C02HBa0172H10.1 GCATGCCTGCAGGTCGATAACCGGTGCAGCGACCTTAAAATTATTAACAGCAAAATTGAA GCGGAACCTAAACTCGTGACTAGGGTTATATATTGCTTTAGAGTTTTTACTAGTAGTGGT CATGTTGAGAGCAAAATCAACCGGATGAAACACAAGTTTAGACGCTTTCTCTTTAGCTTG AACTGCTATCCCTGCTGCGTCCTTTGCTAAATCCCCAATGTTAGCAAATCTGTTTGCCCA ATTCGGTAGTTTTGGGACCCCTAATTTCTCAAGGAACTCATCGCAGAAATGCTTTGAGTT CCTTGACACCATATTGTATTTGCTACCAGGCCATGCGTCGCGAAGATCTTTTAAGATCTG ATTGACTTTGTGGGCAGAGCACTCTGTTCTGCCCAATACAATCTTTTCGCGATACGTGTA ATTGGGGTTTTTAGTAGCAGGGCAACTGAAAACCCCGCTGCCTATCACACAGGACCCGTA AGCCCATTCAACGTTGTCGTAAACTTGGACGGCAGTGTGGAACATGCCGCCGAAAGAGAT GGTGTCTTTCAGTAGCCTGTTCATTTGGACTACGCCGAAATTTACTGCGTCTTGCCCGTC ACTTTTGGTTAAGTCGTAAACATGGAGGATCACTTCTGCCATGGACGATCTCAAAAACTA TGCTTTGTTTGTGATCTGTTGATCAGTGCAATGAATGAGGTTTTTGGGGCTATTTATAAG GGCTGCTTGCTTGCCATTTGCTTAATTTGCAGCCTTTGAAGACAAAATTCTTTGAGTTGT GGAATTTGGGGCCTAAAGAATTGGGTTCCCACTTCCCACGTGTTTTGAGATTTATGGATG GAATCAAATATACAGTATTCGATTATAGAGATAAATTCAAGATATTTATGATATCAAATT GGTATTAGATCAAATTATTTTTAGTTATCAAGGTAACTAATAGCGATGAATAATTAGAAA TTTGAATTTTTCTAGCATGTCAGTTGAATAAGATGATATTGTAGATGAAATTTTATACTG TTATATCATACTATAGATGAATGTGTTTTGTGTTTTCTTTTTATTGGTTTAGCAATCGAA GAGGAAAGGAGGAAAATTGTTGGAAACTACATATGTTTTAGGAAAAAAAAAATTGCGAAT CCTATTCGGGTTAAAGCGAATAATCGGATAAAATCAAATCAAATTTTTATATGGATTGAT TTTTTTGGATTAATAAATTATTACTTTGGTTATGTTACTAATTAGTGACATAACAAAATA ATCAAACCAAAAAAAGCTGAATAGAATAGAGGAAAACCAAACCAAATCAAATCAAATTTT TATATGGATTGATTTTTTGGATTAATAAATTAATTATTACTTTGGTTATATTACTAATTA GTGACATAACCAAATAATCAAACCAAAAAAAGCTGGATAGAATAGAGGAAAACCAAACCA AATCAAATTTTTATATGGATTGATTTTTTGGATTAATAAATTATTACTTTGGTTATGTTA CTAATTAGTGACATAACCAAATAATCAAACCAAAAAAAATTGAATAGAATAGAGGAAAAC CAAACCAAACCAAATTTATCTGGATCAAATTGATTTATACTTTTACAAAATTAAAAATAA AAAATTCTGAATAAAATAATATAAAATCAAATTAAAAAACCAAGTACACACTCAATCTTT GGGAGATAAATGATCACCCTATAAATAATTTATTAATTAAATAAATTTCAAATTTAACAA ATCAAATCAATGAGAATATCTAATACTTCAATCTTGCGTCCATAATATTTAAATTTAAAA TCCGCCAGTCGCTGTGTGACTTGAATTGACGTCGAAGGCAATGGAATATGAAATTGGATA AAAAGAGGGTAAATATGTGGATAGCTATGGAATAATGAGGGGCAATGTGGTCTATTTTAA TTGAATATGATTCTAAGCCTTCTTTTATTTTCAAAAAGAAAGATTCTTATTATTGGTTGG TTGTGTTAGAAAAGAATAATCCTCAAATGAATTTTTTGAAGGATTTAAGAGGATTTCTAA TAAGAAATTTTTATAATTGACATGTATAAGTCTAACTATTACTCCTATTAGTTATGAAAT TATTTTTTATGTTTCAAATTTTAATATTCGGTAAATAAAAAAATTGGAATTTATATTAAC AAATGAATTATAATAATAGTACTGATAATTAATAATAGACATAAAATCAGGTACCTTAAC AAAAAAAAAAATAATTATTTTTCTTGGTTAGCTTAAAACAATTAGTAGTCTTTTCTCTGA CTTGTTAATTGTCTATCAAGACAAATGTTATTTTTTTACTCAATATTTTTCAATTTTTAC TTTCAACAATTTTTAAAGGTATATTGTTTGGATATAAATTTGGTATACTTAGGGTGTGTT TGGTATGGAAAACAAGTAGATTTTGGATTTATTTTCTCCTGTTTAGTTGGTGAGTAAAAA ATATTTTTCGAAAATGATTTTTGTTGTTTGATTGATGAATGAAAAATGTTTTGAGAGACA TCTTTTATTTTTACTAGAGTAAAAAATAATTTATGAATTTGTATATAACTGTAGTGAAAT TGATATATTGTTTAGTTTATAATTAACTTGTTTGAATTTGGTACTCTTTTTATTATAAAT TTTGTATGGGCCAATGTTTACTCTTTGGAATGAGTATAAAAACATGTGTGCATTTGGTAT TACTATTTATATAACAAAACACAATTAATCAATATTCTGAAGATTGAACTAAGGTTTGTG GTATTGACTATTGAGTTGTACTCTACTACCGATGATCGCTTTGGTTTTGTTGAATCGTTT GATTTCTTGTGTATTGTCAAAGAAACTATGTAACGTGTAGATATGATTGCTTTTTTTTTT TTAACGAGAATAATGTATGTTATGTTGTATCATTGCAAAGTGTAAATGAGGTTTTTAAAC TCATTATAGTCAATTTGCTCATCTGATTATTTCAATTCGATTACGTATTTGTTACTTTAT TGTTTTATTTTATTCACTCAATCAGAGCATCTACGAAATATATATTTTTATCGTCTTGCT ATTTACTCATCGCTACATCCATGTGAAATATCACCCGACATATGCTTTTCATGAGAACAA AATAATACAAAATGTGTCAATATTCACCAGATCACAAATATAGTGTTGTTCAAGTAAAGA TAATTTAAGAGATAATATTTGAAATAGTCACTCAATTATAAAAACTTTTCCAGAAATTTA GTTAATTTTGGTTTTAATTCAAAGTTAACTTATTTATGAATTTCTTTTCCTTAAAAAGTC ACCCAATTTTGTTTTTTTTTTTTAACTCAAAACCCACACAATTATAAGCGTTTTTCTTAC AAAGTCACTTAAATTTATTTTTTTTTAATTCAAAACCTACATAATTATAAGTGTTTTTCT TACAAAGTTACTCAACTATTAATATTTTATTTTAAAGTCACTTGATCTATTTAATTAATT TTTTTAATTTAAAATTTGTTGTTATTTCAAACAAAAATTTATTCACTTAAACTATTTAAT AACACTTTTATTTTACTCTTATTCCATTTTTTTAAAAAAGAGTCAGATCATATTTTACAT TTTGTTTACCCTATCAAAATCAGGTTCACAATTTTATCCTTTCTATTCATATAGTTTTTT AATTAATATCAATTTGATATGGTATGTTTTCTGTTAATTTTCGATCAAATAATGAACGTT GGATAGCTATTCTTTTAGCAACTGCACGTATATTTTTTAGGTGAGTTTCTCTGAATTCCG TGAAATTGTAGTGATTTGAGATTGGATCATGAAACTTTTTTCCTTTCGGATCTATTTTAC TCTCTATTTTCTATATTTGGAGAGTAAAATAGAGGATGAATTTTTCAATCATCCTGAATT TTACTTTTTATTGTCTATATATAGAGAGTTGAATAGTAATTATCTAAATTTGAAAAATTA CTATTTACACTCTCTATTTCACTTTTTCACTATCTTATTATTATTTTGTAATAAATATAT TATTTTTCAATTAAATCTAATATTTGTTAATGTAATATAATATTTTTGAAATATATACTT TTTAATATATAATACTCTTATTCCAAATTAATAATATTTCATTCTCTTATTTTTTTTGTC AATTTAATATAATTTGATTTTGTTATTAATTTTCACTATAAAGAATACACAATTTCAAAT AGTCTATAATTTTTCAATATATTCGTAATTCACGTTCTCAAAGGAAGAAATATTACACGA TAAAGCAATAATCGAGACAAAAAGATGTTGAACGTATATTTGGAAGTTTACAATCACGTT TTGCAATAATTTTAGGATAATCATGCTTTTGGAAAAAGGAAGTGCTACAATGATATAATG ACTACATATATTGTATTGTTCAACATGATAATTGAGAATGAATGTGATCTTAATGCATCA ATTCAAGATTTTCGAGAGGTTCCAATTGTAACGATAATAATGGTGGTAGATGAAAATCTT CGATCTAAATAATTTTTAGCTAGACATAGAAGAAATTACAGATAAAAATGCTCATTTTGA ACTCTATAATGCGTTAATAGAGCATTTATGTGAGCAACATAATAATCTTGAAAGTTGGAT ATTTATGTAATGCCTTGTATAATCATATTTCATTAATGATTACACTTTTATTTGAATTGT TCATTAATTTGTATATTATGTAATATTAGCTTTTAAGATAAAATTTTTAGAAAAATCAGA ATATAGTATAATTTTACACTAAAAAAAGAATTTATCAAAATAAAAAATTATATTTCATGA AAATTAGTAAATTGTATAAAAGTGATTATTTCAAAAGAAAAAAAGGATTTATATTATGAT TAAGAAAATAAAAATGAAATAGAAATAATAATATAATATTAAAAGTAAGAGAATTTTTTT TTTAATTAAAGAGTAAGAGAATTGGGTCGTATAAAAAAATAGAAAATTTGAAATTTAAAT AATGAAATAAATTATAAAGTTGGAGATGCACTTAGTAGAATATAAAAGTAAATAAAAGGG TCCTTAAATGGTTTAAACTTTGGATGAATATTCTTTTATTTAAGTAAAATACTCATAACT GTAAGTAAGTATTTATTTCAAATAAATTTATTCTCAAGTGTATTTACAGAGGCAAAATAT ATAAAGTATTGGACAAACAATTTCTTACTCGGAGAAGGAGTAATTGTAAAAAATGTGTTG GCGGTGGAATGATCCTCTTGAGAACAAGTGTCTTGCCACTTGTCTTATGCTAAGCATTTC TATTGGCTGATATATTCCATTTAATTAGATAATATTTGTTTAATTTTGGAGAAACATTTT ATAATGTTAGAACTAGATAGACTCGAAACATTAATTTTCTACGCTAATATTATAGTAATA TTCATCTTATATAATAAGTTATATTATTATTGTAAAATATTTTAATTGTTCACCTAACAC TGAGTAGAAAAATCAAAAGAGGATTAGCACTGAATCCATTTTCTGATTCAATAATGGAGC TACAACTTTTTCTTGCCACTTTCTTCAGCATATTGCTTCTCATTTTCACAGTGAATTTAT TGTCCAAGAAAAGAAAATCAACTCTAAACTTGCCTCCAGGTCCATGGAAATTGCCTTTCA TCGGAAGCATTCACCATTTAATTGCTAGCCAATTACCTCACCATACTCTTAGAGACTTGG CCAAAAAACATGGCCCCTTAATGCACTTGCAGCTCGGTGAGATCCCTACGATTGTTATTT CGAGTCCTCGTGTAGCACAAGAGGTATTAAAAACTCACGATCTCGCGTTCACGAATCGTC CTGGGCTGTTAAGTGTACAGATTTTGACTTACAACTATTCAGACATCGCGTTTGCACCTT ATGGAAATTACTGGAGACAAATGCGAAAATTATGCACCTTGGAACTATTGAGTGCAAAGA ATGTTGTATCATTTGCCTCTATTAGAGAGGAAGAAGCATTCGATCTCCTTCAAGACGTTG AATCAAAATCTGGATCAGTTATTAATCTTACAGAAAAGATATACGCTCTCACAAATGCAG TAATTTGTAGAGCAGCTTTTGGTAAGAGGAGAAAAGAAGAATCAACATATTTCATGTCTT TGATAAAGGAATTATCATTAATGATAACAGGTTTAGACCTTTTCTTTCTCTTTTTTTTTT TTTTCAAAAAAACAAGTCTCTGCCCATTAACGAGCCTGCCTTCTGTACGGTGTTTTTTAG TAGTGATTGCATTTTCCCCTCAATTATTTACTAATAGGTTTGGACATAAGTGAGGTGTTT CCTTCGCTGAAGTTTCTGCAAGTCATTACTGGGACTAAAGAAAAATTATTGAAGCTTCAT AAAAAGTTTGACAAGGTGCTTGACATGATAATAGAAGAGCACAAGCACGAGTATGATGAT GAAGAGTCATCAAGGAAAACTGATTTGGTTAATTTGCTATTAATGCTCCAAGAAAGTGGC ACTCTTGATTTTTCCTTCACTAGAGACAATATCAAAGCAGTCATACTGGTGACAAATTTC TTTGAATTTCTCAATGCATATTCACGTGAACTCATAAATTAGTTGTAATTATAAATGTGT ATATATGCAGGACATGTTTTTAGCAGGAACTGAAACTTCAGCAACCGTTCTCGATTGGGC TATGGTTGAAATGATGAGAAGCCCTAATGTTATGGAGAAGGCACAAACAGAATTGAGAAG AATCCTCAAAGGAAAAAACAGAGTAACAGAGAATGATTTGAAAGAAGTTAGTTACCTAAA ATTAGTAATCAAAGAAACTCTGAGGTTACATCCACCACTTCCTTTGTTACTTCCAAGAGA ATGCAGGGAGGAATGTGTGATTGATGGATATGACATACCTATTAAAACTAAAGTAATAGT GAATGCTTGGGCAATTAACAGAGATGCTGAATTTTGGGAGGATTCTGAGAGTTTTACACC AGAGAGGTTCATAAATTCTGCAAGTAATAATTTGGAATTTATCGGACAGAATTACGAGTA TTTGCCATTTGGTGGAGGAAGAAGAATGTGTCCTGGAATTTCATTTGGTTTATCAAATGT TGAGCTTCCATTAGCTCAACTTATCTACCATTTCAATTGGAAGCTGCCTAACGGGATGAA GCCTGAAGATGTTGATGTTACTGAAACTCCTGGTTCTAGTTGTAGTAGAAAATATAATTT GTGTGTTATTGCTACCTCTAATGATCACGGGATTTGATAATTACAAGTGTAATTGTGGTT GTTTTTCTTTTGTTGAGAATAATGTATATTCAGTATATCTTTTTTATGATGGAAGAGTGT TTGTTTTTTTAACTGTGAACTATACTTTTATTTAGAAAACTGCGTTATGTTAGAGAGACT ATGTACATAATCGGAGTTCCCATTCGATTCACATGTGAAATCGGAGCGGCTGAGTTTTTT GCAATTAAAATTATTGATCAACTTTCATTGTTTGGCTGATGAAAAATAAATAATTAGTAG CAATAACTTTTTTGTAGCTGTAGTAGGACATTTAGTTTATGTCTACTTGCTACATGTAAT AACGAATAGCTGAAGCCTGATGTTACTGAAACTCCTGGTGCTAGCTGTATTAGGAAATTT AGTTTATGTCTACTTGCTACATGTAATGATCTTGGAATATGGTAATTAGAATATTCATTA GGACAAATAAAGAATTTTGCACCTACAATAAAGGATATTTATAACCAGACCCCTAAAATA ATGCTGCTATGACAACTCTGTATGCAATGAAGAGTCTCTAAATAATTTTGTGACAACAAA TCTTTTCACTAAGAGAAAATCTATTGCTCTTTTGTTGTACTTGGAAGTATGATGAGTTGA GAATGGGAAATCAATGCTGCAGCAAACAGCAAGTAAAGAGAGGTCTTTGGCCTCCAGAAG AAGATGAAAACCTCATTAGAAAAATTTACAAAGAGATTTTGACTGTTTCTTTATTGAGTT TGACGGATTACACAGATATTGAAAGAGCTGCAGTCTGAGGTTTAAGGCAAGATCTGAAAA GGGATTGTTTTAGTGAACAAGAAGAAATGATTATAATTGATGGGCACAAATAGCTAAGCA GAAAAGGTGTAAAATTATATTGAGATGAAGAAATACAACAGAACAGAAAGGAAATAGGAA AGATCAACAGAGATCCAATACTGCTACATAAAAAAGGAAATTATATTTCATTATCATTGA ATCAGTATACAACAAACAAACCCATTAACTATCAAGCACAGGCACAAGGATTATCAACGG TGACATCATCCTCATCGCCGATCCTGAACAGCAAATATCCGATCGCCAAACCCAGAACAA TAGCAACAAAAACGCCGCCGTTGAATGACATAACAGCCAACATAAGCATATACCCAATTG CCGAATTGATCCCAAAAACGATCGCCGTAGCGAATCTCGCCGAGTTCCACTTACCGCCGA CGGTCGGGAAAGTGTAAAGAAGGGGAGCATTCACAGCGGCGCTAGGCGGCGAAGGGTAAT TCCTCCTGAAACTGGCAGAGATAATCCTGAATCGTTGACGACGATCTTCCATATACTGAT AAAATAGGGCGAAGATAAAACAAGCAAGTAAAGTAATTGCATAGCTAGCCCATGAATCAG TTCTCCAGAAATCGAACAAAAGGGTTACTTTTTTACCCCAATAAAAGGTCATGTGCATCA TTTTTGCTTTCCGATTTTGAGTTCTTGCCGATTTGGGTTCTTGGAGAAGATGGGTTTACG GAGAAAATGGGTATTTTGTTGATTCGTTGGGCAAAGTATGGGCCTTTTGATATGATTCGT TCGATTCGATGATGATAAGGTGTGACAGAATGATGAGAATATAAGATGAAAGAAGAGGAG AATTGGGTTTAGTTTGTGTAATGTGTACTACCTTGTACTATACGTTTTAGGACAGTTTAT ACCTATCCTTTTAAACTTGTACTACTATTTTCCTCTCATTTAGGGGTGCTAAAATGATAA AAAAATCTTCATTTTAAATGCCCTATTGGTTTTAGGTCCTTTTTGCCAGAGCTTTATTGA GACACGTTTCGGATTCAAATCCTCTCGATTATTAGAGAGCTTTATTGAAACTTGTCTCAG ATTCAAGTTCTCGATTCTTACTAAGGGTTATGACCTTTAACTTATTGAAAAGTTGTGACA TTTTTAAATAAGGTACAATAAATATCTATTTATACTATATTTTGTTGTCTAATAGAACTA TAAAAGGGCTTCATCTTATTTTTCAACAACGTATTTAACAAATTCTTGACTTTCTCTACT ACTAAATTTAGTATTTTAAGTACATTTTATTGTTGTTGATTGGTTCACTGACAACGTGAT TTAGGTACTGATACACTGGTTAGTAAAATCGTTTTATTCTGGGAGGATATATTTCATTAA CATTAAATACTAATTGAGTGACTAATTTCCTTAAGAACACAATATGCATTCAGTAGGCTC AATTTTTTCTTTGAAAAAAATAATTTGTATATTATTTCTAATCTGTTTCATATTCTTTTT CTTTACTAACTAAAATTTCTAATTTTGAAAATACTCTTTAATTCTTTGTTGCTTCTTACC AAGTTTTTCAAAGTTATCGTACTAACTATTTTAGTAATACTGGCTGAACAACATTTACCC CAATGTGAAACTTGTTTTAGGTTTGAGTTTGGATACACATTTATTAGAAAATATATATTT TTAAAGTTATTCATAATTCAAGAACGAAACTAATAATTTATGTCAAATTTAAGATAGTTT CAATAGTTACCCAATAATGGCGACATCTAACTAACATAAGTGTGTATATAAGGAACCTTC GGTTTTTTTTTTTCTCTAGCAAAGATCACGAAGATCTCCTTTCCTGTTAACATTTTTGTA TCAAGCAAATAGTTGCTTATATTATATTAAGAAAGAATACTAATTAAATTTCATTCAACA ATTTTAAAATACATAATTTATCTTTCCTAATTAACTTTGAGTACGATATTATTTATGTCA ATCTGGAAACAGTTATTAGGACTAATTAGAGTTGAGTCAAAGAGAAACTTTTGGCATGAT TTTGTCTGTTAGCTTGGGTCAGAGTTTTAATAAAGTTTTAACTTCAAAGCTAGTACTAAT AATAACATTACTATTTATTTTTTTAATGAAAGACTTGTGAATGACCTGAGCACGATCAAT AGCTTAATTAGACAATGCTGAAATTGTAAAAAGATGATTAGACTCATCTTCTCTTCCTTA ATCACAAAATAAACAAGTGATGACGGGTTGCTCTACTCTGGTAAAATGCGCCGGTGTATA TTCGACCCGATTTCGGAGTCACGGATTGAGGGGCTAGGCTAAACGCATTGGGTCGGTAAA CGAGCCCATCTACTAGTTCAGATCTCGGCCCATTGTGGCACGACTCCGTTAATAGTGAAA ATATCTAATTACGTTAATATTTCTATCATAATTTATTTATTCTCTCTAAAATTCAACGTA ATTACAATTTACTTCACTATTTAATAACTTTATACCTGATTTGATGACAAAATATATGTA AATCACACTAGATATACATTATATACATGTATCTGGAGTTATTCACATTTATCTGGAATA CCAAATACGTGACTGAAATACGAGAGTGGTAAGCGAGATTTTATCTATCTATCCCAAATA TATGTAAATCCACTTGGATACAGTGTATCTAAAACAAAATACATTTAATTTTGATCACAT ATATCCCGAGATACATGTATATAAATGTATTTGGACACACCAAAATCTGATAAAATATAT AATATTATACATTAGCATGTAGCTAAGTAATTAATTTCTAAACTAGTAAGATTACCATGA TAGATAAGCTAGTATTAAATTTGAAAGAGCAAAAAAAAAAGAAAGAAAAGGGAAATGTAA ATACAAAAAGGTGATGTCGTTGCCTTGAAAACAAGGAGTTCAATGGAGAAGAAAACAAAT AAGATTAGTAACAAAGGAAGGAAGAAAGATCTAAGAAAAAGTGTTTGATAGCTTACAGGG TAAATTAGGGGTGTCAAAACTGAATCCAAACATATAAGAAGATAGCTCACAGGGTAAATT AGGGGTGTCAAAACTGAATCCAAACATAGGTAATCTGTCTAAAATTTTAAGGGTTGGGCT CAAGATAATTTGAATTAGGTTCATTGTCAATTCATTCATACTTAATCCATTTGAAGAAAA TTCTCAATTGAGCCCAATTCAATCTCCAATTCCAACCCGTTTTAAAACTTATTTTAGATA TGTTCCCATATTGAAGGTATGAATTATTATCTATTTAACATGTTTTAGGATTTATCTATC AATTTGTTACTTTTTTAATAAAAATTTCTTGAGCGGGAAATCAAATTGTGATTATACAAG TTAAATATCAAGATGTTAAATTATTGAGATTAATCGGATCAAATTGGGCGAGTCAAGACC CAATACGTTTTTTAGCTCATTGAATCTAATCAATTTGAACCCAAAGTGAACTTGGGCGGG TCAAGACCCAACCCAATTGCTATTAAATCCATTTTAATATTTCAAATTTCAAACCAACTC GCACATTTAACATCGTTAGAAAAATAATAAAAATAATACATTATAAAAAAATCAGCTCGA CGAAAAAGACCCTTCTTTTTCTACGTACTATCCTCAGGTTATCTCCCAACCACCACACAA AACTAATAGTATGATTGTATCTTTTTAAATTCTTAATTGTTACAAGTTATAGCTCTTTTA TATATAATTTTAAATATACAAGTTCAGTTTTTAAAAATCATAAACATTGTATGTTTAAAT ACACCATTAAAATAATAAAATTTAAACTACATTATGTAAATTAAAATGAAAGAATTGGGT AGTACATAATTTTTTTCTATATTACACTCTTTATATCCACGATATGACTACTTAATTAAT AACTCAGATAGACTCTTTAAAAAGTTAAATAGATTACTTCGAAAGATATTTATACATTAT GTTTTAACTTATGTTAGTTTCTTTTTGAAATATTACTTTTTTTATTTAGTAATCTTTTAA TTTTACTATCACATATTATATGTTTATGATCATAAAATGCGAAGACTATTATGTAAGATC GTAATTTTTAAAAAGAAAATTCTATACTTTCCTTGAATTTGTGACTATAGACAACCAACC AACTTTAGATTTTTTAAATTTTTTTTTTTATGATCTCAACTAAATTAAATATATGTATAA TATATCAAATATTATTTAATTTTTTGCTCTGAAACACAAAGTAAATTTACTATATTAAGT AGACCCTTTATATAATGATATATTATCAAACTTAAGAAAGTAAAATGAGGATATCAAATT AGGTAGATAAATACAATCAATAACTAAATAAAAGATACCACACAAATAACAAATGGGCGG AAGGTAGTATATATTATTATATTATATTATATGGTCAGCCTTGGTTGAGTTGTCATAATT GTATGCAGTCTTATCTTAACAATCTCTGTTCCCTATAATTTCCCCCTTTATATTAATCAT TGTGTTACTTACACTTTTTGGCTCACTTGGTTAGACTCCATTTATTATTTCTATAAAGAA AAAAGGCCAACCATGCATTGCTTTTAACATATATATATATATATATATATATAGCTAGCG TTTGGTAGATTTTCAAATATTCTTGGCAAATATTATTTGAGTAAAAATTTGAAAAATATG ATTTATACACACAAGTTTTAAAAACTATCAAAACTAACTAAAAGTCTGTATTACAAGTCA ATTGAATGTTAGTTACAACAATAACAAAATAATGTCCATGACACTGAAGCAATGTGGTAA TTTGGAGTGAGTGCAACAAGAATTATTCCATACATCGTGAAGTAGATAAAGTACATGACT TTGTTACTTAACGCCAATTTTTAATAATTTTCATCAACAATCATATCATTATTTAATATT CACTAAATATTTCATCACTATTTTGGTGTTCGCGTAAAAAATGATGTAATACAACGCAAA CAAATACTAGAGAGGGTGTTTTTGTAAAAGATAAAATATTGGGGTAAAATTTTAATTTTT AAAATATCCCAAATAATGATATTTGGCCCAAATACTAGAACTAGTATTTGAAAATTTAGG ATATTTACCAAAAATATTTGCCAAATAATGACAAATTGTATGGACAAACATTATTTGCTA AATTTTTCTCAAATATTATTTGGAAAATTTATGGCCAAACGGGCCCATAGAGTGAGTAGT AATTAGCATAAACCTACTCTTTTGGTTGCTTGATCCATGCAAATAATTAGGGTCCTGTTA AGGCAGGAATATGAGTGGGGCAGAGGCGGAGCTTAGTGAGATTTTGTGAGTTTGAACAAA TTTAATAATTTTTTTATAAGTTTTATATTTGTATTTTAGAAAATTATATATATATATATA TATATATATATATATATATATATATATATAAACTTGTAAAATTCTAATAAATTTGATCGT TAGCTCAGTGAAGGTTTTGTGGACACATTCATACAAAACAAAAGCATTCTTTAAATATTT TTTTCTTTTATTCTAAAAGTTATAATTTTTAAATTTTTAATTCTGACACCGCCTCTAGAA GAGGAAAGAGGTACGAATTTAAAGTTAATTTTTTATATTCATCATCAAATTAATAATATT CAAAAAAATATTTGTTCTATATATATATTGTTGTAATTCGCCCGCAAGAGCCAGTTGCCT AAGGTGTGGCCTCATTTAATTTCAAGCAATAAGAAGTTATAGATATTTTAAAAAGAAAAT ATTAAATATTATTTGTAGAAAATATAAATTTCTCTTTTTCATATACGAAAATTAATAGAA AATTGTCAAATCTAAAATACTATGTCTAGGAAAGATTAAATGGACAAGTTATAATAAATT TCATTAAAAGTAAAATTAAATTTAAAGCCTTCCTTCAAATTTTACTTTTTTGTAAATGCT CCGAGTTTAATTAATAACTAAATGTCACTCTCAATTTCCACTATAATCACAAATATTTGT CTTGTCTTTAATATTTTAGGAATAATAGGAAAATTTCTGTTGCAAAATTAGTGAACAATC CGTGGCACTAACATAATACTAATTAATTACTAAACACGGTTTATTGAATAATACGTACAG AGAAAGTAAGATTTGTCTTATCTTTTTGGGCATGGTGGTGGAAACAGCATACATTTTCAG CTTTATCAAAGTGAAAATTATTTTTTTTTCAAAAAAAATAAATAAATATTGAAGGATCCT GGCATTTAAATGATGAATCAATAGATGCATTTTTGAAAAGATAGAAATCAAATGTACTAC TAATATATAATTACTACTTACAAATTATATTGAATTTCATGAACTTTGCATTCTCATTAC CAAATGATTAAATACAATCATAACAAAAATTCTCTTGTATAGATATCGCAAAAAAGATAT ATCATCATCAATTGAGACCGATTATTCAGATAGATATGTTAAACTAGTGAAAATCACATC AATATTACAAAAATTGAACCAAAATCATAATATATTCCATATATATATATAAAATGAGTA AATGTATACATATATTTAGAAAAACACAAATTGAAAAGGTTACAAATCAACTAGAGAATT AAGAAGATAATAAAACACCCCCCCCCCCCACCCAAATGATAATTACCTATTTGAAATTGG ATTTGGACCACTAGGAACTTCATGAGCACTAACATTCAATGATTTGTCTCTCCATTTTTG AGATTGATGATTCTTTCCTTTTCTTCCCAATATTGTACTTGAAACTTGATCTTCTTTGTA GTTTCTTCTTTCACTACTCAAATTTTTGGGAATGTTCTTCTTGATTGCATCATGATGATG ATCACTCGGTTCGACTTGTCGATTATCAGACATAACAATAGTAACAAGAAAGAAGAAGAG AGTAAGTAATGAGATAATAATGTTGTAGAGAGTCATTTTACAAGTGATAATGAGAGGCTA AAAAGTCATCCCTAGCCATAAATAAAAAAATCAAGAAGATAAACTATATATTCAACACTT ATATATAATGGTTGAGTCGTTAGGAACAAGAAGGATTGATTTTACCTTTTTTTTTTAATC AACACGAATCACGATTTTATTGTCACTAGTAAATAATAAAATAAAAATTACAAATGGAAG AAGGTAGACTAGACTTTTTCATGTGAAAACCCTAAAAAGACAAAGCTAATTTAAACTAGT TTTTGAACATTAGAGAGAAAATAAGAGAGAGAGAAAAAAAGGAGAGAATATAATCTTGAC AGAGATAAAGTGGAAAGGAGAGATATAAATTACTTTATCAATGTCTGGTGACCTTAAAAG ATTACACAAAGAGAGAGAGACAGGAAAAAAAAAAATTAGCTCATGACTTAGTATCCGAAA TTCGTATATTTGATTCAGAGTCGAATTTAAATTTTCATATCATATTATAAACACTCGAAT ATTTAACTATAATAATAACTCACTATCTATAAAATTTCTTCTTCTTTTTTCAAAAAATTA AAGAAAAGAACTCTGATTAAGGATGATCAGATCGATGAATCCAATGTATATTGTTAGCTA GGTGGGTGGGGTAAGTATTTCGTCTTTTAGTAGAAAAAACTGAATGAATGGAGCCAAAAG GTGGTGTAGGTGAATGAGATAAGCAAAAGAGACGTGAGAAGAGACATGCAGATGCTAAAT ACTGAGTCAGTGCCTTCTTTGGATTTTTGGATCATTGATGCAATTTGTTACGCAATTTGG ACATTATGAAAATGGACAAATTTTATAAAAGGGACAAGAAAAAAACCGTGGGGGATAGGG GAGTAACATAAGCCAGAAAATTTGGTCACAGATTTGAAGACAACAGTATTTGAGTAGACA TAATTATCTCATAATTAATTAAGCTGCCAAACAGGAAAAAGGAAAAAAAATGGTTGTTAT AGAGCAATAATAATAATTTATAAATTTGATCATTAATATATATAAATTGGTCGGTTAATT TATTATTTGAAGTCCTTTTTCATATGCTTATACTTTTTGCCTTTAAATTAGTGTACATTA CTTTCTATTCAACCCTCCTTTTTCTTTTTGTTAAGGTATGTGTTGGTTTCGTTGATTAGC TCTATATATAATGTATAATAGTGTATATACACTTTTAGACGTTATGTTATACAATTTTTT TGGAAAAAACGAAGAGGGTTCTACTTTGGGGTTACGGTCTGTAGCTCAGAACTACAGATG ACAGTGTCTTGGTTTACATTCATTTTCTAATGGATAACTTTTCACGTGACATGTTTAAGG CCACAAAATTAAAAAATAATTTTATATATTTGCTCTCTCTGTTTCAATTTGTTTGACCTA TTTTCTTTTTTTAGTCCATTTAAAAAAGAATATCTCTCTCTCTTTTTAGCAACTTTTTAG TTTTACCTTTACACATAACATGTTCAAGACCACTAAATTAAAAGATATTTTGATATATTT AACATATCTTTAATTTAAGATCATAAAATTCAAAAAAAAAATCATTATTTTCTTAAACTT CAAATCAAGTCAAAACATAACAAACAAATTGAAACAGAAGAAATATTATTCTCCTTCACG GAACTTAGGAAAATTCCTCAATTAATTGAAAGTACATAATTTTGATAGAGAATTTATCGA TAGCTTAGCACGATTTTAAAGTTCATACCAGCCTCTTCATTAATATTCGAACTTCAAAGT ACAAATTTAAATATTAATATAGTAAAAACCCGGGAAAAAAAAAGAAACAAACTCGCATTG ATAGCATAAGAAATTAAATCTTTTACACGATCAATATATATTAATATTTAGTAGGGGCGT TAACACGGGAACAAGTGAGTCGGACTTCACCATCATTGCTAAGATAATCTTGAATATTTC CCATCTTGACCATAGATGCTGAAAATAGGCTTCCAAATTCATCTGGTTGAGTAGCCAAAG CAGTGACAATTGGTGCAGTTCTTGAATCTTTATACAACAATTGATCAGTCAACAAAAGTC CCATTCCCTTTTGTAGATTTTTGTAGTATTGAACATCAAATTTCTTTGGAGTAACAGCAT CAAGATCAACATATTCAGATGCCCATCTACATTTTCTTTCCAAATAATTTAAGTAGAGAT GATCAAGTCTTGTATCTGATTTCTTAGTCCCATTATAATTGTATAACCTGTATTGTAGAG ATTCACATGTTGTTCTTCCAATTGTGTGAGCTCCTACATACATGTAACACATAAATTAAA ACAAAATTGATATTAAGTTATATAATCGCAACGAAACTAGATCTTCTGGAATCATATTGA ATATTTAACGATACTTTTATGATCATTAATGGTAAAAATTTGCTAGCTCAATTCGAAATA AGGATATATTACTTTTGATCCCTCGTTATCTAACGTTCGATTAACTAAAATTTGCATTGA AATATTATTTGACGTTTTAGACTATGATTAGATATATAACCTAACAATTAAAAATTTAAT AGTGCTAGAAAACATGGATAATGGAAAAAGTACTGACCAGAGAGGACAACCAAGTCGAGA ACATTTAATCCTTTGGATTGGAATAATTCAAGTAAATCAGTGACTACTTCGTGACCCATT GGGACTAATTGATCAGCTTCTTTAGCATTGGAAACTGTGCCATCCTTCCTGCCATATGGA ACCATCCAGTAAGGACCACCTACTGCAAGTGTGGCGTCTCTTGCGGCTACGGTTAAAATA TCAGCACAGGATACTGTTTTAGGACACTCTTTCTCCAATTCTCGTTTGATATCCTCGATT ACTTCGAATCCCCTTAATGTCTTGCTTACGTTGGCATCCTTCTCACTTCCTTCGTAGTCT AATAATATGGAGGCATCACATCCCTACGTACCATCCATAAACAATATTTTTAGAAATTAA ATAGAAAAAATGCATTTGTTAATGCATTCTATATTACAATCTACTAATTGGTGAATAGTT GTGTCTCAAACTTGAATAAAGGTGTGATGAGGCATCGTATTAATTTTTAAATAAGAAATA AGAACATTGAAATTTTGTAGTACTAAGTATCTAATGACTTTTTTCGCTATAAAATATGTC ATCAATTAAGTATAAAATGAGTTTTTTTTTTATGATAAAATATATCGTAAAATGAGAAAT TTAAGATCAATTGGTAAATTTGTACAAAAATGTTAGAAAGAAATATGAAATAAAAATTCC CAAAAAGAGAGAAACTTTCTAATAGACTTTTTTTATTTTGGTTAAATTATCCATTTTTTA ACTCATAAATTATTCAACAAGAAAATGCACAAGGATAGAATGTGACGTATAAGATCCCTT CAACACCCTTGACCATAACCTCAACAATCATGTTCAAGCTTACAAAAAATGGGAAATCCC CAAGTATGGAGCGATTCCCATAAAAGCTGATCAAACGTGGTTCACATCTGAATTAGTCAA ATCAATAAATTTTCAAAAATCAAATGACTATAAAGAAAAAAAGAAAAAACAAAAGGCGTG TTATTTAACTTAATTATTTTGTACATTACCTAGATAGTGAAACTATATAGGTAAGATCAA TACGTACCCTAACAAAACAATCATGGAAATGCAACCTCATGAGAGCAGGAGCAAGTGAAT AATCTTTTTTAATCCATTCCTCCATTTTCTTGTGCACTATACACTCCAACTTGGGACAGG TCTTGCTGTAGTAGTCATAAGGAAGATCGTCCTCATCATATGCTGAAGCACACACGGCGG CCACCAGAAACAACGCCGCCGTGAGGAAAACAAAACTCTTCATTCTACGATATTTGTGGA GGGTATATGAACTTCAATATTAATGAACAAGAGGAATTCTTTTGATTTGTTATGGTACAT TCTACACCTATCAATATGTATAAATAGTTTTTTTGTGTGTGTGTGTGAAGTAGCTAGCTA TACGTGAGAAGCACCTATATGGGTTTTGAAAATGTAATTATCGAGACGTGCGGACATGTA CAAACGTTGAGTTGACAATAAACTATAAAAAGGAATATATATTTGGATTTTGATTATTTC GGGTGGGAGACAAGGTTAATTATATTTATTAGTATATATTAAGAAGTTGAATTGACTATT TATAAACATTAAAAAGAGAAGTGCAATGGACTTGGCAAGTACACATGACCATTATTTGTT TGGCATCAAATATTCAGCTCGATCCCTCCGTTTTTTTTTACTTGTCAATTTTTTAAAAAA ACTTAAACTATATGTACTTAGATTATATATATTATTATTTTTTTATTTTGGAAAATATGT ATTTATATAGTTATTTTATATTTATTCTTTAAAATATTAAATTAATATTATCTAATTTAA TTTATCTTTAAAATTAGCCAAATATATTTTTTGAAAAACATATGACAATTCAATAGGAAC AAAGGTAATAGTAATATTAATTTCGTGAACGAAATCTTTTAATTACTAAAAAAATGTAAT TTGGCTATGATTTATTTACAAGTCAAATGTAGTATAATGATTTGTTAAAGTTATTTCATT ATACTTCAGACTTCAGATTAAAGTTTTATTAGAGTCAAGAATAAATATGATATGGTTTAT TCACAATAAAAAATAAGTATGAACTATTCCAAAATATAACAAATTTCAGTAAAATTATGA TATTGGGAATTAATGGTATTTTCAGTCTTTCTCATCGTGGAACCATGAATGAGGACTTTA TAATACTCTTTAAACATGATCATGAGAAGTGTAAACCCTATATAAAGGAGGGCTAACTGT TAAGTTTGTGGTTTGGTTTTTAAAATTTCGACTAATTGTGTCATATGGCAAAAGCTCATG AATTTAAGGTTTCTCTTTTTACTTCTTTCTTCTTCTTTTTAAGCCTTTGCGTGACTCGAA CTAAGTTTTTAATTTTTATTTTGCATGGCGTCTGAAATTCACATTTAAGTAAATTTATGA TTCATTTTTTATAGCGCTGCTTCTAATAGAATATTTTTTCATTCTCAAATTAAGCTTACG CCTTATAGAAGTGATTGTTCACATGAATAAGCATTTTATTATCAAAAGAAATGCTCAAAG TAAATATTTCTTCCGTTTATAAAAGAATGATAGTCTTTTCTTTTTAGCCTACTTAAAAAA ATGACATTTTTCTTGTTTTGGTAACAACTTTCTATGTGACATGTCTAAGGCCACAAGATT AAACGAGAATTTTATACATTTGACATAACTTTAATTTAGAACCACATGATCAAAAGTCTT TTTTATTTTCTTAAAATTCGTGTCAAGTCAAACTAAATCATTTTTTGTGAAATAGAAAGA GTATCTTGTAGAGTGTGTTTGGTATGAAGGAAAACATTTTCCATTCAAATTTTCTCATGT TTGGTTGGGACAAAATTTTGGAAAATATTTTTCAAATCAACTCATTTTCCTCAAAATTAA GGAAAATGATTTCCTTTCAAAAATTAAGGAAAACATTTTCAAAACTCTCCTCCAATTTAA AATAACATTTTTTTTTCAAAAAACATCAATTTAGAAAAAATATTTTTAATTTTAAAATTT TATTTTTTTATCCGATCCCTGACCCTGACGCACCCACCACCAGCTAGCCCCCCTACAACC CCACCCCCTCCGCAAAAAATTAATTTTGCTTTTTAAAAATATTTTCAACTTAATTTTTTA TTTTTTTAACTCCTACTCCTCCCATCTGGCCAGCCCCCTTACCCACCCCTTACTAGCCAG CCAGCCACCCCAACCCCCCCTAAAAATTAATTTCATTCATAAATCAAACATACGGAAAAT ATTTTCTACTCACCAATCAAACATGAGAAAATAAGTAGAAAAATATTTTTCATGGAAAAC ATTTTTCTTCGTACCAAACACACCCTTAATGGCTATGCTAAATAAGGGTTACAAAATAAA CTTTTACCATAGGTTAAAATTGAAAGAAGAGTCAAGCTATCCGGGTTCTACCTCATATGG GCCTGTGGCAATTGGGCCATCTAGTCCAGCAAAATCACCTTAAAGTAACGGTTTAATGAC GTGGCATATAAGAAGGTTTTCTAATCTGTTGCTTAATATATGTAATAAAACTTTATACTT CTAAAAGTCTTGAAGTATTATTATTTGAACATCATATTATTCTTTTTTTATATTCCGAAA TTTCATATAAAAAATGATAATACGATTTGAAATAATTTAGATTTTTATCTTTATTATTTC TAATTATTGACTTTGTCGATTCAATTGATTTGATTTCGATTCAATGCTAGTTTTCATGAG CATATTTTGCTGTATAATTTTATATTTTTTTAGAACTGTTTATTTTAATTCAAATAATAA CATACTATGTTTACCCATCTCGTCTTGACACATAGGTGACTTGATTTGAATTTGGTGATC CATTTCATCAATTTTTGACTGCCATAAACATATGAAATAATAACTGATTGCTATTAAATT AAGGTAAACTATAACCAAATATTTAATCTGGAAAAGCTACATATTTAGATTAATCTGAAA AACATTTTTGGAAACATAAGATTATTATTTTTCTGATCAAATGATATTTTTTCTCATATT TTTTGTACGAACATAAAAAACGTTTAGAATTTAAATCTATTTTTTTTTTCTGAAAAACAA ACCTTATTCTACATAATGTACGTAATGTATATAATATGTATATGCATTGCGTGATCAACG CTAGCTACATGATACATGATAACTATTGACACTTTGGTAGTCCAATGTCCAAATGAGTAT TATAGAAAACTCCTATAATAATAATCACATTCTTTGTCCCCCACTTTATAGGGTCATTTA CACTTTTTTTCCCTATTTTGTGTTGGTCACCGCATAAATAATTTATATTACTAGTTAGTC AGTTCCCACATAACTAGTAAGTGAGCTGATAGATTCCCATAACAACGTGTTTTTTTTTAT ATATAATAAAAAGTATTGCTATATACTTAAAGACAACAAATTCAAATTATTATTTTTATG TCTATCCAACCACTATTGTATAAATTGAAATTTGAAAGAATAACATTTATTTATTTAAAT AAGTATATATTAATTTGAAGGGATAGTCCCAACTTCCAACGGTGTGTTGTGTTTGAAACA TTGAATTTTAGCAATGTACTTGTAACCATAGTGAACATTATTGCTTACCATCCTCAATGC TTGTGACATTTAATCCTCTTTATGCCAACTTTCATGTTCCAACTCCTAAAAACTTGGCTT TTTACCACTATACATTTGGATGATGAATTAATCAATTTTATTAAACATAATATTTCCTCC GTCTATAATTATTTGGCAGATATATTAAACATAGATGTCCAACATTAATTAACAATTAAA ACAATCAAGAAATAATTAGTCATTTTTTAAATTTTATTCTTAATAATTATTCATTTTGTT TAATTGAAAAGTTATGTAAACTTTTGATATTCATGATAAAGTAGAGTTATATTAGTCAAA TTACATCTTGTATTGAATTTTCCTTACGAGGAGTGTATGACCTTATCCTGACAAACAATT GTGGACGGAGAGAGCAGAAATAAAGATTAAAATGTAGAGAAATGTGTGAAATAAAATGAC ATTACCTTGCAATGTTTAATGATAAAAAAATATTTGTTGACTGAACATATCTGAAGGAGA TAAGTCCATGTATAAACACAGGGAAAAGGTCTTAAAAATATTATAACTTTGGCTTAAATT TATTTTTTACAATATTAAATTTTATGGATGACCTTTTATTTCTGCACTATTTAATAGTGT AAAGATATATATGTGTTCACATAGACACATTACTATTTATAATAATGCAATATTGTTTAT GTTCAGATGGACACATATATACATTTAAAATATATTATTAAATAGTGCTAAAATAAAAGA CCCTTTTCAAAATTTGATATCATTACAGTAATTTTGATTAAAATTTCAATATATTTTAGA CGTTTTTCCGAAAAGCATACGGCATGAATTACACTTTAACCATCCAAGTTTCTCTATTCA GAGTTGTTGGGGTTGGATTCATTAAAAGTTGCTTCAAGTAAACAAGAACCACTGTTTCAA GTGAAGCAGACATTGTTATCTTTTAAATAATGTAAAACATTAGAAAAAAATGAATACGAA CAATTGATTTCTAGTTGTTTTAGATTAATTAACCCATATGACTTAGATTATTTATGATTT GGGATCACATGAACTAAAAAATCAGTATCACCTATTTAATTAAAGCGCACATGTGACATC ACATAACTCCCTTATAAGGAGGAGCATTTATTTACCCGAATATTAATATTAAAGAAAAAT TGGATTTAATAGGTGTAAGAAAGTGATATTTTTAACTATTTTGAATACGTTAGGGATATC ATTTGACGATTGATTAAAAACTAAATATAATTTAAAACCTTTTTTCCAAATAATAACAAA TAGGGTAAAGAATAGTTGAAGTAAAAAAGAATAGTGGCAGTGTGTGTAAGAAAAAAGGGT GACGCTCTCATGAGAAAAATAAAGGAATAGTTTGGCTTTACCGCAAAGTAGAAAAAAGAA CCGAGTCATTTTTATAATCCAATCTTGACCCCACATTTTCCTCCAACGGCTCTAATCCAA CGTCTCTCTATTCTCCCTTTTTCCATCTTCCCTCATTTTCCTATACCAAACTATGATACA ACCCACGCACATGCTCCTCCTTTCATTTTTTTCCGTTTGAATAATATATTTACATAGTAT TTAATAAGAATTTTTAATTTTTTTTTCTTATTTTGTGTTTAAATTATGATGCAAATGCAG AAACTATTTGAGAATGATATTTTTTTAAAGCAATATTATAATTCGTGTTAGGTTATAATA AAATGATATTACACAGTTCAAATAATTTGTAGATAATTAAATTAAATATTGAACAAGTAA AAATGGACGAATATTAACTTTACTCGATTGCAACTGTTTTATTTATGAATCACAACAAGA AGAGAGCACCGCACCACATGTCCCATTCCTCTGTTATTTCGTCTTCTTTAAGATATTATA GTTCCACGAAGTTCCCATCTTTGTTTGTTTGCTCTTCACTTCACATCTACTCTCTCCTCT ATATTCTCTCTCTTTATCTCCTTCATTCCTTTTTTTTTTCTTTTTTCCGTGTGGAATTTT CTGTTTGTGAAGAATGTTGATTGATTAACTTATCAAGATGAAAAAACAGAGAAATAACCG GCGAGACTTGCGTTCTCTGCGTGTTTGACGTTTTAATTACCCAAAAACAACAGAGAGGCC AGACCCCCTTTTCTTCTCTTTGAGAGAAACAAATGGGTTGTTATTTTTGATATTGTTGAA TGAATGTATGTTTGGTTGTTTTTAATTCTGCTAATTTCTTCTTCAGACGAGTCAATTTTG AGAGATGGGTTGTTTTCAATTTGTAATGTTTTACTTTGGGGAACGTTGAAATGTTCAAAG TTTTCTCCTTTTTGTCAACAAACATTAAATATAGCATTCTTGATTGAGCAAGTTTCGCAA GAAATGGCATCTTCTCAGGTAGAAATTGCCTCTTCTTCTTCATTTGGTCATGTACTTAGA GATCGTAACAGGCGTGATCGATGTACTCATAGGGATTCCAATGTTTTCCAGAAGAATCTA AAAGATTTGGTCCATACACATATCCATTCTTGTATTTCTTCAAGTCAACCCACAAATACG AATACTCATTCTTCGGATGCCAATGAAAATTCCCGGCAACACCGACATGTTGATTATGCA GATTTATGGGTTCATAAACCGCAATGGGACAACAATGAGAACACTCCTACAACCGTTGAT AAATGGGATAGAGAAATGGTGATTTCTTCAAGGCCAACAAAACAGAAAGGAGAAGCGCTT GAAACTACCACCGCAACCACCGTCGTCGAAGTTCCTAATTCAGGCGGTGTTTCTACTCTT GTCCGACGGTGGAGGGATTTTGAAACGGTGTCTAAGAGCGTGAATTTGGGGAACAATTCG AATTCGAATCCGAGCAGCGCTAAAAGCAATTGTGAAAATGCTGCATTTGCGGACTCAAAT GTATCTCAGAGAGGAGATGATACATGTGATGAATCTTCAGTCGATGGACGATTTGAAACT CCGGCTGCAAGCGTGAATGGCGAATCGGCTGGGGATTGGGAACAGGTGTATAAAACTGCT ATGAATGATATTCAGGGTTGTAAAAATTCAGATACTAATAAAGAAAGGGAAAAGCTTAGA GTTGCTGATATTATTAAGAAATTGGCAAGTAGTAATGGTGAAGAGAATCATGAGAATGAA AACAATTGCACTAATGCTGCTCATCTTGCCACTGGTGAATGTTTGCCTCGTATTAAAACA TCATTTGATCATTCAGAGCAACAACTGCAACAAAGGAATTTTTTCCCGGTTCTGCATTCG CCTCGAATCATCAGAGGTCGAAAGGCATTAAGCGATTTGCTATTGCAAATGGAGCGTGAC AGACTCAGGGAACTTGACACTCTTAGGGAACGAAAGGCTGTTTCCAAGTTCCAACAAAGA GGTCGTATTCAGGTTTGCATTTTGCTCTCTAATCGTTGATAATGATGAATTTGATTTAAA GGATCATTGTACCATTTGCTGATTGGTCTTCACAATCCAATTTCCTAAAACAGGCTTTGC TTAAAGTTAGATTCCTGCGTCGTGTCACAGACACCAGAGATGATCGATCAACCAATGGCA CATCATCCGAATCAAATAGAGTGTCTAGTTCTGCAATCATGCATATCAGGTAAACACCAT GTCTCTATTGATTCTATATATACATTGCAAAAAAGAATAATCTGCAATTACCTTGTGGAG AATATTGTTGATCATCAAGATGTGAATATTCAACTGCTTAAAATATGAAAAAATTGGAGC AAGAATGCTGTTATCATATGCTCAATCCGAAGTAGGTTTTGAATAACATGACGAAAGAAT GAATCTTTTAACGTTTCTATTTGTTTGACATGCTAAGGCAAATAAGATTATGGTATGTAA CACAGTCGGGGGGAAATCTTATCATTGGAACCTATTGATGTTGTAGACAAAATGTTTCAT CTCTTAGCTTCCATTTATTCAATATTTTGCTTTATCTGAATATATCAGAATGAGCTCAGC ATAAAATACCTTTTGGATTGTATAAGAACATAACAATTGAAGTTGATGATTACATGTTAA CGGGGTAGTAGTAGGTCCAACAGAAATTATCACAAGTCTCGACTTTCCCTTCAAATCAGG GCAATTTTCCTTAGAAGTTGAGTGGTTCAAAAGAAATCAATTATCCATTTGGTTCTACCT TATTGGAACCAAACTTCTTATCTTTCAACCTTATGGAATTTACATAATTTGGATAGTATT TCATTTCAGGGAAAAGTTCAATACAGGAAGTCAAAATGGTGTATCTGACTCCAGAAGCCT CTCGAGAGAAGCAGCAGAGAACACCCAGGAAAACCGGAATTCCACACCAAATCAGCAAAG AGTACAGAACAAAGGTAATAATGCTGTAAAAGTTGGAAGTGAATTAGCATCCCACAAGCA AAGAGAAGGGAACCAGAAGCAGGAGATTATCAGAGAGAGTGCTGCAATGCAGCCTGGTGT AGCTGACTCAAGAAGCAATAGCAGTCCTAAATCCGAAATTGCTTCTACATCTACACGAGA GGATCATCCTGAGCCGATTGACCCAATGACTCTCTGCATAAATGTGATAGATAGCAATAC ACAAATTGGAAAAGTTTTTCCATCCAATCAACTGCAAGAGGAGAATCCCCATGGGGAAGT CAATAAGAAAATAAGTCCCCGAATGATGACAACAAATGTAAAAGCTACTAACTCATCAAA TTCCCAGAAAGAAATGTCAATTCATATCCGACATTCTGACAGTTCTTATAGTCCGAAACA TAATGAGGTAGACTGTAGTCCTCAAGCAGTTAGCCCCAGTTTACTACATTGTACTTCACA ACTGCACAGCTCAGATATTCCCCATGACCAAGCTAGCTGGGAAAATGCAAGCTGTCAAGC TAACCATGACAAGTCGCTGGAATTTTTAGAGACATCAAGATCTCCCAAGGATAGTGAACA AAGTGTCCATAGAGAAGAACACGATGCAAATAAACTGCAGCATGCAGGAACTAGTAATGA GTGGTCTAGTGAGAGCACCAAACCTCAAAGTGACTGTGAAGAGGAAGCTACCAACCAAAA TCTAGTGGACAGTGATTGTGGCTGGGTAAGTGATTATTCGCACACGCCAAGTGGATGGGA TGAACTACAGTCTAACTACCAGCAGCAATTAGAATCCAACCAAGACTGGATAAATGATGT TTCTCGTCCACGTGAAGAGTGGGAAGGTCTTAGGCAAGAAAGATACCAAGAGATGCTTGA TCCCTTCCTAGAGAATCATGATATTCGCCAACTTCTTAACAGGTAATTGCAAATTCCTTG CATCTGATCTGAGACTTATCATATATATATTTATTCTTGTCATTATACAATAGTTGGGTT TAAGTTTATTTGGGTATTTATGTACGATCAATACGATCCAAAGACAGTTCCCCTGCCTGC ATTAATTAAGCATAAAATAATCAAGGGAGAATCAATAACAAACCACTAGAATGAGAATCT GATTTTTACAAAGTGTATCAGATAGAAACCATTGTTACAATACAAAGGTGCCATAGACAT AGACAAAGTTAATAAGAATGAAGGCGATGACAGAAGTGATTCTACCTCAGAATATAATTT TCACTTAGTGTATGGATCATTTCTGTACTTGTCCGTGCTGGTTTGGAGATCATCTCTGAG AACTTACTGACTTTAACATGTTAAAGAATGTGAAACGGATTTTGATCGAGCTGGGATACG TGTAAAAGAACTTTTTGCAATTTGGAAAAGGAAGTCATTGTTCCCTGCTTACCAAGGGGA AGTGATAATTGAAAATAGAGTCTTTGTATCTCCTTTTGCTGTCATAAGATATTAATTACT CAGCTTTTGTAGTATAAACATAGTTAATGATTTGCACTTGCTTTTGTCTTTCATAAATGT GCAGAAAAAGTGTTTCAATCTTTCTCAACAGTGGTTTGAGAGACAAGATAGATCAACTAA TGGCGTCTCGCTCACAAGAACTACCTAATGCAAGGAGCGGCCAGCTTGAGAAAAAAGTAG GGGCACGTATGACTAAAGAATGGGGCAAGGAGGAGGAAGTGATATCACATATAGAAACAC GAGCAGCCGGGGTTGATGATGATGAGGAAGAAGCGTACTCAGGTTATGAGGATGACTTTG AAGATGATAATAATCCAATTAGACAACAATACCTTAAACCTGAGGAATTAGTTGATCAGA ACAAAGCTTCACACACTTTACAGTCGTGGAGAAATAATCAGGACACTTTACCATCATGGA GTAATGATCAAGACAGGGGTGTCAGTGACGACTCCTATCACCGTCCCTCTAATTCTTTAC