C03HBa0161O13.1 AAGCTTGCAATTGAGGACCCACATCTGTGTTTCCACTGACGACTAAATTTCTTTCCGCCA TGATTGTTCATAAAAAATGTTTTCAAAATAGATGATATAATTTTGATTTTCAAAATTTGA AATCAATATCCAATTACGTGCTGATTTTATGGTGATTAATGATCTGTTACCTTAAAATTA AGCTGTTTTAGTAACAACATTAATTGTACCATTTTTTCCCCATTTTTTTCTCAATAGTTT AAACTTACCATGTATCACTAGAGTTTAAAGTATCACGGAACTACAAATTTAAGGGATTTT TTGTAAATACTAAATTTGTCGGGACAGAATGTAATTATTGAATTACACTATGGGATTCCT TAAATTTTTACAAAATATAAATGTAGATTCCGTAAAAAAGTTACTTTCTCCGTTTCATTT CATGTGCCACTTTTCGCATTTCGAGATTCAAACAAGTCTATCGTTGACCATAAGTTTTTC ATAGATTTTTAACATTTTGAATTATTAATTATTATGATTTATAGTACTCTTTATGTAGTT TATAGATATATAAATTTCATTTTTGAAAATTTTGAAAATTCCATACGCAAATATCCGGTC AAAGTTAAATTGTTTTATTTTTGAAAAATGAAAAATATCACATAAAATGGGACGGATTGA GTATTTATTTTGAGGGCTAAGAATTAAAGACCACAAAATAAGGACAAAACTGCAAAAGAC ATATTTTATATCAACCTCTAAATTAAAGGAGTTTTTTATTAGTGAAATTGGACGGAATCA TGGTTCAAATGTAAAGGAAAATATTTTATGAAAAATCAGTTTCGTGGTGAAAAATATTTG TGACGCATATAACAACTATATTATATGAAAATAAAACACGGTGATAGTGTTTTGATGATC GTAAAATTGTTGTATTTGTAAAGAAAAAAAACAAACAAGTAGAGCTTTAGAAGTTACTTG CAATGTTTAAGCTGACCATTTCTAGAGTATTTGACAAACACAAAAAACCAGATTGACATG GAACATATCGCCATTGACAAAACATGAAGACAACTTCAATCTCACATTCTGCAAGTACAA CAATAAAAACGACAACCTTAAATTCATTACATTAAGGGATCGAAATCAAAATCTCTCCGT ACTTTTTATCATTATCATATTATATCGAACCAAATTAAATCATATATCGAATCCGAATAA GTTCGAATATTGCAACAAATTCATTGCTAATCCGTCCTAATAATTAGTGGGTGGTCCCAT TAACACCACTAAGTATTAATTTTCTCATAGTTGACATTTATAGTCATTTGATTGACTCAA AGAATGCAACTTTATAATTAACAACATCTTAATCATGGTCTCTAATCTTATTTACAATGT GTCTTATCTTTCTTTGTTTTTTTTTTCTTGAATACATCATTAAAATAGAGACTATTATTT CACCATTCCACCTAATTGTATAAGTAATACCATCTAAATATAATCATTTGGTTACACGAG GAGTAATAGATTATTACTTTTAATTAGTATTAATAGCGAAATCAGAAATTTTAATAAGAA GATTCAAAAGTTAACAGTTTTACAAATAAGTTATTGATTCAAGGAGTATTACAGATTTAG TTAGTCTTCTTTTTTCATGTATTAGTAATACGTGAATTATAATTTCACGTCTCATTTTTT ATGAGATAGCATGCGACCTTCATATATAACTGATACGAGCGTATATTTTATACCTATCTT TTGTGATAGGGATCATTTTTGGTAGTGTGGCAAACCAAGAGACCCCATATAGACTAGAGA TAACGAGAAATGTTACTATTATTAGGATGTTTAGTTTGTTAGAAATGGTTAACTATTTTT GGAGTGACATATATAATATCATTGTATATCTTTTGTAGTAGCAACTGCATCTATGTATAC TACTTAATTCACCCCCCTATCTACCTAAAACCAACTCAACATATACCATATTTCAACCAT AAGAGTTTGAGTAGTGGGTGACAATGAATAGTGGTCCAAAGAATATTGTTCATTGCATTC AACTTCCTCACATCTTAAAAGTGATATATGGAGTTGAAAGAGGCAATGGCAATAGAACAA GTGGACACACTACCATTAACTATCGTGATGAAATGAAAAGAATTTCTCTCGTTCTTAACA AAAAGTCTTGGATTCAAACTTTTCAGGCTACGATATTTTTTTAAAAATCTAGTAGTGAGG AGCAAATTACACGGATACTTGATTTTGACGTTGTTGTTTGACATTTGCTCATTTTTTAAA AATGTATACACACTTTGAAACAATTTCAAATATAGTCAGTTTGACAAAAATCTTAACTTC AAACACAATTTTTATAATTTTATATGACTGAAGTTTAAACACATACGACATTGTTAAAAT AGACTTTCCCGTGAATTTTTTACGGTTGGAAGCTACTATTTCTCTTATTGTGTTTGAAGT TTCATATAATTGAAGTCCAAACACACATTTACGACGTCTTATTTGACTTTCTCGTAATAT TTTTTTTTATCGTATAGTACTGATGTTTGTCCTAATAATTTAATACGACATGAGTCGATA TTAAACGAGACAGTAACTTAGATATGATTAAAAAAAATAAATTTAAAAAGTGCAATTGGA CACGAAATTAAGAGGCCCCCACATTGATTGCAAAAAAATGAAAAGAAAAATGGCTTTATT TATTAATCAATCTAAACTTTAAAGAACATATATAATGAAGATATCAGGCTAAAGGAGTGA ACATCGGCTTTTAATGTTATGTACATTATATTATACATATTTGATACTTACATGACCCTC TCAACTAGAAAACACAAAGAATCAAGTCGCATTTAATCATTGCCAAATGCACTTTTACCT TCATTTATATTAATGTCAATTAATCATAGAATTATTTTGTCAAAAGCCGCAGAAAGGTAG TAAACCCTTATTTTCAGCCCCTTTTAAAGACCACTTTTTCATAATTTAAAAAGTAAAAAA AATGTTAAAAATGGCCCATAAGATTTAATGTAACCAACCATAAAATAAAACATTTCATTT TATCGAAGTAATCTCTCTACTTTGAGATAGGAATAAAATTTAGATATACTTTATCTAGTT AGACTATATTTCGTCGGATCATACTGAATATATTATTATAAATATTTATCGTTATAAAAG GCGTAAATATATTATGTTGATAAGAATATGATAATAATAAAGACAAATTCGATTCATAAA GTTGAATTATTTTTCATTGTAGTGGATTATCTCCCCTTACATTAGATTAAATTTTTTGTT GTATAAATAAATCACTTCCATCATATTTATACTGTTACGAATAAAGACAATTTTATGGGA AGAGGTAAAAGGGGAAACAGACCAACAGAAAGGTAAAAATAAATATAAAAAGTGAAACTC ATAGGCACCTATACAAAGGGTAAAAGTTATCCACATATAGTTGCATCAAATTAACATATA GATGTCATCATATATATGGGACTATAAAGTTTTTTCAATTTAATCATAATATAATATAAT TTTAACATATATTTTTGTTTCCTTAAATTACTTAATTATAATTAACTATAGCAATTATGA AAAACAATCTCTCCGTATCATAAAAATAAAATTAGGTCCAAATAAATTTTTATCCGGTCC ACACTTCACTTATATTATTTATCAATATTTTTAATTTACTGGTATAAGAAGAAGAATAAT TTATGATTTTGAAATAAAATTTTCAAATATCTAAAATTTTAATATTAAATTAACTAGGTA CATATAAGTTCTTATTATGTATATAAAATAAAATGAATTAAATTGATCATCGAAAATAAA ATATATACTTACTAATACATAAATTAATGTCATTGATGTAGCAACAAGTGTATTATAGCA TACTTGTGCGAGTGATGTTTTTAATAGGTCGTTATAATAATTTAATTTGACGTAAATATC GAATGAAATAAATGTTTAGTACCAAAAGCCACAGTGCATAGCACAACACATGGCGTTAGT CTTTGTCAGTGCTGCTGCTGCTGCTTCTTCTTCTCAAACTGAAACTTTTTTTTTTTTCAG CTCATACGCTCCTCTCTTCCCCATTTCCATTAACACCCACCATTCTTGATTTTTCCTCCA TTTGATCTTCTTCTTCTTTTTCTTCCTTACCCTTACCCACCACCACTCTTTCTCATGTCA ACGGCTACTTTTCTTCTCTCTCCGCCATTGGTGGTGGTGGCACTTACGTGGCTACTTATC AGTGTTTTTTCCATGGCTGAAAACGTTACAGAGACGGAAATGGAAGCGTTAATGTCATTC AAAAGGAATTTGGAAGACCCACTTGGGGTATTAGACGGTTGGGATTTATCTACCTCATTA GCTCCGTGTGATTGGCGTGGGGTTCTGTGTGGTGCCGGCAGAGTTCGTGAACTCCGCCTA CCTGGGTTACAGCTGAGTGGAAGGTTAACTGACCAGGTTGGTAATTTACGCCAGCTACGG AGGTTAAGCCTACATTCTAACAACTTTAATGGCTCTGTACCACGCTCTTTAGCTCAATGT GCTTTGCTACGCGCTGTTTACTTCCATTACAACTCTTTTTCCGGCGAACTCCCGCCGGCT ATCTCGAACCTTACCAATCTTCAAGTTTTAAACCTTGCTCACAACTTCCTCTCCGGTCAT GTCTCTGGTAATGTTCCAGCAAGTCTTAGGTTTCTCGACCTTTCTTCTAATATCCTCTCC GGTGGCATTCCGGGTAACTTTTCAGCTGATTCTCAGCTCGAACTGTTAAACTTGTCGTTT AACCGGTTCTCCGGTGAGATTCCGGCGAGTATCGGAGCTTTACAGAAGTTAGAGTATCTC TGGCTTGATTCTAACCAACTTTACGGCACTATACCTTCAGCAATCTCTAACATTTCCACA TTAATACACTTGAGCAGTAGTGATAATCATTTGCAGGGATTAATCCCGGCAACAATCGGT TCACTTTCCAGTTTACAGGTAATCACATTGTCGCAAAATCAACTATCGGGTGTGGTCCCT GCATCGTTTTTCTGTAATGGGTCAGTAAATGCTCATGCTATTAGGATCATTGAGCTGAGC TTCAATGCAATCACGGGTTTAACTAAACCTGAAAATGCAGCATGTTTGAGTGCTTTAGAG GTCTTGACCCTTCACGGGAATCACATTAATGGTGTTTTTCCTGAATGGTTGACGAGTTTT TCGTCTTTGAAGGTTCTTGATATCTCCGGGAATGCAATTTCTGGAACTCTGCCAAATGAT ATAGGGAATTTAAGGTTTCTTGAGGAGCTTAGACTGGGTAACAATACATTAACTGGTGAT ATTCCTTCTAATATTGTGAACTTTGGTTCATTGGGGGTACTTGATTTAGGTGGAAATCGG TTTTCTGGATTGATTCCACAGTTCTTGGGTAAATTGACAGGGTTGAGAATGCTGTCTCTT AGTGGAAATCGCTTTTCTGGTTCAATTCCGGATAGTTTGGGGAGTCTTTATCAGCTGGAG TTTTTGGATTTGAGCATGAATGATTTGAATGGGAGTTTGCCTCAAAACCTTATGTTGCTT AGCAATTTGACTAGTTTGAACTTGTCCAGCAACTTGTTTTATGGTGAAATTCCAAGAGGA ATTGGAAACTTGCATGGGTTAGAGGTTTTAAATGTTAGCAATTGTGGGTTCTCAGGGAAC ATTCCGACTAGTATCGGAAGTTTGTTGAGGCTGACAACTCTTGATGTGAGCAAGCAAAAC CTATCTGGTGAATTACCCTTTGACATTTTCGGGTTGCCAAGTCTACGGGTTGTGGCTTTA CAAGAGAACATGTTAACTGGGGATGGTCTTGAAGGTTTTAGCAGTTTATCTGGTCTGGAA TATTTGAATCTGTCATCTAATGCCTTTTATGGACAAGTTCCGAAGACATATGGTTTCCTG ACATCCTTGAAAGTTCTTTCTATGTCTAACAGTGGTATTAATGGCTCAATTCCAGCAGAG TTGGGTAACTGTTCAGGCCTTCAAGTGCTTGAGCTTCGAGGAAATAAGTTAACAGGTCAA ATTCCGAAGGATTTCTCACGTTTATCTCATCTAAGGAAGCTTGATTTGGGACACAATGGA TTAACCGGGGAAATCCCTGAAAACATCTCTAATTGTTTGTCTTTGGCTACTCTCTTGTTG GATTCTAACCATATTTCAGGTCACATACCAGAGTCGTTGTCGAAATTATCAAACTTGGAA ATGCTGGATCTCTCTTCAAATAATTTGAATGGATCAATTCCTTCAAGTCTGTCTCTGATT TCCAGCCTGAGGTACTTGAATATTTCCCATAATCATCTCGAGGGTGAGATTCCAGAGGCG TTGGGTTCTCGGTTCAAGGACCCTTCTTTGTTTGCTGCGAATAATGATTTGTGTGGAAAG CCATTGAAGGAGTGCAATGACGTTAGAAGGAAAAGAAAGAAGTTGATCTTGTTCATTGTT TTGGCTGCTGTAGGGGCCTTTTTCGTGGCAGTGTTTTGTTGTGGGTACATCTACGGCCTT ATACTTTGGCACAAAAAGTTAAAAGGTTCAGCTGAAGGGAAGAAGCGAAGCCCAGGCCGT ACGAGTTCAGGAGGAGAAGGGGGCCGTGGAAGTGGAGAGAATGGAGGTCCAAAGCTTGTT ATGTTTAACAACAAGATCACTTATGCAGAGACTTTAGAAGCGACAAGACAATTTGATGAG GAAAATGTGTTAAGCCGTGGAAAGTATGGCCTAGTATTCAAAGCCACTTTTGCAGATGGA ATGGTCTTGGCTATCCGTCGCCTTCCTGATACATCAATCGAAGTGAACACATTCCGCAAG GAAGCTGAATCCCTCGGCAAGGTGAAACATCGCAATCTGACTGTTGTTCGTGGATACTAT GCAGGACCGCCACCTGATGTTCGATTTGTTGTGTACGACTACATGCCTAATGGAAATCTT GCCACACTTTTACAAGAGGCATCTCATCAGGATGGCCATGTGCTCAATTGGCCAATGCGC CACCTGATTGCTCTTGGCATTGCTCGTGGCTTAGCTTACCTTCATTCCGTTTCATTGATT CACGGGGATGTAAAGCCACAAAATGTATTGTTTGATGCAGATTTTGAAGCTCATCTTTCG GATTTTGGTTTAGATAAACTAAGCCTAGTAGCAACCCCAGCAGAGACTTCAACATCTTCC ACCCCAGTTGGAACTCTAGGCTACATTGCACCTGAAGTGGCATTAACTGGACAACCCACA AAAGAAGCTGATGTATACAGTTTTGGGATTGTATTGTTAGAGATACTAACAGGAAGAAAG CCAGTAATGTTCAACGGGGACGAGGACATTGTCAAGTGGGTGAAGAGACAACTACAAAGA GGCCAAATTTCAGAATTGCTCGAGCCGGGGTTGCTGGAACTGGATCCTGAATCATCAGAA TGGGAAGAGTTTTTGTTGGGAATCAAAGTTGGTTTGCTTTGCACCATGCCTGATCCTCTA GAAAGACCATCGATGACCGATATTGTATTCATGCTCGAAGGCTGCAGAGTTGGTCCTGAC ATTCCCTCTTCGGCTGATCCTACAACTCTTCCTTCACCAATGTGATATGAAAATTCTATT CTTTGCAAGAAAATTTCCTTCAATTTTCTCAGTCCAATGTTGTTCATGCATTTCTTCAAT GTATTGTTATTACTCCATTCATTATCATTTTGTTTGTACATTGTGTTCATTCAAGAGTTT GTTTGTTTTGTGCAAGTATTATATTTCAAGTCTATTTTCTCAATGGCTTTAGAAACCCTT TGATTATTGGTTATCAGTTTGTAGAAATACTGAATCATTATAAAATCATTAAAATATTAA CTTATTGGTTATTGATTTATCAAGTTTTGATCGTTATTGATTTAACTTTGACACAAAAAA ATATATTGAAAATCACTTAGAAACAAAGTGGTATATATATATATATAATTTTTTATCCGT GATATATAGTCATATGGAATATCTGTAACTTATTTTTTATCACAAATTCTTTTGTTGATT AAATTTCGTTTCTTTTTGGGACGGAGAATACAATATAATAAAGTGGTAATCAATTATAAT TGAGAAATCAGGGAATCAACTGGGAACAAAAAAAAATGAATTCCCGCCAAAATAGTAATA AAAAATAGATAGAATATGTACAAGTGGAAAATACGAGTATATATTTATTTATAAAAATAT AAGAAAGTAGCCGTTAATGTGACAGTGAAAACTGAAGCCAAAAAGCTTTTTTTATGGGAA ATGGAAATTGTAGGGTCCCAGACGTTAGCATCTGTCCAAATAATTTCGTTTAATATCCGA TGTTCGATACATATTAAAATCTAATTAAATTTATATTAAAAGTAAATTATTTTTAATAAA AGTGATTTCATACTTTGAATTGTTAAAAATAAATAAATAATTTAGCATTAAGTAAGACTC AAATTCAAAATTTATCAATCAAATAAAAAAATACTTATCATTTCATCGTAATATAATTCA TTGGAAAAGGAAATGAGGACCAATATTTTATGTGTAAATTTAGGTGACAAGTGCTTTTAC TGCTATTTGGGAATTGGTTGGTCCAAATAACAAAACCACGTCGGATTTTACGGAAAATAA GCTATACTTTGACCATCTATGTGGTCCTCTGTTGTGTCTTATTGTGATAATTTGTCGTAA ATATATTTGAAAAAATATATTATAGTTAGAACTATATTTTAAAATTCAATGAACATATTC GGATACGTACGCTATTACGATACTAGAAGCTTATATTCAAATTTAGTGATCAAATCTCAA TGTAATACGAGTTTTAAAATCATGAATATTTAAATTAATTTTACGAGATATATGTTATTT TTTATCCGCGCACATCGAAAGGGTGGAAAGAAAGTGAATTTCTGACTCAATGTAAATTAT GAGTTTTCAAAAACAGTGTCTATATAACATCAGTAAGTACTTGACTGAAATGAGGGGTCA GTGTCAGATATAAAATTTATATATGGCTGTAATTTTAACCTATGGTGAAATATCATTATT TATTGCATAGTATTTATATTCTGATTCACCACTCTCATGAAAAGTCATCACTTTTTTGTC ATTTAGAGGCAGGTTCTTTATCCAAGTACAAAAGATAATTTAAATTGTTTTATATACATA CACTACAATAAATAAGTATATAGTAGCACTATTATTTTACGGTATTTATAGTTATATACA ATTTAATATTCATGATAATTCCAAGAATGAAGTAGCTTAACGGTCGAAAATAATGGCATA CTGGTGGTATATTATGGATTGCTTTTCTGGTGATGTTAAATAGAATATAATCCATGTAGC TTGTGGTACATATAGTATCATTATGAAATATGATAAACGGATAAGGGCTTAAAATATCGT TAAAGTATTGAAAATGGTATAAAATTATTATTTATCCACTTATTGGCTCTAAAATGTCAT TTTCATCCACTTATTGGCTTCAAAATATCCTAGTCATCCACCTTTGGGTTCAAAATTGTC TACTTTTTTAATTGTTTTAAAATTGAACTTTTTGAATATTTTTTAAAATACTTGGCGTTC AACTATTGATTATAATTTTAATTTATTAATATAATTTATAAACCAACCCACTACCCACTC ATTACTAACTAAACCTTACCCAATTAATAATCCGATTATGATATCAAAATCGTCATAAAA CTACTAAAACAAGATGAAATTATAGATTCCTGAAAATGACATTCAAAATTATTTGAGTCC GAATCAAAGCCCCAATAAAATTTGTTGAGTCGCTTATTTAGGAGGACACTTTCTTTCAAA ATTAAATTAAAAATTTATGATTAAAGGTAGAGAAGTAGTACATCCCGAATTAATTCATGC ACTTTTTTTGAATATAATTTTATAAATATTTATGATTTGTTTTAAAACCTTTAATATATT ATTTTGAAAAAAAGTTACCTATGAAGTAACATTATATAATTGAGACGTAAGAATAATTAA GATGAACATAGTCAGACTTTTATGTTTATCGATGATTTTTATTTAGCCACTTGAATGTAT GATAATTTACTTTTATATATATTTTTTTTAAAACACTCGATTGGTAGTAGTTTGCATTAA TAATGTGAAAGGTTCATTAATTTAGAGGGATTTAATTAGTAATCGGTGGGTAGTGAATTG ATTTATAAATTATATTAATAAGTTAACAAGTATTTTAATAAATATTTAAATAGTTACATA TAAAACCGTTAAATAAATGGTCAATTTTAAACCAAAAGGTGGATGACAAGAGTATTTTGA ACCCAATAGGTGGGTGAGAAGGGTATTTTGGAGCCAATAGATGGATGAATGATAATTTTG TACCATTTTTAATATTTTAAAGGTATTTTAGGCCCTTTTCCGTATGATAAATTCATTATA GACTTCTATCTCGTTTATTTGATAAAAGCGAATTGAGAACTTATTTTATTCTAACCATTT TCAATATACTTTATGAGAGTCGTTCTGCAATTATGTCCATGATACGTATTGTAAAATAGT TACTATTTATATTAGTTGTTCATCATGTTGTCTCCTTAACTTTAACTATTTTAGTTTTTC AATGAGACGATAACACAATTCTTAAAAAGTATGTTCATAATTGGACCTTAAGGCTTCAAA CATGATTACTTCTGAAAAAAATATGTGAATTCATAATCTCCTTATAAAACTAAAGTATAT TATGAATATATTTTCTGAAGTAGGTATTAGTAGATTAACTAATTATTTACCTGAGGGACT AACGAATCAATCCTCAGTTAAAATATTTTTCCATACTTTTTTTTTTTTTTTTGAAAAAAC TCTTGTCACACCCATGTTTTTAGTAATGCATTTATATTTTTAAAAGTGAAAAAGCTTAAA TATGTTATCGAACTTTTAGAAAAAGCTTATTTATGTTATTCGTTAAAAGTTTGGCTCATC TATATCATAACCGTTTAAGAAAAGACTCATTCATGCCTTTGTTTTTTAATAGTGATTTTG CAAAACTATTTTTGCCACATGACCAATTATAATCTGGTCACGTCATTAATTTTTTTTTAA AAGAAAAAATCAAAATTCTAAATAAAAATTAAATTAAAATAACCCACCAAAGTAAAGACC CACTCAGATTTTAAAATAGATATCCCTAATTTATTATGGTGAGTTATTTTAATTCAATTT TTGTTTAGAAATTTGATTTCTTTCATTAAAAAAATTATAATTGATCATATATCAAAAATA ATTTTGCGAAATCACTATTAAAAATAATAACATGAATGAGCCTTTTCTTAAAAGGGATAG ATGAGCCAAACTTTCCCTTTTTAAAATTCTAGATTAGCCTTCGTAGACAGATGAAATTAG TTTATGTTGATGATCACTGATGTCATTATCTCTAACAATAAAGGGAGTACACGTGTCTTC ATAAAGGCCAACGAAAACCAAAAAATAATAGTAAAAAAAAATACCATATCCTCTAGATAT TGATCTTGCGACTAAAATTAAACTCTCTCCCAATTTAAATACCATTAGGAATATAAGCAA TATTTCATGTTTTTAAAAAGGCAAAACATGTGTAGGAAACTATGGTCAATCACAACTTCA TATCAAGTCAAAACTAGACAAACAGATTGAAAACGAAAGAAGCAGTTCTTTTGAAATCAG AAAGCAGGTAAAAAGTTTATTGTCCATCTTTTTAATATAATCAACAGAAGATGTAAAAAG TATACCATTCAAAGCTGATACCAAGGTCTAAGTAGCAGAAATCAGTAGATGTAAAATGGA AAAGATATACAGAAACAAATGAAAGCTTAAAGTAAAGTTAATACAAGGAACATTTTACAG CAATTCAATTATTTGTCTTTCAAAAATATCCGAAAAGTTTGATATCTTTATTGAGGGAAT CTTCTTTGCCAAGCAATCAAATACATAATCACGAAGGCCAAAACTAAACAAAATGTAATT TAACAGCCAAACTAGCTCATCAAACGAGGAAGAACACAAAGATACTTCACAATTACGGAA CAGGTGGCACTCTTTCTCTACTCTGCTCTAGATTGACCAGCGCGAGAAGAAAGGATGATA CCGACAATAAGGCCGTAAAGAGCCAAGGCTTCAGCAAAAATAAGGATCAGAATCATTCCA ACAAAAAGCTTTGGCTGCTGTGCATTAGCTCTGGAAACAACAGAAACAAAGAAATGCAGC ATTAATTGGTATGTCCTCTCATCTCAAGTGAGGAAACCTCCTTCTGAGTAAAGGATAAAT GAAGTTAGCAGAACTATATGAATGTCGAATGCTATATACGAAAACAGAAGTTGTGACTAT CAACCCCTACATTAGTTAACCAACAAAGCCTACAACATAAGACTGCAACTGTATATATAC TCAGTTAAGCCACCAAGGTGTAAAAGTCTAATAGCTAAAGCATACGATTTTAAACTTGAT GGATAAAGGACCTACATCTATAACCCTCTCCACTTAAATATAAATCTAGTGGCAGGATTT GAACCCATGTCATGCGCCTAACACATACATCATGTGTTACACCAAAGCTGCCCTGGAAGT TCTCTTGAGACTAACAAAGGAAAAAGAATCCTTGAAGGTGAATTTAATCTCTAATTTCCC GTTCAAACCCCAACATGCAGAATTGCTGTATCCCAAAGTTCAGTCCAACCCCACCATGCA GAATTGATAATCCGAACGTTATAATCACCACTCTCCAGTCCCCCCTTCCCCCTCTTTTGC ACCTTCCCCTATCTACACCAATCAGTCATGAAGAACAATTTATAGTCCTTAAACAGAATC CAGGATCTATTTATTCACTAAAGGCCATCTATTATTTTTATCACAGTCAACCACATGCAA GTAAAGATCAAGTTGCAATGAACTCAAGTTTAAAGGAAAAAGAAACAACTCAAATATTTG GTAGCCTAATATCTCTCCACCAAATACACAATTCACCATTACTCATTTCAGACAAATCAT GAAAATCCTAAAAAAGGGTGATCTTTTTTAATGAAGGACACCAATAAAAGAGTGATCTTT TAATAAAGGACAACCAATAAAAGAGTGATCTTTTAAATAAAGGACAACCAATAGAAGCTT GGCTAGTAAGTAAATTCAGACAGATCATACATAGAAATGCCAAAAGGTAACAAAAAATCT GCCATAACTGATTAAAGATCCAAACCCACATGCTCTTCACATCTATCCCAATACCAGCAT ATAATTAACCAGAATGCAATATCAAAATATTATATCTTTATGAATCTCTATGTCATTTCT GCAATAGCACAATGATTAAACACAATACAGAAAATTAGCAAAAATAATAAAATACCTAAC ACCAGCATCACCAACGATTCCGATAGCCATACCAGCAGAAAGACCAGCAAGTCCACAAGC AAGACCAGATGAGAGGTGAGCATATCCATCAAATAGATAATACGACTTAGTTTTCGGGTT AATCCCAGTACTAATAATCACAGCAATAATTAACCCATAAATACCCAAAACTCCAGCCAT AACAACTGGAACAATTGACTTCATTACCAATTCCGGCCTCATTACACCCATCGACGCTAC TCCTACCCCACTCTTCGCTGTACCATAAGCTGCACCCATACCTAAATTCACAAAAAAAAA TATTAGATTTGGATTCAAAATACATAAAATTGAAAAACTCATAGCTTAGATCTAATGGAA AAAGAATTACAGGAGAAGACTAAGGCAGCTGCAGCGCCGAGGAAGCCAAAAAACGGTGCC GTTTCATCGCCGCTAAACGTAGAAGCCATTTTTATCTTCTTCGAATTGGGAAATTGAAGT GATTTGCGATCTGAGTGTTTATTGGAATCGATTGATTGATTGATCTAAAATGCTTCTGTT AAATAATACATTTGAGATCGTCAACCTGATCCATCACTTGAGCTCTAAATGGGCCTTAAC CCGACTCTGACTAATCAAGTATCTGTGGGCCTAAAGCCCATCTTTGGAACATGAATTTGC AAGTTTAGCCATTTCAGACATAAGGTGTCTAAAGTTCTATATTTAAAATCCACGACATTA ATAACATATCCAGTATAATCTCACAAATACGGTGTGAAAAGAGTAGTGTACACGCGAATA CCTTATCCCTATCTCATCGAGACAGATAGGTTGTTTCCATCTCACAAATACGGTGTGAAG AAAGTAGTGTGTGCGCGAATACCTTATCCCTATCTCATTGAGAGAAATAGGTTGTTTCCA GTAGACCTTTAGCTTAACCCGCACCCCCCCAAAAAAAATGAAAAGGGAAACAAATAGAAA AAGAGAATATGAAAATGAAAGCAATAACAATAGTGGAGTTTCAAAAAAGGTAAAGTATAC ATACCATACCTGCACTACAGAGTTGAGGAGATTGTTTCCGAAGAACCCTCAACTCAAGTA TATAACATATTAAGAATACGAAAAGAGTAACGAAATAACACAAGCGTCAAATATTTGCGT AAAACCATCCCAAACTTTTGTTGAGGAGATTGTCTCATTTCATTTTGTTCATAGTAGTAC CTCCATCCATTTCATCCATGACCTCAATTTAGTTTTATTCATTTTCACTCCCGCGATTAC ATTATTTAGCCATCATGGTACGTCATACATTTCATGCTAAATAAAATTACAATTTAAATA ACAAAAAATAGTGAAAGAATTGTTAACCAACATCGAGCAAATGTATCAAAGAAATAAAAA GGAATAGAAGCGAAGGAACGATTGTCCTTAAACATGCATACGCGATTGTACTGCGTATTT GCGCACGAAATCTAAAATCTAAAAGATTAAATGGTATATAGGTCGTACCATAGAAATTTT ACACCATAATCCAACAAAAAGTTTCAAACATAAGGCCACCGGGCAGACTACTTAACAAGA AGCACTGGCATTTCAGCTTCAGCGACCATGTTTAAGCCTCATAGGAACGGTTTCTTCAAT CTTCCACATAGATGACCATAATCATATGATTAGTGTACGCTGTCAAAATCAGAAAGAGGC ACTATTAAACATTTAGGCAAAACATTAAACAAAGATAATAGGGGCAAATATCAGGGGAGG AAGGGAGATAATACCGTGAAATCGGTAGAGGCAACTGAAATGATGAATCAACAGCTGCAA ATCATCAATTATCTTGTAACAGAGATCTTACAGGCAAGCAAGTGCTTGTGCTCCGTGACA GCAAACAGGAACTAAATGCACATAGAAGATTCAGTAGGTCGAGGCAGACAACAGATGTAG GAAGTGACGTTATGAACTGCAGTGCTCACTAGGGCACAAATAAGCACAGAAATCACAATC ATGCATCAAGAAGTTACTACATGCCAAGGGAATTATGTAAAAGCTGTTGTGTATATGACT TCCATACTAGCATATTGAAATCTGACATTGAACTAAATGACGGAAGTGGAAATAGTTACT TCTGCAAAGAGAATCAGCACATACATACTTGGCTAATTAAAAGACTATGAAGTCCACTAC AATTGGCCAGTGAACAATGATTACTGGCCTAAAGAATTTCAGGCTTCCTCTTTGTATGCC TGCCTGACCTGAACATCAGAAGACTTATATTTCCATCTTTATCTACTGCATTGAACATGA GGAAAACGAGAGATTTTGATTGGACGTTAGCAATCCAATCAAGAACTTCTTCCCCAATTC AACATCATTCTGCACTGAACAACATAGCTGATATTTTCATCTTTATCTACTGCCAGTAGT ACACATACTGCCGGTACCGGTACTCATTCCAAGATGTTCAATATGAGAAGTTATATGTTT CTGCAGAACTGTATACCATCAAATTTCACCAACCTCAAACCGAGGGTATACTACTAGCCT GATGGATAGACCCATCTCATTGAAATCTTAAGAGAAACAGAGGGTGAGACAATAGGAGGA AAAATGACCACAATTTTTAATTGGTAAGACCAAAATAAAAGCAGGCCCTCAAAAGTAAAT AGGAAGGCCGAGTGAAATCACAACCTGTAAGGACTGGAATTAGCAAGTCATCCAAAGAGA AGGCTCTCCTCCTGCTGCCAAGTAGTCTCTCAGCTCTCCGCTATATGCTTAACCTGACAA TAAAGGAAATATATAAGACCAGATAATGTACTGTGAGAAATCAAGGGATTACTAGTGTTA TGCACATGCATCTTTTCATCAATTGCAAACTTCAAATGCAGAATTAAAATGTCTTTGACT AACTTATCCCTTGAAAGAACTGAGTACACAGGGCAACAATCACCTCAGCTTCAACAAAAA AATGGAAGGCGATATAGAAAACTCACTTATGTAATCCCTGTTCTTTTGGTCTTCTTCACT GGATAGTGCATAGGGATTAAGAAACCTCATGAACAAATATCAAGCCACTTGGACACAATC ACCAAAAGCACACATCTCAACAATGTTCTCTTTGATTGAGTGGAGCAATCCAAGATCATA GAAAGACATTCAATATAGCATATCTAAGAGATTTCATCTACACTATAAGAAAAAAAATCT TTACGAGGGGAGATAGAAGGAGGATTTTGTTTTTACTTATTCTGAGAAATCAATATTTCA AAATGAAGGAAGCATATGACGCCCTCAAAATGTTCTGTATATTTGTTCCAATGATAACAA TCCTGAGCTGTACACATACCAAAACTAAAGAAAAGTCAGAAGTGATTGTTCATCAAAGGG GAACCCTGAACTGAAAGAAACAAAGGGCTACTTTTCTTCTATATAATACAACTTCAAATC TGACTACCAATTCTAAACCTAATCTTGCTATCTCTTAAGGAATTCACGTCAGTCAGCAGG AGTAGTAGTAGTATAACATTCACATGACAGACATGTTTTCACCGACTTTATCACCTTGAG ATTGTTTCTTGCAGACACCGCAACAGAAATGTCAAAAGTCTCAAATTTGCAGGACAATTA ATCAGTCTCTTACAATAAACAGTCCATGATACATTCAACAAAAGAGTCTCTGAAGACGAT AACTAGCTTGGCAAGGATAATTGTTCAATGAAGCCTGCATTCCTCACTCGTCCATGATTG TTGCACCCACTCGTGAAAAAGTTGATGAGACTAATCACCCTGCCGTAAAGCATCAATAAG AGTGACTGCTCATCCTTTGTCCATTATGATTTTGCACCCGGATTCATCTGAATATGCCTT TCAACCAACTTGTCCACGAAATCTCTAATCTGCAGATTTACCAATACAAAAAATCAAAGG CAGAAATGCAATGAAAATGAAAATAAATACCAAGCATATTGAGTGAATGCTATAAAAAAA AATACAAGTGTTTTTAGTTGGAGTATATCTCCAAATAGATCCACATAATTTTTATTTTTT AGGCTTATTTTATTTTTATCATAATAATCCAACCTATCCAAAAGTCTGTATGGAGGACGA TATAAATCAGCATAGCTTCTTACAGGCTGTCCTGTCCAGTCTAGAATTTGAATAAATAGG CTTTTCCCCTCCCCTTACTCTCAAACCAAACAAGAGAAAACAGTTCCCTTTCACTATCTC CTCCACTTGCCCAATCCCTTTTCTCTTTTCTTTCTTCTTCTTATTTTCTGTATATAATTG AGGTCCTTTCCATTCTCTTTTTTTTATGAAGGAAAATCCATAGCCGCTACCCCTTTGGGT GAGCGCAGGGTAAAGCCCCCATTCCTATGCAAACCACACCGAAGCGGTAACCCGCACTAA CCAAGCTTGGTGCGACGAGCGCGATCCAGAAGGCAAATCCCTTGCTTTCGCTGGCAAGGG ATTTCGAACTTTGAGACCTCCAACATGGAAGTCCCAAGTCTAAATCACTGCCTAACTTAC CCCCAAAACAAAATTTCCACTTTCAGCTACAAGATATATGTAAAGGCACTTTATCTGATA ACAGTGAATGGTGGGAAAGTTTGTTCAACAATCTCACATTCAACCAATCAATTATGCCTC AATCTCACTCAATTGATTGGTTCTCTATATCTCATACACATCCCTATGGACTAAACCAGG TAAACATCATACCTAATGCAAGTAAGAAAATACGAGTCATTTGCATGAGAAAAAGCAGAC TTTTTTTCCTTTTCCAAGTTTTAAGATACACAAATGAATGTTTGCCAAATTTCCAACAAC TAGGCCAAGAGTGGCTCTTCTGTATACAGGATCCCATAATACCTAGGATAAATCACAATT CACACCTAAAGATCCAATCAATAGTTTAACCTCTAAACCTTCTCTATCCACAAAAGAGAG GCCCTTCTCTGAGAAAGCAAAAAAGGGGCAGGTCTTCCACACTCTTTTTAACACTTGGCA TTTGGTGAACTGCCATATGAATTTAAAGGAACTGACGTGAAAGGTCTTTGGCCAGACTAA ATTATGCAATAGTAGAATTTTATACACTAAGAGTAGGGTCAGTCTTCCATAGGCTTGTGC TTATTTGCATTTAATGTAACTCACAACTTTATTAGCTTTGTGTCCTTTTGAAATGCTTAT ATATTGCAGATCAAATTTCTAGTTTAAAGAAACTTTAAGAGTAGAGCAACAATAAGCAGT TAGAAACTATTCAACAATGCAAAAAGGTGACATCAACTGAGAGTAGTTTGTACCTTGTTT TTACGTTTGAAATCAAGAAACTCGTACACATGCATGGCCTTTTTAGCATCTGTGGCATGT TCCATTACCTGGAGTTGGGAACAGGATCAGTTAATTATAGATATAAAGGATTAAAGAACC TCAATTATGGAAACAAAGAATAAAGAATCGAACAGGCTACGAGAAGTTAGGGTGAGTCAG GACAAAAGCAGACCTTTGTAGCAGTTTTCTTCATTATGGATTTATACCCATCCCTGTCGA GTTTCCTTGCTTTATAAAGAGGCATCAGCAAAGACGCAACATAATCTACAACAGCCTGCT TAATTCTTTTTGCTCCTCTCGGTTGATTATCTAATGCCTCTTTATTTACAGTAATTTGTG AGGCAGAGCTTTCACACACTAACACATCATGCTTTCTCATATCCATTTTGGAACTCACGT TTGAATCCTCTTCATCAGTGACATGCATCACTGGATCATAGAAATCTGAATTAGCAGCAG CTGCTTGACATTGCCACATTTCAATGGCATTGTAATCCTTTATCCCCACACTATTTGAGC TATCAACCCATGCTTTGGTGAATATACTACTATCTACAGGTGCACATTCTGCAGAGTGCT CCTTATAGTTAAGCTGACTTGCATTGTCATTTGAGAGGCTACGCTGTGAGCGATTATCAA CAGACATTTTTGAACTGTCAAGGTTCACACCAGCAGCAGAAAAATCAACAGACCAATCCC TCACCCGGCAATTGCGAGAATCAATTTCGGATAAACAATCTTGCCTTCCTACCACACCGC CAGGCCAATTCTTTCTGATGTCAGACTCATCCATATTTGCATATTGTTCCCGTCGAGCAA ATTTGTGAAATGAGGGTATCTTAGGAAGCTGCAGTGGCATGTTACACTTGGCACCAGATG AAGCATAGGCCTGCAATGAAGGGTAATCATTGTACAGTTGCTTAAGAGAAAAGCAAGATT TATTTGACAAAAAAGAACATAAGACAGACAAAAACATTTGCAATATAGAGAAGCCCAAAA GCAAAGTAATACAGAATCCAACTTTGCGTTTTTCCCCTTTTTTATAACTTATATACTCGA GGAATAATAATAAAAAAAATATAGCATATTCCCTTCTCATATTGAACAAATGAATCAACA CGACTAATAAATCTTGGGATGATACACCATTATGTTGCTTTTGGGCTGCACCATATTATA AATGTTTTTATCTGTCTTTTTTTTCTTTCTAAAGCAACATAACAGGGAATCTAGCTTGTG TGTTTCCCCTTTTTTCAATAACTTGCATACTCGAGGAATAACCAAAAAAACAGTAAAAAT GTAGCACATCCCCATATTGAACAAAGGAGTCACCACAGTTAATAAATCTAGGATACAATA CATTATAAGACACTAACCTCAGCAGCTGCTAGAGCAGCAAGGCGAGCAGCTTCTGCAGCA GCAAACGCAGCCTTCTCTTCCTCAGACATGGGAAAATTTTGTGTTTCCTCACTGGTATCA TTTTGCCTTCCTACTGAAGCTTGAGAGGTTGACGGTTCAACAACTGGAATAGCTCCTATC GTGGCTGGCCTGACATTCAGCTTCTTGTTGTTGACACTAACAGCTAAGTGATTTCCAGCC GATGAAGAAACTTTAGAACTCCGTTTACTGTCTACTGCTGAAGGATGACTGCGGATAGGA GGTTTGCCAGGTGCTGCAATGTGTTTGCTCTTCGAAGTATCAGTGGCAGTGGATTGTCTT AGTAATTTCAGACCACCATTAGCAGCCTTCTCCTTTCGAAAAAGTTCTATCCATACATTG ACAAGCTGACTTGCTACAGCACGTATGTCACGGCTAGTATGCACACAGACTTTTTCTTTA ACCGTTTTCCCAATACCTGGATAAAATATGACAGGAATAGAATCAGTTAAATCAATGCAA GGACAAAGCAATACGCTAATGATATGACAATTATAAGGATCATTAGCCATTAATGGATAT AGAAAGCAAATATTTTGAGTTTATAGCATACAAGCTGAAAAATATGAAACATTAACAGAG AATATTGATAGCCCCGATGGGGTTGTGCACATAAATAATTTGAAGGTACAAATCAGCTTA TAGCAAACAATATCGGAATAAAGGTGAACAGTTCCAGAATGGCAGGACTGCCTCTTCGAC CCACCCCCAAAAAGAAATCTCAAAAGAAGGTTCACAATAGAAAAAACAAAGGAGAGCAGA AGGGGGTGGGGGTTAGTTCCTTTACTCAAAGGGGAATGTACCTGACAGCCGGACTGCAAG CAAATCAGTTGAAACAAGTACTAGTAAACGAACACAATGGCGCAAGAGTTGGGTCCCATC CTTTCCCATGGAGTCCTGTGACCAACAAACATTAGTCAGACAACAAGCAATTTGTGTTCA ACAGATATGGCATGAAACTAAAATATGTGACGATTAATACCAGCATCCACAAATTAAGTG TGCTAAGCCCTTCTTTAGTTCCAGCAAAAGATCTCAAAACTTCTACCGGAAGTTTCAACA ATTCTTTTGCGAGATGCAATCTTCCTGCTGTTGTATTGGCCTTACAGAACATGTCCCTTA GCAAATTCTCCCGGGTCACGATCTTCACCCCATCCAAAGACTCCTTGCACAAAACACTCG AGAGCTCCACTGCTTCAAGTCTTTTTATAATGTCCCTTATTTCACTCCTTTCAACATCTG AATGCCTCATTGCATCCTCCATTGCCTCTACTTCTGCTGTGTAATCAGTGCCTGTAGTCA ATATGTCAATTATGCGCACAGCTTCACGTAACCCACTCATCATTGCACCACCAACCGTGT CAGGGTGCTCCTTGCAGGTAGCTTCACCTGCAAAAAATAAACAGTTCTCCACAGGCCGGC