C02HBa0031A13.1 ACAATTTCACCCTTAAAAACCGTTTAAAATAGTTATGGGACCCACCCAACTTATAAAATC TATCATTTTTACCATCTTTATTAGCTCGAATTTAAAAAGCATCATTTTTTCATATAACTT TGTTAGATGCTCCAATGATGTTATTATAGTCGGATTTGGTTTATATAATTGATATTTGAG TGAACCTGGAAATAATAGACAGTTTATGGATGTGGTGGATTATTTTTCTCTATGTATTTA TTATACTAAAATGAATTAAGACATATTTTCGAATTTGTAAGTCATCCAATGTCTAACCCC TTTATGTATACATTCTATTTATCTATATTTTGCCTTTTTATAAAGACATAAACATTCACC ACATTAACTCACATTAAATGTCTACATTTTTTCAAGTAATGAATGTGTGCAAACTATTTG TGTTTTTTACACAATGCAATTTACATGTATATCAATTCACTCCTGACACATAAGATATAT CAATCAGATTATTTGAGGAATCCTCGATATTGTTGAAGCAAAGGATCATCAAGATAAACA TTGTGTGTTTGATAAAAAGAATGTTAATAAACTCATTTTACAGAGAAATTGATGTATTGC TCCACAAATTCAATGGAGTATACTGCTGCAGCCAAGTTACATCAAGCTTGACATCCACGG CAGCAGAGACAAAAGACTTCATCTCTTTGATGGAAGAAGAACCAATATCACTGTTTTCGA GCCTCTTTACAACATTCACAAACCAGATCAAGAAGGGAAGCTATGGAAGCCAATGATGTA TAGTGACAGTTGACTGCAATGTCATCATACTCGGCAAAAATGGCAGTAAATGTGGGAGCA CTGGTTACTTTTACTTTTGGAGTTAAATTATGCTGCATGGTCCTACATAAAATGTTGTTC AGCTGGAATCACATTCTTTATGGGGTCTAAATGTGATATAAATAACTTCCACTGTTGGAG GAGTCTGATGATCAGTTGCTTTTCCCTGCCAAGTTTTCGAGCATAGAAAGGTGTTATGAA ATAAATACTAATATTAAGTTTTTGAGATTTCTATCACTTCGCCATGCATGCTTTCTGGGT TCACTTTCTCATCTAAACTTCCGTAGCAGTTTGCCATTCACAATGGCACACTGAACACTA GAGACCAGAATGGTTGTCGTGCAGGGTAAAAAGGACTAATTTAAGAGGATATAAAAAGAA CCAATTATCATAAATTAATGCCTAGGAGAACTTACATTTAGAATCAGTTTGAGTTTCAAA GAAGGTTGAGGAGAAATAAGGGATAGAAAAAACACTTCACTTGGATTGACATAATATTCC AAAAAAACTACATTCACACTTTAGTAAGCACTTACTGTACGTTGGCTAATATTAATAACT AAAAGCCAGATCGAATTAATGATAACATAAGTTTACCTCTTCTTGTGATGGCGAGTTCTT CCTTTTACGTTGTTTTTTACTGGATTTTGGGAATTGCTTTCTTTGGTGTTTGAGGATCTC TCAGTGCCTGCAGAGATAAATTTATGTACATAACAAGTCCAAATAAAGGGGTAAATTAAA TACTCGAGTCGACATAACTTTCGAAATAAGAACATTCACTTTAGTGTAACCACTTATTGA AGGTTGTCTAATTTAATTAAATAAGCTAGTTTTAATAAATGCTGATCTTTTCTTCTGATG GCAAATTTTCCCTTTTACATTGTTATTTAGAATAGATTTCTTTGGTTGAAAAGACATATC AGGGATAACCCGCACAATTTAATTTATGTATATCAAAAGTCCAGAGCTAAATGCATACTT AAATACACAACTTCCTAAATGAATTCAGACAATGGTTTAATTTACCTCAGCTCCCTGATT CACCAACTGGTAACCACCGCCTTTTATCAGGATATCTGGAAGGTATAGTTATCTTGTTGT CTTTTTCATGTTTCTCTAGTGCCTCCAAAAAAACAACTTCTTCTAAAGCAAACAATGAAG GCTGTGAGATTTTCTTCTTGGTTATAGCTTCCGGTGAATTTCTCGCTGAAATTGTGCAAA GTCTTAACCTGTTTTGTCATTTTTCTCCTTTTGGCATCTCTTTATAGAGAAGCATTTAAT GTAGCATGATCTTCACCAGATGAAAAATACGTAATTCGAGATTTGCACATTTAGGTGAAC CGTTATTCCTCTTTTTAGTATCTCTTTCCCACGACCCTTCAAAGAGAATACGGGCTTTTA ATCTTCTTTCTCCACTTATCCAAGCATCAGCATATCCTTCCTTTGATTAATTCAAAAAAG GAGGTTTCCAAACTCAACACATCAAAGTTTGAGTATAGCTACTGACTGCTTTTTTGACTG CATTTATGAATCCCAAGTTTTCAGCGGGAAAGTGGTCCTTGAATCAGTACTTTTCTGTTG CGTCATTGCATCTCCACGTTTTAATTCCCTTAAAGTTGTATCCGTCTCTAGAATAACATC ATGAGATGGATCTAGATACGATACAACTTTAAAGGAATGAGAACGTGGAAATGCAATAAC ACAACAAAAAGGTATTAATTCAAGAATCACTTTGTGATCTGAAAACTTGGGTTTCATAAA TGCAGCCAAAAAACACTAAATCCAGAAGTAACTCAAAACTTCAAAGAAAAGAGGTTGGAA ACCTACTTTTTTGAATAAAACAGAGAGGAAGGATATGCTGATGCTTGAATAAGCGGAGAA AGGAGATTAAAAGTCCATATTCTCTTGAAGGGTCCTGGGAAAGATACTAAAGAGAGGAGT AGCAGTTCACCTAAATGTGCAATCTCTAATGGATTGTATTTTTCATCTGGTGAAAATAAT ACCCCAATAATGACTTCTATAAAGAGATGCCAAAACAAGAAAAATGACAAAATAGGTCAA ACTGATGGTGTGCAAGTTTCATCAATTTCAGCAAGAAATCCACCAGAAGTTGTAACCAAG AAGAAAGTCTCACAACCTATATAGTTGAATTTGCTGTTTTGGAGGCATTAGACAAACATG AAAAAGACAACAAGAAAACTGTACCTACCTCAACTCTTGACTTACCCTGTCAGCTGCAGC ATGTGGTGCAAGCTATTCGGGAGCATTTTCCACCTGACAAGTTTGTAGGAAAGGAAGAAT TCACATCATTACTATAAATCCAGCCCAAATATCACCAATAATCTGGAAAGTTACCATTAG TTACCACCTTTAGATCAACAATTAATCAGCAAAACATGAACTTCTGACTATCCCATTAAG TAGCTTAAGTTATATCTTTCTCAAGCTAGTCTAAAAACAAGGACAGATTTGTGGAAACTA CATGTGTACACATTCCTGAGTTTATAAAAGTAAAAAGAACTCAAGTGAAAACATCACCTG ACAAGTTAACAGCGCTTTAAATTTAACAAAGAACAGGGGATCAAAGTAATAAAAACTCTG TAGCACATTGTGTAATAATCAATGATAAATACACATAACTGAAGCTACAGATTGCCTTCA AGGCATTAAACAAGGAGGGTCCAAGTTTCAAACATGTCATTATTACCTTCATCGGAACGG TCACTGTTGACACTTAGGACTATATTGTCTTCTCTCTCTTTTTTTTATAAATTTAATTTC GTATTTCTATCTTTTACCACCTCATTTTCCTGCGATTAATAGATCTTCCGTTTTTCATGG TCGGCTGATTAAGCACTTATCACTAGACATATTTCCTACATTTTAGCATTCCTTTCCCAA GGGTCCAACATATGTCAGTTTTCTATTACTCCTCTGGAACACCAAAGCTGAGAAATCAGA GCATAACCAAGAAAAAAAGAGACATGTCAGACAGAACACAGAACTTGACTCATAGCAAAG ATTGTCTGCCACAAAATGAACATTGCCTGTTTATCTGCTTCCATTTCTTTGTAAATTAGA CAAGAAAAGGAGAAGTAGAGAATTATACAACTAAACAATCATGTTTTTTTTAAAAAAAAT TAAGGTATCACATTCATCTCTTGTACAAGCCTAAAAATAATCTTAGGGTGAACATCTAAG CCCCCAAAATCTCATATCTACAGGGATGTGGGATCAAAATTACAAGTGAAAGAATGTAAG CAGTAAAGGTGATAGAGCCCAATGCAATTTATGTATATAATAAGTCCAGAAACAAATGTT ATACTTAATACACAACTTCCTAAACGAACTCAGCCAAATGATGCTAACTGTTCGATTTAC CTCAGCTCCTAATTCACCAACTGATGATTGTCGTCTTTTATCATGATATCCGAATGTACA ATATTCTTGTCGTCTTTTTCATGTTTCTCTAATGCCTCCACAACAACAAATTCTTCTGAA GCAAACGATGTAGGTTGTGAGACTTTCTTCTTGGTTATAGCTCCTGCTGAATCTCTTATT CAAAATCGTAAAACATCATTGGGACCTATTTTGTCATTTTTCTCCTTTGGCGTCTCTTTG TAGAAGTCAAGGAGTATTATCTTCACTAGATGAAAAATACAGTCATTGGAGATTGCACAT TTAGGTGAACTGTTGCTCTTTTTAGTATCTTTCCCATGACCCTTTAAAAGAATATGGGCT TTTGATCTTCTTTTTCTAGTTATCCAAGCATCATCATATCCTTCCTCTGGTTTATTGTAG CTACTGGCTCTACTATCTTTCTCGGCTAGCTGCATTTATGAAAACCCAAGTTTTCAGATC GCGAAGTGGTCTTCATTGCATCTCCGCATTTTGTATCCTTTAAAGTTGTTCTAGATACGG ATACAACTTTAAAGGAATCAGAACATGGAGATGCAATGAAGCAACAGAAAAGTACAGATT CAAGGATCACTTTGCAATCTGAAAACTTATGTTTCATAAATGCAGCCAAAAAACACTAGA TCCAGAAGCTACTCAAACTTCAAGGAAAAGAGGTTGAAAACTTAACTTTTATAAGTAAAT CAGAGGAAGTATATGGTGATGCTCGGATAAGTGGAAAAAGGAGATCAAAAGTTCATATTC TCTTTGAAGAGTCGTGGGAAAGATACTAAAAAGAGGAGTAGCAGTTCACTTAAATGTGTG TCCTCCAATGGATTGTATTTTTCATCAGGTGAAGATAACACCCCAATAATGATTTCTATA AAGAGAAGCCAAAAGAATAAAAATGACAAAATAGGTTAAAATGATGGTGCACAATTTTCA TCAATTTCAGCTAGAGATTCACCAGAATCTATAACCAAGACGGAAGTCTCACAACCTACA TCGATTTGCTTCAGAAGAATTTGCAGTAGTGGAGGCATTAGAGAAACACGAAAAAGACGA CAAGAAACTGTACCTTCCAGATATCTTGATAAAGGACGACAATCATCAGTCGGTGAATCA AGAGCAGAGGTAAATCAAACAGTTAGCCTAATTGGTGGTTGATCTAAGAACGGAGCGATT CTTTCAGGTGCAGCATGTGGTGCAAGCTATTCGGGAACATTTTCCACCTGACAAGTGTGT AGGAAAGGAAGAGTTCACATCATTACTATAAATCCAGAACAATATCACCTATAATAGGGG AAGTTACCTTCAGTATACCCTTTAGATCAACAACTAACCAGCCAAATAAGAACTTCTGAC TATCCCCTAAAGTAGCTTAATGTATATCTTTCTCAAGCTAGTCTAAAAATGAGGACAGCT TGGTGGAAACTACATGTTTACACATTCCTTGTGTTTATAAAAGTAAAAAGAACTTAAGTA AACCATCACCTAACAAGTTATGATCACAGCGCTTTAAATTTAACAAGGAACAGGGGATCA AGTTATAAAAAATCTGTAGCACATTGTGTAATAATCAATCATAAATACAGGAGGGGTCCA AGTCATCTTATTTGAAGGCCAAACATGTCATTATTTCCTTCATTGGAACGGTCACTGTGG ACACCAAGGACTACATTTTCTTTCCTCTTTTTCTTTTTATACATATTTAATTTCGTATTT CTTTCTTTTCCCACCTCATTTTCCTAAGATTATTAGATCTTCCTTTTTTCATGATCGGCT GATTAAGCACTGAACACTAGACATGTTTCCTACATGTTAGCATTCCTTTCCAAGGATCCA ACATATGTCAGTTTCTTAGTGATCAGGCACTGATCACTAGACATGTTTCCTACATTTTAG CATTCCTTCTCCAAGGATCCAACATATGTCAGAACATAACCAAGAAAAGAGGACAAGTCA GACAGAACACAGAAATTGAAAGTCATAGCAAAGATGTTCTGCCACAAAATGAACACTGCA TGTTTATCTGCTTCCATTTCTTTGTAAATTAAACAAGAGAAGGAGAAGTGGAGAATTTTA CATAAATACAGCAATTACTTTGAATATCTGATAGACCCACCATAGCTTTACTTCAAATTG TCTCCCTCCATATTAATTCAACAACTTCCGAATAGTTGTTAAAGGAAATGCCGATGCCAT CACAGCTTTTGTAAGATATGGATGAAGTTTGACAGCACTTTCTTCAAGAACTTCCTCTAC CAACACATAGGAAGGAGGTGAAAATTCATCCATATCTTAAAAATTCTAAACCAAAATAAG ACATCATTAAAAAAACAATGAGAAAGACAAATGAATAAACTTATAGAGGAAAAGCAATAT CTGATTTTCCTTCTTAACAATACTTATGAGGATATTCAGAAGCTGCATTGGAATTTCTTC ACTCTCTTTTATACAATGCTCATTATTTCCTCGATGTCCATGAATAGTTGATCAGGGTGG TCCAGCCTTAAAATGGGCAAGAGACAAAACAGTTGTCAGCCCAAAAGAAAAATATGGCAT ACTGAGAAACGTGTAGTCTTTGAACTTTATGCAGAAAAAAAGAATTCGGTAGTATTTGAC ATGCTATGCACCTTACCATATAAGTTCATTTATGTTGCGTTCAATATATGAAGGCACAAC GGTGAATATTCTGCTAAACTGTCGTATACTTCTTCCATCCCATTTGTTGTAACAGTGTAA GATTGGTATAAATTTTAAGATGTATATCTGACTTATGATTAATTAGTGATAGTGGAAAAA TATCTAAGTAGTAGTCAAAGAGTTAGTTTGACAAGAAAATAACATACTTATCAGATCTCA AATTTGAACAGTCACGAACATTGAAGTTTTAGAAGTTGTAAAAGTTGCATAAAATAATAT TGTATTCGGCAGACGGTTGTTGAGATCCCGGAAAACACTATATCCTAAGGGAGGGAAGAT AGCAAGTTGTGGAGACTGATTTTCTAGAGAACGGGGTAAATTCATCGGAAGTGACTTCTG TTCATCATGAGACTGATTGAAGCTGCGGAAATGGTACCTAGTAATTGATTGGTGCCAGCA ATTAGACATGGTTTCTCCCACTCCTCCTGGTACACAGCCTTTACTTCCTTTTCTTTTTAC TTTTCAATTCTACAAATCTTTCTTTTACATTTGAGTAATCTATCTAGAGCAGCCTTTTGG GTCAACCGCAACCTTTGGAACTTGGGGATGATGGGCCACGCTCTACCCTTCTCCACTTAA ATACCGGATTGAGTTTGCTTGGGAAGGCTCGAAATTGTGACCTAACACACAAGTCCCTCA ACCGGTGCCTATTGAGCTAATCCCGATGGTTTAAGCATACCAATCTGATCTACAACTACC AACATTTCAACCTTCTTCATGTTGCCAAAACAGAGAAGAGGAAAAGTGACACAGGAAACT ACTGCTGTTACATGTCCTTGAAAGATTGCCCCAGCTGAGATTCAGCATGCCCTTCTGTTT GGAATATAAATTGTTCTATTTTAAATTGATTTGGGCTTTTTAAGGTGATCAATTGATCAT GCCCAATTCAGAACATGTAGAGCTAGTAAAAAGGGGGTGGACCGTGGAAAAGCGACACTA GAAATTGATTATTTCTATGTCCTATGTTACTATTTATTATTCAGAACATGTAGAGCTAGT AAATTTCAAGAGATAAATCGTCCTTTTCCACGTTTCCACCCCCATTTCTATCTCAGCTGG GGCAATCTTTCAAGGGCATGTAACTGCTGAGGCACCCATATTATAAGTTCTCCTAAGACA GAAATTGACCAAGATAGAATCTAAGCCAAGTAGCAAACTAAAATATACTGACCACAAGAT AGCAGTAGTCACAAGCGATTACTCATCTCACTCATGAGCATTCTGCTCTTTAAGGTTGAC AATTTGCAGTTCTGTTCTATTCTTGTCGCAGTGCACAAATAAATATATGAAAATGAGAAA AAGGGAAATACTTTAACTGTGAATTTATTCATAAACTTTGAATTTTCTAGTAGACTATGG TGTCTGTATCTGCAACTGCTGCAGGGATTAGTGGTCCTTTCATTCAATCGAAAGACACAG TACTGAAGTGGTGGAAGGCAGAGGTGTCACTCTAACTTCAGTGCATATTCAAAGCAGTTC CTATGTTCATCTTGTGGCAGATTTGGAAAGAAGAAACATAATCAAACATGGTGGAACGAT GGCACAATTTACTATGACTTTGGAGTTTAATGGATTAAGCCTTCTATTGTTTTAAATGTA ACTCTGATGGTGCTTCTAAAGGCAATCCAGGGCCTAGTTCTGGAGCCTTTTGCATTAGGG ATGTAGAAGGAAATTTTGTATATGCTGAAGTAAAGAGGCTAGAGGATGATAATAATTTAA TGGCAGAGATCAGTGCTATCAGAAGGAAAAGAGTTATTTCCTGTTACTCCTGAAACCGAG TCTCTTACTGTGAAGAAGATGATAGATGGCGAATGGGAGGTTCCATGGAGTATTCAGCTG ACATTAGAAGAATTAAGCACTTAGTGAAGGAGAGGGAGATTGTGGTTGAACATATATTCA GAAAAGGCAACAAGGTTGCTGACCTTTTAGCTAATCATATGTTTTCTCTTTTGCAGGTAA ACAAAGCTTTATTTTCTCATCCTTTCAGGAATTATCAAAAGAGGTGAAGGTTTTGATATA CATGGATAAAGCAGGAATTGCAAACTTAAGAATCAGAAATATGCAATATATAAAATATGG CTACTGTGGTAATGTTTCTAATGCACAATGAGGCAATCAGCAACAGTATTTCAGGTGAAA GCACAAAGAAAAGGAAAGCGTAATGGGTTGATCAAGATATACAAATCTGAACAGCAGTGA AGCAGTGAGTTTAAAGGAACAACCTTTAGCAAAATTAATAGGGATTACCCGGCCTATGAG TGGTATTAGTTAGGGTTTCTGGCTCTATATGCAGGAAAGGGTAAAACTTAGAAATGGAGA TCAAGGATTGGCTTACAGCATTAAAGCGAGTCGGGGAGTAGATTGATTCTTACCTGATCT GTTTGAGCTGTGTTGAAGTGAATTCAGAGGGATTTGTTTCCATGACACTCGTGAGATTTA GAGTGTCTTGTGTGGAAACAGCCCGAACTCAGATGGTTGCAGCCGTTGATAAGTCGATTT CACTCCAAGACAAGCGCTTCTTCTTCGTCCTCCATGGCAGATGAAAGCTCAAGCTAGAAG ACGACCAACTCTCATTTATTTATTTTCTTTTAGGGTGTTCATTTCTTCCTTTGGTTTTTG GACAGATTGTTGGTGTTTTGGGCTAGAACATGTTATGGTCTGGTTTTTGCTCTTTTTGGT TTCTAATATAGGGTCCATGAGACCCACCTTTAAAATAAATAAAAAACATCATATTACAAG AAAAACAAATGAACACAAAAGATAACATGCCAGCAAGGTTACAACCTGTTGAATCCCTCT TTCCTTCAGAAAAATTATGAGTAATTGGAGATATACCTTATACTATTCAGAAAATGTTGA AACATCTGAACATCCAAAATCGAGATCCCACATCAGCACACATATTCAGTACTTCGCAAG AACTTCAATAATAGAGACGGCCTAACATCTTTTCAATCGAAATCCCAATCAAAGACAAGT TCTACCAAGGCCAGGATCTGAAAACTAGGGTTCACTTTCCGAAATTCCAAGCGACAGACT TTGAATAACAGCGACTATCCAAGCAAGACAATTTCCCAAACGCCTATACAGCAAGCTCAA AAAAGTCCTGTCCACCAACTCAGCAAGAAACTAAACTGTGGGCATATATAAATACTATTC ATGCAACCAAGAAAATCATATATGCATAACTGCTAAAGAATATGAACCATCAACTACAAA GCAAAACAACTTAGTTATAGGAGAGACTGGAAATCATTCTGACTTCAAATTTGGACAAAG AAGGTTGTATGAGTTGTATTTGCCTTAAGTGTGCATCATCACATGGTTGATTTGGAGCTG TAATTCTCATGATTTCACTAATGCAAGATGTAACTGACACCTTCACATCTATGTCAGGAT GCCGTAGAAGTTCAATTGCAGCTAGTGCTTCCATTGCAGGCCTAAAAGCATCATGTGCCG ATGCAGGGGGGACTTGCTTCACCATTGACAAAAGATGCTCTAAATTCTGAAAATTGCATA CAAAAAACAAATGATTGAACCATGTCAAGTACATAGGAAAAGCTTCCCTGGATAACACAT GAAGTCTAGATAGTGGGATCTTGTAGAAAATAAAGAAAAAATGAAGTTCGAAACTAAGCC ACAAAGTCAAATATCTCTTTCTCTCCACAGTTTTATGTCCTTTCATCCATCAGGAATTTA TGTCCTTTACACAACAAGAAGTAAAAGAACATATATAGATAATTCCACTCCGGTACTATG CTTACATTCCTATAATCTGTACCTACTCAGTTCTTCTCTGCCCTTTTTGTGCACTTCTGC TATGAAACAAATACAGATGCTCTCAGTCTTAAACTTCATTCGTTTTTATTTTGAAATTAG GATATTTAATGTTTATGGCTTTATGCTAGCAACTATATCAACATTAGGAGTTATAATAGG AATAGAAATCAAAGATGAAAATTAGACAGTGTACTATAATCTATCTCTCGGTATCAGAAA TAGACATGCATTTGAAGCGGTTCTTGCAATAGATTATGTAGTGGAATGCACTGTTAGTCC GTGTCATCAGAACTATTATAGACTATGGAAATAAAATCCAAGTATGTGAATAAAATATCT ATTTCTAAAAACAGAACAAGAAAGGAAAAACTGAGTAAATCAATTACGTTGCCACCTAGA ACCTAGAGGGTCCCACATTAAAAGGTCTAAAGGGTTAAGGAACAAAGCCTCGGCTCCTGT TCAGAGACAAATCCAGTTAGGCCAGTTTAACCAAAACCACTGATTTGAGTTTGGAATTTG TATAAATCTACAAAATAAAAGTATTTTTAAAGTAGACACACACATGTAATAAACTTACTG ATAAAGATGTCAAAGGGAATCAAACAAATATCATTTCTGAAAGTACAGCGACAAATGAGT AATGAATCAGCAATTAAAGCAATGTCAAATCAACTTTAGCATTCCTAGTAGTTAAAAGCA TACAAATTTCAACAAAAGTATGAGGTGCATCATCTTGTGAAGTCAATAGAACTAACCTGA CGATTTTGAATCTTCCGCTTTATCAGCATATATTCGGGATTCTGCATATGAGATCTACTC TTCGATTAGTTTAAAGCTCAGAGACATTGGCTTTAAGGTCATACGGTTATAGTCACTCAA CAGTTTTACATATGACCTCGAGCCCTCGTGGATTTGGACTTGAATAGACAGTTGGCTATA AGATCACAATATTTTGCAAACATGACTTCAAAGACAGGTGCAGTGCCATACAGTACGGGC CTTAATCTTGTAGCTATCTAGTGTAGACATAGCATCCCGGTATCCGGTTCAGAGAATCCC CGGCATATTACCCACCTGAAGATCAGCAAATTAATAGAAATGTCCTATACTGAACTATGA AGGTAGCAAGATAAGTAAATAGGTGAGACCTAATAGACAGCAAATGAGTGTTAAAGACAA GGACCTCTTTATCTCAAATCTAGAATATACTGTTCTGTGAGAAAAGTAAACTTTTAATTA TACATCCCTGAGCTATACAAGGTCGACAAGCATTATCTCCACGGGTTTGGTTCCTTAACT CGCTGAGCCTCCTTAGCACAGTTCCATTCTAAATAGATAGACATCATTGCTTTAAAGCTT CTTCTGTTTAACAGAACAGTAATATTTGTTCCACTCATGTCACCGGTGTAACTAAGTCAA CTCCTCTGCTAATATTGATCGCAATTCCTATACTTTTCAGCACAATAAATCTTTTTCCTA CAAAAGACAATAAAGAAGACCTCAAGCTGAAAAAAGCTTTAACCTACTGTACAAAAGACA AACTTGTATGGATGAGAAAAATCAAAAAGTTTGAAGAAGCCCACTGCAGAAAATCTCATA GAAACCACACTCTAGATCACTTCCTCTTTAAATTCAGAACAGAAAAGTAGTGATTCCTTT CCTGAAGTTAGACATAGGAAATCAATGGAAGATATAGAGCACAAGTAAGTCACATTTACA TAAATAATATAAGTCCAACATTTGTGTATGGTCATGGTATCATGCAATATTTGTACAAAA TTTATTGATTGGTTGATTTATCATTTCAATTTACATTTATGTCAAGGCTGATTCATCCAT CTTTATGAGCATCTCTATAAGGTTAAATGTCTAAGCCAGAGATATTCACTGGCACGCTTA TGATATTAAAGCTCTTAATGCAACAGAACCAATACCGCCCACTAAAAGTTGTATGCATAT CCCCTCAGTTACCTTTCAGTTCTTTAAATTTCAAGTAATATGATTGCAACATTGAATTAT TGAAGCTGGTCTTGGTATCTTAAACCCTAGGAACGCATTAACACGGAGCATATTCATATA ACGCCCACTACAAGTTCTATTGTATCTGCAATATCAACTGGAAATCTTCAGTTACCTTCC CCTTCTTGAAATTTCAAGACATACCGTCCTTGCAGAATTGTAATTTTGTGAGCATGATCT GTCCCTGCACAATTTAGAAACAGTTACTAATAGAATCGCAATACATATTCATAACAGAAC CAACAACGCCCACTAAAAGTTCTACTGAATCTGCAATATCAACTGGAAATCCTCAGTTGT CTTTGTTCCTGCACAATTTAGAAACGGTTACTAATATATATAATTTCATCAAAGTAACTA AATAATCACATAAGCAAACAGAACCTACACCGCCCACTAAAAATTGTATGTATATCCTCC CAGTTACATGGAATTATTGAAGCTCGTCTTGGAATCTTGAACCCTAGACGCAGTACATAT TCTTAACTAGAAGTTCTATTGAATCTGCAATATCAACTAGAAATCCTCAGTTACCTTTCC CTTCTTGAAATTTCAGGAAACATGATACTTAGTTACTTACAAAGATGTTGAATCGAGCTT GGGTAAGGTGGTGTGGAACCCTAACAATGAGTTGACATTACATATTTATGAGTAAGAAGA AGTAACAAGGATTTGAAGCGTGATTGCTAAGAAGATGATGGCAACTTTGGTGAGTACTTC TTTATATAGAAAAGTTTCGAGTCTCTCCGAAACAATTGAATGGCGGGAACGCCAAGCTAC ATGTGCGCATAAATCATGGAAAATTAAATTATTCAACTAGATTAGGATTTATTGTATTGA ATTTTGATTTTCTTTTAATCAATAATTGAATAAATTATAAAATATATCTTGTCAATATAT TTTATTTCGTCAATATTAAATGACAAATTTATCATACTAAAAAATTTATCGTATTAAAGA TTTTTTTTACAATATTGACCAAATTAATAATTTAATATTATCTTTCAATTATTAATTATC AAACTTTTAAAATATAAAAATAGTACAAAACACTCATTTGATAAAATATGTTTATCGTCT ATTACATAATAGACGCGTAGCCATAAAAATCAGAATTTGGAGTCCAAAGTGAGATTTTGA TTGAAATCAATGTAATAATATTAAGTATTTATTACTGAAAAACAAAAAATGAAATAAACC CGCTATTAATTCACTTGGATAAGTTATTTGTTGTGTTTTAAAATAATTAGTGCATTAAAT GTGATAGATTTTTTTTTAAAAAAAGAAAAGAAAATGTTGATCCAACACACATTGTATCAC CAGAATTAAGACATTACAACGAATGGCCGTGATGGTAAAAAAATGTGCAAGCATTTTGAA ATTTAATTGAAAAATATACAGTATTAATTAGTAAATGTAGACAATTGTTACTACTTTATG AACAGTAAATTTGCGATGAACCTGTCAAAGCTTTAAAATTGGCATTGAATTCGTTTATTT TTTTAAATTTATGAGTAATATATATTAGAATTTCTTATTAACTTTGTTAGTTTTTGGATG TGAATTTATATTTTGTGTATAAAATATTAAATTTAGGTTCCGGTTATAAATTTTTTGAGT AATATTTGGGTGAAAATTGATAAATAGTGGTTGTCTGTAAAATTAAACAAATATCTCAAA TTTCTAAACACTAGTAGTTCTTTTTAGTTTTTGGGTCAAATCTCATTATTTGAGATTTAC AAAAACACACTCTATAATAATTGTATGTGTTGTATTATATAATTTTTTACGTGATGAAAT ATTCAGTGAATATGAAAGTGATGATATGATTATTAATTAAAATGATGAACAATCAGCCGA AGGGTAAAAAAATCATGTGTTTTGTCTACCTCACGATGTATGGAATGATGGTTGTTTAAC TAACTCCAAAACCATCATATTGCTTCAGTGTCATGGACACTACTTGTTATTTATTGCGAC GAATATCCAATTAATTTGTAATACAAATTTATGATTGGTTTTAAAATTTTATGGATATAA ATCATATCATTCAAAAAAGTGAAATATGTTTCTCAAATACTATAGTGAAATATAAGATAA AATTTCACTCAAATAATATTAAATTAATAATATTTATCAAAAATATTAAAAAATCTATAA TTTGAAAGTCAATATAATAGTATATCCGCCTCTATTTGTCGTCCTTCGAGTCAATGCAAA TATGTACAAAAACAAATGATCGATATTTGAAGTTAAACATTTTGCACAGTAACAATTAAA TACAGTGACGTCAATTAAATTGCATATATCGACTAAAATAAAGTTTAATTAATTACATAA ATATAGTGACGTCAATTAAATTGCATATATTGAATTATTGATTATTAATACTTCATCCGC CCATTTGAGGTATCACAAATATGTTTTAGTCCGTTAAAAAATGTCATCTTTTTCATAATA AAAAGAATTTACTTTTAAATGGTTATGTGAATGCTATTTGATGTTATAGAAAAAAGTTGA ACGGGTAATAATCCATTTTGATTATTTTCATGCTGCCATTTAGATGGAAAGATCAAACTT ATACCATCATATATCTACAATATACTGCTGAAAATTTTCAATCAACGAGTTGTGGTGCAT TGATAAGACTGTTTCACCTGTAACTAGAGATCTCGAGTTTGAGCATTGATTGTGGAGAAA ATCTTGTTGGAAACATCACCCCTAATAGGTAATGGCGGACTCAGAAATTTCTTAAAGAGT GTCTAGAAGTAACAACTTGTTATGTTAAAGGGTATCCAAAATAGGTTATTTAATCATTTC GTATATTATTTTACTTGTATATATGCTAGTTTTTTTCCGGCGAATTGGACACCCTTCACA TTATATGGCTATGCCACTACAAATAAACCTGCAGAGCGCGATTCGAATTCAATTGAAGTT CCGATATGAATTTTAGAAACAGGTAGAAAACAAAACAAAAAAACTATCAACCATGTTAGA AATGATTTTTATATTCTGCTTTTACTACAATGTGATTTGTTTTCCGTCTCAATCTAGGCA AGCGAGAGAACTCGCTAGTTAATCATATTAAGCCAGATTTAGCCGAATTCGCTAGTGAAA TTCAATTTGGTTAAATTGAATCAGCTAAATTAACAATTCGTCAAGCCATTTCTTCAATTG CAATCATAGCCACATTTCATTTGTTTCCCAATCTAACCAACTTTCAAATCCTAAAGCGCA GCCCAATTCTCTTTCAAGCAACACCAAATCGGCCCAACTTCCCACTCCCATACAATATTT TAGCCCAGCACCTCAATACAATTATTCTCACAGACCCAACCCACCAATACGAACAACAAT ACATTACGTATACCCCAGACCCCGCCTCGTCTTCTTCCTCGAACTCACCAGTGCGAAACC CAGCAAGCCCAGACCCCGCTCTACTCGCTCTTCGTACAGTATTCCGGCCTTCATCGTCGG TAGCATCGGCATCTGTAAGTATACTTCGCACAACTCTATGTAAATTCTTCGTCTCCGACT TGAGTGTTTCACTGTGCTCAGAAAAAAAAAACATGCTTGGTTTGTAGTTACTGTGGATTG TCATAGTATACCAAAAACTTAAAATTACCGTTCGATTTTAAAAGGAAACCAAACAGAGCA CAAAAAGAACATCAAGAAAACATCTAGCCATTTTTCCATCTTCATATTTCCCAGGGGCTG AAAGCTGTTTTCATTGAAACTGAGAGCATAGAAGAATCTCGTACATCCTCTGTTTGATTT TGGGTCTTTGAAGTCGTTTATAAGAACACACATTCAGAGGGGTATGTAGAAAACTTGAAA AAAGTGAGTGAACAACTTTATACTCATTTATAATTCTGTTAAGTTATTGAAATCATGAGA TAAGAACACTATGTTTGACAAATTGTAAACAATTCATAAGAAAGGACTTATGTTGAAATC AGCAGATGATACTAGCCTTGCTATATATTACATTGCACATATTCAATGAATTATATATGA TGGCTGGATAGGACTATTTTCTCTGAGTGGCTAAATGACTGAGGTTAAACGGGTTGACTT ATTTAAGGTCCAGTGTTTCGTTATGATGATATGGTATTTTTGGAGTTCTTTCTGATTGTC AGTACACGTGAACCCAGCTTTTCCTCTGGTTTTCTGGTGGTTTTTACAGGGGTCTGTCAT AGAATGTGTTGAGAATTTGATCTAAAACTTATTGTTTGCATTATCTAGACGATGTGGACT TTATCAAATTGTACTTTTTAATGCTAAAAAGATGATCACTATTTCAAGTAATTAGCGTAG CGGTCAACAAACTGATAAAGTGGGTAAACTTTTTAGAGATTAGTGTCCAAATCTCAACAT AATGATAAAATGATTAGGTAACGTTATTTGGTACTTGTATTGGTGGAAGGGAACAACCGT TATAGCTGATTTGAATGCTACCATTATAAGAAAGGCGAGATGAGACAAGTGCATTGAGGT GAGCTATGCTGAGGTATGGAGCGTCCCTTATGGCACGAGCTTGGGGGTAAGAGAGCAAAA ATAATCATATTAATTAGGAGTTGAAGTGTGTCCTAAACTAGAAGCTTAATCAACCTGATG AAAGGATTAAAATGTGAGCAGTACTTAACTGTATTTAGATTGGCATCCCCAACTAGATAG GCAATTATTTGTAATCATTTTATTAATTTGAACTATTCAGAGTAGTAGAAGAGAGCACAT TATCTCAATCCAGAGAAAGGATAAAAGGCCAAAACAATTTGTTTCCCTCCTTCAAAACTT GGGCAAATGACTTTTTTTTTTTACTTGATTTGAGTTTCATAGTACTCAAGGTTTGACACA TTCTTTTAGGAAAAGGCGTGGGATAGTACATAGTTTCTAGAAGAAATAGTGCTCCTAATG CTAATGGGATGTAATATATAGCAAGCCTGTTATTCTTTAACTACAAGAAGCATTGCACAT TTGGACTAAAGCTACAGGGTTGACCGAACCTGTAAGCTCTAGGCTTGACGAATTGTTAAG GTTACCGTTCTGTTTTTCAAGTTGCATATTTTATTGGGTTTCTGCTGTTTTCTTTTCAGC ACTTTTGAAGCTCTCGAGTAATTATTGGGTTATGTTTGGCAGATAATTAAGATTCAACCA