTTATCATGTCAAATCAAAGGGATCCATTCCCATGTGAATCCATTAAATCT GAGTCATCCCACAGCTGAAAAGATTTGATCAGCCCATTTAAATTCAATAAACAAATTTGT CTATTCACTCTTTTTTTTACAAAAAGGAAAGATATAAAGCAACAACCACATACAACATTC TACTTGCTTTTTCTTTATTTTGCTTTCCAATTTGATATATCGGCACAAGTGTTATAGTCA TCCTACATAAGTATGTTTAGTCAATTAAATAAAATTTCGAGATAAGTGATACAAGTGTGT ATGTTATAGATAAGGGTTAAAAGTCAAGATAAGTGTCCCACTAATCCTGCAGTTATAAAA TTGTTAGTGATAAAAAAAGTTCAAGTTTGAACTTTGTGACTGCTGATACAATTTGCCATA AAGAGAAGAATTACAATAGATTTCTTGTCAAGTTGTAGCATCAAGCATACAGGCATTAAT AAAATATAAATAAGAAAAACAAAAGTTTTGGAGAAAAAAGATGATAGGCATTGTCTGCAT GAGCTGTATGTCCACTTCTTCTGGGACACAGCATGAAGAGTTTATGGTTTAAAGGATAAA AACATTACTAAGTTGATCCTTTGGTACAGTTGATGTTTGGCTGGTCACTGCAGATGCTAA AGGGCAATGGTTTTTCTTCTTTGATAACAATAGTGTCCGAACGAACTTGCTCTTACTGAC ATATAGACAGATAACTATACCATCAAGGCTTAGACAGATGGGAAAAATCGTTTTCCATAT TTGGCTAGCACACAGGGATGCTTATCATATCCCAACTAATAGGGATGGACTAAGGGGTTT TAACATTACATTTATAATCCAAAATATAATACAGAAGAAAAATTAAATAAAATGAAGACA AGAAAGTAAAGGAAAGGAAAGATATTCCTGTTTCTAGTGCTTGTCATGGGAAACCAAGTT GGTTTCTTGATACAAAAACATCCTATAGTAAAGTACACTTTCAGATTCCTGGAAGAAGAG CATAGTCGCAAAGCAAATACCTTTGTTTCTTGAGGGATTCTTGCCAATCAATGCTAGAGG TTAATGATTAAGTCAGAAAAGAAAACATCCGATGTTGCTTCTCTTGCAGAACCATAGCTA TGTAGACGCTTCTTCAGAGAACGTAGCTCCCTCTCATCTTTGGAGCTCCTTTCCTTCAAT AGTTTAAAAGATTTAGGCCATTTAAATTTGAATCAAAAAAGAATATTTTATGAGCTTGAT TTGAATCCCCAATTATCAAGTATCAGACTATCAGACAAATGATAGTAATAGAAGGAGATT GACCGATTTGTTTGATTTTGTTTTTCATTTTTCTGTTTTGAAGAGGATAGAACTACATGG TCAAAATCAACTAATAGAATGGCAAACTGCATGCAGCTGAAATTGCAGCAATTACACGGA CATATTGCAGCATATATTAGGAACAGAAAGCCAATTGGATAAAATGAGGACATACCCCAT CCATAATACTATACAGTTTCAATGAGGTGGTAACGAATAATATGGAATCAACATCGTTAA TACTCACGTATGATTTCTTTAGCAGCAGTATGTCAACCAAGTATTGTAGCCATAGCACAT TTGTCTTGGGGAAACTGTCGACCACAAATAAATAAATAAATTTAAGGCAAAAAGGTCAAT ATCCGTAGACAAATAATCCAGTCGCTAAAGACTTCGGGATTTTGCATGACAAAGAATACT TCTTAGCTGCTAGAGAGCTTAGGTCTCAAATTCAGCCACACCATAATAAAAAGCTACTAC ACTTATCAACAAGTGTTATAACCAAACAGACCAGTGTTATGACAAAAAACAAGCATGATC CTTCTTTGGCAGTCAACTCTAAAGCATACAAATGCTATAGTACTAGATCTTTTTATGGGT TTGTGCTTCTGAATCTCGACCAAAAATTCCATGGATAGTAAGACATGAAACACCATTAAA CAGGAAACCCTTTCATGGTGATGGTTTCCGACTTTCCTTTATTTAGAAAATTGACAACCT TTACTGTGTGCCAGTGGTCATAGAAAAAGCTAGCTGATTACATACAAAAAATTTACACAG TTGTAATTTTGATCCAATTCAAATTCTCTGACAGCAGGTTTCACAAAATAGGTTATTATT TTAGTGGTGAATTCCAAACATCCAACGTCCAAACACATTTTTGGACTGATCATAAACTTT AAAATGGAAGAAAATACACTATTGTGATAAATCAAAGGCAATTTGCTATCTCTGAAACAA TTTGTTACTTGCAAGTGAAGGGGCTAGTATTTATACCTTCCTTCCCAAAATTCGCCTGTG ACATCTCTCATTTTCCTGTATGTATCAGACTGCAAACATGCCAAAAAACTATGAAATACA AATATGCATCAAAACACCTAAGATACATGGGACTTCTTTGGCTTCATACCTGTTTATCTC CTTTTGGACCTTCAAAGAGTTCGGGGTCTGATGACAGGTCCAGAAAAAGTATGTCTTCAC CTGTGATCAGTATGTATTTACAGAGATAAGAATCTCTAATCAATTCAAGCACAGGATTGT GAAGAGAGAAACAGAAAGAGTGAACACCTGTATTTATCCTTGAAAGAGTGAAGTCAATTA TTGAAACCAATAATCCATATGTTCTGACATGTATTTCATTTCCCTCAAGAGTAAATTGCA CTGTATCTAACCCTTTCCGACTTAGTAGAATATTTCCCCTGTGATAGGAAAATTGTTACG CACAGAAAAGCATTTTCGAACTCTAGATTGTAAAACATGTTGAAACAAATCATTGCATGG AAAACAAACCAGTGCAAATCACGATGCTCAAATTCGTATGCAGCCTCAGATACAGCCAAA GCAAGAGTTACCTGGAGTTCAGATTTTGCAGTCAAGATAATGAAAGAGATATTAGGCTGA CAATGCCAAAAGAAAAATATGAAATCACTTGCCTGGGACAATAAACTCCTGGCTTCGTCA AAGTTTAACAGCACAAAACTTTCAAGATCTTTTCCTCCATGTTCTTGAACGAATACAACA TAGCACTATAGAAGGTATGTAATGGTTTAGTCAGTAACACTTAAAAGTTCTCTAAGTAAT TTCCTCTAGCTGCAACAAAAGTACCGGTCTATCTAGACACAAGATCCACTCAAACAACAG ATGACAATGGGAGGCAACTATTGGCAATTAGGAGTAAAGAAGTAAATTTGCTTTGCTAGG AACCTGCTTTTCTGGAAATTCCTTAGGATGGTCATTTTCTGAACCATGCTTCCCATCCCA GTCTTCCCATGCTTTTAATAGGGATGCATCATAATGGCCTTGGCACACCCTCATGCTGCA TAAAGGTAAAATCAATTGTACATAAGTGGTCAACTATTAGTAATCTCTTATTCTAAGAAA TAGTATACAATGGAGAGTGCAAATAACAGCATGCAGGAGAAGCTTCAATTTCATCAGTCA TTAGAGGTGACAGTTATATAAGGATGCCTATTTCAAGACTTATTACAGATAAGGTTTCTA TAAAACTGTTTCTCATTAAGTAGCTGAGGTAGTAGTTCACATGAACAGATTCTGAGGTTA TGCATAAGTTTAAACCAAACAGGAAGATTGATCAGATAAGACCTTTAGACGTTCCTAAAC ATAGCTTTTGTCTTGAAACAGAGGTTCAGAAGAAGACTAAATAGTTGCAAATTTGCTGGA AGACTAATAAGTGGAACTTACTCCATTGTCTGTATAAAGGTGGAACAGGAGTTCAGGAGA TGACCCTCATGAGCTCTTAAGCTATTAAGGGTGCCAGAGAGTATGACTTCCTCAAGTAGC TCTTCTGATTTCTGAAATGTATCAGTGCACAGATTTCAAATCAGAGTAACTTAAATATTT TCAGAAGATCAGTTGTTGATCCTATGATCATCCACTGCACTAACTTTAGTTTGCTGATGC AAGTTACTTGGGTCATATTTCAATTTAATAAAATTGGAGCCTATTCAATTGCACAAGAAA CATAATTGAACTGGATACCTTTTGTAATTCTCCATTTACTCGGAAATCTCCATCAAATGG GACAATTTTGCAGACATTTTCGCCAACCTTAAATGCCTCCCCAAATGTGCCTTCTCCAAC CTTGGCAATTGTTTGCGTCTCACTGAGTACAATTTTGCAAAATTGGATGCTTAGAGAAGT TAAGATTAAGAGCAAGATCAGACTGAATTAAGTCTACTGCCAACAAAAATATGAAATTGA AATTTCCATGAAAGTGAATGGATACTGATTGATCAAGTATTAACTAAACAACCATTTAGA TATATTTCAAAGCTAAGGATCATATGCACCAAAAAGAGAGCCCCAAGTACATGAGTTCAT AATAATACTAAAGGTACAGCCAAGGGAATCGATGTTGATATTCATCTCTCTTAAGTACAT GGTTCAAAAGCATGATTTGAAGAGCATTATTACCAAAGGAATTAAAAAAGGAGGTTTAGA ATTAAGCAGCCTCAGGCAGATATGCATTCTTAAGAGTACCAAGGTAACAACATCATTCTT GCTACTATAAATTATTTGTGTATTCCTGGCTAAAGTTTTTCAAAAGGAAGAGTTAACAGT CTTGGTGATCATTGTATCAGCTAAAACAAAAATTCAGTTAACCCCACTGCTCCACAAGTA CCAAAAAGACAGTAAAAATTCGACCAAGAAGAAAGATATGACTAAGATGATACTCGATTA CACAAAGTAGTAAAGAAGTGGAAGGGTCATAGGAGCCGCACCAATACTTTGATAATATCT CCAATAATGTTAAAGGGGCAGACTGTCCACATGCTGCCAATAGAGCCAAAAATGGATCCC AAGTGTGACCATCCACTGAAGAAGGCCTGGAAGTCAGAGAAAGTTTACTAACAGCTACAT CGATATCTTCACAACCTTCCTCATCCATGGGACATATTTCTCCAATGCCTTGTTCTGATA AAGGCTGCTCTCTGGACACATCTTCATTTGTAAAACCAATGTGTTTATTCTGGCTGGAGT ACAAACCAGAAAGAATTCGCAATGATGTTTTCTCTGGGGTTTTTGCAGTTGAGGATCCAT AAATAAATCTGATAGCAGATTCTTTGCGTGAGGCTGGGGTTTCTAATATCTTCGATAATG AAGCGGGAGGTGCATAGGAATCGTTAAGTCTCTTAGAAATCAACCATTTCTGTAGTACTG AGGACAGGCGTGATATAACAATGTCATCAGTTTGGATGCCCACAGTCCATGTACTGCATT TGTTTGGGGAGGGGCTTTCCACCATTAGTTCAAAATCATCAACTTCTTGAAAATATGCTC GCTCCTTATCATAGTTCGGAGCTTCAACATTTTTACCCTACAAAGTATGAAGAATTAGAA ATACCAAACGTGTGACTGTTTATGATAATCAAATTATTAGCTAGCTGATGCCTTTGGGAA AAACAAACAAGTAAAACATGGATTTGTGGGAGTTCCTAAAGTTTTTAAACAACTTACTCT AGGAAGAGGTGGTTTTGCTTTTCGACCAGGCTTCCTTTGTGGAGGATGTATTTCGGCACA TACAGCAGCAATACTGGTTCTCCCCCTGTCAACAAAATAAAGGGAAAAAATCTTGTTACA TAAGACGAAAGTGGAAGTAATGGGAGTTACAACAACTTCTCTTTGCAAGAGACAAAAACA TCTTGTTTTTACTTTGTATTGTTCTGGCAATATGTTTCTGCCAGTAAGCTTACATTTTCT AGAATCCCATTCTCGAACACCTTTTGAATTCTCAATTATGAAAGAGCTCGTTTCTAGTTG AATTAGCCTATCAGAAAAGCTTTATTACTACATAAAACGAACATCAAAGATATATTATAC ATTTTAAATCTGCCTGGATGCTATGCTGGAGACAAGGGCTCTGCTAAAATAATATATGAA ACTTACACAGCCTTTAGCATCACACAGGAAAGGCATATTCCTCGAAATACTGATTGTTTG TCGTCATATTACACAAAAACATGATAAGATTTGAAAACTCAGAAGCTTAATGGACACCAG ATTATTAACAATGATCAAAAAGTTAGAGAAAATTGCTCATAACAAATCAGCTGATAGCAA GTTATGCAGCAACTGGAAAGATAAGCAACTTCTTAGGAGGGGATAAGTTATATGCATGTA AAACACTATATAGAGCCACAATGCATAAGCATCCTTATTTGAGAACCTTGCTGACATAGC TACAAATTTTTGTTTTTCTCTTACCTTTTTAGTCTCCCTTTTGTTCTTTTTCAGGTGGGA AAGGAGCAGGTTGTGGGGTCTGCTATACTAAAAGAGTCCATGTTATTTCATCCCAAGAAC AGACTCTTAAAATTAAAAAAAAGTTGATCGTTTAGATTAATGCTTGACAAATGATTTTAC ACATTCTTCTTCCCTTTTGTTGGTTTTCTTATTAGAATATAACCTTGATCTTAATACTTC TGGCATTAATTGGTGGATTAACTTTGTTTCAGCTCCCCCTTAATCAAGAAATTATAGATA ATATAATTGTTTGAAAAGGTGAACTAATTAATCTATTAAAAATTGTACTAATAAGTTAGT CACAAGAAAACTTAAGAAAACTTATGCCTGAATGAACACAAGTACAACTATCTTGATAAG CCTAGCATGCAAGTCAACAGCATCCCTATCCACTACAGGCATAATCCTTTTAAGTATATC CAATAAGATTGATCTTGATACCAATTTTGTAAAAGAAGTATTGTCAATGAGAAATTTAGA GTAAAAAATACAAATTAGGGCAAAAGACAAAACCTGGTGGAAAGGGAACGATTCCAACTG ATTCGTTTAACAGGTAGAAAACTCAACCGGTTTTCATTACCCGAATTCGAAGTCGATTGC CTCCTGAAAACAAATCAAAGTAAGACGTCAAGGAACCACCAAACCAACAAATAGAATCCT AGGTAATGATAAAAAAAAATAGAGAACCCTTCGGCAACTTTGGGGGTAACACTATGGGGC TTTTGCCGCCGATATACAACAGCAATATTTGGTTGAATTTGTTGAGAGGAACGATCAAAG TGTTGTTGTTCAGCAGCTATGAGTTCTGCCCACAAATCAACTGCGTTTCAAATTCAAGCG TATTAGTACCCTGAGAATCGAATCTTGATGAAAAATTAATTGTAGAATGAAGAAATTTTT GCCCTATACCTGATCGTGAAGTCATGATGATATGCCAATTTTGAAGCTTACAATTGTAAC GTTGCAAATGTCTTTGTCACTGCAGTTCTAAATAAGCAGAAATTTCTGGGAAATATAGAA AGTGTGCAGAAATTTTGAAAGTTGGGCGATTGAGCGGGAAGAGAAACAAACCTTCGGGTT TGACAAAGAGACTAATGGGCTCGTCATATTTATAGACTGGAACATTAGGAAACATTTGCA CAGACCCCTTTTCTTTCTTAGCCAACTAAGTATAAAGTATAGAAACCCAATAATTACATA CTATCTTTTGAATTTTTTCCAAATTATAATAATCAATGATTTTTTAAAGGGATAATTGCA AACTAATAACCTGAAAATAAATAGAGTAGCTATGGTTTGATTTAATTGTGCTTCATAGCA AACGTTAGCCAAAGTTTGTCAGTCGCTTCTCTCCCAAAAATTTTGCTCGCCACTCTCCCT CTGTTCGCCTCTCTCGCTTTATACACAGAAGTGTATAAATTGTGTTTCTGTTTTGTATAA AGCGAGAGAAAATTGTGTATACACATGCAAAAACATATATCTTCGTGGTTATACACATAA ATATACAATTTACAGACATTTTACTACAATTCAATTGTAGACAAATGCAAATTTTATACA AATACAGCAGCGAAAAAGGTCAATGAATTATACAATTGCGAATTATACAATTGCAGTGAA ATACAATTTTCTCTCGCTTTATACAACAAAAGTGTATAAATTGAATTTCTGTTTTTGTAT AAAGCGAGAGAAAAACATATATCCTTTTCCTATACACTTATAATTATGCAATATACATAC ATTTTACTTCGATTAATTGTATGCAAAACAATTTTTATACAAATATTGCAGAGAAATAGG CAGTGAATTGTACAATTGTGCATTATACAATTGCAGTGAAATAGGATAGCGAATCATACA ATTGCAGCGAAAAAGGCCAGCGACTTATACAATTTAGGCCAACGAATTATATAATTGTAT ATGTATAGAGAATTATACAGTTTCTATGTTTGCTATGGAGCGCAATCATGCAAACTTTGT TATAGCATACAAATATAAATTTTTTATTTGCTATATTGGTGAAAGTTGCCCCTTTTTAAA ACTAGTGTATCAAATTGCTTTTTTTTTTCTATCACGTAACATATGATACATAAGTTATGT ATCATATATGTAAGTATAAATCAAATTCAGATTGATTTAAGTTTGAATTAATTAAGACTA TGTATCAACAATAATATTTATACTACATACATTGTGCATAAACAAAACTGTAATTTATTT GATAGAGATTGAGTGATGTATTAAGGAAACAGGGAATTTTGTAATGAATTCAAATGGAAA AGATTTTTAGAGATCATGTTATTATAAGTTGTATAATTACATAATTATCTCTAATTTATT CCCTTTAAATTTGTGATTTTAATTTTTATCATTCGATATTTTCAGTGATAAATAAGTGGT CCAAATAAGTTGTAAAATTAAATTAACAAATAACATCTTCTCAGGTTATAAGTTTATATT TATTTTTCTTGTATCTGGTATGTTAATATTCACAAATTATGTCATAAAAAGCATAATAGA TTATGACACTTCCACGTAACATATGTCCCACGGACCACACGTTTTGTTGTAAGGGAATTT ATAGCCACATTTCCTTTTTTTTTTTATTTGATATTCGATATTTATATCAAAATCTAATTA AATTTGGATTCGTATCATTAAGTTTCATATTCAGGAAATAAAGTGTTCTCTAACAAATAC GACTTTGTACCCAAGAGGGCTCAAACCTGATACATCTTGATTAAGAATGGATGAATACTT ATTACTCCATCCCAACTCTAGTAGATCCCAATCCATTATTCCGTCCCTAAGGATTACTAG TGGTCATTTGGATGAACGATATGAAATTAAATAAATATAAAATTAAAATTTGTTTTAATA TGCAAATTTATATTTTTCAATTGTATTTTTCTGTGTAAAAAATATATATTGCAAAAAAAT TGCGAAAGCTATTAATTTTTTTTTTAAATCTAATGAAATCCTATGCAAATTATAGTTCAT TAATAAGATATCAAAATATTCAAGAGTGTCAAGTTGATAAATCATGTATACTCATATACG TTTTAATATTAAATATTTGAAATGACAAACATTTAAACACACACAAATTTATAAAAATTT ATTAGTCAACAATAGTATGATCTAGTTATTCTTTAATATAATTATTTCACACGACGTATA ATCTCTTCATGGAAATCATATTAACTTTTTTTTGCAAAATTTAGAATATTAAATATTTTT TACAAAATATAAATTTAAGAGTCAAAATTTAATTGAAATTTTTTAAGATTTGAAATTTCA AATCACATATTCAAATATTAATTTAAAATCATGATTTTTATTTCCCATCCGCAAGAGTGA TATACCATTTATATATGACAATACTTTTCAAGATGTGTGAGTGTGTCAACTGCTAAATCA AACATCCACTACTTATATATACGTTTTGCAAAAAATTGAATATATATATATGATTTGATG TGAAAATGTGACAAGAGAAAACAATTCACTTACCAAAGAAAGTGTTCGTACGGTTAAGAT CAAACATGATCAATTATGCAAATCCAATAATTAGCAAGACAATCCATGAATATGTCCCAG TAATATCTCATTGTCTCCTTCAATCAACATCTAATCTAATGTAATTAATCACAATAAAAG TGATATTTCTTGTAACCATTAATGGATATTCCGTCTACAAGTCATATCCCTATGTAAAGG AGCACCACTTTGCTCAAAATAAACCTTCATCATATATATAGAGAGAAAGAGTTACTAAAC GTAATTATACTTAAAAATAATATGAAATTAGCATTTGAACATGATTTAGTTTGGGATTAT AATTTGAAATTATGATTTCATACTCATATTTCTCCAAAAAAACAATGCCTAGTGATTAGT GGATTTTTATAAGATTATGTCTGATCGAAAGTGTGAAATTACAAACATTTATTTATAACC AAAACATAGAGATATATGATTTTACAATGCAAAACCTTATTATGATATTCTAATATTTTA TTTATGAACAATGATTTAATTAATAAGAATTTGAAGAAATTTTGATAATTTTCGTTACTC ATGAAATTTCCATGTAAACATACTATAATATAAGATATCAAAACACAATTTCAACTTTAT ATTAATCTGATTTCATATTATATGTCTAAACCACCCTTAATTAAGAAATTCTGAAGTTCC AGAACCATGCCTATATATTTATATATTTATACTTGTATTAATAGGTGGACACAGCTTAGA AATAAATATTACAAAAAGAATGAATATATTTCCTTTCTCCAAAAACGTGTTTTAAAAATA GTAATAACTTTGATTCTGCGAGTATAAAGTGAGATTAGAACATTGCTTATTATATTAATG TATTTAGTTGTTGGAGGAAACCGCTTGTAACATGACACTTCCGTAATTAGGAATTTTAAA AAATTGTTATGCATAAATTAACAACAACCAAACTCCACACTTAATATAACTAGATTATAA TATTCAATTTCTAATTTAAATAATTACGTGGGAATTATTAATTGATTAGAATGAAAGAAG AAAAATTGGTATTAACTTTTCAACATGAAAAAACTGTTTCTTTATTTCTGGAAGGTTGAG AACTGAGAATCAAAATGTGATTTTGCAGTTAAATGGACTTTTGCTAACACTAAATTATAA AGTTGACTTTAATTAATTACTGATTATTTATGTGGCAAAATGTCTTAATTGGTGGGATTT CTTTGTCGAATCCTAATAGCAACATTGATTTAATAACCTCTTTTGTCCCAAAGAATTTTT GACAATCTATTTGGTAATCATTATTTTTATTACTTTACCTAAAGTCCTAAACATATTTCC CCATTCACAACTTTTTTTTCTCAAAAATTTAGGTGAAAAGTCTTAAGAAGAGACAAAGGT AATAAATAAGGTATGGCATCTAGAAGGAAAACACTTGGAGGAAAAGCTTAAGATCCATCA TGTAATTTTTCACGGGTATGTTTGTTAGAAAGGAAAATATATTTTTTTAAAGATAAGAAT TTTTTTTCACTTATTTTATAGCGTTTGATAAGTAAGCAAGAGAATATTATCCTATTTATA TTTAATTTAACAAAACACGAAAATTAAATGTAATCAGCTCTTTAATTTGGTATGGTTGTT CCTTGCATTTTTTGCTGGAACACAGTAAATAAGAAATTTACCCGGATTCAATATTTATAA TTAATTGTACCAAACTTTTTGTCCTATACGATTGCCTATATTTTAAGGTAAACTGTTTGA GGAAAAAAAAACCTTTGAACCTTTTACGTACTTTTGTACAATTTATCATGTCGTTTCAGT GTAAACTTTTAAGTTTAATTATAGAAAATGAATTTCACCTAGCATACTTTGACATTTTAA AGTCAATTTAAAGAAAAGGAAAAAAAAACTGCATAGAGGGTGTAGCAGTAATATATTTTA TTGTAAATTTTATGATGACTGAGTTTGACCAAATACTCAATTCATCATTTAAAAGTTTAA ATTGAACAAAAATCATGTGACCGGGTGAAAATTAAAGCGGGAAAGAGAGAAAAAGTTGGA TCATGTGAAAAGAAGCACTATGAAATTTAATGGAGGACAATAAACGAAAGGAACACATTG GCCTCAATATAAATACAACGAAGAAGGCTCAAATATACTATCAAATTTTCAAAAAAAACT TATATATATCATTCGTTAAAAATTTGACATATTTATGTTATTACTGATAAAGAAAAGACT CAGGGCCTGTTTGGATGGACTTAATAAAAGTAGCTTTAAAAAAGTACTTTTGAAAGTGCT GAAACTTATTTTTAAAATAAGCAGTTATGCGTTTGGATAAAAGTGTTGAAGTTGTTATGC CAAACGTGAAAAGGGAAAAATAGAGAAAGAGATATTAAGGTTATATGGGTAATTTGGAGA TTGTATAAAAATATTAAGGGAAAAAACATAAAAATGTGGTCAACTTAAAACAGCTTATAA GCTAAAAAAAAAGCACCCCTACCCCAGCTTTTAACTTTTGGCTTAAAATAAATTTTTTTA AACTTAAAATAAGCTATTTTGAGTATTGTCAAACAGTTAAATAAGTCAAAAACCAGTTTT TAAGTCTGTTTGACCAGCTTTTAAGCTGAACCAAACAGGCTCTCATTCATGTCATTATTT TTTAAAAGTGATTTTGCAAAATTATTTTTTTGATACGTGACCAATTATAATTTGGCCACG TCATCAATTTTTTAAATAAAAATTGTATTAACTTTTTTTGATTTTTTATTAAAATATTGA TGACGTGGTCGAATTATAATTGATCACGTCATCAATTTTAAAAATAAAAGAATCAAAATT CTGAATAAATTTATTTTTTTAAAAAAAAAATCAATGCAGTGACCGAATTATAATTGATCA CGTGTCAAAAATGATTTTACAAAACCACTGATAAAAGAATAATGACATAAATGAGTCTTT TCTTGAACGGTAATTACATAAATGAATTAAATTTTTAACTGATGGCATAAATAAACATCT TCAAGTTAAATAACATATTTGAGCTTTTTCCTTAATATAATATAATTAGCCTATCAATAT GAATGAAACTGAGATTTGAATATTATAAAGTTAAAGTTTTTAATAATATTTTTTAAATAT TTTTAACACAAATTTTCTATAGAATTTTAGTTGAAATTATTAAATTTGACCGAATCGATA AGTTTACCACACTTTGTGAAGAGGCATGATAAAAAGCTTAATTTGGTTTAGGACTGTATA TCCCGTCCTTGCCACTAATGGGATATGATTAACCCGTAATTAACGTCCGCAATCTTATTC CTTAATTGGTTCTTAGTGACAATTATCTTTTCATAAATAAAGATTTAACTATAATTTCCC TCTTTTCATAACTACTTACCATGAAATAATATATATATTCCTACAGAAATCAACTCATTT GGTGTATGAAAAACAAGAAATTCCAACTGTAGCATTAGCAAGGTAGGTATAGCCCATACA TCTTTAGAAATAATTATCGTAAAATTGTGGATTCTTTGACCAATAATACTAATACTAATA CTAATAATAATAATGAAATTAACATTACAATACAGTTGCCCACTGATAATAATAATTAAT AAATTCAAATCACTAGTTCACCAAAGTACAATTGTTCTTTTTCTGCCAGAACTAAAAGTA AGAATATAAATATTAGTAGAATTGGTTTGACTTTTCTAATATAGAACATTTGTGTTCAAC TTGGCAAATTATAACTGATGAATTATTGATTGTTGATTATTAATTATTGATTATTGAATA TTATATATATGGAAGGTACCTTCAAAGACTATCACAATAATGATATAATTTATTTATTAT AGTGATTCATAACAAAGTTAATGCGGTTGGCCAAAACCATGATAGTATTATTTTTCTTTA TCTTTTAATCCAAATATATATTTTTTTTAATTTGAGACATAGGGGACCCTGGAAAACCTT ATAAAATTTCTTCTAACCCACAAATGCAGGGCAAGGTCCCTTATAAATTAGGGTAATACA TTCTCTCTATCATATATTTATAATGATGATTTACGTTATTATTAGCTTCAACTACAAGGC AAAACCTTTATCTCTCATTAAAGTCCTTTAAGCAAATTAGATTCCTCATTATCAGCCGCA TTAGTATTTTAAAATAACTAACCGACAGTTTAAAGAAGATTAAAAGAAAAACAGACTTTT TTTCCTTTAAATTCGTGTAGTTCTGGTCCATGTGAATTAGGTGTTAATTAAATAATTCAC TTTTTTTAAAAAAAAATTTCCAACCCGATCCGATTCCTAATTTCAGAACCAACTTGTCAT GATTGCCGAGATAGATCCAGGGTTTGACCTCAATCCGAAGTCCATCTGTCATGACCCAAG TCTTGACTCCTAACGTCGATTCAAAATTCAACTTTCGATCTCGATGTTAATCGGAAATCC AACCCTAACCTAAGTCAAATTGGGGTTGTAAGTCAAGGTAAAATTGAATGAGCGTTTTGA TTAGATCTGAGGAGAAAAGAAATTTAATTTAAAAAATATATTTCAAAAAATTTAAACTAA TCAAATAAAAAAAAAGTCAAAATAATATTTTACGAAAAATGTTTTTAATAGTATGAGACA CAAACCTCATTTCTTTTTCATACTTTGCCAAACTATAAACACATTCAATAATTAATAAAA ATTAAATTAAAAGAGGAGCATTTCCTCTTTAATATAATTTTATACGGCTACAATGGGTTT GTTGACCATACTTCGTAAGACTGATAATTAATAAAAATTAAATTAAAAGAGGAGCATTTC CTCTTTAATATAATTTTATACGGCTACAATGGGTTTGTTGACCATACTTTGTAAGACTGA TTTTTGATTAGTTGCATCAATTAACTTGTTTAATCATCACTTTTTCTAGGAATACAAGGT GGGTGCAGCTAAGTCTATAGTGCCAAAAATAGGTCACTAATTTTTGCAATTATACGTGTA ATAAATGATATTTATTGCTCATAACAATTTTTTATCGTTACAATAATAATAACTCAACAA TTAAAATAATAAATTTAAATTAAAAATTCGAGAATATTCTCATAAAATATTAATTTGTAC TATCAGTTAACAACTGATCCCTTAATGTTAATAACTCAAAATTGAAAGTATACATTCTCT ATTGAAATATGCTTTCAAGTTTCTTAAAAGAAACGCTCATAATTTACAATGAAGGTGGAT TGATTCAATTTATAGTAAGTTAAAATACATTAAAGATAATAATAAGGTACGACTTGTAAA TAAATTTTGCACTCAATTAATTTTTTCAATCTCTCAATTGGATGGAGATCATTATTATAT TATTATTTAGTATTTGATTCGCCTTGAAATCATATATGTCCGATCTCCCTACATACATTA CACATTATTTGAAGTAGCTTAACTCAATATTCATATGCTAATTGGATAGTAGAAAATTAT TGAGATATATATTTTTTATATTACCCTTATTTAATAAGATTTTAAACTATTTTACATTTT ATAGAAGAACATTTTGATAATAATAATTTAAAAAGATCTTCTATTTACGTTTTAAAATGT TTTTCTTCTAGATATGTCATATTCCTAATACAAATTTAGATGGAGTACACGTTATTTTTT ATTTCTATAACATTTCCATTGTGTAATTAGCAATAAAATAATAATAACATATCTATTGTA ACATCGCAAATAAAGTTTGATGAATGTTCAATTTTAATAATAGAATTTTAAGAAAAAGGA AAATACGAAAATGAAGAAGACATGACATTGGAAAAACAGGAACAGTAACAACCTGAAAAT TGAAGAAAAACTTGTTGAATTGGTCCACAAGAGTCCAGGATGTCATCCACCCAAACCCCA AGTCAGTGAGTTACTGACATTGTGTCTTCCCCTCATCCAAAACAAAGCCTGTCATTTGCT TTCTAACTTTTTCTTGTTTCTTTCTATCCTTTCCTCCCTACAAGTGAGGTAAAGGTAAGT AAAAGAAAGAAAGACTGTACAAAGTTACTCTACTTTTAGTACACACTATTACAATACATC ACCTCTGTGGATTATCTTCTTCCAAGATTGGTAAGAAAACTAAAAAAGCCAAACTTATGG TATCAGAATTTTAATATATGATAATAACATTTGTCTTGTTTTTATATTATTAATAATTTT GTCTTGATTTTTCTAATACTAGTATGTTAATGGCAGTAAAGTTTTCTTTTTTATTTTCTT TCTGAATTCTGATAATCAGTCATCTTCATGAGAAATTAAAAAAAGGGGTTGGGGGTGCCA ACTAAGAGTTTGCCTTCCACCTCTTCCATGACTTCCCTTTTACTGTTTGTAAGGCATTTC CTCATCACCTACCACTGATAACTCCATCCTTCCTTTCCTTTCTCTGTCATATTTCTTTGC TAAAAAAATTGTCCACAAAAAAATAAATCATATACATTATTACAATTCTATGTATCTTTA CTCTCTTTTGTAAATTTACTACTTTTGTTGTTGTTATCTGGTTTACTGTTGAGGGGGGCA GGTGGTGGTCTAAGAAAACACCATCTCAGCTTAGATTTGGACTTGAATCTCTCAATGCTG TGAAGAATCAGATACAAGATTGTAATATTAGTTTTGCTATTTAACTTGTGTTATTCTGAA GAGGGTTTATTTGTGTGTGTTCTTGGAATTGGGTCATTTTGACGTTGTCTATTTTGGGGT TTTCTCGGTCAAGATCTGTAGGGATTGGTTAATGATGATGGAGTTCTTGAGATCTGGGCA TTGAAGATTTGGTTTTGGGTAATATCTCAGGAAGGTATGGGGATTATAAAAATGTGAACT TTCTTAAAGTTATCAACTTTATTTCTGTGTGTTTCCATTGTTTTTGCATTTCTTGTTTTA TATTAGCAACATTGGCATCAGGGGTTTCATAGGGGCATTTGTTTGTGTTGCTTTACATTC TCTGTTAGTGGATCTTGTTATCTGATCTCTTGGTTGACTGGGCCAGTTTATGAATTTGCT GTTTGCTTTATTGTGGTTTGATCTCTACTCATTGGTAGTGTAAGTGTGTGTGTGGAAATG TTCATATTTTCTGTTTGACTTGGAGTTGCAATTAGAACTTCAGTTACATATTGGGTTTGA TTTTACTTACACTGTGTTAGATGTGTGTTTTTCGTGTCATGTTGCCGATCATCATTCAAT TTATTCTATTTTTATAGGTCTGTTGACATCCTAGAATATGGCTGGTAGTCTAAACGATGA ATTATCCCAAAAAACTGCTGTTTTCGGTCTCAAGGTCTGGCAATTGATCGGAATTTTTGT TGGAATTTTTATTGTGGTAATCCTCTTACTGTTGACATTATATCTCACTTTACGGAGGAA GTCGAGAAGAGGTACAGACAATCTCCCTGTCAGCCAAATACCTTCAGTTTCTAAGGAAAT TAAAGAAGTTCGTGTTGAGCAAGTATCAACAAATGATTTTTCTCCACGAGACGGAATTCT TCTTACCATTCATGACAAAACCAGTGATAAAGAATCAGATAAGGTTTTGGTTCATCTTGG AATGGGGAAAAAGAATGGAGATAACAGCAGTCAATCAGGTTCCTTCCATCATGTTGACAA GGAAGGTTGTGGATCGCAATCAGGAGAAGAAGGGAGTTCATGCAAAAGTGCAATGTATAA AGCTTATAATTCACATCCAATAACTGCTCCTTCTCCTCTAACTGGATTACCTGAGTTTTC TCACTTGGGTTGGGGCCACTGGTTTACATTGAGAGATCTTGAGCTTGCAACAGGCCGGTT TTCAAAGGAGAATATTCTCGGTGAGGGTGGATATGGCATTGTCTACCGGGGGAATTTGAT TAATGGAACACCTGTAGCTATTAAGAAGCTCCTCAACAATCTGTGAGTTGATAAAATCAA ATTTAATGCTTTCCTTACTGGTCCTTTTGTTTTAGTTGCCGGCTTGAGTTTGAATTTAAA ATCTTTGTCCCAGAGGCCAAGCTGAGAAAGAGTTCCAAGTGGAGGTTGAAGCCATTGGCC ACGTGCGTCACAAAAATTTGGTCCGCCTTCTAGGATACTGCATTGAAGGAACTCACAGGT ATTTCCCTATATGGAAGTCCATGATAGTCTTATACCATTTCTCGGACACGAAAATGAAGC TTTGGATTGTTCAATTACTTTCATGCGCATGTGAAGTTATTGAATGAGTATTAAGTTGTT TCTTGTTTAGCATTTGAAAATGCTCTGTTCTAATTCATGATCTCAGGATGCTGGTTTACG AGTATGTCAACAATGGCAATTTGGAACAGTGGCTTCATGGAGCTATGCGACACCACGGGT ATCTCACTTGGGAGGCTAGGATGAAGGTTCTCCTTGGGACAGCTAAAGCGTAAGCTCATT CAGCTAAATGCTTAAATCTATTTTGGAATAATACAGATCTCTTGATGTGCTATCTTTTCT TGCAGTCTTGCGTATTTGCATGAGAATATTGAGCCCAAAGTTGTTCATCGAGACATAAAA TCAAGTAATATATTGATTGATGATGACTTCAATGCGAAGGTCTCTGATTTTGGTCTGGCC AAACTGCTTGGTGCTGGTAAAAGTCATATCACAACTCGAGTCATGGGTACCTTTGGGTTA GTTTCTTTCTTCTGCTCCTTTTGATTCCATTCCGACTTGCTTCACGTTCTGGTCTTCTAG ACTTTACAATCTTCAACTTCTGGTGTCATGTTTTATTACTCTTAAGATATAAAAAGTTGA AACAGAAGTTAAGCAGTATTGTATGATTTCACACCATTACAAATATTTGACAGGTATGTG GCTCCTGAATATGCAAATACTGGTCTCTTGAATGAAAAGAGTGATGTTTATAGCTTTGGG GTAGTGTTGTTAGAATCGATCACAGGAAGAGATCCTGTGGACTATGGCCGTCCTGCCCAA GAGGTTTGTTATCCTTCGTCCTTTAACTTTAAATCTAATTAGCACACTGATGTAAATATC TTATATGCATCTTCATTATTGAAAAAGCTGTAAAACTGATTGTGCCCAGATGTATGGCAG AAAAGATCTTTCTTAATACTCACCTTGCTGGTTTTCTGATATTTGTCTCATTGTCATTTT CTATTTAGTTTCCCTTGAATTTTCTCCTGATTACTTGGTCTTGATATATCATGTACCATA ACCAATGTTCACATGCTATGAATCTTTGAGAAGGATATTCCAACTCACCTGATTCCAGCG ATTGATCTTGGCTTAAAACATGCTCAATACTTCAGCCTTCTGCTGAATTATAGTTTAAGA GAATATCCCACGCAAAGCCTTACTTGTTCACTATTCATTACATTATCTGAAGAAAAAGCT AGTATTGGTAAATGGTAATGCTGCTATTTCTTAGTTTCTTTATGAGACAACATTTGGTTG GTTTTCATCTCCTTTCACCATGCCTTAATGAAATATATTTTGTACATATCAAGACCACAT TCACTACAACTTAGCTGTCTAGTGTCCTAATCTGGTGCTTTGTGTGGTCAGTATGTATAT CTTCCGTCTGTCCATTAATTGGTAATAAATAGTAATCTCATACCTCACGCCATCAAGCCC AAAGGAAAGGTGACTAGAAGCTGGTTAATATTTGAATTTTATGGTCTTTCACTACCAATG GCCCACAGTTTTGTATAATGACATGGATTTTAGGAGAATCACATCTGAATCTTTTCAACC TCGGTAAGAATTCTCACGAGAGCTTGAGTTCTACTGGAGGATTTGCTCCGTTTTTCATTT TAGCCTCTAAATTTTTATGTTGATGTCCTTTTCAATCTCCCTCGCCACTTCTTTTATACC AATATCCTACTCTGGTTTTTGCTCTACAAACAGACTCTTAAAGTATTAGACTTTTGCGGT TGCAGGTGAATCTTGTCGATTGGTTGAAAATGATGGTTGGAAGCAGGCGCTCTGAGGAAG TAGTAGATCCAAATATTGAAACTAGGCCACCAACAAGAGCTCTCAAAAGAGCCCTTCTGA CTGCTCTGAGATGTGTTGATCCAGATTCTGACAAGAGACCAAAGATGAGCCAAGTTGTTC GTATGCTTGAATCAGAGGAATATCCCATACCAAGAGAGGTTGGTGTCCGTGTTTGTGTCC TCTCTTTTCTTCTCTTGCCATGTTTTGGACCCTCAAGCTCTTATTTTGTTTAACTGTGAT CCCTGTTATAGATCCAATAAATTCTGTCTTTGTTTGAACAGATGTGTTAATTTTGCAAAG CTTACTAGCAGTTTCTTCTTATTCAATCTGCATTGCTTCCTAGAATTTAGGAATATGGCT TTATGTTTTTGGTCATTCTTTTCTTATGTAGGAACTTTTGTCACTTGATGGAGGGTGGGG GTGGGGTGTTGGTACCATTCTTTAGATTAACTTGTTTCCTGAGGTGTAGATAAATAAAGG TAGGATGAACAGACATCCATGTGAGCACAACCAATATTTGCTGCTTGTTGGTGTGTCATC TTGATATCAGCTAGAGAGGGTACCAAATGATAACTACGCCTAATATATCATCGTCAAAAG TATCTCATCTGTCAATTGCTCAACTTGTTGTAGAGCTGTAAGAACAGAAATGCAGCAACT CATTCACATAGGAAATGAGAAACTTAAGTATCATTTTCATTTTCTCCAATGCAGGATCGA AGGCAACGAAGATCTCAAGCAGGTAACGGGGAGAGTGATTCTCAAAACTATGACACTGAC AAGAGTGACAACCCAGATCCAAGGTCTGAAAGTAGAAGAAGCCATCAAGTATAACCATCA AAGACACATCTTTCTGGTCTTTCATGAGAAGTGTGCCATAACAAAGCTTTCATTATAATG AAAGTCTACGGGATCAAATGAGTAGGACGATGAACTGTTTCTGCTGGTATATTGTTGGTC AGAAGAGATTGACTACTTTTCTTCTCCCTTCAAGGGTTCTATTCTTTCTTAATATCTTTT ATTTGTATCTTGTTTTTTTCTTCTTTATTTTGGTTCTTTCCTTGTATGAAAGTAGATAGG GAGTAAATTGTTGTGGACTTAATGGTCATGTAACTAAACTGGAAGCAATCAGGGGCGGGG GTTTGTGTACAGAAGAATTTCTTGCTTCGGTATTCAACATTATTCAAGTAGTATTGTAAT TTATTTTCTTCTAAAGTGAATACCATGGTTTAAATTCTAGCAGAAACAAAATATGCACTG TGATTTTGTTTCATCTGCCTAAGCTTTGACAGGAAGAGTTGCTAGTTAATGAATTGGTGA GAGGCAAAATCAGTTTCAAGAGTGACCTTTTTTTCTGGTGGAATAGTCAATGATGCACAC AAGTTGGCCTCGGCTACCATCACATTAAAAAGAAGTGAAGGAAACTCATGTGATGCCATC CAAAGTATAGTTTGGATGATTCACAGGCTAGTTTGGATGGTCCTACTTCAATTGGTACTG ATTTGTACTACTATGGTAAAACAGCTGTACCCTAGTAATGCAAGTTGAGGAAACAATTGA TTTTTCCTTAATATGTCGTAGCAACAAGCAAGAGCTAGCATTTTTATTAATGCTTGACAG TTCCTGTTTGCAAATAGTTGATAGGAGTCACCATCACCATTCACTACTATCTACCCCCTA CTAAAGATGAAGGCAATCATTTGGCTGAAGACCCCTTAAAACATCATTTCATCTTTAGAG TGCGAAATAAGTTAAAGTTAGTATAACTAACATTTTCCTGACTTTGAGAGAGATTTATTG TAAACAACCATAACCTCTCTACCCCACCAAGGTAAGTGGGTAAAATCTACGTACACTTTG CCCTCACCAAATTTCACTAGTGAAATTACATTGTTGTAATAATATAGCATTAGTAATCAC ACAACTCTTTAGTTGAGAACCAATGAAGATGGTTTATAACTAGAAAAAGAAACTATAGAA TAAATTCTTAGAGATCTGTTTATGTAAATATATAAAACAAAAAATTAAGAAGCAAAGATT TTTGCCACCCAAAATGCATGTTTCTCTTCTGACAAATCCAGCTAAAACATATTAAAATGC CACTAACTCATGTGGTTAGTGGTAGCTAAACGTAATGAGGCTGACTCAGCTTATAGATTG AGACAGGCACCAAATCTCACATCATAGGATAAGGTTACTAAGTCACTGAAATTATCCTAG TGGCTTGCTAAATTTTTTCCTCCACATTCAAACAGGACAGAAGCTACACCATTATTCAGC TGTCTAAAAAAAATTGACATAACAAACCACACAGTTAGCGGAACAGTCTAAACGCGTGTA AACTGATCAGAAAACTACCTTTACAAAGAGAGAAATGCACATAACATTTTTACATAAGAA GACTAGTTGGACTTGTACAATTGACCCTCATGGCAAAGACTGAGGTGCCTTCTCCTTCAA ATAATAAACTATTTTGTACTAAAACTGTATGGATCGGGTAATCTGATCAATGTGATTATG TACATCAGCTGAGACAGTTTTTTAAACAGAGAACTAAAGAATCCAAGTTTGTGCACAAAA GCTGTTGATTGTTTCTCCAGAAGTATTTTGCATTTGATACATCTTACTGTTTGACTGGGG ATTCAGGAGGTTTCAGTCGTTGCTGTTCATATTCCTGCTTCAGTTCCACCAAACTCTTGG AAACCTATTAAATGAAAAGAACAAATACAAATGAGAAATAGCTTAACGAGATGACACGGG GGGGGGGTGGGGGGCAGCAATCAAATGAGGATTCATTCAGATGCTGAGAGCCTTTTGTTA CCCTTTACATTGTTTCAGTCTTGTGTTATATCCAGATTAACTACTCTTTCTGAGAAATCA GATATGTAAAGAAATATCATCAAGTATACTATAATTACTCTTTAACTAATTACAATTCCT TCCCTTTAATCCTTGCATAGGCTTGGAAACAAATCTTTGCCACATACAGCTTTATAGTGC TACTTAACCGACAGGCTTGCAATCTATATGCATTCAATTATATTTGATATTCATCAGTTA TCATGCTAGAGTTTTGCTTCTAAACTTAATCCATTTATGAAGCTCTCCTTGAGCCAAACT CAGCAGCCTTACAACAAGCCTGTACTGGTTAGATTCTACTCGTATCTACTCAAACTACTC TAGTATGTAGATCCACATAGAGACAATTCTAGGTTCACAAGTCTGGCTGCTAAACATCCA CCAATTTAAGTTCAACCTATGAACTGCTGATTAACCACACCACTGCCACAAGAGGAATGC ATCAAAATGGCTAAGGAAGATGTACAAATAGACATGCAAGAGAAAACACAAGCACAACTG ATGCAAAACTACCCACAAATAAAAAAGTAAATGAATATTATCATGTATAACAATGAGAAA TAAATTTCAATACAAGGTAGAGTGCCTAGTTTAAGTTCAACATTTTCACACTTCAGACTG AAGCTTGACATAAAATTGTCAAAGTTATGAGGCACCATCACATGTACAGGAGACGTATAA ACACTGATTAAGAACTGCAGAACACCTGAAATCACGCCCAGTAGATAACAAGACACAGCA CCAGAGAAAGAAAACAAACATTACTTAGAAAATTCGCTCAAGGAACAACAGTCAATTAAC TTGAACTAATTATGCAAGCAAACAGTGTTTTATTGCCTAGTTCAATAAAATAAGAAAAAC CAATGTTTTGTACGTGAACATATTGGGAAGCAGTGGATGCGCTTTGACTACAAATGTTTT CTTTCTTTTCATTTTTTTTATTGTTGTTTTTTATTTGGTTTCTTCGCAAATGTCTTAGGA GGGCAAGGATGTTTCCCTAGCTGGTGAAATTAAAGTATGATTAATCATGTAAACCTCCCC TCAAGTTGCTAAAATTGTACTGCATATTGCTTGTCTGTTACAAAATCATCACAAGTTAAT GTTTCCATTAGTTTCCTTTTTATCTGTGTTAATTCCAATTTAAAATTTTTCCCTCAGCTA TACCAACTCCATCCCTTCCCATAAAAGAGTCTTTGGAAAGATAAATAAGAAATAAGTATC ACTCTGAAAAATAATATAGGAACCTACAAGCATTTGTCTAACCCTTACATATCATTGTTA GGCGAGGAGAGTCTTGGCTAATCACAGGGAAGGAGGGGGTGAGGAAGGGAGAGAGAGAGA GAGAGAGAGAGGGGAGGCTAGCCTTGATTGAAAAAGCCATTGGTAAAAGTATATCTGGAT TCATGGCATCCTCAGGGAAGTTGCGCAAAGCATGTATGAGTTTCTCAAATGGCAACTTTA CCTGCGAATAAGAGAGTGTTATAGTTGTTCTAACCTGTAGGAGCAAGGAAAAATAGCACT CATTAACTTTTCTGTATTTAAAACTTACCAGATCATCATGGCAATATTTCAGTAGAGCCA AGCCAACTTTGAAGACTACTTTTACACCCTGGTACAGTTAACTCGGTAAGCTCAACAGTA AATCCAGGCACCAGAGAGTGGATATAATAATGATAGATTACTGACCTCAAAAAGAAAGAC ATCCCAAATTCTGAGAGCCAAGTGAAACGGGAAAGAGTACGAGAAAACTGTTATGAACCA CTGACTGGCATACATGCTGGGATTTATCATTTCCTGAGCAAAATGTTCACCCAACTTCGG CATGTGCTCTTTCACCAAATGATCAAATTGAAAGAGATATTGCTGGACTAGAGGCAATCC TACCTAATCCGCATGTACAACATTTATTATTTTAATATAAAGTAGGCCATATGACAGATG TTATGTAATCAAAACAAAGACTTCCTGATATGTGGAAGCGGCTGAAAGTCTCGAGAGAAA TATAGCAACAGCCAGGATCAGAGATCATGATAGTAGAGAATTCATGGACATCGTAAAAAA TGACAGAATTTCATGTAACATCTAAATACTAAACAGAACTGGACAACAAACAACTTGGTA CATTAATTCTCATAAATCGTTCTTAACTGATTGGTTTATCACAAGTATTTATTCACTGCA AAAAAAAAAAAGGAAGCAATGGACCAGCTTATCGAAACTTTGAGAACTTCAGAGTTCAGA TAGGTTGAAAAGCAACCTCAAGGCAATTATGCTGCAGGTTCCAACTTCAGTAAAAGTGTT TAAATAACAATATGTGATGCCAACTTTATATTGGACTCAGATCACAAAAGATGTGAGGAG GCCCAACTCTCACTTTATTAGTATATGGAGGAAGAGCACAAAGAACGCAATCCGTCCAAG AGAATAAGGCATTCCAACCTTGCCATAAAACTATTCGAAGTTACTTGGAATAATCCTATT GCTCCACATGCAAATGAGGTTACCACTCCGTTCCACATCCAGTAGAAACCTTAAAGATAC GGCATCGGGGACTTATGTAACTACTAGCATATTAAATGTAAGAATGAAATCATTTAAAAG GTGACCCTAGCTTGGGATATTCCAAAATATTAGACACAATTTAATCTCTATCCAACGTTC ACCACTCTAAGAATTCAAATCCATTTAATTATATAAATATTTAACTCTCAAGCGACTTTT TCTCTATCAAGCTAACTTTTCAACCATTAATTCACTCTTTTTTCCGTTACAAACTGATAT AATACATAAGACAAAAATGAATATCTTAAACTATGTCAAAATTGAGCACCATCATAAAAA TTGGAAAGACATTTACGAAATCAAACAGCACGGTATAAATTGGAAAGGATAGAGTAGCTG ATACTAGATATAGGCTCTATATGGACACAGAGACACATCATGTAGTTATGTTTAACTACT ATATGGACCCTAGACTATGGAAGTGGTTTTCTGGAATTGTAGCAGTTGATCGCATTAAGG ATAAAAAAGCATAAAGTTTGGTGTTTAAATTGGATACCATGGTCAAAGCGGGGTTTAAAA GAATAGTCAAATTCTTCATGCTAAAAAATTGATCAGATATTTCACAACCAAATCCTTTTT CGTTCAAATGCATTGACCATATACATTTATCAGGGGCTGCAACAAGCTGCTTGAAGGTAA AGGCTTACCAAGTACATTCCTTCCATAGGAGTGTGAACGGCTCCCTTCAACAATGCAACC AGTAACCAAAATGCATCCTCTTCACTCATGTAAAGAAGAAGCAGACCTGCCACAAATCCC ATGCCCTGCAACCAAAATGATAAGAATCAACCCAAATCGATAACCATACACTAGATCACA TGTGAATCAATAATTTAAAGATGTATACCTGTACGTATCCAACATCTCGGTCAAAGACAG AATATGCTTTCAGAACATTGTAAAGAGACCTTTGACCAGGTCCATGTCTCTGCTGAAAGA AAACATGTGAAGGAAATGTGCGAGAAATATCTCGAATAATATCCAACTCGGAAGCTGATG TCTCATATATGACTAGTTGCTGCAGAAGATAAAACACTAATCAGATGAGAGATCTCCATT ACACAGGTAAAGCAAAAAAGAACATGTCAAGGACCGAGCAATCAATTGAAAAGCAGAATT AGCCCGAACTACAAAATTAGCCAAAAAGGTAGGACGTTAAGCTTTTCTCCTAGGCTCAAA CAAATTATCTATCTCCATTAGTTACTGAAGCATCAAGACTTTTTCCAGAAAACAAATAAG AAGAATAAAACCAGACAAAAGTTAACTCCTACCTCATAAACTCCAGGATTTAACAACAAG AGGTCTCGACTTCCAGAAATTAGCTGCCAGAGAAGCCCCCTCAGACAATCAGGAATTCCT TTCCGTATTCTTCGTTTAACAACATGTGGTTTCCTCCTAACATACTGCTTCCAATCACTT