C06HBa0217M17.2 AAGCTTGTAGGAGCTCTTCACCTTGACAAGTTTACCAGAAGCCACAAGCTTCTTCAATTG AGCAAGCAACATTTTCCTGAAATTTGATGGAAGATTTTTCTGCTTATCTTCAATGAACTT TGTGATCGCATACTGACTCGATCCAGTTTTATCCTTCAATGTTACAATCGCTTCCTTAAT CATCTGCATAGCATTTCAAGTTAGCTGATCGGCAAATTAAACAACAACTTCGACTAATAA CAAATCTATAACCAATTTTACCTCAAAGTAGGAAGGATGAGTCGGAGGATTTCTCTTCCT CGGAGCAGATGATTTTTTCGCCTTGATCTCCTTCTCTTTCTTTGGTTCATCAGTCTCCGC CGGTGGATTTTCTTCCGTCGCAGGTTCAGCTACGACCATCGGTTCATTCACAGGCTCGAT TGCTACAACCGGCTCTTCAGTCGCCATCTTTACAGAATATAATAATTAGGGTTTCTAAGA TCTGTAGAACTACTAGAATTTCTATTTTGCTCGTATGATTTCGTTGTGAAATTGAGAAGA CCATATATAGTAAGCTAAAATAAATTCGTATCCAGAATTCTGAAAGCTGATTGGTTAATA GCCTTTTGACGCGGATTAATACTTCACAAACGAATTTTGAATATAAGCCGTTGGATGAAA CTTCATCCACGGTTCATAAGGGTAGGTGACTTAGACGGAGATTGAGATTGTAACAAGAAA AGCTTGTTTTACTTCTTTGAGCTGTGTTTTTATGCTCAATTAATATAGGCATAACACGAG TTATACTAAATGGAATTTAACAAAATAAAATTACATAGATAGATAATTTTGTAAGCTTTC TAAAGAGTATCTTTTTGGAATTTTTGAATGATAAATCTCGGAGATTTTTAATTTTGAACA GCAAGTGGTCTGATCAATGAGTTTCTTGGAGTCTATTGTAGTTTTGGGTGATTTTAGGTC AATGCTTTGAGTAAAATGCTGTTTTTTTCTTTTGATATGATAGTAAACAAAATAAGGAGT CTGTCAAATCAAGAATCACAAAAATCCAATAAGATTTGGTTATGGAATTGTTGGTTCAAA GGTCATTGAAGATGAACACATACATGAACAAACTATTTCTTCTTCTTGGAGCATAAAGCA AATGTATATTGTATTTTCTTAATAAATATTATTTACCTCAACTAATTTCTTTTACAAATC ATAGTTACATTCTTGAATCGTTTCTTCAAAATTATAATTTAAAATTTTATTTTACTATTA CCACATAATATGTATATATTTAAGTGTAGTCATGTGTAACGGATTTCGTTCTTGATTGTT CTTTCATAGTTACTGCGCGCTCTGGCTTAATGCGCTATGACATTATACACATCGATCATT GTTTTTAAACATTAAATCATCATGTTAACATAAAGCAACTAGTTTCATTTGTTACTTGCT ATATATACATATAGCTCTTTCTTTGTATGCCTCTCTTTATACTTTGTACTGATGCATTTA TCATCTAGGACGGTTTGTTGTGCCAACTAACATTCTAATGCTTCATTGCTAAAAAAAAAG AGTCTCTCAACCTTTAAGCTCAAAAAGACTTGCTTTTGCAACATAATCACCATGGCTAAA TAGAAGCAAGTAAATTTTGGTCTAATTCGGGACACCATAGTTACTTAATCGTCTTTCATA AAATGTATTATGATCTTGTCTTTTTGCATGGTACCTTTGGATGAAGTCTAAATAACTTTA GCTGAAAACTAACTTAGTAAGAGATGGATAAGAATTTTTGAACTCTAAAACATGTTCACT TGTGCCATTAGATATCATATGACAATTAGATGGAACCAACTTTCCTGGGTATAATTCTGT GTACTCAAATGTCCTATATCTAGTGAATTTAACTTGAGTTCGATAATATCATGTTCTATA TTATTGTTGTTGAATCAAAAGTCAAAATGTAAGAAAATCATGTAATAAATGGGCATTCAC TCAACTCAGAAACATATCAAGAAACATTCTTGAATTTGTTCTTGCAAGTATTTGAACCTT AAATATACATTTCTGATATGCACAAAGCATAGATTATGAACAAAGTGCAGTGCAATCTGA TGTTTTCACTCAAGACACTATCAAACAAGTAAAGATAACTCCAGCCAAGAACAAGACTGA TCTCTTTGAAGGAACAATAAAACAACAATAACTACTACAACACCTCAATCCCGAACAAGT TGGAGTTGGCTATATAAATCCTCACCGACTATGTCACTCTTTTTAATCAAGCCAATGTTA TTATACAAAATAAGAATAAAAACTCATCTCTTTACTTGTAAATGATGATGCATAATTGTA CTGTAGCTGTTGTGCCCTTGTTGTTCGGAGGCAATATAACTAGCCGGTTGAAATATGTTG TGGAGAAGCTTCAAGATCATGAGCTAAAGATTCGCAAAGACACCATTGAAAATACTTGGA TATATATGTATCTAGTTGCGAGCTATGCCAATGATATGAGGATTTATCAGAGAGGCAGTT GATAATACTACTTGACGACTATCTACATTTGAGAAACCGGCTTCAGATATATTCTTTCCT GTTTTCCTGGTAAAATGACAACCATCTGCAACAGCCTGCTGCAACGGATCGAGCAATCCC TGAACAAATCTGAGAGCTGTACCATCTTTCCCCAATTGCAACCGGAAAAAAGTATAATTT TTACTTGATGCAGAAAACACATTTGGGAACGTTTAATACAACGAGTGTAAATATAATCTT TACCTGCTGCAGCCACATGTTCAACAAAGAGGTAAATACCACCAGGCTTGAGCACCCTTC TGACCTCTAAGAGAAAAATGATAAATCATTATATCAGGACTTAAACCATTTTCAACCACC TTATCGAAGAAAAGAAAGTAAACACAGAATTGCAGATCAGGGAAAGAGTATACAGGCAAC AAGAAGGAAATACACATACATCAACATCCTGGCTAATAGTCAATACTTTTTAAATGAAGA CGACGTGGTCACCATAACATTTTGGACTAATAGCTCGGCTACTTCAGGAACCAATGGAGA TAATTATTAAAAGAAAGTCGAGGTTCTATAGACTAACATGATTAGGATTATGTGTTAATA CTTTTGACAGTACAAGAACTATTCTGCATTTACCCGAATATCAGACTGACATTTTTAGAA GTTTTAGGGTCACTGTAAGTTTAGATGAGCAAGAGCATTTTAGCAGAAAAGCAGATATAT AAGATGCAGCATAAATAGAAACGGGGCATAATTCTTCTTCGTCTTTGGTAACTTTGTGCA TTTGTAGGGTTAACATTTTAAGATAAGGTCATTGAAGTCCTATGCCGAAATCACTTTTGC TCTCTGAACAGCAAAAAATCAAATGTTCAAAAAGAGTGGATTCTACAGGCAAATGAGCAA GTTTAGTGAAGGGCCAAAGAAATGAGCCTGTTTTGCTATATCTTTATAGTGGGAAACTCA AACATGTGACAAGTACATCAAACTTCATCAAAGAAGGACATCACTTAGGATAAGATTGTA AATATACAAAAAATATTTACAAGATAATACATGTTACATAAGATACATGAAAAGAATCTA AAAAAGAATCTAAATACAAAGGCGCACTGATGGTTAAACGACATAGGTTTATGTTTGATA TGAAGGTTACTGAACTACTTCAATGAAATTCGTGAGCAGGATAAGCCTATGAATTGAACT GCAATATGAAAGCATAAAACTAAAAGAGATTATATACCCTGCAGTGTCAGATTAACATCT GAGACAGAACATAATACAAGAGTGCCAATGACAGCATCAACTGAAGCATCACGTAATGGC AAGGACTCAGAAACCTGCATGAAACCATCAAGTTCACCTTTATAGTTTCCTATTATGTTT TAGATACATCTCCTGTTAATGACGGGTAAGTAACTAGGTGCCAGCTCATATAAAGTATGT CATTGTGCCAGCTAAAGAAAATACAACAATCACACTGTTGAGGTATTTGCATTACATTAA TCAGCCAAAAATACACACAATGAAGAGCCCTGATAAAAAGTGTAAGCAAAGCAACAAAAA GAAGAGGGAAGAATGACTAAAGTGAAATACACGAAGAAAAGTAGGGTCTCGAACAAACAA GAGAAGAACACCTAAAAAGTATCCGAGTAGAAAAAGGATATAGCACATGACGAAAAGCCA TAAGAGGAAAAAGGGAAGAATTAATGAAAATTACTTAAAATTTATCATATCCATAACCGA AAAGAAAAGAAAGAAATTATGCCTAGCAAATAACCAAAAAGAAAAATGGAATGGTTACAA ACAGCATAGTTTGATTACCATACACTAGTTTATGCTGATGCTGTTACATAGAAGCATTAA ACTGATTACTGAAATAGCAAAAGCACATCATAGGGAAAGCCATAAAAAGATATGTTTTAT CCTAAAAGGTCTTTTATGCCTACAAGTTAAAATCTGTAGCTGAAAAAAGTATGTAGGCTT AACAATAAAGCCATTCTGTTATAACTTTGCAATGCATTCTCCAAAAAAGCTACCCCCTCA GTTTATTTATGTGTCTTAATTTCTTTGAGTCCATTTCAAAAAGAATCCCTCTTTCCTTTA TTGACAACTCTTTAATTCTAACTTTCCACATGTTAGATTTAAGACAACAAAATTAAAGAG TACTTTTATACATTCTACAAATCATTAGTTTAGGACCACAAGATTCAAAAGTCTCCTTTA TTTTCTTAAACTCAGTGCCAAGTCAAAACCAAACAAACAAATTGAAATGCACGGATTATC TAACTTAAACACCATGATGATATATATTTATTGAGTCTTGTTAAAGCTACGTACTGCATG CAGGAATTTGAAATTCGCAGCTGGAAGGCCTGCAGTCTCTGCTGCTGCTTGTGCATATTT CTCCATCTTTCTGTTTGGATCGACGCCATAAACGGAAGTGCCCCCCTCACTGGCATAATA TTTCAAATTTGGGCCTGTCCCAATGCCAATTTCGAGGATTTGTTTGGCCTGACCTCTTAG ATTAGCAAAAAGCTCTGACTTGTAACCTTCAATCTTACAGAAAAAGGTATAACTTCAGAA AATCTTATGTATTTCCATTATTTACTAATTAAAAATAATCTCTGCAGCTCTCAAGTGGAC AATATGAGCTAACCTCAGCTTCGTAAGATTTCATACTTGTGTTCATGGCTGTTGCATAAA ACTCCTCGTACCAATCTGGCCTTGGAGGATGCAACCTATTCAACATAGCCTACATGTAAG ATCAGTGATTGATAAAGTCATTTATAAAGCAAATTGATGTTGAAACTGCAACATTTGTTG AATTAAAATTGAGCAACTACAATATGAACAAATCGCTCTCACTGCAAAATTTGTCACGTT GTTATTACCTAACCAGTTCTGATAACTCTAAGGATAGAGCAGCCTAAATCTTATCAAAAC TGCAACATTTGTTGAATTGCGATTGAGCAACTACGATCTGAACAAATCTGGCTCACTGCA AAGTTTGCCACATTGTTCTTGCTTAACCAGTTTGGATAACTCTTAGGAAAGAGCAGCCTA AATCTTATAATACTTTGCCCCCATAGAACGTTTTCATGCAACAACATGAACTAATTGTAT GTAAATCGTGCTTCGGTTTCCTGACTGTTAAAACTTCCCTGTAATGATTAATTCCAGATT GGGAAAATAACTAGCAAAGACCTTTTAAACTCACAACTTTAACAGCCAGCATTCGACATT TTCAACTTAAAAACTAAATTCTGTGACTGTCTACTTACATATGTGGGAAAATTACCAATT TTATATCAGACAAGTCAACCAGTTTAAATTTTTTTTTTCTTGTAAGAAAACCCAAAAGCT AGCTCTCCCCTTGCCCAAGTCAATATAAGGAAACCATCTGGTCATTCCCGAATCAATGTG ATACTCTAAAGTCTAACCCACTCTAACACCCTTAATTGGAGCATGGACAATGTAACATGG GGCTTAAACAAGAACTAACTCTGCTCTAATATCATGAAAGATATGACCTTTTGGCCAACA CGGCTGCATAAGCTAGCTCACGACAGGAGGATTGCCCACCAGTACATTCCCCAATCAATA TAAGATTCTATCCCATTTCAATAGTTCTTAAACTCTATGCCCAATCAAACACAACGTATA AATGGTAAAAGAGTAAAAGTGAAGCATTATATATTTTACCATGGGATTAGCAGGAGATGA AACATCAGAAGCATGTGAAGGATGAATAGGCAATAGAGCAGCTGCTCCTAGTGCAGCCAT AAAGTGTCTTCTAGTGCAGCAAAAGCAAAATTTGTTACTACTACACAAAGGGTCTTTAAC CCTTTTCTTCAACTCATTTTGCATTTGAGAATGAAAGGGGACATCTTTTGGAGTTGTGCT TTCAGAAACAGATGAATTCACTTTGTGGGTACAGTGAAACTTGGGATACAAAGTTGTATG TATCAACATATTCTTTCAATTTCTATAATTTTGACCTCTGGGATTTGTATTACAGTTAAA AGAGACTGGAATTGGCACTAATGTTCAATTTATTATGGATCACTCATTTTAACTAACTCT CTAATCTAAATATTAAAAAAGTTTGTTTACTCGTGAAAGCTATTAACATTATGTTTGGAT CATTGTTACTATACTTGCAATGTTTGTTTTGATTGTTACTTAAATTGTATTGTATTGTTA AATTTCATTGTTATGTAACAATGGAAACTCCTATTTTATTGAACAACCAATTTGGTGGGT TCGTATTGTTACTTAATTTATTTTTTCAATTATATATTTACATATTATTTCAAAATACTA TTTTACCTTTTATCTTAATTATTTGAATCCAAACCTCCTACCATATTTAGGATATTTTAG TAAATTTGTAAATTAAAATACAATATGATACGATCAAACCAAACAATTAAATGTTGTTAA ACAACAATAAACAATACAGTCTAGTCAAACATTGTATCTACCATACAATAGAATAAAATA CAATACAATACATTATGAAACAATGGGTAACAATGATCCAAACAAAGTATAATATTCAAT TCTTAATATTTTTATATTGAGGAAAAATGTACAAATACTTAGACCATGACACACCTTAAT TATATGAAGTTCTTATTACCCCTTAAATTTATTTATTTTTGTAATTTTGTGCACTTTCTG TCTTAGGTGACACACTCTGTGACTTCACACAATTGAGGCACGTGAGAGATAATTGGATGT CACATAAGCCATAAAGGTGCATAAAATTTCAAAAAAAATAATAAGTAAGTTCAGAGATAA TAGTAGGATATTAATTTAGTTAAGATGTGTTTCTGTGATTTTGGTCATAGTATAGGGAGA TACTGCATTTTTTTATGAGATACTAGTTTCTAGACATGTGCAACGTACGTGTGTCTCATG CAATATGTTATAAATTCGTTGTAACGATTAAAATTCAATGAGAACATGTGTAATTAATAG TAAAATGCAACAATTTCAAATAAATCTTACGACGATAATTTATAGAAAATTAAATTAAAG CAGGACAATAGACAAATATAAAAAAAATAAACATAGAAGAAAAAAATAACATGAGCATCA TTCTTAAGACTTTAATCATAACATTATATAAATGAAAAAAGTAACACAAAATCAATGCAG AAATTTCCAAGTTTTTGTTGATACCTTATTTCATATTCAATCAAAATTCAAAAGTCTTTT CTATTGAGCCAAACCAAAGCATGAATCAAATATAAAAAATTACTTTATTTTCGTAAAATG ATATACACTTAGACTAAAGTAGATATAACATACTTTATATGTTGATGACTCCACTACTTT AACTATAAAATGAAAAAGATAATTTTGGATGTGAGTTTCATGAAACAAAAAAGATGAATT TGTATAGATAAAAATAGAGGAATACCAAATGACGTCTTAAAGTTTTAAATTAAATACAAT TTGAAGGTTTCAAAGGGCTAAAATAGATAAAAGAGAACAATTTTAATAATATTAAATTTA TGCTATGAACCTCCATTAAAATCTGAAAGAGTAAACAATCCATATGAACTCTCCATTCAC TCAATGTAATAATGGATTATCATTACTACTTAAACATGTAATTAATTCTATTTATAATAT TTTAACATGTGAAGTGTTTGCACATGAATTTTAATGGATTGAAAAAGTTTTTTGTTGGTA CAATTTTTCGAAAATTACTCTTTTATTGATTACTTTTTTCTTTGAAATATAACATACATA ATATATTGCGACTAATTAAGCTTGAAATGATTAAGTAAATTGATACCATGACAGGAAATT TGTTGAAGCCAAAAGGAGTAGAGTTAAAAACACAAAAATGTATCGTTAACCAAATGAAGG AAATTTCCACTCGCCATCAGACCATTCTTGATGAAACCTTAGCTTATCAGCAGAAAACAC AATCTCCTCCTTTGAAGTAGGAAAATAGACACGATACTCTTGTTCAACTTTGCCAGTTAT GACCCCTATCCACCAGCCTTCCTTGTCATACGCATCAACGATGTCGTAGGTTTCCATTGG CTTTGTTTCACGTGAAATTTCAGGTGGAACTGGACGGAGCTCAGAGGCACGTACATACCA CTCCAGTGGCGTGATTTGATCATCATTCACAAGAGTCTTGTACTTGACTCTGTAATCACT ACAATTGCCAACAGGGTAAAGAATAGTTGCCCTGTAGTAAGAACCCAAATACCCTTTTTC TTCACTCACAGCTTCAACCTCATCATTCCTTTGAAATATTCTTGATGCTTCTTGTCTCTT GTATACTAGTTTTCTTATGTTCATTGAGATCACATTAACTCTTCTTTTGTGATTTTTTTC GACATCATTTCGATTTGCCATTGAAGTTGTTCTATCAAATTGATTGAAAAGAAAAATATG AGATTGTTTAAGACTAAAGACAGTTTTTATAAAAAAAATTTACTCCATGGTCAAAAACAC ATTTAAAGAAAAACTTTTTGATTTAATATTTTATTCAATCAAATTTATTTCACGGTCAAA TAAATATTTAAATAGTAATCCAAAATCTGTAATTGAAGATCAATTTTTTTTTCTTTTGAC CAGATTTTACTTGATGGTCAAAATGATAATTTAAAGGAAAAACTTTATAAAATACTCTCA AAATCAATGGCTTAAGATCAATTTTAATTATCAAATTTGACTTCATGATCAAATATATAT ATATATACATTTGAGATCAATATTTTAATAACTTCTTCTAAAATCTGTCACTGGATCATC TTCTTTTGATCAAAATCTTATTTCATGTCTAAAAATAGATATTTGAAAGGAAAAAATTGA AAAATTACTTCCAAAATTTATGATTATATATTAATTTTTGTTAATCAATTTTATATTTTT TTCCTTGGTCAAACAAATATTTAAGATTCTTTTTGAAAAAAATAACGCCCAAAATTTATG AGCGAAGAATAATTGATATTTAAGTGGAAAAAAAATTAAAAACTTCTGCAAAATCTATGA CGGATGATTAGAACTTTAAAATTGAATTTTACTTCATGGACAAATAAATATTTAAGAAAT TTATGACCAAAAAAGTATTTGAAAATTACTTTTAAAATCCATGGTCAAATAAATGTTTAC TTATAAAATAAATATTTATGATTTCTTTAAAATAATTAACTCCCAAAATTTTTATGAGTT GAAAATTATTTTTATGATCAATTTTTACTTGAGGCTACTTCCAAAAGAACTACTCTAAAT TTATCAATGAAGATCAAAACTTTAAGATTGAATTTTAATTTATGGACAAATAGATATTTA AGAAACGTTTTTACAAATCACTTCCAAGATTTTTGATTAAATATCAAAAAAGTTAAAATT ATGATCAAATAGATATTTAGGGAAAGAAATTTAGAAACAACTTTTAAAATCAAGATTAAC TTTGAAATATGTCCTCATTTTACGAAAAAGCTAAGATAACATCATATCGTATAAGCGATT ATTTTCAGATGTATTTAATGTAAAAAAAAATGAAATATCAAAACCAAAAACGAGTACACT AAATAGGAAAATTACAATTAAGTTTTGTATGGCACTCAACTCATTATGATTTCCACATTC TTGTTTATTGCATACATGACAACTCACTACTATTATTGCATAATTGTTAATAATTATCGG CACTTTTTATTGAACACCAGCAAAGTAAGAGTTTATTTCTAGATAATTTTTTTTTTGTTG AAATATATTGGATCAGCATACATAATATGTTGCGACAAATTAAACTTGAAGTAAAAATTC ATACCACACTACAATGACATAAAATTTGTTGAAGCGAAAATGTGTATCGTTAACCAAGTA AAGGAAATTTCCACTGTCCATTCTTGATGAAACCTTAACTTATCAGCTGAATACACCATT TCCTCCTTTGAAGTAGGAACGATACTCTTGTTCAACTTTGCCAGATCCACCAGCCTTCAT TGGCATACACATTCGTAGGTTTCCATTGGCATTGTTTCACGTGAAATTTCAGGTGGAACG GGGCGGAGCTCAGAGGCACCTACATACCACTCTGATCGTCATTCACGAGAGTCTTGTACT TGACTCTGTAATCACTACAATTGCCAACAGGGTAAAGAATAGTTGCCCTGTAGTAAGAAC CTAAATACCCTTTTTCTTCACTCACAACTTCAACCTCATTATTCCTTTGAAATATTCTTG TATACTAGTTTTCTTATGTTCATTGAGATCACATTAACTCTTCTTTTGTGATTTTTCTCG ACACTATTTCGTTGTGCCATTGAAACTGTTTTATCAAATTGATTGAAAATAAATTTAAGA CTAAAGTTAAGTTTTTATAATGAAATGATACTTGATGGTCAAAAAAAACATTTAAGAACT TTTTCTCAAAATCTTTGACTAAAATTAACACGGTCAAATAAATATTTTTTTGACCAATTT TTACTTATGGTCAAAATTTAAGGAAAAACTCACAAAATCTTTGACTGAAGATCAATTTTT AATTATCAAATTTAACTTCATGATCAAATATATATATTTTAATAACTTCTCCCAAAATGT ATGAATAGACCAGATTTTTTTAATCAAATTTTGTTGAAAAAATACTTCCAAAATTTATAA CAAAAAATTATTTTTTATTAATCAATTTTTTATTATTTTTTGGTGAAATAAATATCTAAG ATTCTTTTTTGAAAAAATATAACTCCAAAAGTTTATGAGCGAAGACTAATTGATATAAAT TGAAAATTACTTCAAAATCTATGTGATGATTAGAACTTTAAAATTAAATTTTACTTCACG CACAAATAAATATTTAAGAAATTTATGTTCAAAAATGAATTTGAAAACTACTTTTAAGAT CTATGAAACTACTTTTAAGATCTATGATCAAACAAATATTTACTTATAAAATCTATTGGG AGATGAATATATTCAAAAAAATTTAAAAAATAAATAACTCCCTAAATTTATGAGTGAAGA ATAGCTTTTATCATCAAATTTTACTTGAGGCAATTTCCGAAAAACTACTCCAAATCTATG AATGGAGATCAGAACTTTAAGATTGAATTTACTTCATGGACAAATAGATGTTTAAGGAAC ATTTTTAAACATCACTCCCAAAATTTGTGATTAAATATAAAAATAAATAAAATTATGATT AAATATATATTTAGGAAAAAAATCTAGAAGTAACTTTCAAAATCTATAATTGACCATTAA TTTTGAAATATGACCTCATTATAAGAAAAAAAAAACTATGATGAAATCATATGGTGTAGC AATTATTTTCGAAGTGTATTTAATGTGGAAAAAAAAACAATCAAATATTAGGAAAATTAC TATTAAGTTTTGTATCCCACTTAAATCATAATGATCCCCACATTCTTGTTTATTCCATAG ATAACAACTCACCTACTTGTTCAATAGTATTTTAATATCAAACACCATTTAATATCAGCC TTGATATACTATTTTACTTTCATTAATCCTGGTCTTAGTTGAGACAACAAAAAGATATAG GTAAAGTACTTGAAATCCAAAAGTATATAGCAAAAAGGTAATACTTGTAAAGTTGTAAAA TTTTCACTTGAAATAAATCTATTACAGTTGCACTTTCTAAATTGTGAAATCCACAACCTA TTTCTTCAGCATGCAACAGATAAGCCCCAAACACACATGATAATTTGACCTAAGAACATG CTACCATGAATCTTGGTAGTATAAAAAGACGAATGAAAATTCTCTCAAAATTCATCCCTT ATGAAAGTACAAGGTAGTGTACAATCATACAACATCAGAGAAACGCAAAGTAACTCGATG AAAGCAAGAAGAGCCAAGCTCCAGTTGTTCAGCACCCTGTCAAAGGGCATTTTGCTCATT TGCTGCTGATTTGTGACAATTCCAGCAGCAGCAGTTGTAAAATAACTTATGATCTTATGG GACACATTATCAACTTATGCCAGATATTACATGGATTGTTGAAGGCAGAAAGGATAACTC AAGAAGCTGGATGGATGGGGACCTTACGAGCATATGACAGCACCATCACAAATTCCTTTG CTGATGAACCAGTAATAACTGGCACGCTTTCTGGTGTAGTAGTTTCAAGCCACATATCTA CCAAAGTATTTACTTGCAAACTGGGGGCTATCAACTGGCCCATACATCTAATTTCAACCT ACAAAACAACATAAACAGTCAGCAGAGTATAAAACTGGAACCATCATGATATGTTTTTTA CGTTGGAATTACTCAAAGATAACAGTCTCTCTTATTTCTTTCTTTCTTTTTTGGATGTCG TCAGTGTCTGCCTCGACTATTCCACCGAGTACCTGCTACCTCCCACCTGCACAGGTACCA GGTAATTCTGCCCACTAAAGCTTAGGCAGATGTGAAGAAATCACCTAGTATTTTGCCTCC GCTAGGATTTGAACCTCATGGTTCTCCTTCCACTTCGTGGACATTTAGGCCACACCCTTG GGTGCAACTATCTCTCTCTCCCTCCTTTGAAGGATGCAAGGTGAAACAGTTAGTTTACTT CCAAGAAAGACAAATGCTATCAGTCACAGTTGTCACTTACAGATGCTTCCCAGGATAACA CCCACATCGTAAAAACACAACACCCTGAAACTCACCTGCTTGACTTCATGTTCACTTGTG CTGAAATACAATAAACCTTTAGAAAAACCAGTCATGATAGAGCCTAGAACCAAAACAAGT TATAGCCGCGCAGCTCTTTTCTAGTACAAGGTCATTAACGACTTGATATAGTCCAGCTTC ATTTGTATAAATATTTTTGTATAAATCGCTTGAACTGCTACCTTCTTCCAACATTAAAAC TAACACGGACTACTAATTTTGATATGTATGGTGTAACACAAAATGCTGTTTTTCACCAAC TTCTACACTTCTTTCCAGTTTTTTTCGCTTCTGAATTCGAAAGAAAATATATAGTAAATC TGAAAATAACTTACTTGCAGATGCCACATATTCCCTTTGGACATCACGTAAGACATGTTA CCAAACATGATGCAAGGTGATTTAGTTCATCTTGAAATTGGGGTTTCAGCACTAAAGCAA TTTGTACACCTTCCATTCCCAAAATTTTCTCAGTTGGACCAATTTTCTTTATACTCCCTA CTTCCTAAAGGACCAAAACCAACTAGACCAAAATCACACCCAACAGGACTAAGAATTTTA AAAAAATCACCCCTCTCCATATTAAATTTGAACTTTAACCAGAATAATGTTGGATTGTTT AGTGCATAAATATTGAGAACATTCTTTAAGTGCTAAATGACAGCCAAAGAGCAATAAAAT ACCTCATCTTCACTGATAAGATCTAACTTCTTCATCAGATACTTTTGGATGTAATAAACA