CACAGCCTGAATTATCCAACATTTACTCTCATCACAATCAACAAAGCTCCTCCACCTCCA CTAGACACCCTTCAATCGTAAGTTTTCTCTTTTTTCTTTTACTTGCAATGACTTGCCAGA TATTCCTGAGTTTGAGACTAGTCATAACGACATGGCATTAACAGGAAATGGAACTGATAT ATGAATTGCGAGGACACATGGAGCAACTCCACCAAGAGATTTTTGAAATACGAAGATCAA TAAACAGTTGCATGAACATGCAAATGAATTTACAACATTCCATCAAGGACGAGGTTGCAG CTGCAATAATTCAGTCAGGTGTGTTGGTTGACTGAAATCTGAATATAAGATACTTACCAT CATCTATCATAAAACTATGATTTTTCTGTGCGTCTTTTCCAACTTCATAAAACCCTTTGT AACCTGAAAGAAAAACTTGATAGGTGAAATACCCAAAGGTGAAGTCGTTTCACTTCTTAT ATTATTTGCCTTATTGAATACTTTTCCTCGGGGGATAAGCTTACCTTATTGAACTATGTG TTGAACCTCACAATCTTACAAGTTCCAAGATTGGGCTTCACTTATGAGCTTCATCTACAT GTGATCTTTTTTTTTTCCGTCTATTTCAATTTCGTTTCTTTAGAGAGAGTGTGAACGGAA TTTTGTAATGCAGGTCCAGTGATTGGGAGTAACTCGGATAAGAAGGGTGCAAACATAGCA AATTGCTGTATTTGTTATGAGCAGCAAGTTGATTCTCTCCTTTACAGGTACTTGGCATTG ATTGTAGCAAGAAGTTTTCACTTGGGCAACTTAAAAGTTCGTTCGTTAGAAATAAGTTTG GGAACATTTGTCCTTAATTTTCAGGTGTGGGCACATGTGCACCTGTTTCAGGTGTGCCCA TGAATTGCTTTGGGGCACCGGAAAATGTCCGATATGTGAAACCCCTATTATAGATGTTGT CCGTGCATATATACACTCATGACGTACAGGTTAACCGGATTTTGTTCTGCTGATGTCTAA CTTTTTGCCCAATGAGAGATGAGCCGAAAGATGATTTTTCGTTTTCTTTTCCTTCTTTTT TTGGTTTTAATTGAATCTCGTGAGCCATGGAACTGTTTTATGGCTAATTTATTTGTCTAT AACAGGTTTAGATTTAGTGGATGAATGCTCACTCTCCCCTGGTTTTCACTAACCATCTTT TGTATACAATAGGAGAAAAGAAAGCAAAGTTCTTTCTATGACATTAGAAATTGTATATTT TCAAGCTCTTTGTAACAGCAATTCAAATGAAAATTGGAAGAGTTCCTTACATGTAAAGAA GCTACAAGCAACTTAGCATTGTTTTCTTAGTTACCTAAGTAGTGAGCATTTTAATTTCTC AAAGAAAAAGAAATGGGACTACGATTTCGGTCGTCGATGCATGTTAACTCAACTACACCA TCATCAGATTTGAAAAGAGTAATGTCATTTCCATTGTGACCAAATATAGAAGTTAGAAGG TTGGTTGCTAAAGCTTACAATTTTAGTCCCTTCATAGTAATTCAAACCAGCAAAAAGATA TGATATCTAGCTGAGACAGATAGACGAGCAACTGAAGTGATTCATCATGTAGGCTTAAAA TTCAAAAATACATGACTAAGGCAACAAAGCAAAGGAAAGACACATAACCTAATTCCATAT AAGTTGCCGTACTTACATAAGAAAATATATATCGACTCTTCACATGAAGTGATATTGGAC GTTCAAGTCAATGTCCTAATCTTCATCTTCCACCAGCGTTGGTATTGTTTCAAACTTCCT TATCATACATCAATCACAACCTGTTACTTGAATCATAATCATCATTCAACCTGCCAAATA AAGAAACCAATTCAGGTACTCTTGATTGCATCCCCTAATTATATAATTTATGTTTATCTT TGGGAAGTGGGGCACGTGTCACATATTATATATCACCCGTGTCAGATCCTCCAAAAATGC ACTACTTTCGAAGGATCCGATACGCACCCGATGACACTTTTGAAGAGTCTGAACAACATA GAGTTCACCTACATATTAACATTCCTGCTGGCCTTTGAAGCTTCAGGGATAGAAGTTAGG ATTCTAAAGTGTGAGATTTTGGAGTGATAACCATGTCATTAGTAGAATTACAAACTTAAA AGTGATGAACGAAGGCTAACTTGCGAACTGCATAAGTTCAAAGGCTCAAAATTTCCAGTA CCCTATCACAAGGAGCTTGTTCTCCTTGCATGTGTTAACAATCACCCAACTTTAGCAAAA ACTTGGACAGCTTGATAAAGCAATGAAAAAAGGTTACATTATGAAACCGAAGACAAACAA GTTAACCCATTCACTGAAAGGAAATAGTGAAAAATTCTTTGGCTTGCTGCTGATGACGCT GGAAAGTAGCAACAAAAAGTGGAACTCTCAGCATTGGAGGATCATATCATATCAGAGAGC AGAGTCTTGAAGTTGGCAGAGGGCAACAGCAGAGAAACTAGGGCTAAGGATTTCTTTACT CTGTTGATCATGAATTGAAAGTTGAAAGTGAAAGAAAAACCAAAGTTAAGTACAAATTTT GTATAAAATAAAATGTATAATAGTATTTTAAATTAAAATAATATTAGTTAGGTATTTGGT TTAAACTGAATATTGATAAGAACCAAGTACTGAACCATGTAACCCAACAATTTAAAAGAA AAACTGAATGAAGAACCGATATTTCCAATTTTTGTTGGTTTAGGTACGGAAAAAGTCTGT CTAGGTTTGATTTTGAGCAGCCCTAATTCCAATCTATAAGGAAGTATTCTTCTAAATAAA CTTTATTTTTTTTGACAAAACATTGTTCTAAACATGTAGGTATTCCTATTTCTACAAGGT TAACATGTAGGTATTCCTATTTCTACAAGGTCAAAACCAAATGTTCAAGTATGTAGGTGG AGTATAGCAGGTCAAGAATCAGTTGTGCGAGAGTTCTAGCAAGAAAACAGATGGTATTAT ACTTTACATATAAAGGAAATGCACATTTTAAATCTAATCCAATAACTTTATTTTTTACAT TAGGCATTGTTCTAAACATGTAGGTATTCCTATTTCTACAAGGCTAACATGTACCTACGT ATCAAAACCAACTGTTCAAGTATGTAGGTGGAGTATAGCAGGTCGAGAATCAGTTGTGCG AGAGCTCTAGCAAGAAAACAAATGGTATTATACTTTACATATAAAGGAAGTGCACATTTT AAATCTAACGTATCCAATTTGTAGACACTTACAGTAAAGCAAGATCCACTTCTATGGCAT CGTGAAAGAGAGAACTGGCAGAAAATCCATCATTTCCCTTGAGCCGCCATCCTCTTGCGT ATTTCAAATGCTGTATTGAATATCCCAAGGGTTGGTTGGTTGCATACATAGCACTTCTTA TTCTTTGCATGGTGCTGTTAACCACAACCACCAAAAAGAAAAAAGAGATTCTTGAAATCC ACATGCAAAGTATAAATAGAAGTTAAATAAGTCATAGCTCTGTGCCCTAGGTGACAGTAG CTCAAACTGTTTTCAATAGTCTATATTGGTTGACAAAAGTCCAAACCAATAGAAGAGGCA GCTTTTACTTGAGGAAAAGGGTAAATTGAAATACTTGAAACTCTTGCCTATTTCAACGGG TGATTTCATTATAAATGAGTGACAACAGAAAAAGACACCAAGAAAGTCTTTTACAACCAT CTCTCTTTCACTCTGTTGCCATTCCTTATTTAGGTGGTTGAGATTTGGAGAAGGTGGGGG AATAAACTATGTCATCTCAAATAAGGAAAAATATTTTTTAAAAAGAGAAATGGAGAAGAC ATAGAAAAGTGGACTTTGTTCGCAGACCCCGTGATATGATCAAGCAAAAAGAGTAAAAGG AAACTGAAATTACCTTTAATGCACAGTGCTCACAGAAGTAGTGTTTGCATTTGGTCATAA CAGGATCAACAAAAGGCTCTCTGCAGATAAAACAAGCAAATGGTAATGCATCATCGTCGT CATCTTCATCACTCTTCTCTGCATCCTCATCGTCTTCATTGAGCATTCCCAGAGCCAATT TTCTTTTCCTCTCTTTCTCAGCTTCATCCCACTCCCTTTCCATCTGCCACCCAGACTTAT AATCTCCACGGTCATGCATAAATTTGCAGGAGTCCCCATATCCACAATATCCAGTCTCTT TATAGTCCTTACAGATATCTGGTTGATAGTCAAACCTTGCTGAAACTCTGATGTGAGCAG AAGCCCTGAGAGGACCATGCGCTCCACCAGCTTTCTCACTAGAAATCGTATGTTCTCTTC TCAAACCAGCTTTGTAATCAGTATATTGATTCATACCTTTATACAATTTGTCATCACCAC CTGTCTTGCTTTTTCCCTTTAAAGCCTCCTCTGCCTGCTTCAGAGCTTTTTCTCGAATGG CCCGGGCATCTCTAGAGAACTCAGTCTCAGTTTCTAAAGTAGCTGTTGCTCTACTATCAT TTTGAACTTGAATTTCCTTTGAGGACTCGAAATGAAAACGAGCCGCTTTTGAATCTACAT TGGAGTCAGTATCCTTGTTGGACTTTGAAGGTCCAGTTGAGAAGTGCAGCTTATTATTCG CAACCGCTGGCTTTTTCTTGGTATATATGACTGAACTATCTCCTTCTGCATCTTCATTCT CTCCCTCTTCAACTGTAGGACGCTTTCTGATATTTTTTCCCTTGGATGGTTTTTTGAAAA AATTGCATACTGCAATAGAGGAAAGTATACAAAAACATATTAAGCAAAAGAAGCCACAGT AAATTGACAAAAGAAGGCAAAAGCGAGCTAGATGAGAAAAGAAACTAAGGATTAATATTT GCTAGCGTAGAATACATAATAATATATGCAAACCCGGGGTACTAACAAAAACAGTATTGA TGAGAACATTCGTACAGTCATCTTCAGTGGCAAAGTCGAGATAATCATATATGGACTAGA ACTAAACCTCTGAACAGTTTATGTTAATACTTACTATGGGGGTAACAGCAGCTACTCAAA TTACAGTGCATTATCAGATTATACACCAACAATTCAGAAGATTTAATTCTAATACGCTGC ACAGTGGTAGCTGCAGCTTCTTAGAATCTGATAATGGTGATGTAGAATCAGATTACAGTG ACTTATCATCAATGTAAATTGTATAATTGGCTGACTTATTTTGCTGCAATTGTATAATTC GCTATCCTATTTCACTGCGATTGTATAATGCACAATTGTATAATTCGCTGCAATATTTTT ATAAAATTTGCTTCGCATACAATTGAATCGAATTAAAATGTTTGTATATTGCATAATTAT AAGTGTATAGCAAGAAAGATATATGTTTTTCTCTGGCTTTATACAAAAACAGAAACACAA TATATACACTTCTGTTGTATAAAGTTAGAGAAAATTGTATTTCACTGCAATTGTATAATT CGCAATTGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTTGTAAA TAGTATAATTAAGTGTATAACACGAAGATATATATTTTTGCATGTGTATATACAATTTTC TCTCGCTTTATACAAAACAGAAACAGAATTTATACACTTTTGTGTATAAAGTGAGAGAGG CGAGCGAGAACGGAGAGTGGCGAGCGAGATTTTTGGGAGAGAGACGCCTGGCAAACTTTA ACTAACGTTTGCTATGGAGCACAATTAAATTAAACCCTAGCTACTCAATTTATTTTAGGT TATTAGTTTGCTATTATATACAATTTTCCCTATTCATTAGCTCTATATTCTAAATCAGCT TGAGATGATATCCCAAATGACAGGACGCCAGTAACCACAAATAAATTGAGTAGAGTTGTT TCCAGTTGAGAAGGAGGAGGAGGTCTCTTACCGGGAGCTGTTGGCAGCTGTTCAGCTTCA GCTTTGGCAGCGTTCGAATCAGATGCTGGAGTATTTGAATTCTCCATCTAGCAATAAAAA GCATTGGACAGAGAACAAAGTAATGGCTTCAGTATAAGCAGAGACAAAGAGAATCAGTTT ATGGAGGAGCTGGATGGACAGAAAATGAGGAAAAAGGGAACTTACAACTCAGATTTTACT TTGAGAAAGAGACGAGTATTTCACCAAAGTCGGTCAAAGAGAGGCTTCAGAATTTAGAGA TTCCAGGTGCCACACTGCTTTGAACATAAACATGCTATCATTAACATGTCCAGATATAGT ATACATATGGTCAATTATCCAATACTTTGGGCTCTGGTTCAGTTTATCCGTCTTTTCAGC TTATAAAGACAAATCAATCGTGCTAAAAAAGGCTAAAAATGGCAAAAACCTAAAGCAAAT AAACTTACAATAATATTGCTGACATACAAATAAAAAACATCTCCATTTACAAATTGAGAA ATTCACCATAAAAATTACAACCAGTTTGATCTTATTTAGCAATTTATGAACTCTGCAAAT AAAATTAGACGCATTTACATCAATACATTGACTAATTCTCATTTTTTTGAGTAAGAGAGG TAAACAGAAGATTATCAAGGACAAACAAATAATGTTCTTTCAATCATATTTTGAACCTCG ATTTTTCTTTTTCTTTTCCAACTCCTAAAAATGAACCTCTGTCAATTAGATTCAATGAAC AACACCGAAAAGCCCTAAAAGAAATATGGAGAACAAAAAGAAACAAATAAATAGAAGAAG ATAAAACAGTGCAGTTTTAAGAAAAGAGCAAGTAAATCACTCCATTACCGGCGAAATAGT TCAAACAAAGCAATTCCTTCAATCCAGCAAAATCAAATGCAGAAAGATTAGCTAACAGAA ATAGTGAGAGATACATACCAATAAAAGAGCAGACGGTATAATCGAGAGTTTGAGATCGAA GACAACCAAACACCGCAGGCAGGAAACTTCACGGCGACAAGAGAGGCGGATTTGCCGCAG GCGGTGGCGAACCGGTGGCAAGAGGGTTTTTTTTCGACCTTTACGACGAGAGAGAGATTG GGAAGAAACAGTAAATTAAAACAGGGAAAATTGCAAATGGCCCCTTATGTATATGCGTAG AGCTACTTTGGTCCTTTATATATTGACTTGTACACAAAAGGTCCTTAAAGTTTAACAAAA GTAGACGAGAATTTTTCACATGTCACTTTGTTGGTTATTAAATTAATATCGGCGGAATCA TGAAATATTATTATTTTATAGAGATATTATTCCATCAATAAAATAATTTCGTTAATTAAA AAAGTATTTTAAGATTCATGTTCAGAAATTTAGAGTTTAGAAGAAATTGACGTTGGAACT AGTTACACATAAGAATACATTTATCACATTTCGAATACTTCGCAATTTTATGATGTAACC TGAAAGCCTTAGGATATGCAATAAGAAAAGTTAGAGATAACCTTCAACTAAATTTAAAAT ATAATAAAAAATAAAAATAATTTAATCATATTTCATTAAATTATCTTACATATATTAGAA ATTTTAAAAATTATTAATTTATAATATTAATGGCTCCATATATTTATATAAAAGTCTTCT AAAATATATTTCTTATTATTTTATCAGAATAAGTAATTTTTTCTATTGCTCCAAATTGGG ACTAAAAGAAAACATTAGTTTAGAGAGATTATTAATATACCAATTATTAATTTAGTGAGA TTTTACTGAATGTGTTAAAGTATAATAGAAAGAATATATTAAACGCAAAACTAAATAAAA ATATATTTAAATCATTTTTAATAATACAAAGATATACCTATTACCCCTTTCTGTTCAATA AATTTGTATTCTAGGGTTATTGGAAACATGATTAGGATAAAGGGATTGGGGAGATAAAAT TTTGGGTGTGAATTAGTTTTTCCGATTCGGTTTTATACTATTTGGTTTGGTTTTTCTTTT TTTGGTTTTGTTAATTGGTTATGTCAATAATTAGAAACGTAATAAAATTATTTGCAATTT TAAAAATTATATATATATATATATATATATATATATATATATATATATATTAAGTTGGAG TTAGCCACTTTTATCCCTTTTTAGTTATTCTTATTATGATTTAGTTTATTTTCTTATGTT TGAAAATCTATAATTGATATACTTTTAAGTATTGTGTTATATATATACATATATATAATT CAATTTTTTGATTTTCATTTTTCTAAAATCGAAACCAAACCAAAAAACCAAACAAAGTAA ATTATAAATCCAAAATCAAACCAAAAATCCAAATTAAAATTCGATTTGATTTTGATTTGA TTTTTCGTTTTAATCAAAATAGTTCACACCCCTAGATAAAACTATTTGGATCCCTAACCA AGGGTAGATAAATTTTTAAATTTGTTATGTTTTAAAAACAAATTTTATTTTAAATAATTA GCTTGAAATTAAAGTGTCAATAAAATTAGTAATAATGGATCTTATTTCTTTATATATGTT TATTGCTAGAGTTGAGGCTATACTGGACAGTTTTTGGCTAAAATCATCCCTCAATTATGA TTCAAATTTAATGTACATTCTTATATTATTTAAGTGAGCAAAAAATATTCCTATACTACC AAAAAATAACAAGAATCACTCTTCAGTCTATTTTTGTAAAGTAACTAATTGAACCAATAA AAATAATTTTTTTTTAATTTGCTGGTCATGTATTAGCTACATCGAGAAGATCAATGTTAC CTAAAAAGAACGAGGATATAGATAGAAAATGAATATTTTATTCTCATAATTTAAATTTTG TGTGTTGTTAGTTTATAGTGTTTTTTTTGCATCAAGTAAATTGACTTGCAATAATACATA ATTTTTGAAATATTTATACAATAGGATCCAATGGTTTAAAAGATTATGGGGAAAAAATCA TTTTAAAAATATTATGTGCAACTATTTAGAGATTCTCTTTACTAAAAAATATATAGTACG TATATATTATATACACAATGCAATTCACGTTTTATACAATATATAAAAATATTGGTAATT TAGTGAAATTACTTAGGCGTTTTGTTGTGAAAATTAAATAAAAAATTACATTATTTGAAA ATTTTAAAGTTGGAGTTATATTTGGACATATTTTTTACAAAGAATATTCACAATATGAAA TATTTTGTCTATATATGATTTAAATTCCCAATGTCTAAAAGTTAAAAAAATAATCCAACT TGGCTAACTTAACTGTGTGTATATATATTCATTCGATTTGAAATATTTTTTATTGGTGAC ATGAGTTTCTTTAAAAAATATACAAAAGGATGAGTTTTGCAACTTTTTGAATAGTAAAAG AATATTTTTTATTCTCATTTATAAAACAAGAATATACTTTAAATTCAGGTCATAATTAAA GAATAATTTTAGCCAAAAACTCCATGGACTTAAATAAAGGTCCAATAGGATGTCAAAACA TGAGCTAACTAGGTCTAAGGTCCAAATGGTTCTTAGTTTTCATCTTGGAGCTCAAGTTAG TGTTGCATATCTTAGATACGTGGCATAATGGCACTAAACCAATCAAAATATCCAATAAAA CGATGGCATAAAACTTATTAGCACAAGATAAAATAAGATAGATTTGTAATTCAAATAGAT CAACAAATTAAAGCAAATGAGATTAAGGTTTTGTTGGAACGACTTCTCTCGAACAAACAA AAAAAAAGTTAAACCAATCAACTAATTTCTAAAATGTTAAGAGTTAAATTAAATAATTAA CTTGATTCATTGTTGATCACTTCAATTTTTATCAATTTTAATTTTCTTTTTTTCGAGTAT TGATAGATTATAATTAATACTAGAAAGGCGAAACAAAATATGATTTTCTAGCTAGTAACT AAATAAAAATGGTTCCCTCACACTATGGAAAGGTAATTTTTGTTGGAGAACAAGACAAAA TAAAAGTTATTTAGAATTCAATAATTGAGGAGGGTTCGTTTTATGATTTTATCCTACTAA TTATTGATGAAAGTGATGCTACAAGATTTGGGGTGCCCAAATATATATTTATGGGCACAG TATTTTGCTAAGGACAGATTCAGTGTGTTTGTAATCAGTCGGACACTTGATACGAAAGGT CTCTTTCCTTGCTCTAATTTTATCCTATATACATCTTCTGCACAAAACCCAGCACCATAC ATGTCTATCCTAAGAGATCGATGGCACATTGTCGAGAGCTAGAAGCTTATGTACGAGTTC AATTGAACCTCGGAGACTCACAGAGTGAGTATGCATGAGTCTTATTAGTAGGATAATTGT ATAGAAATGACAAACTAATAATGTAAAATAAATATAGTAGCTATCGTTTGATTTATTTGT GTTCCATAGCAAATTGTTTGTCAGTCGCCTCTCTCCCTCATATTCTCGCTCGTCACTCTC TCTCTCTCGCTCGTCTCTCTCACTTTATACAATAGAAATGTATAAACTGTGTTTATGTTT GTATAAAGCGAGAGAAAATTGTATATACATATGCAAATACATATATCTCCGTCCTATACA CTTATAATTATACAATATAAATATTTTCCTGCCCAAGCCTCTTTTATTTTTCTCTCTTTC TCGTTTTATATAAATTCAAATTGTATATAATTTCTCTCTTTCTCGTTGTATACAATTAGA TTTAATTGTATATTCCCTGCCCAAGCCTATTTTGTCTTTCTCTCTTTCTCGTTTTATACA AATTCAAATTGTATATAATCATCACTTATAAATTATACAAGACAAATATTTCTCTGCCCA AGCCCCTTTTGTCTTTCTCTCTTTCTCATTTTATACAATTCAAATTGTATATAATATCTC TCTTTCTCGTTTTATACAATTCGATTCAATTGTATAGCGAAATAGACATAAATTTTAATT GTATATATATAGCGAATTATACATATTTAAATCTATATTTGCTATGTATGAAAATTGCAC ATATTAGTATTCATTAAGGCCCACAACATCAATTGTCTTTAATGTACTAACTGATTTTGC CCTTGGGCCTATGCCTTCTACAATGAATTAAGACCGATATATAGGAAGCTACGTACATTT ATGTAATCTTCTTTTCGTCCTTTTTATTTTCCCCTGTATTTTGTTTATGTCTTGAGGTAG TGGGGGTTGGGTAGGTCTTGGAACACTATTTCATGTGCAACTTTTAAGACCAAAAGAGGT CTCAACACCACTTTTATTAATATAACATTGACGATTGTGGGGGATATACGTATAAATATA ACTAATTTAATACAAATTCTAACATGAAAGAGGACCGCCCATAACGTGCTAAATAATATC AGTCTTCATTAAATTGGGTAATGGGATTTTATAACTAAATTAACTTCCCCTCATCTAGCA AATTATTTACTATTTTTTTTAAAGGTTACGTGAATCAAAATTTAGCCAACACTTTTTCAT CATTAATTAAAAGTATGAGAAAAATTGAGTTTTCTTGGAAAACAAAAATAAATTCCTAAT AAAAACACTTGTACTTCAAGCAAAATCAAATTAATTAAATTAGTAAATCTCAAATATTGT CAAAAATTTTATCATATCGATAAATGGAATATACATCGAGTTGAGCTAGATAGTGCGATT CACCTTGCCTTTGCGACGTGTTGGCATTGGGTTGCCCAATACTAGGGTCATGTTGCATGT GATATGATGGCTTTAGTGAACTAATTTTATCCAAAATGGTGAGTGTGATTTGTCTCAAAA ATCTCTAAGTTGGTCACATGGGTAGGGCTAAAATTACTTCTTCTTTTTTTTTTAACATAC AATTGGACCTCATCAAAGACCATAGCATATTTGACCGCAACACAAATTAAGACAATTCAA AGGCAAGGACAAATCAATAATAATGTTAAATTGGGCCACGATGGTGTGTCTTTTGCAAAT TAAATGTACATGGTGCCTAAAGGACAATGCTCACTTGCTGCACTAGCCTTATCTTAGGTA GCTGGGCTAATTCATAAAAGTGTCATCATTAGAGGAGCAGTAGTTAGAAAAGATATATTT ATTCCTAATAATTGTAATTTATAGAAATGGTTGAAAAACATGCATACACGTGTACATAAC TAGTGTCATAAATTCGAGCACAGTAAATTTAAAGAAAATTGTGGAGAATAACAAATATTT AAACGATGGTAAATATTATAGCTATTATTTTAGAAAATTGTGATAAACACTTTAATTGTT TAAATCAAAATTTTGTAGAATTTAATTTTTTGACTGTATAAATATGTTTACCTTAGCTAT TTGTAGACGATTTATGAAAAAATTACAATAAAATACCTTGTTTAATATAGACAAATAAAA TATATAAATGGAGTTCTGAAAATTTCTAAATGTATAAATACATAATTTATATATACTTAT CCTAGTTATATATCCGCAAGCGAAATATATAAAAGGACAAGCAAAAATACACAATTCACT CGAAATTATACAAATCTAACACCTCCATAGAAGTTTGAACCATAACTACATAGCACAATT ATCATATATAATAATAGCTATAAAAACTTTTGATGAAATACCGTATAATAAATTGTCCAT TGCTAAAAAGAATTTTGAGAAAAGAACAAATCATAAAACATTTAGTTGTGTATCGGAATA ACATGTCTAGGCGAACGATCATGCGGGTTTCATATATACTTCTAAATTATAATATTGTAC TCTCCATCGTACTTACACAATGATATGAGTTAAGGCAATTATTAATTCCTTTTTCAAATA ATTTAAGGATAACTTTTTTTTTTCTCTATTTATGGAGAAAAAGAAAATAAGACAAATATA AAAGAAAATTCCTATTGCTAGAGCCTTACATGTGCAAAATATATATATATATATATATAT ATATATATATATATATATATGAAAATAAGACAAATATAAAAGAAAATTCCTACTGCTAGA GCCTTACATGTGCAAATATATATATATATTTATATGACAACTTTGACATTTTCCTAATTA TATGACCACTTCTTTTTTCTGCCAGATCACGTGTCTTTAAACTTTTAGAGTACATTTACT ATTAATAATTTCATTTTATTTTGTTTATCTACTTTCTAATCCATTTTTAAAAATATCAAT TATTTTTTTAGCAATTCTCAAAGGGTATTATTTGACGTATTTTCAGTTGTTTTTTTTTTT TTGAAAATCTAGGATAATCAGCAGTCGATATAACTTCTGACCCAATTTTTGCCCTTCAGG TGAGCAATCTGTACACACTGGATAATTTAAAGATCACAAATTAATCCCTGTTCATTATGA GACCTTGTATTTTAAATTTAAGATCACAAATTTAAAAGATATTTTTATGTTATTTTTAAA TTATATTGACGTCAAAAATAAATTAAAACAAAAAGAGTACAACTTATGGAGTCATTTACC CAATGAAGGAGAAAGCAGTGGCTTAGCCACTTAGTGTCAAGGGTGGACACTCTTCATCGG AAAAAAAATAGCATATATACAAGTAAAATAGTATACGAAATGATTAAATAATCTATTTTG GACACTATTAACATAACAAGTTGCTATTTTTGGATACTATTTTTTAAATTTCTGACTTCG CCACTAGGAGAAAGATACCCAACTAAAAGATAATATAGTAGGCATAGGACAATTTTAGAC AATTTTGAAAAAATTACAAGTTGAAATGTTGCAAGTCATAAAACCTCAATGTAACATAGG AAATATGGACCAAAAAAATGGACCATTGGAGGATGTTGTCATGATAGTATATATGGTCCA ACAATGTTAGAAGGATACAATAATGTGATACTTTATGAGAATGATTGATCATAGTAAAAA CTTTTTACATTTGGACTACTTTTGTTAATTATTATATGTTATTTTTGGATAAATCATGAT ATATATAATTTATTCTGTATCGTTCTAATTTTATAGAATATCCCCTAATGAAATTGGCTC TGTGGAAAATGTACATGTATATATCATTGGTTGGCCGTTTTCCTAATAGGAAAAGAATAT AGAAAAGAATTTACGAGGAAGCTAGATACATATAATTGTATGTTAATTTCTTAATAAATA TATGAACAATTAGATAAGATGTCATCTACCAAATAAAAAAAATCATGTGTTAATGTCTTT GAACTATAGTTTCCTTGATCATCATTATTGATTTGATGCAATTATATATGTGGGACTTGC ACATGGTTTGTTTCGTTTTTTCCTTGAAATCTAATGTGATTACCATCCACTAATCAGTGT TTTAGGTGATTGACATTAACTAGCTGCCTTTATTTCATTGGGGAGATAAATTAAATACTA ATTAAAACGCTAATTAATTACTTCTACTTTTAATTCTTACCTCTTTAAACATGCTTAATG AGTTGTCTAATCTCAGTAGCTTAAAGGAGTCTATTAGAGCCAACATTAATTAAATTTGGT TTTTGTTTTCTTAGGCTTTGGTCCTTGTTATTTGTATTTTAAAACTTCTTTACTCACATT AAAAAAATTAATTAATTCCATCATTATAAAAATTATTTGTCAAAGTTACCAGCATTAGAT TTGCTTGCAATTTAAGGTAAAAAAATTCATAGAGCAATCGAAAGGTACTAGTGATAGGAA CAAGGCACCAAAAAATGGATCACTCTTGCAGTTAAATCATTTTGATATCTACAAAATATA TTATTTTCTTAGTTCTAACATTTACTGTACCCAAGAAATATATACATTTCTTATTTATTA ATTTCAATTTCAGACTTGCATAGTGGACTTTGATGCTGAAAGTGTGAATACGTATATATA ACCTAATATTGATAATAATACTTATTATTTAAAAAATAAAAGAATATTGAATCATTTAAT TACACTTGCATACCAAACGTGACTCGAGATGTAATATTATAATTATGGCAAACAAATATT AACACATGTAATTACTATCATAATTAGAGCTGCTAATTGAACTGATCGAATGGATAATAA ATTTTAAAGTTATCGATTGGTTCAATTTGGATTAAGAATTCATTGATGATTATCGAGCCA TGTAATAATTCGACCATTTTATACTCTCTTATTTTACTTTCGCTCACCAATACATTGATC TCCCATTAAATAAAATAATTTTTCTAACCCTACTTAAGTTGATAATTTAGTTAATTGAAA ATCACAATGAAACACAAAAGAAAGTCTAAATTTTGAGAGTCCACACACATAAGTATTTAC TCAATAAGTATACCTACGATAAAAATGTAAGTAAGATAATTCTTAACGGGTTAAGATTTA TCCATTCGCGCACCGATAAACTATTAACCATAAAATTTTAATCCGTTTATCAAAAACCAT TAATTTGATAATCCAATACGAATAAGTCAATTTTACAATTGGCTTATCTATTGTAATTTG ATTTTGAACCGCCCTAACCATACTCCATAATTATTATGTAAACAAGTTATTTTGCATTAT AATTTTCAAATAAAACCAATTCTCATCGGTCCAAAATTTTGGTGGGCAAAATTAAATGAT AATCATATTGATAGTCAACAAATATCTGATAGAATAATCGAGACGCGAATAAACTAATTT TGACACCAACAACAACACCATAGGAATGATTATGCTTGCGTGCGTAGACTATGGACAAGG AGAATAAGATTCTTATATTGAAAAATAAGAGAATCTTTAAACCATAAGGAAATTACATAA TCAGCTTCATCTTCAATACTTTAAAGCTGGCTCTGCTACTTGTTAAGGGGAAATGACACC CTGTTCCCTTAATCTTTCTCTTCGTTGGCACCACGCGTTTTAACGATTACTATTATAAAT CCAAAATTATATTCTTCTCTAACTGCCCAATCTCTAACTAATATTATTCTTTAATCCATG CTTTTTAATATTTTTTTCATTAAAACTAATAACGACAGGTTTTTTAGAGGCTCTACATGA GATATCCTTGTCCTCAGGTGATCTCCTAAAAAGGTGTATTATTTAGATGAAATAATTTAC TACTAATAGTAGAAGTGGTTATATCTTGAATTAAAATGTCAACTTTGACAAAAATGTGGT TAAACAAACCCCTTTTGGAGAGTTTAATAAAGCCAACAACTAAGTTAATTTTTACTAACT AAAATTGGTATGTATGGAACAATAACAATCCCAAATAAGTTAAACATTGACTATATGAAC TCTCACGGATCATATCTCTTCGTTGTAACCATCATTTATAAATAACAGTACAGTAAAATA ACAATTTCAACTTGGTATAAATTAAAGGGAAGAAAGAAAAGGAAAATACAAGCCAGCTCT AAAGGCAAGAGCAATGATTGGTCATTTTCTGGACCCTAAAACTTCACGCCCACTCCAGCT CGTTAGGAATTTTTCGAACTTGGCTGGGCTGCCTAAGAAAAAGAAAGGTCCCTGACTTGC TGGCACCACTTTAGTTCATTCATACCCTTATCGTTGTCAAATCGTTCTGTACTTACTTTT TTTCGAGGAATAAAAAGTTCAAATTTACCCCTCGACTTTTGACTATGGGTTAAACTGCAA AACTGAAGCCTTTTCCCTAACAACATGATATTATTAGACGAAATGTCTAGTTTAAGGGCA AAAGTAGGCAATTATCTTATCTTCTCATCCAAACTTACAGTATAGTCCTAAAAATGCAGG GTAAGGATTGAGTCACTGTCATATCCTCGTGGTCACTTTAAACAGCAGAAAGTGCCAACC TCACAAGAAATGAAGTCTAATGTATGGCAGACTCTAACCTCTCCATGTTACAAATTTTCA ATTTTCCCTTTATACCCCTGTCCCTACCCCCCCACCCCACCCCATTGCTTTATTTTTCTC TATAAAACCCTCTCACATTCTTTCCCAAATTCTCTCATTTCTTAATCCTTTAGCTTTGAT CATCACCTACTCAACACAAAAGAAGAAAAAAAAGCCCTCTCTCTCAAAAACAATTAAAGA TGTGTAATTCCAAAACTAAACTGCAGAGCAGCGCACAAACTCTCTCACAAATTAATGGCC GCCCTGTTCTTCAACCACATAGCAATATAGTTCCTCTTTACGAACGCCGCAACTCGCTTA AAAAGACAACACACACTGCTGCACCTGTTACTGCAAATGGAAGTACTAAAGTCAAGATGA GTTCATCAACAACTCCACCGGTCTCACCTAAAATGAAGTCGCCAAGACTACCAGCTATTA AGAGAGGGAATAACATTGATCCTAATGGCTTGAGTTCAAGTGCTGAGAAAATTGTGACAC CCAAAGGGACTGCTAATAAAGCCCCAATTCTGTTAAAGAAGCCCAAGAAAAGCAGCGGGG GCTTAGCCTCACCCTCTTCTGTGGAGAATTCTTCATTGAAATATTCTTCTTCCTTGATAG TCGAGGCTCCGGGAAGTATAGCAGCAGCAAGAAGGGAACAAGTAGCAATTGCACAAGTGC AGAGGAAAATGAAAATTGCGCATTATGGAAGAACAAAATCAGCCAAGTATGAAGGAAAAG TATCTTCTCTTGACCCTTCCTTCGCCTCAGCAGTTATCCCTAATCCTAGAGAGGACAAAA GATGCAGCTTTATCACACCTAATTCAGGTAAAAAGCACCTCAATTCTACACTTAAAGAGC AATTAAGTACTATGTTCTAACACAAAGACACACAAATTACGGGTTTTCAATAAATAGGAC TAAAGTTCTTGGTGTTTTCTTGTGTTTTCAGACCCACTCTATATTGCATACCATGATGAA GAATGGGGAGTTCCAGTACATGATGATAAGTAAGAATCGTTTTTTCCCCTGTTTTTCTGC TTTCTGCACATTTATCAGGTTCGTTCTTGGACTAATTTCCTTATTTTACCTACTCAGTCT GCTTTTTGAATTGCTGGTATTAACTGGTGCACAAGTTGGATCAGACTGGACTTCAGTTTT AAAGAAAAGGCAAGAATTCAGGTAGGTTTTGCTATTTTTTTAACTGATTCTTGATTAACA TTTTAAAAAAAAAAAAAAAAAACAGAGGCCCTAACCTGTATTATGCATTCTACTTTCCTC CAGGGATGCCTTTTCAGGATTTGATCCAGAAATTGTCTCGAAGTACAATGAAAAGAAGAT AACTTCAACAAGTGTCGAATATGGTATAGAGCTTAGCCAAATCCGAGGAGCTGTCGACAA CTCTACCAGAATTTTAGAGGTAATAATAATATAATATGAACTCTGTAAAGGATTTTAAGA ACTGATTTAACTTTTCAATTGTCCTTTCTTTTTCAATGCCTTTCAATAATTCCCAACATT TCTGTTAAGAATGACATTATGATACCCTAATTGGAAACATAGATGGTAAAGCAAGTTTTG AATTAATTAATCTTCTAATCATGCATGGACCTAACAACTGTTAAGTAACACAATCACATG GGCCATATGGAATAAGTATTGCATAACTGTCCTTGACAAGTACAACCATAAAGTAAGATT AGTCTTATTAAATAAATGTTTAAGCTTAAGAAATAGTAAACATATATATATTGTTACATT CCTATGATTCTTAAATAAAAATTTGGAAAGTGGGGATCATCCAAGTGTATGATTATATTC TTGAATATATTACAGATTAAGAAGACATTTGGTTCGTTCGACAAGTATCTGTGGGGATTC GTGAACAACAAGCCCATTGCAACACAATACAAGGCATGCAACAAAATCCCAGTGAAGACT TCAAAATCAGAAACCATAAGTAAAGACATGGTCAAAAGAGGGTTCCGCTATGTCGGCCCC ACCGTTATACACTCGTTCATGCAGGCAGCCGGACTCACCAACGACCACCTGATCGCCTGT CCACGACATCTCCCGTGTGTGGCATTGGCAACTCAACCTGCACCCCCTGCCCTATAATTT ACCTTTTATCAACTACTCTACTAAGCCATAGTTTTAAGTTTAGCAAACAAAAGTTGTTGA GGAAACCTAGTTGAGATTGTCTAACAATATTCTACCTTCTTCTTTTTTTTGGGGTGATGA ATTTAGATGTTTTAAGTGATTTTATTTGATGATGTAAGATATTGAGTTGGTTAAATGTAT AGAAAGTAGAAAGGAATAAAGTAAGGATGGTATAGATATGGGGGGACAGGAAGCATGTGC AGGGTGGGCAGGGGAATGCCAATTGCATGTGCCATTTGATTTAATTTTGTGTGGGCACTG ACCACCACCACCATCAGCAGCAAAAGCCATCACTGCACCACTATTTACTTGCACTTGCGT GCTTTTGAACAGTGACTTATCTTTCAAGGATAAGATCATCAAGTACACAGAGGAGGAGCC TTTGCTTCCCCCAATTATAGGCCCTTCATTCCTGTTGCTGCAGGGAATAAATAGTGGATG ATTTATTCCCTGCATCATTCAACAAAAATGAAGCCACGTGCAGCACCTTAACACAAAAGT AAAGGGGCATTAGTTTGGTTATGTTTGTTGCCCCATCTTTGATATGTAAACTTGACAGAG AGGCAAGCACAAAGTGCCTTGCAGTTTGTATCATATGTTTAGTGTGGAATTTTGAGTGTT TTTTCTTTGGCCCTGGCCTTCTTTTTTTCTTCTTATGGGGATTGTAATTCTATTATGGAT TTTAGTGGCTATCAAGATATTTTATGGATGCACTTTTCGGGATTCTGTTCAATTTGATAA GTTAAGCATCTTCTTCTACATCACATGTGCTTCTCAGCTTTTAAAAGTCACTTTGGTGGA TCAGATGGTAAAAGCAAAGCATATTCCCCATACATGTGCACATGGGATGTATAGCTCAGC AGTTCATTGCTTTTCTTTGCACCATTTGAAAGTGGATTGGAAATAAAATCTTAAAAGTAA AGTGCAGGCAAACAACACTTAATTTAGTTGAGGTTACGTAACAAATATTCGAAGTTGAAG TAAAAAAGTTTGGAAGTTGACAGATTTTTGACATGAATTTCACTTGAAAAAATTTGGCGT TTGTTAACAGTGTTTCTCTGCTATCATTGGTATGCAAACAATATGTATGTCTAGCAGGAA AATGTAAACAGATCCAAGACAAGAAGAACTTGGACAGGTTCTGGGTTGTGGTGATCGGAA TTGGAACTACTAGAAACTTCCCAGTGAAAGCGAGAACTAACTTCGCGCATACAAGCACAA GAGACCACAATGATAACAGAAGATTGAAAACATAAGAGGCTGGAGTGGTGCTATGAAAGC CACAAGATCCTGCAAAGCTGTACAGAAGTGTTCATAACAATGTAGAAAGTTACAGCATAA AACAAAATGAAGCTCATCAAGTTGGAACATAACTCCTCAGGCTAGAGATATGCGCAGTAA TGTCATACAATCGAACTCCGTGAATATTGCAGTTTAGGCAATATTAGTGAATGTGAAAGA GTGCAAAAAAGGGAAAGAGACCTCAACCATGGATGTGGCTGAAGGAACTCACTCACAGTA TAGGATGCTCCTCATCTAATTCATTTCTGCTTAATCTTCAATGCATTTATCACTTTAAAC ATCTTATTAAAATATCTCAGTTCTTGGCTGATCAATTATATCCAGCTGAAACTGCCGCCA AACAAAACAAATTCCAAGTAGAATTGACAAACTAGAGATCTTTCACAACTCAAAGCTTTA GGCACTTAGAACACCATATACTGCACACAGGATGAACAACCATTTCATAAGCTACACGTA GTAGACTGCACATCTCCATCCATACTACAACATACTTGCATAAAAAGAGCCAGAAAAATA TACCTCCCCTTTTAATTGCACTTTGAAATTAAAGCCCTACAATGGCGTGACGATTTCTGC AGCTTACTATTACTACTTCGCAGTTATGCTGCAGCACTAGCTGCAATATTGCAGTAGTTT GCTAGCTATACCCCAGAAGTATGTGGGAGATTTGATACAGTAGCATATTGAGAATTCTCT GTGTGAAATTCAGAGTTTGAGTATTGTAAAGAGATTGGAAATAGGAAAGTGGATAAGCAA TGAACAAGAATGTGAGGTTGAAAATTTGTGTTTGATCCTCTAAGCATGAACCAAAAGAAC AGAATAAGCATAAAAGGTAGTATTACAATTCAATCAAAAGGTTTAGGCTCTTTTTCTTTA TAAAGGTGAGGCTTGGCCCAACTTGTACATTGCTCGACTATACTTCTTGGCACCTGCTAC CTCTCACCAACACAAGTATTTGGATGAATTGCCACAAAAGGTAAGTCAGATAAGAAGAAA ATACCTAAACATAACACATTAAAAATTACGTATGTTGGAGTTTGGACTTTGTTCTCCTTT TTCATCCCATCTAAATTGACCTCCAGGACATCCTTTGCCCTTGGGTGCTTGAGCTCTTCT TCCACAACAATGATCAAGAACATATTCATCTAATCTAGAAATCATCTCTTTTTGATCCAA TGCTATCGTATCTCTGGATTTATAACATGTTTGATTCATGACTAGGCACTTGCAAGCAAT TATGGATCAGTTAACAGCATTCGTCTACAACTTCTCTACATTACAACCTGTTTGTTTAAC TAAATACAGAAGGTGCATTTACATTGAAGGCTGAATACTGGAATTTAATTTATAATGTGA CAAAGACTGTGATATGGCCATGGAAACACATTATGGTTAGCACGTAAAAGCTATGAAGCT CAGTGAGCCCAGGTTGTTAGCTTCACCTTGCTTAACTGGGACATTAGTGAATGCTGCAAA CTGAAATTTCAATTTATAATGTGTCAATGACTGCCGTGTGGCCTTAGAAACACATTATTC TAAGCATGTGTAAGTTACGAAGCTCAGTGAGCCCGGGTTATTAGTTTCACCTTGCTTAAC TGGCACTTTAGGGCGTCAAGTTGTGCTAAGCAACATATTTGACATATGCAGTTTAATTAT AATTTTTCCCTATTGAACAAATAATTATTATTTGCATTTGTACCAACAGTTTTGGAATTA CATTTCAAATTTCTAATTTTTTTTGGTACTTCTCTTCGCAAATCCCTAATTGCACTTTGC ACTTAAAGCTCCACCAGACTATTCCAATATTTTTGCACTTCCCGATTTTAATTACTTTGT AGTTATTAACTACAAGCACAGAGGCTGCATTTGACCATTGAAGATGAAAAATTCTAGTAA GGAACTTGGAAAAACTCCATTGAAGCTCCTAAGATCAAGCTGAATTGAAGAAGAAGAAGA AAAAGGAAGTTCTTATTTCTCATTACTCACAGATCTTGCACCTATTCCTTTATATACAAA ATACAGATTCTGTTTTCAATATAGAATTCCTAACTAACTCTAATCTTCCACTCACAATTA CAGCTCATTTACTAACAGAATTTATTCCTAACTAACCATGTGCAAAGTAACAGAATTAAC AGAAAATGTGACAATTAGCAGAATAACAGAAAACGTGAAGGTTAACACTCCCCCTCAAGC TGAAGGGTGCAATATGTCAAGCACTCCTAGCTTGCCTAACAGATGAAGATGTTGAGCTTG ACTCAATCCCTTGGTTAATAGATCAGCAACTTGTTGATGAGTGTGTACATACTCTGTTTG AATTAGCCCAGCCTTAACTTTATCTCTAATAAAATGACAATCTATCTCGATATGCTTGGT TCTTTCATGAAACACAGGATTTGCAGCTAATTGAATAGCAGATTTGCTATCACTCCAAAT TTTGATTGGCCTTTGAATGAACACATTGAGCTCATTGAACAACCCTGTCAACCATGTCAC TTCTGCTACTGCTGAAGCCATACTTCTGTATTCAGCTTCAGCTGAACTTCTAGACACTGT CTGTTGTTTCTTGGACTTCCAAGACACTAAGGAATCTCCAAATTTTACTATATAGCCTGT TACTGACCTCCTAGTATTAGGACAAGCAGCCCAGTCTGAATCACACCAACATGTTAATGT TGTGGCTGGCTGAGCCTTTAGCCATATGCCCTGACCAACTATTCCTTTCAAGTATCTTAC CACTCTGATAGCTGCTTCCCAATGAGACCTTTTTGGATGTTGCATAAACTGACTTAATGT TTGCACTGCATAGCTAATGTCAGGTCTTGTAATGGTAGCATACATTAATTTTCCCACTAA TCTTTGATAAACTGAATTATCTGTTAGTACCTCATCTCCTTGTAGTCCAGTAATCTGATC CAATTCTATTGATGTCAACCTCAAGTTGGTTTCTAATGGTGTGTTTACAGGTTTTGCACC ACTCAATCCTGTGTCAGAAATAAGCTCTAATATGTATTTCCTTTGATTCAAGATAACACC TGTTTTTGACCTTAACACCTCAATTCCCAAGAAATATTTGAGTTCTCCTAAATCTTTGAG CTTAAACTTATGATGCAATACTTCTTTTGCTTCTCTGATTAACAACTCATTATCACCAGT AATGAGTAAATCATCAACATAAATCAAGACAACAACCATCCCCTCTGGCTTCTTCAAGGT GAACAATGAATAATCATGGGAACTTTGGATGAAGCCTGCAGATACTAAGGTGTTTGTCAA CTTGATATTCCATTGTCTAGAAGCTTGCTTGAGTCCATACAAGGATTTAAGCAATTTACA AACTTTGGTTGACCCCTGAGATCTGAAACCTTAAGGCATTACCATATACACTTCCTCATC TAAATCTCCTTGTAAAAATGCATTGTACACATCCATTTGGTAAAGAAACCATCCTTTAGA AACAGCTACTGCAATAACACTTCTAACAGTTACCATTTTGCAACTGGTGAGAATGTATCA TGATAATCCAAACCTTCTTGCTGACTATAACCTTTGGCTACAAGTCTAGCTTTGAACCTC TCTATGTTTCCATCAGCCTTGTATTTGATTTTGTAAATCCATTTAGAACCAACAGCATGT TTACCTAGAGGTAAGTCAACCACCAACCATGTCTTGTTATCTTCAAGAGCTTTAATTTCT AATTTCATGGCCTCAATCCATCTTGAATCTTTGCTAGCTTGACCAAATGTTTGAGGTTCC ACTGATTCTGAAAATTTTGCCAAGTAGCTATGATATTTTGATGACACATGATCATAGCTA AGATGGTTTGCTAGAGGGTACTTACTGTTATGTCCAACATCAGGAGCCATATAATCTTTC ATCCATATGGGAGGTTTGGTATGTCTGGATGATTTTCTAGTAGAAACTAGAGGTAGTGGT TCTACTGTATCAATAGCTGAGTCTTGACTTAACATCTCTTCATTGTAAACATGCAACATT TCACTAGAAACATCATTCAAGCTAGTGGAACTCTGTGAGTCTGTATGTACATAATCCTCA GTGGCTGTACTTTCTGAATCATTAGCTTCTTCAAAGCTGTTAGGTAATAAGTCACTAACA GGTGCCTGTGAAAGTTTTGTAGTGGCAAAGGGAAAGATGTGTTCTTGAAAGACAACATCT CTATTGATTTGAAACTTCTTAGTCTGTAAATCCAGCAACAAATAACCCTTCTGAGTTTCT GAATATCCCATCATGATCACAGGTTTTGCTCTTTCTAAGAACTTGTCATTTCTAGGAATA ACAGAAGCATACCCAAGACAGCCTATGACTCTCAAATGGCTGATATTAGGAGGCTTAGAG AATAATATTTCATATGGACTTTTGTTATGAAGAACTGATGACGGCAGTCTGTTAATCAAA TAAACAGCTGCTTGAACACAAATTCCCCAGAATTTAAGTGGCATACTAGATTGAAATCTG ATGGCTCTAGCTACATTCAATATGTGTCTATGCTTCCTCTCCACTACACCATTTTGCTGT GGTGTGTGAGGACAGCTACTTTGATGTATAATGCCAAGGCTTATAAACAACTCTTTGCAC TGATAGTTGAAAAACTCTGTTCCATTGTCTGACCTTATTGTCTTGATGATGTGCCCAAAC TGATTCTTTATCAATACAAAGAAATTCTTTATAGCTACTATGGTTTCAGATTTAAGCTGT AACAAATGAACCCAAGTATATCTGTTGCAATCATCAACAATAGTAAGGAAATAGTATTTC TTATCAAATGTGGGAACTTTGTATGGTCCCCAAAGATCCATGTGTACAAGTTCAAAACAC TTAGAGGTCTTTGATGCACTGATTGGAAATGACAATCTAGTTTGCTTAGCTAGTGGACAG ACTGAGCAGCTAGTAAGTGAATCAGTGTCTTTATTGTTATGCAATAGTTCTAGGCTATGC AATACTTGATTTGAAGGATGACCAAGCCTTCTATGCCACAATTCACAATCTTGTAATGAT ACCTCTGCAACAATTCTCTAAGGCTTTTGAGTTTCATATTTGTCTTTCATGCCAGAACCA TTCCTGAATATGTACAGGCTTCCTTCTTCCCTACCAATCCCCTTCACCCTGCCACTGTAA AGATCCTGAAATATACAGAATTCAGGGTAAAAGGAAACAAAACAAGATAGTTCCCTGGTT AACTGTGATACAGATAATAGGTTGAACTTAAAGTCAGGTACACACAACACATTTTTGATC ACTTCATTGTTAAACAAACATGTTTCTCCTATGTGTGTTATAGAGGCCTTATCACCTGTA GGTAAGTTCACCTTGTCTTGATGAGAACCAGCTGTACATTTACTGTTTCTTAGCAAATGT TCATTTGTTGTAATATGATGAGAGGCACCAGAGTCTACTATCCAACAATGAGAGGCAACA TTAGTTGAAAAACAATTTGCCATACCTGTCATGTTGGCATGCTTTATTTCCTTCTTATCT TTCCCTAACATGTCCATTATTTGTTTATATTCCCCATCAGTAAATGCATGTCCTCTGGCA ACAAAAGCATTGTTTACTTCATGATGATTAGAAGAAGTTTCTCCAGAATTCTCTTTGGAT ATGTTGTTAGCCTCTCCAGCATAATTGTAGCTATTTCCTCCAGATGAAGATTGCATTTGA CCTGACCTTGTATTACTGAAACCAGATTTCTTTCTATGTTTCCAATCAGCTGGATAGCCA ATTAATCTGTAACAATTCTCCTTAGTGTGCCCAGTGTACTGACAATGTTCACATCTTCTT CCCTTATGATTCTGGTTCCCTTGATTGTAATTGTTTCCTCTATTAACATTCATAGCTAAT ACATCAAGTACCTTATTAGCAATAGCTACACAAGCAGTTTGTTGTTGTAGCTCATCCTCT ATAATCATGGCATATGCTTGATTAATAGTAGGAGTGACACCTTTTAATAGAATCTGTCTT TTAGCCTGTTCATATGACTCATTCAAACCACTAAGAAACTGAATTAGTCTAAGTTGATAC AAATGATCTGCATATTCTTTGGACTTTGGACATGCACAGCTAGGAGTTGGTACAAGTGCA TCAAATTCCCCCCACAAGTTCAACTTAGTATAATAAGATGAAACAGAATCACTACCTTGT GAGATTGTGTTGATTTCTCTGTGTAGCTGATAGATTCTCATTCGATTGACTTTGTCGAAC CTCTCTTTCAAGTCTTGCCAAACTGTATAAGCACTGGTAGCATACACTATTCCACTTAGA AGGACTTCACTAACTGAATTCATCAACCATGACAATACAATCGCATTGCATGTTTCCCAT TGCTCATGTAACTCATCTCGATACAAAGATCTACTGCAAGCTCCTGTAACAAATCCAATT TTCCTCTTCCCTGTCAAAGCAATTCTCATTGATCTGCTCCATATTCCATAGTTTTCAGGT CATGTGAGTTTGACAGGAATCAGAACTGCATTTGAAGCATCCGATGGACCTATATAAAGA GGATCATTTGGATCAATTCTTCCTACCACCATTGCTATCTTCTTCACAACTTTACACTAT TCTGATCTACTTCTTATTTGTCTAACTAGATTACTAGTATAACCTGCTCTGATACCATGA AAAATTCTAGTAAGGAACTTGGAAAAACTCCATTGAAGCTCCTAAGATCAAGCTGAATTG AAGAAGAAGAAAAAGGAAGTTCTTATTTCTCATTACTCACAGATCTTGCACCTATCCCTT TATGTACAAAATACAGATTCTGTTTTCAATATAGAATTCCTAACTAACTCTAATCTTCCA CTCACAATTACAGCTCATTTACTAACAGAATTTATTCCTAACTAACCATGTGCAAAGTAA CAGAATTAACAGAAAATGTGACACTTAGCAGAATAACAGAAAACGTGAAGGTTAACAGAA GATACTATCATCTAATAGTCAGAGTGCTACAAAGTAAAGATAAACTTACTATAAGCAGTA GCTTAGCTTCTCAAAGGATTCTTAAATCTACTATTGACATCAGGTCACGGACGCTTGGGC ACAAGTTGGCATATCTCTCAAGGGTGTAGCTAAGTTTTGAAATATCAGGAACATGCGTCG ATTTAACATGTAAAACATTTGTTCATAAAAGAGATACGGACAATACCAAATATGATCTAG AGCAAAAAGATCCACAGTCAATCTCATATTTGTTCCATTTCCACAGCTGTTTGAGAAATG TTTGCATACAATATGTTCCAATCAAACTAATGATATTTGGGTGACAAGCATATATTATAA TGCTAACTTCATGAAAACAAATCATGAACTAACATGTTACTATGAATCAACAATGCTTAA TCCTAAACCAGTTGGGATAGGCTAATTAGCCAACATACTACTTACTGAATAGAAAAAGCT TAAACTTGACTAGCACAGAATTAGCAAAAGATTTCAGACCAAACACAAAACTCTCTCCAA ATGAGAGAGCAGCTAAATTCAAAGTAAGAAGGCATAAGAAAGAGTTCATGACCAGTTTAG CTTTTATCCTGAGTAATGTAGCCTTCCTTTCGCCCCTCAAAGCCCGGCCTCATGAGCTTC TTTTCCCTTTTGGCAATCTTCCTCATCTTCTTCTCCTTGGCTTTGCCAGCAATGTTATCC CTTCTCTTCTGCTGTCGCTCATTCTTCATCTTCTCCGTAGTCTGAATTCTTTCCTTCCAC TTCTCAGAACTCTTCTCTTTCTTTCTCTTATCCTTCTTCAAACTCTCCTTCAACAACTTA GGGTTATCAAACACCTTCAATCCCATTGCCTTGTTTGCTGCTGCCTTCCATGCTTCCTTA TCCGCCAGCGTCTTATTCTCCCTCTTCACCTCTTCCAGCCTCTTCAGTCTTTCCAACTCT TTGGGTTTGGATACTTTCTTCTTCTTCTTTTTCTTGTCATAGTCGTCTCCTAATTTAACT TTCCCAAACTCTATGTCCTTTTCCATTGAAGTATCTTCTCCATTGTCGTCTTCACCCCTC TTTCTCTTCTTACCATCGGATTTCTCTAAAGATGCATCCTTTTCACTCCTCTTGCGCTGA TTAAATTTGTTTCTCTCCGAACTCTCGCCATCACCCCGGTTACCGCGGAGCATTTCGATT TTTCTGTGTAGCCTACGCCTCAACTCTTCGTAAGTACCAGAGTAGTTATCGTTGTTAGGG TTATCGTTTTCCTCCAAATTAATAGGCGTAGGTTCACCATGATCCTCCTCGCCGGAATCA TCCTCCTCGTCAGTTTTTTGCTTTTTCTGAAGGGATTGTTCGAGGAGGCCGACAGTAGAG