CCAATATGTCATAATCTTCTCCCGATGACCCTACAGCCACATAAGAGTAAGCCCCATAGC TATAAGGATCTTTTCCCCAGTTGGTGACCACTGAAGCAACTGGATCAGGTACCATTTTCT CACCATAAAGCTTTCGCAGAACCAGTAACGAATGTTTTACATGGTCATCGGAGCTCATTT CCTGGCCATCTATGGCAGCTTTTCCAACCACTAACGCTATAAGAACAGGTGCCCCAACAG TTTTCTTAACATTCCAGAACATAAAGCACCTGCCCCTCTCGTCCGTATCTTCAGCAGTAG CACCAAAGTAATCAATAGAATCATCCCAAAATACTTCAGGAAACTCCAAGACAACTTTAT TAAGGACACCAAAACCAAGCCTTTGGATAGATAAATCTTTCCACTGGGGTAAAGGTGGTG AAAATTTAATTGTTTCCGCCTTAAGACACCCTAATGGAACTGTTATAAGCACTGCATCTC CAGAAAACTCTCGTCCATTTGTCGTGGAGACTTTTACCTTGTTAAACAAATCATTATTTG AAAGAACATCTTTTTTGCAATATGAAATATCAGTAACAATGTGGTTCAAGTGAACGCAAA GTTCCTCACCTAGTGCTTCAACAACGGAGCTGTAGCCGCCTTTAATCATACAATGAGCTC CACCAAAACCTCCATATGTATCATCCTGATTCCAATAAGGAAGAGAGACTTCTTTAAGCA ATGCAGCACAACCATACTCCAAGTTAGCAAAATGCCAATCCATTACCCTCCTCTCTGGGG GGCTCAAGATCTCTACCTTAGAATTATTATTTTGAGGAACTCCGACATCAGAAAGTGCCA TGGATTCCACTGCTGTCACTGATAATTTTTGTGATTCATTACCCATATGATTTCTCGCAA ACCGGGCCTTCTGACGCTTCTTAAGGGCATATTCCAAACCATCCTCCAGGGACATCCGCA TCGCATGCTCCCCTTTTTGAGCAACCAACAGTACCATGTCATCCAATAAGCTATTGAATT CTGCTTCCAATGCTTCATCCAGATCTACTGGTACTTTCTGGCCAGTAGCTACATCGTACA GGGGACAATCACTGTTCAATACAGTCAATTCAAGACCCAACTGTGCACAAATCAACGAAG AAGGATCTGGTCTTCTTTCAGTCGCCACATCTGCCTCAATACCAGTAATAATGCTAGCAC CAAGGTCCACTGGAACAGATAGAGACGAGCGATCTGTAAAAACACGACCACCTATTCTAC TTCTGGCCTCGAGCACGGTGACATGGAAACCTTGGCGCTTCAGGTGCCGTGCTGCAGTTA GGCCAGCAGGACCCGCACCAACAACAATTATTTCTTTTTTCCCTTTTGCATCACAGCAAG TGTTTAGGCTTTGACACCCTAATGAGTCAGATGTGAACCCACAAGAATCTTCTGAAATCA CAATGTGTTTATCGGCTGCTCTACCATCAATCTCTGTATTGTTGGGAGGCAAAAGACCTG GATCTACAATATTCTGTAATTCACTATCCTTAACTTCACTTGAAGGCACTTGAGCAACTA AACCTAGATCAAATGGTTGACGCGGTGACTGAATATCAAGATAACCATTTACACGGCAAT CATCAATAGGACATTCTCGCGGCTCTGCCAAAGTAGATAACTCTATGGCCCGCCTATCAA TGAGCTGGCAATCAGCTCCACATTTTTCTGTCTTTTTCCCTTCATCAGATAAGACATCAT TCTTCTCCGGCATGATAATCTCAGAACTCTTTGACCTCCCAAGAATAAAAGAAACTCCAT CATCTCTATCAGCAACAGAAGCTCCAGATTTTTCTATAGTCTTCTCTTCCTTCAAAATTT TCAAGCTGTGTTCAGCACCATTTTCAGCTTTATCCTTTTCAGAAGCAATTCCAAAATTTA TGTAGCCCTGTTTAAAAGGGGTTAAATTGTGAAAAATAATGATAAGCAAGCAAAGAGAAG GTCATGAACCAAAGTAGTTTTATATAGAAAGATCATACAAAAAAGAAGGGACGGATCTCC TTTGTAAATCTTGAATAAGAAAGTTCAAATGTTAACTAGGAGGATTGCAATAAACTTACA CATTGATCAAGAAATGAATAGATTTGCCGTATTAAAGAAGCCCGAGGTGACTCATCCGCT AAAGGGGTTTCAGACACTCCACATTCTGAAAGTGGCAAGACGCGACTGATGTCTTTATTC CAAAGGCTCAAAATCTGATTCCTGCATCGCAACAAAGATTCACCAAAAAAGTTGAGTCAA TTATGAAATATGTAAATCAAAGACGATTACACTGCATCATAACAGAAAGTTAACATGCAG ATTAAACTATGATCCCCAATCTACGCAAGTTAACAATTGAAAGTGCCAAAAGAGCACCCA TCTAAATTATGTTGTAAGTATTCATAAATGAAACTATTATCTAGAAATTTCACCATAAGA ACTATCTTTGAACATTTTTTGTATGGTCTTTTGCCCTCAAAAGGAGGTCCCTAGTTCTAA CTCTTACAAGAGTTCTTTTTAATCGTTAAACCCTTCGACGAGTTCTATCTAATGCCTATT CAAGGAAAGCAGGAGCATATTCATTCCTCTGTTCAAAATAACCATAGAATACCTTAAGTT TTGCAATAATGAACCGGAGTATGGATTAGAATGAACCCAAAGAAGCAAAATTAAAAGAAA CATTATAAACATTATAAACATAATTTAATTATCTCATGGAAAAATCTCTTGTAAGGCACT TAATAACAAGGTATTAGAAGAGAGCGGATATGGTATTCAGAGTGCAAAATTTGTCATTAC CTGCATTCCAGAAATTCCAGTAGTCCAACTCTGCGCTTCAGGAGCTCCTTAAACTTGATT CTTTCTACTGGGCCAACTTCACGAGCTTTAAGTCCAACAGATACTGCTGCTATCCCGCCA TTTTCAGTATCCATAACTGTCAACGACGACTCAAGCTTCTCTCTTGTTTTGAAGGCATGT CTACCCTCTCCATCTTGATGACTTGAAAAAAGATCTTGCCCATGCACCAGAACGTCCCAA TCCACATCCCCCTCATAGGCCATATCCCCGTGCCTGCGTTTTTTGGTCTTGCGTGAAGCA CGTTGACCTGAAAAGATTCTCTGCTCTTTTTCTTCAGCTGCCAGCTTAGCCTCAGTCTCT TCAGCAACACTTTCATCACATTCTGGTGTAATTGACGGAGAAGATGTGTCATCAGCCTCA TCATCTCCAGAAACAAAGACACGACTTTGATGATGTGCACCTTCACAATTCTCATCAGCC AGTTCACTCTGATGGAAAACCAAACTGCATTTGCGCAATGAGGTAGCAGCATTATCAATA GTCAATTGTTTGGAAGAATCATATAAGTCATCATCATTTTCCATGATTTGGTCCTCCTGC TTCATCTGGCTGGCATTAACTTGCTGACTCCTTCCTATAGACACCAGAGACAACCCACCC GCAAACACTTGCCCATCCTCCTTTGGCAAAGAAACTGGAGAACAAGCTTGCTCATTAACA GAATCACCAGAAATTCGCTGTTGATCATCAAAGTCACTTGAACACTTCTCTACTGCAATA AAATCGGGCGCCAAACGAACTTGAGCATACCCAGAACCTTCCATGTCTGTCTTCTCCTTG GCTGCAGTTAAGCCTTCCAACCGGAAAGTGGAGGAAATCAAAGTCCGACTAAACACATTG CAGGTGCTTCCTTCAGATGTATGATCAAGTTTGTTCAATAGCTGAACACTTCTACAAGAA CCTGAATCATCTACTCGATTTGAAGAGCACATTTGATCATCTACATGAGTTTCTCGGCTG CTTAAAATTGCATTCACATCCATATCAGCATTGAATTTGGTTTCTATCACGGGATGCTCA AGCATCTCAACATTCTCAGGAGTAATGATACCTGCAGACAAAACATCACGACCTGTTGCC ATTGGACGATCACTAAAACCATCCTTGGAAGCAGACTGTTCATAATAAATAGAACAGTTC TTCAAGACATCCTCATCGTGAAGATCTTTGCAATTTCCACGCACAATATTATATGTTGTG GCAGTTTCCTCCTCACTAAGTTTACTATGACATTTGACCTCACCATCTACGACACCTGCG ATCTTATTAAAACATGCTGGTAAATCTAATTGAGATCCTTCAATGGAAGAAGTATCATCT ATGGCGATGCTTGATTTCAACAACTCAACATTGTTCAATGCAGATGAAAGAAGCTCTGGC CTTGAATCAGATTGTAATTGAATGAGTTGCACAAATTCTTTATTTTCAGACAAGTGCATA TCGACTGAACCTCTATCAAGTGCAACATGCACATTCTCATTGGATTCAGGCATTCCTTCA ACCAATTTCTGGCACATATTTTTGGATATGGAAGGAAAGATTTCAGTTGCAGTAGGGCAA GAGTTCAAAACGTCACATAAAACTTCACTTTCCTTCCCTCTTTTCAACTGCAAAGAGCTG TGTGATTTCTTAAACATACCAGATTGTGCTTTCTTCAGAAAAGCTGATAGTGAATCTTCT AGAATACCATCCATGCAATTCGGAGGGCTTTTTCCACTCTCTTTATCATTTTGCAGGGAC ATATCCTCAGATATCTCTACTTTCTTCAGCTCCGAAGAAACCTTTGGTCTCTTACCTTTT CTCTTATTCCCTTTCTCAAAACCCTTATCAATTATCCCTTCAGATAGACATTCAACATCT GACAGACCGTTTTCCACAATTTTTGCCACTGCCTTCACAGACCCATCTGGAGATTCCACT GTTAACTTACTGGCATTGCTACTTGAGCTTTTCCCAATTGTTGACACGGATCCACTATCC TTCTTCGGACCCCTCAATTTCTTCCTAAAACTAGCTAATGTATCATCCATGCCAACCAAA TGTTCATCCTTAACCGCCGTTTTCTGAACCACATCCTTACTACCACCTAAATCCACCTTC GCTTTCTTCGATTGTTTTTTGCTTTTTAACTTCAACAAAGACCCAATAGGCTCATCATCT CCTGAATCAAACTTCATCTCAATCCGCTTCTTAGTTCCTCTCTCTAACCTTAACTCAACA TTTTCTTCCTCCCCCATATCTAGCAAACCCTTATTAGGGTTATCAATTTATACTTACACC TCCTCCCTCCACATATAACATACAACCCTTCCAAACACTAAATCAGCAAAACAAATCCAA ATTTCACAAATCCTTAAGATATCAATAAACTTACACTTCCTCCCTCCACATATAAACCTA GCAAAAAATCCTTCTCACATACAACATACAACATATCACTAAACCATCCAAACAAATCCC AATTTCATATACACAATAATAACATTCATATCCTAAAACACAAATCTTCTCCCTTTGAAC CAATGCAAACAATTCCACAATACTATTTCAGTTTCCAGTAACTAAAAAAACATCAAATTA CGCTAAACTCAACACTTCCCACACCTGTAAATCGTTAAGAACACAAAACAGCTCAAAATT GAGAACAAAAAGTAACAAAATTACCAGAAAATTAGGGTTTTTTTTTTTTTGAAAGGATCG GACCTGAATGTTGAAGCTGTTGTTCCGTAGGTCGCGTGAGTGAAATCTTCTAAGAGAGAG AGTGGAGAACAAGAGGGGCTGCGCACGTTAGCATCACCGGCTGAAGGAAAACACTATTCC TACTGTCTCAATGAAAGATTTGATGTATGATATATAAAATGTATATTGGGATATATGTTT TTGGGGGGATTTATAATAAATACACAAAAAGAGGGTTAAATGTTTTTGGTGTGAATAACC CTTGTTTTATTAGAAGTTGGTAAGTAAATGACAAAAAGTAATTATGAAAATTAGATTCCA TTTAATGTGTAACGTAAATTTCTGTTAGAGTGTTTGTCGTTGGACGGTATATTCAAAGTA ATGTAAACTGTTGTATTCAAATGTAACGTGGCATTCTATTAGACTGCTAAGATCAATCAA TATATGATTTTGATTTTTAATGATTTGAATGTATGCTTTGATTTTATACAATAATAAGGT TAATTAAGAGTTTGGTGATTTTTTATATTATGATGATGTTGTTTGATGTTGCGTTTGTAT GGATATGAATGTGGTTAGTCAATTAGTTTGAAATTCTCTTAAATGTAATGTGACATATTC TTGAATTGTTAAGATTAGTCAATATCGATTTTTGTTAATAGTGATTGTACGGGTGTCTGA ATTTGTTTAATAATAAGGTTAATTATGAGTTAACCGATCTTTTATGTCACGATAATGTCA TTTAATATCGCGTTTGTATGAATCTAAATGCGATCAATTAGGCTGACATTTATGATCTCT TAAATGTAATGTGACATGTTATTGGATTGTTAAGATCAATTAATAACTATTTTAATCCTT GATAGTAGTAGGATGTCTTGATTCGTAAAATAATAAAATTAATATATGAGTTTATCGATC TTTTACATTGTAATAATGTCATGTTTGTACAAAATCTTAATATAACCAGTTAGGTTGAAT CTTTTAAGCATAACACGGCAACCAACAATAACGATTTAATTCCTTGATGATTTTATGGAT ATCATGATATATTCATAACACAATAAAGTTTATTATGAGTTTATCAGATCTTTTATATTA CGATAATGTCATTTGATGATATATTTGTACTAACTTGCATGCGAACAATTAAATTGCAAT TCTTTTAAATAAAATTTATGGTTTTTAATTACTTCTTATTTTTGTGAAAGCTACTTACAA TTTTAATTTCATTGCAATTATCTCATGAACTGAATTTGGTCAATTAGGTTGAAATTCTCT TAAATAAAATTATGATCCTCTTATTTTATATTTATATTTATATTTTTGGCAGTGCTAGTT ACAACTTTAGTTTAATGTAAGTTATCTTGTATTTCTTATTAAGTTCAAGTTATTGTGAGT AATCAATATGAATCGTCATAAAAATATATTAATTTATTCGTCAAGGTAAAAAATGACTAA ATATTGTTTGAACTTCTGGAAGAGAACAACCAAATATAATGTGACATTTTTATAATTTAT CGATTAAATCTGTTACGCTAATTTATTTGTGTTTTGTTGAATTTTTAACATTATAATTCG TATTTTAGAGTGAGAAAAAGAAGATAGAGGAGAAGCAAGTGATTTAGAAGGAAAATTCAA GTTCTTGAATTTAAACATGTGTAATGTTTAATTTTGCTTGAACGTAACGTGACATGTTAT TGGTTGCTAATATTAGCTAACAATAACCTTAATTCACAATGATTATATAAATACCATGAC CCGTACAATAATAAAGTTAATTATAAATTAAATGATTTTCCATATGATGACAATTTTATT TAATTTTATGATTGTACAAACCTAAATACGAGCAATTAGGTTGAAATTCTCTTAAATATA ATGTAACAGATTATTAGATTATTAAAAATAGCTTACAACGACCTTAATCCTTAACGATTG TATGTCTTTCCTAATTTGTACATTAATAAAGTCAATTGTGAATTTAAAGATCTTTCTATT AAGATAATATCATTTAATGTCGTATTTGTACAAGCCTTAAAGCGATCGATTAAGTTGAGA TTCTCTTAAATATATTATGACATGTCATTAGATTGGTAAGATCAATCAATAACGACCTTA ATCCCTAATGATATTACAAGTATATATCATGATTTGTATAATAATAAAGTCAATTATGAG TTTATAGTTTTTTTTTAATCACATATTTATATGAACCCTGTAAATGGCTAGTTAAGCTGA AATTCTCTAATAATAGGATTATTAGAGAAAATTAAATTATTTAATTTAAATGTACAACGT TTAATTTTGTTAAAATATTTTAATTCACCTTAAATGTAATGTGACGTGTTATTAGATTGA TATGATTGGCCAACAAATATTTTTATCCATAAGAATTATATGGACAATAAGGTCAATAAT AGATTTATTAATTTTTTTTCATGTCACGAAATATCATTAGAAATCATATTTTTACAAACT TGAATACAATCAATTAATTTGAATTTCTTTTAAATGTAACATGATATGTTATTGAATTAT TAAGATCGATCATAATAACCTTAAGTCTCAGTAATTATATGAATGTTCTGATTTGAATAA CAAAATAAGACATTTATATATAAATGTACTAGTCTTTCATGTCAACTGTCAAAAAAAAAT GTCATTCAATATCATATTTATACAAATTCAAGAATATAAATTAAATATGATCTTATAAAC CAAGTTCAAGAGGTCAATTTTTTTTAAAATGCATAGAAGATATAATTTCTAATTAATCAT AGTCTAGCCAATAATAAAAATATATAAAGACACAATATGTTGAAGAAGCATGGTGACAAT TATATAATTAACATTATATTAACCCTTTTTCTTAATTTCCATACCACCACATTATATCAC ATCGTTTATATATCTTTCAAGTGTTTTAATTTATTAATATCCAAGAAAATGATTGCAATA TATCGTCAATAAAAAATACAAAACAATTAATATATATATTATTATTAATTTATTATTACA ATTTTATTTTTTATTTTTGAAAATCAAAGAAAAAATTAATCTCTATTCACAAATATAACC AATGTGGTTATTGAATCTTGATCCAAATTCCTTCACTTGGTATATCTTGATTAACCACAA ATAACAAATAATAACCAGGTGGTGCTAATTTACCCGAATTTGGAAAAATTGAACTGACTT GATAAGTGAGTATTCCGATTTTTTTTACCTTTTCATTCGAAAGAAGAAGCATTCTTTGAT TCATAGTATTTGAATGTGTGTTAAATCCGGGTGCAACCATCGTCACCTTGATCAAATTTG TGTTGACGAGTGATCCAGAAAGAGTAAAACGAATGTTAAGACGTTGTCCATACTTGATTT TTTTATGAGAACCCGGAGAAATGATTTGTGGTCGCAAATTGGCAGAGTTTGACTCCAAGT AGGACGGTGAGAATGCCTCCAAACTTAAATCCGTTGGAAAAAGAACTCTAGTGAAATTAT AAAGCTCATTTGGATTACTGCCACCAACAAGAACTCGTCCATCACGGAGTAGAACTGCTG TTGAGTGATACATTCTAGGTGTTGCATTCGGATTTTGTACCTCGAATCTAGAACCAGAAG GGTTATCGGGTCGGTAAATTACCGGACTCAAAACCGGGTTCCTAGCAATTCCCCATCCAG CCGTACCCGCCGCGGCTCCATTTACAATCAAGACATTGCCATTTGGTAAAATTACCATAT CACCCATCGTTCGAGCTAGTGGCATTGTCTCCATGGTCCATTGTGGATTTGGATCTGTAA TTGTAATCCGCCCACAAGTATTTAACGCACCTACAAAAGTATTAGCTCTTGCCGCTTTGA GATATGAGCCAATTGGGGCTCCACCACATACCAGAACCTCAGCTTGAATTGTTTGTGTCT TTAAAGGAAGAAGAACTGCAGAACCCGTACTTGGATAGTTTCTTGGATCGCCACCAGGTA TTTGTGGATACGTTTTCACTATCGTATTTGTTGTGTGATCCAGTAATATAGCTCGATTGT TCGCGAAAATGAATAAATTTCCGTCCACATTGAGAAAAACAAATGGGTAGAGATTGTTTT CCTCTTTAGGAACATTAGTTTGTTGAATAAACGGTAGATTAAATACTTTGTTTGTTGACG CAGTTTTAGGAAAAAACTCGTAATTAAAAGTATCACGGCCTCCTATTATAATTTGGCTTC CGTCAGGAAGAATATGATTGGTGGAATACCATCGACTTTGAATTAATCCATTTCCAATTT CTTGCCAATCACAAGTGCTACACGGTTTGAACGTTCTCACCATATTTCTTCCATCGTTGA ATCCACCGGTTTGAACCAACGTACCGTCAGCGGTGGCAGAGCCCGAGGAGCACCACACAT CGGTCTGGACCATGAGAGGTCGAACTGAATTAGTGGACACGTCATATTCTACAGAGTGGG CAGTGCAATCGATTTTCAATGCAAGGTCTTTAGGATTGTTACGACATTTGCCATTAGGCA AGGAAATATTAGATGCACCAAAATCAGTACGATCGTATATAATGACTCTGTCGTTGTTGA GGAGTTGCATGTGCATAGCGGAAATACCAATGTTGGACATAAGTAAGTCCCATTTGCCAC CTGCAGCATTAGCTAAGTTTAAGTCATGACATGATAGTAAAAGAAGAAGAATGTTGAAAA CAAAACTTGATTTTTTAGTCATCATAATTAGGTGTATATGAATTTTAAGACAAAAAAGAT AAATAGAGAAAAGTGTGTTATGAAAATGTGAAGTAGGGGTGTCCTTTATATACTCTTGGG GTTTATCTTTTAATATTTGAAATAATACAAATATTAGTTTGCAAAAAATAATTTTGTCTG GAGAAAGAATGACATTTCATAATGTGAAATTGAGCTTAGGAATATTTTGAAGGATTTAGT CAACACCATCTCAAATAAAATAAAATAGAAAGCCATGTAGCTATAGTTTTCCCTCCTTGT GGAGGTGTATGAATACTTTGAAGTACTAGAAAGACATAGGTAATGGAACAAAGAGCCGAT GCAATTCAGTTTATCGAGAATATTATGATCGTATATAGGAGATTATGAGTTATAGATGTT ATAGACTATAGTAGAAGATTTGTATAGAAAAACATTGTATTGCTTCCATTTTCTTTTCCC TTAAATTTATGATGTTATTTGTTGTTTCTTGTGATCTGACGTGTTGAAAACCCCGTCATT ATTTTTAAAAAAAATTAATTTAAACTGTTTTTTCTTAGAGTCGATGATACACACTTTGCC TCCTAGAACAGTCTCATCACAATTGTAAATGAGGTGCAATTGGTCTCCACAAATTTACAC TAAATATGTGATCTACTAGTAAATATTTTTGTAATTTGAGTTAGATCCATTTTAATTTTT AAAAAATCTGTTTCTATTGTTTATTTTATGTATATCTTACATACTTTCAATTTGGTCAGA TGTGCCCATATAATAATAATTATAGAAGTTTATAGTTTTATTAATTTAATTAATTCCTCC ATCTGTCAAAGATCTCTCTTGTTTAGAAATCAAAGTACTAATTATTAATTAAATTTCTTA ATTTGCATTCATATCTTTGGAATATGCAGCATTGTTTACAATTATGCAATTGCCATACAT AGTATTTTCATCAATATATGCTGATCATGGTTGCTTAGTGCACAACTACATAATCAATTG TTTATGTGTTCAATTACTTCTGCATTATTAATCACAATTAGTACGAGTATTATAATGTTT AAACTAAGTAATTTATAGTCCAGTATGAGAATAGATATTTATGAAGAAAAATTGAAGAAT AAACAAATTAAATTAGTCTAGCAAGTCAACACCTTACTTTGCTATATATCTATTTCTTCT TTTCATCATCTTGGTAAGCTTTGATGGGAGTACAGTTTAGCTAGTTTCATCGAACCTAAT AATTATTTTTATATATTTTTTTAATAAAAATTTAATATATGTATATAAAAAATTAGTCGC TAATTAAAATTTAATAACTTAGAAGGGTTAAAATTTCAAATGCACATACTTTATATTAAT CCACAAAATAGGATGAGAGTAATGATAAATAACCTTTATAATTGTCCAAACCAATTTTGT GGACCTTTTCACTGTTGATACTTGTCCAAACCAACTTTGTGGATCGTTGTATTGTTGATT CTTGTCCAAACCAACTTTATGGACCGTTTCATTGTTGATACTTGTTCAAAATAATTTTGT CGACCGTTAAATGACATCATCTAAATTTGGATCGTCATACCCTTGAAAATGACATCTTTT AAAATTTCGATCATCATACCTTTTGAAATGATATTTTTTTTAAAAAGAAAATAAAATTTA TTACCTCAATTATCGATATCTAGTTGAGATTTTATATTTTTTTGCAAGAATATAAGGTTA CTTATTATGTTAAGGCATAGACAGGTCTATAATTGTAATTAAAAGAGTTTGACAGAATTT AATAATTTAACCTAAAATTAGATTATGATTCTAAATACGGTATGTACATAATTAATTCTA AACTTAAATTTATGAATATATATAATTTATCAAAAGTTACTGAGAGAACACTTGAAACAC CAATAACACATTTTAATTTGTTGCTTAAAATTGATATTTTACTGATTCACTAGTTTTGTT TTGTTTTGTTTTTTTTAAGGAACAAAATTAAAGGAACCAATTGAGAAAGATTAATTGTCA AATGACAAATGTTCGTACATGCAAAAGCAGCTTAATTATTAAAATTATTAAAATAACATA CGAAGCATTATGAATATACAATTGGGTACTTAATTAAATTGATTTTAAAGATCAAATAAT ACAATTAACTAGCTTAACTAGTGCATGGGTGTTTAAGTACTCTTCTAATAATTATTTGCT TAGCCTTAAAAATGTATGTGGATATATGGAAAAGAATATCAAATCTTTTTATTTAGTAAT TTAAAGATTTTTTTTCATAAAAATAAATAAAATTCAAGAATTCAAACATGAAATTTCCTT TCAAATTGAATATGCATTTGTTTGACTTTTGCAGGATTAATTATAAGGAAGAAATTAAGT TAAAATATTTAAAATTTAATAATTGACGGAGAAACGTGTGGATGGGTGGCGTTGTGTGGA ATATATATATTTTTTTTCGAAATGAAAATTAAAATTTATACACACATATTAGCATTCTAG TTTAGTCGATTAATTATAATTAAGCTGATGTTTACCATTCTTCTTGGTTGGTTACTAATT GTGATTTTTTTAGCGATTTATCTGAATTTGTAAACAATGAGAAGACAGACTTGGATCTAG CCACCGCCTCACCCCATAAGTTAGCTACTGAATAGCGGGGATTTAATATTTACTATATAT ATATATATATAAAATATTATTTTAATTATGTATAAATAGTATTTTTTTTGTTTAAAAAAG AATTTATCTATTTCCTTTTTAGTTTGTTTAAAAAACAATGATCTCTTTCCTTTTTTGGCA ATACTTAAACTTTAACTTTTCAAGTGACATGTGTAAGACCACAAGATTGAAGGGCATTTT GGTACATTTTACATAACTTTAATTTAGAACCACAAAATTAAAAAATCTTCTTTCTTTTCT TAAATTCCGTTCCAAGTCAAACTAGATCGTCATTTTTTAAACTTCGAAGAGAGTTCGGTG TACCAAGATGGCTCCGCCCCTAGTTAGCTAAGGGTAAAAAATCATCAAGATCATAAATAA TTTACATTTCCGAACTCAATATCTCACAACTCAAAATTAAATATTTAAAACATGAACGAT ATAAGGTGAAAAATTCAAAATATCAATAAATAATAAATAAAATAATTCTAAATTTAACTT CAATACCTTATTAAAGACATGGACCTTAAAACCTAATTTAATTTTTAAAAAAAGGATTAC CTCATAAGATAAGGTCATTATTTAAATTTCTACATCATTATTGCATAAAACTTCAAACTC CTTCCATAAGAAAAAATCCGGAGATGTTTAAAAAAAATTAGTTCACTAGATTATTTTATT AGATATGCAAAATTTATGAAAATTTTGAAAGGGGATTAAACTTGCTACACTCTTAACAAA TAACAAAAATCGTCTTTTCTTTCTCATTGGTATTCGATCAAGCTATTTAAATTGACTTAT TTAAGAAAGTATTTTTTTTAAAAAAAAAAATCATTTGGTGAAAAACAGTTTGTATTTGAT CAATAACTTTTTAAAAAAAACAAATACTCTTTTTGTTCACTTTTACTTGTAATTTTTTGA CTTGACAAGTCCATTAAGAAAATGACTATTGATATAAGTAATTTATGACCTTTAGTACTG AGTCTTGAAAAATGATTTGAAGAAAGGATATTTAATACCAAGGGTAAACATGAAAAAATA TTATTATCTTTTCTTAATATGTTAAAAGTAATAAGTAAAAATAGAAATCCATTTTACGTG AACAGAGAAAGTATTTTTTTAGAATCAATTAATGTATGGGCAAAACTTTTTAAAAGTATT TCGAAGTGTATTTTTTTCAAAAATATTTTGGAAAAGAACTAAATTTTTAAAAACTTCTAA ACACAATTCTTGCTACTCTCGAAAACAGTTATTTTCTCCTCAAAACTTTTAATTTTTTTT ATAAAAAGTATCTTTAGGAAAAATAAAACATTTTTGACCTTCCTAAAACTTGAGTAAAGA GACTATAACCTCTCTTCAAATATTTGTATTAGCAATTCTATCAACTTGCTTATTTAAAAG AACCCAATAATTTGGAAAGCTTTGTTAATTGTTCCATCCCTTAATAATGAGGGTCAATCT TCTAATATGGATCCTTAATACTCATAATATTACTCTCTTCGTCCGGTTTTATTTGTCATA TTTTTATGTTAATAGTTAAACTATAAAAACTTTGACTAATATTTAAGATGCATTTTTTCA TCATATTAATATGCAAAAAGTTGTAATTTATAACACTTTTCATATAGTTTTAGAATATCT AATTTTTTTGTTTAAAATATCGAATTAATGTGATCTAATTTACCTTTGAAAATTACTTAA ATTGACTTTCGATAAACATAACATGACAAACAATTTCGAACGGAGGAAGTATTTTATCTT GTTGTTAAAAATTGATTGAAAAAAACGATAATAACCAACTTATCTGTACATTATTTATAA AACTGAAAACATTTAGCGGAGACAACGGTAAAATGAATTTTCATGCTTGAGAATATATAG ACAAATCAATTATGTACGATAAACGAACTTAGACAATATTTAAATATGCATGGTACTTCA CATAAGAACCAATATATTAATAACTATATAGAATATATATTTAAATATTAATTGAGAAAC GATTCTCTATTACGTGCACCTAGGCAATCAACAATTTATTTATTTATTTTTTACGTAAGT TTCGTAGTATTCAAAGCTAATTACATATTCATTTACTCTTTTTCAAATTACAAAATCTCT TAAAATTTATGAATTTTAGATATATCACTAAATTTTCAAATACATTACTAGACTTTCGGA TACATCACAGGACATATGAATACATAGGCGATAGATGTATCCGAGAGCGAAGAAATATAT CAGGGAGGGGATAAGACATCCAAATACATTAGTGAGCTTCCGGATACATGATCAGCAGAA TCGGGATACATAAATGAGGAATGTATTAGAGAGGAGAGAGATGTATCTGAGATGGGATAA AATATATTAGCGAGAAGAGAGTGATGTATTCGAGAAGGAATTTTTGAAAAACATTTCAAT GATAGAAAATTATAGAGATCGTGGTATTAGGTTAAAAAAATTAAAAAAATAAGAAAATGA AAAATACTAAAATTGATCTCATTAGGTTCAAACTTTATTTTCTTTGACAAATCCAATTTT AAGTACCTATTATTATTAATATTAGTATTGGGGCAAAATAATATTCGACCAGGTTAAAAG TAGAGTATACAACCTAGGTATATATTCCTAGCATCAATTGACCTGTAAAAGTTGATTAAC ACGCACGAAATTTTATCTTTTAGGCACGTGCACTTTTTATTGCATGCTTTATTAATTATA TTCCACATGTTCTTTTTTATATTCTAGATCATATAATATATAGTTGTAACTTTAATTACG CTAAAAAGTATATTTAGTTACGAACGTTATTTTGTTGTTCAAGTTTGTTAAGGATGATGA TATATTTAAATATACACATTGTGATATTGAGAAGTGTATTTAAGAAAATAAAATTTAATA AATTTAAGCGATATTATTTTTAAAAGTTTTGTGATCGTTTTTAGCTAGTAATGCACTTCA ATTATTACTAATAACTAGTAATAGTTTTTAAAAGATTGTAATCTTACAAATATTATTCCT TTCTTCGCCGATCAACAAACTATCTATATACCACCGGCATGCAACAATTATTAATTAACT ATACAAACCATTAGTTAATTATTTAATACTTGCTTTACGGATAAATTATAATACGTAGTG CTTAACAATCCCTATATACTTTTACTATAGTATATAAATAACATCCCCATTACGATTAAT CGTATACATTCACATTTAATACAAAGCCTCTACACAACACCATATAAAAATGGCTATTAG AAAATCAGTTATTTTTTGTTTCATTGTATGGCAGTTGCCTCTGCTTCTACTACTGCCATG TCATGACCGGAATTTGGCTTATGCCGCTGCCGGTGGCAAGTGGGACCTACTCATGTCCAA TATTGGTATTTCCGCTATGCACATGCAACTCCTCAACGACGATAGAGTTGTGATATATGA TCGTACTGATTTTGGTATGTCTAATATTTCTTTGCCTGATGGTAAATGTCGTAACAATAA TAACGATCTTGCGTTAAAAGTTGATTGCACTGCACATTCTGTAGAGTACGACGTTTCCAC CAACTCTGTGCGTCCACTCATGATCCAGACCAATGTGTGGTGCTCGTCCGGCTCTGCCAC GTCAGACGGTTCGTTGGTTCAGACAGGTGGGTCCAATGATGGCAAATTTGTAATTAGAGT TTACAGACCGTGCATTATTGGGAAAAAGAGTAATTGTGATTGGCTAGAAATCGAAAATGG ATTAATTCAAAGTCGATGGTATTCCACCAATCATATTCTTCCCGACGGAAGCCAAATTAT AATAGGAGGCCGTGATGCTTTTAACTACGAGTTTTTTCCCAAAACTGCGTCAACAAATAA CGTATTTAATTTACCTTTCCTTCAACAAACTAATGATCCTAGAGAGGAAAATAATCTTTA CCCATTTGTTTTTCTCAATGTGGATGGGAATTTATTCATTTTCACAAACAATCGAGCTAT ATTATTCGATTATACAACAAATATGATAGTGAAAACGTATCCACAAATACCTGGTGGTGA TCCGAGAAATTATCCAAGTACGGGTTCAGCAGTTCTTCTTCCATTAAAGAACTTGGAAGC ACATACAATTCAAGCCGAGGTTTTGGTGTGTGGTGGAGCTCCAAGAGGCTCATACCTCAA AGCAACAAGAGGTGAGTTTATCGGTGCGTTAAATACTTGCGGGCGGATTACAATTACCGA CCCAAATCCACAATGGACCATGGAGACCATGCCACTACCTCGAACCATGGGTGATATGGT AATTTTACCAAATGGAAATGTCTTGATTGTCAATGGGGCCGCGATGGGGAGTGCTGGATG GGAAATTGCTAGGGGCCCGGTCTTAAGTCCAGTGATTTATCGACCCGATAACCTACCCGA TTCTAGATTTGAGGTACAAAATCCGAATGCAATACCTAGAATGTACCACTCAACTGCAGT TTTACTCCGAGATGGTAGGGTTCTTGTGGGTGGTAGCAACCCAAATGAGTTTTACAACTT CACTGGAGTTCTTTTCCCAACAGAATTAAGCTTAGAGGCATTTTCACCGTCCTATCTGGA TTCAGAATCTGCTCATTTGCGACCACAAATCATTTCCCCTGTTTCCCGCCATAAATTCAA ACACGGGCAACGGGTTGACATTCAATTTTCCATTTCCGGTTTAGTAAACAAAAATTCAAT CAAAGTGACGATGATTGCACCAGGATTTAACACACATTCAAATACGATGAATCAAAGAAT GCTTGTACTAACAAATGGAGTCGTAAAACAAGTTGGGAAATCTTCGTATCACATGAACTG TTTATTTCCGAAATCGGGTTCATTAGCACCACCGGGTTACTATCTTTTATTTGTGGTTCA TCAGGACATACCAAGTGAGGGTATTTGGGTCAGGATCTTTTAGATTTTAATTACTTTTAA TTCAATTATTCTAAAGATCTGTTTTTAATTTTGATCTTTGAGAGTATAATAAGATAGTCT CTGTTTTAATTGTTGCTTAACTAATAATTATCTTTCATTAGGTATAGATTTTTAAAGTTA GCATCTGTTTAGAAGAAAAAGATGTGAAACGCTTTGATAAGAGTGGATCAAGTAGGACTG ACAAATTTTTAAGTTGACAAGCTTTTAAAGATTAAACAAAATGATACCTTAAACGAATTT CATAACAGAATAAGAGAAGAAACTAACGAACTTGATTAAGCATATCTCAACTTTATACAC ATTTTTAAGCTTGATGTGATATAACGATGATGGTAAATTAAAGTTGAGTTGGATACGATA ACAAATGGTGATTTAAATCTTATAGTACGATTTGATGACATAAAATTAAAAGACTCATAG ACATTTGCCGAAGTGATTAAAGAGCACATTCCAATTAATTAAAGATTATATAAGCTTGGA GCATATTTTGAATTGAATTATTTTAAAAAATCCAAAGTCAAAATATCTTTTTTTGTTATT GTTTGGATTAATTTAAAAGTTCTTGAAAGCACTTGATTTTAAACTAAAATGAAGGAGAAA AATATGTCAAAAGTCAATTCAAACAAACTACAAAAAACGTTAAAATTATTTTTTTAAATG ACTTATAAATTAAAAGTTAACGTTGGTTAAACCCCAACTTTTGACTTTCTTGGCTATTGT TAAGAACATTTCCTAACTAAAGAATAGCTTAAAAGCCAAAATCAATAAATATAAGTCAAT CAAAACACCCACTTTTAATCAAATATACCACAAAGACTAAACATTAGAATATACTAATAT CTAAAGGATCAAAAAATTTAATATTGATTATCTTAAACGTCTGAAATAATTTCTTTACTC ATTTTTTCTAGATAGATCAATCTATCGAAAGCAATATCTCTATTTTCTAATATAGAAATA AGATTTATGTACATTCTATATTCACAGATTTTACTTCCGAATTACATGAGTAATACGTTT TTGTAGTATAAAAAATACAATTGACATTTGTCAAATTCTCTATCTCTCTCTAAAATATTA CAATTTCTGAAATAATTCATTAAGTTTTCCATCTCTGTTCATGCATGTCAAAATTTCCAC ATAAGAAAAGAATAAAAAGAAACGTGCATGCATGCAAGAGCTCATTATTATGACATTTCA AGTCATAATAATTATGCACTTAATTAATTAATTAATTAATTAGTAAAGATCGATTGATTA ATTAATCAGTTGATTTGGTACATAACTTACTTAACTGATAATGCATGTATATATCCTGGC AATATGAAACCATACTATAATGATTAAAGCTTATAATTCGATTAGCCTAAAATGTATGTG CATATTGACAAGAAATCAAATCTTTTTATCCATTAGTTTAATTATTTATTTTATTAAATA TGTCAACAAGTCAAACATCAAATTCCCTTTCAATAGAAAACCTTTAATAAGGCAAAACTA AATAAAATAAAATTGCATGGAGAAACGTGTGGATCGTCGATGGTGAAGAACTATTTGTGT GAATAAAATTTAAGTTATTATACTAGGTAAGTATAATAATAGTATAGAATATGTTGAATA TGTAGTAAATGTCTATAGTACATAAGTAAATACGATAACTTAGAAAATTGAAATCAAGAG TTATAACTAGTTAAAATATACTGATCATAGTTCAACCGCTATTACTAAAAACAACTGAAT TTTCAATTAAAAAAAAATCTTCTGACAAGCCAATTATGACATTTTTTCTCAAAAATTCTG CCTAAAATTCATAGAATTTATTGAAGGGGAATAAACTTGCTTCAAACTCTCAACATGTTT TTCTTCAAAATTCTTTTATGGACAATTTTATCACCTTATTTGTTTTAAAACAAAAGATAA TTGGAAATGTTTGTTCCAAGATGGTTCCTTAATTAACTCAAATTATTCCTAATCTAGTTG TCAAATTAATGATCGAAAATACTATAATATATGTACCATAAGATGGGAGCAAACTGAAAA CAATTAGCGAAAATAAAGGTCAAAATCAATTAATTGCATGAATTTGGCAATAAATTGAAA AACTATAGGGGATACAATGTTTTTTAAAAAAATAATGGAGAAAATATTCTCTATACATGA AGCATTTCTTTTTACAACAAAAAGGCATATTTTCTTGTCGGTTTAATGATATTTATAATT CCATGAGAATCAAATCCATATTAAGAATAAAATTAAATAAGTGCTTAATCGATATTAAAA TAACGAGCAAAAATATGGGCATGATTAATTCACAGTGTCAATCGGAGTATATCTTTAGAA ATAAAAATTAGCAATTTTTTAAATTAGATATCTTTTTTAATAAAGCAGTCAAATAATATA GAGAAACACATCTCGAAGAGTTTAATAAGATATGAATCATGAAAAAAATTATCTAATTAA TCAAAATATAATATTATACTTCGCACAGACTGATAGTAGGAAAAAAAGATAAATATACTC TCGAATTATGCAAACACTTACTGTCATATTTTTGGGACATTGCTGCACCTGTCGTCCAAA AATTAAAGCATATATAATATTTATACTAAGGGACGTACACATGTCATAATTTTATCAACC GATCCGACATTTATTATATATCAAATCAACAGATAAGATTGCGCCACGTGTATTTAGTCT TCCATCTGAGTGAAGAACATATGTACTTTAGTTTTTGTCAACGACAAAAGCACAATGTCC CAAAAGTATACTTTAAATTTTATTGACGACATAAGCATCAATGTCCCAAAAATATAATGA ACGATATCTATCTACTATTTACGATAATTTAAAAGTGTATTTATTTTTTTTCCCCAATAA TATTATATTACATATTAATCTCATATATCCTAATTAAACACACGGAACAGAGCATTCATC TTTCCTAATTCCTAGTGATTTTTAGAACGATTACAACATATGGTGTTGACTAATGAAATC TTAAATATTCTTCAAAAAAAAGTCAATTTTGCATTAAGAAGTGTCTTAATTACTTGTATC CCCCCTACCCCAACCCACCCCGACCCCCAAACTACCACTTGTGGCAATTATTTATAATGC AAACCATTAATTGCATAATTATGTGTATAAATAATACACACATTTAATAGTATATAAAGA ACATTACCCATAGCCTTTTCTCACAACAACACAAACATCACACATCATAGTATACTCTTC AAAGAAAAACATATCTAATGGCCATTAAAACAAGTCTTGTTCTTTGGCAGCTACATTTGC TTTTATTACTATCATGTCATGACTTGAACTTGGCTAATGCTGCAGGAGGCAAATGGGATT TACTTATGTCCAACATTGGCATTTCCGCCATGCACATGCAACTCCTCAACAACGATAGAG TCATCATGTACGATCGTACTGACTTTGGTGCATCCAACATCTCATTACCTGATGGCAAGT GTCGTAACAATCCTAAAGAACTCGCCTTGAAAATCGATTGCACTGCCCACTCTGTTGAAT ATGACGTGTCCACTAATTCCATACGTCCCCTCATGGTCCAGACCAACGTGTGGTGCTCCT CGGGCTCTGCCACCTCGGATGGTTCGTTGGTCCAAACCGGTGGATTCAATGATGGTAAAC