TTCTACATGATTCTTCCAATTGACCCAGCAAATAAATTATCGTTTAAGCGTTTTATTAAA GATGGAGATTTGGTCATTGTGTACGAGAGGCACGACACAATGAAAGCAGTGAAAGTCAGT GAGGATGGGGTTCTGCAGAATCGTTTTGGTGCTTTTAAGCATTCTGAATGGATAGGTAAA CCTTTTGGGTCCAAGGTTTTGAGTAACAAAGGTGCTTTTGTTTACTTGTTAGCTCCAACT CCTGAGCTATGGACGCTAGTACTGAGTCACAGAACCCAGATTCTTTATATAGCTGATATT AGTTTTGTTGTTATGTACCTGGAGATCGTTCCTGGTTGTGTGGTTCTTGAATCTGGTACT GGAAGTGGATCTTTGACGACTTCGCTTGCAAGGGCTGTTGCCCCCACTGGCCATGTTTAT ACCTTCGATTTCCATGAACAGAGAGCTGCCTCAGCTAGGTAAGACTCTAATACCTAGGAA CTTATTTGTGGATTTACTGTCATTAAGTTGTCAATTGTTCTAGTTTGATTTCTACCAAGC TTTTGTTGGTTTTAAGTGCATTTACTATCCTTTACAGTCATTTTAGTGCAAAAATTTAGT TTTAGAAGATGTTTAAAACTCAGGTTGAACACATTTTTAGTTGTAGGGCACTCCTCAAGA GGTTATAAAATTGAATACTTCTTTTAAATGGGGCTCTTTTTACCGACGAAGAACATTTTC ATGGGATTTCTTCTTGTAGCAAAATGTCTTTTTCTTCTTTTTGCTGCTTGATTAAGAAGT TCATCCATCCGTTTAAAAAGCAATGACATCCTTTCCTTTGTAGTTTGTTTAAAAAAGAAT GACCTCTTTTCTTTTTTTGGTAACATTTTACTTTCAGCTTTTGATGACATGTTTAAGACC ACGAGATTAAAGGGCAATTTTGTACATTTGACATAACTTTAATTTAGGATCACATGATTA AAAAATCTTCTTTATTTTCTAAAACTCCGTACCAAGTCAAACTAGACCAGTCTTTTTGAA ACGGAGGGAGTATAAGGTTTCAGGAGTTGGCTCTAGAGTGCCACAGGAAAGCAACATCTT CCCATGCAGCCTTTATGATGTGAAAGTGTAATACTACCACCATGTATCATTGTGCACTAG CACAAAAATGTTGCAAGAGGAGAAAATTTGATCAACACTTGCCTCTTCGTGTAAATGTAA CAACAATTAGGAAAAGCGTTCTTTTTCCAATCAGCTCCACACACCCATCTAAAAGACGTA GAATGAGAAAGAGAGCTCATTATAATTTTCATTTTATGTGAGTTTAACTCGGTGTTTAAA ATTTCCGCATATAGGGAGGACTTTGAAAAAACAGGGTTGAGCAGTCTGGTCACAGTAGGA GTAAGAGATATACAGGGCGAGGGATTCCCTGATGAGTTTTGTGGGAGAGCAGATTCAGTA TTCTTAGACCTTCCTCAACCTTGGCTTGTCATTCCTTCTGCTGGCAAAATGTTGAAACCA GATGGGGTATTGTGCTCCTTCTCTCCATGCATTGAGCAAGTACAGCGCTCATGTGAAGCA CTCAAATCACAGTTTACAGGTAAGTTATTTTCCTGGAATCTTGGTCTCATTCAGTTTAAA ACACTGCTATAGGAACTACAGACTCTCATGTGGCAAGTGTTTTTGATTTCGTAGATATAA GAACATTTGAAGTACTTCTTCGCACCTATGAAGTTAGACAAAAGATACTAGAGAGCTGCC CAGTAAATGAAGGAGATTCTATTGAGCGTCCTCCACGGAAGAGGAGGCAGGGTTCTGCTG AAGGAAGCAATGGGACTGAATGCTCCTCTTCTCCTGCGGTGGTGATTAGGCCTTCTGGTG AGGCAAGAGGTCATACAGGCTATTTGACATTTGCCAGACTCAAATGTTTTGTGTAATGTG TTTTGATGAATATCCAGTTCTTGTGGTCGAGTACACTGTTCGTTCTTTAGATGTTGTGCT TATTTTTCTTCTTGATTCTACAATTAGATATCAGACAATTTTGTCTTGAGATTTAACAAA AAGGAAAAGAATCGCTTCTATTCGGAGGGTATTTGTTTTTGGATATTATAAAACCTTTTT TATGTCACTCTAGGGAAATCAGAATGAACCACCATTGTTTATAAAGTAATATGAACTGAC TTGGATGGATACTTGATTTTATATCCTTTTTTGGCAGTGAGGATGTATAGGTAAAATATC AACTTGGGGATTGTCAGGTTAATTTTCTGGAATTGCAAGTTTGCTTGCTATACATTATCA GAAGCATGTTGAATGTCAACTTAACTAGGATAAGCTATATTTTCTTTTCTTCTTGTTTTC ACTTTTACTATATATTTCATTTTTTAAATTACTCTAAATTTTATATCTGTAGAAATGATC CTATTTTTTTAATTTTATTCAAATATATTTGCAAAAATTATAACCAAACACAACTCCAAC TCCAAAAATTTCAAGCAAGTTGAAAAAAATATTTATATTAGTATGTAATAGTTCATATAG AAATCAATGACAATGATTATACATAAATATTATTTTCCTTCGTCTCATTTTATGTGACAT CATTTCCTTATATGATAAGTATTATAAGGTATAATTTCTCTTTTATCCTTGTTGGTCCCA CTTAATTTAGACATATTACTCTAATACATTTATGAGGAGAGAGAAAAGTGAATTTACTTT TTTGAAGGCTAATTTGATAAACATTTCGAAGTCTTTATTATTTTTACAATCCCGTGTCAG GTCAAATGTTGCCACATAAAATGAGACGAAGAGAGCATATATTATGATACGTTACTTTTT TTTTTTAAAAAAAAAAGCAGATTTGATGGTATGTTTGAGATAAAATTAGTCAAGTTTGAT AACGTTGCTGATTTTTAAAATTAAAAATAATAAATCATATTTAAAAAATGCTTTCAGAAC TTAAAATATTCAATTCCAAATTATTTATTTTTAAATAAGCTAAATTGTTAATAGTAATTG TGTATTAAGGAGCCGCGTTGTTTTAGTATATCAAACAATTGAGGAGAAATTATGGCTGGA CTGAATATTGCATTTTCATGACTAACTAACTATATGAAAGCTACTGCACTAACATGCAAA GAGATGGAAATGAAGTGTGTGTTATGTTGAGGAAATTGAAAAGCCACGTGAATAGAACAC CACATATCTTCCACTCCCTTAATTCACACGTGAGTTCTTTTACCTGTCAACATAAGCACC CCATCGATGAAAAATGTCATTAAGTTTTTTTGTTTTTACTTTATTTTTAGAAAAAATATA TCTTTTTTTATTTTGTATTTCTTAATACTCAATATCCTACGTGATATATTACATAAATTT TATAATAATAATAATATATTCAGTAAAATTTAATAAATAGAGATTGAGATCATATATCTA AAATTTAAAATATTCTTTAGACTTTGTTGAGTTAAACTTTTAGAGAAGATGTATAATAAG TATTGTTAGTTAAGCTGATTTAGCATGTAGTTCCCAATCAAATACGAAATGTCAAATGCC AAATGAACTTTATACAAAATGTTGAAAGGGAAGGCCAATAAACTTTGTACAAATGTGGCA GAGGCTACTTTTCCTGCCACATCAATGCAGGTCAGCTCAAACATTTCTGACCATGCAAAT AATTACTCTTCAATGTCATGAATCCCCACACGCCACTACTCCGTGTACACTATTTTCGTT TTAATTAATATATGTATAGAAATTTTGAGTGTCAATTATTTTTTTTTTAAAATTATTAAT TACCACAATTCAATATTTTTTATAGTTTTATTTTTAATTTTTTATATTCAAATTCATTAT TAAATTTTAAAAGCTTAAATCTCGAAATTAAAATGATACATCTAAACTTGAACAAAGAAA AACATAACCCAATAATTGGGTTAGGCTTAACCAAGAAGATCTGGTCCCTTATATTATGAA GGGGGGACATGGGTAACAGTGTAAGATATTTAAGGGCCAACCAGGAGAAAATGAAGAGAG AACTTTGGCCATCTTCTATCTATTTCTGTTTTATTTTCTATATATTTTTTAAAAAAATAT ACAAGTAATTATTTTGTAAAAATGAAGGCTCCAAAATATAAGGTGTCCCAAGCAATGACT TTATTGACCTAGGGGTTAAGATAATTATCCTCGAAACCCTACTCTCTACATCATCCTGCT CATATAATATTTTATTAAATTCCCATATTAATACTCTCAAAATAATATTTCGAAATTAAT TATTATAAATCATTCTCTTTATTTCATATTAGAATTTTAAGCAATGCACACCTATTAAGA AAGAGAAAAAGATATAAAGTGACATCTGAAATTGTCCCGAATTTTTAAAAAGACACCTCA ACTATGCGGGCGTCCTATTACCCCCTTAAACAATTCCGATAATATATTATTACATCATTT TTTTATCAATACCAGATTTTAAATAGCAAATGATTATCACACACCAATCATTGTGTGATA CGTGTTAACTGAATTTGAAATATATATATATATATATATATATATTTATTTATTTATTTA TTTATTAATTTTAAGTTTTATTTATTTCTCTCATACTTTTTGACTTATTTTAATTTTATT GCTTTAATTTTAATTTTACTTTAAATTCTTCATCTTTCGCTCCTACTTTCAAGCTATTCC TCCCTTCATTTTCTTTTTTTCTTCTTCTTTTTCACCTCCCACCCTCACCTCACCCCACCC CTACGTCAAGTTGAGCCCCTCCAATTTTCTTCTTCTTCTTATTCGATCAAATTCTCTTCT TTCAAAATTATACTATTTTTTAGTATTTGTGATATTAATAACAAAACTAATTATTTTTTT AAGAAAATTAAAATTATGAAGGTATCATCAATTAATTTATCTCATTTCATACAACTTCAA AACTAGAAATGATAATTTTGTAAGAATCAGAATTCTCCGAAAATTGAAAAAATTTAAGTG AAATTTGAATTTTAAAAAATAAATAATACCTACTAATCATCTTGAAATCTAGTGGGTTAT CAAATTGTTCGAAATGTAATAAAATATTTAGATATAATTTTAAAGTTGAAAAGAGTTAAA CTATTAGTAGTAAAAAAGAGAGGTGGAATTGCAATAAAAAATGAAATTGAAATTGAAAAG TTACCATGAAAATGACAATGAATTTTTGAAGAAGAAAGAAGAAAAAGAGAAAATTAATAA GGAGAAAAAGTTAAAATAATAAGAAAAACAAGAAAATATATTTTACAACAAAATAATTGC AAAAATAAAATTATATTCGTCTTTTAGTTTCTTCACGCTCTTTAAGAGAATGCATAAAGT CTCCATGTCAGGTGGACAAAAAATAATATAATAATATTAGTTCAGAATTATTTAAGGGGA TAACAGTACATTTGCATAGTTTAAATGTCTTTTTAAAAAATCGGAACAACGATGTCAATT TATGTCTTTTCTCATCAAAAAAACATTAAAGGATATAATTTTATTTTATCGGTAGTAAAA TCATAAAATAATAATTTTTTAAATAGTATAATTTACCTACTAAAAATATCAAATTCCATT AAAGGAAAAGACAAATATGGGTAATATTTCAACCCCTCAAAAATTTCAATTAAAAGAAAT GACAAATATAGAATTAATATGAAATGATGAAGTAAAAAAATTCAATTATTTTCCAATAAA GAACATCTTCATCCTGCCAAACAGTCCACATATATAAAATGAGAGGGAATGCATATAATA ATAATATAAATAGTAATGGTTGTTTCTCCTCCCTGCTAAAGTTGTGCAATATTCATTTTT TATCTGTTGCCAACATATAGATGTATAATTGAAATTTCAATGGAAGAATGTCAACCATCA ATGTCGATATAAGCTGATACGAAATAGATTTAGCTCTCAACCATAAACCATGGGAACCTC TACATTTTACATGTCTCTTCCCACACCATTTCTAAAGCCTCAAAAACCTTCCAATAAAAT CTTCATTACCAGTAGTAATAAGTTCAACTCAGCTCTTCAGCATTATGCTTTGCACAAGCC AAAAAGTTGTTCGATTCGAAAAACTAGTGTTGCTATTCTGGCGAAAAGTTCATGTAGACT GGATCTGTTCAAAGTGAGGGCTGTAGCAGAAAATGCAGGTGAATCTGAGGTTGTGAAACC CAAGGAAGTGATACAGACGCTTCAACTGGGCGCGATGTTTGGAATTTGGTACCTTTTGAA TATTTGTTATAATATTTACAACAAACAGGTACTCAAGGTTTTTCCATTTCCGGCGACTGT TACGGCCTCACAATTTGGCTGTGGGACTTTGTTAATACTCTTTATGTGGGGATTTCGTCT TCATCCGATACCAAAAATCAGTAAATCTCAAGTTACTCTTTCTCCTCTCCGCTTCTTCAT GTGTTTTATTTTTATTGTTATTTTGAAAATTCAGTATTTTCCTTTCTATCCTGCTTTGAT TGCTGTTATTGTGCATACATCTTTGATCCTACTCTCCCCAGACCGATTACACACATGGCT GCTGTTGTTGTATTTTCTGGTATTTTGTTAACAGAGAATTTATTTCGTGAGAAAAACTTT ACTCCCTCCGTTTCAATAAAAAAAATAATTTTTTTTGTTACATTTTAATTTCATCTTTTC ACCTGAGATGATTAGGCTACGAGATTAAAGAATAATTTTGTATATTAGATATAACTTTAA TTTGGGAGCATAGATTTAAATATCTTTATTTATTTTTTTTAAAAAAATCTCGTGTCAAGT TAAACTAAATCATTATTTGCGTACGGGAGCTACTCTTTTTAATACTTTTTAACTTCATGA TACTTGCTTCGACGTCTATTGAACTTTACCACGCCAAAATTCATCAAAACACACTCGATA TGTCAATATCATTATTAATTTTTTAATATATATATATTTTACACAGAAAATGACATCCAG TCATATCAAAAACACGTAAAACCATCCATTTTTCATATATGAGAATTTTGTTTTCAGTAT GACTAACTTTCTTTGTTTTGATTTATATATTGAATTTCCAGTTTAAAGCAATATTCGCAC TAGCTGCAATTCACACATTGGGTAATGTTCTAACGAACATCAGTCTTGGGAGAGTAGCCG TTTCGTTTACTCACACAATCAAAGCAATGGAACCATTCTTCACCGTGCTTCTTTCCGCGC TGTTTCTTGCAGAGGTATAAAATTTTTACAATGTTACCTCTTCATGATATATAACATTCA GTTGATTTGGCTTGAAAGCACTTTACTTGTTTACTAAACGCGTGATATAAGCTATAACCG CGTAGCATAACTTTATGGAGAACAGCCTCATGTATCTTTGATTCTGACGATCTGATTCTT ATCCCTTTGAGTATTACACTAGAAATTCAGCTTATTTAGCATATATAATGATGAGCTTGT TGTGATCCACGTAGCGGCCATCTCCTTGGATTGTATCTTCTCTGGTTCCCGTTGTTGGTG GAGTAGCATTAGCATCAATGACAGAGGCCTCTTTTAATTGGTATGTCCCTCCCTAACTTT GTAAATTTTATCGTTTTGTTTCTGTAGGTTAGACCGGTCTATATATTGCTCTCTCCTTGT GCCTATTTTGCTGTAGGGGGCGGTTTACAGGTGTACAACCTCTGTAACTTCATGGTATAT TTATGGATTGACAAGTTCTTATTAGAAGACTGCAATTTCCTAACTGTCGCACTATCTACT CCTGTTAATAGTTTTGCACAGTTATTGTTGTTACTGTGGGGTCTTAATAGCAGTTATACA TTGATTCTGAACTCTCTGTCTTTGGAACAGGATAGGCTTTGGCAGTGCAATGGCTTCCAA TCTGACTAACCAATCGCGTAATGTATTTAGCAAAAAATTCATGGTTAAAGAGGAGGTATA GACACTAAACATTCAGATGCTAGGAAAATAAATACTCAATTATTCTAACATCATAGGTAT TCAAATTCAGCTATCTTACTTCTTATATTAAAAAAACAGTCGTAGCCTTGGGGTGTGGCC CTTCTCCAGACCCTGGTGAAAGCAAGATGATTTATGCACCGGGCTACCTTTTTTAGTTTT TAATTTATCATATTTGGTGAAGATGCAAATTTTGTCTTGTGAAACCATTAACTGTCAAAG ATGGTCTAATAGGAGGCATTGGACAATATCAATTTGTTCTCTATGATCACAATCATTTCA TTCATCCTTTTGGTACCTGCTGCCATTTTGATGGAAGGGATCAAGCTTACTCCATCCTAT CTACAATATACTGCTGTAAGTAGTATATATTAACTTCCAGCCATGTTTGAAGTGATTTTT ATCTTCTACTTTTACTACAATGTGATTTGTTTTCCGTATCAATCTAGGCAAGTCAAGGTT TACATGTCAGAGAGCTTTGTGTGAGACTTCTTTTAGCTGGATTCTGCTTGCACAGTTACC AACAGGTTAGTATCCTGTAAATTTACATGATAATCTGCTCTGTTAACTTTGGTTCTGTTT GCTTTAGAGCCTCCTGAAAAGTGAAAACTATATCACTAAGCATCATTATTCTGACTAGAA GCCGATGCCAGCCTTTTTGCAATATGTTCAACTGAACTGAGTATTTCCAACTCGGAGCAC AGCTATATGTGTGAAAAAACATGATAATTTCTAAAAATTAAAAACTGTACCCCGTAATTG TAAAATGAATATAGTGCCAATAACCTTAAAAGTTGAACCCGTCAAATTTAAATACGTTAA ATCCACGTTTCATTCTTACTTGATCTTTTTCTTTGTGGAAAGGTTTCATACATGATACTA CAGATGGTATCACCAGTGACACATGCAGTTGGTAATTGTCTGAAGAGAGTGGTAGTCATT GTATCCTCAGTCATCTTCTTCCAAACACCCGTTTCACCAATTAACTCCCTTGGTAAATAT TGATTCTCTACTTACTACTTTTTTTTTTTTGGAATCAAGTATATCAGTTTCTTAACATCT CTATTGATTGGTTGAGTGAATCTATCTATCAGTAATTATCTAGCTTGTGACACTGTTCAA TATATTCAGGGACTGCTATGGCTCTAGCTGGAGTCTTTCTTTATTCAAGAGTAAAGAGAT TACGGGGGAAGCCAAAAGATGCGTGACAAGTGAAGAAAGTTGTCAAATCCTGTAGTCATA ATGCCCTGTAAAGAAAAGGTTAACCAAAAACAGGAACTCGTGGATTGGGTTCGAGTTATA GGAAGATTAGGTCAGGAACTAGCAAGTAGTTTGAGAATCCCTGTCAATAATGGAAGGATG GCAAAAGATGGAAGAAGATATTTAAAGCAATCGTTATTGCATTTCAAGATGTGTAATTTA TACATTAGTGCAATACCAAAATCAACTACTAAGGCCTATGACTGAAACTGAATTATTCTG ATCTGGCGGAAAATCATGTATTAAAACAGGAAACCCTTTCATATAGGAATATAATTTCAA TCCTCTCTTCTTCTTTTTTATCGTTTGATCATTGTCGATCAGTCCTTTGTTCATACAATA ATACCAAGGTCTTAATATGAAAACCATTAATCTACTATTTATTTGCGTTCTTCATGAATA CTTTGACTTGAGTTATCCCTTCCATACTAATAGTGAATAGTTTTATAGAAAACCTGTATA CCTCCGGGGGAGGAGTAAATTCTGCTTTCCCTACATGGAAGGAGTAAAAGTAATGCATTA ACTAGAGAAATTTGCTCAACACTTAGAAGTGGGCTGATTCCATTAAACAAAGTTTGACGG TAAAATACTTTACATTTACATCCGTCAAAAACTTCCCATTTGCAGATTTTCAGCTATCTA TTTCCAGTAATACGCTAAAAGCTTCTTCTATCCGAGAACACTGTTTGCCAAAACATGTAG TGGTTAAAGTTTAACAAAAATGACCCCTTTTTCTTCCAGCATTTCCTACAACACATCAAA AATCAACACAGGCTCTCCTTTACCTTCTTACTCCTCCCAATTGTTAGCACGGGGTCCATC GCCAGATTTCCCATCACCTTGGGATCTTTCTTTTTCCCAGTCCTTTCGGGAATCACCAGC TGATGATCTAGTGAAGCCCATCATGGCTTCATGGAAACTGCCACCTACTGGAACTTGAAT ACGAGTCCGCTCAGATCTTTCAGCACTACGGCTACGACTTCGCTCCCTGCCTTTTCTGTC ACCCCATCCAGAACCTCTATTAGGGCTTCTGCTCCTACTTCTATCACGTCTCTGTGAACC CTGCATCATAGTTTCATGGAAGCTTCGACCATGGAAACTAGCTGGAGCATCAGAGCCATG ACCATGTCTATCTCTAAACAAATCACAACCAATTAGTCAGAACATGGAAAAAAAAAGGAA AATAAGATATCCACATACAATTGATACACAGCTAACCTGTCACGTGAATCCGAGTCATAA ACACGTCCACTTCTTTCTGATGAAGGGGCTTCCCAACCACCCCTTGCTCCATCTCGTCCA CCGTAGCCAGCATCATAACGTCCCCCATGTCCTCCTTCCCGTCCACCTGAGCCAGAATCC CATTGACGCCTAGCCCTCCCCATACCACCTCCTCGAGAAGCCATATCACGTAGTTCAGTA GGCACTTGCTGATTTGCTCCTTCTAAAACTTTAATAAGATCTGAAGCATGTTTAGCATCC TGGTCAACAAAAAATGTGTAGGCCTCACCAGTCGCACCAGCCCGACCAGTTCTTCCTATT CTGTGGACATAGTCCTCTATACCAGTTGGAAAATCATAGTTGACCACCACCCTGCCACAA ATGTTTCATCAATTGTTTAACTTATATAGAAGAGAAATCCCACTACCAAAAATATTAGGA GAAACTACTCTTTAAAGAGTATTTATAAGAATGCATAAATATTTTAATTGTACAATAACA TAACCCAGTGAAATCCCACATGGGGTCTGGTAGGGGATGGGTGGGTAGAGTGTACATAGA CCTTACCTCTACCTTATGAAGGTAGAGAAAATGTTTCTGGAGGTACCTCTGCTCGAGCAT ATTTCAAATGTCAAAACCACAAAATTCCAGCATGATGTCAAACCATGCCATACCGCCCCA AACTCGGATGCTAACCTAACCCAAAATTCCTTTATTTATTTATCATTTTTTCTTATCTGT TCTTTTTTTCTCTCTAATCTATCTAGTTCCTTCTTGTACAATCATCTGATGAAGTCTCAT CAAATAGCTCTTCCACTTTCAGTGGTCACATAGTTACAAACCCAAACAAACAATAAAAGC TAAATGGAAAAAGAAAGGAGCTTAGGAGAGTAGATCTTATTGAAAGGATACCATGTGAAC TTTACTCATCCATCTACATTGCAAACTAAATCATGACATCACACATGAAAGGTACAAAGT TGTAACTTTTGGCCTACACTCTCCCAAAATCACCAAATGGTACCCAAAACAAAATCAGAA ACACAACTCCACCCCCACACGCCTGTTTGCACCCCATCGATTAACGGGAAATAACATGGG AAGAGCATGCAAGGAATATATGTCGGTCCAAATGCTCGCTCCATAAAAAGTTGAAGGCAT ATATATTCTTTAATTCAGTTAGCCATTAAAAGAGAATTAAACGTGACCCACAAATAATCA AGCACACTATAAGATTCTTAGTTCCACCAACCTGATATCTTTGACATCCAAGCCCCGAGC AGCAACATCAGTTGCAACAAGAACGGGGGACTTGCCAGTGCGGAACTGGCTCAGTACATG ATCCCTCTCACCCTGAGATTTATCACCATGAATAGCAGCAGCTCCAAATGGGTGTGTAAG ATTGCGAGCAAGTTGGTCACACATTTTCTTAGTTGAACAGAAGATAATGATTTTTGATCC AGGCTCTTGGGATCTCAAGATCTGGTCTAGACGCTTTTGTTTATCCATATATGACAAGAC TTCAATGTACTGCACATGACAATTAATTAAACATGATGTAACCTCATTATGTCAAGTACA GGTTCTCCCTTGGTGCTCAGGGATAATAAGGGACGCACATTCTACCATGACATCTCAGTC CTCTAATCCAATTTAGAGGAGAGAGAGACTCTTAGGCATTTTTAATGAGCACGGTCCAAG AAAAGAGAACAGAACAGAAATGCACCTGTGTAATAGACTTGTTCGCAACAAGCTCATCAA CATTCCCAATGTTAACCTGAACTGGATTAACCAATAGATCAGCTGCAATTCTACGGACCT CCTTAGGCCATGTTGCTGTGTACATCAGTGTCTGCCGTCGCGTAGGCACCTCCTTCACAA TCTTCCTTATCTGAGGTTCGAATCCCATGTCCAGCATACGATCCGCTTCATCTAACACCA AGTAAGAAACTTGATCCAGCCTAACTCTTCTCATCTCCAAAATATCATTCAATCGACCAG GGGTAGCAACAACAATATCAACTCCCCTATCCAGATCTCGTAGCTGAGGGCCTTTTGGGG CGCCTCCATATAAACACTAACCAAAAAACATACAGCATTGTCAATTCTCAAGAAAATTGT CAAAGCAGAGGGCCTGTTGGGTCCCCCCTCTATATAGACACTAACCAAAAACCATACAGC ATTGCCAATTTTCAAAAAAATTAAAACACACATTCACTTGGTTCATCTGACCTGAACATT AGCATGTCAACATTTGTTGATTGTTCTACGGGAAGGTGTAAAATAGTATACTTCTGTAAA GGTTTTAATAAAATCATTCGTTTTTTTGTCAAGTAATGTAAATGGGGCCTTCCCCTTTTC GTAATAGTGCACAACATTATCTTCGTGCATGGTTATTTACGTTAACAAAAATTATGTTTG ACGAAAAAGAAGCATATAACCGTTTAAAGAGATTGCATAGGATTAAGCAGATATGTGTTT GATACCACAAAATGAGAAACACAATGATTACCCTCTAAGTTTCACTTTTGGCCAGACAAC TATTCGAAAAGATGAGATCTTTAGAATCAGACTTAACAGGAAAATTATGGTAAAGGAGTA TAGCAAAAAAATGTGACAGACCAAGCTAACTTTTGGTTTTTACAATTAAACCATTAGTTA GCCCTGCATCAGTAATTGGAAATCAAAAGATAAATCTACTTCTGGAATCAAACTTTTTAC AAAACATAGTCAAATAACAATTCATACCGTGCAAGAAATCTTTGAAGATCTACCAAACTT CACAGCTTCATCTTGTATCTGTGTGGCTAATTCTCTTGTTGGCGAGAGAACCAAAATAGT AGGGCCTGATTGAGGATTACTCCGACGTTGCTTTAGAAGAATAAAGCCAGGAAGCAAGAA ACCTAGAGTTTTTCCAGACCCAGTCTTTGCAACAGCTACTATGTCACGGCCCTGAAGTGC AATGGGCCAGGACTGTGCCTGTATTGGGGAAGGAGCAGGAAACCCAGCTTGATGTATCTG GAAATGTAAAAGTTGGAAAACCTCTGTCAGCAATTATACAAGCTAAGAAGTTACACCTAG ATTATTTCTACGTTTTTTTTAAGTGGCTAACACAAGAAGAAGCATATCCCCCTTACGCAG GCAGCCAACACTTGCATATGCAAGCAAGAGCAGGAGGAAGCCTCTTCTTCATGTCAAACC ATGTGGCAGACTAACACCACCAACAGCAGTCCCAGCCATGAACAAGGATGATTCAGAAAG CCCTTCAAAATTTGGTCCACCAAATAAGGGAATTCCAAATACAAGGAAGACCAAAAAGAG GGTTGCACAGCGTACGACATTTAGCTCCACACTGGAGCAAATATCGCATCTGCGTCAAGG TACAGAGGGAAAAATTGTATGAGTACTGCAATGGACCTCCAGCAGCCATTGAAATTAACA GAAGAACACTTGACCCTTTATGAATAAGTAAACTCTTCGCTACAGATGTTCCAAAAGAGA TTAAAACAAAATAACGGACTACAGTAATACCTCCCTCAAAATCTCTGAAGGAAACCCAGT AGCTTCAAACGATGTGAAAGGTGGGGGCACATCACCTCCCTGGAACAATAGAACATAATA TAGACGTGAGTATTCATTATCAAAAGAAAAAAACATGAGTATGACAGACATGCCTTTTTA GGCTTGTCTGCACGGAAGGATGGATCCTAGGCAGATGCAAAGAAATTAATTCACATGTTT TCCATGAGCAACATGAGTAGTGTAATGAAGTTATCATCAGTTTCACATAGGAGATGACAC ACTCAGTGCTACGATCTGTGTGCACATCTTAAGTTAAATTTACGGGTCAAATTGTATTCA CAATAATTATCACAGACCAAAGACACCAAAATACACTGCATCTTCTAGATGAACCCAAAA AAAAAACAGTCTGAGTTGCATTACTTGTTTACAATTCTTTTTAAAAAATAATAGTGTTTC ATCAAACTAAGGATTACCCTGACTACAAAAAAGATTCCTCACTACTGTCACCAAAGACAT AATAACTGCCCTTTAACTTTCTATTACCCTGCACATAGCAGTGTTCGCTGAGAGAATCTC CACAAAAAGTTTGTTATTCACATAAACTTTATGTCATGCACTACTCATGGTCATAATCGA TTTTCGACAAAATGAAAAAGACATATTTAGTAGAATCATACACAAATAATATGGCACTAA TCGAGAACGAAAATGACCAATAACAAATGATTCTATTTGATTGAAAAGGTACAACAGATG CTTACTGAGACAGAAATTTCATGCTGACGGCGATAGGCATCTGGAGATATGTCACTCGCG GCAGCTGAAGCACTATAACCTTTAGGCGCAGATGTTTCATCGCGGGAAAGCTCATTTGCT CTTGCAGTCTACAAGAATGATGGGGGGAAACATGTTTTAGCAAAAATACGGAAGACAATT TAGGAAACTATTTAAAGGTGAAAGAAAAAATCTACTTAGACCAAAAGAAATCCACTGGTA GAGTAAGTATAATTTGGATATTAATCAGGAAATAATTGTGGAAAGAGTCTAAGGGGGTGT TTGGATGGGTTTTCTAAAATGACTTATAAGCCAAAACCTATAAGTTGGGTTAGCTTTTTC CATACATTTAAATTCTAGCACTTTTAAAGTTTACCCTAACACTTCCAAACTAAAAAAAAA AACTTAAAAGCCAAAAGTCACAAAAAATAGGTCAATCCAAACACCCACTTGAGGTTCAAA CTTGGGGTGTTTGGATTGACTTAATTTAGTGGTTTTTGGCTTTAAAGAAATTTTTTTTGT TTTGGAGGTGTTGGGATAACATCAGAAGTTCTTTTAAACACTTTTTAAAAGCTTAAAAAG TACAAAAAAAAAAAGGAGTCAAAAGTTGGGGTTACCAACTTATGCCTTTTGACTTTTAAC TTGTAAGAGAGTTAAAAAGCCAATCCAGACACCACCTCTCTAAGTGCTGTTACAATAACT ACAATCACAAAAAGACAGATGAAACTCCTCTAAAACATACACGCGCCAAAACATATGTTA TTTGCAAATTATTTGTTATATCAAACCACTGGAACATTTACTACATAGGAAATATGATGC ACAACATAAGGTTGCAAAAGATCAAGAAAACTGATATATACCATCTTTTCCAAGTAATAC ATAGTGCAGGTTCTAATTTGCATTTAGAACTGTCAGAGAGAACATGTAGTTAATCTCAAA TAGTGATTTTCAAAATGACAATAGACAACCCAAGATACTATTCAAAACAAAAGTTTGCTG ATTTCTCCTGTTGTGTATCACTAAGTCACTGAAAGTTAGAGAGAAGAAATTGAAATCACA TGTATTAATTAGAACTAGATACCTGAATACCCTCTCCAGAGGAAAGTTTGCTCAAGGCAC CATTGGTACCTCTGTTGTCACCATGGTCAGAACATTGACTTTGAGAAGGCCTCTCAACTG ATGAACTTACAGATACAGAGGATTTATGTTGTGCAGCACCCACATGAGGAGTAGCAACAG GCTTCTCGTATTGGGTAGTATTGGTCTCTGGATTCCAAAAATAGAGATATCCAGTCTTAC CATCAACTAGGCCTTTCCAAGGTTTGGGAAGGGTGGGATCCTCTGGTGCATAACGTGGAC CAGTAGAAGATGCAGTTGCAGTAGCAGCCATCTCAAGCTTCAGTATCCAATTACCTCTGG CACCAGAAAAGACGAAACGACTTTAAAGCATGAAATGAGAATAAGAGTTAAACAAAGCAA TAATACTATAAAGAAATCCATGAATCACATTTTTCATGTGTTATATTCCATCACCTGAAT GATTGACAGTGTTTATAAGATGGAACTCCCTCAGTTTCGAGAAAATGACCCTATTTTCTT TTTAGTCTGTTTCAAAAAGAATGACGCATTTCTTTTTTTTGCAACACTTTAACTTTAAAT TTCCACGTGGCATGTTTAAGACCACAAGATCAAAGGGCATTTTGGTACATTTGACATAAC TTTAATTTAGAATCACAAGATTAAAAGTCTTCTTTCTTTTATTAAACTCCGTTCCAAGTC AAACTAGGTCATCCTTTTGAAACAGAGGGAGTACTAAAAATGTACTACAGCCAAAACAGC TAAATAAGGCTGCGCAAAAGAGAGAAGAAGATGAACTACACAAGGGAAGAGAACATGTTA CTTCAAGAGTAGTAGATATGTTCTTAACAGAGACAAAGCAACACAAGTAACTGTGCCCCT CGCACAGTTATACTGATAAAAGCAAAAGGCAGCACACAATTGTTTTGCATACCAACCCCC TTACTAACCAAAGAAACCCAACCCAGACAACCAACTGTGACCCCTTCCGACCTTGCTACC ATGGTGATTCAATCCTCCAATAATACCGTAGGGTAAAGGGTCTGACCATTACGCTACCCT CCCCCTAGACAACAAAACACTTGAGGTCAAATACGTAAAACTGAATAAATGGATGGCCAT TACACAACACTCGGAGAGCAGGAACACTAACTATCTATGGGAATAAATTAACATGACTGC CGTTTTCCCTTGAGACTACAGGCTGGATGCACCTTGTGGCAAGGGGTGTCATCTGACACT GATTCATCAAAAATTTCTTATATATATAAAACCTGAAAAAATAGAGTACGTGAACATATA TTATTGAATGATAACACACAGTGCTCTATGGTCCCTGGTTAAGCTCATAACTTATGTTGC ATTTTCCCCGACTTTGAACCTCCTACTCAGTGAATTCGTGTGATTCTGTGATTCTTTTAA TTTGAAGCGCTTAATTGTTAAAGGATCAAATCAAAACCCATCAACCAAGCTCTCCGCTTT TGCATAAATTGTAAACATTAAATTTATTTAACCAATTTTTAACTTGATTAGTCAATATAG ATTTAAGACCCTAAGGTTAAAAAATTTCATTATTTCATCTAATCCGTTCTCTTCTTTAAA TGTCAACATCACTTTTGAAAAATCTTGCATACGCTACTGACTACAATAACACGAAAGTGG ACTACTCTCAACTCAAACATGCACAAAAGCATTATATTCACGCAAGTGGCACTAGTTCAG TGTTTTGGGAAGCGATAAGCGGAAAAAAGCGACGAGGGCTTGCTTCACAGAAGCGAGAAG CGTGAAGCAAAGCGCACGCTTTTTTAAAAAAAAGCGAAATTAGTATAAAAATAAAAATAA AAAAATAACTAAATAGAGGTAATATAGTCTTAGATTAAAAGAAAATAGATAGTCAATAAT ACTCATAAGTCATAACATATAAAGCAAAAATAAAAACATAATTAAATCACGAAGACTCAA ACTCCTATTCTTCAACAAGATCCTCAAACTCTTCAAGTGCCATAACCAAGGGTTCTACTT GGTCATCATCTTCTTCATCATCAGAAGGCTCATCAACAAGGTTTCGAGTTGAACTAGAAC CTCCAACTCCTCTTTCCTTGCCCCTTAAAGTACTCCCCCTAAAACTATAAATATTCTCCT