GACTGTTCTTTCTTCTCGGGGTCAAGCCGGTTGCGGCGGGCGAGTTTGAGATTCTCCCTG GATTGTTTCTTCAATGAAGCTTTGGCGGCTTTGGGAAGGCCTCGATACCAGGTATCGGGT TCATCTTTAGGGAGGTAGAATCTAGGAGGAATTAAGTCAATCAACTTGTCGAAGAAGAGC CTGTTATCCCGGATTAGGGCTTTCAAATCTATTGTGGTGCTGGCGGTTACGGCGGTAGCG TCCGCCGTATCTTCGGCGGAGATGGTGGTGGACTTCTGTTTCTTCTTCATTGCGGCTAGG TTGGATTGACAATTACGACTAGCAAACCGCGTTTTTAGAGGGAAATTTTTTTGCAGATAT ACGCCTAATAGGGAAGAGGAAAATTTTGGGCTCAATGTTGTAAAATCAGAAAATATTGGG CTGTCCGGTTTCATGGGCTGGAACAATATGGGCAATGAGCCCAAACATAAGTAATGGATT GCTTTTGAAGTGTCATAAATAGCCCAAATACAGTTAATTTGTCAATCCGTTCAGAATTTT AAGTGTTAGGCTCAAAATAATCTGAATTGAATTCAATCTCAACTCATTTAGGTCTTCATC TATTTTAAGAGAATCCTCCATCGAACTTAATTTAATCTTCAATTTCAATCCGTTTTAAGA CTCTTTATTTGCACTAATGTAGTGTATGTTCATATATCAAAGATATAAATTGATATTTAT TTATACCTTTTAAGATTTATTCATCCATTTGTAATTAAATAAAAAATAAAAAAACTTGAG TTGAAAATTAAATTATGATTATAAAAGTCAAATAGCAACATGTTAAAATTATTGAGATTA AACGGATCATAACTCTATCAATTTTTATCATTTTTTAGTCCAACCCATTTTGAGCCCAAA TCAAACTTGCTTGAGTCATAATTAAACTCAATTTTCATTTAAATCCATTTTAATATCTTT AATTTTATTTCAAACCATCCATTTGACATTCCTAATTGCTAGAATGAAGACTTTGAAGTT ATGTATTCAATATTTTAGAAAATGTAAGTTATTATAGTTACTACAGTGTTCTTGACAAGT TATTAATTCATATTAAATAAAATTGTAAATATTAATACAGAGTTTGAACTATAAATGTAA GATTCCCTAGGTAAAAATATGGCTTCCCCACAAAACTAGGTTAGGGATCTATTTTTTGGA TAATATTATCAAATAATAAGCAATATAAATTATATTTATTTGTCATGAAATAAAATGTAT TGATAGATTATACAAATTTTCATCATTTATATCACTTTATTGTAGATACATCTTAACCAA TTTTTAAAAACATCTTCTTACGTAGGCATACTAAATAAAGTCTAAGTGGTATAAGGTATT CTTATACCTAGATTGACTATATAAAACCAAACCAAATACAATTTATTATTGAAGCAATTC TCCTAACATGGTTATCTTGCGAGAATAAAATTTAACTACCGAATGTAAGCAATACTTTTA TTTATAGCTGAAATGTCATGCTAATTTTCTTTCTTTATTTTAAAAAGAGAATTATTGATT TGATCGACAATACGTGAAAAAACAAATCAAAATATTTTATTGAAATATCTTTTTATCTTA ATAGATCTATGCATATTTGGTATTATAACCCCAATCATAATTAATACTAAATTATTAAAA AACAATATATATATATATATATATATATATATATATATATATATATATATTTGTTATTTC CAAATTCTACACTTCTTATGGATGGTATTAACAAGAGGCTACAACAGCAACTCAGGGTTG TCGTGTTTGCTTTGCCCAGCTGGTTGCAGCATGATATTTCATGCAAAAGGTTCCAATTCA GACTTTTTATCGTATATTTTCTCCATTTATTTTTTATTGTTGTAATTTTCTTATTTAATT CAACTTCAATTAACATTTTATGATCTATTTTTTTAATCATATTGATATGAAAAAATTGCA ATCCATAGTATTTTCGTGTAGGTTTTGAATATCTAAATTTTTTGTTTAAAATATCGAAAT AATGTGATAGAATAGTAATTCGTACAATTACCGGCTTCAATTAGTTCATACGATCCTAAA TTCTACTGTTCCTCATAAAATGAGACTAAAAAAGTAACATATATTATTTGAAAATGACCT AAAAATTACTAAAGATCACAAAAATAACAATTTAAAATATTTAGGAGACACAAAAACAAT GATTGAACTCTTGAACACAGAAAGCAACACGTGTTATTAAAAACACAAATAAAAAATACT ATAAATTAAAATAATTGATATCTTAAAATTCCACGCAACAAAAAAAATTATTTGTACTAC TTCTGTCACATAAATTATGATTGAAATAGTTTTAAAATTTTAATCTTGATTATACATTAT AAAATAATCAAATAAGTTTATTTTTACTTAAATTTTTTAAAAAAATTATTTCATTTCTAC TTTTAATTTCATTACTGCCTTTAATTTCCATTTAGCAATGGTATAACTTTTATTCATATT AAGCCTGGACAACGCCCCTAGTAATTTAATAATATATTATGAGGTGATGAAGCCAGAAAG TGAGAAAAGTAAAAGCTTTTCTTCCACTCAAAGTGAGGCACAAGTATGTAACTCTATTTT CAACCAAAAATAGAAACACTTCATTTCTTTTTCTTTACACCAGGAAACAAGGGATAATTA ACTATTATAGGCACGTGAAATTTATCATCAATTATATTCAATTTCAAGTCTTTCTAATTT TCTATTTAATTATTTGATTTGCTTTAATTATTACGCAAAACTCATTAATATTAACATTTC ATTCAATCAACAACAACTCACTTGATTTGTGGCTTGTGAGCCATATGCTAACATGCATGA AGATAAGTTGAGACATTCTGTACCAAATTATTTGTTTCTTTCACATGATTTAGACCAAAT TTATCGTTTTCATTAATATCATTTAATGTTTATTTTGTTCTATGAATATTATTAATATTT TTTTAACATGAAGATTACTTAATTTTATTCAATATTTATTTTATTATATCAATAGCATTA TATTATTTTTTAAAACATAAATATTACTTAATTTTTCTAAAATTAGTCGATTTTGCATAA GTTATATCACAAAAAGCTGAAACTAATATATTATTCAATTATGTCCAAGTATTTATATGA AATGTCACTTTTATTTCTTCCTAATATTATTTTATGAGAAATTATTGAATTCAATCCTTA TTTTTTTAGTTTTCTATTGAAGTCTATTATGTAAATGATTGTTTTTGTAATAATTAAGAA AAAAAATTAAATGACTATTGATATTTAGAATGTATGATGCAATAATACTGACACATTTAT TAACAAAAAATTATATGTGTTCAACCATTATTTTCCAAATAAGAAGAATAGGGGGAAAAA AGGGACTTGTAGATACAGAAGACACAATAGCATTTAATACGTATTTCATTATTTAAATTT ATTATGCGTTATTTACAATAATAATAAAACCTATAATTGTAAAATTCTTGCTCTGCAGTT TTTTTGGTAAGAAAATATTAGCAAAAACATAATCCTGACACAAAAATACAATGTTTTGGT TGGAATGACTCGAAAAAATAATTGCATCATAATATTAGAAACAATTAGTTGGACGGGCCA AAAAAGATTAATTCATGCATAACTTTATTTTGGCTAGTGTTGATAAATAAATTAATATAA TAAATCTAATACCCATTAAATTATGCGAGAATAATTTTACGGGTGATATAATATAAAACA AAAAAGAATAATATATTATAATAGGATAATTAAAATATTTAAAGATAAAATTATTCTTAA ATTAAACAATTCCATTATTATTAAATACAACCTAATAATTCCAAGGTTGCCTCTCATTGA AGACTTTAAAAACCTTTTTTTCCACCTATTACTTTCCCATTTGCTTTTGATTCCTTCAAC TGTACCTAAAGACTACTTTCTTTCCTTTCTTTTTCCAACAAAAATTTCTAAAATATATTT TTATCGAAGCGTTTAATAGAATGCATAAAAATATTTATTAATTATGATATTAAATATTGA GTTTAAATAAGAATGGTGTTATTGTGATATTAATGTCAAACTCATAATGTACTATATATA ATAACTAATAAGTATGATTGTACGAATATTGTATTAATAGAACTAATATATTGTATTATT AATTTCATAATTTACTATATATAAAAATGACAATAAATAAGATGTATACTAACTAATACT TCAATAGATATATTGGTTGTAAATAAATTAAAAATACTAAGTACTAAGAAATTAAATAAT AAAATTAAAATATATATATATATTTTTAATTTTCTCTAATAGAAACAAAAGCTAATAAGA TAAGTCACCCTCAAAAGGTAAAATTACCGTGGAACAAAAGCATGTAATAAATAAATAAAC AATATAAGAAACAAGAGATTATTATATTACAAGGATAATGTGGGTCTATCTACAAAGGAG TGAATGGTAAAATTAGGCCTTAGACAATTTTAGTTAATATTTGTTAGAGTTAAATGTTTT TTATTAACTGACTTGAGAAATCAAATGTCACATTATTAAAAAAAAGATCTATACATCACA TCCTGATTTAAATGACTATTTATTAAATAAAATAAGAAAAAGTAACTAATTTTCCTATAA AAAACAACTAATTTTATTTATCTAGTTTTTAAAAGTAAAAGTTGAATGAATCTATTCTAG TGTTATAATATTTTTTCACTTAAGAGGTGGTTTGATTTGAAATTCCTACGGTAAAGTAAT TTTTTTTAAAACATTTATTTATTATATATACCTAAAAAATCAATTTTAATTATATCAAGA GTAAAAATTAAACTTTTACATTTTTTTTCTGTCCTAGAAATTGGACAGCGAAAATAATGC TATAATATATATTATTAGTCACAAGGATAACAATATACATAACTGAAAAAACATATTAAA ATTTGTTTTGACTTTTAAATTTCACATGTATTAAATTAATTGAGATAAAAAAAATACTAT TTAATAATTATACTTGAATAATAAATCACAACAACTAACAATTCATTAAAAAAAAAACAT TAAAAGTTTTATTAAATCTCAAAATTTTATGTGTCAGGAAAATTGATATAGAGATATACT TAAAATCCAAGTTGAAAATTATTTTTAAAATATTATTAATCATAAAAAATAATATAATTC AAAATACTTAAAATTTAGTTTGAAAATCATTGTAAAAATATTATAAATCATAATAACTAA TATAATAATTTGAATTACTCAAAATTGAACTTGAAAATTACTTTAAAAGTATTATAAATT ATAATAAATAATACGACAATTTAAATTACTTAAAATTTAACAACTTAATTTTTTTAAAAA ATATATTAGAATTTTGGTTAATTGTCAAAATTTTACATGTGCAACATAAATTGAGAAAAA AAAAGAATCACATATATTTTTTTGAAAATTACGTTAAAAGTATTATAAAACACAATAAGT AACAACTTAAAGCATTTAAAAAATTGATTGACTTTGTTAATTTCATATGTACCACAAATT AAATCAAATAAAATAACATATATTAGACTCGTGTTTACTCATAACTAGTACTCCCTTCGT TCGAAATTGTTTGTCAGATTTCTATTTTTAGAGTTAAATTATTAAAGCTTTGACTAACAT TGTAAGATGTATTTTTTCATTATATTAATATTCGAACGGAGTGAGTATTATATAAAAGAA AATATTTTTTCCCAAAATAAAATTTAACCATAACTAGCTCGGCGCCTACTCAGAAAAGTC TTTGGAAAAAGTAAAAGATTAAAAATAAAGAGAGAATAATTGTTTTAGAGGAACCTAGGG CATACTCGTTAATCTTTACTTTCGTCGAGTTTTACGGGTAATTAGGCCAGCACCGTCGGC AATTAGTCTTAATGAATCACTGTCTCCACGTTATTACAGCATACTTATTATTTAGTCCCA AAATTATAGCACCCATCCTTTCATTTTCATAATTAAATTGCAGAAATCACCATCGTTGAT TTATAAGAACACAAAATCACCTTCTCACAATGCAGATTTCAGTATAGAGAGAGAAAGAGA GAGAGAGAATACTGGAAAGAAGCAGTAGGCATTGTAAAGAAGAAACATCTAGATATACTC TAGAATAACTAAAACCCTGTTTTCTCTTTCCTTTTTTCTTCTTCTTCTTCTCTCTCTCTA CTGTTCCGTCGTCTGCTCATTTTTATCTTTCAGTATGAGTAAGGAGAAAGAACGGAGGAT GTTCGTTGGTGTTGTTTGGAATTGTGCTGCTGAGCTTAAGCTTCTTCTTACTGCTCTTCT TTTTCTCTGTTCTCTTATTACACTTCTTCACTTTATCCCTTCTCGTTTAATAACTTTCTC CCCTGTAGATCTTGGCAGCTGTATTTCTACTCCCATCGCCCCACTTCACTCTGTTTCCCA CTTAAACGCTACGAATTCATCAACCCCATCTGCTAATACGAGTACTACTACTCCACCGCC GGCACCGGAGTCGCCGTCGTTGGAGAAAGACAGACTGTTACAAAACGGTGTCGTTAAGAG AGCTTTCAACCCTTTCGGCTCCGCCGCATACAACTTTATTCTGATGTCTGCTTATAGAGG AGGTTATAACACTTTTGCTGTAATGGGTTTAGGTTCAAAGCCTCTTCACGTCTACGGCAA ACCCAGTTACCGTTGTGAGTGGGTTTCTTCTGATAAACAGAAAACCCCCATCTCCGTTGT TGGTCATAAGATCCTCCCGGACTGGGGTTATGGCAGGGTTTATACTGTGATAGTCATAAA TTGCACTTTCCCTGTACCAGTTGGCAACGGCGAAAATGGCGGAAAACTTCTCGTTCACGC CACCACCAACGGCGGCGGCGACACTAACTTTAACACCACCGACACTTTCGAGGCATTGTC GGAAACGGGAAAGGATTTCGTCAACTTCACTTCCGTATATGAAGCTCCCCCAAAGTATGA TTTCTTCTACTGCGGGTCATCTCTATACGGGAACTTGAGCCCACAGAGAGTAAGAGAGTG GCTGGCATTTCACGTTAGGCTGTTCGGAGAGAAGTCCCATTTCGTAATTCACGATGCTGG AGGTGTACATGAGGGGGTAATGGAGGTGCTTAAGCCATGGATGGAGAAAGGATACGTTAC ATTACAGGATATTAGGGACCAAGAGAGATTTGATGGGTACTATCATAATCAGTTCCTTAT TGTCAATGATTGCTTACACAGATATAAGTTTCAAGCTAAATGGATGTTCTTCTTTGATGT GGATGAGTACATTTATGTACCAAAGAAGAGCACCATTAAATCTGTTGTGAATTCCTTATC GGATTATACACAATTCACCATTGAACAGATGCCAATGTCTAACAAGCTCTGTCTCGAAGA GGACCGCGGTAAATCCTATAGGTAACTTTTCCAGACACCCATTCACCTTGTGAATTTCTT AGTTTAGTTCAATTTGGCATTTACTTATGCATTTATTGGTCAACATGTTTCTCACCAAAC ATTCAAGATGCTGAATTTCGATTGACCCGTGTTGGTATTTTTAATTGAAATAAAGAATTT TGCTACTTAAACTAAATCAACCATCCCAATTTGGATAAATTTGTTTAGTATCAAGACAAT ATATTAATGTTGATTGTTGTTCCTCTAAACATGAGGTCTTTCTCTGTTACAGAGCATATA GTTAGATATTCTGGTAATATTTTGTTGATTTGTTGATGTCTTGTAGTGGTAGATAATTGA GATGCTTTGATGGGTTATTAGACTGTTCACGAGTAAAGGAATTCTTGATTGCTACTTTAG TTTGGTGATTAGTCTTGTGATCTTGGCTTAAAAATTTGATTAATGCCTTATTTTGTATTT GCTCTAGTGGAAGCTTAGCTGTCTTAATTTGTCAATATTCTAATTACCTTAATGAGACCT GTATTAGCTGGATCAAATGTTTTTTCCATGGTGTTTGGAATGGAACCTCGACCAAATTAG CTGTCCTGAAAAAATTTAGATACTTAATGCTCATCACCAATTAAAGTTGTGTTTTTTAAT ATTTAGTTGTCATTACCTAGTTGTAACTGCGCGTTCTTTTAGTGAGTAAAAATTGTATCT TTGAATAATTGAATCCACTATTCGTATATGGTATGCTTGATTTTGATAGACCAGAAGACT GGATAAAAGAAAACGATTTGTGGGTTTTTACGAGTCGTTTTCAACTAAAAATCGTCTTTG CTTAATATATTTTGGATGAAGTTATGTGTTCAAACACTTAAAACTGATGATTCAATGCTA ATTTGGCTACAGAAAATGGGGGTTTGAGAAGCTAGTGTACAAGGACGTGAAGACAGGTAT TAGGAGGGATCGAAAATATGCAGTACAACCTCGCAATGTGATCGCCAACGGTGTGCATAT GTCTCAGAATACAGTAGGCAAGACAACACACAAGACAGAAGGACGTATCAAATACTTCCA CTATCACGGGACCATCGCGGAGCACCGTGAACCATGCCGGCAGCTGGTCAACACCACAGC CATCACCGTTGACGGTATCCCTTATAATGTTGACACTACAATGAGAGATGTTGCTGCAAC TGTTAAGAGATTCGAACTTAAGATGATTGGCACTACATTACAAAGAACGCGGCAATGAGG TCAACATTGTCTTGTACTTTGTTTTCAACATGTGTTATTACTTTTAAGTTTCTTTTGGTT AGAGCTATATATATTCTTCTTCTCTTGTTCATTTCTGTATGATAAAATTTTTCTTATACT TTTTGGAATAGAAGCATGGGTGGTATAGAAACAGCAGTGACAAGCATATTAGTATATGAT TCGTTTATTTATATATTTGTAGGATTACAGGGTGTTTTGTACTGTTGTCTTTGTTTATAA CACTATTTAATTCGCTTTATTTTGCCAAAAAGTTGGCTGGATTTGATTATGATTGTCGGT GTCAAGGGGGGCCTCCCACCTCTTATCAACACACAACTGGCATGTAGAAAAAATATAACC GTATCATATTAGAAAAATGATTATCTTCGTTTGGTGCTTTTTCAGAGGGACCTTAACTCG CTTATTCATTCTTTCGGTTAGAGTAGGTAAAAGTCTCACACTAGTTAGAGAATGGATTGA TGGCCTGATTTTGGATTAGGTATTTATATCCTTACATGGTATCGAAGTCAGATCCATTCC TGTCACACTCTTGTTGAGCTTGAGCGTGAAGGAGAGTGTTAAAGTGGGTAAAAGTACTGT TTACATAGACATGAACAATTGCCTCCTCATGAGTTAGTTTTTGGAGTTGAGTTAAGCTAT CGTTCATTTGAACATTGCTTATTACTTAGAACATTAACAAGTGTCCAAGCATTCCAGTTA AAATATTGGATTTGAATAAGTTAATGATCATGATTAATGGATTGATGCTTAGTTATGGGG AATGCTTTTGCTTTTTCTTTCATTGTCCAAGGCCAAAAGGGTTGGTATTTCCTCTAGAAC AATCAAAATAGTACCTTTAGTTTAAGTCAAACATTTCATGTGGATGACAGGTAAGTGTGT ATATTTATTTGATTCTATACAAATTTAAATCTCTAGTTATACATATTTATGTGAAAATTA TAATTGTCATTATGAAATTAAATGAAATAACAGTTTATATACTATACATTAGCATTTTCT TGGATTGGCAGGCAAGAAAGTTACTTACACCCCAATTTAAGCAGTTTTTTTTTTCTTTTT TCCTTCATACCGACTTTGCTTAAATCTTTGATGAACCCATAATAACAATTATTGAGAAAA AAAAAATACTGAAAGCCTTCGAGTGTACTCAATCATATGAGTATTTTTGATAGGTGTTAT GGCATGCATATGTCAATTTTTTGGCTACTAGTGTAAAACCAACGGTCTCAAAAATGAAAT ATGATAATGTATGATTAAGACTGAACTTAGATACGTTAAAAGAAAACCGCACAGGGCATG ATGAGGATGTGTGTTAATTGGAGTACCTTTCATGTGTACAGCTATTTCTTTGTTTCATAA TATAATAACCTATGCTCCATACACAATAATTTGGTAGAATGTTAATTCTCTTTTGGGCCC CCCATTTCTGTCTTCCAATTGTTGTTTTGCCTTTATTTGATGTTAATTCATTGTATTTGG TTTTCATTCTTAATATTCAACAAGAGAAAAAGAAACAAAATATACTGTAGAAATTGCAAA TTTGATGAGCTAAGAATGAAATGGAAAAAACCCCTTGGATTGAAATTTACTTAAATCACT TTCTACCAAAAGAAATTATATGTATGGAGTGGAACAATGACAATGTTAGAAAATTTCCTA AAGTATATTCAAAGTTTTGACCTATATATATTATATTTCTTCTGTCCATAATTATTTGTC CACTTTTGAATTGACACACCTATTAAGAAAACAATGAATAACATAACGAGTTTACCATTT TATTCCTGTTAATGATGAAGTGAATGAAAAGTTCTATACTTTTTAAAAGTAACTAGTCAA TATAATAGATAAAAAAAATACTTCTTTCTTGATTTATCAAAATAAACAAGCAATTCGAAA TAACTAAACACAATATAATTTTTCAATAAAGTGTGTCCGATTGATGACTACGGCACTCAC TGAGTGGGCCCAAAACAGCATGGTGATGAAGTGTGTTGTATGGAGGATATAATATCAGCT CGAAAGAGGGGACCAATGGAGTTTAATACAACTGTGAATTCAATTAAAGCGGAGCTTAAG TGATTTTTGGAATAAGAGTTTTCTTTGGGGTTGGTAAGACAATGGGACCATAAACATAGA GTACTACTCCATTTTAATGAAAAAAATTTAGCCTAAAAAGAGTTAAGTACATTCTAATTT GTTTCAATTTATACTTATTACTTCCTTCATTTTAATTAAAAGTAAAATAGTACTCCTAAA AGATTCACGTCAACAAAAAAATTAATAATGAAAAGTGATAGTTTAACAAAATTTAATTAA TATGAACTAAAGGAAGTTTTATTTTTGTTTGAAGATTATAAAAATTGTGACCGATGTGTA ATTTTAGCACACGGGTTCATGTCGACAAGAATTCATAGTGAAAGTGATTTCTCAATTCCG GCAAAGTTGACTCTTAGATTTGCCCACAATTAATGATTGAGGCAGTAAAATATATTTATT TATCTGCGGTTATTAGTTTAGAACAAAGCAGTACTTATTTCACATACTATAATCACCAAA TTCTGTCAGATATCTCGGCATGTATTTATATAGTTTCGATTATCGGTAAAATACTGTCAC CAAGTGAAATCTGCGATTCCACAAATGAACTTTTTTTTTAACCAAAAAAAGGTTTAAAAT AATAATAATTAGTATTTTTCTTTGTAAATTGACATTTTAGGAAAGTAGATGTGTCAGTGA ACTTTAATCTATTGGGCTTAACTGCTGCTGGAGCCCAATGTCTACTAAAGCAAGTACCCT CGAAACTACTCTTTTCCTTTCTTTTAGTTGTCATAATTTTTTATAGAGTTCTATGATATA AATTATTTACTATTTAAAGAAGTGCTTTAATATAAAAGTTGCAACTTATTAGATTTTTTA ATATTTAATATTTTATTTTAAATATCGAATTAATATAATATAATTTAGTTTTAAAAATTA GTTAAATTAATTTTAAAAAAATATAGCATGACAACTAAAAAGGAATTGAGTAAAAAAATT TGCACGCACAATTTTGGGTGAATTTTGATATAATGTAACATAGTTACTCACATTTGTATG CATGTTTTGGTAATCCGTGAACAATCTTTTCAAAGATTACGATACAATTTACAGTATCAT GGACTATAGTTATTTACTAAAACTTGTTGCAATCAAACTTATTCTGATCCACAAGATATT TGCTAAACTTATTTAAATCGAATCAAAATTTAAATATTAACGGTGGAAATATCATTTTTT TTTTGCAAATCACCCTTAATTATTAGGTCTTTTGGTTAACCGGATTTAATCTTGTACCTG ATTAAGTGTATAATAGTACATAAGGACTATTAGTCTCAATCTATCTGTTGTTGATGATGA ATATGTTCAACCACTTGAGCAAGTCTCACTTATCAATTAGTACACCGTTAAATACTTAGG GTGCATTAGTTAAACAAGGTCACAATTAGTTACAAATTAAATTGATACATAGTTTTACTT TGAAAACAAATGACTCATATACAATAAGTTACAGTTTGGTATCACTCGTGAGTTCTCGTC CAATCTAATATATATGAAGATCCACATGACATGAACAAAGGTTTTACAAAAAAAATAAAA ATATTTGAACCTTCTTCGCCCCAAATCACACAAGTATATTTACAAACTTAATTTTATATC TCGATATATAGCAGATGATGAATCCTCTTGTAAAAATCTATCACTCCGACAATATCATGC ACTCTGAGCTTCTAGAAATGTAGTGAAATCTTCTCTAGAAGTAAGCATTCGTGGTGTTAT GCAGGACGTAGGTGATGGCGGGTACGATGTCGGGGACGACGTAGAAAACCGAACATGTCG GGTCGATTCATGTGATTTCCTCGAAGAAGTTGTATTTTTGAGGACACCTTTGACTTCTTT ATCGAAAACAAACCCAGTCGTAACAGGGGAAAACGTGTCGTCGTTCGCATTACTGCATCG GATGAGCTCCAATGGCAGATCGAAAAACATGTTGTTGGAGGCTGCATCTCCAACGTCGTT GATTATAGCTGCCGATGATGTCCACGACCCACATTCGAATTTCTCCAATGAAACTGTCCT TGAAACAACATGTGGTCCTATATCGGACGATGAAGATACACCGCTTACTTGCCTTCTCCC TGATTTTACATGTTTGATTCCCTTCCCAAATCCTGGAATGAACAAACACAATGCTCCGCA TTTAAACTTTTGCTCGTCCTGATTTCGTCCCTCCAACGTTTTTTTCTCATAAAATTCTTC ATTTCTGTTGCTAATTTCTGATTCAGGGGAAAAGCTGTTGTTATTGATCAAGTACTTATT GTTGTTGTCTGCTACTTGTTGAATGGTACTATTAGGAGTGAACCAAATATCGAATTCTTC AGGTGGGGCACTAGCTCTGCCTTCACCACACGACTTGCTCTTCCGTAATTGGATTTCTCT CAATCGTTCAAGGTTTGTTAGAGCCACGGAGTGTTGACGAGCCAAATGATTAGTTGATGA CAGAGGAGAGTGTAGTATATGTTTTTTCTTCGAAAAATCAGGAGACGAGGTTGTTGAATT GGGCAAGCTGAAGCTGGATATTTTCTTAGTAATGTTGAGAGGTTTGGGTTTTGAAAAGGG GATTGTAAGTTCATTTGGTTCTTTCAAGGAGATTGGATCCACTGAAATCTGTTTCTCACT GCCTGGGCTCTTGTTCATAAAGGGATCAGTTACTTCAATGAAAGTTTCGTCATCAGATTC TTGAGGATCCATAAAGGCAGGCATATATTTGTGCTGAAAGTAACTAATGAAAACTGAAGA GAGGTGAACAATAAGTTACATGAATGAGGTATTTATAGGAGAAATGCTGCAAATGGGGTA TAGTTAGAATGTGGATGCCATGTCTTTCAAACCTTAAAAGTTATGATTCCCACGTTCTCT GTCTCTCACTCTTCACTCAGTACGATAATTTCTATGACATGGGATGCACTACCAGATTTA GTTTTAGCAATTCTGTAGAACCAATTAGAAGCGCAGGAGATGGTTGAGATTTCTTTACTC TTAATCAGATATCTTAGGTTTGAGTTTTGAGAATGAATGTTTATTAGCAAGATCAATAAA TATTGATACTAACCAAAAAAAGTATAGATGACCTGGAAGACTAATTCAGTGTAAAAGACA CCAACGTCTACCTTTAGTAACAAATAAAAAAAATTCTAATTTTTTTCTTTTAATAACAAG TCACAAAGTCGTCTGATGGGTGACACACAAGAGAGTCTCCTTAACTAGTGAGCTGGAAAG TTGATAGTTTTATAAATCTTTAGGTGAAGAGAAAAAACAAAATGTGGATTGAAGGGGAGA TTTAATAATTCAATTGAGCTGATATTTTGACATAAGATTTGCCCTAATTAAGTCAACTTC ACTCGTGTGTTGGGACTTGAAAGGCTCAAACAAGATAAATAATGTAGTGAACGTGCAGCC ACACGGTTGCTTAGAAGTATATAACCAACCAAAGCATGGACAATAGAAGAATGTAGGCAT ATAAAACTCAAAACAAAAGACACCAATGCTACAACACTGCACATGAAAGAGATTTAACCC ATTCAAGAACCCATTCCTTGAGAACATGCAAAATGAAATACAGTTGCTTCATTCCAGTAG CATCATTTATTTTTTAAAAATATATAGTGATGGTGTCTGGTGCTATCGCGAACCTCAACT AGTTCACTGAGTACCTGCTACCTTTCACTTGCACTGGTACCATGTAAATGTGTCCATCAA GATTTAGTAGACGGGAAGAAATCCTACCCATGAGCATCAGAAAGTTCAAAATTAGATTCA TAGTATAATATCAAACTCACTATTATTCGAGAAATAGGCTTTATTTGCAATGGATGTACG CAGACAACTTACAGATATAAAATGGAATAACCTTCACTAACACAATCAACACAACAGATA TGCCAATTAGGATGGAAAATGCAGATAGACCAAGTACAGAGCCATATCCCTGCGTGAAAA AGCCCCTCGTCAGAATCAGCTCCAGAAGGTTTTGAACTTATTAACAAGAAAAAAATAAAA TTCTGGGAGCAAGAATTCACAAGTAATTTCGGAGTTGAAAATTTTTCTCTACTAGCTCGA TTCTAATTTGATTATCACTTAATCAACTAATATGTACCAAAGAAAAAGTGGATTTATTAA CTCTTCTATCGATGTTCCCAAAAATAAAGTTAATATTGGTGCTGTTAAGGCTACACTAGA TTGCACAGACTAAATGATACTTATCTGATACTAGATACAGACTGCCAAATATAAACGCAC AGATTCTTAGCGTTCTCTCATCCACTAACCACAGCTGCAGGAACTTCAGGGTCATCGATC TCATCGGCCTCCTCAAACTCTTCTGCGAAATCCCAGTTTATGTTGAGACGCATGGCAGCC ACTTTTGGATTGACACTGGTGTCTGGCCTTTGCATCAGGGATTTGCTAGGTCTGCTATTC TTCGGCTTTAACCTGAATCCAACATGAATAGTGCATAACCATTAGTTGGCTGTTGATGAT ACCAACGTCATTATTGGGGATAGTATTTAAGAAATCATTAAATCATAGATCTGAATATAT CTTATGTGGCCTATTACACTACTTTCGTCCTTCCCAACTTACACGACAATTACTTATGTG AGGTTCGTTCCTTCAAAATCACTTTTCCACTATCACACATTGGTTAAACTAATATCTTAA AATATGTAACCAATCGACTGATGTCCCATAAAAGCAGATAGAGGAAAAGATCTAGTGGAT CTCAGAGAGTTCTGAAAGAGGAGTTTGCTACCTGGTCAGAATCATTTGACAATAAGTTGG TGCTGATGGGTGTTCATGGTCCATTTGAAATGCTACACCATTTGGCTTGGATGTAAACAT CAAAACTAAGTAGTATAAATTAGTCTCAGAGATTTTGTAGATGAGGTGGTTTCGTGGGAT AAGTCAATGTTGATTAATCAGAGTACATTGTCACCAATAGTCCCCACATGAGCAGTTCCC ACCATGGAAAACATGAAACCGGTTTTTGTCCTTGATGACAAGCGTTCTTCCAAAAACTTT GGAGATGTATTTACACGAAGAGTGGCAATCATTGCATGCTCGGAGATTTTTTGTCACCCG TATGATTGTTCCTGGTTTTGTTCTCATCAATCCAAATGCAATGGCCAACTTCTCACTATG GTGATAAAGAATATCCTTTTTCAGATCCTCTGCCACATCCTGATAAACAGACTTGAAATC AGGCACATATCCTTCTTCTTGTATTCTAAAGATTAAGTCCTTCAGAAACCTAGAAATTTC AAGATATAGGGGATGATCCTTTTCATTCGCCATAAATGTGTAAACAGCTCCATTTATCTC AATTGAGCTCATGCCTGGATCCTTCTCCAAAGTTTTTGATTTGAACAATAATCTGGTAGA CTTTACACCCTCCAAATTTCCAGATAAAGCATAAATATTGGAGAGAAGTATATAATATCC TGCATCATGTGGCTTCAGCTCAAAAAGCCTCTGTGATACCTCAACACCTAGCTCAATATT CCCATGAGCTTTACAAGCACCAAGCAAAGCACCATAAACATCCACACCTGGTTGCAAATG CATGCTCGTAATTACTGAGTAAGCATCATTTAATCTCCCTGCACGTCCAAGAAGGTCAAC AACACATGCATAGTGCTTTTGATTAGGATAAAGGTTCCATCTTGCTACCATATTATCAAA AATATACAATCCTTGATCAACCAACCCAGAATGACTACAAGCACTCAAGACAGAAACCAA GGTTGAATCATTTGGATCTAAACCTAGATCCTTCATTTTCAGGAAAAGGTCTATTGCATC ATTACCGTACCCAAGCATCCCATTACCAGCAATCAGTGCATTCCAGCATGCAGCATCTTT CGTAGCCATCCCTTCAAAAAATCTTCTGGCATCACCTAACTCAGCACAATTTGCATACAT GTCTATAATAGATGATCCCAAAAAAGTATCACCTTCAAAACCATTTTTTATCACCAATGC ATGTACCATCCTGCCTTGTTGCAAAGCTCCTGAACTGCTGCATCCTGATAGGATACCTAT CAGTGCCACCGAATCAAGCTCCACCTCATCAGTTCCCATCATCTGATTGAAATGTTCCAC CACCATACTCCAGTTTCCACTATTCACAAACCCCGTTAACATCAATGTCCAAGCAACTAC ATCTTTTACAGGCATCTCACAGAATATACAGTAAGCATCATCAACAAAGTTTACACCAAT ATACTTCTCTATTAGACCAGTTTCAACACGTTGGTTGTTATCATGACCAGATTTAACTAC TAACCCATGTATTTGAGTAACTATTTGTAAATCCCCAACGCCAAAAGTAGCAGAAACTAA ACTCATTATCGTAAACGTATCCATTAACAAGCTCCTTCTCATTAAATTGAAGAGCCAAAT TGCTTCCTCAACCATACCATTATTGGAATAAGCAAAAATAATTGCGTTCCACGAGACAAC ATTCCTCTCAGGCATACTATCAAACACGTATCGGGCAGCAATGGGATACCCTAGTTTCGA ATACATATGAACTAATGCACTTTGAACAAACACATTACATTGATACTCTTGCTTAACCCA ATAACAATGAAGTGATTTCCCTATCAGGTTCAACCTTAATTTTCCAATAGCAGGTAAAAT ACTTGAAACTGTGATTGCATTAGGCATTAACCCACAATTAACCATCTTACCAAATAACTC AATAGCTTCAAGAAAAAGGCCATTCTTTGCAAACCCATTTATCAATATGGTCCAAGAAAC CAAGTTTTTGTGCTCTATTACAGAAAATATTTTGTGGGTTTGTGTTATAAGTCGACATGA TGCATATGAATTCATCAATCTGTTACAAAGACGGGTATCCTGAGAAAGACCAGAAATAAC AATTTGGGCATGCACTTGTTCAATAGGTTTTGGTTCCTTAAGTCTTTGGAAGATTGAAGC ATCCCATAGCTCAGTAACATTGAAGTAATTGGGAATGTGAGAAATTTTGAGTTTCGGATG AATTCCATTTTGCCGCCAAGTGAAACTGTTCGCTAGGGTTGAAAATCGAACCATTTCAAC TTACCACTTCCAATGACACCATCTCAATTACAACTCCTCTGATAAAAACAAAAAACTTTG ATAACTTTCTGAAAATTTGGAGAAGATGATTAATGTTTAAATGACATGAACTTTTAAAAA CTATAAGAGTTGACTTAATATGAATACAATGGCTTGTCATGAATACGATTACACTTTCCA TTTTTATGATACGAGACTTTATTATATTGAGTTTATTTATATTGAGTTGTCCGTATGTAT GTCATGTGGCTTGTGTAGAGCCTCTTGGGATCTTATACAACACGTTATATTTAGGATATA TTTCAGCCATGTGTTAATTTTGTTTCAATTAATTAAGTCGTTTGAATGTTAAGAAGGTGA CTTCATAAAAAATATTGTTAAAAATTTATTGAGTTCTTAATGATTGTATTATTGAAGTCT CTTATTGATTTGATTCGTGTTTTTGGGTGAATTTTAATAAAGGATACTAACGATCCTATG TGATTGGAAATAGAACATAGAAGTTTAGAAGGTTTAAAGATGAAAAACGAAAGAGAAGAG TCTGAAAACGCCTGGAGAGGTGGTTTTACTTTTTGTTTTGATTAACAACTTCCTCCATGA TTATTTAATTTCACCATTTGAATGAACATTTTATTTGCAAGATTATAATGGAATGAGAAA TTATTAAAACAATTTGACGTGATCATACATTCAAACCTGAATTATTGATTTATCCAATAT TAAAAATCACAATCAAATCAATAACCCAATAATTTTTTATGGGAAAATTATATATAATAG CAAACTAATAACCTAAAATAAATGGAGTAGTTAGGGTTTGATTTAATTGTGCTCCATAGC AAACGTTAGTTAAAGTTTGTCAAGCGTCTCTCTCCCAAAAATCTCGCTCGCCACTCTCCA TTCTCGCTCGCCTCTCTCGCTTTATACACAAAAGTGTATAAATTTTGTTTTTGTTTTGTA TAAAGCGAGAGAAAATTGTATATACACATGCAAAAATATATATCTTCGTGTTATACACTT AATTATACAATTTACAAACAGTTCACTTCAGATATTGCAGAGGAAAAGGCCAACGAATTA CACAATTGCGAATTATGCAATTGCAGTGAAATACAATTTTCTCTAGCTTTATACAACAGA AGTGTATATATTGTGTTTCCGTTTTTGTATAAAGCGAGAGAAAAAACATATATATTCTTG CTATACACTTATAATTATGCAATATACATACATTTTAATTCGATTCAACTGTATGCAAAG CAAATTTTATAAAAAAATTGCAGCGAAATAGGCAGCGAATTATACAATTGTGCATCATAC AATCGCAGTGAAATAGCGAATTATACAATTGCAGCGAAATAGGCCAGCGAATTATATAGC ATACAAATATAAAAAAATTTATTTGCTATATGTGAAAGTTGCCCAAAATCTAATGATCCA ACAGTAACAATCCAATAACGTTTGATTTTTAGACACTCCACTGAACATGGCGCTACCTCA CTGATTCTGCACAATGGGCCAAACCCGACTTCCTGCACAACGTGAACTGGGCCAAGCTAG CGAAATGAGACAATCTCCATTTTCAGCCCACTCATAAATTTTCTTTTAAAGCCCATGGGG ATGTGTGCTACAAAAGTAAATTGTACGCGTAACGTGACATATATGGAATCGAATAAAAGT ACAGGTGAAATTTTTGAGGATGGACCTATGCAAAGATGCGCTACGAATAAAAATAAGACC AATCAAAGGTTAAAAATAGTTCGAGGTACAATACCTTTCTTTCACAAAACTTGGCCCTGC TTGATATTTATGTACTTCATTGTACCATGCAATCTTCAATAAATTCATCAGTTCCTTGCA AGACCCCTATATGCTGCAACTACAAGACAAGAGAAATTTAAGTTTATAAATTATGAATTT ATACTTTTTGTTTTAAAAAAATAATAATACATGATTTGAATTAAAATGATTGTACGTGTT TTTGTCAAAGACAAAGCGTCGCATCAAACAAGGGAATCCATTAGGCAGTAACAGTGATGG GTTCGATAACCCAGCCACACATTTGGGCATATAGCAAATAAGCGTGCATGGCCTTTTAAC TAGCGGTCACCGCCGAGTCTTGTTTAATTCTACGTATCTCATGTCATCAAAAACTTTGCT GTAATACACACTCCCTAACCCTTCATATAAATATATACTTATATTCCAGAAAATTTGAAC ATTGGAACATATTCTCTTCATACTTGTACCTTCATAAGGAAATTGAATTAGAAATGAACC TAACCTTAAAAATTGTATTGGACTATTGACGTTTTATCAATGAATGTGGGATTACTAAAA CTCAACTCTTTTTGTAGTATTTGGGGTGTAAACAAGATAATATGAAACTCAAAATCCGGT GACACAATATAGAATGAATGAATCGTGCGTGTTCTAAGACTATAATAATAAAATAATAAT AAAATGGACTTATAATTGGTTTATCCAAGGTCATACAAAAAGATAAATTGCAATCATAAC TATGTACCAACGAGAGATACTAATATAATTTAGAAAAGGTAAAGTTTGAAGCTCACTAAA AATTTACACGATACATATAACACTTACAGCCTATTTGGCTCAGCTTAAAAGCTGGTTAAA CTGACTTAAAAATTGATTTTTGACTTATTTAATTGTTTGACAATACTCAAAATAACTTAT TTTAAGTTAAAAAAATTTATTTTAAGCTAAAAGTTAAAAGTTAGGGCAGAGGTATTTTAT TTTAGCTTATAAGCTGTTTGAAGTTGACAACATTTTTTATTTTTTTGCCCTTAATATTTT TATACAATCTCCAAATTACCCATATAACCCGAACATCTCTTTCTTCCATTTTTTCCCTTT TCACGCTTGACATAGCAACAAAATTGATTGTAAAGGCGAATCGCATAATTCTCTCCTCCT CCTCCTCCTCCTTTTCTTCCCCCTAAATTAACTACTTTTGGACATTGTTAATGTAGACTC AACTCATCACACGATCACTAATTAAACAGAAATATTATAACTATGTCATGAGATACGTCA TTTCCACTCTACCATTTGTTTATTACTAAACCCAATATTCATCTAGCAATAAGGCGCAAA AGATAATTAAAATACTTACAAAGATGAAGTGACGTATGAGAGCATAATAATTTATGTATC GTTTAGCAATCAAATTCCATATATTAAAATAAATACACTAAGATTAAAATGCTTCTAAAA TAAAATATCTTTGCGCAAGTGGAAAACATTGCAATTCTATCATATTATGCATGCAGTAGA TATCAAGTTCTTGCGCATTTTAGATAAGGTTAAAGAATAAACTGTAGAAAATAATTAATC TTCTGCGGAAAATAGCATACTGTTTTTCTACCATATGCTTTTGAGGCACAGTACGTAACA AGCTCATGCAAAAACTGTGACTGGCTGCTACCAGAGGGAGATTGATTACCTTCGGTTGCA CATATAAACTTAGAAAAAAATTACATATACATTAACAACGGAGAAGCTAGAATTTAATTT AAGGAGTGTCAAAATATAAAAAAATAAATTCGTGTAGAAGCCAACAAGTGTCAGTACGTA ATATAGATATACATTAAAAATATTTTATTCTAACTACACAACATATTTTTCCGACGAAGG GTGTCGGTTGACACCCCTTCACTTGTAGTGACTCCGCCACTATATATATATTTTGAGAAA TTGACAGAAATTAAAATATAATTAACAGTGCACCCATTAAGAGCACAGGAGTGTTCTTGT GTCATTGGTACAAGGCAGAAGAACCACACGTGAGACCAGTTCAAATCCAGCTAAACCGCT ATTTCATTATTTTTATTTTAAATTTTATTTAAAGATTATATATGTTGCACCCTTATTAAA TTTCTGAAGGTTGGGACTTCTTAGTTTTTTTCAGCAAAATCAGATAACGTTACCTATCAA ATATGCTAAATTTTGAAAGGGAAAAAAAACTAATTAAAAGATATTTTAGGTTGATTAGTA ACTTGCTCTAATTAAGTTCTAAATTCAAGACATATGGACTCGAATCAAACATTTTTGTTC CTCCCTAACGTCTTCCTGGGTCGATTGGTGTTATATATGTAATATGTTCATTATATATGT TTTAAGTAGTGGCAAATCCAAAACTTTGCATATGTGAAATTTGTTTATTTAATCCTTTGT GTTTAGTATTTGATTTGAGTTATACGACTTTTTTTACATAAAAGTAATTTAAAAAATAGC GAAAATTTTATAGTAGTATTTTTTTCTATTTAAGTTGTAATAAACATAAGGCATCATTTC CTTGTATCTTAAACTAAATGATATATCATCAAAGATTGAAGTGCTTCCTAAAGTTAGTAA CCAAAATGTCATTCTAATTTTACGTGTTTTTTTTTACCTCTAGTACTGTGCATTATGATT TATTTTCCAAGGGTGTATATATATAGTTTCATGTGAATTTTTTTTCACTAAATAGACAAT CCTTAGCAATGAGATAATTATATTGTAGTCGATGGTATTAAATTTCACATATAAAAAATA TTAAGTACTCCATTTTCATTTCTAAAACTTTACATGTTTGTGACATGAGTACTTTAATTT ACAATTGGGTGAAAACAAGTGCATCCACCACTATTGTTACTTTTATTTGTTTGGGTTCCC ACCCTCTTCGAAAGTTTAAGTTTCGATTAAATTCGAATAGCGTATTATAATATTTTTTTT AGATAATACTTTTAATAAAATAATTTTTATATTTAATTTTTTTTAATTAAGAATAAAATA ATCTAATCAATGTATCGCTAGGTACATCATTGTTGTTTGCTGTCACTCATTTTAAACCTT AATTATTATGAGAAGAAAAGTTTAGCCAATAGAGCAATAAAGAGTATTTAATTAGGTCGA GAATGAAAAGGTGGTTTGTGCATAAGAGGAGACAAATTTAATTAAACAAATGCAATAATA TCACCATACACCATACCTTAAATTAATCTTCTTCTCGTTAATTGGACAACACAGATTAAT TAAATAACGTTTTCATTGAACGTTTCATACATAATGTAAAAGTACTGGAAATGTCTTAAT CTTATATTGGCAAAATGAGAGACCTTTTCCCTCGAATAAACGACAAATCCATTAAAAAAA ATTTGTCTTACCTCTCTAAAAGAGTGACAAAAAACGCACCTAATTTGGTGATATTCCTTT TCTTCCATTTATTTATATGATGTTATTTGATTAAAAATAAAAAAATAAATTATTTATTTT AAGATAAAAATGTAATTTATTATAAAAAAAGTTTAATAGTATATATAAATTAAAAGAAAG TATATCAGATAAAATAAAATATAATGAATAAACGCCTTTGAATTTATATATCCTCACAAA AAATAAAATAAAAAAAATTAATTGTAACAAAGATTAAACTTAATTATCTTATAATTAACT TTCACAATTAAAGATATCTATCATTTTGTCCCCTTCTTTAACTCATGGAAGTGGATGAGA AGTCATTTATGTTGGTGATAAGATCAATAAATTGAAGGGGAGCTTAAATCATATATATGC ACAGTGAGTATTAACATTTTTCTCCATTGTTAGGTAACCCAAAAAATTAGCTAATTTAAC CTCTAATTTTGTTATATATTTTGACGTTGAAATTTATAAATTTAAGTTTTTAAAATTGCG TTTTTCAAGATGTATTTTACTTTTAAAAGTTCAAATTTTGTGAGTGTAAAAAATTTCAAA AATACAAAATTAATTTGAGCTAATTTTTAGAAACTTTAAAATATTTAAATATCAAATTCC TTAAAATCTAATCAATTTAAGGACAACCAAATATTTCAAATATTTTTTTTCAAAATCGTC TTCCCAAATATATCACCTGACACTAGCTCAATCGAGTTAAAACGAGTGGTGGTATAAAAA ATCTCACAGAAATAGTGTGCATATTTAAATGGAGTTAAAAGGCAGAAGTATCTTCTAAAT TGTGATTAAAATATCAAAAATATATTTAACTAAAATAAGATTTAATTACACCCAAATTTA TTTTTAAAATTTTTTGTACATCTTTTAGCTTACACTATATATTTCACAACTCTAAGTTGT TGAGACGTTAAAAGATAATTAAATCTCCAATAAGTCAAAAAAATCTACAAAATTACCAAA AATATGGATGGGGATAGGGCAATAGGACTCTTGTTTAATTATTGTGTCTTTATATTTTGG TCATATAATCTATCTTATCTCTATTTAAATACATATGTATACTTTCTAACCTGACTTCAT GTGATCATATTTTATACCCTCAAACTTATACACATTTAAAATTATAAAACATAATTATCG GTTATATTAAATTAAAAATATATTTTATATATTTAATTTAACTTAATATTATTAAACATA GATAAGAAGAAGCATTTCCATTTTTTGTTTTTGGTCAAAACCATAAATCATTACTCCTTA CTTTTCCATTACTTAACTTGAATACAAACACTTGCCAGTTATAAACCAGCTCCAGAATAC CCCTAATATATTCGAATAAAACGAAAACAAAATAGAGAGAGATGTCACGTGATCACCCTG AGGCGTTATGCGTAACAACAATCTCTGCAAGTTCCATAATATGATCACTGTTCATCTTCT TCACATTCTTCTCTATGCTATTCTCGTCTTCTTCCTTCATGTTCATATAAATGCCGTAAA TATATGAACAAAATCCCCATACACATAGCGAAGTCGACACAGCTTTAAGCCCACTGAAAT AATCACCGTAAACTAATACTCCACCCAACACGTTTATCCCCATCAGCGCCGTCATGCATA CACCTCCAGTTAACGACGTCGTCAAAAACACCATCCCTGCCGTACCCATGAAACACACCT GCCACGTCACCACATTAAACCCCACCGTCAGCCAGTACGCTTTCGGTCCTAAATCGAACA CCTTCAAGCTCTCCCTCTTCATCTCAGAGAAACCGCCGTCCGCTGCCATACCCACCGTGG CCAACACCGTCGCCGCTATCTCCATGACCAGCTGCATTTCCACTACCATGGCGTAGCAGT TAACTCTTTGGTATATCTTCTCCATGACAGGGAGGTAAAGAGCGAACATCAATCCTGCAC CTACGGTTGAGAAAAAGCCTTTGAAGTACTTCGCCTTTGTTAATCCAATCGGTTTGTCGT GACTTGAACTCAGGGCTAATATGACCGAACTGAGGGTGAGAACGACGACACAGTTCAGAT TGGGGTATGTGATTTTTTGCTTGACGATAATCATGGAAGTAACGAGGGTAAAGGCCAATT GAGTAGACAAAACCAGAGAATTCGTTGAAACAGGAAGATAAGAATTCCCCCAAGAGAAAA GAAGATTGTTAACCCCCAACAACAACCCGATGAGAATTGAGAGGGCGATGATTTTAGGGG TGAACCCAGAAAACAATTTTCTGTCGGTGAAAATTCTGAAAAAGCAGATTGGGAATAGAA GAAGAGGAAAACCAGCACATTGTACCCAAGTGGAAACCCATCTACTGCCACCTTTGTGAT TGAAGTAGAATTTCGAAAGCAGACTAGACGAAACGGAACCCAAGAAGAGACACATGTAAT TGATAACCAGTAAAATCATATAGTAACGCTTGCCCATTTCTGCTTGCATTTTGGATCTGG TGCTTACTCTGCCAGTACCACCTTTGTTGTTGCTACAATACATGATGATCTTCGCCAGTA CTGCTCTGATAAACCACGCGGCCTGCTGTTGATCTTGCTGTCGATTTTGGTTAAGCGCTG CTGGTGGTTGTTGAGCTGATAACTCCATTAATTCTCTGCTGAAAAGCTAATTGGTTTTTG TATGAAAATTTTTGAAGCGGCGGAGAAAAGATGAAGAATGTGTGTTGTGTTGTGTGACAG ATGAGACGAAAACCTTTGCCTTTTTAGAGAGCGAGCACTGAATTGCCAATTGAAAACGTA TGATGTCTTTTTATATTAAATCACTTCAACTAATTGCTGATAATTAATTTTTAGAATTTA ATTAAATTATATTAATTTAACATTTAAAAAAATATATATTGATAAGCAATAGGAAAAAAT AATATAGATTACAATGTTTTACATATTAATATGATAAAAAAATATATTATAAAGATATTG ATAAAAATTTTTATTGTTTGACTCTAAAAAAAGGAAATTATGACAATTAAAATTTAAAGT AATAATCAATGTCATATGAAAAAAATCTTTTGAACAAATTTCTACAATTTAGTTAAATTA CATTCTCATGATTAAAGTAGAAGTGAAAAAATCAATTCATAAAATTATATTTGGTTTAAC AGTTTTGATTTGGACAGATTAATGATTGGCATATTTTATTAATTAAGGTTATTTTGATTT GCTTAGTTTAATCTATATTGGATTTGGACTGATATAAAGTTTAAATTGACTGATGAGAAG TCTTGTCTAAATATATTTTGAAATATGTATTTTTTATGATGTTTTTTTTATATAGTCATA TTTTGAGTTTTTTTATATCATGTACTCAACTAAATTATAAGGAAAAAAAACTTCAATTTA AAACTTAGTTCAGAATTGGACGAGATGGGTTATCAACCCATTTTAAGTTGAAAAAATTAT TTGGATGATATTTTTAATAAATAATCATTGATTTGAATGATATTTTTTATTTGTTGTCAT TTATTATGGTACATAATAATACTGTGTTAAATTTGTAATATTTATTTAATGTGAATTATG TATCATAATTTTTTTTAAAAATATATTATATTTAGTTAGTGAAAAATTGACATATTATAT TATAAAAGTATTTAATAATAAATTATTCTTTGTGATATGTATTAAAATTATATTATAAGT ATATTAAAAGTAATCAAATGAAAAAAAAAATTATTACTATGAATGATAAATATTTTTTAA ATATATTATATTTATCGTAAGTAATCCTCTTTTAGCTATATTGCTAAGATTAGTGATACG CTTATTTATTAATTTAATTTTAATTCTCTCAAATTTAATTCAATGGTGTATTTGACAACC CTAATTTTTTAAGCAAAAAATGATATTCATATATTCTCTTTTAATTTTATATCATTTAGT TTCATCCCACCATAAACATACATTATTATCAATTTATACCTAATATTTTTAATTAAAATG CCTTTTCTTCATTTTAAAAGTATTTCACTCAGCAACCACACTCTCTTTGGAAAATTTTTA CTATGAAAAAAATAAATTCTTTTACATGTCCTCTTTACTCTTTATTAAAAATGGAAAGTG TCTTAATATTTATCATTTTACAAAATTAATACATAAATAACATTTTTTTCCTATTTTACT ATGAAGAGTTACAAACCTTGAAACTATACATTTGACCAACATAGAAAAAATAAGTAATTG ATGTTGTTTATTAGTTAAATTAATTAATCAAAAAAAAAAATTCATGCTCATTAATTGAAA ACTCGACAAATACTAAATAATGTTATAGTAGTATTAATTCAAAACTCAACAAACACTAAC TAATGTTACAGTCTTAAATTTACTTAGTTTCTTAAGAAACATAAAATCTAAAATGACAAT AACTAAATAGAAACAATTAATTACTTGTGTGGAATAGTGGATATTAGAGGTGTCAAAATA AACCCCAAAACATAGGTAATCCGTCCAAATTTTAAGGGTTGGGCTCAAGATAATTTGATT TGTGTTCAATATCAACTCATTCAAGTCTAATCCATTTCAAGAGAATCAATTCAGCCTAAT TTAATATTTAATTTCAACCCGTTTAAAACATGTTATTAAGATATATATGTTCATATATTG AAGATATGAATTATTCTATTTAACATCTCTTACGATTTATCTATCAATTTCTTACTTTTT AAATAAAAAATCTTGACGGAAATTCAAATTGTGACTGTAAAAGTTAAATATCAATATGTT AAATTATAGAGATTAATTGGGTCAAAATGGGCGGGTCATGACTCAATCCGTGTTTAAGTC CAAAGCAAACTTGAGCGGATCAAGACCCAACCCGATTTATATTTAAACCCATTTTAATAT CTCTAATTTCAATTTAACCTGTCAATTTGACACCCTTCGTGAATATCGTATTTAATCAAT CACATTTAACGAAGCAATCGCGACCGTTTGGCTTACCATTGGGACAATGTTCGAGTACGT ATATTCTCCCTCAATCAATAATATTTGTGTATTTTTGAATTGACACATATTAAGAAAACA ATAATTGATATAGTAAAATCATCATTTTAGCTCTATTAATTATGAAATTAATGAATTAAA AATTTAAGATTTTTAAAAAGTTTCACTTTTAATCAAAGTAATAAACTGAGAATGTATTTC TTAATTTGTCAAAATGGACAAGTAATTAAGAATAACAATCAGAGGGTATCCATTGTTTGT GAACCATTCGAATAAATTATATACTCCCTTTGTTCTTTTAAGATGCAATATTATGTTTTT TAAGAGTTAATTTATTTAAATTAGATTTATTTCGTTTGATATTATAAAATAAATTTTAAA TATTCAAAAATTATACGAAATACACTGTAATTGCAATTCTTTTTATGTTAATATGATAGA