GGAACATTGCCATCCCTGCAACAGAATGAAACAGAACATGAGTACCATTATCAATACTAT TAAGGAAAATGTGGAAACACTAGCGAAACGCTAAACTAGTGGCTGTATCCTTCTATTAGC AGACAAATTAATCTTAATTTTAGTGCACCGCTTTTTATAGGACCAAAAATTCTTTTCACA AAATAATCCATTTTTTCCGATTAATTAGTTTTTCTATTTTTCCATTGACCTTCCTATAGC CCTTCTCAATCTCAACAAAGACCAACCAAACAATAGAAAATCAGAGTGGATTGATGGTGG TACTCGTAATACCAGAAGAAATTGGTAAAAGGTGGATTATTAGTATTACATCCCATTCAA TAATTTTCAAATTCAAAAACTGAGCCAATAATATGTTGAGAAGATTACCAATACATGGCA ACATTGGTTAGATAGCATAAGTAAGAAATTATATGTGAGATATTTCTAAAGAGGCAATAC TTTAGTTGCTATACAAGAAGTGAAGGGGGAAAAAGGATCGCCAAAGCCAAAAGCTCAATG GCTAAAAATGTTTGCAAAACAGCATGCAATATATATATATATATATATGTATGTATAATA AAAATCTTCAAGTCTGTCCAAGGAGCCTCAGAGACACAGATATGCCATCTCAGCTTATCC CTAACGGAACAAAGAGGAGAAGCTTATGGTGTAAGGTGAGTGGCTCAGTATCCCTTGATC AATTCTACCAAGAAGCCCCATTGTAGTCACATCTATGTTTATTTTACCTTGCACTCAAGC ATGTTTTGTAGGTAGAACGACAGGAATTTAACTTAACTAGTTGCATTATTACAGAACACT GTCCTAAACCACTTATGCTGAAAGGATAAACCAGCTTCTTAATGGTTCAAAAAAATCCTT CAAATAAGGGAAAGATATTACGAGTTAACTTCAAATAGACAAACACGATCAAACAATGGA ATGAAGAAGCTGTCTAACTCATTGGAGAGAATCATCCTTGACAGGATGAGAAATTCCCTC ATATGATATCATGCTACAAGAAAGGGTCAACCAACCAATAGCAAATGAAGATGCACTGAA GAATACATCAAACAGCAGTGGTAAAAGACCACAAATGAGCACAATTAGACAATAATCAAT TATCAGAGACCATGATAAAAAGAAATAGAAAGCTTGGAAGACATGTACAAATATTTACTA GCAACTAAATGTGTACTGGTTTATAAGGTAGAAGATTCCAGGAACCTAAATATGACACAG GATTTTACTTCTCTAGACAACTTTAATCCCAACTCATCTCAAGAGAACAGATGAGACTGG ATCACGACGCCTCTTATTATCAGAACTCGTTAGTCCAATATTTAGCTTTGGACAACGAGA AGTTAGCAACTTATCATCAATTTTCAATTAAAATGCTGGCAACTTTAATCTAAGTTATAT CTTTCTTTCCTAGTCATTGTGGTATACCTGTAATTTGGTCCCACCTGATGCATGCCTACC ATTCCAAAAAGAAGTGTGTAGATCAGCTTGTTAAATGCTCAAATTTAATGGATTAAATCA AATGCTAACCTAGTCCTCATGGCATATAAATATACTCAATTTTAAAGCTTTACCAATATA AATCTAATCTCGGTACCCTTGGAACAAGACTACGTGTAGTTATTAGTTCTTATCCCTTTC TTGGGACTAGAAGAAATTGCTGATGTCATGGTTACAACCAAAGAGACCAGTAGTGTCTAC ATTCGAAAGAAGAAACGGTACGTGACCCCCTCTCCACCCTCTTAACACATAGTTGGTCAA AAGATATCAAGGCTTTAAGTATCTACTCCTGCAGCTATAGATATACTTTGTGCAATTCAT TCTAATAATTAGAGCATAACGAAGAATGCTAAACCTAGACAGAAACAGCATCTCAATATA AACTGTTTCACAACAAGTCTGGAATGATATCACAATTAAGCTTACTTTATTCTCAAGTAA CCTGCAGAAATCTGGGGCAAGGGTGCATCTCCCTCTCTGAAAAAAAATCGGAGTAGAAAC ATTTAGAAATACAACTTCTTTCTCAGAAAAGATATTATTTTATAACAAAATCTACAAGAT AAGGCAGATTCTTACTGATCTTCAGAGGCCACTAACGAAAACCAAATTGAATTATTCCTC CTTTCAAATTTGGTAGCAATTGCATCCAGCACAGTTTGTGGTGAAATACTAAATCCTCCA GATTCTGATGCTTTCTTTTGGCTATTTCTCCGCATCTTTTTAGGTTTATCTGACCCCAAA TGAGCAGGTCCACTGTTATTCTTGTTATCCTGGACTTTGGTTTCCAGTCCATGTTTTTTC ACTTTAGTTTTACGGACATGAGCCTCATTGTCAAGGGAATGCAGATATTCAGATTTGGCA GTAGAACCTGGGGAAGGAAACTTCGCAGACTTGCTCCGGTTTGCTGCTTCCACCAAACAA TTCAAAGGTTTCCACAAATCAGCTTTACCTTCCCACAGATTCATGCCATTCTCTGTTTCG TTATCAGGTGTGGGTTGGCCAAATAGCTCAGCACTGGAAGAATTCTGCAAAAGAGGCATA ATTAAGTGTAACAAGAATACCAACATATATACACTTAACATCAACCGCAAAAAAGATTTC AAAGAAGCCTAAGATGAGGCGCCACACCACCATCAAAGAATATGACTTTACCTGCCTAAT GTTCTGAGTGAACTTGTTCAAAGTCTCAGGTGAACTAGCGCTATCCAGCTGATCTTCTCC AGAACTTCCCTCTTTTCTGACAGGTTTCTCAACAGAAAATGTGGAGCCTCGTAATGCTTT TCTTGCCACTGATTTTGATCTTCTTCCTGTTGTTCCAGTCTGTGTTGATACTCTTGGAGT ACTGACCACTAGTGATGATAATGATCTCTCTTTTCTCCTGATTGGAGGGGTAACTGAAGG CACAACTTCAGGTGCCTGCACCTTTTGCCTCTTGTAAGGGAATATCTTTGCTCTTATATC TTGCAGATTATGATCTGGCCTGAAATGAGAAGAAACAAGAAAGATAGATTAACATGTGGG GTATGTCAGATAATAAAATTATCACATATCAACTTTTAAAGTGAATACAAAATTTTGCCT TGTGTTCAGTTATGACCTGCTAGTAAATCTTAGCTACATAGCACAAACATGGAAGAGTAC TGTGATTTCTATTTTCTACTCAGTATTCTTAGTGAAATACTAGCTCAATTGTGACAATCC TGCTTTAGCACTGCACTGTGATCTCTGCTCAGCATTCTTAAGATCCTAACTCATATATGT GAAATATCGATGACCGACTTGCAGTTCTTGCTTATTTGGAGATGGACCATGTTAAGCAAT TGTGGTGGGAAAAAGTGGGAAAATCTCAATACTTCATAGAAATTTCAACCTCCAATGAGC ATAACGTGTTGCTCTCAGATTCATCATTGATTGATGTTAGGTCAATAAGAAGTAAGAAGC AGGAAAGTAAGAAGGTATTACATGCATAGCCAGGCATTTAGCCTCTCTAAGTAAATAATC ATTAAGAATCTATACAGCTTAAATTGCAATCTGATATCTTTCACACAAGACGCCTCTAAC TTCTTGTTGCATATCAAACTTCAGTGGGACAACAGAACAAGGCAGTCTGGAGCTGAACAT GCAGTACACTCCATGTTGTTAAATTTAATAGGCTAACAGAAGGAAGTTAATGAAAAGTGT AATATGTTGCTAGAGATTCCATCTGGTTGAACAAAACGCAAAAGAAAAACTAGAACTATC TACATCAATATGTCAATTGACACTTAAGCACACCTTTGGACGTTCGGATTAACAGAAAAA GTGAAACGAGCGATAGTAAAAATAATGACCTCAATTTCTCTAATGGCACACATCCCAAGT CAATATTGCATATTGGACAGCATTCAGTTTCTTCATCAGAGAGTTTCTTATAGATGCATT TCCTGCAAACTGGATGAATTCCAGAAACAATATTAGCACAGAAGGAAAGCTCATCTTTTC TTGAAACAACAGAAGCTAGTGTCAGTATTAACCAAAACCAAAATGCAGAGATTTTCTTCT TAAGAGCAATGAAAAAATGTATCGAAGTTTAATTCATTTATGAAAACATGTGGTTTCATA CGACAATATACACTGTTTAGGGAAATCAAAGCATGCTCCTCGCAATATGATCAAAAAAAA ACTTGTAATGATTCCGTAAATAACACATACATTTCATTAGAACTTCCCAAATGAACCCTT TCAAGAGATATATATAGCATGAAAATTAAGTCATGTGCCACTTGACTACATCTCATTGCA GCTCAATTATACATGATGAACCAAGCATCTGCCTCTTCTGTGAGAAGAGCATCTAGCTTG AACAGGAAATTTCCATATAAATCAGAAACGGCTGATTTTAATTCATCCTTCACTGAGTAA ATACGCGAAACTCATTAAAATGAAATCAATCAAACAGAAGACTCGTTCCACTACCAAGAT ATTGACCAAATGTGCAAAAAAGGATAAAATCATTCAAATACTTTATAGACAAAGAATAAA CAATTTTCTTAGGCACATAGAAAACACCCAGATGTTGTAACGCATTAATCCAGCTAAACT GATTCCAAATAAAGCAAACCCAGATCGAAAATTCGAAATTCGAATAGCTGACATTGACCA AAACCCATAGAAACAGATATAGAGAAAGGGACTTACACGTATGAAGACATTCAGAAATAG TAGTAGCATCTCTGAATAGCTTATGACAAAGAGGGCATGTAATGCATGCCGCAATTCTTT CCCTCTTCACTTTCACCACTTGATTCGGCATTTCCAGTTTCCAACTGTCGAGTTCGAATG AAACCCAATTCAGCCCTCTTTATACCTTCAAACCCAACGTAACTCAATCAGTGCATGTTA CAAACACCTCATGAACAGAACGAAATTTACGTCCATTGATTTCCCCCCTTTGTTTATTTG CATTAAACCCAAAAACAGAACCAACAATCATCAAACACCAGTCCCTCTGTAATTAATACA GCACAACCGAAAAAGGACAAGTGTGAATCTGGGTCAAAAAGATTGAAATTTGAGAAAATG GGTCGATTTGATTTGGGAAAAGGGAACGTGGGTCGGTGATAGATTGGGGGTAGAACAGGT AGGGTGGGTGGGGTGGCGGATTAAGGTCGCCGATGATCTTCTTCTTCTTCTTCTGGGTTT TTTTTGGGAGTTGAAATCGAGAGGAACTTCACAATGGCGTGAACTAAACAGAATACTCTT TTTCCCTACTTCTTTAATATGAGTATGCTTATTACTCTTCTGTTCTATTTCTATTTTTAC CGTTTTTACTTTTATAGTATTCTTTAGGAAATTATATTTTCTTCTAAAAAATAATAGGGT GCATCGATTGTGAATACAGATTAAATTTGGGTATTTTTTTTTTAACATGTGACGGCATAT TAAATGAAAAATCTAATTATACATGAACTAATGGAACTTAAATTATATATTAAGATACTT ATATATTTTGTTTGTAAGAAACAAAATTAAAGTTCTCTGAACATGAAAATTGAAGATAGA TTTTTATATCTAACTAAAAAAAATTATCCTTGTTTAAGAAAAAAATATATAGTTATATTT TATTTGTTAATATAACTTTTATTTGAAGGTATTTGAGAATATACATTTATATACCTTGCT CTTAATTGAGTAAGATAAAATTATTTCAATATTTTAATTAATCAAGAAAGATATATGATC TAATGAATTTTTTTTTGTTAGAATACGATTGTAATACATGTGAAAAATATATATATATAT ATATGAGATATATCAAGGTAACATGGTATTTTTTAGAAAAAATATTGAAATATTTTTTAT AAAAAAAGAAGCTTGAACAAATATATTTCTTGAAAATCTTTTATAACATTTTAAAAAGAA TGTAATAAAACGCCAAAAATTTACTCATTCAAAATGTAGAAAGATAAAATAAAATTATAA CACAAGCAATTAATGATTTTAATAGGTTATATAATGTAGATAATTTTTAAATATTTTTTA ATTAAAATTTAAAGGGGATATTTAATATTTTTATATAAGTATTGAGATCCACATTATAAA TGAATCATACTTGAAATAAGAGTGTTCACAATTGGATAAAAATTGATTCGAATAGAAAAT CAAACTAAGTCGATTAAATAAATTTATTTTATTTGGATTTACTTTAGTTTTATTGTTACA TTTTTTGAAAACATTAAATTTTGATTTGATTTTGTTTCAAAAATTAAAGAAGATCGAACG ATATTGATAAATTATACGCGTATATTTTATAATTATACATAATTTATATTTTTATAAAGA ATTTAAAATATCTTATATATGTTTTTGTCAAAATTTACTTATGTGGCAAAAAAGAATATT TGTCTTGTTAATTTTATGTAATTATTGTCTATAACAGTTTTTGATGGATAAGATAAAAAC AAAGACATTCCTAGTTCCGCTAAAAATTATCATACACTACATGAAACAACATCATTATTA ATATAAAATTACTCTATATTATAAATATAAGAAGAAAAATATATGATTGAAGGAGAATTT TTTATTTGAATAGAGGTACATACATATATATATAAAATGTAAAAAAGAAAATTATTAATG AATTTGAAGAAGTTGTTTCTTTATACTTAAAATGGACATTTTTTAAATATTTTTTTGTTT ATACTTCAACAAACATGAATATCTACAATTTTTCTACAAGTATCATTATATTATATCAAT AAATGAATCATCCTTAATATTTACATTTTTTTTTAAAAAAAAAGAACTAAAAAGTGATTA ATCATCACAAAAGCATTCCTCTTTAAAAAAAATGATAGATAAAAAATAAGTACTAGTAAA TATTGATTTGAATGGTGTGATATCAGATAAAATTAAGTGACAAAAAGTATATATGCACCA ATAACTAACTAACAATGCTCTATAAGTGTTTAAAAGGATAAATCAATTATTTAAATTTCA TATCAAATGGTTAAAATAAATTTAATTTGCTAAAATAAGTTATATTGAAATTTGAGTTAG ATCGTATTTCATTAATTAATTGTATTGGAGTATGATCTTGTGACTAGATTGATCAATAGT GCACTTTAACAATGATTTTTCTTAAGAGTCATCGGAGAAGTCTGTTTGATTAGAAAAAAA AATAACTGTTAATTTTGATATGAGAAAAACTTTCATTAGAATTTTTATCCAGAAGAATGT CATATAAAAAATTCTTTATCTTCAATTAAATTTCAGATGCTTTTTAAAGAACATATACTT CAAGCACAAACATATAAATTATTACATATATTCAATATACAAATCAACACTTTAAACGTG ATAATCTCATATAGAATTCTTCATAGAAAGCATACCTAGTGAAAAAATTGGTCAACTCAT TGCCCTAGCGGCCGTTAGTGATGAAAAAGTGAAAAGAATATGATGTAACCTCAATGAAGA AGTAAAGATCAATCTATAGAAGTTTAGGTTTAGCTGATGTTTGTTTTTCACTAAAAATTA ATTATGGGCTTTGTAAAAATTCATTAGCTTGGGAGCTAATTAACTATAAGGTACACATTA GTTTGCAATTTACGGATCTTAAAGGAATTTTGTACATGCAAACAAATGTATCTCAAAGTA TGAGGTCAAAATTTTTAGGTGTACTATATCCAAATGAAATCGCATATATTTAGATGCAAA CGTTTTTCACCTTCTTTCCATCTCGTTCGCGTATTTAGCATCTCAGATACATATGAATCA CACCAGATTTATATGTAAATGGAATACATAGACAAATATCGCTCATCTCCTTTTCTATTT TTGTTTTTCTCTCTATTTCAGTGTATTTGATAGCAAAATATGTGTATATCTGCTATAAAA TTATTAACTAGTGAGATAAAATGTATTTATTCAAATTATAGAATGATTTAATAAGTATGA TATTAACGTTCGTGTAATTAGATAGTTCATCAATCTAATAGTACATGCATTACAAAATCA ATCATCAAAGAATTCGTGAATTTTTTTTTGTTAATTGTGTTTAAAAAAAAGAAGAGAAAT CACGCGAATTGACAAACATTACTAGTTTATTATTCAACGAGGGTATAATTTCATTTAATT ATCGTGCGTGTCTATAGATTAATATATTTTTCTATAAAATATGCGACTCACACCTACTTT GTATACCAAAACAAAAATAGTCTTCTCGACTTTTGTATATCATTTATGCAAACCAAATTT ACGCTCTCCCCGTTCCTTAATTATCTCCTAAAACCACTCATACACATCCAATTTGAATTT CAAATTTACTCTCTCACTTATAATCGTTATTTCATTATTGAGATAGCCGTCCTAATTTTC GTTGGGTTAAACACAAGGTTTTGCATATAATCTTTCAAATTGTTGTTGGTTTAACATAAG TTTTTGGAGTCAATGCAATGTGATCTATTGCAAAATTTATAGAATTCAAAGAGGAAAAAT ATGTTCAAGAGTTGAAATCCAAGAAAAAGGACGACCCAATGGTAGTGCGACAAGTTGTCA ATAGTGTTAAAGGCAAGCAACATCAAAATAGCTGAAGGAGGAAACAAGAGGTCATTCATT AGATCTTTACAAATCTAGAGAATCACATATATTCATATAAACCCTAAATATATAGCAATC TGTATATTTATTAGTTATTATTTATACACATACAAAATTGTAATCTAATACCACGCATAC ATAGTTATATTAAGGAGTGTATATATATATATATATATAATTTTTTTAATTTTCTTTTAA TTATATACAAATACTAATATTTATACTAATAGTTCAATATTTTTTACAAATATTTGTATA TTTAAACACATGCATATACTTGTATATAGTAATTAATTTGTATAAATATTAATATTAGTA TCATGGCAGAACTCGGTTTGAACAATATATTATTAAAAAATAATAAGTGTGAATCATGGG AATATGTAAGTTTTGTGTTACCTTATTTAGCGTCCATGATTGCGTTTATTGATTTTTTTT AATCAATAAATTAAAACAAAAAAATTGAGATAGACAAATCTAAGGTTTGATAGCAAATTA AACTATAATCATAAAATATAATTAAATAATATTAACAACTCATAATTAAATAGTGTACAT TACTAGTTTCAAGTTAGTTAGTTAGTTGTATTTCCATTTTATAGTTGCTTGTTGTGATGG TTAGTTACATAACAAACTAGTTGGTTAGTTAGTTATTATCTTCCACTTGCTTGATTCATT TAATCACATGTGTATATATACATCTCATGAGTGATGAATGAAAGTAATCAAAAACTTCCA CATTTCAATCACAAAGCCTTGTATTGTTAGTCTTGGTTTTCATTCTCGTTCAGGGAAGTT TGCAGGGAAGTTTGCAGCTTCATCAATGGCTGCACACACTTCAGTTTGAAGGTCTTTACA TGGTATCAGAGCACACGCTTAATTGCTCTTTTCTTAATTCTTTGGTTACTCATTTTTTGA TTGATTCTCGATCGATAAACGGAGTTGGAAGTCGCTGTGTTAATACATTTTGATTTCTTT CTGAAAGTTCATCTTTGCTCTCTTTCTTTTTCCTTATCGAATAGTTCATAATAGTCATAG TTGTAATGGCTATCGAAACTACTACATCCACGTCTGCATCAGAGGGATCTGTGGTATCTG GAAGTGATGCAAATGGTGTTTTGTATGTGCATCCTTCAGACAATCCAGGAATGATACTTG TTCCTGTTCAGTTTGATGGAACAGGATATAGGACCTGGAGAAGGGGTGTTATGAGAGCAT TATCAGTAAAGAACAAGTTATGTTTCATTGATGGAAGTTGTGAGAAACCAAGCACCAATT CACCTCAATTACGTCAATGGCAGAGGTGTGATGATATGGTGACATCTTGGATTCTAAACT CTTTAGTCAAAGAAGTTTCAGACAGTGTGGAGTATGTAAGCAATTCTGCTGAGTTGTGGA AGGAGTTGGAAGATAGGTATGATCAAACCAATGGAGCGAAATTGTATCAAATTCAAAAGG AGATCAATGATCTCACACAAGGAGTTTTGGACATTACTGTCTATTACACAAGAATGAAGA AGTTATGGGAAGAGTTGAATACTTTGAATGTGAAGAATCACTGCAGTTGTGTCTGTATGT GTGGTGCAAAGGATAGTATATTCAAGGCTGAGCAAGATAGGCGCCTAATTCATTTTCTTA TGGGGTTAAATGAAGTGTACACAGTGATAAGAGGAAATATTCTCATGATGAATCCTCTTC CTTCTATGGGCCAGGCTTTCTCATTGTTAATCCAAGAGGAAAAACAAAGAGAGTTCAAGC CTGTTGGTAGAATGTCTACAGATTCTGTGTCTTTGAATGTTAAAGTTGTTGATAACAAAG GTCATGGAGGAAGATCTTTTAGAACAAATTTTCAAGGAAACAATTATGGAAATGGCTATG GAAATCTTGGTGATACCAACAGTAGTTCAGGAGGAAATCACTATCCAAGTAACAACAGTA ACGGGAATGTCATAGTGTGTGACTATTGTAAAAGACCTGGACACATCAAGGATAAGTGTT ACAAGCTACATGGGTATCCTCAAAACAATAACAGACCAGGTAGTCACAATGGTGGTCAGG GCTTTAGACAACAAGGCTCAAATTACAAAGGAAGGAGAGTGGTAGCAAATGTACATGGTT CTGTAGGTGATATGGTACCTGCTAATGGAGAAGAACAATCACAATTTCAAGGTGATGTTC TAAAGAATATTAACTTCACAAAGGAACAATATGGACAGATCATGAATCTACTGCAACATT TCAAAAATGAGAATGTGGGAGAAGATACTAGTGCCAACAATAATGCTTCTGGTGTGGCTG CTGGATCAATGAACTTTGCAGGTAGTGTGGTTTGTTCTTCCTCTACTGTTTTTGACAACC TATCATGCAAATGTTTTGAATCAAGTGCAAATCTATGGATCATTGACTCAGGAGCATCAA ACCACATAACCTTTAGTAAAAACTCTCTAATCAATATCAAAACTCTGCCTATTCCTATAC TAGTTTCTCTTCCAAATGGATACAAAGTCAAAGTAACAGAGTTTGGAGATGTACCATTCA CATCTAGTATTACTTTACATCAAGTCTTATATGTGCCTTCTTTTAAGTATAATCTAGTTT CAGTTCATTCACTAACTAGTAAAATGAAATGCATAGTCTTGTTCACTAATGCATTGTGTC TATTGCAGGCCCCTTTAGTGAAGAGGCCACAGGTTCTTGGTAATTGTAGAGATGGACTTT ACTTCTTATGCACAAAATGCTTGAAGACTTCTGATAAAGTCAATACATGTCAAATATGCT GTTGTTTTCCCAATAATAGTCTTCTTTCTAGTTCCATTAGAAGTGAAACATGTAATTCTA GTTCCTATTCTCATGACCAATACAAAGTGTTAGCTTCTAATCCTGTTACTTTCAAGTGTA ACTCTTCTTTTAATATGAATGTTATGGCTGATCACAACTCTGGAGATAATGTAGATTTGT TGTGGCACAACAGACTTGGCCATGTACCTTTTGTTAAGATGAAAAGTATCACTGGATTAC CAGTCAATTTTTCTCCCAAACAACCTTTCTGCTGCAATATTTGTCCAATGTCAAGACAAC AAAGACTACCTTTTAGTCATAGCACAAGCCAAACCAAGTCTATTTTTGAACTGTTACATA TTGACTTATGGGGACCTTATCATATATCCACTTATGACAACTACAAATATTTCATTACTT TGGTAGATGATTACAGCAGAACAACTTGGACACATCTTTTAAGTACTAAGAGCAATGCTC TACAAGTTTTGAAAAATTTTATAGTCATGATAGAGAATCAGCTTAGTACCACTCTTAAAA GCATTAGAATAGATAATGAGCTGGAATTTACTAATAATGAAACACACCAGTTTCTTATAT CCAAAGGGATAGTTCACCAGAAGACCTGTCCATACACACCTCAACAAAATAGTATAGTGG AAAGAAAACATAAATATTTACTGGAAACAGCTAGAGCTCTTTTATTCCAATCTAAACTAC CTATAAGGTACTGGGGAGAGTGTGTTCTAACAGCTACACACATTATTAACAGACTACCAT CAAGTTACTTGAAAAATAAGTGTCCATATGAGGTATTATACAATAAGAAACCAAACTACA GCCAGCTTAGATCCTTTGGTTGTCTTTGTTACCCTACTGTCCCAAAGGTACTTAGAGATA AGTTTGAGCCAAGGACCACTCCACATGTTTTCTTAGGATATATTTTTGGAACTAAAGGCT ACAAGGTATTGAATCTAGCTACAAAGAAGATACATATCTCCAGGGATGTAATTTTCCATG AACATGTCTTTCCTTTTACTTTGTCAACTGAAAGTTCTTCTTTTCTTTCTGTTTTGAAGT CTTTTTCTTCTCCAGACTATACTGTTTTAGATTCATATAAGAACTGTGTAAATGATTATG ACAATGTGACTGATACAACTCCTTCTCATCTACCTACTCACATTACTCAAAATTTTGATA TACCTTCTACTACTTCTATTACTTCTTCAACTCCTTCTCAACATAATACTTACACAATAG TACAGAGAAGATCTCATAGGGAAAATAAAATACCATCACATTTAAAAGATTATGTTGTCA ATATCCCAAAATTGAAATCAGTTAACTCTAACACATCCAACACAACTCTCAACAACAATT TATCACTTACTGCATTGTTTACCAAACATCATCACATATCTCCTGAAGTCATTGCATCTA ATAGTCAGTCACTTGTTGAAAATATTTGTCATGATAGTGAGCCATCATCATATGAGGAGG CATCACTAAATCCTGCATGGCAAAAGGCTATGATACAAGAATTTGAAGCACTGTATGCTA ATGATACTTGGGATCTTGTTACTTTACCACCCAACAAACAAGCAGTTGGATGTAGGTGGG TATATAAAGTAAAACACAAAGCAGATGGAAGCATAGAAAGATTCAAGGCATGACTAGTTG TGAAAGGGTATACACAGCAGGCTGGAATTGACTACACTGAGACTTATTCACCTGTGGTTA AGATGACTACAGTGAGAACATTGATAGCATGTGCAGTGAAGAAAGGGTGGAACATGTTTC AACTTGATGTAAATAATGCATTTCTTCATGGAGATCTTCATGAAGAAGTTTACATGAAAC TACCTCCAGGACTTGAGGTACCTGATTCAGGACTGGTTTGTAAATTGAAAAAGTCTCTTT ATGGTCTTAAACAAGCAAGTAAGCAGTGGTACTCTAAGCTAACTGAGGCATTATCATCCA GAGGTTACTCTCATTCACAATTTGATCACTCTCTATTTTACAGAAAGGAAGGCTCCTTGG CAGTATTTGTTGCAGTGTATGTGGATGATGTTATTTTAACAGGCACAGACACAACTGAGA TTGCACATCTGAAAACATATCTGGATAACACCTTTAAAATCAAAGATCTTGGAAGGCTTC ATTATTTTCTTGGCCTGGAGATACTTGATACAGCAGATGGAGTACTTATTTCTCAAAGGA AGTTCATCTTAGACTTACTCGAAGAATATGATTGTTTCAATTATACACCTTTGTCTTCTC CTTTAGATCCTACTGTTAAGTTGAAAGCCAAGGAAGGAACTCCTTTGTCTGATCCTACTT TCTATAGAAAGTTGATAGGCAAGCTGAACTTCTTAACTAATACAAGATTGGACATAGCTT TTAGTGTTCAACACTTAAGCCAATTCATGCAAGATCCACGAGCTCCACACTTACAAGCAG