TCATGGTGAGAACTTTTAACCCATGCAACACTTGTGATTGGCAAGAAATGGGAGATGGAC TAGGTCAAAGTCGATGGTATTCCACCAATCATATTCTTCCTGACGGAAGCCAAATTATAA TAGGAGGCCGTGATGCTTTTAACTACGAGTTTTTCCCCCAAACTGCGTCAACAAGCAACG TATTTAATTTACCTTTCCTTCGAGAAACTAATGTTCCTAGAGAGGAAAACAATTTATACC CATTTGTTTTTCTCAACGTCGATGGGAATTTATTCATTTTCACCAATGATCGAGCTATAT TGCTCGATTACACAACAAATACAATAGTGAAAACATATCCACAAATACCAGGCGGTGACC CAAGAAATTATCCAAGTACAGGTTCTGCAGTTCTTCTTCCTTTAAAGAACTTGCGTTCAC AAAAGGTTCAAGCTGAGGTTTTGGTGTGTGGTGGAGCACCAAAAGGCTCATACCTTAGAG CAACAAAAGGGGATTTCGTCGGTGCATTAAATACTTGCGGGCGGATTACAATTACCGACC CAAATCCACAATGGACCATGGAGACCATGCCACTACCTCGAACCATGGGTGATATGGTAA TTCTACCAAACGGTAACGTTTTGATTGTTAATGGAGCCGCTACGGGTACAGCTGGATGGC AAATTGCAAGGAACCCGGTTTTCAGTCCGGTAATTTACCGAACCGATAACCCATCTGATT CTAGATTCGAGGTACAAACCCCGAATGCCATACCTAGAATGTACCACTCAACAGCAGTTC TACTCCGAGACGGTAGAGTTCTCGTTGGCGGTAGTAATCCAAATGAGCTTTACAATTTCA CCGGAGTAGTTTTTCCAACGGACTTAAGCTTAGAGGCATTTTCACCGTCCTATCTCGATG TGGAATTCGCTAATCTACGACCACAAATTATTTCTCCCGATTCACATCTTAAATTCACGT ATGGACAACGTGTTGACATTCGATTTACTGCTTTAGGGTTATTAAATCGAGATTTGATCA AGGTGACTATGGTTGCACCGGGTTTTAATACACATTCGAACACGATGAATCAAAGAATGC TCGTACTTCCGAGAGGAATTGTACGACAAGTGGGAAGATTTGTGTATGAAGTGAGTTGTG TATTTCCGAAATCGGGTTCATTAGCACCACCGGGTTACTATCTTTTATTTGTGGTTCATC AGGACATACCAAGTGAGGCAATTTGGGTCAGGGTTAATTAACCATATGCATTTGATTTGA TTTACGAATTGTTATTTTTCATAATTTTGTTTTACTTCCAACTTAAAGTGTATGGGAAGA CTTGTTTTGGTGTTTTTATTTTTATTTTAATAGAGTAATAATGTCATGAGAAGGAAGTAA TTGTTTTTTGGTTTTGGAGAAGAAGTTGCAATTAATTAGCAAGACAATTAGATTTTGTGT TTTTATTTTACAAAATGGACTAATATTGTGTTAATTAGAAGAACAATAAAAGATAGGAAT AAGCTTTAAATCTTGATTCAGTCTCCGATAATGACATATTATTAAAATTTAGAGAAAATA AATAGAATGGAAATGGAGAAGAGTCAAAACCTAACTAATACATATTTTGACAAATATGAA ATCATATAATCAATGGCAGATTCAGAAATTTTACTAACTCTGCAATTTAGGGATAATATT CCTGGTCCAACTTGTGCATTCGAGTACCACTTGGACTATCTCTCTTTTTATATTTAGGTG GTTTAAACTTTATATATATATATATAAATATTGAAAACTTATCCTCTATATATACAATGT AATTTTTTAGCAGGTAATTCGAGTAAATCCCTTAGCCGCCTATGATAGTTTAAGCTTATA ATTAGCTTAGCCTGAAATGTATGTTAATATGGAGAAGTCTTTTTATTAGGTACCTTAAGT ATTTATTTTATTAAAAGTAAATTAGAAGTAATACAAGCTATTCCATATAAATTAATGCAT TAGTTGAACTTTTGCCAGGATAAAAAGAAAAGAAAATTTAACTATTGGAAAAAGATCTCT ATGAAATATAATATTTTCTCTAATGAGATCTAAAACTAAGTCATACTATCAAAATATAAT TTAAGCAATATATTTGGCTATTTACTATATCTTTTAGGCAATTAATTGATACTACCTATA TGATTAAAACATAAAACTTAAATAATTCTTCATGTTTCGAACTTTGATTTTATTACAAGG TTTACTTCAATTCTTCATAAATATTTTAAGTTTAAACTAATTAGATCATTAAATGGTTAG ATTTGAAAAAACATTATCGTAACTTTAAATATATTCTAAAACATAACAATTATGATTTTA ATGATTTAAATCTAATTTTGAACTAAATACGAGATGTTATACAAGTAAGGACTATACTCT AATTAACTTGCTCAATTTAGTGAAATCTTATTTCTATTTAAAAACATTTATACTAGATAT AGAATAATTTATTAATTTATGTAACAATTTACTCAATTAAGAAAAAATCCAAACATAAAA TTAAAAAAAGAACTTATCTAAGATCTAAACACTTTTGATGGTATCTTGACATACAATAAT TTATACATATCTATTAAATATGTCACGAAAGACTACACGAATTAGCTATACTATTAACTA AACAAAAAATAATAATGATCAAATATAATTTATAATAATATATTTTAAAAAGCTATACAA GTATAAATCAAATAAAAAATATAAAAATTATTAAATAATCTTAAGAGCACCTTAGACCTC TCCATGGTCTAAATGAAGTTTTTAAATAAAGTTTTTTTGGAGATTATTTTGATATGTCAC ATTTTTCATCTTAATAAATGTGATAATGATTCGTTTTGATTGTTATCTTAATATATATAT ATATACATATGCAATATCATAATCAAACAATATAAGTATTCTAATATAATTACAAAATAC AACAATATTATCTCATAAATTTATCTGTAAGAAGTAAAAATCACAAGAACAAGTGAAATA TAAATTCTTGAAAAAATAATAGTATGAACATAGTACATAATACTATTTTGAAAGATATTT TACCATCAAAATATTTTTTGTAATGATACTATTACTAGGGGCGGCTCTATGTTTTTGTAA AATAAGGCTTATACCTTAAAACCCCTAAAAGAACAAATTATGTGTTAAAAATACTTATAG AAATGATTGATTATTAAAAATATATTATTATTTTACACATTTTAGTATTTTTTGTACTTT GTTAAAGATAAGAATTGATAAGAATTGAACAAAGTGAATTACAATTTTTTTTAATTTGTT TTTAAATTTTAGTTTCAAGCATTACTACAAGTATATTGAAATGGGATATACTAAGTCATC AACTTCTTGAGATTCTATGATTCTAATTCTTATTTTTATTCAATATTTGTCAACTTATTA TTTATAGAAATAAATTTGAATAAATATGTATATCAAATTTGTTTATATTTTAGGTCTCCA ATTGAAATTTCGCTTTGGACCTCCAATTACGTTGAACCTTCACTGACTGTTACACGTCAA AAAGTTTCTCCTGTTTCTGTTACGCGTCAAAAGGTTTCACCTTTTACTTAAAGTTTGTTG ATAAATCATGTATTTGAAGTAATTAATCCAAATATCATATTTAAGATATATTATTCAACA ACAATTTTATTTTGATTTTTATTGAACATTATAATCTCGTTAAATTCCATCATTTCTTTT CTAATTCAATTTGGATGCGAAAAAGTTGCTAATTTGCTACCAAACATAGTTCTTCTCATT CAAAATACTAAACAAAATTTAATTAAAATTAGCTTCGAATTTTACAACACATCCAAATAA TATGAATAAAAAATGTTAAAAAGAATTGTAAGAACTATTGTGTATTTTAAAGGATATTGT TAAATAAACTGTGTAATTAGACTGGGCTATTCATAAGTTTAAATTGGGCCAACATTTTGC ACACCTAAGGAATGGACTGAGCTATTGAATTTCATCGCTAGAATTTGGCTGGGCTGGGCT GGCTAACCCATCCAGCTAATTGACAAAGTTAATTATAACTAACTAAATTGGAAAATATGT AATATCTAAAAAGTGTCGTTGCATGACGGTTGAAGCAGGTTAAAATGAATCGAGTTAACA AACTGAGTTGGTAATTAACTCAGTCACAAGTTGATTGACCTTAAATGAGTCAAACAATAG GTCAAAGTTCAATACATTTAATTCTAACTAAGTTTTAATGAGTTTATTTACGCGATATAA TTTTTCCGTAAAATTATTCATACGTTCCCTTTTAACTTGTCAACATAAATGCACCTGTCC AGTAAGATTAATGAAAGAACAATGCGTGCTCAACATTACTTGACACCAAAGATTTGTTTC ACACAAAATATAATAATATCTCTAACTAATTAATATTCTTTCTTTCCCTAGCTAACAAAC AATAATACTATATTTAATTATTGCATTTTGTTCAACTATTAACACTATATATAATCAGGA CATATATTTAGACCTAAATTTATTTATATCTTACATAGAGCTAATGACTACTAGAATAAA AGTTTTTCCTTTCTTGATTCTAATTGGTCAGCTACTCCTGCTACTGCCAAGTCACCAGAA CTCGGCTTACGCCGCCGCCGGTGGCAAGTGGGACCTACTCATGTCTAACATCGGAATTTC CTCCATGCACATGCAACTTCTCAACAACGATAGAGTCATCATGTACGATCGTACTGACTT TGGTGCATCCAACATCTCCTTACCTAACGGTAAATGTCGTAACAACACTAATGACCTCGC GTTGAAAATCGATTGCACTGCTCACTCTGTTGAGTACGATGTGTCCACCAACTCTATACG TCCCCTCATGGTCCAGACCGACGTGTGGTGCTCCTCCGGCTCCGCCACCTCGGACGGTAC TTTGGTTCAGACCGGTGGATTCAACGATGGTGAAAAGGTTGTAAGAGTTTTAAAACCATG TAATGGAAATAAAAGTAGGTGTGATTGGAGAGAAATTGAAAGTGCTTTGATACAAAGTCG ATGGTACGCGACCAATCATGTGTTGCCAGATGGCAGACAAATTATAATAGGAGGTCGTGA GGCTTTTAACTATGAGTTTTATCCTAAAACTCTATCGACAAATAATATATTTAATCTTAC GTTTCTTCAACAAACTAATGATCCTAGAGAGGAAAACAATCTTTACCCTTTTGTTTTTCT TAATGTCGATGGAAATTTATTTATTTTCGCGAATAATCGAGCTATATTATTCGATTACAC GAGTGATACGATAGTGAAAACGTATCCACAAATACCAGGTGGTGATCCGAGAAATTATCC AAGTACAGGTTCTGCGGTTCTTCTTCCTTTAAAGAATTTGGAGGCACAAATAATTCAAGC TGAGGTTTTGGTATGTGGTGGAACAAAAAATGGTTCATTTCTTAGGGCACAAAGAGGTAA ATTTTTGGGTGCGTTAAATACTTGTGGACGGATTAGAATTACCGACCCGAATCCACAATG GGTCATGGAGACAATGCCACTAGCTCGAATAATGAGTGATATGGTAATTTTACCTAATGG AAATGTTTTGATCATTAACGGAGCAGCGGCGGGTACGGCCGGATGGGAACTTGGTCGGAG CCCCGTTTTGAGTCCGGTGATTTATCGTCCTGATAATCCAGTCAATTCAAGATTTGAGGT ACAAAATCCGAGTACTATACCAAGAATGTACCATTCAACAACAATTTTACTTCGAGATGG TAGAGTTTTAGTTGGTGGTAGTAATCCACATGGGCTTTACAACTTCACAGGAGTTCTTTA CCCAACTGAGTTGAGTTTAGAGGCATTTTCACCATCGTATTTAGATTCAGACTCTGCAAA TTTACGTCCACAAATCATTTCACCCGCTTCGAGACGTAAAGTCAAGTACGGTGGACAGGT CAATATTCGATTTATCGTACCTGGCCCGATAAATAGGAATTTGGTCAAAGTGACAATGGT TGCACCAGGATTTAACACACATTCATTTACTATGAATCAAAGAATACTTGTGCTTTCGAG TGGAAACGTAACACAAGTTGGAACATCAACTTATAAAATCAATTCGATTTTTCCAAATTC AAGTAAATTAGCACCACCTGGTTACTATATGTTATTTGTGGTTCATCAAGATATCCCAAG TGAAGGAATTTGGATCAGGATTTAGTAACAAGGTTTGATCAGTCACGATTCAAAGTTGTC GAAATATTTGTTATTGGTTCGAGTCTTTTTCTTGATTTCGCAAATAGCAGGAGCTTAATT AGTAAAATGATAAAAAAGAAACATTATTATTAGGTGTGATGGCTACAATTCTTTTTTTGG AATGTTACGTTGTTGTAAGCATGATAATAAATTCAATTCTTTTGTATTGACTATTGGAAT AAATATTGCAATAATAACGAAAGGCTTGCGTTGATCCCAACATTAATTTATATTACTTGT TAACTTAATTAATTAATAAGGATTACATTATGTTTGTCACTATCTATATGGTGGCATCGT GTCATAATTTAAAAGAAAAGTGGTGCTTTCCATTGATGGATGCACGTAAATTTTTTTTTT TTTTTTGATTTTCCTATTGACTAATTCTTTGCATTTACCTAAATCAAATTTGACCTTGAT TCGATCATATTATCGATTCGAAAGAGGGTGACATATGTCATTTATAAGATCAATTATTAT ATACTTTTGATGAAATGTACGTCAATAATTCTATCGAAAATAAATTAGTAAACTCAAACT GAACATTCCATTGAACAATAAAGCAATGCCTTCATGCGCGTTGCGTCATAATAATGAATA TTGAACAAAGAATGATTCAAAAACGATTTTTTTAATCATATGTCATTTTCCAACGTCTCA CTTAATACAACTCAATGTTGTTGGTCATGTATGTTTATTTATGTTGAATATTTCGACTTG AAATCGAGAGTTATATCAAAAGAACCATACAAACAACATAATCAAAATCAGCTGTTCATA TTAATCAATGTATTGAGCAACACAATAAGGTCCTTTAGATATGCATCCACTGATGTACAT CCAGGCACAAACAAAAGATATACTAGTTTCGGTACGTTAAGGCTAAAAACATACACGAAT AACCAAAAAGAGATTGATTAATCAGCATCTTGAACAGCTTAAGCTCGTTCTCCACGAATA CGTCTTGCAAGTTGAATATCCTTGGGCATTATGGTGACTCTCTTAGCATGGATGGCACAC AAGTTGGTGTCCTCAAAGAGACCAACTAAATACGCTTCAGCGGCTTCTTGGAGTGCAAGC ACAGCATGACTTTGAAACCTCAGATCTGTCTGTTTTATAAACGAAGATCAAAAGAAGTGT TACTATCATCCAAACCAACTATTTTTTCAAGCACACAAAAACATACATCCTCTGTTTCAT CTTCTAAGAGGGTGTTTCAGTTGGCACCGATTAATCTATAACAGAATAGAATAATAAAGC AGGGTGGAAAGAGAGTTAACATCACATAAATGTTAAGAATGTGAATACTCTAGCGAATTT ATATACTTGAAAGTTGTAAAGACAAATAATGGTTTCCAATGATTTTTTTAATGAGTAGAA TAGTGTCAGACAGTTCAAAACATCCCAAACAGAAACAATGACATATAAATCAGAATGGAG AAAGTAACGAAATGATACTCTAATCATCACAGGTTCTACATTTACCACAGAGACCTGAGC AATTTATAAGTAAAATGATGTCAATATTTAGAAACATCCCAAAATAGATAATGTCATATA AGTTGGTGTTGAGGGGAGCAACTGACTGATATTACCTTAAAATCCTGAGCAATTTCACGG ACAAGCCTTTGGAATGGCAACTTCCGGATGAGAAGCTCAGTGCTCTTTTGATATTTTCGG ATTTCACTATAAACAATTAAACATGCATAGTAATTAATCGCTGAATCAGATTAAGAAAAA ACATGATTGTTAAAGAACAATGTCAAAACAAGAGAGATTGAAAAAGTACCGGAGAGCAAC AGTTCCAGGTCGGTAACGATGAGGCTTCTTCACTCCTCCTGTGGTAGGGGCTGACTTCCT TGCAGCCTACCAAATTAGAAAAAAGAACCCTAATCAGCATAACTATAACAAAAATTCCTC CTAAATTTGCAAAATCTAATACATGCCCACGTAAATCTAAATCAGTTAGTTAAAGAGTTT AAAATATCAATATTTGGTTTCCACCCGGTTTCCATGGGGGCTCAAAGAAGTAAAGCACTA TCTAACAACTTGTTTGGATATTTTTTCTTAATGTATAAGTATTGTGTTATAAGTTTAAAT ACAATGTTTGTTTGATTGTAACCTAAATTTTGTTGTACTGTATCATAAAATCCATTGTTA CATAACAATGAAAAGTGTCATTTTGTGTAACGACTGATTTGGTGTGATCGCGTCGCTATC TAATTGATATTTCTCATTTCATCATTACTTATTATCAAATGATTTCATTTTATCCTTTAC CTTACCTACATTGTATTCATCACAACAATACAATACGAAATACAATGTAACCCGATACAT TATGAAACAACCATCCAAACAGAGGATTAACAAAGGCTACTTCATACCGGATCAAACACG AGACAGTAAGAGATACATTCCAACCTTATGAAAGGAAATATTTGAAAACTCAATCATAAA TTACAAAAAAAAAAAAGAATAACTTCGCTATGAAAGCAAAAAAGTACCAACCTTTGTAGC AAGTTGCTTCCTTGGAGCCTTTCCACCGGTTGATTTACGAGCTGTCTGCTTAGTACGAGC CATTTCTTCACAATCTGAAGAGAAAAAAAACGATTAAGCAAATAGAAAAATATATGAAAA ATCGCTCTACAAACAAGGAAAAAACGTCGTCGCCGGTATCAATAACCAGAAAAAGAAACG AAGATCGTCGGAGAAGAGAATCATTACCTGAGAAAGTTGCAGAGAGAATTTGAAATTTGA AAGTGTAAAAAAGCTGAGGTATTAAGAAAGAGAAATAAGGGATTTATATATTATTAGGGA TCCGATTTTAATTGGGCCGGATTTGAAAGGGCCTGTCTTAATGGACCCAATAATCAATTT TGTGTACATCAGCCCATATCATTTTGTGGAGGTAGATAAGTTATTTTCGAAAAATCTCTA GTTCAATTACAATTTTCGAGATACAAAGAAATATAATATTTTGAGCAATATGAGAAACAT TCGAAAAAATTATATGGCTAAACAAACATATATTAATTAATTCGTCACTATAGTTGTAGT TTTAATTAATTATCAATTGCGACTAATATACGATGATAATTACGTGGGCTGGAGTTTCGA GTTTGTATAATCTGAAATTTGTATAACTTTTATATAATTGTTTAAAGGTCATATGTTTGT TTGTATTTAAATTTATTATTTCAAATTTATACAAAAATAACTCAATTATACAAATGTATC TGTAAATTATACAAACGAAATATTTTAAATCGTAGATATACAAACTATAGTTATATTATA ATTAAATTTATTATAGTGACTATTTATGAATTTTTTTCTGATTATGATTTATGTTTTACA AAATATAATATAGAATAAAAATATTTAAAAAAAAAATATGCATGACAAATGAATAGATGG ATAGTATTTATTTATTTTTTGATTGCATAAATAATTTCCCAAATTCTGATTTCTGCATAA TTAGTGAATACCATTTCTTCTTCCTTAAAAATTTTGAACTATCTGATGATTTGACAAGAG TTATAGTGAGATCTACAGTTCAATTCATCAATGGAGGGCTATGTGTGGGCAATAGCCGCT GGGTTCAACGCAGCTCTTGCAGCCATCTCTGCCAAATTCTTCACCTCCCAGGTCAAATAC TTTCACTGATTGTTCCATCTTTACCCTTTTTTCTCCTTATTGTGATGATTAGCTGTGAGT GTTGGAATGAAATTGGTGTAAATAGAGCCGAATTGACGTAGACAATTCATGTGGCTTTAA TGGGTGGATCTAGGATTTGAAGTTTATGAGTTAGTGTATCGAGCTCAGTTTAATATTACA GTAATAACTAGGTTTATTGTCAAATATTTATAGATATGATAAAAAGAAAAAAAAAAGGAG CTAATGAGTTCACGTGAATCCGTAGTCAGACCTTGGTGGATTTGGGATTGAGTTGTATGT TGTAGCTGTAGGATCTGAAATTCTGAATTGGGTCCATTTGTAAGATGAAGAAAATGCCTT TATTGAGTTTGAAATGGGATGAATTGAGCGGAGCCAAGATTGTCATTTGAAAATGTCTCT TACCAAGTATAAACAGTGTAATTTTCCACAAAGGGAATTCGGGCCCTTACTAGCTCCGCT CTTGAATAGTCTGATAGACTGGAAAAGATGGATTATTTTTGTGAAACATTATTTGGTCTG GACATGATTAATCACCGCTTGCTATCTAAAGTGCTACTTTTGTCCGTCTCTTGTTTTGGA TCGAAATGTTGTCATGATCACTGATGTTTGCGTCAGGTAGGCTATCCACATTACACCCTC TTGGGGTGTGGCCCTTCTTTGGACCCTGCATGAATGCAATATGCTTTATGAATTCAGAAG TCTATGTTTGATTTCTGCAACATTTGTTACGTCTCATAATAATCAAATATAGATAGCTGG AAATATGAGTTCTCGACACATATATCTTGAAAAATTAGTAGTATTTGCATTGAGCTGAGC ATTTGAAGGATTATCAGTCATCAGTGGGATGCCTTGTCTTTTTCAATATTTTACATTCTT AGTTGAGGGAGGAGTGAGGGAGGTTATTGAAATGGAAGAGTGGGACTATATAATCTGTTT CAGTCTGTTTACATGTGATGTACATTTCAACTGCAAACTAGATTGATGCTTCTACTTGAG TCATGTCCTGGATTGATCACGTCATGTTTTGAATTGATTCCATGTAATCTACTTCTGTAG CTTCAGTTCTTTGTCACTAAAGATCCTAGATTGTTTTCATGGTAAATTTTTGGCATAAAT CTTTGCCACATTAAATTGTATAATGTCTATTGTCTATGTAAATTTGCTTAATCGTGTCAC TAGTACTCATTCTTTGTTTCTGCTTCACTTTAATGTGATCCTTTTCAAATTCACAGCTCA TCAAATATGGTTGTGTCATATTATTCAATGTCACAATGTGGGGATGCTATGTCAATAGCC TTAAAGCTCTATCATCTCTACAAGCTACTGTGACTAACTTTGCAACCAACTTTTTATCAT CTGGATTGGCTGGATTTTTGCTTTTTCGGGAGCCACTACCAATCCAGGTAATTTGTGAAA TTTGTGCTACTCTGTTTATGAACTATAGTATGATCCTCCGATCCCTCTTTTTGGTCAGTC CTCTCTTACTATTTTATGGAAATCCTGGTGTTGTTGCGCTGTTACATCTTGGCACCAATC ACGAGTTCTCATCATATATTTCATAAACTTAATAAAATCAATACGGCCAATTGAAATTAA TGTTTTTCTCTACATAAAAGGCAGTAATATACCATGGTTTGTAGACACTCGAAAGAGATT TCTTCTCTTTGGAGGAACATGAGACACTGGGCTATCCCCCCATTCAGCTATCTTAAGAGT TATACATCAAAAATATGATAAAAGGGGTAGGGATCTTGGACCTTTGACTGGGGTGGTAAT GACCATACAATACGTTAGATGCGTTTCAACTTTTTTACAATACACAACTGTTTACACTAA AAATTAATCAGTTTCTGCAACAACAACATACCTAGTATACTCCACAAGTGGGGTCTAGAG AGGGTGGTGTGTACGCAGACCTTACCCCTAACTTGTGAAAGTAGAAAGGTTGTTTGTATA GACCCTAGGCTACGAGTAAAACATTTCAAAGCAGGTATTCAAAGGAAATAAAGTAAATGA ACACGAGTTCTCTAACTATTTTGTCAATATCATTTATTTTTGTAGAACGTGTTCCTGCAT ATTTTTTTATAATAAGTACCAGTAGAGTTTCTCAAAATGAATGTTAGAGAACTTGTAGAA GTTCTAATTAAATCAGAAATGTGTTCCTATATGGTTGATATGGCTATTGGTTTTCCTACA TGATAATAAACAATGTTCAAGTATCTATGCTTTTACATCAACTAAAACGTAGATACATCC CTGAACCCCGTTAGTGTTGACGATAGATCAACCTGTCCTATATGATGAAAATTATGCCAT TGATCTATTAACTGGTATTGCTTTTGCAGTGGTTTGCAGGCGCCTCCCTTATCGTGCTTG GAGTTATTGTTTTGAGCAAGTCAAGCATAGAGAAGAAAACTCATACAAGTTAAATTTAGA GAAGGTGTGAGCCAAATATCAGATGTAGATTTTAATGGCCTTAACATGAACTACTGTTAA ATTCATGTCTCAGAATCAGTTTATTTTGCACTATTGTGGCTGTTGATATAATTGTTGCTC TTGTAATATTCCAATACTGGGACTCTCTCCATGTTGTACGACTCTACGTGATCGTGATGT CACTGATGAAATTACGTTGAATATGTCATTGTTAGTACTTAGTCCTAATATCTATTTGAG GACTGCTTTAAAATTGGTTCTTTAATATACTCTTGCACAATTTTTGGTTCTTATGGTTTT TTTTTGTGCCTTCTAATTTTGGGTGTATAAATAGATACTTAACTTTATGTAAAGTTGAAT AAGTACACACACATTCTATATGACATAATACAAATCAGTTTGAGTGTTACGTGAATTATC TTGCAAAATATATGTGTCCTTATTCAATTTTGTACAAAGTTAGATATATACTTGCTCACA CTTGAAATTAAAAAAATGTATGTATCAGTTGAAACTAAGTTAAACAAACATTTTTATTCA TTAGGGCTATTACTAGATTGTATGGAATCTTTAAAACAAAAAGATTTAACTTGAAATAAG AGAAGTCTCGTTAAATTTGGAAAAATAAAACATCAAAAGTTCAAGCATAGTAAAAACTGT AAAATCTGACACGTGAATTCATGTTAATTCCTTTTTCTTTTTCACAATTTATTAATAAAT CTAATAGTCAAAACTCAAATTTTATTGAATGCTCATTTAACAGATCAAAAAGAGAGTTTA TTTTGAATAAATTTAAAAGAATTTAACTATACAAAAGTATATATTTAACGAATTTTTTTA AATCTACTCTTTTGTTTAGGACCTATTTTGTTATTTTTTCTTTTATAATGTTCCTCATCG GTCGATTAAATTTTCACGAAAGCTAGAAATTTTAAAATTTAGTTGATTGATTAAATAAAT ATTCACGAATTTAATTACCCTAATCTCTTTTCCATTGACCATCCCACATTCTTGTCATTT TCACTTTCATCACACTGTTTACGGATCAATTAAACTTTCACAAAAATTAAAAATTTAGTT AATTGACTATATAAATATCTACGAATTAGATTACCTAATACTTTTTACTATTAACCATCC CCTTTTTTTGTTATTTTCTCTTTTATTACAGACTCATAGGTCAATCAAACTTTCACAAAA ATTTAAAGATTTATAAGTTTAACTAAATGACTATATGAATATCCACAAATTCAATTATCT TAGAGCCGATTTGAATTGGTTTAAAAATCGATCAAACTTACTTTTAAGTCAGTATTTGAT AAATATAAAAAATAACTTAAAATAAATTATAAAGTATTAGATATAAAATGAATCTCTCCT ATTTTTTATTTTTTTAACTTAAAAATCGTTTCACTTTTGAATTTTTATTTTTATCAAAGG GGCACTTAATACCTTTTCCCATTGACCGTCCCTCATTTTTGTCATTTTCTTTCACCGCTC ACTGATCAACCAAACTTTCACAAAAATTAAAAATTTCAAAAGTTTAGTCTTATTAGAATT TAATCACCTTAATCCCTTTTCACATTTCTCTTTGACTACTATTTCATTTTTCCCATAAAA AATTAATTCAGTTTTCTTCTTATATATACAGAAGAAGAAAGAAAGTGAGATGTTAAGTCA TATTCAGGTGATATTAGTGAAGAAAAATTCTCATTTTAGCAAAAAAAAAAAGAGGAAGTA ATCCAACCAGTAGCAAGCAGACACATAAAAAGGTAGTCTTTTTGCCTTATTAGTACAAAT TTTTCTGTATAAGCTTCCACTTACAGTCATGGCTTTGCAGTCAATTTTTCAGAAAACACT ATAGATATATCAAAGTGGATTTGAGTACTGTAATATTTTTTTTCCAAAGGGTAATAAAGA AACTCAAGAAAGAGAGAGGAAGAAAACAAAAAGATGCTGGTATGGGTGTTGGTATTGGTG TTGACAGGTAAAAGATAAAATTAATGAAAAATACCAAAAAAGAAAAAAAAAAAAAAAGGA AAGAAGAGTTGATGGGTGATGTCAATGTTGCTCTTTCTTTCAACTACTGCTCTTTCTTCA CTGATATTTATCTCTTTCAAGTTAGGGTTTTGAGTTTTGACCCTCTTTCTTTCTTGATTT TTATTTTTTCTCAGATATGTATCAGCTCTGCTATGTAAGCTTTACATGTAGTCTTTAATG GGTGTATCTTCTTTTTCTACTTTTTGTGTATTTTGTTGGTAAGTTGATGTTTGTTTATAG CTAATTCAGTTGTGGTTGAATGAAATTCTGAATCTTGTAGGCTTTGATGAGTGTTTGAGC TTGAATTTTGTTTATGAATTGTTTTTCTTTTTTTACTTGTTTTGGTTTTGGGGTTAATTG GTTTCTCAGAATCTTGATTAGCTGATTGTTTAATTGCTGCTGAAGTTCATTTTCCTGTTT GTATGATTGATCTTCAAGATTTCATTTTTAAGGTGCCCATTTCTGGATTTGCTTATTTTT TGGTTATAAAGATTGGTTCTTTCTATGTAGAAAGACTTGGTTTTTTTGTTAGAACTTTCT TTTTTTATGCTTTCGTTTAGATTAAGTCAAGGCATTGTTTAATGGAACACTCATTAGCCT TAAAACCTTTCCATTTTTAACAACAGAATGTATGTGGTTGAGCCGATACAGTGAACACTT TATAGCTGGAAGAAAGTGTTAGTAGAGTGTATGTTGTTAACAGATAATCATAAAGCTCTG ATTTTTATTCCTTTTGGCTGTTGGGGGTCTTGGGGGGGGGGGGGCGGTGCTTATGAGTTA CTCTTTAGGTTAAATTGCATCTTGTAATGAAATTTTTGAGGGTTGTTCAAGTTTATCCTG AAGCAGCCTTTCTCAATGTGGCATATCCATTAGTAGTTGAAACCACAGCAGTTTATTTTT TTGTTGGATAAAAATAATTGACTCGTAGGTAATCCGAGAGCTTCGTAGGTGGGATTTTTT TGGCAAAGGAAAGTCGAGAGAAAGGGTGATAGCTATTCTAGCAAGTCTTCTGCGGAGGAG TAGCACTAGGCTAGTGAGTTATTAGACTAGTCTCGATTCCTCAAGGTTGTAGTAGCTGTA ATAGTAGTTGAAAAACCTCACGTCCCGAGTGGGCTAAGTCCACAGTAAGCTGTAGTCGTG GAAGATAACTAATGACTACTAATTTTGTTCATTTTATTGCAAGTTTTTTAGCATGAGAAG ATACTTATATTGTAAATAGACCTGCTACTTAGTTCCAGTCAGTAGGAACATGTTGTAGAA ACTGCAATATGTCCTAATTGATCATTCATGTTTTCGATGAAGAGACCACACTCATTTAAG AAAGTGCTATTTGTAAGATTATCTCAACTCTTTATGAGTTTGACATTTGCAAGATTATCA TACCAAATTGGCAACATGGAGCTTCCATTTTTTCGTACTGGCCCTTGATAGTTTGATATG GAATTAAGCTGTATTTATGGAATCATTTTGTCTCAATCAATCAAGCATTATGAGTTATGG TGCAATGTTGTTTCAGAAGTGAATATTGCATAAATTCTTTTTTCAATATGTATTTTAACT TGGATTTTATCTTGAAATCAGTTACCATCTGACTGATGTAACTGACTAGATGAAAGAGCT AAGCTTCTTCCCTTTTTCTTTAAATACATATTCTTTCCATGCAACTTATCTTAGCACCAA CAATAGTTTTGAACTTGTACATAATTGGGGTGATATTTTCTTAGCACAATAGAACAAGTT AATCATGCTGGTTTTACGTGCCAAAATCTTCCCAAGATCTCTATGGAATTTGTAAAATCC GTGCACCCACTGCTGGAATAGTTTTTAACATACTTAGGCCTAACATACTCTCATCTGGGA TTAGCTTATTCATATTTTCTCTACCTTTCAGCAACTCCTATGAATTTAACTTTATACGTT TTATGTCTTGCCAATCTGTTGAAATCTGCTCCTGTGATTGCCTTAGCTTTCCATAATTCA TAACTAATGTATGCTTCTATTTTCCTCTTTTGGGATGGGTTTTTTTTATATGAAGTCGGG ATAATTCTAATGTCCGGTGTCTAATGGAACAACATATGTGTATTCTACCATGACCAAAGC ATTACAAATCTTGTGTTCTTTTCTCATTTCTGCTTCCTTATGTTTCTTTAGGGTCGACGG AGCTAATGATGAGTGCTCGTCTTTCAGGTTCTTTATGATTCAGCCTTGACTAAGAGAATG CAGATCTGAACTGTTGGTAGTCGGTAAGTTTGTCATATTGATTCATTTATTCATTCAAAG CTCATATATGTGCATGCTTCCTAAAATGTAATGGATTTATTATGTTGGATTTTTTCCCTT TTCGGCAACTCTTATGTTTCCCTTATTTCTTTTGTTAAGATCATTTAAGGGTGAGGGGTT TGACTCTTGATTCTTCCTGCTCATGTGTTCTTTAATTATTTGAGAGTGGTTGGTCTGCTT TGATATGCTTTTCCTTGAGCCGAGGTTCTGTCTAAAACAACCTCTCTATGTGTAAAGGTA TGGATAAAGCCTACGGACACAACGCCTATTTACGCTCTACCCTCCCCAAAACCCACTTGT GGGATTGTATAGTTTATAATGTTGTATAATATGGAGAAGAAGGGGAACCTAGGAGCAATG GTAGTTGTCTTTGTTTGACCTATAGGTCACGTGTTCAAGCCGTGGAAGCAACTACTAATA TTTCTATTAGGTTAGACCGTCTACATCACACCCCTTGTGGTGCGGTCCTTCTCTCGGACA GTACATGAATGCGAGATGCTTTGTGGACCGAGCTTTGCTATATAAGATAGATATAAAAGG AGAAATTGAGAGGTTGTGTTGATCATCATTGTTGGTTAGCTAGAAAAAACGAAAGTTATA AACATGCGTGGTGAGCGCATAAAAACCGTCGTGGTTGTAATCAACTTGAATCTGAAAGAT CTAATAGAACCCTGGCAACCTAAGGAAATCTAGATGTAGGTACAACACAAGAACATAACT ACTATAAATTATAAGAATTAACTAAATAGCCATTCACCCAACTGACTAAACTAAAAATAG GCCGTAGATGTATAATATAGTGTACAATATAATTCATGTATAATATGTGTATGATCGTTA ATAATCAATGTATATCGGCTAGATAAAGTAAACTGTAAATCTGCCTGGCTATTTGTGTGA AGATCCCTTAAAGATAGTTGTGTCATTTACTTTCTGCACTATAATTTCTGTGTTGGGTAT TCAGGGACACTATCCTTCCAAGAAGAAGCTGTGACCTATTTGATTATCTAACATTTGGCT ACAGGTGTTGGTTTTTCCTTGATGAGTATATGTCGGTTCAGTTGGATTGAGGGCTGACGC TTATTTTGACATTAACTACCTGCATATATCATATGGATGACAGCGGGAATCGCGATAATG GAAGGCATAAACCACCTCAGGGTCAGGTATGTAGCAGGAGTTGAGGTTGATTGCTTAAGT CTACTTTCTTAATTTGGATCTTAAGTATGATTCTCATGTGTTGTAACCAGAGGTGGGTCC TCAATTTAAACTTGATGGTTTGAACCTTTATGTTCGATACGGGTTCAAAATGTACTGTTT TATTGAAACTTCCGGGATTTTCCATATATATATATATGTCTATGCTTTGTGTCGAAATGC TAAATTTTCCATGTTTCAGTGGTTGATGCAGCATCAGCCATCAATGAAGCAGATAATGGC CATCATGGCAGAAAGAGATGCTGCCATACAAGAGAGGAATCTGGCCCTTTCTGAAAAAAA GGCTGCCTTGGCAGAGCGTGACATGGCTATCCTGCAGCGGGATTCAGCAATAGCAGAACG AAATAATGCCATCATGGAGCGGGATAATGCCTTTGCTACACTTCAGTATCGTGAAACCTC TATGACTGCTGGTCAGATTGTCCGTGGAGTGAAACATATGCACCATCCTCAGCAACATGT ACATCACCAGCCACATATGGGAGAACCAACATATAACCCCAGAGAAATGCACATGGTTGA AGCCATACCAGTTTCCCAACCTGCTCCGGAGCCAGCAAAGCCCCGTCGAAACAAAAGAGC CAAGGAGCCAAAGGCAGCAACAGGTTCCAAGAAGACTCCAAAAGCATCAAAGAAAGTAAA AAGGGAAACTGAAGATCTTAACCAAACCACATATGGCAAGTCTCCAGAGTGGAAGGGTGC GCAAGAGATGGTTGGGGCAAGCGATGACCTTAACAGACAGTTATCTGTGGCAAAACCCGA CTGGAAGGATCAGGACCTCGGGCTCAATCAAGTTGCTTTTGATGAAACAACCATGCCAGT CCCAGTCTGTTCCTGCACCGGAGTCTTGAGACCTTGCTACAAATGGGGAAATGGAGGTTG GCAATCTTCATGTTGCACAACCAATTTGTCGATGTATCCTCTACCAGCTGTTCCCAACAA ACGACATGCTCGAATTGGTGGTAGAAAAATGAGTGGAAGTGCATTCACCAAGCTGCTTAG TCGTCTGGCAGCCGAAGGCCATGATCTATCAAATCCAGTTGATCTTAAGAACAACTGGGC AAAGCATGGGACGAATCGCTACATCACCATCAAGTAATGCTTCCAAAGTCTTCAATCTAG GACGGTATACCTCAACATCGTTTACATATTATGTTTTCTGTTCATCAACTTCCTTTAGCC CCTATGTAAGTTTGTCATCGTTCTAAAATGTTAGCTGGATTCGGAGTTGGATCAACGAGA GATAACTGTAAAGAAGCCTGTATTCAGGATACTTTGCAACAACGTTGATGTTAAATGTAT TGAATATCTAGTATGATGGCTCTGTTCATAGTTATTAGCTTCTTTTATTAGTTTCAAGAT TATCAATGGTTGAAAATCATAATCTGGAGATGTCTTTTTGAAATATTTTATATCGATTCA TATATACGTCCATTGCGTTACAAGTGTGATTTGTTATAGCATATAAATATGAATTTTTTA TTTGCTATATGTGAAAGTTGACAAGCTCAATTTTGAGAAGACACTGACCAGGAAAATTGT TCAATAATTCTTTTTATAAAATATCACATGTTACATCAATTCAGCAATCAAGCTCATTAT GTTGTCTTTCTTGTCATCTCACAAATGATAAATAAGCTAGAGATACAGAGATAGTATAGT TAATTCTCTAATGATAAGATCAAAAGAGAAACTAATAAAATTATCGTTCTTTATTATAAT ATTTTATTAATATTGACAGATTATTCATATATTATATTATAAATAATTTATAGAATAAAA GTTTATAAAATACATAAATCTCTCAAATGGATACATTAATGATAAAAAAAAATTAAAGTG TTGATACACTAAAAAGAGGACGGATACATTAATGAAAGGTCCGAATATATTAATAGCTAA AAAGTCAAAGTGATGATACATTAAAAAGAGGGTTGAATATATTAATGATATTTTTGACTT GAGAAAAAAATAAATTTTTTTGAAGATTCGAGAAACTTATAGGGAATAATGATAATAAGT AAACTGAAAGATTAGATTTCTATAATTATTTCAAATTTATAATAATATTTTGCCAAAAAA AAACCTGTTGGTATTACTCCTTTTTCCACTGTATTAACTCAATAATTTCCTTCCTATATT GCTCCTACATAAAATTAACACAAATTAATTAAATCGTTTAAAAGTTAATCATCCAATAAA TAAATAACTAGTCAAGAGAATCTACCAACTATTAAAACTGTTCTAATTGTTGTACATTCT ACAAACTAATTAATTTAGAGGAAATTATAAATAAAAATCAATCGCATGAAATATCTTAAT TTTACCTTTATTTTTCCTTTCCAAATAATAACACGGCAGTGAAACTAATAGCTTTAGCTC AAACTCAATAAAAATTAGGGTTTTTTTTTTACTTGTCTCATTCATGTTAAAGCTTCATTA CAGACAAAGGATAAATATAAAACGATTTTGTAAGAATGTACGTAAACGTACAATCCCTAA GTACTACAAGAAAAACGTAAATTAAATTTAAACTGTTTAAATATTTTTATAAGTTATACA AATAATAATTCAACAAGAACACTAAGCATGAACAATATGATCGATCGCGTTAACCTTAGT ATTATATGTAACGCTAAATTTAAAAATCTTCAATTATCTCGCGGTGGAGGAGATGGAGAA GATTGAGGAGACGGTAATGGAGTTCGAGGATAATTAACGGCTGACCTCCGTCTCTTCCAG CCCCAAGCAATTAGCTGATCTACGCCATAAACGCGTAAATCAGCTATGAGCTCCGGCAAA CTTAACAGAATATCCATAACTTCTCTTTCTAATTCCGTCATAGCAGCACATTGTGCTGCT ATTTCAGATAATTCTTGATGATTAGCCATTAGAGAGACAAGGGACGGCTCAATTGTGTTA TAATTAGTATAAACATAAATATAGTTATAACTTATATATATATATACGCTTCATCTATTT GTTTCAATTTATATGGTAATTTGACCAAGAGACTATAAATGCACACTTCATCTGTTTTAA TTTATATGATAATTTGACCAAGAGATTATAACATTTATATGATACCGTTTGACTGAGTGA TTAAAAAAATATCTTAAAGTAATATAGATATTTTAAAATTAAAATTTTATTTATTATAAA AATGTTTTTTTTTTGGAATGGGCTATAAAAAGTGGGTTGTATGAGGTAGACAAAGGGGGG AGTATTGATTATTACTTATTAGTGTTAATTAAAATCTTTTTAATAATTTTTTTCAATTAT TATGTGCATATTTTTATTAAATTTCTATTTTATAAAAAATACGATTGATTTAATTATGAT TGCATTTGTTGGTAACTAAATCTGTATTGTTTTCTACTTCTTAGTTTTGTATAATTCACT TTAATTTAAATTTTGTCTTTGTAAAATTTTTCTCCAAATCTTTTGAGTTTTGACTTAGAT ATTAAACAATTAGATTTAAAAAGCATCGTTTTAATATCAATTACTATGATATTGATTAAT TTGGGTTATATTATACGAGTGAAAAATGATAGTACAATTAGAATACTCACTTAAATCTAT TTTCAAATAGTAATACTTTTTAATAGAAAATTTTAACAGTAGTTTATATAATAATATACC