AAATATATCATAAAATCTTAGTCATATCTCACATCCTTTGACTCTCAAAAAGGAAACTAT AAAATAAAAAAGAAGATGCATTTCTCAACCAATATTTACAAATAAAGTATGAAAGCTTGG CCTGTGCTTCAATCTTCATCAGAACTTTTGAGGGCATGGCTGTATAAACCAAAAATAAAG CATCTTAATTCTTATGACAACTAAACTATCCGTTTAAACTGTATGGATAAAATTATGGTC AAGATATTTATAATTAAATTTTTAAACCTTTCAAATTATTTTTAATTTTAGATCACTAAA ATATTTAAACCGCGTTTGAACAGGGGTTAAGTTTATAGTGGAACAGTCCTAGTAGTACTA GAAACATGCATGCATGAGATGGGGGTGATCAGACACAATTAATTAAACAAAAAGGCAAAC ATTTTAGCCCCAAAATGAAAACGGTTGAATCTGCTAGTTTTATTTATTATATTGTGGATT TGCATCGACTAATTCGTTACTCTTCTCTCTTCTGCCATTTTACCGCTGCTTTTTTTACAG GATCATTTTTAAAGCCTATCTATTTTCAGTAGTTGTCAGTTTTACCCATCTGAACATATC TCTCTTCTTATTTATAATTTGTGATATTGATAATTTATATTAAAGTTTCGATTAATTTAT ATTTGTTAAAATAAACAGATTCTTGCTCCAAACCATGGAAATAACAAAGTAATTGAAGGA GAGTCAAAGAAAAATTCATACCCGAATTCCGAATCCAATAACTTGGTTAAAGATAAAAGA GGGGATTAAAAGTTTTTTCATATTCAAAATTCAAATTTAATAATTTAATCAAAGATAAAG TAATAATATTAATCCAACGAGAGTCCTCGATAACATAATTTTATGGTCTACCTATATCTC ACTGCATATATAGTCTTCCTTGTATGCATTAATTCTATCACAGATCATATCCACAGAGAT TCTTCGTGTCTCTTGTAAGTTGTCTCTGCAAAAGAAGAGGAAAAAGCAGATTTGTAGTGC TTCCATTAATTAAGAAAATGGGTAGAAATTCTACTTTATATCAAATTATTAACTCAAAAT AATTTATTTTGTAATTATAGCATCATTTAATTTTATTTAGTAGGAAACACATTGTCGTTC TCGTCTCTTGCTCGCCACTCTCTATTTTCCTCTCACCTCTCTCACTTTTATATAAATATA TAAATTGTGTGTTGTGTTTGTATAAAGTGAGAGAGATTGTATATACAAATATAATATCTT TTCGTCCTATACATTTATAATTATACTAATACAATCTTATCATGTTCAGTTATTTTTTTG CCTTTCTCGCACTCTTGCTATATAATGTACAGTTTGTGTTTGTATGAAGCGAGAAATCTG TGAGATATTCAGTTATATATTAACTGTATATTATGCAGATATACAAGCACAATCAATTTG ATACATATACATAGTAGTTACAAATATATAATTATCTAACCGATATACATATATAATTCA CTTCTTTCCACTCTTTGCCCCCTCTCGCTCACATCTTTCCTCTTTCCCCAAATCTCGCTC GCCACTCTATCCTTTAACAAATAATATATACATATACTAACACAATTTTTATAGACACAG ACGCCCCCATTTATACAAATCGCTACGATTTATACAAATCAAATATTGCATAGCAATCAT TGTTTGCTATGGAGCGCAGATAACAAAACTGTAACTATAGAGCGCTAATATAATTTTTAT GTTTGGTATTACTAAAAAATTTACTCATTTACGTATCTCCTCCATTTTTTTCGTTACAAA TAATTCTATAATTTCAGATAAAAATATTTGAAATTTGGCCACCTATGTCAAAAGTTGTTA CGGAAATGGCTAGAATTTAAATATATTTTTTCAAACGTAGGCCATAACCTAAAAGTGCTT TTGGGCTTTGCGTTTACGACTGGATTGGACTGAAGACCTAATACGGCCCAAAAGCCCACA TGACGCGAGTGGTGCACGATTTATTTGGCGGGAACCCGAGAACGGCGGCTATATCTTTTT CCCGCCAAACCCCTAATCGTCTCCAAATCTATTTTGTCTTTCTCAGAAACTCACTTGTTT TTTGATCCCTCTTTGAGAAATTTGAAGATCAAGAAATGGACAGCTATGGCGGTGGCGGGT ACTTCGTCGACGAGAAAGCCGTTAGGGTCGAAAACATCTTCTTGGAGTTCCTCAAGAGGT TCAAATTTCTCTTTCAATTTGTATTGAACAATTTCTCCTTTTTTCTTTCTGGATCTAACA TTGTGCTTTCAGTTTTCGAGTGGATGCGAACTCACGTGAGCCATTTTACGAGTCGGAGAT CGAAGCCATGAGACCTAATGAGTCCAACACAATGTTCATTGATTTCTCTCACGTTATGCG CTTCAACGATATTCTTCAGAAGGCCATTTCCGATGAGTTTCTCAGGTATTTTTCTGTTGA TATTGCTTTTTTACTGTGTATCTCGAAGAACAAGTAAAAAAGACTCAAACTTTGAATTTC GATTGTAGGTTTGAATCCTATCTGAAAAATGCTTGCAAGAGATTTGTGATGGAATTGAAG CCAACTTTCATCACTGATGATAATCCTAACAAGGACATCAACGTCGCATTTTACAATCTT CCGCTGATTAATAGGTTCGCTTCAATATTACGCTGCCCCCCTTTTATATGATTCTAGTTA ATTGCCATTTGCTAATTTGAGAATTGGGCCCAGATTGAGAGAGTTGACTACCTCAGAGAT AGGGAAATTGGTGTCGGTGACTGGAGTGGTAACTCGTACCAGTGAGGTCCGACCAGAGCT TCTACAGGGAACCTTCAAATGCTTGGACTGTGGAACTGTGATCAAGAATGTTGAACAGCA ATTCAAATACACCGAGGTTTAGTTTCCTAGTCATTCATCTGTCAATAAGAGGCCATTTTT ATTGTTGTTGTTGTTGGTTCATGTTTGTGCAGTAATTGACCTTGTTAGTTGTGAACTCTC TCAAAGATGGAGGGTATACCTTTTTTTTCTAATGTAAAGCACAATGGGAACTTATTTCAT GCTATGATTAACAATATTAACAATTGTGTCAACCAATGCCTCAATTCAATAGCTCACAAT TAACTACACCACAAAGTTGGATATTCCCAGAGGTGATCAAGAATAAGCTTGGGATCATGC ACTGTTTTATCTAGTGATTTCTATATTCCATGTCTACCAATTTTACTACTTGCTATCTTG TCTCGAATGTTCATCACTCCTTTTTAATCTTATTGTTACGTCTCTGTAGCCTATAATTTG TATGAATGCGACATGTCAAAACAAAGCAAGATGGGCATTACTCAGGCAAGAGAGCAAATT TGCAGACTGGCAGAGGGTCCGAATGCAGGAGACCTCCAAGGAGATACCAGCAGGGTCCCT TCCAAGATCACTTGATGTCATTCTACGCCATGACATTGTGGAACAAGCCAGAGCAGGTGA CACGTAAGTACAATTACTTTATACTAGTAGAGTAACCTAGTACTTAACTCGGATATGTTG CATTCTCATTGGTGTTCCTACTCTGTTGCAGGGTCATATTTACTGGTACCGTTGTGGTGA TACCTGACATACTTGCACTTGCCTCTCCTGGGGAGAGAGCTGAATGTCGCCGTGATGCAT CTCAGCGAAAGAATGGTACTGGTGCGCAAGAAGGTGTGAAGGGTCTTCGAGCCTTGGGCG TTAGGGATCTCTCGTATCGATTAGCATTTATAGCTAACTCGGTTCAGGTTAGTGACACTT TCAGATTAGATAACTTCTATTTTTGACTGGGATCCGATAAAGGAACATCTCCTGTTGATT CCTTAATGTAAACATCTTAGAAGTTGAATGAATATACAATTTGTTTGGAAATGCAGTCTT TTTTCTACTCTTTACTGTGCATTTTACATAATGATATTGTATTCATCTCCTTTACTCAGA TATGTGATGGTCGAAGGGACAATGACATCAGAAATAGAAGGAGAGATGTTGATGAAGAAG AGAGTCCCCAGTTCATGGTTGGTCTTTCTTTCATCTTTTTTCACTTTTCATCAAACAAAA ATTATAACTAGAGTATCTGGTTATATTTCTGTATGCATAGCTTCATTTTATATGGTTCAT AAAATCAATCACATTGGGTAACTTCGTGCTATAAAACTTTGGATATATATCAACACATCC ATAGCCAATAAGATATGATAAAATTGTTACATGTTTTAGGGAGGAGGGGAGAAGAAAATT TGGGTCAGACTTAGTCAGTCAGGCTCATCCTTGTGTATATACTATAGAAGGCTATACTAT AGAAGGCTATGGCCCGTAGTCCATGAATATGTAACAATCGCATTGCAGTATGCAAGCTCC TTCTCTTTTACTAATGTGCTCGTCAAATTTTTAATATACTCAACTGACTCAGTTTTGGTC ACTCACTCAATTGGCAGACTGAAGAGCTAGAAGACATCCAACGAATGAGGAAAGTTCCGG ATTTTTTCAATAAGCTTGTTGAGAGTGTTGCTCCAACTGTTTTTGGTCACTCAGATATCA AGAGGGCAATACTGCTCATGCTTTTGGGTGGTGTTCACAAGTTTACTCATGAAGGCATTA ATTTAAGAGGGGACATCAATGTTTGCATTGTTGGAGATCCTAGCTGTGCAAAATCTCAGT TCCTCAAGTGTGTTTTCTTCTCTTCTTTCTAATTTCTTCAACTGGTTTCCGAGCAAATGA ATTAACTTCTGCTACGTCATATATTGCCTAGATACACAGCAGGTCTGGTTCCTCGATCTG TCTATACATCAGGGAAATCCTCGTCTGCTGCTGGGTTGACAGCAACAGTGGCCAAAGAAC CAGAAACTGGAGAATTCTGTATTGAGGTAGCTTGCAACTTTCTCGTCTCGTTACAAAAAT GGGTAATTTGTTGTACGGAGTATAAAATAGGTTAAGTTGCATCAGCAAGTCTAGAAGATG TCATCTGTGATGACATTGAACAATTAATTGCCTGTGACTGTTATCTGCACTCCAAGTGCA TGATGCACTGGGGGGGGGGGGGTCTGTGCAAATTAATCTTGAAATGAGTTAACTCTCTCT AGACAAATTAATTCTTCTTACTTTTTTTCTACTATATTTGGATTTCTTTTCAGTATATTT TTATCATCTTAAATTCTATCCCATATCCTATTAAGTTTTCTTCATGCCTTTTAGGCTGGT GCACTGATGCTTGCAGACAATGGTATCTGTTGTATTGATGAATTTGACAAAATGGATGTT AGAGATCAGGTATTTACTCTTCATGCCATCTCATTTCTTCAGCACTTCTGTTTACTTTCA ACAAGTTTTAGCTCTGATACTGGAGATTTCTGCCATCTTTGAGGTTGCCATTCATGAAGC AATGGAACAGCAGACAATAAGCATAACTAAAGCCGGTATACAAGCAACACTGAATGCCCG GACTTCAATTTTAGCTGCAGCCAACCCCACGGGTGGGCGATATGATAAGACCAAACCTCT GAAGGTGACTATTGTTCTTGCTACCAATGCTTCTTCCTGATCTAGTGTTTGTCTTCATTC ATGCATGTTTCATTTGTCATTTTTATTTGTCTAATAATAGTGTTTTCTTGTACAGTACAA TGTTGCACTACCTCCTGCCATTCTTTCAAGGTTTGATCTGGTATATGTAATGATTGATGA TCCTGATGATCAAACAGACTATAATATTGCTCATCACATAGTGAGAGTTCACCAAAGGCG GCAGAATCCAGTTGACCCTCCTTTTAGCACTGCACAAGTGAAGCGATACATAATGTATGC TAAAACACTGAAACCTAAGGTCCGTGATGCACCTTCGTATATCAAGGTTGTAGTAGATTC TGCTGTCTGCTTACTGTTGTATTAAAAAGATATTTGTATTATCCAGCTATCTGCAGAAGC TAGAGAGTTGTTGGTTGATTCATATGTTGCTTTACGTCAAGATGACACTGCTCCAGGGAG TAGAGTTGCCTACCGCATGACTGTTAGACAGCTGGAGGCGTTGATCAGACTTTCGGAGGC TATTGCTCGATGTCACTTGGATATTCAGGTGCAAGAAGTGCTGAATTTTTTTATGTTGGT TTTTTAGTACATCATCGAGTATATGCTCTCAACTGTGTATTTTGGGATAGGTGCAACCAC GTCATGTACAAATTGCAAAGAAATTGTTGAAGACATCGATAATCAGGTACAAAGAAATGC ATAGTACCTCACAGTGAAATTTTGAAAAGACAAAAAAACTGGATGCATGCACCAAATTGT TATGAAGAAAAATACACTAGCAATTCATGCTGATAACTGGACAATTCAACTTTTTATGCA GTGTGGAGTCCAGTGAAATTGATCTATCTGAGTTCCAAAATGAGAATCCCGAGGATGGTG TTGGTGATACTCAAAATGGTACTGGTCAAAGGGAAACTGAACCAACTGAAGCTCCGGCTG AGTCAGTATCTGGGAATGCAGGTATGCAATATTCAATTGGTTGTTTTGTAGGATCTGATT TCAAAATTCATAGACTTCTTGTGTCTTAATTTGGTTATCCATGGTGTAGAAAATGGTGCT GGAACTACAAACAAGCAAGGAAAGAAACTAGTCATTACTGATGAATATTTCCAGAGAGTC ACCCGTGCTCTTATTCTGCGATTGAGGCAGCATGAAGAGACTGTAATGCAAGACGGTAAG TCAGCGCGTACAAATTTTACAGATTCTTTTGCTTAGGGTTGTTAGCAAAAGTTGAATTGA AGTTCTACAATGCTTTGTTTCAATGACATTAAATTTTCTGTGTGATATGATATATGGAGA AATAATGAAATAGGGACACAACAAATAGGACCAGTAGGATCAAGTAATACAAGCTTGAAA AACATTCATTTGCTAGGGGAGAATTCAGTTTTAATCCAAGTGAAGACATTTTTCTGTTGT GGAATGTGGAACGCTCATAAACATTTATACACCTGTAGGGACTGGATTAGCTGGAATGAG GCAGAAAGATCTTATACAGTGGTACGTGAGTCAGCAGAATGATAAGAATAGCTACAGCTC CATGGAAGAGGCAGCAGCCGAAGTCACGAAAGTGAAAGCTATTATAGAGGTAACCTTGGA TATTTATGCATTTTTAATGGTCTTGATAAATATATGCCCTATGCTCAACTGTTATTTGGA CCATATTTATGTTGGACAGAGCTTGATTCGAAGAGAAGGCCATTTGATAGTTGTAGATGA TGGTACGCAAGCAGGCGAGGAAAGTGGAAGGCAATCAGCATCCAGAAACGACCGGATTTT AGCAGTGGCTCCCAATTATGTTGTAGATTGATTTGGAATTCTTGTGAACAGGACAGAAAA TCTGGGGCTGTTTGAGCGCAATGGCAGCGCGGCCTAAAGTTGTAGGACTGGGGAACTGTG TTTTTCTACTGTCATAGCTGAGAAATCTTACACCCTTTGTGGGAATGTTCTACTATACGA GACTAACTTGTTTTAAGTTAAACTAATTGTTGTACTTGAGTTTGAGAATGTGAAGTTATC AAGCCTACCTGTACTAGTATTAGTTTTGAGTTTGCTTATGTTCAATGTAGTATCAACTGG TATTAGTCTTCTGGATTCATTAATGGTACATTTTTAATTAGAGATGTTTCATAATCTAAC CAACTAACGAGTCATGAAATTATTGCTTTTATTTATTTTTGATCTTCAAAGAGAGACTAG TACAAGGTGCATCTTTGAGGGATATAAAATTAAGGAGAACACGAAAAGATGAATAACAGT GTAAAAGATCATTTTCAATTATTAATAATATATATAACTAACTTATGTGTCAGATTCATT TTAGCTAATAATTCATGTAATCTTGAGGAAAGATTTATTATCTATACGTTTTTCTTACAT ATTCACGAGAATACTACTTTCGAAAATTATTCTCTTACTCTTAAATTTTATACCTAAATC AAACTAAAATGCGCAAAATGTGACGAAAGCGGAATCTAAGAAGTAGCGACTTTTAGGAGC GTGATTATAGCAATAGATTTACCACTTAGAATTCTCCACTTTAACAAGAGACATAAATAT TGTCAATTTCAATTTGCTGAGTTGGACCTAAAGAACATATGTGGAAAAGTTTTGGATAAG ACAGCATATTCTTGAACTAATTTTTTAACAAATATTATACCTTACGTTTGCTTTCATAAT AATGTTATTTATCCATTCTAATTTCTAACAAATCAGCTAAGTTTATCATTTTCTTTCAAT ATTGTATTTTATATTAAATAAACGTTCGACAATAAATTAAAAACTTATTTTTAAGTCACT TTTATTCACAGAATTTTAAAAGTAAAATAGATGTTCAAAACTGATTAAATTTCAAATTCA AACGAGAGTGATAGGCAGTACTATTAGTACTCAAATTTATTGGAATAAACGATTTATTAA GAACGTGCCTAGTCAATACCTAGATAATAAAGGACTAGGTAAAAAAATAAATAATTTTTC AAAGGAAAGAAATACTAATTTATAACATTTTCCATTTTTATTATATAGTTTTGAAAGAGG GACTAGGGAAATCCTCTCTTTCGCCCTGACATTTTAATACATATAGCCATAAAGCCGCCA TCGCTTCATATTTCATACCTAACAAAGTTTCCGCCATCATTCTCTCCTACCATTCTTCCT TCTCCTTTGCCATTCTCTTTTCCTTCATATCTCAGCAAAGTTTACACACAGCTTGCTGTT CGGTGCGGCGGGTAATTTCAAATCCATCTTTAGTAGGTAAAGCTAATTGCTATGTATATA TTCTCTCTACATTCTAAGTTTCTGCAGCGAAAACAGTTGATATAGTGTTACTATTCATTG TAGATTGACGAGGAGAATCAGAGATGAAGTATGTGTTGGTTACAGGAGGAGTGGTTAGCG GGCTCGGTAAAGGAGTTACCGCCAGTAGTATCGGTCTTATCCTTAAGTGCTGTGGTCTTC GCGTTACTTCCATTAAGATAGGTTTGTTTCAGCTGATTTTATAATATATATATACCCTGT TTCTTGTAACAGACTAACAGAGTCATTTTACTCTGGTCTATGTGAATGGGAATTTTGGGC CAAGAGAATATTATTGTTATTTTTTGAAAAAAACTTTTCGGACGAAATCTTGAACTACTA TTTGTGCAAAGGAGAAGCCAAGAAACTTAATAAGTTTTCCTTAACTAGGCAGCAATGCTT TTCTTTATCTTCTTTTTGTGGCATCGATGCTAAGTTGGTTAAATATCAAGCATTTTCTTG ATCATAAACCATTTACTACCCCAAACTTAATTGTATTTTTGAACTTTTCGACGGAATCTT GAACTACTGTTTGTGCAAAGGAGAAGCCAAGAAAGTTGATAATTTTTTTTGTGTTAGGGA GCATGGCTTTTCTTTATGTTCTTCGTGTAGTATGCATGCTAAGTTGGTAAAGTTTCAAGA ATTTTTTTGATCAGAAACCATTTACCATCCCAACCCTAATTGTATTTTTAAATTTTTCTA ACGGAACCTTAAACTACTCTTTGTACAAAGAAGAAGCCAAGAAAGTTGATAAGTTTTCCT TGTTAGGGAGCATTGCTTTTCGTTAGGTTCCTTATGTGGCATCGATGCTAAGTTGGTAAA GTTTCAAGCATTTTCTTTATCAGAAACCATTTACTAACCAACCCTAATTGTATTTGTTCT GACAAGCTGTTTTTGGTTTGTTTGTTCTTAACAAGTTATATTAATTGTCATGGTATGTAT CTATTCTGCTTTTTCATCGGATTTCCCTTGTTTCAGATCCTTACTTGAACACTGATGCTG GAACAATGTCTCCATTTGAGCATGGAGAAGTATTTGTCTTGGACGATGGTGGAGAGGTTA GTCAGTAATCTTTCACATTATCAATTCATTAGTGCTTTTCTGTGCTGAAATAGATTTTGT TTCATCTTCTCTCTAGACATCTGTAGAGGTGAGGTGGAGTGGTCAGAGCTGGAACAAGTT CTTTAAACTTTGAACTTATAAATGTGATATCTTGCAGTATAGTCTTTCTAGCTTGACCTT AACATGTTACTTAATTTTCTGATCGCGGCTCTCTTCCCTGATAGTGTTACTCATAGCTCT TGTTTTTCATTTAGGGGAAAAACTTCCGATTGCTCTGTTTTATTGTTATTGTGTCAACTT TTATATAGAGAGAGTAGAGACAAACATTATTGTTTTTAGACTCAGGAAAGATGAAGTGGA ATTTATTTGTGTCGATGCCTATAGATAATTGCTTTATTTTCTTTGGTTTTGTAGGTGGAC CTAGACCTTGGTAACTATGAACGCTTTCTGGATATTAAGTTGACACGTGACAACAATATA ACTACTGGAAAAATTTACCAGGTATGTTGTCAATAATCGGAAATTTCTTCCTACAAGATT TTATGGATTCATGCTTCGTCAAATTCATGTAATGAAAGCAAAATGTTTAGCTTGAGAAAC TGTTTGAATTTTCATTTTCAGTCTGTTCTTGATAAGGAGAGAAAAGGAGATTATTTGGGG AAGACTGTTCAGGTTTGTCGCTCTTCCAGAGTACATTTTCATTTATTAAGTTATACTGTT ACTAATCTGCCCACTTGTTTAGGTCGTCCCTCACATTACAGATGCCATTCAAGAGTGGAT TGAACGTGTGGCTGTCATACCAGTTGATGGAGAGGATAGTCCAGCTGATGTTTGTGTTAT AGAACTGGGTGGAACTATAGGTATGGTCAAATGATGTTTGACAGTAGGCATGATAAGTTG TTTATGGATCTGTTTTCTCAAAGTAACTGATCCTTGTGCAGGAGATATTGAGTCTATGCC ATTTATTGAAGCTTTAGGACAATTCTCATATCGTGTAGGTAAGGTTGCAAGTCCAAGTTT GAACTATGACATCACCATATAATGTATTTTGTGCCCCAGGAAATGCAACTGTTAATTTTA GTGCTTGAATGCAATAAAAAAATTTCAATTTGTTGCTTCTTAGGTGCTGGAAATTTTTGC TTGATACATGTCAGCCTTGTGCCCGTTTTGAATGTAGTTGGTGAGCAGGTAGCTTCTGAT CAAAGTGTATTTACATGAATCTTCCCTTTAAAGTAACTAGTTAGTTGAGTGCCTAAGCTT TTTTTAATATTCAGAAAACAAAGCCAACTCAACACAGCGTCAGGGGTTTGAGAAGCCTGG GACTGACTCCAAATATTTTAGCCTGCCGGAGCACAACGGTCTCTCTCTCTCTCGCTTTCG CTCTCTACATATATATATTTATATATTACTCTCTAAGTGTGTCTTTTCATCAGCTTTCTC TCTCGCTATCTACATATATACCATTTGTCTTTCTTTTGTCAGATGTTTAGGTTTGTCAAG TTCAGCTTTTGAAGTTTGTTTTCTTATTTAGGCACTTGATGATAACGTGAAGGAGAAACT TTCCCGTTTTTGCCATGTTCCGGTATTGTTTTCTTTCTCTATACAATCTATATCTCCGAA CACCTATATCTTTTATCTGGCCATCTATTATATGTGATTCCCTGTTGCTGAAGTTCTGTG TATCTTGGTTTCCAGGTTGATAGCATCATCAGTCTTTATGATGCTTCAAACATTTGGCGA GTTCCTTTGATTTTAAGAGTGAGTAGTGTTGGTACTCTTATTTTGATGTTTTTGCATAAA TTTTCAGAGTGAGTTTTAAGAAAAAAAGTATTTTCTTCGTTGGACCAGGACCAGAAGGCC CATGAAGCAATTCTGAAAGTGCTGAATCTTAAAGGGTAATGCCTGATGAGCTCCACTTCA AATGTCTTTCGTTTCTGTTATGTACATTAATGACATATAGTCTTCAATCTTCAGCTTTTA GTATCTTCACTTTTGTGACATTTCGTGTATGGTAATATATTTTGGTTTTTGTCATTTGTA GAGTTGCTCGGGAACCTGTCTTTGGAGAATGGACATCTCGGACTGAACTTTGTGACAGAC TACATGAGCCAGTATGTCACAGGATATATATGCTAATTCTCTTTCCCTTTAGGAGTTTAT CTCATATTTGCCATCCATACAGGTTAGAGTTGCCATGGTGGGAAAGTACACTGGACTTTC AGATTCGTATCTCTCAGTACTGAAGGTGAATATCTCATGTAGACTTCTCTTAAGTCAAAT CTAGATCAACTGACACTTTTTACTTGCTCTTATCTACTCATGTGATTTTTGTTGTGTTTA TGTGGTTAGCCCCTCAAACACTTTCCAGTATAGAATAAACAAACACTTTCCTCTGCTCTA ATGCGCTTCTCGTTTTGATCTCATTACTTTTAGGCAATTGCTGTAGTCTGTCTTTTTTAA ATTCATATAGTTTCTCCCTAGAGTTAATAACCATCTGTTTGATTTATTGTTTGTCCTTTC AGGCTCTTTTGCATTCCTCTGTAGCTTGCCGCAGGAAACTCTTTGTCGATTGGGTTCCAG CCAGTGACCTTGAAAATGAAACTGCCAAAGAGGTATTTTTTTGTCTGTCTTTGTGTTGCT TTATATCTTGTATGACAAGCTGACTTTTAACTTCCAATTGCAGAATCCTGAAAATTATAG AAATTCGTGGAATTTGCTGAAGGTTCGGATAGTCTGATTCCTCAACGTTATATGATAGCT GAGCTTACTTTAGTACCCCTACTTAGTCTTATATACTCTTGTGACGTCTGACGGAGAGTC ATCTGTTAATAGGGGGCGGATGCTGTACTAGTTCCCGGAGGATTTGGTGATAGAGGTGTG GAGGGTAAAATACTTGCTGCCAAATACGCACGTGAAAACAGGATTCCTTACCTGGGCATA TGTTTAGGCATGCAAATTGCTGTTATTGAGTATGCTAGATCTATTCTTGGGTTGCAAGAT GCGAACAGTACAGAGTTTGATCCCAACACTCCGAATCCTTGTGTAATTTTCATGCCGGAG GTTAAGTTCTGACACTTCCCGTTAATCATGAATTTTTCTCATGACTTTTATGTATTTTAG GTCTCATTTTAGTACTGTCTATATTAATCTGTAGACCATATTCACAGGGTTCAAAAACGC ATATGGGGGGTACAATGCGTCTTGGATCAAGAAGAACTTATTTTCAAGTCAGAGATTCTA AATCTACAAAATTGTAAGTACTTCCTTTCCTCCAACCGCACTGCATTGGCTATATTTTGA TTTGAAGCCATTCTTGGAGGGCTTCTATTGATATTACCAAGTGGCTAAACTATATCTTTT CTCAGATTTGGCAACCAGAGCTTTGTAGATGAGAGGCACCGTCATAGATATGAGGTACAC CACTTTTTTTTCTTCTGTAAATTGGAACAGTGGTGTAACTATTGCACAGCTAGGTGGACT GGTTTAACTATATGTGGACTATAAGATGTGATATCTTTAGCAAGGGACGTATGCTCAAAA CTTATTTTGTGCTGTGTAGGTGAATCCTGATATGGTGCAGCAATTTGAAGATGCTGGCCT TTCTTTCACTGGCAAAGATGAAACTGGTCGTCGCATGGAGGTGAACCTTTGTCTGATTGT ATTACGAATTCATGCTAGATACTCGTAGTATTATTGATTTAATTTTCTATTTCTTGTACA GATTGTTGAGCTGCCTAATCATCCGTACTTTATTGGCGTTCAATTTCATCCTGAATTTAA ATCAAGGCCAGGAAAACCGTCTGCCGTGTTCTTAGGTATTCCTCCCTGCTTTATCCTTCC GCTCATAGCCAGCTAGAATACCTGATGCTTACTTTGGAACTTTGGAAGTATCATTTCAAC ATTTGTATTTGCATTTCAATATGTGGCTCGCTTCTAGTTGATCCAGAAAAGTCAATGTAT ACAATCTTAGATTATTTGATTTGTAGACATAAAACTAACGATTGGTACTTTGAAGGAATT AAGTGAATGAAGGTCTTTTTAACCGTGACGTCCAGCTCCTAATGGTTATGAGTAGTCTCT TGTTTTGAATGTAATGCTCTTCGTTATGATGTGTTATTCCTATTTCTCTGAACAGGGCTT ATAGCAGCAGCATGCGGGCAGCTTGATTGTCTCCTGAAGAAGGGTGGAACACCGACTCAT GGACTTAGCAATGGTACAGCATCTGGCGAAAAATTGCATCGAAATGGAAATGGAACGACT CTTGCCAATGGATCTTTAGATGGGATTTATCGCAATGGGAATGGTGTACATGTCTAAGGA AACAGTAAAAACACTATTGGGGTCAATGGCCTTGTGATCGATCAAATTTTGCTAGTGCCT TTCTTCCAGTCGATATGTATAGGTTTTACAGCTTCTCTCGTTAAGGCTATCTAGTTATAG AGCTAAATTCCGGTCTTTGTTACGGAGTTGTAGCGGCAGCAAGTTTAATTTAGGCATTTA CTTTGAACGATTAAAAAACTCTTTTGATTACCTGCTCCAACATGAAACTTGTGTTTGGTA GTAAAAGATTGGATTGCTCCTAATTCGATCTTTATGAAGTTCTTGAGATGGCATCTCTAT CCACTTTAAGTTTTTGTTGATGTTCTCTTTATACCTACCTAAAATTATTTCGCTAAAAGG CTAGGGGAGAAGCCAACTATTTTGTTTGATTTTCCATATAACAATTGCCTTCTAGCAAAA ATAGACTTTTAAACAACACTAGTACAAATTTATAAGGAATTATCTTGGGAGTAACGACAA AGAGTATAAAAAATTTAATACGGCAAAATTACAAATGAAGTTAAGTTATCGCATTTTTCT ACTATTAAATTGATAATTTACTCTTTTTTTTTTTTGGGTGGGTCTTTGTAAAGTAAATCT ACGGTTATGAGCGCTTGACTGTTTAATGGCATAGGGATAGATTAGCGCTGATTCGTGTGA AAGAAGACTTCACAGGAAAGTGAGGATGTCGCTCGGAATTTCGCTTCAATGGCAACTCCC CTCCGTTATCAGGAGTACTACAACCTCGGCAGCTCAACGTACGACCGATGTCTTTCTGTC GTTTCCTACGGTTCATTCCGGTCGTGCTCTTCAGAGCTCGGCCATTCCCAGTAGCTCAAT TGCTACCGGCAAACGGGATGGACGGTTAAGATCCCTTCGTTGTCTATCTGGTAAAATTTA ATTTCGCATCATCATATATTCCAACTTATAGGGTTTTCAATCGTTCTGTGCTTATTTCTT CCACTGCAATTATTTTAGTACTACTTTCTCTGATTGAAGGACGGAGAAATCTAAACTTTT TTATGGTGTTGGACGTAATTGCTTTCTGCTACGTTAATTAGTTGTATATTAATGCATTTT CTGTTAGTAGTAAGTTATACTATCAGTTTATTGTCATGTCTAAATTATGTTTCTTAAGCA GAATTCGGGGTTGTTTCATTTGACGAAAAAGTGAATCTTTAGATTCAAATTTAGCTGTCT ATGATGTAATTCTTATCCTTATTGCAAATTGCAAACAGAGTAAATAGCTGAGTAAGTAAG TTACCCATTATTTTAAGCATCTATCATAGTAGGCCAAGATCCCAAGTAGAAATACTTGGC CAGTTAGACTTAAGTTCTTACCAGTCCTCTATGGGGAGCTTAGTCTCCTAGGTGGAGAGA AAGTTTAAAGTTTTGTGCAAGGTATGTTAGATATGAATAAGTTTGTTGATAGTCTATTTG GTGGTAGAAGCTCACTTAGAATGAAAGACCCTTAATTGCTAGCCGGAGCAATTAATGAGG CAAGACTTAGAGGGAAAAGATCGTATTTGAGGATATTGCAAGTCTATTATGTTGGCATTC TTTGTCGTTACTTAGAAAAGTTGTGATGGCAAGGATGGACTTGTTGAAATAGAAATCTTT GGTAAATTACATCCTATCAATCAGGCTTTTGAAGAATGGATGTTTGCTTGATGGTTTTAA GTAAAGGATACATATAACTGTACTATCTATCAATTTATGCCTACAAAAGAGTGTCAGAGA AATCTTCCCCCAACCTTATGGCTACTCCAGGTTGTGTGCATCTATGTTCTTGTGATGTTA TGTTATACAGGGCGTCCTTTTGCTCATTTTGTGTTTATTTATCATTGCATATTTATATAT TTCTCTTATTATGCTTGGAATGTACAACTTATGTTTTCATTTAAGAATAGCCGAGGTAGT AAGTCACTCATCTAAGAATTGCTGACATGTGTTTTATTCACTTTCATGTCTTGTAGCTCT GGATCCTAACTTGAAGTCTACGCTGGATAAGGTTGTCACATCACAAAAAATCGTGTTGTT CATGAAGGGGACCAAGGAATTTCCTCAATGCGGATTCTCAAATACAGTGGTTCAGATATT AAAAGCACTAAATGCACCCTTCGAGACACTAAATATCCTTGAAAATGAAGCACTTCGTCA AGGATTGAAGGAGTATTCCAGTTGGCCAACCTTTCCACAACTCTACATTGATGGAGAGTT CTTTGGTGGCTGTGACATTGTTGTAGGTAGGTATACAAATTGATACTTCAATATGCATCA GAACTTTTGAATTATTTGCACCCCTCGACTCTTTATGTGTACCTGCTACCTCCCACCAAC ACAGTTACAAGTAACTTTGCCCATCAAAGTTGAGGTAGATGGGAAGAGATCATCTAGTGT CTTTTGTGTTTGCCTGGATTCTAATCTTGGTCCCTAAGAACAGTTTTTTGTGTTTTTAGG TTATGTTACCAAACTGGAAGGTGTAGTACATGGTTTATACTTCCTTAGTTGTTTACTATG TTGATGAACTACTGTCAAGTTGAAGTTTTGTTCTTAATATGGTGAATCATCATAACTCTT GAAATTGGGGATTGAGCACTTTGTTGCTGAGAAGAACTGGTATAACTACCATAAATAACT TGGACAGAATGTAGAATTCTCTGTACTCAGTAGTCAATTCAACCTCCTACACCACATAGT TCACCTTGTCGATCATATCTTCTCTTCCCCAAACACGCAACTGCTAAGCTGATCCTTTTT TCCATTCGTTCACATCCTTTGAAGTCTTTAACTGGTTTTTTTAATACCAAGAAATCTGTC TGGATCCTGCCCTTTGGACCAACTGCGGCCTTTGAAAAATGGGGATAGTGGGCCAACCTT AAAATGGCTTCTCTTTTCAATTTTTTTTTAAAAATGTGATGGGTAAGAAAATCTTTGCTA CCTCTTGAGTCTTGCATCTAGATTGCTAACCCTATTGTACTTTTATCAAATTGCTCTCTT ATTGCCAAGTTCCTCAATGTAAGGTCCCTAATTAGTAATATCTATAAGTTGACTCTATAT GAGAACACAACAAAGGGATTGTATCCCAAATGTTCCCTAACTGCCTTTCTAATTAGGAAG GTTTTCCATATGGATGGGCATTCAAGAATTGTCTAGATATGACCTGATTCATTGCAGACA TCCAAAGAAAACATATTCTAGATATCTTTGGCTGCCTCATAGTGTAGAAAAAGCTGTTTA CTGATTTTGCTCATGGAATGCACATGTAGTTGCCGCTGCTCCACATATTCGCCCTTTTGT TGTTTGATAATCTTGAGTTATTACAAGTTCCATACTATTGTCCACCCAAAGAAGGCTACT TTTATGGCAGATTTTGTCTTCCGGATGAACTTCCACGGAGGTTCAACATTTACCGTCCTG CCTCAATAGTGTACACCGATTAAATGGAAAAGGATTTCACTGGGAAAGACTACCTTTTCC TTCTGTCAAGATCAGTCTGTTAGGTTCCGAGTTTATGACTTAGATCAGTGACAAGTAAAA GTGAAAATCTATTTTTGGAATAGTGGACAAGTAATAGTGAAAATCTATTTTGGAATAGTG GACAAATAATAGTGAACAGAGTACTTTTTTTTATTTTTACATAGTTACATTGAGTTCACA CCTTCCAGTTATAGTTATCCTCGTTGAAAATGTAAATGACTTTGTTTGGCACTTGTTGCT AGATAGTAGATTGTTACTCCTTGGATCAAATGATCAGTTCACACGGGTTTAAGCTACTCG TAGAAAAGTTAATAGAAAAAATATGTATCATGAACAAGACTTTATATTTTACACCATCTG TTTCAATGTATGTGAAACTCTTTCCATTTTGGGGATATTCTAAAATGTTTGACATGCTTC CTCCTATATTATTACTTTATACATCTTTTGTGAATCTTAATTCATTTAACTATTCAAATC TTAAACTTTGATGTGATCCATACTAAAATTTCAAACACAATTACTGTTATTATACCTAAG TTAAAGCAACATCCTGAACTCCGTATCTAGTACTGTCTATTCAAGCTTGCAACCAGATGC TAGACAAGACATGAACTTCACACCTCTTGCTGTGTCTAGATTAAGTTTTTTGGAATTTAC TTCAGCCTTCATCTCTTCATCTCGAAGACAATTTTGAGCACTGAATGCAATTGCTGTCAT CATGGTTCGTGCCAAGTTTTGATTCATACTGAATGGAGACTAACAAGTTGCATTGTTTTA TTATTACAGAAGCATACAAGAGCGGAGAGTTGCAAGAATTGCTAGAAAGGACATTGTGCT CCTGATGGATTCAGATGTAATAAGCCCATTATTAAATTGTATGGACTATCAGGTGTCTGT TGTTCTTACTGCAGATGATGAAAATATTTTACTATGTTTATTTCCTCTTCAAGGACTGAA CTTTAAGATATGAATACATCTTGGAAGATGTGGTTTTCAATTGCATCTACTTAGTAATCA TTGCAGAGTGTGCAGGAGAGGCGTAGTATGTGATACTTTTAGGGCATAATTTGACAGGTA AAAAATGGAATCATTGATGTAACGGTAAAATTGTCTTTGTCTGACCTGTAGTCACAGGTT TGAGTCGTGGAATCAGACCACTGATGCTTGGTTATGGTAGAATGCTTACACTACACTCCA TCCCTTCCCCCCGGACTCAGCATTGATGCAGTTGGTAGATACAAACATTTCTTATTTTAG AACTTCCAAATCTTGATTTTTTTTTTTTTGGATTTGATTGAGTAGGGCTGTTGCTTTTGC ACGTTTCTTGGCTTAATAGAGCGTCAACTCCAATTACAAGCTCTTCAACAGAAAAGGGAA AATAACAGAATAATTCAAAATTACGAACTTTATCTACTAAATCCTCACTGAGAAGTCATA GCTACATGTCCAAACCCAAGTAAAAATTAAACGTTGCTTCAGGAAAAAATATCTGCATGG CCAAAATATAAAACATAGCTAACATAAACAGTTAGGCAAAACTGAGAATTTGTTTGAAGA TGTTCGTATGAATGTAGAATTCCAAGTGATAAGATATCTCCACTGTCTCAACACTAGATG TTCAAATCAATAACAGAAAGAGACCGTGGATAATAGTGTTAATTAAGTAGAGTTTTTTGG TCAAATACATCTTTTAACTATACTCCAAACTTAAACGACATCCTTAAAATATTATTTTTA GCAAAAAAACATCCTTTAACTATACCTAAGCTTAAACTACATCCTTAAAGTATCATTTTT AGCATAAAACATTCTTTAAGTATTTGTAAGTGAACAACTTTCATCTTTTTGTTAGATATT GTCAAAAAACTAAGGGATCTTATGAAAACATGAGTAGTTAACGTGACTATCAACAAAAGT TATTATGCATAATTTCATTACTTTCTACAAGAAGTTCTTGAAAAAAAAATAGACACTGTT GCTTATTGCAACAAAAAATGATTGGAAGGTGTGAGCGTACATAATTTGTCTTTTTCATAA TAGAAAAAAGTTGGAGATTAATTATTTTGAACTATACCTGAAACATATTTAAATTAATAA TATTTTCAATTAAAATTATAAGAAAATGAATGAAAAAAAGGGTCAAATTAAAAGATTTTG CATAATTCTTAACTCAATTAAGAAAAAGTTCACGATAATATTCTTGGCATATCTAAGAAT AACAATTAGAAGGGACGACTTATTCAAGTAAAAGGATGAAAGTTGTTTACTGACAAATAC TTAAAGAATGTTATATGCTAAAAATGATACTTAAGAATATAGTTTAAATTTGGATATAAT TAAAGAATGTTTTCTGCTAAAAATGATACTTAAATAACTAAAAAGAGATTTTTGGGAAGC ATCAACTCAACAGTCGTAACCAAGAATGGAACAACACATTGCTGTTTACAAAAGTGATAT GACGAAGATGGTGTTGAACACAACATTTTTCTTTGGATTGACAAATGACAACAGAACTCA AAGCCTAAAGTTTCAGAATATCACACTCAGAATATATTAAGATTTTAAGTTGTAGATCAA CATCATCCGGTTCTATGGTGTAGTGGTTAGCACTCTGGACTTTGAATCCAGCGACCTGGG TTCGACTCCCGGTAGGACCTGTTTTTATTTTTCAGCCTAATAGCTAGAGTTTGATTTAAT TGTACTCCATAGCAAACTTTACCTAAAGTTTATACAATTGCAGTGAAATACAATTTTCAC TAGCTTTATACAACAAAAGTGTATATTTTGTTTCTGTTTTTGTAAGCGAGAGAAAAACAT ATATCTTCTTGCCATACACTTATAATTATGCAATATATATACATTTTAATTCGATTCAAC TGTATGCAAAGCAAATTTTATAAAAGTATTGCAGCGAAATAGGCAGCGAATTATACAATT GTTCGTTATACAATCGCAGTGAAATAGGATAGCGAATTATACAATTGTATATGTATAGCA AATTATACAATTTTATATTTGCTATGGAGCACAATTATGCAAACTTTACTATCGCATACA AATATAAATTTTTTGTTTGCTATATGTGAAAGTTGTCCATCAATGAATATATATAACAGA AAGCATAAAGATGTAGTAATTAAAAAGAACCGAATTGAATATTAGAATGAAATAGATGAT CCAACTGAAGCAAAATTGATAACAAAGATTCGTATGGTCAACTCCGACTACTACTCTAGA ATGTGGCACAGCTTACCAATATTGTAGGTAATTATAAATTTTTTTGGCATAGCTGATAGT ACCAATATTGTTGGTAACTATATATTCAGTAAAGTTTTTAAGAACTGTCAGGCCATTTGG AATACAACAACATTCCACCATGCATTCCACAAATCATCAGCTCAATGAGTGCAAATCGAT TGAAAACAATAGCTGAATGGCAATACAAAATCAGCCTAACTAGGAGATATCTCCCAATGA ATGTAGCTAGCAACATATATCTATATTAATGGAATGGTAAGCACAGGTTTTTTCCTCGTA CTGCAGAAAGAGTGTAGCTGATTGTCATCAAATGTCCCAAAACCAGAAAGATGGATGCCA TATGCTTCCATTCTGTTCACATCCCGTGGAATAGGTGACTGCCAAAGTCCATCCCACCAT GCAGGCGGAAGAATTGGAGTACGAGCACATTGCCTTGATTGGTTGTGGCAGCTCAATGTA CCAGCAAATCGGTTCCACACGTGCCCCCAACCAATCTGATTCTTTAGGCCTTCTCTAAGC AAGTTACTCTGGAAGCTACTGAGGAAGGTGAAGTTTGATCCAGCAGAGGATCTTTCTTCT TCTGAGAAAGATATATTTGAGTGAGAAATTTAAAAAAGGGGCATATTCAACTACAGCTGG AAACTAAACCACTGCGAAGTTACAAAAGTACCAAGGTTGTTAGCTGCAGCCAACGCTGCA ACCAGCTGAGCAAATGTGGTCCCAACACGCCGGTGTGCCCCAGAGATAACCGCATGTTTT GCACGTGAAGCAAGAAAGAAATCGACAAATGCCACCCATCTTGGTGCTGTACCCCAATCC TTTGTTCTAAAATCTACAGTATGAAAATTTGAGTTGCCAGATATATTTCCTTTGAAGTGT TTGAAATCAAAGTGAAGGACCTAGCGAAAACAAATGAAAGAATGTCAATAACCCAGATCC ATCAGATTGTTGAAGTCGAGCACTACAGATTGAATCACTCATAAGTCATAACTACTGATT CCTGTTGTGTTCAGAGATTATGAAGCAATGCGGAATTGACAAAAGAAGCTTACTTCTGCA AACTGATTCAAATCTGGAGCAATATCTCTGACTAGAGAAGGATTATCTGAAACCAAAATT ATTCTGGGCTTGGAGATCAATTTTAGACTTTCGACAGATTTTCTGATGCAAGAGAAGGCT GCTTGAACTGCTCTAATGGACCTGAGAAAATACAACGGAGGAATATTGATAATTAATTAA GGGGTACGGGCTCATGCCAATCTGTCAGACTACTGAAATTTGTACACTGCAAAAATGGGA AATACACACAACATCAATCATCCCAGCACTACATGTATGATCCAGGTTCGTTGGAAAGGA ACAGCAGCACCAAAAAAGCTTTGATAACCTCTGTTATAAAAATGTATCATTGTAATAAAT TGCAAGTGTTTCAAGGGAGGATAAACTAATTTCATGTAGAAATATTCTCCTTTTACTTTC TTTCTGATTCACAAACACACACAAAAAAAAAAAGGAGAACCCCATACAAGTCGGTGTACT ATTGACCTCATCTGACCAAATTGGGGTCATATTACCTAGATCCTGAGGCCTTTAAAAGTT TCAAATATCATAAGATTTGGATAGATAAAAATATTAAAATGCAATGTTTTCCCCTAAGCA TCACCATTCAAAATGAAAAGAAAATTTGGAACAACAACTTAACCAATGTAAAAGTAATTA CAAAAATCAACAATCCTCTCTTGAGCTCCAATTGTTGCCCAACAAAAAACCAATGTGTTG TTTAAGGGACGAAAGAAATTATCACAAAGCAATGACAGAAGGTTTTTCCTTTCCTTTATT TGGTCCGGATAAGAATTAACCTCTCGTTTTCTTGCTCTTCCATCATCCAAACCAAACAAT ATTAGGGTTTTTTTTCAAACTCTCAGTTTCATTCTCTTCTTTTCCCTTCACTAGTTCCGG AACATTGCATAAAAGATGAACTTATGAAATAATGATTATCTACTGTAATTACACTCTAAT ATCAAACAAAGTGCCAGAGGTTAATGATGTTTCTTCATTCATGCATTGGGAAAGATGAGC GAAGAAGATATAGAACTACGTTCTAAAATAGCCACTGGTCCATATGGACTTCAAGGACAG AACAAAACAGGAGCTTCTATGATTAAAGGAACTAGCTTCAACTTTGGAGCTTAAATGTCT TAGGCAACTAGTATTCTGGTATAGAAAACAATGTGATCAATAGCTTGTATACTTTTTGAC TCATTTCTATTCTAGATTAAAATAGATCCAACAAAAATTGCTTTATAGTCTATCTCAGAT AAAAATTGTCAAATATCCAATGCACATTCATTTGGAGAATTCAAAAGGAAAAAGTCACTG ACGAAAGAAACTGATGTGGGGGTGGGGGGTGGGGGACAGAAGGACTTCGAGTGACTAAAG TGGCAAGAGAGGACTGTAGAATTTTGTAAGAAGGTACGGCCAAATCTCCTTTTCCTCCAA TTCAATCTTCCTGGGTTAGTTTGGACTATGATTTGAGTGCAACTCAATCACTACAAAAAC ATGGAGGGGGCATTACTCAACAGAACACTGGTAAGAGACCAAGCAAATTATTCAACTTCA GAGAGTGTTCTTTCTTTTATAAGAAATCAGAATAATAATTTATAATATGTCGAATGGAAG GATAATCCAGGTACACTACCTATTCATAAGCATCCGCATGTGTAGAGCAATATCAGGGTC AGCACCACTTCTCAATGCCCAGTTCACAGCATGTTGAATATTCTCTGACGGAAATATGAG AAGTCTCATTAGCTCCCCAAAAACATTAGGCCTATGGTGAAGGTCATCTGGTTTCCCGAA TAAATTGGATGCTGCTATCCTCATGTCATCATGTACATTCTTCAAGAAAAATTGAGCAGC CACAGCATCTGTTGTATTCTGGAACCTGTCCCAACAAAGTCAGTCAAATGAATACTCTTT TCTTGTTAAAATTTTGGACAAGTGGAGAGAAGAAGGATCATGAATGATATTCTCATTTAC CAGATAATAGGTTGTTCCCAGACCCTCCAATTGCTACACAGAACATTAGTTCGTGCTGGC TTCTGGAAATCATCAATTCTGATAACAAGATGCCTCCCATATTTGGTCAGACAACCATTT TGTCTCCAAAGGTGCTTGATTTCTTTCAATGTGAAGGTAAGATTGGAGTAAGAGATGAAA TCCTCAAAAGGAAATCTACCCCTGAAGTTTTGAAAATGCAAAAATTAGACATAAAGAAGA TATTTCTGGAGTACTAAGGCAGAATTTGAGCAATGCATGATCAGTACTTATTTATTAGAG CGAAGAAACAGACCTTCACCTATATAATGCATACATATGTGTACATTTGTGTGTGTTTAA TAGTTTCTCACTAATGAAGCAAAATCGTGTTTCTATTAAGACATGTTATTCTACTGGAAT AAGATAAAAGATATTTCTGAAAGCGCAAATGCAAAAGGGACTGGTTATTCCCTGCATCTA TATTGAGGGTAGCTTCCAAGTGGACTGAAATAGTTCAATATCAAAACTACGAGGGAAAGA AACAACAAATATGGAATCCGAAACTAAACACATACAACAAACAGTACAAATAGAAAGGCT TGAGAGAGAACCAATATGCCTGGATTGCCCAATTATCAACGACCGGTTCAACATCACACT CAGTGCTCCGGCAGTTAAGATTTTGTACATCTCATTACCAAAACCTGCTTCTGATGCTTT TCCCAACACGAAACCATGTCTGCAGAACTCCTCCGGCGGAAGAGCTCGAACTCTCGAAGC ACCTGTAGAAAAACAAACAATTATTAGTGTTCCTTAATTGTCCAAACATATAACAGTTCT TCCAGTAATTTCATGGAAAAATAAGTACAACTTCGGTTCACAAATCGAATAGATAACAAT AAAATAGCATGAAATGTAGTTTAATAGTACCATTAATAGCAAAGTGACTTTCGATGATTT TCCTCACTCTGTAACTTTCCTTCCAAAACCCGCTGCGAAACACCTCGCCCATCTCCTCCA CGGTTGCGCATGTTTTTAGTGGTTGAGCATCGGAGTGGTTCGAGTGAAGATTTGTATCTG CTGGCTTAGCATTCACGTTTTCAGAGGTGGTGATTGGAAGCTGAGTGGACGGATCGACGG ACCTCAAAGTTAGGATCAATAGTCCGACGACAGTGAAAGCTGCGGTGGCGATGAGTGCGC GGTGGGGAGAGAGTCGTCTCCGACGAGATCCCAGCTGCGACCTCATTTGTTCAGAGTGTA AACAGTACAGGATCCAATCTGCGTTTCTTTTTTCTTTTACTTTTCACGCGCACCGTCACA TGTTAGAATCTAATTTGGATTTGTAATGAAGTCATGATTTGAGCCTCTTTGATTAAGCGA ATATTTATTTTTAGATATTTTTGGTTCTCTTATATAACCATAAATGTTCTAACTTCTATG TATGATGAAAAATAATCAAATGAATGAGTTTAAAATAGCACATAGTTTAATTCCTATGAT ATCACTGGGTTATGGTTAGTGAAGTTGCACAAAAACAAATACAACATTTGTAATGATTGT TTAAAAAATTAAATAGAAATATATTTTTTTTATTATAAAATTTGTAACTGATGGACACAT TAATCGTTGATCTTATAACGAAAGACAAAGAAATAGAAGTAAAGCCACACATGAGTGCTT TACAATCATGAATAATAACATCAAAGTAGGAGTAGTAGTTTTGCAGGGCCATTCTAGCGT TTGTTTAACCAAAAGATTGTCCATCTCTATAAATATCAGGGTTGCTGCAAAGTGTTTCTT TAGTCAGCTTAGTGCTTCTCGAACACCCAATGCCTCGGCCATAAATGGATCTTATTGTCT TCTTAATCGACTAGTGTGACCTCTGATAAAGCTTCCATGAGAATCTCGAACTAGCATGCT AATTCCAATTATTCCAAAAGCAAGATCCCACAAAGCATCAATATTGCATTTAAAGATGTT CTCACCAGGAGGACACCATTATGTTACAAAAACAGGTTCTCCTACAATGGAACTGGAAGT TCTTTGTCGTGCTTCAGTCCAATCTTGTCAAATTTGTGCAGCCTTTTTTATAACAATTTT ATGTAGTAAAGATCTTTCCTTCCAACCAAGGCTATTTCTAGCATTCCAAATTTTTGATAA GATCATGATTGCTCCATGTAATTGGTCAAGAGTCACATATCAATTAACGACTTTAAGCCA ATCCAAGAGAGATTTAAGCCAAATATGTTTTGCCACATTACATTCGACCAAACAGTGCAA TATTGTTTCTGTCCCAACTAGGCATGTTGGACATATGTCGGATTGAAGAACCTTCCTATT TATTGAGGTATCCCAGTTGAAAGAACACCATTCAAATCCACTTAAAAAATTAGCACTTTA GGAGGCATCTTCAATTTGCGGATTTTCCGTCAAAACTGTCTATCATTTTGCAGCTCTGAA TATCCACTTTTGATGGTGTATTGTCCTTCTCTATCAAGTTTCCACATCCATTGATCATCC CGTAATGTAAATCCCAATGGAATTCGCTTAATTCAATCTATCTCATCAATGGAGAAAATT AAAGTGTCTCCAACTTGTATCCCAATCAATAAAATCTGCCATGCGCAACTCCAACAATTC TTCATTGGGGGTACTATAAATAACCAATAATTGTCCCACCGGTAGTCATGGATAATTAAA GATCTTAGGATTGAGGCCATTACCTATATGCTTTACAGAACTCTTTTGAAGAAGATACTT GGAAGCATATAAGAACCGCCAAATAAAGTTAGGATTTGATCCTTCTCCTGCGGTAAGAAA TTCAGATTGACGGTAATATTCAGCCTTAAAAATACGACTAACACTTTGGAGCGAGTCATG ATCGATCAACCTGTTTTCGCTAAGAGTGTCGTATTTACATGTTGGATTCTTCGAAAACCC ATGCCACTTTCCTCCTTGTGTTTTCTCATTCTTTCCCATGACATCCACTTGATTTCCGAT CCTTCATTGCAAAATCGACGCAATAACATCTTTCACCTCTTTTGTGGCATTTCTGCTAAA GTATATTTCAGATTTATGAAAGTTAACCTATGGCTAGAGGCATTTTGATAGACCAGTAGA CACTGCTTAGTAACATTTGTCTCCAATTCTATAGCTTTAAAAAAATTATAAGGCGTCATT TGCAAAAAAAGAGGTGACTACATTTTAAAATTTTTTAAATTTCAATTTGTTATCTATATT GTATTTATTTTATATTAACCAAAATATTTGAAATTTAATCCGTTGAATCATTTTAAAACT TTTAGAATTTCAATTTATCATCTATATTGTATTTATCTTATATCAACCAGAATATTTGAA ATTTAAATCCCTTCAATTATTTTTAGATAATGTAAATAACTGTAAGATCCCCTCTCAATA TATAATTTTTTTTGTCTAACAAAATTTTGTGCTCACAAATACTTTAGTTAGAAAAATCAT CAATGCACATGGTATAGTACAATCGATTTATTTGTTGCTTTAATTTTCACCATATTGATG AAAATACATTTTAACTTTATCGTATTTAAAGTGAATATGCTCTTATTCTAAAAGTAGTTC ACATATATATTTCCATCGTTATACAATTGCTTTACATATACTTTATCGTTGTAAAAGTAG CTCACATATATCATTTTTATTTAATTAAAGTAAAAAAATAACAACTTTTTTTTAAAAAAA AAAAGTCATGTAAAGATATATATATGATCTTTCTAGCAGGGTGTATTTGATTTTTTTCAT ACATCAATTATTTTGTAACTTATTTGAATTTCACATTCTTGTTTCATTTCTTTCATTCTT TATTATATAATATTGTTTTTAGTGCCGCTATATCATAAATTTAAAATTATTTTTTTATGT TTATATTGTAATTTAGTATTTGTATTTGTAAAAAAAAATAATTGGGACATTCATAATAAT TTTAAAAAAGAATCACCGACAAAATAATTTTGACAAGAAAATTAGTAATTTAAACTAACA GTTGAATTAAAAAAAAGGAAAAATAAGAAAGATCAAATATATATGGACTTTAACATAATT TTAATTAATTTAATTTTTTTCAAAACCCTGCTAGAAGAGAATAATATATATGAGACATTT GTGTAACCGTAAAGGTATATATCATTATAAATGAAGAGTATATTAGCTCTAAATGACATA TATCAAGCCATTTTCACATTTTTATTTTTGATTTCTTATTCGATGTTTGTTAACCTCACT AAATTCTGATTAAATTCAAATGTACATATTGCATCACTCATTTTTGGACAAGACTCTCTC AATAAAATTTCTTTCCCGCTCTAAAAAATTCTAACATATAATTGTTTCTAATAATTATGT GTTTATTCATTGAATTGATTTTGTTAATATAAAAACAAAATGGAGAATTACTCGTGCATT TAGAGATTGTGATAACTAATATGATAAAATAAAGATATATGTTTATCAAGGTTGAAGATT