CTTATCATCTGCTTAGATACCTCAAACAAGATACTACCTTGGGAGTGCAGTTGTCTAAGG ACCCCGATTGCACAGTTCAAGCTTTTTGTGATTCAGATTGGGCATCATGTCCAGATTCAA GGAGGTCAGTCAGTGGCTATTTGGTGTTGCTTGGGAATAGTCCTATTAGCTGAAAGTCTA AGAAACAAGAGACAGTCTCCTTGTCATCAGCAGAAGCAGAGTATAGATCACTCAGGAAAG TTGTGGGAGAACTAACTTGGATTCACAGATTACTCAATGAGTTAACTGTCTCTATTTCCT CTCCTATTAGTGTTCATTGTGATAGTCAATCTGCCATCCACATTGCTCGGAATCCTGTGT TTCATGAGAGAACTAAACACATTGAGGTGGATTGTCATTTTGTACGTGACAAACTTCAGG AGGGGTTGATCTCTTTGCATCATGTGTCTACTTCCAATCAGCTTGCAGACATACTTACTA AGGCCCTTACTGGCGTTAAACATTCAGCTATTTTGCACAAGTTGGCTGTGAAATCCTCAC CTCCAACTTGAGGAGGGGTATTAACAACTCATAATTAAATAGTGTACATTACTAGTTTCA AGTTAGTTAGTTAGTTGTATTTCCATTTTATAGTTGCTTGTTGTGATGGTTAGTTACATA ACAAACTAGTTGGTTAGTTAGTTATTATCTTCCACTTGCTTGATTCATTTAATCACATGT GTATATATACATCTCATAAGTGATGAATGAAAGTAATCAAAAACTTCCACATTTCAATCA CAAAGCCTTGTATTGTTAGTCTTGGTTTTCATTCTCGTTCAGGGAAGTTTGCAGGGAAGT TTGCAGCTTCATCAATGGCTGCACACACTTCAGTTTGAAGGTCTTTACAAATAAACTACA GCTATCAAATATTATTTGCTTAAATCTATTTTCCATATATATGAAATTTACCCTAAAAAA ATGTATCAAATTTTGACATAAAAGACATGTAATTTTTAAAAAATCATATAGAAAGGGAAG TTTTTGTCCTTAAAAGTTTTAGTAGCTAGCTAATTAAAATAAGAGCAATCTACATAAATC TCACTAGCGTTGGTCCTAATTAGTAAAATTCATGATAGTTTCAAATATAATTTCATGTAT CATATTTTATACTTTGGATATGTGTATCTCAGACAAATTTCAAAAAGGAATACATGTTTT ATTAGTTTAAAATAATTGTAATTGATTCCTTATTTAAAGAAGTATTTGACGACTCGAACA TATTTTCAGTATCTCACTATAGCAACTACATCAATTATTTCAAAATATGAATCTCATAAA ATCAAAATAATTGCAAACTCTACATACTTGATAGTGGATCATTTTTATTTCGTTATATGA TTACATGTATCTATATGTCTATCTTTTAATATATATAGTTATTTATCTAAGGTGTATCTT ACCTACAAAAATAATAATACATGTATCAGAAGGTCTTTTTTAGAATGATTTTCATAAGTA CATTTTATATCTATTATACATGATCATTTATCTGCCTTATATCATTTAGATATATTTGTG AATAAAAACATATATAACGACAATGTCTAACATGTTAAGAAATTATTTGTTAGATACAAA TACATGTATATATACCTAATAGACCAATGAAAACTTACTGTACATACAGTGAAAACAAAA GATACATTAACTTGTTTAATTACAACAAATACATCTAATAAAACACTATGTAAAACTTTT GAAACTGAGGTGCATAACATTGATTTTCAAATACATTATACATATAGAAGAAATCATGTT TAATCCTTCTCTCCATTGTATCTCTTTCGTCTTCTACGGAGAAAACGATTAGTTAATACA GATACAACATATCATCATAAATTTTCATAGAACCCATGACTTCAATGATATAGAGTTTAT GGAGTCTCAATTAACTTGAAAAACTTTTTTTGTAACCATTACTTCGATTTAGTCTTGTTA GAAAGGAACAATACATAATAAAGTTTGAGTTCAATAATTTTATCAGTCGTGATGATTATA TCTTGAAAAGAATAGAGTAGATTAGAATGAAGTTATTGAATAAGAAAGGAGGAGAGATAA TTAAATGATAAAGACCGAAGGAGAGATTTAAAAGAAAGTGATTGTTTTAGAGAGAAAAAG TAAATTAAGAAAATACTTAATTAATCCTAATTAATTTTAAAAGAATGTGAAAAATGTGAT TGTATTTTAAATAAAACATAAAAAATAATAATATATATAATTGTTTAAAAATAGAGAGTA TATAATAGTGATGTACATCTAATAAATTAATGTGTCATTAAGATCATGTGTTGCTCATCA TTATTCAAAGTAAAGAATGATTTCGAATTATCATTAAAATTTTGCAATTACAATATAATT TTGCGGCAATTAGCTCAACTCAGGTTTCTAATTAATTTTTCATTACGAAGATGCATGTGT TGGGATTTGTCGCTCAAATTAAACGATGCTGCTATTTTTTTAATATAAAAGTTTGAATAT CACGGAAATTAAAATGAGATATAATTGTTAGTGAGAGACAATGCCTTTTTATAAATTTTT TTCTTTTTTTAAAAAATATAAATTAAGTACACAAGGCAGGACACTTGGCATATTACTATT GGCTAGCAAGGGATGATGTGCAATCTAAGTAATCGATTTTGTGTGGTTGTTTGAACTAAA ATGTACGTGTGTTATTGTAGCAGATGTTGTGCTAGTATTATTGAAGATAAAAAGAAGCTG TGTCTGATTTCTCATTTCTGACTGAAAAAACGAACACCAATGGCTTCCAGCATCACTGCT TGTACCACCACCTCTTTAGCCGCCCGTGAGGCCCTCCTACATAAGGCATCAGCTCTATCC CGCCCTTCTGTTCTTGGTACGTTCATTTTTATACAATCACGTATAAATTATCTAATATAC GGTATAAAAAACAATCAATTTTCTTGAATTTGTTCTTGACCTAAGATATTTTAGTTAGAC GTTTAATGAACTTATATGATCAGTGACTTAATTCACTCACGGAATTAATGTTTAGTTAAA CCTAGGAAATCAAATTATTTAATACTATTCTTTTATAAAATTAAGAATTAGGAATACACA TTGATTCCTTATATCTCTAGTTATACCGACTTATAGATGCACTTAGCTTTTATAAACGTT GGAATTCATGACACGAGTAATATGAAAATCGAAAATTATAGGAATTTCCTAAGATCGATA TAATACTATCTTACACAGGGTTGCCATCAATGAGGAAGAATGTGGGAAGGGTGAAGTGTT CAATGGAAAGAGAGGATTCAAAATCAGGAATTTGTGGATCATTAGTGGCAGCAACACTAT CATTCAGCCCAACAGCAATGGCTTTAGTGGATGAAAGAATGAGTACAGAAGGAACTGGGC TTCCATTTGGGCTCAGTAATAATCTTCTTGGTTGGATCCTTTTTGGAGTCTTTGGTTTGG TTTGGTCTCTTTATACTGTTTACACTTCTAGCCTTGATGAGGATGAAGATTCTGCAATGT CCCTTTAATTTCAACTTCAGATTACTATGTAAAATCATGAATTCTATTCTATCATTTCCT CTCTTTACCTTCTTCCATGGCTAATTGTACTATATACATACGAATTACTATTACTAATTA TCATTTAGTGCATGTTAAAAATCTTTAATGACGTTAATTGATTTGAATTTGATAAAAAAA TTCTACGTTTTATTTTACTTTTTAATAACTTTTAACAATAATATTAAGATTCAACTAAAT ATAGTTTATGTCGTGATTACCAAATAATACTCGTCATTTCATTGTTTTAATGTAAATATA TATAATGAAAATAAAAAGATATAATATAGACGTGCACTGCAATAAAGCACTAAAACATTA CACCAGTAAAAATATTCCCATCCAAATTACCATAAGATATTCCTCTTTCGGAGAAAAGAT GTTCGCTTTTAGTTTACTTCAATTTATTAAGAAAAATTAATTAATATAGTGTATAATTTA CTTAAGTTATTATTTTCATCAGATGTTTATTGAAAATTGAGCAATATTAAGAAGGACTAG ATTTTTTTAAAAAAAATACAAAAAATGGAGTTGGAGACAAATACTATTTATTTTGTGTTT TCTAAATTAAAACTTATTTTGAGTTTTTTTCTTCCTAAAACTGACATTTAGATATTTAGA GATGGAGTATATATTTTTTTTCAACTCCTTTTAAAAATTCACATGTTCAATAGTTTGAAG TTCAAAAATTAAGGATCATAAGATAAATGTGTAGGCATATTAGGAAAGATAAAATCAGAG TTATATAAAAATATTTGGGATAAGATCAAGTGATTTCATTAGAGGATAGAATAAGGAAGA CGAGACTAAGGTGGTCCAAATATGTGAAAAAGAAGAAGCGCGGACGCCTCGATGTGGAGA TATGAGAGGTTAACTTTGATGAATTTTATTAGAGGAAAAAGCAGACTAAATAAGTATTGA CAGAACTGATTATATAGAACATGACATAACTTCAACTTATCAAAGACATGACCTTAACAA ATTTATAGAAGGGAAAATCGTATATAATAGCAAACTAATAACCTAAAATAAATGGAGTAG TTAGGGTTTGATTTAATTGTGCTCAATAGCAAACGTTAGCCAAAGTTTGCCAGACGCCTC TCTCCCAAAAATCTCGTTCGACACTCTCCCATTCTCGCTAGCCACTCTTCCTCTGCTCGT CTCGCTCGCTTTATACACAGAAGTGTATAAATTCTGTTTATGTTTTGTATACACTTAATT ATGCAATTTACAAACATTTTACTTCAATTCAATAGTAAACAAATGTAAAATTTATACAAA AATTTCAGAGAAAAGGGCCAACGAATTATACAATTGGCGTGAAATATAATTTTCTCTAGC TTTATACAACAGAAGTGTATATATTGTGTTTCTACTTTTGTATAAAGCGAGAGAAAAACA TATATCTTCTTGCTATACACTTATAATTATGCAATATACATACATTTTAATTCGATTCCA TTGTATGCAAAGCAAATAAAAATATTGCAGCGAAATAGGCAGCGAACTATACAATTGCAG AGAAATAGGATAGTAAATTATACAATTGCAGCAAAATAGGCCAGCGAATTATACAATTGT ATATGTATAGCTTAATTATACAGTTTTATGTTTGTTATGGAGCGCAATTATGCAAATTTT GCTACAATATACAAATATAAATTTTTTATTTGCTATATGTGAAATTTGCGAATATATAAT TGTGTGTTGCGTGCCTAACTTCTCATACTTTGATCACTTAATTGTTTTTGTTTGTAATTA ATAAGTATTTATTTATTTTCATCAGACTCAGGCTCTATTTATGAAATTATGCTAAATTGT TATATGTTGTTTTTCCCTTTAAAAGACGTAGTGGTACGTAATGGAATTGCTGCCTATAAA AACACCAATTTTGTATTAAAATGAAAAAAATTATTGGGCGGAGGCGCCAAACTACAGAAA ACTCCCGCGCCATTCTCCCACCTTTTATTTTTACTCATCTCTTACCTCAATTTTACCTAC ACATTTCACTGTCGCCGCCGGCAAGCTTCCGATTAACAATGGCGGATCCTAAATTTATAT ATATATAAAGCTCTAAAAAATTCTGATCGGAAGAACTCACTGTACAATTTTTTTTGGATC CGCCAATTGACGGCGAAATCGAGATGCAGGGCCGTCAACCCCATCCCCACACCACCACTC CTATATCCGAAGTTATCCTTCCAAAGCGTGGCAAGAAGCGGGGTAGCTACAGTTGTGGCC GATGCGGTGTACCCAAAAAAGGCCATGTTTGCAATTTTCCTAAGAACCTTAATCCGATTG ATAATCCCAGTCCCAATCCCAATTCGTCACTCTTAGCTTCCCCACCCTCTGTTGTTCGTC CTCAGCCGCCACCTCCCCTGCCGCAACGCCATGTACTCCCACAGCTCCGGCGAGCACTTT CATTTGATGACGTTGATGTTAATGATTCACCTGGATCTGATGACGAGGGGGATTTCTCCG ATCTGGATAACGAATCGGATCGAGTTGGGTCCGGATCGGGGATAGGGACGTTGCCTTCGA GTTGTTTATGGGAAGTGTTTAAGAGATTACCGCCTCCGGCGTTGCTTTCATCGGCGAGGG TTTGTAAGGGGTGGTTGGAAAGTTCTAGAAGGATCTGGAAGTCTGCTGTGGAGCTTAGAC TTAGGGTTCCCGTAAATGCCCAGATTGGACTTGTCGGGTCGGTGTTAAAGAAATGTCCAG GGCTTGTTAAGCTTTCTCTTAGAATGGAAAGGTTAGTCCTATTCAGGAACTAAACATAAA GGACTAAACTTTTCTATCTAACAAGGAAACAAAAGAACATAAAAACGAAAAATTGTAACC TGATAATTTACAATGAGAATTACTTATCACCTCCAACTAAAATTATCCTTAAAAAATTGT AATAAGTATACGATGAGGAAAATGATTTAGTGTACTAAGCAGTGATAGAATGTTCAATTG AACGATTATTGCTGACAGTGTATATATATATATATTGCAGTGACATTGATGCTACCATGT TGGCCTGCATTGCTTTTTCCTGTCCTAAACTGGATTCGATGGAGATACTTATGTGTAATA CCTCAGTCAATCGGATCACTGGGTATGCTATAGATATCTAACTTGCAGTATATGTATGTT ATCTTAGGATTTTCTTATTGTTCTCTCTAGTTAGTTTTGCGAAGTTGTGTTATCTGCTAT CCTCATATCACCCGCCACAAATCAGTATTGCATCATAAGTAGTAGTTTTTATGATTTACA TGCCCTAGAGAAACTTACTGTTCAATCACACTCAGAATCTATGCTTTGCTGATATACCTA GATGGCAGATGCATATGTAAAACATCCATGATTTCTCTAGGTTTCTTTTTGCCATAAGTC TTGTAGCCAATGGAGCAACTCTAAGTTTGGGAGGGAGGAGGAGTCAGTAAGGTAAAAAAC TTCATAAATCATAGTTGCAGGAATCGTGGGAATTAATGTAATGCAGTAAACCCCCACCCC CCAATAATCACTAATGTTTCTTTTTTGCTTGCCAAAGGAGAAATACGTCGAGTTCAATAA CTCTGAGTTTGGAGGGAGAGGAGTATGTTTGTTTGGAGGAAGAGGAGTATGTTTGTTAAA TCTTCGTCTGTAAATCATAGTTGCAGGAATCTTGGGAATTAATGTAATGCAGTTATTCTT CATACACATTTTTCTTTATTTGGCACCTGAATCAGAGGTGTTGGTAATTTCATGTAACTT TGTTAAAAGTCCCCTAACTGGTTTGCAGGTGTGGCCTATTCTAGTATTCTGTAATATAGG TTCACATGTTAGTTGCTGAAATGAATGCAATCTCTACATATTTCAGGGATGAATTGGGTC GTTTTGTTGCTGAGAAAAGATCTCTTACTAATCTCAAGATGGAAGGTTGCTCTAATCTTG GGGGTTTCACTCTTTGCTCAACCAGTCTTTCAACTCTTTCGCTTTCAGATCTCTATTGTC ATGCTAAGATGGTATGTAGTGTATGATGTTCTGCTCCTTTTTTTCTGGGGTGCAAGCAAA CTTATATCTGAAGTGTGTTTACCCCTGTAGGTCTTCAACTGCCCCAACTTGAAGGATGTT TCCCTGGATTTTTCTCACCAAGAAAATGACACCACCGATCTTACTCTCATGGTCGATGGT CTTGGAAGGAGCTGCCCGAGACTCCAGAACATTCATATTGCCTCCATCCGCCTAACACAT GCTGTTGTGCTTGCTTTAACAGCAGCAAATCTAAGGTTTACAATGTTCATCCAATTTGAT CATTTTATGAATTTCTCTTTACCTTTTTTCCTTTAATAAAGCTTGTAATTGTTTTTTACT GCTTTAAACCTCAGGGGGTTACGGATGCTCTCTCTTGTACTGGGTTCAGAAATAACTGAT GCATCTGTTGCTGCTATCGCTTCAAGCTACTCAAACCTTGAGTTGCTTGATTTGAGTGGG TATGTTTCCCTTCCACCCCTTCAATTTTGTGGTTCCTCCACTCTGTGGGTGATAACAAAT AACTGAATGATGGGTAATCAGCACACTTAATGTCTTTCCCTTCTGTTTATCATATTCTTT CTAAGCACATCCAAGATCCACAAAAATTAGTATAGCCCTTTAAAATAAAACAAAGCAGAG CTTATGGTTTATCGAAACCCTGCATCACTGATCAAGATCGTGGCAGCATTGACACATAGT TGATGGCTGAGTACAAGTTAAGTAATTGCTTGGACAACATTGGAAGTTGAAGTTGGGAAA ACTTGGGGAAATCAAAGTTGTGTTTGATAGTTCTAGTTTTATATAAAATGAAATTTTGGA AGATGAAGTTTCGTGACAAAAAGTTGAAGATTTTTAAATTATTCACTTGAGAAACACTCT TTCAAACTATCATTTCAACTTGAACATTTTTCAAGTTCAAATTAAAAGTTAGTTCTCAAT TTTGCCAAAAAACATGGATTTGTGCAAGTTGAAACCATTATTTTATTTTGTGGATCTAGG GAATTAGTCCAATGTGAAATGACCATCATTCTTTAAGTGTTACCTTCCTAAGCAATTGTA TTTTCTTGAAAGCAGCTAATTTAGTGGAAAAATCTTGATTATTGTATTTTCTCTTGATGT TTGTTGTCGCAGGTCCAGCATTAGTGATAGTGGCATTGGAATGATATGCAACATATTCCC CGAGACATTGTCTAAACTTCTCCTTGCTCTTTGTCCAAATATCACTTCAAGTAATATTCA GATCTGTTTCTGTGATTATCCAACTCAGCAACAGGTTGTTCACTAATTTGTGTTGGATTC TTTTAGGTGGCATTCAATTTGCTGCAGCTCAGTTGCCTAATCTAGAGCTCATGGATTGTG GTATGACCATATCTGATCCTGATTTAGACAATCCAACATCTCAGGAAAATAATGACCTCC AGTTACAAAGAACTCCCAATAGTAAACAACACCTTATATATCAAAAACTGATTATCAAGC ATACCTGCTTGAAGAAACTCAGCTTATGGGGCTGCTCTGGCTTAGATGTGAGAATTCTTC ATTAAATTTTATGTTAAATTTCCTCATTGAGTGCAGGTTTTACCTGACTGAAATTTTCAT GCAGGCCTTATATCTGAATTGCCCAGAACTGAAAGATTTGAATCTGAACTCTTGTACCAA CCTGAATCCAGGTCTGGTCTTTTGATGTTCCTCTTTAGTGTTTGAGCTTTAGGAGAATGG AGCATTTTCTTAATAATTGACTAACATAAAATTTTTACCTTACAGAAAGATTGCTGCTCC AATGCCCCAATCTGGAATATGTTCATGCATTAGGTTGCCAGGACGCGTTGGTTGGAACCC TTAAGAATCAGGTAAGCCAGCTGCATTTTTGCCATAAAAAGAAACTTGCATTGAGTGAGC TGTTTAAATAGAATTAGATCCTAACAGAATTGCAGTAAAAGCTGAAACAGAAACTTGCTA ATAAACAAGAATTCAACCAACTGCCACATGCCTTAAGACTAGGAAATCCACAACTAAAAA ATCTCAAGACTAGGACTTTCACAACTGAAAACTCTCTGGAAAAAATCCAACTGTTCTCTT TGACAATTTATTTAATTCTCATCATTTTGTTCGACTCGTGCGTGAGCAACTCTCTTGGAG ATCCACTTCTACTGCTATGCTTCCTTCTTGTTTTTCTGTAGGAACAAGTAATTTGTTATC TAACAACATGCTAGTGTAATCTCACAAGTGGGATCTAGGTATGGTAACATGTACGCAGAT CATATCCCTGCCTTTGTGGGGTAGAAAGGCTGTTTCCGGAAGTAATTTGTTTTTTTTTTT TGGTTCCATGAAGGTATGCGCAGATTTTATGGGTGTGGAAGATCATTCTCATTGCAAACG TCTTCCTGATGGCTCTAAAAGGATCAAGGTTCCGGATTTATTCAGCCCACAGGTAATAAA CTCATAAAGTGAAATTAGTTCTCTCTCTAATTCTAATATACATACATTCAAAGACCGACA TGTTTTACTAATTTTGCAGCCAAATGACAAGAAGACTAAGAGGATTTCGAAGCGCTGTTG TACTGTGCTTGTAAACTAGTCCAGTGCCTGTCGCATTGTTAGTGTATTATTGTGAGCCAT AATTAGAGAATAAATTATAAAACAAATTCTGGTAATATCAATATAGGTAAGAAGAAAAGC TAAAGAAACTGCTCCAACTGTATTCCCCTACAATAATAAACTAAACTTGCCATTTTGAAA CTTATGGTCATATTTTGACCAAAAGAATGTCAACTTTTCTTTTCTTCAGATGGAAATCAA AATGAATAGAGTGAGTGCATTTTCATCCTGTTAGAAGGTTGCATGCATCTTTAGTTGTTT GCCATTGGATGGTTTCTAATTTTTTAGTGGAATGAATTAAAAAGAAAGATTTTTCAATTG AGGAAGTAGATGAATCTATATGTAGAGAGAGGCTCCAAATGATTTGCCTTAATATATTTC GAATATAAAATAGAATGGTTAATAGTTGATGTATAAATGGAGGGGAATGAAGATGATAAT GGGCTACAGAAGAAGAAATTAAAGTCCGGCCTTGTCCATATCTGACATTTGTTACTTCCA GTATAGCCAACAGTTAGAATTTCGTACATTGGTTTCAATGGGAGATTCAAATGGTTTTTA ACGTTCCTCAAGTGAATGATAGACTTGATGTTATATTGTTTGCAAAGGTAATTAAATGGC TTTGTAATTATTTCACCATCATTGCTAAGCACGTAACATGCATGGTGTTGACACAAACTT CTCTGTTTTATTGTTTGGTTGTGGGCGTGTTCGTCTTAATGAACTCAACCCCACACAAAA GCCTTCAATATATATATTTATGTGGACTTTAGGGAGCTCAAAATATAATGCTTTGCTGGA TACTTAACAGAATTGTCTGCTTCTTTTTCTTTTTAATCGACATCTCTTATTATCAAATAT AAAGTAAGACGAATACCGTTTCACATAAAAGAAACGAAGCGGTCAAATCAGTCATACATA GTACACCTAATGTTAAGAGTCAAAGGGAAAATGAATTAACAATATATTCAAACCTACATA TTTTATTTACTTGTATTTTTTGCTTAAAATGAGCTGTACGTACTCTAATTATATAGTAGG GACTGCCAATTCATGCCATGTAAAATGACACACGAAAGACTTGTCGATTAATATGTGGAT GAAATTGACTTAATATTCTTGATATATATTAAAAATATAATATATTATGTGTGAAATATA AAAAATATGACTCGTCCTTGTTTTTTTGTTATTATTCTTCACCTGTTACTTTCATTATCT ATTTGTTTCAAAATAAACTTATTTTTTTAAAAAAGAATTTTTCCTTTATAAAAGCTAAGC GATTTAACAAGTGTAAGGGTCTTTTTATAGAAAAGAAATAATAACAAGAGCTAAAGGATT ATACTATATTATTATTATATTATATATATATTTATTAGACTTATTACTAATAATTAGCAG GAATATTAGTTAAATTGCAAACAACGGCTGCTAGCAGTTTAATGAGCGCTTTAGTCAGTC CACTGCAATATAATATTACATTTAATTGGCATATAATATGATGAACTAATCCCATGGTTT TGGCTAATTATTATATCTATAAAACCGTGGGCAAGAAAACATAATAAAACTTAAGTTTAT AGAAATTCCTTGAATTTGGACCTTAGTACAATTTATCGGAACGACTCATCACTTTAATTT TTCCTTCATTTAAAGTATATATATATTAATAACATTAAAGTAGGTGACGAAGGTATTAAT TACGCAAATTGAAGGAAAGGATAAAGTTTATTAGGAAAGAACAGAGTATTAATTGTTTTG TTCACTTTGACATCTATATTTTATTTGATCAAAGTTTATAACAAAAGAATAATATTAAAC TTTTTGTAAAACGCACAATTGTCTATATTTTGTGTTTTGCAATTACATATGCCACCATTG TGCAATTTATTTATTTTTTGCAATTGAAAATCAGTAAAACTACTTTAAAACATACTAGTA TATTGTGAGATTAGTTGTTGTTGTAGTAATTAATGGAAGTGAAATCAAACTAGTTGATGG TGGGGTCCATTTTGTAGCTTATTAGCCGACAGCACCTCACATGGGAGTTTGACCCCAAAC ATGATCCAACGGTTCCGAATGAAATGAACTGTTAGTGGAGCAGGTACCTTAAATAAATAG CTCAAGTTGTCGGTGTCTGTTCCCTGTTCCCTTAATGATGTCCCTCACACCACAGACAAA GGTCCCTCTTCACTTATTCATCTACGCGCGTATACAACACACGCATCTTATCTCTCCCTT CCTTCTCACATTAACACACCCGTATAATAGAATATGTTTGTGCTCAATTCTTTTTATTTA TATTTTAGAAATATTGATGTGCATTTTAAATACATAATATATCAAACCTTTTTTACTATC ATCTCAACATCAATTGAAACTAAATTTTAGGTCTATTAAAGCTAATGCATATACAATTAT TATGGATATAATAGTGAACTTATGTAGCAAAATATATACTTTCTATCATATGTTCAAATC AAATATTTATAGAGAAATAAAATTATTCACACTAAAATTGGTTTGTTAGAAGCGCGTGGG TTGAAGGGGCGTGTGCTTTTGGCATGCCATGCCACACACACCCTATATAAATAAGAGTAT CATTCCCTCTTTTTGCATTCATCATTCACAAACTATCATTTTCTTCACCGGAAATATTTC AGCTTTCACCGTGAAATTATAAGAAATGGAAATGGCTGGAACAGAGCTAAGATTAGGTTT ACCTGGAACAGTTCCATCATCCACAAGTAAAATTAGCAACAAAAGATGTTCATCACATAG GAATAACAATGATGAACCACCACAAAAGTAAGTATACTTGTTAATCTATATATCTTTTTT TTTTTGTTGCTAATTATACTAACAACTGAATTATTTCAGAGCACAAGTAGTTGGATGGCC ACCGGTTCGATCCTATCGAAAGAACATTTTAGAAGCGAGCTATGTTAAAGTGAGCATGGA TGGTGCGGCTTATTTAAGGAAAATTGATCTTAATACTTACAAAAGTTATCCACAATTACT CAAGGCTTTAGAGAACATGTTCAAGTGCTCTATTGGTAAGTTTTAACATAACTATTAGTG GTCAATTCTTTTAATCAGAGTCTTATGATTTTTTATATATATAAAATTCAGATGTATATT CAGAAACAGATGGATACAACGGATGTAATTATATACCAACTTACGAAGATAAAGATGGTG ATTGGATGCTTGCTGGTGACGTACCTTGGGATATGTTCATTAATTCTTGCAAAAGGCTAA GAATTATGAAAGGATCTGAAGCTAAAGGTTTAGCAAGCTTATAGATCTGATCGATTCAGT TTTGAAATGTATATCTAACTCTATTTATTTGAGCCGGTACAGTTTATCCTAACCGAAAGT AAAGTTTGATCAACTTTTCTTGTACATAATAAAGTTTTTATTTATTTTCATTTGAAGAAT TTATTGTGTATTTTCAAAAAGGATATATATATATATACGAACATAAATATATACTCAATT CTCAATTATTGTGAATTCTTAATTTTACTTGTGCATCTGGTGATAATTATTGTAGGATTA AGCAGCATAACCTGCGTGTAAGACATAGCTTGTATTATATTAAAATACAAATTAAATATA TAAACTAATGCTAAGAACAAAATTGAAGACCATCACCATCAGAAAATAGGAGTATATGTG TGAGTAAATTATGCAAATTTAAGAATATAATACCCTTATTGACAAAAGAAAATATTCATA