CAACACCACTTGCCACAGAAACATCACCATAAGTGAGACTTTCTCCTTCGTACATTTCTT GAAGAGAAAAGAAACTCACAGAGATGAAACAAAGGCGAAGATTGTATATTTCAGGAGAAA AGAAACTCATAGAGATGAACTAATAAACATCGGCTAACACTTACATGCAGTCGCAGTCGA TGTGTGAAGAGAGACGCAGTCTCAGTCGTGGTCGTGAAGAGAGAAGAAGCGAAAGAAGAG TCATGAAAGAAAAATTAAGTTATATTGTATATTTCAGATTTTTTTAACTAATTTTTTAAA AAAAAAAACTAATTGTCGCTTTTTTATAAAAAGCGCGCTTTATTGCGCTTTTGCCTTAGT GTCGCTTCTCGCAACGTTATCTGAAGCGAGCGCCTTTTTCAGATCGCATCGCCTCAGGAG AAAGAAGGGCACTGGTATCGCTTCGCTTTGAAACGCGCTTTAAGCGTTCTTTTCTGCGCT TTTCACAACACTGCACTAGTTCAAAGGCTTTTGAACTGTTGGAACACAAAGCAATAACAA AAAAAGTCACAAAAACCTAAAACAAACAAAAGAATGATCTAAAACCCTACATCATCATTC ACAAACACGTAGCAGGGGTCAAAATGCCAAACCTAGTAACTTCAACTTCAAAACAACCAC AACATTGAGGCCAAACAATGAAATAAATCGATCTAAAAACCTACATTGTCATTTACTAAC ACGTAAATGGGGTCAAATGCCAAACCAAGCAAGTTCAACTTCAAAAGGACTACAACATCG AGGCCAAACAATTTTCTTAAAAAATCATCTAAAACTCTACATTATTATTTAATGACACAT AGCTGGGATCAAATGCCAGATCTATCAAGTTCAACTTCAAAGGGACGATAACATTGAGGC TAAATAATTTTTAAAATAAGAACAATCTAAAACCCTACATTATTGTTTATTAACACATAG CAGGGGTCATATGCCAAACCTAGCGAGTTCAACTTCAAAAGGACGACAATTTCAAGGCCA AACATCGAAAGAAAAATTATCTAAACCCTACATGGTTATTTATTAAACACAGGAGGGGTC AAATGTCAAACCTATCAAGTTCAACTTCAAAAGGACAACAACATCGAGGCCAAACAATTT TAAAAAACTAAACCCCTACATTTTTAATTTTTTAACACACAGCAGAGGTCAAATGCTAAA CAAGTTCAACTCAAGGCCAAACAATAAAAGAAACATTCTAAAACCCCTACATTCTCGTTT ACTAACACATAGCAGGTGTCAAATGGCAAACATAGCAAGTTCAACTTCCAAAGGATGACA ATTTCGGGGCCAAACAATTTTTAAAAACCATCTAAAACCCTACATTATTATTTATCACAC ATATCAGCGGTCAAATGCCAAACAAGTTCAACTTCTCGGCCAAACCTACCATGTTCAACT TCAAAAGGACAAGAACATCGAGGCCAAACAATCAAAAAGATAAAAAAAATCTAAAACCCT AAATTTTTATTTATTAACACATAACAGGGTTCAAATGCCAAACAACTTCAGCTCAAGGCA AAACCTATCTAGTTCAGCTTCAAAATAACGACAATATCGAGGCCAGACAATCAAAAAAAT AAAACATCTAAAACCCTGCATTCTGGTTAACCAACACATATCAGGGGTCAAATACCAAAC CTAGCAAGTTCAACTCAGATCTGAATCATCGCGAGTATAAATGAGATATGATACCTGACA AAGTCTTTCCGATGACGATAAAAGAAGCTGATACAAACGATTCCCACCTCCGACGATGTC TCCCGTCCGTTCTCCCTCCCACTCACTCTGCTAAATAATTTATATATAAAAGTATACAAA GGTATGAGTGAAGCAGCGGAGAAGCAGAGAGAAACCTACGCTTCTGATGGTTTGAGTGCT ATAAATAGGAATAGAATTGGCTGACAGATGGATACTTATATATAAGAAAGAGAGCAGAGA TATGAGAAACGGGACAAACAAGAATAGTGCGTATTAAACCCACAATAATATTTTAACCAT GGTTAGGTTAGTAAAATGCCAATTACTTACCCACACAATAATATCTCCACGCGGAATAAA ACTCTCCCGCCCATTGGCAGTGTATATTTAGATACTACTGTTTTTCTGAACGACGAAAAA TAATAATATTATACTTACAAATTATTCTCTTTATTTCATATTATATATACAACTAGGTAA TATGATCGCCTTTCGCGCGATCATAAACAATAATAACTTGAAAATATTTATTTACTAATA TTCATACAATTAAAATTATGAAAAAATTATTTTTAAAAAATTATCATTAATATTCCAACA CTAATTTATTTATTTGTCATTATCACATAACCCAAGAACCTCTAATGATTGAATTATTCA CGAAATGATAAACCATTGATTCTTTAAGCAACATTGAAAGGAAAATAAGAATATATGTGC AAGATATTTCGTGGTAAAAAAACATTTAAGTTGCATAGATTATACAATTATGATATATGT CTTAGAAGAAAATTTAAATATTTGTTAACATATTCAAAAAAGAGATCATGCTTGAGCATG AAAGCAATTATAACTTTTGAACTTGCATAATAAATTTCTTCAATTGATAAATGAGAAATT TCATATTTATGTAAAAATGTCAGCTTATATATAGTACTTTTAAGTTATAGAATTTAATAT AAAATATCAAAACATGAATTCTTTGAACTAATTACAATAACTATTTTCTACACAATGAAT ATACGTACTATATGTGTATATGTTCAATATAATCGGAGACAATGACTTTGTAGAAATATA AACAAGAAAGTTTAAAACGTGTATTCAAAAACAACAATAAAATATCATAAGTATAAATTA ACGAGTGTAAAAAAACATAGCAGGATATGTAAAAATAGAAAGAAAAAAATCGAGTTTAGT GAATGCACAATGTTCCCTTGAGAAAACTATTCTCCTCCAATACCAAAGGTTTAAAGAATT GCATCCTTTAAGATGGAACGATTTTATTCATCAACTTATTGATACAAAAACATTTGTGTC ACTAAGTTACTCAACAAGAGCAAAGTATGCGAATATTTAATTTTGCAAAAGTAGAAGAAG ATCAAAATTTTGTTGTTTTAAAACGAGAGAAAATTTCTATATTTATAGTCAACAAAGGGT AGTGTGAACAAATGTTTATTGTGTCTTATCAGATAAGTTACAACTATTTGTAAAAGTTGC AACCTTTTGAAAAGTTCACAATCTTTCATAAAAGTCACAATTTTTCATAAAGCCGCAACT CTTTATTAAAATCACGACTTTTTATAAAAGTCACAAGTTTTTATAAATGTCGCAACTCTC GATAAATGTTTGCAACTCTCGATAAATGTTCGCAACTCTTCGTTAAAGTCACAACTTTTA ATAAAAGACGTGACTTTTGATAAAAGTCGGAACTCTTCACATAAGTGTTAGGTAGTGGAG CCTGATTAATATATATAACTGTTTAGGCTTTCCTATTTATTCTCTATTTATTATCTGTAA CCAAAAATACTCTGATTTATTAACATATAAATATATCTCACCGCCGTGGAAGTTTACTTA CGGGGTGTTACCACGAAATATTGATTTTCTCTTTCTCTCTATATATCTCTCATCTCTTTT CTCTTGAAAGTTCTTGTGTTATTCATTCATCTAGTGTGTGTGCGTGAATTCGATTCTAAC AATAAGTACCATCTTTTAATGGAAGAGGAAAGCTAGTTTTGAAAATAAATAAATTTAAAA AGAAATTTTTACTTGTGGTAGAATAACGTAGGCGGACCTATGATTCTCTTTTATATGAAT ATATGATTGTTTGAAGTATGACACGAGAAAAATATTTAAGGACAGAATGTAAATCTATTT TTTTTATTATCATCTATATTTATCTGGTTATCTCATTAAAAGAAGGATAGATATTTCAAA AAAAAATCGAAGAATTTACTTTATTTTTATAAAAAAAAGTATGAACTAACATATTACTAC TTGGTTATGTTGACCTAACATAATATCTCTTTATTTAAGATTTGTTTTACTAAACTAACT TTATTAATGATGCCTTGGAATCCTAAATTTGATTATTAATTACTACTATTACTTTATGTA GTCATTTTATATTAAGGGTAGTATAGAAAAAAAAAATTCTTAATTTACTAAAATAGATGA GTAGAATAAAATATCTAGAATACGAATTAAGCAAAATAAAATGATTGAAATACATGTTTT TCATCAAACTCCCTTACAAAAGATAGTAGTAGGTTCATCAGAATATGTAATAGTAACTCA ACAAGGTGGGTGTTGGTATAGCAAAGCGTTTAGTGAACTTTATTTTGTTTGGACAATTAA GCCTATGTTAGTAATATATATTTAAGTTACATATGACAAGGTGAAGACTTTAGTTGGAAT GTAGAATCAATTGCGTTGGAGTATTAACGCGAATGAGAGTAACACTATCTTTGGATCATT ATTACATATTGTATTGTATTATATTGTTACTACACCTATAATATTTATTTTAATTGGTAC TTAAAATGTATTGTACTATATTGTTAAATTTCGTTGTTACAATGAAAATTCTTATTTTGT AAAACAACCGATTTGATGTGTTTTTGTTTTTACTTAATTTCTTTTTTTAATTATATCTTC ACATAATATTTCAAAATACTATTTTACCCTTTACCTTATTTATTTAAATCTAGTCAAACC TACTACCCTAGAATAATTAAGGATATTTTAGTAAATTTATAAATTACAATATTGTACGAA ACAATCAAACCAAACAATTAAAATGTTATTAAGCAACAACAAACAATACAATCTAACCAA ACATTGTATCTACCATACAATATAATACAATAGAATACATTATAAAGCAATGGGTAACAA TGATCCAAACAAAGTGTAATAGAATCGACCAAAATGCAGTAAAAAATGCAAACTAAGATG TGCATACAAAAATAAAATTGTCGATAAGGAATAAGGTAAATCCCGTAATACATTACTATT TACAAATAATTAAGTAGAGTACGGGGGGAATCAGCTGATTACATAATTGGCGAAGAAGTG GTATATAATAGACTAATGGAGATGTCAAAAGGTTTTCCTAATTCTCTGAACAGTGATAAT AAATAGGATCAAGTTCACAAAAGATAAACAAATTCTTACAGACTAGACTCCAAGTAAGGG ACACTGCTTTTTAGCATGTTCTGGTAACAGTTTGTTTAAGAGTTCTGAAGACGCTCCTTT CAGCTCTGCAAATGACATAATCTCATAATAAGAAAAACAACTACTATATGAATATGAGTG GGGTGGAGAAGTCAATTAACAAAACTGGAGGAGAAGATAAAAATTAAACCTTGAGGTCTG AAGTTGAAGAGAGATGGCAATGGACGACCATTAGGAGGACGAGCATTAGGGTCACGGAGC TCATCAAAGAAAGCGTGACCAAGAGCTTCCAACTGCAAAATGAATCAAATAGATCACAGA AAAGCATCACAATATAATAAAGTTTCCCGACACAAATGATTGCTGCCTAAAATATGATAT GGAATTTTCAACAAGTACTACTTTCTTTTGCCCTCACCACACTGAGTTTGAACTGGAGGA TAAGGAAAAAAATTAGGGAGAGAACTTGGTACACTCACCGCTGTGCACCTCAGATTTGGA GAATACTGTAGAAGCCTTATCACAAGATCTACAGCTTCAGGAGGCATCCGCTTGTGAAAA ATCTGTACAATGCAGAGTACGGTCATGAGTTTCTTGATGTGCATGCATGCCGTGAAATGC ATCAGAAAATGTATCTTCTACACAGAACTATAGCTCAGGGTTCTTACCTTGTGCCAGGGG TGAGCTTTGATTTGCGGGAACTTAAATTCGGTGTAATTTGGATTCATACACTTGATTTCT TCACGAGTTGGTGTTCCAAGAACCTAAAGAGGACATTTTGATTTATTGAATTGTGCAAAC TAAAGATGGCATCATTGAATCAAATAGATGGATACCTTGATTATTTCGACGAGCTGATCT ACACCACTCTCACCAGGAAAGAGGGGCTACAAGTTTTGGAAGAGAAAAGATTAGCGTGAA ACAATCAATCATTACAGTATTTTTTTTTCTCAATAAAGGAATTGAACTCCACAATAAATA CAACCTGTCCAAGAAGCAGTTCAGCTAGGACACAACCCACAGACCAAATGTCAATTGCAT TGGTGTACTCAGTTGCTCCGAATATTAGTTCGGGCGCACGATAATAACGTGAACAGATAT ATGAAATGTTTGGCTCGCCTTTGACCTGTTAGGATGGCCAAAATATGAGGATGAACTATT TAAATAAGATCACTAGATAAGACTAAGACAATCATTCCACCCACCAATCACATATGGAAG ATGAATAAAGTCGAGAAAAGGAATCAAAGTATTTTCATATTGTTGAGCTATAAAAGGTAC TTCTTCATCAGTTTTTTTGATTTGATAAATCCCAACAAGCAAAATATCTAATTCACAAGA ACATCTTCAGCTACATAAAAATAAAAAGAAGTGATCATACAATATGCTGGAACACTTCCA TTTCTTGAATTTCTGAGAATGGACATAATAAGATATCATACAACTTCATCTAATTCTTGT ACTAACATATTATAAATGTGACATACTTATGATAATACATAACCACAAGCAATTCCTGAA TTATCTTACAAAATATGACAGAACTGTCTTTAGCGTCCAGTATAACTCATTTTAAGAAAT CCTCTTCTGCAGGCACAACTACAACTGATAGACGTCATCAACTACTTACAGTTATATCAT GACAACTTGTAGTGTTTCACATGCATGGAAACATGAATAAAAAGAATATTTGTGTTCTAA TTTTCCAAACAAGTCACAATCAAATGATCACATCTGTTCCTAAACTTTGTAGCGACAAGA AGCAGAAAGTGAAAGTCGAACTTAGGTCTCAGACTTGAGAAGTAATAACAGGACTTTTGC AAGCTATCAGGAAAATTACCAGGACTTTTGCACTCCCAAAATCACAAAGCTTAAGCTGAT GTGTGTGGGGGTTGACCTGCCATAGCAAATTGCATTAGTAAATATCACAATGTTTTTAGT TGATTGAGTTTAAGCTTCAAGTACAAACCAGTAAATTCTGAGGTTTGATGTCCCTGTGGC AGACTCCTATCCCATGTATGTAAGCCAAAGCTCTAAATATCTGTTAAGGTATATCATCAA CCAACTATAGGTCACAACAAAGATATGCTAAGGTTGGTGTAAAGAAGAGGTGTTGCTACT AGCCATAAACAGTAACAACAGTAACTATGTCATAATCACCACAAACAAATGATGCAAAAT TTACTCTGTGCAAGATGCGCAACAACACTAAAAATTATCATCTTTAACAGTTATTACTAG AACAGAGAACTTGTTATTTGAAGATATTACAACTATGGAAGAACCTTTACCACTGCACAT GAGGTCAACGGTTTAGGCCACAATCTGAGTTTAGGGTTGCATAAAGGACAAAGGGATTGG AAAGGGAAGTAGGAAAATATCCAAAAAACAATTAATATCACATTAAACCGGTATATGGAA AAATGACATAGAACGTGAATTAGTCAAACCTCCTCCATATGTGGTTTAGTCGAAACTGAA TGAACTTCCTTTCATTTAAAAAAAATAAAGTTACATCTCCAATCTGGTACTGAGAGCAAG TCATTAGTTTTGAAGATTATTTTACTGAAATACCTTTCTCATTTATTTCTTATACATTTT GACAATGAGATAAATACTACATTGTTTCTGAAAATAGAAAAGAACACTAATTGGGTAGAA TTATTAGCTCCCCTGGTCGAAGATAACCTTCTATACTATTTCTCGTTATTTAAGCATGAA GGATTTGGTGCCTTATAACTTGAAATATTGTAGTAGGGTTGACATCGAAGAGGCTAGCAT TGACATAATATTTTGATACAGGATACAACATTTAGAATTTTACATACACCATAACAATTT GAAGACAATGAAGGGAGTTAAAGGCAAAGGAGGTTTCCATGGAAACTTGTGGCACACTCG AGCAGAAGTCACAATCATCATAAGCTATAGGGCCAGGTCCATTCAGTTTTGCTAAATTAT AGGAAACATACATGAAATTCGTCCTATGCTCATTTCTTTCTATGTACAATGAGAGGAACT TGCACATGTACTCAAATGGAATACCTGATATGTGTACAGTTTGACATATATAATAGGCAT CCGTTGGTTTGCTTTGCTGTAATGTCTTAACACACGGTAGAGAGTTTCAGGTACAAATTC TAGAACCAAATTTAGATAAAGCTCATCCTTTTCTGTGGTCGAAAAGAAGCAGTGCTTCAG TGAAACAATACTAGGATGATCAAGAAGTCGCATAGTCTGCAATTCCCGATTCTTGTATCT CTTGTCCTGCAAGACCTTTTTTATTGCCACGGTTTCTCCTGTTTCAAGGCATTTGGCCTG CAATTTAGCTTTGAAATCAATGACAATTGATTTAGTGAAGGGGGTAAAGATTCTTGATTA TGGCAGTGATTATCTGTGACAAATGAACAGCTTATACCTGGAACACAATTCCAAAGGAAC CCTGTCCAACTACACGCTCCGCCATGTAACTTATGGTCTGAATGTCAAAGAAAACATTAG CAAAAAAGTTTTTAACACAAAGATTACAATCAGCATGTATATTTAAAAGAACTTGCTCAG TTGAGATTTATTTATTTGTAGGGTGAAGTATGGATGGGTCATCACTCAAACAGTGCCGGT CTCGAAGACATGGTAATGAAGAGCATTTCAATTATCAACCCAGGCTAGAAATACAACATT ATGTTGAGTAGGACCGTGTAACCTCGCCTAATTAGCACTCATCCCTAACTATTATAAGCT ACATCCTTAATAAGACCGAGACCAAAGTGTTCGCCGACTCTTTAAAGATACTATCAAGTT AAAGTCAAGGAAAGTCATCCCGGTCATTAGACGCCCATGTTAGGTCCAATTCTGAACTTT ACAGGGAACAATATTTTGTAATTTCTAAAGTTCAGGAAATAAGCCCTTTGTACATCTGGA AAGCACCATGTCAATATGGTATGAGAAGATTAACTAAGTTCATGTCATTAAAACTTCCCT GAAAGTATGGAGTTGATATTAACGCCTGCTTCCTTTTTTGAGAGGACAAAGAAAAGAGAT TGTTAGATTACAGCGAGAAGCTTGACTTTATGTCTCACATAACCAACATAAGTCATGTGA GACGCTGTAATTACTTGACAAGTGCACTTGTGGTTAAATTTGTTTGATTAAAGATTGAAA CAGAAAAAGCAATGCAAAGCTTTTCTAAATTAAGCACCAAACAAAGCAAAATTTATCAAA GTTATTCTGAGTTATGATGCAGCAGATTAATTTGATATAAGGCTTTTACAGTAATATAGT TCTACTTATTCAATGAATTTATTGGAAGGAAAGAAAAAACATACAAATTGAATTTTGGAT AATCCCATGCCTAATCAGAGAAAAGGGAAACAAAATTATGCAATGGAAAATATACAAGCA TAAGTAGAAAAGCCATGTAAGTTCATACAAAGCACCGTCAACCATAAGCATATTAAAGTA AGGTTGACCAGTAATACAACTCCATATCCGCCATGAAAAAGAGAAAAACAAGTGTTATTC ACGTCTACGGGTATGCATATCATGCAATTTTTGGGTCCTAGTAGAGTGCCTTATTTTGGA AACTTTTATATTACCAAAGAAATGGTAAAAGAACAAGTCACTTGTTAAGCAATTAAAGTG CCTCATAGAAAACATGGAAGTGATGTGAAACACAAAATAAAATTTCTCGATTACCAGTAC CTGGCAAGTCAAAAGAAATTGAAGAAAAAGAGGTAATTACAAAGATGTCCCGAACCATTT TAGCCAAAAGTTACTTCTTGTTTAGTACGATAGCTTAACATCTCTATCAGACAGTTACGA TTTGTTCTTGACTTATTATTATTAGTTTCAAAAATCAAAAAGAATAAAAAAAATAAAAGA GGCAAAATACTTACCCTTCGGGGTGACCTAGTGGTTTGAGCTTGAGATTTCCATGTTGGA GGTCTCAAGTTCGAAACCCCTAGGCGAAAGTAAGGGTTTTTGCCTTCTAGGCCGAGCTCG TCGCACTAGGCTTGGCAAGCCTAGTGTGGGTTACCTCTCCTATGTGGTTTGCGAGCTATT GGGTAGGAGCAGGGGTTTTACCCTTACGCACCCAAAGGGTAGCGACTTCGGGTTTCCCTT GTAAAAAAAAAAAAAAAAGAGGCAAAATACTTGGTACTCGAGTACAAAACATCTACTAAA TTGATAAAGGAGGATAAAGCAATGACGCGAAGGAAAATACAAGAACAGGTCTTTCTTTCA ATTGCCTATGTTACATCACAAGTGAAAAAGTTGCATGTTTCAAAAAAAAAAAATGTTACA TCACAAGTGAAAGAAAAGATAATATGAAAATCAGGATTATCAGACTTTCTGATTTCCATA GCCGGAACAAAACTGATTGAGAAAAGATTTGCTCATCAGATCCATAAATAAATTACCAGC CGTAGTATAGATTGAGTTTTATTTACTGATTTCAGAACCAAAATGAAACTAAAGCAAAGG GATATTTCATGAAATCCACGAGATCAATGCCATTTAATCTCAAACATGAAAATTCTTATC CTTTGGATATGTTAGTATTTGGTACAGGCACAACAATAAAAGATAAGTTACAAGTGTAAA ATAACATTTTCGAGGTTGAATCAAATGATTAAAAATGTCACCTGCTTTGGCTGACCATTT TTCCCCCCAATAGTCGTCACAATGATGTGACCTGTTTCAGTTCCATTCCCATCCACAACA GCGGCTTCCATTTCCTATCAGGATATCACAGTGAGAATTGCTAAGGCAGACAAGGAAAAA AGAAATTAGATAAAGAGTATGCATCCTATTTCCAAGAACAACCTTTCCTTCTTTGTCATC GTTGATCTTCATTGCATTTATTTCTTTAGGTAGGTTGTCAATAAGCACAACATCAGTAAT AGGTTTGCCAGCTGCTGAAGACATAATACTGCCCGAAGCCATGTCACTGAATAACAAATA AACTTCCTTATAGTACTGATAAATGGTTATGACTCAAGTGACAGATTGTCTGCTTCTCAA AACCTGAATCACAAAGATACATAGTTCAAACAGGACGCCGGTGATGCCGCACTTACATTC ACTGTTGTATCAAAGGAGATAAAAGAATCCAAAAATTGCAGTATGTAGACATTTATATAA CAAGGAACATTACTGATCCAAGCAGGACCCCATCCACTTGATGTTAAGTTAACATGTCAA AGGCGTGCTACCACTTTCTTGACATATTTAATGTTCATGTGCGCCATATGACCATATCTA TGATGATAAGGCATAACTCCCACATATAAAGACATGAAATATTATTAGTGCTACCAAGAC TCTATTAACATTTTGATAGGAGAAGTGAATAAGTCAAACAGAAGTTGTTGCATTAATACT GAGACAACTATCAACAAGCAACAAACAGAAGTTTTGTGCTTGTTGCAAACATAGAGCAGT ATGTTATATTTAATTTTCAAAAGTTAATCATCCTGAAATCCGGTTTCTTAGTTCATATAC GTGATTAAGTACTCAAATTAATCAAGTAAGTCTCTAGAAGATCGCAAAATCAGCTACCAC TGTTCAAAGAACTCCTGGACGCTTAAAAAGAACTTCTATAACAGCCTCCGAAATTTTTTA ATTGGAAGAAAAACATAGGTTTCAACAAAATTGCAGCCATCTTTTTAACATTAAGAACCT TCATAGGAAGCATGCGATCAATTATTCATATTTATGATTATTGCATAAACCAAAAGAGTA CCTGCAGCGGTGAAGTGAATTGCTCGCATTGGCGATGGAAAATTGTGAGTGAAACAGCAA AACCCTAAGCGCGGAAGAAATAAAGTGGAAGTGAAAATGGCGTATGGCCAAGTTTTCAGG TTCTTGGCTATAGACTTCTGCAATGCTGCTCTTCTTTCATTTTTCTCACTTTGTGGATGC TCTCAGAATATTGATGGAGTTGGCGGACCCCAACTAATTTTATCCATTTTCGTTGATTGG AAGTTTGGGCGTCCGAGATATCTACGTGTAAGGTTCTGATTGGTATTTGATATGCTTACG TCATTATGTTGACTAATACAGTGTTAATTCTGTTCCTAGCGAAAAAATCTGTGTGCTCTA CAACTCCACGTAAGCGGATGTTAGGAGTTTTTATTATTTTTTTTCTTCAAAAAAGGGAGG TGTGGCTGATCAAAAATTAATGGTCATATCACCCTGTTTCATCTAAAAAAATAATTTTTA AAGTAAAAAAATATATTTAAATTTTGTAGTTTATTTGGACATAAACATAAATTAAAGTTA TTTTTTAAATAATCTAAAGTGATTCTTCAAAATTTAAAATTTAATTGGAATACATTTTAA CATTCTCATTAGTATATAATAAAATATCTCAAAGAATTGAAGAAAATCACATAAGGTCAA TATTAAAATATAGTTAATTCAAATTGAAGTAAATTAAACAAATTAAAAAATAAGAAGTAA CTATTAAGTTTAATTTTCTACTATGGTTAATTATAATTACATCATTAATAAAATTTCAAA AATATGTGGATAATAATGAGCAAGAGATTAGCTACAAATTATTACGAAAAAATTAATTAA TAATAACAATAAATACATAATTTTTGTATATTTTGCTAATTAAGAATAGTAACATTTTAC GTCTTCAATTGTTTCCTGTTCACCTTGGGTGTGTTTTCTTATTTGAGCAAACTGAATTTG GGGGGATTTTGGTTCTTTGGCAGCCCTTATTTTTTAGGGCCTAAAATCACTGCTATAGTG GCTGAGCCGCCTTGCTCCTAATCTCTATAAAAACCACAGCATGATTGATCAATTATATTT TGATGGGAAAACTGCCATCACAAAACATCAGCAGTGGCTGTGAAGGGATAATTTATTGCT CACATATACATTACAAGCTGTTCATTTAGCCTGTAGTTCATGGATTGCCTTTCAGAGGTA TAACAATTACCAAGAAAAGAGTTTAAAAACCATTCTGCTGGGGAACTTATGGAACTTCTC TTGAGTTGTTTTTCTCCACACTGAACTACAACAACCCAAGTGTTAAACGACAAACTTGGT GTTCAATATTTGATCAAATGTACTTAACAGTTCTTTTTCCATACAAATTTCTGTGGTAAC CCTATCATTCCTAAACAGAGCAGTATCAGTACAAGGATAAACCTCAGAGGCCACACTTTT GGCTAGTTTCACAAAGCACAAGTGTCTAAATTAATGGCATATACCAAAGTTCAGCAAAAG CTGGCAATCCCATTTTGTGCTTCATCATACAAATACTGCATACATCAAGTAGCAAGTGTA AAGCACATGCAGTAAAACAATAAGCAAATGAAATAAAGGTAAGGCATCAGAAACCTGAGA AGATTTCATAGATCCCAGTAAATTCATGATTTGCCAAATCCAACAGCAGCCTTCTTTATT TTTCGTGTATTTATGCTTTCAGGGGTTGGCAACCCAGTCCTATCTTCATATTTCTTTTCT AGCGCCTGTAAAATCAGTTACAAAGATGAGCAACAAAATACTTGGTGCAACACCTGCCAG ATGTTTATTCCAACTTTAACAATCATCCACTAACCACTAATTTTTCACGAATGGTGTCCA GGACTTCGTCAGTCATTTTGTCAAAGAAAAGAACTCCCTGCACATTGCTGACCTAAGTTA AAAAGAAATGTCTTACGGGAACTAGGTCTTGTATTTAAAGCAAATTGTGCATTCATGTAA TGAATATTCATCAAAGACTGCATACACACTATACAGTACTACAGATATCTGAATTCAACC AGTAGCACTGTTAAGTAGTCTTATAAAAAGAATCGACCAGGGAAGACTCCTGAACTCGAG CCTATCGGGTTCTTACTTTTTTTATATTACACTGCTCAGTGTCTAGTTACTGCAACTGGA AAGACATATAGAACATATTTTCTGAATAAAAGGTAAATGCGAAAAAAAAAAAGTAAATGC AATGGGAAAATGTATGAGCAGGAGAGCCTGCTAACCCCAAACAACAGTAATTTTTGGGAA GGTACAGTTAAAACAGATCCTGCATTTATAGAAATGAAGAAACACCTGTAGGTGATCAAA TTCATGTTGGAAGACTCGTGCTGGAAGAGCAGACAAGCTTATCTCAAACCTTGTACCATT AATGTCCTGTGCGTCAACCTTAACTGACTCTGGTCTCTGCAAACACACAACATATATAAA TAATCTTGTAACAATTTAGAAAGTCAGAAAACTTCACAATTCAAATAGCAGATTCAGGTT CCTAGACACTAAAGCAGTTAGCAACAAAGATTCACCAGGTAAGCTTTTGTAAAATGCAAA CTGTTTTAGGATTACAGTTCTACTTCAAATACTTTTGAATTTTTTTGGACAAGTCACCCA AAATCCAAGCAGCTCTATTATGTAAGCTCTTTACCAGGTTAATGAGCCAGAAGAAGAATT ATGATGTATAAGTTGGAAGTTACTAGTTCAATAGGGACACTTGCAAACTAGAGGATTAGG ATGTCTTTGGCATAAGTCCTTGAGATGCTGTCTATCTTACATTCCTGAAGCACAACAACA AAATTGACCATTCATAAAAAGTTAGATACATGTAGTCTGTAGAACTGCTGATATGACATC TGTATTTTTCCTAAAGCAATAGAAGTTGCTGGTTTCTGTAAAAGTTCGACTAGCTCATTG GAGCAACTTTTCCAGGAGCAAGAGACAGCAAGTCAAATTCTTCAGAATGGTGTAGCTACC AATTCAACAACATAAATGCTAGGAAAAACCCTCATGAGGTTGCAGATGTGCCTTACCATC CTTTCAGATATATTCACGACTAACCTCATGATGTCATGAGTTGGTACATGGTATCATGCG TCCACTCCAAGCAAGTTAGGTTTGGCTATATAAATTGTCATTGGGTATGTCACTCCATTG AGGCTCATCTTACACCAATATTATACAAGATAGAAAATAAAACGTACTTGGAGCTCTCTA CCATTTCTTAAGTTTCATTTAAGATACATATATATATTCAACACACAAACACTATTTTTT AAATAAGAAAAGTATCAACTGCATAGCAGATTCTTGAGGGATTTGGACAGATTACGTCAA TCATATTTGATCCCACTCGACCACGGGGTTCATATTATCTCTCTCACAGACAGAGAGTAA GGCAGTAGATTGACTCGCGATCAGACAAAGAATGGTTTACAGGTCCAAGTACCTTAACAT CACCATGTATCATTGGAAAAGATAAGCAACCTTCTTCATAAGGTATAATCCTCCTAGAAT ATCTACTGACACGTGGATTGACGAGAACAATCTCCTCCCCCTCTCCACGTTCACCGGCTG CATTAAATACCATTAGTTGAACATTCATTCCAACTTGTGGTGCAGACAGCCCAATGCCAT CAGTTCTGCATATATAATATCAAAGCCAAGCATCCTTTAAGGTCCTCTGAATAGCAAGCT TTTCTTATAAACAAAATAAAACTAATGTATCTAACAACTAAAACATCAACAATCCATCTA TTCTTAATTCAATAAATCAGTCAGTTACACCTCAATTCCCAACTAGTCGGATTCCACTAT TCTAAATTTGTGTCAAAATCCATCTATTCTTAATTCAATAAATCAGTCAGTTACACCTCA ATTCCAAACTAGTCGGATTCCATTATTCTAAATTTGTGTCGCCATAACTATTTTTGTTTT ATTTTCAACATAATTAGACCTCCACCAAGAATAATCTCTTCCTATATCTAGGTTTGGGAT CAGTCATGCTTTGCGAAGCTCCAATAGATTGAGTTATCCAGTTTACTGATTGAACAACTG ATTTTTGCATTAAAATAAGTTATGAAAACTCAAAAGGACAAGTAGTTATGGATTGTAAGA AACGGATGGACTCACTTGTACATAATATCGAACATTTCATCAACTAACTTCTTCAAATTA GCGTCAAAATTGTCAATCCTCTTATTCTTCGCTCTTAAAATCGGGTCTGGATACTCCACA ATTTTCAATGGAACCACGAAGCTCAAGTCAGCAGCTACCACACACAAAAAGAAGAATTTC AATCTGCGAAAAAGAAAATTGACCACAAATAGATTGATTTTTAGGTCAGAATCTAGAAGG ATGCTTACGAGTTGCTATTTCATCTCCTTTGGTTTTGGAAGATAAAACTCGCCTAGCTTG AGCATAAACAGCTAATTTTGGAGGTTTATTACTGCTTGCGGAGAAAAATAAACAGTTAGC TGATTTATATCGATGAAGACTGTAACTGATAGGGGAGGGAGACGAGTTCCGACTGAGGAG AGGCCGGAGAAAGCGAGTGAACGAAGAAGAAGATGCCCAACTTGCGGCAGCCATTGCCAT TTGCCACACAACAAAACGGACAATTTCACCTCTACAGATGCAAATATTACTAATTTTGTC CTTCGTGTATTGTTACACTAGAATTTTAGACCCTAGATAATTCTCTTTTTAAAAAAAAAA AATCTACTCCCTCCATTTTAAAAAAAAATTACTCTTTTTTTTTACAATATTTTAACTTTA ACTTTTCACATGATATTTTTAAGATCACAAAACTAAAAAAATATTTTAATACATTTAATA TAAATTTAAATTAAGATCACAAAATTAAAAAATTCTCTTTTTTTTTCTTGAACACTCACT CCTGAGACAATCTTTTTGAATTGCAAGTTTGCAACTCCAAAGAGGACATTACTACTACAA GGTATTGTTGATTCTTCCTATTGTACTGATAAATAAAGTGATTATCTTGATGTTGTCTAT TTAGAGAATTGCTAGAAATATATTTTAAAATTTTATTTTTCGTTTAATATTATCGATAAA GGGAAGAAAAACAAGTATCTTAAGAAAAAAGTGTATATTGATTATATAATATTACATTGG ACCTTGCAATATAAAATATAAGAATTAAAACACGTAATATGAAAATAAAATATATATTTA TAAGAAATCATGACGTCATTCAATGTTTGCAAAAAAAAATTTGGGGTGAGTTTCGGAACG GGGTTTACTAAAAAAGCTTTGGAGTGTAAATTTGAAGGCATTAATTCATAAAGCATAAAT TTTAAAATGTGAGGTGTAAGTCTCGAGAATAAAAACGTAAGTACAGACATTTTTTTTTTT TAATTTTTTTTACTTTAAATCGTATTTTTTTTAACTGTTGGTGTAATGATATTTCTCAAA CAGTGATTATAATACTTTTTTCTTCATTATTAATTATTAATACTTATCTCAAATGAAATG CATAATACAATTTCTATATATTATAGGTTATTTGTAAAATCATTCAAAATTTGCTTTTGC TTATTTTATTAGGGGATAAGGCACAAGTATCCCTTTAATCTATGTCCAAAATTTCAGAAA CACACTTATACTATATTAAGGTCCTATTATCCTGAACTTATTTTATAAATAAATTTCTAC CTCTTTTCGTCTTATGTGGCACTATCTTGTGGGCCCAATGTGTGTTGACATTTTTTTTCA AACTAATGCCGAAAAGGGGTAGAAAATTATTTGTAAAATAAGTTTAGGGGCTATAGGAAT TAAGTATAGTATAAGTGTGTCTCTGAGATTTCAGGCATAGGTTATGCATTTTCCCTTTTA TTAGTAATAAAACTACAAAATTGAATATATATGAAACCCCGTAGATTCATGAGACTTACG