TTATCATTGTAAATAATTATCGAGGGCTTTTTTTAAAGAACAAAACTAAAATGAAATAAT TAATGAATAGTTTTGATTTAAAAAAACAAAGGAAATTATCGATAGCTCAAATAGAAAAAT CTTCTTGCTACGATTTAAATAAAAAAATAAAACGATAATTTAACTGTGAAATTTGCGAAT TGGGAAAAAAATTAGAATAGGGCCAAAATGCAATATGCGCAAAGCCGGGGAGAAGGATGT ATAAGAATAATGAAATTACTTGGGGCAAAAGTGAAATCTTTGGTCTTCTGATTTCTCCTT TTATTTTTTGCCCTCGCAGTAAAATTGTTTCGTAATTGGATCTTCACAGTTCTCGTGTAA GAGGAGACGGAAAAAAAGACTTATGTTATATGCCCAACTTTTAACTCCTCAACACTCGCC TGCGGTTTAACCCATCGCTTCGACCTCTCTGCGACTGATCGCTGTTTCTCTCAACTTCGA CTCCACTTTTGCCGGCGGCCTTATCGGCGAGATCTTTAATCAGGTAATTTTCCATATACT CCAAATCGACGACTTCTATGCCAATTTCGCGTTGATTGTGCGATTTCGAACTGTTGTTTT CGACATCAGAGATTGGATTTCATTTTTTATTGGAATTTGATAATGCGTTAATTTTGATCT TTTGAGATCAGATGCTGACTTCTATTGTTGAGTTATTAGTTTGATTTATATTCTGCATTA ATTTGGCTACTTACTCTTGTTAGTTTGATTCGAAAAAAGGATATGCACATCAACATCAGA ATTGAGTGTTGCTCTAGATTGAGAATTTACCGATATTGTTTTTATTTAACTGTTTTGTCC TCTATTATGATGGAATAGAGATTGCTGGAACAACATTAGTGCTAGGGATCAAAGGAAGTT ATTAGAATTGAGGCAAACCTTGTTCTGATTTGGCTTCTATTGAGTGTTTTCTACTTGTTT TAGTTACTAGAAACTAGATTCTATGTGCTGTAGGCACCTAAAGGAAGTGGAACTGAGTTC TGACCTTCTTATGTGTTCCTTTCCCATGTCCTTCATTCTCCCAACCATTCCTTATTTGCT GGGAAAACTCAACAGACTGCTCATTATGAAATGGAAAAGGTCTTTAGTAAGTATTTATCT TCTTAGACAGAGTTGCGTATCTTCTTCTCCTTATCTCTGTTTTATTCCTTTTCTATTCCT GGGTTGCAAATATTTGTTTCCCTACTATTTTTGGCTAATGTATTTAGTCTTGCATTATTT TTATCTTTTTGTGCTTTAATGTTGATTTTTGTGGTAATGACATGTTTTATTGATTTTTGT TGGTGGATTAAACTTCAGGAAGCGGTCCTTTGTGACCATGGGCACCGAATATCCCAATCG GCCAACCTTTCCCTCAAGGCCTGCTGCTACACCTTTTGGTGTTCCGCAGAGTACAACTCC TTTTCAATCATCTCGTCCAGTGGTTGGATCTGATGCTTCTGCTTTTCGGCCTGCTCCTCC TACTTCTTCTCCGGCTATGCCACCTCCTTCCTCATCTGGACCCATGGTTGGACCAGGGAT ATCTTCTTTTAGACCGATGCCACCCGGGATGCCTAATGATGCAGGGAGGCCACCTCCAAC ATCAACACCTCCATATGGGCCGACAGTCTCTGGCCCTTTCCCACGTTTCCCCTCACCGCA GTTTCCTTCTACAGCTCAGGTACCACCTCCACGCACTTCGATGCCGGGGCAGCCGGTTGT AGCAGCCCCTGTTAGACCTGTTTCAGGGCCTTTCTCAACACCTCCTGGTGCCCATCATCC ACAAATCCAACCTCCTACTGTTCCGATGGGATCGCCTCCTCAAGGTGCAAGTACAGTGCA GCCTAGTCCAAATGTTTATCAGGGTCCCATGCAGTCCCAGTTTTCTGCTGCCAGAGCAAC CTCACAGCCATCTTCCCCTTTAGCAGGTTCAGCTTATCCTGCTGCTAGACCTGGCTTTCA ATCTGGTTTTCCAGGATATATAAGTCAGCAACCTTCAGGGTTTGCACAAGCTCCCCCTAG ACAATCAGTACCATTTCCTTCTCAGCCTGGCGGCTATGTTCCACCAGTGCCAGCAGCTTC TAGCCCCTATCTTTCTCAACAAGGAGGGTTTGCACCACCACCACCACCTCTAACATCTCA ACGTCCAGGATCTATGCCTCCTACATCTGCTATGCAAGGTTTGGTGGAAGACTTCAGTTC CTTCTCAATTGGGTCTGTTCCAGGATCATTTGATTCCGGCCTTGACTCTAAGGTTCTACC AAGACCAATTGATGTTGATGTTGAGCGGAATGTTTTGTCTGAGATGTATCCCATGAACTG CAGTTCAAGATTTTTGAGGCTCACAACTAGTGGCATACCAAATTCTCAGTCTTTGGCTTC AAGGTGGCACTTATCTCTTGGAGCAGTTGTTTGTCCTCTCGCCGAGGCATCAGATGGGGT ATGTATTCATGACATAGTACTCTTTTCATATTCTGGATAGTTACAGTTTAAGGGTTTCAT GTGAATCTCACTTGCTCTACGTGCAAAATCTACATCATGCAGGAAGAAGTTCCTGTGGTT AATTTTGCCCCAACTGGTATCATCCGCTGTAGAAGGTGTCGCACTTATGTAAATCCTTAT GTGACATTCACCGACAGTGGAAGAAAGTGGAGATGTAATATATGTGCATTGCTTAATGAA GGTAAGTACTGTCACTACTGATATTGCTTCAGGTCTTGAGTTTTTAACAAGTATATTTTG GTTTTAGTATACTTTAAAAGTTTTAGTTAGGTGTAGCTAGAATAGTTGAATTCCTTCTTG AATATTCTGTTGCGTTTTTGCATTGATTAACTTCCTAATATGTGGGTAGATGGGTTAAGG CCGCGAGAGAGATGGAGGGAAGTGGATTAATGTGCATGAGGCTGGCACCGTAATATGTCG AATGCATGCATCCCGATTTTGGAAATAACCTTAACCTTGAAATAAGTAATGGTAGAAGGT CAGATGATTAATGAGTAAATGCCTAAATAAAATGACCCCACTTAGCTTTAATACTAAACT GTGCTATCTTATTAATGAACAAAAACTTCTATGTAGACCTTACTTTCTGCTCTTTGCATC TTTTAGCAGATTTTTTTCTACTCATTGCTCACATTCCATTCAAATTGCTGCTAAGAGAAC TTTGATACTCCACCATGTCCTCTCTGATTGTGATGCTGGATTTAATTTGTCTACAATTGT TTGTTTTCATTGCCATATATGTACAAGTTAGCATTCCATGTCAGGGCCTCCCAGCTATGT TGTTGTGCTTTTTGTCACTTTAGAATCTGAAGATTCACATTTCTAATGTTGCATATTGAG GATGTAGTGTATTGTGTCCTTTTTTGAAATGCATGGGCTCATTTTTTCTCTCTATGTCTA GTTCCTGGTGAATATTTCGCACATTTGGATGCCAGTGGCAGAAGAGTTGACTTGGATCAA AGGCCTGAACTTACCAAAGGTAGCGTGGAGTTTATTGCTCCAGCTGAGTACATGGTCCGG CCTCCGATGCCTCCCCTGTACTTTTTTCTCATTGATGTATCTTTGACTGCTGTGAGAAGT GGAATGCTTGAGGTAAGAGATTTAGTTATTGAGCTTTGCAGTTTGTATCTAACTACAACA AACTACACATCAATTATGGCCACCGTCCTTTCTACATGCAAGTTAACCAACTTGGAGAGG GTTCTCTATTGGTCATTATTGTGTGGCTTATTGGTGCAAGTATTGCTGTTGCCATCTTAT ATTAGAATGCTTCTGAGAAATCATTCACATAGACGAGCCTGATGTTTGTATATATGAGCA CGTGGGGCTCGTTTTCAAATTTTATCATTTAATTTGATATTCCATTAAGTATCAATTGCC TGTCTAGTTAAACTTCTATTTGTTGGCTACTGGAGCAATTTTTTGTAAAATAATCTGATA AATTGCAAGTTTATCTGGTATGCCCTTTGTTAATCCCTTTTATACATCTACGTCAGGTTT TAGCACAAACCATCAAGAACAGTTTGGACAGCTTGCCTGGATTTCCAAGAACACAGATCG GGTTTATAACATATGACAGTACAGTACACTTTTATAACATGAAGGCGAGTCAGCCGAATA ATGATTAATCTTATTGCATAATATGAATATCCATTTACTGTTAAATAATTTAGGTTCTTT TTCTCTTGTACCAGTCATCCTTGACTCAACCTCAAATGATGGTCATGTCAGATCTTGAAG ATGTATTTGTGCCATTGCCAGATGATCTTCTTGTCAACTTGTCAGAATCAAGAACTGTGG TAGATGCATTTCTAGACAGCCTTCCTTCAATGTTTCAGGATAATGCGAATGTGGAATCAG CTTTTGGTCCAGCTCTTAAAACAGCCTTCATGGTTATGGTGCGCAACCTTCTTTTTATGC TATTCACGTGATTTTCTGACATTCAAGTTCTTGGTAGCACAGAAGTTTTTCCTTTCACTT TCTGTAAATTCAGTTTTTTGCCTTATGTTGATTCACACTGACTAATATCGCCTCTCTACT TCCAGAACCAACTTGGCGGTAAATTGCTGATCTTTCAAAGCAGTCTTCCATCACTTGGTG TTGGTCGCTTAAAATTACGAGGAGATGATGTTCGTGTATATGGAACTGATAAAGAGCATA CAATAAGAGTACCTGAAGATCCTTTTTATAAACAAATGGCTGCTGATTTCACCAAGTATC AGATAGCAGTCAATGTATATGCTTTCAGTGACAAATATACTGACATAGCTACTATAGGTA ATTGAACTCTAACGATAAAGGACCTCTACCCCACAGATTAAATTGTGTTTCATGTTTAAG CTGATGAATACTTCTTTTTTAAAAAAAAAAAATATTCCTTTTGATAAGTCAAAGGTTTCA TTACTAAGCATCAAGTTTTTGTCAAAAGTTGTACCAATTGTTTTTGACTTAAACCAAGTT GTCTGCTGGCATCTAAACAAGTCTCCGATTGTCCATACAACATGGTATTCACTCTTCACA CCAAATTAACAAGTGAGACATGATCGATCTTTTGATGCCTTTTATGTCATTGGAGCTCAC TGGAGCATTCTTTCTTCTTTGCATTACATAAGCACCAAAAGTGATGTATTAGTGATGCTC CAGGCTGTCTTATCTCCCACTTTTGATCCTCTGTGATCTCTAGTCTAGCTCGTGGTTGCA TCCTCCACTTCCATTGTGTAACACCCTTGATCTATTCTACAAGCGAGAATGCAAGGGCTC ACGATTGTGTTGTTAACCTGCAATGCAACAATGGATACTTAGTATCTTCTACAGATTCTC TGCACATGCAACACTAACTCACTAATATCCTCCTCTTTATCAAGTTGTCAGTTGATGAAT GCTTCAGTTTACACCAACATTTTCTTTCATATGCCCAAAATTTTCCCATTGAATTCTATG AGATCTTTTTATCCGTCGAACATAATCTTGTTTTATAAAAGGACCTTGTGCCGAAGGCAA TCAGGGAAGGCTGATTGATTGACTTCTGTGAGGAATTTGGATGTTCTTTCACTTTGACGT TTGTACGAAGTATAAGCAAAAGCAGAATTAGTAGAAATAAATTACATACAGGGAACTGTG AAAAAATGTCATGCTTAAAATTTTCTTTTAGATGAAAGTGTGTTAAATTAAGTTATTTGG TATACTGAAACATTCCCTGTACTCTGTATTGCCACAGTCAAGGTAGGTCAATTTATTTGA CTGAAAGTTGCTCATAATGGGAGTTCATCGTCTTGGTGACCACAGTTATTAATATTTAGG TATGTCCTCATGAGATATTGATGTATAACTTCCTTTAATTATATTGTAGGTACGCTGGCA AAGTACACAGGTGGTCAGGTGTACTACTATCCAAGTTTTCAAGCGTCCGTTCACAAAGAT AGATTGCGTCACGAGTTAACCCGAGATCTTACAAGGGAGACTGCTTGGGAGTCTGTCATG CGCATAAGATGTGGAAAAGGTTATCTTGCTATATTACTCTAACCTCTAGAAGCTTAATTT CACTTCCATGTGCAATAAAGAGAGTTTGTGGAGTGTATGTTGGTATAGGTCACTAAGATG TTTGGTGCTTTCAGGTGTTCGTTTTACAACATATCATGGGAACTTCATGCTGAGATCCAC TGATCTGATAGCACTTCCTGCTGTTGACTGTGATAAAGCATATGCAATGCAGTTATCCCT TGAAGAAACACTACTCACTTCCCAGACAGTATTTTTCCAAATTGCTCTACTGTATCCTTT AGCATGAAATGTTTTGTGCTTAATTCACTTCATATATTTTCTCGAGTACTCCTGCACCAG ATACTTTTTAAATGGGAATCCAGGTGATGTCTATTCTAGGATGAAAATTCCCCTCCTAAA TATTTCATAGAAGCATTAATTTCCTAGTTTTTAATTTTATTTTTTTTGATAATGAATGAA CTTACCCATGATGAATGAGTAATAGGGTTTCCTGGAACACTTTCTTAACAATTAAAAGAT ACACATCATCTTCTGGAGAAAGGCGCATTAGAGTACACACAGCAGCAGCACCGGTTGTTT CAGATTTAGGAGAAATGTATCGCCTAGCTGATACTGGTGCTATCATTTCTCTTTTTACCA GGCTTGGTAAATTTAGCTATACTTTTCTTGTATTTGGTCCTGTGACTTTGAGATTTTTCC CTTTAGTACTTTTAAGTTTCTTACGCGCAAGTTCTTGTCTTTCAGCCATTGAGAAAACTC TGACCTCTAAATTAGAGGAGGCTCGAAATTCTATTCAACTCAGGATTGTGAAAGCTCTTA GAGAATATCGAAATCTCCATGCTGTTCAGCACCGTGTGGCTGGAAGGATGATTTATCCAG AATCTTTAAAGTACTTGCCATTATATGGATTAGCTTTATGCAAAACAACTGCCCTTCGCG GTGGATATGCTGATGCTCAGCTTGACGAACGATGTGCTGCTGGATATACCATGATGGCTT TGCCCGTTAAAAGATTGTTGAAGCTTCTATATCCTAAGTTGATCCGTATAGATGAATATC TTCTAAAAGTAAGCATCTGACAGCCCTTCCACATTGTTGCTGTATTTGCTTTAAAGGTTC TAAAACCTATGATTTTTCTATTTCTAGAAACCATCTTCGCGAGAGGAGTCTAAAGACATC TTGAAAGGGGTTCCACTTACAACAGAGAGCTTAGATCCCCAGGGTCTCTATCTCTTTGAT GATGGTTTCCGGTTTGTCATCTGGTTCGGTAGAATGCTTTCTCCTAATATGATCCAGAGT TTGCTCGGAGAAAACTTTGCTGCTGACTTCTCTAAGGTAAGATTTATAGACTGCTGTGTC ATCATCACACCATATTAGGAAGGTTCCGTTTGGTACTGAATGGACCAAACGTAAGCCGTA TGAAATTTGAATATGCACTTTAAATGCCAACTACTTAGTTACGTAGTTTGGTTTGGATTA AATGGTAAAATCTGATTAGACTTCCGCCAATGAAATGTAGGAAGCCAAAAACAAAGTTCT CATTTTATTTTTCAAAGTGGTTCCATGGATCGTATGTGGAATTGTCTCCAGTATAGATGT TGCTGATTAAAAGGATCTAAATCTCTACTCAGCTTCACCTATAGCATCCTTTTTCTTTCT GGGCAAGCCTCATTTTTCATTTTATGCAGGACCATTAGTTATCTGTTTCTTTTTGTTATA GGTTAGTAACTTTCTGGTCTACTGGGTTATAGATTAGTATCTCCAATCCGTTTTACTTAA CTTTGTCGTTTGTCTTCCATAGGTTGTACAGTTGCCATCTTCTGAAATTTGTTCTCTTTA TTCTACTTCTGCCCCTCTGGGTTCACACTGATTTACTGACATTTTCCTTATTACTGCATC ATCCGAATCTGTGGAATCTATAACATTTCATTAATTTCTTATCTCCTTGTTCTAGCCTGC ATGTAGACAGAATTAGTAAAACACAGTTGCTTCTGGTTTAAGCATCTATATTTTTGCTTT TCATCGGATGATGAAGAGCTCTTAAGTTCTCTGCTCTTGTATTTAGCTCTAAATGTTGTA ATCTTAACTTTTTTCCACTTTGATGACTATTGTGAGGTTAATTCTGTGTGCCTTCTGTGA GACATATAGGAGAAAATTATTATTGAGTTGTTGTTGCGTCTACATTATTACATTGAGACC CTATTAATAGAACCTAGAATACAATTCTTTACCAAGTAGGTTACTATTTAGTATTCTTAT TACTATTCTAATAGGATTGTATAAACCTATCCTATTTTAACACTCCCCCGCAAGCTAGTA CATACAATTCATGTACCCAGCTTGTTACAAATGTAATTAACACAAGGACTGATGAGGGGC GTGGTGAGATACCTGCTAGTTGATTCGTCGACTTTACAAAATTGAAGTCAATCTCAATGT ACTTGTCTACTCGTTAAATACTGGATTTGATGCATAATGCCAGTATTCCAGTGTTGAACT TCCCAAACCAAACCTGCAAAGATTGCTTCAAACCATAGACTGACACATAATCGACATACA AGGCTACTAAACTCCCCCTGAGCAACAAAGTGCTCAAAACCTAGTGTAAAGTATATGGAT CATTTGGAATCAATAGATGAGTCGATATTAAACAAGTCACCACAGAACTGGTTGGAATAT GCTCATATGCCGGAGTATTAGATTTTATGGCTAAAGTGGTGACAATCTAAGATATAAAAT TATATAGGTAGGGCCGGAATGATATCACGACCCATCTAGAAAATAGAAATTATATAGGAT AGTTCAAATTGATGGAACGACCCCATTGAAAAAGTGAACTAATATGGGTAGGTTCAGAAT GATGGCACGACAGTGCCGAAAAAGAAAAATTATATGGGTAGGGTAATGATTGCACAACCC TACACAAATCAGATTTGAGGAGTCACCGAAAAGACGAATGGAACTATGCAAATCAAATCT AAGGATTCACTAAAAAGACACGTGATGCTATGCAATTCAGATATTAGAAAATAGTTCAGA AAAATTCACAGTACCACTCAAATCAAATATGAAAAACAGTTCGAAGAGATGCACGGTGCT ATGCAAATCAGATTTGCAAAAAAGGTAGTCACCAGAAGAATGACATGGTGCTACACAAAT TGTATATGAAAAAGTAGTTGCTGGAATGATGGCACAGTGCTACACAAACCAGATATGAAA AATTAGTCACCGAAAAGATTGCTCGGTGCTGAACTAATTAAATATGAAAAAGTAGTCACT GGAATGATGGCATGGTGCTACACAAGTTAAATATGAAAAAGTAGTCACTGAAATGATGAC ACGGTGCTACACGAATTAGATATAAGAAAGTAGTCACCTTAATGATGTCACGGTGCTACA AAAATTTGATATGAGAAAATAGTCACTAGAAAGATACATGGTGCCCAACTTTTGCTAACA TAATTATTGGCCGGACGGGCAGCATATATGAGTAATAGCCGCCCGCCGGCAGCGGAAGCT CTTTGAGTTTTTATCAATATCGTAAAGGCTCTGATACTATGTGAGAAATATAGGGAAAAA AATATTATTGAATTGTTGTTGTGTCTACATTATTACATTGAGACCCTATTTATAGACCCT ATAATACAATTCTTTACCAAGTAGGATACTATTTAGTATTCCTATTCCTATTCTAATAGG ATTGTATAACCTATTCCTATTCTAATAGGATTGTATAAACCTATTCCTATTTCAATAGGA TTGTATTAATCTATTCCTATTCTAACATTTTTTTTCTAGGTTAACAGGGTCATGCTTAAG ATCTAGTCTTTTTGCATTTTTGGGATTCCCTTTTCATTGTTTTCCTAGATATGGATGAGT TGTACTTCAGAAGTACTTCCAGTTGGTTTCATGTTCTGGTTTGTAGGTAGCCTCAGAACT GGATTTCTTTCCCTTTGTGCAAGTTTATACTGAAGGCCCAAAGGTTCAAAACTTCCCATA TGATTTCTCTTCCCTGAAGGTATAAAAGAAGTTTCCTGCATATTTGGTTTTCTGAGCATA CAACATGCAGTGTTGTGAAAGGCACACTTAAGCCCTAAAGTGAGGGACTAAACACATTGA GCACTTCACCTTGCCTTATAGGCACTTCAGTTTCATCATCAAGGCTCTAAAAGCATACTT TTCCCTGCCAAGGAGTGCAATCCTAAAGATGTGATACTGTACAATTGATATTTCACTTTA TTATAATTTTTTTGCGATTTCTTTGTCCATATATTTATTACTCATGCTAGTGATTATTAA TCTTGGACTAGTTTTTCTTCATTTGCACCTTTTCTCATTAAAACCCGTGTTGTATTTGCA CTTTGCGCTTAAAGCCCCAAAGGACATTAGTCTTTTTGCACTTTCACTTTTGACAACACT GACTGTATGTCAGCAGTACTAATTAGCATCTAACTAGGTTTGCAATGAAAGTATAGCTAC TTTGATAACATCCATCGTGTCTGATGAAGGCACATACTCCTTCTGTATCTCAAGTGCTTA GATCTGCTACTTTCCTGAAATAATGAGATTCAAATAGTTGGAATGGAGATATATGGTAAA AGAGAAAGCAAGTGCACTCGATATGTGAGATCATAAGATCTACACCTCACTGACCGAAAT TTAGTATGTTACTCTGACAAAATATCAGATGTCAAGATTTAAGGAAGTACTTGGAGGATG GGCAATTTAGCCCTGATAATGATTTTGCATTTTGAAGAAATGACTTCTGTTGCCTTGCAA ATTTGAACTTAGTGAGTCAAGAAGGATATTTTTTTTCCTGAATTTTTAAAGATTCTTGTT GAAAAGAGGATGACTATAGGTCTTAAATCCTTGTTTAATTCACTTTTTGCTTACATGTGA TATAACGTTCACTAAGAATTTGCAATGTATTCGCCTAGAGGACCTTTCTTTGCTTATGGA AACCTTAAAACATGGGTGTATGGTCCTATGACTATCTCCCAAAAGCTTTAGTGGGCAGAG TTAGCCGGAACCTGTGCTAGTGGGAGATAAGATGTCTGGTGGAATTAATAGAGGTGTGTG CAAGCGGGCCCAGACATGCATCATTAAAAATAGGGTATATGTGCCTCCTTTCTTCTGAAT CTAGGTTCCCATTTTCTTTGCACACAAATATAAAGTCGTGTGTTGAAGTATTATTTGAAC AGCTCATCACTGAACATCGGTGATATCTTGGCTATCCATAAAAAAGGATTTGTTCTATGG TGCAGCAATACTCTTTTGAAGGGATGTGTTTCTTGCTTATGCCCCCCACCTCATCCCCTG CGTAGAAAAAAAAACAGAAGGAATAAGACATATTTGAGAGTGCAGGGGATTACTTTTCTT GTTAGGACAGAGGAAAACTGAGGCGCAACCCGAGTTGAGACACAACTTATGACAGTTATT TGGAATGGAGGAACCAAGTTTGGCACTCAGCTGGTTTCTTCGCTGATTCAACCCTATGTC CTTCACTGTGTTGATGTTTTGAGACAGCTCCTGCAAATTTTCTGCTTGTCTTTAACTCTC TGATGTGATTTTTTTTTAAATTGTGAATCAGGTTTCACTTCAAGAGCTAGATAATGAAAT GTCAAGAGAACTGATGGGTTTGCTTAAAAGACAGAGGGAGAGTGACAGATCATATTATCA GTTATGCCATCTTGTGAGGCAAGGTGAACAGCCTAGAGAAGGCTTCTTCTTGCTTGCAAA TCTGATTGAGGATCCAGTTGGTGGTTCTATTGGTTACCAGGATTGGATTCTGCAAGTACA CCGACAAGTCCAGCAAAATGCATAAAGGTAATGAAAAGGATTTACTGGTTGTTAATAGTT ATAATTCTGTTATGCTTGTATTATTATTGACTTCATCTTTTGGGTGGTACCCAAGTGTTC CAAAAAGAGTGAAGGGTGAATCTTTATTATTGCATTATCTAAATGAAACTGAAACAGATG ATGAAGAGATTGCCATCATGGTGATCACCTATGCATTTCTCCTCTCTGAACCTAAAATGA TGAGTTTTAGTCTGCTTGCTGATTGAACACTCCCTATTTTAGCAGGGTTCCTGTATGTTC AATCATTTGTGGTCTTCTACTGTGTGGCGGTTCCTGAAGAAGTTGGAACTTGTTGCCACT TGCAACTATGGATGGTTCATCCAATGAGCAAAAGCTTCCATGGAAGAAATCTGCTGTTAG TGTTAATTGACACCATTGATTGCTGAGCTTACCTGATTTTCCTTGTAACATTAGTTGAAG AACTAATATTTCTCCTCATGTTGGGATCATTTCATACACCTGGACCAGCCATGCATTATG ATGTGGGAGCAGGAAGATTGTGATCGTCCTTAAATGCTAGCATTACCCCGCTGCCCCATT TGCTTGGGGTGAACATGAAAAAAATGCTAATTGACTAGTATTTATTTTCACGTGTTGGTC TGGTTAGAGTGAGATGAGACATTAAATAGAACAATGTTGCAGTTATTTATATTCTTGATG TTGTGGGGATAGGGTATGCGTTTGAGTGGGATTTATTTAGACTTTTTGTAGAGATCTTGT ACATGCATTTGCTTTGCATAACTGAATTTTTTTTGCTGCCCGTAATAAATTTTTGTTGAG CTGAAATGTAGTGCAGATGATGTAATCTCTCTTTTTCCTAGGTTTTTGCATTGGGATGGA TTAATAACAGGGGTGTCTGCTTTTGTGCTGCTGATTTGATTTTGAGATTTTTGGTGTTGT AGTTATCCAATCTTAATCTGAACTAAAAATAATAATTGGTTGATTGGGGTTTCTGAGGTT TTTCTTCTTCTTCTCAGATTTGGCAGTTCGGTTTTTGGTTTTTCCTCTTCAGCATCCCCT CAGTTTTATAGCTGCCTTTTCATTTATTATACTCAACAAATATCTTGTGGTCGACAGCTA TATTATTTGCCTCATGGCAACGTCAACTCAATTGCTTCTTTATTGTAATTCCGAAATGTA ACTACAGAATATTAAGGGCTCATATGACCATGAAAATTATACTACTCATTTTTTTCGGAT CAAACAATACAACATACTGCAACGTGAGTTACCGAGTTGGATTATAAGATTACTGATTTT CCAAGATTATATTTTTTAGTTCAGACGAAAAGTACCAAGAGAACCCAGCATCTCTTAAGA ACACAACTAAGTGGGACCTCATATGGTCTCGTCTCCCATTGACGAACAAGTAGCTTAATT AATATGGACCATTCTGGGAGGAAAAAAAGACATATAACTAAAACTTGAAGAAAGTAATGA ATAAGATATCTTCAAGAATCAGTACTTGAAGATTCCTCATTTAGATGGTCCAAAGTAGTG ATCCTAAAAAATTATTACTTTTTCACTTTTAAAATGATAAAAGGAAAGGAATTCAGAGCT TTGTTCGAAGAAGCTAGGGCAACAACCTAAGTGGAGAAAACTTTACCAAGTCATTTACAC CTCTATCAGTTCATAGCGTGCCAATTTGATACTCAATTTGTTGAATACAATCACTAGTAA TAATTAAGCATCCCAAAGAAAAAACCTTGAACAACAGACTATGCTATCAGTACTAAAATT CTCAATCACTTTGATATAATACAAAGAGAGGCAGCCAATTGTGAGTTGAGACTCGCTCTC TGCTAGAGAAGTCGAGTGAACATTCCAATGAAGATAAACCTTCAGTAAGGGTAATGTAGC ATGAAGGCAAAGTTCTACATCGTTGCAAAAACAAGCAGCATTTAAGATATTAAGTTGTAC AAGAAACAGTCTGTCTAAATTTGATACAAAAAAAGGTTGTACATCAGCAACTGTTCTGAG TAGAAAACCATGATACGTATCTCTCTAACAGTCAAGAAATCTTGAAGGAATAATTTTACT AATATCACCTCAAAAATAATATAGAAGCATGTACAATATTTTAAGCTTTGCAAATGTCGC GCTGATCATGAGAACTACCTTCATGTAGCCATAGACGCCAAGTCTAATTCTTCATCAGAA TCAATGCAATCTTCAAAATCATAATATGGATTCACCTGTGACAATAACTTAGTCAATGTT ATTATTACATTAAACAGCCATGACAATGCAAGTAATTTCAAACAAATTACTCATTGTTTA CAAAAGAACACCCCATGAATTTCAATTCAAGATAAGACAAAGCTTCAAACTGTTCTATAC CTTGGGTCGGGGCATCACTGCTTCAAAACTACGATAAACGGGGATGTCAAAATTAGGAGG TTCCAAAATAATATATGCTCCTTTATTTCGGTACCTATCCTTAGTTGCCTGCAGTTAGGG CACAAACAGAAAGATAAGTTTCTCCATTTCATACTACAGCTTCCAGGTATAGAAATGGCG CTAAAGATGTTTCAAACTTTTTGCATGAGTGTATAAAAAATTGAACAAACATGATAAAAC CTAATTTTGACGAGATGGCTACCTATTCTTACCATATTGAAAAGGATCCATCATTAGGAA AACCCTCTCGAAGCAATAGAACAAATTGATTCATTAAGTAGATTCAAAATGGTTTGACAA TCCTAACTAGTGCAGTTTCAGGCCTCCATTGATTCATTTAAGTAGAGTATAACACATGAC TAGAAATTGGCTTAATTCCCAAGCCGGAAAAACTGCTCCAGAAAGAAACTTCACGCATAA ATTGAATCTATTTAGTAGAACCTTAGGCAAATAGTAATAATTGCAGCATATTCTTAATAC CACTTGAAGGGACAAACAGACAATTGGCTGTGTAAACACCAAAATTTGCGCAAGGGCCAA TTCCAGCAAGCTCAGCAGGTGTGTTACCGGAAAATTTGTTTATATTGACGAATGAAGCCC ACAAACTACTTCCCGAAATAGGGAGAAAGTGACAGTTGACGATCAAGTCATGCAAGATTT TTACCTTGCAACGATCCGGTCAATTAACCAATTTCAACCTAGAGTAAATGAATGTTGGCT AAGCGTGAGAAAATGCTGATTAGGCAACATGCAAAACAAACAAAAAAAGTAGACCACTCC GACCATGAAAGATACTTTTTCACCTAATATACCATGAAAGATAGAACTACTGAAGAGTGA AGTTCTTTATGCATCTTTGTAAGTATTGGTTGCCAAAATACAAAAATTCCTAAACTCATT TCTCTACATCTGGCTGATGCAATCATTGAAAGCACACAGGCCACTACAATAGAAGATAAA TGCTCCTAATATACCATTAATACGTTGTTTCAAAATATACATATATATATATATATATAT ATCCCATTAGTATGCTCATTGGGCACATATTTCAGGAAAAGAAATTCTGAATCAACAGAT GCATTACATAGTTTCTATCAAAAGTAACATTGTGCAACTTTAAAGACGCACTACACTTCT ACAGACATCTGAAAGTAAACACACCAGCGGTTTTCATAAAGGAAAGTTGAACTGCATACT CAAGTATAACACAAACTACAAACTCTGACCATGGACGATGTAAGGTGAAAAAGTATGATA TAGTGAATGGTAAAATTGAAGATACCTGAAACTGTGGATAGTCTGGGGCACTAAACACTG TAATCAATTTACCGGACTGGACCTCATGATCTATGGTGTACCCTTGATCCATTCCTTCCA TTCCCTCTCTCTTTTCCCTTGCATCTGGACCTTCATGTGACCTAATAATCAACTGAGGTT GCAGCAATCAAAGACCATAACGTGAGCAATTTTCTCACATATAGAAGTCACAAAAGAAGA TGTCAAGCTCACAGAAAATACAAGAACCTAAAATTACATGAATAATGTAAACATAAATAG TATAGGTGCAAAATAAGAGTAGTCCTGAACAGGCAAATATTACGTGAGAGGCCTTCGTCA CGTAAAAGTATCTTCATCCTTTGTGCTTCTTCACTTCTTTGTGGGTCTTTAAGTGGTTAA ATGCTTCGTTCACAGATACTTGGAATTAAGATCTCATACAACATTTTTCTTTCCTTTTTC CAATGAAATGATTGGGCTTCAAAACAAGTAAATTCATCTCCAAAGGTTCATCGGTAATCT CTAGGAAATATTCTGATTTCCCAGCTACACTGGATCCGCTATGTCAGAAAAAGGAAAGAA TTTCAGATATTAATGGCACTACTATCATAGCGTACTAGTTTTTAAGGCAACAACCAGATC ATTTTCTTACTTAAATGAGTACAGGTAGTAGCATGATTTTCTTAGACACCCAGTATAGTT ATGTCTACACTCATGCGTTTGAAATTGGTTAATATTACTAGTATTGCATTGCAACTGGAT ATAAAACCAATGCTCTACTCAAGAAAAACATGTTACAACCAGCCTCCTTCAGGTGAATAA ATATGAAAAGACCCTTTTTTTCACAAATGAAAAGACTTGTTTATTGACATTGAAAAGAGG TGCATCAACTCTTTGTATGTCCATCTTATTGACTACTAAATCAAATTGATGAACCAAGTC AATGATGGAACCAGACGAAAGGAAAGTGCAATGAGAGCCTTTCAGTCCACTAAATAGGAG TGCACCATATTTTAAAAAATAGTACAGCCTTGTCCATTATCTCTGCATAGGTAAGTCAAA CACGTCACACGTGTAATAAATCTTATTCGATCTTTGAAGTTGCTTTGATTAGTTATGTTT ATCTTCTAGTGGACTCAAATTATGCAGATAATTAATTAGTTTCATCTGAAAGAAGATTGG ATCATTTCCCTAGCAGCCTTGCCTGATAGAATAGTTTCAATGTTCATCCTCAAGGAGGAA ATGTTGATGAGGTGAACACAGAACTCCATGAGTATACAGATAAGGCAACAACCCAATATT TGAACTGTCATGTGACAAGAATATTGATGGATTTAAATATCAAGTGATGTCATTAATGGA AAACCATGTATTTTTGCAAGGTTCTCTGCTTTTTGGCATTTCATGTATAAGGGGTTTGCC CTTTTCTTAAGGAATTTTCTTACTTTATCTCCAAAATATTACAAGTTACAGCAAAGGTAT AACTGAATTGTTATGACTACGGTAAAATACATAAAAATAAAAGTATATCCTAGTGAAAAT TTGTACAAAAAAGAGAGAGAAATATGAGTAACTTCAACTTGTGAGTCCCATCCTATCTTA ATTGCTTATATGGATATATGACTCAAACTGCAGGAACTATGGTTCTAGCACAAAGGTTGG TTAACAATTGGTTCCCGAAAAAATGAGAGAGAGTGAAGGAAGATAAAGTAGTTGGTTTGC CTTGGGTCAGATATTAATTAGTTTGCACCTAGTTGACTAATAGGGTTGGTAAAGTTGGAA AATGAGTAAAATTGAGGGGGGGGACACTCCACCTCTTCTTTAACTTCCTTGTATAGACGA GAGTAACAACCCTTATTCTTCCTCAAACCCCTCTTCTTACACCTCAATCAAACATAGTTT AAAATAGAGCTATTGAAATCGAATCCAAGAACTACAAATTCAAAGATTATATTTTGACAA ACAGTACAACCCACTTAATGGAAGCTATTGAAGTTTAATACAAAAACTACAAAGTCAAAG ATTATATTCTGAATAATATTACGTCCAATCACATCATTCGCACCATAAAACCGTGCGAAC AAGACATAATATATTGTAGAATTTCATTCAAAAATAAATGATAAAAAAATGTACTTTAAG CTCTGTTAAAAGACAACTTCAAAGTAATTTAGCAGTAGGCTATATCAATAACAAGAAGAA AAGAGCATATACAAAGAAAGAAATACAATTCCAAGTAGTTTACCTTTAAATTCAACATCT TCAAGAAATCTTCGGTGCAATCCGGACCCCATAAGAGACCAATTCCTCTTTCTTTATTTG GGGAAAGTCCAGGTTTCATTGACGGGTCTGACCACAAGACATCACCCGGTATCAGATTCG TACCTTCCCAAGGAGGATCAAGGACAGATCTCCTAGCTTTTAATAATTCCTCCATAGAAC CAAGAGATAAAGTAGTAACATCAGGGTTTGAAACTATTTTACGGTTCTTCTTCCCTTTAG CTCTTTTAGCTGGAGTGACAGCAATACTGCGGAAAATACCTCCATGAGCTGTGTAGACAT GATCCCCAATAATGGATGCAAGAGGAAGTCCTTCGAAGCATCCTAAACATTTCCTGTATA CATGTTTCCCACTATCCGCATACTTCGCTAGAACCTCCTTTTCAAAACCATAAACAGAAG TACAGTACTTCGACTCGTGATTTCCACGAAGGAGAAACACCCTATTGGGCATAAAAACCT GAAAGAATGTACAGTTTGATTGAATATTGAATATCCACAGTTGCATCTGACTGATATAAG CTAGAAAGTCAATTACATGAACCAGTTGAGTTCAAAAGTTACAACACAAATCAAATATCA AGTTGAAGTAAGGTGCTTCTAGCTCACTGTTACTTGATGCATATTATCCTATCCCAGCTA AACAAGGCACAGGAATGAACCAATATTACCAAGGAAACATCATAATTGATACAAAACTCA AAGGAAGATGAAGGATAATAAAGCTTAACCAAAACTGAATTTGCCTGTTCTACAGATTAC CATGATACAAAACCTGGTACTTTAAAGTTAAGCATCACCGTCCCATTTTGTTGTTGTACA ACCTCCAGATGTTAAATGACGTTGCCAATGACAAAGTAACAAACTATCTCTATAGGAAGA ATACCTCGTCAAGCTTTACAAAGCCCTAATTCTCCATGCTAAGTGACCACATAAAACTGA TAATTATGATCAACAATTACATTTGCTGACATAAATTCCATACATAAACACAGTAAAGTT GTTATCTTATCACCAGACACAACTTGTGATATGTAGTAAAAGTAAGATAATCAACTAAGT AACAACATAATTGATACTAAACACTACCAAACGGGAATTTCAAACTACATTACCTAAATA TTTCATAAAAACAGTTCAAAATTTTCATTACAGGAAACAAAGAATTCAAAATTTGTTAAA AAGATTTTACCTTCCAAGCCAACAAGGTAAGAAAGGTCTCAAGACCCCAAGCGCCTCTAT CGACATAGTCTCCATTGAACACAAAGAACCGATCGTCAGAGGGAAAACCCGCATCTCTCA ATAAGAACAAGACATCATGTAGCTGGCCGTGCACGTCCCCAACCACAACAACCCTCGAAT CATTTCCCAACCCCGACCCGCTATCAATATGCACACAATTGGGTTCTTTATGCAAGATCT TGGAAGCCGTTAGTATAAGCCGATCAAACACCACTACCGGCAACACCGATGGCAGCTCCG TCGGAGCAAGATTCTTGGATGACCAATCAAATGCTAGCATCAAGTTGGTAACCCAAGCTA GGGTTAAGGTCCCGTCTTCAGGCCATGAAATTGGGATCTCTGGATGAAGCTGTGGTGGTG AAGGAATCGGGGTGGATGGCGATGACGTGGAAGACGTCGATGCCACTGATACAGACGAGA AGAAGTCCTCATCGGACGACGGCGGCGGAGGGGTTGCTGATGGTAAACTGGCGGCTGCAG CCGGTGGTTCTGATTCTGATAACATTTCAACTGGATGCGCGATTTTCGTTAATTTTCTCT AATTTTTTTATTTTATTTTTCAGTTGATAGAATAACTGAGACAAGAATTTAAGAGAAAAA AGAAGTTATTGTTGACAGAGTATGTTCATGGGGGCAATGAGAGATAAAAGCCAAAATAAA TTAATATTATATTGGTGCTGTGTCATTGACAGCTCAGTTCACTGCTGGTCAGCTTTAGTT CGTTTGGATATAAATTGGTCAAAACTTATGAGATTGTCAAAATATTGTATCTATTTAGAG AGAGTGATTCAAATTAAAGAATTTTTTTATATCTAAAAGTTCGAGACTTTGAAATATAAG AAAATTATATATAAACTTTATGTAAGATTAATATTTGTTTGGTATTTTATTATATAATTA ATATATGGCAAAATAAATTTTACGTTTTTTCAATTGCGTATAAAAGTGCTAACACTTAAA AAGAGAAAAAGAATAGTATATTTTTTATCTCCAATGTGGAACCTTTTTGACAAACGGAAG AAAAAAATATTTGAAGACATGTTTCTTTGGAAATTTTTATTTATAGGAGAGTGGTTTGAA CCCACAACAATATTGCCGTGAAAAAAAAAATTCACTATCCTTTCTTACCACTAAGATGAT GTCAATCACTTTTATTAGGGATTCACAAGTTATTATATATGTATATTTATTTAATTTTTA ATGCAATACAGAATCTATGAAAAAATTAATGGGTCCATTCGAATTGACAAACCTTTACCT GCTTCTGGTGGTGAATTTAGAGGCAAAAAATACGATAGTGGAACCCGAGATCTTTTTCGT AAAACTAGATATTATAGGCATATATTTACTAAAATTTATATAATATTATATTTTAGTGAG GATCAATTTTCAATTAACTCCTCCCTGTCTCAATTCTGATTGATTAGCTTCTTCCTTCGC GCAAGCTACGATCTAACAACCCCCTTGTTGTGTTGCATTTTGTGATCTTCCGCTTCAGTC TGCGTTTTTCGGATAGCCGGGGGATCCTCGGTAGTGGTGACCCTTTCACTCTTCCACGGA CTGATACATGTACCGAATGCTCATACGGGAAAGTTGACTCCTGGGTCTGGAGCCACTTCT GATGATGCATGCATTGGGGACAAGTATATGTCAGTTCCGTAGATCAAGGCTTTCAAGGAC TCCTGAGTTGGTGATTTGTCACCAGGCAGCACATTACACATTAGCAGATGAATACATTCT TTTTGGTGTATCCATGTTCAGATCAGTTCCCACTTAATACATTTTCTTTGATGCACCATA ATCAAAAAAATTCGAAATACACCTCTGTATGCTTCACCTATGTTTCTGGACACCAAACCT CGGGTTCGGAGCGGACCCACGTGAATTTCAGGGGGGTCACCCGAACCACCTCGGAAAAAT ACATTGTATATAATAGTACAATGGTAAGTGCTACGTAAATTAAGTTTCATGTCACCAATT TGAATCCCTATTTTTTAATTTTAGTTTTGTTTTTCAAGTTTTTTACTTACTAATATGTTT ATACTTTTTTTTCGAATCTTAGAACAAAAATCTTCTGTCCCCACTATTCGGGTGGGATAG TGTTCCATATATGAGAAAGGAGAAATTATTTACAAAGAATATCTTTTAAACCTCTGATAT TTATTTTTCCATTTATTACGATTAATTTCTTTTCTATTATAATTTTATCGTTGTCTGTAT GCTAAATGTCTTTTTTTTTATATATATACTTTTTCCACATTGGTTTTTGTTGGTATAGTT ATTTGCTATTAAAATGATATGATTAAATTTATCTACATGACTCAAGAATATGTAGATTAA TATGATTAAAATACGTGATTACTTACTCTTAGCTTTCTGACAATAATAATACAACAAAAT GAAATAACAAATGCATAATCACTTAAACCAAAAAAAAAATGCATAATCGAATTGAAATAA TAAAACACACAAGTAAATAAAATAAACTTGGATTTCTATGCTAATAGTTGATGATTGCGT TACTGAATAAGCTTGATATAATTATCCTTTAAAATATAAACAACTTAATATCAAAAAATA TGAGTACAATACTAGTGAATCAATGAAAATGAGATGTCTTTCAACAAATGTATAGAAGGT TAACTAATTAAATCCTATGAAGTGTCATTTATAGATTTCAGCAGAGTATTATTGTAGTAA TCAAATATTTGGTACCTAATATTATCAATATTGTATTTTGTCACACATCCTATATGGATA ACAATTAATTAAACAAAGCACTTGATATTTTATAAGTTCTCTTAGTAATTAATGGGGACC TAAATCTTGAAAGATTTGCAAATAATAATGGACCAAAATTGTAAGCATTAGCCATGGCCC ATGGACACAAAAATCTCAAAATTAAAGGAAAACTTACCGAAATTTCATAAGTTTAAGAGT TAAGTACTATATATTCTAGATTGCAATATTATGAATTTTATCAGATTTTGATGTATCTAG ATACATCTAGATTAATGTATCACGAGATACATAATGTAAATATTTAGTGTAATTTATTTT AGATGAATTGTAATAAATGGATTTGTAATGTATATGTGATACACAGATAAATCTCGCTTG CCTTCTTCTCATCTCGTTCGCCACTATCCTATGTATTTGCATGTATCTGAGATACATGAC TATCTAAACTTGTCTTTCTTCCAATCTCGCTCATCTCTTTCCTTACTTTAGTGTATTTAA TAGAAAAAATACATGTATTTATATCTATCTTCCTCAATATATGATAGAAATTCTTAATTA ATTGTAAGATACGTTATTATTTGACACTATACGTAGAATTAGTATATATATCATGAATAT ATGTCTAATATGAAATTTGGGTATTGAAGCCATGGCAGAATTGGGCCGGTCCAATAGATT GTCCTTCATAGCTTAATGCTGCCTTCAACTGTTAGGCCCACTAGATTTCAACCCAAACTG CAAAAATGAGAAAATAAATTGAAATTCATTTTTTCACTAAATTATATTTAATTTTATATT ATATTTTATATATTTATTAAATATCATATCTATGATAAGTCAGTATGATTGGATGTGAAG TTTTTTAACCAAATGCAAAAGGCTAACTTAATGTTAATTGACATGTCAGTCAATATCAAT AAAGGGGTCCCTCTTGCCTAATTGTGTTAGTTCTTTAATGGACAATAATAAATAAATCAA AACATGACACGTCCTGTTCTAATTTGTTAACTTCAAAATCCACTTAAAATAAAAATTAAA GTGAATGGAGTTAACTATTTTGCCACTAAAAGTATCGAATTACATTTATTGAAACTTGAT TAGGACTTAAATAATGACAAATTATCTGACATGTGAGTCCAAATTTCAAACATTAGACAA GGACTTCAAATCAATCTCCAAATTGCTTATATAGTATTAGAGTAACCAAACATTGGACAA TGATTTCTATGCTACTAATCCTTGTCCCCTCATTAATATCTCGAACAGTAATAGCTTTCG TTTCGCCATAAGTTTTAGGAGAAAAATTGAAATTTTATTTTTTCTAATGAAGGTCCCCCA AAATTAAAAACTGATATAAGTCAATTTATGGGAACATAAAAGTATTGGAAAATCTAATCA AATTTATACGTTTTTTTTTATTATCATTTTATTGTCATGTTTTAAAGTCAATAAGAAAAA ATGAAGTATTTGTGAAACATTGCCCACTGCATTAATTATTCTAAAACTAAAAGGCACGTA AATTTTGTAAAATAATTTATTAAAAATAGATTAATGTGATGAAAAAGGATAAATTAATAA AAAATGACGTGTAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 5468 5811 match_2 match_part 0.998 5494 6081 match_3 match_part 0.998 5547 6150 match_part 0.983 6278 6397 match_4 match_part 0.954 7056 7358 match_part 0.611 7570 7587 match_5 match_part 0.993 24117 24727 match_6 match_part 0.998 24555 25034 match_7 match_part 0.992 26446 27074 match_8 match_part 1.000 27011 27462 match_part 1.000 28085 28228 match_9 match_part 0.956 27212 27462 match_part 0.987 28085 28316 match_10 match_part 0.997 28238 28577 match_part 1.000 28665 28818 match_part 1.000 29174 29267 match_part 0.952 29365 29530 match_11 match_part 0.997 28238 28577 match_part 1.000 28665 28818 match_part 1.000 29174 29267 match_part 0.975 29365 29524 match_12 match_part 1.000 29179 29267 match_part 1.000 29365 29812 match_part 0.667 30113 30130 match_13 match_part 1.000 29179 29267 match_part 1.000 29365 29812 match_part 0.875 30113 30120 match_14 match_part 1.000 29180 29267 match_part 1.000 29365 29812 match_part 0.667 30113 30130 match_15 match_part 0.936 33814 34139 match_16 match_part 0.932 33814 34122 match_17 match_part 0.909 33814 33967 match_18 match_part 0.938 33815 34266 match_19 match_part 1.000 45379 46047 match_part 1.000 46172 46229 match_part 1.000 46318 46336 match_20 match_part 0.959 45386 46047 match_part 0.931 46172 46229 match_part 0.948 46318 46394 match_21 match_part 1.000 45386 45915 match_22 match_part 0.992 45392 45980 match_23 match_part 0.960 45399 46047 match_part 0.951 46172 46212 match_24 match_part 0.960 45399 45922 match_25 match_part 1.000 45404 46047 match_part 1.000 46172 46229 match_part 1.000 46318 46326 match_26 match_part 1.000 45404 45941 match_27 match_part 0.962 45424 46047 match_part 0.966 46172 46229 match_part 0.947 46318 46336 match_28 match_part 0.952 45424 45857 match_29 match_part 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133110 133031 match_part 0.916 132298 132037 match_245 match_part 1.000 133188 133031 match_part 0.994 132298 132139 match_246 match_part 0.930 133636 133039 match_247 match_part 1.000 133592 133046 match_248 match_part 1.000 133626 133060 match_249 match_part 1.000 133494 133082 match_250 match_part 0.989 133618 133097 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 662 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 5468 6150 exon 6278 6397 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 7056 7358 exon 7570 7587 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 8903 8095 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 8886 8760 exon 8726 8095 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 18868 18608 exon 17903 17558 exon 17253 16666 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 24117 25034 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 26446 27462 exon 28085 28577 exon 28665 28818 exon 29174 29267 exon 29365 29812 exon 30113 30130 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35522 35359 exon 34697 34606 exon 34487 34412 exon 33249 32414 exon 31934 31773 exon 30350 29950 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35493 35359 exon 34694 34606 exon 34487 34412 exon 33249 32414 exon 31934 31773 exon 30350 29950 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 33814 34266 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 45379 46047 exon 46172 46229 exon 46318 46401 exon 46504 46639 exon 47056 48089 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 45379 46047 exon 46172 46229 exon 46318 46401 exon 46504 46639 exon 47056 48009 exon 48281 48307 exon 48475 48508 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 57313 55876 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 57313 56213 exon 53825 53816 exon 51335 51308 exon 49378 49092 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 63091 64461 exon 65353 65971 exon 66048 66058 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 76117 75665 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 82845 81316 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 87605 87718 exon 87793 87945 exon 88029 88154 exon 88234 88583 gene_20 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 87618 87718 exon 87793 87945 exon 88029 88154 exon 88234 88396 exon 88790 88886 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 88937 88983 exon 89072 89267 exon 89460 89537 exon 89958 90187 exon 90272 90386 exon 90715 90773 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 91893 92001 exon 92090 92215 exon 92499 92629 exon 92720 93162 gene_23 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 92089 92215 exon 92499 92629 exon 92720 93162 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94086 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94086 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97300 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_26 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94086 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96406 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_27 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 95812 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_28 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94086 