CCTCCAACACCTATCATTTTTCTCCATTTCCTAATCCTTCTTTCATCTCTGCAAAATATA TTTAATAAATGTAATAAGAGAATCAGTGAATCAATTAATACACCATAATTCTTTGTTACC TTTCTAAAAATACACACACATGTTAATTCCAAACAAATTGGGTTCAGTTGTATCCATATA TCCATTCTACTCTATTAGTACCAGTTTAATGCTATTATTCCTGACACAAATATGTTCACT TATATGTGTAACCATACGATTTACTTTTCGTACACGAATATTACATTATAAAGATTCAAT TGCCCCAAACACCAGTAGAAATACTTCAGAAACAAAGTTGTTCATCGCACAGGAGCAATG CATTAGATTTAGTTTCTTAGTATGGAGTTTGTTGATTAAACATCTGAAGAAGCTCCATTT AAATTTTGTGATATCACCAAATATGTTTATATTTCATTCTTCAGGATGGCAAATTGAGTG AGTGTGGAAAAAGAGAACAAGAGTTTGTTGGAGAAGTCGAAATAGGACATAACTACAGCA ACTAATGAATCAAACAAAAGGTCCCTACCTCTGATATTCAAAGGCCGACCGGCTCCTTGC TAAACCTTCAGTAGGACCATGTTCCTGCTTCACAAAACCAAATCTATCAACTCGCATGGG AACAACCGGACCTTCCTCATTTTCGTCTACTACTTTACTTTCCATTGCTAACCTAGAACA ACCCCAAGACTACACTCCAATAGAACATTAAACTACTGCCACAAGATTTCCGTGCATTCC CAACTGCATGGACCAGTAATACAGAATCTCCTAAACCCTGAACTGCAAAACAATGGCACT CTTATTAACAGATAAAAACATCACAACAGTAGAGAAAAACCTTTCCAATTTATCACAAAA AAGATATCTTAGATAAATTCACCTGAAAAATACTTCACTAACACCAATGATCTTTGTGGG ATTATTTCCACAGTGTCTCATCCTATGAAGAAGAAAGAGAAATTTTAGACCCCTTCCAAA TATTAAAAGAGAATCTGAAAATTGCCTCAGCATACATTAGTATCATACACCAAGGACCTG GTTTTTGGATTATTTTCGCCTACTTTAATCCAACATTTTTCATCACCATCTGGTTATTGC ATAAGAAATTGACTTTTAGTTATCTAACCAGCCCCAAATCACGCAAATCGAGAAAGCAGC CTCTCAAATAACCCCCAAAAGGGTAAAAACAAGACTGTAATGAGGGTAAAGAAATTGATT TTTAGTCATCTAATCGACCCAAAAATAGGAAAGCAGCCCCCACCCCCACTCGACCCCCAA AAAGGGTATAACAAGACTGTAAATGAGGGTATAGATAATTTATTAAAATGCAGACAAACA GCAATATCAGCATTAAAGGAGGACACCCAAATCTATAACATTCAAATCAAAACCCCAAAA CAAAAACAAGAACAAAGGGTACACAAATAAGAGAGAAATCAAAAACCCACATTCAATTTT AAAGAAATATACAACCTTTAAATTCTTGGATTGAGAATGTCCATATCAACAAATCAATCA TCGATTTAATTTAAAGGGGGGAAAAAACAAAAAAGGGTAGCAATTGACGGAGAAAACCAA ACCTGAGATATAAAATTCCAGCATTATGGAGAAATTAAACCATGTAATTTGATTATCTTG TTGACACGAAATACTATGATTTTCCAACAAACGATAAAAGATAAAAGAAAAATTACGTTT TGGTTAACAACAACATAGCTGGCGTGTGCGAGCATTCTCCCCTCCGTGTTTTTGGGCATC ACTGGTGAACCCGCGTTCTCAGGGTGAGTTTAACATATTACTAATAATCTATTTATAATA AATAAAAATGGAATAGGCCTTGGGTAGGTTTTTTAATTGGATGAGTTGGATTTTTATTTT AAAGTGGGTCGAATAAATATAAAATAGGAAATAGAAATAGAAATAGAATTATAATAACAA TAATAATAAGGGATAATAGTATAGAATGACAAATTAATAATATAAATAAATATAGTAGCA TTGTTTAATTTATTTGTGTTCTACAGAAAATTGTTTGTCAGTCCCGCTTTCCCTCATATT CTCGCTCGCCATTCTCCTTCTCTCGCTCGGCTTTCTCTCTTCATACAATAGATTTGTATA AATTGTATTTCTAATTGTTTAAAACGAGAGAAAATTGTATATACACATTCAAATACATAT ATCTCTGTGTTATACAGTTATAATTATACAATAAAAGTACTTCCCTGCCCAAGTCTCTTT TGTCTTTCTCTCTTTCTCGCTTTATACAAATTCAAATTATATATAATTTCTCTCTTTCTT GTTTTATACAGATTTATCCAATTCGATTCAATAGTATATTCTCTGCCCAAGTCTCTTTTG TCTTTCTCTCTTTTTCGTTTTATACAAATTCAAATTGTATATAATCATACTATACACTTA TAATTATACACTTTGTTTTATACAATTCTCTATCCAAGTCTCTTTTTCTTTCTCGTTTTA TACACTCGTTTTATAAAATTTACTTCAATTGTATATATATAGTGAATTACACACACACAC ACACACACACATATATTTGGTATGGAACACAATTACGTAAATTTTGTTATAACATACAAA TATGAATTTTATGTTTGCTATGTGTGAAAGTTGCCCTGAAAAAATATATTCATGTAAAAG CTATGTAAGCGTTAGAATAATAAAAGTGGTGATATAATAATTACCCATCCAAATATGGAC TCAAAATTGGAGTAAATATATCAAAAATATATGATAAGGATACATGTAATCATTTTCTAA GATTATATATAAAGACAAATATGACCCTTTTCGATTTTTTAAAATAAATTTTACAATACA TAATTCAAGGTCAATTAAAATTTTGATATAAATATCAACACTAACTGAAAATCAGAAAAA AAATGAAACATACATTTTTTTTAGTTGTAATAAATAGGAATAAATTAATGTTTCGTATCA TTTTGATTATCTTTTACTTCGTCTAAAATAATGTATTAGGAATATAGATGTAACTAGAGC CGTCAATATGGACTAAGACCATTGGACCGGTCTGACCTAATCCGGAATTTAATAGGGGTG AACTAAGATTTTTGAAGCCCATTTAAGAAAGGTTTTTTTTAGCCCGACCTGAGTAAGCCT GCTGATTTGAGGGGCTTGAAAAATATCGATAAGGTCAGCCCGTGGGCCAATAAAATTAAT TTAAAAAGTAAAAATTATGTAAATCACATAGTGTAAAACATAAATTACCTTCTATCCCTA CTTTTTTTCAATTTACAAAAAATCCCTTATTTTTAAGAAGTTTCTGATACATAACAAAAC AGTCGGATACATTCTATATTATGCTATTTTATCCGTTTGTTGAGTGATTTGGGGGATTAA AAACTGAAATTTGAATTAATTCCCACTTTTAATATGCTGCAGTTATTAATCCCATAAAAA AAAAACATTAACTTGTGTGTTTCAAAATCAGTTTTATCCAATATAAAACTCTAAATTAAA TTATAATTTTTCATTAGTGATCTTCCCTTTTTTTTTGGCAGACTAATTCTTTTTTTTTTG TTAAACACTATTTAAATTTTATATTATATTTATATATCAAATACTTTATTTTATAATCTT TTAATCAATATTAATTGCGGATATTTCACCCAAATTATTGTCAGTTCTAATTTAATTTAA TTTAGTAATATAGTATCATGTGTGTAGATACTTAAAAAAAAATCCATATTTTGAAGGACA AATAATTGTTCGTAATATATATAAATCATAGTACTGAATATATCTTATTTGTACAAAAGA TATTAATTTTTTTAAAAAAAAAAACTGGCGTGTATCTAGTGTAATAACTAGCATCACTGT TTGTGATATTATATATTTTGATATTTCATGTATCATATACAAAATATAATTACGTATATA ATTTTCTTTTTTTGTATCATGCAATATATTTACGTATATATAATAAGTGTTTTTTTATGA CAATAATTACATTAATGTAATTATTATTATAGTTTTGATACAATAATGACATTCATGTCC CAATAACAGTATACATAATTTCTGAATTCATAACGGTAATAAAAATAAAATTAAAGTAAT AGAATAAATAATTTTAAAAATCAAAACACTTTCATAATTTAACAATATGTGTTGTTATGT TAATAAATACTTCAAACATCTTGTTTAACTCCAAAAAACAAAAAAAAATCAAACATTGAA AACTAACTAGCCTACATTAACAATTTCATCTTCAGATGATGGGTTTAATACATTCTTCAT TCTTGAAGGGTCATCACTGTTGCTAACATATCCAGCATTCATCTTGTCGAGACCATACTT CAATAAAAGAATCGCATATCTTTTGCGAAGATAGCTACTCTTAAAACTATTACATGACAT GTTGATTTTGTCATTCAGAATTCTGCATATACAACTACGAATAGTCCGCAATCACTACCA AAACAATAAGAATAATTATAAGGATGAATAGATACAAAAAATAAAATAAAATAATAAACA ATACTCACAGGCTATCACTTATTTGTTGCATGTTGTCTTGAGCAAACTCCACATTAAACG AATGTTGTGGACCCAAAAGTTCTCCAGTTTTCTTGTCTTTATATGCATCCAATGCTGCCC AATCTGTTCTAACAACATATCATAAGTCAGTCAAAATGATACGTAACAGACACTTTATAG CCTAACATGATACAAAAAATGCAAAGTTGTACTTGATACATAAAGGTAACTACAATTATA AGTCTGTCTACTTGATACTAACATGATACAAAAAATGCAAAGTTGTTAATATGATACATA AAATGCAAAAATAAACTTGATACATAATTCTAACAACATATCATACGTCAGTCAAAATGA TACTTAACAGACACTTTATAGCCTAACATGATACAAAAAAATGCAAAGTTGTACTTGATA CATAAGTGTAACTACAGTTATAAGTCTGTCTACTTGATACTAACATGATACAAAAAATGC AAAGTTGTACTTGATACATACGTGTAACTATAGTTATAAGTCTGTCTACTTGATACTTTA TATAAACGACAAACTTTAACATGATACATGAAACATAAATTGTGCTTGATACATAATTGT AACAACACAATGCAAACCAATTATGCAAGTTCTTAGACTTGTTTTCAACCAATTTCGGAT CTTCAAAAATATAGATTTGTTTAGAGTTTGAAGTGATTATTTGAGTAATCCCAATACTAA ATGACAGATGATCCATGAAATATTAGAAAAATAGAAGAATGAAAAGAGAGAATCGAAGAA GAACACAATACCTTTCAAGAATATTAGACGAAAATGGCGGACAAAGTAGACGAAATTGGC GATTTGATTTTTTAAGGCGGACAGAGTAGACAAAAATGGCGGACAGATTAGACGAAGACG GACGGACGGAGAGCACAATTTTGATTTTCAAAGGCTGACAAAGTAGACAAAAATGGCGGA CAGATTAGACGAAGGCTGACGGATGGAGAGCACAAATTTTGATTTTCAAAATTGAGAAGA TGAACCGTTGAGAAATTGACGCATTAATTTTGGGAGTGGTGTAAATGGATTCTTTATTTG GGGAAAATAAAGAGTAAAATTAGGGATAAGATTTAATTGGTTAGGATTTATTAGGATTCT AATTTAATAATGTATCTGTTAAATTAGACTTATTAAAAAATAGGGATTTTAGTATTTTTT AAAAAAATAAGGGAAATATGGAGAATATGTAAACTTAAGTTGTATATTAGGTAATTAATC CATTTTAAAATATAATATAATATTAAACTTTAAAATTAAAGAGAGTCCAAACTCAAAACA ATTAGGTTAATATTTCACAAGTAGATTATCAGTTTTCACAACCAACCTCGTTCTACTGAA TCGTTCCTTTAGTCAACTAAGAGTCTCACGCACCCCTATGCTTTCGGCCAACAACAGGCT AGCCACATGACCAAGAAATAAAGTTTTTCCCGCAATAAATTGACCCAAGTGATCACGTAG CATCATGCCTATTCCTGCCAAATCGATATTGATATCGTAAGAGGCAACAGTGTTACATTT GATTGTGTCAAGCAAAGGTCGCTCCAATTTAGCAATCATTTTTATAACAACAACAGTCAT CTCGGCTCCCGAATTGACGCTCCTCCATTCCTCCAACTCCTTCTTCGCACGGTACAAAGT GGCTGCGGGTTATTCCAACATAAATTATTTTTGGCTTTCCATAAGCTCCACAAAATCACG ACTGTCTCCTCCATTTTCATTTTTGCATTGCTCTTCAAACCATTTCACAAAATCTCCTAG TACATCCTGCCAACCATACTTTGATTTTAAATCCCACATTCTTTTGCAAATCGACAATCT ACCAAGCAATGATTCACAGTTTCTGACTCTTGATAACATTGAGGGCAAATTGAACTAGCT ATATTAAAATGTTTTGATTGAATTCAACATTCTTTCTGTCATTTTTCAAAAAAAAACAAA CTGCTCACCTATGAAAGAAGTGAACTTCTTGAATGAACTTATATGAGATTATTTTAAGTG AACTTCTTGCATGAATTGAAGTGATAAATACGTCTGCAGCCTCAAATTGACCAAATTCAT GAAGGGTCAGCCACTTTTTGAGGTCTATTAATAGATTATGCTTCTCATTAGTTGTAGCAT TGTTTCTTGAGGTCTTCAACAATAGTTTTGAGAACGTTGTGCAGCAAGGACGATAAGGTA CTTACTTTCTTTTTTGTATTCGTCATTATATTAATATCTTGACATGTTTGTGGTAGAAAA TATATATTTTATCGTAAAAAAATCAAAATCATGACTAATTGAATTTACAAAAATTAGACT TATTGATTTAAACATATTCAAAATTTAATATGGAACTACTTCAATATTGTTCTATATAAT TTTTTAAAGTTCACTTTAAATTTTGTCTAAGTTGAAAATTTCTAATTTATGCAATTTTAC TAAAAATAAATAAATTATATCCTGAGCCGCTTGATTCTTGTGAAATAAGACACGAAGATA TCAAATATATCTTTGGGATCATCTAAGATATTATTACAAAGCTAGTTTCAGATTTTAACA CATCGATAGTTCCAAATTTGCTCAATGACACTAAAGAAAATCATATTCTAGGTAAAAGTA TTGGAATTACAATTCACTTAATTACGTAGAAATTAGATACAAGTGTCTATAATATGTCAA CAAACTAGAATTTAATTGTTCTAGATAATTTTTTGAACTTGACTCTAGATTCTAACACGT TACTTTGTGTGAGTTCGTCAAAATTTGCCTATCTTGAAATAGAAAAGACGAAATCACAAA TCGCTCGATTCTGTCGAAACGAGATGCAAAGGTCAAAATATTATAAACTCATAATATTAA AATTGAATATGAAAAATGTTTACTACCAAAGTAACTCACTCTTTTCACGAACACTAAATA CCATCACGTAAACAAAGTCATACAAAGCACCAAAACTTAAGATTTCTTATATTAAATTAT TATCAGATATGATCATGGAGTTTATAATCACTCAACAAATTTTTATTGGTTAACAAATCA AGACTTTAGATCTTCTCACATATTCATATTTAATCGATCCCAAGCCATATCTAAAATATA AACTGCATTTAACAATCCTCTAACCTTTGACGACATGAATTTCGTACACTATTAAATTAT TTGATACATTTCTCTGAAGATGCTACGTACCTTATAAGACATCATGTTTTACAATTAAAA AAATATAAGTTTTTTTTTCTTCAAATAAGCCCTTAAAGGAGGGAAAAAGACTCGAACGCC AACAGACACATTTTGCAATATGCTTCACCAATCGTCTTAGATGTTTTTTTTTTTCCTATT GTGAATAGACAAGCAGGATATTTATATTATCAAAAATAGATGAGCATATTACAATTTCTT TTAACACCATAACTATAGTTTACCATAATTTATTTTGTTTTAAGTAAGTTATTGTTTACA TTTTTATTAAATTACCAACTAGTTCTTCTTATAGAAAATTTATTAGGATTATCTTATAAA CAATAACTTGATTGTATAAACATTATGTACATCATAAATTCTTTTAGTTTATAGAAATAT TGCATCTTTTTTTTTTCTGATTAGAAAATAAAACGCATCAATTAATTTCAAAACTATTCT CACGCTATCGTGTCCACTTAAATTTAGAAACACACGAAATTTATAAATTAAGAGCAAAAT AGCACATCTTTAAAAAATAAAGACAGATTAAAAATTTAAAATTTATTAATTATGAATTTG TCACCAAACTCAGTAGCTCATTTTAATTAGTTATCAGTTATAAATAAAACGTTTATATGT ATTTATTTGATTAAAAAGGTTGAATAGACACAATATTTTAGCAAAGAGGATAAAAAGAAA TTTATAGAAGGAAAACGAATATAACTGAAAGAAATCTTGAGAAGGCACAAAAACCAATCG AGTGGTTTTAATATTTTTTATAAACATAAAACATGCTTGATCTGGTCTCAACCTGATATT TTTAAAAAAAATATTAACTGTAGACCTTCAATATTTCTGCATGTTCCTACAAGTGTTTTT TTTTTATAAAAAAAATAATCTTTTAAAGATTATTTATTTTAGTTATGGACACTAGCTTCT GTTTATCCAAAACAATTATTTTCTCCCTCATTTTCTTTTTAAATAAATATTTTTTAGAAA ATATAAACATTTTGGTCGCTTGGCGAAACAGCTGTTAACATTGTTAAGTAAAATCAAGAA AGTTCAAAATTAAAGAAAAAAAGGACTGTTCAAAGAGTATAAGCTAAGTGTTTTTCTTCT TCCTATTTTCTCCCATCGTTTTTTCTTCATCTTTTTTTTTTTTTGTTCTTTATTGTTTTT TCTTTTATTTACTTAGTATTGGAATGATTTGAGATGACAAAGCTTAACTCTGTTTATTAA AACTTTTCTGTTTGTTTTCAGAAATTGAATTTGAGACTTTATAATTTTTAATTCAATTTA TTGACCACCATCAAGTTACATTCTTGATTTCTCGAGTAATCGATTATTTTATTTCAATTG ATATTTGTAAGGTTTAATTCTGCATTTAAGAATGTAATTTAGTGATTGATGAAGTGATTT GAGCACTGTATAATTTTATTTGTTCTAGTTTTAAGGTATATAGTACTTACCTAGTAAATG TTGCGGTGGGTATTCCGTAGAAATAATGGAGGTGTGAAGAGGGTTATCAAAATAAAAAAA GGGTTAAATTTTTCTGTGTTCTTATATTATGGATTTATAGTATTGTTCATGGGGCTGGAG TATCTCACGCCTTTTCAAGAGTTCACATACAGAAATCACCCTCACCCCGACCCACCTCCC TCCAACTACAAAGATATGAGGAATACTAAGAATATTATAATGTATATATGCTATATGATA AACAATATGAAGATTTTTTAATTTGTTTATTTTCTTGTGTCTTTTGCCAACTAATAAATA GTGGCATGATCAAGCTATAAAGGAAGGAATCTTCTAGTTTAAGTCTTTGATATGTGGAAT TTATGCACTTTCAGCGTTTTAGAATAATCAAATCCCTTAAATCCTCTAAGGAAAGTCAAC TGACTTTGTATGTATCTTAGAGAAATGTGCAGCACTATTTTTCTATTCCTTCAACAATCC TTATTTATTATCACTTGTAAATAAGAATGCCTTTATACAACATCTCTGTATGTCTCTTTC ATTTAAGTAATCTTTATAACGAAACAAGAATGCTTTAATTCATTATAAAAAGTTGAATGA TGTATTTCCTTACCTCATCTATCTTACAGTTTAACTTTAGACATTCAAGCAAGGAATGAA TATTTTATGTTAGTCATACATGGTGCACCCCTTCTTTTTTTTCTCTTCCGTCTATAAAAT GCAGGTTTTGAGCTGAAAACATTTACATCAAAAAATGGCGCAGCTTGTTAGTTCGGACGA TATAGAGTCGATTAGAATGGATCTCTCAGAGATTGGAAGAAGCTTTAGATCATCATTTAG GCGCCAGACTTCGATTTTGAGGAGTAATTCAGCTTTGAGTGCTTCTGAAAAGGACGACGT TGTGGATGAGGAGAACATGTTGGCTTGGGCAGCAATTGAGAGACTGCCAACGTATGACAG GTTGAGATCATCTGTATTTGAGGAAGTCAATGGCAATGAGGCCAATGTTAAGACGAAAAG AGTAACTGATGTTACCAAGCTTGGAGCTGTAGAAAGGCATGTTTTCATTGAAAAGATGAT TAAACACATTGAACATGACAACCTTCAATTGTTGCACAAAATCAGAAAGAGAATTGACAA GTAAGATTTCTGTTAGTTACTTGCCACTATAAGTTAAATTATTGACACTACTGGAAGGTC ATTGCTCTAGCATTTAAAGTTGCTATCTTTTTATTGGTGATTGACAATGCTAAGTTATGA TCATCATTATCCGCATATCTAACGTCTTCTTTCTCATTTTATCAAAGTTTTATCTGTTAG ACTTAATTCAATGACCTGAGGCTACGGTTGACTCTTGTAGAGTTGGTGTAAAATTGCCTA CTGTGGAAGTGAGATACAAAAATTTAACCATTGAAGCAGAATGTGAGCTAGTTCATGGAA AGCCTCTCCCTACTCTTTGGAATTCTCTCAAAAGCACAATAATGGTAATTTTTTGCTATT TGATTACAGTTCGTTTTTATTGTCATCAATCTGATCTCTTACATATGTGATAGTTCAAAT CAAAGTTGCAGGCGCTGGGTTTAAAAATTGATCATCAGGAGGCATTTATTAGGACTTCAT GTAACAGAAGGTGTTATTAATTGAACCACTTGAACTGGAAATGCTTGAATCTTTCTTGTG CTAATCTGTCCAGCCCGATACTCTGGGTTGTCTACTTTTAATTAGTATTTTCCATTAGTT GATTTCAGCTATATGTGACAACAATAAGTTATTTTTCTGATGCACTGTAATCAATGTTGC TAGAAAAAGTAAGAGAGACTTAAATGAGCATCTTTAAAGTAATCCTGGTTTCAGCACTCA AATATTTCATGCATACAGAAAGTGCAAGCTCCAGCATTAGGTTATTCTGTTGTGCTACTT GTGATTTTGACAGTTCTCTTAATCTAGTGCTTCAATTTTTTCGACAGAACCTTGCCAGGC TTCCAGGCCTACAGTCAGAAATGGCCAAGATAAATATCATTAATGATGTCAGCGGTGTAA TAAAACCCGGACGGTATGTCATCAAAGCTTTTCCATGGCATATCTGGTGCAATAAGTGTC TCATCAATCTTCACTTGTTGACTGAACAAGAACAACAAAAACAGAATATGTGATGATTGT ATTAAACTCAGTATTGATGAACATGCTTGTGAACTAGTCATCATAGCTTGTGAACTACTA TAGTTTCTTACTACTTTGTGTCTTTTACTTTGTCTAGCTCTAATATGTTTATGACCAGTA CTTCTCTTTCTTCAATAATCATAACTTTTTACTCTTACATTTCATTTAAACCACGTTGTG AAAAGTCGAAGGTCTATTAGAAACAACCTCTCCACCTCACAAAGGTAGGGTTAAGGTCTG TATATACACCCACCTCCCAGACCCACTTGTGGGACTGTACTACATATATTATTGTTGTTG TTGCTTGTGAACTAGTCATGCTTTGTTTTATTTATCACTTGATATTTACATAGCCCTATT CAGTAATGGTCATTTGGTGGTATGTAAGAGAAACGGTTAAGTGAACCAAAAAAACATTCA GCCTCTCCATAATTGCAATTGAAAGATGAATAAATACTTGCTTGCATGGTATTGTTCTGC AGAAAGTAAATTGACTAGCATCAATGCAAGTGATTATTTAGTGATTATATTATCATAACA TAAACTGGCAAGAAGGTCTTTTGAGGTATATTTGGTTTTATGTGATCAAGTGTCTGAACT GGTCTTGCATTTGTGATAATTTTGAGATGAAGGGTTGACTGCAGCTTACTTTTTCTGGCT AATTTCAGTCTACCTTTTAGCAGCATGTTCTGAATGGAGAGTTAGCTCTTCATTCTGAAG TCATTGTTTTAACATGTGAGTTCTTGAACCTGTCATTTTGAACTTACTCAAATTCTTTGC TATTCTAACAGTATGACTCTACTGCTTGGACCTCCTGGGTGTGGAAAAACAACACTGCTG AAAGCACTTTCAGGAAATCTGGACAATTCTCTTAAGGTCTCTTCAAGTTGTTTCTCTTTT AATGTCAGACAAAAAAGAAAGCTGTTTTTGCTTTAATGTCAGCAAGAGAAAAATATAGGA ATACTTCCTTAAAAGATATAAAATCCTTCAGCTCATATAAGCAAATACTTTGATCTACAA CATACTGTGAATTAGTAGTTCTCTATTTCAATGATATGAACTTTTCCAGGTCTTCATTTG TTGTATTTGTTTTATTAGTGACTTCTTCTGGTTCTTCTTAGTTACTTTTAGTTCCTTTAT ATCTTTAAGATCTCAGCTAGGGAACACTTAATCCTATCTTTCTCCCGTTTCACCAATAGA ACAGAAGCTTTATTGACTTCACCAACGCCTCCTCCAAGAAGAAACTAGTGAAGAGTTGCG CTAATTTTTGCACCTTTACTTGAACGAGAATGGTGTAGAATTCATGTATGGATAGAGTTA ATAACATTTGGAATTGATGTCAATCTGACTGTGTCTGCTTCTGGCCATGTCTAACAGGTT TCTGGGGAGATTTCTTATAACGGCTATAAATTGGAGGAGTTTGTACCACAGAAAACTTCT GCATATATAAGCCAAAATGACCTACACATCCCTGAAATGACTGTTAGAGAAACATTAGAC TATTCGTCTTGTTTTCAAGGAGTCGGAAGCAGAGCAGGTATGTCTTTGAGCACGTAGAAG ATTAATCCTAAGTGATGAATACGTTCCAGCATTAGTAGTTTCTAAAGCACTGCCTTTACT TTTGAAGATATTATGATTGACCTAAGCAGAAGGGAGAAAGAAGCAGGAATTGTTCCTGAT CCAGATATAGATACTTACATGAAGGTAGTTTTAACAAGAAGATGTGCCCGTTTCATTTCT GTTGAGCGATAAGTTGATTGTTGTATTTATTGGACAAGATTATACCATTCCTCTGCAGTC AATGCTGTTATGGCTTTTACCTTCTAAATCAAACTTGATCATGTAGGCGATTGCTGTTGA AGGACAAAAGACAAATCTTCAAACGGATTATATTCTGAAGGTAACTTTATTGAAGGACCC TATTTGACAATTATTTCTAGAGGTCGGAATAGAAGTTGATGATTGGCACATTCTTGTACG TGTTCAGATTCTTGGACTTGATATTTGTGCTGAAACATTGGTTGGTGATGCCATGAGAAG AGGTATATCAGGTGGTCAAAAGAAAAGACTAACAACAGGTAAATTTAAAGTATGACGACC TGCTTTGTAACAAAGTTGTCAGTTGTATATCTTCTCTTATAAGTCTGCTAATGTACTTGC TATCATTTGGAAAAATAAGTATAAATCAACTAACTAATTGTGTGACACAGGAGAGCTTAT TGTTGGCCCCACAAAAGCATTGTTTATGGATGAAATATCAAATGGCTTAGATAGCTCGAC TACATACCAGATTGTTGCTTGCCTTCAGCAGCTGGCACATATTACAGATGCCACTATACT TGTCGCGCTTCTTCAACCAGCTCCAGAAACCTTTGATCTCTTTGATGATATAATCCTGAT GGCTGAGGGAAAAATTCTTTACCATGGGCCGAGAAATTCTGCTTTAGAATTTTTTGAAAG CTGCGGGTTCAAATGTCCTGAAAGGAAAGGGGTGGCTGACTTCCTCCAGGAGGCAAGTCC ATAGTAGTTAAATGGTTCGTTCATCTCTATCTATCAATTAGAAGCTCATAAATTCTGTTC TTTTTTTCAGGTTACGTCGAAAAAGGATCAAGCACAGTATTGGCATGAAACTAAAGAAAC ATATAAATTTCTGTCAGTTGATACATTATCAAGAAAGTTTAAGGAATCTCCATACAGGAA AAAGCTGAATGATGAACTTTCTGTTGCATATGATAAGTCCAGGTGTCATAAAAATTCTAT AACCTTTCGTGACTATTCACTTCCTAAATGGGAACTCTTTCGAGCTTGTATGTCAAGAGA ATTCCTTCTGATGAAAAGGAATTCTTTTATCTACATATTCAAAACTGTTCAGGTCAGTGA CCAGTCATTCTTTTTTATTATGGTAGTTCAACCTACAAAATATTGTAATACTCATTCAAA TTATCCAAAGTAACTATAGAAGTCACATTTTCTTTATTGAGATTTCTCACAACTTATTGC AATTTATGCTTCTATTATGCAGCTTGTCATCATTGCATTCATAACTATGACCGTATTTTT GAGAACTCGGATGCATACTGATCTTGTACATGCAAATTATTATTTGGGAGCTCTGTTTTT TGCTCTCATCATTCTTCTTGTGGATGGATTCCCTGAGCTCACCATGACAATAGCTAGACT TGCAGTTTTCTATAAACAGAACGACTTGTGCTTTTACCCAGCATGGGCGTATGCAATTCC TGCTGCAATTCTCAAGATTCCCCTCTCTATATTAGAATCTATCATTTGGACATGTCTGAC CTACTATGTTATTGGTTTCAGCCCTGAGGCTGGAAGGTTAGTGCTACATCTAAATATCTT CTACTTAAATTGTTGTTGTTGTTCCTTAACTATAGTTTTGGTGGTTATGTTTCACCATCT CCAATAGGCTTTCCATCCGCAGCTTAAACTTTACCAATTCCACTTATCTTATAGCAATGA TTTGAACAAAATTTCAAGCATTTTCGTGTCAAAATTGTGTCACTTACAGGTTCTTCCGGC AATTACTTCTATTATTTGCTGTGCACATGACATCAATCTCCATGTTCCGTTTCTTGGCTT CTGTCTGCCGTACTGTTGTTGCTTCTACAGCTGCTGGTAGCTTATCAATCTTATTTGTCT TTTTATTCAGCGGATTCATAATACCAAGACGTAAGGTTTCCTACTTCTTTATTCATTTTG ATATTATGCTCATGTGAGGGTGAGTAGCATAACTAAAGTACCACTATTTGACTACAGCAT CAATGCCCGTTTGGCTGAAATGGGGATTTTGGATTTCTCCGTTGACATATGGTGAGATAG GTCTTGCTGTAAATGAATTTCTCGCCCCAAGGTGGCAAAAGGTGAGAGCCAATAATAGTT CAAATACTTTGTTTCTTTCAGTTGTTTAACTGTCTTATGCACATTGCATGTGGAAGACAA GTTTAGCAAAATGGTTGTTTTGAGGCACCAAAATGCAATATTGAAAAGTATTCACTATCT TTTGTCATGAAATTACACTCCAAAAATAAAGAAATAGAGATCATCCATATTAAAAAATGA TAAAAGTATTGTCGCCTGCCTGTTCTTTTTTGTTATCTGAAATTATCTGAGGAAGGTTCC AAAAGTTCGATGACAGATATCCATGTCAATGGCAGTGACTTGGCTCAAATTTGTAACAAA TTCTCTTTAATTCCACCATAAACACCTGAATATACAATGTTCTTAATCATATACACAACA GATCACATTTTCGAAGGCATTAGTACTTTTTTCCTTGAAGAGAAATAGTAATATAAACTA TAAAGGCTACCTTGGACCCATGTGCTTGACGATAGTATTCGTATTTTAACTATTCATTGA AGTACTTCATAGGCACTCAGTTTCGATAGTTGAATTCCCTCTCGAACTAGGGTACACCAG TTTTAACTATAGTAACCTCTAAAATGTGCCATAAAATTCTACATGAAGAGAATAACTCAA ATTGATAGATTAGCAGCCTCGTTAAATGTTTTACTACCTTGATACATATATGTCTGTAAC TTGAATCAAATATATTTATCCGTCTTATAGAGGATTTTAAATTAATTATCTATTCAATAC TCATATCACATGCTTCATTTGTTAACGCAGACGCTCTCGACAAACACAACTCTAGGGAAT GAAGTCCTTGATAGCCGTGGGTTAAACTTTGATGGATATTTGTATTGGATATCAGTTTGT GCCTTGTTTGGCTTTACAATATTGTTTAACATCGGTTTCACCTTGGCCTTAACTTTCTTA AAAGGTATGCTCATCGTTTTCTGTACTCCACAGAAATGAAGAATCTGCACAATAGATCCT GTAGTTTACTTGCTGGTTTTCTTGAAAATGTGATGCAGCTCCTGGATCTCGTGCTATTAT ATCAAGGGATAATTACTCCCAAATAGAAGGAAGCAGCGATTCCTCTGATAAAGCTGATGC AAAAGAAAATTCCAAGACCACAATGGATTCTCATGAAGGAGCAGGTTGTCCTCTTATTCT ATTGCATGAATTATTGTATGAGAAACATTTATTTTGTACGTTCTCATCTCTTATTGTTTT CCAGGGAGAATGGTTCTACCTTTTGAACCCCTATCTCTTGTGTTTCGAGACGTTCAGTAC TCTGTTGACACTCCTGCGGTGATCTTCTAAACCTATCTCATTTAGTATTGCATCATTTTG AATAATCGAAAGCTGTTGAAACCAAATTTCAGTGGCTGAGGTTGTGATGATATGTCCATT TCAGGCAATGAAGGAGCTCGGTTTCACACAAAATAAACTCCAACTTCTTTCAGACATTAC TGGCGCATTTAGACCTGGTGTCCTTGCAGCCCTTATGGGTGTCAGTGGGGCTGGAAAAAC AACCCTGCTTGATGTTCTTGCAGGTAGAAAAACAAGTGGTCATGTGGAAGGAGAAATAAA AGTTGGTGGGTACCCTAAAGTTCAAGAGACATTCGCTAGAGTTTCAGGTTACTGTGAGCA GACAGACATACATTCTCCTCAGATAACTGTAGAAGAATCAGTTATATTTTCTGCTTGGCT ACGACTTCATCCTCAGATTGATTCCAGAACGAAATATGTACGAGCTTAATAGCATAAAGT TTGAATTGGTGTTTCTTTCATGAACATCATCCCTTCTGGCGATATCTATATTTGAACTGA TGGGGCACTTGTACAGGAGTTTGTGAAAGAAGTCCTCGAGACCATTGAGCTAGATGGTAT AAAAGACACGTTGGTTGGTATGCCGGGTGTTAGTGGGCTTTCAACAGAACAACGTAAACG GCTGACAATCGCTGTGGAGCTTGTTGCAAATCCCTCAATTATCTTTATGGATGAACCCAC AACAGGGTTGGACGCAAGGTCAGCTGCAATTGTCATGCGGGCTGTGAAAAATGTTGCTGA TACAGGAAGAACAATAGTTTGTACCATCCACCAACCAAGCATTGACATATTTGAAGCATT TGATGAGGTAAGATGTATGTGAGGAGCAATTTTGTACTAAGTAATGCAGAAATCTTGAAG TAAAAGTAAAGACATCTACTTAGAAGTATCTTTCAGTTTGTGTAACTACACATCCTTCAT GGATATCATCAAAAAGTTATTTGTCTGAAATTTGCTCTTTTGCAGCTGATTCTATTGAAA AGTGGTGGGCGCATGATCTACTGGGGACCACTCGGACGAAATTCTTGTAAAATGATCGAA TATTTTGAGGTGCGCTAATTTCCCTTTTTATTAATGTTGCAGCAAGCTAGTAACTAGAGC TTCTTTGCATAGTAGCTGAGAGTGCTGTTTTTTCTCCGATTTGACAGGGTATCTCTGGTG TGCCTAAAATAAAGAACAACTACAATCCAGCAACATGGATGTTAGAGGTTACATCAACAT CTAGTGAAGCTGAGACCAGCATAGACTTCGCTGAAGTATATAAGAATTCTGCTCTACACA AGTTAGTCATAGCTTTTCACCTCATCTAGTTTTGCGTTAGTTTTAAAATGCATCTTACAC ATTGTGTCACTTAAAGCACATTTTGCTAGTAACCAATGCATGATTCCTTTTGGTTTACAC TTCCTGTAGAAATAACGAAGAGCTTGTGAAAAAACTGACTTTCCCACCAGCTGGTTCAAA AGATTTGCATTTCCCCACCCAATTTTCACAGAATGGCTGGGGACAATTCAAGACTTGCTT CTGGAAGCAATACTGGTCCTATTGGAGGAGTCCTTCATACAATTTGATGCGCTCTCTGCA CATGCTTTTTGCTTCCGTTGTTTTTGGATTGCTTTTCTGGAACAAGGGAAAGAAACTGTA AGACAATAAAATACTAATCAACCAAAGCTCAATTATCTTATCGACTACATGCTTCATTAT GCCGTGGGAATTGAAACTTTCTACATCCTGAATAACATGTTTTTGCAATAGTGATGCTTA ATTGAGTGGTAGGCATGATCCAGTTGATAAGGGAATTAGGTTGTCTGATCCTATAATTTC TTTTCCTGTTTGGTTTATTAACTTTTTTAAAAGTGGCTTTATCTTTTCTTTGTTGACATC ACCCACACTGTTAAAACAGAACTCTGGAGTTCCATTTTTGGCGTGTGAAAGTTGATGCAG CAGAACTGAAGTTCTCCATCGATGATAATGGACTTAGTTATGCATGCATTGTATGTATAT GCTATTTAGTTGAACAACTTAAATATTTTCTTATACTGCCTTTTTGTTTTTCTTCGTCCT TTTTGACAGAGATGACCAGCAGAGTGTCTTCAGTGTATTTGGTTCTATGTTCACTGCAGT AATCTTCTGTGGCATAAATAATTCATCTTCAGTTTTACCATATGTGACCACGGAGCGATC AGTCCTATACCGGGAAAGATTTGCTGGAATGTATGCATCATGGGCTTATGCATTAGCACA GGTTAGATATAAGGCTTTCAATCTTGGCATGTTGACTTGTTAAGACTAATGGGGGATTCA GTAACTCCATATCTTACACTTGTCTTCAATGGTTCACTGTTTCATATTTGAGTCTTGAGT ACCTTGATTTTGTAGGTGGCAATTGAAATTCCGTATCTTTTAGCTCAAGCACTTTCATTT ACTGTCATCACCTATTCGATGATTGGATATTATTGGTCGGCCCACAAGGTTTTGTGGTAC TTCTATTCGATGTTCTGCACATTGTTGTACTTCACATACTTGGGAATGATGCTTGTTTCA TTGACACCAAACTTGCCAGTAGCTGCAATTCTCCAGTCATCCTTTTACACAATGTTCAAC CTCTTTGCCGGATTCTTGATACCAAAAGCTGTAAGTGGATCAGAATTTAAGTCTCCTTGA ATATAGAAATCAACAAGTATTTTATAATTACTACTGTCTATGTGTGTGCATTTACACTTC AATCTTTTTCTCCTTTTCCTTTCATCGCAGCAAATTCCAAAATGGTGGATCTGGTTCTAT TATCTAGTACCTACATCGTGGACGTTGAATGGGATGCTTACTTCACAATATGGAGATGTT GATACAGAGATTACTGTGTTTGGAGATAAGAAATCAGTAGCAGCCTTTATTAGGGACTAT TTTGGATTTCACCACAATCAATTACCTATTGTAGGTGTTGTTTTGATTGCATACCCCTTA GTTTTTGCCACTTTATTTGCATTTTTCATTGGGAGGTTGAACTTCCAAAGAAGGTGATGC TGCAACTTATTCATTTGTTGTTTATAGAAACTTTTGATATATTATCCAAATTAAATACTT CCCCTCCTCCTTTTGTACATTAGACTGGTGAGATTTTATTGGTAAATAAAAAAGACAAAC AGTGTGTTACATCATTTAATATGAAGGAAATATGAAAAAAGAAAAATACAATTATTTGAC AAGGTGTTCACTACTTCCTATAGAATTATTGGTGAGTCAATCCAGGTCTGGGTCATGGTG AATTTTACTTTGAATTGACTAGGAATGCAATTTGCTTTTTACTATAGTTTCCCTTGTTTA AATTATCAATGACTGAGCAAATCAAATTCCGTCTCAAGTGGTATATTATTTCATATTAGT TTCAATAGTCAAGGGTTCAACGTTCAAATCCTATTTGACCTATGACATTGCCCCCAGCAT TCTTCCATAGACTTTCCTTTAACCAACCGTGTTCGTATTTTCATCGGTCTAACTAATTTA GAGTTAGCAAGATAAAAATTTATTATAGCAACTCTTAAAAACAAGAGAACCTCATTTTTT GGGGGGCTGAATTCTGGAATCTGTAACTAAGGATCGAAGGTCTTTTAATATAACACAACA AGATCACAATCACTGTCGAATTCATTGTTGTAAACTTAAGCAACGCTTTTTTTTTCTTTC GTTTTTTCTCAATTGGACAGAAGAAGAAAAAAAAATTATCCCTTTGAGAAACCATTCCTT GTTGGTCTGGAATTACAGATTCAATAACTTGGATCATATATAGGAACGTAGTAAATTCTC ATTAAAAATATTAGCTTTTCAAAATGTAGTTGTGGTGTATTGGGAACTGTTTTTTGTGAA AAGCCCCAAATTGTCATGCCTTAATCTTGATAGAAAGCAGAGTTAGTTGTCTGATTTGCG AAAGGGAGTGGTGGAAACAAACATTTTTGTCGGTAGATAAACCAAACTAACATGAAACAC ATGGTCCTTACAACACAGTAATTTCATTGTCAGCCAACGAATGATAACACAGAAAACGTC ACAGCTGCTTGTTTTCCTAGTGCACATTTGCACTCATCATTTAGCATCTTTTTTTCAATA AAGAAAATCATTCCACAAATGCACTAATTTTCAAGTATATAATAATATTTCTTTTTCTTT CCTTAATATTCCAAGGCCTAAGATATCCATCCAACACAATGGAAACAGGACAATAACAAA ATAAAGGGTCAAAAGAGAAAATACAAAGACAAACAAGCAAACACGGGGGAGATTCTAAAG CCACAAGCAAACAACAAAGAACAAAAACATAGGCAAGCACTTATTAGTCTTGGGGCTTTT CCCACTTGAGGGGCTTGACAACTTCCCATGTGAAATCGGGGTCATCACGTCCAAAGTGAC CATAGGCAGCAGTTTTCAAGAATCTTCTATTGCCACCCCTCTTCAAATCCAAGTTAATGG ACATCATTCCAGGTCTGAAGTCAAAGTTCTCCTTAACGATCTTCAAAATTTCCCTGTCAG GGATCTTTCCAGTGCCATAGGTGTCAACGAATACAGACAATGGCTCAGGCACACCGATGG CATAAGATACCTGCACGATGCATCTACGAGCAAGTCCACTAGCTACGATACTCTTTGCAG CCTGCCTTACAATGTATGCACCACTCCTGTCGACCTTGGTTGGGTCTTTGCCCGAGAAAG CACCACCACCATGAGCACCCCAACCACCATAAGTGTCGATGATGATTTTACGACCAGTGA GACCAGCATCACCATGAGGTCCACCAATAACGAATCGGCCAGATGGGTTAAGGTGGAAAA TAGTATTCTCATCAAGGTACTTCTCTGGGATGACTGGTTTGATGACATGCTCCTTAAGGT CGCGGGCAATCTCATCATTGGTAACGGTCTCATCGTGTTGGGTGGAGATAAGAACAGTGT GTACCCTAATTGGAACCATGGCACCATTGTCATTGCTATACTCAACAGTAACTTGGGTCT TGCCATCAGGCCTCAACCAGGCGCAGGTGCCATTCTTGCGGACTTCTGTAAGACGGGCAC CAAGTTTAGTTGCAAGCACGTGACTGAGAGGCATTAATTCAGGGGTCTCATCTGTTGCAT AGCCAAACATGTGGCCCTGGTCACCAGCACCAATCTCCTCGGGGCGTTTGGTCAGATGGC CGTGGACACCTTGAGCAATATCAGGACTTTGCTGCTCAATGTAAACAAGGACCTTGCAGT TGTCAGCATCAAGACCAACATCATCAGAAACAAATCCAATATTACGGCATGTGTCACGCA CAATCTTCTCATAGTCTACAATAGCCTTGGTTGTGATCTCACCAAAGACCATGACCAAGT TGGTCTTGGTGCAAGTTTCACATGCAACTTTGCTCTCGGGATCTTGCTCAAGGCAGGCAT CAAGAACTGCATCAGAGATCTGATCACAGAGCTTGTCTGGGTGACCCTCGTTCACAGACT CGGAGGTGAATAAGAAAGTTTCCATTCTACAAGAAGATAAAATCAATTACACAAGTTCAA GTATATAAAAGAAGGCACAATATAAAGAGAAATAAAGCTGCAGCATACTTTATACAGAGT ATCAGTGCAATTTTTTCACATCACAAACAAGGAAATGCTGAGCAAAATTCTCCAACTTGC TAAAATTTTATATTCCTAAAGAAAAGCTAGCGGATAATGCACAAAGAAAAGATATTCTAC GCCAAATATTCTCTCAATTAAAGGGGCTATTCCTATAGTATATCAACTAAAGTAATTTAT CCTCACCTGACAAAATTAAAGAAAAGGCCCAATGAAATCTCTTTTTACCTATAAAATATC AAGCTGGACCACCAATTTTGACAAGGATCTACAACTTTTAAAAACACAATAGAGTTAAGC TAGAATCTTCTACTCCAAAGTTGGCAAAAGCATATTTGCACTAGATCTAGCTGATCTCTT ACAAGACAAAACCTCCACCATACCAATCAACTACTTCTAATCTCTACGTAATTTTGAAAA ACAACACATACTGTAATTTATAATCATGATACAAAGAAACAAAGATCACCCAGAACACAC AAAAATAATTTTACAAAAAAACAAACATGTTGAGAACATCAAAGTTTTCAGTATAAAGCA GGGTTTTTTAAGAGCAAAAATACAGAAGCATTTCAAAATTTTCATGGAAAGACAAATTAA CAGGAAAAATTAGTTCATTTCCAGATTCAAGAAACTGTTCCTTCCCTCCCCTGTTCCCAA CACTCAAGCTAAAACACAACCAACCCTAAACAAACCAAATAAAAACACAATCTTTCATCA CTTCAAAAACCCCAAAAGAAATTTTGCACAAAAACCCCAGATCTATCATAAAACACCCAG CAAGAAAACAGCAAAACCCGATGAAAGAAACAGAAAAAGACTAGTATTCAACTAGCTAAA CTTAAAATTACCTCAAGAAACAGGAAAGTGAAGAACCCAACGGCGAACAAAGAGAAAAAG AGGATTATAAATGTCGAAAAGGGGCAATCTTTTTACCCCTTGAGAGAAATAACCTCTTTG TATTTTTGGTTCGCCAAATGCTTGCGAGTTTTTACTTGAGACTTTGGAGTCTTATTTATA GACCCTCCATGGCCATGGTCTTATCATCCATTGCTCACGTGCTGTCCTTAATTCTGACTA ATTAAGGTGGTTGATTTCTGTTTGTTAATGATCTGAACCGTTGATGAGGTGTGGGGTGTT GATCTAACGGTTAAGAAATGTTGGAGTGGGTAAGGAGGGTGGCATATACACATAATTATA TTTATCCTGTTTTATTAATGGAAAAACAGAATTAATTAGTGTTGATATTGGTGTTTACCA ACTCCCTTATGTGGGCCTTAGCCGGGCTGGGCTATTGACTTCGGGCTTATAGAAGGTTTC GTCTCAGTATCATTCAATTATAGAGGTGTTTCATCTTAATTTATTTAATTTCATTCGATT TTTAAAATCAAAACAAATATCTTTACTGTAATTTTTTCACACGTATGGATCATAAAAATT TGGTGTGTTATGTGCTTTCGCGTGCTATTAAAAAAATGCAATATATAGATAAGTTAATAA ACCATTGAAATTAGAACATTTTAGTTTATTTGAAGTAACCATTTGAGTTAATATCTTAAA AGACCACTCAATTTTAGGAGTTGATCTACCTAAGTCATTAAAATTTGTTTTGGATCAAAA AAATCATTCAATTTAAATTTTTATATAAATAAAATCACTCAACTTTAGGAACTGATCTAG CAAAGTCATTAAAATTTATATTATATCAAAAAATCACTCAACTTAGATATTCATATCAAT AAAATCACTCAACTTAGACATTTGTGTCAGTAAAATCACTAAATAAAATTTATCATTATT TTTTTTTGTTTCATAATAGACCCTACAAATAAATAAAATTAAGAAAACTAATTTAAATTT TTTATGGGAAACTTCTTTAGTGAAACAAAATACTCTTTATCATAATATAGTGACTAAATA AAAAGAAATAACTAGGAGTTCTATTTTTTGGTTCACTAGTGTATCTAGTTTTGAGAATTA GCACAAACAAATTATCAATGAAATTTGTATTCACAAATCTAATTAGGTTAATTTTTAAAA GTAGTGTTAATTTTTAACGAATAACTTTTCAGAGAATTAGCATAAACAAACTATCTAATA AAATTTGTCTTTTTTGTTTTGTAACTTTTTTTCAAAAAAATAAAATAAATAATGTTATAT ATTATTGTACTTCTTCATTGAAGCTTTAAAATATTTTGGCTCTGTCAATCTTGATTTTTT TTATAACGTTAAAATTTTTTCAACTTAATTTTTTGCTTTAATTAATCAATTTTGTGTAAT ATATTTTTTTTTGGAAACAATTATAATAATGTCATAATGCTTACGTACTTAATATTATAA AAGTATGTATTTCGTTAATTAAGTTTGTTCCTAAAGTTTATTAATAATTTCTAAAAATAA TTTATTCATTTATAGGGTGCATATTTATATATGACATAGAAAATAATTCTTTTTAAATAA AGTTTAATAATTTTATTAGATAAATTTTTAAAGTTGAGTGACCTTTCGCAACATTAACTC TAACCATTTAGTATAAATTTTTTATATATATTATTATATGATAAGTTGGAAAGGTTTGGT GAAAGCCACTCACCAACCTTCACATTAAACTTGCTTCAAAATGTTCAATCCTGTCATTTT CTCTCATGGTGTTAGCCTATTATCAGCTGACACTAGAAACAATATTGTAACTTGATAATG CCTAGGAAATTAACTTACTAATTATCAAAAAGAAAAAAAAATCAAAATGTGATGTCTGAC TCAATTTACACATATTTTAATCAATTATATTAGGGGAAAAATATTTTAATTTTAGTCAAA ATTATTTTTATGTTATCAAACGTTTTTTTATGCCTTCACTATTTGATAATATATTTTAAA GATATATTACATGTGTCCACATGAAGTTACATTTTATAATAATATAATATTTATAATAAT CACATGACTACATATATACTTTTAAGATACAAAATCAAATAAATCAAAGGTATGTCACTT TCAAAGTTCGATATTATTTGTATCATTTTTCTCATGATACAAACTATTTGCTATAATTCA TTAGCACAAATATTGCGTAACTTACTCAACTCGTTAATTGCCAATTCTGACCCATTTTTT TTTTCTTCTTTGTAAAATAAAAGAATAATAGTGTTTCGGCTATTAACCCATTTAATTGTT ACCTCATTTTAACTAACTAATAATACTACAAATAGTTAAGGTATTTTCAAAACATACTTG CGTGATTATCTATCAGTCCACTTTAGCTTCGTTGCCACTTAGATGATTAATACCGGAACT AATTAAAAAGAAATTAATGACTGTAGTCAAAAGACCAATTAAATTTGAATTGATCACGTT GTTAATTTAAAATTAGACCATTGAATTTTTCTTTTCTTTTTTTTTTTCATTTTTTAAAGA AAACCACTGAATCAAAATATCAGATAAAGCATGACACATGCAGCATGGAAGGATAAGGTA GGTAAATACTGTTCCCATCAATTGAAAAATTAATTAGGACTAAACAAATTCTTTTTGAGA TCTAAAAGGAATCAACTCCTGGTATAACATTAGACTAATCAACATTTAGTGCAATTACAG TCTAATTACGTACTTGGATTTAATTTTTAATGATGAGAAGCTGGATCAATCTTGTTTTTT TTAATCTGTTACATGTAAACTTAGACTAGACTGTCAACTAACTACTCAGGTGAGTTGAAG TCAAACGTGACATTAATAGTATTGCATATAAAACTCTAATGAAAGGGGCAAAAAGAATTT CAAATGGCAACAGTAAAAGAAAAGAAAGATATCTAAATATTGTAAGGAAGCTCATTTATT TGATAAAGTATACGTATTTAGATATGATATGTAATAGTTTGAAGATATATTTATATTCTC TCCTTAATTATATTATTAATATTTATCTAACTAGCTAAATCTCACGATCAACAATTTGGA ATACTAATTTATCTTATTCCATTAATCAAATGACTTTTGCATAAAATAAATTTATTTATT TAGATTAATTAATTTAACCAATGCACTAGAAAATTTGGTCAGAAAATTTAAAAAAATTAT AATATTTTTTTATTTTAAAACAAAGTGATCATTTTTCAAATTTTAGTTAAATAATTATTA AGTTAAACAGGTAAAAAATGTTTGCAAAGGTAAAATAGGAAAAATATTACTCCCTCGTCC ATTTCTCATCATATTATTATGCAAAAAATTGTAACTAAAGCCGTTAATATGAGCTAGGTC GATTGGGCCGGCCTGTCCTAACCCGAAATTTAATAGGGGTGGGCTAAGTTTTTTGGAGCC CATTTAAGAAAAGAGTTTTTTAGCTCGAATAAAACTGCTGATTTATAGGGCCTGAGATAT ATCAGTAGGGCCAGCCAATGGGCCGATAAAAATTAATTAAAAAAATAATATAATATTAAA AACTTATAATTAAAGAGAGTCCAAACTCAAAATAATTAGGTTACTTTTAGTTAAAAAAAT