ATTAGTGCACTTTTTAATTTGATTTTATAAAAACAATCAAGCAATTCAATTGTAACAATA TATAGATGTGAGAAAAGTAGAGTTTTTAAGTCATTTTAAATTTGTTTTAACTTATTTTTT AATCTTGCAAAATACTTTATAATTTATTTTAAGTCATTTTTTAAACTTTATATTTATCAA ACACAAAAAATTAAAAACTGAATTAAAATAGAGTTTGACCAACTTTGAAGTTAATCCAAA CATACTCTTAAAGTCAACATTGAAAATAAACGATGAATAACTGTTGACCTTTCAAAGAAA GAAAGCAAGGTGAAAAACTAAATAAAAACAGAAGAATTAAAACCTATTATGGCTAAAAAA AACAAGTCATTTAAAGACATGACCGAAAAAAATACTTTATCGTCGAAAAAGTGATTAATA AACGTTATTTCATGTCCAGAAAACCAGCTGTTCAATTAACACACTATCCACTGTCTACCA ACTCAAATTTTTTATGAAAGAATTTGACCTAATAAAAGATTGAACTTCTTCTATATTGAT TGTATCATATCAATTGTTTACTTAGAATTTTTCAACTATTCTAGTGCTTGCGCTAAGATT CACCGGTCATGTATTGCCATCAGAGTCATAAATACTCGAAGTAATTAAGCTCCTGTCTGG CCCCTATTTCTTAAGGGCAATGAATGAAGTTTGAGATACATTTTTTTTAATTGTATTCAA AGTTTAGAGCCTGGAAAAACACAATGGAGAAAATGAGAGAACAAAGGTCAATTTTTACAT AATGGAGAAATTGAAATGCATGTAACAGAGTATTTAATTTCTCATCTAAGCCATTAGAAA CATCAACAGGCTTTCTTTCTCTTTGTGCTTTTAAGAGTTGCAATGAAATCATCATCTGAG TCTTTCTTCAGTCTAAACTTACATCTTAAGCTTCAAACACACAAATTGAGAGTCCATTTA GATTGAGTGAAGTGCAAGAAAAACACAATTAAACTATTTCGTTTTCTTGAGTTTCATACG CAAACCAATAAAAATGTGAATTTTATATCTAAATTATAATTTATTAGTTCGAAAAACACA TTTTCTCCCTTTTTTTCTCTTACAAAATATGATGATAATGTCAATGATTGATGGACTTTA CAATTGTCCAATTGGCAAAAGTGAAATTCCACAAAATTAGTCAAAATAGATCCCACATAG TAAACTTTGACTTGGGGGGCCGGCTATAAATGCATAATTTCATACACCATTTGAGCGGAG TAAAATTATAATTAGTTGCCAATGAAATGAGTTATCAAAATGAAAGCTAAAACACTTTTC ACGAGTTTTATATCATCAATGTCTAATCTGATGTTACGTATTATTCGCTATTTTATATAT TTATTTCTTAAAATTACACTATGATTGAGTTTGTGTATAATTTAAATTTATGCTATATCT TAATTTTTTAGAAAGTATTTTATTTTAACGTGTGATTCATCTTAAGTGTAATTTACGTTA CTTTTTTCAAAAGATAACTAATCTAAAAGTTTATCAGTACTTTTTTCTATTGGTGGACGT CGCATACATGTCACTGTAGACATTGAAATTTTGTAGGACTCTATAAGATGCGTTCAATTC GAGTTGAGACTCTACAAATTGTGTTCAACTCAGATAAGGATTCTTGGAGGCTACTCAACC CTAAACCCTAGATATTGCCTATATAAACGGTACTAAATTCCCTTAAAAGGCATCTCGAAA AATCCACAAAGAGATTAAGATCTCGAATACTCCATAAATTGATGGATTATTCATATAGAG AGGTCAAATCAAAATCATCCTAGTTCGAGAAATACGCCACTAACGACCCTCGAATTATGG ATAAATCATCTTAGAGAGTAGAATCAAGGAAGGAACAGATTTGTACTCACAATCTTGAAG AATAAAATCACGTTTCTTCATATTTTATTTGTATGATTTGTTTATTTTCCATATGTTTAA AATTTGTTGCAAACAGTCGCAAATCTAAATTTAACAAGTTATGACGTGAACGATGAACAA AAATCATTTGTATTTAAAAATCAAGCCTTAGTAATCAGTAAATTAAGTTGAAAGTCACGA AATCTGAAGTTTGATAATCTAAGCAGATAAAAAATCATGAGACTAATATGTAATATAAAT AATCTGATAAATTAATCAAAGATATGTACAAACGACTTTAAACAACATAATTAGAATTAT TTTATTGGAAACTTTATTACTTTAACAATTTTTACCTGACACGAATTGATATTAGTGGAC CAAAATCTGAAAATATGAATTAATTAAACAAAAAATATATAAAAAAATGTCAAATCTTAA GTCAACATCGGAGAAAATCCTGTTTTTGTCGTAGAGCGTAGCATTGTTGCACTTAGATAT AAAACGGCCCGTCATTTTTTTAATTTATTTATGTAAAATACAAAGTTTTTGTCCTTTTAA TTATCATACATTTATTCTCATAAAATTTTATTTATTTTTAATTATTGATTATTACATTAT TTTTTCTTTATTCTTTGTTATTATCTATATATATTTTTCGTGTATCGTTTTCGTCTTAGT TTATTTTTAAAAAATGATTCTTTTCTTTTTTATAATGTTCTAATTTAAGCCTTTTGTAGT ATTTTAAGGATTGCAAGATTAAATAGTATTTCAACATATCGACATAAATATAATTAAGGA CTATAAAAGAGTATTTCTTACGTTTCCATTTATATGTCACCTTAATATTTGTCATTTTAC AAAATCATATATAAAATATACTATACTTTGTATTTTATCCTCGAAAGTTATTAGCTTTGA GAATATATAACGACCAATATAGAAAAAATTAGTAAATATTTCATATCCATTAATCAAATT GATTAATTAAAATGAATTAATTCATTTTCAATTGACGATTTGACTTTAAGAGAAACTAAA TAAAAATATAATAATAAATTTATCTAATTTCTTAAGCAACTAGTAAAATCTAAACATATA AATAAAAATGAGAACTAAGATTTCATATTAAGTTATGCTATTTCATTATTTTTAAAATGA AAGAGAAAGTAAATATTATTTTCTCTAATCCATAAAAAAGTTAATGTGAAATGACATAAA TCTTTAAAAAGATTGTTAAGGACACAATTGAATAATATTTTTCATAATTACCTTTTTAAG CATTCTAAATTCTTCTTCTAAATATTACTATAAAGTAATTAAAAATATCACTAAAAAGGA TAAAAATAGAAAAAAATTTAATAATCTTTTTAAATTTTGAAAAAATTACTTATTTTGAAC CATCTCAATAATTTAATTTATATATTTTATTTTTTTTTCCAAATCACACTTATAAAATAT AGTTTGTTGTGTGCAAAGACAAAGTTTTTGTCTCTTTCACTTCTTCTCTACTCTTCTCTT TCATATCAGTACAAGTTATTTTCATTTTCTCTTACAAATTCAACCGTAATCACCGCCATT TTCAGCGGGAAATTCACCTTCTCTCCAAAATCCCATTTTTTCCCCTATAACCCCACCCCC CACAACTTCACTTTCATCAATGTTTGCACGTTTGTCTCTCATCATATTCAACTGTAGCTC CTTTAAATTTTGACTATAAACTTTCAGGTACTCCGTTTTCTTCCTTGCTCTGCTTTTCTC AATCTTGTTTTTCATTCATCTGTTGTTTGGGGTTTTGTGTTTGTTTGAATTGGATTGGGT TGAAACAGTTTTTTTTTTGGGTGGGTTTAAGGAGTTTTCTATTTAGGGTTTTGCTGGGAG CTGAAATTTTGATTTATTTAATGAGAATTGCTGAAGTTCTTTGATTATTACGAAGAAATA GCATTTGGGGTGTCGGAAAAATTGAATCTTTTGCGGGTTTTATTTGTTGATTTTTGATGG CTCAGTCTAATTCTAAGCCACCTATGAGTAGTCAGAATTTTGGTGTTGGAGCTGTATCTC ATGTGAGGTCGTTATCTCAATCGAGTATTTTCTCGAATAGTTGTTTGCCCCCATTGAGTC CTTTTCCTCCTAGTGAGCCGGGGATGGTGTCGGGTCATTCTAGCTTGAAAGATATATCCA TGGAGGAAGCAGATGTGAATTCTCAAGGTGTAGGAGTTGTGTCTTCGTTTACGAGGGATG GTCTTCCTCCTCGGAAGGGGCATCGTCGATCTAATAGTGATGTTCCATTGGGATTCTCGG CTATGATTCAGTCTTCACCTCAGTTGATGCCTATAAGTGGTCAGAAGGTTTTAGGGAGAG CAGTGAGTCTTGGGGATAGCAATGGAAAGATTGATGAGAGGAAACCAAAGGGAGAGGTTA CAGATGAGTTGTTGTTTTCCTACATGAATTTGGAAAATATAGAGACATTGAACGGTTCTG GCACGAAGGACAGAGATAAGGACAGCATTGTCAGTGGGACAAAGGTAACCGGTTCTGAGA GCAGCAATAATGAAGCAGAAAGTGTTATGAAAGGGAATAATGTTAGTATCCAACCAACAA ATTTAAGGGAAGGAACCAAGAGGAGCGCTGATGCGAATATTGCTCCAGCTGCACGTCACT TTAGGAGTCTTTCCATGGATAGTGCTATTGGAAATTTTCACTATGGCGATGAGTCACCAA ATTTACCAACTTCTCTGATGATGCGTTCCGGTCAGCTTTCACCAAGTAATTCAGGAAATG AAAGTTCGAGCAAGCACAATCTTGACTTCGGAAATTCTGAATTTAGTGAAGCTGAGATGA AGAAGATTATGGCAGATGAAAGACTTGCTGAGATTGCAGTTTTAGATCCCAAGCGTGCTA AAAGGTATGGAAATAGATGCTAATGTATTCTAGTTTATATTTGTATCCCATTAAGAAGCA TAAACTTGAGTTATCCATGAAAAATTGAAAAAATATATATAAGGAGGGTGCTACATATAC AATTGTACCTGATAGTTTCTTTCCTCAGGATTTTGGCTAATCGTCTGTCTGCTGCTCGAT CCAAGGAGCGAAAAACACGTTACATCTCAGAATTGGAACACAAGGTTCAAAAGCTACAGA CAGAAACAACTACCTTATCCACACAAGTTACAATCCTGCAGGTGCCTGTAGAAAATATTG TGGTGTACCTTCAATAGTTCTTTTATGAACTTCAGTCTGTTTACTGGATTTTCATTCTTG TTACAGAAAAATTTTGTTGAGATTTCAAGCCTGAACAGTGAGCTGAAATTCCGCATCCAA GCCATGGAGCAACAGGCACAGCTTAGAGATGGTATTACCGTTCCAATTTCTTTTTTCTTT TGTTTTCCAAGTCCCTAGTGTGTTGCAAAAAGGTATCTAGAATAAAATAAGATATGTTCC ATAGTATAATCGTTTTAAATTAGAATATACTCTAATGTTTTTTTTTACCTCTTAAAATTA AATTCATCAAACTTGGAGAAGTTTGGAAATAATTGGGTGTTTACTGAATACAGCTGGATA ATTAGTTTATAGAAAGAGAAGTTTGCAAATTTAAGTTTTATAAAAAGAAAAGCTTGGAAC TTGGCCTGATTTGAGCTTCATGGTTCTAGCCTTCTACATATTGAATTTGTTGCTATTGTT TGAAGAATTTGGGAGGAAGGGAATTTTAATGGTTCCCGTGAACTCATAATTAAGTAGATC AGTTTCGTGAAGTACTTTTATGTGAGGTGCAAAAAGAGAAGAATAAATTAGTTTACAATG GCATATAGAGCCTTTGAAAGGGGAAAATAGGGGGAGAAGGACTATGGCCTGCTGGAAGGA AGACGGGGAGAGAGATGGTAGAAATCCATTTTAGATCTGTGAAGATAGGCGAAGAATACT CTGAAGGAAGCCAAATAGGAAACATACTATTCGTGTCAGGGAAGCCTATGAGATAAACGG AAAATAATTAGGGACCCAAGTTCACAATAATAACTCAATGATATGTGAAAATGATGCACA ATCAATATCTCTTTGATTACTTTTGTTTGGTTGGTTGGAAATTTCAAAATGTAAGCAATG TGAAAATTTCAATATCCCTCACTGAGCACTGAAAAACCCGAGCCAGATAACCAAAATATT TGATGTACCTGTTTCAGTAATAATATTTGATTCTAACCAGTAACTAGCTGGCCTACTCAG GAGGCATGATTTTCTTAAACAGTTCCACAACATCAGTATCTCCTATTGAAAAACATTATA TTTTCCAAAAAGCAGGTTTGCCTGTGTTTGTTTGATTATCTCAGGATACATTTATATTAA TCTGAAGGAAGGACAAGTTATACTGTTCTAGTCATTTGGATTGACCAGGGACAATGTCCA AATCACATTTTATACTCGACATTCAAGACATATAGATATGCTGATACTATGTGAACATCT GATGCACCTACCCATAAAGATGGATATTCATAACTTTAGCTTTCCGCTGCAGCTCTGCAT GAGGCATTAACTGCAGAAGTCCAACGTCTAAAGCTTGCTGCTGGGGAACATAGGGAGGAA GGACGGTTGCCTAATAACATGACACAACAGACACCAGTGAAGCATAATATATTCCAGATG CAGCGTCAGCAGCCTAGTCAAATGCAACAATTATCTGTTGGTAAAGCATCTGCGGCTTCA GCAACACCTGCATCCGCCTAGTGGGCGAAGATTAAAGCCTTTGAGGAGGTGAAGATTATC TCTACATGAAGCCTAAAAGTTTATTACTTCAATTATCGGTCTTACATGCTACGCACAAAC AGTGAGAAACTAAGCTTTCAGATAGTATTATATTCATATAAGTTTCTTATGTGTGTCTGG CTACAATTTATACTATATGTAGTGAATCATTATTTTGTTCTTTGGAAATGACTGTATCAA TAAATTGGAGTCAAACTTTGTGGTGCCAATGTTTTCTCCTATACTGTTCTCTACTTCTAA GGGAACTTGAAGCCCTTTTGTCTGGCTGTTAATTTGCACTTGCATAGTATAAAATCCATC TGCATACAATAGACCCTTCTGATCCGAAACTCCGATCAGGGAGCTTAGTGTGGACTATAA CTCATATAAAATCCATCTGCATACAATAAACCCTTCTGATCCGAAACTCCGATCAGGGAG CTTAGTGTGGACTATAACTCATAAAAAGTAGTAGTTCTATGAATTTGGGCCACTTCACCA TATTATTGGTTCAATGGGACTAGCACAACCAGACAAAAAGATCATACCCTGTCTTGTTTC CCTCATCTTCAATAAAAAAAGAAAAAATTAAAGTAGTCAAAGTTGCAGAAAAGCAGATAG TTGCCCAAAGCATCTTGCAACAAGAGTTGCATCACCACGAGTCGAATCTATGACTTATAT AATATGAACTCGAAATTATTTTAGATAAGAGATACTTAGATATTATGTTTATTTTTTCAA CAACCTATTGAAAAACCTCTACTTAGTTGTTAATCACATGAAAAAAGTCTCATAATAATT TTTAAGTTCTAATAAACAAATAAAGAAAATGTCCAAGAGATAATTCCAAAAAAAAAGAAA AAAGAAAAAAAGAATATGGATAATGACCAAAGAGTACAAAATAAAAGCATATACCTTCTT TTCAAATAAAGAATACCTCGAAATTCTTTAACAGACCAAACCCGCGGGAACCTTAAACCC TACTACACACAATTCTATAAATCTCTAACATTATAAAATTTCAGTAAATTTTTAAAATAT AATTGTTTAAATTTTGTTTCAAAATCTATAACCAAACGAATAATACAAGTAAAAAGAAAA AAAAAGAAGAAAAAAGCCAGTAGTAGTAGTAATTATCCATTCCACCAGTTGGTATTTATA TTTTGCACTCACGTAATTTTATATCTTTTAATTTATTAAACCAATAAAAAGCTCACATTC TCGGAATACACAAAACAAATCTTCTTTTTAATAACTCTCAATGCTTTTGTAGGGTTTCAG ATGTTTTCCTACTAAAACTTCTTTTGCCGCCGATTACTGACAAATCTCTGTTTTTTTCAC TAATTTTTGTGGGTTTTGTGGTACTGACGTTGAGGTTTAGCAAGATCTGATTTTTAAAAA CTTTTTTTTTGAATTTTTTGACCGTTGAGTTCGCCGGAGATGTCGGAAGTGGTGGTGGTG AAAGGTGGGGAGTTGTTGTTTTGTGGAAGTACTTGCTGGGATTCTGTTGGTCGCCGGAAA GGTTTGACGGAGGGGAATTTGGTGTCGCCGACGAGGCTTCGTCCGCTTGTTGGTGTCGAC ATTTGTTTTGTTGCTGCTGGTTGCGGTATGCTCTGTTCTGCTTGTTTTTTTTCAGATTAT TTTTTCTTAGTTGTATACTTTGTTGGTTTTGTTTAGAGCTCAAAAATGTTGTGAAATGTA TGTTGTGGATTCGTATAGCGTAACCCAATTTAAAGTTATCATCTTTATTGTGAGATTATG GGGGATTTTGGCCATGAGTTAAAGTTTGGCCGTAAAATTCCGGAATTTGAAGAACACGGA AAAGTTGTTTTCACTTCAAAATACTTAAATAAGTAAAAAAAACAACTCCATTTTGTGTTC ATGGTGAAACACAACTCCAAAAACTACTCTTTTTTTTTCTTTCAAATACTGACAATTTTC AAGGCTAAACGCTTCCATAATGTGATTGAAGACTTCCCTTTTTGATTGCTTACTTTCATT CTTGGTGGAAATGCAGCTTCTTGTCACTGTGTAGCGCTAGATACTGAAGGTCGTTGTTAT ACATGGGGAAGGAATGAGGCAAGTGTGTTGTCTGTGTTCGTTTTTATTTTCTTTTGTCCC TTTTTGTGTTGTTTTCTCGATGTAGGGAATCTGAAGTGTGTTGTGACTTTGCAGAAAGGG CAGCTTGGTCATGGAGATAACATAACACGTGATAGACCAACGGTTGTTTCAGAACTATCT AAGTAAGTTTTTTCTTGGTTTTGTTCCTCTATCAGTGACAGATATTGTAGTAAAAGTTTC AAAATATATATTAGGTTCAAATCATTCATACCACAAAGGAGTAAAGGGTGCATAGTTATG CCGTATCCACTTCTTAAAATCCTAAATTCACCCTCTTTTTTCTTCTTATAGTTGTTTGAT TCTCTTTTTCTTGAAAACATTGAGACAAGATCCCATCTTTCTACTCTCTTTTTTTTAAGA AAAAGAATTTACCTTTTTATTTTATTTTGTCATTGTGCTCTTATCACTTGACCAAAGCCT TGGGGCAATGCATACTTCTAGGGTACATTTAAAATGAGATGGAAAGAAAAGAATGTTATA ATGGTGAATATTCTGATGGACAGTAATGTTTGTTTTTTTAACTCAGAACTGAGATTTTGT GTCTAGAAGTAAGAAATTCTTTCAATATCCTTCTTATATTTCCTGAATGGTTAGCCCATG TCTCCTGAAGCAATTATGTCTATCAAGTACTTATCTCTGGCATCACTTAAAACTTTTTTG TTCCAGGTACAAAATTATTAGAGCTGCAGCTGGAAAGAACCACACAGTGGTAGTTACAGA TGACGGACAGTCCTTTGCTTTTGGTTGGAATAAACATGGGCAGCTCGGTATAGGCTCTGT AAAAAATGGTGAGCTCCTTTGTTATCCTCTGTTGCTCCTTACCTTCTCTGTTTCTGACTC ACTTGCATCAAAAGAGAAGACCTTCTGTTAGTATTCAAATTGTTGTTGTCTCAGTTGCAT GCACATTATTTCATCTCCCTCTTTGATCATGCATTTTTCTTCAGATATGACCTAGGTCAA ATGGGTCCTTCATTTGTTTTATAACTCAAGTCAAAACGGGAGAAACAAGTGTGTGGATTC ATCATATTTATACAAAGTTACGAAAAACCTAGATGCACATGTATTGGATACTTAAACCTA TCTGGAATTAACACACACTTTTGCACCTTGACGCCTACACTAAAGTACCAATTAAGTGAG GCTAAGGGCACAACCTGGTTTTCACCAAGTTTCTAGGTTTAAGCATGCTTTGAACAAACC TTTAACAAAGCTAATCTAGTGTAGGGAAGAACAATAAATTTATTATTATGTAAGCTAGTG TAGGATCCAAGTGAAAAAAAAAATGAGCTAGTTTAGGATGGAACCAAGAATTTGCTTTAA GCAACGTTGTCTTTATTTCCTAGAAATATTAGTCCACTAATTTCTTCTGTCTTGGCTTAT TTTTTCTTTCATTTATAAAACAAACTAAGATCATCTCTTTTTTGTATTGTTGCAGAAACT GAATTATCTCCAGTCCGGTGTGCCGTCACTGAAGTCAACTCTGTAGCTTGTGGGGCTGAC TTTACTGTGTGGCTAACCTCAGTTGAAGGAGCTTCTATATTGTATGGTTTGTAAAGTTTT TACTTTCTATTACATTGATAATGCTGTGTAAAAATAAAAGATTTTGGCAGTGGCGTTTTC ATCTCTAACTTTTCTTGCACTCTGATTTTCATGCTATTCGTGTCTTCTAGAACTGCTGGT TTGCCTCAGTATGGTCAGCTTGGTCATGCTACTGACAACGAGGTACACTTCATGAAAAAG TTTTTAGTTTATCTTCTGTGACATGGACAAAGACTTCCAATATTTTATTGTTATTTATCG GAAGTTCTAGACTTCTACATGCTGTATAACAAATTAAACAATCTCAAATTGCAATATTAC CTATCGGTAACAATATGTCATGAGAAGATCATCTGTTCAATTTGATTGATAGTGATGCAG CTTCTGTGATACTTCTACATAAATTGAAATCACAATTAGCAGGCAATTGGATGAGTATAG TTGTTATCGTCCCCCATCTATCTTGTGTTCTGTTCAATGCCTTTTTGTCCATTGCAACAG TATGCACTTGTTCTTTTTGCTAATAGAGTGTGGAAATTTTTATCAAATGAGATCCTACCT CTGAATACTGACTTCTATATTTCTCCCTCAGCTTTGATTTCTTCCTGCTTTAGGCACATG AAGTATTTATATTTTATGAAGCAAGGTGTTCCATTAAAAAGAGCTTGCGCTTTATGAACA TAAAGTTCTGGAGATATTGGTGCACTAAACAGGCAAAATATTTAGGGATACAAACGCCTC TATCGTGTGTCTGTGCAGCATCATTGGAGGATATTTGCAGAACTTCATTTATTTTTTACT ATTGATCTTTTGGAATGTATTGCATGACATGATCCATACATGCTGATGTCGGGTCCTAAT TGCCGTATCAAACGACCTTAATATAGTCATGTTTCTGCCTTTTCCATTTCTTGTTTCCTT GCTTTTCCAATTTCTATTTACTTACGCTTCTTGCCAATCTGAAGCATGTAGGTGATAAGC GTTGTGGATAGCACATTTTCCACAAAATAATCAGTGTTTTCCTATTCCTAAAAGAAACGT TGTTTTGTTCTCCTTCATAGTGGAGTGCTTTTATACTTCATATTACTCTTTTGTTTCCTG ATGATATCTGGTCTAGTATTTCTCCAAAATTAAGTGTGGAAACCTAAATGTAAATGCACC AAATTGGGAAGACGATAGTAAACTATTTTGCCCTTCCATGACAATACCCTTGACGTATAA ATTTGGAACTTGTTGTAATGAAGGCGTTCACACAGTGTTATCTTTAAATTTGAACTGGGA GTTGTTGCCTTGTTTGATTGATTTGAGGATGCCCTGTAACATGCAGTATAATACCAAAGA TAGCTCTGTAAGGCTAGCTTATGAAGCTCAACCCAGACCTAGACCTATAGCTGCCTTTTC TGGAGAGACTATTGTCAAAGTTGCTTGTGGAACAAACCACACAGGTTCATCTTAACTTCA TTTTAATAAATTTGTATATTGTCATCTTTCAGATATGTCAAGTGCATTTACCTTCTTTTT TTCTGGATTTCAGTTGCAGTGGATAAGAGTGGATATGTTTACACGTAAGTTCCACCTTAG CTCTTTTGTATGGACTTTACCCTGTGTACAGAAGCTAATTTGTTCTTTCTCTGTTTTGAC AATCATATCTTAGGTGGGGATTTGGCGGTTATGGGAGGTTCGTACATCCTATTTCATATT TGCATATTCAGATCTATGTTAATGGACGTCTGTTGAACCGCCTTGGCTTTCCATGCTCTT TTTGGGCCCTTATTATAATAAACATGAAATGTTTGATTTTTTTGGATTACAGGCTTGGTC ATCGAGAACAGAAGGACGAGTTTGCTCCTCGACGAGTTGATGTTTTTACACGGCAGAATG TCTTGCCTCCAGATGCAATAGTTTCAGCAGGTTCTGCCAGCTCATCATGTACTGCCGGTA TGATTCGTCTTGTTTTCTCTCCATTCTGTTTTGATATCATTATTGAAATCTTATCCAGCG CACTTATAAGTTACTGTGTATTCACATGAGATGACATCATATTTGATATCTCTATTAGCT GCACTATTTTACACAACTTTTTGTTTCCAAAAAAATCTTTCCGCAAGTTGTCCAAACAGC TCAAAGTATAAGTTGAATGAGTATTCATTCAAATGAGTGAATTGCCTTTATTAAATCTAT GTTCTGACCAACTATGACTGTATATATAGTGTTTGCTCATTTAGTTATTGCTTTGAGAAG TGTGAACATCTAGCAAGCTGACAATTATATGTAAAAAATATGTAAAATTAATGTGCGGTT ATATATGGTTTAGTATGGATTACTTGTGAAAATAGGTAAACGCTAATCTAATCCATGTTA ATGCTTAACGAGTTCGATTAATTTCAAAATTTTGAAAACTCAAGTAGTTCGAGTATTTTC ACATTAGTAACTCATGATAGTCTGTCTTTATTGCGGATTTGGTATTGGATATGTTTTGCA AAGCTTACATAGGTGGAGTTTAGAGTTTGAGTAATCATTGGTGAATGGTGATGAAAAAAA AGAAAATGTCCAAATAAAAAAAACATGATGCTAAATAGAAACAGCCTTTCTACCTTTGAG GTAGAGGTAATGTTTGCGTACACTCTATCTTCCCCGAATCCCCTTTTGGGACTACACTGG GTATTTTGTTGTATAATTGTAGTAATAGTATTTAAATATTATTATTATTAACTATTATTT TGTATGTAATTAATTTATTTTTCATTTTATTTTTATATGGTATGATGATGACATCAGTTT GAACTTAAATGGAGATAATTATTCATATAGCTGACCTCAACTTGGTTGGGGCTGAGACAT ATAGTTGTTGTTGAAGTAAATTTATGTTTGAAATTTGCGCTGCAAGCCTGCAAGTAATAT GAAGATATGATGAGGTCACGTTCTACTAATTGCAAATGACTTGGCACTTCTAATAAAATA TTCTTGTGCAGGAGGAGGGCAGCTTTACATGTGGGGAAAAATTAAGAGCACAGGAGATGA TTCGATGTATCCCAAACCTCTTCTGGATTTGAGGTTATGATGTTTACAGCATTTGCATCT CCAATTTTTTATTTTGGTCATATAGTATTAGTGTAGATACATCATGAGTTGCATGTGTGA TATATTCCACTTTTTTGGTTGAATTATTATTTATCCAAGATTTCTGGTTAGAACCATCTG CAATAACATATATGAAGATGGAGTTCAAATTTTCTTTTCCTTGTGTCTCGTGACTAGGGG TGATGGAGTGATTTCATTGCAAAGTCCTAGCAGAGAGTCTCTACCCTTGTATTTAATTAT GAGATTCAATATTTCATGTTGGAATGTTATTTAAAATCAATCACATGGTAATAATGTATT GTTGTTTCTGCCCCCATAATCATTGGCTTGGATTGTTTTAAACTGGATATTCTCTTTTCA GAAGCACAATATTTTTTTCTTTGGTCGCTAAGTCTATATGACTGATAATCTGTATTTCTA GTGGGTGGAACCTCCGATGTATGGATTCTGGCTATATGCACCACTTTGTTGGTGCTGATT CCTCTTGCATAAGTTGGGGCCTTGCACAGTGTGGGGAGCTGGGTTATGGACCACATGGAC AGAAGTAGGTTTGATTCATATCTTGTGTTTTACTTTTCTTTTCGGTGACTTGTGTGCGTT TTGCTCATTTATTTTGTCTATTTTTCTAAAGATCTTCTGCAGTTCCTAAGAAGGTGGACA TTTTAGATGGCATGCATGTTATCAGGTTAGTGTATTTCTGTTTAAAAAAGAAATTTTGGA AGATGGAACTTTACATCAGAGTCTGAATCCTAGTGCGTTCCTTTTTGTGTAGTGTTGCTT GTGGATTTGCCCACTCCATGGTTGTTATTGATAGGACAAATGTTGAGGATCGACTTGAGC AGGTAATGTTATGGTTACAAGGTAGTGTTGCTTGTGAATTAGAATATGATTTTTTCAGTT TATATGTACAGGTTTTTGGTTGAGTGTAATATTTGTTTGTGGATGGGTGTTGGTGTGTGT CTGGGGGTGCTGATACATACATCAGTTTCAATTTTTCTTTATTTGTATTTATTTGCTCGT GTAAGTTATCTAATTTCTCCCGTTTTACCTGACAGCTTGATGTATATGATGGCAAGGCTT CTGAGGAAGGTATAGGTCTAAGCTTCATCTATCTTCATAAGTTTTAGCTAATTGTACTAT TTCATTTGGAAAATATACTGGTTTTCCTCTGAATTTGCTTCAAGGGCAGTTGACTTAAGT AGCCATTGAATTGCTAATTCCTTGGGAGATGAAAGAACAAGGAGTCTGTTAATGATGTTC AATTCATCTACTTTGTCCTTGTGTCCTTATCTGTTTTCGATACAATGCAGGATAAGGTTT GATTATATATGCTATTTGCAAATAATAATATGTCAAAGAGTCCATATGACATCTACATTC AGACAATTTATATATATATGTTCAATTTCAAGGACAATAGCTTGATATATGAAGATTTAA TGTGCAGGACAAAAAATTGTTGCTAAGTATAGGAGAATATCATGATTAGGTGAAAGTGAA GTGAAACTAGATTAGTTTTTGTGGTGCCTAGTACAGACATCAAATATGTACATTTAGGCT TCTAGGAATATATAGTGATAGATGCAATATAACAATTAGGATAAATTAAAGGACTGTGCT GTGATAGAAGTCATCTAACAAGCTACAGTCAAGTTTTATAGAACGGTTGTGAGGCTAGTA ATGTTGTATTGGGGTGAATATAGGTCTGCAAAGCCCACATGTCCTCGAGATGAATGCCAT AGATGTTGATATCATTGGACATAGAGGATACACATAGAGAATTTTGCTTGAGACACTTTT GCCATGTCTTACAGACTTCGAGATGTATCATCTGCAGGCACAACTATATGATAGTTTGAA GGTGCAACAATATGCTTGAATTTCATTTAAAATGATAATTGAAAATAATGAGCTAGACTT GAAATCACATGTGTTTGGTTTTTTTAAAAAAGATTTTACAATTTAGCAAAATCAGTGTTA ACTTGCCTAATAACTAATTGCATGAAAGAATAGGAATCTTAGTGTTAAACTGTTAATACC AACTAGTTTGGATTAATCACTTAGTTGTTGTTTCTTATGTTTGGTTGTTTATTAGGATTT TTCTTTTCTATTGTGGTCAGAGACATATTATTTTGGTGGAGGATAAGTATTGAGATTTGC AAATGCTCTAGTGTCAAAACAGTCTTAATTTCTCTTAAAAGACAAATCTTAAAATTGGAA TAATATAACAAATTGTGTTGTCAAAAAAATAATATAACAATTTGTGTCAAATTTTTCCGA TTTGTTTTATCGAAATCCTTGTACACGGACATGACAGGTGAAAGGTTATACTTCTCTTGT TGAACTGAGGAGATAGTTGGCATGCAACCCTATTTATTTTACAATCATTTACCTTTCTTA CTATAGTTGCAAATTGTTCTTTGCTGCAGTGGGGGCAGAACCTGTGAGTGAATCTCCAGC TTCTAAAAAGACTACCAAAAAGGCATCTGCGAAGGCGCCTGCAAAGTCAAATAAACGGAA GAAGTCAAAAGATGCATCTGAATCTGAAGATGAGGAAGAGGAAAATAGTGATGATGAAAG TGATGACTATGAGGAACAATCGAATGGGCGGGCCAAGTCTTCCGGCAGGGGTCGAGGAAA GGCTGCTGGCAAAGCTACAGCTGCTAAAAAGGGCGCAGGTCGAGGAAGGGGTCGGTCTCC AGCAGCAAACAAAAGCTCCCCACCTGAAGTGAAAGTATCGACAGGTAAAAGGGGAAGGCC GAGGAAATCGTAAGAGTACAGCTTTCCTGGTCAAAATGTAAGGCACTCTCTATATTATGG AATGTATTTTTATTCTCCATTGGCTAATTAGTTGCACTTTAACAAGTAATTAATTTTCGT CATTAACTCCATTCAACATTCTGAAATTTAGCAAGTGTAATCCATTTGCGTAACTTGTAA CCCGTATTGACATAGATCATTGACTGAAAAGACAGGTGTTTATCCGAGCTTGTACCTAGT TAAGCTCGTTTTTTGGATAGGAGCGGAAACAGGGGAAAAGAAAGGAAAACCCTATTCTGC CCAGTGTACTCTGATTTCTATTTTTGTTACTAATTTGTGGTGCAACTGAAACACATTTGT TCTGAAAATCTATGCTGATTAGTAATATTGCTGTGTAAATGAAGTATTTATCAGAATGTT TTGTTGTAGTTGATCATTTTAATGTTGCGTTCTAGCCTTGTTGATGATCAATGATGAGAC TTACACAACGATCATGCTGAGTATTGATTTATCTTCCTATAATATCATAAGCATGTTTGG AGTCTACTTGGATGGACAAAAGATGGTTTGTCTATGAGCTAAAAGAACCAGAAAACAGAA AATGTTCTTTGTATCTTAAGAGTTCTGAGGAATTCTTGTAATACAAGTTGAAGTGATTCC AATGAGTACAGTTTAGTGCATAACTATGTTATTGTGTGTGTTTTGATCCCTACAGTTTTA ATTGTGGTTGCTTGTAAAGTCGAGCATGGAACAGATAGCAACTACAATACAAATGTCTTG TTGCTTTCATTTATGGAAAGTTAGAGGTGACTTTTCCCTTTGTAGGGAACAAATGTGGGG GCCTGATATAGTAAAGAAAATGAAGGGAATTTAAGTTTTTATGTCTAAATCTTAGATCTA AGTACTTAGTAACCTTCCCCCTCTCCCTGGATCGTGGATTAGCACGACTCTTGTGCAAAG GTGATTTGCTTAGAATTTTGAGTTTCATGATAACCTCTTGTTATTGTTACTATGTAAACC TCCTTGTTGATGAAATCAACTTGTAGGTGTACAATAGAACATTATGAAAAAGGTTTGTGG TGGGGTTATTGTTCTCTTGGGAACATAGTGTTTTTCTTTTGATGATGATTTTACAGAGCA ACAAGTGAGAAGGACTAAAGAAGAATGAGAAGGTTTAGGAGGTTACATTTGTGTTAAGTA TAATGATTGGAACTTTTCTCCATGTGCCTAAGGTCCCACCACCCATTTTTATACAAGTAA AAAGTTGCATATTTGTGTGTGGAAACTTTGTCTTCTATTGTTGGTACCTAAATGTGACTT GCCCTCTTTTGTTTCTCAACTTTAAAGTAAGTTTGTGAAGTTTTAATAATGAAATTTATG CTTTCAAAGTAAGCTTCATTTTTCCCTTAGAATCTTTTAGTCAATTTCCATTGTAGTTTG CTATATAAGGTGAATGGGACCTGAAAGTATCACTAAACCTAATTAAAATCTTGAAGGAAC AATCAAAGCTAAAACTAAATATTGAAAGTTTTTTATTATTTGAGTTGTGTTTGTGAATAA TGGAGGAGAAGGTAGAATAAAGGAGGAATCTTTGGTAGGGTTTGAACCCCACATATCCAT TATTTTTTACTTGGTCCTTCCTTTTATTAAATCCAACGTTGTTTGTTCGGAAACTTTGGT TGTTAGAATAAAATATGATTCCAAAGAAATCTCGATTGTTATTAGTGAAATGTTCGTTTA GCAAATGATTGTTGTAGATAGGCTTAGTTATACTTTGATACCTTACAACAACGACGATAA TTCTTATAAAGTCAGTGTAATTCTATAAGTAGGATCTCAATTATTCTTATTTTCTCAAAC TTAATAGACAGTCGTCTTGTACTGTGACCTTGTGTATGTGTCTTGATTTGTTAGTTTCAC ATTAATTAAGGGAATGAACGATTGCTATTTTATGTGATTTACGATAATTTTTATCTTATA AACTAGCGGTTAGGTTATTTTATGTCCAAGATTCTTTTTCTTAACATGGAAGCACAACTA TACTCATCAATAATCTTGATTTACCTGGACTCTCACCTACTACGTTTATCGATCTTTCAA TTAACTGAAAAAATATAACGTTATCCTTTTATATGACTTATTGAAAATTCTCACCTCAAA AACTAACTAATCGTTTTAGTTGAAGCATGTTCGAAGATCAATTCTCTTAACTACTTTTAA TTGACTAATTGTTGCAATCAATTAGCCTCATCTATTTGGTGACAAAAAGACAAGTTACTT TATTGTGTTACCTAAATATAATTATTTCTGAAATAGATTATGCTTTTACACTAAACTTAG GTGTAGGGAAAAAGAGACAGCATAATCTATTTGATGATTTTTTTTCCCCCTATATTTTGT TGGATTATTCTAATTGGATCTTTAACGTAGTAGTCCCTGTCTAAACTTAATAATTGTTTT ATTATTTTCTAAAATTAGTACTTACGTACTTAACAGTTTTTAAAATAATTGAGAGGATAA ACTAGTTGAGCACAAAATAATTATAGTCAATCACATTTTTCTCTTTCATTTTTATTTTAA AAACTTATAGACAAAAAAGTCAAATGTATTACGTGTTTATAATGTACAACAGGACTTTAA TTATTTTATTAATTGATGGCATTTTTTCTACTTTGAGAAAAAAATAAATTAGTATAATAT TTCATTTACTATTTACTCGTTTCATATTATTTGACTTTTGTATTAAAATTAGATATTTTA TTTTACTTATCTGAATTTAAAAATTAAAAAATTTATTATATTTTTTCTTTGTGTTCCTAA TACTAAATAACTATACTAAAATGTAATTTTTACCGTTTCAAAATGTCATTACGATTATTT TAATTGTATAAAGACCTTTATTAAAAAAAAAATTAAGAACTGTATCAAGTCAACATGATT TAAGTAAGGCCGGGATCAACTTCTGATTTGGGTTCATTCAAACTTTCGACGGAAAATATG ATTAAAATTAAATTTATATATACAGTAGATTTTAAAAGTTCATTCAAAGAATTTATGTGG TTAATTCTTTGGATTTATAATCTCTCTAATTGAAAATTTAAATTCAAACCACTAAGGTCG AATAGTATAAAATGAAGAAAATATATATTTATTTATTGTATAGTTTTACGTTTTAAATTG GGTAATCAATGAATTACAACTCACGAAACTTGTGTTTATTGGTTATCGATAAGACCAATA TGTATTTTTTTTATATGTGAATTATCCGTTAATCATTTTGATTAAATAAATCTCATCAAC ATGTAAATTATTTGAATCTCACATGCCAAATATATTAAAAATATATATTTTTTAAAAAAA TAAATTCACCGATTGGCATGCGCTGTCAGTTGTAAGAAAACGGGTCGGAGGTTCTTCTCA TGTGCTCCGCATGTGTCGGGTAACCTGTCCGAAAACCATACCCAATGAGGACACGACACC TGTCAACAACTCGGAAAAATGAACTTCTAACCTAATTTAACCTCAAAAGTTAATCGACAA AGAAGATTCTACGAATGTAAGGAGATAACTCGTTCTTCCAATTTCTAACATTATTTTCAT TCATATTCAGAATTCGAACTCAAAAAAGTATCTTATTAAGGTTGAAATAATTTTACCACT ATATCATAACTCATGTCGATACTTAATTAATGTTACATTAATGAAAGTTGTAAGATATCT TTTTAAATAGGATGCTTCTTATTTCGAAGATATCAAATATTTTAATATAGTATAAAGTTT AAAGTAATAACATAAAAATTAACGTCATTTTGAAATATATTTGAAAAAGGCAATCATCGT TGCGTAAAGTACATTCAAACCTTTTTGTAATAACATTTTCTTATAGACTGAGATTCTAAC GGTGTCACCGCTACTATTAAATTTTATGTTCCTCTCTTATTATATCATATGATATGATAT ACTAAGTCCGTAATAAATGATTTATTGTGATTTTTAAAGATAACGATATAAAAGATATCT AAAAGAGGAACACAACAAATTGGATATATATTTAGCGAAAAATGATTATATCCTAAGATA TTAGGATAAAATAATAATAAAATTATGCTCAATAAATTTTTATGATTCGACTCTTTTTCA AACCCTCGAAAGTTTGAAAAATCAAAATATATTTTAGGATTTAACTTACACTTACCTTAA ATATAAGGACCATTTTTGTCATTTTCATTAAAAATAAGGTTGTAATCTCCAAAATTATCC TTAGCTTTTTTAGCATCAAAGAGGCAAGGACCACTAATGGTCCACTAATAGGGAGTTGGG ACTCACCATATATTCTTTTACGATCCAATCGATATTCAGTATTCATATTATTCAAATACA TGCTCGTAGAATCAACTTATGAAAATATCACTCTAAATAAGATTTTTTTTTTGTTCATAA AACTCAAACGCGAAGTATATAGATAGAGAGATCTCAACTATCCTACGGTGAATAATGTTT TGCATCTTCTAAGTCACAAATGTCATCAATTTCTTAAAGTATAAATAGATACCTTTCTTT AATGTTACGATTGTTTTGTTCTGATTTCAGTGTTGGAAAAAACATCTTAACTTATGGATT AACTTTACACTAATCCATCATTAAGATTTTGGTTTAATTGATCCCATCTTTGGTCAATGT CAGTTAACGACTATTTATAATGATAATCTACACAACACACCAACTATAATCATCATTATC TTCTTTAGATTATAGTTTTTGATTAAAAAGTTAATATCAAAATAAAAAAATGTTACTTAA AACTTGAATTTTTGTGTGAGCATGTATTTCACTTAAAACTGAAATTACTTAAATATATAT ATTTATCTTATTTAGTTATATGAAATTAATGTAATTTAATATGAATATTGAATGCAAGTA AATATTTATCTGTTTTGTAGAGTAAGATTTTAAAAGTAAAGATAAAGGTAAAAGATAAAA CTACCTTAAAAAGTCATTAGATGAAAGAATATATATTATGCTAAAAGATTAAAAAATAGT CATTTTGTAGAAAAGAAATAATAAATAGATAGATTATAGTTAATGTCATTTCTTGTGATT ATTAGTTGAACAAGATATTGGTGAACTACTTTTGAATTTTCAAATACTTTTTGCGTAATT AAAGATTTTTTTTAATTGTTTTCATTTATTAATTTCTCTTTTTGTCTTCCTTTTTAATTT ACTCAACTGTATTTTACATTGATTTCTTTCCGAACTAGAAATTTATTTATTTAATATAGT ATAGTACATAATAATAGTAATAAAAGAAAAAGTCATTTTCAAGTCAATAGTAGAGGTTAC AGAGAGAATGGAATGAAAAAAGCCGCTTATCGACGGAACGAGGAATATAATAGAGTGATA