CCCCCGTGTCTCGGCGCATATACCTAGCTCAACTGTATAAAATGTCTCGTCTCACGCTCC TACCTTTTTAAATACTTGTCATTAGTAATTTGATGTGTTACTTATCTACATGATTATACA AAAAATTACAAGAAGCGACAAAATATTTAATTTTTTAGAAAACATATGCATAGTTATTAT AGCACAACTATAAAATAATTTTTATTATATCTATGCACTTTTTTTTTATACAACATACTC TTTTTTTTAAAAAAGAAAAAAAAGGATGAGGTACTCCTCGTCATATAAGCTTACAAAAAA TTCTAGAATATATAATTAGAGGTAATCAAATAAAATTTAACTAGGTCGAATATAAAGTTA TCCTTCTTCACTCGAATTTTAATATTGGGCTTACTAACTATATCATTATTCAAGGTGGAA GTAACCTTAGAAGGAAAGTTTATGGCCTCGGTGAAGAAGGCCATAACTGTACACATGAAT GATTATAGTAACACCAATGATTCTAGAAATAGGAATTTCAACACCTTCATGTTTGAAATT GCACCTATAACTGTACACATGAATCATTCTTTTCGATAAATAATTTTTAATTATTAATTA AAAAATAAAAAATAACTAAAAAGATGACTTATTTATGTATTTTGTTAATTGATTTCTAAT ATAATAGATCATGTCATATATTTTAGAGACAATAATATATTAATTAAAAATCAATAAATA GATATACACAAAAATAAAAGTATGATGTTTTTTATCTTCATTCATTCGCATAATAATAAC AACAATAATATAATAATAATAATAATAATAAATTTAATTAACAAAAAATGCTTAATTGAA CTTTTTATTATATTGGTTAATAGAGTTTCATAACTTCATTTCTGCTTAATTGAACTTTTT ATTAACATTTGATTGAGAATGTGTTATTTCTGAAAAAATACTAGCTTATAAGCATGAAAA AAATAAAAGCTAGAGAAAAGAAAATTTTTACTTTAATATTGATAAAAATAATTTTGAAAT TGACTAACCAAATACAAAATACAAAATGTTAATTTTCAAAAAGAACTAAAAAGCAAAAAA ATATTTATGACCAAAAGATACTAGCAAATTTTGAAAGTGGGTGTAACAAACTTTAAAGTT GAACCACTTTAAAAATCCTTTCCATTTTTGGTAAGTGGTACTGGCAGCAAGTCTCTTGAG AAGTCATAGTCATAGTAGATACATAGAAGATTGATTAATAGTGCCCTTGGAGTATTATGA ATTAGGTATAATCATTTGTCATCCATAACATTTTTCTTTAAAAAAAAAAATTTATCAAAG AAAGACAACAAGGGGACAAAATAATAAAAATACTTCAAATTTGAAAAGTATGGTTTACAC TAAATTAATGAATCTTTAAAACAAGACTAATTCCTAACAAATCTCACATCTAAATGGTGC TCCTTTTGGATAATGCAAGCATTATTAACCACTCATTTATCCTAGGTATTAATGGACTTG TCTTCATAATTATTTTATTCCCAAATATATAAAGCTTGACACTTCATATTAAAAAGTTAT TTGGTAGTAATATTACTCTCAACTTAATTTTTTTTATTCTTTTTGTGATCATAAATGAAT GATATTTTTGTAGGGATATACAAATATTAATTGGACATAAACCAAATTTATAGACGTAAA TTGACAGCTTATTTTAAATTGCTTTTTAAAAGAAGATTGACAATATACATGATTACATTT TTAGATTAGAATCCAAGGGAAAAGGAGAAAATAGAAAAAGAGAAATAGATGTGGGAATAA AGCAGTAAAAAGTGGGTAAAGGTCCGTGAAAAACTGACACGTGGCCCATAAACTGTGTTG CCACTTTTTTCAACTAACCATAACATAATTTTTAACTAAAATTCTATATTTATATTAAAA CATTCACGTGATATATACTCGCTCCGTTAAAAAAAAAAACTTCTCAATTTTATAATTATG TCAAAATATTTTATAATATTGTGATTTTAAATATATCGTACAAAAAGATGAAATTATGGT ATTTAAAAAAGGGAAAAAAGTAATTTTTTTAATTAAATAAATATAAAAGATGATCATTAT TTTTTACACGAAAAAAGCAACTTTCCTTATTTATTTATTTTCTCTATAAACTAATTTCGT AAATCAACTTAAAATCTTATTTATTTATTTTCTCTATCTCAAATTATCTGTTGTGATTTT TTTTACAAGATATCTTTAAAATATTCATTCTATCCTTAATTATTTGTCTATCTTGACAAA TAAAAAAAAGAACATTTTTTTTCTAATATACCTTCAATTTATTGCTTAGAAAAAAAAATA AAACTTTTTGAAAATCTAAATTTTTAATTCATTCAATTCATAATTAATAAGATAAGATAG TAAACCCACTATATTAATCATTATTCTTTTAATAGGTGTGTCAATTTAAAAATAAACAAA TAATTAACCACAAAAAAGTATCAATTAGGAGATTTGCTTTTTTAAAAAAATAAAATAAAA TTATAGTAACTGTTTTACTATATTTCGTATGTACTCCTCGTGTCTTCGATTTTACATTCG ATGGCCTTTTTAAGGTATTTGTACTTCTCTCTAGGACAATAAAAATAGCATTAATTAAGG TTTTGGTCATATTGGCAATCAGTTTATGTTTACTTCACAAGGTGGTTATGGTTAAAGACC GTTAAAATGGGAGTATATTAGATTGGTAAATATGTATAAGTAATTAATAATATGATAAAA AGTAAATTAGCTAGCATGATATTCAATGTTAAATTTGACTAAAAGTACATATTTTTCTCC CCAATCCATGTATACACAAAATAATAAATAATCAAACGTAAATTTAAAATTTGAAAAAAA TGTTATATTATACGATACGTAATTATAAAAAAGCTTAATTTTTCCCTAAATGCTATGTTT GGATGATTTGTGCGTATCATAAACGATCCGCCACGATCATCTATCGTTTTAATTTAAATT CTAATATAAATTATCCAAATACTCGATTGACCCACAGTAAATACTCTACAAAACATGTAA TTCACATTTCAACACCATTTTCACATTTCTTTTTATGTTGGTCTACTTCCATTTAGACTG ATTGGGATTTAGATGTAATTTCAGAAGGATTCAATTCACAAAATGGTTATGAAATGATTT TCTTGTGGTGGTTGAAATTAATTATATGGCAGTGTTCAATGAAGCAATAATTATTGTTCA AATACGCCACAGGATTGACTGTTTTAATAGTATTTTGATTATAAGGTCGATATTGACTTT AAGACATTTAAGTATCTTATGATGGACGCAAAAAAGGTCAAATCGTAAATCCAAAAAGTT CTTCTAGTACTTTAGCAATATTCACGTAACGCAAAGCAAACACAAAAATTATATTTATTG ATCTAATTATAATTTAGATAGTTGCGCTTCATAACAAATATAAATATGTATATTTCGCTA TACATATATAAAAGAAAGCAATTAAATAATTTTGATACACATGTATAAAGACAACAATTA TATAATCTGCTTTGGTATACCTATACAAAAAGATCAATAGTATACTCCATATTTGTATAA ACCGAAAAAGAGAGAAAAACAAAAGAAAACTGGTTACGAAAAAAATCATATTTGTATAAT CATAAATGTATAAGACGAAAATATATGAATTTGTATTTGTATGTACTATTTTCTCTCGCT TTATACAAACACAAACGCAATATATACATTTGTGTTTTTATAAAGTGAGAGAGGTGAGTG AGCGAACGAGATCTGGAAGAGGGTAGAGAGGGAAACGAAAATATATGTATATATATACAA TTTTCTCTCATTTTATACAAACACAAACGCATTTTATATATGATTTGCATTTTTGTATTA AGTGAACGAGGCGAGTGAGTGTGGGCGAGCGAGATCTAAGAGAGGGGAACAAAAATATAT GTATATATATAATTTTCACTCGTTTTATACAAATACAAACGCATTTAATACCGTTGCTTT CGTATAAAAGCGAGAGAGCCGAGGAAGAGAACTAGAGTGGTGGGTGAGAATCACTAGGAG AGAAGCAAAATAACAACAGTTTGTTATGAAATATAATTAAATCAAACTATATTTATAGCA TTTAATTTGAATTATAATATATATATATATATATATATACACATACTTTATACTTCTTTA TGACCAAATTTTATTTATATTATATAGAGTAAAATAAATATACTTTAGAACTAGTGCTAA CATATTATCTGCCTTTTTTGTAAGAATAAAATAAAATAAAATTCTATTTTAATTTAAGTG AGTTACTCGTCCTCCTTTTTTTGGGATATGACAATATAGATATGTCTTAATTACTCTTGC GTTATAGAAGTAATTAAGAAAACTCTCTAAAAGATCACTAGCTAAAATCGAACAGTTTAA AGCAAGTTTGAAAAAGAAAATGTATCGAAGAAAAGAATAACATTAATCCATGCTAACAAG ATATCAAGCATAATATAAAAGAAGAGTGATACCAAAGTAAAAGAGGTAACATGAGATACA TGGATCGGACATAAAACATTTGTTATAAGAGAATATTTCTATTAATAAAATAATTATGCT AAAGTAGGAAACTAAATATACTCGACAATCTCTCAACTTATATCTTAATTTTAGATCTTC ATCACACTTTCAACAAGTCAAAGAAGTATCATATCTTATTTAATCACCGATCTTCAGTTC TCAATTTTTTTTCAGTCCGGCTCTTCCTCCGTGCAAACCTGCATAGCCAAGTTCTTGCAC CTCCTAATTCATGCATTATACATTTCTATTCACATGTCCGAATTATCTACCTTGTTTCCT CAGCTTGTCTAACACACAGATCGAGGTCATTCTACCTTATTTCGAATGTCTTCGTTTTTA ATATTATCTCTCCTAGTATGTACACACATACATCTGAACATCTTCACCCACATTTTTTAA AAATACATCTTTCTATATTTGTTGATCCTAACTTTCTATTTGATACATTTAAAACCATTA ATAAATTTAAATGACAGTTTGATACGTGTACTTGGTACGTTGGCATCTAATTAATTTAAA ATCACAAAATTAAAAATTATCACTTATTCTCTTAAACCCTAAATAATCAACATCAAGCTT TTATTTTAGATAATTACATGTATAAATATACTTATAAGTGACTGGAAAAAAAATATTTCA TTAATTATTCAAGGAGCTAGGAATATGATTAGAGCAAGATTACCAAAATTAGGCTTCGAT ACAAAACTAATAAACGTAACTAGCTGGTCTTGAAGTTCAATTTAATGTGCATAATTAATT TCAAAATTCCAGGATGCATTATGCGTGTCTGTACATTGAACTAGGAGGAGTATGATAGTT CAAACTAATTAAAGGGAATCACATGTAATTAACATGCTCCTTTTGCCTAACTTCTCTATT TAACTTTAATTTTGCACGATTCTCTTTAATTTAATTAATTTCTTAACGAGGAAGAGGATT CTTACTTGGATACGAATTAGTAACGGCAAAATTAACTCATATTTTGGTAACCCGCCCAAT TCACTCATTTATTAATAGCTTGGGTGATTGATTTTTTTGGATGGGTAAAATATGAATACA TACCCGTATTTAATCCATAAAAATATGAATATTCATGGGTTAGCCTAATGGATTTAACTC TCAACTTTTATTCACCCAAAATTTATAATATCTGTAAAAATGTTGTAAAATAATGTCTCT CTCTCTCATTTTTTTTTTTAATTTCAATGTTCTTATTATTCTTCTCTATAACTGAAGAGG TAAAAGTCCAAAAAAGTATATACTATATTACATGTAAAGTAAGTGAATCATGTATTAGTA TTGATATTGTGTAAAGTTCATCAAGCACTCTTTTACGTCTAAAATGGAAATGTTCATTCG CTTTAAATTAAAAATATTTTTCCTTGTTATTACATAAATTTATTTTATATCTAAAAGTTA TATGATTTTTTTGTTGACTTTGATTATACAATAAAACTAAATAAAGTATTTTTAACTTTA TTCATCTAAGAAAAAAAAACATTTTATCCATGTTTAATTCTAAAATAAAGTAATTTACTC ATGAAAATATGAATAGACTTGTATTTTACCCAATCTATTTGTTATTCAACTCATTTTCAC CCATATAAAAATAGGCGGGTTGAATTATTATCCATTTTATATTGATTCATTTTCAATCTG TCCAATTAATCCAACCCATTTATTTACCACCATTAATACGAGCCAACAATAATAACATAT TCAATATAATTTCATCACTGAATTTGAAGAGAATTGTGTTTAGGCAGACTTTTATTTTTA TTTTGCAAAGGTAGAGACAAACCCATAAACCAATTTTTTCTCTTTGGCTATATATATTAT TATTATTACTACTACTACTACTACTATTATTATTATTATTATTATTATTATTATTATTAT TATTATTATTATTATATGGAAAAAGCTATTATATATGTGAATACGTCCGGTAGATGTGCA ATTTGCGTGCGGCATGTACGTCGTGCAATAGTTTCATTAATTCAGATATTAGTATATAAA TCTATTGAATTTAATTAACCTTTATATGGACTAATTTAATCACAAGTTAATAAACCGTAG CAAATATTAATTAGTAAATATAACATAGTGTTAAAGTTCTATGCATAGATATAGAGATCA CCATCGATATATAAAAGGTCAACTTTCACATATTGCAAATAAAAAATTCATATTTGTATG CTATAGCAAAGTTTGCATAATTGCGCTCCATAGCAAACACAAAACTTTATAATTCGCTAT ATATATTCAATTGTATAATTCGCTGGCCTAAATTATATAATTCGCTGGCCTATTTTCGTT GCAATTGTATAATTCGCTATCCTATTTCACTACAATTGTATAATGCACAATTGTATAATT CGCTGCCTATTTCGCTGCAATATTTTTATAAAATTTACTTTGCATACAATTGAATCGAAT TAAAATATATGTATATTGCATAATTATAAGTGTATAGCAAGAAAATATATGTTTTTCTCT CGCTTTATACAAAAACAGAAACACAATATATACACTTCTGTTGTATAAAGCTAGAGAAAA TTGTATTTCACTGCAATTGTATAATTCGTTGACCTTTTTCTCTGCAATATTTGTAAAATT TGCATTTGTCTACAATTGAATTGAAGTATATGTTTTTGCATGTGTATATACAATTTTCTC TCGCTTTATACAAAACAGAAACATAAATTATACACTTCTGTGTATAAAGCGAGAGAGGCG AGCAGAGGGAGAGTGACGAGCGAGAATGGGAGAGTGACGAGTGAGATTTTTGGGAGAGAG GCGCCTGGCAAATTTTGGCTAACGTTTGCTATGGAGCACAATTAAATCAAACTCTAGCTA CTCCATTTATTTTAGATTATTAGTTTGGTATTATATACAATTTTCCCTATATAAAAATAT TGTGCGATTAAATAACTAAAAGGTACATATAAAGTTTTATACATTGAAAATACGTAAAAT ATATACAAAATAATTCATTGATAATGTAAAAAAAAGTTACACTTCAATTTAAATCTAATG TGAAATTATTGGGGTTTCTATGCATAAATAGCTAGTTTCCTTGTTTACTTATTAAAAGCA ACACTAATATTATACACTTTAAATAAATTTAACTGTCAGCGTATATAATTGATCAAATCG AACTAATTAATTAGTAAGCACTAGCTCGTTGTGACCATGCACGCACACATCGTTGGCTGT TATTTATGCTCGTCAATTAACGATAACGACGATTAAGTATAAGTAAGAACTTTATAGTAT ATAAATTATTTAGCGCAAGTTAGGTTAAAAGTTAAAAGACTTAATTACTGTTTTAAAATC TCATTTTAGTTGTCCCCTATAAATATCAGCCCCAACTAACGTTAGTTCCTCGTCAAAATC TCCAACTACAAAAAAAAAAAAAACTTTTTTCTTCACATCCCATTCCTCTTCTCTTCTTTA TTATATAAAAAAAATGGATAAAAGAACATGTGATTCTCAAGATGTTGAAGTTAGGAAAGG TCCTTGGACTATGGAAGAAGATTTGATTCTCATCAATTACATTGCTAATCATGGTGAAGG TGTTTGGAATTCCCTCGCTCGATCCGCTGGTACTAATTGATCGTCATGTTTAGATTGGGG CTTAATTATGTTGTATATATTTAATTTTTTTCGTGTGTAATAGGTTTGAAGCGTACTGGA AAAAGTTGTAGACTTAGATGGCTTAATTATCTCCGACCTGATGTTCGGAGGGGAAATATT ACACCGGAGGAACAATTGTTGATCATGGAACTACATGCCAAGTGGGGAAACCGGTGAGTT GATTTCTTTTTCTAGCTAGGGTTTTGATAATTAAATAAAATGATGAAATTATATAAAAGA AAATTTGGAAAATTGTAGAAATTTCTCCTTCATTTTTTTAAAAATGAAAAATAAAAAAAA TCTCCCATGTGTTTGTATGTGTTGGATGGATAAAGAGGAATTGTCCCAAAATCTCTTAGA ACTAGATTTGACATCATGAAAGAGAGTGATGGGGAATTTACAACGTGTTTAATGTAACCT AAAGTTTGGATTTTTTATTTATTTATGATTTCTTATTGGGTGTCAAAAGTATTCTTCTTA ATAATTAATTTTTTTTATTGAGGATTAACTCATTTTCCCTTCTTTTCTTCCCTAAAATTT GTTGAAATCCTTAGTTTTTTTCCATTCAAAAAATTAATCCGATCATAATATCAAATTTAT AATGAATAGACCTAATCTTCTATTACTCCTATCATTTTTTATCTTACTTTTATTTTTAAT TTGTTTCAAAAAGTCTCTGTTATTGTTATTTTTTTAACAAAATTTTAATTCTAAATTTTC GTATGATATTTTTAAGATCACAATATTTTAATATATTACACATGTCTTTAGTTTATAATA CATAATTCAAAAAAAAAATCTTAAAGTAACATATTTAAACAAAATCAAAGAAAGAAAAAT TAAAACGGATAGGGTATTTTTGTCCCAACATAATTATTATTTTTTTGTTTTACGGCTTTG ATTTGACAGTCGAAAAATCTTTAAGCTTAATCATGTAAAGTATATTCTATCCATATTAAT TAACATGCACAAATTACAAAATTAAAACATGTCACCCCTACATTAAATTTTGTCAATTTA TTATTCTCTCTTCCTATAGATATAGGTAAAATAAAAAAATATAGGTCCTCATTCAGCCAC CATAATTAGTAAAGCAAGGACAATTGTTCGACAGGAATTTGGCCTTCCATTATTACCATT GAATATGACATATGAATTTAAGTTTTTGAACTTTTGCTTTTTGAGTTTTTCAAATATGTT ATAATATCTCCTTAATATATATGCACTTTACACATGTGTAAAAAACAAAAATTATTTATT TTTTCATATTATCAATATATATAAAAAAATTTAAAAAATAATTACGGTCTCGGTTCTATC AAATGAAAAATGATAAGAAGCAAAGGCTTGCAAATAGCTTTGATTGAAGTAGACGGATAA CTTATTGTTTTGGTTCATCACAAAAAACAAGGGGTCCTTCTTGTACCTTAGATGTTTTTA GTGTATATCGAAAATAATATTTGAAATAGAAAAAAATTCGTAAAAATTATGTTTGATACG GAGAAAGTCATTTTCCAAGTAAGTATTAGAAAGTCATTTGCTGGTATGCATGTATTTAAC TGTTAAAAGGGGATTTTTTTTCTTTCAAAAACCTCTCTTTATAATCCAATTTTTTTCATA ATTTTAGGATCGAGAATATGAGGTAATTATCATTTGAGCAACTCTCGGTTATCCCTCTCT ATATATAGCAAAACATTGAAACTGGTTAAAATCACTTCCCCTTGAGGATAGTTTAAGTTA TGTATATATAAATTAAGTTTGATATGATAACTCACAAATAGAAAGAATAACCTTTTACAA TCAATTAAATTGAGCTGATAATGTAAAATATCGGTATATATAACTGAAATATGCATGTAT ACAAGCAGTGGGACTTCAAATATCAGCCACAGAACATGTATACAACCTCGATTCTTTACC AAAAATTAAACGTGACTTAAAAGTTTAATTTCAATATAATCTGAAATAAGTAGTTTTCAT TCATTTCATATTTAGTGTCTTAATTTCACTATACACAAAGGTTAAAGAATGAAAAGAAGA TAATCTGTGATCTTAAATATAATTAATAATGTATATTTTAAATTTTATTATCTTAAATTT ATCAGGAAAAATATTGAAATTGAAATACTTATTAAATATATATATAAAAAAACCACTCTT CTTGTGATAAACTCAAAAAATAAAATAAGAAACGTAATTGGAAATGAAAGAAGTATATTT TAAACTAAAATGTTATATATAACATGTAATTTGCCTATTTTTTTCAGGTGGATACTATGA ATTCTTTTAAAAGGTTATAATATAGACATAAAATTCCAATAAAATTAATTATTATGATAT ACAGGTGGTCGAAAATTGCAAAACATTTACCTGGTAGAACAGATAATGAGATAAAGAACT TATGGAGGACAAGAATTCAAAAGCACATTAAGCAAGCAGAAAACATAAACAGATTATCAT CAAATATTTCGGAGAACAACAATATTCAACAAGCAAGTACAAGCCAAACATCTACTAGTC TTGCAGATTCAATGGAAACTTACTCTGGAAATAATAACAACAACAACAACAACAATAATA ATAATAATATGGGAACCACTTTTCATCATCAGGGCAATTTTCCAAATGAAAATATTTGGA GCATGGAGGACCTTTGGTCCATGCAATTGCTTAATGATGCAAACAACTAATTAATAATTA TCAATTAATTAATTAATTAAGCTTCTAGCTAGCTACCTACTATATGTTAAGTGTTAAGAA TTCCCAATTATATTCCCATATCTATATGCTTCTTGGTGATCAGTCTCTGTGTAATACAAG TTTAAACTTTTATAACTATACTTATATATACTAATGGAATGTACATAATTTTTTTTTATC TTAATAGAATATTCTAGAAAGGTATCAAGCTTTAGCTTGCATGCAATGCATGATTTATGA AGACAGATGATTCTAGAAACAGAGAAAATATAATAATCCGATTAAATAGTATCGAACTCT AATCTCTCTGTTTTAGTTAATTTACGTGATACGGTTTAATTTTTCAAAAAAAAAAAAACT GAAATTTCAGTGATTATTTGTACAACTATAAATCATTTTCTATAAGTAATTAAAGAGAGA AAATTTAAAATTAAATTATTTTTTATTATAAAAGTATAATATTATTTTTAAATAAAATAC AATATGACTCATTAATATATACGGCTGCCCAACAAAAATTATACCGAACTAAATCCATAA GAAATCGACATGTGGAAAGGCAATATAACTATTTTGAGGAAATTAAAATTTTGCTTTTCA ATAAGTTAACTATTTCTGTGCATGGCGTTGCATGTATAAAATTCGACGTGAGCCTAACTC TTTAATTACTCTTGAGAAGTCTCCACATGCTCCCTAGCACTTCACATCAACCTTTTCTCA TCATAAGTATTAACTAGTCGGGATTTTAATAACTCAGTTAATTAAATTTTTTATTCTATT AATTACTCAATATTTGATGTTTTATCTTGTAATATTTTCTCTTAATAAAATAAACAGAAA TGATAAATGATACATTTTCCCTACTTATCAAAATTATACTCGATGTTTATTCATAAGTTT AGCTTATTTACGCACAATATAAGGATTAAAATAGCCCAGTTATGCAAAATAACAAATAAA TTTTCACCTTTAATTTTGAATTATAACACATGATTGCGTCATCCAAATATGTACTTGAAA AAAATAGAAAGAATAAGTAATAGAGAGGATATTCATCCGGTTAGGCACTTTATTAATTTT ACAATATACTTGGGAGTACTTATTTTGCAAGGATATTCAACGTCATTAGATGTTCAAGAA TTGGTTGTTTATTAACAATTAACAATAATCAGTATTTCCGCTAAGAAGAGTAATATATAT GAAAGAGTCCTCGCAACTTGTAAGACCTCTCTCGTTCTTTGCTTATACTCAATCGAGATT TTATTAATCTTTACCCACAGATACAAATCGACACTTGTTTTCACGATTTTATTATACAAT TTACACTCCCTAATACCGTTCATGGAATAGTAAAAAGTGAAAAAAGAACTTTTTTTGTCT TAAAAAAGAAAAACTTGCAAAAACAGATAACACAAACGCAAGAAGTAGATGCCCGGTGAA ACCACACAATGGTGGTTAGGCAGAACATAATTACTTAAATTTCATATTCATATTAATTTC TTTTTAAGTATCTATAAATGATTAATTAGAACTCAATAAATAAAATATTGAATGACAAAA AAGACATGGAAAAATCACGAATTTTGGTAGGAATGCTTTCGCAAAAATGCGCCCATTTCA TTTAATCTTTTATTTTTGTCTTCAAAATTTGTTGGTCTATAATTATTTTTTTTTATCCCA GACACTTAAAGTAAAAAATAAATAGTTGAAAATGTCCGCAGCAAAAACAAAAAATATCGC AAAGATAATTTTTTTGTTTTACAAGACATAAATTTAGTTGAAGTATATTATGTCCAGGCA TAAGTCACGCGATATAAGTTACCCCTCAAGCATAAATTCAGTTGCATTTATAAATTACGT CGTAAAATAAGCCAAATTATTCCAAACACGAAAACTTTGGGGAAAAAAAAAATCAACTCT AATACTACCCAGGACAAAAGTTTAGTGGCCCAAGTTATATCACAAGACATACAAAATATG TTACATAACGTCAAATTTATTAGAAAAGTTATATTACGAATTTGAAAGATAAAAACTAAA AATTATTAACCGAACTTATTTTGTTACGGTACAAATTCACGTAAGTGGAATATTGTTGTG GGCTTTAATAGAACGAAGGTGATACGAAATATATTCCCCACAATTTTGGTCCGCCCATTA TTTTTCATCACATGTTTGTCGAGGGTATAAATTATGAAGTAATAAAGTAATAAGCAAAAG GAGTTCAAAAAACTTAAAAAGATAAACTCCCCACGTGAATTATATCACATGTTGGGTTGG CCATGGTAATTTTCACCATTCCAAAAGTTTCAAAAAGTTAAAAAATAAATTATAATTATA ATATATAAATAACATATTATAATTCACCATTCGTATAAAGATTTATTCATTATGAGTGTA CAAAATTAAATAAGAAATAACGATTAAATTTAAAGTACTAACACCATTATATATATCATT TTCGATGTGAATTTATTTTTTGATTTTTCAACATGTTTTAGATAAAAGGCTAAATATTTT TAGAAATTTCATAACATTTTACTAATATTATTAGATTAGAGAGTAGATTAAATTAAATAT TAAAAAAGTGTACTTTTGTATATGATTGTGCTCATCTAATTTGTACGTGGGCCGATAGCT CCATGGGCCTACTAATTTGGGCCGCCTACTAACCATCCGTAAGCCATTTCCACTTTTGTC TTATTTTATACTAAAATCTTTAATTTTTGCTCTCAAGACAAAATAATTTCTACTAATTTT CACATCATTAAATCCCACAAGTTACGTTCTTACTTCGAAACCATGTTAATTTTGTCCCTA TAAAACGAGAATTTTCATTATTTTCCCTATGAAATCATCTTTTATCTCTATTCTCTATCT TTCTCTACGGTACTCTCTTCATTCCATCTTAAGTTAATTTTTAAGGTAAGAAAAGTAGAT TAAGATATAAATTAAACTTAGTTTTTTCATTATAATCTTTATTAACTATTGTCAAATTTA TTATTAAAATAAGTAAATATAATTAATCATTAATTCCAATACTAACTAATGAAGGGTAAT ATTGGAAAAACACTTTTAAAATAGTTTGAAAACTTCACAATTAAGTTAATTTAAAAAATA AAAAATGTCTCAAAAATTAACTTAATAAGGAACGGAGGTAGTATTATTTTTCTTAGCTTT ATTATTTTATAATAAACCTGCAAACATCTTCACTAAATCGGAACATAGTTACTTGAAATG AGAAACTTAAATTTTAAAAAAGATTCATCACCGTTGAAGTCTGGTAGCGAAACTGGGAAG TTGGTACGGGCTTTGATTCGATCATGTCTAGTTCAGAAAGAAACTTCAATATTCTTTAAG ACTTGTATGTGACTTCTTTTCCTTAACAATAAATCATAAAAAAAAGGGCAGACCCTAATT TTTCTTCGATAGACGAAACATCAATAAGTATATTATTATGATATTACAAACTTAAACACA ACACAAACATAGATTCAACAAGATGATAAAATGTTTTTATAGCTTAAAAGCTTACAACAA ACATCTTTACTAGCAAATTGAAAAACCATTATTCCTTATTATGTTACTCTTATGTTGATA TTATAGCAACATAAATCCCCTTAGGCCTTAATTATCAAAAGTTCAACTGATCATATTTTG AGTTCCTGTCAGGGTAAAACAGTCCAAAATGTCTCTCAGTTTCATCCCCTCCTTTTCCTC TTTCATCAAACATTGCAAACAAAAAAGTCTCAATTTCCCTTCCAGGCTTCTTTGGAGTGC CATTTCCAACATGATTAATCACATTCGTGTAATAAGTCCGCGCATTATCAGTAGTTGCAG CAGGGTGTCCATAAGAAGGCCAACCTGTTTCCGAAACAACAATTTCCACATTAGGTGCAC CAGATTTCTCCAGAGCGTAGTACATACTATCGACTAACGCGTCAAAAAGATTTTGGTAAC CAGCTGAGTTTGTTCCTGAATCTGTAAACAGGGCATAGGATAGCGGTATATCTTTCGTAT TATAAATGTAACTGAAATACGGGTAAATATTTACTAGCAACGGCAAATTGTTGTCTCTAA GAAGTTTCACTATTGGATCAGTGAAACCTCTCCAATCAGGATTAAACATGCTGTTTTGTG GAGGCCATGTATTTGTTAACAAGGCTGAATATGTCGCGGTTGAGACTTTGATTTGATCTT GCAATCCTGCTTCTACTATCGCGTTATGAACATTTTCAATAGCAGGACCAACAAATGTAG CAAGTTGTACGTTCTTTATTGGGCTGATTTCATTTCCAACCGCGATATACCTGAATTTAA CACTAGGGAAATAGGCTTTTATGTTATTGTTTACCCAATTTCTTGCTTGATTTGGATCTT GTGCTAGTGTTTTGACATGTTCATTTGGGACATCAACAAGGACTTCAATGTTACTTCCCC TTAGAGCATTATAAACATTTGTGTCTGGATAATAAATTCTTATTTTATTGATACCATTGG CATGACAATGATTTACAACATCATATTCTGATGGCAAATTATCAGCCATTCTTCCATAAC ATACCCCAACAGAGTATACTCCTGCAATATTTGAAACAATAATTTAGCAAAAAAAAAAAA AAAGAGATCCAAATTAAATCTCAACTTATTATTAATTTGTACTAGATGTGACATGAATAG ATAAAAATGACTTTTAACTTATATATATGTACATCGGCAAACGTAAGGAATTTCTATCTT CGCTATCTAGGTTGAGCCAATCATTTTTAAAATTACAAATCTCATTTAATTTTAAATTTA AAAATGAAATGCTCCCTCCGTCGCGTTTTATATGTCATGCCGTTCTATAATCATATATTG CCTATTATATCCTTGATAGTAGTTAATTAATCTTGAAAATATATTCATCATTTATTATAA AGTTGACTTATGAAAACATTAAATAAGGATAGAAAGGTAAAATTATATCATTTCTTAATG CAAATGCATAATAAAAAGATGTCATATAAAATAGGACGGAGGGAGTAGTGCTAAAACATT ATTGATGTATAAGTTAAAAAGACCTAATAATATTTTTAGATCATTAAAATCTAAAAGCTA AGATTCGTTACACGCTACAATAAGTTAATATTTGACATGATAATATATAAAATATTTATA TAAATGGTATATATTGCTTAAACTCTAATTATATATATATCAAAAACATTCACAAAGAAT AGAATGAACCTAAATGTTTTTTTTAAAAATTTCATATAAATTGAGACACAAGAAATATTT TGAGAGACCTGTTATTTGGAGGCCACACATTAATAGTATAAACAATGCAACCATAGGTAC AATAGAGAAACTCTTGGTGAAGAGAAAAAGAAGAGACATTATGAAAATGTAACAAGAAAG TTTCAAATGGAGAATTAATGTGAATAACATAATCAAACAATTGCTTCTTATATAGAGAAG AAGCACTAGATTTAGAAGCAAATTCTGGGAACCTAAAGTTACTAATTTTCCAGTCAAGCA CTGTCGATAGTAGACCTACTAAAGACTTTTTCCAAACAAGTAATGGAAAAATAAATGGAA AGACTGGAAAATTGAGCAAATTGCTGAAATTTTAGTCATCTATATTAATTATTATGGGTC ATTAGGTGTGGCCAGTAAGAAGGCAACTTAATTGTATACTTCGGTTTATTTTTTCTTGTT AATTATCCTCTGAGTAATTTTTTTTACTTTTAATGGTTACTAGTAAAATAGTATGTCAAT TGTTGTACCTTAAAAGATATGTCAAAGTCAAATATGACAAGTTAAAACGAATGTAAGGAA TATTGATTTTTATATAGCAAAAAAATATTAAGTTATTCATGTATAAATTAATATAATATT TATTTAGTAATTTAGTAACTCGCAAATAATACAAATAATCAATAGATATATATAATTAAT ATCTAATTCTAAGTTTATAACTAAATATCAAATGGCATGTATGTGTAGTGGTTGTTCTTG ACTTGGAAATTTTTCAAACTCACAGAATAGTTTTTTACTTTATAATTAGGCTGGTTTCAT GATACCCCCGGGTCAGCAGCTAACACTCATTGAATGAGATCCTATTAGAATAAAGGGAAA ATTACGCAATAAATACTATTTGATTACTCATCATAGCTATAGTTTGTTATAATTATCATT TGCGACTAATTATATATTAATTATGTGGATTGACTTCAAATTTTGTATAATTAGTCATAT TTGTATAAGTATAATTCGCCAGAATATAAAAATACATATGTATAATATACAATTATTCAA CCTATATACATATACAATTCATCTCTGTCCCACTCTTTGCCCTCTCTCGTTCGCCTCTCT CCTCCCTCTCCCAATCTTGTTTGCCCTATATACAAATGTATATGTATAATATACAATTAT ATATATATATATATATATATATATATATATATATACACACACACACCCACACACACAATT TACCTCTGTCCCACTCTCTACCCTCTCTCGCTCGTCTCTCTCCTTCCTCTCCCAATCTCT CTTTTCATATATACAAATACATATGTATAATATACAATTATCTAACCAATAAACATATAC AATTCACCTTTCTCCCACTCTTTTCCCCTCTCTCTCACCTCTCTCTTCTCTCTCGCAGAC TCGCTCGTTTCTCTCCTCCATATAACATATAGCTAAAATTATAATTATCAAACTATGACT ATGAAGAGTAATTAATTATTTTAAAGTGGATATATGTGAAAGTTTTTCAAGAATAAGTAA GCATAACGACACACTATTCCTACTACACATATAGTATTGTTTTATGAGTAATTATTAGTT GTGAAATTAGATTTTAGGCCTAATTCATATTTCAAAAGTTAATTTAGAGTAAGGATGATT GTACAAGTCTTCTAAGGAGTCCATTTTTTCATTAATTATTAATATAAGACTTTTGTCATT