ACTTAATAAATATTATAAAGATAATTTTATTTATAAATTTAATTAACAAGTAGTAAGATT AACACTATGTAATATTGTTTTGTTAATATTTATAATAATGTTTTTTAATTATAATTTATA ATATAATTTAACAAGTACAAAAAGATATAATTTTTAAAAAAGTGAATTGGCCGGTTAAAT CTATAACCCACGTATTTATGAATTGAACCAATTATTTACTGACACACAATAAAATTAGAT TAATTCAACTTAACTTATAAAAATATCAAAATCTGTATAGATTAATCTCTAAGAGTAACT ATTTATAATAAAAATACAAACACCACTAAAAATTTCTAACGAGTATTTTATAGTATAAGT AGATTGGCGTCTGATCTCTTCGTGACTGGTGACATTAATGAAGCACATGCACATGAAGCA ACCAAATCCACAAACAATCTGTACCGTTATTGCAGCAATTGTTTTTTATTTTTGCATTGG AAAACGCAAACAGAAAAAGGAAATGTATCCGGAAAACAAAACACAGAAAAAGAAAAATAA TCCTGAGCAGTATCTATTATTTTGCGGTAAAATATCGTGATAGAGTAATAAATATAATTT ATTTTTTATTAGAGGCTATAAATTTGACTTTGTTATAAAGTTTAAGTATTTTATTTTTTG TGTAAAACTTTTGACATAAATTTAAAATTTAATTAAATTCTAATATAAAATAATAAAAAC TTATAAATATATTATCAAGAATTCATTAGCCTTGACGTCGGTGCAGCGCGTATTAAATTG TCTCCAATAAGGCAATAACTACGATATTTAATCAGAAATCCATCTGCTAAGATATTTTTG AAACCAGCCCCATTCTATAATCTTTCATAATCTCCAACCAGAATTCGGTAAGGTCACTGG GTACGGGGACAAATTCAATAATTTTATATTTTTCTCTGTCCCATTTTATAATGTACTTTT CATTTTTTGAGATTAAGATAAGTTTAATTTTTTTAAAAAATTTTCATAGATTCTTTTAAC ATATTGAATTATCAGTTATTGTGACTTACAGTATTCTCTACGTAGTTTACAACTATATAA ATTTTATTTTCAAATAACTTAAAAATTCCATGCGTAAGTGTCTGATCAAAATTAAACTAT TTGACTCTAAAATAAAAAGGAAAAGTATCACATAAAATAAAATAGAAAAAATAATAAAGT TTAAAATTAACTTCACCTCAAATTTGATTTAGATATTAATTACCTAATTCCGAAATTTTA TCCCACTAATTATTTGCTCTTAAGCTCTAATAACTTAAATGCGTTGTTTTATTCCATCTT GCATACAAATCAATGGCGCAGATATAAATGAACTTTTTATGTCCAGATCCTTAAAAGCAA AGAAATCAAAAACGAAAAAGCCTTCCCATGACATAGCAAGTCGCAACGGCTAGTTTTCGT ATGATAATTACTCCTATACTATACAAGTGGGAAAAAAATTTGGCTTTAATTTACTTTAAT TTTTAAAAATAAGCATTAATTCAAAAGGACGGGAAAGATAAATGAACTCGTACATAAAAA TCCTACTTAAAGAATCCGAGAGATTTTAATTAAAGAAATACCATCTTTCCATGAACTCAT ATAAAAAGCCTTCTTCTATATTATATCAAAGTTTGTTAACCCTATTTTTCTAATATAAAA ACTTGGAGACTATTTATATTAGTTTCATAAAAATAACTAAATTACAAAAATGATCAAATT TTTAATATAGCCACTTGAGCGTATCCAACATTGTCTACATCTTTATTCTTTAATATCAAT TTTACTATCTCAACTTGAATCACACCTACTAAATACTTTTGGAAGGACGAAGTAAATATA TAAAGTTTAAGGTGGAACCTATCTGAATGGAAGTTAATTTAATAACATTATGATATGATT TTAGATGCACTTCATCGATTAATAAAAATGAAGAAAAGTATATTACTTTTATTGGAACGT CTGTCGGTTGAAGGATGCATGCCAACCAACTTTTACGTCATTATAAGATGATTGAACAAA CTAAGTTATCTGTGAGCAAAACAAAAATATATGACAATAAATTACTAATCAATCATTGTC TCACAATTTATTTTAGCAAGAAATTGAAAAAAGAAAAAGACTCCAGTCTGATTGCAGTAG TGATATAACAATCATCTATTTTTATAAACTATCTTTCTTTCAAAAAAAATTTGAAATATA TTAGTAAGAGTACAATTAAAACAAACAGGTTCAATTTACTTTTTTAGATGAAGTGAAACA CACGTCCGATATTTCAACTTTAGATATACACAAGTAAATATTTAAACTTATATAAACTTA TACAACTAAATCCATGCGTCCAAAATTCAAAGTATATTATGCCATATATGACTATTAGGC AAAAATCTTGTTGCAATGACATTACCAAAAATGTCTACTGGAATATGAGTTTAGTCGGAC TTCAATCCAATTGATGCAATACACACTCCATTTTCAATAAACTCTTCTCTCTCTTTATCC CTTGATAAATTTAGGAATTTTTTATTAAGTTTGATTTTGGCAAAGCTTTAACTTCAAATA TTCTAGTATACGTGTAAAAGTTATAAAAGTCAAAAGAGAGGTATAAGTTAAATGGCCATG TCAAAATTTTCAAGAGGAAAGTAGAAGAGTTAAAATCAATAAAGCCCAAGAAATTGGAAT TAGGGTCCAAGCCCAAAGGTCCAAAATTAAAGAGGAAAAAGAAATGCGGTGAACGTGGAT CGAACACGTGACCTTCAGATCTTCAGTCTGACGCTCTCCCAACTGAGCTATCCCCGCTAT CTGATATATTTCGTGTTATGTATTTATTGTTATCATGTTGAACTTAAATATCGGTAAAAC TTGTATACCAGTAAAATAAAATGTTTACTTGTTCTCTTTTATTAAACTCTTCATGTAAAA CATTATATTTTGTGAAGTTTGAATGCCTTGCGTCAAATCATTTTCATATTGCTTTCACAA TTTTCAGTTCAATAACGTATCCATGTTTGTAATATTAATCTAATCTGTATCAGGTAACTT ATTTCATTATTTACGCATAGCATATCAAAGAGGGAGGCCTTTTTCTAAAAAAAAATGATT AGATTTTAATATTAATAATATATTATAAGAAAAAAGAATATCAACTTTTTCTTGGTTTTT GCATGTTACAAACTTCAAATGTGTACATATTTGAAACGTTCCTAGTTAAGAGTGGCAACT GGGAACTAGTCTTTTTTTTTAAAAAAACTGCTCCTCAGTTTAATTTTATTTATTTTTTCT CATAATATTGCTCCATTTTAATATCACCCAACTGCTTGGAAATTGACAATAAGAACATTT TCAAAATACGTTTACAAGTGCACTTTCTGAAGTTTTTGGAGCAATTTTTTTTTCTTAAAG AAACAGTAAATAAAAGCTGCCCAACATATATCTTTACCATGAAAATAAGCAAAATCTCTT AAATCAATATATTTAAATTATGACAATTGAAAAGAATCAGTTACTTTGTTATCGACATTG AAAATGAATAAAAAAAAAATGTGATGATACAATTACAAGAACAAAAAAAAAGAAGAAGTA TTAATAGATTAATTCACAACCCTGCAATTCTTCCTGATCTCTCCCTGTATCCCAGTCATA ACCTCTATGGATCCCATTTTCACCATTGCATCAGCAAATTTATGAGCCCAATTCGCACCA TGAATCGCGTTACTCCTCGCCATCCTAGCCGTTGAAGGACTGTTCCATAGCGTCTGATCT GAGGTTAACACTCCTCTCTTATTCTTCAAATTGAGATAGTACTTATTGTCCAGCCTATTT GGAGTATCAACGTCAAGTGGAGCAATTGGATCAGTGGTAGAAGGACGCGGACATCTCTTG ATCAATTGTTGGGCTAATTTAGGATCCATCGAAGGATCTTGCGGGTGAGTTGAATTGAAA GAGTAAAGTCTATCTGAAAAGGAAGAACAATGTGATCTTCCAATAGAATGTGCACCCGAA AGTGTGACCATCTCATCTAAAGAAAGTCCTTTTTTTGCAAAATTTTCCTCAAGCTCTCCA GCATTTAATGTGGAAGGGGGGAGATTTGCGGTTGGTTCGTCTTTAATGGATACTCTTCCA TCTCGACGACCTGATGGAACTGAATATCTAATGCCTCCAAGCTTAAAAGCACTATCTCTT GCAGCAAATGCAATGATATCTGAACATGAAACTGTTTCTGGGCAAATAGATTCTAGTTCA ATTTTTGCTTCGTCGATCACTTCATAGCCTCGTAAGCTTGGATTATTTGCTGGATGTTCT TTTTCTGTTGGATTCCCTGGAGTTGGATCCAAAAGGATTGAGGCATCACATCCCTGAATC ATTTATATGAAGTTAGATATTGTCAGTTGAACTAACATTTTACTAATTTCATCGCACAAA ATCAAAATCAAAAGAAAAAATTGTTTGACTCTCTAAAAAAATGAGACGTACCCTAACAAA ACAATCATGGAAATGCATCCTGATAATGCCAGCGCCAAGGCCAGGGTTACGAGAGACGGC TTTGTTGACTGCTTTTCTGACAATGGATTCTGCATTTGGGCAACTTGAATGGTAGTAACC AATCTTAAGAGATGCATTTGCAAGTGTAGAAACAGTGAAAAAATATAAGATGAACAAAGT TGACAATTTCATCGTTATGTGTTTTAGTTATAGGGATTTGAAAAGTGGAGTAATTTATAT ACTATTTATGACAAATTTAAAACTTAATTACTACTGATGAAAGGGAATAGAGAAGGATAG AGTATATATAGGAAGGGAAGTCTTTGATTTTTACCTGGTAAGTTGGATAGGTAAGTAACG CGTTATTTCAATGAGTTAGCGACGACTGCTTCTAATTAATCAGGAGATAGTTTCAAGCCT CCAAAATAATTTTAATATTTTGAATTAATTAGTGGGAACTGGACAATGGTCTCTATTTAA CTTTGAGCCACATTATTTTTAATCTCTTTTCTCTTCAAATACAACAAAAACAAAAATGCA ACAGTATAGCCAACAGGCCGCTGTTCAATCAAGAAACTGACCTGGTGACTAGTGGGCACA TTTTAATACTACTTGGATTAAACGGTGACGTACTGTCCAATAATACGTAGAAAAAAAAAA CTACAAACAGAAGGATAATTTTAACTATATCATTTTTTGAATATAATAAATATAATGTCT TTAGAAATATAATAAAAAAATTACTATAATTAATGATGAGGATAAATTAGAAATTAAAAT AAATTATCCATTAATTATATAAAGTGGGCAAATATTGCTGATATCTATTTTTAGGCAGAA GGAGTACAACTCTTTATTTTGAAACAGTTTAGGTGTTTTGATTTTGGAGTCGCATAGTAA TATCAAAGTATTTAGTTATATTTTTGTTTACTTAGATCGTATTCCGGTTATTTTTTCTTG ATAATAATAATGTGTGTTAACATAGATTCTTCATTCTGCAATCACATAGATAGAGTATTT GTTTAATCTTCACACATTCAAGGACTAATTACAGTCTTTTTATGGATATATTTTGGATAT TTAACTTTGAAAATAATATAATTACATAGGTAACACAGACGTTCAATAAGAAAAGGAAAT ATTACAACTCAATAGAGTTTGATGAAAGCAACCTAATGAACCAATTATGCCTATAAAATT GTGAATTCAAAACATATTTATACCTTTTATTGAAATTTTAGTAATTTTTCACATATACCC AGCCAATACTTTAAATACATTTTGGCTCTAATACAACACTACATTTTTTTGTTAATATTA TTGAATTGTTTCGACTACCATGACGCCAGCCACATATACATATAATACTCTAGTAATTTT TTAAAAAACTTCAAAATTATATCAAATTAAAAAAATATTAATGCTGGGCGTATTTGTATA TTTGACCGTGTCTGTTCAATCAACCTGCAGCTTTACACTAGTGGGTAATATTAACATTTT AGTTTAAATTAAGAGGTGGCTGAGAAACAATTTAATTTTTTAAGACAAATTAGGTGAATC TACTCCATTGACCTGAAATATGAAAGCCAGAGCTTATATCTTGTATACTCCTTTCGCTAT TTTCTAATGGTCATGTTACACTTAAAAAAAAAAATCAATTTGACTATTTTTTAAGTTAAA TTAAATTAAATTAATTTAATATTTTAAAAAAGAAAAATTATATATTCAAAAATTATATAA AAGTACTTAAATTTGTAAATTTTTTTGTATATCAATATGATGAAAAAACACATCATAAAA TGTCAGTCAAAATTCTTATAATTTGACTATAAAAAAGAAAACTATGACAACTAAAGTAGA CGGAACTAGGAGTGTTCATGAGACAATTCAGTCGGTTATTTTTATAAAATCATGTCATCT CCATTTTTCGGGTATTTTATAATATATAACCAAAATTAAAATTTTAAAATCATCTCAATC ATATCATGTTTTCTTCAATGTCGGTATGGTTCAGTTAATTTCCATATTTTTTCTTTTACT TTGTAGTATCACCTTAAAATATATTATTATTAAAATATTTCTTTCGCAAGTATGTTCTTG AAGAAGCACTATGATTCTTCATAATAAAGTCAAGAGTGTAATATTTTGTTGTCATATTGT TTGATCTTATATATTTAATAAAAATGTTTGCATAGATTTCACCGTATTGTTTGATGAAGT ATCTATATACTCTCTCCGTACACAATTGTTTGGCAGGTATATTAAAAATAGATGTCCAGA CTAATTGTCAATTTAAACAATCATGAAATAATTAGTCGTCTTTTTCCAATTCTACCCTTA ATATAATTACTCTATTTCGTTCGATTAAAAAATTACGTAGACTTTTGATATTCTTGTTAT AGTAAGGTTGTATTAGTCAAATTACACCTTGTATTAGATTTTCTCAAGGAAAGTATATAA TCTTACCCTGACAAACAATTTCGAAGGAGGGAGTATTATATTATCTTTTAATTTTAAATC CAATTAATTAAAGGATAATTAAAGAGTAAACTCAAAGTGGTCAAGTCACTGTCTAGAGGT CTAGAACCTAAATTATATTTATATTTACAAAAATATCATATAATAATTTATAGATTAATT TTTTAAACATATTGTTTATATTGAAAATATATTTATATATAAGGTAGTTATTTGGTTCGG TTTCATATTTTTTTAATTATAAATTAAAAGGACAATTTCATTTGTTCGAAATGGTTATAC ACTTAAATATAAATTTACTATTTTATTTTAAAAAATTATATAAATTGATCTGATTAAGTT CAGTGCATATAATTCTTTATATTCTTTTGACACGCCTAATAGTTAGCATCACAACAATAG GGAGAAAAGAGGAAACAAGAAAAAACATATTATTATTGATTATTTGACCACTCTGATCAG GGGCGGAGCCACCTTGGTACAAGGGGCTTCGGTAGAACCTCCTTCGATGGAAAATTATAC TATTTATACATGGTTAAGATAATATTTTATGTATATATAGTAGATGTTGGACCCCCTCCG GCTACTCCGTATGTCTATTTCTACGAATTTTGAATCCACTTATTGAAAATCTCTGATACA TGTATCATGAGTTAGATTAGGTGTGTTCTATTTCAGACACTGTATTCAAAACGTAATTAA CATGTATTTAGAATATTCCAACTCGTTCGCCTCTCTTCCTCTCTTATTCCACTCCTCATT ATATCTGTTTGAAAGTGTATCTGAGTTTCACAATTTCATATATTTGTATATTAAATATAA ATATCATGTATCTTTATGTGTATCCAGAAGCAGTTTCATACGGAAAATTTGATTTCAACT TATTCCAGTACTATATCTGGTATCAAATATCTAATATATTTTGTATCGAATATTGATGTA TTTGGAGCAAGCTCGAACAATGTATTTTTCAAATATATACACATATATACGGATAACAAA TATGAACTGATACATTTATCAGTTATGTCTAAATTCATTGATTTTACTTGGTAAGATAGA TAGATAGATTGCTAACGCGTACGTAATTTCAACAGCGACTGCTTCTTAGCAGATGGCTTA AGCTTTCAAATAGTTTTAATGTTTTGAAGTATTCTTAATTAATTAATTACTGCGAATTTG GGAAGTGGTCTCTATTTCAGCACATTATTTATAATCTTTTGATCTTTGAATCTAAGTTTG AAATTTAAATTTTTATCAAATAATGTGACCAAATTTACTCGTTAATTATGTTGTGTCTCA AACTCTCAACAGGCCTTTTTTTAATTTAAAAAGTTAAAACTTTGGTACAACGACTATTCA TTTTCACCAAAACAATCTAACTTTCTTAAGAATCTATTTTTATTGCTATGTTTCACCTTT ATATAATAATATTTTATATATACATATAACAAGGGTGACGTTTATTATATCGGGAGTGAT TTATGAAATTACCTTTCTATAATAATTATATTCAAATATTGATTTTGTAATAATATTTTG TGATTAAGATCTATATCTACACTATATATAAACATATTCATGGTATTTATCACTAATGTC ATACGCAGTAGATTCCAAAGTAGATCGATAAAATTGTACTTTATTATATAGTAAAAATTA AGGATGTATTTATCATTTGGCTCTAAATAATAAACTATAGTTTTCTCTTAATATTGTTGA ATTATTTTGACTACGCCGGAACACCTATAAAAACCAATAACAATTTTAAAAAAATAATCA AGAAAGTCAATTAGTATTATTGTAATTTTTATATTTCTGACCGTGAGTTTGGTATATAAA ATAACAGGAAACATGCATGATTTAGTATTAGCCAACAGGCTGTTCGATCAAGAAATTGAC CTGCAGAATGGCTAAAATTTTAATCGTACTAAAAACCAAACGGTGACGTGAGCAATTCCA ATTACTCCTATTTATTTATTTATTTATTTGAAACTGTTTATAAGTGTTTTGATTTTGTAA TATTTGTAAAAAAATTCAAGATAGTCAATGATTACTAATTTGTTGTTCGTTGCAATATTT GTATTTAATATTTTAGTTTGAATCAAATGGTCACGTCGGAGATCACAATATAGGTGTTCT GATTTTGGAGTCTTATGATAAAGAATATTTTGTTAGATATCAAAATTTTATGGAATTCAC AAAGAAATTTTGAATATTCGTAAAGTCATTATGAATATATTTAATATTGTCTTTCTCAAA TAAATACATAGAACATTTCATAAATATCGAAATATTCATAACTCCAACTCTTCTAATCTT ATTGCAAATCAAATACTTCAAGAAAATCTATTCAAATAAATCCCAAGAAAATCCAAATCA CCTTATTGATACTTGGACATTTAACTTTGAAAAAGAATAATATATGCACTCAATAAAAAC TATATAGGAAAAGAAAATATGCAACGGAGCATCATTATTTATAAAACTTAGAAGACCAAA TTAAACTTGTAAAAAAGTAACAAATAAATGTGATAACTAGACATGAATTAAATAAATGAA TCGTACGAAGTAACACGGTGATTATATTAGGCAGAGGTGGGATTGGTGGTTTCTTGGTTA GGTGGTTGTGGCGGTTCCACTTGCAGTTGCTCGACAAACACATGCAAAGGCCCTGACACT GCCGTCGAATTTGGAACCCTATTAAATGCAATTATTACTCTCGTGAACTTCCATGGCGAA GACGAAAAATCCAAATTTACCGTCCAGACGTACGTAGTCATTTTTAAATTTATAAAGCCA CAAGATTTATGAAACACAGGACCCTATTTATAATAATACTAACACAATCAAATTTGGTTG GTTAGTGCTAGAAATTCTATTCCAATACGAATTGGACAAATAAATTCTAACTAAATCCTA TACAACTTAGGTTTCGTTATTTATTTCTACTTTTACGCCTTTTTGATATATATATTTTAT TTTTTTTTGGAATACTTCTAAATACGTATTACTCTATTACACACAAATTTTTTTTGCTAA TTTCAGGAATGTGTTTTGCTGGATGGAACACACGCATCTGTTCTCGTACAGTTAGTTTCC AGGTAAAACAAAAGGATCTCAAATTATTCTTTAAAGGTCCCATTTGTAACAAAACAATAT CAGAAGGCAAATTAAATATCCAACAAAGTTTCTTCTTAATTGCAAGAATGTAACACAAGT CTTCTTTCTCATTTGGCACTTATGCTTCAGACATAATGCAATCAATTGCCCCTTTACAAA TTCCCGTCATTGTAGCCTCTGGTCCATAAACCTGCAATAGCAGAATCGACACAAATTTTA TACCTTATCTCTTACTTTCGTTGAATATGAAAACTTAGGAAGTAGGGTGTATTAATAACA ATACTGGTAACAGCATCTTTGGAAGTCCATGTTCCTATATTCTAACTGGAACCTGTTGTA GTCTTGATGTCTGACCTCAAACGATCCTCAGACATCTATGAAGATGGACCAAGCTACTTA TGAATGTAATTACGAGTAACATCACCATGGTCGGGCTAATTGATTTAGTTGGGAAGATGT AACTAAAAAAACAGAATGCCTAGGATCAAGTAAAAGCAAATTCTGATCTACAACATCCCT TCATCTGTGGCATGTGTGGTTAGTATCTATGTTACCTCCAAAAATGTCAAAGGATTACGT ACTATAATTGAAATTCAGGGACTGTAGTCACTGTATCACTTAGGAATAAGAATTTCGCCA AGTGATATTTCATACCTCAAGGGGAACTCCAAGTTCCTCTCCTAGGGCGCGCATTTTTGC TAGACCAGTCTGATAATTTGGACCACCTCTTCGTACATAGATATGCATTCTAGCCGCTTT TAGCTTGGCTTCCTGTTCGGATTCAAAGGAAAAACATTATTTACTGCCTCTTATCTATAG AAAAAGTAAAAAACTTTGTGTAAAAAATAGCACACAGCCAACCTTCTCCCTGAGAGCCCG AATAATCCCATTGAAAGTAGCAGCTACATCAGTGAAGTTGGCAATACCACCTCCAACAAT CAGAGCTCTCTTACGCCCATCAGGATTTGCAGTAGCACACTTTAAAAACATCAAATCAAA CGCTGGTTAAGTTAAAATAGGACAAACACTACATGAGCATATTGACCAGGAGAGAGAACA GTCAAGTTCATACATCTAGAACTACTCGAGCATATTGCAGAACCTCCTCTTCATTTGGAG CTCCACTATACTCGGCATAGTTACCAAGCTCAGAGGCATAACCTAAATCCCCTACCTGGT TAAGACATCAAAAACAGAGAATATAAGCAGTAAGCTATTAGTGTTGACATTTCATGCAGG AGGAATAATGACAAGATAGAAAATATCTCCTTGCATCAAGTTGTTGCATCACAAGTTCTG AATATACTTACTGTATCAGCATATATAACGCTTGCACCACCTCCAGCCACCATTGTCCAG ATACGACCTTTTGGGTTCAAAACTGTAAATTTTAAAGAGGCACTAGTCTGCAAGATGTCA AGACAAGACAGAATTAACAGAAAAGCTGCAGATATTATACTCCAATTCCAGTAGAGCAAG TATCACCAGAAAGTTTGGCAGGAATGATAGCCAGCCACCATAGCTCAAGGATAAATCTTT TTAACCTTCAGAAGCATTCAAGACTTAAAAAAATTTCAAACAGCATTTCAAAAAAGATGA TTTCCCAAACCCTAACCACCCCCAAGCCCTCAAGTCTGTATGGCACCACGGCTTCAGCAC AGAATAAATGGTGAACAATGTAAATTATCACTAAAAAACCATTCAATGCTGTTTAAAGGC ACGATTTTCTTGGATATAATGGATCTCTAAAGCAATGCATAAAGTTCCTCCAGTAGTTCA GTATCCATAACAGTTCATGACTGAAAATCCAAGATAAAATTTCTTCTCTAACAAAATAGT TTCTACAAGAATAAACAAGTAAATCTGATAACTCAGGCAACAAAAACGCCCTTAGATAAA GACAAATAACTGAACTTACTTTCTCATCCAAAGAGTGAATGAAGCTTTCGGTAGGGCTCA AAACTCTTCCAAAAGGCAGAGGAAACTCGATGCTTCCCCACCTGACAAGTCACAGAGGAT GATACAATAGCAAACTGTTTAATAAATCTGGAAATACACACACTGTTTTCAGACTCTCCC AAGAGAGAGAAAAAAAGAAGCAAGAATAGGCACTTCAACATGCGGAAAAGAAGTGAGAAT CACATACTTCTTAAAATTTTTGAAGGCTGCTGTGTCATCCAACTCTCCTCTCATATCCAA TGGGTAAGGCTCTCCATTTACAAGCGTAAATGGGTTCATCTCTATGAAACTAAAATCGAG ATCTGGGATCAAAGACAAAGCGACAGAGTTGCATAATCAATGAAATAATATTTGAGAATA ATGATGTGAAAATATGAAAAAACTAGCTTCTAAGAACAGGTCAATGTTTAACATAAACCA ACAGAAAGTTTATTTTCATCTTCATCTGCTTATATAACAATAAACTTAATTATGTTTTCC ACGTATAGTCACTGGCAATTATCTAAAAGATAGCACCAAAAGATAAAAGAAAAAGAGAAA AATAACATAAATGCATGCTAGAAAGATGTATCACCGTAAAGCATGGCATACCTTGAAACA CATCAAAAACACCCATAAGGAAATTGCCAATCTTTCCCCGTACCTGAGTCAACCAGAAAC TTAGGTTAAGTATCATGATGGTTGTTGAGATGTTAGTAGTCAAGTGCCTTAATCTTCGAA GTCAGAATATTTATCAACACAAAGGTGAAAGTCCAGCAATAAGTAGACCAATATATATAA ACTAGATCAAATATCGAAAATAGCTACACAATAATACAACATAAAACAATAATCCTTAAG AATTGCCAGCAATACACAATATGATAACACACTTTTTTTAAGTGTCTGTTATCCAAGACC TTGCTCTTAGAAAACCATTCCAACTATTATGACTGACAGATCATGCTGGCTTGATCGAGA CTGATGACTAAAAGGAAAGTAGAAGCATAAAACAAAAACAAAAATTTCAGATCACCTCCA AGGGCAGAGTAGCAATCAGTGGAGCACACGCCTCTAGGGTCATAGGTTTCTCCGTTGGAA GGAATATTGTCTTGACCTTTATGTTACATAAACAAATAAAATCTTGTTATTACAGGGGAA AAAATTATAACTTGACTTTCTAGAATTTACCAGAATAACTAGAGTTAACCAGTTTTGTCT AAACAAATAGTTGTTAGAGGAGGAAACAACAGTTAAAACTTTTTGAACCAACTAACCTTG TCCCAGTTCTCTTCAATCTCAATGCCTCCACATTCTGAAAAGCTAATTGTGCAGCCCAAC CTTTCAGAGACTATGGAAAGGTAATATTCTTGGTCATGGGGAACAAATGGTTCAACAATA AATGTTGTTATAGGTGCCTTGCAGCCACCCATTTCAACCTAGAAACAAATTCACATGTAA GATGACTATAACACATAAGAAGCAGTAAAAGATTCAAAATACTTGGCCCTCTGCTCACCT CCACACCAAGTCGTGTTTTTACAAACTCAGCAACTCCTGCTAGATCCAGATTCAAAGCTA CCAAGCCACTCTTTCCACGCTTTCCAAACAGCATGTCTGGTTTTACAACCAGCTTTGTCG ATGAAAGCCATGGTTCTTTGTTTGTTAACTCAGTAAAATCTGTAGATTCTGTCACCTACC AAAAACCAAATAAACATGAGAACTCTGGCGAGAAAAAATAAATGGAAATGACGACAAATA ATGTCAGATAGTCCAAATGATCACCTTGATAATAATTTACGTAACCAAATATCAGTATTT TATGTAGAGTATTTTCCATCTTACCAAACGCGGATGCACGCCAAGCTTCTTTCAGTTTGT AACGTACATCTCATTTTTATTAAAGGACTCTATAGTAGCTTAAAAAGGTGCTTTCCAAGT AAATCTACAATAGGTAGATAACTAATCTTACAACACACGATTGTCCACTCAACAAGAGCT TTCCACAAACAAAAGAATCATTCTTTGCAATTGGAAAATACATCATGACCTCTACAGAAC TTCATCATAACAACGAAGCAATCATTCAACTCTAACATTTGGAATAACAAAAATAGGGAA TAAGGAAGTAGTGAGGAACAAAGGGAAGTAGGATTCGAACTGAACTGATCAAACAACAAA CACCCAGATAAGAAAAAGACGCATAGATCTAAAACCACTAGCAAAAGATCATCAAAAGTA CACCTCATAACCGAAATTCCATTACAATTCGACAGCAACAGTTCAATAACTTAAGTTCTT TAAAACAAAAAAAAGGAATTCACTTGAGCAGAGCAGATCTGAAGATCAATGCCAGCAAGG CGTTTCAAATGCTCCCTTAGAAGCCTCTTTGAATCATACTCTCTGATCTTCTTCCTCGCC ATATTACTCTGTTTTTCTTACAATCCAAACGAACGACAACTCTCTCTCTCTTAAACAATT ATACAAACAGTTGGTGGGTATGCAATTGATTACAAAAAACGAAGATCTAGAACTATGAAA TTTATGGAATTATCTTAAGGTAGAAGAATTGTGGGTATTCACCAACCAGGCAACAACTGG TGAGTGAGATGAATGAGCTGAGGTGGGGGTGGGGACAGGGGAGTAGGTAGTTGGGCGTTT TTAACAAGGGAAGATACTGTATTGGGAAGAATAATGATGCTGCCTGATTTTCATAATCCA ACTATTTTTCCTTGATAATGTTATTAGCGCCCCTAAACTTTGTTTATCTGTTCATGCGCC TTATATTAATTAAAAATCATATCATTATCCTAAAATTATATCCGTTTATGTTTTTATTTG TTCGTCTGATTTTCACTTTATCATAGAAAGTAACAAGTTTTTGGAAACTAAAGATATATA GTAAATATTAAAATATTATTTAATTATATATTTTTTAATATATCATGTGAAAAAAATTAT TAAAAAATAAATTTAAAACGTATCTAGAAAATGAAATAAATAAATTAAAATGGAAAGAAT ATCACCTCTTTTTTATCAATATTGAAGCTTTTTTGGTAATGACTATCGCTAAGATTTGAA TTTATTAATATTACTAAAAACTATTTTGATTCATGTCCAAAAGTGATCCGGATTTATATA CAAACAACAAAAAATCTTGAAAAAAAAGGAAAGTAGTCTAAAATTGATGTCGAGGAACAC TCCTCCGTCCAGTTTTCTCATTGTCGTTCCTCCAAACTAACCCCAAATTCGTATGTTGTT GAGCTTGAGCGAATTACACCTCTACATTTAACCTTTCAATGAATGCCATGGAATCAACCT CCTTAAAGACTTCTTCAGGTCAAAATGGATTCAAACAACATACCTAGGAGCTTGAAGCTA CGATACGACAATCTTCATCAAAAATCATCCTCTACGCAGAATGAGTCCCGAAAAATGATA TCACTATAAAGAGATTCATTTTCAAGAGGTATTTCCGACACAGCTGTCTCTTAGGTGTTA TGAGAAGTATATGTGTGAATCCGATTAGTTATTACTTATCTCTTATGGTTGCATTTGCTT TCAATTCACGTCGACTTATCACTTTTGATCCTTAATTCCTTGTTTATGTATTGAATCTTT TGTTTTGTATCTTCTTAATTTGTATATTTGGGATTTTTCCTTGTTCTGTTACTAAGATTT TCCTTGCTAGTTGGTACCTTTAAAATGAACATTGTAGTAGCTAAGTAATAGGTCAATCTA TTTTCCTTACATATGTGAACCACCTTCATTACCAAAAAATAAAAATAATAATAATTTAAA AGGCAAACCTTTCTCCCTCAAATACATGATTTTATCAGTCTTGTGATTTTTCCAACTCAT TAATTCCCAAGTGTTACCAATACAGAATTTACATGTAGCAATAGGCATTCACTACGGCTT TTCTCTTTCATCAAATCTTTATTTTCGGCCTAGATTTAAAGTTATGTGATTACTCACTTC TTTCGGTAAGTTCACACGTAGCAAATAGTTATTTTATCACTTCACAATTATAATTATAAA GTGTTGTACCTTCTCTAATTGACAATAATCATGGTTAATGGGCAAGTAATAGTGCAGTAC CCTCAATTGTGTTCAATTATCGAACTAAACACTACACTTATCATTTTGGGGTTCCAACCA AATCTCCTGATTCATGAAATCTCTAACTTGTAGCATAAGTTTCCATACGTGAGAGCCCTC TCTCATTCTACCACTTGCGGCCTATGTCTTTTGCGGTACTTGTTCCGCATAAAGTTAGAC CACAATGTGTTAGGTTGATCTAAGATCCCATCATAATTCAGTAATGAATGTTTTCGAAAC ATCAGATAGAGATCTAAAATCAAAATCTTGTCTTTTACTTTACATTCCAAACAATTAAGC GTTTAGCCCTTGCTTTTTCCTTAAAATTCCATAGAAATTTAGCAAAAATCCTATGTATAT CATGTATAACACATTTACGACTAATATAATGTTCTTTGTGATTTAAAAATTATCTATATT AGATATATTTTATAAGTAGGGGTAATTAAATTGAAAAATCAAATCAAGTTGAATTTTAAT TTTGACTGATGTTTTGGATTTCTGGTTTAATTTTGAATTTATAATTTATTTTGTTTGCTT TGATTTAGAATTTACAAAATTGAAAATTGAAAAATCAAAAAATAAATTATATATATGTGT GTTTAGAATTAAGTTGGAGTTAAACATTTTGTCCCTTTTTAGTTATGAATTAGTTTATTT TTTATGTTTTGACATCTATAATTAATATTATTTGTAAGTATTGTATTTTACATTTTTACT TGTGATTTATATTAAAAGTATATTTAAGAAATTTAAATTGCAAACATAACTTTGTTATGC TTCTAATTATTAATATAACCGATTAATCGAAGTGAAAAAATCCAAACTAAATTTATTTTG GTTCAAATCAAGTTACACTTCTTCAAATCTAAAAATCTAAACTGAATAATACAAAACCAA ACTGAAAAAACCAAATGCACACCCCTAATAATATGTATAAAAATTCATTAATTAATTATT AAATATAAATTTAATTTTCCACACTCTTAACCTAATTATTATTATTTTTAATTTAATTTA TGACTCTGCCTCTGATTTGGATAGTGAGATTGCTGGTGTTGATTTTGGTGGGAAACGAGC ATTTACGTTCCCGCCATTTTTGTTAAAAAGAATGAGATAAACGGCGTCGTTTATTATGTG CCACGTAACGCAGCACTTCAATTGACAGCTCACTCCTCTCGCTGCCTCAAATCAAAGTAC TAATTTACCCTTCGCAATACATAATCCCAACTTTGAATCCCTACAAGTAATAGGTATGAT CAGGGAGAGGTTTGTCATTACACATACACTATAAATGGGCAATTGGTGTAATTTATCGTA AATACAAGACCCTTTTCATATCACTCCAGGGATATAAATACCAAATTCTCAGTCTCGTCC ATTTTCAAATCAGTCATTCGCTCCCATTCTCTTGAAAAAATTCCTCTTTTCCTCGCTCCG TTTTCTCTCAATTTCTTCCTTAGAAATTCGAGTTTTCTCTTTATTGTTCATAGATTTTTC GAGATCTCCTTTCCTTTTACTTCGATTTTCAACTTTTTAGTTCAATGTTTGATCTGTTTT TCAGTGTTCACTTGAACAATTTTCATGTTTATGAAATATAGTATTCGAAACCCTTGACCC GACTCATTGCGCGGCGCACTACTCCCAGTTGAGTTTCGAAACCCTAATAGGGGCATTGAT AAGGATGTGAGTTTTTTTTCCTTTTTTGTTTGCTTTTTTAATTTGAGCATGTTTAGTTTT TGCATGTGACTTCCGAAACACTTATTTCGGGTTGGAATGAGGTTTTTTACTGGGTAGGGT TTTTTATGGGGCTTTGTCAAATGGAATGTATTGAGGAGATCTGTTACCTTTTCATGTTCG TTCGTCTGTAAGCATTTGTTACTTTTGATTAATTGCTAACTCATATTTTTTGATGTTGGA GTCTAACATTGTGGTTGGTGGTGATTTCTGTGGGAAGTTTTCGACTTTGTCTTGAAGCAT GTGTTAAACCCTAAATTGGGGCTGCCACTGGAGGTTGTGTTTTTGGTGGGGTTAGATTTC TGTTCCGACCCCATCTTGTTTTTGGACTGAGGTTTAGTTGTTGTTCGTTATATTTTTGTT ATCTTTGTTTCTGAAAGCTTATTATATTATGCTTATGCAGTAGCTTTGGTGAAGCACTTG GTGTGTAGGGGATAAGAATGTTTTCTGAGTTCTGCATTGTTTTACTACTTGGTTTTTGTA AGGGCCAAGTTCATTAGGATTTGGGATATTCAGGTGATACCATAATCTGTATCAAGTTTT TGACATTTAATTGTTTGATATGTCTCTGTGTGAGATATAGCCCTTATTCTTGTCCAGACC ATTAAATATTGGTTGAAGTTGGAATTTGGTGGTGTTTCTCAAATTTTGGGAAAATATAAT CAAGAAACAAGTATACTGTGTTCAACCTTTTTTCTAAATCAGGTGAAGGATTATGTATGC CGTGTGTATCAACTTCACAACAAGTGAAAAAAATGAAACATGCAAATTGTGTATCAATTA GTCTTATGAGTTGTTGATGATTGTGTGGTGGGTCTAATGTTGTTTTTATCAGGAAGATGT GCATCAAGCAGTTAATATGTGCTTTCTTGGAAATTAAAATTTTCAGAAAATCATGGATTA TGGTGGCTATCATAGTAATTTAACATTCTTCTTTCCATATATTTTTGTCCATATCAAAGT TATTGTATATTTTAACGAGTCTCTTCATATCTTGTTATTTTAGTTTATCATAATGTGAAG GGCTGTGCATGACAGTTCATCAATTGACTTCTTTTGTCGCATCCATAACAATGTAGAGTA GTACATATTTTGTGGATTCTTTTGCACAATGGGGCAGTATTCTTTACGTGTTCTCTTTTA TCTGCAAATACATGTTTAAATTCTTTTTGTAGTGCCCAACTGATTACTGATTCAGTGCTT GCCAAAAATTTGGGAGATCTTGGGTTCTGGTGAATGATAAGATCTCAAATATATAACTAT GAAAATACCTTGAGATTGCTATGAATTTCAAGCTTTATGAAATTCCAAAGGAATGATACT TCAAACAATGCTTACTCATTTTATAGATTATTGGAATTTGTATGGAGGGTCTCTTAAGAT TGCATTTCCCCCCCTTCTCCCATTTTTTAAAAATTTTGATTTGTGTAATTTTTGTGTTTT CTTGTCCAGATCATCAACAAGTAGCTGTATGATGCCACCAGAACAAAGAACAGGAAATGG CCCTCCTGCAAATGGGAATGCAACAGGCAGAAATGCTTACACAATTGACTTGCCTACTTT TAGTAAGCGACTGAAGGACTTGTATTCACACTGGCGTGAACATAAAGATGAGTTTTGGGG TTCTTCTGATGTCCTTGCTATAGCTACTCCACCACCTTCAGAGGATTTAAGATACTTGAA ATCCTCGGCTGTAAATGTATGGTTACTTGGCTATGAGTTCCCTGAGACTATAATGGTCTT TGGGAACAAGCAGATACATTTTCTGTGTAGCCAAAAGAAAGCTTCATTGCTGGATGTTGT GAAATTGACTGCTAAAGAGGCTGTGGGAGTGGAAGTAGTCACACATGTGAAGACCAAAGG TGAGGACGGGACTTCTAAAATGGACAAGGTGCTCCATGCTATTCATGTGCAGTCAATATC AGATGCTTATGATACTCCTGTTATTGGATATATTGCACGAGAAGGCCCTGAAGGAAAGCT CTTGGAGGCATGGACTAAGAAGATAAAAGATTCTGGCCTTAAGCTTAATGATATAACAAG TGGACTTTCTGACCTTTTTGCTGTGAAGGACCAAAATGAGCTTGTTAATGTGAAGAAAGC TGCACATCTGACTGCTTCTGCTATGAAGAACTTTGTTGTTCCAAAGCTTGAGAAAGTAAT TGATGAGGAGAAGAAAGTAACACATTCCTCATTGATGGATGACACAGAAAAGGCTATTTT AGAGCCTGCTAAAGTCAAGGTGAAGCTGAAAGCTGAGAATGTTGATATATGTTACCCTCC AATCTTCCAGAGTGGTGGTGTTTTTGATCTTAGACCTAGTGCTACAAGCAACGATGATGG CTTATATTATGAATCTGCCAGTGCCATCATATGTGCAATTGGTTCACGATACAGCAGCTA CTGTTCAAATCTTGCCAGAACGTTTCTAATTGATTCCACTCAGATGCAGACCAAGGCTTA TGAAGTGCTTCTTAAGGCCCAGGAGGTGGCAATAGATGCACTGAAGCCTGGTAACAAGGT TAGTGATGTTTATCAAGCAGCTCTTGCTGTGGTTGATAGGGATGCTCCTGAATTGGTGAA CAACCTGACAAAATCTGCTGGGACAGGGATTGGTCTTGAGTTTCGAGAGTCAGGGTTGAT CCTTAATGCTAAGAATGATAAACTGTTGAGATCGGGAATGGTTTTCAATGTGTCACTTGG TTTCCACAATCTGCAGAACGAGACCAACAAAGTAAAGAGCCGGAATTTTTCACTCTTGCT AGCAGATACCGTGATAGTCACAAAGGATGGTCGTGATGTGATCACCCATTTGAGCTCCAA AGCTTTGAAGGATGTGGCCTATTCCTTCAATGAAGATGATGAAGAAGAGGAGCCACAAAT GAAACCAGAGTCCAATGGTAGGGATACCCTGTATTCCAAGGCAACACTTAGGTCTGACAA TCATGAGATTTCAAGAGAAGAGAAACGAAAGTTGCACCAGGAAGAACTTGCCCGTCAGAA GAATGAAGAGACTGCTCGACGTCTTGCTGGTGAAGAAACATTAACTGGGAATAACAGGAG TGCTAAGACTTCGACTGACGTTGTTGCCTATAAGAATGTCAATGACCTACCACCACCCAG AGAGATGATTATTCAGGTTGACCAAAAGAATGAGGCCATCCTTTTACCAATATATGGTAA TATGGTTCCTTTCCATGTGGCTACTGTTAAGACTGTTTCAAGCCAACAGGACTACATCCG AATCATATTTAATGTTCCTGGTGCCCCTTTCTCACCTATTGATGTGAAGAATCAAGGTGC CATCTACCTAAAAGAAGTTTCATTTCGCTCGAAGGATCATAGGCACATAAGTGAAATGGT CCAGATGATTAAAACACTTAGACGTAATTATATGTCAAGGGAGTCTGAGAGAGCTGAAAG AGCAACTTTAGTGACTCAGGAAAAACTTGTCCTTGCAGGGAATAAATTCAAGCCAGTTAG GCTACCTGACTTATGGATCCGTCCCACATTTGGTGGTCGTGCACGAAAGCTTGCTGGTAC ACTGGAAGCTCATGCTAATGGTTTCAGGTATTCAACCACAAGACAAGATGAACGTGTTGA CATCTTGTATGGTAATATCAAGCATGTGTTCTTCCAACCAGCAGAGAAGGAGATGGTTAC CCTCCTTCACTTTCATCTGCACAACCACATAATGGTGGGGAAAAAAAAGACCAAGGATGT GCAGTTCTATGTTGAGGTAATGGATGTGGTCCAAACGCTTGGAGGTGGAAAGAGGTCTGC ATATGATCCAGATGAGATTGAGGAAGAACAGAGGGAAAGAGATCGAAAGAACAAAATCAA CATGGACTTCCAGAGTTTTGTGAACCGGGTGAATGATATTTGGAGCCAGCCTCAGTTTAA GGGATTCGACCTGGAGTTTGATCAACCTCTGAGAGAACTTGGGTTCCACGGTGTTCCTTA TAAATCATCAGCTTTCATTGTACCAACCTCCAGCTGTTTGGTTGAGCTGGTAGAGACTCC ATTCCTTGTGATAACCCTAAGTGAGATTGAGATTGTTAACTTGGAGAGAGTTGGATTTGG GCAGAAGAACTGTGATATGGCAATTGTTTTCAAGGACTTCAAGCGTGACGTCATGCGGAT TGATTCAATCCCTATTTCATCCCTTGATGGCATCAAGGAATGGCTTGACACAACTGACAT CAAGTATTATGAGAGCAAGGTGAATCTGAATTGGCGTCAAGTACTGAAGACCATAACAGA TGAACCACAGAAGTTTATTGATGATGGTGGTTGGGAATTCTTAAACTTGGAAGGTACTGA TTCATCATCTGGAGATTCAGAGTCAGACCAAGGTTATGAACCTTCAGATGCTGAACCTGA GTCAGACTCTGATGATGATGAGTCTGATAGTGAATCTCTGGTGGACTCTGAAGATGATGA AGAAGAGGATGATGATGAAGATTCAGAGGAAGAAAAAGGTAAAACATGGGAAGAGCTGGA GAAAGAAGCAAGCTATGCAGACAGGGAAATTAATGAATCAGATAGCGAGGATGAGAAGAG GAAGAAGAAGAACTTTGGCAAGTCACGAGCTGCTCCTACTTCTGCTGCCAGAAAACGAAT GAAGTTCAGGTAGATGGGTTAGTTAGAAGGGCGTTTCTTTAATGTTCCTTTATGGATGCA AAGACCTATTATGTTTCTGTTTCTCTTTTTGCTGGTTTTTGTTCTAATTAGGTGGTAGTT TTGATCTTATTGTAAATTACTAGCCTCAGATATATGGAAACATATTTCTAGTGTTTTTAT CTGTTATGCCAGTGAGAAAACCTGCCATATTGTTTTCAGTGAGTAGCATATATTTGGCAA ATTTTCTTGAGAAGCATATCATATAGGAAATGCATTGCTAGCTATATAAACCTTTAATTT TTTTTTAGTTTGTCATTCTTTGACAGATGTTTGAGGCTTCTCAGTGGGGTGTCATCCAAC TACGAGAAGGAAAAAAACTAAAAAAAAACGTTAATGATTTTGAATACATCTTCTCATTTG TATTTGTTGCTCCTAGTTGTGGAAGTAGCTTAACTGAAAGTAGAACTATAGGAACCAGAA AGCACTCGAGTAACAACATTGTTCTTATCTTGTCTACTTAAATGAAGTGGTAAGATATTG CAAAACATAGTAGCCTGGTGGTGATTTGCGGAAGACTGTTCAATTTCTGGAAGACAACTG TGAAACTTTTCGGCCACCTACATTCATCAACTGGTGCTAGTTTCAGATCATCTCCCAAAG CAGCGTCATTCTCACTTCAAGCAGCAGTTGCAGAGTGCCCAGGTATTAATAATATCAGTA TCCAAAATATGTACAAGCTGAGAGTATATGAAAATATACTGCTTTACGTGCCCCCATAAC ACTAAGAAATAGCTAGGAACAAGACCTTTTGCACTGTAATAGGCGAGCAATTGTCCTAGA AATGTAGCTGACAAGTAACTGAGTAAATTTTGAAAAACAAAAGTACCAAGGTCAAAAATT TAAATGGAACTTAAACCCAACTTAAGTTGCACAATCTGATTTTACACGAATTCACTACTT GGCAAACACAGAAAAAAGAGAAAAACTATTCTAAGATCCAAGTCTAAACTCCGTTGTCTG AGTAAATACTTTACAGCTGCTTATAACTTATGCAGCATATACTAATATCCTAGGACAGTT AAGCACGTGCTACTGCACTCTTTACCTAAACCTGGGTCTCTTGGAAATGTTGCTAGAGAG ATTTCTTCTCTCTGGAGGACGACCTTTCCCAAAAGGCTTCATATTCCTCCTCTTCCTATC ATTGTCACTGTCTGATTCAGCCCCTTTCTCTCTGTCGGCATTGCTTGCTTCTCTTTCCAG CTCTTCCCATGTTTTCCCTTCTTCTTCTGAATATTCCTCAGAGTCCTCCCCTTCATCATC ATCTGACTCAACTAGTGATGCGCTTTCATCATCTTCCTCGTCTGATGAGACGGGCTCTAC ATCTGAAGGTTCATATCCTTGATCAGACTCCTGTGAGTTCTCAGATTCCGAATCAGTACC TTCTAAATTCAAAAATTCCCATCCACCATTCTCTATGAACTCTTCCGGATCATCAGTAAT TGTTTTCAGTATCTGACGCCAGTTCAGATTCAGCCTGCTCTCATAGTACTTAAGGTCAGT TGTATCGAGCCACTCCTTGATGCCATCAAGAGAAGTTGAAGGGATAGAATCAATTCGCAT AACATCTCTTTTGAAGTCCTTGAATATAATTGTCATGTCAAAATTCTTCTGCCCGAGACC AACCCTCTCCAAGTTGACTATCTCAATCTCACAGAGAGTGATCACAACAAATGGTGTCTC TACGAGCTCAACAAGGCAGCTAGATGTTGGGACTATAAAAGCTGTTGACTTGTGGGGTAC CCCGTGGAATCCAAGTTCTCTCAACGGCTGATCAAACTCCAAATCAAGCCCTTTAAACTG AGGCTGGGTCCAGAGGTCATTTACCTTATTCACAAATGTTTGAAATTCCATGTTAATCTT GTTTTTCCTATCCCTTTCACGCTGTTCCTCCTCAATCTCATCAGGATCATAAGCAGATCT TTTTCCACCCCCAATTGTCTGCACAACGTCCATCACTTCAACATAGAACTGCACGTCCTT GGTTTTCTTGTTCCCCACCATTATGTGATTGTGCAGGTGAAAGTGGAGGACTGTAATCAT CTCCTTTTCTGCTGGCTGGAAGAATGCGTGTTTGATGTTACCATACATAACATCCACTCT CTCATCTGGCCTTGAAGTTCCATACCGGAATCCATTTGTGTGAGCCTCTAGAGTACCAGG AAGCTTTCTCCCGCGACCACCAAATACTGGACGAATCCACAGATCTGACAACTTGATTGG TTTAAATTTGGCTCCAGCAACTTGAAGTTTCTCTTGTGTTACTAAAGTTGCTCTCTCAGC TCTCTCTGATTCTCTAGAGACAACCTGCCTGCGGAGGGTTCTTATTTGTTGAACCACTTC AGTGATGTGCCTTGGGTCCTTGGAACGAAATGAAACTTCTTTAACATATATTGATCCCTG GAACTTTAGAGTATTTGTGTCATGAGGAGTGAATGGAGTGCCAGGAACATTGAACATTAT TCGGATATAGCAGGTACGGTTAGTATCTTGTTGACTAGATACACTTTTCACGGTGGCAAT ATGGAATGGAATCATGGTACCATGAATAGGTAAAAGAATAGCCTCACTCCGCTGGTCAAC CTGAATCATCAATTCTCTTGGAGGTGGCAGATCATTAATGTTCTTATATGCAAGCAAATC TCCAGTGGCTTTCGCAGAACCACGGCTATCTGCACCCCCAGAACTTCCTCCTGTGAGCCT TCGTGCAGTTTCTTCGTTCTTTTGGCGGGCCAATTCTGCCTGGTGTTGCCGTCTTAGTTC CTCCCTTGATGTCTCGTGGTTAACTGATCTAAGTGTAGCCTTGGATGAGAGTCCATTGGC AGCAACAGGCTTAGCTTTGACCTTCGGCTGCTCCTCCTCTTCTTCTTCATCCTCGTTGAA TGAGTAAGCCACATCTTTTACGGCTTTAGAACTCATAGAAGTCACCACTTCTGGAGCATT TTGACCAATAACAACTGTATCAGCAACCAAAACACAAATTTTTTCAGTTTTGGGGTTTTT AGACTCTGTTTGCAAATTCTGAAACCCAAGAGACACATTAAAAACCATGCCAGATTTCAG CATTCTATCATTCTTGCCGTTGAGGTTTAACCCTGATTCACGGAACTCAAGCCCAATTCC AGTTCCTGCAGATCTCGTCAAATTTGCAACCAATTCAGGTGCCTCCTTTTCAACCACATT GAGGGCTGCTTGGTAGACATCTCCAGCCTTATTTCCTGGTCTCAGAGCTCCAATTGCAGC CTCATGAGCCTTCAAAAGGACTTCATACGCCTTGCTTTGCATTGGATTGGCATCAATTAG AAAGGTCCGAGCAACATTTGAGCAGTAACTATTATATCGAGAACCAATTGCACAGATAAT CACACTTGTTGAATCATAGTAAAGATTCTGATCATTGCTTGATGCACTTGGTCTCAGATC AAACTCTCCTCCACTCTGAAAAATTGGAGGGTAACAGATGTCGACATTCTCTGCCTTCAA CTTCACCTTAATCTTTGCAGGTTCCAGTATGACCTTTTCAGTATCATCCATTAGTGAAGA ATGTGACACCTTCTTCTCCTCATCGATAACCCTTTCTAGCTTTGGGACTACAAAGTGCTT CATCACTGATGAAGTCAGATAGCCAGCTTTCTTCACATTCATAATTTCAGCGGTATCCTT GACAGCAAACAGGTCAGAGAATCCATTAGTTACATCACTGAGCTGAAATTGTGTATTCTT TAGCTTCTCAGTCCATGTCTCTAAAAGATTCCCTTCAGGAGCTTCTCTCGCGATGTGTCC AACAACGGGCACATTTGACTCTGACTGATCTTGCATTGCTCGAAAAATTGCATCCATTGC ACCAGTCCCGTCATCTTTTTTAGACCTCACGTGCATTACAACATCCACTCCCACAACATC CTTGGAGGTTTTCTTGACAGCTTCAAGTAAGGAGGCCTTCTTCTGGCTACAGAGAAAATG GATCTGCTTCTTCATGAAAACCATGATAGTATCAGGAAATTCATACCCAACTAACCACAT ATTTAAAGCTGACGACTTCAGATACCGCAAATCCTCAGATGGAGGAGGAGTTCCTATGGC