CAACTTTGTATCGAACAAGTAAATTTCAATCAGTTGGCACTCTTTCACGTCATAGTGTTC TGAAGCTATGTATGTGTGCATTGTAATTAATTTGTAAGAATTACAACAAAGTTAATGACC TGTACGGTTAGGTATACATGGTCTAGCTGGGATTTATTGAACCTTCAAACCTGCCCTACA TCTGACTCCGACCTTGTAAACTTATTCTGATCTTCGCTGATTGCTGTACACAGGTAATGA CCACCTAGGACCACGTTGCATTATTCCGTAACATCGCCAATAAAACACAAATATTGCAGC TATAACACAAATGGGAATTGCCCATCTGCAACACCAAATAACAAATGAACGATGTTCTCA TTAATCAACTGGTAAAACACACTAGTTGATATTTATATTGCAGTCTTTGACTAGCTAGAC ACCAAGTTTAAGGAAAAAAACATCTTTAAAACTTTGAGGGTAGAAAATGGAAGTACAAAA TGATGAAGTGTTTGACAAGGTATGTTACCTGTCCAAATCAAGAATAGGATTATACACAAG TGTTTCCCAAGTTGCCAGAAAAGAATGCCAGACTGGATTGTAGTAAAGCGACTCAGCAGA CCAAAACATCCTCGTATACGTTTCTAAGAAGATAAACAGTATCCATGCACCAATCTCAAC CAGAAAAAACTTTATAACAAACCGCCCTAACACCACCATGACAAGTGACAAAACCACCAG CCAGTTGAACACTCTCTGATTATATTCTTTAATGAATAAAGATTTTGACTTTCCCAACAT CTGCATAATAAAAGAGATACACTGTTTAGAGTAGGTTACATTAAACACAACAACTGAAGA CGAAATTTCATTGATGAAGTGACTTTTTGTCTTCTGTAGGAAAGGTAATTCTTTGTAGGG CACCACTAGATTCTCTATGGATGGTAAAGTTTCCATACTGATGGTTCGGTTCTGGATTCC GTTGCATGTACATCCTACTTAATTGATTATGTTTCTATTTCTTTCCCTTACTAGGCTAAG AAATATCTTTATGATACAAAAGCAAGCGTGTGAAAACCTTGATCATCCGCTGTTCATAGT TGCTTTTAGAAGGTCCAACACATTCTCTTTCAAAACTATGGTTGCATTGGAGGAAGCCAG CATTAAATTTGGCCATTGAAGGAAGTCTGAGGGCCTGAAGTTCATCCATTTTGTCCTCGC ATCTAGTATACAACGCTTCGCACAGAGTTGAGGACTGATATTCATTTGCCAACTTGATAT TCTTATACACCTGCAAATACATGGAATTTTTAAGTAAAATTTGTAGAAATGCATAATTAA AACCATGTTTTGCTACTGTAAATTTTAACCTTCTCAATGTCCTCTTCCAATTGATCAACT GATTTCCTTGCATGGCGACGACCAAAATGCTGTTCCTCAAAAACTTCCATTGCTGTGTCT CTCTGCTCTTCATGAGCTTTCTGTAAAGACTCCCCTTGCATTGGTAAAACCACTTTAGCC ATCTGCTCGGAGTACAGTTTTAAACACCGCTCTAGAATACCCTTGTTGAAAACCTCCACA AGGGAGCCCGTAGATGGAATCTCTCCTTGATTCAAGGCGTCAAGTATCTAATACCAATTT ACCATTAAAGAGAAAAAGATCAATCTATCTCATCAGTTCTCTCCAAAAGCAGTTAAACTA AAACCAGGAGAATTAACAGAATAAGAGATTTTAACACCTGCTCAAGGAACGATACAAACT CCTTCCCATTGAGAAATTTACCCTGGACAATCTTTGGACGAACGATAGATGCAACAATTT CTTTCAATTGCTCCTTCTTCTTGACATAATCAGGATCCAGTTCAACATCTTTCATGTCGC AAAGCTTCGTACGCTGAAGATGAGGCTGCAGAAGAGCTAAGAGTGGTGATGCATCATTCC AAGTTCTAATAGGAAAAACGCTCAACTGACAAGAAACCAAGTTTTCTATAATATCCTCAG CGTGCATTAATAATGAAGAAGAAGAAGAAGAAGAAGAAGAAGATATTTAAGCAAATCCCA GTCAACTACTGTCACTGCAGCAAGTTGTGCATTACTAAATCAAGAAGAAAAGATTGATGC ATAGCAAAGGTAAGTCATACTTGTGGTAAGCTAAAGGCTGTGCTATTGTCGCCCATCACT GCTAATGAATCTCGAATCTGATTCACCTGATATAATGAACAGCAACGAGTAAAATATATC TGTTTATGCAAGTATTTTTATAATTTGCATAATGCAATCCATAAAGGTACCTTATCAATA TTTTTGTCACCTGCAGAAACGAAAAGTGTAAACCATAATCAACTATTCAATAGATTCCAA AGTTATTATATGTCCAGATAAAGAATGAGCTAACCAACCATCACTATTAGGGACTCGTCG TAGAGCTTCGTTGACCATTTCTTGCACAGACTTTCCTTCTGTTAATAATACAAGGTTAGA CAGTTCCCAAGAGAAGGAATAGGAGACCAACAAAAGGCACCTCGGTGCTAGTCAGAGGAA AAATGACCTACTTTAACAGAGTTCCATGTAACAGAATACAATTATTAGTACCTAAACTTA TGCTTTTAAAGTATCAGGTAATGTCTGCAATCAGAGGTTATATTCCATAAATACACGATA TTCGCATTAATAAATGCAATTATGAACATATATGGCATCTTTTTCTCTACTTACGTAGAA AATCACGCTGGATAAGCCATAGGAGTTTTGCTGGTTCGAAAGCAACGTCTTGCCCCTACA CAACAGCAACCTCATAAACATGTCACTTTTCTTGTTAATAAAGTATCTGTTTCTTTTGTC CCTTTCTGTTGAGTTGATATTAATCAAAGATAAATGCTTACCTTCACTCTGGGTTCCAGG GAGAGCGATAAACATGGATGAAACAACAGGGTCAGAAAAGAATCTTCTGTGAATAACTTA GAACACAAAAAGTCCTATGTGAAACAAGAATTTTCTGAAACAACTGGTTAGAATTGAACC TTCCATAAAACTCTTCAGCAAGTTCAATGGCAAATGATAGTCGCGATATGTCAGCTTCAC GGATCTAAAACATAAAACAAACGCACAAAACACAATTAAGGAAGTCGCTCTTGCTTGTAG GCCAATATGCTAGTACTATATAAGCCGCCGCCCATAAAGTCACAACCTGAACCATATTAG GATAAGGTACCAGTGTTCAGTCTATATATTAGATAAGAATAATCCAGCACAAACTGCTTA GTACAATCAATTCTTGTGTTAACTTTTGCATGCATATGTGCTGGCCGCACACGTGGATTA CATGAATCATGAATAGAACATTTTGCACGATAGTAGCACAGATATGATTTAGCATCAGCT AACACACTCTTCATAACAAAGAAATGTATATCTAACTCAACCAATTTATATATTGCCAAA TGCAACAGAGCTTGAAGGAGACTCTAGATGAGTACTTCTATTTATTAATTGTTCTCTACA GAAACAACTTGCATCTATCCTCATTCAATCACTCAACATTCATGGATAACCAACAGGTAA TTCTTTTTTCTGTTGCAATAGAACATGAAAAACTAAAAGACATATGTTAACATATACAAG TAAAATATAACAGGATTAACATAAGCACTCGAAAATAAAGAAAGTAAAAGTTGTAAACAG AGTAACAAACCATCTCAGGTAGATTATATATAAGCACCGAACTCAGAACAGTTGCAAGGG AAAAAATCCTGAACAACAAAGAATAAAAAACATGACTAGTCACACATTATGTTCTTTAAC AAAAATAAAATTATTGTGGAAATATATTCTCTTGGGACTTCCATATTACCGATCATCATA TATATTTGACTTTCCAACACTTTCAAAACCTTCAGTGTCAAGGTAGAAAACAGAAGTTGT AACTCCATCAATGTCCAACTCTATTGGAGTACCCCAAACCCATATTCCTGGAAGAATAGG GAAATGAAATGTTAAATAATGTCTACATCTCCTAAATACCAACAGTTCCACCAAACCATG CATACACACCTTTTGTCTTAGTATCACGCATATGCCCAACACCAAAACCTGTAAGCATAG AGCTCGCTTATGAAAAAATGCACGAAACTAGTAAGTAAAAGCACAATTGTGAACTTAAAT GCAAGTCACCTTCATTACAAGAGAGGGAAAGAAGCTGATTAAGAAGGAACGATTTCCCTG AACGATATGGACCAATCACCTGGTAAAATTCTACCATCAATGTTATAATACAAAAAGAGA TAGTTGCAACAGCAAATTTAGATAACAAGTATATATAGCTGTTAATTAACGAAATGCATC TGCATTAACATATTGAGCCAGTGCCAAACTTATTTAATATTAACTCAAATCTGCATCAAA TAATATCAACAAGTCTCAAAACAAAATAGATAATGCAAGACTTACAGCTACAGCTGCAAT GGGTGTTGTTATCCTCTGTATTGCCTCAAGTCCTTGTGTGGCAAGGCGAAGTTTTGTGTG ACCATAATCAGGCTCTACAATGGGAAACCTGTCAAATACAACATCAGAAGCAACAATACA AAGATAGCAAAAACAATTATTATCTCTATATGTAGAAAAAGCTGAAGTTTGATGAGAGTT CCTCCAAAAAAAAATGCCGAAACAAAATAAAACAACCTAGCTACTAAACTTTGAAGGATT TCATGCTCAACAACAAACATTAGTGGGTCGTTTTTTAAAAGTGTATTATAAAAACAAACA ATAAGGCACTTCAGGACAAATTAAGTGAAAATGCTTACGGTTGATGAAAATTATCGAAGG AAAAAGACCCAGGTACCAAAAATAATAAAATGAAAGAGAAAAGAGTGATTCCATAAAAAA GCTTCATTCTTGATGTTGGGTAGAGGTAAAAAAACAACATTTAAAGAAAAAAGAAGAAAT CTTTTTGAAAATAAAAACAGAAGCCATGCCGGAGGGTGCAGGTTAAGGATCATCCACTAT CTTTTCTTGCTATTCTTCTGGGGTTTCACAAAACAGCATAATTGGAGATTCTTGCCGCCC AAATTAGGATTTGTTCCGTTTGAGATGTATAATAATTTTAGGATAAAATGATATAACATT GTATTGTTATATTTTTTATTTTAAGGTACTAGTTAGTCCTGACATTATTTATTTAATTAT ATTTATATATTGTGAGATTGGATAAGCTATTTTTTTTATATATATATATATATTTTTTTT ATTTTTATATATATATATATGAATAACATTTTTGAAATAATCAATTCTAAAATAGATGGT CCTAAAAGACATTTTATTAAGAAGAAAGTAGATGACTTTGTTTCTAAGGCCTCATTTGTT TTTATCAAGAGTAAGAGGTCTGAATTAGAATATATATTTGAATATTAATATATACATTAA GATCTGAGTATTTTAATCTGAATATACATATGAATATTAAAATATAGTCTCTAAATCTGG ACACATAATAATTAATGTTGTTTGTTTTCAATATTTGAATGTACAAGTACAATTGAATAT TATATTAATAAAATATTATAAAATTTTCATTTCAACAAAATATATAATTTTTTATTAAAA AAAATAATCAATAATCATAATTCAGAGTACTATCTTTTCATTCAAAAATCTAGATAAACC TAAAATATTATTGCAACAATGTTCTTGACACACGTCGATACAAGAAAATTATTAATATGA AAAAAGCTTGACAGGATTTATGAAAACTTACTGGTTCAATAGGGAGAAAATGATGTTTGA TTGAGAAAAGAGAGAAATAAAGTTCTTAGTTATGAGACAAAAAAACACGTCCAAAGTAGA GAAGCGGTGAATTATTTTTTGATAACTGATTCTGAATGTTGTTAAAAGTCTCCAACAGAT CTGATTCATTCAGACCTCTTCAGATCCATCAAGAGGTTTTAAAAAACAAAACAAATGAAC TTAATAGATTGAATCTGAAGATTCAGATTCATATCTGAAAATTAAACGTACTTAATGGGT TGAATCTGAATGATTAAAATTCATACCTCTATTAAGTGAAGACAAATGAGGCCTAAGTTA GACCAAAGTTAACCAACTTATTATTTCAATTTAAAAAGTCAATTCGTTGAATTTTAATTG AAAATTCAAATAGGATAAATTTTAAAATTTAAAAGATATCATACAAAGTTTGGTTAAAGA AATTAGTACCTAGTATATTTTGAAAGCAAATAAAATATTTTACAGTATTCCGTACGTCTT TTTTATATATATATATATATATATTATGAAAATATATTGAGTAAATCATATAAATATGCT ATTATGAAAAAATATTTATTATATATGGTAATATAATAAATATTAAAGAATGAGAAGGAA GAGAAAATGACAGATGAAAAGGTGAAGTTGGACAAAATTTCACTGTACATTTTTTTAAAT TAAAAAAAATTGCTATATTTAGTTGAAAATATTATATGATAATTATTTTTTTAGAGTCCG TTTGATCATAAAAATTTTCAAGTAATATTTGAGGAAAAAGTTGGTAATTAATGTTTGTCT ATACAATTTAATTTTATTTGGCAAATATTTCAAAATCTCAAATATTAGTTTTTTTTAATG ATTGAGCCAATTTTCATTATTTGAAATCTTTTAAAAATTATTTTTTTACACCAAACTTTT ATCTTTTATAAAAGCACCTTTCAAAGTAATTGTTTGCGTTGTATTACATAATTTTTAGGT GAACACCAAAGTAGTGATGACATATGAAAGTGAGAATATGGTCGTTGATAAAAATAATGA ACAATCGGCTCAGAGTAACAAAGTTATGTGATTTGTCTACTTCACGATGTATGGAATGAC GCTTGTTGCATTCACTCTAAGCTACCACATTGATCCAATGTCATGGACACCACTTGCTAT TTGTGCAATGAAAATCCAATTGACTTGTAATACAATTTTATGGTTAGTTTTGATAGTTTT TGAAATTTATGAGTATAAATCATATTTTTTCTTAAAAAAAATTGAATATGTATTCCAAAT ACTATGGCCAAACAAATGGTTAAATTTCATCCAAATTTTCATATAAATAATATTTATAAA AAGTATTTAAAAATTTATGATCAAACGCTATCATACTATTACATTTTTATGTGATTTACC CGAAGCAAAATGGGCTTGAAATTATGTGGAACTTAAAGCTCGTTTGTTGGGCTAAAACCA ACAATCTTTGCCCTAAATGTGATGATTATCTTCTTTTTTTTTTTTTTCTTATTCGAAGAG AGGTGTGTTTTTCAGTTCTTGAAAAAAACATGACAAGGGAAATATTCAATAAAAAAAAGT GATTATACCTTAAAAATATAAATAAAGGTAAATAAAACTTAAATACTTTTCGTGATTACT TGCTTTGCTTTCATTTGTTTATCTTGTTTTTTTTTTTTTTTTCATTTTGTCTCAAAAAGA CTATAACAATTTTTAACTTCAATTTTTCCTCCATAATATATGTTTAAGCCACAAAATTAA ATAACATCTTAATATATTTAGTTTACTATAAGAAGATTCAGTTATTATTTTTATTTTCTT AAACTATGAGGGAAAAAAATATTTTTTCAAGTGGTGGTTGAATGAAAAAGAGAAATAAAT GTGAAACAGGTTTGGAATTTAATGACAGGTGGGTCAATTATTTTGCTTCTATGTCAGGCA GGACTCAGAAGCAAAAAAGAAGTCCACAATATTTATTTCCTCAGCTACTACTAGCAGCAG TATAAACTCCAACTTTATACCTTCAGGTACAATATATACTAGGTAGATTCATGCACAAAT TTCACATTGTATTAAAAATACATACCTACTCACATATTTATTTTCTATAAAAAAAATAAA TGCTAGCAAAAAGGCAGTTGACAAGCAAACTCCTATATAAGTAGTAGTATTATTATTTCG CATACATCCATTTTTCATTCAAAATGTCTATTTCCCAATCAATCCTTGAATTGATCATTT TCTTCCACATGTTGGAGGGTTACCAGTACTGAATCAGTTGCAGAAAAAATTGGGATTTAG TGATAATTTCATTGAGAAGATTTGGGAATACCTTCTAGTAGCTCGATTTGGTACATATCG GCTTATGCAAAGGCTAAGGGAAGAATAAAAAAGGGTGATAAAATTTGGTAAATGGCTTTT GGATCGGGTTATAAATGCAGCAGCGTGATTTGACATCGATATGAATAACATGAAAAATCC ATGTAAAGAAGAGAGTGATGCTCTAATTGATCTCCATTTGGACATTAATACACCAATTCA TGATCAACTTATTGTATCTATTTCAGTTAAGCTTTTTATCATGCACTGTCCTTCCGTAAT AAAATTCCGTCATCATTAATCCTAAATTGTTTTGATTTTACTTTTTTATTTACCATGTCT GTTTGATTTTTGTCAACTAATAAGAAAATAGTAAGCCACATTCTTTCTTATAATATAATT TATGATTGACAATCTAACAGAGTATTAAGATTGAAAACAAACAATGAAAATGTAACATAA TTCAAAAGGAGTATAATTTATGTCGAGTTTAACATTTGCATAATTAATTTTTAAAAATAA AAAACAATGAAAAGCGTGGTTGTATTTGAGGGTAAACTGGTAATTTATCGAAAATTCGAA ATTGAAAAGAAAGTCGAAAATTTCATAATTCCCACCAAAAACAAACCGCCAAAAAGAGTT GGGCAATAAATTATACAGTTTTACAGATCTACGCACAAATCTACTTTATTGCGTCTCTGG GAAAATTTAGCAGAAAATCAGGTGACGCTAATGGCCGATCTATGAATTTAAGTCATTCTG TATAGTCAGTCATAACTAGTTTTCTTTCGATTATGCGGAATGTGTAATCAGTATTTGGAA AGTTACTCAGGATATAGTTTGAGATTTTTGTAACCATGATGTTTAGAAGTTGAAAATTCA TTTTTCATTGAAGACTAAATTGAGGATCTGGCTTTTTCTGTGTTGGTGTAGTTTTCAAAT AAGGAAAATGGCAGGAAAAGGAGGGAAAGGGCTAGTAGCGGGGAAGACAACAGCTGCAGC GGCTGCCAACAAGGAGAAAGACAAGAAAAAACCAATTTCTCGTTCATCTCGTGCGGGTTT GCAGGTAATACATAGTTTTGGTCAGATCTTGTTTGATTTTCATTAAAAATCTCAAGTGAC AGTTTAAAGTAATTGATCTACCCAAAGTATGATGACACCATAGCATAGTCAATGTAGTCC CACAGTGAGGTGAAGCTAGGACAAAGTAATTTATCTAATAGACCATTGCCAAAACACCAA GCAAATTAAACTAGCACAAATTTGAGATTAACAAACTATACCGTTACTAACTACTATTTC TACCATTAGAAAGAGAGGAGATGAAGCTAACCCACATATAGTGGAACTACTAACCGTTTA CTCTAATTCTTGTTCTATGTACCTTTCTATCTTGGTTTATATCTTTACTATATGCGGGAC TTATGCTATATCTTGTCTAATCACTTATCCTTAGTTCTTCAGTCTACCTTTACCTCTCCC GATTGCCTTGTTTTGTATAATTTCATTTCTAATCACATCCATTTCATCATCGTCTTCTTT TCTACATTCCAACTCTTTGTCCTATACAACAATGTTGATTTAACCTCCACTCTGTACAAG TTACTCTGAAGTATTGGTGGTACATTCTTATCACACAATAATACCTTGTATGCAAGCCTC TATTACACCCAGATCACTCTAATATCATGTATGACATCATCATTACTATCTTTGTTTTCT TGTGTTATGGACCTAAGATACTTGAAGCTTGTTCTTATTGGTATGATTTGTGCATCAATC TTCACTTCCTCCTCCGTCTCATGGTGTTGTCATTGAATTTGCACTCCAAGTAATCTAAGG TCTGTTTATTGAATTCACACTCGTCTCCAAAAGTTCTAGTCTATCCATTGCACGTTTTAT CAAACAATACCATGTTATCAACAAATTACACACACCACAACACCAATGCTATCAAAAGGA AGCAAAAAACACAAAAAAAGCTCTAAGGTCCATGGGCGCTTTAAGTGTGAGGTGCAAATA AACTATGAGCTTTAATGTAAAAAGCATAACCTCCATAAGCTAATTGAGAACAAAATATTT GTTCCTTCAACAGACTTTCTTTGATCTTTGCAAATATAATCCTCTTCAATGTTTTAATCA ATAAGCTTATGGATGTAATTAACATAACAGTAGGTCTTCAATTCAGTTGGGGAATATATG AAGATCTGCATATTATGATCATAAACATGCCCTCAACAATGTATAATTGCAACAAAGTGA ATTACCATAAAAAGCTGTCTCATTCCAAGCCATATACTATGATATAGGATGCAACTGGCG CTGGCTTTGCAGACACTTTGAAAATGCACACATAAAAAACAAACTATGATGCATCTTACT CTTTTGGGACCTTGAATTTTTTGGATTCATCAAATATTTTTAGAGGTGACATCATTTTTT GATCTATTAGCTGTAAAAAGTGCATAACATTTAAACTGTCTCTAGAATTTTTTATGGATT TTTCTTTACTCCAGAACCCTCCTACCATTCTGATATAATTGTTTTGACATATTTGGGGGA TTTTAGTTTCCAGTGGGAAGAATTCACCGTCAGCTCAAGACCAGAACCTCTGCCCATGGC AGGGTTGGAGCAACAGCAGCTGTTTACTCTGCTGCAATTCTGGAGTACCTGACTGCAGAG GTTCTTGAGTTAGCTGGTAATGCAAGCAAGGATCTTAAAGTGAAGAGAATCACTCCCAGG CACTTGCAACTGGCCATTCGTGGAGATGAGGAACTTGACACCCTTATCAAAGGTACTATT GCTGGTGGTGGTGTCATCCCTCACATTCACAAGTCCCTCATAAACAAAACCACCAAGGAG TGAAATTCTCTTGTGTTATCTTAGATGTATCTTGACTAATGACATTGCCTGTGCTTATGT TTTTTCCGCTTTATCTGGGTTAGCTAATGACAGGGCACTGTTGGTTGTGTTTGATTAGAA TAATTATCTGATGTAATGAACTTCTGAACATATTAGTTTGATGTTTTCATATTGTTGGTA TGTGGCTTGTTGATGCATGTATGACACTGTTTATCTTGACACTCAGTTTCCAATATAGTG TCTGCCAAAAGTGTTTGAGGTCATCTGTATTGTTATCAAGGAATTAAGAATGTGATGTAG GATGATCTTTATCTGTATTGGTTTTTGAAAGCTTTAGTTTCTAATCTTTGTAGTTGTGCA AAGAAAGAATCAGCTTTCGTTTCTTTTCTATAATCATAACTTTGGTATAAAAATCCTACT TACAACTTTCAAATAGCTTCATCAATATCAAGTTCTGATGATGTGTGGACCAATTGATAG CATGTCTGAGTTCTTCTTTGATATTTTGGATTAGATCAAAGAAAATGGATGGAGGGTTTC TTGGATACAAGTAATATATGTTTAATAATTCGTGATGGCATTGACAGGTAAGGCTGCCAC ATGATCTGATCTTTCCTCGAATTATATTTGAACTAAAAGGAAAGTTTAGATCATGCTGGC AGCTTCAACTGCTAGTGCTGCACGATGTAAGTAGTGGTGGAGCTAGAAATTCTAACAAGA GAATTTATCTGTAAGTTTAATTGCCCTGCCTGAGTTGTATAAATAGGCCAGGGTTCAGAA TTGGCGTGGATGGGAAGAACCAAGGAGATTTATTAATACAAGTTAAGTCTAAGTACTTTA AGATATTGAAAGTGGTCCATGCTGCTATTAGTGATGGAACCATTATTTTTTCATGAAAGA AGTAAACATATGAATAAGCTAAAGGGTTTCAACACTAAACAATAATTTTAATCTTATATA TATATATATATATATATATATACAATGCCATATATTGGGTTGTGACAATAATATCCAGGT TTGATACGAAAAGTGACTCTTAGAAAGTCCCTTTTTCATTTCCTTAAAAGGAGATGGAAG GTGCATCTTTTTTAACAGGAAATCAGTATTTCCATTTTTGCACCTATTTATTCTCTGTCA ATTGCTTAGATATTTATTAAGATACATCAATGGTTTCTCTGATATAGCTACTTCAATACA CAAACATATGTAAATTATTGGAGTCTGATCTGTAAAGGAAAAAAGAAAGAGAAGAAGTTA AGGGGAATAAAGTGAAAAGTTATTAATTAGTGATTATGACGTTAATTAGTTTTGATTCCT TTGTTTGGTTTTCAGAAGATGGCAACCAATAGATTTATGAAGAATCACCCAATTTTTATT GAAGTTTCCCATACTATTAAAAAAGTAATTTATGTGTGTGATCTTCATCCAGAAGAACAC AGAAAAATTGACTAATCATTCTATGATGAAAATAGAATAACTGCCAATTCTGTGTGCATA ATGGGTATACACTATGCAACTATGCAAGTGTCTTGTCTTTGTCAACCTAAGTTGCTACTT TCTATAATTGTATCAACAACACTATATCCATTATTATAGTTTAGAGTCCGAAGAGAATAG AACGTCTATAAACCTTTGTGAAATACAAAGATTATTTTTGATAGACCGTCAACTGAAAAG CAAGTATGAGAGGAGGAATTTGCTAGCCCCATGCCTCCCCTATATAAGGCAAAACAATAC TCCATTAGCTACTAGCATTCTATCTTAATCCTGGACCTCTACCTTTTTATCCAAAGGAAT GGAGTGTCCGAAAAGTATAGTGATTAGTTAATTGTTGAATAGGTACTCAAATGAGCTTCA GAGTCCAAGCAATTTCATTTGCATGGGCGTACTCAATCACTATTTCATTGTTCTTTCTAC TCTTGGGATAGGCAATCATTTCTCAAGCTAGTTGATTTGAAATAATGATTGTGTTCCTAA ATCCGTATTTTTATGTTTGAATTGCGAGATTATCTAATTTCACTACTCTTAATTGAAATA GTACCTCGAATCAACAATTTTACATAAGAATTTAGATCCTTGACCAAATGTTTCAACCTT TTTTTCTGCAAAGTTCAAGAGGAATAAATAAGTTATAAAAAGGTAATTCAAGATTGAAGA AGAAAAAAAGAAAAAGTCATGACAACTACACATGGAAAAGTGAAGAAATATAACTGGAGT CAAAGATTACTTAGTCTTTTACACAGTGATTTGCTGTTTCTGAGTCTTGCTAACTTTTAG TTTCATAGTATATAATTGAAGAATATAGTGTGTGTCGAGGTATATATGTTACTTTTGAAC TGTTGAATCTCAAAAGAGGAAGGAGAGCATGAACTAATTATGAGGATCAATAATATATGA TTGATTCCTCTTCTCTTTTCATTTTTACACCGACGAGTTCAAAATAAGAAAGTCAGTGTA TCTATAATCATGTAGATTAATTTTCCATTTGGGAATATATGTCCAATCACTATAAAATTA CCTACTACTTACGCACAAGTTCAACAATCAGCTCCATTGTCGTCCAGCGGTTAGGATATC TGGCTTTCACCCAGGAGACCCGGGTTCGATTCCCGGCAATGGAACGTTTTGCTTGTAAAT TTTTTTTTATATCTGTTGGTTGTGTTCCAGTGAAGGGGGGGACTCTTGTCTCAATGGAAT CACAATAACAGATAAGTTATCGCCACTACCTTTTCTAAATGCATTGTGGACAATGCAATC TGCTAAAGAGGAGGACGAGTCGATCTTGTCCTTATTATCGTGCAAAATATCACAGACATC CTGGGGACTCATTCTTTCAAATATGCCATCGGATCCTATCACTACATACCAGTCTTCAAT AGACAAACGTCTCCAACCCGTGACCTCTGGTTCAGCAAAAACTCCATATCTAAAAATACC AAAAGAATATAGATTAGAACAAATGCCCTCTGCTTGCTACCTTGTGTTTATAGAATTCAA