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96370 exon 99023 99040 exon 99122 99215 exon 99536 100041 gene_29 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 98230 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_30 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100369 100610 exon 101697 101966 exon 103990 104229 gene_31 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100369 100610 exon 101697 101966 exon 103990 104189 exon 104278 104290 gene_32 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100394 100610 exon 101697 101966 exon 103990 104135 exon 104278 104290 gene_33 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 109371 109160 exon 107661 107514 exon 107360 107132 exon 107034 106871 gene_34 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 107569 107514 exon 107360 107132 exon 107041 106557 gene_35 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 106629 107001 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 110730 110431 exon 110282 110112 exon 109701 109505 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 114374 114523 exon 115339 116458 exon 116563 116701 exon 117422 117612 exon 118017 118124 exon 118215 118418 exon 118566 118608 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 118744 118797 exon 119870 120019 exon 120135 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125847 exon 126106 126673 gene_39 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 118744 118797 exon 119870 120019 exon 120135 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125847 exon 126103 126677 gene_40 gene GT_PGL_24_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 125611 125847 exon 126106 126673 gene_41 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133636 133031 exon 132298 131804 exon 129712 129566 exon 128328 128221 exon 128075 127773 gene_42 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133636 133031 exon 132298 131804 exon 129712 129566 exon 128978 128761 exon 128328 128221 exon 128075 127810 gene_43 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133636 133031 exon 132298 132100 exon 131907 131804 exon 129712 129566 exon 128328 128221 exon 128075 128034 RepeatMasker tomato repeats master Copia00181 1807 1860 1 Copia00181 1807 1860 1 nucleotide_motif 228 13417 13470 Gypsy00163 7738 8014 1 Gypsy00163 7738 8014 1 nucleotide_motif 1408 20347 20615 Gypsy00163 8006 8132 1 Gypsy00163 8006 8132 1 nucleotide_motif 605 20762 20885 Copia00151 5513 5815 1 Copia00151 5513 5815 1 nucleotide_motif 986 22700 22989 Copia00172 5226 5313 1 Copia00172 5226 5313 1 nucleotide_motif 580 30454 30541 Gypsy00043 636 1314 1 Gypsy00043 636 1314 1 nucleotide_motif 4379 33675 34291 ATHPOGO 1624 1663 1 ATHPOGO 1624 1663 1 nucleotide_motif 253 35773 35812 Unknown00019 586 631 1 Unknown00019 586 631 1 nucleotide_motif 234 39357 39408 GYCUME1_LTR 85 253 1 GYCUME1_LTR 85 253 1 nucleotide_motif 273 41288 41299 Copia00181 1810 1871 1 Copia00181 1810 1871 1 nucleotide_motif 281 41300 41360 Copia00030 3137 3912 1 Copia00030 3137 3912 1 nucleotide_motif 730 54595 55355 GYCUME1_LTR 314 425 1 GYCUME1_LTR 314 425 1 nucleotide_motif 252 58618 58730 Unknown00025 306 405 1 Unknown00025 306 405 1 nucleotide_motif 410 58950 59047 Unknown00025 234 324 1 Unknown00025 234 324 1 nucleotide_motif 354 62629 62731 Unknown00019 93 378 1 Unknown00019 93 378 1 nucleotide_motif 673 105879 106166 Gypsy00073 228 354 1 Gypsy00073 228 354 1 nucleotide_motif 285 113577 113698 Copia00172 1104 1488 1 Copia00172 1104 1488 1 nucleotide_motif 1326 124087 124441 RepeatMasker tomato repeats master Copia00110 2023 2401 -1 Copia00110 2023 2401 -1 nucleotide_motif 790 9493 9125 Gypsy00019 595 649 -1 Gypsy00019 595 649 -1 nucleotide_motif 271 13479 13425 SONATA2 103 159 -1 SONATA2 103 159 -1 nucleotide_motif 334 16352 16296 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 931 16605 16351 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1185 20343 20105 Gypsy00163 7741 7834 -1 Gypsy00163 7741 7834 -1 nucleotide_motif 244 20906 20814 Unknown00037 4493 4557 -1 Unknown00037 4493 4557 -1 nucleotide_motif 287 36557 36488 Gypsy00043 1008 1388 -1 Gypsy00043 1008 1388 -1 nucleotide_motif 1266 39030 38740 Copia00110 13309 13570 -1 Copia00110 13309 13570 -1 nucleotide_motif 998 39101 38861 Copia00039 98 227 -1 Copia00039 98 227 -1 nucleotide_motif 541 42065 41924 Copia00117 309 4718 -1 Copia00117 309 4718 -1 nucleotide_motif 10622 55233 50862 HELMET3 3714 3778 -1 HELMET3 3714 3778 -1 nucleotide_motif 277 58742 58679 Copia00105 7447 7518 -1 Copia00105 7447 7518 -1 nucleotide_motif 253 58758 58685 Gypsy00043 529 1313 -1 Gypsy00043 529 1313 -1 nucleotide_motif 4442 76305 75641 Gypsy00073 1231 1386 -1 Gypsy00073 1231 1386 -1 nucleotide_motif 258 86677 86527 Copia00110 13353 13568 -1 Copia00110 13353 13568 -1 nucleotide_motif 455 86844 86638 Gypsy00043 521 930 -1 Gypsy00043 521 930 -1 nucleotide_motif 2479 106307 105930 Gypsy00073 11882 11999 -1 Gypsy00073 11882 11999 -1 nucleotide_motif 289 113721 113620 Copia00208 2699 2880 -1 Copia00208 2699 2880 -1 nucleotide_motif 625 122493 122322 Copia00125 2879 3020 -1 Copia00125 2879 3020 -1 nucleotide_motif 617 122609 122484 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2603 52807 55234 match_2 match 2167 50861 52600 match_3 match 2500 52672 55225 match_4 match 2018 50861 52605 match_5 match 4734 50844 55225 match_6 match 2448 52753 55234 match_7 match 2079 50861 52600 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 851 3716 102401 clone_start_1 clone_start 505 3716 3982 clone_2 clone 806.5 3773 64241 clone_end_1 clone_end 392 3773 3982 clone_3 clone 895 4138 102401 clone_start_2 clone_start 593 4138 4436 clone_4 clone 1047.5 6352 137338 clone_start_3 clone_start 1187 6352 6950 clone_start_4 clone_start 349 12711 12902 clone_end_2 clone_end 537 12711 13005 clone_start_5 clone_start 617 12711 13049 clone_5 clone 1141 16652 54884 clone_start_6 clone_start 1251 16652 17309 clone_6 clone 907.5 20784 60339 clone_end_3 clone_end 1423 20784 21543 clone_7 clone 1215.5 21749 55883 clone_end_4 clone_end 1037 21749 22319 clone_8 clone 794 21749 50867 clone_end_5 clone_end 1037 21749 22319 clone_9 clone 1109.5 33213 70270 clone_start_7 clone_start 1047 33213 33740 clone_start_8 clone_start 361 33930 34131 clone_end_6 clone_end 706 39105 39460 clone_10 clone 846.5 46942 135070 clone_start_9 clone_start 1126 46942 47545 clone_11 clone 747.5 46942 135509 clone_start_10 clone_start 1126 46942 47545 clone_start_11 clone_start 866 50812 51276 clone_end_7 clone_end 961 68726 69261 clone_12 clone 1379.5 68809 102581 clone_start_12 clone_start 1330 68809 69551 clone_13 clone 1027.5 84054 130598 clone_start_13 clone_start 1100 84054 84683 clone_14 clone 1102.5 86996 126782 clone_end_8 clone_end 837 86996 87438 clone_end_9 clone_end 1019 90032 90549 clone_15 clone 1238.5 93784 133922 clone_end_10 clone_end 1294 93784 94464 clone_16 clone 1125 96210 125924 clone_start_14 clone_start 1076 96210 96890 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_11 clone_end 1197 102401 101798 clone_start_15 clone_start 1221 64241 63626 clone_end_12 clone_end 1197 102401 101798 clone_end_13 clone_end 908 137338 136854 clone_end_14 clone_end 985 9685 9168 clone_end_15 clone_end 1031 54884 54365 clone_start_16 clone_start 392 60339 60097 clone_start_17 clone_start 1394 55883 55181 clone_start_18 clone_start 551 50867 50564 clone_start_19 clone_start 954 26583 26103 clone_start_20 clone_start 954 26583 26103 clone_start_21 clone_start 280 29554 29410 clone_start_22 clone_start 846 30015 29589 clone_end_16 clone_end 1172 70270 69659 clone_end_17 clone_end 567 135070 134764 clone_end_18 clone_end 369 135509 135289 clone_end_19 clone_end 1007 57165 56619 clone_end_20 clone_end 1429 102581 101840 clone_end_21 clone_end 955 130598 130096 clone_start_23 clone_start 1368 126782 126048 clone_start_24 clone_start 1183 133922 133251 clone_end_22 clone_end 1174 125924 125279 clone_end_23 clone_end 1066 127908 127350 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5468 5811 match_2 match_part 0.998 5494 6081 match_3 match_part 0.998 5547 6150 match_part 0.983 6278 6397 match_4 match_part 0.954 7056 7358 match_part 0.611 7570 7587 match_5 match_part 0.993 24117 24727 match_6 match_part 0.998 24555 25034 match_7 match_part 0.992 26446 27074 match_8 match_part 1.000 27011 27462 match_part 1.000 28085 28228 match_9 match_part 0.956 27212 27462 match_part 0.987 28085 28316 match_10 match_part 0.997 28238 28577 match_part 1.000 28665 28818 match_part 1.000 29174 29267 match_part 0.952 29365 29530 match_11 match_part 0.997 28238 28577 match_part 1.000 28665 28818 match_part 1.000 29174 29267 match_part 0.975 29365 29524 match_12 match_part 1.000 29179 29267 match_part 1.000 29365 29812 match_part 0.667 30113 30130 match_13 match_part 1.000 29179 29267 match_part 1.000 29365 29812 match_part 0.875 30113 30120 match_14 match_part 1.000 29180 29267 match_part 1.000 29365 29812 match_part 0.667 30113 30130 match_15 match_part 0.936 33814 34139 match_16 match_part 0.932 33814 34122 match_17 match_part 0.909 33814 33967 match_18 match_part 0.938 33815 34266 match_19 match_part 1.000 45379 46047 match_part 1.000 46172 46229 match_part 1.000 46318 46336 match_20 match_part 1.000 45386 45915 match_21 match_part 0.992 45392 45980 match_22 match_part 1.000 45404 46047 match_part 1.000 46172 46229 match_part 1.000 46318 46326 match_23 match_part 1.000 45404 45941 match_24 match_part 0.994 47056 47767 match_25 match_part 0.944 47470 48009 match_part 0.556 48281 48307 match_part 0.559 48475 48508 match_26 match_part 0.991 47470 48012 match_27 match_part 1.000 47471 47897 match_28 match_part 0.997 47702 48089 match_29 match_part 0.997 47703 48089 match_30 match_part 0.974 63091 63678 match_31 match_part 0.999 63100 64461 match_part 1.000 65353 65971 match_part 0.818 66048 66058 match_32 match_part 0.929 63112 63592 match_33 match_part 1.000 63115 63560 match_34 match_part 1.000 63117 63855 match_35 match_part 0.994 63119 64024 match_36 match_part 1.000 63406 64096 match_37 match_part 0.994 63406 64094 match_38 match_part 1.000 63975 64249 match_39 match_part 1.000 64156 64461 match_part 0.995 65353 65739 match_40 match_part 0.997 64157 64461 match_part 0.988 65353 65516 match_41 match_part 0.996 64196 64461 match_part 1.000 65353 65827 match_42 match_part 0.970 65690 65858 match_43 match_part 0.991 87605 87718 match_part 0.993 87793 87945 match_part 1.000 88029 88154 match_part 0.989 88234 88583 match_44 match_part 1.000 87618 87718 match_part 1.000 87793 87945 match_part 1.000 88029 88154 match_part 1.000 88234 88396 match_part 0.990 88790 88886 match_45 match_part 0.930 87648 87718 match_part 1.000 87793 87945 match_part 1.000 88029 88154 match_part 1.000 88234 88262 match_46 match_part 0.894 88937 88983 match_part 1.000 89072 89267 match_part 1.000 89460 89537 match_part 1.000 89958 90187 match_part 1.000 90272 90386 match_part 1.000 90715 90773 match_47 match_part 0.936 91893 92001 match_part 1.000 92090 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93063 match_48 match_part 1.000 91972 92001 match_part 1.000 92090 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93162 match_49 match_part 0.992 92089 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93158 match_50 match_part 1.000 92089 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93155 match_51 match_part 1.000 92159 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93047 match_52 match_part 1.000 92160 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93162 match_53 match_part 1.000 92815 93160 match_54 match_part 0.934 94116 94296 match_part 1.000 94384 94521 match_part 0.988 95317 95396 match_part 0.989 95815 95901 match_part 0.941 96022 96072 match_part 1.000 96143 96165 match_55 match_part 0.988 94128 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 1.000 96022 96072 match_part 1.000 96143 96189 match_56 match_part 1.000 94128 94296 match_part 0.993 94384 94521 match_part 1.000 95317 95396 match_part 0.976 95815 95856 match_57 match_part 0.993 94147 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 1.000 96022 96072 match_part 1.000 96143 96260 match_part 1.000 96342 96398 match_part 1.000 96524 96588 match_part 1.000 96675 96758 match_part 1.000 96932 96982 match_part 1.000 97096 97158 match_part 1.000 97249 97295 match_part 1.000 97442 97511 match_part 1.000 97583 97645 match_part 1.000 97923 98012 match_part 1.000 98084 98122 match_part 1.000 98233 98460 match_part 1.000 98568 98653 match_part 1.000 98766 98814 match_part 1.000 98960 99040 match_part 1.000 99122 99215 match_part 0.942 99536 99656 match_58 match_part 1.000 94176 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 1.000 96022 96072 match_part 0.992 96143 96260 match_part 1.000 96342 96371 match_59 match_part 1.000 94176 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 0.980 96022 96072 match_part 1.000 96143 96246 match_60 match_part 0.951 94216 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 1.000 96022 96072 match_part 1.000 96143 96241 match_61 match_part 0.989 95812 95901 match_part 1.000 96022 96072 match_part 1.000 96143 96260 match_part 1.000 96342 96398 match_part 1.000 96524 96588 match_part 1.000 96675 96758 match_part 1.000 96932 96982 match_part 1.000 97096 97158 match_part 1.000 97249 97295 match_part 1.000 97442 97475 match_62 match_part 1.000 96343 96398 match_part 1.000 96524 96588 match_part 1.000 96675 96758 match_part 1.000 96932 96982 match_part 1.000 97096 97158 match_part 0.962 97249 97300 match_part 0.971 97442 97511 match_part 1.000 97583 97645 match_part 1.000 97923 98012 match_part 1.000 98084 98122 match_part 1.000 98233 98249 match_63 match_part 1.000 97584 97645 match_part 1.000 97923 98012 match_part 1.000 98084 98122 match_part 1.000 98233 98460 match_part 1.000 98568 98653 match_part 1.000 98766 98772 match_64 match_part 0.978 98230 98460 match_part 0.988 98568 98653 match_part 0.918 98766 98814 match_part 0.988 98960 99040 match_part 0.984 99122 99182 match_65 match_part 0.986 98970 99040 match_part 1.000 99122 99215 match_part 0.920 99536 99949 match_66 match_part 1.000 98970 99040 match_part 1.000 99122 99215 match_part 0.920 99536 99949 match_67 match_part 1.000 98970 99040 match_part 1.000 99122 99215 match_part 0.904 99536 99941 match_68 match_part 1.000 99148 99215 match_part 0.924 99536 99982 match_69 match_part 0.992 99536 100010 match_70 match_part 1.000 99610 100010 match_71 match_part 0.988 99632 100041 match_72 match_part 0.981 99671 100039 match_73 match_part 1.000 100369 100610 match_part 1.000 101697 101966 match_part 0.980 103990 104138 match_74 match_part 1.000 100381 100610 match_part 1.000 101697 101966 match_part 0.990 103990 104189 match_part 0.615 104278 104290 match_75 match_part 0.973 100389 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104202 match_76 match_part 0.986 100389 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104200 match_77 match_part 1.000 100393 100610 match_part 1.000 101697 101966 match_part 0.959 103990 104211 match_78 match_part 1.000 100394 100610 match_part 1.000 101697 101801 match_79 match_part 1.000 100395 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104138 match_80 match_part 0.986 100402 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104182 match_81 match_part 0.971 100402 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104090 match_82 match_part 1.000 100404 100610 match_part 1.000 101697 101966 match_part 0.971 103990 104229 match_83 match_part 1.000 100405 100610 match_part 1.000 101697 101966 match_part 0.940 103990 104206 match_84 match_part 1.000 100405 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104088 match_85 match_part 1.000 100408 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104200 match_86 match_part 0.990 100409 100610 match_part 1.000 101697 101966 match_part 0.881 103990 104090 match_87 match_part 0.995 100415 100610 match_part 0.996 101697 101961 match_88 match_part 1.000 100417 100610 match_part 1.000 101697 101966 match_part 0.951 103990 104212 match_89 match_part 0.969 100417 100610 match_part 1.000 101697 101966 match_part 0.995 103990 104199 match_90 match_part 1.000 100418 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104018 match_91 match_part 1.000 100418 100610 match_part 1.000 101697 101966 match_part 1.000 103990 104018 match_92 match_part 0.969 100418 100610 match_part 0.987 101697 101772 match_93 match_part 1.000 100477 100610 match_part 1.000 101697 101880 match_94 match_part 1.000 100586 100610 match_part 1.000 101697 101966 match_part 0.952 103990 104220 match_95 match_part 1.000 101703 101966 match_part 0.934 103990 104170 match_96 match_part 1.000 101721 101966 match_part 0.965 103990 104215 match_97 match_part 1.000 101745 101966 match_part 0.985 103990 104189 match_part 0.583 104278 104289 match_98 match_part 1.000 101776 101966 match_part 0.990 103990 104189 match_part 0.583 104278 104289 match_99 match_part 0.989 101787 101966 match_part 0.934 103990 104170 match_100 match_part 0.993 114374 114523 match_part 1.000 115339 115602 match_101 match_part 0.966 114436 114523 match_part 0.964 115339 115887 match_102 match_part 0.966 114437 114523 match_part 0.975 115339 115732 match_103 match_part 1.000 115871 116422 match_104 match_part 1.000 116338 116458 match_part 1.000 116563 116701 match_part 1.000 117422 117612 match_part 1.000 118017 118124 match_part 0.990 118215 118418 match_part 0.977 118566 118608 match_105 match_part 1.000 116339 116458 match_part 1.000 116563 116701 match_part 1.000 117422 117612 match_part 0.991 118017 118124 match_106 match_part 1.000 116669 116701 match_part 1.000 117422 117612 match_part 1.000 118017 118124 match_part 0.995 118215 118401 match_107 match_part 1.000 118744 118797 match_part 1.000 119870 120019 match_part 1.000 120135 120291 match_part 1.000 120539 120666 match_part 0.997 120766 121088 match_part 1.000 121168 121174 match_108 match_part 0.981 118744 118797 match_part 1.000 119870 120019 match_part 0.994 120135 120291 match_part 0.992 120539 120666 match_part 0.995 120766 120956 match_109 match_part 0.980 118747 118797 match_part 1.000 119870 120019 match_part 0.994 120135 120291 match_part 1.000 120539 120666 match_part 0.981 120766 120819 match_110 match_part 1.000 120281 120291 match_part 1.000 120539 120666 match_part 1.000 120766 121088 match_part 1.000 121168 121312 match_111 match_part 0.986 120596 120666 match_part 0.994 120766 121088 match_part 0.984 121168 121356 match_part 0.943 125612 125768 match_112 match_part 1.000 120772 121088 match_part 1.000 121168 121356 match_part 0.996 125612 125847 match_part 1.000 126106 126155 match_113 match_part 1.000 120841 121088 match_part 1.000 121168 121356 match_part 1.000 125612 125714 match_114 match_part 0.940 121005 121088 match_part 0.969 121168 121263 match_115 match_part 0.982 121193 121356 match_part 1.000 125612 125847 match_part 0.981 126103 126677 match_116 match_part 0.957 121264 121356 match_part 1.000 125612 125847 match_part 1.000 126106 126228 match_117 match_part 0.996 125611 125847 match_part 0.996 126106 126665 match_118 match_part 0.996 125625 125847 match_part 1.000 126103 126665 match_119 match_part 0.995 125652 125847 match_part 0.982 126106 126665 match_120 match_part 0.962 125769 125847 match_part 0.998 126106 126641 match_121 match_part 0.987 126148 126673 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_122 match_part 0.985 662 1 match_123 match_part 0.997 401 86 match_124 match_part 1.000 661 95 match_125 match_part 0.992 8809 8095 match_126 match_part 0.976 8598 8097 match_127 match_part 0.997 8805 8098 match_128 match_part 0.996 8598 8100 match_129 match_part 0.991 8598 8157 match_130 match_part 0.992 8829 8188 match_131 match_part 1.000 8903 8202 match_132 match_part 0.991 8809 8257 match_133 match_part 1.000 8726 8280 match_134 match_part 1.000 8810 8283 match_135 match_part 1.000 8805 8312 match_136 match_part 0.973 16888 16666 match_137 match_part 1.000 17764 17558 match_part 0.996 17253 16692 match_138 match_part 1.000 17697 17558 match_part 1.000 17253 16915 match_139 match_part 1.000 18856 18608 match_part 1.000 17903 17558 match_part 0.990 17253 17050 match_140 match_part 1.000 18855 18608 match_part 1.000 17903 17606 match_141 match_part 1.000 32470 32414 match_part 0.981 31934 31773 match_part 0.980 30350 29950 match_142 match_part 0.953 32456 32414 match_part 0.994 31934 31773 match_part 0.990 30350 29950 match_143 match_part 1.000 31903 31773 match_part 0.990 30350 29950 match_144 match_part 0.987 31850 31773 match_part 0.993 30350 29950 match_145 match_part 1.000 32716 32414 match_part 1.000 31934 31773 match_part 1.000 30350 30069 match_146 match_part 0.926 35493 35359 match_part 1.000 34694 34606 match_part 1.000 34487 34412 match_part 0.979 33249 32821 match_147 match_part 0.971 35498 35359 match_part 1.000 34697 34606 match_part 1.000 34487 34412 match_part 0.986 33249 32823 match_148 match_part 0.879 35498 35359 match_part 1.000 34697 34606 match_part 1.000 34487 34412 match_part 0.975 33249 33169 match_149 match_part 1.000 56515 55876 match_150 match_part 0.993 56785 55967 match_151 match_part 1.000 56661 55974 match_152 match_part 0.987 56595 56049 match_153 match_part 0.949 56868 56417 match_154 match_part 0.999 57296 56562 match_155 match_part 0.965 56972 56599 match_156 match_part 1.000 57284 56645 match_157 match_part 1.000 57222 56708 match_158 match_part 1.000 57310 56726 match_159 match_part 0.977 57313 56788 match_160 match_part 0.995 57284 56851 match_161 match_part 0.931 76116 75665 match_162 match_part 0.926 76117 75792 match_163 match_part 0.913 76117 75809 match_164 match_part 0.916 76117 75964 match_165 match_part 0.995 82845 81316 match_166 match_part 1.000 110730 110431 match_part 0.994 110282 110112 match_part 0.995 109701 109505 match_167 match_part 1.000 110730 110431 match_part 0.992 110282 110151 match_168 match_part 1.000 131981 131804 match_part 0.993 129712 129566 match_part 1.000 128328 128221 match_part 0.980 128075 127773 match_169 match_part 1.000 129712 129566 match_part 1.000 128978 128761 match_part 1.000 128328 128221 match_part 0.996 128075 127810 match_170 match_part 1.000 133311 133031 match_part 1.000 132298 132100 match_part 1.000 131907 131804 match_part 1.000 129712 129566 match_part 1.000 128328 128221 match_part 1.000 128075 128034 match_171 match_part 0.996 133311 133031 match_part 1.000 132298 132100 match_part 1.000 131907 131804 match_part 1.000 129712 129566 match_part 0.972 128328 128221 match_part 1.000 128075 128035 match_172 match_part 1.000 133171 133031 match_part 1.000 132298 131804 match_part 1.000 129712 129694 match_173 match_part 1.000 133187 133031 match_part 1.000 132298 131928 match_174 match_part 1.000 133314 133031 match_part 1.000 132298 131984 match_175 match_part 0.986 133169 133031 match_part 0.941 132298 131993 match_176 match_part 1.000 133188 133031 match_part 0.994 132298 132139 match_177 match_part 1.000 133592 133046 match_178 match_part 1.000 133626 133060 match_179 match_part 1.000 133494 133082 match_180 match_part 0.989 133618 133097 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 662 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 5468 6150 exon 6278 6397 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 7056 7358 exon 7570 7587 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 8903 8095 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 18856 18608 exon 17903 17558 exon 17253 16666 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 24117 25034 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 26446 27462 exon 28085 28577 exon 28665 28818 exon 29174 29267 exon 29365 29812 exon 30113 30130 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 32716 32414 exon 31934 31773 exon 30350 29950 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35498 35359 exon 34697 34606 exon 34487 34412 exon 33249 32823 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35493 35359 exon 34694 34606 exon 34487 34412 exon 33249 32821 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 33814 34266 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 45379 46047 exon 46172 46229 exon 46318 46336 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 47056 48089 gene_14 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 47056 48009 exon 48281 48307 exon 48475 48508 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 57313 55876 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 63091 64461 exon 65353 65971 exon 66048 66058 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 76117 75665 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 82845 81316 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 87605 87718 exon 87793 87945 exon 88029 88154 exon 88234 88583 gene_20 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 87618 87718 exon 87793 87945 exon 88029 88154 exon 88234 88396 exon 88790 88886 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 88937 88983 exon 89072 89267 exon 89460 89537 exon 89958 90187 exon 90272 90386 exon 90715 90773 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 91893 92001 exon 92090 92215 exon 92499 92629 exon 92720 93162 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 92089 92215 exon 92499 92629 exon 92720 93162 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94116 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_25 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 98230 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100041 gene_26 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94116 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97300 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98772 gene_27 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 95812 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97475 gene_28 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100369 100610 exon 101697 101966 exon 103990 104229 gene_29 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100369 100610 exon 101697 101966 exon 103990 104189 exon 104278 104290 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 110730 110431 exon 110282 110112 exon 109701 109505 gene_31 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 114374 114523 exon 115339 116458 exon 116563 116701 exon 117422 117612 exon 118017 118124 exon 118215 118418 exon 118566 118608 gene_32 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 118744 118797 exon 119870 120019 exon 120135 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125847 exon 126106 126673 gene_33 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 118744 118797 exon 119870 120019 exon 120135 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125847 exon 126103 126677 gene_34 gene GT_PGL_24_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 125611 125847 exon 126106 126673 gene_35 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133626 133031 exon 132298 131804 exon 129712 129566 exon 128328 128221 exon 128075 127773 gene_36 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133626 133031 exon 132298 131804 exon 129712 129566 exon 128978 128761 exon 128328 128221 exon 128075 127810 gene_37 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133626 133031 exon 132298 132100 exon 131907 131804 exon 129712 129566 exon 128328 128221 exon 128075 128034 AUGUSTUS_tom_cdna de novo gene_1 gene 0.32 5514 7237 transcript_1 transcript 0.32 5514 7237 start_codon_1 start_codon 5514 5516 intron_1 intron 0.55 6082 6277 intron_2 intron 0.55 6448 6610 CDS_1 CDS 0.56 5514 6081 CDS_2 CDS 0.55 6278 6447 CDS_3 CDS 0.99 6611 7237 stop_codon_1 stop_codon 7235 7237 gene_2 gene 0.56 8632 8832 transcript_2 transcript 0.56 8632 8832 start_codon_2 start_codon 8632 8634 CDS_4 CDS 0.56 8632 8832 stop_codon_2 stop_codon 8830 8832 gene_3 gene 0.99 24544 29482 transcript_3 transcript 0.99 24544 29482 start_codon_3 start_codon 24544 24546 intron_3 intron 1 25573 25673 intron_4 intron 1 25790 26409 intron_5 intron 1 27463 28084 intron_6 intron 1 28578 28664 intron_7 intron 1 28819 29173 intron_8 intron 1 29268 29364 CDS_5 CDS 0.99 24544 25572 CDS_6 CDS 1 25674 25789 CDS_7 CDS 1 26410 27462 CDS_8 CDS 1 28085 28577 CDS_9 CDS 1 28665 28818 CDS_10 CDS 1 29174 29267 CDS_11 CDS 1 29365 29482 stop_codon_3 stop_codon 29480 29482 gene_4 gene 1 45420 47337 transcript_4 transcript 1 45420 47337 start_codon_4 start_codon 45420 45422 intron_9 intron 1 46048 46171 intron_10 intron 1 46230 46317 intron_11 intron 1 46402 46503 intron_12 intron 1 46640 47055 CDS_12 CDS 1 45420 46047 CDS_13 CDS 1 46172 46229 CDS_14 CDS 1 46318 46401 CDS_15 CDS 1 46504 46639 CDS_16 CDS 1 47056 47337 stop_codon_4 stop_codon 47335 47337 gene_5 gene 0.77 63299 65698 transcript_5 transcript 0.77 63299 65698 start_codon_5 start_codon 63299 63301 intron_13 intron 1 64462 65352 CDS_17 CDS 0.77 63299 64461 CDS_18 CDS 1 65353 65698 stop_codon_5 stop_codon 65696 65698 gene_6 gene 