AAGAGCTTCAGAAGCTCCCCAAAGTTCATCATTGTGTTCAGTCCAGTGGGAGTATAATGT TTTTAGTCTTTTACCGAAGTTCTCCAGATTGATGGCATAAGGATTGGCTGTTCCGGATGC TTTGTCATTAGAAGCCTTGACATTACTATTCCGGGTATCAGCCATCGAGTAGGACGAATA CAAGCCCTTAAACCCTCAATAAAGTGCAGAGCCAAGCGTGATGATAACCTGTGAAAAAAC AACAGGAAGTTATGATTTCCTTCCTCTCCTCCCACATAGCAAGTTTACCCAGCTACCCAA TTCCTACATTGATGGTATTCCACCAAAGAATGTGAAGAATTTAAAATAAACAATTGTAAA GGAAGTTAAAAAATTAGCAGACCAAAAATACAAGAAGAAACTGAGCACAACCAGTTTGTG GATTTACCGGCCAGGAAAGGGAAATCACTTGCTTCACATATGTCCTCTAATCAAATTAAC AACTCAAACCAGTATGTATTTGGGAAAGCAAGAAGGAAACTACTGCATTTGAAAATCCCC ATTCCACCCAAATCTTTCTACCATTTTCTCAATCATAAAATAAAGAGTAGATCTCATCCT TCTCGTTCTTGTTTTCCTGTAGCTATGGTTCAATTCACATAGAAAAAGATATTCTGATAT AGAAGTTGAGAAATGCCAATTTTACACCAACACCTGAAATAAGGCCTAACAATTAAGATC CAAAAAAAAAAAAACTTTTACAAAATTACACTAGAGTTCATTTTTCTCGCAAGCCAACAC TTTGATTTTCACGGCTATGATTTCTTTCTACTCTAATACAAAATATAAACAAAACAATCT CCTAGTTGAAACCATTCAACTAACTAACACGAATCTCCAATTTCAACTTCCAAAAAATTC CACAATAGCTAAAATTATTCATTACACCAAAAATCAACTCATATACAGTAATCATCCGAA TCTCAAGCTCAATGAGAAAAATGGAAAATTAGCACCAGAAAAGCAGAAACTCACTTTGCA ATTGACTCTGCTTTTCAGGAACAAACCTTTCTCCGATCCTCTAATATCCTGATCCTACAA CAGCTCAAAATTTCAAAAACAATAAAAAAATTCTCCAAATTCTACGTTTTGAATAACAAA ACGAAAAAATCAACAATTACATTAAAAAACAAAACAATATGTGAACAAATATCTTACATG AACCGAGCTTTGTGACGCCGATACAGATCTGATGCAATTACGATCTCTTATATTAAACAG GATCGACGAAGACGATCATTTTTATCAATGGAGGAATTTAAAGAAGAAGATATATGTCAG AGAGTGTTTGAAGATGGGGCTTCAGGGTTCGTTGCGCTTATATACCCTGCATAATGACTT CGCTTATCCTTCGAGTTGGAAGATATTACGCCCAAGGATCCGTAATACACACCTGTGTAC ATATCTCCAGTATAACTATAAAAAAAAATTGATACATATATTTATTTGTTATTTTTTTTA AAAAAAGGAGGAGTTTGGAGTATTATTTATTTTTTATATGGTTTCAATATTTTTCAAATA AACAGAGTAAAGCAGAACCTAATTCAGTGTTCGATTATTTCTGACTAGCAAGTCTATCAT GTTGTTTTTCTTTCAAATTTTATATTAAATTAAGGTTTTATCAAAGCAATTAATTTTATG CGTTCATTATAATATACGTGAGAATGTTTTTTATTATGAAGTAAATTAATTACCTTAAGT GAGTCAGTTGATATCTTTAAGTTCTAAACTTGTATTTTCTCACCTAAAATTAAAGAAGAC TGTACGGTAGAGTTGATAGTTCAACACTTGTTGAAGAATTTAGATTTTTAAATTATTATT TTTTTTGCACTGAAATTTGTTTCCCAGTTTTAAAAAGTATCTTGCAAAATATTGAGTACT CCTCCTTATTGTCGCATTGTCATTCAATAATTAATTCTATGTTTAATTAAATACATATAT CAGTACGTTTCAATTAATGTGCGTTATTATAATTATTACTATTTCTGTTCTTATTTAATT ATTCATTTTAAAAGTGATATAAGTAAATCATTTTTGTTACGAAAATATATCATCGCCAAA TGATAAAATTAAGGGATATATAAAAAAAATCTCTAAAAAAATTGATGACATTGTTAGCCT TTGGGGTGAAGAAATAATGTTAATGTTGAACTTACTGTGTATTTACTAAAACATGAATTT TGTATACTATAGTACATAGTTTGGTATCCTCTCTATTGAAGGGTGCATTACAATACATGA AAATTTATGGTATTAGTAATGTCAGGAAATTTAATATTTCGCAATTATTAGTTAGGGTAA GGTTGTGCACTCTTCTCAAGAAAAATTTAATATAAAGTTTAATCTGACAAATATAATCCT ATTATAGTAAGAATATTAAAAAACTAAGTTATTGTTTAAATTGACAATTAATTTTAAACA TCTATTTTTAATATACTTGCCAAACATTTATGGACAAAAGAAATATGCATTAGCATGATT AAAACCCAATTATCCATCAAATTCTTTTTTACACCTCTTTCTCATCATATTTATGAAAGG TATCTTCATAAATAAATTATACAATATATGTTATTTTTAATCTATCAATCCAAATAATAA TAAAAAAAAACAATCCTTGTATATAATAATCAATTAATACTAACATAACCAATACAATTA TTATTGTATATTCTAATTAATAGTATTATTTTTATATATCCCGCGAAACGATCTCATCTT ACCAGTATAGAGAAGTGCTCGAAAAAGTTAATGACATTATTAAAGTATGGACAAGTGCTC GAAAAAGTTCTAACCAATAATAATTAGTCCATGTTGGTGTAGTTAATGAAACTTTTAAAG TAGTATTGGTCGAAAAAGCTTGACCAATACCAATTAGTTCATGTTTTGTCATAGAACCTC AAATATGATGGAGTAATTTTTTCCTTTGAAAAAAAGTGTAGAAATACTTTTATTTTGCTT TGTTCAAGTTGTGGAAAATAATACTTATTTGATGATGACAAACGTCAAGATTTTTTTTGT TAATTTAGTAAATATTTCATGTTAATTATTAAAATTAAGCTTTAATTAGTAAAATCACGA ATAAAACTTTAGAGGTGGACATTCGGTATTTCGATTCGATTTCATTTTTTTTTGGTTTTT GTTTCTTGTAAAATGTGTACCAAATACCGAATTAAAATATTTCAGTTCGATTCGATTTTT ATTATTTTGATTCGATTTTTATAAATTCAATTTATTTTTTTTATTTTGGTTTTTTAATGG GCATGCTTAGTAGGCTTTTTAAAATTTTAAACTTAACAATTTTTTTGTTTGATTTTTCAA CTTAATGGGCTAAAAAGTAAAAATAGATAATACATCAAAAGTAACATCTGGCGGCTGCTA CAACTGCTGCCCGAAAGAAGAAGAGGAAGAGGAAGAAGACTAGAAGAGGAAAAGGTGCTG CCTATGAGATGAAGAGGAATAAGGGCATTACATAGGGTTTCACATACTTTTTTTCTTTTT TTAAAAGATTATTTAATATTAATAATTATTAATTAATATAATATAAATTATAGTATAATA TTTTGATTTAAATCGAAATATCAAAAAATCAAAATATTACGTACCAAAAATCAAATTGAA ATACCAAAAAATACAAAAAAGTAAATCGAATATCGAACCGAAAATCGAAATACCGAAATT AAAATTCTGAAAAAATTTAGTTTGGTTCGATATTTCGATTTTCCGGCGTTTATGCCACCC CACAAAACTCTCAGGTTTACCCATTTTTACTGTGGGTTATATGGGCTGACCCGTATTTGA CCCGTTATCCAACCGCCTTCGTTTTTGGGAATTTTGTCAACACTACTACTATTAATAAGA GTTGCATTGCCATTTGCGAACAATTTCAAAGCCTACAGCCGCCATTTGTAGAGCTTACAG AGACCTGATTCCTTCGTTGTTCTTGGGGGCGCTGTAGAGAGATTCAATTAAGTTGATGAT TTAGGGTGGAATTACCAGTACCTTTTTTCTTTTAAGGTACGAGAATCACTTGTAACTAAT GATTGTTAACCTTTTTAAAATCTTGATTGGTAAGAACCCTGTTCAAGTTTCTTTTCGCTG TAATTGAGAATCGTGATATAGAAGTTGGGTTGCGGAGTGTGAAGGCAATGGAACTTAACA TAACTATATATGACCTTACTTTTTAGTACTAGGCAGTTATGCTGATTTCTGCACGTAACG TGTTTGATAATATGCCGCTTGCAGATTCTTGGTTCAGTCATTTGTTATTTGTTTTTGTGG AGATTCTTGGCTTTTCCCTTTATCATCACATTCTTAATTTTGTTGCAATGATAATGAACA AAGCAAACGTAAGTATTTCTCCTAGCAAAACTTAATATCAGCCCATGATTGATCGCCTTA AAATCTTGATTCAAAGGAACCCTGTCCAATTTTCTTTTTTCCTTTCCTTTTCACTGTAAT TTAGAATCTTGATAAAGAAGTAAGGTTTTTCCTTTTCTCTGTTGTTCAGATTCTTGATAA AAGAAGTAAGGTTTTTCCTTTCCTTTTCAGAATCTTGATAAAGAAGTTAGGTTTTTCCTT TCCTTTTCACTGTTATTCAGAATCTTGATAAGGAAGTAGGTTTTTCTTTTCCTTATCACT GTTATTCATAATCTTGATAAAGAAGTAAGATTGTGGAGTAAAGGCAATGGAACTTCACAT AACTATATATGGACTTAACTTTTTAGTATTATTAGGTAGTCATGCTGATTTCTGCAGGTT ACATGCTTGATGATATGCCAGTTGCAGATTCTTGGCTTAGTCATTTGTTATTTGTTTTTT TTTTGTGGAAATCAGAGCCATTACGTCATTATTCTTAGTTTTTCCCTTTGTCATCACATT CTTGATTTTGTTGCAATGATAATGAACAAAGCAAACATAAGTGTTTTACTCCTACCAGAA CTTAACATCAACGAATGATTAAAGAAGAAGGGTTGCGGAGTGAAGGCAATGGAACTTCAC ATAAAAATACATGGACTTCACTTTTTAGTATTAGGTAGTCATGCACGTAACATGTTTGAT AATATGCCGCTTGCAAATTCTTCGTTCATTCATTTGTTATTTGTGTTTGTATTTATTGGT ATTCCTATTTTGAGTACTCTTCACTTTTCCCTTTATATTCACATTCTTGAATTTGTTGCA ATGATGATGAACAAACATCGGTGTTCTACTCCCAGCAAAACTTAATATCGACGAATGATT GATAGCCTTAAAATTTTGATTGAAAAGAACCCAGACCAAGTTTCCTTTTTCCTTTTCTTT TCGCTGTTATTCAGAACCTTGATAAAGACGTAGGGTTGCGGAGTGATCTAGCCTCCACTA TATACTCACATAGACAAAAAAAACCTTTCATGCTGCTTAGCGCGCCGCACACAAGCCAGA ATAGATTGCAGGTCCAACCTCTTCGTTCTAGTTTCATTGTCGTCACTTCTTGAATTGATT GGATTAAATTGCTAATTACTTTTATGACCTGTCATTCCTTTTTTCCTTCCAGAGTTGGGG TTTTTAGTCAATGAAGTTGGTTTTTTCGTCCAATAATAGTATGGTACAGTGACTTTTGAA ACTTGAAATGGGTGATGATTGAATATAACTCAGCTTTATGGGTGGGGCTAAATATAATTT TAAAATATGATTATAAGGATATATTTGTTGAAAAAGCATAATGGAGAACAAAAATAATTT ATTATCGACATTAGAAGGACAAATAACCCTTTTTCTGATAGCTGATGAATTGGCCCTAAG GCTAGAGTGGGGTTTAAGTAATTTTATTAATCATTGTTAAGATGAATTTTCCTTTAGTCA ACTCATTCTTCCCCTTCAATTGCACACGTGAAGTTCCACGATTAGGGCAATGGAACTTCA CATAACTATATATGGACTATACTTTTTAGTATTAGGTAGTTATGCTGATGTCTGCAGGTA GCATGTTTGATCGTATGCCGCTTGGAATTGCTTGGTTCCGTCATTTGTTATTTGTGATCG CATTAATTTGTACTCCCTGTTTTGTGAAATATTAACCTTTACATCATTACACTTCACTTC TCCCTTTACCATCACGTCTTGATTTTGTTGCGATGATCATGAACAGAGCAAACATAAGTG TTCTAGTCCTAGCAAAACTTAATATCAAGAGACTTTGTGTAAGGCACTGTAATCGGAATG TGCTTGCGTATAACATTCTTACTGGATCTGCCACATAAATTGGTACGAGGGAGTAACATT TATTGGTGTAAGATCTCATATGGTATATTAGATGTTCTTTTGTATGCTTATGATATCCAT GGTGAATAACATGCAGAATGAGTGAGATTTATTTTTGATATCTAATACCTATCTCATATC ATGTACTTTATTAACTTATTGTAATAAATTCTATTTGTCATCAGTACTTCGGACGAGTTC TCTAATGGCAAAAGGAGAAGCCGTCGCTGTTAAAGATGCTGTCCACAAATTACAACTCTG TCTTCTTGAAGGCATCAAAGATGAAAGCCAACTCATTGCTGCTGGATCTCTGTTGTCTCG GAGTGATTATCAGGATGTAGTGACCGAACGATCAATTGCCAACATGTGTGGTTATCCTCT TTGCAGCAATTCTCTGCCTTCTGAAAGGTCTCGGAAAGGACATTACAGAATATCATTGAA GGAGCATAAAGTTTATGATCTTCATGAAACATACATGTACTGTTCAACAAATTGTGTAGT CAATAGCGGAGCATTTGCTGGTAGCTTGCAGGATGAGAGAAGCTCTACACTGAATCCAGC AAAGCTTAATCAAGTCCTGAATCTATTTAAGGGGTTGCATTTGCATTCCTTAGATGATGT GAAGGAAAATGGAGATCGAGGATCTTCTAAGTTGAAGATCCAGGAAAAAGTGGATTTAAA GGGTGGTGAAGTTTCATTAGAAGAGTGGATGGGTCCATCTAATGCAATTGAAGGCTATGT TCCACAGAGAGATCGAAGTGTGAATCCAGCACTGTTGAAAAACATTAACAAAGGTACGAG GATTTCAATGATCTAAACAGGTATCTGTAGTTGATAGGAGAATGCTTTTCGAGCTTATGC TTGGTGGAGTCGCTTCATTTGAAACTTTAGAATATAGTGGACTTCTTATTCTAGCTAATC TAAATTTATGCACTTGTTGATAATGACAAATACTGGTAATTTTGCAGGATCCAAGAATAA GCATGCCAGACTCCAAGATGAGAAAAACATGATACTTAATGAGTTTGATTTTTCGAGCAC TATAATAACTCAAGATGAATATAGCGTTTCAAAGTTCCCAGCTCCTGTAAATGCTGACTC GAATGTAAAGTTCAAAGAAACCCAAGCGAAGACGAGGTACAAAGTTAGGGATGATGATGT TTATATACTGGGGAAGCAAGTTGATGCCTTGCAGTTGCGTTCTGGAGAAGAAACAGAAAA ATCGGATAAGAACACTAGATTTTTGAAGGTGGACAAATTTAATTCTGGAGAAGTGTCTTC TGGTCCTTCCCAACATGATGTCAAGAACAAAAGTGTCCTAATTATGTCTGATGACGGAAG GAAATATGCATCACATGGTGAACATGATAAGCTCAAATCTTCTTTAAAATCTTCAAATTC CAAAAAAATGTCTCGGTCAGTCACTTGGGCTGATGAAAGTATCGATGGTGGCATTGGCAA GAAAACAGAGAGCTCATCCAAAATATCAGAATATGAGAGTCAAGCTTATGGGGGATCAGC CTCTACTGATATGGAAGAGAATGATGATTCATATCGGTTTGAATCTGCAGAAGCCTGTGC AGCAGCACTAAGCCAAGCAGCAGAGGCTGTTGCCTCAGGTTCTGATGTTCCTGATGCTGG TATGACATTTTCATTGATCCTCCTTATTAGGAGATTTGCAAGTCATACTCTCTTTGCATC TAATTGCTTTTGAGTTCTGTTGCATGTGATATTTAGTGTCCAAAGCCGGGATTGTAATAT TGCCACCTTCACAAGAAGTGGATGAAGCAATACTTCAGGAGACTGATGAGATGCTTGATT TAGAAACAGCTCCTTTAAAATGGCCAAGAAAACCAGGGATGCCAAATTATGATGTCTTTG AATCAGAGGACTCTTGGTATGATAGTCCACCTGAGGGGTTCAATATGACTGTAAGTTGCT CCTCAAACCTTTTACACTCTTGGAACTTGCTACCACTGATTAATATTCTTGTTCTCTCTT CATATCCCCCCACCCCCACCCCCACCCACCCATCCTTTTTTCCTTTCTTAACCTTTTTTT TTGGTTGTGTGTGTAATTTTCTTCAGCTGTCACCTTTCGGAACAATGTTTAATTCCCTCT TCACATGGATATCATCATCGTCCTTGGCATTTATATATGGGCATGATGAAAGCAATAACG AGGAGTATTTGTCTATCAATGGAAGAGAATATCCTCGCAAAATTGTGTTATCTGATGGCC GGTCAACTGAGATTAAGCAGACTCTAGCTGGCTGTCTTGCTCGAGCATTGCCGGGATTGG TTGCTGACCTTAGGCTGCCTGTACCGATATCAACTTTAGAGCAAGGAATGGTATGATTAC ATTTTAAGATATTACCTTCCCCTTGTCAAAGCTCTTTTAGGATAACAGTGGAAGTTGTCA AGTCAATGACTTCTGAATGCTGTCAGGAGACATTAAGTGGTTGCCTTTTTTTGTGCAGCT AGAATCAATTTTAATTTCTTTTGTTTTTATGTTGTATTTGGAAGCAATTTTAGTCTCATG GTTTTGTTTTGGTTTAGGATTTCATTTCCCAGTAGGAGATAACTTTAAATATGCTATTAA ATGTTGCCAGTACTGTGCATTGCATGAAGTTGCAAAATACAAGAGGCTTGTAAAGGATTG TCTAAACTACCCGAAAGTCCAAATTTAGGGTTCTCTCTTTTCACTCAGCCTCAAACAATC GACATTTTGTCATGGGGGTTGGGGAGGAAATCAATACAAGTACACCACCTATAATTTTGA TGGAATGATTCTGCCAAGTGCTGTATAGTTGGCTGGGGGAGGTGATGGGATGACATTTTG TTTTCTATGACTCTGGAAGTTGCTCACGGTTTTCTACCATATGTCATTTTTCATTGTTTT TACTTATTCTTAAGTTAAGAGAAGAAATGAGTTTGTATGATATATTATCCTCATTGGCTC CATTATACTTTTAAGTGAGGTTTGTGTGCATTTCCAAAATCTAGAGGAGGTTCTTTGATG TGCTTAGAACCATCCACTGAGACTTTTCCATGGGTGTGTTGGCTTGTGATGGTGTAGTTA GGTAGACGAGGGTGTTTTTGGTTTAAGGATATCATTGCATGTCATGACTAATCAGTAATA ATCATCTGTGAGGATGACTCTTCTTTGTTTGACATGTGCAGGTTCTCCTCTTAAATACAA TGTCTTTTGTGGATCCACTCCCTGCATTCCGAATGAAGCAATGGCAACTTATTGTACTTC TGTTTCTTGATGCTCTTTCTGTATGTAGGATACCCACACTGACTCCATATATGACGGGGC GAAGGACTTCGTTTCCAAAGGTAGAATTTTGTGATCATAAACTTCTATGTTCTCATGCAA TTTTCTTTCCTCTATCTCACTCTTTAACATTTGTTCTCAGGAATCCCTTCCATCCCCTCC CCAGGTCTAGTTAGTCCTTTTAAATCTTCACTAAGATTTGCCACCTTCCAGAATTATATT GGACATAGATGCCTATATTTTGATGGCAGCATTTTTCACTAACTCGAGCTTGAATATTTG GTAAATGCAATTTATTAGGGCACTAGACCTATATATGTGATAGACATTACTTTTTCAGTT CTTGCTTCATGTTACTTAGAAAGGATCAACTGTTTTTTAGATGTTGACTATATTGTTTCC AAAAAAAAGAATTGAAACATGTTCCTTAGAGTGTGATTGTGTCCTAACTGTTCTTTGGAG TTTTTGTTTGTCCCATCTTCTGGAAAACTACAGTTCCAAAACATATTCCAATCATTTCCC CTGTTGCTTCTTCTGGGAGGCGATCATCTTTGTTTTTAAGCCTCGGGGCTCGGTCTAGTG ATAAGAGTACAACGCGAGATGTGTGAGTTTCAACCTTGTAGTTCGATATTTAAGTGGAGA AGATTATATGGGCAGGCTCAGTTTCCGCCAAGTTTCAGACCATGTGCTGTTGAACTTATT TTGATGAAGTCCTCTTTTTTTGATAAATTGTTTTTTCCTTGTTTTACTTATTACTCTCAA GTTTGCTAGGCAACAGGGAGACTCACCTTGACCACCTTCTTTCTTGTTCTTTGGTATGCA ATTTACTCCTCCTCTTAAATGAAACCATTATGGGAGATGGGATGTACTATTGAAATTCCA AGAAGATGCAGGAGATTTGATGCAAAAATGTAGAGCTTGGGTAGGATGAACTTTTAAATT CCATTACATGTGTTTATAGTCAAATATAACCGATTACTTATACTGGAAGAAAATGAAATG GTTATGTATTTTTAGTGGAAGGCATATAATAACAGCAGTTTCAAAATGGCCACCTGTAGG TAGGGAAAAGAAGATCTAATTACATGGTACACATGCTGTTTTGTACCCTCCTGCTTGCCA GAAAACATTACCAAGACTACGCTAATAACAGTATAGCTGGCAAACAGAAGTGTATTCCTT CCTTCGGGTAGCGAACAAAGTTGTTTGATGAGTCCGCATTGAAGTTGTATTGTTGTCAAC GGTAAAATAGAAAGTTGTGAAGTTGTCTTGTGGCTGGCTTTTACTGAGAAGTTCAGTGTG TTATAGTTGTTCTAGCTTAGCTGTTCTTGTTCATCAAGCTGAAAACTGACAGATTATTAG GGAGGTGCGGTAATAACCTCCAATGTTCCGCTTATAGTTGAACTTGGTTTTGCGGAATTT TCATGAGGTATATGGCAGCTCTCGAGGCTCGGTTGAATGCTATAAGCTTAACGAGCAAGC TGTCCAATTTTTTTAACTCCACTTGAATATCACTTTACCAACCTTTCACAGATTTGCTAA CAAGCATGCATGCAGTACTAGTAATTATATGTGAGCTAACATAGTTCGAAATGTTTTTGT TGAAAATCAAGAGAACCTGATTTCATTTGCTACCCTTCCACAGAATAACTAGTATGCAGG ATAATAGTTGTACTCGAGCATACATGGTTGACAAATGTCTTTATGTGAAAATCGAGTGAA TTAACAGTATAATGTGTTTAGATTCATTGAAGTAAAGTAAGAGAAGATTAGTGAGTATTT CAAAATATTCCCTTTGATACTGCTGGATATATTTTTATATAGTAGTGGATGGAGTGTTTG CCTACGTTGTTAAGATAGAAGATATGACTATTTATCATATCGGGACGTTGTTAAGATAGA AGATATGACTATTTATCATATCGGGACGTAACCTAAAATTCATCTATAATGGGGTTTTTC TAGTACATTAATGCACTAACGTATCTTCTTTCCATTTTCCCCTAGTTTTCCTGCATAAGA CATTAATAGTTTTTTGACTCAAAGAAGCCAGGTGGACTGAGATCTCCTTTTGTTGACTTT GGCTAAACAGGTGCTTGATGGTGCTCAGATAAGCGCAGCGGAATATGAGATCATGAAAGA TCTGATCATTCCACTAGGTCGAGTGCCTCAGTTCTCAATGCAAAGTGGAGGCTAGTTTGA CATGAAATAGCTGTTGTGGACCCTCTCCTATAAACCTTCATGGTAGAAAGAGGTTGTGAA AGTAGACTTGAAAGTGTGCACATACCGCAAAATTATATATGTTTGTTGCAACTTCTCTTC ATATCTGCTTATGTTATAGAATTTGCTATGTTGTCAAGACACTGATGATTGATGATAAGT GAAAAATGTAAAGTAAGTATTTACTCCATTTCCCTCTGGCTTTTTTAAAAAAATTATGAC AGCTATCGTCTATGTGGAGTAAATTAGTTTTTTTAACCATGGCAGTTTACTTTTTAACTT GTGATTTGTAGTATCCTATGAAGTCTTTATATGCACAAGATTTATTACTCTAACTTAAGA AATTGATGTCTGAATTTGTATTGGAAAATTCTAAATGCTTAAGTAGTCATCATAGAATTA GGTCATTGGTTTAGGATATAGTAGCAAATATGTTTTGCTTTGATTGGAAGTGTGGAGGTT ACTAGTTTTGTTGTCATTTCATTGTATTGTCGTGAAAATAATTGATCAGAATACAACCCC TCTGCTTATTGCATGACTAGTTCAATTATTAGCTGCAAAATTTACAAGCTTTAATGAGTT CTTCTGTGTAACAGGAACTGCACAGAGCTGTTGTTTAATACAATTTACAGCAAGTCCTCT AATCCTGATAGGAGTTGATTTTGCCACCTTTCCACCAGCAACATATCTTCGTCCTGTCAT TATATCCTCTTGTTGAAACATTGTTTAGTTTGGCAAGGTTTGATATCATGTTTACTGCTG TGATCCCTCTATCTTGGAGACTAGTGATATGGAAACTGTGATTCCACTTCTTTAGTGTGT GAAGATTTGGTCAATCATTTTTACCTACTTGTGCAGTCATGTAAAAATCCTCAGATGTGT TCTGTGAGGTGTGAATATAACTTTAAAATAGAACTATTATTTTTCTGTGTTTTAAATCCA AGAACTGTTTGTCTCCAAATATTCTCTGATCTCTTTGAAGCGTTGAGGCATGAACTGTGC CATTCTGTAAGTTTGTGCCACCTGAGTTTTTCCTTTTGCACTCTTGATCGACCACTGTAA ATGTTGCTCCCATCTGTCCCCAATATCAGTAGTCTGCATGTTAGCATTTTTGAGTCCACA CATGCTTTGTGAATATACCTGTCTCTGGTCTCCTTCTCAACTCTTACTTGTCTTCTGTTA GTAGTGGAGCCGCATTGCAAACACTGCTTAGCTACATTACCAAACATGAGGTATTTCTAT GGCTATGGTGAATTAGACAAAGTATCCATGCTATTTTGTTGAAGGGATTGGAGCTTTTTA GAATGACAACTCTTATAGTGCTCATCTAAGGTGATTGATTTTCTTTCTAAACCTTCTATA AGAGTCGAGTGAGACTGATATTTTTTCCGTTTGATGTCTATAAGGGTACTTGGAATCTCT TCCCATTGATGCCTTGAGTATTTTAAGTTGATTTGATCTGCTTTTAAGTTAATCTAACAT ACATGCTGAATCCTTTAAATAAGCACAATGTTAGGAAGGAGAGAGTGAAAGTAAAGGGAA AGGTTTTACTGATAGGAGATATAGGGTTTGTTCGGTATGAAAGGAAAATAAGTCTGTTCA CCTCAATTTGTGCCCTGTTTGAGTCTATCTTGTGTTCCGCAGATAAGCAAAAAATATATA AGGGAGGAGGTGTGGGAGTGAAGATGAGGTGTGTTGGAACTTGTTCTTGCTTATATTCTT TAATTTTTAGAAGAAATTTAACTTCTTTTTTTTTTCAAAACATGTGATCAATTGATGAAT AGACATAAATTGGGGGGAAATGTTTTCCCTGCATATCGAACACATTTTGATTAACAGAAA TATTTGTTTGCAGTTGTTCACTTTAGAGTTTGGCAGTATTTTCAATCAAATAGATTGTAA ATTTAATTATAATTTATAAGATATGTGATCATCTTATATCATGAACCAAAGTAGGCTGAA TTGGTTAATGGCATGACAAAGTGGACCAGTTGACATATCTATAATTGTTGATTCATTATA ATAATATACAGATTTTGACTGTGTAATCATTTTTTGAACGTGGATAATTCAGACAAGACA GCTAAGCACTGTTTTGATTAGAATATAAATATACATTTAGTATATTAAAATTCGTGAAAT TATTTAGACAAGTGCTGTTTTTAATACATGGAGATTGGAGAACAATTTGTTACTTACTAT TCTTAAGTCCACATATGATACATCTGTCACATTCTTACTGTTTCTGTGTATAATCATAAA TCGACCCTTTATCATTATTCACTAGTCAGTATTTATTTACTCTTTTTGTTGTAATTTGAT TTAGTGCGGAATTTAACAAAAGGGTTTCGCAAAGTTTTATCTTTTTAGGATTGGTCAAAT ATATTTGCTTTGATAGTAAATAGTGTTACTTCAAGCAAAGTATAATTTGATTAATATAAC TCTAATATATCAAGAATATCAAAATTGTATCTAACTGGTGTATCTAACTTTTGAATTGAA TTACACTATAATTAAGAGCAAATTTGGAAAAACATGACTAATTATTTTTTGATTATTTAA ATTGACAATTAGTCTTAAATATCTATTTTTAGCATATCTGTCAAATAATTGCGGACGAAG GGAGTGGTAGTTTCTGCCTAATTTGTGTGAATTTTAACAAAATCAAATTATGATACAAAC GATTAAAGAGACAAAACTTCTCAATAAAATGTGAACCTCATTAATTCTTCGGAAAAGGAT AAAAAATATGAATAAAAAAATCTTTGTTGTCAATACTTTGATCAAAAATATCTTTATTGT TATTTAATGAGTAAAGAATCCCATCTTTCCAATAAATTTGTTATTTATTTTTTAACACAT TTTTTCTAAGGATTATTTATAAACTTAGAAACGTTTATCCTATTTCAATTCATATAAAAA TAAAAAGAATTTTATTTTATTATAATTATTTTTTATCGTTACGTAAAATTAGTTGATGAT GGATTTACTATGATCTTATATATGATATGAGGTATGTTATCCGTTGAAAGGGTACATGAG GTTATTTTATTTTAAATCGATAAAGTGAGATGTCTACATTTTTATATATTAAAGTGAATT TTAAAAAAAGAAAACAAGAATATGATTGTTTAATAATATTTTAATTTGGAAGAAGTTGTC TTTAAAAAAAAGAAATATATTTATTCAGGGAAAAAAGCATTTTTGACCCATTTATTAATC GTATGGTATTTCTGGATCAAAATATTGACGGTAAAGACATTATTGAACTAAAATATTGAT GACAAAAATATTTTTGAATCAGATTATAAATAAATAATATTTTATTCATTTTCTGTGATT TGATGCTTTTTTTAAACCCTTTTCCGTTAATTCTTATTCAGTGAAAATCTTGGTAAAATT AACATCATGAAAAAACACTTAACGCCATTAGACACACAAGGCGATGTCATTATTCAAACT ATTTACATTTATATAGTTTTGATGAGATAAGATATTTAAGCAACGTTTGCATATAGGTAT TTATTGTATAAATTACGTGTGAATTTCGTCTACCTTTTAAATTAAACGATTTTGCACATT ATTGTTATTATTATTTTTAAAAAAACAAGGGAATGAAAAAGAAATAAAAATATATACTTT GGTGACTGCTGACTGGTTGGAAATGTGTTCGATCAGATAAAAATATTTTTTATATTTATA TTTAGTTGATTAAATTTTTCGAAAAATATTATTCAACTGAACACTATCTTTTGTCTTTGG TGCAGAAGAAAAAGAAAAAGACTAATACGCGTTCATTTATTGTTCATAAATGAAGTTGTT ATTTAAGTGAGTAGTTAGGTAGTCTTCTCAAATTTAGTGTGTACGACCAAATTAATACCT TAAAAATTAAGGAATTTAATAGTAGTACATTCTGTTTTACTTAAAAGAAAATACACTATC CTTCGATATTTAATTTTTCCTAAAATAAAATATTATTAATAAAATTAATTTTAGTTTAGA GATAGATGATCTTGGGAAATGAATGAAGCCTATTTTCTCACCAATTACTAAAAGGTCAAC AAAGTGATTAAAAGTGGCGACTTTCCCCAAAGTTTTACTTAATCCAATGAACACATCACA ATAAATGAGAATGCTAAGTTAATGATAGTGATATAATTAAGTTAATCAAACTATAATTCC GTATAAAATCGTTGGAACTAACAATAACATAAGAGTGAAAATCATTAGTGGAGTAGGAGG ATAGTAGGAGGGTACATATATATTGGTTCCTCCGTTTATAATTAATTGTCATAGTTTTCT TCTTTTAGAGTCAAATTATAAGAATTTTGATTAATATTTTACGATTATATTTTTATTTCT ATTGATATGCAAAAATTTACAGTTTTATAATATTTTACTATAGTTTTTGAACATTTAATT TTTTTTCGTCAAATTGACTTTCGAAAAGCATGACAAATAAAAGCGGATAGAGAAAATGTT TTATTTGTACATAAAGAGGTATAAAGATAATTTCGAAAGACTTGATTTAGAAAAAATAGT TAACATATTGAAGTAGAAAGAAAAATAACAAACATATCCATAACCAAATATAATGAAAAT AAATTCAATTATGATAACTAAGTAGTGTGATAATTAAAATATATAAAATCATTGGATCCC TGTGAAAATTTTGTGATTTTTTAGTTGAATTGATATTTTTCAAACACTAATTTTTAAATA ATTTTTTTAGAGAAAATATTTCTTTTATGAAATCAACGAGTCCTAAATATTATTAATGAT ATGACACATGTTAACAAAATATTTTCGTTCCAATCACTTAAATCCCTATTATTAATTTTC GAACATGATATCATGTAAATCATATTGCAAAAAGAAAAGAAGTAGTTTTAGACCATTAAA AATAAAAAGATCAAATAAGAGTTAAGTTTAGCTTAATTGAAAAAAAAAAAAGACAAACTA ATTTCATGATGGAAGTATGTAGTTAACCCCATAGATATCATATATTTTTTAATCGAAGTG CTTCTCTTAAATGAGATCTTAATAATAAATAAAAAATATTAGGTTTGATTTTAAAATTAA TGAAATATGTATCACTTTATCTAAAAGTTTAAAATGTTAAAGAGAATATATTTTTACTAA TAATATTCTCGATATGCCTCCTAATTAATGCAATATAATACATAAATATATTATTTAATT TGACCTCATTTCATATTTATACATTTTGACTTTGAGTATGTAGTAATAGACACTTAAATT TGTACAAAATTGAATAAGTAGACACATAGCTCCGAACATAGCATAATGCACATTGAATAC CATATAAGACGTAAATTGCCATGTAAATACCACTATAGAATGTGTGTGTCTGGTTGTTCA ATTTTTTACATACTAAATATCTATTTATAAATATTTAAAATTAAAAAATATAAATACAAA TAAAATATAAATTATATCTATATCGATAGTCATCTCCATAAAATTAGTAATTAAATACTA GTTCATAGTGCATACAAGAGATGTCTCCTTCGTGTTGGCCTTTTCCCTTAAGCATGAGGT GCGCTTCCATAACAACTAAGGTGTTGTCCAAAGCTGCTAAGGACACTGTCGCTCAAATCA TTGCGCCTTTCTTTTCTTTAAATTAAAAATAAATGAACACTCAATGAATTCCCTTTTCTT CTAAAAATGGCTTCGAACGGTCATAATTAGGGGTATGCATAATTTGCAATATCCTTAATA TTCAAATCGAAAAAAATAATAATTAGGGTATGTATTAAAAATATTATGAAAATTAATAGA GACGTCACTCATTGTATTGAAGCAGGATAGATGAAGTAAAAATTTCAATAATCTAAAATT ATATATGATAAATGCAAGCAATCTATTTTGAGAATAATTTTTATAGAGTGATCTTGCTTT GTGAGCGAAATGTTGGCCATTCAAAAATTTTCATATTCAAAAGTTGAAAATGATAAGGAT AAACGTGTTTGAGGTGAATGTGTGGATGTCAAGGAAATAAGAGATTAAAAATGGAGTTAT AAAGTGCCGCCTTAGATAATAACATGTGGAATTAAGATGTTTCAGACAAGTAAAATATGA GATGTAGAAATACTACAGTTATGAAGTGTGAAAGCTTGACAATTAGGGCCTTAGGGTGGG GGTGGTAAGATATAAATAGCGCGAAGAAATATTAAAATGAAAGAATTTTGTAAGATAAAT ATAATTTTTCGTCATTAAAGTCATGATGCTTGATAGGAAGGTTGGAGTTGTTTATACATG TTATTTCCCATTCTTAATGTACTAATATTTTTCTTCTTTGTCTTTATCTTAAAATTTTCT ATTTTAATTTGTTCTGATTTTATGTTGTTATTTTTTTCTTGCTATTATTATTTATATTTC TTTTATTGCTATCTATTTTTGTGATTTATTTTGTCAAGGTCTGTTAAAAATATTTTTTTA TCTTTATTGAGTCAAAGTTAATATTTTATACTATAAGGCTTTACTTATAAATTGCTCTAA TACTCTTCTAAAAATTAAAATATAAAAATATTTGATTAAATTACTAGTATTTATTCAAAT ATTCTTTTACTCCTCAAAGATTAATTTTTTTAATCATTCTCTACCATACGGAATAATTCA AAATCGGAGAAAAATCATGCGTTACGTATGATATTTGATGTAACATTTTAAAGAAATTGA CCACAAAAAAATACAAACTGAAATGTCTAGAAATTCGTATATCATACCAACTTTAATATC CTAGTCAAAATACAAGTAAAATGACATTTTTTATAAAATAAAAACAGCTACTTTAATTTT AAAATAATAGTTTCTCTCTCTGTTCAAATCATGTGACAATTTTTGTGGGACGTGCCATAT TGTTTTGAAGTCACTAATATATTTATCCCTATTTTTATTAAAGTTTTTAAATTATGACAC ACTAAAATTTATTTTTGTTTGAAATTTAATAAATAAGTAGTAAATTTTCAAATATCTTTT TTCTTTAAATTTTGTCGATATTCCCAAAGGTATATGTTATATATATATATATATATATGC TGATAATATAATTCTTTATCAGGTCAAACTTTTCGCAATGAAGTAAAATTAATTGTTTGA ACTTATTTATTTGTCTTTATTTTAAATAAAATATGTTATTTTTTTAATTAACCTTGTGGC TAATAAAATTCGTGAGGGGATTAGACGATGAAAATGTATTTAAAATTGGTTGTGCTTTGA CTATCACACTCGCGCATTTACCAACCCAAAAAACTTGTGAACAAAAATGTAAAAGAATTA ATAGAATTGACAAAATAAATAGAGAAAAAGCAAAATATAAGTACATCCCTCTCTCTTTCT CTCTCTCAATCAATATCAGGTTCTTCTTTCTCTCTTTGTATCTCTTTTTCTCTCTCATGG TGATGGTATCATCTCCGCCACAATTTTTATCGGAGGACCGCCGGTGATCGGTGTTTTTCT CCGTCTCCTCAACATTTTGATTCTTTCGGTATCCATATTTTTCTTCATTTATATATATAT ATATATATATGTATATCCTTGTTGTTCTTGCAAAGTTTAGCTCTGATATTCTGCGTTGTA GATCCGTGTTCTACTTTTTCGTTTAAATTCATATGGATCGGGTTACTTATGGATCCGTTT AGATCTTCTTGTAGATTTTGGTAATTCGTTTTTGTGATTTTATAAATTAATTGTTAAAAC TGGTTGTGTTATTTATTTACCTATTTTGAAGCCGTTTTTTGGAATTGGTATTTTTATAAA TTCTGTGATTTTCTTGTTCTTTATTTTCTGTATTTATTTATTTGTTGAATACCTGATAAT ATTTGCACAGCTGCCCTTGCTTTTTCGATTTTTTTTCATGAACGGGAAGATAATTTTGAC TTAATTAATTCTCAAATCTGTGTTTATTTTTATGTGGATGCTTAGGATTTTCTTTGTTGT TTTTGGAGAAATAATTGTTGGATTTTGGTGTGGTGCCTTATTTTCAAATCGGAGTTATCT CTGCGGTTGTATTTTTTATTGTGTTGGGACAATTGTATGAGCTGAGGTCGCATATGTATC AACTGTTTGTGCTGTAAAATAAATGTTTCTTTGGTTGAAACTACTTTTTTTCGTCTCATG AGATTTGATTTAATCTTGTGCTGATATTTCAACATTCTTTTCTGTTGCGCGACGAGCTGC TGCGTGTATGAGAAAAGTAGGCA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.976 5832 6594 match_2 match_part 0.903 7128 7673 match_3 match_part 0.943 7238 7606 match_4 match_part 0.965 8984 9694 match_5 match_part 0.978 9560 10197 match_6 match_part 0.982 9600 10227 match_7 match_part 0.979 9600 10175 match_8 match_part 0.966 9650 10202 match_9 match_part 0.979 9815 10578 match_10 match_part 0.977 9842 10412 match_11 match_part 0.980 10146 10544 match_12 match_part 0.737 12796 12909 match_part 0.944 12998 13370 match_part 0.973 13442 13660 match_part 0.786 13901 13970 match_13 match_part 0.917 12898 12909 match_part 0.944 12998 13370 match_part 0.976 13442 13567 match_14 match_part 0.909 12899 12909 match_part 0.944 12998 13370 match_part 0.976 13442 13566 match_15 match_part 0.909 12998 13370 match_part 0.948 13442 13635 match_16 match_part 0.952 19568 20110 match_17 match_part 0.907 29926 30451 match_18 match_part 0.974 30882 31573 match_19 match_part 0.985 31090 31421 match_part 0.978 31500 31908 match_20 match_part 1.000 44446 44565 match_part 1.000 45183 45429 match_part 1.000 45585 45692 match_part 0.997 47009 47368 match_21 match_part 0.940 44449 44565 match_part 0.931 45183 45429 match_part 0.963 45585 45692 match_part 0.966 46997 47232 match_22 match_part 0.940 44449 44565 match_part 0.931 45183 45429 match_part 0.963 45585 45692 match_part 0.969 46997 47189 match_23 match_part 0.945 44457 44565 match_part 0.951 45183 45429 match_part 0.963 45585 45692 match_part 0.967 46997 47148 match_24 match_part 0.954 44457 44565 match_part 0.951 45183 45429 match_part 0.963 45585 45692 match_25 match_part 0.958 44495 44565 match_part 0.939 45183 45429 match_part 0.963 45585 45692 match_part 0.973 46997 47184 match_26 match_part 0.984 44880 44940 match_part 0.976 45183 45429 match_part 0.981 45585 45692 match_part 0.963 46997 47077 match_27 match_part 0.987 44962 45429 match_part 1.000 45585 45692 match_part 1.000 46997 47458 match_part 1.000 47550 47651 match_part 0.997 47736 48039 match_28 match_part 0.992 72296 72554 match_29 match_part 0.947 72376 72582 match_part 1.000 72674 72778 match_part 0.992 72947 73069 match_part 1.000 73146 73158 match_30 match_part 1.000 72511 72582 match_part 1.000 72674 72778 match_part 1.000 72947 73069 match_part 0.988 73146 73316 match_part 1.000 73494 73562 match_31 match_part 1.000 72512 72582 match_part 1.000 72674 72778 match_part 1.000 72947 73069 match_part 1.000 73146 73235 match_32 match_part 0.928 72710 72778 match_part 0.951 72947 73069 match_part 1.000 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74663 match_33 match_part 0.928 72710 72778 match_part 0.967 72947 73069 match_part 0.994 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74662 match_34 match_part 0.928 72710 72778 match_part 0.984 72947 73069 match_part 1.000 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74662 match_35 match_part 1.000 73179 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74773 match_36 match_part 0.887 74164 74403 match_part 0.991 74586 74798 match_part 0.910 75355 75631 match_37 match_part 0.887 74164 74403 match_part 0.991 74586 74798 match_part 0.987 75355 75433 match_38 match_part 1.000 74702 74798 match_part 0.965 75355 75895 match_39 match_part 1.000 74714 74798 match_part 0.996 75355 75891 match_40 match_part 1.000 74714 74798 match_part 0.996 75355 75891 match_41 match_part 0.952 74715 74798 match_part 0.950 75355 75833 match_42 match_part 1.000 74746 74798 match_part 0.991 75355 75892 match_43 match_part 1.000 74746 74798 match_part 0.996 75355 75890 match_44 match_part 1.000 74747 74798 match_part 0.995 75355 75763 match_45 match_part 1.000 74770 74798 match_part 0.976 75355 75897 match_46 match_part 1.000 91484 91860 match_part 1.000 92081 92204 match_part 1.000 92688 92773 match_part 1.000 93672 93756 match_part 0.965 94258 94372 match_47 match_part 1.000 91484 91860 match_part 0.976 92081 92204 match_part 0.965 92688 92773 match_part 1.000 93672 93690 match_48 match_part 1.000 95377 95392 match_part 1.000 95471 95752 match_part 1.000 95903 96017 match_49 match_part 1.000 98449 98497 match_part 1.000 98597 98887 match_part 1.000 99046 99129 match_part 1.000 99228 99361 match_part 1.000 99490 99687 match_50 match_part 1.000 98449 98497 match_part 1.000 98597 98887 match_part 1.000 99046 99129 match_part 1.000 99228 99361 match_part 1.000 99490 99676 match_51 match_part 1.000 98450 98497 match_part 1.000 98597 98887 match_part 1.000 99046 99100 match_52 match_part 1.000 99580 99717 match_part 1.000 100150 100321 match_part 0.976 100456 100710 match_part 0.959 100831 100903 match_53 match_part 0.967 100292 100321 match_part 1.000 100456 100710 match_part 0.996 100831 101276 match_part 0.800 101781 101795 match_54 match_part 1.000 100581 100710 match_part 1.000 100831 101274 match_55 match_part 0.636 102129 102139 match_part 0.997 102205 102832 match_56 match_part 0.996 102198 102889 match_57 match_part 0.989 102199 102672 match_58 match_part 0.993 102202 102936 match_59 match_part 0.963 102208 102825 match_60 match_part 0.903 102210 102871 match_61 match_part 0.992 102211 102686 match_62 match_part 0.914 102212 102994 match_63 match_part 0.901 102216 102879 match_64 match_part 0.917 102217 103052 match_65 match_part 0.915 102231 102981 match_66 match_part 1.000 138761 138876 match_part 1.000 141285 141843 match_67 match_part 1.000 142277 142834 match_68 match_part 1.000 142278 142917 match_69 match_part 0.951 142929 143030 match_part 0.966 143187 143450 match_part 0.975 144282 144440 match_part 0.978 146471 146560 match_70 match_part 0.951 142929 143030 match_part 0.966 143187 143450 match_part 0.984 144282 144407 match_71 match_part 1.000 143196 143450 match_part 1.000 144282 144440 match_part 1.000 146471 146632 match_part 0.986 147195 147558 match_72 match_part 0.981 143345 143450 match_part 1.000 144282 144440 match_part 1.000 146471 146632 match_part 0.981 147195 147564 match_73 match_part 1.000 144292 144440 match_part 1.000 146471 146858 match_74 match_part 1.000 144345 144440 match_part 1.000 146471 146632 match_part 1.000 147195 147558 match_75 match_part 0.903 146847 147473 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_76 match_part 0.957 2283 2192 match_part 0.934 2113 1843 match_part 0.941 1748 1376 match_part 0.963 1299 1081 match_part 0.942 1003 865 match_part 0.942 772 187 match_77 match_part 0.957 2283 2192 match_part 0.937 2113 1843 match_part 0.949 1748 1376 match_part 0.963 1299 1081 match_part 0.942 1003 865 match_part 0.940 772 187 match_78 match_part 0.938 1289 1081 match_part 0.929 991 865 match_part 0.959 772 627 match_79 match_part 1.000 1947 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1081 match_part 1.000 1003 933 match_80 match_part 0.938 1748 1376 