AGACTCTTGAGCATGTCAATGAGTTGAAGAAGGACCTTTTCAAACGAATATCACCAATAG ACCGTGAGACAGCCAATATGCCATTGACACGAGGCACGCCAACGACAAGGACAACCCCTC CAGCTGCTTCAATTCTAGCCTTTTCATCATCCCTATCAGGATGGTGATCCATTGTTAGTT CCTTAGCTTGAAGTGTTGTGACCAAATCACCTGAAATATTCAAGCAGAACAGAACAGAGA GAGTGAAAGGATCGTAAGAGAAATGGACACGTGATGACAAATAACAGGCCTTATAGTTGT AGCAACAACGTGATAATCAACAGAGTTTTAACAAACAATAGTCGGAAGCCTTTGAACCTT CATTTTCCTGATCAAAATGAGTTTTCCTCGAGCATACGAGTGCTTTTGAATCACCCAGGT TACCAACTAATATCTGCCCATTCATCCAAAGAACAACTATAGCAGTTGATCCAGAAATGT ATTCATTCTTCAAAGCTTCCTGCATACAGAAATTGATTTGAAAATCGGAAGGGAAGGTTA GGAAATCAATAAACACAAGGAGAACTGTATGTGCCTGGGTAAACTCTGAATCTATGTCTT GGATTGTTCTCAAGAGGGCTTTCTCTAGAATTCCAAGTGTCGACTCATCATCAACTACAT ATAATGCCCCATTAGAACAGTAAACATCAAGATATCAATACTTTGAAATGCATACAAAGT GTATAAATGCTTTTCATTACTGTATGGTTATTAACAAGCACGTCAATGCAATAAATTATT CGAGGCTGAGAAATGAAGAAGTTGCAACATACAACCATAAAACACATATATGATGTGACT GTATAAGGTTAAAAATAATTCCTATACATCTAATACACTCACAAGGAAAAGTGGAAAACC ATCGGAGGTGCTTAAAAGATTCCCAAAGTAGCAATAGAATGGAGCATCTCCATTTAGGAA GTTAAAACAAGTAAGAGGTGTTTTATATCATTTATATGACAACGGTCAGATCAGGGGATT GACAAGATATACTGATGAAGAAAATAACTAGAGATACTAATCAATCGAAAAATATTCTAA ATTTCCATAGGACAAGTTACAGACCTTTGAATTTCAAGCTATTTTGACCTGGTTGTTCAT GCTCTTTACTGTGTGAAAAGAGATTCTTGTATGTGTTGAAAACAACGTGCAATAGAAAGT AATCAAAGAATTTCTGAGAAGCCATCTCACTTGCTTCCTTGCCTCCATGTCCATCAAACA CTGCCGCAATACCCACACTAGCTTCTTCCACACCATCTTCACCTAGTGATCATGCAGAAA AAGATGAGCATCACAACCAGGAACTTCACAACAACAACAAGTAATCCCACAAGTGGTGTC AGGAGAGGATAGTGTGTACGCAGACCTTACTCCTATCTCGGGGGGAAACTTCACTAAACT ATATAATTCGTTTTGATGTCTTCAGTATCGTTTACAACTACACGACTGTCTACTACATTT GGACTTGGTCTGAAGAGTTTTCTACTCTAACATAGTTTGAGAAAGATATATTGCCAACAA GTCCAAGTTAAGTATAAGAAATACGAAAGGCGATTGCTGCAGCTCTTTCATAACAATAAG ATAAGTGAATAAGGCAAGAGGTTAGAGTTTGAAACTACCTAAAACAGGAACAGTAACACG AGGATAACATGTAATACGATCTTCTTGGTATTTCCTACGCCCCTGATGTGTAGCTATGAG GCAATTATCTGTTCCATTTTTAATAGCAGTAGAAAAATCCCATCGATGACATTCAGGCGA GTTGAAAACTGCTGAAGCACCACCCTCATCATAGGCCATCATACAAGATACTGAGACCTC ATATGCATAACTCAAGCAAAGAAATGTTACTAAGAGAAGTCCTACCTTTTCTCCTTCCGT TGAAAACTCTGTCATAAAAACCAAGCCTTAATGACACAATCTTTTGATCCAACTGTTCAT TTTTGAGTCATTAGTCCAATGACGGAGCCAGGATTTCGAAAAAAAAAAACAAAAAAACTT ATGCTAAGGAGATTCAACAACTTATACATAGTCAGTATATATAATCTAAATTCAACTTGT TATATGCAAAACAAAACGAAAAGAAAAAAGGGAAACACAGAACAGAACAGAACAGTTCTT CCATGGAAATAGTTTCTGAAGGAAAAAAGAATTTCGTGGTTACTATTTTCCTTCACACCA AAAATACTAATATTATTTTCGTTTTCTCCAGAAATATTGTCGATTAATTACTCACATACT CATAACAAAACCTAGATGAAAATACACAGATAAACAAACAAGATTTAACTCAATTTGTTA ACAAGCAGTAATTGATGAAGTATAACGAAATTATCAAATCTGTGCATATATTACCATAAA TGAAGGTGCTAATCTTGCATCGTATGTGCGATTATGGGATTGAGGAAATTCAGTTTCACG AGTGAGTTGCAAAAACTTACCTGGAGAGGGCCGGGTGGTAAACTACTTGGCCTAATATAC ACTTTTATGGAAATTATTGGAAATTTTAAACAAATTTCATGCGCTTAAAAGCTAATTATA TTTTATTTCAAGTTTTTTTTCTTCAAATTACAAAAACTCCTTAGAATTCATTTCAAAATG TTTTGATACATCACGTTTTGATTTCAATTACGTCTCTTAACATTCCGTTACAACACATTT CAGTTTCGAATACATCATTCAATATCCTAATACATTGGGTAGATCTCGTTACATTGCGTC AAGTTATGTATCCAACTGATATATCACGTGAAAGGATGTAAACAAGAATATGAGATGGTG ATAATTTTGTAATTTTTCAATGGTAGAAAATTTTAAAGAATATTGTAGAATAATTTAGGT ATCTTTTCAAAATAAAAATACTCCCACTAATTTTATATAAATATTTACCTTTGTAAGCAA TGGTTAAATTATACTTTACTATATTACCATTTGAATATATTCTATTTAAAGAAAAATTAT CTTATATACACATATTTTACAATATTCTATAAAATTTCCTATGATTTCAAAAACTTACAA AATCACTACTCTTTCTATTCTCGGATACATCACTTTGCACAATGTGTTGGCTATATACAT CACTTTACCCAAAATGCATTGGGACTTTGAGATTATTCAAAATCGAGACATTGAGCGATG TATTTGAAATCGGAACACGATGTATCAAGAATATTTTGGAATATATCCGAATCCCACCAA ATTTAAAAGATTTTTGTAATTTGAAAGAGTGTAAGGATATAATGTAATTAGCTCTTAACA CAATGAGATTTGTGTAAAATTTCCTAAATTTAATGCGTAGTGTTAGACAACTAAAATATT GGGTTCTTATATTTGCGTGCGCACAATCCACCACTCTCAAATTTCACTACGTGCGATTAC ACGGAATTTACATATAGTTATTGTAGTATTTATAATTATATACGGAACTGACATATAGTT ATTGTAGTATTTATAATCATATGGATTGGTAGTATAAGTTTTCGTAGAATAAACTTGGTA TAAGATTACCTAATTTTTCCTTCATTAAATGGGAGAGTTCAATTAGTAATTCTGTGACAT AGAATGTTACATTTACCACCAGGAACAGGAAAACGATATTCAAAGGAACACAAAAAAGTG AAAATTAGATAATCATACATGTGCTATCATGATCTTGAACTTCAGATTTTACAGGAGAAA GGTAGGTATTATATAAAGGGAAAGAAACATAAGTAGAGGAGAAGACAATTCTTTCCCAAT ACTTCTTCGCATGTGCAGTATCCTGCAATGCAGTCCTAGTCAATAAATAGCTGAAATGAC AAACTTGAAGAAGAAATTAAGCCTTCAATCACGTTATTTCGATCAAACAACGGAACAGGA AAGCTTATTTTAAACGTCAAGGATCATCAGAGAGCATGACCCATTCACATTCTATGTCAT GCAGTTCCGCTGGTTTGTCTCCAGCTCCCAGCAACAAAATTGGACGTATAATTCCAAGTA AGCAAGATCATTGAGAATGGTTCCATCAACAGGGAAATGCTGCAGCCTAAAATCAATATT GAAGAGGGCGACTAGCTGTTATACGAAAAGCAAAAAAGGTTTCATGACTTGACCACTATT TCTCACTAATTCTATCTTCATTTACATTACAGACAAACCTAGATAGATAAGGCAGTTTCA CAGATATTGTCCCAAGTGCTACCATCATCACACTTCATGCAACTATCCGTACACTACAAC ATGATGTGGCCTCCGAACATTTCAAGACATAAGCAGAAATCTGGTGCGCATCCCCAACCT CAGTTTCCGACATTCACTTTCTAACATCTGACAAAAAGCCATAACACATATCAAACACTA GACCAATTGAATGTTTCATATATGATACATCTCCAGAGACCAGTTTTCAGAACTAGGACA TATTGCCTTAGCCTGGGGGAGATTGACATTGGTTAGTTATAAGAAAGAGAAAAAAGGATG AGAAACTTCAATCAGATGCTCAATAGATTTATATAGGGGAGGAGACATCAACCAAAAATT ACTAGTATACTTAATGATCAATACTTGGTGATGCAATGGCATCTAGCGAAAAACAAAAAA AGATATGCTATAGGATAAGCAAACAAGGGGAAATAAACGCAATGGATTCACTGCTGTATT CACTATTTAATCACTTATAATACATCACTCAATTTATGAACCATGGCACCTTATGAATGT GTCCCAGGGAGGATGGTTGGTTCCAGTGACGCAGGAATCTGATGCTATCTTATAATACAA TGCAAGAATCATTTAGGAGCTTAGAAAGAACAGACTCAAAGGTTAAAACACAAAGTTTGT GATTAATCTGGTTACTTATTGAAAACAATGATTATTTAATTTTTGAGAAGCAATGTTCAC TAATTTCTTAGATGTTGAAAAGTTTTTAGTCAATAACAGTTCCCTACATCATGCACAGAC TCATTAAAGAAGCATAAGGAAAAAAAAAGTTATCTGGAACATTTGAAAGTATTGTGACCG CTAAAATAAGGAGGTTGTAAACAACATCACCTCTGTCATTGAGACCACTAGAAAAGGTGG GATTCATCTGAATGTTGTCTTGTATAGGACCACTTCCTGTAGGTGTAATGTGGGGTGGGA AGCTAAGATCAGCCCCACTTGCATAGTCACTTGGTGAACAAGTCCCAATTCGATCGCTTA AATAGATATCCAAGTTAGCTGATGAAGTTGTTTCTACCTTTCTCTTCCACTTGAACCTTC ACCTAACAGAGATGTGAGAGATAGAAAGAGACAGAAAGCAGTGCGGAGATCTTCTTATAT TGTTTCACTTTTTCGCATCGAACAGCTCATTTATTGTAATACCTTTCTTTTCGCTTCTCA AGATATCTTTGTACTGATGCTTTCCTGCTTGCGGGGCTCTCCACTGCTCCTGTGGACATA AAATAGAAGCAGACGAAAATTAAGCAGAAATGAAATACAATGTTCATATTGTTTTCAGCA TAATGAACATTGATACTTAACTGTAGTTACTTCCAAGAAGAAAATAAAACAGCACAAGAT CAACGTTTTTCACTTATGTAAATCTTCTGCTTACAGAAAACACAAAAGTGTTGAGGTACA CCTTTGGTGTATTTCCATGCTTATAATACATGTTAACCATTTCAAAAAAATAAATAAATG AAACAAAACATCCCTCCATCACTCAGATTACATTTGGGGGCTTCATGATGGTGTTTCTAG AGTAACCAAATATATTTCTTAAAAGATACGGTTAGCATGGAAAGGAAGTTTTTCACTTCT AGTATTTTCCCCCTATTTCTATGAGATTGTTTACTTCTAATTTGTGGATCTTAAAATGCT TCTTGAAGGAGTGAATCTTAACATGTCTTCCATATAATATTAGTCTCTACCAGAACAAAG TAGCCTAATATTCGCAATTTAGTAATATCCAAGGAGTAATTTGTGGGGAAAAGAGAAGAA CAAAAACATAACTAAGAACATACCAGGATTATCATTGCATAAGCGGTTGCTTTCTTCTAT AGGAACTCGAGAAACCTCACTCATTTTCACTGTAAGAGATTCAAACTAAAATGTTAAGGA ATAGGGGATATAATAAACATCTTTCCGGATGCTCCCAGGAAAAAGACTCACCACCTCACA GAAGTCATAATTTAGACATTAAGGATCATAAAGTTTTTGTATCTTTTCATATTAACTTCT TATGGTTGATTTATTTTTGCAGTAACCTAATAGCTTGCTTCAAAAGATATCCAGAGAAAC AAAGACTGCTTAATTACATTCTCAACTTGTTATTGTAATCAAGTAAAGTACAAGAACATA GAGGTAATGCAACTAATGACCTGTTTGAATAGTCAGTATTATACCAGTATCTAGGCGTAG TTTACTATTTGCAGCTTGTAAGCAGTATGCTGAATGTCGAGCTGCTGCAGTGGCATTCGA TGGAGTTTCTGAAGGCATACAAAGAGGGCTTGAAGCAAGACACATGATTTTTTGTGCCTG AAAACATGCAAGTTGGCCATATCAGTAAAAAAGTGGAAGTATACTAATCTGGTGAAGTTC CCAAGTTTCAGCAAGCTTAAATACCTTGTCAGCAGGCACATCATCATAGACATTCACCTT GCCTCTATAGAAGATTGTCATTTGTCCTACTGGTTTATCTGCTGAACCTATAGTTCTGGA ATCACCAATGAAAAAGCTATCAGTTTTTGAAGCTAGACAGGATGCAGTTTCCTTTGGGCA AAATGCTAGTCAAATGGAGGCCTGCGCCCCTATACTTGTGATGCCACTTTTTCAATAGAG TATCTTCTAACGAGCTATGAGTTACAAAGGCACGTGGAATAATAAAAGGTTAAGATGAAT ATATTTGGATTCGGATGATTTGTCAATAATAGAGAAAGGATCTTAACTAAGTTCTAATGA TAAATTTGCAATCACAAAATAATATACAGAACGAAACTATTACTATAACAAGAGATCACC AGAGGATCGTATTAACAAAATTACAAGTAGGAGAGGGACTCTAACTTTGATAGGTAGAAG CTAGCCGCTATTTAAGAGAAGCATGAAAGTCGAGTATACAAGAGGAACAATTTCGAAAGT CAGGTGCCTTTTCTTTAATAACATCAAGTAAGTAGCCATCAATTATATCAGTCTTAAACT TGTTTAAGATTGACTATTAGAATTTTCCAGGTCCATTCCAAACTTCATTCCCTTACTAAA TTTCGAGCTATATATATACATTTAGAAGATTCATTCATTGCAAAAAAGCATTGAAGATGA CTATAACTCACCTAGAAGGAGCTGAATTGTCAACAACAGTGACCGGAAGGGCAGTGCTAT GATTGGAAAGATCAGGTTTATCTTGCTGATTTCTTCTATCAGGCACTGGTTCAGAAGGTT CGCCATAGGTATTTTTCCCTCTCTGGACCTACATTAGTTTTTAGAATTATTTAATATTAT CATATAAACATGCTTAACAGCCAACCATAATATAATAATGCTACCACTAGTTATCAGTGC AGTATAACAAACGTAGCTCAAAACAATGCTTGGAGATAGAAAGAGGAAATGCACTAGATA CCGTACATGAGTATCTGCACGAGGAATGTGAAGTTTCTTCCGACTTCCGGCGTCAGTATC CGGCTCGAGGAGAGCCTTCAACGATATAACTTGCTGAATCGCCTGTGATTTATTCCATGA CGGCTTTCTCATTCCTGTAGGAAACGACAAATTTTCCACATATCACTTTGCTTAAACGCT TTCTGAAAGAAATTATTATTCGATTTGGCAACCTAAATTGTTTGTTTGTATGTAGTGAAT ACAGAGGCAGAGGTGAGAGGAGTACCTTTTTGTTTGAGGTAACGGCGGCAGTCTTCGCGA GTGAGCTGAGAAATGTCATCGTCAGTGAGCTGATTGAGAGGTTTATCGAGAGGTGACTTG GAAACTGTTTCTTCCGGCGGCATGCTGTCAAGTTCCGGCGCCGAGTATCGGAAAGAAAAA AGTTATGGCGAAAAGTTTAGACGGGGGGGCAATTTCAATTTGTGACCCGTAAAGTAGTAG GGGTCAGAAAGCCTTCAGTTCCATGAAGCCACACACCCAACAGTCATTATCATCAACTTT AATTCCTCCCCGCTCCATTTTCGAATTTGTATTCCCATTTTTTTTAATTTTACTAACCTT TTTTTCTTTTTCAGAAAAAAGACAATTACAAATAGCACTTTAGTAGTCCTTTGTCACAAT TCACATGTCACATCTTTCTTTCTTTTTCATCTTCCTATGATAAAAATAATTTAATCTTAG TTTTATAAAATTACAGAATTTAATAAAATGTTTAATGATCAAGTGATTAAGTTACACATT AGAAAGATTATATCAAATCAGATATTGCATTGGCAATATTTACGTAGTTGTGCTCAAATT AATTTGTGGGGAAAATAACTTATTTCTTTATTTAATTTTATGTAATATTATTGAAATTTG ACATATAATTTATGAAGTATCATATTATTTATTATTTGTTGAGACAATATATGAGTGTCT GATATCCTTTTTAATAAAAATAATTTCATACTCATAAATCTCTTAGTAAAAACGAAAGAG TAGTTATTAATCTAGTACGATTGTTGTTGGTGGTAGTATTGATGTCAATTTGTACCAAAC CTTTTTGTTCTGAATATGTAATGACAACTTGAGTAGTTAATATGGATTACTATAAATATA ATTATGGTCACAATTTACATTAATTTCCGAAATTATCTTACTTTATCGCCGACCAAATTG AATGGTGCGGGTCAATTAATGGACTTGAAGTTTGTGGTTTGCTGGCAATTATCATTACGA ATTTGATCAAGTTAAAATTTAATTTTTAAAAAATTACATGTGTAAATAATATTTTAATAT TTGAAAATTTTGACTCCGCTTATTATTTTGCATGCAATGTAAATGAATATTTTTCAATTA AAAAGTCAAATAAATGGACCACCATGAGCAAATGACTAGATGGGCACGAATATTGTTCTA TAATTCTCCACGTCTGGGATTTGGTGCATTAAATAAAAATTTAATAACAACTTAACAATC ACTTTCAGAAAATCACTTTTCTAAAAAGGTTGTTAAATCTGTTACTTATTTAATAATTGC ATTTACATATATGTAATGTTATTTCCATTTTTATCTACCTTTTATCAGTTAAGGACCACT TATCATGTAAAGTAAATTTGTAATTGGATCGAACTAGTTTCTGTTAGGCTAAGTAGTTTC ACTTGATGTATGAGCTGTGATCTTATCCTATTCGATACTACATGTATAAATATGATGGAA GTATACTTCCTTTTTTTTTTTTAAATAATCAATTTGGTATTTAACTCATATAAGTAAGTA AAAACAAACTTTGATTTTATGGTTTAACGTGTGTATATATATATATATATGTTGAATGCC TTGAATCGGACCACGTAAATCTGTTGTCTTGTTTTTCGCGTTTATATTTTCTCGTATTAT CTCAAATTGCGCACAACAATATATATATTCGTATTTTCCTTTATACGCACGACTTAATTC CATAAGCCATTAAGTATTTTCATAGTAAAATTATAATTTTCTTTGAATCTTACTAGTTAA ACTTTTTCATGTGACATTTGAGTTGAATTGAATATGAGGGTTGAGAACTTTCATTTATTT TTTTTAAAAATATGCGTGGAGAATCATCTAAAAGTTAAAAATGAAATGTAATCCAACTTA AAATCCATTTATATCGTTTTCTCCTTAGTTGCCTTGTTGTTTACATATTCTCCCCACCTA GCCCACAAATTATAAACCTTAAATAAGATCAAAATTACAAGGCTCACACATGCAAATGTT CTTTCTTAGGTCATTTTTTAGATTTTGTCTATATTTTTAAAAGTTGTATAAGTATAATTC TTAAAGAATTATCTTTTAGAATAGCGTTAAGATTCGAATTCAACGATCAATTATATATTG TTCAATCATACAAATAGAATATCAGATTGTCACCAAATAATTGTAATATAACTTGCATAT TTTATATTATGATCTAATATTCTTTTAATTATCTTTAGGTCGTGCTTTAAATAATTCATA AAATAAGCAAAATTTTGACTATTTGGGCTTTTTTGGCATGGCCCTATAGCTGAAGAATTG CGGGGCAGCCCGAGCTGATTTTGGCCACTACACAGATTAAAGATTGTATTCCTTTAAAGT AAAAGAGAGATGCAAAAGCAAACTACAAATTCCCAACTTCATTTAGAAAGCCTAATGAAA TACAAATGAGGTAGAAATACAGTCATCACTGCGATTTGTGAAGAGAAAGTACCAGATTAT TAGGATATACGTGATATTTTTTCTAAGTTCTAATTAATGTCATACGATAATTTAATTTGT TATTGAGTTTAAGAATATTTGATGACTTTGAATATTTCAAAATTAATCTCTAAATAGATA AATTCTTAAATAAAAAAGTTACCTCCATTGGGTAGCCAATCAAAAATAAGTAGAGTAGAG TTATTTTATAAAATTAATCTAAAATGTTAATGTTGTCATTAAATATTTTACAAAATAAAA AGATTATGATAATATTCTACACCGACTAAAAAATTAAATATATAGTAATTAAAATGAAGT AAACAACCAAAAAACAAACAAACAAGAGTTACGAGTAGAAGTTACTAGCATATTAATGGG ATTCTTGCTTTATAAATAACTTTTGAAAAGAATATGCCTAGCTCCAGAGCTGTTGCATAA AATGTGAATGACTTCCTAATTATTTGAGATGGGAATCTCTGGGAAAAACATATATTCTGT TGCTTCGGTAAATAGTACAAGCGAATGAGTAAAGTAAGTGAAAATTATTAACTTAATAGA TAAGCCAAGCAATGTTCTTATACCATTAAATTATATTAGTACCTGTACGATATTGATAGA CGAATTTTATTTAGTCCATTTAGTTGAATATTTTACTTTATACAATTTTATTGACGTAGA AGATAATTCCATTAATTGTTGTTAAACCTTTGGAAGAAAGGAAAGTCAAGAACAGCAAAT TAACTTAGTAGTCTTTTCCTTGAAACAAAAGGGATGCGTACAAACTTTAACAATCCAAGT CCAGAAGAATATATTCACTATAACTAACTAGTTCCCTAATTAAATATTCAATTACCCATT TTCCTTTGCTTTCCACGTGTCATCTCATTTCCTCGACTACTCACGAAGTTTCTTCTAATT TTTTTTCTTCATGTATATATAACCGACTCATTTTTACATAAATGAAATTTTATTATTGTA AGATGTGGCAGCAGACGTGGAATACGCCTTACCGGAAAGATGACGTGGAAGGCGGAGCAA GGCCGTTGTATCCGGCGATGTTGGAGAATCCACAACTCCGTTGGGGTTTTATTCGGAAAG TTTACTCAATTTTGTCTCTACAGTTGCTTATAACAATTGCAGTGGGCGCTGTTGTTGTTA CGGTTCACCCAATTGCACATTTTTTTGTGTCAACTGGGGCTGGATTAGCTCTCTATATTC TTCTTATCATCGCTCCCTTCATCAGTATGTACTCTAAAAATTATATATTTGTTTCATCTT AATTTAGTTGTGCATAAACTGATATATTTGTAACATGTGGCAGCATTGAGCCCGTTGTAT TACTATCACCAGAAACATCCGGTGAATTTCTTGCTTCTTGGGTTGTTTACAGTTACTCTG GCCTTCGCTGTAGGATTAACTTGTGCCTTCACCAGTGGTAAGTCTAATTTTTTTTATCTT CTGCTTAATTATTGCTTTATTAAATAGGTCTACTTTGATTTGTCAGGGAAAGTAATATTG GAGTCCGTCATATTAACCGCAGCAGTTGTGCTTAGTTTGACCATATACACATTTTGGGCA GCAAGGAGAGGCCACGATTTTAATTTCCTTGGACCATTCTTATTTGGTGCCCTTATGGTT CTCATGTTGTTTGCCTTTATTCAGGTTCAATATTATTACTCGATCCAAGTAATTTACATA TATTACTCTCTGTTTGTTTATTTATTTATTTATTGTTGCAGTTACTGTTTCCTCTGGGTA GGCTCTCTGTGATGATCTATGGCTGTTTAGCGTCCATTTTGTTCTGCGCATATATAATTT ATGATACGGATAGTTTAATCAAGCGCTACACTTACGATGAGTACATCTGGGCTGCTGTCG GACTGTATCTGGACGTTATCAATCTATTCTTATCTATATTGACTATTTTTAGAGCTGCTG AATAGTTTCCTTGACAAATAAATAACAAAAATGTTACATTTGCTCTATAAAGAACATTGT TTATCTATTGTATAAATCAATAATTTTTTTTATTACGAAACTCGTTGTTAGTATTTGTAA GGTTGATGGATATGTGAGTGACCAAAAGTTGATAGCTGAAATATTATATTGTATAAAGGG GTTATATCTGCAAAACATTTGCCCTTTGGGGCAAAGTTGAAATATATAGTAGCCGCAAAA AAGAAGTTTGAGTGAATCAGCCCTACTTTTCGGCCTAAATCCAAATTTGGTTGCTGTTTT GGCAACAATTTTACTTGAAGCAAAACTCATATTGGGCTTTGTCACTCATGTCTTGGAAAG TCAGATCTTGGGCTTCAACTAGCAGGTGTACTTGGGAAAAATCCCAAAGTTTGTGGGTGT ACTATAGTTCGACTTCATATATAGACAGATTGAGAATGAACGTTTTCTTTGAAATTTGTG ATCCAACATTTAGAACGATATGAACTTATATCTTATTATCAAAAACAAAACCAAGACCGT GTATTTGGTTCGTAAAAAATAAAAAATAAATCCTTAATGAGTACTCATTTTTGTGAGGGT CAAGCGTGATGCATAAGTAAGTAAAATAATGTTTTCTTGACGGGTTAATAAGTTGATCAC ATTATTTACAAAGTAAGAGAGGGGGCAAGAAATACAAATAACTTTAGATCATATCCACAA AGTCAAAAAAGAAGTGCTTGAAGATATATTGCTTTAAAGTTGATCAAGGATGATACTTTT TTCAGAAAAAAAGCTAAGACGTTGAAAGACAAATGGAAAAGTGAGAGATAGAGGGAGGTA GAGACGGAATCAGGATTTTTAATAAAGGGTTTAAAAATTTGTAGAAATAGATAGTCGAAG AGGGTTCGACATCTATTATATATATATAAATTTATTTTAATCATATGTAAATAATATAAT TTTTCGTCGTAGGGAAAACGGATGAACCAAGGTCACGAGAGAAGGTGGTAAAAAATAAAA TAAAATACAGACTAGCTGCACAATCGAGACCACTTTAATTTCCTTTTTCATTGACATTTT AATCTTGGAGACAAAAGAGTGGAAAACGTTGTCAACAACACATTTTCAATAATCTTGTGG GGGCGACTCTAAAAGTGAGAAATGAGTCTTTATGACGTCAAATCCTCAATGACGGTAGGC AGGTAGATGAAAGCAAGGTCAAAAATGGTTACGACCAAATTTTTATCTTAAATTTATTAT TCCTAATTATACCTACTTCCAAAAAGATATTCTATCACATTTCTATATTTTTATAATAAT AGATATATAGTTACACAAATATGATTATTTTAAATCATAAATATTAAAAGTTCTTTTTTT TGTGCGTCGAATTACATCACTTAAATTGGATAAATGAAGTAACACAACTAAGCACGTACA TGTGATGAATTTAGGCTATTTAACCTCTCAATCTCTTTTGTTTATTTTTGGAAAAGTAAA TACATGCTCCATCCTATATTGATTAATCTACATTACTAAATTAAGAAGTACACCCGATAT CCCGTTGATCATATTTTTCATATATTATTCTTGGAGTTAATTCTTTTTTAAAGCGTTTGT