AATATTTTTTATTTTAATTAAATTTTTTTAGCTTAAACTTGCTTTAAATAGTTTTTTACT TTAAAATATAAATATCACGGTATAAATTTAAATTTAGTTAAGCATGAATAAATATATATA AACTTATCCGGAACATAATTTTTAGATAGAAGACTGATAGAATATTAGTAGGTAATAATG TTTTATCTTATTGATTTGTTCATCTTATCAATAATCGTAATATTGTTTTTGTTTATCTTT CAATTTTTATAACTACTGTTATTTCTTATATTTTTATTACTTTTTCGAATTATTTAAACT TTTTTTTTCAAAAACAATTCATTTATTTTTTAAATAAGAGTAATATTTATGCATAATTTT ATTCGTAAGATATATATATTCTACTCTCATTCTATTCTACGAGATTATACTGACTATATT ATTATTAATAATATCGAATGAATAATAGTAAAAGAGGAGAACAGATCTGAACTTTAATTT TTAAATAGGATAATTTTTGTCTTCAAGTCATAACGGAAATATATTATTAATTATTGATAT ATCTTTTTCTTTAATTTTCTTTTTTTTTTTTTTATAATATAAAGAGACTACTGGGACCTG TAAAAAAAAGAAAAACTGAAGCCACGGAACTCAAAATACAAAATTTAGCTAGATTTTAGG AGAGTGTTTCAAGTCCGTCTTCTTTATTTTTTTTATTTTTTTTTTTACTTTTAATTTTTT TAATTTTTATTATCAGCTCATGAGGTACAATTTCCAACAAATATAGAATATCTACTACAA CACTTAACAAGATTGGTCAATCAGTGAGTGAAAGAAGAAGAAGAAAATGGGAAAATCTAC AGCTTCTTCTTGCTTAAAGATCATTGCTTGTGGCAGTGATTCTGTTGACCGTGATGAACT TGAAGCTCATCCTGAGGTGAAAAATCTACACCCATTTTTATCAGATCAAATTTTCATGTA GTATTTTATTTTTCTTTTTGCATTTCAAAGATGGTAATGTGTGATAAAAATTGAATCTTT TTTGTGAGATAATGGTTTTGAAGTGAATCTTGGATCAACCCATCAAAGTATGGAGTCTGA TCTTTTGTGGGGGGGTTTTGTTTCTACTAATTTGATAAGTTTTTGAGATGATGGAGTTGA GCTGATTTGGTTCTTGAATAAAGGAGTTCTTTTTTTTTTTTTTTTTTGTGGAAGGTATGT AGGGAACTTTTGAACTTTGTGACTGGATCTCTATTAGGGGATGTAAGATTGTGGAATGGT TTGGTTGAGAACTTGTTAGATGTATTTTACGTCAATGTTAAATGAGAGTGTTTAAGATAT TAAATAGTTCAATTTTTCATGTTTGTTAGTTAAGTAATTGCCAATTCCAAGGAAGGCTTG ATTTTGGTCAGTTGATATAAAACCAGTTACATTTTACACCATGAAGATGTGAACTGTATG GATTCAATGTGTTTTAAAATGGAAATGAAATGGATCACTATTGTAAGTGGCTTTCTTTTG GTTAGAGGGGAACGGGAAAATAGTGATGCAATTTACCAAGAAACGAAAATTGATTCGATT TGTGACCGTCAATTAGGGATGTGTTGTCATAAGGTAAATGCTAGTGAAGCCTTTCAATTT CTGTACCATTCAATTAATCAACGTCGCCTCATCTTAAAATACCATACTTGGCTTTCAGTG TTTGACAAAAATGTAGTTTCATTAATTGAGCTGTACTTGTTCTTAGCAATGTCTTCTCAA TTTACAGTGTAAGTTTAGATAACATCTAGTTCTCTTTTCAAGTTGAGTTTGCAATACTTC AACATCAAGTTAATTTTTTATGATGACATCGACATGATACTCTGATGCAAGCACTACTTG TTTCCAAATGGTGTATGCCAAATATATGTTGTCTTCCTTCTTACATCATTATGGCCTTGC TTCTGGTGTAGTTTGCAATATAAGTTGAGCTGATAATTCCAGCTATGAGACTTCACATTA CCTACTACCTGATTGGTGGAATGCATAAGTATGGAAAAACAAATGAAGTACCAGTCCGTT GACATACATGTAATGAAACATGATTAAGAAGACAAGCTTGTGTATGATTTCATTTCTTTA TCTATGGTCTCTTCATGGGAGGTTAAGGGGTTGGCAGAAAAGAAATCATCATTTGTATCA AAAGTGAATAGATGTGATAAAGAAGATCTTGTTGTCAATGGATTCAGTTCCTACTATATG CATCATGACTCGTCTATGTATGCTTGTTACATGATTCCAGAAATGTTCAATCTACAATCT GCACACCGTCCTCCCTTGTCCGCCGTGGTCCATAGTATGGATCTAATAAAGGTTCCCTCT TTGTACTTCTACTTCATGGGTAAAAAGAGAAATGGATGTACCTGTGGGTGGATGTTAAAC TCAGCTACTAGCAATACAACTTTATATCAGATTGGATGTTCAGTTAAATATCTTTTCGGA ATTTATCTTTTGCCTTTTCCTCCTCTATTCTTTGTTGAATGAATTATTTGATACATTTTC CTAGAGTAAAAGCTCAAGTGATAAACGTGGATGGAGTTTCCGCAAGAAATCTACCAGGCA TCGTGTATTAAGCAATTCAGTAGTTTCAGAAACACCATCTGGGAACAAGGACTGGCCAGA AGCTGCTAATGCCAATCTGCAAACACAATCTAACTCTACCATTCCAGAGAAGGCATCTGT CGTCCAATGGGCAGATGAGAAACCCCAGTTTTCAACGGTCGAGAAGTCCCAGGTCTCGGC AGACGAGAAGCCCCAGATCCTGGAGGATGAGACGCCCCTAGTCTCTGTGGATAAGAAGCC CCAGGTCTCAGCGGATGAGAAGCCCCGTGTCTCCACAGACGCGAAGCCCCAGCTCTCGGT GGAGGTCTCAGTGGATGAAAAGCCCTTGATATCCGAAGAAGAGAAGCTCGAGGTCTCCGA AGATGAGAAGCCCAACATCTCTATAGATGAGAAGCCTCCTATCTCATCAGAAGAGAAATC CCTGGTCTCAGACTTGGTGGATGCAAAACAATCAGAGTCAGTAATAATAGCTGGATTTAA TGATGCTAAAGCTGATGTCATTCCGGATGAACACGCTCTTGTTATTCAGACTGCAGTCAG AGCATTTCTGGTACCTCAATTTTGTTATATATTCTTTCAATTAATTTGACCATTTTATGG TTAAAGGTTTTGGCAATTATAAAGTTAATTTGTATTTGATTGTTTCTTCTCCTAGGCACG AAGAGCTCAATTAAAGCAAAAGCATATAACTAAATTGCAAGCTGCTGTACGTGGACACTT AGTTCGTAGGCAAGCTGTAGGAACTCTGCGATGTGTCCAAGCTATTGTCAAAATGCAAAT TCTTGTTCGAGCACGTCACACTAATCGCATTGCAGAAGAATCTAGTATCAAGGAGAAGCT AAAAGTAAGTATTGGAAAGATCAAGAGTATGAAACTATATTGGCAATATTTCTGTCTCAA GCATAAATTGGAATGATTCTGGTCTCCTCGCTTTGGAATCCTAGATCAGACACTAACACA CTCTTAGCTATTTCAACTGATGGAGTCACATTTCTTATGTTTCTTTATTTCAGGGAAAAG AGAACTCAGGAACAAAATCAGAGTTCACATACATTTCAATTTCAAAGCTACTGAGCAATA GCTTCGCTCAACAGGTATATATTAGTCATTTTCCGCTATATGATCTGAAATATGCGATAT TTTTTTAAATATGTATCATTTCCCATCCAAACTGATTTGTTATTTCTCCTTTGGTACAAG CTCCTTGAATCAACTCCAAGGACCAAAAGTATAAATATTAAGTGTGACCCTTCCAAATCT GATTCTGCCTGGAAATGGTTAGAGAGATGGATGTCTGTTGCATCACCAGGAAATCAACCG TCACCACAATCAGAATTATCTGCCGATCAGCAGGAGAATGAACCTATCGAGCACCCCAGT AACCTTATTGAAAATGAAGTTCAGCTTGATTCCGAGTCAATGGACTTCAGACAGGGCGAG GAGGCATCCTTGTCTGCAGTGCCATCTGAAAGTGATGATAATTTGATCACTTATGATGCA GACAGCTTAGATTTTCAAGCCAACATACCCTTTTCGCCTCCTCAGCCTCAGAATGTTGAT GAAAAAACTTCAAGAGATGACACTTTCTGTTCTATTCCTACTCAACATAAGGAGGCCAAG GCTCTCCCTGAGACGGTGCCCAATTCTTTCCCTGCAAACACTGAAGTTGAGAGAGAGGAT ACACATTCCCTGGAACTTTCAGAGACTGAGAGCAAAAAGATTTTACATGGATCAAGGAAG GCAAGTAATCCTGCATTTATTGCTGCTCAGACAAAGTTTGAGGAACTCACTTTGGCAGCT AAATCAACCAAAGATTCTAGTTTGCCCAATCATAAAACAGAAGATGAATCTAGTGAAGAT ACGTTTTCAACTATCACTAATCATTCATTTGGGGCAAGGGATGCTGCTCCATCAGAAAAT TCTGTTCCTCACAGTACAAGAGCTCAAGTTGGTGGTTCAGAATGTGGCACGGAGCTTTCT ATTTCTTCTACCCTGGATTCACCAGATAGGTCTGAAGTCGGAGGTCATGTATTTGAGCAG GAACTTCCTTCCAATGGTGGCACTGACCATCATAAGAGCAATGGATACCCTCACATTGAA GATGATAGTACAAATGACTTATCACACTCCGACTATGTTCAGGCAGGGAGAGAGGATCCT ACTGATGATGCTAAGCATGTAGATGTTATGGTCAGTTCAGATCTATCACCCGTAGAGCAG AAGCCAGAGAACAATTCAGTTAATGTTCAAATAGAGCAAGAAGCTAGGACGGATCGGCTA GACAAGTCATCACCAGACGCATCTCCAAGGAGCCATATAACTGTCCCTGAATCCCAAGGG ACACCTTCTAGTCAAGTGTCCGTGAATCCTAAGAAGATAAGAAGTGAAAAAAGTGGATCG ATTCCCAAGCGCCGCTCTGCACCTGCTGGCAAAAAGTCTCCTTCAAAGTTAAACCATGCT CCAGGTACAACTAGTTCGGAACAATTATCTAAGGATCATAAAAATGAGAAGCGACGAAAC TCGTTTGGTTCAACAAAAGCTGGACTAGCTGATCAGGAGGCTAGAGATAACAGTACTAGC AGTTCTCTCCCAAGTTACATGCAAGCAACAGAATCTGCAAGAGCCAAAGCTATCCCAAAT AGCTCCCCAAGATCTAGTCCAGATGTCCACAATAAAGATGAATACATCAAAAAGAGACAT TCACTCCCTGGTTCAAATGGTAGGCAAGGTTCACCTCGTATCCAGCGGTCTCTGTCTAAT GCACAGCAGGGTGCAAAGGGAAATGGAACTCAATCTCCACAAGGTATTTTCTAAACCTTC AGATGCCTTGTATACAATCTATTACTATTGATTACTGCAATGAGAGAACTACTTGAGTTT CTGAGTGGAGTTATGACCCGGTACTCCAACTCATTTCCTGCCTAGTACGTCCTTTCCCCC AATGATAAAATCGAGATAGGATCAAGTATGTTATTCACAGTCTAGTCACCTGAAACTATT AAAACTGTGCTGATATAGTATCACAATGATTTAGATGAGCAAAAAACCTTAGTGTTTTAA GCACTAACAAATGGTATCAACTCCCTTTTTGAATCTGGCATGTACGTCAATTGCAGCACT GTTTATTCACACGTCGATCACCTGACACTTATTCTTCCCCTTGCATTTTGTTTCTTTTAA CTACTATTACTATGTTATATTTAGACTGCTTAACTACACTACTTCAATCGACACCAAAAT TGTTGATTGTGAACCATGCATGTGTGTCCCCTAGAGATCCGCTTATCCTTGAGCTTTTTC ATGCAAATTTTGGCAGTTTGCACTGGCATTAAGCTTCAAAAGGATGAAATTCACTGACAA TTTATGATGACAATTGTGGGGCACCATGGTTCTTTAACCGTTGGGCTAACTTTTTTCTTC TTCTTCTTCTTCCAATTCTGAGCTTTGAATTCTCATATGTAATATTTTGTTGGTGTCTGA TGTGTGTTTTTCAGAGAGGAAATGGCAGAGATGAGTAGAGCTCTGTGGCTTATTGGCAAT TCCTTTGGGTGCTTGACATCTGTTCTTAGGAACTCCACAGCAAAGCTATACCCTGGGCCA TTATTTATTTGTGAAGAGAAATGTAGAAAGAGCTATTTTTCTTGTAAATTTACTATTTTC TCATGCCTACTCAAACCCCCTTTTCTTTTTCAAGGATTTTGTTTGAGATGCTTGTTCTTC TTTTTCCTTTACATCACCTTTGTGTGTATCTTTATAATATTGTGTGCTTTTCTGGCTGAT GTATTTTTCTGACTGCTAATGAGAAGTTTGGAAGAGTTGCTTTCAGCTGTAGGTGTTGTC AACCCCCCTCCCCCACTATGGCATCTAAGTTCATTTGATTCTTTTGTGTATTATGTGAAA ATTGCCTTCAAATTTACCCAAGTCAGCTGGAGAACTATGTAAGAAGCAGAATAAACTGAG GGTTCAATAGGTACATTTATATGATGGAAATGGTATATAAGTCTGAGAAGCTTTATCTAG AAAGGCATCTTGGGTGATACAGAAGGTTATCAAAGCTAACCAATATACTTCCCAAGAATC TCTTTTGAAACACTCTAATTTTATAGTTTTAAACATATCATACGGTGAATATAAAAAGTT AACATTAAAGAGTTATCGAAAAAGGAAAGACACATTCTTTTTATAACAGAATTAAAATAA AACTAAAACAAAGACAAAAATAATTATGGAAGTCATTTCAATGAAATAATATACACGGAA TAAAACACTTGAAAAGAATTGTCTTTGAATGTTTGATCACTACTAAACATAAAAAGCTGC ATAAACTTATCAGGGAAGGAATAATAGAATTGTTTAATTACCAAAAAGAAAAAAAAAAGG TTTTTTATACTTGCACAATTACTTAAAAATTAAATGTAAATACTTTTTATTGGCCACTTA AAAATAAAATCCAAATATATACTCAAAACTCAAAAGAGAGGGGAAGCAGAAACCAGTGTA GCCAAAAGAGAAAATGTTGAAATTCTTGTCAAAAGTGAAAATCGAATTCAATGCCTTAGA TCCACGAATAGCTTCATGTATGGAATTTTTGGCTCAATGTAATGCTCCTAAAGCCAAAGA ATCAAACCCAAGTTGCCAAATTCAGGTCAAGCGCCGCACTGATGACCATCCACCGCAAAT CTCTGTCACTTTCGTCAATGGAGTCGAGCAGACCTATGATGCTACTTCTACACCCGCACA GAACATCCGTACTATGATTCTTGAAAAGGGTCAGTACCTTGAGACTGAACAGATGTTTCG TGAAGCTGGTGAGAAATGGCCTGTTATTATTCCTGATGAAGAGCTTAAACAACCATTTCT TGGAATAAAGGTGATAGCTTTTTCCCTTTTCCATTGATTGTATGTGGGTTTTTGTTGTGA TTTGGTTGAGGCATATTGTCGAACAGGTTGAGTGTACCTACTTATGTTTTTTCTTTTAGT TTGATTTGTGTCCCCGGATTGGGGTTGAGAATGTTAGTGCAGTAGCGGAGTCGGGATTTT CAATAAGGTGATTCAAAATATATCAAAGTAAACACACAAAGAAACCAAATGAATCAAAAA TATATAATTTTGGCCTTGTGTATGTATGTAGTTTAATTTTCAAGTGCTTGCACCCCTAAC TCTGCCCTCAAGAGGGGGAGAGAAGATTATCATCTTTCTATAATTTTCTGAAATTTGTAG CTCTTTGTATAGATATGCTTCTCCAAGGATGATATAGTTTGTTTGTGATCCTCTACAACT GGACTGTCTAAATTGGATGATGAAATGAGAACTCTCTTGTTATGCTGGAGGTGTAACACA TTCATGATTATTGTTACTATATTGTAGCTCGTCCTGTATCCGGGGCACCCTTATTTGCTA TTTTGTATATCCCGTCCTGATTGAGCTCTTATCTGATGATCTATTTTCAAAGTCTTGGAA CTTTTGTTTGCTAATTTTTAACGAATCCGTGTTTCTGGGTTTGTTAGCATCTGTACTGCC TATTGTTATCAACTAAAACATGAAAACTAATGAAAACTCCTTCAATTCGCATGAACTTGA GTAGAACAGTAAGATGCTCTCTTGTAGTAGTTAGTGGCTATCAATTTACCTAATTGTATG CATATGATTATGTTTTAAGAACCCTCACGTAATAATTTGTTGAGAAAGAATAACATGTTA ATATTTGTTTGGTGAATATTATAACAGGTTAACATTCTTGAAATACTTTCTCTCCTTGAT TTTAGAAGCTAAATGTTGCATTTACCAGTTCTTCTATATGCCAATGTGTTGCTTTGTGTT TGTGTTTCTTAAAAATGATACACGAGACAATTCTTAGATAGCTGAGAGTATGTTTATCAT GCGGAGAGTAGCCCACTATCATAAAGAAGGGATCTTTATATCATGAAAGGAGTTGCATTA AGGTTTTTGCCTTTCTAGTTGTCAATATGTATCATTTAGGTTTTCATAAGACATCAGTTT GATGGATCTAAAATTTCATTAGTCAGTTATCCCAAAAAGATCAGTGGAATCTAGACGATG TACAGAGTTGTGATTAAAGGTGCTGCGATAAAGCAGTTTTTGTCTCACTTATTACTTTCT ACAGATAATGTAGTCGTTTTGAGGAGCTGTGTGCCTTGATATCAGACCCTTGGAAAGACT ATGTAAGATTAATTGTATAAGAGACTTTGAGGAACTTTCTATTTTTAACCGGACCATCGA TAAGAGCAAGAATATATTTCTTTGTAGTTGATAGTTGATACTGATTTGGTTGCCACTGAA GAGTCACTCGTGTTGGTATGCTTCAAGATTAATTGCTAGTTATTAGTCTAGGAAGGTAAT GTAGTCTAGGAGTACTAATAAAATGAACTTCTTTATTATGTACATAAAGTGATTGATTAG GGCTAAGTTACCTGAGGTCTCTCCACCCCCCCCCCCTCCCCAAAAGGGAAAGTTACTGTG TAGAAGACAATAGTTGTGAAGGACAAGGCGATCGGAAGTGTTAGAGATCTGTGCTTTTAG ATGTCGAACAAATTAAGCTCAGACAGCCCTATCAATTGCTTTTAGGTCTTCAACATGCCC TACAAGCTAGCCTAAAGTGTGTTTAATTTCCTATATCTCTCTTCCTGTTCCCTTCTCGTT TTCACCTTTTCCCCCCTGTTTTGCTTGTCCCGGAAAATCTATTCTTCTTCGATTTGAATA TGAAAGAGATCTTGACATTTTGGAATCATATGCATATGCATTTCTTTCTCCCAGAGATAT AAGTCATGAATCTCTTCTTATCCTTGCTCCTTTTCAGAAAGAAGTTACTTTTCCTAGTAA ATTATTTCTAGTACGTAGAATGTTCTACTGCCCAAGAACTTTGAAATTATTCGTTGTTGA CCACAATCTTGTTCTGCATTGGTGCTGCTTAGGTTTGAGAACTTGTTGAAACTGTTAGCT AGTTTATAGATAGATCACTAGCTACTTGTACCAACAAGCGTGTCGTCTATGTAAAACTTC ATTATTCCTAATTATTCATTTGGTTAGTCTTCTAACTGTATTTCTCTACAAATTTTCAGC CAAAGAAAGCAGAAGAGAAGAAGCAATAGTCGAAGCTACTCACACCTAGCTTCTCATCGG GGCATTTTTTCAGCGTTAGATCAGCTATATGACATTCCAGAGAGATGAGTCTTCAACTAG GGGCAAAGCTAGTTTTTTGTGGCATTTATGTTAACAAGAACATTATATTTGTACTAGATG ATGAATTTGCTATCCTTTTGTATTGTGAGACTTTGAAATGTCTTCCCAATCCTCATTTCT CCAATCCTTGCAAAAGAATAAAATTCCCTTCCAAAACGTTTGATCTCATTTTGGAATCGA CTCTAATACTCTTGTCTGAGAAGTAAACAGTGACTGGTATGTGCTTTTTTCTGGCAAAGC CATATTTGTTTCAAAGTAATTGATATTCTGGAAAAAAAACAAGTAGTATTACTCTACGCA AACTGTTCCAACTATAGCAGTATTAATTGAGTGAGGATTGTATAAAAATCATAGATGATG GATAATATTTGACCAACCAGAGCATCTCAAATCTAGTATACATCTTATACATAATATGCA TTATGTTTGTGTACTATATAAACTCACTTTTGACACAACAGATAACAGAGAGTGGGTGAA ATACAGACTTATATAGCCAAACATACAAATCTTATTCAAAGTGTAGTAGCACATAAAACT CCAACATCTCCTTATATATACATTAAGATAGAAGTCCTGGATCGTGTGAAATCTCTTCTA GGGAAGAATCAACTCATCGATCTTCTCTACGAACTCTGTTAGGGTCAGAAACCATATCCA TCATCATTTTCTCGGGGGAATCTTCCCAATTTCCAAATGTTTTCAAGTCAACCTGCAGAT AATATTAAGGAAAAAAAAATTTACTTTATCATGCTGCTGATAACATGATGAAACAATGAA TAATGTCCACTGAAGTTGTATTACCTTTCGTCTTTGCTCAGTAAAGAGTTCTTCCCTCTT TTTGTACGATGACTGAATATCTCTAGCCCTTTTTCCTCCCAATCCCAATACCTCCACGTC CATAATCAGAGCTTCAACCGGTAAGAACCCCTGAATATGGCATTGAGATGATTGAGAACT TCAGAAGAGAAACAACAAGAACTTCTGAAGAGCAATGGTCAGCAATTGAAGTATTATCAT TTATACAGAAGGCATTTTTCCTTGGTACTTATACAAGAAATAAAAGTTAGTAGCTAATGC TAATCAAGTCACAAGTATATTAACAAATGTATGCAAACTAAAGAGTGGATATGTTGATTT GTGTTTTTATCGGATCCATGTGCTGCAGACTCTAAGCTAGTTTTCCAAATTTATCGCAGT TACAAATAAAATCAATTAAATGCCAAGAGCAACTTCTTTTTGGTCAAAGAGTGAAAGCGT TGTTTGACTAACAGAGGCATGAAGGGGAACAAACAATATGCAGGAAGTCTATACAACTAT CGATACGCGAAGTATTTTCACACCTCTACCATATGACTCATCTACTATACCTGGTCAGGG TAAAGAAGACCATGATGGTTAGTTTTGTCACAAGCATGATGACGAACTATAACTTTAGCA AAATCTTCATCTACAAATATTCTTTCATTGCCAGAGGATCCTCCAAAAGCAAGTCCGACA GGCTTTGGATGAGCTTCATATTTAACGGTTCCATGCAAATGGCTGTAAACAAAGTTTTTC TCCTTTCCTGTCAAAGAACATACATTAGCCTTAGGCACATCATTCATGTAGAACTATCCA AGCTGGTAAGACCAGATACACTACCTGAAGGTGTGAATACATGAAAAACTGGACTGATGG AGTATAAACTACCAGAAGTCCCATAGAAAGTGTCATGATTTTCTAAACCCTGATGAATGA GAGAACCAATAGTCCATCTCCTTGCGTCATTATTGGCCTCATGAGCAGAGATAAGAATTA GCAATGGAGCATTATATCCTTCAATATTTGACCAGAATCTGTTCAGACCTTTTCCATGAA GGGAAGACCTGTAGGTGGGAGAAAAATGAAAATCAATTCAGAAAGATAGAAAGCAATACA AGAAATTCAGAGAGTTCGACTAATAGTCGACATAAACCATGTACTAACCGATAAAGTAGG TAATCATCTACTTCCTCTGCAGCACTTGGAAAGCATACTTTTGAAATTTCTTCACTTAAA TTGCCCCTCAATGTAAGTGAGATAGCCCAAGCCCTTCCAGAATTAAGGAGATGGCCAACG CTCCTTTCCTTTGCAGAAATATCATGTGAGAAAAGGTCCGCTTGGTCAAGTTTTTCCTGC TATCAATTCAACTTCAGAGTTGGTGATTGCAGAATTCTAATTTCTTGATCACAGTGCAGT AAGTGTTCATATAGTATGGCATCACGGGCAACAAATAACAACTGTCAAACTTGCATAACT GCTTATCTTCGCCTTTTATCAGAAAGACAACAACAATAATCCGCCAGAATATGAAGCACT TGGAACTCCAATAAAAATCCGGCTAAGGGTTATAGTAAGATGTCAAACTCAAACTAGAGT TCTACTTGGACAACAAGCTTTAAGGATAGCCCTGAGAGATAAGAAAGGTGCTGTGTGTTG GTAGTTCACTTGTTTTTTTCCCTCCATTCTTCTACCATTGTCTTTATATATCAAAGACAT GGTCCCGAAGTGGAAGACATATTAGTCTTGAGAGATTCAAAAAGGTGATAAATAGATGTT ACAGAACACCCAATAGAATTAGGGATTTTCAGAAGATGAGAAATATTGAGTTGACCTTAT GGTAGTGATGCAAGACAAAAATATATAACATACAAAGAGTAGTAGTAGTTGATGATATGA GCTTAAACGAAGAAATGAGGATTCATGTAGCTGATCCCAATTTGTTTGGGACTAAAGCGT AGAAGCTGTTGTTTAAAGTAAACTATTTTGTTCAGATGAGAACCACGAAACTGCTATGAT GTGCATAAAAATGTCTAGACCTTTGTACCCAAAAAAAGGATTCAGTGAAATCCACGCCAA TTCTACATTACAGAGGTTCTCTTCGCATGCGAGAAAACTACATGAGGCACAACATGCACA GATGTAATCTCATGAGAAAGAACTTAAAAATTGAAAAACTACTCGCACTAGATGTATGTT TTTTTCCTAGTAAATATAGAAAAAGCAAATGTAGACCTCAAGACTATGGTTTACGTTCTT TCTTTTCGTTCTGCCCCCCACCCGGAACCAAGTCCTGAAACTAACAGTGAGAAAAAACAA GAGATGCAAAAATTGAAAATGGAGGACAAATGATTAGAATTAAATTGCAAAGTAGTAAAC ATGATGGAAGACTCCTTCAGTTAAATCATTGCAACCAGCAAACAAACTTATCATTTCTTC AATTAGATATGAAAGGCTTAAAAGCACGGCAGAAATATTGCAACCGACTGAACTTAGAAA TCTGTATAGTATCCTAGTTTGTTGTTAAGTAGTTTCGACTATCACATTATTGTATTGTTG TTTTTGGTAGACTTTGCACTGTTACCTTATTACTTGTAGTATTCTCTTCACTGTCTCCTT CTTTGTACCTGGATTTGTTGCACTTGAGCCGAGGATCTTTTGAAAACAGCCTCTCTACCT CCACGAGGTAGTAGTAAGGTCTGCGTGCATTCTAACTTCCCCAGATTTCACTCATGGGAT TTCACTCGGTATGTTGTTGTTGCTGACTGAACTTAGAGAACTAACCATTACCTCAACAAA GGGAAGCATCAAGTACATGGCACCCTTTGATAACAGAAAGAATTACTCTTGTTATTTCAG AAGACTCGTATTGACTAGTAACCATTGGGTAACAACACCAATTTCAAATATTTAGTAACT CACTTCTAAGAAAGACTAGCTTATCAAGCATGTTAACGGGCAGAAACTTCATGGTGAAAA CTGAAGGACTCATGGGTCAATTGTTCTTTCATGAAGGATATATGCTACTCCCTCTGTTGT CTCAATTTATATGAGACTATCCTTTTTAGTCCGTCTAAAAAAGATGACAGCTTTCTATAT TTAGTAGCAACTTAAATTTGAACTACTCATTTTACCCCGAATAAGATGATTTATAATTGC ACAAATATCTATAAATTATTTTGAACCACAAGTTTCAAAAGGGTTCCTTTTCATTCTTAA AATTTGCGCCCAGTCAAACACTTCGACATAAATTTAGACGGAGGGATTACGACATTTTTC TCTTTGCCCACAAGAATTAGTCTCATGACACCCTTTGGACATATTGAAACACCTACTTTA CTCAGTTTTTTAATGCACATTGCCTTTATGATATCAAAAGAATCAATCAATACAAGACAC ATCCTTCAATTTTTAAATTGAAAATGGGAGTACCTCGTGAGCGGCTACGTAAAACAGTCT AGCGTGGACAAATTTTCCAAAGCAATCGGAGAGGCTTGGCACTGTCTTCAAAGCCCACAT TATAATTTTTGCAACAGGAAGTTGTATATCCATATCTAAAATGCTGTTATCCCATAAATC CATTTTTTTATCTGCTTCGGCACAAGAGTTTATAGCTGACAAAACCAAATGTGTAACATC AGGAAGACCAGAATCACCTAAAGTAGATGAAGCCTTCAACTTGTTCGAGTCCCACCACAT AATCCAACACATAGAAAGAAGCATCTGAACATCAACTGGCAATAAAAATCCGCTGATTTT ACAATCATCCTCATCGGAAACGATCTGTAGTTTTTCTGGAAGACCTGCCTTAACAGATAC CATCCCAAATAACCTCAACAAACTATTAAGTGAAGCTGAACTAACTGTCCTTCCAGAACA CTTTATATGGCCCTTTAGAAACTCAACCCAGCTGATACCTCCCTTTTCAGACAAGAAAAA CAAGTCAACTATTGAAGAACTCAAATTACTCATCAAAACTGGAAATTCCTTTGGCACTAC AGACTCTTCGTTTGTTGATCCATCAATAGAGAACCCAAAACATTTCTGTAACCAACAACA TAAACTAATCACAAAACAGCTCAAAAAAATAACTAAACACAGAAAATTCATGAAAGTCCC AACTTTTGCCACAAAAGCACTTGTGGTTTATGCAAAAAAAGTCTCTCAAATGTAAACATC TTAAAACAACCAAAAAATAACTCAAAAACTGAAACGGAAGATCCATAAATTCCACCTAGA TTCCAGTTTTTACTACAACCCCATTTGTGGGTGATTCAAGAATAGTCACCAAAATGCAAA TTGAGCACAGATAAGCAAAAGTTTAAAGTTCGGGAAATCCATAAATTCCATGAAAATTTC AACTTTTGCTAAAACCCCAGTTGTAGGTGATTCAAACAATGTCAGCAAAATGTAAATTGA GCAAAGATAAGCAAAAAAAAAAATTTACGTGCGGAACAAGAAGAAGAATTACTTGAAGGG AATGAATGGAGATGGAGTGAGTTTGAGGATCAGAAAGAACAGAGAAAGCTTTCTTAAGAT TAGGAAGAGCTCCAGTTGAAGCAGCTACAGATTCTGCTTCCCGTTGCTCCGGCGACACTT GCTCGGCCGATGAAGATTGACCCATTTCAAGCTTAACTGAAGTCTGATAGACAGATTTTC CCTTTTGCCGGTTGTCGTCGGTGGAAGATTGGAAGTTCAAAGCATCAAGGAATTGTTGAG AATTGACACGTATTAATAAGATTTATATACATTTCGATTATGTGGCTCTTTGTGCCACCC AAAAGACAATAAAATATTGAGGCAATATTTATTCAAAAATTAGAAAGTAGTAGTACTCAC TTACAATATTAATATATATTTTTTTTATCGTATCTTAATCGAGTTTCAATATTAATATAT ATTTTTTTTAACGTGTCGTAATATTTTGCTTGCACTTTGCTAATACAATATATTATCAAG GAGGTGATATCAACGTCTTACAAAAATAGTCAAGTGATCATAAGTTCAAACTATGAAATC ACCGTCTTACAAAAAATGCAAGATATTGTACTTTCATTTCCAAGTCATAGCAACTTTCTC CATTAAGAAACAGCCTTGTAAGACAAACAAGATGCAGCTGAAAACAACTCTAATATGTGG AAGGCATAGTTTAATATGCTAAAGCTGTTTTCTTACAGAGTCATCAACACTCATAAATTA CAACACTACTATAACAGAAACCTAGTGAATCATCTTCTTGTTAAGTTGTTCAACAACATT ACATTTGCATGTTGCTCCATGCAACTCTAGTGATCAATCACTGTGAGCTCTCATAGATCA CTTGTATTGAGCTTAGTTTGGGAATTCTGATGTTGATCCATTGATGCTTTGCAGTCCAGC AGAGTTCAGTAGCTGCATTCCTTCCTCTCCCATTTGCTGGACTTCAGTAGGCGATAAAAT TCTGATGCATCGAACACATCCAACAAATTCCCTGCAAGACCATTCAAGAGATATTAGTTG AACATCATCATACTGAGTTTGTTTCTGGATTATGCATTGTGAAGTTATTGATCTACAGTT AAAAATGCATAGTATGCGCTTCGTATTGCAACCTGAATATGAGAGAGATTTGTGTCAAAG AGAACTTACTCCCAAGGATCATCCCCAACAAGGAGGACATCATTCTCAAAATCCACATAT ACCAACTTCCAGCTCGAGCCTCGAGTGTCATTCAGAAGCCCCTCAAGTCCAAACATTCTT TCAATTTCAGACCGCAGCTCTTCATAATTTTTGAAACCAGAGACATCAATTGATCTTCCT ACAGATCCTGTCTTTTGAATCTGTTCACCAGTAAATCCAGTCAGATTACATATAGAACAT TGAAATACAAAAGTGACTATTTCGCAGTAAATAAATGGATAATATATAAACAGATAAACA AATAAAGATTGCATATGCAAGGACATGTTATGAAAATGCAAAGGGAACCCTTAAAAAGAA GTGGTGAAATAACCGAAAGAGACAAAGAAGATTCTATAACTCAAAGTAATGAGTTAACAT GAGCATAATACCTATCGACTCAGGATTATCCTTGCTACTAAGATTGATATAACATAGCTA CAACATATAAAGCGCTTACCTTTGTATATGTCCGCACACGTGGAGCAACTTGCTGCCATG AGCTATTCTGCAAAAGATTGCATTCATCAAAATTTACATTGCTTGATGATGCACCACCCG AGTTGTCAGCAAATTCTTGTACAGAGAAATTCTGAGAATCTGCCAGACTGGCTGATGTAA TTTGAGATTGAACATCTTGACTAGAACTGATGTTGCCTAATAGAAAATCTGAAGGATTCT GGAAATCAGTATGCTTCAAATTGCAGAACTCATCTAACACTGTGCTCGAAACAGAATTAT CAATCACTGTGCTCCCGCTGTTACTATCAAAGTTAAGACAGCTATATATATCACTTTGGT TATGGCTCTCCTCTGACAGGTCCTTAAAACCATAAGAATCAGGTAGGAACTGCATGTTAG TTATGTCTAGTGGAACCTGAAGGTTTGTCTGGGAAAAGCACTTAACATCATTCAACTGAT GATCCCACAAATCCTGGCCTATTGGAGCTAATCCATGACCAATTGTATCAGGCAACATAA AAGAATTATCATGCTTTGTCAAAGTGGAGGTCGACACAGGATATTTGAGCAATCCAGCAG CAGATTGGAGAGAGGACATATTCCACTCATTATTAGTTGGGCATTGAAGGATATTGTTGG AAGCAGCAGAATCAATTTGAGGGTTATGAGGAATGAGCCATGGACTAGCTTGTAATTGAG AAAAGCTGTTATGGTGGGAAGCTGTCACACTCGCATCAGTTGGAAGATCATGGGGACTTG CAGGCTTGATAGCCACTTTGTCTTCATTACACTGAAACTGATCTAACTTAACTGATGAAT TACTAGTTTCTTTTCTTGGCTCGGAATTTTTTCCAATAATGTCAGTTTCTACTTTTTCCG GAGGTTTAGACTTCGCCTGCAGAGTTGCTTGCTGTGAAGAAATAGAGTTCACAACACCAA CAGGTTGATTAAGGACAACTTCCGAATTTGTTTCACTTTGTGCAGGTGTAGCTTCTACAG TTATTAGCTCAGGTTTTTGGTTTCCTGCTGGCTGTACTACATTCCTAGCTTCCTGAGGTA GTGCAACCTTAATGTCTTGTACTGTGGGAACACCGCATTGAAGACCAGTAAGGCCAGGAG GAGGTCTTATCAGCATCTTCATTAGCTGTTCTGACCATAGGTTTGAGATAGAGGAGCTCT GAAGATCCCCATATACATTTTCAGGAACACGCATGAAAGGGCGGTGCTGCATCAAACTGT CCCACTCAGTTTGTGCTCCTGTTTTAATCAAAAGTTAAAACTATCACAAATTTGAGTTAA TCAAATGAGGAAGAAGTAAGGATCAACTTACCCAAAAAGGTAGACTGGTAAGGTCGTTTG AGGCCTGCAGTCAGGGAAGGAAATATGAAGAGACTTTCTGGTGTCTCAACTTCCCATGGA CTAACTCTATTCTGCTTGTCTCCACATCCAGGCTCATCCCACTCTACCTGTTATATAAGT CCAGTCAATTTGATAGAAAACTGTGAAGTGCCAATTAGCTCACATTTAGGAAAACATGAT AATAAGCTGCAATCAGTGTGAAATTTTAATCACCTGAAGACACCGCCACTTGGAACTAGG CCATCTCAGTGGATCCAAATCACTAATTCCGCTAATAGTGCCCATATATCTGAAAGAGAG GATGAAAAGACTTCAAAGTCAGATGAAGTGAAGAAGATCTATAATCAGAATTTAATTTTA GAAAGTTGTCCCACAAATTCCCAGCATGAAAGATATACCTGCGTTTACCCGATTCCTCAG TTTCAAACATCATTCCAAATCTCATACCAACAGACAGTTGTGTGTTATAAATAGATTTTC TATATTTGGCCAAAGGAATGACAAACTCTGAAGGGCATGCCCTGTAGAAAATAAGCATCT AGTTATAGGCAAATCTCACAGCTATGTGAAGTATGAAAATGGAAGCTGCCGTTATAGACA TACCTAGGATTGTAGAATATTGTGAATGTGCTTCTATTAGCAGCAGCATGAGCAGCAGCA GCAAGTACTCCAATATGCATACTATCAGCAGACAGAACTGAAGAGGGCAATGAAGTTTGC TGACGGTTAGCGCGCCTGACTCCAAGCAACAACTGTGATTTCTCATCCCTGCAGCAGTAA AATTCAAAATATACCACGTAACGGATACTCTCTTGTTTGCTTACAATCAGAATGTTTGAA ATTTTATACGCACATATTTCTCAACATTGAATAATTCATGAAGCTGCAACTTTCATTACT TTATTTTTGCAATACCTGATAAATAGAACAGAGTCACCAGCTCTAAGGCGTTTTGCTCCA ACAAACATGCTCCATCCAGTTGTGAGAAGATGTCGCTTTGGCTGCCCTATAAAGTAAGAC AAAACAGGTGGAATAAACATTAAACTGATAGCCAAGTGAATCATGAGAAGACAAACAACC ACCAAATTAAACCAAAACAAAAGAGATTAGAATTTGGTATAATGTATTTTCAGCATGCTC ACCGCGGTATATGTGACGGAATGTCCAAGTATTATCATGCAAGTCTCGTACAACAAGCTC TTGCGTTGGAGGTTGCATTGAATAATCCTAAAAGAGCAAGTAAATACAACACAAGACATC AGGAAAACTCTTAAGTCTTATTTTACTTCCATCTGGCAAATGTAACTCATTCAACAAAAC ATAACTCTCACCAAGGGCGGGAACAGCTTTTCTGCTGCTCTTCTAGGAACAGAGAATCCT CCATGTGTGCTTGTATCACTGGCAGTCAACGTTTTGCAAAAGAACTCAGTTGGATGCTTA TTAGGCTTCAGCCCAAAATCTGGAATGGGGAAGACATCTTTCTCCTAACCAAGAACGCAT ACGAGAAAAGAATTTCAGCATGCATACCATTATTACTTTTGCATCTGTATAAAAATTAGT ACAAATAGTAGATTAGAAAACTTACAGAATTCACAGGTTGGAGGCTCATTTGCGCATAGA TCTCATCTGTCTCCTTATCTGCCTGTAAATGACACGACAAAACAAACAACGTATGATATC ACAATAACTCCATATAGTACTCCAATATAATAATAAAAGTTATTATATGGAGTAAAAGCA TCATCTTAAAAGCACATACATGCAGGGTAACATTGTGAACTTGGCACAACAACTGAGAAG CAAGATTTGGATAATTAGGTATCTGTGAAGTTGCTGTTCTATTCGTGGAAACCGCCACCT GTTGCAACAAGTTAGTTTTTTATCAGCTTCTCTTGGAAATAGTCTTCTTTCAACAACCAA CAAAGCACAAGCTGTGAATGGACAGAACAAATGACCAAAGGACTCTGTTATCCATAGGAG ATCTTAGGCTTTTTGGTTTTCCTAACTACACTAACAAAACTACTGGAATACATTTACCAG GATATCCATATTTGCTTGTATAAAAAGAAGTCTTCAATATTTAAAGAAAAGAAAGGGAAA GGCTTTACTAAGAAATGAACATAAATTATTCTTAGCCATAACTACAACTTGATTCAAGTT TGAATTCTACAAATACAAATTTACAACTTGTTTTCATGATTCCCTTCAACATTCTAATAG TACAAAAGAAAAGAAAATTCAGAACAAAACAGCTCTCCTGGAACATTTGTTTGAACAAGC AGGATAAGAGAGTATTTTCTTCAGATAAATGGTTTGAAGGACTACGATTGAACAATCCGG TCTTAAGTCGATGCTAACAGATTCAAATTCAGACAATTTTGCACAATTTTGTAAAGAAAT GCTGATAAAAAGTAGTTGTACCAAACAACAATAACAGTAAAAAAGATCAAACCTGTTCAC TGTGCCCCTGTGGGAAGTAATACACAAGGCTTCCAACCTGAGGCAAAGTTACAAGTGGGC CAGCACAAGCATGCCACAACTCAGAACTAATTAGCTTTCTTCCTCCCCCTATATTGCATC AAGATTCAACAAAATCCACGTAAAGATTCAATTTTTACAACTATTAAAACTAGATAATCA ATTTCAAGTTTCAATTTTTATATTCTGCCTAGTCTGAGCTAAGTTCATACACAACTCCAA ACACCAAAAACAAGAATTCACAAGGAAACTAACCAGTATGATCCTGCATTTCCTTCAACA ATTTCATTTCCTCAAGTAGAGTATGTGCTCCACTAACCAAACTCCCTGGCTTGTTCTTCT CTTCAACAGAACCCATAAAAACCTCTGTGATTCCCTTTACATCAACCCCAAAACCAAAAC CAAAGACCCCATCTTTCCAAAAAAAAAAAAAAAGAACTCCCTCTAACCACCAATCAGCAA GTCAACAAGATGACATCTTTCTTAGTTCAAACTAACATAACTGCCAACCCACATTTCAAG TCAAGGGAATGATTCTTAAGAGGAATGAAAACATACTACAGAACATGACAACATCTTCTT GGAGAATAAAAGAGCAAAGAGAGAATCTAAGTTATTATACAAGAAAACAATCTAATTGGA CACAGAGAGCATGCCCAAATAATCCAAAACCAAAGAACAAACACCCACCCTGCAAAAAGA GTCTTTCTCTCTGCAATCTAAGTGGGCCTTACTCTCCATCAACACCCCATCAAAGCAAAA TCCTTTCTCCTTTTCTTTTTTTTTCAATTTTTGCAAATTATAAGGAAGAATATAAAGATA AATCCAAAAGGGGTCAGTTTATTTTTTCCATCAAAGCACGCGGACCAAAGCATGAGGGGT CTTTAGCTATCAATTACCTTTGTTAAAAATCAAAAAAAAAAAAAAAAAACTTTCTTTATC ATCAAAAGAAACCGACCTTTCGATGAAAGTGGTCATCATTCTGATTCCTCTCTTTCTAAG