match_part 0.948 1299 1106 match_81 match_part 1.000 1854 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1174 match_82 match_part 1.000 1853 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1175 match_83 match_part 0.997 20116 19428 match_84 match_part 0.999 20613 19812 match_85 match_part 0.962 20595 20068 match_86 match_part 1.000 20782 20139 match_87 match_part 0.995 21049 20285 match_88 match_part 1.000 20782 20337 match_89 match_part 0.968 20782 20382 match_90 match_part 0.986 29986 29435 match_91 match_part 1.000 29986 29442 match_92 match_part 1.000 29986 29442 match_93 match_part 0.909 30216 29488 match_94 match_part 0.984 30136 29492 match_95 match_part 0.917 30216 29496 match_96 match_part 0.909 30216 29499 match_97 match_part 0.989 30168 29511 match_98 match_part 0.999 30360 29518 match_99 match_part 0.972 29807 29518 match_100 match_part 0.988 29986 29663 match_101 match_part 0.948 30281 29798 match_102 match_part 0.919 30626 29950 match_103 match_part 0.997 31388 31061 match_part 0.967 30763 30396 match_104 match_part 1.000 31247 31061 match_part 1.000 30763 30426 match_105 match_part 0.947 31248 31061 match_part 0.937 30763 30510 match_106 match_part 0.982 31283 31061 match_part 0.987 30763 30686 match_107 match_part 0.978 31908 31503 match_part 0.995 31424 31061 match_part 1.000 30763 30759 match_108 match_part 0.987 31723 31097 match_109 match_part 0.989 31693 31141 match_110 match_part 0.995 31937 31317 match_111 match_part 0.994 32176 31677 match_112 match_part 1.000 34779 34592 match_part 1.000 32531 31945 match_113 match_part 0.939 34640 34592 match_part 0.962 32531 32132 match_114 match_part 0.984 34778 34592 match_part 1.000 32531 32135 match_115 match_part 1.000 34740 34592 match_part 1.000 32531 32136 match_116 match_part 0.966 34974 34592 match_part 0.974 32531 32140 match_117 match_part 0.990 34791 34592 match_part 1.000 32531 32167 match_118 match_part 0.933 34949 34592 match_part 0.981 32531 32317 match_119 match_part 1.000 34974 34592 match_part 1.000 32531 32337 match_120 match_part 0.969 35012 34592 match_part 0.994 32531 32376 match_121 match_part 0.980 34889 34592 match_part 0.974 32531 32380 match_122 match_part 0.966 49845 49817 match_part 0.943 49617 49229 match_123 match_part 0.934 49937 49269 match_124 match_part 0.997 50728 50030 match_part 1.000 49940 49910 match_125 match_part 1.000 50563 50060 match_126 match_part 0.977 51541 51454 match_part 0.944 50740 50096 match_127 match_part 0.933 50605 50100 match_128 match_part 0.977 51541 51454 match_part 0.958 50740 50199 match_129 match_part 0.974 51568 51454 match_part 0.960 50740 50211 match_130 match_part 0.892 80745 80709 match_part 0.995 79383 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.987 77344 76969 match_131 match_part 0.989 79279 79186 match_part 0.950 79108 79049 match_part 0.990 78961 78863 match_part 0.995 77344 76981 match_132 match_part 0.989 83306 83217 match_part 1.000 82462 82403 match_part 1.000 82302 82049 match_part 1.000 81528 81333 match_part 1.000 81079 80909 match_part 1.000 80825 80709 match_part 1.000 79383 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.997 77344 76999 match_133 match_part 1.000 79194 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.997 77344 77053 match_134 match_part 1.000 79192 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.990 77344 77053 match_135 match_part 1.000 83271 83217 match_part 1.000 82462 82403 match_part 1.000 82302 82049 match_part 1.000 81528 81333 match_part 1.000 81079 81051 match_136 match_part 1.000 83289 83217 match_part 1.000 82462 82403 match_part 1.000 82302 82049 match_137 match_part 1.000 83272 83217 match_part 0.967 82462 82403 match_part 0.982 82302 82248 match_138 match_part 0.974 87059 86832 match_part 1.000 86163 86049 match_part 0.977 85974 85626 match_139 match_part 0.936 102715 102168 match_140 match_part 0.935 102763 102198 match_141 match_part 0.985 102879 102200 match_142 match_part 0.987 102740 102200 match_143 match_part 0.987 102740 102200 match_144 match_part 0.999 102929 102201 match_145 match_part 0.962 102831 102202 match_146 match_part 0.991 102729 102202 match_147 match_part 0.987 102726 102202 match_148 match_part 0.981 102678 102202 match_149 match_part 1.000 102763 102205 match_150 match_part 0.998 102693 102205 match_151 match_part 1.000 102679 102205 match_152 match_part 1.000 102644 102205 match_153 match_part 0.997 102590 102205 match_154 match_part 1.000 102540 102205 match_155 match_part 0.993 102496 102205 match_156 match_part 0.983 102504 102207 match_157 match_part 0.993 104666 104532 match_part 1.000 103586 102221 match_158 match_part 0.993 103052 102221 match_159 match_part 0.997 102880 102221 match_160 match_part 1.000 102872 102221 match_161 match_part 0.993 102820 102221 match_162 match_part 1.000 102772 102221 match_163 match_part 1.000 102770 102221 match_164 match_part 1.000 102758 102221 match_165 match_part 1.000 102716 102221 match_166 match_part 0.944 102700 102221 match_167 match_part 0.990 102700 102221 match_168 match_part 0.990 102616 102221 match_169 match_part 1.000 102592 102221 match_170 match_part 0.991 102569 102221 match_171 match_part 0.971 102562 102221 match_172 match_part 0.985 102562 102221 match_173 match_part 0.987 102526 102221 match_174 match_part 0.994 102393 102221 match_175 match_part 0.994 102693 102222 match_176 match_part 0.949 104649 104532 match_part 0.998 103586 102226 match_177 match_part 0.991 103042 102244 match_178 match_part 0.919 103042 102251 match_179 match_part 0.998 102795 102298 match_180 match_part 0.989 103113 102329 match_181 match_part 0.995 103219 102359 match_182 match_part 0.998 103236 102367 match_183 match_part 0.998 102909 102380 match_184 match_part 1.000 102909 102383 match_185 match_part 0.998 103232 102385 match_186 match_part 0.987 103174 102396 match_187 match_part 0.995 102779 102399 match_188 match_part 0.958 102974 102401 match_189 match_part 0.982 102736 102401 match_190 match_part 0.989 102942 102416 match_191 match_part 0.965 102875 102420 match_192 match_part 0.974 102969 102430 match_193 match_part 0.953 102962 102431 match_194 match_part 1.000 103261 102445 match_195 match_part 0.998 102926 102448 match_196 match_part 1.000 102926 102449 match_197 match_part 0.999 103330 102455 match_198 match_part 0.999 103276 102471 match_199 match_part 0.995 103309 102482 match_200 match_part 0.994 103160 102482 match_201 match_part 0.994 103294 102487 match_202 match_part 0.957 103331 102527 match_203 match_part 1.000 103326 102527 match_204 match_part 0.996 103278 102527 match_205 match_part 0.997 103233 102528 match_206 match_part 0.997 103226 102528 match_207 match_part 1.000 103358 102530 match_208 match_part 0.999 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104532 match_part 0.996 103586 103352 match_623 match_part 0.887 104655 104532 match_part 0.961 103586 103354 match_624 match_part 0.889 104648 104532 match_part 0.973 103586 103366 match_625 match_part 0.951 104633 104532 match_part 0.977 103586 103366 match_626 match_part 0.958 104650 104532 match_part 0.968 103586 103368 match_627 match_part 0.829 104654 104532 match_part 0.962 103586 103379 match_628 match_part 0.977 104619 104532 match_part 0.995 103586 103387 match_629 match_part 0.981 104638 104532 match_part 0.990 103586 103390 match_630 match_part 0.889 104648 104532 match_part 0.973 103586 103399 match_631 match_part 0.966 104647 104532 match_part 1.000 103586 103408 match_632 match_part 0.942 104635 104532 match_part 1.000 103586 103408 match_633 match_part 0.966 104647 104532 match_part 1.000 103586 103410 match_634 match_part 0.981 104584 104532 match_part 1.000 103586 103410 match_635 match_part 1.000 103586 103413 match_636 match_part 1.000 104655 104532 match_part 0.994 103586 103414 match_637 match_part 1.000 104653 104532 match_part 0.968 103586 103430 match_638 match_part 0.973 104643 104532 match_part 0.987 103586 103436 match_639 match_part 0.894 104654 104532 match_part 0.979 103586 103445 match_640 match_part 1.000 104639 104532 match_part 1.000 103586 103448 match_641 match_part 0.997 104648 103954 match_642 match_part 0.982 104575 104185 match_643 match_part 0.987 104608 104372 match_644 match_part 0.991 112291 111656 match_645 match_part 1.000 112932 112672 match_part 1.000 112553 112051 match_646 match_part 1.000 112931 112672 match_part 0.991 112553 112233 match_647 match_part 1.000 120434 120428 match_part 0.976 120281 120200 match_part 0.927 119687 119592 match_part 0.980 119455 119354 match_part 0.974 119259 119143 match_part 1.000 119052 118936 match_part 0.938 118471 118230 match_648 match_part 1.000 122900 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119143 match_part 1.000 119052 118936 match_part 0.956 118471 118244 match_649 match_part 0.979 119401 119354 match_part 0.974 119259 119143 match_part 1.000 119052 118936 match_part 0.942 118471 118249 match_650 match_part 1.000 121312 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119143 match_part 0.983 119052 118936 match_part 0.937 118471 118251 match_651 match_part 0.978 119446 119354 match_part 1.000 119259 119143 match_part 1.000 119052 118936 match_part 0.995 118471 118256 match_652 match_part 1.000 119147 119143 match_part 1.000 119052 118936 match_part 1.000 118471 118256 match_653 match_part 0.965 119250 118416 match_654 match_part 1.000 119249 118764 match_655 match_part 0.949 121314 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 0.991 119259 119143 match_part 1.000 119052 118938 match_656 match_part 1.000 121521 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119154 match_657 match_part 0.981 122699 122544 match_part 0.991 121915 121807 match_part 1.000 120867 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 0.989 119259 119170 match_658 match_part 1.000 121309 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119234 match_659 match_part 1.000 121602 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119435 match_660 match_part 1.000 122656 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 0.989 119687 119597 match_661 match_part 0.981 122699 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 0.982 119687 119633 match_662 match_part 1.000 122699 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.983 120542 120428 match_part 0.902 120281 120200 match_part 0.921 119687 119650 match_663 match_part 1.000 122776 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.983 120542 120428 match_part 0.951 120281 120200 match_664 match_part 1.000 122573 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.991 120542 120428 match_part 0.988 120281 120200 match_665 match_part 1.000 121564 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_666 match_part 1.000 121512 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_667 match_part 1.000 121324 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_668 match_part 0.997 122851 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.984 120542 120479 match_669 match_part 0.970 122675 122544 match_part 0.983 121915 121739 match_part 0.988 121658 121497 match_part 0.963 121336 121256 match_part 1.000 120883 120832 match_part 0.969 120542 120479 match_670 match_part 0.990 122844 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.977 120542 120499 match_671 match_part 1.000 122856 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120507 match_672 match_part 1.000 122637 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120531 match_673 match_part 0.887 122746 122544 match_part 0.983 121915 121739 match_part 0.988 121658 121497 match_part 0.975 121336 121256 match_part 0.971 120883 120850 match_674 match_part 1.000 122646 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121170 match_675 match_part 1.000 122836 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121530 match_676 match_part 0.994 122708 122544 match_part 1.000 121915 121739 match_part 0.991 121658 121543 match_677 match_part 0.932 122690 122544 match_part 0.966 121915 121739 match_part 0.947 121658 121546 match_678 match_part 1.000 122729 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121563 match_679 match_part 1.000 122828 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121606 match_680 match_part 0.997 122904 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121619 match_681 match_part 0.887 122746 122544 match_part 0.983 121915 121741 match_682 match_part 1.000 122938 122544 match_part 1.000 121915 121754 match_683 match_part 0.922 122788 122544 match_part 0.993 121915 121782 match_684 match_part 0.959 122837 122544 match_part 0.992 121915 121784 match_685 match_part 1.000 122836 122544 match_part 1.000 121915 121830 match_686 match_part 0.900 131925 131514 match_687 match_part 0.900 131925 131514 match_688 match_part 0.931 132182 131572 match_689 match_part 0.943 132207 131578 match_690 match_part 0.987 132551 131775 match_691 match_part 0.993 132616 131782 match_692 match_part 0.990 132551 131842 match_693 match_part 0.953 132290 132012 match_694 match_part 0.971 132547 132139 match_695 match_part 0.994 132978 132298 match_696 match_part 1.000 132977 132351 match_697 match_part 0.976 133169 132454 match_698 match_part 0.972 133169 132524 match_699 match_part 0.992 133486 132559 match_700 match_part 0.994 133486 132602 match_701 match_part 0.975 133233 132636 match_702 match_part 0.999 133485 132641 match_703 match_part 0.992 133756 133372 match_704 match_part 0.995 134487 133713 match_705 match_part 0.989 134581 133843 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 2283 2192 exon 2113 1843 exon 1748 1376 exon 1299 1081 exon 1003 865 exon 772 187 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 1854 1843 exon 1748 1376 exon 1299 1081 exon 991 865 exon 772 627 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 5832 6594 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 7128 7673 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 8984 10578 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 12796 12909 exon 12998 13370 exon 13442 13660 exon 13901 13970 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 21049 19428 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 19568 20110 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 35012 34592 exon 32531 31061 exon 30763 29435 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 35012 34592 exon 32531 31503 exon 31424 31061 exon 30763 29435 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 29926 30451 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 30882 31573 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 31090 31421 exon 31500 31908 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44449 44565 exon 45183 45429 exon 45585 45692 exon 46997 47232 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44446 44565 exon 45183 45429 exon 45585 45692 exon 47009 47368 gene_16 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44962 45429 exon 45585 45692 exon 46997 47458 exon 47550 47651 exon 47736 48039 gene_17 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44880 44940 exon 45183 45429 exon 45585 45692 exon 46997 47077 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 51568 51454 exon 50740 50030 exon 49940 49269 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 49845 49817 exon 49617 49229 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 72296 72582 exon 72674 72778 exon 72947 73069 exon 73146 73316 exon 73494 73623 exon 74586 74798 exon 75355 75897 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 74164 74403 exon 74586 74798 exon 75355 75897 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 83306 83217 exon 82462 82403 exon 82302 82049 exon 81528 81333 exon 81079 80909 exon 80825 80709 exon 79383 79186 exon 79108 79049 exon 78961 78863 exon 77344 76969 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 87059 86832 exon 86163 86049 exon 85974 85626 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 91484 91860 exon 92081 92204 exon 92688 92773 exon 93672 93756 exon 94258 94372 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 95377 95392 exon 95471 95752 exon 95903 96017 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 98449 98497 exon 98597 98887 exon 99046 99129 exon 99228 99361 exon 99490 99717 exon 100150 100321 exon 100456 100710 exon 100831 101276 exon 101781 101795 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102198 103052 gene_28 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102129 102139 exon 102205 103052 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104676 104532 exon 103586 102168 gene_30 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104658 104532 exon 103586 103143 exon 102743 102168 gene_31 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104658 104532 exon 103586 103179 exon 103085 102168 gene_32 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104658 104532 exon 103586 103160 exon 102783 102168 gene_33 gene GT_PGL_20_AGS_5 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 103658 102168 gene_34 gene GT_PGL_20_AGS_6 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104612 104532 exon 103948 103867 exon 103586 102168 gene_35 gene GT_PGL_20_AGS_7 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104648 104617 exon 103586 102168 gene_36 gene GT_PGL_20_AGS_8 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104706 104634 exon 103586 102168 gene_37 gene GT_PGL_20_AGS_9 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104648 103954 gene_38 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 112932 112672 exon 112553 111656 gene_39 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121256 exon 120883 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 119143 exon 119052 118936 exon 118471 118230 gene_40 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121256 exon 120883 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 118416 gene_41 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121170 gene_42 gene GT_PGL_22_AGS_4 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122836 122544 exon 121915 121807 exon 120867 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 119143 exon 119052 118936 exon 118471 118230 gene_43 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 134581 131514 gene_44 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 138761 138876 exon 141285 141843 gene_45 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 142277 142917 gene_46 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 142929 143030 exon 143187 143450 exon 144282 144440 exon 146471 146632 exon 147195 147564 gene_47 gene GT_PGL_26_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 142929 143030 exon 143187 143450 exon 144282 144440 exon 146471 147473 RepeatMasker tomato repeats master Copia00151 8237 8387 1 Copia00151 8237 8387 1 nucleotide_motif 457 3145 3303 Copia00151 8478 8695 1 Copia00151 8478 8695 1 nucleotide_motif 533 3670 3895 Copia00063 4 5110 1 Copia00063 4 5110 1 nucleotide_motif 494 5559 5849 TOTO1_LP_LTR 1 195 1 TOTO1_LP_LTR 1 195 1 nucleotide_motif 1381 41025 41219 Copia00107 964 1211 1 Copia00107 964 1211 1 nucleotide_motif 1901 41216 41464 Copia00107 1 737 1 Copia00107 1 737 1 nucleotide_motif 3380 41461 42163 Gypsy00109 528 748 1 Gypsy00109 528 748 1 nucleotide_motif 512 88255 88467 SOD_SINE 87 193 1 SOD_SINE 87 193 1 nucleotide_motif 424 93072 93175 Copia00089 3833 4030 1 Copia00089 3833 4030 1 nucleotide_motif 671 115793 115813 Unknown00025 246 469 1 Unknown00025 246 469 1 nucleotide_motif 352 150881 151073 TLP2 8 274 1 TLP2 8 274 1 nucleotide_motif 959 151775 152041 RepeatMasker tomato repeats master Copia00012 223 5004 -1 Copia00012 223 5004 -1 nucleotide_motif 40574 10615 5836 Copia00183 281 1217 -1 Copia00183 281 1217 -1 nucleotide_motif 4902 28276 27339 Copia00183 10 169 -1 Copia00183 10 169 -1 nucleotide_motif 587 28412 28250 Copia00094 4405 4491 -1 Copia00094 4405 4491 -1 nucleotide_motif 965 39470 39452 Unknown00034 3702 3849 -1 Unknown00034 3702 3849 -1 nucleotide_motif 1025 39617 39471 Copia00094 4323 4404 -1 Copia00094 4323 4404 -1 nucleotide_motif 965 39635 39618 Copia00190 115 463 -1 Copia00190 115 463 -1 nucleotide_motif 2541 41596 41246 Unknown00019 556 703 -1 Unknown00019 556 703 -1 nucleotide_motif 240 43680 43544 Gypsy00160 650 716 -1 Gypsy00160 650 716 -1 nucleotide_motif 272 46487 46430 Gypsy00043 530 1294 -1 Gypsy00043 530 1294 -1 nucleotide_motif 5094 63171 62398 Unknown00043 5438 5548 -1 Unknown00043 5438 5548 -1 nucleotide_motif 318 65193 65081 Gypsy00043 1024 1330 -1 Gypsy00043 1024 1330 -1 nucleotide_motif 883 83732 83453 Copia00110 13276 13570 -1 Copia00110 13276 13570 -1 nucleotide_motif 728 83849 83577 Copia00110 13160 13457 -1 Copia00110 13160 13457 -1 nucleotide_motif 529 84157 83899 Gypsy00043 521 614 -1 Gypsy00043 521 614 -1 nucleotide_motif 579 84164 84072 Gypsy00022 9008 9238 -1 Gypsy00022 9008 9238 -1 nucleotide_motif 721 88507 88278 Copia00175 2360 2539 -1 Copia00175 2360 2539 -1 nucleotide_motif 664 113514 113335 Unknown00025 221 432 -1 Unknown00025 221 432 -1 nucleotide_motif 513 114559 114331 SINE_SO 13 186 -1 SINE_SO 13 186 -1 nucleotide_motif 848 115792 115616 Copia00073 6074 6112 -1 Copia00073 6074 6112 -1 nucleotide_motif 252 130462 130424 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2454 8512 10613 match_2 match 3784 5859 8536 match_3 match 7148 5701 10613 match_4 match 1921 41029 42158 match_5 match 1178 7198 8811 match_6 match 9145 5571 10613 match_7 match 7497 5571 9687 match_8 match 6958 5701 10283 match_9 match 2946 5708 7463 match_10 match 618 7343 8791 match_11 match 618 7343 8791 match_12 match 3941 6796 10613 match_13 match 833 8963 10605 match_14 match 763 7193 8762 match_15 match 8423 5708 10613 match_16 match 8453 5708 10613 match_17 match 1675 8528 10596 match_18 match 7142 6305 10613 match_19 match 2115 9467 10613 match_20 match 1822 41029 42153 match_21 match 7618 5708 10613 match_22 match 898 8893 10578 match_23 match 6615 7126 10613 match_24 match 6566 7126 10613 match_25 match 1961 41029 42158 match_26 match 1941 41029 42157 match_27 match 4829 5708 8673 match_28 match 3134 8669 10613 match_29 match 2355 5708 7283 match_30 match 4395 7312 10242 match_31 match 8032 5708 10613 match_32 match 3120 5708 7652 match_33 match 892 127547 128931 match_34 match 1308 129043 130693 match_35 match 4548 5710 8373 match_36 match 3293 8369 10285 match_37 match 9420 5571 10613 match_38 match 6080 7126 10613 match_39 match 8816 5571 10292 match_40 match 7394 5701 10613 match_41 match 6589 7126 10613 match_42 match 8816 5571 10292 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1279 26 715 clone_end_1 clone_end 1376 27 765 clone_start_2 clone_start 940 6374 6863 clone_end_2 clone_end 952 7195 7698 clone_start_3 clone_start 1380 7705 8420 clone_start_4 clone_start 1308 7732 8415 clone_end_3 clone_end 969 7963 8463 clone_end_4 clone_end 1376 8525 9246 clone_start_5 clone_start 918 9467 9972 clone_end_5 clone_end 1003 9556 10093 clone_end_6 clone_end 874 10133 10613 clone_1 clone 1227 20346 57333 clone_end_7 clone_end 1080 20346 20890 clone_start_6 clone_start 1386 31639 32361 clone_end_8 clone_end 1348 57062 57761 clone_start_7 clone_start 1457 58301 59039 clone_end_9 clone_end 1118 58766 59329 clone_end_10 clone_end 1320 72387 73052 clone_end_11 clone_end 1320 72387 73052 clone_end_12 clone_end 1461 72854 73590 clone_2 clone 1307.5 81220 145771 clone_start_8 clone_start 1376 81220 81948 clone_3 clone 1206.5 96561 130383 clone_end_13 clone_end 1176 96561 97153 clone_end_14 clone_end 967 101673 102282 clone_start_9 clone_start 1417 121607 122321 clone_end_15 clone_end 874 121771 122211 clone_start_10 clone_start 1199 128511 129115 clone_start_11 clone_start 908 138645 139102 clone_start_12 clone_start 1122 141043 141608 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_13 clone_start 1072 826 286 clone_start_14 clone_start 1080 1684 1113 clone_end_16 clone_end 848 8560 8093 clone_end_17 clone_end 1376 10441 9712 clone_end_18 clone_end 1035 10292 9739 clone_start_15 clone_start 1374 57333 56641 clone_end_19 clone_end 1415 34937 34224 clone_start_16 clone_start 289 42157 42004 clone_end_20 clone_end 846 49391 48965 clone_end_21 clone_end 1463 58266 57513 clone_end_22 clone_end 1239 145771 145136 clone_start_17 clone_start 997 87891 87366 clone_start_18 clone_start 1237 130383 129736 clone_start_19 clone_start 1433 145848 145126 clone_start_20 clone_start 1144 147198 146580 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.976 5832 6594 match_2 match_part 0.903 7128 7673 match_3 match_part 0.943 7238 7606 match_4 match_part 0.965 8984 9694 match_5 match_part 0.978 9560 10197 match_6 match_part 0.982 9600 10227 match_7 match_part 0.979 9600 10175 match_8 match_part 0.966 9650 10202 match_9 match_part 0.979 9815 10578 match_10 match_part 0.977 9842 10412 match_11 match_part 0.980 10146 10544 match_12 match_part 0.737 12796 12909 match_part 0.944 12998 13370 match_part 0.973 13442 13660 match_part 0.786 13901 13970 match_13 match_part 0.917 12898 12909 match_part 0.944 12998 13370 match_part 0.976 13442 13567 match_14 match_part 0.909 12899 12909 match_part 0.944 12998 13370 match_part 0.976 13442 13566 match_15 match_part 1.000 44446 44565 match_part 1.000 45183 45429 match_part 1.000 45585 45692 match_part 0.997 47009 47368 match_16 match_part 0.984 44880 44940 match_part 0.976 45183 45429 match_part 0.981 45585 45692 match_part 0.963 46997 47077 match_17 match_part 0.987 44962 45429 match_part 1.000 45585 45692 match_part 1.000 46997 47458 match_part 1.000 47550 47651 match_part 0.997 47736 48039 match_18 match_part 0.992 72296 72554 match_19 match_part 0.947 72376 72582 match_part 1.000 72674 72778 match_part 0.992 72947 73069 match_part 1.000 73146 73158 match_20 match_part 1.000 72511 72582 match_part 1.000 72674 72778 match_part 1.000 72947 73069 match_part 0.988 73146 73316 match_part 1.000 73494 73562 match_21 match_part 1.000 72512 72582 match_part 1.000 72674 72778 match_part 1.000 72947 73069 match_part 1.000 73146 73235 match_22 match_part 0.928 72710 72778 match_part 0.951 72947 73069 match_part 1.000 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74663 match_23 match_part 0.928 72710 72778 match_part 0.967 72947 73069 match_part 0.994 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74662 match_24 match_part 0.928 72710 72778 match_part 0.984 72947 73069 match_part 1.000 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74662 match_25 match_part 1.000 73179 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74773 match_26 match_part 1.000 74702 74798 match_part 0.965 75355 75895 match_27 match_part 1.000 74714 74798 match_part 0.996 75355 75891 match_28 match_part 1.000 74714 74798 match_part 0.996 75355 75891 match_29 match_part 0.952 74715 74798 match_part 0.950 75355 75833 match_30 match_part 1.000 74746 74798 match_part 0.991 75355 75892 match_31 match_part 1.000 74746 74798 match_part 0.996 75355 75890 match_32 match_part 1.000 74747 74798 match_part 0.995 75355 75763 match_33 match_part 1.000 74770 74798 match_part 0.976 75355 75897 