ATTTATAAAATTGCCAGAAATTTTATAAGAATTAATAAAGTTATTTTGACTTCTTAACAT ACGTATAAATAGGAAAGAGATAAACTGATGCGATAAGGAGTGGAATATTCTTGAGTAGTA AAATGTACATTTTTTTTTATCAAACACAAATTATAAAGTATTTTTATGTTTATAAAGATG TTTTAATAATTGATTAATTATCGCCAAAAAAGACTTTGTAAATAAGCAATTTCTTAAAAG TGAGGCCATATTGACTATTCATGACTTATTGCTATCCTGATCAGGATCATTCATCATTGA CCAAGCAAATTATTATATGATGGCACTAGTAGAGACCATCCCCAGATATACCAAATTTGG AGCACATGTTGACTAGGAATGACCCACATTTCTTCATATGTCAATTGTGATGATATTTCT CCAAACACTTATAACTTATTACTCACTCCGTTTTATATTAGTCGTCTATTTTCTTATTTA TATATTTCTTCAAAAATATAAATAAGAGGGATAATTTTATTTTCTGTGAACTTTTCAAAT TTAATTACATAATTAAGATTAAAATTATTTTTTTGTATGGATAAAATGAAAAAGTAGTAA TTAATCACATCTCAATTTTGTAAAGTAAAAAGTAGTTTAGGACAATTATTTATGTGTCCC AAATGACAGTGGAGGTTGTTGATGGCATTTTCAGCCATAAAACATGCCTTAATTGGACCA CCATTTTTTCTGATCCACAAATTGCTCCATCATTGGTATAACGTAGATTTCATCTCGTTG TCAATAAAAGTGTGGATCCAAAATTTTAAATTTTATAAGTTCAATCTTCAATGTTCCCGT TATTATTGAAAGGTTATATAATATATGGTTTGGAGATGAATGACATATGTATCAAATCTT ATTTAATAATATGTTTCCTAGCTGGTTAGGATGTAAATTACATATACTAATAAGTGAATA AACATGATATTAATATCAGGATTATTAAAAAAGTTTTTGTATATATTGAAAATAAATAAA TTAAATTGTTCATATTGAATTGGTGATGTTTGGATATGGACAAGGGAGATGGGTGGAGCT TGAAAAAGTGGAGTTACTGTGAAGTTTGTTGGTGAAAAGGATATGTTGACAAGGAGAAGA GAGGATGTATTGTATTATATATAGTGGAGTGTGACGATTGAAATATCCACTTTTCATATT TATTTCTCTTAAATATTCTTTTTGTCCTTGCACGCTTCCCCATTTTTATTTATATAACAT ATACAAGAAAATAAAAATACACCCCACGTGCGTACCTTGTTACGTTCGATATATCCCGTA CTCCAAATTTTATGTAAATAATCGTCCTCTTCTCATCATGACTCGAACTAGCTAGATTAA TACTTATTTGATTTGTATAGTATCTAAGTTATATATAGAACTTTTGGGAAACAGTATCCA ATGTGTCGACTTTCGTCATTGTATCCCATGCATGACACTCCATTTTTGCTCCAAACGAAT ATTCTTTTCCACTCCTACCTACATGTAATATTATTATTGCTTAATGCTAACTCCATTAAT AATATACTCCTCACAACAGTATATATACTGTCTCCATCTTTCTACCATAATTATATGACT AAACACACAAATGAAGCGACAACATTATTTCTCTCTAGCCATTCATAATATTATTAATGT CGTTTCATCCAATTGAAGAGCTCATCACTGTTTTTTCACTCTCAAAGCTATAGTATTTCT TTTCTTATACATTATTTTATTTGGTATATAATCCCATAACTCTGTATTTTATCAATAATC TTTGTGAAGTAGATAGTTTGTATTTCTAATTAATAGTATGGTTTGTTATGTATCAATTAG TCTCCCTATGATATTAAATAGGGTGTATAGCTAATAGACGTATTCCTTTGGAAAATCAAA TATCAAGCAAAATTAAATAATATCATAACTAATTAATGTTTTTTAAAAAGAATATATTTT ACCAAATGTAAGAAGGGAAAACTAGGGTCGTCTTATCAAAGTCAACCAAATAATTCAAGC AAAAAGAATCATTAGGTCAATGAATTTATATTCATGTGCCGATGTTGATATAATATGTAG GTGTTTGGATAATACTTAATTGAAATTCAGAAAAAATAATAATTCCAAAGTTGAAAATGA ATGTATAATTGAATAACATTATTTGAGTTGAAATGATTCTCAAATAAGAATTTCGATACG TCAAATACGTATGAAAGTTCAGCATGCAGGTGGGGATATGTGGTATGTATTTGCAAATAC TAAATTACACGCGTTTCATTTTAATTGACATTAATTTTTTCTCTCTTCACTTTTTATTGT CATGTTAAGCTTTTAAAAAATCAATTTCATTAATTTTAAAAGTTAAATTAGACTATATAA ATTTGATATTTTAGACAAAAAAAAAATAGTTAGCAGTAATGATATAAAAATGCATCGTAA AATGTTACTCAAAATTCTTATCATTTGACACTATGAAAAGGAAACCATAATAATTAAAAG TGAATGGAGCAATATATTGTATTTCTTGTTAAATAATATCATTTATTACCATATGTTCAA ATATTAATAATGATTTAGTCGTCCGTAAAAAACTAAAGAAAACTGTGTTTTCTCGCCGAG TAACATAAAAAACTTGTGGTATGATTTTTTCGATAATGTTCTTATGATTGACTCACATCA CAAATATATAAAAACTACAATGATTTTTACTGCACGACAGGATACGCATTAAAACATCAA GTACTGTGTGAAAAATCGAAAATAATGATTCCACTATGTGTGAATGGCTCTTAAAGTTAT AAAGATCAAATGATTATTGAGTTGAAAATTAGTTCCTACGAAGCTATGAAATTAAGTGTT AGGCCTAATTTAACCATCAAAAGTTAGGTCAAAAGGAGGAGAATTTGTACAAGTCTTATA AGGAGTCTACTTATCTCATTAATCATCAATGTGAGATTTTTATCATTCTTTAACATCTTA CCTCACGCACGGTACTTCGTTGCATGGGTAGTTTTGTTTTTTTGGGCCCAAATATTGGGT GAGATAGAAGCTACTCCGATACCATGTGAAATTAGCTAGATCTTGAGATTAACTCACACC CCCAGAAACTAGCTCAAAGAGAGAAGGATTGCCCAAACCTTTATAAGAAGTCCGCCGTCT CATTAACCATCAATATGAGATTTTTATCATTCTTTAACTTTTATTCAAAGTTATATATAA CTAAACAAATTAAAAATTAAAATTAATTAGTTATGTATTTCATAGATAACATTTTTGAAA AAAAGATATTGGTGTTAATCCGTCGCTAAATAACATTATCGATAAATTTAGTATTTAGCT ATCAAATTTATTGGTTGTTTATATTCGTATCATTAAAGTAAGAACGTTCACTTGTCCTCT CGTGCTTAATCCAATATGCATAATGTATTATGCAATATGATTTACTAGATTGTATAGATA TGGAAAGAAAAAAAAGATAATGTTTCTACTAACAAAAGAAATTAAATATTTAAATTGGCC ATTAGTTCAAAATATTCATGATTCTCTTTGATTATTTAATGTTTAACTTATAAATAATTT AATCATTCATTCTTAATCTTACCCTTAAATTAAAACGCACTCTTCAGTTTAAGTGGAATG AAGTAATTAAAGGAAAAAACGATGATTAATTAATATGAAGGGCAATAAAAGTAGCAGTAA TCGGATAATGGGGTATCGATGATCACATTTATATTAGATTTTATTTTCCTTCTTTTATTG ATAAAAGGGCACTTAATTTAATTTATTAAAAAGTGAGTATCCTATAAACAATATGCATGG TGGCTTAATATACTCGTGTGTAATGCAAATTAAACAAGGATTAGTGACTTTTATAAGCAA GTCTAATTTCTGAAATTTCTGGATGATTTTATTTATTCTTATAGAATATTCACAGGACGC AGATTTTAAGGTTAGGAAAATTGAGTGAGTATTTGAATTATTAATTAGGATATTTATCTA TTTATTCGGATATTAAATAGTTAAAATTATTTATTTTTGTAATATATAGACAAATTATAA TTATTTGTTTAATTAACGCTCTTTTGGAGGAATGATAATTGGCGATCTTGGAGGTGCCTG ATAATGGTGACGTGACATAAGAGGGTCATTAGTGGTAGTTGATGGTTTAGGCGGTTGGTG GTAATAGTTGTGGTTGAGAGATAAAAGTTGGTGCTAAAAATGGATGATGACAGTGATTAA TAATGAAGGTAGAATAATATAATGGTTGAGATTGTAATTATATGTGTATCAAAAATTCAA TCAATGATTCTAGCCTTCATTTATATAATATAAATAAACAAACGTCTCAAGTTGAAATGA TAGACAAAATTAAATCCTTCCAAAAATTAGTTGATTATTATTCTTTTCACATATAAATTT AGCTCATAACAAATTTAATTGATATCTAACTCAAATTAATTTTAAAAAAAAGTTATTAAA ATATTTCTAAAATATAATAAATAAAATTATTTGAAATAAATAAAATAATTGAAATTTAAT CTAAATTATATAAAAGAGTTCTCCTTCCCTCATTTATTAACTCAGCCTATTTTAAGTTAT CCAATAGAATAAAGTATATTGCTATATACGTTCATAAAATTCATACTCTCATTCACTCCT CACAATTTGACTTTTATTAATCAAATATTATTAGTTTAATAGTTAGCTATATATTGAGGA CTAATTTGAAATTTTGAAGCAAGAATTGAATAGAGTTAAGAGCTCAAATGTAAAAGAAAA CATATTATTAAAATGTAAAATATTATACTGAATTCCACTAGCCTCATGTCTAGTTGTCTA GTTGGATTTAAGTGCCAAATTAACGAATTCAATTATTAATGACAAACCAAGTGCCTAATT AAATAGAAGAATACTTATCAGGAATATTAAGAAGATATTAAAAGAATATATGTTGGATTT TGTCATTTTCTATAGAATTCCAAAGTCAAAGTCATTTATTCCTTTTCTTTTTGTATTTTA TTTTTCGGAATCACGAGATGACATAAATTTATGTATAATTATATATACTCAATATAAATT GTAATTATTCATGCAGCATGAGTCGTGTTAGCTTTTTTATTTAAAATATTGTTTTAGGGA TTGATGCTTTCTTGAAATTAAGATCCCTATAAGCATCTTCTCAGGACTTTTGGAGCCACT TCTCGAATGAGTTCGGTGCAACATAAATTAAAACTAATCGAGCTTAAATATAATTAAATA TTACATATAAATATGATGTATGAGTTCTTTACTTTTATGGTAAGTAAATTGTTTATATAT ATTAATAATAGGCGACAGTTAAATTAGATCAGTATCATTTGAAAATGTAGTTTTAAATGG TAAGAAAACACACATTTTAAGTTAATCATATTCCTAGAGAACTATTATTCTATTACTTTG AGCATTTTGATTGCAGCTTCCTTGCTGGATTATTGTTACTTAATTTGAGCAATTTGTCTT CTCATCTTCTTTCCTTAATGAATTTGTCGTACATATTGTTTTGTTGATCAGTAAATCGTA AATATGCAAATATTTTGAGAAAAATTATTAAAGTAATCCAAAACATCCAAATGCCACCTT GATATAGTATGTTATTTAATTAATATCGTTCCACTTGCAAAAAGCAAAATGTCCATATAG GTCACGGATCCCTCTTGAGTTAAGCAAACGAAATTCAAATCGATTATGAAGGCAAATTGC ACAATAAATTATATGACAATGAAAACAATACACATGGGTTATTCGTCAGATGAAAAATAA ATTTTGTAAGATCTACTCCTCAATCAGTGAAATGGTTTAATTTGTAGGGATAAAACACGG AACAAATACACATGAATAAATCCATGTAAATTATCCAGCCAGCCCTGCATAATTTATTTC TTTTATATATATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATAGTTTAAACATATTTCGTTTCGTCGTGCGTATAATCTACATAGTGCAA AAAATATAGAGTTGAATTCAAATATTTTAAACTTGAGAAAGCTTCTTTCAGTGATCACTT ATCAAATTATACATAATTAGGTTGAAGAATCTAATTAAATGATCTTGGAAAGAATCAAAT AACAAGTACTTATTCATTTCTTTTCATTATCGATTATTCTTTATCATTTGAGAATCTCAT TTTCTGATCACTTTAATTTTTGTTCTTTTCAATTCTTTAATATTGGATAGATTTAGAGAT ATATATAGTTGATATTAAAGAAAATAATAAATGTCATACTAGAAACTGATATTCAAAATA GATTGTAATGATATATGATTTTTATTTTTATCTATTAATATTTGGGATTCAAAGAAAGAA GTTTTACCCACCCATATGCTAACCCATTTGATACGTATCAATTCTTTAACATGTGTCGCC TCACATAGCTTTATACACACCTATTTAGTAATCAAGCTAGGTTAACTTGATAAGTAGATG GAAAAGAGTGAAAATCATTTCTACCTCTCAACGTGGTAAGTATAGATTAAGTCGATAAAA AAATGACAAATTAATTTTATCGATAATCACTTAATTTTATAATAAAGCAAATGTTGAATG ACCATCCATAAAATTAACTACTACTTACACAACTACAAAAGTGGATAGCTAGATATTTTT AAAATTAAGTTACACTTATATAACTATAAAGTGGTTTGCTAGATATTTTTAAAATTAACT CACACTCATATAACTATAAAGTGGTTTGCTAGATATTTTTAAAATTAACTCACACTTATA CAACTATAAATGTGGTTTGCTAGATATTTTTAAAATTAACACACATTTATACAACTATAA AAGTGGTTTGCTAAATATTTTTGCATTATTACCCACCTTAATTTACCTTTATTTTCCCTC ATAGATAGCTTTGGTGGTAGTTTGAATTGTGATGAATAATAAGTAGCACTTGCAAAATAT CAGGATTGGCGGCTTAAATGGATAAAAGTTCAAAGCTGATTAGTTGATTGTGCGTGAGGC ATAATGAGTAGGAGCAAATAACTATAATTCTATCTTTACAAAACTCACCTAATTTGTTTT AAGTTTTTATTCATCCATTAAAAAGAATTAGGGTATTAAGCTATGATTCTTTAATTGTTC CTTTTTAAATCTAATTCAGTACAATTTCCCTTTATTAATTCATTTCATTTTTCATTTATA TTTTCAGTCTACTATGACGTTTCCTAAATATTTATTAGGCTAACTTTTTGATTTAAAATT GACCGAGTCTGCCTTCTTTTCTCTTCAATGTGCTGGAGTGAAATGATGCTATTGGGTCCT AGAATATCAAAATAAAAACTTTTAAATCAGTAGTCTAAATTAAATGTATGATCTGATCAA TAATGCAAAAAGATCCTCTCTAAGTTATAAACATGTCTTAAATACATATATATTCACTCA AAAAATATCTATCAAAAAAAGAAAAGTAAACCCAATGATGTACTTGCTAAGTGTCAAAAT GGAATTGGAGCAAAAAGCTAAAGCACACATTATTAAGTGATTTCTTTTTCTTTTTAGGTA AAAAAATTTAAAATACGTCAGCTACCAGCACTTAGCTTCCTGGTGTTAAGGAGGGAGACA AAAGCAGTAGTAGAAGTTTGATAGCGGTCTTTGTGGCGGTTGACGATTAAATCAAAAAGG GTATTGGCGCTGAAATAGAAAAAATCATGTTAAAGTATTGTCTTTGTAAAGAAATTCTTT AAAAAGGATAACAATGTCGAAATAGAAAAATCACGTTAAAATATAATCTTTATAAATTTT TTTTGTAATGTGTGAATAAGAATTTACTTAGATTTCAATATAATATTGAATATCATAGGA GAAATTTAAAAATATATTATAATGTTTTCTTTATTACAACTTCTATGAACTAATTAAGTC AAAGTCTATTTAGATATGAACTAATTAATTGACTGTCAATATCAAATCCTAAGTAACATT GATTTCCTATTTTACCAATAGCTAATATATTAAAAGCATATCATACATCTATTGTTCGTG TTAACTGTTAACACGTCATCCAAATAAATTACTATGATTTTCATCCGTATATATTAATGT ATAAATGTCTAGTATTAATTTAGGAAACTAATAATTTCTAATCTCTTTTAGGTTTGGGAT AATTTTGATTTCTATATGTGTATATAGAGATTGTAGTTAAGACTAAAAATATAGTACACT TTTAATTTTTTTCATAGCCAAAAAAACTCTTTTTGCCACTATTCGAAAAATTAGGCTCAG TCAAATTTTATTAAATTTTTGTATGGGCAACTTTCAGATATAGTAAACACAAGAATTTAT ATTTTTATGTTATAACAAAGTTTGCATAATTTTGTTCCATAACAAACATATATATATATA TATATATATATATATATATATATATATATATATATATTCGCTATACATATACAATTGAAG CGAATTGTATAAAACGAGAAAGAGAAAGAGATCTGGGCAGAGAATTGTATAAAACATAGT GTATAAAACGAATTGTATAGGACGATTATATACAATTTAAATTTGTATAAAATGAGAAAG AGAGAAAGGCAAAAGTGACTTGGGCAAGAGATATACAATTGAATCGAATTGTATAAAACG AGAAAGACAGAAATTATATACAATTTGAATTTGTATAAAACGAGAAAGATAGAAATTATG TACGATTTTAATTTGTATAAAACGAGAAAGATAGAAATTATATATGATTTGAATTTGTAT AAAACGAGAAAGATAGAAATTATATACGATTTGAATTTGTATAAAACGAGAAAGAGAGAA AGGCAAAACAGACTTGAGCAGGAGAGTACTTTTATTATATAATTATAAGTGTATAGGACG GAGATATATGTATTTGCATGTGTATATATAATTTTCTCTCGTTGTATACAATTAAAAACA TAATTTATATTGTATGAAGTGAGCGAGAATACAAGGCAGAGAGTCAGTTTGCGAAAATAA ATCAAAGAATAGCTATTATATTTATTTTATATTATCAATTTGTCCGATTATGCTTTGTTA TATTAATTAATTTTTCTTTTCTATTAGTATGGCGGTGTGTTAATGTTTTGTGCCACAACA TAGAATAGGCCACTAGAAAAAAGTGTGAAACAGTCGCTTGGTATACCTGTCTATATAAAG CAAGCGATATACTATCCTTTATTCACTCCAACCAAAATTTCTTTTTTCAAAGCTATTAAG CACTTATCCAAAACAAAAAAGAAAAGAACAGAAAGGAAATGGGTAACGCAGATAATTATG GGTATCCATCACTGATGGATAATCATACTACAGGCATACATAGAGTTGAAATTCCTCCAC CACAGCCTTTTTTCAAATCATTGAAGAATACGTTGAAGGAGACATTATTCCCAGATGATC CACTTAAGCAATTCAAGAACCAAAAACCTTTGAGAAAATTTATACTTGGGGTTCAATATT TATTTCCAATTTTTGAATGGGGTTCAAGATACAGTTTTGGTTTCTTCAAAGCAGATCTTA TTGCTGGAATTACTATAGCTAGTCTTGCTATTCCTCAAGGAATAAGCTATGCTAAGCTGG GTAACTTGCCACCTATACTTGGACTATGTAAGTCTTTTGTTATATTATTTTCTTTTTAGA TAAAGGTAAAAAATTTATTTTGATGCATGCATAATTTTTGGTGGTTCAGATTCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.983 30502 30676 match_part 1.000 31039 31447 match_2 match_part 1.000 30502 30676 match_part 1.000 31039 31447 match_3 match_part 1.000 30502 30676 match_part 1.000 31039 31371 match_4 match_part 1.000 30521 30676 match_part 1.000 31039 31387 match_5 match_part 1.000 30522 30676 match_part 1.000 31039 31370 match_6 match_part 1.000 30538 30676 match_part 0.981 31039 31504 match_7 match_part 1.000 30538 30676 match_part 0.996 31039 31502 match_8 match_part 0.933 30558 30676 match_part 1.000 31039 31383 match_9 match_part 0.991 30565 30676 match_part 0.981 31039 31460 match_10 match_part 1.000 30565 30676 match_part 0.995 31039 31460 match_11 match_part 1.000 30565 30676 match_part 0.998 31039 31460 match_12 match_part 0.902 30565 30676 match_part 0.930 31039 31451 match_13 match_part 0.973 30565 30676 match_part 0.981 31039 31405 match_14 match_part 1.000 30566 30676 match_part 1.000 31039 31454 match_15 match_part 0.991 30571 30676 match_part 1.000 31039 31467 match_16 match_part 0.981 30571 30676 match_part 0.980 31039 31394 match_17 match_part 1.000 30572 30676 match_part 0.981 31039 31467 match_18 match_part 1.000 30572 30676 match_part 1.000 31039 31387 match_19 match_part 0.990 30572 30676 match_part 1.000 31039 31382 match_20 match_part 1.000 30576 30676 match_part 0.974 31039 31387 match_21 match_part 1.000 30579 30676 match_part 0.991 31039 31465 match_22 match_part 1.000 30580 30676 match_part 1.000 31039 31382 match_23 match_part 0.979 30581 30676 match_part 0.997 31039 31396 match_24 match_part 1.000 30581 30676 match_part 1.000 31039 31382 match_25 match_part 1.000 30583 30676 match_part 0.996 31039 31502 match_26 match_part 1.000 30583 30676 match_part 0.983 31039 31498 match_27 match_part 1.000 30585 30676 match_part 0.988 31039 31466 match_28 match_part 1.000 30585 30676 match_part 0.988 31039 31466 match_29 match_part 1.000 30586 30676 match_part 0.972 31039 31466 match_30 match_part 1.000 30592 30676 match_part 0.997 31039 31396 match_31 match_part 1.000 30594 30676 match_part 0.993 31039 31491 match_32 match_part 1.000 30597 30676 match_part 0.987 31039 31504 match_33 match_part 0.987 30599 30676 match_part 0.997 31039 31396 match_34 match_part 1.000 30621 30676 match_part 1.000 31039 31370 match_35 match_part 0.963 30623 30676 match_part 0.979 31039 31274 match_36 match_part 1.000 30626 30676 match_part 1.000 31039 31396 match_37 match_part 1.000 30630 30676 match_part 0.997 31039 31396 match_38 match_part 1.000 30634 30676 match_part 0.982 31039 31373 match_39 match_part 1.000 30639 30676 match_part 1.000 31039 31460 match_40 match_part 1.000 31039 31373 match_41 match_part 1.000 31056 31215 match_42 match_part 0.990 31059 31373 match_43 match_part 1.000 31060 31460 match_44 match_part 0.987 31062 31373 match_45 match_part 0.952 31192 31398 match_46 match_part 0.997 33288 33965 match_47 match_part 0.973 33702 34111 match_part 0.941 34361 34462 match_part 0.952 35207 35351 match_part 0.946 35431 35467 match_48 match_part 0.973 33702 34111 match_part 0.941 34361 34462 match_part 0.972 35207 35351 match_part 1.000 35431 35451 match_49 match_part 1.000 33931 34111 match_part 1.000 34361 34462 match_part 1.000 35207 35351 match_part 1.000 35431 35523 match_50 match_part 1.000 40864 41015 match_part 1.000 41092 41147 match_51 match_part 0.946 50445 50481 match_part 0.962 50692 50824 match_part 0.947 52327 52799 match_52 match_part 1.000 50458 50481 match_part 1.000 50692 50824 match_part 0.987 52327 52793 match_53 match_part 1.000 50461 50481 match_part 0.985 50692 50824 match_part 0.987 52327 52719 match_54 match_part 1.000 50461 50481 match_part 0.985 50692 50824 match_part 0.979 52327 52662 match_55 match_part 1.000 50462 50481 match_part 1.000 50692 50824 match_part 1.000 52327 52792 match_56 match_part 1.000 50470 50481 match_part 1.000 50692 50824 match_part 0.974 52327 52829 match_57 match_part 1.000 50473 50481 match_part 1.000 50692 50824 match_part 1.000 52327 52879 match_part 0.750 53135 53146 match_58 match_part 1.000 50473 50481 match_part 1.000 50692 50824 match_part 0.991 52327 52879 match_part 0.818 53135 53145 match_59 match_part 1.000 50474 50481 