CTTTAGAAATGAAAACCCCAAAACCCCTTTATGATAAAAATGAAAAAAGATTCAATTTTT ATTAACTCTGCACATACTACTACACTGTTTTCTTGAAAGTAGAAAAGAGTGTTGCATGCT CTTACCCTGTACACACTCTTTTCTTTTCTCTCTGTATAATAATACTTTTAGGTTGATTCT TTTGCAGCTTTAGAGAGAGACTCTTGCAGCTAAAGAAGGGGGGAAAACTAAGTTAACACG AAATCGTACTAATAACACTTTGTATGAAGAAATTTAGGAATCTTGATTGATTATAACTAA TAAAGAAATGACAAAACGTACTTTGTTTGCTAAGCTTTCACACAATACTATACAAGAATT AATTAATCGACTAAAATAAGTTAAAGATCGATTATTTGAATTCGTAAACATTGCTAACAA AGCAATATATTCATCAAAGTCTTGCTTTCATTGCATTTTCGTAAAAGGTTATTTTCGAAA TTTCAACTTCTAATATCTCTATTTAAATGGATGTATAATTAATTATGGGTTACTTATTTG ATTTATTATCGCACTAATCTAATTTAATATCGTAAAGTGATATTTTTTTTTATCGTACGA ATTTATTATTGGTGGGAGGTATATTGAGGAGTAATTTTCCTTGTATATGATTTTGGAGAA ATTTTCGCACTTTATTAATTCGTGTATCTTTCAAAGTCATTTCATCTCAGAAAAAAAAAA AACTTTAATAGTCAGACCGTCTAAATCAGGTTATGCATACTTTGAATAATTTCGTATATA TTATTTTTCATCAATATAGATATTTGAAATGAAAAATAAATTTATCAATCAAAATTAGAT TAAAAATATATTATTAATTTTAATATCAGAACTACACCTTAAATATTGCTCATCATTCAA TTTCTTAACATAATTTCAAAGTTGGATATACTTTTCTTGATATATCTAATTAGGGATGTC GTGTTATTCATTTTCAGATATCAAAATGTCTAGTTTTGAACATGATACGAAATCTTTAAA TTCCACATTATTGTATAAATATATATTATATTCATGTTATGTTATATTATATTAGCTTGA TCGTTATTACATAAACCGAATGAGATAATCCTCAACGATTCAACCACTAATACAAAAAAT TCATATAAATTATTATTTTTTTTCCAAATTTGAATAGAGAAACAAAAAGTACAAAGAGTG GTAATATGGAGAAAGTTACATAATTTTTTCTCATGTGGAAAGGAAGAAGAAAATGACAAA AGAAAAAATATATATTTTTGGTATTAAATAAAATCAAGAAGAAATATTTTCTCTACGTGG GGTTTTCATTTTCCATCTTTTTTCAGTCTTTATGGGCAATTCCCTTTATCCATCGGATTT TCTCCCCACCCTCACACAAGCGCGTGTAATACACGACGTCGGCGCATGTTAGCATAGTCA TTTGTTTGAAAAGAATACTTGAAAAGTTGATAATTTTTTAAACTTTGGAAAGTGCTTTGA AGGATTTACTAGGAAAAGAGTTTCTCCTTTTGCACCTAACTAATTGCGCGGTACAGCGGA TGAAGTTATTCGTGTTTTAATTAAAATTGAATTTCTAATATTAAAAAATTTCTCTCAAAT GAAATATTAATTGAACGTTGATACAATTCATTACTTTTATCTTGTATTTTGATATAAAAA TTTATCTGTTTATCTTGATTAATTAATAAATTTAAAAAAAGAAAATCAATTGATTTTGAG ATATTTCTTTGGTCTTAATTATTTTTTTAAAAAAAATTAACCAAATATATTTTAAATTTG AAGTTTCTATCCTATTAATTGAACTATATAATCAACAAGAAAAAGAAGTAGGTGTACAAT GTATTTTACATAAATTTTATGAGTTAGTTCGAATAGAGATAAACTCTATTTCCATATTAG TATGTTCCATGTTAATCATTCTTTTTTGTTTTTCATAACCTTAATTAACCAACAAAAATA TGTGCAATTATTATTTAACTTTTTTTCTTAATATGCTTAGCAATTGGACCTACTTGCTCT CATTGGATACTTCCTAGCTTTAGTATTTTCACTTAAATTAGTAAAATTTTGAAAGAAAAA GAAACAGATTTAAAATAATTTTATCTTTCTCAAAGTCTGAACGAATTGACTAAAATATAT ATTGTATATACGTTTCGTTTACTAAAACTTTGCTAATAATTCTTCTTTTGCTATCAAATT GTACTTCCAACAAACCTAATATACAAAGAATGTAATTATATTCGTTGATAATTATGTGCA ATAGTCATAAATATTCTAGATGAAATAGTACGTACTACATATAGATAAATATAGTGCCTT AATTAATTTATTGTGCTTAGCTAAGGACAACCTAAAGTACATAATTTTTTGTATAATATA TATTTTCATTAGATGTACAATATTTCTATTCAAATTCCAATTTAAATACATAATTCTTTT ATTTTATCAAGTATTCAATATTTATATTAAAATTTCGACGAAAAGTATAAGATATTATAA AAGACCATGAAATGACTAATGAGTAATGACTTTGGTGTTGAGCGTAATGAAGGGGCCGTG CCACTTACGTGACTAAAACACTCCTAATTAAATATTAAAGGATAATAAAAGATACTTTCT CTCTCAATATTTAGTCGTCGATTTTAGAAAAGGTAAATATATTAAGATAACAATAATTAA TATAGTAAAGTTACAATTTTATCCTCATTAAATAAGCTTTCAAAAAGAATGAATTAAAAC TTAGAAATTTTCAAGAGTTTAAATGAGGACATAATAGGAAAAAAATTATTTCTTGATTTA TCAAAATTAATATGTAAATAGAGATATCTAAAAGAGGAAATATAGACAAGTAAATAGAGA CAGAACTAGTAAGAGTTAGCAATTTCTACACAAATTCTTTAGTATATTTTGAAAAAAATT ACTCCACATTAAATATGTGTATCAATTCAACAAATACAAAATATTATTGAAGTTAGATTC AAAACATAAATAATGAAATGACGCGAGAAGTCATGATAGAGAAAAGTGAATCGTGTTAAT CAAATTTAACAATTAAGAGAGGCAAAAGAAAAATTTATTACTCTATCTGTTTCAAAAAAA AAAGACATTCTTTCCATTTTAATCTGTTTCAAAAAGAATGATTATTTCTTTTATAACAAT TTTCAACATGACATGTTTAATGCTACAAAATTAAAAGATAATTTTATACATTTAACATAA CTTTCATTTAAAACCACATAAATCAAAAGTTTTTTTTTATTTTTTTAAATATCGTGTCAA ATTAAATTAGATATTTCTTTATAAAACGAAGAGAATATATATATTATGATCGATGATGAT TACTAAAAACGATCTTTCTAAATGAGTTCATCACTTTATATATTAATAAAGTTCAAACAT TCAAAATACGTTAAAATCGAAAATAACATAGCATTTTTTATTTTTTTATTTTTAAAATAA CGATATTTTCGTAAATTTTTATTTAACCAACCACCATTGATATAAGGGAAATACAAAGGG AAAGAGGCGCCGAAGAAGCGAAAATGCAAAAGGCATTCACATGGCTGACCTCTTTGTGTG TGTGCGTGTTTTAGCGATTAAAATTGTGGTTAAATTTATCTGTGATCTCACGTGTTAAAT TATAAAATTATTGATATAAATTATATATATATATATATATAAGTTTAATAAATTTTAAAT TTTAAATTTAATTATTTTTATTAAAGCTGATATGCATACTTATTTTAAAGAGCAAGAAAA CCCATGTTTAGCGTATTTATGCACACTTACATATATACATCAAATAATAGAGAATTAACT ATGAACAAATAATTGATATTATTATTAGTATATGATTTTTAAGCTGATCTTAAATACTTT CTCCAATTTATATAAATTAAATTGTTGAGACGTTTTTTATTTTTTAAATTAATTTAATTA TTTAATTTCAAAATTATTTTTAAAATATTTAATATTAAAATTATTTATTAATTAATATTT AGTGTTTTTTAAGATTACAGAATTTAAAAAAAAAAAACGGGTGAATCGCAGTTTACAAGG ACTGAGAATATTTATTTTACTACTCCTATTCTTAGGTCTTTTAACGATCACCTATTAAAA TTCTTGTCAACTGTTATCAATTATGATTATTAAGTTGAAAATTAATAAGGATCAGAGATG TATATGAATTATTAGTACGTGGCTACACAAACTCTAAAAAGAAATAGGCAAATTCGATAT AATTTTACAAAGTAATTAGATTAATTAATTTAATACGATGTAACTCTACTCCTAAGTCCT ACTATATAACAACAAAATGACATTAATTAAGTGAATATTTTTGAGGCAATTATTTTATTT GTTAATAATTAATTTGAAGATTGTAGCATAATTAAGGAACAAGAAGAGAAATACACTAAT CCCGGAGAGAAGCACGTGAAAATATGCATGAGGACCACGAATTATCATGCACGCATGCAT TTTGTTTAAATCAGAGCCGTTAAAAAAATCAGTTCATTGAGATCTGGGCCCAATAGCACG CCCCAAATTGCCTTTTTTTGTTAAGTAGGGCCCGGCCCATTAAGCGCAGCTTTCTATGGT CCTTTGGAACTTAAACTCGCCGCATTATTCTGTACATTTATATTCCCTTTTTTTCTGATT TTATATTTTCCAGAAAAAATCTCGATTTTCGTACACCGTCGATTAGAGGACACGTTTCCA TCATCTAACCGGTGAAACTATTTGTGGGTCCATCAGGTACGTTAGGCGGTGGATCGATGA CGAATTTTGATTTTCATGACGTGGAAATTAAAAGAAAGGTTATATAAAAGATCGGAATAA GAATTGTGAACTCGTTATAAAGCTTGACAAATTTTATTTGAGTTAGAGTTGCGATTTAAT TTTGAAATGATTTCAGAGTTTATACTGATTGAGTTGAGAATATATTAATGATCTTTGCAT GTCACACTACGAATCGAATAATGGAATTGCAAAATAGAGAGATTTGAATTTAGTTGTAAT AGGGTGTTGATGAGATTTATTCCATATTGCATCGGGGATGAGAACTCTGATCGATTTTAT TATATGATCTGGACAGTTTTTTCCGTTTGAATTAGCGTGTAAGTTAACGTAAAACTAAAT TTGATAATTTTTTAAAAAAATGAATCGATATTTGTATGACGTAAAGATTTGAGAAAAGCT TATTCTCGAGGCACTTTTTCTTTTATAGTTGATTTTCTTTTCACTTGCCAAAACTTTTCT TCCTTAATCTTATCGAACAAGACATTGAATACATGAGCTTAGATAAATTGATATATTATT CAAGTTAGAAATACTTATATACGTTGTCAAGTGTCATGTTAATGTGGACAAATTTGACAA ATCGAAGTATCTTACACAAGCAAAAAAATTTAATCTAATGTCATCAAGTTCTTTCTCGAA ATTTGACAAATCAAAATAAAAAATATATTCCGTAAATTCGATAAAAGAAAAAAATAAAAT TTTGACGATAAATTTTTTTTCACTTTGTGTCAACATAAATCTACGACATGAAAAAAAACA TGTAGTACAATTTTAGTCAAGAAGTTAGATCCAAATTATAATTATGAAACTTGTAAAGAA TAAACAAAGTAACCATCGTATAATCAATTACATTATTATACTATTATTTGACAAATTGTA TTTTCCTTTCATATGACAAAAAAAAGTTGTCAATATTTGACTATACAATGATGAATATAT CTTAATTTAATAATTTATCCGTAAAAAGCTAACAACAACAAAAAAAATGTAGTAGTAGCA GCCAAAACTAAAAGGGAAGTACCACTAATTAAGTTAATAATGGTGTTGTTAAAGAAGTAA AGCTATTATTGACCACAATTATTTTATCCTTTAGTTTTATTGCACCAAACATTGAGGCTA ATTTAGCATGCTCTCAATTATTGAATCTTTTAAAATTATTATGGGCCAAAAATTCTAGCA GAAAAAGGACGAAAAAAGAATTATATTATTATTATTATTAGAAAAATGAAACTCAATTAC ATAGTCAAACTGTCAGTCAGACAATATGACATTTTTTTTCCAATAACAAACAAAATTTCC ACCGAAAGTAGTAAAAACTAATCCAATTATCCACCAAAATAAATTTCCATTAAAATAGGA AGATTTCTTCAACTAGAGGATCTTAACGCGGAAAATATTTATCTGTACTTGATATTTATA TAAAGCAAATAATATAAAAGAGAGATGCGTAGTACTTATCGGTAAGTGATAAAATTTTAT AAATAATGTGTATGTATTGTATTCATTTTGATTGATGTAAGTATTTGATATTGATAAGCT TTTTTACCACTAAAAGTGGTTTCTTATATAATATATATGATCAACTTAAAACCTCTACAA ACCCTATTTAGAATCCCTAATTTCAACTTTTTTTTTCTCATTTGATGTCAATATTCATGT TGCAGCTTTAGATCCTAATTAATTCAAATTCACGTTATTAAAATGACTTATTAAAAATAA ATTATTTTTTAAAAAAAAAATCATATCAAAACTCAAACTCGACCCATTGTGACATGATAG CAAAGCTTATAGACACATCTTATACAAAATTTCCTCAAAAAAATTGTTATACATTTGTAG TAATTATATTAAAAGAAAAAAAAAGTATCGCGAGTTTATTGTTCTATATTTAAATCTTAC TATGAGCATTCATTTAAGGAAAATCAATGTATAAGTTCAAATTTCAATAGAGACACAGAC ATATATTATTAGATAAAGTTATTTCATATTTGTATTAATAAATATATTATAATTAATTAA TGAAAAATTTACTCAAATATCTACGATAAATAAATTAATTTCTTTTTTAATTTGACTTTA TTTTATCACTTTTATACAATATATACATTCTCCAAAAACATAGAAATTATATTTCAACCA TTACTATGATTGGAAGAAATCATGGTACCCCACAATGTTATTGGTAGAAGTACATAATAT CATAAAGATGATCCCTTTTTTCACCAAAAAGATAAAAAAAAAAAGTAGAGTTATTGGAGA AAAAAGATGAAGAAAAAAAAAGTAATTAATTATAAGTAATCATAAATCAACTAATCATGT ATATTGCTCTTTTTATTTGACCTTAGATTGCTTCTAATAAAGCAAAAGCACTTTCTTAAA AGTGTGAGATACGTATCAAGAAAAAAAATAAGAGTGGAGAGTCAATTATCACTATCTGAA AAATATCTTTTATCTTTTTTTAATTATATATATTCAATTAAAAAATAAAAAACATTGTAT AAATAATTGGCGTTTGGTCAATGTTTTAATAATTTGAGATTGTTGAATGATGAAAAGATA TTGGTAATTAATTATTGCCCACCTTATAATTGATTATTATACCAAACGCAAAATCATCAG CCTGCATGCGTACTTTTTATTTTTCAAAAATAAAAATAAAAATTGACATTTATAAATCCT ATTTGAATCATATTTACATACCATAAAAAGGATAATGTTTTTCTAGTTTTCTTTTTTATG GAACATAATTAGTATTATTCATCCTGATGTTTATAGTTATTAGTTTGGGATAACGCACAA GTATCCCCTCAACCAATGCCCGAAATCTCAAAGACATACTTATACTATACTAAGGTCCTA TTACCCCTGAACTTATTTTATAAGTAATTTTCTACCCTTTTTTAGTCTACGTGGCACTGG TTTGGAAAAAAAAGTCAACCATCATTGGACCCACAAGATAGTGCCACGTAGGCCGAAAAA GGGTAAAAAATTATTAATAAAATAAGTTCAGGGGGTAATAGGATTTTATTATAGTATAGG TGTGTCTCTGAGATTTCGGACATAAATTGAGGGGGTACTTGGACATTATCCCTTATTAGT TTGTTTATCATTTGACAACTGTTCTTAGTATATATATATATATATGAATATCAAGAATTA AGTGGAAGGTTATTTAATAGGTATTCGAATATCAACTACTCGCTTGCTACTATCAATTTT GATTTTTTTACATATTTTCGCAACTTTGTTTATGATATTGTTTGTTGTGACTACTTTTCT TCTTGCCATTATTTTCTATATGACTTTTTTTTTACTGTATTTTTTTTCTTATTGATTAGA ATATGCTTAGCTTGAGTAGATGGTCTATCAAAAATATGTTATTTATCTTCAATACTCATC GCTATATTGAGATATGTTTGCATATATATATACGCACCACCTTTTGCTAGATTCGACTTA TAAAAATTTCAATGAATAAGATGGTATATTATTGTTGTTGTTCTGAACAAACTAAAAGCA ATCAAACCAAAAATTATTTAAAATGATGAAATTATTAATATGAATCTTCAAGATAATTGT TTAAAGTTCTCGGATTTAGAGAGTAAAGAATTTGTTTTTTTCCTTTTTTTCACTACTCAA AAGATTTGTACTTCATTCAAGTATTGGATTTCCTGTCTCATGTCAATTAAGAGGAGTCAT GGAAAGAACAGGTTCAAAGTCGCGATCAATTCTTTTTTCAAATCCTGCTGCAGTTGCACA AGCTCTTCCCGCGTGCCACAAATGACCTACAAAGGAGAAGAATCCTAGAACAAAATGAGA GGTAGCTTTCTGCGATACGTTTATGACAATTTTCTCATTATTGTGGGTGACAAACATGAT CAATGACGGAACAACGAGAACGAGTTAAAAAGAACTTAGAATTTTAAGTTGGCAAAGCTT TTGAAAAAAGAATCGCAGACATGACACCTTAGATAAATTCATCAACATTAGAATAGAGAG AGAAGTAATTAAAGAGATAGTTCATATGACTGCGCACACACTTTTAAACTCAACAACAAT GAAGTCTAAGAAACAAATCTATACAAAATATGTTGAATTAAAACAATTAATGCGTACTAT AAACTTGATTTTCATATTAGTAAAACAATTTTATTAACTAAGTGGACACAACACTAAGAA ACTAAGTGGTTGAACTTTATGGCACAAGCAAATGATTAACATCATCATTATAATGTAGTA AGATTTCACTAAGATAATCCTAGAAAAGTTATTTTTGAGAACATATATTATAGAGTATAG TATTAATAGTTTGATAATTGTATTGGCATGGGGGTAAAAAATAAAAATAGGGGGTCCACA AGTGATGATTGAAATTGAAAGGACTTAAAGGCAAAATAAAAGAATGGAATTGGGCGTGCT GCTAAGGGAACATAAGAATAGTATAAAGTGTAGGGAAGTGAGGAAACATTTTTTGTTTTT GTTCTCTCTTTATTATTCATTTTGTCCCTTTTATATCTATTTTTATGCAATCTTCACTTT GGTCATTTTTCTTATTGTGGGCCTTAATAGAAAAAAGCAATGCATGTAACTTACGACAAC AACGATAACAATATATTCAGTAAGATTTCATTAAGTTAAAATTGGAAAGATTAGAATATA CTTAGATTTTATCATTATCTGTAGAGATAGAAAAATTGTATTTAAAAGATGTTTGATTCA AGTGCATTAACATCAAGTAAAAAGGAAAAAAAAAACATATTAAGTAGGCGTTTGGTCATG CGATACCATATCACAATATGGTATCGTGAGATGGAATCAGCGTATGGACATGCAATTTTA CGCTGATTCCATATCATTAGATGTGATTTCATATTTTCAAAATATCATGATATGGAATCA TATGTAAAATACCATATCATGATTTGAGAAATTTTAATACAAAAAATTGATCCACAAGTT TATATTTTGTTTAAACAACCCCACATTTATATCTACTAATCATTTACTTCACATATATAT AAAATTTATAATCACATCATTACTTTTTTATAATTTATTATTCTCACCGACATAAAATTT ATTATTCTCTCCAACAAATAGTCACTTTAACTCGCACTTCACGATTATTGAGTAGTAAAA TCTTGAAGAGTCCGTGAAAGGTGTTTCATTTTTACTCAAATATATTGATGAAACAATTAC TTAAGTTGGAGAACAAATAACTTTAAAATAATTTATTATGCAATTTTATAATTTTTTGTT TATTTGATAAGATTGAATAAACAATTGAGACTATTTTAACAGTTTTAGAACTTATGGGAA TTTATGTTTTTGAGAAAATATACCACATCAAAATTTCATATCGCACGTCCAAACAAAACT TCAAATTCATCTCATGATTGCATATCATGATTCCGTATCATTGATACCATATCACATGGC CAAAAGGACCCTAATTAATAAGAAAAACATTGTAGAGACTACAACCGAGAAACAATAAAA AGAGCAATAAAATAAATAGTGTAATACTCAAAACACAATAAATAACGTATGACAAGAAAT ACAAAGGTGCGACTAGTACGAAGATATGTAGTAATAAGTCTAAACCGTTGCAAGACAAAA CAACACTTTACCTTTACTTATAACTTATTGACATAATATACGACATTTACTCCATCATAT ATAGAGTCACGTCCTTGGTAATTTGAAGTCATACAATGTCCTGTCTAATTATATTTTCTC AATACTTTTACCCTACTTCTACCTCTCGACGTATCCCCTGTAGCCAACTTTTCACACCTC CCCTCCTTTGATTATTTAGAATGAGAAGATGGAAATGGAAAATGAAAAATGTATCAAACC AAAGTCATACTACTACTGGTTTTCATCAAGGGAATATTTGTTTGGACTGAAGAAATTCTA AGCTTTGGGCCAAGGCCCATTCTGAAAAATGTATTATGATTTGTATATTTTACATGAGAA TAAATGGGAGTCAAATTCAACAAGTCATGCATGATCCAATTCGATCTTTTTTAGCCTATT TGAGCCTAACTCATTTTAGCCGATAATAAATATGGATGGATCATAACCCAACTTAAATTT TAGTTCAAATCTTTTTTAATTTCTTCAATTTCAGTTCAACTAGGCACTAGCCCATTTAAG ACTTCTAATGAGATGATCCCTTAAATTTATGGAATTTTTTGAAAACTATATATATAATAT TTTGCTATAATTTAAAAATAAAATAGTAACTTTCGTCTTACTAAATAAGTTAAATCTATC AATCTCAATTTATGTGGCATACTTATTTTCATGCTTTGATCGACAAGAAAATATCATTGA TTTAGATTATTTTTTTTTTTAAAAAAAATAAAAAATTCTTAAAGAATCTCATAGACAAAT TTGAATTTAAATAGTACAAGCCCAATAAACCCTCAAACCCAAGCCCAACAAACCCTTACC CACTCGATCCAAAGTTCCAAACCCAATAACCCATCAACTTTTGAAAAGCTAAGTTGGATT GTTGGATCTTCACAATGGCCCAAGAATATAGATGATGTTTTTTTGGGACCATCATTTAAA TTATATCGTATCGTGTAGAAAAAATAAAAATTTACCCACGTTAGAATAACTTCAAACGTA TGGTGCCTAGAATTTTCATAGGATTGAAGTACATACACATATGACTAAAGAAAGTCATTT TTAATGAACTTTAGGCACGTATGACTAAGCTTCAACTGTTTTTTCAAGACGTTCTTGCAC ATATCACTGAAGTTCAAAAATTCTCGTGATTTATAAACTTTGGCTTGTTGTTTACTCAAA AAATCTCATAATAAGATAATGTAATTTTGGTGGATGCAAGTACATTGCATTCATGCCATA TTACCTAATGATTAATCAAGAGAAATGAAAATAGAAACAAATTTCATAGGGGAATCAAAT AATCCATTGGTTATTTGGTTTGTTATAAGTAACACCCCATATTCTTTAATGGACCCCCAA AATATTTAATGTTTATAATGGGACCATCCACAAAATCCAGATGAAAATGAAAGCTCAAAA AGCAAAATAATACTCTTCTACTTTATTAAAATTAATAAAATAAATGATAGCATGCATGAG TCACTATCAATGAATTTAGAAATTATTATATATGGAGAAATTCAAGTTTATGTTAGAATA TTATATTTCGTTTTTGTAATTCGAAACAAAGAAATTTCTTATTAACCACATTTTTGTCAC TTTACAAGAATTCTTTAGTATGTCAAGGAATTCAACATTATGTATTAAATAAACATAACC TACTTGTGTAAGATATATAATTTTTTGACGAAGACGATTTAATTGAACTCCTTAATTGTA TTTGCCGAATTCCTCCATGCTTGTTGTCACACTCACTAGTAACTAAAAAGTATGATTTAC TGATCAGTGAAAATCATGCAAGATCGAGATTCATATTACAAACATAAACATAAACAGTAG ATGATTTCTCCTATCTGCATACATTCTTTTGTGAACAAAGGTTGATAGTATAATTTTTCA ATTAAAAATCGATGTTCATATTCAGATGAACCCCTTTTACTATCTCAACCCTCTAATTTA GTCTCTCAACTCCCAATTGGTGGTCTCAGATAATAAATAGGTATTCGTTGAAATAATCGA AACAGATAGAGTATAGTGTAACCACTATATTATTTTTTTTTATAAATAAACAAATGATAC ATGAGTCTAAAAAGGAAGGGAAAAAAATACTTATAGTACTAAATTTTATTATTTGTGGTT TGGTAAATGGTGCATCTTCCTCCCATGTGAGGGTTTAAATTTTTTAAATTTTTATTATAA TAAGTAAAATATGCATTAAAAAATAAATATAAAAAAATTAAAACGAGAATTCCCGTTTAA TACGGACTCCTAACATGCTTCCATGCTATTTTTTAATTTTTCTCTCCCTCTCAATAATTA AAGAATCAAAAATAGCCCATATCTTTTTAATTTCTTCATAACTTTAATTAATTAATTAAT TTAACTAATAGTATTTGATTTTTTTTTAAAAAAAATTATTTTTAAATTATAGGGTAATCA TAAGAAGTTGAATTATTAATTTGTAGACTAGTAGTTAAGCCACTTTTGGAATCTTTATTT GGTTTATTACAAGTTTGATATATAATTTTGACCCATTCCACACAACACTTGTTACTTCTG ACACTATCGTAATGAACTAGAGATCTTTAAGATCTTTGCAGATATGTGAATTATGGCATT TTTCAATTTTATAATAAGGTTTCTTGTTTAAATAATAATGAGAAAATTGATTAGTATCTT CGATAGATGTGATCTGCAAATAATTTTATTGGTAATTACTAATGTTGTAACAATAAATGG TAGCTTTGGTTTTCGCAATTTTTTTGTTTTTTTTTGTGTGTGTACACAATTTGTATTATG ATTTCATTCGTTGAATTTCTAGTTTCTAATTTAGGAACCGTCAATAGGAAAATTATATTA TTTGGTAGTATAGTAAAATCAACGATAATAATAAAGTATTAATGTAATTTTGCGAGTAAA ATATGAGAAAAGAGAGATGTATGAAATTTTATTCCTACTTCAGAAAGGTAAAAAATTGAT TTTTGATCAATCTCAGCTCAATGTAAAACATAAAAAATAGATATATAAAAGTAAGTATGA TAATGAAGAATTCATATCGAAAACAATGAATGAAAATTGTCAAGAAGTATAAAATAACAA AATGTGACACTTGATGCTACTATCTTAACAATGTACGTATGGATGAAATGTAATTTATTA ATATGAGTTGGGTATAGTGGGGGAAACTGCTTTATTCTTAATCAAAAGTCTTAGTTTGAA GTCTTGGTTATGAAGATATCATATTGGAAGCGTCATCTTCAAATGGATCAGCGCACAACC AGAATCTAATCGGGACTCTCACACGAACTCAGAAAACAAGGAAAACCTAATAAAATGTAT ATGTCTAGGTTAATGGATTTCACCCCGCCCAACATGATCAATAGTATTTTTACTTATTCT TATGTGTGACTCAAACACTTTTATTGATCAATGATAGAGATAGTCAACCACTTGAATAAG TCTCACTTGTAAATGAATTTTCTTCAACTTAAATCTTTTTTTTTATCGTTAAGAAATTAA GATGTAATATTTTCTCCATTATTTGATTAATAGAAAAATAACTCGAAATTAATTTAATTT ATACAAACTAAGATGGAAATCTCTTAGCTCTATATACAATTAAGCTAGCAATTAAATTAT ACATTATGATAATTAGCCACTATTAAATATTATATCTTCAAAGGAAACTATACATATTTG GTGAATCGATCAATCATTTTCAATCATTTGAATCCCTTTAAAAGAATTAGAAATATTAAA AATGATTGAAGTTTGAAAATAATTAAAGTCTTAGTAACATCCAACCCACCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 13751 13751 match_part 1.000 13661 13376 match_part 0.998 12210 11789 match_2 match_part 0.956 16585 17135 match_3 match_part 0.636 49777 49798 match_part 0.970 50006 50238 match_4 match_part 0.908 52830 52971 match_part 0.982 54237 54407 match_part 0.939 55350 55578 match_5 match_part 0.992 52844 52971 match_part 1.000 54237 54407 match_part 0.932 55350 55719 match_6 match_part 0.932 52855 52971 match_part 0.977 54237 54407 match_part 0.940 55350 55584 match_7 match_part 0.932 52855 52971 match_part 0.971 54237 54407 match_part 0.890 55360 55541 match_8 match_part 1.000 55350 55692 match_9 match_part 1.000 55350 55692 match_10 match_part 1.000 55350 55692 match_11 match_part 1.000 57293 57427 match_part 1.000 59632 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61471 match_12 match_part 0.968 57467 57560 match_part 0.929 59668 59723 match_part 0.915 60785 60926 match_part 0.943 61160 61439 match_13 match_part 1.000 57488 57560 match_part 1.000 59668 59723 match_part 0.993 60785 60926 match_part 0.990 61160 61358 match_14 match_part 1.000 57542 57698 match_part 1.000 59632 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61391 match_15 match_part 0.988 57549 57634 match_part 1.000 59668 59723 match_part 1.000 60785 60926 match_part 0.999 61160 62292 match_part 0.762 62659 62679 match_16 match_part 0.904 57562 57634 match_part 0.946 59668 59723 match_part 0.937 60785 60926 match_part 0.981 61160 61479 match_17 match_part 0.904 57562 57634 match_part 0.946 59668 59723 match_part 0.931 60785 60900 match_18 match_part 0.981 57596 57698 match_part 1.000 59668 59723 match_part 0.979 60785 60926 match_part 1.000 61160 61590 match_19 match_part 0.998 58257 59066 match_20 match_part 1.000 58258 58780 match_21 match_part 0.984 59420 59723 match_part 0.979 60785 60926 match_part 1.000 61160 61221 match_22 match_part 0.946 59668 59723 match_part 0.951 60785 60926 match_part 0.974 61160 61664 match_23 match_part 1.000 59668 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61346 match_24 match_part 0.988 61235 61976 match_25 match_part 0.991 61528 62081 match_26 match_part 0.999 61531 62292 match_27 match_part 0.999 68016 69424 match_part 0.992 69569 69701 match_part 1.000 69787 69871 match_part 0.998 71033 71501 match_28 match_part 0.999 68027 68721 match_29 match_part 0.977 68057 69424 match_part 0.962 69569 69701 match_part 1.000 69787 69871 match_part 0.985 71033 71488 match_30 match_part 0.958 68058 68608 match_31 match_part 0.959 68452 68933 match_32 match_part 1.000 68532 69061 match_33 match_part 1.000 69126 69424 match_part 1.000 69569 69701 match_part 1.000 69787 69871 match_part 1.000 71033 71091 match_34 match_part 0.992 70204 70734 match_35 match_part 0.997 70363 70972 match_36 match_part 0.946 72517 72865 match_part 0.968 73277 73338 match_part 0.971 73435 73502 match_part 0.917 74047 74130 match_37 match_part 0.942 72539 72865 match_part 0.968 73277 73338 match_part 0.971 73435 73502 match_part 0.951 74047 74168 match_part 0.981 74816 74921 match_part 0.956 75051 75095 match_38 match_part 0.942 72539 72865 match_part 0.968 73277 73338 match_part 0.971 73435 73502 match_part 0.951 74047 74168 match_part 0.972 74816 74921 match_part 0.955 75051 75094 match_39 match_part 0.942 72540 72832 match_40 match_part 0.935 72543 72865 match_part 0.968 73277 73338 match_part 0.971 73435 73502 match_part 0.951 74047 74168 match_part 0.981 74816 74918 match_41 match_part 1.000 76586 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79089 match_part 1.000 80430 80668 match_42 match_part 1.000 76587 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79070 match_43 match_part 1.000 78809 78842 match_part 1.000 79056 79089 match_part 0.919 80430 81142 match_44 match_part 0.942 80456 81177 match_45 match_part 1.000 80719 81063 match_part 0.591 81339 81360 match_46 match_part 0.994 86748 87076 match_part 0.997 88685 89073 match_47 match_part 0.994 86749 87076 match_part 1.000 88685 88915 match_48 match_part 0.883 86846 87076 match_part 0.968 88685 88841 match_49 match_part 0.938 86947 87076 match_part 0.921 88685 88976 match_50 match_part 0.974 86962 87076 match_part 0.995 88685 89290 match_part 0.962 89396 89448 match_51 match_part 1.000 86973 87076 match_part 0.988 88685 89018 match_52 match_part 0.958 86982 87076 match_part 1.000 88685 89241 match_53 match_part 0.989 86982 87076 match_part 0.991 88685 89240 match_54 match_part 1.000 86984 87076 match_part 1.000 88685 89290 match_part 1.000 89396 89437 match_55 match_part 0.975 87037 87076 match_part 0.988 88685 89290 match_part 0.942 89396 89464 match_56 match_part 0.872 89127 89290 match_part 0.958 89396 89584 match_part 0.951 89754 89834 match_part 0.958 89941 90084 match_57 match_part 0.896 89127 89290 match_part 0.958 89396 89584 match_part 0.975 89754 89834 match_part 0.991 89941 90048 match_58 match_part 0.979 89538 89584 match_part 0.975 89754 89834 match_part 0.998 89941 90348 match_59 match_part 1.000 90403 90918 match_60 match_part 0.956 90416 91030 match_61 match_part 0.953 90771 91342 match_62 match_part 0.948 90771 91293 match_63 match_part 0.995 90986 91543 match_part 1.000 92235 92305 match_64 match_part 0.995 90986 91543 match_part 1.000 92235 92305 match_65 match_part 0.996 90987 91535 match_66 match_part 0.954 91004 91543 match_part 0.552 91605 91633 match_part 0.688 91857 91872 match_part 0.820 92235 92428 match_67 match_part 0.979 91264 91543 match_part 0.552 91605 91633 match_part 0.688 91857 91872 match_part 0.898 92235 92568 match_68 match_part 0.901 92356 92568 match_69 match_part 0.901 92356 92568 match_70 match_part 0.995 93243 93610 match_part 0.973 95820 96117 match_71 match_part 0.995 93244 93610 match_part 0.973 95820 96117 match_72 match_part 0.967 93249 93610 match_part 0.941 95820 96022 match_73 match_part 0.968 93263 93610 match_part 0.855 95820 96211 match_74 match_part 0.907 93289 93579 match_75 match_part 0.984 93483 93610 match_part 0.903 95820 96097 match_76 match_part 0.992 93484 93610 match_part 0.896 95820 96097 match_77 match_part 0.945 101783 102091 match_part 0.957 103052 103352 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_78 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 0.981 12210 11782 match_79 match_part 0.981 13587 13376 match_part 0.995 12210 11811 match_80 match_part 1.000 13587 13376 match_part 0.998 12210 11811 match_81 match_part 1.000 13876 13751 match_part 1.000 13661 13376 match_part 0.984 12210 11829 match_82 match_part 1.000 13870 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11829 match_83 match_part 0.974 13866 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11829 match_84 match_part 0.989 13643 13376 match_part 0.927 12210 11829 match_85 match_part 1.000 13436 13376 match_part 1.000 12210 11829 match_86 match_part 0.921 12210 11829 match_87 match_part 1.000 13581 13376 match_part 1.000 12210 11830 match_88 match_part 0.995 13564 13376 match_part 0.981 12210 11833 match_89 match_part 0.984 13875 13751 match_part 0.993 13661 13376 match_part 0.925 12210 11836 match_90 match_part 0.993 13893 13751 match_part 0.993 13661 13376 match_part 0.971 12210 11838 match_91 match_part 1.000 13873 13751 match_part 1.000 13661 13376 match_part 0.987 12210 11840 match_92 match_part 1.000 13869 13751 match_part 1.000 13661 13376 match_part 0.992 12210 11841 match_93 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_94 