CTTTAACAATGATCAATCTCGTGCAGAAATGATGAAAAATATTTAGTACAATCTCTTAAA CTCCCCTCACACTATACACAAATAAGGGTAAAGCTGAAATTTTAATTACGAGTTTTCTAG ATTGGAGTTTTTGACTTAAAAGTGAAAATTACGCAATTAAATAAGTATGTACTAATTAAT TATTTAACATAGCTATAATGAAGAAATTACTTACCGCTATTAACATATAACCTTATGCAG ATTTTAAAATTTGTATGCTAAATTATATAAATTTTTATATGTTTACCCTAGCTTGCTGAT ACATTTGTTGATTTATTTGCTTCGTATAAGTTATAAAAAAAAATCCTAAATGTATAAATA CTTAATTTATATATACTTTTTTTGTTTACATATTTTACAAATAGAATTACATTATATATA TTAACAAGCGAATTATACGAAATAAAATAAACAAAACAAACAAAATTATAACGATGAAGC ATAAATAGGGCTCCTAGTTAAAAAGAATCTTACTAAATTTAATTTCTTTTATATGGAGTT CCCTTAATATTATATGTGTTAGAGATATCAATTGTATGTTTAAGATACAATTGATATTAT CCTTTTTATTTTTCTCTGAAAAGAAGCAAAAAAGAAAAAGAAAAAAGAAACCTGTAATAT GATCTTTCCAGAAACAGCCACGTCAGTCAACTTGATCATCAACCGTCTATCACACATCCC TATGCAAAAGATCATATCCTACTCCACGTGTATCAATAATATTGCTTTCTCTCCTTTCAG TGGGTCCCTCTGCCTACTACTATTTTTCAATAAAGAAGTAATTTCCCTTCTAATCCTTCA ACAAATTCTTATTAATTGAATTTCATTTTGGTCCTTTGTGAACTTTGGGAAACATAATTT AATCTTGAAATCATGAAAATGCATATTTTGATCTACATAAATAATGGCTGTATATTATTT TGTCTTTACAATTCAAATATTAAGTAATAGTACATCCAATAATTAATAATCCGTTAAGTT TTGAGAAAATTATTAAAAATAATGTATTACTAGTAATTTTGTTTTTCATGCTATTCACAT TTTTTAAAATATATTTTTTTATTTGACTAACTAAATTTAGATATCGCCTGATCTGCTACA TGATATAATTAGTTGTTTCAGTCTCTTAATAAAAAACTGAAAGAAGTATTGAAAACAGTC TTAAATTTGACGAGAATTTAGAAATGTATTTCACTCATGTTACAGAATTAAAAATATATT TAGATTCAATTAATCATATAAATAAACACTTTTTAAAGGTATCAATAATTTAAAAAATTA AACTAACAATTCACGTTAAATTTATAATTTTTTTTTTTAAAAAAAAGTTTTTGAATATGT AGAAGCAAAAATAATAAACATGCAAAAGCAGGACTAAAAGAAAATATTTTCTAAATATAA AGGTTCAAAGTTCAAACTAGAAATGGAAGGATTTAAGGGCAAAATGGTAAAAGAAGTGGT TGATATTGCTACAGCCGCACGTTAATTGTATGATCCGTAATCAAATTTAATTTGAAAAGG GTAAGAATAAGATATTAAATTTGGGATTTTTGGTCCTTAGAATTTTGGGGAAAGTGGAAA TGGGTAGGGCCTTTGTGTATGTAATATTGGGAGGAGGAGTTGCTGCTGGTTATGCAGCTC ATGAATTTGTTAAACGAGGTGTCTCTCATGGCGAACTATGCATCATCTCTGAAGAACCTG TAAATATTACTTCTCTTGTATTACTTGATTCCTTACTTTTTTTTTCCTTCTTCGAGCTCA GTTTCAGCATTCTTTTGATGTTTTTATCTTCTTCTTGTTCTTTCTTTATCTGTGTGTTGC TGCTTATTTATTATAAAACGTTGTAAATGTTCAATTTTGTGAATTCTTATGCGTGTAATC CAATTTGAGTAGGTTTTTTCTTATCTGAGCTGAATTTGGGGTTTTGTGATGACTTTTCGA GTCTAGAATAAAGTTTAATTTATAATCACATTGAAACTGTAGCTTCTACATAGTTTTAGG AGGAACGTAGTGATACTTGAATTGGTAGGATGAATCCCAAAAATCTGTTCTGATTCCAAT AACACTGTCACATGATAGAAATGCTAATAATCTGTAGATCTGATATTGAGTTTTTAGTGC ATACCGCCTACTTGTGAAGTGCTGCTGGAATGGTTATTTCTTTTTCCTGTTCCTCCCTCT CCTCATTCATTTTCTAGGAGGCAAAAAGATGCATAAACTTATCAATTTATTTATCTCTGA TCCAATTTAATGTCATTAGAAATAATAAAGATCATAGCTTCGAGTAATCTGCCTCTTTTA TCTATCTTGATCTTTTACCTTCCTTGAGTTAAAACTAATGTCATTAACAAAGGAAGACCA AAATTCATCAGATGCTTCCTTATGGAGACAATCATTCAATGGATGGGTAACACATGATGG CTCTCTCTTGTTTGAGCTTCCTGAAGTTTCCTACCTCATCTTCTAAACTTCTGCTGTTCT TTTCAGGTTGCTCCTTATGAACGACCTGCATTAAGCAAGGGTTATTTACTACCAGAAGGT ATCTCCCAGTCACCTCACCCCTGTTCAGATTTTTGTCTTAGACATCTTCCAAGTGGATGT TAATGCTTTCTTTAGATTTAAAGATAAGTTTTATTGTGCACTGTAACTTTGGGGAAATAT CCTACAAGCATTAATGGTGGAATAATCCCTGGCTCTAGTTACAGTCACTTAACAAGAGTT ATCTGGATGAATTGTTTCTTCTTTTCTCTCCTTTGTTCATTATTTTTTAACCTTTTGAGA TTTTATTCTATGCAGATCCTGCACGTCTGCCTGCTTTTCATTGTTGTGTTGGTTCAAATG AGGAAAGGTTGACACCGAAGTGGTACAAGGAAAACGGTAAATTTTAAATATCTTTTGCTT CCATTGGCTTTAAATATTTTAGCAGGCGTCATTGTAATTGATCAATTTTTATTTATGGTT GTCATAGATATATTTAGAATTGTCCAAAGTGAGCATTGCAGTTACTGACTGCCTTGAACG TATAAATGTTATTGAATTACTTGCATAGAGGTTTCACACTATGTGTTATTCTATTGTAGT TGATGTTGCAGCATCATTTTGTTGTTGGCATTTGCTTAAGGAATTAAAAAATCCAGAAGT AATCACATATACTTGACGACATGCCCATACACCTCATTTAAAAAATGTCTGAAGGATTAC AAATTAAGAGCTTAACTGGACTGTTCCAATTAGTTTAATTCATCACATATGGATGTCTTC AGGGTCAAGTTTGATGTTTGTCTCACCTTTTGTATGACTACCTATTGAGAGGATAGTTGT TTCATAAAAGAAGAAAAAGGATTAACCTTTTCATTCAGAAGGTCATCTTTGCTTGATGTA CTAGAAACCTTGTTATATAGGAAGACCATGAACTATTTCCTGATATTTAATATCTTCTTA CGTTTCATGTTTAGCCAACATTTTGAAAGATTAGAATCAGGGGAAAAGATTTTGAGACTG AGATCCATGCTTTTCTTGGGCTGTAATTAGCTGCAGCAATACTGGTTTTTAAATCACGTA AAATGAAGCTTCAATAGCCATAGTCATCATAAGGTTTTGGAATTGATCTCTTTTCATGGA ATGCACTAGCTGGGAACGGCAACGAAAAAATGCTGCTGGTATATGGCATCAGTGATCAGA ATATGTTATTATGTTGAGCTATTTCTTTTTTTTTTTGGTTACTTTTTAGTGCAAAAGAAT GAGGTATTTAATATCTTTCCAAGGATATTGATTAGTCATTGATTGTTCTATTGCCTTTAG GCATTGAGCTGGTCCTTGGAACTCGTGTAAAATCAGCTGATGTGAGAAGGAAGACATTGT TGACCGCAACCGGTGAAACCATAACCTACAAGATTCTCATAGTGGCAACTGGTGCTCGGG TATCTAATTTATCTTCGGGCTCTTCTGCTGTAGCACCATATTTTGTTGCATTTTTTATGC ATCAAGACATTAGAGTAGTGTCCTCTTCTGATGGAATGAATAAGCAGGGGCAAATGCAAC TTCAAGTTACTGGGTTCGGATCCAGTACTTTTGATGTAGAACATAAAGTTATTTGCAACA AATTGTAGATGTGAACCCGTAACTTCAAAAATATAATGAGTTCAATGCTAAGAACCCTTG TGCGTTCTACCCTAAAGGTTCTTAGCAATGTAATTTTATAAGTGGGGTCTTGAGAGGGTA GAGTGTATGCAAATCTTACCCCTGCCTCTTTATCTTTACGAGGTAGGGGTAAAGTATGCG TATAACCTACCCTCCCCAGACCCCACTTGTGGGATTACAGTGGGTATGTTGCTTGGTTCT TGAGAACCTTATAGGTGCAGCCCTCCTGGATCTGTCTCCGTTAATAAGGTCTAGATACTT CCTTTAAGTGATTTCCCAGAGAAGTCAGTGGATACTGAAATACAATTCTGCTGTACCAGC TAGGAAAGAAAATGAAAATTCTGTTGTTTCACAATACCTTAGCTTCTTCACACTATTGTG CAGGTGATTTTTATAGTTTGTTTATATCTGTTTTATTTCTTGGTTCCTCTCCATAGGGAC CGTGAAAATAATGTTAAGAATTAGTAGCATAAAAATTGCCCATACAATCATTTTGATATG TATCCTGCAGAAACTAGGTGTCAAGCTTGTTAGCATAGATGTTAGGATTCATGGACATTC AGATGAGTAGAGTTCATTTAGTTCAGTACTAGAATTTTGAAACAGAGTTAAATTAATTAG TGCGCTCTGAGGGTTCATGCCAAAAGCTTTATTTGGTGTGGACTAAGTTCAATCTCAAAG ACCAAGCTCCCTAGTGAACAATGAAATTGAATTTTATGAAGTCTCTGACTTTTGGTTGGC ATGTTTTGTTAGGCTTTGAAGCTTGAAGAGTTTGGAGTGAGTGGCTCAGATGCTGAGAGT GTATGTTATTTACGGGATTTGGCTGATGCAAACAGGCTGGTTAATGTGATGCAATCTAGC GGTGGTGGCAATGCTGTTGTAATTGGTGGTGGCTACATAGGAATGGAATGTGCTGCTTCT TTGGTGATCGGCAAAATAAATGTCACCATGGTCTTTCCAGAAGCACACTGTAGTAAGTAT TCTTTTGTGAAGATGGAAAGCTTTCGTTTCTTTTTTTAACTCGAGTTTCTTTAGGTTGCT TGTAAATTATATTCTTTTGTGAAGTTGGAGAACTTTCTTTTCTGTTTCTTACTCGAGTTT CTTTAGATTGCTTGTAATATATCAGAAGTAAGAACTGTGTTTTCTCCTCTCTAGAGAATT ATGTATTAGTATAACTTTAGTAGTTGCGTTTTATCCAGAAAATACAAACCACAATCTGAA ATCTAGTACATGCCTTACTCTCCAAACCATGCTATTAGTACAGAAAACAGTGATCTCAGT AATCAACAAATGCTATAAAGATATGAAAATTGATCAGAATGTGGGACTTCTGCCCTCATA TTTCCTCAAAATATGAAATCATCGATTGAAAGCTTATGTATGAGAAAAACTGATTTGTTT CTTAATTCTCAAAACCCAAAGTCCAAGAGTTACTTACAGATATAAACCATAAATGTGCAA CCATTGCTGTTCTATCTTAAGTTCATCAGTAAACAAACTGTTGTTTTTTCTAATGATTTT ATAAAGCATTTAATTTTCTTCCCTTTTCTTTTGTTGTTAGTGGCCCGCCTATTTACTCCT AAAATTGCAAGTTTCTACGAAGAATTTTACCGGTCAAAAGGAGTTAAGTTTGTGAAAGGC ACGGTCTTGACATCATTTGATTTCGACTCCAATGATAAGGTAAAGCCTGTTGCTTGCTTC ACTTTGGTGGTGTTTTCTTTGAAAGCTGTTCGCAGACGTGTTTGTTTGAACTGCTTTTTC ATTTACCTCTTCTTGAACATTTCCAACCTCAATTTCACTAGGTACTTTGTTAATGCAAAC TCAGTTTATTAGTTTCTGAAAACAGCTTCTATTTGTTATCCTTTTTTATTTGAATAAGAA AAGGTTAACTTTTACTGAAAGAGTGAATATTCTTGAACTCCGTTTAACAAGTCACTTTGT TAAGCTGGAACTAACATTAATCATCATTTCACAATTTTATATATCACTGAAGTTATAATG GACATGATGCTTGAATGCGGGGACCTTTTATGTAGATGACTGCGGTGAATTTGAGAGATG GAACCAAGCTACCTGCTGACATGGTCATCGTAGGCATTGGAATTCGACCAAATACCAGCC TCTTTGAAGGGCAACTTACTCTTGAGAAAGGAGGGATAAAAGTCAATGGCCAAATGCAGT CAAGCAACAGCTCAGTCTATGCTGTTGGGGATGTTGCAACTTTTCCTGTCAAAATTTTCG GTGAGACGCGGAGACTTGAACACGTTGATTCTGCAAGGAAGTCAGCAAGGCATGCAGTTG CTGCAATCATGGAACCAGAGAAAACAACAGAGTTTGACTACTTGCCATTCTTCTACTCCA GAGTCTTCACACTCTCTTGGCAGTTCTATGGTGACAGTACTGGTGATGTAGTCCATTTTG GGGATTTCTTGGGGAATAGCTTTGGTGCATATTGGGTGAACAAAGGTCACGTCGTTGGGT CTTTTCTAGAGGGTGGAACCAAAGAGGAGTATGAGGCTATTGCAAAGATCACAAGGCTCA AACCAGCAATTGAGGACTTGTCTGATCTCGAAACGCAGGGTTTAGGATTTGCATTGACAT TGAGTGATAAACCAGAGCCATCGGAGGCTGTTGTTGTCAGCAGTAGTTCGGGTTCCACTT TTGTAACAGAGAAACCTTTACATGTTTGGCATGCAACAGCTGGAGTCATTTTGGCTGCTT CAATTGCTGCCTTTGCATACTGGTATGGTAGGAGGCGTAGAAGGTGGTAAATGTCTTGTT CCCCACGGAAGATTTTTACACGTCGATTCCTGCTGTGTTGTATGATTTTAGCTTAGAGAA TTTGAAATACTTGGCCTGTAAATGGCTTCAATTTTACAAACATGTATTCTGTCTTTACAG TATATATCAATACACATTATCCTCAATCCCTCAGCATGCTCTCTTTATGTTCAAATTGCT TATGTTTTGACAGTAGATATTAATTGGAGGAACCTTAAAATGACAAGGAAGAAAATCAAT GCTATTGGTGGATACTCTTGAAAAATTGGAGCTTAATATCTCAGATTATTAGTCTCAACC TATCAATTAAACGACTCCAAAATGGTACATTCAAGTTAGAAGAGAAACAGACGTGTCACC ATTTTAATTTAGACATAATACATAAATGTGTCAATTAACTTGATTTTAACAGATATGTAT GATTTTCAACTTTGGTTGCAATTTAGAGTTGTATCAGTTGAACAACTATACATATATGTC TAATATGATGTTCTACGTGACAATTCATGTTTTGTGTGTATTATATACACAAAACACATG TGTCTATTTGTTTAAGTTGTGAAATGCAGCCACCATGAATCTATGCCATCGATTTAGGGC TGAGCTAAAGGTAGCATGAACTAAAATGGTGAAGAAAGCAATTTACAGAAGGAAGAAAAA TAGGGAGAATCTTATTCCACAGAATCATACAAAATTACACAGAAATTGATACAAGGCTAT ATATATATATATACACTGCTAACTCTAACCGAAGGCTCAAACATTCTTTCCTCGCTCATT GCTGTTACTATCTATCGAAGTAATTCTACATAAGTTAGTTACACTTTAAATAACTGCCAC GTCACTAGGCTCAATATAAATTTATATAAGTTTGAGTGTCAATATATGCATACCTAAAGT TGAAGTGCGTACATGTCTACTACAAGTAAATTAAATGATATATTTATTATTATCCTATAA TTAACTCATGAGAGCACATGAATTTCAAAGCAGGGCATTTGGTCTAGTGGTATGATTCTC GCTTTGGGTGCGAGAGGTCCCGAGTTCGATTCTCGGAATGCCCCGCTCTTTTTTATAGTA ATTGCAGTTTTAAAATCAGTATTAGTAAGGTTTATATAATCTAAAATAGTATTATTATTA GCGTATAATTCGCTATACATATACAAGTGTATAATTCGCTGGCCTATTTCGCTGCAATTG TATAATTTGCTTTGCATATAGTTGAATCGAATTAAAATTATATATATTTTTCTCGCTTTA TACAAATTGTATTTCACTGCAATTGTATAATTCGTTGGTCTCAGCAATTTTTGAAGTAAA ATGTTTGTAAATTGTATAATTAAGTGTATAACACGAAGATATACATTTTTGCATGTGTAT ATATACAATTTTCTCTCGCTTTATACAAAACAGAAACAGAATTATACACTTCTGTGTATA AAGCGAGAATGGAGAGTGGCGAGCGAGATTCCTAGGAGAGAGACGCTGGCAAATTTTAAA TAATTTTGCTATGGAGCACAATTAAATCAAACCTTAACTATTATATTTAATTTAGGTTAT TAATTTGCTATTTTATACGATTTTTCAAAAAAAAAAAACAGGGAACTACATATTGACCTT ATCAACACAATTTTTCAATCCCCTTATCCTAATTTTTGTATCTCCCTCTTTCACTCTCCC AATTTCTCTTTAGCTCAGCTACAATGGCTTCCACATTATCCACAATTACCCTTCGTTCTC CCTCTCCTATTTCTCCAGCAACCGCAAGCTCCACGCACGCTTCAATTTCCTTCCCCACCA AAACCCTAGAACTTCCCATTCGCACTCCCAAACTGTACCACCGCCGGGCAACTCTCGTCC GCCCTCTCGCCGCCGTCGAAGCACCGGAGAAGGTAGTCCAGCTCGGAGATGAAATCTCCA ACTTAACCCTCGCTGATGCCCAGAAACTCGTCGAGTACCTTCAGGATAAGCTTGGAGTTT CAGCCGCATCCTTCGCTCCCGCTGCCGTCGTCGCTTCCCCTGGTGGCGCAGCCGCAGATG CTCCAGCTGTGGTTGAGGAGAAGACGGAATTTGATGTAGTCATCGATGAAGTGCCGAGTA ATGCTAGAATTGCGACCATTAAGGCTGTTAGGGCTTTAACAAGTTTGGCATTGAAAGAGG CTAAGGAATTGATTGAAGGATTGCCTAAGAAATTTAAGGAGGGTGTTTCCAAGGATGAGG CTGAAGATGCTAAGAAACAACTTGAAGAAGCTGGTGCTAAAGTTTCTATTGCTTAAACAA ATTTGTGGTAAATGTTCGTTCTTAGTTGTGTTTTCGCAAGAGAATTCAGTTGTTAGATAT ACTTGTACTCAATTTTCTCAAATCAAGTTTTTTCAGTCGTCTTTGCTTATGATTTGTGAT TGTTCCAGTTTTAATTGTTAGTGTGTTTGTTGTTTGATGACTTGGTCTCACAATCAGGCA GGCGAGCAGACATAATCTTAGCTTGAGCCTACTGTCGCACACCTCTGTTGAGTGTTAATA ATGTGAGTGATATAACTAATTGGGATCACTCTATGCTTGAATTATGATCCAAAAATTATT GGTTCTTATGTTGATCAATCTCAACAATATGCAACTCCACTGTATAATATGAGTTAGGTT ATCTCATTTTGGTCATGAAAAATAAGCTGATAACTGAAATGCAATCAACTGTTGAACCAT GTGACCTCTCTGTACTCTGCTATAGTGCAAAGATCACAGGGCTTAAACCAGCAATTGAGG GCTATGGATTTCGCATTGACATTGAGTAGTTAAGCACAGCCATCAGAGGCTGTTGTTGTC AGATTCCAGTCTTGTACATGCTTGGCTGCATCAATTGATGCTTTTGCATACTATATTGTT GAAGAAGCATTTCCCCTACAACATTTTACACATCAATTCTAGTTGTGTCGTATTATTTTA GCTTTTACTTAATTCGGAATACTTAGCCTGAAATGGCTTACAAATATGTGTTGTCTTTTA GGGGATATATCAGTATCCCCAGAATGCTCTCTCATGTCCATAATGCTTATGACACTGGTA GCTGTAATAGGAGAAAAAGGCAGCTTCAAAATGTCTGTGAAGAAAGTAGTGAATTCATGC ATTTTTTGTTTCAACGTCAGGCAGGCATTTTGAATGCTAAATCTCATACTTGAAAAGGAA AATTCTAGTTTGAAGTGAATAGCACTTAAACCTGTGACCAATTGACCATTTCAATTTGGA ACTTGGTATAAATACAATACTATCTGCAAGATAGTTCTTTTTCTCTAGTAAAGATGATAG TTTAAGGATGGGAATATATCTCATTTGCTCCAAGAAGATTTTGCAGCCCCCTTTCATTAG GAAATCATTAAGGTTTTACGATAAATATAAATAGTACTCCCTCCGTCCGGTATTATTTGT CATGATTTTTATTTTTAGAGTCAAACCACAAAAATTTTGACTAACAATTTAAGATGTATT TTGCGATCATATTAATATGCAAAAAATTATAATTTGTAGTATTTTTTAATATAGTTTTAA AATATCTAATTTTTTGGTTCAAACTATCGAATTGTGATCTTATTTACCTTTAAAAATTAG TCAAATTAATTTTCGATAAATACAATATGACAAACAATTTCGAATAAATAATTCTGAACG GAGAAAGTAGTCTAGAACTATGAGTACACGAATATCGAAGCAGGGCATTTGGTCTAGTGG TATGATTCTCGCTTTGGGTGCGAGAGGTCCCGAGTTCGATTCTCGGAATGCCCCGCTATT TTTTTTTATATTTTGGAACACCACTAAAAATATATATATCTAATTTGGTACTTAGGATCG AAAGAAAAATATATATTTAAATCTTCTTAATTTCATAGATATGTAAATTAGTGAGGTTAA CGTTCTTCCAGCATCTCATTACATAAAGATGAGCCCCACCCACCCAATTAGAGGCTCCGA GGAATTAATAAATCAACAGAAAAAGCTCAAAAATATCTTAAATTATTTTTGAAATAGTTT ATACTTACTTTTAAATTATATTTCGATTTAAAATTATCCTTCCCATCATACTATTGATCA AAAATATCCTTCTTGTTAACTGAAAATATTAAATGTCACATGTCATGCCACGTACATACC ACAATTTCATTCATTCCACATAGACTAATATTCTTAATCCCACTTTTTTCCCTCATTTCT CAATTTCCATTTGAAACCAATTTCACGCCCCCATTTCCCCTCATTTCTCCATTTCCCTTA GAAACGATTTCATTCATTTCCCAAAAATTTCACTCATTTCTCCATTTCCCTTAGATGGAT TAAAACTTATTTGAAATCATTTATGTTGGAGAGTCCTAACTAGAAAGTAAACTCTGTAAT GGAAAAAGAAGTTAGTTTTCAGTATTTTCACACTGTAAATGGATAGATGATAACAGAATT TCAACTGAAAATAGAAGTAAAACCTAGAGATTTAATGTCTTACTTGACTCTAGGAAACTT GATTATTACTTCTCAGGAAAATTTTAAAAATATGAGAAATTTTGTGAGGAATTTTCATGA ATTGCACTCTACATAGTTAGTTATAACTATTCTAGACAGTTACATCAATGTAAATGAATT ATCCAGTAACATTATTCACTATAGTTTGAAAAACAAACACTTGCCATTACTCAATCCACT AAGCCATGAAATTGAACATGTAAACAGAAATAAGCTAAAACTAAGACAATGTTACTGCAA TGAGTGGAAAATTAGGGAGATGGATTAAATCATTTATAAGGGAATTAGAGAAATGAGGGG GAAAGGGGTGGGTGAAATGGCGGCTTCAAATGGAAATTGAGTAATGAGGGGAAAAATTTG GGATCAGGAGTATTCGTCTATATGGAAATGAATGAAATTATTGTGCTTACGTGCATGTCG GTATTTATCAGTTTCAGTTAATAAGAAGGGTATTTTTGATTCAATAGTATAATCAAAAGG ATAGTTTTGAATCGAAATATAGTTTAAGAATATATATGAGCTATTTCAAATAGTTTAAAG GTATTGTTAAGCCTTTTTCGTAAATCAAATAATATTCAACGGAGAGCCTTAGTGATTACT TTCTCCGTTTAAAAAAGAATGTCCATATTTCTTTTTTAGTTTGTTTAAAAAAGAATTACC CCTTTCCTTCTTTGACAATAATTTAACTTTAACTTTTCACATGTCATGTTTAAGAACACA AGATTAAAGGACACTTTGATACATTTACATAACTTTAATTTAGACACAAAATTAATAAAA TCTTTTTTTTTTCTTAAATTCTATTCCATATCAAACTATATCATATTTTTAAAATGGAGG ATGTAATATATATACTATTAATTTTTTTTAAAACAGGTAAATAAGAGAGAGAAAATCTCT CAAATTCACATTCTTGTGGAGTTTCCCAAGGTTGGATTTTTTAAAGAAATTATTACTACA GCGAAATAGTAATATTAGTGTTTATTATAAATATTAAATTATTTTAGTTTAGCTTAGTTT ATATCTCTAAAAAGTAAAAACCTACGAAGAGCCTGTTTGAATTGGTGTTTAGTTTGACTT ATTTTTTTTTAATCATTTTAGTTTAATTTAGCTCGTTAAAAATAAGTGAATCAGGCCCTC ACTAAATTTCTTTTTTCTCCAATAAAATTTCAATAATAATGGATTAAAATAAAAAATAAA AAAATGAGACCCTATATATAACCTTATCAACACAATATTCATTCCTCTTATCCTATTTTT TCTTGCTCCCTCTTTCATTTCCTCTCCTCAATTTCTCTTTTGCTCTGCTACAATGGCTTC CACATTATCCACTATTGCCCTTTGTTCACCTTCTCACATTTCCCCCTCCACACACGCTTC AATTTCTTTCCCCACCAAAACCCTACAACTCCCCATTCGCACTTCCAAACTCCACCACCG CCGAGCCACTTTTGTCCGCCCTCTCGCCGCCGTCGAAGCACCGGAGAAGGTAGTCCAGCT CGGGGATGAAATCTCCACTTTAACCCTAGCTGACGCCCAGAAACTGGTTGAGTACCTTCA GGATAAGCTTGGTGTTTCAGCCGCATCCTTCGCTCCTGCTGCCGTTGTCGCTGCCCCTGG TGGCGCAGCCGCAGATGCTCCAGCTGTGGTTGAAGAGAAGACGGAATTTGACGTAGTCAT CGATGAAGTGCCGAGTAATGCTAGAATTGCTACCATTAAGGCTGTTAGGGCTTTAACAAG TTTGGCATTGAAAGAGGCTAAGGAATTGATTGAAGGATTGCCTAAGAAATTTAAGGAGGG TGTTTCCAAGGATGAGGCTGAAGATGCTAAGAAACAGCTCGAAGAAGCTGGTGCTAAAGT CTCTATTGCTTAAATCAATTTGTGGTAAATGTTCATTCTTATTCCTTTTTTTTTTTTTGA ACTGGGAAAAATTACTGAGTTTTTTTTTGTTTTTGTAAGAGCATTCAGCTATTAGATAGT TGTACCCAATTTTCTAAAATCAATATTTATGATTCTGCATAATTTTGTAATTGTTATTGT GTGTTTCAATTTCTTCTCATCCTCGTAAATTGTACTCGATGAAATAGTCAATGTGCGCGC AAGTTTGCTCAAAGTAACACTAGGCTCGTAACTTATATCACCGGTGTCTATTTCCTCAAG TTTGTATGAGTTGTAATAATAGTTGAAAAATCTCTTGTCCCAAAATTGACCTAAGCCATG CCTGTGCCATCTTACATGAAAATCTAGAGTGAAGCCTAGCAGATGAAACTTATAACTGGT ACAATTTTATTTTTTTGGTTTTCATAAGTTTGACCCAATTCATTCATTTGTTTGAGCTAT GTACTCGATAGACGATAGCACAGATTTTTAGAACACCTTCAACAGAGGGCAAATAGTCAA TGTTGAATGAATTTGTTGGAGAATGCATCAGCCTCCATAAATGCTACTTCTTTGGCTATA TAATCACAGTGGGCTTAAAATGTTGTCTGGTTTCTCTCCATCCACAGAGCATGAATGCAT TTAGCATATAATATTCTGTTTAGTTAAGCACTTTGAGACTTACCTTTGGAGTTGTTGATT GCTCAATCTAAGTGCTGCAAACATGTGTTAGCAATGAAACTTGGTCTATTGATCCAAGTC AAAATTACAGAAGATAAAGATGTTCTCTATTTTTCGAGTGTGTTTGACAGAATTTATACA TTGTATTCACATAGAATGATTGTATGTGAATACAATCTCCATTTAGACAACCTATCTGTA GTAGGAAGCCTGTTTTCAGAACTAAGTTAGTAACATGTTTGGCAACACAATTAGGATGTA CTTTCTTGTATTTATGAGATCATCGAAAAAAAGGGACGAATTTCAGAAATATTTGGTCGT AAAAATTGTGAGTATATGATAAAAAAGTAATTTTTATTTTCAAAGTGAAAAATAATATTT GAATAATGAGGTTTTTAAGATTTTTGTGAGTTATACTTTTCTTCGGATGATTTTTAAATT CTTGAAATTTTTGGAATTCTACTTCTCAATTTCTTGCAAAATATTTGTACGGAATTTTCA TTGTGTATATAGGGTTTAGTTTTTAAATGACTTTGTAGCTATAACTTGGTTATATTACCA GACTAGTTTAGTGTATTCTTCTTCTACTGTATTTTAAAAAATTCTTGAAATTTATAAATG TTGTATATTAAATTGTTTCAAATATTTGGTTTTTAGGAGAAAAAGTAGTCATTGATACTA CTCTTCGAATAGAGCTATACAAGAAGGTTCAGAATTCAGCAACGAGATAATGGAAAACCA AAAAATGTGCTAAAAGACCAAGGCATAGGGTTAATACAAGAATATATATCATGAAGTAAA ACAGATAAATACAACTAAGGAGAAGGTCGAAAGCTTTTTTTTTCGTGAATATTCTAAGCT TAGAAGACTAAAAGACTCGTAGATTTCTCAAGTTCTTTGATGCCTTCTAAAATATTTTTT TTATGTACATCACCAAAAGTCAAACTTCTTTTAACGTTAAAAGACTATTGATTAACACAA AAAAACTAACTAGTAGCAAGTGCCTATGTTTCGACACTTCACTTGAAGCTGATTGGGATA GGTCAGCATAAGACTCAAGATTAATGGTTGATCTTCGCAAAAGATGTCATAAGCATGTAC AATTTTAAGGTGGGCTCTCCCGAAAAAGGTCCCATTAGTTCTCCAATCACAAATAAACAT TAAATCGCCTCAACGAATGATCCTTCCCAATTCCACAAAGGCACAAATTATAACAAGTAT TTTCTCAATCTTAATTTTATCACGTATCACCATTCCAATTCCACAAAGACACATTATAAC AAGTATTTTTTTTTATTTTAATTTTACCACGTGTCACAATATAATTCGTCGTAAACACAA TCCATTTTCCTATAGAACCCAAAAAATAAGAGCGGTAAATGATGGATGATTCAAATTTCA AGGAAGATCCCCAAAATTTACCGCCTACATCGTTGGAAACCTTTCATTTCTTACATTACA TCTCGACCGTCCAACTCTTTGTTTTATTTCATTTCAGAGCGTTTTCAAGGCATCTTTAAT CTCAACCGTCCAAGCTCTGTTTTGACTGATAGAAACGCAAAATAAGCCAACTGTACGAAA ATATATTTTTGTCCAAAACTCAAAAGCCAAAACTCCTTGCGGTTTCTACAAGCTCATTTA CTCTTCTCTCTCTCTCTCTCTCTCAACTAACAGAAGAGGCAAGGCGATTCCTCCAGAAGT TTGCAAGCTCTGGTCGATTCTGGTTTGTTCCTTTCCTCTGTTTATGTTTATTCATTTTAT TTATCTGTTATAGTTTTTGTATGTGTGATTTTTAATGTCTAGAAATGGAACCCCAAACCC TATGTTCATAGAAAGGTTGAGAATTTGTGGTCTGTGTTTCTGATTATGTTTTTTTTTGGG GGGGGGGGATTTTTCTGAGCTGGGGTGTTGTGTTTTTTTTTTCTTGTTGCAGATTTGAAC CGGTATAGAACTGAAGTGATTGTGTTTTGTAACGTTTTATTTGGGTATGTCGAGTGAAGA AAAAACAGAGAAGAGCGAAAACCTAGATGGGTTGTCAGCTGAAGCATTGGACTCTGAAAC CCTAATGGCTGATTCTGTAACTGGGTTGTCTGATGAGGTGCCTAGGGTTTCTGATGATAA TGGAAATGTGGATACTGGTGCTATTAGCGAGCCAGTTGTTGCTACAGAGGAGACCCTGGA AGTGGGGAGTGACGCTGGTGGTGATGTGGTGGAAGTTCATGGTTCACTGGATAATGTGAG TGGGGGAGAGCTTGCGAGTGAAGGGGCTGAAGCAGATCAAGGGTCTGGACATTTGGTTGA GGAAATGAACGGAGAGGAGAATGTAGCTGGTGGTTCGGATGATGAGATGATTGATGCTGT TGACGGAGAAACTGCTGAGGATAACTCTGGGGATGATACAACTAGTGTAAAACATGTTTA TGCAGTTGGTGACTTTGTGTGGGGCAAGATTAAGAGTCATCCGTGGTGGCCAGGGCGTGT TTACGATGCTTCCACTGCCTCTGACTTTGCTATGAAGTATAATCAAACAGGTCGATTGCT AGTGGCATACTTTGGAGATGGGTCATTTTCTTGGTGCCCCCCTTCGCAATTGGTGCCTTT TGTTGACAACTTTGAAAAAATGTCAAAGCAGAGCACTTCCAAGAGTTTCTTATATGCTGT TGAAAAAACCTTGGATGAAATTGGTGTGCTTGTGGAGTTTCAAATGACCTGCCAATGTGT CTCTGAAGAGAGTCTTACTGGACTTAGTTGGCCATTGGCAGTGAATGCTGGAATCAAAAA GGGTGTTCAAGTGCCTGTGTCAGAAACTGTCAGTCTTTTACTTTCTCAGTTTGAACCTGC GGAAAGACTTAAAGGTCTAAAACGTAATGCACTAACCAATTCTCATTCCAATATACTTGA GTTTGCTGTCTTGAATAGTTGGCTATCTGCTTTTTATCGTGCTAAGTATGGACACCCTTT GGCTTCATATTGTGAACCCCTTCTAGTTGAAGGCCTCGAGGACAAGAAGGAAGATCAAGT CATTGATGCAAATGACTTCAGCATACCCATTGAGGTTCCCATTCAGGGTCCATCAGAAGA AATTCCTAATTCTGGATCTTCAAAGTTTCCTATGACTGCCTGCGACAAGATTTATCAGAA GAGGAAGCAGAAAAGTGTGGCTGAACTTATGGGAGAGAACGCCAAGCCCAAAGGTAAGAA GACAACTGAAGACGATTCTACACCTTCGTCTGTAGAAACATCCGAGAAGAAAAGGAAGAA GTCTGGTGAGAAAGCTAAAGGTCAAACTGGCAGCTCGATGAGTGTTGATGAAAAAATTGG TAAGAGGGTCAACAAGAAGTCTGGTGACAGTGACTTGGTGAAAACAAAGAAACTTAGTGT TTCAATTCCTGAGAGTGATGAAGTTGGCAACCAGCAAGACAATGCGGGCCCTTTATCAAG GGAAAGAAAGAAGAGCAAGTATTTGTCACCTCCTTATACAAGCCCCAAGTGGAATGCAGG AAAAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.883 16057 16218 match_part 0.333 17590 17595 match_part 0.975 17863 18265 match_2 match_part 0.830 16066 16218 match_part 0.333 17590 17595 match_part 0.960 17863 18289 match_3 match_part 0.902 16133 16214 match_part 0.556 17150 17158 match_part 0.333 17590 17595 match_part 0.937 17863 18338 match_part 0.915 19215 19415 match_4 match_part 0.902 16133 16214 