match_part 0.992 50692 50824 match_part 0.995 52327 52729 match_60 match_part 1.000 50698 50824 match_part 0.991 52327 52783 match_61 match_part 0.980 50723 50824 match_part 1.000 52327 52479 match_part 0.997 52620 52935 match_62 match_part 1.000 50724 50824 match_part 1.000 52327 52479 match_part 1.000 52620 52935 match_63 match_part 0.900 50725 50824 match_part 1.000 52327 52466 match_64 match_part 0.925 50745 50824 match_part 0.989 52327 52590 match_65 match_part 0.964 52327 52796 match_66 match_part 0.996 66954 67224 match_part 0.991 67304 67417 match_part 1.000 67487 67644 match_part 0.997 67722 68393 match_67 match_part 0.996 66969 67224 match_part 0.991 67304 67417 match_part 0.994 67487 67644 match_part 1.000 67722 67802 match_68 match_part 1.000 66970 67224 match_part 1.000 67304 67417 match_part 1.000 67487 67644 match_part 1.000 67722 67773 match_69 match_part 0.960 67175 67224 match_part 1.000 67304 67417 match_part 1.000 67487 67644 match_part 0.990 67722 68020 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_70 match_part 0.992 503 262 match_part 1.000 183 1 match_71 match_part 1.000 503 262 match_part 1.000 183 1 match_72 match_part 1.000 502 262 match_part 1.000 183 1 match_73 match_part 1.000 501 262 match_part 0.989 183 1 match_74 match_part 0.996 502 262 match_part 1.000 183 22 match_75 match_part 0.996 504 262 match_part 1.000 183 51 match_76 match_part 0.996 489 262 match_part 0.992 183 64 match_77 match_part 1.000 493 262 match_part 1.000 183 73 match_78 match_part 1.000 501 262 match_part 1.000 183 123 match_79 match_part 0.974 499 265 match_80 match_part 0.900 495 295 match_81 match_part 0.988 502 336 match_82 match_part 0.964 4910 4855 match_part 0.990 3854 3758 match_part 0.968 2826 2764 match_part 0.919 2665 2160 match_83 match_part 1.000 6306 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2583 match_84 match_part 1.000 6444 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2633 match_85 match_part 0.819 6440 6220 match_part 0.948 5269 5174 match_part 0.972 5066 4855 match_part 0.978 3854 3762 match_86 match_part 0.819 6440 6220 match_part 0.948 5269 5174 match_part 0.972 5066 4855 match_part 1.000 3854 3798 match_87 match_part 1.000 6486 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4902 match_88 match_part 0.995 38301 37541 match_89 match_part 1.000 38302 37700 match_90 match_part 1.000 38302 37700 match_91 match_part 0.995 59950 59286 match_92 match_part 0.904 60872 60225 match_93 match_part 0.916 60872 60301 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 504 262 exon 183 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6486 6220 exon 5269 5174 exon 5073 4855 exon 3854 3758 exon 2826 2764 exon 2665 2160 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6440 6220 exon 5269 5174 exon 5066 4855 exon 3854 3758 exon 2826 2764 exon 2665 2160 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 30502 30676 exon 31039 31504 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 33288 34111 exon 34361 34462 exon 35207 35351 exon 35431 35523 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 38302 37541 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 40864 41015 exon 41092 41147 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50445 50481 exon 50692 50824 exon 52327 52879 exon 53135 53146 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50723 50824 exon 52327 52479 exon 52620 52935 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 59950 59286 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 60872 60225 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 66954 67224 exon 67304 67417 exon 67487 67644 exon 67722 68393 RepeatMasker tomato repeats master Unknown00046 190 493 1 Unknown00046 190 493 1 nucleotide_motif 1158 7087 7390 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 2955 32351 33048 Unknown00043 349 584 1 Unknown00043 349 584 1 nucleotide_motif 527 48554 48798 Copia00035 1628 1705 1 Copia00035 1628 1705 1 nucleotide_motif 599 65108 65185 Gypsy00046 4079 4155 1 Gypsy00046 4079 4155 1 nucleotide_motif 357 75477 75553 Gypsy00043 521 614 1 Gypsy00043 521 614 1 nucleotide_motif 560 77896 77990 Copia00110 13161 13329 1 Copia00110 13161 13329 1 nucleotide_motif 519 77905 78074 Copia00110 13333 13498 1 Copia00110 13333 13498 1 nucleotide_motif 739 78378 78549 Gypsy00043 1024 1155 1 Gypsy00043 1024 1155 1 nucleotide_motif 528 78454 78583 RepeatMasker tomato repeats master SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1004 4798 4551 Gypsy00046 4140 4174 -1 Gypsy00046 4140 4174 -1 nucleotide_motif 228 14517 14483 Copia00156 1 4938 -1 Copia00156 1 4938 -1 nucleotide_motif 33638 28338 23401 Gypsy00043 532 1043 -1 Gypsy00043 532 1043 -1 nucleotide_motif 3027 33049 32568 TS2 546 648 -1 TS2 546 648 -1 nucleotide_motif 457 37662 37562 TS2 203 336 -1 TS2 203 336 -1 nucleotide_motif 251 51239 51107 TS 90 653 -1 TS 90 653 -1 nucleotide_motif 373 57045 56968 Copia00143 1 206 -1 Copia00143 1 206 -1 nucleotide_motif 908 72624 72405 Copia00143 78 217 -1 Copia00143 78 217 -1 nucleotide_motif 765 72758 72614 Copia00105 7473 7559 -1 Copia00105 7473 7559 -1 nucleotide_motif 328 75542 75461 HELITRON7_OS 1597 7664 -1 HELITRON7_OS 1597 7664 -1 nucleotide_motif 325 75576 75484 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2206 26418 28416 match_2 match 2847 26418 28576 match_3 match 2157 24830 26346 match_4 match 1509 23563 24573 match_5 match 2189 26426 28416 match_6 match 2214 65091 66231 match_7 match 2127 76807 77987 match_8 match 2313 75554 76741 match_9 match 3303 51909 53574 match_10 match 4074 66326 68473 match_11 match 4815 57776 60228 match_12 match 5541 54796 57638 match_13 match 6579 70115 73529 match_14 match 6952 60242 63817 match_15 match 1919 10071 11113 match_16 match 2214 65091 66231 match_17 match 2127 76807 77987 match_18 match 2313 75554 76741 match_19 match 2420 30371 31612 match_20 match 2438 34356 35642 match_21 match 2633 50396 51723 match_22 match 3638 51740 53574 match_23 match 3451 20744 22586 match_24 match 3990 39377 41422 match_25 match 4074 66326 68473 match_26 match 4401 41454 43694 match_27 match 4815 57776 60228 match_28 match 4617 31886 34340 match_29 match 4851 4307 6783 match_30 match 5372 26412 29142 match_31 match 5285 11724 14488 match_32 match 5451 43724 46500 match_33 match 5541 54796 57638 match_34 match 6451 23093 26346 match_35 match 6597 35707 39070 match_36 match 6579 70115 73529 match_37 match 6952 60242 63817 match_38 match 8346 1 4258 match_39 match 8992 14509 19116 match_40 match 1919 10071 11113 match_41 match 2266 11724 12923 match_42 match 4851 4307 6783 match_43 match 8346 1 4258 match_44 match 1370 23345 24413 match_45 match 2793 26418 28575 match_46 match 1271 27205 28466 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 772 31 78849 clone_start_1 clone_start 1221 31 646 clone_end_1 clone_end 323 78687 78849 clone_2 clone 778 31 78613 clone_start_2 clone_start 1221 31 646 clone_end_2 clone_end 335 78445 78613 clone_3 clone 1019 31 79291 clone_start_3 clone_start 1221 31 646 clone_end_3 clone_end 817 78880 79291 clone_4 clone 1171.5 704 39046 clone_end_4 clone_end 1164 704 1311 clone_start_4 clone_start 1179 38452 39046 clone_5 clone 874 7116 45535 clone_end_5 clone_end 763 7116 7545 clone_start_5 clone_start 985 45032 45535 match_1 match 541 11202 11474 match_2 match 327 11495 11659 match_3 match 946 16823 17303 match_4 match 533 18848 19116 match_5 match 460 23093 23345 clone_6 clone 779 26116 61865 clone_end_6 clone_end 458 26116 26346 clone_start_6 clone_start 1100 61311 61865 match_6 match 579 28302 28614 match_7 match 511 28339 28613 match_8 match 771 41454 41842 match_9 match 1195 50396 50998 match_10 match 971 52345 52865 match_11 match 1261 56274 56935 match_12 match 644 59284 59620 match_13 match 948 69302 69806 match_14 match 585 69757 70051 match_15 match 593 70115 70413 match_16 match 539 73637 73908 match_17 match 494 74116 74368 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.983 30502 30676 match_part 1.000 31039 31447 match_2 match_part 1.000 30502 30676 match_part 1.000 31039 31447 match_3 match_part 1.000 30502 30676 match_part 1.000 31039 31371 match_4 match_part 1.000 30521 30676 match_part 1.000 31039 31387 match_5 match_part 1.000 30522 30676 match_part 1.000 31039 31370 match_6 match_part 1.000 30538 30676 match_part 0.981 31039 31504 match_7 match_part 1.000 30538 30676 match_part 0.996 31039 31502 match_8 match_part 0.933 30558 30676 match_part 1.000 31039 31383 match_9 match_part 0.991 30565 30676 match_part 0.981 31039 31460 match_10 match_part 1.000 30565 30676 match_part 0.995 31039 31460 match_11 match_part 1.000 30565 30676 match_part 0.998 31039 31460 match_12 match_part 0.902 30565 30676 match_part 0.930 31039 31451 match_13 match_part 0.973 30565 30676 match_part 0.981 31039 31405 match_14 match_part 1.000 30566 30676 match_part 1.000 31039 31454 match_15 match_part 0.991 30571 30676 match_part 1.000 31039 31467 match_16 match_part 0.981 30571 30676 match_part 0.980 31039 31394 match_17 match_part 1.000 30572 30676 match_part 0.981 31039 31467 match_18 match_part 1.000 30572 30676 match_part 1.000 31039 31387 match_19 match_part 0.990 30572 30676 match_part 1.000 31039 31382 match_20 match_part 1.000 30576 30676 match_part 0.974 31039 31387 match_21 match_part 1.000 30579 30676 match_part 0.991 31039 31465 match_22 match_part 1.000 30580 30676 match_part 1.000 31039 31382 match_23 match_part 0.979 30581 30676 match_part 0.997 31039 31396 match_24 match_part 1.000 30581 30676 match_part 1.000 31039 31382 match_25 match_part 1.000 30583 30676 match_part 0.996 31039 31502 match_26 match_part 1.000 30583 30676 match_part 0.983 31039 31498 match_27 match_part 1.000 30585 30676 match_part 0.988 31039 31466 match_28 match_part 1.000 30585 30676 match_part 0.988 31039 31466 match_29 match_part 1.000 30586 30676 match_part 0.972 31039 31466 match_30 match_part 1.000 30592 30676 match_part 0.997 31039 31396 match_31 match_part 1.000 30594 30676 match_part 0.993 31039 31491 match_32 match_part 1.000 30597 30676 match_part 0.987 31039 31504 match_33 match_part 0.987 30599 30676 match_part 0.997 31039 31396 match_34 match_part 1.000 30621 30676 match_part 1.000 31039 31370 match_35 match_part 0.963 30623 30676 match_part 0.979 31039 31274 match_36 match_part 1.000 30626 30676 match_part 1.000 31039 31396 match_37 match_part 1.000 30630 30676 match_part 0.997 31039 31396 match_38 match_part 1.000 30634 30676 match_part 0.982 31039 31373 match_39 match_part 1.000 30639 30676 match_part 1.000 31039 31460 match_40 match_part 1.000 31039 31373 match_41 match_part 1.000 31056 31215 match_42 match_part 0.990 31059 31373 match_43 match_part 1.000 31060 31460 match_44 match_part 0.987 31062 31373 match_45 match_part 0.952 31192 31398 match_46 match_part 0.997 33288 33965 match_47 match_part 1.000 33931 34111 match_part 1.000 34361 34462 match_part 1.000 35207 35351 match_part 1.000 35431 35523 match_48 match_part 1.000 40864 41015 match_part 1.000 41092 41147 match_49 match_part 1.000 50458 50481 match_part 1.000 50692 50824 match_part 0.987 52327 52793 match_50 match_part 1.000 50461 50481 match_part 0.985 50692 50824 match_part 0.987 52327 52719 match_51 match_part 1.000 50461 50481 match_part 0.985 50692 50824 match_part 0.979 52327 52662 match_52 match_part 1.000 50462 50481 match_part 1.000 50692 50824 match_part 1.000 52327 52792 match_53 match_part 1.000 50470 50481 match_part 1.000 50692 50824 match_part 0.974 52327 52829 match_54 match_part 1.000 50473 50481 match_part 1.000 50692 50824 match_part 1.000 52327 52879 match_part 0.750 53135 53146 match_55 match_part 1.000 50473 50481 match_part 1.000 50692 50824 match_part 0.991 52327 52879 match_part 0.818 53135 53145 match_56 match_part 1.000 50474 50481 match_part 0.992 50692 50824 match_part 0.995 52327 52729 match_57 match_part 1.000 50698 50824 match_part 0.991 52327 52783 match_58 match_part 0.980 50723 50824 match_part 1.000 52327 52479 match_part 0.997 52620 52935 match_59 match_part 1.000 50724 50824 match_part 1.000 52327 52479 match_part 1.000 52620 52935 match_60 match_part 0.900 50725 50824 match_part 1.000 52327 52466 match_61 match_part 0.996 66954 67224 match_part 0.991 67304 67417 match_part 1.000 67487 67644 match_part 0.997 67722 68393 match_62 match_part 0.996 66969 67224 match_part 0.991 67304 67417 match_part 0.994 67487 67644 match_part 1.000 67722 67802 match_63 match_part 1.000 66970 67224 match_part 1.000 67304 67417 match_part 1.000 67487 67644 match_part 1.000 67722 67773 match_64 match_part 0.960 67175 67224 match_part 1.000 67304 67417 match_part 1.000 67487 67644 match_part 0.990 67722 68020 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_65 match_part 0.992 503 262 match_part 1.000 183 1 match_66 match_part 1.000 503 262 match_part 1.000 183 1 match_67 match_part 1.000 502 262 match_part 1.000 183 1 match_68 match_part 1.000 501 262 match_part 0.989 183 1 match_69 match_part 0.996 502 262 match_part 1.000 183 22 match_70 match_part 0.996 504 262 match_part 1.000 183 51 match_71 match_part 0.996 489 262 match_part 0.992 183 64 match_72 match_part 1.000 493 262 match_part 1.000 183 73 match_73 match_part 1.000 501 262 match_part 1.000 183 123 match_74 match_part 0.974 499 265 match_75 match_part 0.988 502 336 match_76 match_part 1.000 6306 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2583 match_77 match_part 1.000 6444 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2633 match_78 match_part 1.000 6486 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4902 match_79 match_part 0.995 38301 37541 match_80 match_part 1.000 38302 37700 match_81 match_part 1.000 38302 37700 match_82 match_part 0.995 59950 59286 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 504 262 exon 183 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6486 6220 exon 5269 5174 exon 5073 4855 exon 3854 3758 exon 2826 2764 exon 2665 2583 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 30502 30676 exon 31039 31504 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 33288 34111 exon 34361 34462 exon 35207 35351 exon 35431 35523 