0.88 87636 92851 transcript_6 transcript 0.88 87636 92851 start_codon_6 start_codon 87636 87638 intron_14 intron 1 87719 87792 intron_15 intron 1 87946 88028 intron_16 intron 1 88155 88233 intron_17 intron 1 88397 88789 intron_18 intron 1 88984 89071 intron_19 intron 1 89268 89459 intron_20 intron 1 89538 89957 intron_21 intron 1 90188 90271 intron_22 intron 1 90387 90714 intron_23 intron 0.98 90790 90883 intron_24 intron 0.96 91025 91135 intron_25 intron 0.92 91340 91426 intron_26 intron 0.98 91589 91670 intron_27 intron 0.98 91727 91861 intron_28 intron 1 92002 92089 intron_29 intron 1 92216 92498 intron_30 intron 1 92630 92719 CDS_19 CDS 1 87636 87718 CDS_20 CDS 1 87793 87945 CDS_21 CDS 1 88029 88154 CDS_22 CDS 1 88234 88396 CDS_23 CDS 1 88790 88983 CDS_24 CDS 1 89072 89267 CDS_25 CDS 1 89460 89537 CDS_26 CDS 1 89958 90187 CDS_27 CDS 1 90272 90386 CDS_28 CDS 1 90715 90789 CDS_29 CDS 0.98 90884 91024 CDS_30 CDS 0.9 91136 91339 CDS_31 CDS 0.98 91427 91588 CDS_32 CDS 0.99 91671 91726 CDS_33 CDS 0.99 91862 92001 CDS_34 CDS 1 92090 92215 CDS_35 CDS 1 92499 92629 CDS_36 CDS 1 92720 92851 stop_codon_6 stop_codon 92849 92851 gene_7 gene 0.83 92901 94388 transcript_7 transcript 0.83 92901 94388 start_codon_7 start_codon 92901 92903 intron_31 intron 0.83 92951 94126 intron_32 intron 1 94297 94383 CDS_37 CDS 0.83 92901 92950 CDS_38 CDS 0.91 94127 94296 CDS_39 CDS 1 94384 94388 stop_codon_7 stop_codon 94386 94388 gene_8 gene 1 94411 99717 transcript_8 transcript 1 94411 99717 start_codon_8 start_codon 94411 94413 intron_33 intron 1 94487 95316 intron_34 intron 1 95397 95814 intron_35 intron 1 95902 96021 intron_36 intron 1 96073 96142 intron_37 intron 1 96261 96341 intron_38 intron 1 96399 96523 intron_39 intron 1 96589 96674 intron_40 intron 1 96759 96931 intron_41 intron 1 96983 97095 intron_42 intron 1 97159 97248 intron_43 intron 1 97296 97441 intron_44 intron 1 97512 97582 intron_45 intron 1 97646 97922 intron_46 intron 1 98013 98083 intron_47 intron 1 98123 98232 intron_48 intron 1 98461 98567 intron_49 intron 1 98654 98765 intron_50 intron 1 98815 98959 intron_51 intron 1 99041 99121 intron_52 intron 1 99216 99535 CDS_40 CDS 1 94411 94486 CDS_41 CDS 1 95317 95396 CDS_42 CDS 1 95815 95901 CDS_43 CDS 1 96022 96072 CDS_44 CDS 1 96143 96260 CDS_45 CDS 1 96342 96398 CDS_46 CDS 1 96524 96588 CDS_47 CDS 1 96675 96758 CDS_48 CDS 1 96932 96982 CDS_49 CDS 1 97096 97158 CDS_50 CDS 1 97249 97295 CDS_51 CDS 1 97442 97511 CDS_52 CDS 1 97583 97645 CDS_53 CDS 1 97923 98012 CDS_54 CDS 1 98084 98122 CDS_55 CDS 1 98233 98460 CDS_56 CDS 1 98568 98653 CDS_57 CDS 1 98766 98814 CDS_58 CDS 1 98960 99040 CDS_59 CDS 1 99122 99215 CDS_60 CDS 1 99536 99717 stop_codon_8 stop_codon 99715 99717 gene_9 gene 0.92 99942 104045 transcript_9 transcript 0.92 99942 104045 start_codon_9 start_codon 99942 99944 intron_53 intron 0.92 99951 100360 intron_54 intron 1 100611 101696 intron_55 intron 1 101967 103989 CDS_61 CDS 0.92 99942 99950 CDS_62 CDS 0.92 100361 100610 CDS_63 CDS 1 101697 101966 CDS_64 CDS 1 103990 104045 stop_codon_9 stop_codon 104043 104045 gene_10 gene 0.66 115111 125634 transcript_10 transcript 0.66 115111 125634 start_codon_10 start_codon 115111 115113 intron_56 intron 1 115131 115338 intron_57 intron 1 116459 116562 intron_58 intron 1 116702 117421 intron_59 intron 1 117613 118016 intron_60 intron 1 118125 118214 intron_61 intron 1 118419 118565 intron_62 intron 1 118798 119869 intron_63 intron 1 120020 120134 intron_64 intron 1 120292 120538 intron_65 intron 1 120667 120765 intron_66 intron 1 121089 121167 intron_67 intron 0.81 121357 123888 intron_68 intron 0.66 123947 125611 CDS_65 CDS 1 115111 115130 CDS_66 CDS 1 115339 116458 CDS_67 CDS 1 116563 116701 CDS_68 CDS 1 117422 117612 CDS_69 CDS 1 118017 118124 CDS_70 CDS 1 118215 118418 CDS_71 CDS 1 118566 118797 CDS_72 CDS 1 119870 120019 CDS_73 CDS 1 120135 120291 CDS_74 CDS 1 120539 120666 CDS_75 CDS 1 120766 121088 CDS_76 CDS 1 121168 121356 CDS_77 CDS 0.66 123889 123946 CDS_78 CDS 0.81 125612 125634 stop_codon_10 stop_codon 125632 125634 AUGUSTUS_tom_cdna de novo gene_11 gene 0.36 642 1 transcript_11 transcript 0.36 642 1 CDS_79 CDS 0.36 642 1 start_codon_11 start_codon 642 640 gene_12 gene 0.56 8572 8252 transcript_12 transcript 0.56 8572 8252 stop_codon_11 stop_codon 8254 8252 CDS_80 CDS 0.56 8572 8252 start_codon_12 start_codon 8572 8570 gene_13 gene 0.17 14913 12624 transcript_13 transcript 0.17 14913 12624 stop_codon_12 stop_codon 12626 12624 intron_69 intron 0.2 14686 12655 CDS_81 CDS 0.2 12654 12624 CDS_82 CDS 0.84 14913 14687 start_codon_13 start_codon 14913 14911 gene_14 gene 1 18823 16841 transcript_14 transcript 1 18823 16841 stop_codon_13 stop_codon 16843 16841 intron_70 intron 1 17557 17254 intron_71 intron 1 18607 17904 CDS_83 CDS 1 17253 16841 CDS_84 CDS 1 17903 17558 CDS_85 CDS 1 18823 18608 start_codon_14 start_codon 18823 18821 gene_15 gene 0.66 40138 30314 transcript_15 transcript 0.66 40138 30314 stop_codon_14 stop_codon 30316 30314 intron_72 intron 1 31772 30351 intron_73 intron 0.87 32354 31935 intron_74 intron 1 34411 33250 intron_75 intron 0.94 35358 34488 intron_76 intron 0.79 40083 35499 CDS_86 CDS 1 30350 30314 CDS_87 CDS 1 31934 31773 CDS_88 CDS 0.87 33249 32355 CDS_89 CDS 1 34487 34412 CDS_90 CDS 0.94 35498 35359 CDS_91 CDS 0.75 40138 40084 start_codon_15 start_codon 40138 40136 gene_16 gene 1 57434 56217 transcript_16 transcript 1 57434 56217 stop_codon_15 stop_codon 56219 56217 CDS_92 CDS 1 57434 56217 start_codon_16 start_codon 57434 57432 gene_17 gene 0.25 72215 69475 transcript_17 transcript 0.25 72215 69475 stop_codon_16 stop_codon 69477 69475 intron_77 intron 0.37 71652 70554 intron_78 intron 0.78 72089 71750 CDS_93 CDS 0.37 70553 69475 CDS_94 CDS 0.73 71749 71653 CDS_95 CDS 0.52 72215 72090 start_codon_17 start_codon 72215 72213 gene_18 gene 0.72 74874 72751 transcript_18 transcript 0.72 74874 72751 stop_codon_17 stop_codon 72753 72751 CDS_96 CDS 0.72 74874 72751 start_codon_18 start_codon 74874 74872 gene_19 gene 1 82708 81473 transcript_19 transcript 1 82708 81473 stop_codon_18 stop_codon 81475 81473 CDS_97 CDS 1 82708 81473 start_codon_19 start_codon 82708 82706 gene_20 gene 0.21 109573 106701 transcript_20 transcript 0.21 109573 106701 stop_codon_19 stop_codon 106703 106701 intron_79 intron 0.99 107131 107042 intron_80 intron 0.99 107513 107361 intron_81 intron 0.96 109159 107662 intron_82 intron 0.5 109523 109406 CDS_98 CDS 0.78 107041 106701 CDS_99 CDS 0.99 107360 107132 CDS_100 CDS 0.97 107661 107514 CDS_101 CDS 0.52 109405 109160 CDS_102 CDS 0.3 109573 109524 start_codon_20 start_codon 109573 109571 gene_21 gene 0.98 110746 109646 transcript_21 transcript 0.98 110746 109646 stop_codon_20 stop_codon 109648 109646 intron_83 intron 0.98 110111 109702 intron_84 intron 1 110430 110283 CDS_103 CDS 0.98 109701 109646 CDS_104 CDS 1 110282 110112 CDS_105 CDS 1 110746 110431 start_codon_21 start_codon 110746 110744 gene_22 gene 0.74 115068 114401 transcript_22 transcript 0.74 115068 114401 stop_codon_21 stop_codon 114403 114401 intron_85 intron 0.74 114997 114591 CDS_106 CDS 1 114590 114401 CDS_107 CDS 0.74 115068 114998 start_codon_22 start_codon 115068 115066 gene_23 gene 2 133585 128001 transcript_23 transcript 1 133585 128001 stop_codon_22 stop_codon 128003 128001 intron_86 intron 1 128220 128076 intron_87 intron 1 129565 128329 intron_88 intron 1 131803 129713 intron_89 intron 1 132099 131908 intron_90 intron 1 133030 132299 CDS_108 CDS 1 128075 128001 CDS_109 CDS 1 128328 128221 CDS_110 CDS 1 129712 129566 CDS_111 CDS 1 131907 131804 CDS_112 CDS 1 132298 132100 CDS_113 CDS 1 133585 133031 start_codon_23 start_codon 133585 133583 transcript_24 transcript 1 133585 128001 stop_codon_23 stop_codon 128003 128001 intron_91 intron 1 128220 128076 intron_92 intron 1 129565 128329 intron_93 intron 1 131803 129713 intron_94 intron 1 133030 132299 CDS_114 CDS 1 128075 128001 CDS_115 CDS 1 128328 128221 CDS_116 CDS 1 129712 129566 CDS_117 CDS 1 132298 131804 CDS_118 CDS 1 133585 133031 start_codon_24 start_codon 133585 133583 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 74.09 105789 105860 AUGUSTUS_ab_initio de novo gene_1 gene 0.37 5514 7237 transcript_1 transcript 0.37 5514 7237 start_codon_1 start_codon 5514 5516 intron_1 intron 0.56 6082 6277 intron_2 intron 0.62 6529 6610 CDS_1 CDS 0.56 5514 6081 CDS_2 CDS 0.62 6278 6528 CDS_3 CDS 1 6611 7237 stop_codon_1 stop_codon 7235 7237 gene_2 gene 0.35 24544 29664 transcript_2 transcript 0.35 24544 29664 start_codon_2 start_codon 24544 24546 intron_3 intron 1 25573 25673 intron_4 intron 1 25790 26409 intron_5 intron 0.97 27463 28084 intron_6 intron 1 28578 28664 intron_7 intron 0.93 28819 29173 intron_8 intron 0.36 29268 29645 CDS_4 CDS 1 24544 25572 CDS_5 CDS 1 25674 25789 CDS_6 CDS 0.99 26410 27462 CDS_7 CDS 0.97 28085 28577 CDS_8 CDS 0.98 28665 28818 CDS_9 CDS 0.89 29174 29267 CDS_10 CDS 0.38 29646 29664 stop_codon_2 stop_codon 29662 29664 gene_3 gene 0.74 45420 47337 transcript_3 transcript 0.74 45420 47337 start_codon_3 start_codon 45420 45422 intron_9 intron 0.76 46048 46171 intron_10 intron 0.99 46230 46317 intron_11 intron 0.99 46402 46503 intron_12 intron 1 46640 47055 CDS_11 CDS 0.76 45420 46047 CDS_12 CDS 1 46172 46229 CDS_13 CDS 0.99 46318 46401 CDS_14 CDS 0.99 46504 46639 CDS_15 CDS 0.99 47056 47337 stop_codon_3 stop_codon 47335 47337 gene_4 gene 0.72 63299 65698 transcript_4 transcript 0.72 63299 65698 start_codon_4 start_codon 63299 63301 intron_13 intron 1 64462 65352 CDS_16 CDS 0.72 63299 64461 CDS_17 CDS 1 65353 65698 stop_codon_4 stop_codon 65696 65698 gene_5 gene 0.6 87636 92851 transcript_5 transcript 0.6 87636 92851 start_codon_5 start_codon 87636 87638 intron_14 intron 0.99 87719 87792 intron_15 intron 1 87946 88028 intron_16 intron 0.96 88155 88233 intron_17 intron 0.95 88397 88789 intron_18 intron 1 88984 89071 intron_19 intron 0.99 89268 89459 intron_20 intron 1 89538 89957 intron_21 intron 0.99 90188 90271 intron_22 intron 0.89 90387 90714 intron_23 intron 0.96 90790 90883 intron_24 intron 1 91025 91135 intron_25 intron 0.86 91340 91426 intron_26 intron 1 91589 91670 intron_27 intron 1 91727 91861 intron_28 intron 1 92002 92089 intron_29 intron 0.99 92216 92498 intron_30 intron 0.96 92630 92719 CDS_18 CDS 0.99 87636 87718 CDS_19 CDS 1 87793 87945 CDS_20 CDS 1 88029 88154 CDS_21 CDS 0.91 88234 88396 CDS_22 CDS 0.97 88790 88983 CDS_23 CDS 1 89072 89267 CDS_24 CDS 0.99 89460 89537 CDS_25 CDS 0.99 89958 90187 CDS_26 CDS 0.9 90272 90386 CDS_27 CDS 0.96 90715 90789 CDS_28 CDS 0.97 90884 91024 CDS_29 CDS 0.86 91136 91339 CDS_30 CDS 1 91427 91588 CDS_31 CDS 1 91671 91726 CDS_32 CDS 1 91862 92001 CDS_33 CDS 1 92090 92215 CDS_34 CDS 0.96 92499 92629 CDS_35 CDS 0.91 92720 92851 stop_codon_5 stop_codon 92849 92851 gene_6 gene 0.31 94404 99717 transcript_6 transcript 0.31 94404 99717 start_codon_6 start_codon 94404 94406 intron_31 intron 0.97 94522 95316 intron_32 intron 0.65 95397 95814 intron_33 intron 1 95902 96021 intron_34 intron 1 96073 96142 intron_35 intron 1 96261 96341 intron_36 intron 0.95 96399 96523 intron_37 intron 0.92 96589 96931 intron_38 intron 0.98 96983 97095 intron_39 intron 0.84 97159 97248 intron_40 intron 0.86 97296 97441 intron_41 intron 0.98 97512 97582 intron_42 intron 0.96 97646 97922 intron_43 intron 0.78 98013 98083 intron_44 intron 0.77 98123 98232 intron_45 intron 0.92 98466 98554 intron_46 intron 0.94 98654 98765 intron_47 intron 1 98815 98959 intron_48 intron 1 99041 99121 intron_49 intron 0.99 99216 99535 CDS_36 CDS 0.99 94404 94521 CDS_37 CDS 1 95317 95396 CDS_38 CDS 1 95815 95901 CDS_39 CDS 1 96022 96072 CDS_40 CDS 1 96143 96260 CDS_41 CDS 0.98 96342 96398 CDS_42 CDS 0.95 96524 96588 CDS_43 CDS 1 96932 96982 CDS_44 CDS 0.84 97096 97158 CDS_45 CDS 0.86 97249 97295 CDS_46 CDS 1 97442 97511 CDS_47 CDS 0.97 97583 97645 CDS_48 CDS 1 97923 98012 CDS_49 CDS 0.77 98084 98122 CDS_50 CDS 0.95 98233 98465 CDS_51 CDS 0.94 98555 98653 CDS_52 CDS 1 98766 98814 CDS_53 CDS 1 98960 99040 CDS_54 CDS 1 99122 99215 CDS_55 CDS 0.99 99536 99717 stop_codon_6 stop_codon 99715 99717 gene_7 gene 0.41 100406 103027 transcript_7 transcript 0.41 100406 103027 start_codon_7 start_codon 100406 100408 intron_50 intron 0.92 100611 101696 intron_51 intron 0.43 101967 102989 CDS_56 CDS 1 100406 100610 CDS_57 CDS 0.84 101697 101966 CDS_58 CDS 0.47 102990 103027 stop_codon_7 stop_codon 103025 103027 gene_8 gene 0.45 115358 120307 transcript_8 transcript 0.45 115358 120307 start_codon_8 start_codon 115358 115360 intron_52 intron 1 116459 116562 intron_53 intron 0.98 116702 117421 intron_54 intron 0.92 117613 118016 intron_55 intron 0.9 118104 118193 intron_56 intron 0.97 118419 118565 intron_57 intron 0.99 118798 119869 intron_58 intron 1 120020 120134 CDS_59 CDS 1 115358 116458 CDS_60 CDS 0.98 116563 116701 CDS_61 CDS 1 117422 117612 CDS_62 CDS 0.91 118017 118103 CDS_63 CDS 0.95 118194 118418 CDS_64 CDS 1 118566 118797 CDS_65 CDS 1 119870 120019 CDS_66 CDS 0.51 120135 120307 stop_codon_8 stop_codon 120305 120307 gene_9 gene 0.33 120615 125845 transcript_9 transcript 0.33 120615 125845 start_codon_9 start_codon 120615 120617 intron_59 intron 0.92 120667 120765 intron_60 intron 1 121089 121167 intron_61 intron 0.87 121357 123946 intron_62 intron 0.9 124040 125611 CDS_67 CDS 0.43 120615 120666 CDS_68 CDS 0.92 120766 121088 CDS_69 CDS 1 121168 121356 CDS_70 CDS 0.9 123947 124039 CDS_71 CDS 0.87 125612 125845 stop_codon_9 stop_codon 125843 125845 AUGUSTUS_ab_initio de novo gene_10 gene 0.54 642 1 transcript_10 transcript 0.54 642 1 CDS_72 CDS 0.54 642 1 start_codon_10 start_codon 642 640 gene_11 gene 0.72 8701 8252 transcript_11 transcript 0.72 8701 8252 stop_codon_10 stop_codon 8254 8252 CDS_73 CDS 0.72 8701 8252 start_codon_11 start_codon 8701 8699 gene_12 gene 0.43 18823 16841 transcript_12 transcript 0.43 18823 16841 stop_codon_11 stop_codon 16843 16841 intron_63 intron 0.98 17557 17254 intron_64 intron 0.43 18403 17904 intron_65 intron 0.98 18569 18468 CDS_74 CDS 0.97 17253 16841 CDS_75 CDS 1 17903 17558 CDS_76 CDS 0.43 18467 18404 CDS_77 CDS 1 18823 18570 start_codon_12 start_codon 18823 18821 gene_13 gene 0.17 34487 30314 transcript_13 transcript 0.17 34487 30314 stop_codon_12 stop_codon 30316 30314 intron_66 intron 0.33 31772 30351 intron_67 intron 0.95 32413 31871 intron_68 intron 1 34411 33250 CDS_78 CDS 0.34 30350 30314 CDS_79 CDS 0.92 31870 31773 CDS_80 CDS 1 33249 32414 CDS_81 CDS 0.97 34487 34412 start_codon_13 start_codon 34487 34485 gene_14 gene 0.67 57434 56217 transcript_14 transcript 0.67 57434 56217 stop_codon_13 stop_codon 56219 56217 CDS_82 CDS 0.67 57434 56217 start_codon_14 start_codon 57434 57432 gene_15 gene 0.11 72660 69475 transcript_15 transcript 0.11 72660 69475 stop_codon_14 stop_codon 69477 69475 intron_69 intron 0.44 71652 70554 intron_70 intron 0.95 72089 71750 intron_71 intron 0.29 72571 72253 CDS_83 CDS 0.47 70553 69475 CDS_84 CDS 0.88 71749 71653 CDS_85 CDS 0.86 72252 72090 CDS_86 CDS 0.26 72660 72572 start_codon_15 start_codon 72660 72658 gene_16 gene 0.73 74874 72751 transcript_16 transcript 0.73 74874 72751 stop_codon_15 stop_codon 72753 72751 CDS_87 CDS 0.73 74874 72751 start_codon_16 start_codon 74874 74872 gene_17 gene 1 82708 81473 transcript_17 transcript 1 82708 81473 stop_codon_16 stop_codon 81475 81473 CDS_88 CDS 1 82708 81473 start_codon_17 start_codon 82708 82706 gene_18 gene 0.22 110746 106701 transcript_18 transcript 0.22 110746 106701 stop_codon_17 stop_codon 106703 106701 intron_72 intron 1 107131 107042 intron_73 intron 0.99 107513 107361 intron_74 intron 0.94 109159 107662 intron_75 intron 0.84 109500 109406 intron_76 intron 0.26 110143 109702 intron_77 intron 0.94 110430 110283 CDS_89 CDS 0.87 107041 106701 CDS_90 CDS 1 107360 107132 CDS_91 CDS 0.97 107661 107514 CDS_92 CDS 0.85 109405 109160 CDS_93 CDS 0.8 109701 109501 CDS_94 CDS 0.26 110282 110144 CDS_95 CDS 0.94 110746 110431 start_codon_18 start_codon 110746 110744 gene_19 gene 0.71 115068 114401 transcript_19 transcript 0.71 115068 114401 stop_codon_18 stop_codon 114403 114401 intron_78 intron 0.74 114997 114591 CDS_96 CDS 0.91 114590 114401 CDS_97 CDS 0.72 115068 114998 start_codon_19 start_codon 115068 115066 gene_20 gene 0.33 133585 128001 transcript_20 transcript 0.33 133585 128001 stop_codon_19 stop_codon 128003 128001 intron_79 intron 1 128220 128076 intron_80 intron 0.97 129565 128329 intron_81 intron 0.54 129758 129691 intron_82 intron 0.69 131803 129808 intron_83 intron 0.66 133030 132299 CDS_98 CDS 1 128075 128001 CDS_99 CDS 1 128328 128221 CDS_100 CDS 0.56 129690 129566 CDS_101 CDS 0.7 129807 129759 CDS_102 CDS 0.88 132298 131804 CDS_103 CDS 0.99 133585 133031 start_codon_20 start_codon 133585 133583 AUGUSTUS_tom_ugs de novo gene_1 gene 0.27 5514 7237 transcript_1 transcript 0.27 5514 7237 start_codon_1 start_codon 5514 5516 intron_1 intron 0.56 6082 6277 intron_2 intron 0.45 6448 6610 CDS_1 CDS 0.56 5514 6081 CDS_2 CDS 0.45 6278 6447 CDS_3 CDS 1 6611 7237 stop_codon_1 stop_codon 7235 7237 gene_2 gene 1 24544 29482 transcript_2 transcript 1 24544 29482 start_codon_2 start_codon 24544 24546 intron_3 intron 1 25573 25673 intron_4 intron 1 25790 26409 intron_5 intron 1 27463 28084 intron_6 intron 1 28578 28664 intron_7 intron 1 28819 29173 intron_8 intron 1 29268 29364 CDS_4 CDS 1 24544 25572 CDS_5 CDS 1 25674 25789 CDS_6 CDS 1 26410 27462 CDS_7 CDS 1 28085 28577 CDS_8 CDS 1 28665 28818 CDS_9 CDS 1 29174 29267 CDS_10 CDS 1 29365 29482 stop_codon_2 stop_codon 29480 29482 gene_3 gene 1 45420 47337 transcript_3 transcript 1 45420 47337 start_codon_3 start_codon 45420 45422 intron_9 intron 1 46048 46171 intron_10 intron 1 46230 46317 intron_11 intron 1 46402 46503 intron_12 intron 1 46640 47055 CDS_11 CDS 1 45420 46047 CDS_12 CDS 1 46172 46229 CDS_13 CDS 1 46318 46401 CDS_14 CDS 1 46504 46639 CDS_15 CDS 1 47056 47337 stop_codon_3 stop_codon 47335 47337 gene_4 gene 0.84 63299 65698 transcript_4 transcript 0.84 63299 65698 start_codon_4 start_codon 63299 63301 intron_13 intron 1 64462 65352 CDS_16 CDS 0.84 63299 64461 CDS_17 CDS 1 65353 65698 stop_codon_4 stop_codon 65696 65698 gene_5 gene 0.91 87636 88402 transcript_5 transcript 0.91 87636 88402 start_codon_5 start_codon 87636 87638 intron_14 intron 1 87719 87792 intron_15 intron 1 87946 88028 intron_16 intron 1 88155 88233 CDS_18 CDS 1 87636 87718 CDS_19 CDS 1 87793 87945 CDS_20 CDS 1 88029 88154 CDS_21 CDS 0.91 88234 88402 stop_codon_5 stop_codon 88400 88402 gene_6 gene 0.71 88802 92851 transcript_6 transcript 0.71 88802 92851 start_codon_6 start_codon 88802 88804 intron_17 intron 1 88984 89071 intron_18 intron 1 89268 89459 intron_19 intron 1 89538 89957 intron_20 intron 1 90188 90271 intron_21 intron 1 90387 90714 intron_22 intron 0.98 90790 90883 intron_23 intron 0.98 91025 91135 intron_24 intron 0.85 91340 91426 intron_25 intron 0.99 91589 91670 intron_26 intron 1 91727 91861 intron_27 intron 1 92002 92089 intron_28 intron 1 92216 92498 intron_29 intron 1 92630 92719 CDS_22 CDS 0.86 88802 88983 CDS_23 CDS 1 89072 89267 CDS_24 CDS 1 89460 89537 CDS_25 CDS 1 89958 90187 CDS_26 CDS 1 90272 90386 CDS_27 CDS 1 90715 90789 CDS_28 CDS 0.98 90884 91024 CDS_29 CDS 0.84 91136 91339 CDS_30 CDS 0.99 91427 91588 CDS_31 CDS 1 91671 91726 CDS_32 CDS 1 91862 92001 CDS_33 CDS 1 92090 92215 CDS_34 CDS 1 92499 92629 CDS_35 CDS 1 92720 92851 stop_codon_6 stop_codon 92849 92851 gene_7 gene 1 94404 99717 transcript_7 transcript 1 94404 99717 start_codon_7 start_codon 94404 94406 intron_30 intron 1 94522 95316 intron_31 intron 1 95397 95814 intron_32 intron 1 95902 96021 intron_33 intron 1 96073 96142 intron_34 intron 1 96261 96341 intron_35 intron 1 96399 96523 intron_36 intron 1 96589 96674 intron_37 intron 1 96759 96931 intron_38 intron 1 96983 97095 intron_39 intron 1 97159 97248 intron_40 intron 1 97296 97441 intron_41 intron 1 97512 97582 intron_42 intron 1 97646 97922 intron_43 intron 1 98013 98083 intron_44 intron 1 98123 98232 intron_45 intron 1 98461 98567 intron_46 intron 1 98654 98765 intron_47 intron 1 98815 98959 intron_48 intron 1 99041 99121 intron_49 intron 1 99216 99535 CDS_36 CDS 1 94404 94521 CDS_37 CDS 1 95317 95396 CDS_38 CDS 1 95815 95901 CDS_39 CDS 1 96022 96072 CDS_40 CDS 1 96143 96260 CDS_41 CDS 1 96342 96398 CDS_42 CDS 1 96524 96588 CDS_43 CDS 1 96675 96758 CDS_44 CDS 1 96932 96982 CDS_45 CDS 1 97096 97158 CDS_46 CDS 1 97249 97295 CDS_47 CDS 1 97442 97511 CDS_48 CDS 1 97583 97645 CDS_49 CDS 1 97923 98012 CDS_50 CDS 1 98084 98122 CDS_51 CDS 1 98233 98460 CDS_52 CDS 1 98568 98653 CDS_53 CDS 1 98766 98814 CDS_54 CDS 1 98960 99040 CDS_55 CDS 1 99122 99215 CDS_56 CDS 1 99536 99717 stop_codon_7 stop_codon 99715 99717 gene_8 gene 1 100406 104045 transcript_8 transcript 1 100406 104045 start_codon_8 start_codon 100406 100408 intron_50 intron 1 100611 101696 intron_51 intron 1 101967 103989 CDS_57 CDS 1 100406 100610 CDS_58 CDS 1 101697 101966 CDS_59 CDS 1 103990 104045 stop_codon_8 stop_codon 104043 104045 gene_9 gene 0.4 115358 125845 transcript_9 transcript 0.4 115358 125845 start_codon_9 start_codon 115358 115360 intron_52 intron 1 116459 116562 intron_53 intron 1 116702 117421 intron_54 intron 1 117613 118016 intron_55 intron 1 118125 118214 intron_56 intron 1 118419 118565 intron_57 intron 1 118798 119869 intron_58 intron 1 120020 120134 intron_59 intron 1 120292 120538 intron_60 intron 1 120667 120765 intron_61 intron 1 121089 121167 intron_62 intron 1 121357 125611 CDS_60 CDS 0.84 115358 116458 CDS_61 CDS 1 116563 116701 CDS_62 CDS 1 117422 117612 CDS_63 CDS 1 118017 118124 CDS_64 CDS 1 118215 118418 CDS_65 CDS 1 118566 118797 CDS_66 CDS 1 119870 120019 CDS_67 CDS 1 120135 120291 CDS_68 CDS 1 120539 120666 CDS_69 CDS 1 120766 121088 CDS_70 CDS 1 121168 121356 CDS_71 CDS 0.51 125612 125845 stop_codon_9 stop_codon 125843 125845 AUGUSTUS_tom_ugs de novo gene_10 gene 0.68 642 1 transcript_10 transcript 0.68 642 1 CDS_72 CDS 0.68 642 1 start_codon_10 start_codon 642 640 gene_11 gene 0.75 8701 8252 transcript_11 transcript 0.75 8701 8252 stop_codon_10 stop_codon 8254 8252 CDS_73 CDS 0.75 8701 8252 start_codon_11 start_codon 8701 8699 gene_12 gene 0.99 18823 16841 transcript_12 transcript 0.99 18823 16841 stop_codon_11 stop_codon 16843 16841 intron_63 intron 1 17557 17254 intron_64 intron 0.99 18607 17904 CDS_74 CDS 1 17253 16841 CDS_75 CDS 1 17903 17558 CDS_76 CDS 0.99 18823 18608 start_codon_12 start_codon 18823 18821 gene_13 gene 0.21 40138 30314 transcript_13 transcript 0.21 40138 30314 stop_codon_12 stop_codon 30316 30314 intron_65 intron 0.73 31772 30351 intron_66 intron 0.34 31907 31838 intron_67 intron 0.65 32413 31935 intron_68 intron 1 34411 33250 intron_69 intron 0.97 35358 34488 intron_70 intron 0.67 40083 35499 CDS_77 CDS 0.69 30350 30314 CDS_78 CDS 0.34 31837 31773 CDS_79 CDS 0.38 31934 31908 CDS_80 CDS 0.84 33249 32414 CDS_81 CDS 1 34487 34412 CDS_82 CDS 0.97 35498 35359 CDS_83 CDS 0.67 40138 40084 start_codon_13 start_codon 40138 40136 gene_14 gene 1 57434 56217 transcript_14 transcript 1 57434 56217 stop_codon_13 stop_codon 56219 56217 CDS_84 CDS 1 57434 56217 start_codon_14 start_codon 57434 57432 gene_15 gene 0.31 72215 69475 transcript_15 transcript 0.31 72215 69475 stop_codon_14 stop_codon 69477 69475 intron_71 intron 0.47 71652 70554 intron_72 intron 0.83 72089 71750 CDS_85 CDS 0.47 70553 69475 CDS_86 CDS 0.75 71749 71653 CDS_87 CDS 0.59 72215 72090 start_codon_15 start_codon 72215 72213 gene_16 gene 0.87 74874 72751 transcript_16 transcript 0.87 74874 72751 stop_codon_15 stop_codon 72753 72751 CDS_88 CDS 0.87 74874 72751 start_codon_16 start_codon 74874 74872 gene_17 gene 1 82708 81473 transcript_17 transcript 1 82708 81473 stop_codon_16 stop_codon 81475 81473 CDS_89 CDS 1 82708 81473 start_codon_17 start_codon 82708 82706 gene_18 gene 0.46 110746 106701 transcript_18 transcript 0.46 110746 106701 stop_codon_17 stop_codon 106703 106701 intron_73 intron 1 107131 107042 intron_74 intron 1 107513 107361 intron_75 intron 0.95 109159 107662 intron_76 intron 1 109500 109406 intron_77 intron 0.5 109961 109702 intron_78 intron 1 110111 110005 intron_79 intron 1 110430 110283 CDS_90 CDS 1 107041 106701 CDS_91 CDS 1 107360 107132 CDS_92 CDS 0.95 107661 107514 CDS_93 CDS 1 109405 109160 CDS_94 CDS 1 109701 109501 CDS_95 CDS 0.5 110004 109962 CDS_96 CDS 1 110282 110112 CDS_97 CDS 1 110746 110431 start_codon_18 start_codon 110746 110744 gene_19 gene 0.98 133585 128001 transcript_19 transcript 0.98 133585 128001 stop_codon_18 stop_codon 128003 128001 intron_80 intron 1 128220 128076 intron_81 intron 1 129565 128329 intron_82 intron 1 131803 129713 intron_83 intron 0.98 132099 131908 intron_84 intron 1 133030 132299 CDS_98 CDS 1 128075 128001 CDS_99 CDS 1 128328 128221 CDS_100 CDS 1 129712 129566 CDS_101 CDS 0.98 131907 131804 CDS_102 CDS 0.98 132298 132100 CDS_103 CDS 1 133585 133031 start_codon_19 start_codon 133585 133583 gene_20 gene 1 134710 134504 transcript_20 transcript 1 134710 134504 stop_codon_19 stop_codon 134506 134504 CDS_104 CDS 1 134710 134504 start_codon_20 start_codon 134710 134708 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.999 5481 6150 match_part 0.983 6278 6397 match_2 match_part 0.994 24167 25034 match_3 match_part 0.987 26444 27462 match_part 1.000 28085 28577 match_part 1.000 28665 28818 match_part 1.000 29174 29267 match_part 1.000 29365 29814 match_4 match_part 0.999 45377 46047 match_part 1.000 46172 46229 match_part 1.000 46318 46336 match_5 match_part 0.994 47056 47772 match_6 match_part 1.000 62904 64461 match_part 1.000 65353 65966 match_7 match_part 0.992 87592 87718 match_part 1.000 87793 87945 match_part 1.000 88029 88154 match_part 0.989 88234 88584 match_8 match_part 0.875 88936 88983 match_part 1.000 89072 89267 match_part 1.000 89460 89537 match_part 1.000 89958 90187 match_part 1.000 90272 90386 match_part 1.000 90715 90773 match_9 match_part 0.947 91927 92001 match_part 1.000 92090 92215 match_part 1.000 92499 92629 match_part 1.000 92720 93163 match_10 match_part 0.989 94111 94296 match_part 1.000 94384 94521 match_part 1.000 95317 95396 match_part 1.000 95815 95901 match_part 1.000 96022 96072 match_part 1.000 96143 96260 match_part 1.000 96342 96398 match_part 1.000 96524 96588 match_part 1.000 96675 96758 match_part 1.000 96932 96982 match_part 1.000 97096 97158 match_part 1.000 97249 97295 match_part 1.000 97442 97511 match_part 1.000 97583 97645 match_part 1.000 97923 98012 match_part 1.000 98084 98122 match_part 1.000 98233 98460 match_part 1.000 98568 98653 match_part 1.000 98766 98814 match_part 1.000 98960 99040 match_part 1.000 99122 99215 match_part 1.000 99536 99641 match_11 match_part 0.942 98568 98653 match_part 0.980 98766 98814 match_part 1.000 98960 99040 match_part 1.000 99122 99215 match_part 0.942 99536 100039 match_12 match_part 1.000 100329 100610 match_part 1.000 101697 101966 match_part 0.988 103990 104235 match_13 match_part 1.000 114357 114523 match_part 1.000 115339 116458 match_part 1.000 116563 116701 match_part 1.000 117422 117612 match_part 1.000 118017 118124 match_part 1.000 118215 118418 match_part 1.000 118566 118797 match_part 1.000 119870 120019 match_part 1.000 120135 120291 match_part 1.000 120539 120666 match_part 1.000 120766 121088 match_part 1.000 121168 121356 match_part 1.000 125612 125847 match_part 0.996 126106 126665 match_14 match_part 0.940 121006 121088 match_part 0.946 121168 121315 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 0.988 7340 7088 match_16 match_part 0.996 18857 18608 match_part 1.000 17903 17558 match_part 1.000 17253 16676 match_17 match_part 0.990 32726 32414 match_part 1.000 31934 31773 match_part 0.995 30350 29950 match_18 match_part 1.000 35544 35359 match_part 1.000 34694 34606 match_part 1.000 34487 34412 match_part 0.985 33249 32789 match_19 match_part 0.879 35498 35359 match_part 1.000 34697 34606 match_part 1.000 34487 34412 match_part 0.947 33249 33098 match_20 match_part 0.998 48092 47470 match_21 match_part 0.999 57329 55873 match_22 match_part 0.998 82845 81332 match_23 match_part 1.000 110823 110431 match_part 0.994 110282 110112 match_part 0.995 109701 109501 match_part 0.952 109405 109385 match_24 match_part 1.000 133696 133031 match_part 1.000 132298 132100 match_part 1.000 131907 131804 match_part 1.000 129712 129566 match_part 1.000 128328 128221 match_part 0.980 128075 127773 match_25 match_part 0.993 133172 133031 match_part 0.984 132298 131804 match_part 1.000 129712 129566 match_part 1.000 128978 128761 match_part 1.000 128328 128221 match_part 0.996 128075 127811 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 5481 6150 exon 6278 6397 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 7340 7088 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 18857 18608 exon 17903 17558 exon 17253 16676 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 24167 25034 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 26444 27462 exon 28085 28577 exon 28665 28818 exon 29174 29267 exon 29365 29814 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 32726 32414 exon 