match_part 0.556 17150 17158 match_part 0.333 17590 17595 match_part 0.977 17863 18338 match_part 0.962 19215 19293 match_5 match_part 0.835 16134 16218 match_part 0.333 17590 17595 match_part 0.975 17863 18338 match_part 0.961 19215 19291 match_6 match_part 0.875 16135 16214 match_part 0.556 17150 17158 match_part 0.333 17590 17595 match_part 0.977 17863 18338 match_part 0.928 19215 19449 match_7 match_part 1.000 16136 16214 match_part 1.000 17863 18319 match_8 match_part 0.949 16136 16214 match_part 0.984 17863 18182 match_9 match_part 1.000 16137 16214 match_part 1.000 17863 18338 match_part 1.000 19215 19459 match_part 0.992 19555 19948 match_10 match_part 0.976 19333 19459 match_part 0.967 19555 19948 match_11 match_part 1.000 23658 24260 match_part 1.000 24929 25094 match_part 0.977 25335 25420 match_part 0.977 25711 25754 match_12 match_part 1.000 23658 24260 match_part 1.000 24929 25094 match_part 1.000 25335 25402 match_13 match_part 0.997 23660 24271 match_part 1.000 24942 24980 match_14 match_part 1.000 23667 24271 match_part 1.000 24942 24961 match_15 match_part 0.996 23684 24392 match_16 match_part 0.917 23721 24104 match_17 match_part 0.939 23735 24271 match_part 0.940 24942 25008 match_18 match_part 0.937 23735 24271 match_part 0.973 24942 24978 match_19 match_part 0.915 23735 24005 match_20 match_part 0.935 23750 24271 match_part 0.922 24942 25094 match_part 0.925 25335 25401 match_21 match_part 0.925 23753 24271 match_part 0.949 24942 24980 match_22 match_part 1.000 23797 24271 match_part 1.000 24942 25090 match_23 match_part 0.946 23824 24271 match_part 0.942 24942 25062 match_24 match_part 0.946 23824 24271 match_part 0.942 24942 25061 match_25 match_part 0.938 23824 24207 match_26 match_part 1.000 23829 24271 match_part 1.000 24942 25036 match_27 match_part 1.000 24078 24271 match_part 1.000 24942 25094 match_part 1.000 25335 25420 match_part 1.000 25711 25733 match_28 match_part 0.987 24117 24271 match_part 0.954 24942 25094 match_part 0.988 25335 25420 match_part 0.976 25711 25795 match_part 0.976 26053 26175 match_part 0.895 26268 26286 match_29 match_part 0.945 24968 25094 match_part 0.988 25335 25420 match_part 0.976 25711 25795 match_part 0.992 26053 26175 match_part 1.000 26268 26345 match_part 0.992 26683 26812 match_part 0.978 26950 27131 match_30 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27155 match_31 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27102 match_32 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27074 match_33 match_part 0.933 25361 25420 match_part 0.988 25711 25795 match_part 0.992 26053 26175 match_part 1.000 26268 26340 match_34 match_part 0.966 25767 25795 match_part 0.984 26053 26175 match_part 1.000 26268 26345 match_part 0.992 26683 26812 match_part 0.943 26950 27317 match_part 0.506 28171 28259 match_35 match_part 0.959 26078 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27120 match_36 match_part 0.962 26098 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27369 match_37 match_part 0.925 26773 26812 match_part 0.993 26950 27379 match_part 0.833 28248 28265 match_38 match_part 0.932 61698 61889 match_part 0.977 61964 62093 match_part 0.936 64265 64342 match_39 match_part 1.000 61707 61889 match_part 1.000 61964 62317 match_40 match_part 0.993 62817 63541 match_41 match_part 0.992 62817 63539 match_42 match_part 0.994 62817 63491 match_43 match_part 1.000 62818 63499 match_44 match_part 0.945 62818 63327 match_45 match_part 0.992 62818 63171 match_46 match_part 0.994 63182 63798 match_47 match_part 1.000 63585 64115 match_48 match_part 0.992 73191 73319 match_part 1.000 74107 74158 match_part 1.000 74416 74496 match_part 1.000 75421 75539 match_49 match_part 1.000 73194 73319 match_part 1.000 74107 74158 match_part 1.000 74416 74496 match_part 1.000 75421 75539 match_part 1.000 76513 76732 match_part 1.000 77321 77439 match_part 0.994 77796 77970 match_50 match_part 0.982 76513 76732 match_part 0.947 77796 78213 match_51 match_part 0.983 77382 77439 match_part 0.980 77796 78696 match_52 match_part 0.970 77781 78247 match_53 match_part 0.999 77863 78544 match_54 match_part 1.000 77863 78368 match_55 match_part 0.961 77975 78507 match_56 match_part 0.999 77995 78685 match_57 match_part 0.983 78221 78696 match_58 match_part 0.978 80173 80931 match_59 match_part 0.929 80194 80827 match_60 match_part 1.000 80194 80652 match_61 match_part 0.902 80197 80582 match_62 match_part 0.976 80201 80942 match_63 match_part 0.991 80201 80901 match_64 match_part 0.992 80201 80825 match_65 match_part 0.970 80201 80364 match_66 match_part 0.990 80202 80963 match_67 match_part 0.988 80202 80938 match_68 match_part 0.997 80202 80928 match_69 match_part 0.997 80202 80840 match_70 match_part 0.986 80204 80931 match_71 match_part 0.997 80205 80843 match_72 match_part 0.988 80206 80939 match_73 match_part 0.984 80206 80938 match_74 match_part 0.994 80206 80726 match_75 match_part 0.931 80208 80812 match_76 match_part 0.929 80208 80770 match_77 match_part 0.993 80209 80812 match_78 match_part 0.994 80210 80684 match_79 match_part 0.993 80210 80662 match_80 match_part 1.000 80210 80648 match_81 match_part 0.985 80212 80944 match_82 match_part 0.985 80212 80944 match_83 match_part 0.921 80214 80553 match_84 match_part 0.999 80215 80931 match_85 match_part 0.969 80218 80314 match_part 0.908 84412 85032 match_86 match_part 0.931 80218 80823 match_87 match_part 0.966 80220 80635 match_88 match_part 0.959 80222 80783 match_89 match_part 0.916 80223 80639 match_90 match_part 1.000 80225 80736 match_91 match_part 0.999 80228 80915 match_92 match_part 0.987 80243 80792 match_93 match_part 1.000 80246 80314 match_part 0.897 84412 85042 match_94 match_part 1.000 80262 80642 match_95 match_part 0.998 80314 80797 match_96 match_part 0.955 80324 80877 match_97 match_part 0.943 80382 80940 match_98 match_part 0.947 80390 80936 match_99 match_part 0.983 80423 80942 match_100 match_part 0.975 80432 80630 match_101 match_part 1.000 80433 80928 match_102 match_part 1.000 80475 80931 match_103 match_part 0.964 80505 80897 match_104 match_part 0.936 80511 80934 match_105 match_part 1.000 80527 80931 match_106 match_part 0.993 80527 80928 match_107 match_part 1.000 80542 80928 match_108 match_part 0.992 80550 80915 match_109 match_part 0.992 80550 80915 match_110 match_part 0.975 80559 80924 match_111 match_part 0.975 80559 80924 match_112 match_part 0.997 80579 80928 match_113 match_part 0.982 84305 85071 match_114 match_part 0.991 84306 85058 match_115 match_part 0.989 84306 85054 match_116 match_part 0.991 84312 84999 match_117 match_part 0.985 84314 85066 match_118 match_part 1.000 84315 84846 match_119 match_part 0.992 84315 84811 match_120 match_part 0.995 84315 84727 match_121 match_part 0.995 84317 85078 match_122 match_part 0.999 84317 84987 match_123 match_part 1.000 84318 84741 match_124 match_part 0.994 84320 84814 match_125 match_part 0.982 84327 85066 match_126 match_part 0.995 84328 84986 match_127 match_part 0.994 84339 84994 match_128 match_part 1.000 84339 84727 match_129 match_part 0.991 84370 85061 match_130 match_part 0.988 84377 85069 match_131 match_part 0.904 84399 85044 match_132 match_part 0.997 84404 85069 match_133 match_part 0.911 84443 85051 match_134 match_part 0.911 84443 85050 match_135 match_part 0.983 84459 84988 match_136 match_part 0.911 84487 85046 match_137 match_part 0.994 84526 85069 match_138 match_part 0.991 84630 85069 match_139 match_part 1.000 84630 85069 match_140 match_part 0.902 84721 85048 match_141 match_part 0.934 88595 89049 match_142 match_part 0.962 88595 88963 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_143 match_part 0.997 28668 28297 match_part 0.992 28213 27612 match_144 match_part 1.000 37638 37555 match_part 1.000 34016 33683 match_part 1.000 32708 32586 match_part 1.000 31899 31831 match_part 1.000 31317 31048 match_part 1.000 30376 30026 match_part 1.000 29829 29552 match_part 1.000 28671 28297 match_part 0.998 28213 27616 match_145 match_part 0.980 28396 28297 match_part 0.982 28213 27616 match_146 match_part 1.000 28396 28297 match_part 0.991 28213 27632 match_147 match_part 1.000 28395 28297 match_part 0.998 28213 27770 match_148 match_part 0.964 30246 30026 match_part 0.977 29829 29567 match_149 match_part 0.939 33861 33683 match_part 0.935 32708 32586 match_part 0.986 31899 31831 match_part 0.982 31317 31150 match_150 match_part 0.941 33767 33683 match_part 0.911 32708 32586 match_part 1.000 31899 31883 match_151 match_part 0.978 37691 37555 match_part 0.982 34016 33684 match_152 match_part 0.944 41098 40761 match_153 match_part 1.000 41766 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 0.997 41105 40800 match_154 match_part 1.000 41910 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40802 match_155 match_part 1.000 41891 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40802 match_156 match_part 1.000 41722 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40819 match_157 match_part 1.000 43013 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41251 match_158 match_part 1.000 44127 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 0.981 41312 41260 match_159 match_part 1.000 44180 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 0.926 41312 41286 match_160 match_part 1.000 43043 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 0.980 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41551 match_161 match_part 1.000 44180 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_162 match_part 0.966 44301 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 0.986 42145 42005 match_part 0.980 41906 41856 match_part 0.981 41783 41730 match_163 match_part 1.000 43044 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 0.981 41783 41731 match_164 match_part 1.000 44274 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41743 match_165 match_part 0.976 46884 46843 match_part 0.989 46754 46662 match_part 0.967 44497 44438 match_part 0.974 44337 44065 match_part 0.972 43060 42989 match_part 0.982 42916 42860 match_part 0.979 42145 42005 match_part 1.000 41906 41889 match_166 match_part 0.933 44497 44438 match_part 0.890 44337 44065 match_part 0.958 43060 42989 match_part 0.895 42916 42860 match_part 0.894 42145 42005 match_part 1.000 41906 41899 match_167 match_part 1.000 46683 46662 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 0.889 43060 42989 match_part 1.000 42916 42860 match_part 0.992 42145 42019 match_168 match_part 0.989 44159 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42043 match_169 match_part 1.000 44489 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42045 match_170 match_part 1.000 44274 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42047 match_171 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42065 match_172 match_part 0.855 46737 46662 match_part 0.950 44497 44438 match_part 0.971 44337 44065 match_part 0.944 43060 42989 match_part 1.000 42916 42860 match_part 0.971 42145 42076 match_173 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42114 match_174 match_part 0.967 44184 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42875 match_175 match_part 0.993 47907 47762 match_part 1.000 46966 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 43031 match_176 match_part 0.991 47878 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.992 44337 44078 match_177 match_part 0.911 47918 47762 match_part 0.930 47043 46843 match_part 0.946 46754 46662 match_part 0.950 44497 44438 match_part 0.947 44337 44091 match_178 match_part 0.889 47932 47762 match_part 0.930 47043 46843 match_part 0.957 46754 46662 match_part 0.950 44497 44438 match_part 0.947 44337 44148 match_179 match_part 0.906 47941 47762 match_part 0.930 47043 46843 match_part 0.946 46754 46662 match_part 0.950 44497 44438 match_part 0.942 44337 44149 match_180 match_part 0.991 47878 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.964 44337 44171 match_181 match_part 0.993 47900 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.992 44337 44219 match_182 match_part 0.991 47875 47762 match_part 0.980 47043 46843 match_part 1.000 46754 46662 match_part 0.967 44497 44438 match_part 0.989 44337 44249 match_183 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44442 match_184 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44448 match_185 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44470 match_186 match_part 1.000 52446 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 0.991 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49375 match_part 1.000 49295 48996 match_187 match_part 0.990 52440 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 1.000 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49416 match_188 match_part 0.973 52411 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 1.000 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49486 match_189 match_part 0.939 52378 52149 match_part 0.957 52054 51916 match_part 0.984 51425 51233 match_part 0.955 50196 50086 match_part 0.889 49657 49595 match_part 0.818 49505 49495 match_190 match_part 0.927 52437 52149 match_part 0.957 52054 51916 match_part 0.974 51425 51233 match_part 0.829 50196 50115 match_191 match_part 1.000 52365 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 0.975 50196 50157 match_192 match_part 1.000 52374 52149 match_part 1.000 52054 51916 match_part 0.994 51425 51258 match_193 match_part 1.000 52366 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51275 match_194 match_part 1.000 52371 52149 match_part 1.000 52054 51916 match_part 0.986 51425 51278 match_195 match_part 1.000 52369 52149 match_part 0.993 52054 51916 match_part 1.000 51425 51331 match_196 match_part 0.996 52371 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51336 match_197 match_part 0.984 52040 51916 match_part 0.988 51425 51345 match_198 match_part 0.995 52365 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51404 match_199 match_part 1.000 52421 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51408 match_200 match_part 0.873 79991 79842 match_part 0.862 79731 79703 match_part 0.952 60867 60721 match_201 match_part 0.933 79960 79842 match_part 0.862 79731 79703 match_part 0.952 60867 60721 match_202 match_part 0.978 80517 80201 match_203 match_part 0.983 80500 80201 match_204 match_part 0.951 80917 80248 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 16136 16214 exon 17863 18338 exon 19215 19459 exon 19555 19948 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 16133 16214 exon 17150 17158 exon 17590 17595 exon 17863 18338 exon 19215 19459 exon 19555 19948 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 16057 16218 exon 17590 17595 exon 17863 18338 exon 19215 19291 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23660 24271 exon 24942 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27379 exon 28248 28265 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23660 24271 exon 24942 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27317 exon 28171 28259 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23658 24260 exon 24929 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27379 exon 28248 28265 gene_7 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23684 24392 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 37691 37555 exon 34016 33683 exon 32708 32586 exon 31899 31831 exon 31317 31048 exon 30376 30026 exon 29829 29552 exon 28671 28297 exon 28213 27612 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 47941 47762 exon 47043 46843 exon 46754 46662 exon 44497 44438 exon 44337 44065 exon 43060 42989 exon 42916 42860 exon 42145 42005 exon 41906 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_10 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 47907 47762 exon 46966 46843 exon 46754 46662 exon 44497 44438 exon 44337 44065 exon 43060 42989 exon 42916 42860 exon 42145 42005 exon 41906 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_11 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 41910 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 52446 52149 exon 52054 51916 exon 51425 51233 exon 50196 50086 exon 49657 49595 exon 49505 49375 exon 49295 48996 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 79991 79842 exon 79731 79703 exon 60867 60721 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 62817 64115 gene_15 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 61707 61889 exon 61964 62317 gene_16 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 61698 61889 exon 61964 62093 exon 64265 64342 gene_17 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 73191 73319 exon 74107 74158 exon 74416 74496 exon 75421 75539 exon 76513 76732 exon 77321 77439 exon 77796 78696 gene_18 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 77781 78696 gene_19 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 76513 76732 exon 77796 78696 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 80173 80963 gene_21 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 84305 85078 gene_22 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 80218 80314 exon 84412 85069 gene_23 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 80917 80201 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 88595 89049 RepeatMasker tomato repeats master Copia00039 94 212 1 Copia00039 94 212 1 nucleotide_motif 529 15447 15578 Copia00109 176 388 1 Copia00109 176 388 1 nucleotide_motif 412 38740 38947 Unknown00020 1 373 1 Unknown00020 1 373 1 nucleotide_motif 1277 38792 39199 Copia00172 283 522 1 Copia00172 283 522 1 nucleotide_motif 1228 45910 46157 Gypsy00071 2545 2632 1 Gypsy00071 2545 2632 1 nucleotide_motif 235 52518 52614 Copia00110 13162 13619 1 Copia00110 13162 13619 1 nucleotide_motif 1167 57074 57575 Gypsy00043 1046 1183 1 Gypsy00043 1046 1183 1 nucleotide_motif 347 57515 57647 Gypsy00073 1024 1367 1 Gypsy00073 1024 1367 1 nucleotide_motif 504 57647 57873 Gypsy00162 491 578 1 Gypsy00162 491 578 1 nucleotide_motif 338 60108 60195 Gypsy00043 530 1314 1 Gypsy00043 530 1314 1 nucleotide_motif 5118 60437 61188 METMAR1 156 278 1 METMAR1 156 278 1 nucleotide_motif 261 67663 67783 Gypsy00046 4070 4163 1 Gypsy00046 4070 4163 1 nucleotide_motif 