match_34 match_part 1.000 91484 91860 match_part 1.000 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match_part 1.000 100581 100710 match_part 1.000 100831 101274 match_43 match_part 0.636 102129 102139 match_part 0.997 102205 102832 match_44 match_part 0.996 102198 102889 match_45 match_part 0.989 102199 102672 match_46 match_part 0.993 102202 102936 match_47 match_part 0.963 102208 102825 match_48 match_part 0.992 102211 102686 match_49 match_part 1.000 138761 138876 match_part 1.000 141285 141843 match_50 match_part 1.000 142277 142834 match_51 match_part 1.000 142278 142917 match_52 match_part 1.000 143196 143450 match_part 1.000 144282 144440 match_part 1.000 146471 146632 match_part 0.986 147195 147558 match_53 match_part 0.981 143345 143450 match_part 1.000 144282 144440 match_part 1.000 146471 146632 match_part 0.981 147195 147564 match_54 match_part 1.000 144292 144440 match_part 1.000 146471 146858 match_55 match_part 1.000 144345 144440 match_part 1.000 146471 146632 match_part 1.000 147195 147558 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_56 match_part 1.000 1947 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1081 match_part 1.000 1003 933 match_57 match_part 1.000 1854 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1174 match_58 match_part 1.000 1853 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1175 match_59 match_part 0.997 20116 19428 match_60 match_part 0.999 20613 19812 match_61 match_part 1.000 20782 20139 match_62 match_part 0.995 21049 20285 match_63 match_part 1.000 20782 20337 match_64 match_part 0.968 20782 20382 match_65 match_part 0.986 29986 29435 match_66 match_part 1.000 29986 29442 match_67 match_part 1.000 29986 29442 match_68 match_part 0.984 30136 29492 match_69 match_part 0.989 30168 29511 match_70 match_part 0.999 30360 29518 match_71 match_part 0.972 29807 29518 match_72 match_part 0.988 29986 29663 match_73 match_part 1.000 31247 31061 match_part 1.000 30763 30426 match_74 match_part 0.947 31248 31061 match_part 0.937 30763 30510 match_75 match_part 0.982 31283 31061 match_part 0.987 30763 30686 match_76 match_part 0.989 31693 31141 match_77 match_part 0.995 31937 31317 match_78 match_part 0.994 32176 31677 match_79 match_part 1.000 34779 34592 match_part 1.000 32531 31945 match_80 match_part 0.939 34640 34592 match_part 0.962 32531 32132 match_81 match_part 0.984 34778 34592 match_part 1.000 32531 32135 match_82 match_part 1.000 34740 34592 match_part 1.000 32531 32136 match_83 match_part 0.990 34791 34592 match_part 1.000 32531 32167 match_84 match_part 1.000 34974 34592 match_part 1.000 32531 32337 match_85 match_part 0.980 34889 34592 match_part 0.974 32531 32380 match_86 match_part 0.997 50728 50030 match_part 1.000 49940 49910 match_87 match_part 1.000 50563 50060 match_88 match_part 0.892 80745 80709 match_part 0.995 79383 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.987 77344 76969 match_89 match_part 0.989 79279 79186 match_part 0.950 79108 79049 match_part 0.990 78961 78863 match_part 0.995 77344 76981 match_90 match_part 0.989 83306 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match_98 match_part 0.935 102763 102198 match_99 match_part 0.985 102879 102200 match_100 match_part 0.987 102740 102200 match_101 match_part 0.987 102740 102200 match_102 match_part 0.999 102929 102201 match_103 match_part 0.962 102831 102202 match_104 match_part 0.991 102729 102202 match_105 match_part 0.987 102726 102202 match_106 match_part 0.981 102678 102202 match_107 match_part 1.000 102763 102205 match_108 match_part 0.998 102693 102205 match_109 match_part 1.000 102679 102205 match_110 match_part 1.000 102644 102205 match_111 match_part 0.997 102590 102205 match_112 match_part 1.000 102540 102205 match_113 match_part 0.993 102496 102205 match_114 match_part 0.983 102504 102207 match_115 match_part 0.993 104666 104532 match_part 1.000 103586 102221 match_116 match_part 0.993 103052 102221 match_117 match_part 0.997 102880 102221 match_118 match_part 1.000 102872 102221 match_119 match_part 0.993 102820 102221 match_120 match_part 1.000 102772 102221 match_121 match_part 1.000 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match_part 0.998 103586 103129 match_303 match_part 1.000 104646 104532 match_part 0.993 103586 103129 match_304 match_part 0.991 104646 104532 match_part 1.000 103586 103129 match_305 match_part 1.000 104612 104532 match_part 1.000 103586 103129 match_306 match_part 1.000 104648 104532 match_part 0.993 103586 103130 match_307 match_part 1.000 104581 104532 match_part 0.998 103586 103131 match_308 match_part 1.000 104647 104532 match_part 1.000 103586 103132 match_309 match_part 1.000 104647 104532 match_part 0.996 103586 103133 match_310 match_part 1.000 104646 104532 match_part 1.000 103586 103135 match_311 match_part 0.982 104644 104532 match_part 0.996 103586 103136 match_312 match_part 1.000 104647 104532 match_part 0.991 103586 103141 match_313 match_part 0.993 103586 103144 match_314 match_part 1.000 103586 103147 match_315 match_part 1.000 104647 104532 match_part 1.000 103586 103148 match_316 match_part 1.000 104581 104532 match_part 0.998 103586 103148 match_317 match_part 0.991 104646 104532 match_part 0.998 103586 103149 match_318 match_part 0.991 104647 104532 match_part 1.000 103586 103151 match_319 match_part 1.000 104647 104532 match_part 1.000 103586 103151 match_320 match_part 1.000 104653 104532 match_part 0.995 103586 103152 match_321 match_part 1.000 104652 104532 match_part 1.000 103586 103152 match_322 match_part 0.983 104647 104532 match_part 0.995 103586 103152 match_323 match_part 1.000 104559 104532 match_part 1.000 103586 103152 match_324 match_part 1.000 104657 104532 match_part 1.000 103586 103153 match_325 match_part 1.000 104652 104532 match_part 0.998 103586 103153 match_326 match_part 1.000 104645 104532 match_part 1.000 103586 103153 match_327 match_part 1.000 104637 104532 match_part 0.991 103586 103153 match_328 match_part 1.000 104653 104532 match_part 1.000 103586 103155 match_329 match_part 0.991 104647 104532 match_part 0.995 103586 103155 match_330 match_part 1.000 104646 104532 match_part 1.000 103586 103155 match_331 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match_361 match_part 0.974 104645 104532 match_part 0.992 103586 103206 match_362 match_part 0.983 104591 104532 match_part 0.987 103586 103208 match_363 match_part 0.967 104653 104532 match_part 0.987 103586 103209 match_364 match_part 1.000 104653 104532 match_part 0.995 103586 103219 match_365 match_part 1.000 104647 104532 match_part 1.000 103586 103219 match_366 match_part 1.000 104653 104532 match_part 1.000 103586 103220 match_367 match_part 1.000 104653 104532 match_part 1.000 103586 103220 match_368 match_part 0.991 104643 104532 match_part 0.973 103586 103220 match_369 match_part 1.000 104658 104532 match_part 1.000 103586 103221 match_370 match_part 0.992 104654 104532 match_part 0.997 103586 103221 match_371 match_part 0.975 104653 104532 match_part 1.000 103586 103222 match_372 match_part 0.910 104631 104532 match_part 0.975 103586 103222 match_373 match_part 1.000 104648 104532 match_part 1.000 103586 103226 match_374 match_part 1.000 104652 104532 match_part 0.997 103586 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match_part 0.984 104654 104532 match_part 0.970 103586 103319 match_432 match_part 1.000 104594 104532 match_part 0.993 103586 103319 match_433 match_part 0.983 104647 104532 match_part 0.996 103586 103322 match_434 match_part 0.975 104650 104532 match_part 1.000 103586 103323 match_435 match_part 0.975 104653 104532 match_part 1.000 103586 103324 match_436 match_part 1.000 104652 104532 match_part 1.000 103586 103325 match_437 match_part 1.000 104555 104532 match_part 1.000 103586 103325 match_438 match_part 0.957 104601 104532 match_part 0.960 103586 103339 match_439 match_part 0.984 104653 104532 match_part 0.996 103586 103352 match_440 match_part 0.951 104633 104532 match_part 0.977 103586 103366 match_441 match_part 0.958 104650 104532 match_part 0.968 103586 103368 match_442 match_part 0.977 104619 104532 match_part 0.995 103586 103387 match_443 match_part 0.981 104638 104532 match_part 0.990 103586 103390 match_444 match_part 0.966 104647 104532 match_part 1.000 103586 103408 match_445 match_part 0.942 104635 104532 match_part 1.000 103586 103408 match_446 match_part 0.966 104647 104532 match_part 1.000 103586 103410 match_447 match_part 0.981 104584 104532 match_part 1.000 103586 103410 match_448 match_part 1.000 103586 103413 match_449 match_part 1.000 104655 104532 match_part 0.994 103586 103414 match_450 match_part 1.000 104653 104532 match_part 0.968 103586 103430 match_451 match_part 0.973 104643 104532 match_part 0.987 103586 103436 match_452 match_part 1.000 104639 104532 match_part 1.000 103586 103448 match_453 match_part 0.997 104648 103954 match_454 match_part 0.982 104575 104185 match_455 match_part 0.987 104608 104372 match_456 match_part 0.991 112291 111656 match_457 match_part 1.000 112932 112672 match_part 1.000 112553 112051 match_458 match_part 1.000 112931 112672 match_part 0.991 112553 112233 match_459 match_part 1.000 122900 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119143 match_part 1.000 119052 118936 match_part 0.956 118471 118244 match_460 match_part 1.000 121312 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119143 match_part 0.983 119052 118936 match_part 0.937 118471 118251 match_461 match_part 0.978 119446 119354 match_part 1.000 119259 119143 match_part 1.000 119052 118936 match_part 0.995 118471 118256 match_462 match_part 1.000 119147 119143 match_part 1.000 119052 118936 match_part 1.000 118471 118256 match_463 match_part 0.965 119250 118416 match_464 match_part 1.000 119249 118764 match_465 match_part 0.949 121314 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 0.991 119259 119143 match_part 1.000 119052 118938 match_466 match_part 1.000 121521 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119154 match_467 match_part 0.981 122699 122544 match_part 0.991 121915 121807 match_part 1.000 120867 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 0.989 119259 119170 match_468 match_part 1.000 121309 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119234 match_469 match_part 1.000 121602 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119435 match_470 match_part 1.000 122656 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 0.989 119687 119597 match_471 match_part 0.981 122699 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 0.982 119687 119633 match_472 match_part 1.000 122699 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.983 120542 120428 match_part 0.902 120281 120200 match_part 0.921 119687 119650 match_473 match_part 1.000 122776 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.983 120542 120428 match_part 0.951 120281 120200 match_474 match_part 1.000 122573 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.991 120542 120428 match_part 0.988 120281 120200 match_475 match_part 1.000 121564 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_476 match_part 1.000 121512 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_477 match_part 1.000 121324 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_478 match_part 0.997 122851 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.984 120542 120479 match_479 match_part 0.990 122844 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 0.977 120542 120499 match_480 match_part 1.000 122856 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120507 match_481 match_part 1.000 122637 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120531 match_482 match_part 1.000 122646 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121170 match_483 match_part 1.000 122836 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121530 match_484 match_part 0.994 122708 122544 match_part 1.000 121915 121739 match_part 0.991 121658 121543 match_485 match_part 1.000 122729 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121563 match_486 match_part 1.000 122828 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121606 match_487 match_part 0.997 122904 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121619 match_488 match_part 1.000 122938 122544 match_part 1.000 121915 121754 match_489 match_part 0.922 122788 122544 match_part 0.993 121915 121782 match_490 match_part 0.959 122837 122544 match_part 0.992 121915 121784 match_491 match_part 1.000 122836 122544 match_part 1.000 121915 121830 match_492 match_part 0.987 132551 131775 match_493 match_part 0.993 132616 131782 match_494 match_part 0.990 132551 131842 match_495 match_part 0.994 132978 132298 match_496 match_part 1.000 132977 132351 match_497 match_part 0.992 133486 132559 match_498 match_part 0.994 133486 132602 match_499 match_part 0.999 133485 132641 match_500 match_part 0.992 133756 133372 match_501 match_part 0.995 134487 133713 match_502 match_part 0.989 134581 133843 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 1947 1843 exon 1748 1376 exon 1299 1081 exon 1003 933 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 5832 6594 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 7128 7673 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 8984 10578 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 12796 12909 exon 12998 13370 exon 13442 13660 exon 13901 13970 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 21049 19428 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 30360 29435 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 34974 34592 exon 32531 31061 exon 30763 30426 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44446 44565 exon 45183 45429 exon 45585 45692 exon 47009 47368 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44962 45429 exon 45585 45692 exon 46997 47458 exon 47550 47651 exon 47736 48039 gene_11 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44880 44940 exon 45183 45429 exon 45585 45692 exon 46997 47077 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 50728 50030 exon 49940 49910 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 72296 72582 exon 72674 72778 exon 72947 73069 exon 73146 73316 exon 73494 73623 exon 74586 74798 exon 75355 75897 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 83306 83217 exon 82462 82403 exon 82302 82049 exon 81528 81333 exon 81079 80909 exon 80825 80709 exon 79383 79186 exon 79108 79049 exon 78961 78863 exon 77344 76969 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 87059 86832 exon 86163 86049 exon 85974 85626 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 91484 91860 exon 92081 92204 exon 92688 92773 exon 93672 93756 exon 94258 94372 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 95377 95392 exon 95471 95752 exon 95903 96017 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 98449 98497 exon 98597 98887 exon 99046 99129 exon 99228 99361 exon 99490 99717 exon 100150 100321 exon 100456 100710 exon 100831 101276 exon 101781 101795 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102198 102936 gene_20 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102129 102139 exon 102205 102832 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104676 104532 exon 103586 102168 gene_22 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 103658 102168 gene_23 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104612 104532 exon 103948 103867 exon 103586 102168 gene_24 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104706 104634 exon 103586 102168 gene_25 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104648 103954 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 112932 112672 exon 112553 111656 gene_27 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121256 exon 120883 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 119143 exon 119052 118936 exon 118471 118244 gene_28 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121256 exon 120883 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 118416 gene_29 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122938 122544 exon 121915 121739 exon 121658 121497 exon 121336 121170 gene_30 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122836 122544 exon 121915 121807 exon 120867 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 119143 exon 119052 118936 exon 118471 118256 gene_31 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 134581 131775 gene_32 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 138761 138876 exon 141285 141843 gene_33 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 142277 142917 gene_34 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 143196 143450 exon 144282 144440 exon 146471 146632 exon 147195 147564 gene_35 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 144292 144440 exon 146471 146858 AUGUSTUS_tom_cdna de novo gene_1 gene 0.6 13336 14705 transcript_1 transcript 0.6 13336 14705 start_codon_1 start_codon 13336 13338 intron_1 intron 1 13371 13441 intron_2 intron 1 13661 13900 intron_3 intron 0.84 14040 14162 CDS_1 CDS 0.73 13336 13370 CDS_2 CDS 1 13442 13660 CDS_3 CDS 0.84 13901 14039 CDS_4 CDS 1 14163 14705 stop_codon_1 stop_codon 14703 14705 gene_2 gene 0.11 34940 49417 transcript_2 transcript 0.11 34940 49417 start_codon_2 start_codon 34940 34942 intron_4 intron 0.22 34944 45265 intron_5 intron 1 45430 45584 intron_6 intron 1 45693 46996 intron_7 intron 1 47459 47549 intron_8 intron 1 47652 47735 intron_9 intron 0.53 47876 49398 CDS_5 CDS 0.59 34940 34943 CDS_6 CDS 0.24 45266 45429 CDS_7 CDS 1 45585 45692 CDS_8 CDS 1 46997 47458 CDS_9 CDS 1 47550 47651 CDS_10 CDS 0.54 47736 47875 CDS_11 CDS 0.87 49399 49417 stop_codon_2 stop_codon 49415 49417 gene_3 gene 1 71918 75474 transcript_3 transcript 1 71918 75474 start_codon_3 start_codon 71918 71920 intron_10 intron 1 72583 72673 intron_11 intron 1 72779 72946 intron_12 intron 1 73070 73145 intron_13 intron 1 73317 73493 intron_14 intron 1 73624 74585 intron_15 intron 1 74799 75354 CDS_12 CDS 1 71918 72582 CDS_13 CDS 1 72674 72778 CDS_14 CDS 1 72947 73069 CDS_15 CDS 1 73146 73316 CDS_16 CDS 1 73494 73623 CDS_17 CDS 1 74586 74798 CDS_18 CDS 1 75355 75474 stop_codon_3 stop_codon 75472 75474 gene_4 gene 0.51 91475 101097 transcript_4 transcript 0.51 91475 101097 start_codon_4 start_codon 91475 91477 intron_16 intron 1 91861 92080 intron_17 intron 1 92205 92687 intron_18 intron 1 92774 93671 intron_19 intron 1 93757 94257 intron_20 intron 1 94418 94507 intron_21 intron 1 94585 94726 intron_22 intron 1 94781 94867 intron_23 intron 0.9 94959 95090 intron_24 intron 1 95393 95470 intron_25 intron 1 95753 95902 intron_26 intron 1 96217 96409 intron_27 intron 0.75 96571 96657 intron_28 intron 0.77 96762 97530 intron_29 intron 0.93 97685 97778 intron_30 intron 0.97 97905 97984 intron_31 intron 0.83 98059 98164 intron_32 intron 1 98498 98596 intron_33 intron 1 98888 99045 intron_34 intron 1 99130 99227 intron_35 intron 1 99362 99489 intron_36 intron 1 99718 100149 intron_37 intron 1 100322 100455 intron_38 intron 1 100711 100830 CDS_19 CDS 1 91475 91860 CDS_20 CDS 1 92081 92204 CDS_21 CDS 1 92688 92773 CDS_22 CDS 1 93672 93756 CDS_23 CDS 1 94258 94417 CDS_24 CDS 1 94508 94584 CDS_25 CDS 1 94727 94780 CDS_26 CDS 0.9 94868 94958 CDS_27 CDS 1 95091 95392 CDS_28 CDS 1 95471 95752 CDS_29 CDS 0.98 95903 96216 CDS_30 CDS 0.79 96410 96570 CDS_31 CDS 0.76 96658 96761 CDS_32 CDS 0.93 97531 97684 CDS_33 CDS 1 97779 97904 CDS_34 CDS 0.86 97985 98058 CDS_35 CDS 0.84 98165 98497 CDS_36 CDS 1 98597 98887 CDS_37 CDS 1 99046 99129 CDS_38 CDS 1 99228 99361 CDS_39 CDS 1 99490 99717 CDS_40 CDS 1 100150 100321 CDS_41 CDS 1 100456 100710 CDS_42 CDS 1 100831 101097 stop_codon_4 stop_codon 101095 101097 gene_5 gene 1 103256 104679 transcript_5 transcript 1 103256 104679 start_codon_5 start_codon 103256 103258 intron_39 intron 1 103566 104515 CDS_43 CDS 1 103256 103565 CDS_44 CDS 1 104516 104679 stop_codon_5 stop_codon 104677 104679 gene_6 gene 0.58 127529 130693 transcript_6 transcript 0.58 127529 130693 start_codon_6 start_codon 127529 127531 CDS_45 CDS 0.58 127529 130693 stop_codon_6 stop_codon 130691 130693 gene_7 gene 1 141305 146575 transcript_7 transcript 1 141305 146575 start_codon_7 start_codon 141305 141307 intron_40 intron 1 141894 142067 intron_41 intron 1 142740 142836 intron_42 intron 1 143031 143186 intron_43 intron 1 143451 144281 intron_44 intron 1 144441 146470 CDS_46 CDS 1 141305 141893 CDS_47 CDS 1 142068 142739 CDS_48 CDS 1 142837 143030 CDS_49 CDS 1 143187 143450 CDS_50 CDS 1 144282 144440 CDS_51 CDS 1 146471 146575 stop_codon_7 stop_codon 146573 146575 AUGUSTUS_tom_cdna de novo gene_8 gene 0.52 715 230 transcript_8 transcript 0.52 715 230 stop_codon_8 stop_codon 232 230 CDS_52 CDS 0.52 715 230 start_codon_8 start_codon 715 713 gene_9 gene 0.95 1951 850 transcript_9 transcript 0.95 1951 850 stop_codon_9 stop_codon 852 850 intron_45 intron 1 1080 1004 intron_46 intron 1 1375 1300 intron_47 intron 1 1842 1749 CDS_53 CDS 0.98 1003 850 CDS_54 CDS 1 1299 1081 CDS_55 CDS 1 1748 1376 CDS_56 CDS 0.97 1951 1843 start_codon_9 start_codon 1951 1949 gene_10 gene 0.99 20895 19840 transcript_10 transcript 0.99 20895 19840 stop_codon_10 stop_codon 19842 19840 CDS_57 CDS 0.99 20895 19840 start_codon_10 start_codon 20895 20893 gene_11 gene 0.49 34886 21888 transcript_11 transcript 0.49 34886 21888 stop_codon_11 stop_codon 21890 21888 intron_48 intron 0.73 24578 22004 intron_49 intron 0.64 30591 26587 intron_50 intron 1 31060 30764 intron_51 intron 1 34591 32532 CDS_58 CDS 0.82 22003 21888 CDS_59 CDS 0.8 26586 24579 CDS_60 CDS 0.88 30763 30592 CDS_61 CDS 1 32531 31061 CDS_62 CDS 1 34886 34592 start_codon_11 start_codon 34886 34884 gene_12 gene 0.03 70615 49431 transcript_12 transcript 0.03 70615 49431 stop_codon_12 stop_codon 49433 49431 intron_52 intron 1 49816 49618 intron_53 intron 1 50029 49941 intron_54 intron 0.43 56403 50741 intron_55 intron 0.53 57156 56475 intron_56 intron 0.83 57289 57210 intron_57 intron 0.95 57669 57579 intron_58 intron 0.68 58083 57732 intron_59 intron 0.55 59627 58196 intron_60 intron 1 60357 60218 intron_61 intron 0.91 61653 60446 intron_62 intron 0.66 61827 61744 intron_63 intron 0.32 70578 61961 CDS_63 CDS 0.87 49617 49431 CDS_64 CDS 1 49940 49817 CDS_65 CDS 0.99 50740 50030 CDS_66 CDS 0.43 56474 56404 CDS_67 CDS 0.85 57209 57157 CDS_68 CDS 0.54 57578 57290 CDS_69 CDS 0.73 57731 57670 CDS_70 CDS 0.89 58195 58084 CDS_71 CDS 0.87 60217 59628 CDS_72 CDS 1 60445 60358 CDS_73 CDS 0.91 61743 61654 CDS_74 CDS 0.37 61960 61828 CDS_75 CDS 0.55 70615 70579 start_codon_12 start_codon 70615 70613 gene_13 gene 0.94 82185 77264 transcript_13 transcript 0.94 82185 77264 stop_codon_13 stop_codon 77266 77264 intron_64 intron 1 78862 77345 intron_65 intron 1 79048 78962 intron_66 intron 1 79185 79109 intron_67 intron 1 80708 79384 intron_68 intron 1 80908 80826 intron_69 intron 1 81332 81080 intron_70 intron 1 82048 81529 CDS_76 CDS 1 77344 77264 CDS_77 CDS 1 78961 78863 CDS_78 CDS 1 79108 79049 CDS_79 CDS 1 79383 79186 CDS_80 CDS 1 80825 80709 CDS_81 CDS 1 81079 80909 CDS_82 CDS 1 81528 81333 CDS_83 CDS 0.94 82185 82049 start_codon_13 start_codon 82185 82183 gene_14 gene 0.13 87879 85935 transcript_14 transcript 0.13 87879 85935 stop_codon_14 stop_codon 85937 85935 intron_71 intron 1 86048 85975 intron_72 intron 0.13 87779 86164 CDS_84 CDS 1 85974 85935 CDS_85 CDS 1 86163 86049 CDS_86 CDS 0.15 87879 87780 start_codon_14 start_codon 87879 87877 gene_15 gene 1 103210 102404 transcript_15 transcript 1 103210 102404 stop_codon_15 stop_codon 102406 102404 CDS_87 CDS 1 103210 102404 start_codon_15 start_codon 103210 103208 gene_16 gene 1 112872 111789 transcript_16 transcript 1 112872 111789 stop_codon_16 stop_codon 111791 111789 intron_73 intron 1 112671 112554 CDS_88 CDS 1 112553 111789 CDS_89 CDS 1 112872 112672 start_codon_16 start_codon 112872 112870 gene_17 gene 1 122642 118400 transcript_17 transcript 1 122642 118400 stop_codon_17 stop_codon 118402 118400 intron_74 intron 1 118935 118472 intron_75 intron 1 119142 119053 intron_76 intron 1 119353 119260 intron_77 intron 1 119591 119456 intron_78 intron 1 120199 119688 intron_79 intron 1 120427 120282 intron_80 intron 1 120831 120543 intron_81 intron 1 121255 120884 intron_82 intron 1 121496 121337 intron_83 intron 1 121738 121659 intron_84 intron 1 122543 121916 CDS_90 CDS 1 118471 118400 CDS_91 CDS 1 119052 118936 CDS_92 CDS 1 119259 119143 CDS_93 CDS 1 119455 119354 CDS_94 CDS 1 119687 119592 CDS_95 CDS 1 120281 120200 CDS_96 CDS 1 120542 120428 CDS_97 CDS 1 120883 120832 CDS_98 CDS 1 121336 121256 CDS_99 CDS 1 121658 121497 CDS_100 CDS 1 121915 121739 CDS_101 CDS 1 122642 122544 start_codon_17 start_codon 122642 122640 gene_18 gene 0.59 124128 122762 transcript_18 transcript 0.59 124128 122762 stop_codon_18 stop_codon 122764 122762 intron_85 intron 0.59 124028 122920 CDS_102 CDS 0.86 122919 122762 CDS_103 CDS 0.65 124128 124029 start_codon_18 start_codon 124128 124126 gene_19 gene 1 134985 131782 transcript_19 transcript 1 134985 131782 stop_codon_19 stop_codon 131784 131782 CDS_104 CDS 1 134985 131782 start_codon_19 start_codon 134985 134983 gene_20 gene 0.4 154479 147532 transcript_20 transcript 0.4 154479 147532 stop_codon_20 stop_codon 147534 147532 intron_86 intron 0.53 153944 147674 intron_87 intron 0.41 154432 154191 CDS_105 CDS 0.94 147673 147532 CDS_106 CDS 0.41 154190 153945 CDS_107 CDS 0.41 154479 154433 start_codon_20 start_codon 154479 154477 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 75.31 110997 110925 AUGUSTUS_ab_initio de novo gene_1 gene 0.63 12412 14705 transcript_1 transcript 0.63 12412 14705 start_codon_1 start_codon 12412 12414 intron_1 intron 1 12535 12638 intron_2 intron 0.76 12691 12967 intron_3 intron 1 13371 13441 intron_4 intron 1 13661 13900 intron_5 intron 0.86 14040 14162 CDS_1 CDS 1 12412 12534 CDS_2 CDS 0.76 12639 12690 CDS_3 CDS 0.93 12968 13370 CDS_4 CDS 1 13442 13660 CDS_5 CDS 0.86 13901 14039 CDS_6 CDS 0.98 14163 14705 stop_codon_1 stop_codon 14703 14705 gene_2 gene 0.66 45253 47900 transcript_2 transcript 0.66 45253 47900 start_codon_2 start_codon 45253 45255 intron_6 intron 0.99 45430 45584 intron_7 intron 0.71 45693 46996 intron_8 intron 1 47459 47549 intron_9 intron 1 47652 47735 CDS_7 CDS 0.98 45253 45429 CDS_8 CDS 0.99 45585 45692 CDS_9 CDS 0.71 46997 47458 CDS_10 CDS 1 47550 47651 CDS_11 CDS 0.97 47736 47900 stop_codon_2 stop_codon 47898 47900 gene_3 gene 0.53 71918 75474 transcript_3 transcript 0.53 71918 75474 start_codon_3 start_codon 71918 71920 intron_10 intron 1 72583 72673 intron_11 intron 1 72779 72946 intron_12 intron 1 73070 73145 intron_13 intron 1 73317 73493 intron_14 intron 0.98 73624 74585 intron_15 intron 0.99 74799 75354 CDS_12 CDS 1 71918 72582 CDS_13 CDS 1 72674 72778 CDS_14 CDS 1 72947 73069 CDS_15 CDS 1 73146 73316 CDS_16 CDS 1 73494 73623 CDS_17 CDS 0.98 74586 74798 CDS_18 CDS 0.54 75355 75474 stop_codon_3 stop_codon 75472 75474 gene_4 gene 0.2 91475 101097 transcript_4 transcript 0.2 91475 101097 start_codon_4 start_codon 91475 91477 intron_16 intron 0.99 91861 92080 intron_17 intron 0.75 