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_95 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_96 match_part 1.000 13444 13376 match_part 0.989 12210 11842 match_97 match_part 0.929 13778 13751 match_part 0.983 13661 13376 match_part 0.992 12210 11847 match_98 match_part 0.992 13877 13751 match_part 0.997 13661 13376 match_part 0.989 12210 11858 match_99 match_part 1.000 13866 13751 match_part 0.997 13661 13376 match_part 0.989 12210 11858 match_100 match_part 0.990 13579 13376 match_part 0.960 12210 11858 match_101 match_part 0.911 13851 13751 match_part 0.976 13661 13376 match_part 0.957 12210 11860 match_102 match_part 0.917 13870 13751 match_part 0.990 13661 13376 match_part 0.957 12210 11865 match_103 match_part 0.974 13864 13751 match_part 0.990 13661 13376 match_part 0.960 12210 11865 match_104 match_part 0.996 13656 13376 match_part 0.991 12210 11870 match_105 match_part 0.904 13865 13751 match_part 0.969 13661 13376 match_part 0.887 12210 11874 match_106 match_part 1.000 13861 13751 match_part 0.993 13661 13376 match_part 0.958 12210 11874 match_107 match_part 0.989 13556 13376 match_part 0.944 12210 11874 match_108 match_part 1.000 13495 13376 match_part 1.000 12210 11874 match_109 match_part 0.946 12170 11874 match_110 match_part 0.902 12171 11875 match_111 match_part 0.934 13901 13751 match_part 0.997 13661 13376 match_part 0.988 12210 11878 match_112 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 0.988 12210 11879 match_113 match_part 0.947 13864 13751 match_part 0.986 13661 13376 match_part 0.945 12210 11881 match_114 match_part 0.984 13876 13751 match_part 0.997 13661 13376 match_part 0.973 12210 11883 match_115 match_part 0.976 13875 13751 match_part 0.990 13661 13376 match_part 0.960 12210 11887 match_116 match_part 0.984 13875 13751 match_part 0.993 13661 13376 match_part 0.946 12210 11898 match_117 match_part 0.983 13551 13376 match_part 0.987 12210 11910 match_118 match_part 0.983 13551 13376 match_part 0.990 12210 11910 match_119 match_part 1.000 13869 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11911 match_120 match_part 0.983 13865 13751 match_part 0.990 13661 13376 match_part 0.973 12210 11947 match_121 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11950 match_122 match_part 1.000 13868 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11959 match_123 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11979 match_124 match_part 0.983 13865 13751 match_part 0.993 13661 13376 match_part 0.978 12210 11981 match_125 match_part 0.976 13874 13751 match_part 0.990 13661 13376 match_part 0.973 12210 11986 match_126 match_part 0.960 13875 13751 match_part 0.990 13661 13376 match_part 0.968 12210 11995 match_127 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11998 match_128 match_part 0.982 13859 13751 match_part 0.983 13661 13376 match_part 0.966 12210 12005 match_129 match_part 0.985 13880 13751 match_part 0.993 13661 13376 match_part 0.945 12210 12010 match_130 match_part 0.976 13875 13751 match_part 0.990 13661 13376 match_part 0.978 12210 12026 match_131 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12047 match_132 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12059 match_133 match_part 1.000 13881 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12071 match_134 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 0.983 12210 12090 match_135 match_part 1.000 13877 13751 match_part 0.997 13661 13376 match_part 0.983 12210 12095 match_136 match_part 0.951 13579 13376 match_part 0.981 12210 12107 match_137 match_part 0.983 13868 13751 match_part 0.979 13661 13376 match_part 0.964 12210 12128 match_138 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12136 match_139 match_part 0.817 13881 13751 match_part 0.986 13661 13376 match_part 0.983 12210 12152 match_140 match_part 1.000 13878 13751 match_part 0.993 13661 13376 match_part 0.983 12210 12152 match_141 match_part 1.000 13873 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12152 match_142 match_part 1.000 13860 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12152 match_143 match_part 1.000 13866 13751 match_part 1.000 13661 13376 match_part 0.966 12210 12153 match_144 match_part 1.000 13879 13751 match_part 0.990 13661 13376 match_part 0.980 12210 12162 match_145 match_part 0.975 13909 13751 match_part 1.000 13661 13537 match_146 match_part 1.000 13880 13751 match_part 0.965 13661 13577 match_147 match_part 0.982 16651 16597 match_part 0.900 16133 15455 match_148 match_part 0.998 16125 15649 match_149 match_part 1.000 17178 16597 match_150 match_part 0.959 17135 16597 match_151 match_part 0.959 17135 16597 match_152 match_part 0.997 19155 18854 match_part 1.000 18728 18654 match_part 0.987 17249 16638 match_153 match_part 1.000 19026 18854 match_part 1.000 18728 18654 match_part 1.000 17249 16889 match_154 match_part 1.000 18920 18854 match_part 1.000 18728 18654 match_part 0.987 17249 17095 match_155 match_part 0.993 18999 18854 match_part 0.987 18728 18654 match_156 match_part 0.938 20153 20058 match_part 0.981 19570 19031 match_157 match_part 1.000 20272 20058 match_part 1.000 19570 19253 match_158 match_part 0.956 21280 21101 match_part 0.979 21015 20922 match_part 0.977 20536 20064 match_159 match_part 1.000 52076 52048 match_part 1.000 51914 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.980 50429 50078 match_part 0.941 49687 49671 match_160 match_part 0.903 50239 50014 match_part 0.646 49718 49671 match_161 match_part 0.968 50277 49997 match_162 match_part 0.929 51915 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50078 match_163 match_part 0.978 52093 52048 match_part 1.000 51914 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50080 match_164 match_part 0.949 51909 51832 match_part 1.000 51186 51110 match_part 0.978 51006 50916 match_part 0.980 50429 50080 match_165 match_part 0.987 51909 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50080 match_166 match_part 0.889 52056 52048 match_part 0.988 51914 51832 match_part 0.987 51186 51110 match_part 0.978 51006 50916 match_part 0.920 50429 50119 match_167 match_part 0.964 51915 51832 match_part 0.974 51186 51110 match_part 0.956 51006 50916 match_part 0.967 50429 50310 match_168 match_part 0.941 52064 52048 match_part 0.976 51914 51832 match_part 0.987 51186 51110 match_part 0.978 51006 50916 match_part 0.974 50429 50354 match_169 match_part 1.000 97611 97585 match_part 0.990 97507 97311 match_part 1.000 96870 96745 match_part 0.996 96652 96419 match_170 match_part 0.956 101439 101213 match_part 0.988 100785 100619 match_part 1.000 97637 97585 match_part 0.964 97507 97311 match_171 match_part 0.952 101377 101213 match_part 0.955 100785 100202 match_172 match_part 1.000 101431 101213 match_part 1.000 100785 100491 match_173 match_part 1.000 101439 101213 match_part 1.000 100785 100557 match_174 match_part 1.000 101439 101213 match_part 0.994 100785 100614 match_175 match_part 0.973 102482 102370 match_part 0.965 102211 101869 match_part 0.529 100992 100976 match_part 0.667 100785 100777 match_176 match_part 0.938 101439 101248 match_177 match_part 0.996 103132 102860 match_part 0.990 102560 102370 match_part 0.977 102211 101782 match_178 match_part 0.993 103164 102860 match_part 0.990 102560 102370 match_part 0.984 102211 101831 match_179 match_part 0.995 103070 102860 match_part 0.990 102560 102370 match_part 0.985 102211 101880 match_180 match_part 0.981 103120 102860 match_part 0.969 102560 102370 match_part 0.966 102211 101884 match_181 match_part 0.947 103125 102860 match_part 0.901 102560 102370 match_part 0.936 102211 101962 match_182 match_part 1.000 103419 102860 match_part 0.966 102560 102443 match_183 match_part 0.965 103260 102860 match_part 0.965 102560 102447 match_184 match_part 0.963 104027 103293 match_185 match_part 0.962 104027 103427 match_186 match_part 0.947 103844 103429 match_187 match_part 0.955 103920 103458 match_188 match_part 0.955 104001 103579 match_189 match_part 0.957 104001 103651 match_190 match_part 0.971 104722 104619 match_part 0.974 104509 104434 match_part 0.978 104327 104192 match_part 0.961 104118 103990 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 13909 13751 exon 13661 13376 exon 12210 11782 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 21280 21101 exon 21015 20922 exon 20536 20058 exon 19570 18854 exon 18728 18654 exon 17249 16597 exon 16133 15455 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 16585 17135 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52093 52048 exon 51914 51832 exon 51186 51110 exon 51006 50916 exon 50429 50078 exon 49687 49671 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52093 52048 exon 51914 51832 exon 51186 51110 exon 51006 50916 exon 50429 50014 exon 49718 49671 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52093 52048 exon 51914 51832 exon 51186 51110 exon 51006 50916 exon 50429 49997 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 51915 51832 exon 51186 51110 exon 51006 50916 exon 50429 49997 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 49777 49798 exon 50006 50238 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52830 52971 exon 54237 54407 exon 55350 55719 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52855 52971 exon 54237 54407 exon 55360 55541 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57549 57634 exon 59668 59723 exon 60785 60926 exon 61160 62292 exon 62659 62679 gene_12 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57467 57560 exon 59668 59723 exon 60785 60926 exon 61160 62292 gene_13 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 59420 59723 exon 60785 60926 exon 61160 62292 gene_14 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57596 57698 exon 59668 59723 exon 60785 60926 exon 61160 62292 gene_15 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57542 57698 exon 59632 59723 exon 60785 60926 exon 61160 62292 gene_16 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57293 57427 exon 59632 59723 exon 60785 60926 exon 61160 62292 gene_17 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 58257 59066 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 68016 69424 exon 69569 69701 exon 69787 69871 exon 71033 71501 gene_19 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 70204 70972 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 72517 72865 exon 73277 73338 exon 73435 73502 exon 74047 74168 exon 74816 74921 exon 75051 75095 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 76586 76597 exon 76733 76857 exon 77892 77973 exon 78422 78544 exon 78632 78685 exon 78773 78842 exon 79056 79089 exon 80430 81177 gene_22 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 80719 81063 exon 81339 81360 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 86748 87076 exon 88685 89290 exon 89396 89584 exon 89754 89834 exon 89941 90348 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90403 91543 exon 91605 91633 exon 91857 91872 exon 92235 92568 gene_25 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90403 91543 exon 92235 92305 gene_26 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 93243 93610 exon 95820 96211 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 104722 104619 exon 104509 104434 exon 104327 104192 exon 104118 102860 exon 102560 102370 exon 102211 101782 gene_28 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 104722 104619 exon 104509 104434 exon 104327 104192 exon 104118 102860 exon 102560 102370 exon 102211 101869 exon 100992 100976 exon 100785 100777 gene_29 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 101439 101213 exon 100785 100202 gene_30 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 101439 101213 exon 100785 100619 exon 97637 97585 exon 97507 97311 exon 96870 96745 exon 96652 96419 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 101783 102091 exon 103052 103352 RepeatMasker tomato repeats master Unknown00050 3401 3529 1 Unknown00050 3401 3529 1 nucleotide_motif 301 7832 7950 Unknown00025 247 473 1 Unknown00025 247 473 1 nucleotide_motif 731 35989 36231 SINE1_SO 98 197 1 SINE1_SO 98 197 1 nucleotide_motif 353 53390 53465 TLP1 38 289 1 TLP1 38 289 1 nucleotide_motif 591 55724 55988 Unknown00043 1940 2061 1 Unknown00043 1940 2061 1 nucleotide_motif 384 77498 77618 TS2 392 655 1 TS2 392 655 1 nucleotide_motif 782 99253 99505 Unknown00034 168 4017 1 Unknown00034 168 4017 1 nucleotide_motif 2270 115273 115622 RepeatMasker tomato repeats master Unknown00038 3408 4480 -1 Unknown00038 3408 4480 -1 nucleotide_motif 5974 10424 9397 Copia00151 10071 10176 -1 Copia00151 10071 10176 -1 nucleotide_motif 300 14107 14092 TS 74 159 -1 TS 74 159 -1 nucleotide_motif 355 14198 14108 Copia00172 302 546 -1 Copia00172 302 546 -1 nucleotide_motif 1002 17870 17628 SONATA2 2 253 -1 SONATA2 2 253 -1 nucleotide_motif 1243 34794 34540 HATSOD1 510 608 -1 HATSOD1 510 608 -1 nucleotide_motif 271 44888 44786 TS2 525 652 -1 TS2 525 652 -1 nucleotide_motif 552 54983 54858 Gypsy00043 533 583 -1 Gypsy00043 533 583 -1 nucleotide_motif 367 62480 62430 Unknown00030 1286 1369 -1 Unknown00030 1286 1369 -1 nucleotide_motif 362 65682 65599 Unknown00014 533 944 -1 Unknown00014 533 944 -1 nucleotide_motif 3111 66615 66204 Copia00151 945 1068 -1 Copia00151 945 1068 -1 nucleotide_motif 354 73156 73043 SONATA1 1 243 -1 SONATA1 1 243 -1 nucleotide_motif 1073 100009 99766 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 817 111037 110799 Unknown00043 5296 5459 -1 Unknown00043 5296 5459 -1 nucleotide_motif 325 117929 117775 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2085 8492 9543 match_2 match 17666 28400 match_3 match 2319 33138 34493 match_4 match 2623 120576 121976 match_5 match 2587 111758 113167 match_6 match 3281 40687 42479 match_7 match 3673 64983 66901 match_8 match 3761 109011 111153 match_9 match 4508 42509 44830 match_10 match 4514 30139 32484 match_11 match 4801 36974 39395 match_12 match 5673 14361 17267 match_13 match 5763 11311 14310 match_14 match 5689 1 3146 match_15 match 7079 73769 77453 match_16 match 7408 4194 7951 match_17 match 8167 51985 56272 match_18 match 9182 57831 62672 match_19 match 9460 78626 83484 match_20 match 9036 68359 73342 match_21 match 87148 92419 match_22 match 46396 51922 match_23 match 100956 107706 match_24 match 722 37816 39096 match_25 match 722 47704 48981 match_26 match 1025 38194 39394 match_27 match 1025 43112 44312 match_28 match 1219 42726 44161 match_29 match 906 38194 39244 match_30 match 1213 30540 31780 match_31 match 2424 34986 36430 match_32 match 3437 114802 116987 match_33 match 3770 83571 85602 match_34 match 93209 100892 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 280 62 217 clone_1 clone 912 8796 46811 clone_start_2 clone_start 999 8796 9299 clone_2 clone 1006 10707 106893 clone_end_1 clone_end 648 10707 11089 clone_3 clone 898 10749 105812 clone_start_3 clone_start 581 10749 11089 clone_4 clone 804 11311 106893 clone_end_2 clone_end 244 11311 11433 clone_5 clone 1094.5 12216 92075 clone_end_3 clone_end 1019 12216 12733 clone_6 clone 1082.5 13214 98359 clone_end_4 clone_end 936 13214 13712 clone_7 clone 1106 31475 71276 clone_start_4 clone_start 1017 31475 31987 clone_8 clone 839.5 38195 68284 clone_start_5 clone_start 1241 38195 38820 clone_9 clone 929 38195 68669 clone_start_6 clone_start 1241 38195 38820 clone_10 clone 998 44514 81591 clone_start_7 clone_start 628 44514 44830 clone_11 clone 1022 44875 81591 clone_start_8 clone_start 676 44875 45215 clone_12 clone 776 68142 104281 clone_start_9 clone_start 283 68142 68284 clone_13 clone 964.5 68359 104281 clone_start_10 clone_start 660 68359 68691 clone_14 clone 1416 71122 102548 clone_end_5 clone_end 1411 71122 71833 clone_15 clone 1416.5 71122 102548 clone_end_6 clone_end 1435 71122 71887 clone_16 clone 1106 77683 118007 clone_end_7 clone_end 898 77683 78135 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_8 clone_end 934 5280 4810 clone_end_9 clone_end 825 46811 46396 clone_start_11 clone_start 1364 106893 106206 clone_end_10 clone_end 1215 105812 105192 clone_start_12 clone_start 1364 106893 106206 clone_start_13 clone_start 525 11847 11563 clone_start_14 clone_start 1170 92075 91466 clone_start_15 clone_start 1229 98359 97720 clone_end_11 clone_end 626 29792 29426 clone_end_12 clone_end 1195 71276 70674 clone_end_13 clone_end 918 32425 31939 clone_start_16 clone_start 1057 34081 33428 clone_end_14 clone_end 438 68284 68064 clone_end_15 clone_end 617 68669 68359 clone_end_16 clone_end 1090 40625 40076 clone_end_17 clone_end 1368 81591 80902 clone_end_18 clone_end 1368 81591 80902 clone_start_17 clone_start 1443 53648 52855 clone_end_19 clone_end 1239 53690 53018 clone_end_20 clone_end 1269 104281 103642 clone_end_21 clone_end 1269 104281 103642 clone_start_18 clone_start 1421 102548 101832 clone_start_19 clone_start 1398 102548 101844 clone_end_22 clone_end 973 76526 76015 clone_start_20 clone_start 1314 118007 117337 clone_end_23 clone_end 1249 88178 87549 clone_start_21 clone_start 852 95686 95245 clone_start_22 clone_start 1362 101992 101254 clone_start_23 clone_start 573 106900 106592 clone_end_24 clone_end 482 107706 107344 clone_end_25 clone_end 396 107948 107749 clone_start_24 clone_start 1084 109627 109015 clone_end_26 clone_end 1241 112872 112184 clone_start_25 clone_start 430 119563 119347 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 13751 13751 match_part 1.000 13661 13376 match_part 0.998 12210 11789 match_2 match_part 0.636 49777 49798 match_part 0.970 50006 50238 match_3 match_part 0.992 52844 52971 match_part 1.000 54237 54407 match_part 0.932 55350 55719 match_4 match_part 1.000 55350 55692 match_5 match_part 1.000 55350 55692 match_6 match_part 1.000 55350 55692 match_7 match_part 1.000 57293 57427 match_part 1.000 59632 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61471 match_8 match_part 1.000 57488 57560 match_part 1.000 59668 59723 match_part 0.993 60785 60926 match_part 0.990 61160 61358 match_9 match_part 1.000 57542 57698 match_part 1.000 59632 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61391 match_10 match_part 0.988 57549 57634 match_part 1.000 59668 59723 match_part 1.000 60785 60926 match_part 0.999 61160 62292 match_part 0.762 62659 62679 match_11 match_part 0.981 57596 57698 match_part 1.000 59668 59723 match_part 0.979 60785 60926 match_part 1.000 61160 61590 match_12 match_part 0.998 58257 59066 match_13 match_part 1.000 58258 58780 match_14 match_part 0.984 59420 59723 match_part 0.979 60785 60926 match_part 1.000 61160 61221 match_15 match_part 1.000 59668 59723 match_part 1.000 60785 60926 match_part 1.000 61160 61346 match_16 match_part 0.988 61235 61976 match_17 match_part 0.991 61528 62081 match_18 match_part 0.999 61531 62292 match_19 match_part 0.999 68016 69424 match_part 0.992 69569 69701 match_part 1.000 69787 69871 match_part 0.998 71033 71501 match_20 match_part 0.999 68027 68721 match_21 match_part 0.977 68057 69424 match_part 0.962 69569 69701 match_part 1.000 69787 69871 match_part 0.985 71033 71488 match_22 match_part 0.958 68058 68608 match_23 match_part 1.000 68532 69061 match_24 match_part 1.000 69126 69424 match_part 1.000 69569 69701 match_part 1.000 69787 69871 match_part 1.000 71033 71091 match_25 match_part 0.992 70204 70734 match_26 match_part 0.997 70363 70972 match_27 match_part 0.942 72540 72832 match_28 match_part 1.000 76586 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79089 match_part 1.000 80430 80668 match_29 match_part 1.000 76587 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79070 match_30 match_part 0.942 80456 81177 match_31 match_part 1.000 80719 81063 match_part 0.591 81339 81360 match_32 match_part 0.994 86748 87076 match_part 0.997 88685 89073 match_33 match_part 0.994 86749 87076 match_part 1.000 88685 88915 match_34 match_part 0.974 86962 87076 match_part 0.995 88685 89290 match_part 0.962 89396 89448 match_35 match_part 1.000 86973 87076 match_part 0.988 88685 89018 match_36 match_part 0.958 86982 87076 match_part 1.000 88685 89241 match_37 match_part 0.989 86982 87076 match_part 0.991 88685 89240 match_38 match_part 1.000 86984 87076 match_part 1.000 88685 89290 match_part 1.000 89396 89437 match_39 match_part 0.975 87037 87076 match_part 0.988 88685 89290 match_part 0.942 89396 89464 match_40 match_part 0.979 89538 89584 match_part 0.975 89754 89834 match_part 0.998 89941 90348 match_41 match_part 1.000 90403 90918 match_42 match_part 0.995 90986 91543 match_part 1.000 92235 92305 match_43 match_part 0.995 90986 91543 match_part 1.000 92235 92305 match_44 match_part 0.996 90987 91535 match_45 match_part 0.995 93243 93610 match_part 0.973 95820 96117 match_46 match_part 0.995 93244 93610 match_part 0.973 95820 96117 match_47 match_part 0.984 93483 93610 match_part 0.903 95820 96097 match_48 match_part 0.992 93484 93610 match_part 0.896 95820 96097 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_49 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 0.981 12210 11782 match_50 match_part 0.981 13587 13376 match_part 0.995 12210 11811 match_51 match_part 1.000 13587 13376 match_part 0.998 12210 11811 match_52 match_part 1.000 13876 13751 match_part 1.000 13661 13376 match_part 0.984 12210 11829 match_53 match_part 1.000 13870 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11829 match_54 match_part 0.974 13866 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11829 match_55 match_part 1.000 13436 13376 match_part 1.000 12210 11829 match_56 match_part 1.000 13581 13376 match_part 1.000 12210 11830 match_57 match_part 0.995 13564 13376 match_part 0.981 12210 11833 match_58 match_part 0.993 13893 13751 match_part 0.993 13661 13376 match_part 0.971 12210 11838 match_59 match_part 1.000 13873 13751 match_part 1.000 13661 13376 match_part 0.987 12210 11840 match_60 match_part 1.000 13869 13751 match_part 1.000 13661 13376 match_part 0.992 12210 11841 