315 70992 71085 TS2 558 655 1 TS2 558 655 1 nucleotide_motif 478 75864 75962 Copia00110 2617 2722 1 Copia00110 2617 2722 1 nucleotide_motif 285 79398 79501 Gypsy00043 620 1015 1 Gypsy00043 620 1015 1 nucleotide_motif 707 79663 79988 Unknown00025 236 398 1 Unknown00025 236 398 1 nucleotide_motif 578 81940 82113 RepeatMasker tomato repeats master SONATA2 1 250 -1 SONATA2 1 250 -1 nucleotide_motif 1569 18912 18664 SONATA3 1 70 -1 SONATA3 1 70 -1 nucleotide_motif 254 20677 20609 SONATA2 15 210 -1 SONATA2 15 210 -1 nucleotide_motif 634 24679 24487 Copia00151 10062 10170 -1 Copia00151 10062 10170 -1 nucleotide_motif 379 28908 28792 SONATA2 1 252 -1 SONATA2 1 252 -1 nucleotide_motif 1510 34413 34165 Unknown00040 4384 4522 -1 Unknown00040 4384 4522 -1 nucleotide_motif 411 39286 39146 Copia00145 1214 4037 -1 Copia00145 1214 4037 -1 nucleotide_motif 1519 39551 39287 Unknown00034 3698 4028 -1 Unknown00034 3698 4028 -1 nucleotide_motif 1655 53642 53341 TS2 6 268 -1 TS2 6 268 -1 nucleotide_motif 503 58668 58403 SONATA2 69 222 -1 SONATA2 69 222 -1 nucleotide_motif 295 62712 62568 HELITRON7_OS 1582 1673 -1 HELITRON7_OS 1582 1673 -1 nucleotide_motif 342 71097 71007 Gypsy00046 4047 4167 -1 Gypsy00046 4047 4167 -1 nucleotide_motif 303 71123 71098 Copia00143 77 206 -1 Copia00143 77 206 -1 nucleotide_motif 622 71588 71460 TLP1 469 662 -1 TLP1 469 662 -1 nucleotide_motif 482 79098 78919 Unknown00019 39 415 -1 Unknown00019 39 415 -1 nucleotide_motif 2097 80136 79779 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1102 83885 83637 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2095 56221 57298 match_2 match 2066 36994 38080 match_3 match 2343 75337 76518 match_4 match 2506 24648 25968 match_5 match 2682 5964 7358 match_6 match 2892 67746 69228 match_7 match 3836 3960 5894 match_8 match 3975 46159 48223 match_9 match 3985 57927 60107 match_10 match 4397 7413 9630 match_11 match 4712 33028 35485 match_12 match 7460 48653 52490 match_13 match 7644 1 3943 match_14 match 7916 9688 13680 match_15 match 40684 45869 match_16 match 25982 32991 match_17 match 8708 15704 20195 match_18 match 3267 87395 89105 match_19 match 3624 82096 84004 match_20 match 3856 77313 79257 match_21 match 5394 79274 82030 match_22 match 2066 36994 38080 match_23 match 2506 24648 25968 match_24 match 2682 5964 7358 match_25 match 3836 3960 5894 match_26 match 3975 46159 48223 match_27 match 3985 57927 60107 match_28 match 4397 7413 9630 match_29 match 4712 33028 35485 match_30 match 7460 48653 52490 match_31 match 7644 1 3943 match_32 match 7916 9688 13680 match_33 match 8738 15704 20195 match_34 match 40684 45869 match_35 match 25982 32991 match_36 match 2087 56221 57298 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1481 1 763 match_2 match 276 60747 60893 match_3 match 402 54797 54999 match_4 match 311 55069 55236 match_5 match 1132 8319 8889 match_6 match 270 60728 60867 match_7 match 589 64152 64469 match_8 match 1388 49070 49769 match_9 match 444 71679 71902 match_10 match 934 25982 26452 match_11 match 276 57346 57484 match_12 match 755 56918 57298 match_13 match 908 26246 26703 match_14 match 1005 61159 61689 match_15 match 819 9972 10384 match_16 match 1289 50758 51407 match_17 match 1011 31402 31911 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 16136 16214 match_part 1.000 17863 18319 match_2 match_part 0.949 16136 16214 match_part 0.984 17863 18182 match_3 match_part 1.000 16137 16214 match_part 1.000 17863 18338 match_part 1.000 19215 19459 match_part 0.992 19555 19948 match_4 match_part 0.976 19333 19459 match_part 0.967 19555 19948 match_5 match_part 1.000 23658 24260 match_part 1.000 24929 25094 match_part 0.977 25335 25420 match_part 0.977 25711 25754 match_6 match_part 1.000 23658 24260 match_part 1.000 24929 25094 match_part 1.000 25335 25402 match_7 match_part 0.997 23660 24271 match_part 1.000 24942 24980 match_8 match_part 1.000 23667 24271 match_part 1.000 24942 24961 match_9 match_part 0.996 23684 24392 match_10 match_part 1.000 23797 24271 match_part 1.000 24942 25090 match_11 match_part 1.000 23829 24271 match_part 1.000 24942 25036 match_12 match_part 1.000 24078 24271 match_part 1.000 24942 25094 match_part 1.000 25335 25420 match_part 1.000 25711 25733 match_13 match_part 0.945 24968 25094 match_part 0.988 25335 25420 match_part 0.976 25711 25795 match_part 0.992 26053 26175 match_part 1.000 26268 26345 match_part 0.992 26683 26812 match_part 0.978 26950 27131 match_14 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27155 match_15 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27102 match_16 match_part 1.000 25361 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27074 match_17 match_part 0.933 25361 25420 match_part 0.988 25711 25795 match_part 0.992 26053 26175 match_part 1.000 26268 26340 match_18 match_part 0.966 25767 25795 match_part 0.984 26053 26175 match_part 1.000 26268 26345 match_part 0.992 26683 26812 match_part 0.943 26950 27317 match_part 0.506 28171 28259 match_19 match_part 0.959 26078 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27120 match_20 match_part 0.962 26098 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 1.000 26950 27369 match_21 match_part 0.925 26773 26812 match_part 0.993 26950 27379 match_part 0.833 28248 28265 match_22 match_part 1.000 61707 61889 match_part 1.000 61964 62317 match_23 match_part 0.993 62817 63541 match_24 match_part 0.992 62817 63539 match_25 match_part 0.994 62817 63491 match_26 match_part 1.000 62818 63499 match_27 match_part 0.945 62818 63327 match_28 match_part 0.992 62818 63171 match_29 match_part 0.994 63182 63798 match_30 match_part 1.000 63585 64115 match_31 match_part 0.992 73191 73319 match_part 1.000 74107 74158 match_part 1.000 74416 74496 match_part 1.000 75421 75539 match_32 match_part 1.000 73194 73319 match_part 1.000 74107 74158 match_part 1.000 74416 74496 match_part 1.000 75421 75539 match_part 1.000 76513 76732 match_part 1.000 77321 77439 match_part 0.994 77796 77970 match_33 match_part 0.983 77382 77439 match_part 0.980 77796 78696 match_34 match_part 0.999 77863 78544 match_35 match_part 1.000 77863 78368 match_36 match_part 0.999 77995 78685 match_37 match_part 0.983 78221 78696 match_38 match_part 0.978 80173 80931 match_39 match_part 1.000 80194 80652 match_40 match_part 0.976 80201 80942 match_41 match_part 0.991 80201 80901 match_42 match_part 0.992 80201 80825 match_43 match_part 0.970 80201 80364 match_44 match_part 0.990 80202 80963 match_45 match_part 0.988 80202 80938 match_46 match_part 0.997 80202 80928 match_47 match_part 0.997 80202 80840 match_48 match_part 0.986 80204 80931 match_49 match_part 0.997 80205 80843 match_50 match_part 0.988 80206 80939 match_51 match_part 0.984 80206 80938 match_52 match_part 0.994 80206 80726 match_53 match_part 0.929 80208 80770 match_54 match_part 0.993 80209 80812 match_55 match_part 0.994 80210 80684 match_56 match_part 0.993 80210 80662 match_57 match_part 1.000 80210 80648 match_58 match_part 0.985 80212 80944 match_59 match_part 0.985 80212 80944 match_60 match_part 0.999 80215 80931 match_61 match_part 0.966 80220 80635 match_62 match_part 1.000 80225 80736 match_63 match_part 0.999 80228 80915 match_64 match_part 0.987 80243 80792 match_65 match_part 1.000 80262 80642 match_66 match_part 0.998 80314 80797 match_67 match_part 0.983 80423 80942 match_68 match_part 1.000 80433 80928 match_69 match_part 1.000 80475 80931 match_70 match_part 1.000 80527 80931 match_71 match_part 0.993 80527 80928 match_72 match_part 1.000 80542 80928 match_73 match_part 0.992 80550 80915 match_74 match_part 0.992 80550 80915 match_75 match_part 0.975 80559 80924 match_76 match_part 0.975 80559 80924 match_77 match_part 0.997 80579 80928 match_78 match_part 0.982 84305 85071 match_79 match_part 0.991 84306 85058 match_80 match_part 0.989 84306 85054 match_81 match_part 0.991 84312 84999 match_82 match_part 0.985 84314 85066 match_83 match_part 1.000 84315 84846 match_84 match_part 0.992 84315 84811 match_85 match_part 0.995 84315 84727 match_86 match_part 0.995 84317 85078 match_87 match_part 0.999 84317 84987 match_88 match_part 1.000 84318 84741 match_89 match_part 0.994 84320 84814 match_90 match_part 0.982 84327 85066 match_91 match_part 0.995 84328 84986 match_92 match_part 0.994 84339 84994 match_93 match_part 1.000 84339 84727 match_94 match_part 0.991 84370 85061 match_95 match_part 0.988 84377 85069 match_96 match_part 0.997 84404 85069 match_97 match_part 0.983 84459 84988 match_98 match_part 0.994 84526 85069 match_99 match_part 0.991 84630 85069 match_100 match_part 1.000 84630 85069 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_101 match_part 0.997 28668 28297 match_part 0.992 28213 27612 match_102 match_part 1.000 37638 37555 match_part 1.000 34016 33683 match_part 1.000 32708 32586 match_part 1.000 31899 31831 match_part 1.000 31317 31048 match_part 1.000 30376 30026 match_part 1.000 29829 29552 match_part 1.000 28671 28297 match_part 0.998 28213 27616 match_103 match_part 0.980 28396 28297 match_part 0.982 28213 27616 match_104 match_part 1.000 28396 28297 match_part 0.991 28213 27632 match_105 match_part 1.000 28395 28297 match_part 0.998 28213 27770 match_106 match_part 0.978 37691 37555 match_part 0.982 34016 33684 match_107 match_part 0.944 41098 40761 match_108 match_part 1.000 41766 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 0.997 41105 40800 match_109 match_part 1.000 41910 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40802 match_110 match_part 1.000 41891 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40802 match_111 match_part 1.000 41722 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 1.000 41105 40819 match_112 match_part 1.000 43013 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41251 match_113 match_part 1.000 44127 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 0.981 41312 41260 match_114 match_part 1.000 44180 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 0.926 41312 41286 match_115 match_part 1.000 43043 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 0.980 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41551 match_116 match_part 1.000 44180 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_117 match_part 1.000 43044 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 0.981 41783 41731 match_118 match_part 1.000 44274 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41743 match_119 match_part 0.976 46884 46843 match_part 0.989 46754 46662 match_part 0.967 44497 44438 match_part 0.974 44337 44065 match_part 0.972 43060 42989 match_part 0.982 42916 42860 match_part 0.979 42145 42005 match_part 1.000 41906 41889 match_120 match_part 0.933 44497 44438 match_part 0.890 44337 44065 match_part 0.958 43060 42989 match_part 0.895 42916 42860 match_part 0.894 42145 42005 match_part 1.000 41906 41899 match_121 match_part 1.000 46683 46662 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 0.889 43060 42989 match_part 1.000 42916 42860 match_part 0.992 42145 42019 match_122 match_part 0.989 44159 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42043 match_123 match_part 1.000 44489 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42045 match_124 match_part 1.000 44274 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42047 match_125 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42065 match_126 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42114 match_127 match_part 0.993 47907 47762 match_part 1.000 46966 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 43031 match_128 match_part 0.991 47878 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.992 44337 44078 match_129 match_part 0.991 47878 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.964 44337 44171 match_130 match_part 0.993 47900 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 0.992 44337 44219 match_131 match_part 0.991 47875 47762 match_part 0.980 47043 46843 match_part 1.000 46754 46662 match_part 0.967 44497 44438 match_part 0.989 44337 44249 match_132 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44442 match_133 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44448 match_134 match_part 0.993 47899 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44470 match_135 match_part 1.000 52446 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 0.991 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49375 match_part 1.000 49295 48996 match_136 match_part 0.990 52440 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 1.000 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49416 match_137 match_part 0.973 52411 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 1.000 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49486 match_138 match_part 1.000 52365 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 0.975 50196 50157 match_139 match_part 1.000 52374 52149 match_part 1.000 52054 51916 match_part 0.994 51425 51258 match_140 match_part 1.000 52366 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51275 match_141 match_part 1.000 52371 52149 match_part 1.000 52054 51916 match_part 0.986 51425 51278 match_142 match_part 1.000 52369 52149 match_part 0.993 52054 51916 match_part 1.000 51425 51331 match_143 match_part 0.996 52371 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51336 match_144 match_part 0.984 52040 51916 match_part 0.988 51425 51345 match_145 match_part 0.995 52365 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51404 match_146 match_part 1.000 52421 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51408 match_147 match_part 0.873 79991 79842 match_part 0.862 79731 79703 match_part 0.952 60867 60721 match_148 match_part 0.933 79960 79842 match_part 0.862 79731 79703 match_part 0.952 60867 60721 match_149 match_part 0.978 80517 80201 match_150 match_part 0.983 80500 80201 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 16136 16214 exon 17863 18338 exon 19215 19459 exon 19555 19948 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23660 24271 exon 24942 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27379 exon 28248 28265 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23660 24271 exon 24942 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27317 exon 28171 28259 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23658 24260 exon 24929 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27379 exon 28248 28265 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23684 24392 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 37691 37555 exon 34016 33683 exon 32708 32586 exon 31899 31831 exon 31317 31048 exon 30376 30026 exon 29829 29552 exon 28671 28297 exon 28213 27612 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 47900 47762 exon 47043 46843 exon 46754 46662 exon 44497 44438 exon 44337 44065 exon 43060 42989 exon 42916 42860 exon 42145 42005 exon 41906 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 47907 47762 exon 46966 46843 exon 46754 46662 exon 44497 44438 exon 44337 44065 exon 43060 42989 exon 42916 42860 exon 42145 42005 exon 41906 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 41910 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 52446 52149 exon 52054 51916 exon 51425 51233 exon 50196 50086 exon 49657 49595 exon 49505 49375 exon 49295 48996 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 79991 79842 exon 79731 79703 exon 60867 60721 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 61707 61889 exon 61964 62317 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 62817 64115 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 73191 73319 exon 74107 74158 exon 74416 74496 exon 75421 75539 exon 76513 76732 exon 77321 77439 exon 77796 78696 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 80173 80963 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 80517 80201 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 84305 85078 AUGUSTUS_tom_cdna de novo gene_1 gene 1 16132 20007 transcript_1 transcript 16132 20007 CDS_1 CDS 16132 16214 CDS_2 CDS 17863 18338 CDS_3 CDS 19215 19459 CDS_4 CDS 19555 19737 CDS_5 CDS 19994 20007 stop_codon_1 stop_codon 20005 20007 gene_2 gene 1 23810 27026 transcript_2 transcript 23810 27026 start_codon_1 start_codon 23810 23812 CDS_6 CDS 23810 24271 CDS_7 CDS 24942 25094 CDS_8 CDS 25335 25420 CDS_9 CDS 25711 25795 CDS_10 CDS 26053 26175 CDS_11 CDS 26268 26345 CDS_12 CDS 26683 26812 CDS_13 CDS 26950 27026 stop_codon_2 stop_codon 27024 27026 gene_3 gene 1 61754 64610 transcript_3 transcript 61754 64610 start_codon_2 start_codon 61754 61756 CDS_14 CDS 61754 61889 CDS_15 CDS 61964 62093 CDS_16 CDS 64265 64610 stop_codon_3 stop_codon 64608 64610 gene_4 gene 1 73200 80349 transcript_4 transcript 73200 80349 start_codon_3 start_codon 73200 73202 CDS_17 CDS 73200 73319 CDS_18 CDS 74107 74158 CDS_19 CDS 74416 74496 CDS_20 CDS 75421 75539 CDS_21 CDS 76513 76732 CDS_22 CDS 77321 77439 CDS_23 CDS 77796 78502 CDS_24 CDS 80142 80349 stop_codon_4 stop_codon 80347 80349 gene_5 gene 1 80755 80961 transcript_5 transcript 80755 80961 start_codon_4 start_codon 80755 80757 CDS_25 CDS 80755 80961 stop_codon_5 stop_codon 80959 80961 gene_6 gene 1 84353 84913 transcript_6 transcript 84353 84913 start_codon_5 start_codon 84353 84355 CDS_26 CDS 84353 84913 stop_codon_6 stop_codon 84911 84913 gene_7 gene 1 87665 89105 transcript_7 transcript 87665 89105 start_codon_6 start_codon 87665 87667 CDS_27 CDS 87665 89105 AUGUSTUS_tom_cdna de novo gene_8 gene 1 40853 27868 transcript_8 transcript 40853 27868 stop_codon_7 stop_codon 27870 27868 CDS_28 CDS 28213 27868 CDS_29 CDS 28671 28297 CDS_30 CDS 29829 29552 CDS_31 CDS 30376 30026 CDS_32 CDS 31317 31048 CDS_33 CDS 31899 31831 CDS_34 CDS 32708 32586 CDS_35 CDS 34016 33683 CDS_36 CDS 37647 37555 CDS_37 CDS 40853 40699 start_codon_7 start_codon 40853 40851 gene_9 gene 1 46962 41023 transcript_9 transcript 46962 41023 stop_codon_8 stop_codon 41025 41023 CDS_38 CDS 41105 41023 CDS_39 CDS 41312 41210 CDS_40 CDS 41582 41499 CDS_41 CDS 41783 41688 CDS_42 CDS 41906 41856 CDS_43 CDS 42145 42005 CDS_44 CDS 42916 42860 CDS_45 CDS 43060 42989 CDS_46 CDS 44337 44065 CDS_47 CDS 44497 44438 CDS_48 CDS 46754 46662 CDS_49 CDS 46962 46843 start_codon_8 