92205 92687 intron_18 intron 1 92774 93671 intron_19 intron 1 93757 94257 intron_20 intron 1 94418 94507 intron_21 intron 0.99 94585 94726 intron_22 intron 1 94781 94867 intron_23 intron 0.93 94959 95090 intron_24 intron 0.86 95372 95470 intron_25 intron 0.87 95753 95902 intron_26 intron 1 96217 96409 intron_27 intron 0.96 96571 96657 intron_28 intron 0.95 96762 97530 intron_29 intron 0.99 97685 97778 intron_30 intron 1 97905 97984 intron_31 intron 0.97 98059 98164 intron_32 intron 1 98498 98596 intron_33 intron 1 98888 99045 intron_34 intron 1 99130 99227 intron_35 intron 0.99 99362 99489 intron_36 intron 0.59 99718 100149 intron_37 intron 1 100322 100455 intron_38 intron 0.97 100711 100830 CDS_19 CDS 0.96 91475 91860 CDS_20 CDS 0.92 92081 92204 CDS_21 CDS 0.78 92688 92773 CDS_22 CDS 1 93672 93756 CDS_23 CDS 1 94258 94417 CDS_24 CDS 0.99 94508 94584 CDS_25 CDS 1 94727 94780 CDS_26 CDS 0.94 94868 94958 CDS_27 CDS 0.85 95091 95371 CDS_28 CDS 0.81 95471 95752 CDS_29 CDS 0.81 95903 96216 CDS_30 CDS 0.96 96410 96570 CDS_31 CDS 0.95 96658 96761 CDS_32 CDS 0.99 97531 97684 CDS_33 CDS 1 97779 97904 CDS_34 CDS 1 97985 98058 CDS_35 CDS 0.95 98165 98497 CDS_36 CDS 1 98597 98887 CDS_37 CDS 1 99046 99129 CDS_38 CDS 1 99228 99361 CDS_39 CDS 0.99 99490 99717 CDS_40 CDS 0.6 100150 100321 CDS_41 CDS 0.96 100456 100710 CDS_42 CDS 0.95 100831 101097 stop_codon_4 stop_codon 101095 101097 gene_5 gene 0.39 127529 130693 transcript_5 transcript 0.39 127529 130693 start_codon_5 start_codon 127529 127531 CDS_43 CDS 0.39 127529 130693 stop_codon_5 stop_codon 130691 130693 gene_6 gene 0.36 141305 147258 transcript_6 transcript 0.36 141305 147258 start_codon_6 start_codon 141305 141307 intron_39 intron 1 141894 142067 intron_40 intron 1 142740 142836 intron_41 intron 1 143031 143186 intron_42 intron 0.99 143451 144388 intron_43 intron 0.77 144441 144520 intron_44 intron 0.76 144545 144873 intron_45 intron 0.48 144983 147194 CDS_44 CDS 0.98 141305 141893 CDS_45 CDS 1 142068 142739 CDS_46 CDS 1 142837 143030 CDS_47 CDS 1 143187 143450 CDS_48 CDS 1 144389 144440 CDS_49 CDS 0.77 144521 144544 CDS_50 CDS 0.8 144874 144982 CDS_51 CDS 0.5 147195 147258 stop_codon_6 stop_codon 147256 147258 AUGUSTUS_ab_initio de novo gene_7 gene 0.37 772 230 transcript_7 transcript 0.37 772 230 stop_codon_7 stop_codon 232 230 CDS_52 CDS 0.54 772 230 start_codon_7 start_codon 772 770 gene_8 gene 0.71 2293 850 transcript_8 transcript 0.71 2293 850 stop_codon_8 stop_codon 852 850 intron_46 intron 1 1080 1004 intron_47 intron 1 1375 1300 intron_48 intron 0.89 1842 1749 intron_49 intron 1 2191 2114 CDS_53 CDS 0.81 1003 850 CDS_54 CDS 1 1299 1081 CDS_55 CDS 0.9 1748 1376 CDS_56 CDS 0.89 2113 1843 CDS_57 CDS 1 2293 2192 start_codon_8 start_codon 2293 2291 gene_9 gene 1 20895 19840 transcript_9 transcript 1 20895 19840 stop_codon_9 stop_codon 19842 19840 CDS_58 CDS 1 20895 19840 start_codon_9 start_codon 20895 20893 gene_10 gene 0.99 26688 24478 transcript_10 transcript 0.99 26688 24478 stop_codon_10 stop_codon 24480 24478 CDS_59 CDS 0.99 26688 24478 start_codon_10 start_codon 26688 26686 gene_11 gene 0.88 34886 30577 transcript_11 transcript 0.88 34886 30577 stop_codon_11 stop_codon 30579 30577 intron_50 intron 0.99 31060 30764 intron_51 intron 0.89 34591 32532 CDS_60 CDS 1 30763 30577 CDS_61 CDS 0.99 32531 31061 CDS_62 CDS 1 34886 34592 start_codon_11 start_codon 34886 34884 gene_12 gene 0.58 51535 49431 transcript_12 transcript 0.58 51535 49431 stop_codon_12 stop_codon 49433 49431 intron_52 intron 1 49816 49618 intron_53 intron 0.99 50029 49941 intron_54 intron 0.8 51453 50741 CDS_63 CDS 0.78 49617 49431 CDS_64 CDS 1 49940 49817 CDS_65 CDS 0.95 50740 50030 CDS_66 CDS 0.74 51535 51454 start_codon_12 start_codon 51535 51533 gene_13 gene 0.02 62275 55914 transcript_13 transcript 0.02 62275 55914 stop_codon_13 stop_codon 55916 55914 intron_55 intron 0.46 56407 56034 intron_56 intron 0.91 57156 56475 intron_57 intron 1 57289 57210 intron_58 intron 0.66 57447 57361 intron_59 intron 1 57669 57579 intron_60 intron 0.52 58083 57906 intron_61 intron 0.96 58581 58196 intron_62 intron 0.56 58878 58692 intron_63 intron 0.82 59627 59003 intron_64 intron 1 60357 60218 intron_65 intron 0.93 61653 60446 intron_66 intron 0.98 61827 61744 intron_67 intron 0.46 62211 61961 CDS_67 CDS 0.91 56033 55914 CDS_68 CDS 0.46 56474 56408 CDS_69 CDS 0.98 57209 57157 CDS_70 CDS 0.66 57360 57290 CDS_71 CDS 0.66 57578 57448 CDS_72 CDS 0.52 57905 57670 CDS_73 CDS 1 58195 58084 CDS_74 CDS 0.96 58691 58582 CDS_75 CDS 0.51 59002 58879 CDS_76 CDS 0.86 60217 59628 CDS_77 CDS 1 60445 60358 CDS_78 CDS 1 61743 61654 CDS_79 CDS 0.77 61960 61828 CDS_80 CDS 0.61 62275 62212 start_codon_13 start_codon 62275 62273 gene_14 gene 0.04 87660 77264 transcript_14 transcript 0.04 87660 77264 stop_codon_14 stop_codon 77266 77264 intron_68 intron 0.77 78805 77345 intron_69 intron 0.93 79048 78962 intron_70 intron 0.96 79185 79109 intron_71 intron 0.91 80708 79384 intron_72 intron 0.99 80908 80826 intron_73 intron 0.97 81332 81080 intron_74 intron 0.98 82048 81529 intron_75 intron 0.79 85747 82193 intron_76 intron 0.73 86048 85907 intron_77 intron 0.24 87449 86164 CDS_81 CDS 0.37 77344 77264 CDS_82 CDS 0.78 78961 78806 CDS_83 CDS 0.98 79108 79049 CDS_84 CDS 0.92 79383 79186 CDS_85 CDS 0.98 80825 80709 CDS_86 CDS 0.96 81079 80909 CDS_87 CDS 1 81528 81333 CDS_88 CDS 0.94 82192 82049 CDS_89 CDS 0.68 85906 85748 CDS_90 CDS 0.84 86163 86049 CDS_91 CDS 0.13 87660 87450 start_codon_14 start_codon 87660 87658 gene_15 gene 1 103585 102404 transcript_15 transcript 1 103585 102404 stop_codon_15 stop_codon 102406 102404 CDS_92 CDS 1 103585 102404 start_codon_15 start_codon 103585 103583 gene_16 gene 0.82 112872 111789 transcript_16 transcript 0.82 112872 111789 stop_codon_16 stop_codon 111791 111789 intron_78 intron 0.93 112671 112554 CDS_93 CDS 0.99 112553 111789 CDS_94 CDS 0.82 112872 112672 start_codon_16 start_codon 112872 112870 gene_17 gene 0.36 122642 118400 transcript_17 transcript 0.36 122642 118400 stop_codon_17 stop_codon 118402 118400 intron_79 intron 0.83 118935 118472 intron_80 intron 1 119142 119053 intron_81 intron 0.95 119353 119260 intron_82 intron 1 119591 119456 intron_83 intron 0.89 120199 119688 intron_84 intron 0.91 120427 120282 intron_85 intron 0.98 120831 120543 intron_86 intron 0.96 121255 120884 intron_87 intron 0.96 121496 121337 intron_88 intron 0.99 121738 121659 intron_89 intron 0.51 122543 121916 CDS_95 CDS 0.82 118471 118400 CDS_96 CDS 1 119052 118936 CDS_97 CDS 0.99 119259 119143 CDS_98 CDS 0.96 119455 119354 CDS_99 CDS 0.9 119687 119592 CDS_100 CDS 0.91 120281 120200 CDS_101 CDS 0.98 120542 120428 CDS_102 CDS 1 120883 120832 CDS_103 CDS 0.96 121336 121256 CDS_104 CDS 1 121658 121497 CDS_105 CDS 0.99 121915 121739 CDS_106 CDS 0.51 122642 122544 start_codon_17 start_codon 122642 122640 gene_18 gene 0.9 134985 131782 transcript_18 transcript 0.9 134985 131782 stop_codon_18 stop_codon 131784 131782 CDS_107 CDS 0.9 134985 131782 start_codon_18 start_codon 134985 134983 AUGUSTUS_tom_ugs de novo gene_1 gene 0.74 12412 14705 transcript_1 transcript 0.74 12412 14705 start_codon_1 start_codon 12412 12414 intron_1 intron 0.98 12535 12638 intron_2 intron 0.94 12691 12967 intron_3 intron 0.99 13371 13441 intron_4 intron 1 13661 13900 intron_5 intron 0.83 14040 14162 CDS_1 CDS 0.97 12412 12534 CDS_2 CDS 0.93 12639 12690 CDS_3 CDS 0.98 12968 13370 CDS_4 CDS 0.99 13442 13660 CDS_5 CDS 0.83 13901 14039 CDS_6 CDS 1 14163 14705 stop_codon_1 stop_codon 14703 14705 gene_2 gene 1 45253 47900 transcript_2 transcript 1 45253 47900 start_codon_2 start_codon 45253 45255 intron_6 intron 1 45430 45584 intron_7 intron 1 45693 46996 intron_8 intron 1 47459 47549 intron_9 intron 1 47652 47735 CDS_7 CDS 1 45253 45429 CDS_8 CDS 1 45585 45692 CDS_9 CDS 1 46997 47458 CDS_10 CDS 1 47550 47651 CDS_11 CDS 1 47736 47900 stop_codon_2 stop_codon 47898 47900 gene_3 gene 1 71918 75474 transcript_3 transcript 1 71918 75474 start_codon_3 start_codon 71918 71920 intron_10 intron 1 72583 72673 intron_11 intron 1 72779 72946 intron_12 intron 1 73070 73145 intron_13 intron 1 73317 73493 intron_14 intron 1 73624 74585 intron_15 intron 1 74799 75354 CDS_12 CDS 1 71918 72582 CDS_13 CDS 1 72674 72778 CDS_14 CDS 1 72947 73069 CDS_15 CDS 1 73146 73316 CDS_16 CDS 1 73494 73623 CDS_17 CDS 1 74586 74798 CDS_18 CDS 1 75355 75474 stop_codon_3 stop_codon 75472 75474 gene_4 gene 0.32 91475 102392 transcript_4 transcript 0.32 91475 102392 start_codon_4 start_codon 91475 91477 intron_16 intron 1 91861 92080 intron_17 intron 1 92205 92687 intron_18 intron 1 92774 93671 intron_19 intron 1 93757 94257 intron_20 intron 1 94418 94507 intron_21 intron 0.99 94585 94726 intron_22 intron 1 94781 94867 intron_23 intron 0.91 94959 95090 intron_24 intron 1 95393 95470 intron_25 intron 1 95753 95902 intron_26 intron 1 96217 96409 intron_27 intron 0.79 96571 96657 intron_28 intron 0.8 96762 97530 intron_29 intron 0.88 97685 97778 intron_30 intron 0.97 97905 97984 intron_31 intron 0.87 98059 98164 intron_32 intron 1 98498 98596 intron_33 intron 1 98888 99045 intron_34 intron 1 99130 99227 intron_35 intron 1 99362 99489 intron_36 intron 1 99718 100149 intron_37 intron 1 100322 100455 intron_38 intron 1 100711 100830 intron_39 intron 0.53 101015 102306 CDS_19 CDS 1 91475 91860 CDS_20 CDS 1 92081 92204 CDS_21 CDS 1 92688 92773 CDS_22 CDS 1 93672 93756 CDS_23 CDS 1 94258 94417 CDS_24 CDS 0.99 94508 94584 CDS_25 CDS 1 94727 94780 CDS_26 CDS 0.91 94868 94958 CDS_27 CDS 1 95091 95392 CDS_28 CDS 1 95471 95752 CDS_29 CDS 0.97 95903 96216 CDS_30 CDS 0.86 96410 96570 CDS_31 CDS 0.79 96658 96761 CDS_32 CDS 0.87 97531 97684 CDS_33 CDS 1 97779 97904 CDS_34 CDS 0.9 97985 98058 CDS_35 CDS 0.87 98165 98497 CDS_36 CDS 1 98597 98887 CDS_37 CDS 1 99046 99129 CDS_38 CDS 1 99228 99361 CDS_39 CDS 1 99490 99717 CDS_40 CDS 1 100150 100321 CDS_41 CDS 1 100456 100710 CDS_42 CDS 0.59 100831 101014 CDS_43 CDS 0.53 102307 102392 stop_codon_4 stop_codon 102390 102392 gene_5 gene 0.6 127529 130693 transcript_5 transcript 0.6 127529 130693 start_codon_5 start_codon 127529 127531 CDS_44 CDS 0.6 127529 130693 stop_codon_5 stop_codon 130691 130693 gene_6 gene 0.99 141305 146575 transcript_6 transcript 0.99 141305 146575 start_codon_6 start_codon 141305 141307 intron_40 intron 1 141894 142067 intron_41 intron 0.99 142740 142836 intron_42 intron 1 143031 143186 intron_43 intron 1 143451 144281 intron_44 intron 1 144441 146470 CDS_45 CDS 1 141305 141893 CDS_46 CDS 0.99 142068 142739 CDS_47 CDS 1 142837 143030 CDS_48 CDS 1 143187 143450 CDS_49 CDS 1 144282 144440 CDS_50 CDS 1 146471 146575 stop_codon_6 stop_codon 146573 146575 gene_7 gene 0.53 152570 154297 transcript_7 transcript 0.53 152570 154297 start_codon_7 start_codon 152570 152572 intron_45 intron 0.53 152594 153979 intron_46 intron 0.88 154109 154201 CDS_51 CDS 0.6 152570 152593 CDS_52 CDS 0.88 153980 154108 CDS_53 CDS 0.96 154202 154297 stop_codon_7 stop_codon 154295 154297 AUGUSTUS_tom_ugs de novo gene_8 gene 0.44 715 230 transcript_8 transcript 0.44 715 230 stop_codon_8 stop_codon 232 230 CDS_54 CDS 0.44 715 230 start_codon_8 start_codon 715 713 gene_9 gene 0.9 2293 850 transcript_9 transcript 0.9 2293 850 stop_codon_9 stop_codon 852 850 intron_47 intron 1 1080 1004 intron_48 intron 1 1375 1300 intron_49 intron 0.92 1842 1749 intron_50 intron 1 2191 2114 CDS_55 CDS 0.98 1003 850 CDS_56 CDS 1 1299 1081 CDS_57 CDS 0.92 1748 1376 CDS_58 CDS 0.92 2113 1843 CDS_59 CDS 1 2293 2192 start_codon_9 start_codon 2293 2291 gene_10 gene 1 20895 19840 transcript_10 transcript 1 20895 19840 stop_codon_10 stop_codon 19842 19840 CDS_60 CDS 1 20895 19840 start_codon_10 start_codon 20895 20893 gene_11 gene 0.95 26688 24478 transcript_11 transcript 0.95 26688 24478 stop_codon_11 stop_codon 24480 24478 CDS_61 CDS 0.95 26688 24478 start_codon_11 start_codon 26688 26686 gene_12 gene 1 34886 30577 transcript_12 transcript 1 34886 30577 stop_codon_12 stop_codon 30579 30577 intron_51 intron 1 31060 30764 intron_52 intron 1 34591 32532 CDS_62 CDS 1 30763 30577 CDS_63 CDS 1 32531 31061 CDS_64 CDS 1 34886 34592 start_codon_12 start_codon 34886 34884 gene_13 gene 0.81 51535 49431 transcript_13 transcript 0.81 51535 49431 stop_codon_13 stop_codon 49433 49431 intron_53 intron 0.96 49816 49618 intron_54 intron 1 50029 49941 intron_55 intron 1 51453 50741 CDS_65 CDS 0.95 49617 49431 CDS_66 CDS 0.96 49940 49817 CDS_67 CDS 1 50740 50030 CDS_68 CDS 0.84 51535 51454 start_codon_13 start_codon 51535 51533 gene_14 gene 0.04 62275 57144 transcript_14 transcript 0.04 62275 57144 stop_codon_14 stop_codon 57146 57144 intron_56 intron 0.84 57289 57210 intron_57 intron 0.84 57669 57579 intron_58 intron 0.68 58083 57732 intron_59 intron 0.65 59627 58196 intron_60 intron 0.99 60357 60218 intron_61 intron 0.89 61653 60446 intron_62 intron 0.84 61827 61744 intron_63 intron 0.32 62211 61961 CDS_69 CDS 0.43 57209 57144 CDS_70 CDS 0.56 57578 57290 CDS_71 CDS 0.63 57731 57670 CDS_72 CDS 0.92 58195 58084 CDS_73 CDS 0.82 60217 59628 CDS_74 CDS 0.99 60445 60358 CDS_75 CDS 0.89 61743 61654 CDS_76 CDS 0.64 61960 61828 CDS_77 CDS 0.45 62275 62212 start_codon_14 start_codon 62275 62273 gene_15 gene 0.93 82185 77264 transcript_15 transcript 0.93 82185 77264 stop_codon_15 stop_codon 77266 77264 intron_64 intron 1 78862 77345 intron_65 intron 1 79048 78962 intron_66 intron 1 79185 79109 intron_67 intron 1 80708 79384 intron_68 intron 1 80908 80826 intron_69 intron 1 81332 81080 intron_70 intron 1 82048 81529 CDS_78 CDS 1 77344 77264 CDS_79 CDS 1 78961 78863 CDS_80 CDS 1 79108 79049 CDS_81 CDS 1 79383 79186 CDS_82 CDS 1 80825 80709 CDS_83 CDS 1 81079 80909 CDS_84 CDS 1 81528 81333 CDS_85 CDS 0.93 82185 82049 start_codon_15 start_codon 82185 82183 gene_16 gene 0.11 87879 85935 transcript_16 transcript 0.11 87879 85935 stop_codon_16 stop_codon 85937 85935 intron_71 intron 1 86048 85975 intron_72 intron 0.11 87779 86164 CDS_86 CDS 0.98 85974 85935 CDS_87 CDS 1 86163 86049 CDS_88 CDS 0.11 87879 87780 start_codon_16 start_codon 87879 87877 gene_17 gene 0.68 106867 102404 transcript_17 transcript 0.68 106867 102404 stop_codon_17 stop_codon 102406 102404 intron_73 intron 0.69 106862 103587 CDS_89 CDS 0.99 103586 102404 CDS_90 CDS 0.69 106867 106863 start_codon_17 start_codon 106867 106865 gene_18 gene 1 112872 111789 transcript_18 transcript 1 112872 111789 stop_codon_18 stop_codon 111791 111789 intron_74 intron 1 112671 112554 CDS_91 CDS 1 112553 111789 CDS_92 CDS 1 112872 112672 start_codon_18 start_codon 112872 112870 gene_19 gene 1 122642 118400 transcript_19 transcript 1 122642 118400 stop_codon_19 stop_codon 118402 118400 intron_75 intron 1 118935 118472 intron_76 intron 1 119142 119053 intron_77 intron 1 119353 119260 intron_78 intron 1 119591 119456 intron_79 intron 1 120199 119688 intron_80 intron 1 120427 120282 intron_81 intron 1 120831 120543 intron_82 intron 1 121255 120884 intron_83 intron 1 121496 121337 intron_84 intron 1 121738 121659 intron_85 intron 1 122543 121916 CDS_93 CDS 1 118471 118400 CDS_94 CDS 1 119052 118936 CDS_95 CDS 1 119259 119143 CDS_96 CDS 1 119455 119354 CDS_97 CDS 1 119687 119592 CDS_98 CDS 1 120281 120200 CDS_99 CDS 1 120542 120428 CDS_100 CDS 1 120883 120832 CDS_101 CDS 1 121336 121256 CDS_102 CDS 1 121658 121497 CDS_103 CDS 1 121915 121739 CDS_104 CDS 1 122642 122544 start_codon_19 start_codon 122642 122640 gene_20 gene 1 134985 131782 transcript_20 transcript 1 134985 131782 stop_codon_20 stop_codon 131784 131782 CDS_105 CDS 1 134985 131782 start_codon_20 start_codon 134985 134983 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.977 5832 6630 match_2 match_part 0.903 7128 7673 match_3 match_part 0.948 7249 7630 match_4 match_part 0.982 8433 8542 match_5 match_part 0.976 8550 8672 match_6 match_part 0.724 12794 12909 match_part 0.944 12998 13370 match_part 0.973 13442 13660 match_part 0.786 13901 13970 match_7 match_part 0.987 44962 45429 match_part 1.000 45585 45692 match_part 1.000 46997 47458 match_part 1.000 47550 47651 match_part 0.993 47736 48041 match_8 match_part 0.993 72295 72582 match_part 0.933 72674 72688 match_9 match_part 0.956 72377 72582 match_part 1.000 72674 72778 match_part 1.000 72947 73069 match_part 1.000 73146 73316 match_part 1.000 73494 73623 match_part 1.000 74586 74798 match_part 1.000 75355 75883 match_10 match_part 1.000 91483 91860 match_part 0.992 92081 92204 match_part 0.988 92688 92773 match_part 1.000 93672 93756 match_part 0.938 94258 94321 match_11 match_part 1.000 95375 95392 match_part 1.000 95471 95752 match_part 1.000 95903 96017 match_12 match_part 1.000 98449 98497 match_part 1.000 98597 98887 match_part 1.000 99046 99129 match_part 1.000 99228 99361 match_part 1.000 99490 99717 match_part 0.994 100150 100321 match_part 1.000 100456 100710 match_part 0.998 100831 101277 match_13 match_part 0.937 102176 102744 match_14 match_part 1.000 138744 138876 match_part 0.992 141285 141893 match_part 0.667 142068 142106 match_15 match_part 1.000 142276 142937 match_16 match_part 1.000 143197 143450 match_part 1.000 144282 144440 match_part 1.000 146471 146632 match_part 0.997 147195 147556 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.972 1949 1843 match_part 1.000 1748 1376 match_part 1.000 1299 1081 match_part 1.000 1003 930 match_18 match_part 0.987 2266 2192 match_part 0.946 2113 2040 match_19 match_part 0.722 17630 17613 match_part 0.570 16989 16825 match_part 0.769 15969 15944 match_part 0.692 13854 13842 match_part 0.667 12694 12671 match_part 0.667 12581 12576 match_part 0.625 12414 12407 match_part 0.769 10921 10909 match_part 0.500 10836 10781 match_part 0.970 10632 8983 match_20 match_part 0.998 21051 19431 match_21 match_part 0.959 20787 20372 match_22 match_part 0.996 27013 26769 match_23 match_part 1.000 30360 29443 match_24 match_part 1.000 31268 31061 match_part 0.982 30763 30426 match_25 match_part 1.000 35012 34592 match_part 0.998 32531 31206 match_26 match_part 1.000 44690 44494 match_27 match_part 1.000 51619 51454 match_part 1.000 50740 50030 match_part 1.000 49940 49871 match_28 match_part 0.989 83306 83217 match_part 1.000 82462 82403 match_part 1.000 82302 82049 match_part 1.000 81528 81333 match_part 1.000 81079 80909 match_part 1.000 80825 80709 match_part 1.000 79383 79186 match_part 1.000 79108 79049 match_part 1.000 78961 78863 match_part 0.987 77344 76970 match_29 match_part 0.969 87060 86832 match_part 1.000 86163 86049 match_part 0.991 85974 85636 match_30 match_part 0.938 102702 102205 match_31 match_part 0.985 104665 104532 match_part 0.994 103586 103067 match_part 0.926 103015 102922 match_32 match_part 0.870 104639 104532 match_part 0.954 103586 103263 match_33 match_part 0.988 104614 104532 match_part 1.000 103948 103867 match_part 1.000 103586 103279 match_34 match_part 0.996 104649 103954 match_35 match_part 0.987 104557 104187 match_36 match_part 0.996 112933 112672 match_part 0.993 112553 111656 match_37 match_part 1.000 122974 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121256 match_part 1.000 120883 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 1.000 119259 119143 match_part 1.000 119052 118936 match_part 0.995 118471 118256 match_38 match_part 0.968 119251 118416 match_39 match_part 0.981 122699 122544 match_part 0.991 121915 121807 match_part 1.000 120867 120832 match_part 1.000 120542 120428 match_part 1.000 120281 120200 match_part 1.000 119687 119592 match_part 1.000 119455 119354 match_part 0.989 119259 119170 match_40 match_part 0.999 133758 131729 match_41 match_part 0.992 134567 133688 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 1949 1843 exon 1748 1376 exon 1299 1081 exon 1003 930 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 2266 2192 exon 2113 2040 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 5832 6630 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 7128 7673 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 8433 8542 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 8550 8672 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 17630 17613 exon 16989 16825 exon 15969 15944 exon 13854 13842 exon 12694 12671 exon 12581 12576 exon 12414 12407 exon 10921 10909 exon 10836 10781 exon 10632 8983 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 12794 12909 exon 12998 13370 exon 13442 13660 exon 13901 13970 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 21051 19431 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 27013 26769 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 30360 29443 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 35012 34592 exon 32531 31061 exon 30763 30426 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44690 44494 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 44962 45429 exon 45585 45692 exon 46997 47458 exon 47550 47651 exon 47736 48041 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 51619 51454 exon 50740 50030 exon 49940 49871 gene_16 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 72295 72582 exon 72674 72778 exon 72947 73069 exon 73146 73316 exon 73494 73623 exon 74586 74798 exon 75355 75883 gene_17 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 83306 83217 exon 82462 82403 exon 82302 82049 exon 81528 81333 exon 81079 80909 exon 80825 80709 exon 79383 79186 exon 79108 79049 exon 78961 78863 exon 77344 76970 gene_18 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 87060 86832 exon 86163 86049 exon 85974 85636 gene_19 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 91483 91860 exon 92081 92204 exon 92688 92773 exon 93672 93756 exon 94258 94321 gene_20 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 95375 95392 exon 95471 95752 exon 95903 96017 gene_21 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 98449 98497 exon 98597 98887 exon 99046 99129 exon 99228 99361 exon 99490 99717 exon 100150 100321 exon 100456 100710 exon 100831 101277 gene_22 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102176 102744 gene_23 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 102702 102205 gene_24 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104665 104532 exon 103586 103067 exon 103015 102922 gene_25 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104649 103954 gene_26 gene GT_PGL_24_AGS_3 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 104614 104532 exon 103948 103867 exon 103586 103279 gene_27 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 112933 112672 exon 112553 111656 gene_28 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122699 122544 exon 121915 121807 exon 120867 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 118416 gene_29 gene GT_PGL_26_AGS_2 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122974 122544 exon 121915 121739 exon 121658 121497 exon 121336 121256 exon 120883 120832 exon 120542 120428 exon 120281 120200 exon 119687 119592 exon 119455 119354 exon 119259 119143 exon 119052 118936 exon 118471 118256 gene_30 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 134567 131729 gene_31 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 138744 138876 exon 141285 141893 exon 142068 142106 gene_32 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 142276 142937 gene_33 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 143197 143450 exon 144282 144440 exon 146471 146632 exon 147195 147556 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 79778 80304 match_2 match_part 1.000 79778 80299 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.997 50728 50030 match_part 1.000 49940 49910 match_4 match_part 0.990 122648 122544 match_part 1.000 121915 121739 match_part 1.000 121658 121497 match_part 1.000 121336 121170 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 50728 50030 exon 49940 49910 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 79778 80304 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0057A01.2 type gene exon 122648 122544 exon 121915 121739 exon 121658 121497 exon 121336 121170 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.88 13336 14705 transcript_1 transcript 0.88 13336 14705 start_codon_1 start_codon 13336 13338 intron_1 intron 1 13371 13441 intron_2 intron 1 13661 13900 intron_3 intron 0.89 14040 14162 CDS_1 CDS 0.98 13336 13370 CDS_2 CDS 1 13442 13660 CDS_3 CDS 0.89 13901 14039 CDS_4 CDS 1 14163 14705 stop_codon_1 stop_codon 14703 14705 gene_2 gene 0.36 34962 45203 transcript_2 transcript 0.36 34962 45203 start_codon_2 start_codon 34962 34964 intron_4 intron 0.36 35086 44419 intron_5 intron 1 44566 45182 CDS_5 CDS 0.36 34962 35085 CDS_6 CDS 0.8 44420 44565 CDS_7 CDS 1 45183 45203 stop_codon_2 stop_codon 45201 45203 gene_3 gene 0.54 45253 49417 transcript_3 transcript 0.54 45253 49417 start_codon_3 start_codon 45253 45255 intron_6 intron 1 45430 45584 intron_7 intron 1 45693 46996 intron_8 intron 0.96 47459 47549 intron_9 intron 0.91 47652 47735 intron_10 intron 0.54 47876 49398 CDS_8 CDS 1 45253 45429 CDS_9 CDS 1 45585 45692 CDS_10 CDS 0.99 46997 47458 CDS_11 CDS 0.95 47550 47651 CDS_12 CDS 0.54 47736 47875 CDS_13 CDS 0.92 49399 49417 stop_codon_3 stop_codon 49415 49417 gene_4 gene 1 71918 75474 transcript_4 transcript 1 71918 75474 start_codon_4 start_codon 71918 71920 intron_11 intron 1 72583 72673 intron_12 intron 1 72779 72946 intron_13 intron 1 73070 73145 intron_14 intron 1 73317 73493 intron_15 intron 1 73624 74585 intron_16 intron 1 74799 75354 CDS_14 CDS 1 71918 72582 CDS_15 CDS 1 72674 72778 CDS_16 CDS 1 72947 73069 CDS_17 CDS 1 73146 73316 CDS_18 CDS 1 73494 73623 CDS_19 CDS 1 74586 74798 CDS_20 CDS 1 75355 75474 stop_codon_4 stop_codon 75472 75474 gene_5 gene 0.5 91475 101097 transcript_5 transcript 0.5 91475 101097 start_codon_5 start_codon 91475 91477 intron_17 intron 1 91861 92080 intron_18 intron 1 92205 92687 intron_19 intron 1 92774 93671 intron_20 intron 1 93757 94257 intron_21 intron 1 94418 94507 intron_22 intron 1 94585 94726 intron_23 intron 1 94781 94867 intron_24 intron 0.93 94959 95090 intron_25 intron 1 95393 95470 intron_26 intron 1 95753 95902 intron_27 intron 1 96217 96409 intron_28 intron 0.74 96571 96657 intron_29 intron 0.74 96762 97530 intron_30 intron 0.91 97685 97778 intron_31 intron 0.98 97905 97984 intron_32 intron 0.85 98059 98164 intron_33 intron 1 98498 98596 intron_34 intron 1 98888 99045 intron_35 intron 1 99130 99227 intron_36 intron 1 99362 99489 intron_37 intron 1 99718 100149 intron_38 intron 1 100322 100455 intron_39 intron 1 100711 100830 CDS_21 CDS 1 91475 91860 CDS_22 CDS 1 92081 92204 CDS_23 CDS 1 92688 92773 CDS_24 CDS 1 93672 93756 CDS_25 CDS 1 94258 94417 CDS_26 CDS 1 94508 94584 CDS_27 CDS 1 94727 94780 CDS_28 CDS 0.93 94868 94958 CDS_29 CDS 1 95091 95392 CDS_30 CDS 1 95471 95752 CDS_31 CDS 0.97 95903 96216 CDS_32 CDS 0.77 96410 96570 CDS_33 CDS 0.73 96658 96761 CDS_34 CDS 0.9 97531 97684 CDS_35 CDS 1 97779 97904 CDS_36 CDS 0.87 97985 98058 CDS_37 CDS 0.86 98165 98497 CDS_38 CDS 1 98597 98887 CDS_39 CDS 1 99046 99129 CDS_40 CDS 1 99228 99361 CDS_41 CDS 1 99490 99717 CDS_42 CDS 1 100150 100321 CDS_43 CDS 1 100456 100710 CDS_44 CDS 1 100831 101097 stop_codon_5 stop_codon 101095 101097 gene_6 gene 1 103256 104679 transcript_6 transcript 1 103256 