31934 31773 exon 30350 29950 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35544 35359 exon 34694 34606 exon 34487 34412 exon 33249 32789 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 35498 35359 exon 34697 34606 exon 34487 34412 exon 33249 33098 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 45377 46047 exon 46172 46229 exon 46318 46336 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 47056 47772 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 48092 47470 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 57329 55873 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 62904 64461 exon 65353 65966 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 82845 81332 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 87592 87718 exon 87793 87945 exon 88029 88154 exon 88234 88584 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 88936 88983 exon 89072 89267 exon 89460 89537 exon 89958 90187 exon 90272 90386 exon 90715 90773 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 91927 92001 exon 92090 92215 exon 92499 92629 exon 92720 93163 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 94111 94296 exon 94384 94521 exon 95317 95396 exon 95815 95901 exon 96022 96072 exon 96143 96260 exon 96342 96398 exon 96524 96588 exon 96675 96758 exon 96932 96982 exon 97096 97158 exon 97249 97295 exon 97442 97511 exon 97583 97645 exon 97923 98012 exon 98084 98122 exon 98233 98460 exon 98568 98653 exon 98766 98814 exon 98960 99040 exon 99122 99215 exon 99536 100039 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 100329 100610 exon 101697 101966 exon 103990 104235 gene_20 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 110823 110431 exon 110282 110112 exon 109701 109501 exon 109405 109385 gene_21 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 114357 114523 exon 115339 116458 exon 116563 116701 exon 117422 117612 exon 118017 118124 exon 118215 118418 exon 118566 118797 exon 119870 120019 exon 120135 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125847 exon 126106 126665 gene_22 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133696 133031 exon 132298 132100 exon 131907 131804 exon 129712 129566 exon 128328 128221 exon 128075 127773 gene_23 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 133172 133031 exon 132298 131804 exon 129712 129566 exon 128978 128761 exon 128328 128221 exon 128075 127811 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 47805 48324 match_2 match_part 0.929 63112 63592 match_3 match_part 0.929 63112 63592 match_4 match_part 1.000 120279 120291 match_part 0.969 120539 120666 match_part 0.985 120766 121088 match_part 0.968 121168 121356 match_part 0.945 125612 125757 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.993 17699 17558 match_part 1.000 17253 16928 match_6 match_part 0.991 49256 49151 match_part 0.975 49100 48708 match_7 match_part 1.000 110730 110431 match_part 0.994 110282 110112 match_part 0.995 109701 109505 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 17699 17558 exon 17253 16928 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 47805 48324 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 49256 49151 exon 49100 48708 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 63112 63592 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 110730 110431 exon 110282 110112 exon 109701 109505 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0172H10.1 type gene exon 120279 120291 exon 120539 120666 exon 120766 121088 exon 121168 121356 exon 125612 125757 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.19 5514 7237 transcript_1 transcript 0.19 5514 7237 start_codon_1 start_codon 5514 5516 intron_1 intron 0.55 6082 6277 intron_2 intron 0.45 6448 6610 CDS_1 CDS 0.55 5514 6081 CDS_2 CDS 0.45 6278 6447 CDS_3 CDS 0.97 6611 7237 stop_codon_1 stop_codon 7235 7237 gene_2 gene 1 24544 29482 transcript_2 transcript 1 24544 29482 start_codon_2 start_codon 24544 24546 intron_3 intron 1 25573 25673 intron_4 intron 1 25790 26409 intron_5 intron 1 27463 28084 intron_6 intron 1 28578 28664 intron_7 intron 1 28819 29173 intron_8 intron 1 29268 29364 CDS_4 CDS 1 24544 25572 CDS_5 CDS 1 25674 25789 CDS_6 CDS 1 26410 27462 CDS_7 CDS 1 28085 28577 CDS_8 CDS 1 28665 28818 CDS_9 CDS 1 29174 29267 CDS_10 CDS 1 29365 29482 stop_codon_2 stop_codon 29480 29482 gene_3 gene 0.88 45420 47337 transcript_3 transcript 0.88 45420 47337 start_codon_3 start_codon 45420 45422 intron_9 intron 1 46048 46171 intron_10 intron 1 46230 46317 intron_11 intron 1 46402 46503 intron_12 intron 1 46640 47055 CDS_11 CDS 0.88 45420 46047 CDS_12 CDS 1 46172 46229 CDS_13 CDS 1 46318 46401 CDS_14 CDS 1 46504 46639 CDS_15 CDS 1 47056 47337 stop_codon_3 stop_codon 47335 47337 gene_4 gene 0.76 63299 65698 transcript_4 transcript 0.76 63299 65698 start_codon_4 start_codon 63299 63301 intron_13 intron 1 64462 65352 CDS_16 CDS 0.76 63299 64461 CDS_17 CDS 1 65353 65698 stop_codon_4 stop_codon 65696 65698 gene_5 gene 0.79 87636 92851 transcript_5 transcript 0.79 87636 92851 start_codon_5 start_codon 87636 87638 intron_14 intron 1 87719 87792 intron_15 intron 1 87946 88028 intron_16 intron 1 88155 88233 intron_17 intron 1 88397 88789 intron_18 intron 1 88984 89071 intron_19 intron 1 89268 89459 intron_20 intron 1 89538 89957 intron_21 intron 1 90188 90271 intron_22 intron 1 90387 90714 intron_23 intron 0.97 90790 90883 intron_24 intron 0.96 91025 91135 intron_25 intron 0.84 91340 91426 intron_26 intron 1 91589 91670 intron_27 intron 1 91727 91861 intron_28 intron 1 92002 92089 intron_29 intron 1 92216 92498 intron_30 intron 1 92630 92719 CDS_18 CDS 1 87636 87718 CDS_19 CDS 1 87793 87945 CDS_20 CDS 1 88029 88154 CDS_21 CDS 1 88234 88396 CDS_22 CDS 1 88790 88983 CDS_23 CDS 1 89072 89267 CDS_24 CDS 1 89460 89537 CDS_25 CDS 1 89958 90187 CDS_26 CDS 1 90272 90386 CDS_27 CDS 0.99 90715 90789 CDS_28 CDS 0.98 90884 91024 CDS_29 CDS 0.82 91136 91339 CDS_30 CDS 1 91427 91588 CDS_31 CDS 1 91671 91726 CDS_32 CDS 1 91862 92001 CDS_33 CDS 1 92090 92215 CDS_34 CDS 1 92499 92629 CDS_35 CDS 1 92720 92851 stop_codon_5 stop_codon 92849 92851 gene_6 gene 0.7 92901 94388 transcript_6 transcript 0.7 92901 94388 start_codon_6 start_codon 92901 92903 intron_31 intron 0.7 92951 94126 intron_32 intron 1 94297 94383 CDS_36 CDS 0.7 92901 92950 CDS_37 CDS 0.89 94127 94296 CDS_38 CDS 1 94384 94388 stop_codon_6 stop_codon 94386 94388 gene_7 gene 1 94411 99717 transcript_7 transcript 1 94411 99717 start_codon_7 start_codon 94411 94413 intron_33 intron 1 94487 95316 intron_34 intron 1 95397 95814 intron_35 intron 1 95902 96021 intron_36 intron 1 96073 96142 intron_37 intron 1 96261 96341 intron_38 intron 1 96399 96523 intron_39 intron 1 96589 96674 intron_40 intron 1 96759 96931 intron_41 intron 1 96983 97095 intron_42 intron 1 97159 97248 intron_43 intron 1 97296 97441 intron_44 intron 1 97512 97582 intron_45 intron 1 97646 97922 intron_46 intron 1 98013 98083 intron_47 intron 1 98123 98232 intron_48 intron 1 98461 98567 intron_49 intron 1 98654 98765 intron_50 intron 1 98815 98959 intron_51 intron 1 99041 99121 intron_52 intron 1 99216 99535 CDS_39 CDS 1 94411 94486 CDS_40 CDS 1 95317 95396 CDS_41 CDS 1 95815 95901 CDS_42 CDS 1 96022 96072 CDS_43 CDS 1 96143 96260 CDS_44 CDS 1 96342 96398 CDS_45 CDS 1 96524 96588 CDS_46 CDS 1 96675 96758 CDS_47 CDS 1 96932 96982 CDS_48 CDS 1 97096 97158 CDS_49 CDS 1 97249 97295 CDS_50 CDS 1 97442 97511 CDS_51 CDS 1 97583 97645 CDS_52 CDS 1 97923 98012 CDS_53 CDS 1 98084 98122 CDS_54 CDS 1 98233 98460 CDS_55 CDS 1 98568 98653 CDS_56 CDS 1 98766 98814 CDS_57 CDS 1 98960 99040 CDS_58 CDS 1 99122 99215 CDS_59 CDS 1 99536 99717 stop_codon_7 stop_codon 99715 99717 gene_8 gene 0.86 100406 104045 transcript_8 transcript 0.86 100406 104045 start_codon_8 start_codon 100406 100408 intron_53 intron 1 100611 101696 intron_54 intron 1 101967 103989 CDS_60 CDS 0.86 100406 100610 CDS_61 CDS 1 101697 101966 CDS_62 CDS 1 103990 104045 stop_codon_8 stop_codon 104043 104045 gene_9 gene 0.7 115111 125634 transcript_9 transcript 0.7 115111 125634 start_codon_9 start_codon 115111 115113 intron_55 intron 1 115131 115338 intron_56 intron 1 116459 116562 intron_57 intron 1 116702 117421 intron_58 intron 1 117613 118016 intron_59 intron 1 118125 118214 intron_60 intron 1 118419 118565 intron_61 intron 1 118798 119869 intron_62 intron 1 120020 120134 intron_63 intron 1 120292 120538 intron_64 intron 1 120667 120765 intron_65 intron 1 121089 121167 intron_66 intron 0.83 121357 123888 intron_67 intron 0.7 123947 125611 CDS_63 CDS 1 115111 115130 CDS_64 CDS 1 115339 116458 CDS_65 CDS 1 116563 116701 CDS_66 CDS 1 117422 117612 CDS_67 CDS 1 118017 118124 CDS_68 CDS 1 118215 118418 CDS_69 CDS 1 118566 118797 CDS_70 CDS 1 119870 120019 CDS_71 CDS 1 120135 120291 CDS_72 CDS 1 120539 120666 CDS_73 CDS 1 120766 121088 CDS_74 CDS 1 121168 121356 CDS_75 CDS 0.7 123889 123946 CDS_76 CDS 0.83 125612 125634 stop_codon_9 stop_codon 125632 125634 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 0.95 564 1 transcript_10 transcript 0.95 564 1 CDS_77 CDS 0.95 564 1 start_codon_10 start_codon 564 562 gene_11 gene 0.85 8701 8252 transcript_11 transcript 0.85 8701 8252 stop_codon_10 stop_codon 8254 8252 CDS_78 CDS 0.85 8701 8252 start_codon_11 start_codon 8701 8699 gene_12 gene 0.14 14913 8756 transcript_12 transcript 0.14 14913 8756 stop_codon_11 stop_codon 8758 8756 intron_68 intron 0.15 10855 8918 intron_69 intron 0.17 14686 10869 CDS_79 CDS 0.48 8917 8756 CDS_80 CDS 0.17 10868 10856 CDS_81 CDS 0.83 14913 14687 start_codon_12 start_codon 14913 14911 gene_13 gene 1 18823 16841 transcript_13 transcript 1 18823 16841 stop_codon_12 stop_codon 16843 16841 intron_70 intron 1 17557 17254 intron_71 intron 1 18607 17904 CDS_82 CDS 1 17253 16841 CDS_83 CDS 1 17903 17558 CDS_84 CDS 1 18823 18608 start_codon_13 start_codon 18823 18821 gene_14 gene 0.33 40138 30314 transcript_14 transcript 0.33 40138 30314 stop_codon_13 stop_codon 30316 30314 intron_72 intron 1 31772 30351 intron_73 intron 0.87 32354 31935 intron_74 intron 1 34411 33250 intron_75 intron 0.52 35336 34488 intron_76 intron 0.58 40083 35564 CDS_85 CDS 1 30350 30314 CDS_86 CDS 1 31934 31773 CDS_87 CDS 0.87 33249 32355 CDS_88 CDS 1 34487 34412 CDS_89 CDS 0.51 35563 35337 CDS_90 CDS 0.73 40138 40084 start_codon_14 start_codon 40138 40136 gene_15 gene 0.6 47838 47482 transcript_15 transcript 0.6 47838 47482 stop_codon_14 stop_codon 47484 47482 CDS_91 CDS 0.6 47838 47482 start_codon_15 start_codon 47838 47836 gene_16 gene 1 57434 56217 transcript_16 transcript 1 57434 56217 stop_codon_15 stop_codon 56219 56217 CDS_92 CDS 1 57434 56217 start_codon_16 start_codon 57434 57432 gene_17 gene 0.18 72215 69475 transcript_17 transcript 0.18 72215 69475 stop_codon_16 stop_codon 69477 69475 intron_77 intron 0.33 71652 70554 intron_78 intron 0.8 72089 71750 CDS_93 CDS 0.34 70553 69475 CDS_94 CDS 0.72 71749 71653 CDS_95 CDS 0.57 72215 72090 start_codon_17 start_codon 72215 72213 gene_18 gene 0.81 74874 72751 transcript_18 transcript 0.81 74874 72751 stop_codon_17 stop_codon 72753 72751 CDS_96 CDS 0.81 74874 72751 start_codon_18 start_codon 74874 74872 gene_19 gene 1 82708 81473 transcript_19 transcript 1 82708 81473 stop_codon_18 stop_codon 81475 81473 CDS_97 CDS 1 82708 81473 start_codon_19 start_codon 82708 82706 gene_20 gene 0.27 109573 106701 transcript_20 transcript 0.27 109573 106701 stop_codon_19 stop_codon 106703 106701 intron_79 intron 1 107131 107042 intron_80 intron 0.98 107513 107361 intron_81 intron 0.97 109159 107662 intron_82 intron 0.55 109523 109406 CDS_98 CDS 0.97 107041 106701 CDS_99 CDS 1 107360 107132 CDS_100 CDS 0.97 107661 107514 CDS_101 CDS 0.57 109405 109160 CDS_102 CDS 0.29 109573 109524 start_codon_20 start_codon 109573 109571 gene_21 gene 0.98 110746 109646 transcript_21 transcript 0.98 110746 109646 stop_codon_20 stop_codon 109648 109646 intron_83 intron 0.98 110111 109702 intron_84 intron 1 110430 110283 CDS_103 CDS 0.98 109701 109646 CDS_104 CDS 1 110282 110112 CDS_105 CDS 1 110746 110431 start_codon_21 start_codon 110746 110744 gene_22 gene 0.74 115068 114401 transcript_22 transcript 0.74 115068 114401 stop_codon_21 stop_codon 114403 114401 intron_85 intron 0.74 114997 114591 CDS_106 CDS 1 114590 114401 CDS_107 CDS 0.74 115068 114998 start_codon_22 start_codon 115068 115066 gene_23 gene 2 133585 128001 transcript_23 transcript 1 133585 128001 stop_codon_22 stop_codon 128003 128001 intron_86 intron 1 128220 128076 intron_87 intron 1 129565 128329 intron_88 intron 1 131803 129713 intron_89 intron 1 132099 131908 intron_90 intron 1 133030 132299 CDS_108 CDS 1 128075 128001 CDS_109 CDS 1 128328 128221 CDS_110 CDS 1 129712 129566 CDS_111 CDS 1 131907 131804 CDS_112 CDS 1 132298 132100 CDS_113 CDS 1 133585 133031 start_codon_23 start_codon 133585 133583 transcript_24 transcript 1 133585 128001 stop_codon_23 stop_codon 128003 128001 intron_91 intron 1 128220 128076 intron_92 intron 1 129565 128329 intron_93 intron 1 131803 129713 intron_94 intron 1 133030 132299 CDS_114 CDS 1 128075 128001 CDS_115 CDS 1 128328 128221 CDS_116 CDS 1 129712 129566 CDS_117 CDS 1 132298 131804 CDS_118 CDS 1 133585 133031 start_codon_24 start_codon 133585 133583 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 34.3 6346 6528 match_2 match 155 5520 6098 match_3 match 180 6587 7210 match_4 match 34.3 6346 6528 match_5 match 180 6587 7210 match_6 match 33.5 6289 6525 match_7 match 148 5553 6098 match_8 match 162 6605 7153 match_9 match 146 5544 6155 match_10 match 173 6605 7201 match_11 match 62.8 95830 96075 match_12 match 22.7 98081 98122 match_13 match 95.1 96152 96400 match_14 match 54.3 97905 98012 match_15 match 52.0 98565 98654 match_16 match 35.8 98767 98820 match_17 match 137 98233 98460 match_18 match 46.6 96520 96588 match_19 match 55.5 96672 96755 match_20 match 151 5532 6080 match_21 match 177 6587 7210 match_22 match 45.1 6268 6528 match_23 match 165 5514 6107 match_24 match 155 6611 7219 match_25 match 127 65351 65683 match_26 match 327 63596 64441 match_27 match 172 6611 7210 match_28 match 210 115358 116458 match_29 match 86.3 121168 121365 match_30 match 280 118014 118799 match_31 match 215 120540 121094 match_32 match 112 125603 125839 match_33 match 91.7 116563 116709 match_34 match 121 117421 117639 match_35 match 60.1 96672 96755 match_36 match 62.0 95830 96075 match_37 match 90.9 96152 96400 match_38 match 134 98233 98460 match_39 match 36.6 98767 98820 match_40 match 53.1 98565 98654 match_41 match 44.7 96520 96588 match_42 match 125 5508 6134 match_43 match 174 6605 7210 match_44 match 147 5532 6140 match_45 match 176 6605 7216 match_46 match 29.6 6289 6525 match_47 match 168 5520 6098 match_48 match 184 6605 7216 match_49 match 133 5541 6134 match_50 match 173 6605 7201 match_51 match 134 5505 6083 match_52 match 187 6569 7210 match_53 match 149 5532 6080 match_54 match 201 6569 7216 match_55 match 148 5532 6083 match_56 match 192 6569 7210 match_57 match 153 5526 6083 match_58 match 184 6587 7210 match_59 match 152 5529 6083 match_60 match 194 6587 7210 match_61 match 145 5550 6086 match_62 match 173 6605 7222 match_63 match 38.1 6259 6528 match_64 match 156 5514 6146 match_65 match 171 6611 7216 match_66 match 45.4 6286 6528 match_67 match 106 5721 6134 match_68 match 152 6611 7219 match_69 match 42.7 6259 6528 match_70 match 150 5547 6146 match_71 match 162 6611 7219 match_72 match 38.5 6268 6528 match_73 match 151 5556 6146 match_74 match 165 6611 7219 match_75 match 47.8 6268 6525 match_76 match 153 5520 6089 match_77 match 157 6611 7219 match_78 match 32.3 6289 6528 match_79 match 114 5553 6134 match_80 match 166 6587 7210 match_81 match 403 63272 64462 match_82 match 154 65348 65695 match_83 match 57.4 95830 96075 match_84 match 22.7 98081 98122 match_85 match 43.1 97905 98012 match_86 match 91.3 96152 96400 match_87 match 54.3 98565 98654 match_88 match 38.9 98767 98820 match_89 match 44.7 96520 96588 match_90 match 54.3 96672 96755 match_91 match 143 98233 98460 match_92 match 57.4 95830 96075 match_93 match 22.7 98081 98122 match_94 match 43.1 97905 98012 match_95 match 91.3 96152 96400 match_96 match 54.3 98565 98654 match_97 match 38.9 98767 98820 match_98 match 44.7 96520 96588 match_99 match 54.3 96672 96755 match_100 match 143 98233 98460 match_101 match 45.1 6268 6528 match_102 match 133 5514 6107 match_103 match 172 6611 7222 match_104 match 126 5520 6134 match_105 match 41.2 6283 6528 match_106 match 151 6611 7207 match_107 match 38.9 6268 6528 match_108 match 158 5511 6152 match_109 match 147 6611 7219 match_110 match 142 5532 6110 match_111 match 187 6623 7210 match_112 match 143 5541 6110 match_113 match 179 6623 7210 match_114 match 146 5532 6110 match_115 match 187 6611 7210 match_116 match 135 5535 6083 match_117 match 181 6611 7210 match_118 match 48.1 6274 6525 match_119 match 150 5520 6155 match_120 match 150 6599 7219 match_121 match 35.8 91671 91985 match_122 match 25.0 87654 87698 match_123 match 247 90881 91594 match_124 match 73.9 88027 88167 match_125 match 198 89961 90440 match_126 match 76.6 87791 87949 match_127 match 113 89073 89285 match_128 match 108 88208 88396 match_129 match 122 88790 88984 match_130 match 56.2 90715 90792 match_131 match 382 63287 64462 match_132 match 160 65348 65695 match_133 match 140 5541 6083 match_134 match 171 6587 7210 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_135 match 387 33250 32414 match_136 match 108 74748 74149 match_137 match 265 74718 73138 match_138 match 352 74757 72754 match_139 match 216 74580 73093 match_140 match 266 74757 73135 match_141 match 265 74754 73003 match_142 match 424 74811 72754 match_143 match 188 74208 73141 match_144 match 345 74664 72754 match_145 match 179 74271 73147 match_146 match 186 74877 73240 match_147 match 479 74721 72754 match_148 match 196 74376 73054 match_149 match 191 74745 73243 match_150 match 378 74721 72760 match_151 match 260 74796 72994 match_152 match 108 74724 73648 match_153 match 180 74688 73213 match_154 match 155 74715 73534 match_155 match 106 74820 74191 match_156 match 414 74715 72754 match_157 match 279 74586 72754 match_158 match 221 74727 73162 match_159 match 221 74727 73162 match_160 match 367 74715 72754 match_161 match 227 74724 73135 match_162 match 186 82513 81593 match_163 match 171 82513 81572 match_164 match 229 74421 73147 match_165 match 370 82573 81524 match_166 match 278 74604 73063 match_167 match 328 74418 72754 match_168 match 223 74646 73099 match_169 match 208 74316 73051 match_170 match 241 74418 72925 match_171 match 196 74739 73102 match_172 match 194 132304 131804 match_173 match 178 133414 133028 match_174 match 271 74724 73087 match_175 match 244 74667 73099 match_176 match 133 74820 73651 match_177 match 267 74670 72997 match_178 match 346 74664 72754 match_179 match 123 74757 73651 match_180 match 301 74418 72754 match_181 match 209 74685 73138 match_182 match 109 74751 73897 match_183 match 215 74721 73147 match_184 match 158 74721 73540 match_185 match 362 74664 72754 match_186 match 141 74754 73168 match_187 match 177 74718 73183 match_188 match 322 74715 73024 match_189 match 353 74685 72754 match_190 match 132 74721 73351 match_191 match 139 74553 73267 match_192 match 200 74718 73402 match_193 match 265 74718 73090 match_194 match 205 74115 73051 match_195 match 129 74679 73129 match_196 match 161 74715 73240 match_197 match 145 74721 73564 match_198 match 259 74718 73141 match_199 match 356 74757 72754 match_200 match 241 74664 73147 match_201 match 105 74685 73924 match_202 match 121 74574 73645 match_203 match 198 74271 73147 match_204 match 131 74736 73651 match_205 match 347 74418 72754 match_206 match 265 74805 73147 match_207 match 116 74742 73564 match_208 match 336 74316 72754 match_209 match 129 74376 73516 match_210 match 285 74721 73138 match_211 match 140 74670 73543 match_212 match 370 74526 72754 match_213 match 138 74589 73240 match_214 match 261 74715 73141 match_215 match 322 74724 73033 match_216 match 200 73821 72754 match_217 match 114 74373 73195 match_218 match 153 74664 73528 match_219 match 247 74721 73099 match_220 match 226 74370 73060 match_221 match 253 74430 73033 match_222 match 395 74715 72754 match_223 match 290 74757 73090 match_224 match 176 73821 72754 match_225 match 145 74706 73102 match_226 match 142 74790 73543 match_227 match 181 74718 73534 match_228 match 386 74718 72754 match_229 match 395 74757 72754 match_230 match 150 74490 73102 match_231 match 275 74796 72988 match_232 match 206 74715 73486 match_233 match 175 82516 81551 match_234 match 162 74730 73486 match_235 match 329 74307 72754 match_236 match 137 74841 73645 match_237 match 230 74724 73069 match_238 match 249 74658 73054 match_239 match 109 74730 73648 match_240 match 202 74382 73042 match_241 match 225 74649 73054 match_242 match 256 74751 73024 match_243 match 108 74481 73651 match_244 match 206 74178 73051 match_245 match 178 74718 73285 match_246 match 157 74658 73240 match_247 match 169 74718 73363 match_248 match 245 74715 73252 match_249 match 168 74721 73510 match_250 match 146 74562 73330 match_251 match 304 74718 73033 match_252 match 131 74664 73543 match_253 match 346 74376 72754 match_254 match 117 74706 73924 match_255 match 214 74316 73063 match_256 match 220 74421 73027 match_257 match 106 74658 74149 match_258 match 238 74739 73105 match_259 match 132 74499 73240 match_260 match 231 74724 73216 match_261 match 148 74715 73867 match_262 match 337 74688 73033 match_263 match 157 74787 73279 match_264 match 121 74757 74083 match_265 match 409 74724 72754 match_266 match 155 74718 73243 match_267 match 160 74664 73393 match_268 match 265 74718 73075 match_269 match 195 74724 73207 match_270 match 196 74715 73534 match_271 match 399 74823 72754 match_272 match 240 74529 73054 match_273 match 246 74724 73138 match_274 match 297 74742 72985 match_275 match 384 74724 72754 match_276 match 115 74721 73543 match_277 match 170 74715 73240 match_278 match 170 74715 73381 match_279 match 291 74718 73018 match_280 match 177 74658 73537 match_281 match 131 74742 73651 match_282 match 384 74574 72754 match_283 match 434 74874 72757 match_284 match 138 74721 73669 match_285 match 386 74631 72754 match_286 match 129 74427 73240 match_287 match 164 74712 73255 match_288 match 273 74721 73090 match_289 match 108 74688 73567 match_290 match 298 74361 72754 match_291 match 106 74835 73900 match_292 match 295 74721 73024 match_293 match 387 74718 72754 match_294 match 105 74781 73957 match_295 match 289 74757 73018 match_296 match 180 74688 73378 match_297 match 269 74715 73135 match_298 match 191 74712 73222 match_299 match 273 74751 73141 match_300 match 222 74367 73141 match_301 match 119 74613 73297 match_302 match 177 74739 73201 match_303 match 266 74682 73006 match_304 match 186 74742 73255 match_305 match 402 74718 72757 match_306 match 439 74745 72754 match_307 match 164 74811 73567 match_308 match 383 74466 72754 match_309 match 278 74739 73036 match_310 match 146 74610 73054 match_311 match 139 74724 73867 match_312 match 278 74721 73039 match_313 match 211 74724 73285 match_314 match 123 74373 73507 match_315 match 174 74418 73369 match_316 match 121 74721 73648 match_317 match 417 74598 72754 match_318 match 252 107663 106704 match_319 match 101 109404 109159 match_320 match 117 109703 109500 match_321 match 204 74193 73075 match_322 match 210 74418 73075 match_323 match 277 74724 73051 match_324 match 122 74718 73651 match_325 match 377 74565 72754 match_326 match 351 74469 72754 match_327 match 135 74742 73480 match_328 match 164 74664 73288 match_329 match 271 74721 73060 match_330 match 414 74730 72766 match_331 match 146 74715 73240 match_332 match 124 74526 73330 match_333 match 358 74616 72754 match_334 match 362 74664 72754 match_335 match 239 74721 73192 match_336 match 106 74370 73276 match_337 match 179 74730 73207 match_338 match 244 74715 73090 match_339 match 159 74718 73381 match_340 match 129 74742 73561 match_341 match 175 74628 73276 match_342 match 302 74721 73033 match_343 match 329 74304 72754 match_344 match 159 74721 73255 match_345 match 145 74574 73381 match_346 match 447 74721 72754 match_347 match 145 74694 73240 match_348 match 189 74721 73333 match_349 match 120 74370 73543 match_350 match 348 74721 72844 match_351 match 106 74736 74197 match_352 match 307 74181 72754 match_353 match 143 74634 73207 match_354 match 332 74721 72910 match_355 match 280 74346 72754 match_356 match 112 74766 73543 match_357 match 119 74679 73240 match_358 match 394 74664 72754 match_359 match 196 74715 73237 match_360 match 171 74562 73510 match_361 match 300 74724 73093 match_362 match 116 74445 73156 match_363 match 254 74664 73141 match_364 match 158 74718 73390 match_365 match 194 74724 73285 match_366 match 409 74721 72754 match_367 match 338 74418 72754 match_368 match 120 74757 73513 match_369 match 232 74418 73141 match_370 match 365 74724 72754 match_371 match 113 74865 73564 match_372 match 389 74715 72754 match_373 match 135 74715 73630 match_374 match 323 74412 72754 match_375 match 193 73989 73018 match_376 match 323 74316 72754 match_377 match 169 74724 73381 match_378 match 149 74418 73318 match_379 match 210 74718 73537 match_380 match 122 74721 74122 match_381 match 183 74694 73411 match_382 match 415 74751 72754 match_383 match 250 74757 73162 match_384 match 142 74811 73192 match_385 match 150 74751 73318 match_386 match 246 74685 73135 match_387 match 132 74691 73177 match_388 match 135 74376 73450 match_389 match 251 74721 73147 match_390 match 141 74724 73564 match_391 match 340 74283 72754 match_392 match 112 74424 73564 match_393 match 116 74721 74200 match_394 match 320 74139 72754 match_395 match 171 74742 73192 match_396 match 164 74721 73285 match_397 match 139 74721 73543 match_398 match 349 74718 73021 match_399 match 222 74778 73168 match_400 match 140 52724 52176 match_401 match 332 52182 51019 match_402 match 127 74718 73393 match_403 match 117 74721 73996 match_404 match 216 74376 73165 match_405 match 198 642 151 match_406 match 199 642 151 match_407 match 163 74751 73495 match_408 match 425 74715 72754 match_409 match 129 74562 73297 match_410 match 265 74718 73138 match_411 match 119 74616 73501 match_412 match 164 74718 73279 match_413 match 253 74718 73024 match_414 match 172 73821 72754 match_415 match 130 74712 73534 match_416 match 434 74721 72754 match_417 match 198 74715 73240 match_418 match 129 74418 73525 match_419 match 443 74718 72754 match_420 match 182 74661 73033 match_421 match 350 74721 72754 match_422 match 115 74721 73897 match_423 match 119 74721 73915 match_424 match 367 74538 72754 match_425 match 342 74307 72754 match_426 match 273 74754 73138 match_427 match 174 74718 73180 match_428 match 162 74715 73201 match_429 match 332 74721 73039 match_430 match 134 74712 73195 match_431 match 239 74691 73141 match_432 match 108 74424 73513 match_433 match 300 74718 72754 match_434 match 144 74712 73537 match_435 match 361 74481 72754 match_436 match 375 33250 32414 match_437 match 375 33250 32414 match_438 match 358 74418 72754 match_439 match 226 74592 73093 match_440 match 151 74721 73321 match_441 match 147 74658 73222 match_442 match 282 74718 73036 match_443 match 206 74322 73033 match_444 match 129 74742 73285 match_445 match 158 74712 73336 match_446 match 406 74718 72754 match_447 match 179 74736 73264 match_448 match 375 74871 72754 match_449 match 137 74598 73240 match_450 match 132 74757 73645 match_451 match 345 74670 72754 match_452 match 243 74754 73138 match_453 match 335 74370 72754 match_454 match 428 74721 72754 match_455 match 262 74718 73141 match_456 match 175 8701 8255 match_457 match 120 74721 73900 match_458 match 209 74739 73321 match_459 match 283 74715 73093 match_460 match 229 74757 73228 match_461 match 184 74700 73318 match_462 match 123 74742 73897 match_463 match 304 74715 73135 match_464 match 106 74781 73957 match_465 match 367 74721 72754 match_466 match 344 74397 72754 match_467 match 114 74715 73897 match_468 match 357 74469 72754 match_469 match 174 74061 73063 match_470 match 194 74418 73141 match_471 match 337 74475 72754 match_472 match 331 74769 72754 match_473 match 214 74718 73138 match_474 match 359 74466 72754 match_475 match 143 74745 73888 match_476 match 320 74535 72754 match_477 match 281 73986 72754 match_478 match 163 74718 73900 match_479 match 347 74469 72754 match_480 match 125 74424 73486 match_481 match 169 74715 73282 match_482 match 334 74862 72766 match_483 match 243 74721 73048 match_484 match 209 74721 73156 match_485 match 233 74418 73033 match_486 match 257 74415 73036 match_487 match 263 74715 73138 match_488 match 176 74202 73141 match_489 match 188 133423 133028 match_490 match 268 132304 131801 match_491 match 188 133423 133028 match_492 match 268 132304 131801 match_493 match 188 133423 133028 match_494 match 269 132304 131801 match_495 match 396 74724 72754 match_496 match 205 74625 73147 match_497 match 365 74316 72754