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 38302 37541 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 40864 41015 exon 41092 41147 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50458 50481 exon 50692 50824 exon 52327 52879 exon 53135 53146 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50723 50824 exon 52327 52479 exon 52620 52935 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 59950 59286 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 66954 67224 exon 67304 67417 exon 67487 67644 exon 67722 68393 AUGUSTUS_tom_cdna de novo gene_1 gene 1 30580 31328 transcript_1 transcript 30580 31328 start_codon_1 start_codon 30580 30582 CDS_1 CDS 30580 30676 CDS_2 CDS 31039 31328 stop_codon_1 stop_codon 31326 31328 gene_2 gene 1 31397 41264 transcript_2 transcript 31397 41264 start_codon_2 start_codon 31397 31399 CDS_3 CDS 31397 31453 CDS_4 CDS 33765 34111 CDS_5 CDS 34361 34462 CDS_6 CDS 35207 35351 CDS_7 CDS 35431 35615 CDS_8 CDS 35715 35819 CDS_9 CDS 37694 37792 CDS_10 CDS 40840 41015 CDS_11 CDS 41092 41264 stop_codon_2 stop_codon 41262 41264 gene_3 gene 1 50287 52623 transcript_3 transcript 50287 52623 start_codon_3 start_codon 50287 50289 CDS_12 CDS 50287 50319 CDS_13 CDS 50471 50481 CDS_14 CDS 50692 50824 CDS_15 CDS 52327 52623 stop_codon_3 stop_codon 52621 52623 gene_4 gene 1 66963 67925 transcript_4 transcript 66963 67925 start_codon_4 start_codon 66963 66965 CDS_16 CDS 66963 67224 CDS_17 CDS 67304 67417 CDS_18 CDS 67487 67644 CDS_19 CDS 67722 67925 stop_codon_4 stop_codon 67923 67925 AUGUSTUS_tom_cdna de novo gene_5 gene 1 399 1 transcript_5 transcript 399 1 CDS_20 CDS 183 1 CDS_21 CDS 399 262 start_codon_5 start_codon 399 397 gene_6 gene 1 6300 437 transcript_6 transcript 6300 437 stop_codon_5 stop_codon 439 437 CDS_22 CDS 586 437 CDS_23 CDS 2665 2547 CDS_24 CDS 2826 2764 CDS_25 CDS 3854 3758 CDS_26 CDS 5073 4855 CDS_27 CDS 5269 5174 CDS_28 CDS 6300 6220 start_codon_6 start_codon 6300 6298 gene_7 gene 1 18594 8386 transcript_7 transcript 18594 8386 stop_codon_6 stop_codon 8388 8386 CDS_29 CDS 8911 8386 CDS_30 CDS 13216 13176 CDS_31 CDS 13935 13863 CDS_32 CDS 15936 15886 CDS_33 CDS 16327 16036 CDS_34 CDS 16484 16409 CDS_35 CDS 16939 16612 CDS_36 CDS 18594 18560 start_codon_7 start_codon 18594 18592 gene_8 gene 1 44595 42716 transcript_8 transcript 44595 42716 stop_codon_7 stop_codon 42718 42716 CDS_37 CDS 42970 42716 CDS_38 CDS 43307 43050 CDS_39 CDS 43573 43418 CDS_40 CDS 43886 43821 CDS_41 CDS 43990 43971 CDS_42 CDS 44595 44562 start_codon_8 start_codon 44595 44593 gene_9 gene 1 63623 53555 transcript_9 transcript 63623 53555 stop_codon_8 stop_codon 53557 53555 CDS_43 CDS 53658 53555 CDS_44 CDS 55549 55350 CDS_45 CDS 55830 55656 CDS_46 CDS 56922 56851 CDS_47 CDS 63623 63506 start_codon_9 start_codon 63623 63621 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 72.67 55173 55244 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 18594 8386 transcript_1 transcript 18594 8386 stop_codon_1 stop_codon 8388 8386 CDS_1 CDS 8911 8386 CDS_2 CDS 13216 13176 CDS_3 CDS 13935 13863 CDS_4 CDS 15936 15886 CDS_5 CDS 16327 16036 CDS_6 CDS 16484 16409 CDS_7 CDS 16939 16612 CDS_8 CDS 18594 18560 start_codon_1 start_codon 18594 18592 gene_2 gene 1 63623 42716 transcript_2 transcript 63623 42716 stop_codon_2 stop_codon 42718 42716 CDS_9 CDS 42970 42716 CDS_10 CDS 43307 43050 CDS_11 CDS 43573 43418 CDS_12 CDS 43886 43821 CDS_13 CDS 43990 43971 CDS_14 CDS 55549 55350 CDS_15 CDS 55830 55656 CDS_16 CDS 56922 56851 CDS_17 CDS 63623 63506 start_codon_2 start_codon 63623 63621 AUGUSTUS_tom_ugs de novo gene_1 gene 1 30580 31328 transcript_1 transcript 30580 31328 start_codon_1 start_codon 30580 30582 CDS_1 CDS 30580 30676 CDS_2 CDS 31039 31328 stop_codon_1 stop_codon 31326 31328 gene_2 gene 1 33504 41264 transcript_2 transcript 33504 41264 start_codon_2 start_codon 33504 33506 CDS_3 CDS 33504 34111 CDS_4 CDS 34361 34462 CDS_5 CDS 35207 35351 CDS_6 CDS 35431 35615 CDS_7 CDS 35715 35819 CDS_8 CDS 37694 37792 CDS_9 CDS 40840 41015 CDS_10 CDS 41092 41264 stop_codon_2 stop_codon 41262 41264 gene_3 gene 1 50287 52623 transcript_3 transcript 50287 52623 start_codon_3 start_codon 50287 50289 CDS_11 CDS 50287 50319 CDS_12 CDS 50471 50481 CDS_13 CDS 50692 50824 CDS_14 CDS 52327 52623 stop_codon_3 stop_codon 52621 52623 gene_4 gene 1 66963 67925 transcript_4 transcript 66963 67925 start_codon_4 start_codon 66963 66965 CDS_15 CDS 66963 67224 CDS_16 CDS 67304 67417 CDS_17 CDS 67487 67644 CDS_18 CDS 67722 67925 stop_codon_4 stop_codon 67923 67925 AUGUSTUS_tom_ugs de novo gene_5 gene 1 447 1 transcript_5 transcript 447 1 CDS_19 CDS 183 1 CDS_20 CDS 447 262 start_codon_5 start_codon 447 445 gene_6 gene 1 6300 2472 transcript_6 transcript 6300 2472 stop_codon_5 stop_codon 2474 2472 CDS_21 CDS 2665 2472 CDS_22 CDS 2826 2764 CDS_23 CDS 3854 3758 CDS_24 CDS 5073 4855 CDS_25 CDS 5269 5174 CDS_26 CDS 6300 6220 start_codon_6 start_codon 6300 6298 gene_7 gene 1 18594 8386 transcript_7 transcript 18594 8386 stop_codon_6 stop_codon 8388 8386 CDS_27 CDS 8911 8386 CDS_28 CDS 13216 13176 CDS_29 CDS 13935 13863 CDS_30 CDS 15936 15886 CDS_31 CDS 16327 16036 CDS_32 CDS 16484 16409 CDS_33 CDS 16939 16612 CDS_34 CDS 18594 18560 start_codon_7 start_codon 18594 18592 gene_8 gene 1 44595 42716 transcript_8 transcript 44595 42716 stop_codon_7 stop_codon 42718 42716 CDS_35 CDS 42970 42716 CDS_36 CDS 43307 43050 CDS_37 CDS 43573 43418 CDS_38 CDS 43886 43821 CDS_39 CDS 43990 43971 CDS_40 CDS 44595 44562 start_codon_8 start_codon 44595 44593 gene_9 gene 1 63623 53574 transcript_9 transcript 63623 53574 stop_codon_8 stop_codon 53576 53574 CDS_41 CDS 53658 53574 CDS_42 CDS 54725 54665 CDS_43 CDS 55272 55153 CDS_44 CDS 55549 55350 CDS_45 CDS 55830 55656 CDS_46 CDS 56922 56851 CDS_47 CDS 63623 63506 start_codon_9 start_codon 63623 63621 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 30565 30676 match_part 1.000 31039 31460 match_2 match_part 0.997 33288 33965 match_3 match_part 1.000 33931 34111 match_part 1.000 34361 34462 match_part 1.000 35207 35351 match_part 1.000 35431 35523 match_4 match_part 1.000 40864 41015 match_part 1.000 41092 41147 match_5 match_part 1.000 50458 50481 match_part 1.000 50692 50824 match_part 1.000 52327 52879 match_part 0.818 53135 53145 match_6 match_part 1.000 50724 50824 match_part 1.000 52327 52479 match_part 1.000 52620 52935 match_7 match_part 0.900 50725 50824 match_part 1.000 52327 52466 match_8 match_part 0.996 66954 67224 match_part 1.000 67304 67417 match_part 1.000 67487 67644 match_part 0.996 67722 68393 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 1.000 6486 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2583 match_10 match_part 0.996 38302 37541 match_11 match_part 0.995 59950 59286 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6486 6220 exon 5269 5174 exon 5073 4855 exon 3854 3758 exon 2826 2764 exon 2665 2583 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 30565 30676 exon 31039 31460 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 33288 34111 exon 34361 34462 exon 35207 35351 exon 35431 35523 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 38302 37541 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 40864 41015 exon 41092 41147 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50458 50481 exon 50692 50824 exon 52327 52879 exon 53135 53145 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 50724 50824 exon 52327 52479 exon 52620 52935 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 59950 59286 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 66954 67224 exon 67304 67417 exon 67487 67644 exon 67722 68393 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 59686 60188 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.819 6440 6220 match_part 0.948 5269 5174 match_part 0.972 5066 4855 match_part 0.990 3854 3758 match_part 0.968 2826 2764 match_part 0.919 2665 2160 match_3 match_part 1.000 6486 6220 match_part 1.000 5269 5174 match_part 1.000 5073 4855 match_part 1.000 3854 3758 match_part 1.000 2826 2764 match_part 1.000 2665 2583 match_4 match_part 0.996 62082 61559 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6486 6220 exon 5269 5174 exon 5073 4855 exon 3854 3758 exon 2826 2764 exon 2665 2583 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 6440 6220 exon 5269 5174 exon 5066 4855 exon 3854 3758 exon 2826 2764 exon 2665 2160 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 59686 60188 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0217M17.2 type gene exon 62082 61559 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 30580 31328 transcript_1 transcript 30580 31328 start_codon_1 start_codon 30580 30582 CDS_1 CDS 30580 30676 CDS_2 CDS 31039 31328 stop_codon_1 stop_codon 31326 31328 gene_2 gene 1 33504 41264 transcript_2 transcript 33504 41264 start_codon_2 start_codon 33504 33506 CDS_3 CDS 33504 34111 CDS_4 CDS 34361 34462 CDS_5 CDS 35207 35351 CDS_6 CDS 35431 35615 CDS_7 CDS 35715 35819 CDS_8 CDS 37694 37792 CDS_9 CDS 40840 41015 CDS_10 CDS 41092 41264 stop_codon_2 stop_codon 41262 41264 gene_3 gene 1 50287 52623 transcript_3 transcript 50287 52623 start_codon_3 start_codon 50287 50289 CDS_11 CDS 50287 50319 CDS_12 CDS 50471 50481 CDS_13 CDS 50692 50824 CDS_14 CDS 52327 52623 stop_codon_3 stop_codon 52621 52623 gene_4 gene 1 66963 67925 transcript_4 transcript 66963 67925 start_codon_4 start_codon 66963 66965 CDS_15 CDS 66963 67224 CDS_16 CDS 67304 67417 CDS_17 CDS 67487 67644 CDS_18 CDS 67722 67925 stop_codon_4 stop_codon 67923 67925 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 399 1 transcript_5 transcript 399 1 CDS_19 CDS 183 1 CDS_20 CDS 399 262 start_codon_5 start_codon 399 397 gene_6 gene 1 6300 2472 transcript_6 transcript 6300 2472 stop_codon_5 stop_codon 2474 2472 CDS_21 CDS 2665 2472 CDS_22 CDS 2826 2764 CDS_23 CDS 3854 3758 CDS_24 CDS 5073 4855 CDS_25 CDS 5269 5174 CDS_26 CDS 6300 6220 start_codon_6 start_codon 6300 6298 gene_7 gene 1 8844 7033 transcript_7 transcript 8844 7033 stop_codon_6 stop_codon 7035 7033 CDS_27 CDS 7081 7033 CDS_28 CDS 8844 8438 start_codon_7 start_codon 8844 8842 gene_8 gene 1 18594 12539 transcript_8 transcript 18594 12539 stop_codon_7 stop_codon 12541 12539 CDS_29 CDS 12718 12539 CDS_30 CDS 13935 13863 CDS_31 CDS 15936 15886 CDS_32 CDS 16327 16036 CDS_33 CDS 16484 16409 CDS_34 CDS 16939 16612 CDS_35 CDS 18594 18560 start_codon_8 start_codon 18594 18592 gene_9 gene 1 44595 42716 transcript_9 transcript 44595 42716 stop_codon_8 stop_codon 42718 42716 CDS_36 CDS 42970 42716 CDS_37 CDS 43307 43050 CDS_38 CDS 43573 43418 CDS_39 CDS 43886 43821 CDS_40 CDS 43990 43971 CDS_41 CDS 44595 44562 start_codon_9 start_codon 44595 44593 gene_10 gene 1 63623 53555 transcript_10 transcript 63623 53555 stop_codon_9 stop_codon 53557 53555 CDS_42 CDS 53658 53555 CDS_43 CDS 55549 55350 CDS_44 CDS 55830 55656 CDS_45 CDS 56922 56851 CDS_46 CDS 61709 61644 CDS_47 CDS 62157 62001 CDS_48 CDS 62335 62245 CDS_49 CDS 63088 62952 CDS_50 CDS 63374 63247 CDS_51 CDS 63623 63506 start_codon_10 start_codon 63623 63621 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 143 67306 67635 match_2 match 79.0 66978 67229 match_3 match 110 67746 67922 match_4 match 96.3 40661 41023 match_5 match 95.9 41097 41252 match_6 match 83.6 40643 41002 match_7 match 82.0 41109 41255 match_8 match 106 52318 52602 match_9 match 84.3 40661 41014 match_10 match 71.2 41133 41249 match_11 match 107 23670 24296 match_12 match 120 78924 79241 match_13 match 125 78936 79241 match_14 match 107 52318 52614 match_15 match 181 52318 52620 match_16 match 68.2 40661 41008 match_17 match 68.6 41124 41249 match_18 match 105 52318 52602 match_19 match 120 78939 79241 match_20 match 120 78939 79241 match_21 match 80.5 40838 41008 match_22 match 72.0 41109 41255 match_23 match 71.2 41109 41261 match_24 match 80.5 40838 41008 match_25 match 80.5 40838 41008 match_26 match 72.0 41109 41255 match_27 match 126 31008 31325 match_28 match 126 31008 31325 match_29 match 183 52318 52620 match_30 match 183 52318 52620 match_31 match 183 52318 52620 match_32 match 68.2 40838 41023 match_33 match 89.7 41109 41255 match_34 match 61.6 40661 41002 match_35 match 77.8 41109 41249 match_36 match 124 78936 79241 match_37 match 105 52318 52608 match_38 match 105 40634 41023 match_39 match 91.7 41097 41258 match_40 match 67.4 40838 41002 match_41 match 85.9 41118 41255 match_42 match 157 78879 79241 match_43 match 189 52318 52620 match_44 match 141 33516 34109 match_45 match 117 35431 35820 match_46 match 86.7 36630 36887 match_47 match 44.3 36959 37057 match_48 match 150 67279 67638 match_49 match 105 67746 67922 match_50 match 145 67225 67635 match_51 match 102 67746 67922 match_52 match 134 78939 79241 match_53 match 104 78942 79241 match_54 match 139 52327 52590 match_55 match 69.3 40838 41002 match_56 match 84.7 41109 41255 match_57 match 105 40646 41023 match_58 match 90.1 41097 41243 match_59 match 107 67255 67632 match_60 match 53.1 66996 67175 match_61 match 73.6 67746 67907 match_62 match 104 67312 67638 match_63 match 83.6 67746 67922 match_64 match 451 26592 28193 match_65 match 105 52318 52608 match_66 match 78.6 40838 41023 match_67 match 79.3 41106 41255 match_68 match 104 52318 52620 match_69 match 102 40646 41023 match_70 match 95.5 41097 41252 match_71 match 105 52318 52608 match_72 match 72.8 40838 41002 match_73 match 81.3 41091 41258 match_74 match 72.8 40838 41002 match_75 match 80.9 41091 41255 match_76 match 168 27363 28040 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_77 match 109 8796 8407 match_78 match 129 16941 16606 match_79 match 57.4 5329 5162 match_80 match 86.3 5076 4852 match_81 match 92.8 5091 4852 match_82 match 45.8 5251 5168 match_83 match 89.4 5088 4852 match_84 match 47.0 5251 5162 match_85 match 141 16941 16612 match_86 match 70.1 45946 45716 match_87 match 38.5 45430 45308 match_88 match 147 42591 42208 match_89 match 101 43675 43412 match_90 match 122 43307 43047 match_91 match 122 42973 42755 match_92 match 81.3 45648 45529 match_93 match 75.5 56257 55667 match_94 match 81.3 55548 55309 match_95 match 77.4 56272 55667 match_96 match 84.7 55548 55273