104679 start_codon_6 start_codon 103256 103258 intron_40 intron 1 103566 104515 CDS_45 CDS 1 103256 103565 CDS_46 CDS 1 104516 104679 stop_codon_6 stop_codon 104677 104679 gene_7 gene 0.51 127529 130693 transcript_7 transcript 0.51 127529 130693 start_codon_7 start_codon 127529 127531 CDS_47 CDS 0.51 127529 130693 stop_codon_7 stop_codon 130691 130693 gene_8 gene 1 141305 146575 transcript_8 transcript 1 141305 146575 start_codon_8 start_codon 141305 141307 intron_41 intron 1 141894 142067 intron_42 intron 1 142740 142836 intron_43 intron 1 143031 143186 intron_44 intron 1 143451 144281 intron_45 intron 1 144441 146470 CDS_48 CDS 1 141305 141893 CDS_49 CDS 1 142068 142739 CDS_50 CDS 1 142837 143030 CDS_51 CDS 1 143187 143450 CDS_52 CDS 1 144282 144440 CDS_53 CDS 1 146471 146575 stop_codon_8 stop_codon 146573 146575 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.78 2717 230 transcript_9 transcript 0.78 2717 230 stop_codon_9 stop_codon 232 230 intron_46 intron 1 864 773 intron_47 intron 1 1080 1004 intron_48 intron 1 1375 1300 intron_49 intron 1 1842 1749 intron_50 intron 1 2191 2114 intron_51 intron 0.78 2703 2367 CDS_54 CDS 1 772 230 CDS_55 CDS 1 1003 865 CDS_56 CDS 1 1299 1081 CDS_57 CDS 1 1748 1376 CDS_58 CDS 1 2113 1843 CDS_59 CDS 0.79 2366 2192 CDS_60 CDS 0.79 2717 2704 start_codon_9 start_codon 2717 2715 gene_10 gene 0.97 20895 19840 transcript_10 transcript 0.97 20895 19840 stop_codon_10 stop_codon 19842 19840 CDS_61 CDS 0.97 20895 19840 start_codon_10 start_codon 20895 20893 gene_11 gene 0.52 29580 21888 transcript_11 transcript 0.52 29580 21888 stop_codon_11 stop_codon 21890 21888 intron_52 intron 0.64 24578 22004 intron_53 intron 0.84 29417 26373 CDS_62 CDS 0.76 22003 21888 CDS_63 CDS 0.71 26372 24579 CDS_64 CDS 0.95 29580 29418 start_codon_11 start_codon 29580 29578 gene_12 gene 0.99 34886 30577 transcript_12 transcript 0.99 34886 30577 stop_codon_12 stop_codon 30579 30577 intron_54 intron 1 31060 30764 intron_55 intron 1 34591 32532 CDS_65 CDS 0.99 30763 30577 CDS_66 CDS 1 32531 31061 CDS_67 CDS 1 34886 34592 start_codon_12 start_codon 34886 34884 gene_13 gene 0.08 70615 49431 transcript_13 transcript 0.08 70615 49431 stop_codon_13 stop_codon 49433 49431 intron_56 intron 1 49816 49618 intron_57 intron 1 50029 49941 intron_58 intron 1 51453 50741 intron_59 intron 0.96 57156 51540 intron_60 intron 0.95 57289 57210 intron_61 intron 0.92 57669 57579 intron_62 intron 0.72 58083 57732 intron_63 intron 0.57 59627 58196 intron_64 intron 0.99 60357 60218 intron_65 intron 0.93 61653 60446 intron_66 intron 0.6 61827 61744 intron_67 intron 0.39 70578 61961 CDS_68 CDS 0.92 49617 49431 CDS_69 CDS 1 49940 49817 CDS_70 CDS 1 50740 50030 CDS_71 CDS 1 51539 51454 CDS_72 CDS 0.96 57209 57157 CDS_73 CDS 0.73 57578 57290 CDS_74 CDS 0.73 57731 57670 CDS_75 CDS 0.96 58195 58084 CDS_76 CDS 0.9 60217 59628 CDS_77 CDS 0.99 60445 60358 CDS_78 CDS 0.92 61743 61654 CDS_79 CDS 0.4 61960 61828 CDS_80 CDS 0.51 70615 70579 start_codon_13 start_codon 70615 70613 gene_14 gene 0.97 82185 77264 transcript_14 transcript 0.97 82185 77264 stop_codon_14 stop_codon 77266 77264 intron_68 intron 1 78862 77345 intron_69 intron 1 79048 78962 intron_70 intron 1 79185 79109 intron_71 intron 1 80708 79384 intron_72 intron 1 80908 80826 intron_73 intron 1 81332 81080 intron_74 intron 1 82048 81529 CDS_81 CDS 1 77344 77264 CDS_82 CDS 1 78961 78863 CDS_83 CDS 1 79108 79049 CDS_84 CDS 1 79383 79186 CDS_85 CDS 1 80825 80709 CDS_86 CDS 1 81079 80909 CDS_87 CDS 1 81528 81333 CDS_88 CDS 0.97 82185 82049 start_codon_14 start_codon 82185 82183 gene_15 gene 0.09 87879 85935 transcript_15 transcript 0.09 87879 85935 stop_codon_15 stop_codon 85937 85935 intron_75 intron 1 86048 85975 intron_76 intron 0.09 87779 86164 CDS_89 CDS 0.99 85974 85935 CDS_90 CDS 1 86163 86049 CDS_91 CDS 0.1 87879 87780 start_codon_15 start_codon 87879 87877 gene_16 gene 1 103210 102404 transcript_16 transcript 1 103210 102404 stop_codon_16 stop_codon 102406 102404 CDS_92 CDS 1 103210 102404 start_codon_16 start_codon 103210 103208 gene_17 gene 0.88 112872 111789 transcript_17 transcript 0.88 112872 111789 stop_codon_17 stop_codon 111791 111789 intron_77 intron 1 112671 112554 CDS_93 CDS 0.88 112553 111789 CDS_94 CDS 1 112872 112672 start_codon_17 start_codon 112872 112870 gene_18 gene 0.56 118303 117747 transcript_18 transcript 0.56 118303 117747 stop_codon_18 stop_codon 117749 117747 intron_78 intron 0.56 118184 117859 CDS_95 CDS 0.59 117858 117747 CDS_96 CDS 0.63 118303 118185 start_codon_18 start_codon 118303 118301 gene_19 gene 1 122642 118400 transcript_19 transcript 1 122642 118400 stop_codon_19 stop_codon 118402 118400 intron_79 intron 1 118935 118472 intron_80 intron 1 119142 119053 intron_81 intron 1 119353 119260 intron_82 intron 1 119591 119456 intron_83 intron 1 120199 119688 intron_84 intron 1 120427 120282 intron_85 intron 1 120831 120543 intron_86 intron 1 121255 120884 intron_87 intron 1 121496 121337 intron_88 intron 1 121738 121659 intron_89 intron 1 122543 121916 CDS_97 CDS 1 118471 118400 CDS_98 CDS 1 119052 118936 CDS_99 CDS 1 119259 119143 CDS_100 CDS 1 119455 119354 CDS_101 CDS 1 119687 119592 CDS_102 CDS 1 120281 120200 CDS_103 CDS 1 120542 120428 CDS_104 CDS 1 120883 120832 CDS_105 CDS 1 121336 121256 CDS_106 CDS 1 121658 121497 CDS_107 CDS 1 121915 121739 CDS_108 CDS 1 122642 122544 start_codon_19 start_codon 122642 122640 gene_20 gene 0.52 124128 122762 transcript_20 transcript 0.52 124128 122762 stop_codon_20 stop_codon 122764 122762 intron_90 intron 0.53 124028 122920 CDS_109 CDS 0.79 122919 122762 CDS_110 CDS 0.62 124128 124029 start_codon_20 start_codon 124128 124126 gene_21 gene 1 134985 131782 transcript_21 transcript 1 134985 131782 stop_codon_21 stop_codon 131784 131782 CDS_111 CDS 1 134985 131782 start_codon_21 start_codon 134985 134983 gene_22 gene 0.37 154479 147532 transcript_22 transcript 0.37 154479 147532 stop_codon_22 stop_codon 147534 147532 intron_91 intron 0.56 153944 147674 intron_92 intron 0.4 154432 154191 CDS_112 CDS 0.93 147673 147532 CDS_113 CDS 0.4 154190 153945 CDS_114 CDS 0.45 154479 154433 start_codon_22 start_codon 154479 154477 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 84.7 72672 73079 match_2 match 89.4 72410 72580 match_3 match 98.2 73147 73326 match_4 match 84.7 72672 73079 match_5 match 89.4 72410 72580 match_6 match 98.2 73147 73326 match_7 match 115 72675 73079 match_8 match 156 71966 72583 match_9 match 109 73138 73326 match_10 match 77.8 47547 47843 match_11 match 144 46994 47461 match_12 match 348 94712 96247 match_13 match 106 99485 99715 match_14 match 298 98168 98899 match_15 match 34.3 97990 98058 match_16 match 315 94712 96220 match_17 match 96.7 94261 94596 match_18 match 290 98162 98890 match_19 match 33.5 97990 98055 match_20 match 122 98204 98890 match_21 match 89.4 12955 13371 match_22 match 78.2 13440 13670 match_23 match 86.7 12955 13371 match_24 match 76.6 13440 13667 match_25 match 45.1 12660 12905 match_26 match 58.5 13431 13667 match_27 match 86.7 12997 13371 match_28 match 100 12937 13371 match_29 match 67.4 13431 13667 match_30 match 130 98165 98890 match_31 match 119 72675 73079 match_32 match 209 71918 72583 match_33 match 112 73138 73326 match_34 match 114 74583 74798 match_35 match 119 72675 73079 match_36 match 209 71918 72583 match_37 match 112 73138 73326 match_38 match 114 74583 74798 match_39 match 119 72675 73079 match_40 match 209 71918 72583 match_41 match 112 73138 73326 match_42 match 114 74583 74798 match_43 match 335 94712 96247 match_44 match 105 99488 99709 match_45 match 307 98168 98899 match_46 match 32.7 97990 98055 match_47 match 51.2 12591 12902 match_48 match 60.8 13000 13362 match_49 match 61.2 13440 13667 match_50 match 48.9 12660 12905 match_51 match 61.2 13440 13664 match_52 match 89.0 12997 13371 match_53 match 336 94706 96244 match_54 match 89.7 94255 94590 match_55 match 292 98168 98899 match_56 match 35.4 97990 98058 match_57 match 22.7 12448 12555 match_58 match 49.7 12660 12908 match_59 match 87.8 12994 13368 match_60 match 93.2 13443 13667 match_61 match 122 98204 98890 match_62 match 134 98204 98890 match_63 match 134 98204 98890 match_64 match 134 98204 98890 match_65 match 134 98204 98890 match_66 match 239 5918 6970 match_67 match 121 98186 98890 match_68 match 85.5 13000 13371 match_69 match 80.5 13431 13667 match_70 match 67.0 12997 13368 match_71 match 62.8 12645 12905 match_72 match 73.2 13443 13670 match_73 match 263 94712 96244 match_74 match 287 98168 98899 match_75 match 33.9 97990 98055 match_76 match 292 94703 96244 match_77 match 32.3 97990 98055 match_78 match 279 98168 98899 match_79 match 323 94721 96244 match_80 match 295 98168 98899 match_81 match 36.6 97990 98058 match_82 match 129 98204 98890 match_83 match 120 96405 96899 match_84 match 105 94264 94626 match_85 match 218 100456 101094 match_86 match 405 94721 96244 match_87 match 110 99488 99778 match_88 match 39.7 97981 98055 match_89 match 324 98168 98890 match_90 match 119 98204 98890 match_91 match 124 98204 98890 match_92 match 99.0 72675 73079 match_93 match 157 71927 72583 match_94 match 106 73144 73326 match_95 match 82.0 47547 47843 match_96 match 129 46994 47461 match_97 match 135 98204 98890 match_98 match 61.6 12570 12902 match_99 match 103 13003 13371 match_100 match 81.6 13440 13670 match_101 match 32.0 12457 12525 match_102 match 92.4 12955 13371 match_103 match 82.8 13440 13670 match_104 match 95.9 12955 13371 match_105 match 85.5 13440 13670 match_106 match 335 94862 96247 match_107 match 30.4 97990 98055 match_108 match 302 98168 98890 match_109 match 91.7 72675 73079 match_110 match 126 72053 72580 match_111 match 99.4 73144 73326 match_112 match 122 98204 98890 match_113 match 63.5 13051 13368 match_114 match 76.6 13443 13670 match_115 match 69.3 13051 13371 match_116 match 80.1 13440 13670 match_117 match 69.3 13051 13371 match_118 match 80.1 13440 13670 match_119 match 56.2 13431 13664 match_120 match 51.2 12660 12905 match_121 match 95.1 12997 13371 match_122 match 91.7 12997 13371 match_123 match 67.4 13440 13664 match_124 match 207 5918 6505 match_125 match 144 6098 6535 match_126 match 45.4 12645 12896 match_127 match 105 12997 13371 match_128 match 75.9 13440 13670 match_129 match 33.5 12457 12531 match_130 match 246 94718 96247 match_131 match 32.7 97975 98055 match_132 match 286 98168 98890 match_133 match 280 5918 6712 match_134 match 130 13794 14702 match_135 match 77.8 12955 13371 match_136 match 72.8 13440 13670 match_137 match 127 98186 98917 match_138 match 108 94261 94626 match_139 match 397 94721 96217 match_140 match 225 100456 101094 match_141 match 129 96408 96776 match_142 match 34.3 97987 98055 match_143 match 123 91475 91861 match_144 match 340 98168 98890 match_145 match 122 98192 98890 match_146 match 124 98171 98890 match_147 match 129 98204 98890 match_148 match 125 98204 98890 match_149 match 126 98171 98890 match_150 match 92.0 72675 73079 match_151 match 152 71927 72583 match_152 match 107 73144 73326 match_153 match 93.2 71927 72580 match_154 match 57.4 72945 73079 match_155 match 70.5 72672 72848 match_156 match 93.2 73147 73317 match_157 match 94.7 71927 72580 match_158 match 73.2 72672 72848 match_159 match 60.8 72945 73067 match_160 match 95.1 73147 73326 match_161 match 196 5975 6607 match_162 match 462 129188 130219 match_163 match 1301 127598 130369 match_164 match 50.8 13434 13664 match_165 match 53.1 12660 12917 match_166 match 84.0 13000 13356 match_167 match 53.9 13434 13664 match_168 match 53.9 12660 12917 match_169 match 82.0 13000 13356 match_170 match 111 96408 96776 match_171 match 349 94721 96253 match_172 match 86.7 99479 99718 match_173 match 219 100456 101094 match_174 match 107 94246 94590 match_175 match 47.8 99225 99362 match_176 match 39.3 99058 99129 match_177 match 307 98201 98899 match_178 match 105 96408 96782 match_179 match 314 94721 96292 match_180 match 86.7 99479 99742 match_181 match 218 100456 101094 match_182 match 45.1 99225 99362 match_183 match 40.0 99058 99129 match_184 match 313 98201 98899 match_185 match 106 96408 96776 match_186 match 148 100621 101094 match_187 match 347 94835 96292 match_188 match 286 98207 98917 match_189 match 75.9 99479 99775 match_190 match 367 94721 96292 match_191 match 220 100456 101094 match_192 match 42.4 99231 99362 match_193 match 39.3 99058 99126 match_194 match 300 98195 98917 match_195 match 47.0 12657 12905 match_196 match 99.0 12997 13371 match_197 match 74.7 13440 13667 match_198 match 81.3 12997 13368 match_199 match 78.2 13431 13670 match_200 match 62.0 12651 12905 match_201 match 66.6 13443 13670 match_202 match 82.4 13003 13368 match_203 match 68.6 12639 12905 match_204 match 66.6 13443 13670 match_205 match 82.4 13003 13368 match_206 match 68.6 12639 12905 match_207 match 55.1 12657 12905 match_208 match 67.0 13440 13664 match_209 match 92.0 13000 13371 match_210 match 90.9 12952 13371 match_211 match 63.5 13440 13664 match_212 match 87.0 12997 13371 match_213 match 50.4 12657 12905 match_214 match 69.3 13431 13664 match_215 match 240 9010 10449 match_216 match 130 98204 98890 match_217 match 73.2 72672 73079 match_218 match 73.6 72425 72580 match_219 match 98.6 73147 73326 match_220 match 129 98201 98917 match_221 match 129 98201 98917 match_222 match 129 98201 98917 match_223 match 126 98183 98890 match_224 match 90.1 72675 73079 match_225 match 171 71918 72583 match_226 match 105 73144 73326 match_227 match 90.1 72675 73079 match_228 match 171 71918 72583 match_229 match 105 73144 73326 match_230 match 135 13926 14702 match_231 match 80.9 13440 13664 match_232 match 130 12955 13371 match_233 match 167 142839 143450 match_234 match 167 142839 143450 match_235 match 202 141305 141865 match_236 match 94.4 47547 47843 match_237 match 166 46967 47461 match_238 match 94.4 47547 47843 match_239 match 166 46967 47461 match_240 match 51.2 47547 47843 match_241 match 166 46967 47461 match_242 match 264 5918 6760 match_243 match 286 5939 6694 match_244 match 55.5 12570 12905 match_245 match 94.4 12997 13368 match_246 match 65.5 13443 13667 match_247 match 20.4 12490 12525 match_248 match 49.7 12955 13365 match_249 match 84.7 13440 13667 match_250 match 118 9610 10305 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_251 match 725 103585 102410 match_252 match 725 103585 102410 match_253 match 184 112559 111792 match_254 match 58.9 112866 112672 match_255 match 184 112559 111792 match_256 match 58.9 112866 112672 match_257 match 195 112559 111792 match_258 match 63.9 112842 112672 match_259 match 116 26304 24625 match_260 match 122 26127 24607 match_261 match 114 26283 25189 match_262 match 134 119265 118933 match_263 match 105 121915 121736 match_264 match 115 121658 121494 match_265 match 70.9 119455 119354 match_266 match 117 60217 59624 match_267 match 86.3 57583 57290 match_268 match 81.6 57905 57669 match_269 match 33.1 57212 57153 match_270 match 124 50264 50028 match_271 match 130 26487 24895 match_272 match 113 26349 25042 match_273 match 124 26271 24958 match_274 match 125 25956 24607 match_275 match 127 26121 24913 match_276 match 130 119265 118933 match_277 match 92.0 121915 121736 match_278 match 108 121658 121494 match_279 match 67.4 119455 119354 match_280 match 130 119265 118933 match_281 match 92.0 121915 121736 match_282 match 108 121658 121494 match_283 match 67.4 119455 119354 match_284 match 113 26256 24889 match_285 match 136 26118 24673 match_286 match 114 25857 24604 match_287 match 115 25776 24604 match_288 match 139 26202 24673 match_289 match 117 26256 24889 match_290 match 117 26340 24973 match_291 match 142 26202 24895 match_292 match 129 26202 24586 match_293 match 146 26463 24667 match_294 match 52.0 112851 112675 match_295 match 197 112559 111792 match_296 match 55.5 112869 112675 match_297 match 195 112559 111792 match_298 match 37.7 112872 112675 match_299 match 147 112562 111792 match_300 match 114 50258 50025 match_301 match 38.1 112809 112675 match_302 match 168 112559 111792 match_303 match 62.4 2257 1847 match_304 match 91.3 1749 1375 match_305 match 78.2 1301 1071 match_306 match 79.3 781 254 match_307 match 54.3 2269 1847 match_308 match 25.8 1005 859 match_309 match 87.8 1749 1375 match_310 match 76.6 1301 1074 match_311 match 49.3 112866 112672 match_312 match 184 112562 111792 match_313 match 54.3 112857 112672 match_314 match 193 112559 111792 match_315 match 44.3 2119 1847 match_316 match 58.5 1310 1074 match_317 match 90.5 1749 1375 match_318 match 67.4 1310 1074 match_319 match 100 1737 1375 match_320 match 46.2 112815 112675 match_321 match 179 112559 111804 match_322 match 110 26469 24673 match_323 match 116 26409 25102 match_324 match 130 119265 118933 match_325 match 91.7 121915 121736 match_326 match 106 121658 121494 match_327 match 67.4 119455 119354 match_328 match 61.2 1301 1074 match_329 match 65.1 1746 1384 match_330 match 53.5 2026 1844 match_331 match 26.6 1005 946 match_332 match 149 26202 24610 match_333 match 140 26202 24589 match_334 match 152 26478 24892 match_335 match 121 25938 24643 match_336 match 137 26268 24898 match_337 match 114 26148 24784 match_338 match 140 26235 24589 match_339 match 150 26139 24589 match_340 match 145 26202 24607 match_341 match 139 26283 24889 match_342 match 107 25866 24589 match_343 match 146 26280 24889 match_344 match 140 26127 24589 match_345 match 151 26361 24679 match_346 match 132 26292 24901 match_347 match 154 26139 24481 match_348 match 144 26235 24514 match_349 match 116 25926 24481 match_350 match 154 26361 24901 match_351 match 138 26139 24622 match_352 match 135 26202 24832 match_353 match 125 26283 24889 match_354 match 110 26256 25084 match_355 match 125 26283 24889 match_356 match 110 26256 25084 match_357 match 114 25947 24634 match_358 match 125 26145 24901 match_359 match 125 26586 25192 match_360 match 124 26283 25084 match_361 match 42.0 2287 1847 match_362 match 61.2 1301 1077 match_363 match 94.4 1749 1375 match_364 match 50.8 112887 112672 match_365 match 160 112559 111792 match_366 match 42.4 2149 1847 match_367 match 89.4 1752 1378 match_368 match 38.1 1005 859 match_369 match 93.2 1298 1074 match_370 match 184 112559 111792 match_371 match 55.5 112809 112672 match_372 match 137 26511 24607 match_373 match 120 26271 24628 match_374 match 172 112559 111792 match_375 match 65.5 112884 112675 match_376 match 122 26541 24988 match_377 match 130 26418 24889 match_378 match 137 26283 24580 match_379 match 166 26292 24607 match_380 match 201 112559 111792 match_381 match 56.2 112866 112672 match_382 match 198 112559 111792 match_383 match 60.8 112863 112672 match_384 match 177 112559 111792 match_385 match 50.8 112851 112672 match_386 match 49.3 112872 112675 match_387 match 178 112559 111792 match_388 match 90.1 1746 1375 match_389 match 80.5 1310 1074 match_390 match 24.3 1005 949 match_391 match 79.0 2281 1844 match_392 match 65.9 1749 1378 match_393 match 73.9 1298 1065 match_394 match 30.4 1002 952 match_395 match 166 112559 111792 match_396 match 52.0 112866 112672 match_397 match 114 50264 50028 match_398 match 40.8 112878 112675 match_399 match 182 112559 111798 match_400 match 174 112559 111792 match_401 match 56.2 112860 112675 match_402 match 160 112508 111792 match_403 match 693 103585 102425 match_404 match 47.4 112851 112672 match_405 match 148 112562 111792 match_406 match 121 26595 24646 match_407 match 193 112559 111792 match_408 match 189 112559 111792 match_409 match 179 112559 111792 match_410 match 59.3 112809 112672 match_411 match 188 112559 111792 match_412 match 60.1 112809 112672 match_413 match 170 112607 111792 match_414 match 182 112559 111792 match_415 match 62.8 112866 112672 match_416 match 83.2 79111 78863 match_417 match 120 79428 79186 match_418 match 80.9 80834 80694 match_419 match 130 81530 81333 match_420 match 115 81082 80909 match_421 match 122 79428 79183 match_422 match 80.9 80834 80694 match_423 match 130 81530 81333 match_424 match 115 81082 80909 match_425 match 202 112559 111792 match_426 match 64.3 112872 112672 match_427 match 131 26133 24898 match_428 match 134 26499 24607 match_429 match 137 26541 24607 match_430 match 108 26409 24913 match_431 match 121 26700 24646 match_432 match 133 26142 24643 match_433 match 174 26511 24631 match_434 match 64.3 2281 1856 match_435 match 35.8 1005 859 match_436 match 104 1743 1375 match_437 match 81.6 1301 1071 match_438 match 21.2 1005 859 match_439 match 65.1 2260 1847 match_440 match 94.7 1749 1375 match_441 match 82.8 1301 1071 match_442 match 65.9 2269 1847 match_443 match 98.2 1749 1375 match_444 match 85.5 1301 1071 match_445 match 124 26202 24958 match_446 match 139 112559 111792 match_447 match 43.1 112818 112672 match_448 match 706 103585 102410 match_449 match 195 112559 111798 match_450 match 58.9 112821 112672 match_451 match 112 26217 24604 match_452 match 117 26400 25027 match_453 match 122 26187 24607 match_454 match 142 26343 24916 match_455 match 62.4 1698 1378 match_456 match 33.5 1002 868 match_457 match 77.4 1298 1065 match_458 match 77.4 802 233 match_459 match 30.0 1002 868 match_460 match 70.9 1698 1375 match_461 match 82.0 1301 1059 match_462 match 77.4 802 233 match_463 match 30.0 1002 868 match_464 match 70.9 1698 1375 match_465 match 82.0 1301 1059 match_466 match 161 112553 111792 match_467 match 57.0 2260 1847 match_468 match 56.2 1310 1077 match_469 match 95.9 1749 1375 match_470 match 35.8 2092 1847 match_471 match 95.9 1749 1375 match_472 match 67.4 1301 1077 match_473 match 20.8 987 949 match_474 match 55.1 2269 1850 match_475 match 27.7 1005 946 match_476 match 107 1749 1375 match_477 match 75.9 1301 1071 match_478 match 51.2 2260 1847 match_479 match 28.5 1005 856 match_480 match 111 781 233 match_481 match 79.3 1743 1375 match_482 match 72.8 1301 1071 match_483 match 194 112559 111792 match_484 match 120 26457 24586 match_485 match 201 112559 111792 match_486 match 193 112559 111792 match_487 match 164 112559 111792 match_488 match 48.5 112878 112675 match_489 match 186 112559 111792 match_490 match 59.3 112866 112675 match_491 match 143 26166 24607 match_492 match 171 26496 24631 match_493 match 120 26298 24595 match_494 match 338 32532 31060 match_495 match 122 34814 34587 match_496 match 116 34814 34587 match_497 match 139 32532 32260 match_498 match 726 103585 102410 match_499 match 726 103585 102410 match_500 match 209 112559 111792 match_501 match 204 112559 111792 match_502 match 449 133329 132274 match_503 match 1338 134985 131836 match_504 match 185 112559 111792 match_505 match 72.4 112866 112672 match_506 match 50.8 1307 1077 match_507 match 60.8 2107 1841 match_508 match 87.0 1746 1390 match_509 match 53.9 1307 1077 match_510 match 63.9 2107 1841 match_511 match 85.1 1746 1390 match_512 match 104 1749 1375 match_513 match 74.7 1301 1074 match_514 match 29.6 1005 949 match_515 match 195 112559 111792 match_516 match 53.5 112809 112675 match_517 match 63.9 784 281 match_518 match 30.0 1005 868 match_519 match 84.0 1749 1378 match_520 match 60.8 2101 1844 match_521 match 78.2 1310 1071 match_522 match 32.0 1005 868 match_523 match 67.4 1298 1065 match_524 match 82.0 1692 1378 match_525 match 35.0 1005 859 match_526 match 67.4 1298 1065 match_527 match 82.0 1692 1378 match_528 match 46.2 112866 112675 match_529 match 152 112559 111804 match_530 match 150 26280 24619 match_531 match 122 26316 24556 match_532 match 47.4 2107 1847 match_533 match 67.0 1301 1077 match_534 match 97.4 1746 1375 match_535 match 49.3 2290 1847 match_536 match 63.5 1301 1077 match_537 match 24.3 987 856 match_538 match 97.8 1758 1375 match_539 match 45.8 2149 1847 match_540 match 91.3 1749 1375 match_541 match 69.3 1310 1077 match_542 match 25.8 987 868 match_543 match 144 112559 111792 match_544 match 38.9 112827 112675 match_545 match 159 112559 111792 match_546 match 64.3 112872 112675 match_547 match 55.8 112866 112672 match_548 match 210 112559 111792 match_549 match 116 26184 24592 match_550 match 134 26550 24625 match_551 match 167 112559 111792 match_552 match 54.7 112860 112672 match_553 match 177 112559 111792 match_554 match 53.1 112863 112672 match_555 match 132 26562 24517 match_556 match 210 112559 111792 match_557 match 57.0 112809 112675 match_558 match 158 112559 111804 match_559 match 49.3 112848 112675 match_560 match 198 112559 111792 match_561 match 55.8 112800 112672 match_562 match 170 112559 111792 match_563 match 51.2 112857 112675 match_564 match 172 112559 111792 match_565 match 53.1 112857 112675 match_566 match 150 112559 111945 match_567 match 53.1 112857 112675 match_568 match 157 26628 24631 match_569 match 189 112559 111792 match_570 match 51.6 112824 112675 match_571 match 181 112559 111792 match_572 match 56.6 112821 112675 match_573 match 193 112559 111792 match_574 match 55.1 112821 112675 match_575 match 114 26283 24757 match_576 match 48.1 112848 112675 match_577 match 192 112559 111792 match_578 match 173 112559 111792 match_579 match 56.6 112809 112672 match_580 match 83.6 79111 78863 match_581 match 80.1 80834 80694 match_582 match 127 81530 81336 match_583 match 121 79380 79186 match_584 match 114 81079 80909 match_585 match 139 26658 25192 match_586 match 114 25857 24895 match_587 match 201 112559 111792 match_588 match 66.6 112869 112672 match_589 match 52.4 112869 112675 match_590 match 190 112559 111792 match_591 match 165 112559 111792 match_592 match 49.3 112851 112675 match_593 match 185 112553 111801 match_594 match 50.8 2269 1847 match_595 match 133 778 233 match_596 match 80.9 1301 1077 match_597 match 131 1749 1375 match_598 match 174 112607 111792 match_599 match 181 112586 111792 match_600 match 129 26319 24607 match_601 match 112 26265 24919 match_602 match 169 112553 111792 match_603 match 184 112559 111795 match_604 match 57.4 112857 112672 match_605 match 49.3 2236 1847 match_606 match 92.8 808 239 match_607 match 65.5 1298 1074 match_608 match 25.4 1005 880 match_609 match 97.4 1749 1378 match_610 match 159 112559 111804 match_611 match 47.0 112815 112675 match_612 match 49.7 1749 1381 match_613 match 55.8 2260 1847 match_614 match 84.7 1301 1074 match_615 match 50.8 112857 112672 match_616 match 202 112559 111792 match_617 match 124 26283 24604 match_618 match 132 26283 24607 match_619 match 57.4 112866 112675 match_620 match 181 112559 111792 match_621 match 49.7 112851 112675 match_622 match 181 112559 111792 match_623 match 133 26502 24364 match_624 match 129 26283 24514 match_625 match 107 26364 25087 match_626 match 112 34814 34593 match_627 match 126 32535 32290 match_628 match 115 34814 34587 match_629 match 161 32532 32254 match_630 match 117 26400 24793 match_631 match 128 26127 24631 match_632 match 172 112559 111792 match_633 match 52.8 112803 112675 match_634 match 173 112559 111792 match_635 match 57.8 112854 112672 match_636 match 180 112559 111792 match_637 match 63.2 112806 112672 match_638 match 186 26517 24583 match_639 match 137 26532 24607 match_640 match 124 26400 24505 match_641 match 184 112559 111792 match_642 match 52.0 112797 112672 match_643 match 174 112559 111792 match_644 match 46.2 112815 112675