start_codon 46962 46960 gene_10 gene 1 48064 46988 transcript_10 transcript 48064 46988 stop_codon_9 stop_codon 46990 46988 CDS_50 CDS 47043 46988 CDS_51 CDS 47913 47762 CDS_52 CDS 48064 48060 start_codon_9 start_codon 48064 48062 gene_11 gene 1 52380 49404 transcript_11 transcript 52380 49404 stop_codon_10 stop_codon 49406 49404 CDS_53 CDS 49505 49404 CDS_54 CDS 49657 49595 CDS_55 CDS 50196 50086 CDS_56 CDS 51425 51233 CDS_57 CDS 52054 51916 CDS_58 CDS 52380 52149 start_codon_10 start_codon 52380 52378 gene_12 gene 1 69169 68255 transcript_12 transcript 69169 68255 stop_codon_11 stop_codon 68257 68255 CDS_59 CDS 69169 68255 start_codon_11 start_codon 69169 69167 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 73.73 79533 79604 tRNA_2 tRNA 73.73 82243 82314 AUGUSTUS_ab_initio de novo gene_1 gene 1 17980 20007 transcript_1 transcript 17980 20007 start_codon_1 start_codon 17980 17982 CDS_1 CDS 17980 18338 CDS_2 CDS 19215 19459 CDS_3 CDS 19555 19737 CDS_4 CDS 19994 20007 stop_codon_1 stop_codon 20005 20007 gene_2 gene 1 73958 80816 transcript_2 transcript 73958 80816 start_codon_2 start_codon 73958 73960 CDS_5 CDS 73958 74026 CDS_6 CDS 74107 74158 CDS_7 CDS 75421 75539 CDS_8 CDS 76513 76732 CDS_9 CDS 77321 77439 CDS_10 CDS 77796 78507 CDS_11 CDS 80299 80816 stop_codon_2 stop_codon 80814 80816 gene_3 gene 1 84353 84913 transcript_3 transcript 84353 84913 start_codon_3 start_codon 84353 84355 CDS_12 CDS 84353 84913 stop_codon_3 stop_codon 84911 84913 gene_4 gene 1 87665 89105 transcript_4 transcript 87665 89105 start_codon_4 start_codon 87665 87667 CDS_13 CDS 87665 89105 AUGUSTUS_ab_initio de novo gene_5 gene 1 29724 27868 transcript_5 transcript 29724 27868 stop_codon_4 stop_codon 27870 27868 CDS_14 CDS 28213 27868 CDS_15 CDS 28671 28297 CDS_16 CDS 29724 29552 start_codon_5 start_codon 29724 29722 gene_6 gene 1 68545 35645 transcript_6 transcript 68545 35645 stop_codon_5 stop_codon 35647 35645 CDS_17 CDS 35877 35645 CDS_18 CDS 41312 41210 CDS_19 CDS 41582 41499 CDS_20 CDS 41783 41688 CDS_21 CDS 44497 44438 CDS_22 CDS 49672 49595 CDS_23 CDS 51425 51233 CDS_24 CDS 52054 51916 CDS_25 CDS 68545 68485 start_codon_6 start_codon 68545 68543 AUGUSTUS_tom_ugs de novo gene_1 gene 1 16132 27026 transcript_1 transcript 16132 27026 CDS_1 CDS 16132 16214 CDS_2 CDS 17863 18338 CDS_3 CDS 19215 19459 CDS_4 CDS 19555 19737 CDS_5 CDS 23913 24148 CDS_6 CDS 24942 25094 CDS_7 CDS 25335 25420 CDS_8 CDS 25711 25795 CDS_9 CDS 26053 26175 CDS_10 CDS 26268 26345 CDS_11 CDS 26683 26812 CDS_12 CDS 26950 27026 stop_codon_1 stop_codon 27024 27026 gene_2 gene 1 61754 80816 transcript_2 transcript 61754 80816 start_codon_1 start_codon 61754 61756 CDS_13 CDS 61754 61889 CDS_14 CDS 61964 62093 CDS_15 CDS 73181 73319 CDS_16 CDS 74107 74158 CDS_17 CDS 74416 74496 CDS_18 CDS 75421 75539 CDS_19 CDS 76513 76732 CDS_20 CDS 77321 77439 CDS_21 CDS 77796 78507 CDS_22 CDS 80299 80816 stop_codon_2 stop_codon 80814 80816 gene_3 gene 1 84353 84913 transcript_3 transcript 84353 84913 start_codon_2 start_codon 84353 84355 CDS_23 CDS 84353 84913 stop_codon_3 stop_codon 84911 84913 gene_4 gene 1 87665 89105 transcript_4 transcript 87665 89105 start_codon_3 start_codon 87665 87667 CDS_24 CDS 87665 89105 AUGUSTUS_tom_ugs de novo gene_5 gene 1 46962 27868 transcript_5 transcript 46962 27868 stop_codon_4 stop_codon 27870 27868 CDS_25 CDS 28213 27868 CDS_26 CDS 28671 28297 CDS_27 CDS 29829 29552 CDS_28 CDS 30376 30026 CDS_29 CDS 31317 31048 CDS_30 CDS 31899 31831 CDS_31 CDS 32708 32586 CDS_32 CDS 34016 33683 CDS_33 CDS 37647 37555 CDS_34 CDS 41105 41024 CDS_35 CDS 41312 41210 CDS_36 CDS 41582 41499 CDS_37 CDS 41783 41688 CDS_38 CDS 41906 41856 CDS_39 CDS 42145 42005 CDS_40 CDS 42916 42860 CDS_41 CDS 43060 42989 CDS_42 CDS 44337 44065 CDS_43 CDS 44497 44438 CDS_44 CDS 46754 46662 CDS_45 CDS 46962 46843 start_codon_4 start_codon 46962 46960 gene_6 gene 1 52380 49404 transcript_6 transcript 52380 49404 stop_codon_5 stop_codon 49406 49404 CDS_46 CDS 49505 49404 CDS_47 CDS 49657 49595 CDS_48 CDS 50196 50086 CDS_49 CDS 51425 51233 CDS_50 CDS 52054 51916 CDS_51 CDS 52380 52149 start_codon_5 start_codon 52380 52378 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 16136 16214 match_part 1.000 17863 18338 match_part 0.996 19215 19459 match_part 0.992 19555 19948 match_2 match_part 0.993 23658 24271 match_part 1.000 24942 25094 match_part 0.988 25335 25420 match_part 1.000 25711 25795 match_part 1.000 26053 26175 match_part 1.000 26268 26345 match_part 1.000 26683 26812 match_part 0.998 26950 27379 match_part 0.833 28248 28265 match_3 match_part 1.000 61707 61889 match_part 1.000 61964 62317 match_4 match_part 1.000 62817 64115 match_5 match_part 1.000 73191 73319 match_part 1.000 74107 74158 match_part 1.000 74416 74496 match_part 1.000 75421 75539 match_part 1.000 76513 76732 match_part 1.000 77321 77439 match_part 1.000 77796 78685 match_6 match_part 1.000 84306 85066 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.983 37671 37555 match_part 1.000 34016 33683 match_part 1.000 32708 32586 match_part 1.000 31899 31831 match_part 1.000 31317 31048 match_part 1.000 30376 30026 match_part 1.000 29829 29552 match_part 1.000 28671 28297 match_part 1.000 28213 27616 match_8 match_part 0.993 47900 47762 match_part 1.000 47043 46843 match_part 1.000 46754 46662 match_part 1.000 44497 44438 match_part 1.000 44337 44065 match_part 1.000 43060 42989 match_part 1.000 42916 42860 match_part 1.000 42145 42005 match_part 1.000 41906 41856 match_part 1.000 41783 41688 match_part 1.000 41582 41499 match_part 1.000 41312 41210 match_part 0.994 41105 40761 match_9 match_part 1.000 52446 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 1.000 50196 50086 match_part 1.000 49657 49595 match_part 1.000 49505 49375 match_part 1.000 49295 48996 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 16136 16214 exon 17863 18338 exon 19215 19459 exon 19555 19948 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 23658 24271 exon 24942 25094 exon 25335 25420 exon 25711 25795 exon 26053 26175 exon 26268 26345 exon 26683 26812 exon 26950 27379 exon 28248 28265 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 37671 37555 exon 34016 33683 exon 32708 32586 exon 31899 31831 exon 31317 31048 exon 30376 30026 exon 29829 29552 exon 28671 28297 exon 28213 27616 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 47900 47762 exon 47043 46843 exon 46754 46662 exon 44497 44438 exon 44337 44065 exon 43060 42989 exon 42916 42860 exon 42145 42005 exon 41906 41856 exon 41783 41688 exon 41582 41499 exon 41312 41210 exon 41105 40761 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 52446 52149 exon 52054 51916 exon 51425 51233 exon 50196 50086 exon 49657 49595 exon 49505 49375 exon 49295 48996 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 61707 61889 exon 61964 62317 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 62817 64115 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 73191 73319 exon 74107 74158 exon 74416 74496 exon 75421 75539 exon 76513 76732 exon 77321 77439 exon 77796 78685 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 84306 85066 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 632 1163 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.978 1504 1008 match_3 match_part 0.927 52437 52149 match_part 0.957 52054 51916 match_part 0.984 51425 51233 match_part 0.973 50196 50086 match_part 0.889 49657 49595 match_part 0.818 49505 49495 match_4 match_part 1.000 52421 52149 match_part 1.000 52054 51916 match_part 1.000 51425 51233 match_part 0.975 50196 50157 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 632 1163 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 1504 1008 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0031A13.1 type gene exon 52437 52149 exon 52054 51916 exon 51425 51233 exon 50196 50086 exon 49657 49595 exon 49505 49495 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 16132 23772 transcript_1 transcript 16132 23772 CDS_1 CDS 16132 16214 CDS_2 CDS 17863 18338 CDS_3 CDS 19215 19459 CDS_4 CDS 19555 19737 CDS_5 CDS 20078 20090 CDS_6 CDS 23721 23772 stop_codon_1 stop_codon 23770 23772 gene_2 gene 1 23810 27026 transcript_2 transcript 23810 27026 start_codon_1 start_codon 23810 23812 CDS_7 CDS 23810 24271 CDS_8 CDS 24942 25094 CDS_9 CDS 25335 25420 CDS_10 CDS 25711 25795 CDS_11 CDS 26053 26175 CDS_12 CDS 26268 26345 CDS_13 CDS 26683 26812 CDS_14 CDS 26950 27026 stop_codon_2 stop_codon 27024 27026 gene_3 gene 1 61754 64610 transcript_3 transcript 61754 64610 start_codon_2 start_codon 61754 61756 CDS_15 CDS 61754 61889 CDS_16 CDS 61964 62093 CDS_17 CDS 64265 64610 stop_codon_3 stop_codon 64608 64610 gene_4 gene 1 73200 78530 transcript_4 transcript 73200 78530 start_codon_3 start_codon 73200 73202 CDS_18 CDS 73200 73319 CDS_19 CDS 74107 74158 CDS_20 CDS 74416 74496 CDS_21 CDS 75421 75539 CDS_22 CDS 76513 76732 CDS_23 CDS 77321 77439 CDS_24 CDS 77796 78530 stop_codon_4 stop_codon 78528 78530 gene_5 gene 1 80244 80816 transcript_5 transcript 80244 80816 start_codon_4 start_codon 80244 80246 CDS_25 CDS 80244 80816 stop_codon_5 stop_codon 80814 80816 gene_6 gene 1 84353 84913 transcript_6 transcript 84353 84913 start_codon_5 start_codon 84353 84355 CDS_26 CDS 84353 84913 stop_codon_6 stop_codon 84911 84913 gene_7 gene 1 87665 89105 transcript_7 transcript 87665 89105 start_codon_6 start_codon 87665 87667 CDS_27 CDS 87665 89105 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 40853 27868 transcript_8 transcript 40853 27868 stop_codon_7 stop_codon 27870 27868 CDS_28 CDS 28213 27868 CDS_29 CDS 28671 28297 CDS_30 CDS 29829 29552 CDS_31 CDS 30376 30026 CDS_32 CDS 31317 31048 CDS_33 CDS 31899 31831 CDS_34 CDS 32708 32586 CDS_35 CDS 34016 33683 CDS_36 CDS 37647 37555 CDS_37 CDS 40853 40699 start_codon_7 start_codon 40853 40851 gene_9 gene 1 46962 41023 transcript_9 transcript 46962 41023 stop_codon_8 stop_codon 41025 41023 CDS_38 CDS 41105 41023 CDS_39 CDS 41312 41210 CDS_40 CDS 41582 41499 CDS_41 CDS 41783 41688 CDS_42 CDS 41906 41856 CDS_43 CDS 42145 42005 CDS_44 CDS 42916 42860 CDS_45 CDS 43060 42989 CDS_46 CDS 44337 44065 CDS_47 CDS 44497 44438 CDS_48 CDS 46754 46662 CDS_49 CDS 46962 46843 start_codon_8 start_codon 46962 46960 gene_10 gene 1 48868 46988 transcript_10 transcript 48868 46988 stop_codon_9 stop_codon 46990 46988 CDS_50 CDS 47043 46988 CDS_51 CDS 47941 47762 CDS_52 CDS 48868 48862 start_codon_9 start_codon 48868 48866 gene_11 gene 1 52380 49404 transcript_11 transcript 52380 49404 stop_codon_10 stop_codon 49406 49404 CDS_53 CDS 49505 49404 CDS_54 CDS 49657 49595 CDS_55 CDS 50196 50086 CDS_56 CDS 51425 51233 CDS_57 CDS 52054 51916 CDS_58 CDS 52380 52149 start_codon_10 start_codon 52380 52378 gene_12 gene 1 69169 68255 transcript_12 transcript 69169 68255 stop_codon_11 stop_codon 68257 68255 CDS_59 CDS 69169 68255 start_codon_11 start_codon 69169 69167 gene_13 gene 1 81864 80866 transcript_13 transcript 81864 80866 stop_codon_12 stop_codon 80868 80866 CDS_60 CDS 81031 80866 CDS_61 CDS 81864 81752 start_codon_12 start_codon 81864 81862 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 58.5 61745 61891 match_2 match 88.6 61963 62094 match_3 match 58.5 61745 61891 match_4 match 82.8 61969 62094 match_5 match 63.9 61781 61897 match_6 match 80.9 61963 62094 match_7 match 144 77796 78314 match_8 match 144 77796 78314 match_9 match 112 77796 78158 match_10 match 135 77796 78314 match_11 match 59.3 61751 61891 match_12 match 91.7 61963 62094 match_13 match 57.0 61778 61891 match_14 match 84.7 61963 62094 match_15 match 66.2 61760 61891 match_16 match 86.7 61963 62094 match_17 match 107 23984 24280 match_18 match 110 87566 88474 match_19 match 55.5 61781 61891 match_20 match 88.6 61963 62094 match_21 match 130 87671 88546 match_22 match 130 87671 88546 match_23 match 207 77796 78353 match_24 match 77.0 61775 61891 match_25 match 96.7 61963 62094 match_26 match 346 77796 78527 match_27 match 174 84353 84910 match_28 match 166 80337 80813 match_29 match 145 84335 84907 match_30 match 135 80331 80810 match_31 match 177 84344 84910 match_32 match 165 80346 80813 match_33 match 160 87884 89077 match_34 match 205 77805 78353 match_35 match 126 88031 88609 match_36 match 202 77796 78362 match_37 match 75.9 19545 19787 match_38 match 140 19213 19455 match_39 match 231 17890 18345 match_40 match 119 87638 88318 match_41 match 214 87731 89083 match_42 match 79.3 61775 61891 match_43 match 95.5 61963 62094 match_44 match 67.4 61748 61888 match_45 match 87.4 61966 62094 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_46 match 124 41906 41451 match_47 match 169 44355 44059 match_48 match 96.7 42145 41996 match_49 match 42.4 44500 44438 match_50 match 124 41906 41451 match_51 match 169 44355 44059 match_52 match 96.7 42145 41996 match_53 match 42.4 44500 44438 match_54 match 125 41906 41451 match_55 match 36.2 44500 44438 match_56 match 148 44355 44062 match_57 match 95.9 42145 41996 match_58 match 125 41906 41451 match_59 match 36.2 44500 44438 match_60 match 148 44355 44062 match_61 match 95.9 42145 41996 match_62 match 125 41906 41451 match_63 match 36.2 44500 44438 match_64 match 148 44355 44062 match_65 match 95.9 42145 41996 match_66 match 125 41906 41451 match_67 match 36.2 44500 44438 match_68 match 148 44355 44062 match_69 match 95.9 42145 41996 match_70 match 125 41906 41451 match_71 match 36.2 44500 44438 match_72 match 148 44355 44062 match_73 match 95.9 42145 41996 match_74 match 125 41906 41451 match_75 match 36.2 44500 44438 match_76 match 148 44355 44062 match_77 match 95.9 42145 41996 match_78 match 186 69190 68273 match_79 match 107 30373 30023 match_80 match 107 30373 30023 match_81 match 210 69199 68270 match_82 match 122 30376 30023 match_83 match 215 69193 68273 match_84 match 199 69208 68297 match_85 match 147 30376 30023 match_86 match 126 41906 41451 match_87 match 147 44355 44029 match_88 match 37.4 44500 44438 match_89 match 97.8 42145 41996 match_90 match 165 69199 68273 match_91 match 165 69199 68273 match_92 match 197 69190 68297 match_93 match 187 69187 68261 match_94 match 204 69187 68270 match_95 match 220 69190 68273 match_96 match 220 69190 68273 match_97 match 223 69193 68270 match_98 match 207 69190 68270 match_99 match 169 69217 68273 match_100 match 218 69205 68270 match_101 match 176 69007 68270 match_102 match 191 69190 68270 match_103 match 191 69190 68270 match_104 match 162 69040 68270 match_105 match 124 41906 41451 match_106 match 170 44355 44059 match_107 match 94.7 42145 41996 match_108 match 42.4 44500 44438 match_109 match 159 69193 68270 match_110 match 130 30370 30059 match_111 match 120 30373 30023 match_112 match 145 31320 31048 match_113 match 158 29832 29545 match_114 match 217 30376 30026 match_115 match 145 31320 31048 match_116 match 158 29832 29545 match_117 match 217 30376 30026 match_118 match 145 31320 31048 match_119 match 158 29832 29545 match_120 match 217 30376 30026 match_121 match 145 31320 31048 match_122 match 158 29832 29545 match_123 match 217 30376 30026 match_124 match 163 69202 68273 match_125 match 130 41906 41496 match_126 match 179 44355 44059 match_127 match 98.2 42145 41996 match_128 match 42.4 44500 44438 match_129 match 130 41906 41496 match_130 match 179 44355 44059 match_131 match 98.2 42145 41996 match_132 match 42.4 44500 44438 match_133 match 143 29832 29545 match_134 match 143 31320 31048 match_135 match 202 30376 30026 match_136 match 196 69187 68273 match_137 match 108 30373 30023 match_138 match 191 69190 68273 match_139 match 191 69190 68273 match_140 match 191 69190 68273 match_141 match 206 69208 68270 match_142 match 104 30376 30041 match_143 match 176 69190 68270 match_144 match 167 69193 68270 match_145 match 174 69205 68270 match_146 match 184 69205 68270 match_147 match 126 69112 68273 match_148 match 273 69199 68273 match_149 match 285 69190 68258 match_150 match 278 69190 68258 match_151 match 124 30370 30059 match_152 match 124 30370 30059 match_153 match 124 30370 30059 match_154 match 129 30370 30059 match_155 match 102 41906 41451 match_156 match 35.8 44500 44438 match_157 match 157 44355 44062 match_158 match 92.4 42145 41996 match_159 match 102 41906 41451 match_160 match 35.8 44500 44438 match_161 match 157 44355 44062 match_162 match 92.4 42145 41996 match_163 match 177 69190 68258 match_164 match 132 41906 41451 match_165 match 157 44355 44062 match_166 match 40.8 44500 44438 match_167 match 95.5 42145 41996 match_168 match 192 69190 68270 match_169 match 247 69193 68432 match_170 match 144 69193 68273 match_171 match 208 69199 68270 match_172 match 122 41906 41451 match_173 match 169 44355 44059 match_174 match 92.8 42145 41996 match_175 match 42.4 44500 44438 match_176 match 223 69190 68270 match_177 match 232 69211 68273 match_178 match 232 69211 68273 match_179 match 182 69199 68273 match_180 match 212 69190 68270 match_181 match 137 31317 31051 match_182 match 157 29832 29545 match_183 match 216 30376 30026 match_184 match 126 41906 41496 match_185 match 181 44355 44062 match_186 match 97.1 42145 41996 match_187 match 44.3 44500 44438 match_188 match 172 69217 68273 match_189 match 211 69208 68291 match_190 match 201 69193 68288 match_191 match 202 69193 68291 match_192 match 191 69217 68291 match_193 match 150 69139 68273 match_194 match 191 69193 68270 match_195 match 106 30376 30044 match_196 match 106 30376 30044 match_197 match 127 41906 41496 match_198 match 179 44355 44059 match_199 match 98.2 42145 41996 match_200 match 42.4 44500 44438 match_201 match 209 69199 68273 match_202 match 209 69199 68273 match_203 match 216 69190 68270 match_204 match 226 69190 68270 match_205 match 244 69190 68258 match_206 match 182 69193 68273 match_207 match 150 69199 68270 match_208 match 152 30376 30023 match_209 match 152 30376 30023 match_210 match 166 69187 68273 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.939186870362602 26177 26177 SNP_2 SNP 0.89839029389963 63511 63511 SNP_3 SNP 0.883999177919434 84316 84316 SNP_4 SNP 0.999992698727319 84958 84958 SNP_5 SNP 0.971914586465659 84966 84966 SNP_6 SNP 0.998338268220059 84996 84996 SNP_7 SNP 0.999999989815399 84999 84999 SNP_8 SNP 0.773972989149485 85008 85008 SNP_9 SNP 0.999999813059141 85015 85015