match_61 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_62 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_63 match_part 1.000 13454 13376 match_part 0.997 12210 11841 match_64 match_part 1.000 13444 13376 match_part 0.989 12210 11842 match_65 match_part 0.929 13778 13751 match_part 0.983 13661 13376 match_part 0.992 12210 11847 match_66 match_part 0.992 13877 13751 match_part 0.997 13661 13376 match_part 0.989 12210 11858 match_67 match_part 1.000 13866 13751 match_part 0.997 13661 13376 match_part 0.989 12210 11858 match_68 match_part 0.996 13656 13376 match_part 0.991 12210 11870 match_69 match_part 0.904 13865 13751 match_part 0.969 13661 13376 match_part 0.887 12210 11874 match_70 match_part 1.000 13861 13751 match_part 0.993 13661 13376 match_part 0.958 12210 11874 match_71 match_part 0.989 13556 13376 match_part 0.944 12210 11874 match_72 match_part 1.000 13495 13376 match_part 1.000 12210 11874 match_73 match_part 0.934 13901 13751 match_part 0.997 13661 13376 match_part 0.988 12210 11878 match_74 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 0.988 12210 11879 match_75 match_part 0.984 13876 13751 match_part 0.997 13661 13376 match_part 0.973 12210 11883 match_76 match_part 0.983 13551 13376 match_part 0.987 12210 11910 match_77 match_part 0.983 13551 13376 match_part 0.990 12210 11910 match_78 match_part 1.000 13869 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11911 match_79 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11950 match_80 match_part 1.000 13868 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11959 match_81 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11979 match_82 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11998 match_83 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12047 match_84 match_part 1.000 13874 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12059 match_85 match_part 1.000 13881 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12071 match_86 match_part 1.000 13880 13751 match_part 1.000 13661 13376 match_part 0.983 12210 12090 match_87 match_part 1.000 13877 13751 match_part 0.997 13661 13376 match_part 0.983 12210 12095 match_88 match_part 0.983 13868 13751 match_part 0.979 13661 13376 match_part 0.964 12210 12128 match_89 match_part 1.000 13879 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12136 match_90 match_part 0.817 13881 13751 match_part 0.986 13661 13376 match_part 0.983 12210 12152 match_91 match_part 1.000 13878 13751 match_part 0.993 13661 13376 match_part 0.983 12210 12152 match_92 match_part 1.000 13873 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12152 match_93 match_part 1.000 13860 13751 match_part 1.000 13661 13376 match_part 1.000 12210 12152 match_94 match_part 1.000 13866 13751 match_part 1.000 13661 13376 match_part 0.966 12210 12153 match_95 match_part 1.000 13879 13751 match_part 0.990 13661 13376 match_part 0.980 12210 12162 match_96 match_part 0.975 13909 13751 match_part 1.000 13661 13537 match_97 match_part 1.000 13880 13751 match_part 0.965 13661 13577 match_98 match_part 0.998 16125 15649 match_99 match_part 1.000 17178 16597 match_100 match_part 0.997 19155 18854 match_part 1.000 18728 18654 match_part 0.987 17249 16638 match_101 match_part 1.000 19026 18854 match_part 1.000 18728 18654 match_part 1.000 17249 16889 match_102 match_part 1.000 18920 18854 match_part 1.000 18728 18654 match_part 0.987 17249 17095 match_103 match_part 0.993 18999 18854 match_part 0.987 18728 18654 match_104 match_part 1.000 20272 20058 match_part 1.000 19570 19253 match_105 match_part 0.956 21280 21101 match_part 0.979 21015 20922 match_part 0.977 20536 20064 match_106 match_part 1.000 52076 52048 match_part 1.000 51914 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.980 50429 50078 match_part 0.941 49687 49671 match_107 match_part 0.903 50239 50014 match_part 0.646 49718 49671 match_108 match_part 0.968 50277 49997 match_109 match_part 0.929 51915 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50078 match_110 match_part 0.978 52093 52048 match_part 1.000 51914 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50080 match_111 match_part 0.949 51909 51832 match_part 1.000 51186 51110 match_part 0.978 51006 50916 match_part 0.980 50429 50080 match_112 match_part 0.987 51909 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.983 50429 50080 match_113 match_part 0.964 51915 51832 match_part 0.974 51186 51110 match_part 0.956 51006 50916 match_part 0.967 50429 50310 match_114 match_part 1.000 97611 97585 match_part 0.990 97507 97311 match_part 1.000 96870 96745 match_part 0.996 96652 96419 match_115 match_part 1.000 101431 101213 match_part 1.000 100785 100491 match_116 match_part 1.000 101439 101213 match_part 1.000 100785 100557 match_117 match_part 1.000 101439 101213 match_part 0.994 100785 100614 match_118 match_part 0.973 102482 102370 match_part 0.965 102211 101869 match_part 0.529 100992 100976 match_part 0.667 100785 100777 match_119 match_part 0.996 103132 102860 match_part 0.990 102560 102370 match_part 0.977 102211 101782 match_120 match_part 0.993 103164 102860 match_part 0.990 102560 102370 match_part 0.984 102211 101831 match_121 match_part 0.995 103070 102860 match_part 0.990 102560 102370 match_part 0.985 102211 101880 match_122 match_part 1.000 103419 102860 match_part 0.966 102560 102443 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 13909 13751 exon 13661 13376 exon 12210 11782 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 16125 15649 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 19155 18854 exon 18728 18654 exon 17249 16597 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 21280 21101 exon 21015 20922 exon 20536 20058 exon 19570 19253 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 51915 51832 exon 51186 51110 exon 51006 50916 exon 50429 49997 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 51915 51832 exon 51186 51110 exon 51006 50916 exon 50429 50014 exon 49718 49671 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52093 52048 exon 51914 51832 exon 51186 51110 exon 51006 50916 exon 50429 50078 exon 49687 49671 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 49777 49798 exon 50006 50238 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52844 52971 exon 54237 54407 exon 55350 55719 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57549 57634 exon 59668 59723 exon 60785 60926 exon 61160 62292 exon 62659 62679 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 59420 59723 exon 60785 60926 exon 61160 62292 gene_12 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57596 57698 exon 59668 59723 exon 60785 60926 exon 61160 62292 gene_13 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57542 57698 exon 59632 59723 exon 60785 60926 exon 61160 62292 gene_14 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57488 57560 exon 59668 59723 exon 60785 60926 exon 61160 62292 gene_15 gene GT_PGL_8_AGS_6 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57293 57427 exon 59632 59723 exon 60785 60926 exon 61160 62292 gene_16 gene GT_PGL_8_AGS_7 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 58257 59066 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 68016 69424 exon 69569 69701 exon 69787 69871 exon 71033 71501 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 70204 70972 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 72540 72832 gene_20 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 76586 76597 exon 76733 76857 exon 77892 77973 exon 78422 78544 exon 78632 78685 exon 78773 78842 exon 79056 79089 exon 80430 81177 gene_21 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 80719 81063 exon 81339 81360 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 86748 87076 exon 88685 89290 exon 89396 89464 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 89538 89584 exon 89754 89834 exon 89941 90348 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90403 90918 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90986 91543 exon 92235 92305 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 93243 93610 exon 95820 96117 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 97611 97585 exon 97507 97311 exon 96870 96745 exon 96652 96419 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 103419 102860 exon 102560 102370 exon 102211 101782 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 101439 101213 exon 100785 100491 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 103419 102860 exon 102560 102370 exon 102211 101869 exon 100992 100976 exon 100785 100777 AUGUSTUS_tom_cdna de novo gene_1 gene 0.94 4195 7605 transcript_1 transcript 0.94 4195 7605 start_codon_1 start_codon 4195 4197 CDS_1 CDS 0.94 4195 7605 stop_codon_1 stop_codon 7603 7605 gene_2 gene 0.88 37730 39403 transcript_2 transcript 0.88 37730 39403 start_codon_2 start_codon 37730 37732 CDS_2 CDS 0.88 37730 39403 stop_codon_2 stop_codon 39401 39403 gene_3 gene 0.5 42816 44321 transcript_3 transcript 0.5 42816 44321 start_codon_3 start_codon 42816 42818 CDS_3 CDS 0.5 42816 44321 stop_codon_3 stop_codon 44319 44321 gene_4 gene 0.93 47624 49285 transcript_4 transcript 0.93 47624 49285 start_codon_4 start_codon 47624 47626 CDS_4 CDS 0.93 47624 49285 stop_codon_4 stop_codon 49283 49285 gene_5 gene 0.99 49960 50241 transcript_5 transcript 0.99 49960 50241 start_codon_5 start_codon 49960 49962 CDS_5 CDS 0.99 49960 50241 stop_codon_5 stop_codon 50239 50241 gene_6 gene 1 52891 55433 transcript_6 transcript 1 52891 55433 start_codon_6 start_codon 52891 52893 intron_1 intron 1 52972 54236 intron_2 intron 1 54408 55349 CDS_6 CDS 1 52891 52971 CDS_7 CDS 1 54237 54407 CDS_8 CDS 1 55350 55433 stop_codon_6 stop_codon 55431 55433 gene_7 gene 0.69 57492 60837 transcript_7 transcript 0.69 57492 60837 start_codon_7 start_codon 57492 57494 intron_3 intron 0.69 57635 59703 intron_4 intron 0.71 59724 60784 CDS_9 CDS 0.69 57492 57634 CDS_10 CDS 0.71 59704 59723 CDS_11 CDS 0.71 60785 60837 stop_codon_7 stop_codon 60835 60837 gene_8 gene 1 60873 62077 transcript_8 transcript 1 60873 62077 start_codon_8 start_codon 60873 60875 intron_5 intron 1 60927 61159 CDS_12 CDS 1 60873 60926 CDS_13 CDS 1 61160 62077 stop_codon_8 stop_codon 62075 62077 gene_9 gene 1 68517 71241 transcript_9 transcript 1 68517 71241 start_codon_9 start_codon 68517 68519 intron_6 intron 1 69425 69568 intron_7 intron 1 69702 69786 intron_8 intron 1 69872 71032 CDS_14 CDS 1 68517 69424 CDS_15 CDS 1 69569 69701 CDS_16 CDS 1 69787 69871 CDS_17 CDS 1 71033 71241 stop_codon_9 stop_codon 71239 71241 gene_10 gene 0.11 72700 80773 transcript_10 transcript 0.11 72700 80773 start_codon_10 start_codon 72700 72702 intron_9 intron 0.76 72866 73405 intron_10 intron 0.84 73503 74046 intron_11 intron 0.39 74247 74815 intron_12 intron 0.36 74931 75050 intron_13 intron 0.76 75103 76246 intron_14 intron 1 76365 76453 intron_15 intron 1 76485 76573 intron_16 intron 1 76598 76732 intron_17 intron 1 76858 77891 intron_18 intron 1 77974 78421 intron_19 intron 1 78545 78631 intron_20 intron 1 78686 78772 intron_21 intron 1 78843 79055 intron_22 intron 1 79090 80429 CDS_18 CDS 1 72700 72865 CDS_19 CDS 0.81 73406 73502 CDS_20 CDS 0.49 74047 74246 CDS_21 CDS 0.36 74816 74930 CDS_22 CDS 0.54 75051 75102 CDS_23 CDS 0.76 76247 76364 CDS_24 CDS 1 76454 76484 CDS_25 CDS 1 76574 76597 CDS_26 CDS 1 76733 76857 CDS_27 CDS 1 77892 77973 CDS_28 CDS 1 78422 78544 CDS_29 CDS 1 78632 78685 CDS_30 CDS 1 78773 78842 CDS_31 CDS 1 79056 79089 CDS_32 CDS 1 80430 80773 stop_codon_10 stop_codon 80771 80773 gene_11 gene 1 86987 92254 transcript_11 transcript 1 86987 92254 start_codon_11 start_codon 86987 86989 intron_23 intron 1 87077 88684 intron_24 intron 1 89291 89395 intron_25 intron 1 89585 89753 intron_26 intron 1 89835 89940 intron_27 intron 1 91544 92234 CDS_33 CDS 1 86987 87076 CDS_34 CDS 1 88685 89290 CDS_35 CDS 1 89396 89584 CDS_36 CDS 1 89754 89834 CDS_37 CDS 1 89941 91543 CDS_38 CDS 1 92235 92254 stop_codon_11 stop_codon 92252 92254 gene_12 gene 1 93254 95849 transcript_12 transcript 1 93254 95849 start_codon_12 start_codon 93254 93256 intron_28 intron 1 93611 95819 CDS_39 CDS 1 93254 93610 CDS_40 CDS 1 95820 95849 stop_codon_12 stop_codon 95847 95849 AUGUSTUS_tom_cdna de novo gene_13 gene 0.55 14407 12078 transcript_13 transcript 0.55 14407 12078 stop_codon_13 stop_codon 12080 12078 intron_29 intron 1 13375 12211 intron_30 intron 1 13750 13662 intron_31 intron 0.55 14404 13905 CDS_41 CDS 1 12210 12078 CDS_42 CDS 1 13661 13376 CDS_43 CDS 1 13904 13751 CDS_44 CDS 0.55 14407 14405 start_codon_13 start_codon 14407 14405 gene_14 gene 1 26657 17184 transcript_14 transcript 1 26657 17184 stop_codon_14 stop_codon 17186 17184 intron_32 intron 1 18653 17250 intron_33 intron 1 18853 18729 intron_34 intron 1 20057 19571 intron_35 intron 1 20921 20537 intron_36 intron 1 21100 21016 intron_37 intron 1 23639 23468 intron_38 intron 1 24360 23782 CDS_45 CDS 1 17249 17184 CDS_46 CDS 1 18728 18654 CDS_47 CDS 1 19570 18854 CDS_48 CDS 1 20536 20058 CDS_49 CDS 1 21015 20922 CDS_50 CDS 1 23467 21101 CDS_51 CDS 1 23781 23640 CDS_52 CDS 1 26657 24361 start_codon_14 start_codon 26657 26655 gene_15 gene 0.32 31690 30188 transcript_15 transcript 0.32 31690 30188 stop_codon_15 stop_codon 30190 30188 CDS_53 CDS 0.32 31690 30188 start_codon_15 start_codon 31690 31688 gene_16 gene 0.9 52814 50259 transcript_16 transcript 0.9 52814 50259 stop_codon_16 stop_codon 50261 50259 intron_39 intron 1 50915 50430 intron_40 intron 1 51109 51007 intron_41 intron 1 51831 51187 intron_42 intron 1 52047 51915 intron_43 intron 0.9 52811 52094 CDS_54 CDS 1 50429 50259 CDS_55 CDS 1 51006 50916 CDS_56 CDS 1 51186 51110 CDS_57 CDS 1 51914 51832 CDS_58 CDS 1 52093 52048 CDS_59 CDS 0.9 52814 52812 start_codon_16 start_codon 52814 52812 gene_17 gene 0.78 63869 63630 transcript_17 transcript 0.78 63869 63630 stop_codon_17 stop_codon 63632 63630 CDS_60 CDS 0.78 63869 63630 start_codon_17 start_codon 63869 63867 gene_18 gene 0.96 101365 96554 transcript_18 transcript 0.96 101365 96554 stop_codon_18 stop_codon 96556 96554 intron_44 intron 1 96744 96653 intron_45 intron 1 97310 96871 intron_46 intron 1 97584 97508 intron_47 intron 1 97908 97809 intron_48 intron 0.96 100173 98097 intron_49 intron 1 101212 100786 CDS_61 CDS 1 96652 96554 CDS_62 CDS 1 96870 96745 CDS_63 CDS 1 97507 97311 CDS_64 CDS 1 97808 97585 CDS_65 CDS 1 98096 97909 CDS_66 CDS 1 100785 100174 CDS_67 CDS 1 101365 101213 start_codon_18 start_codon 101365 101363 gene_19 gene 0.52 107056 102073 transcript_19 transcript 0.52 107056 102073 stop_codon_19 stop_codon 102075 102073 intron_50 intron 1 102369 102212 intron_51 intron 1 102859 102561 intron_52 intron 1 104191 104119 intron_53 intron 1 104433 104328 intron_54 intron 0.99 104618 104510 intron_55 intron 0.99 104823 104742 intron_56 intron 0.89 105135 104989 intron_57 intron 1 105362 105227 intron_58 intron 1 105551 105448 intron_59 intron 1 105805 105705 intron_60 intron 0.59 105979 105863 intron_61 intron 0.58 106672 106079 intron_62 intron 0.87 106953 106789 CDS_68 CDS 1 102211 102073 CDS_69 CDS 1 102560 102370 CDS_70 CDS 1 104118 102860 CDS_71 CDS 1 104327 104192 CDS_72 CDS 1 104509 104434 CDS_73 CDS 0.99 104741 104619 CDS_74 CDS 0.89 104988 104824 CDS_75 CDS 1 105226 105136 CDS_76 CDS 1 105447 105363 CDS_77 CDS 1 105704 105552 CDS_78 CDS 0.87 105862 105806 CDS_79 CDS 0.58 106078 105980 CDS_80 CDS 0.85 106788 106673 CDS_81 CDS 1 107056 106954 start_codon_19 start_codon 107056 107054 AUGUSTUS_ab_initio de novo gene_1 gene 1 4195 7605 transcript_1 transcript 1 4195 7605 start_codon_1 start_codon 4195 4197 CDS_1 CDS 1 4195 7605 stop_codon_1 stop_codon 7603 7605 gene_2 gene 0.31 37730 44321 transcript_2 transcript 0.31 37730 44321 start_codon_2 start_codon 37730 37732 intron_1 intron 0.34 39381 42765 CDS_2 CDS 0.33 37730 39380 CDS_3 CDS 0.5 42766 44321 stop_codon_2 stop_codon 44319 44321 gene_3 gene 0.93 47624 49285 transcript_3 transcript 0.93 47624 49285 start_codon_3 start_codon 47624 47626 CDS_4 CDS 0.93 47624 49285 stop_codon_3 stop_codon 49283 49285 gene_4 gene 0.64 52891 55433 transcript_4 transcript 0.64 52891 55433 start_codon_4 start_codon 52891 52893 intron_2 intron 0.94 52972 54236 intron_3 intron 0.64 54408 55349 CDS_5 CDS 0.98 52891 52971 CDS_6 CDS 0.88 54237 54407 CDS_7 CDS 0.64 55350 55433 stop_codon_4 stop_codon 55431 55433 gene_5 gene 0.55 60873 62077 transcript_5 transcript 0.55 60873 62077 start_codon_5 start_codon 60873 60875 intron_4 intron 0.83 60927 61171 CDS_8 CDS 0.59 60873 60926 CDS_9 CDS 0.88 61172 62077 stop_codon_5 stop_codon 62075 62077 gene_6 gene 0.78 68517 71241 transcript_6 transcript 0.78 68517 71241 start_codon_6 start_codon 68517 68519 intron_5 intron 1 69425 69568 intron_6 intron 0.93 69702 69786 intron_7 intron 0.83 69872 71032 CDS_10 CDS 1 68517 69424 CDS_11 CDS 0.93 69569 69701 CDS_12 CDS 1 69787 69871 CDS_13 CDS 0.86 71033 71241 stop_codon_6 stop_codon 71239 71241 gene_7 gene 0.03 72700 80773 transcript_7 transcript 0.03 72700 80773 start_codon_7 start_codon 72700 72702 intron_8 intron 0.49 72866 73405 intron_9 intron 0.74 73503 73906 intron_10 intron 0.74 73970 74046 intron_11 intron 0.57 74247 74815 intron_12 intron 0.46 74931 75050 intron_13 intron 0.88 75103 76246 intron_14 intron 0.99 76365 76453 intron_15 intron 0.88 76485 76573 intron_16 intron 0.87 76598 76732 intron_17 intron 0.7 76858 77891 intron_18 intron 0.88 77974 78421 intron_19 intron 0.94 78545 78631 intron_20 intron 0.94 78686 78772 intron_21 intron 0.99 78843 79055 intron_22 intron 0.78 79090 80429 CDS_14 CDS 1 72700 72865 CDS_15 CDS 0.8 73406 73502 CDS_16 CDS 0.74 73907 73969 CDS_17 CDS 0.58 74047 74246 CDS_18 CDS 0.46 74816 74930 CDS_19 CDS 0.95 75051 75102 CDS_20 CDS 0.9 76247 76364 CDS_21 CDS 0.99 76454 76484 CDS_22 CDS 0.87 76574 76597 CDS_23 CDS 0.69 76733 76857 CDS_24 CDS 0.88 77892 77973 CDS_25 CDS 1 78422 78544 CDS_26 CDS 0.94 78632 78685 CDS_27 CDS 0.99 78773 78842 CDS_28 CDS 0.8 79056 79089 CDS_29 CDS 0.78 80430 80773 stop_codon_7 stop_codon 80771 80773 gene_8 gene 0.61 86987 91554 transcript_8 transcript 0.61 86987 91554 start_codon_8 start_codon 86987 86989 intron_23 intron 0.68 87077 88684 intron_24 intron 1 89291 89395 intron_25 intron 1 89585 89753 intron_26 intron 1 89835 89940 CDS_30 CDS 0.99 86987 87076 CDS_31 CDS 1 88685 89290 CDS_32 CDS 1 89396 89584 CDS_33 CDS 1 89754 89834 CDS_34 CDS 0.89 89941 91554 stop_codon_8 stop_codon 91552 91554 gene_9 gene 0.4 93254 93791 transcript_9 transcript 0.4 93254 93791 start_codon_9 start_codon 93254 93256 intron_27 intron 0.63 93611 93719 CDS_35 CDS 0.67 93254 93610 CDS_36 CDS 0.4 93720 93791 stop_codon_9 stop_codon 93789 93791 AUGUSTUS_ab_initio de novo gene_10 gene 0.92 13829 12078 transcript_10 transcript 0.92 13829 12078 stop_codon_10 stop_codon 12080 12078 intron_28 intron 0.93 13375 12211 intron_29 intron 1 13750 13662 CDS_37 CDS 0.98 12210 12078 CDS_38 CDS 1 13661 13376 CDS_39 CDS 1 13829 13751 start_codon_10 start_codon 13829 13827 gene_11 gene 0.9 26657 17184 transcript_11 transcript 0.9 26657 17184 stop_codon_11 stop_codon 17186 17184 intron_30 intron 0.91 18653 17250 intron_31 intron 0.97 18853 18729 intron_32 intron 1 20057 19571 intron_33 intron 1 20921 20537 intron_34 intron 1 21100 21016 intron_35 intron 1 23639 23468 intron_36 intron 0.99 24360 23782 CDS_40 CDS 0.95 17249 17184 CDS_41 CDS 0.95 18728 18654 CDS_42 CDS 1 19570 18854 CDS_43 CDS 1 20536 20058 CDS_44 CDS 1 21015 20922 CDS_45 CDS 1 23467 21101 CDS_46 CDS 0.99 23781 23640 CDS_47 CDS 1 26657 24361 start_codon_11 start_codon 26657 26655 gene_12 gene 0.28 31696 30188 transcript_12 transcript 0.28 31696 30188 stop_codon_12 stop_codon 30190 30188 CDS_48 CDS 0.28 31696 30188 start_codon_12 start_codon 31696 31694 gene_13 gene 0.59 51903 50259 transcript_13 transcript 0.59 51903 50259 stop_codon_13 stop_codon 50261 50259 intron_37 intron 0.6 50805 50430 intron_38 intron 0.72 50915 50815 intron_39 intron 0.99 51109 51007 intron_40 intron 0.99 51831 51187 CDS_49 CDS 0.93 50429 50259 CDS_50 CDS 0.6 50814 50806 CDS_51 CDS 0.99 51006 50916 CDS_52 CDS 1 51186 51110 CDS_53 CDS 1 51903 51832 start_codon_13 start_codon 51903 51901 gene_14 gene 0.92 63869 63630 transcript_14 transcript 0.92 63869 63630 stop_codon_14 stop_codon 63632 63630 CDS_54 CDS 0.92 63869 63630 start_codon_14 start_codon 63869 63867 gene_15 gene 0.3 101365 96554 transcript_15 transcript 0.3 101365 96554 stop_codon_15 stop_codon 96556 96554 intron_41 intron 1 96744 96653 intron_42 intron 1 97310 96871 intron_43 intron 0.79 97584 97508 intron_44 intron 1 97908 97809 intron_45 intron 0.76 100173 98097 intron_46 intron 0.75 101212 100786 CDS_55 CDS 1 96652 96554 CDS_56 CDS 1 96870 96745 CDS_57 CDS 1 97507 97311 CDS_58 CDS 0.79 97808 97585 CDS_59 CDS 0.99 98096 97909 CDS_60 CDS 0.72 100785 100174 CDS_61 CDS 0.75 101365 101213 start_codon_15 start_codon 101365 101363 gene_16 gene 0.82 107056 102073 transcript_16 transcript 0.82 107056 102073 stop_codon_16 stop_codon 102075 102073 intron_47 intron 0.93 102369 102212 intron_48 intron 1 102859 102561 intron_49 intron 1 104191 104119 intron_50 intron 1 104433 104328 intron_51 intron 1 104618 104510 intron_52 intron 1 104823 104742 intron_53 intron 0.94 105135 104989 intron_54 intron 1 105362 105227 intron_55 intron 1 105551 105448 intron_56 intron 1 105805 105705 intron_57 intron 0.96 105979 105863 intron_58 intron 0.93 106672 106079 intron_59 intron 1 106953 106789 CDS_62 CDS 0.93 102211 102073 CDS_63 CDS 1 102560 102370 CDS_64 CDS 1 104118 102860 CDS_65 CDS 1 104327 104192 CDS_66 CDS 1 104509 104434 CDS_67 CDS 1 104741 104619 CDS_68 CDS 0.94 104988 104824 CDS_69 CDS 1 105226 105136 CDS_70 CDS 1 105447 105363 CDS_71 CDS 1 105704 105552 CDS_72 CDS 1 105862 105806 CDS_73 CDS 0.96 106078 105980 CDS_74 CDS 0.97 106788 106673 CDS_75 CDS 0.99 107056 106954 start_codon_16 start_codon 107056 107054 AUGUSTUS_tom_ugs de novo gene_1 gene 0.97 4195 7605 transcript_1 transcript 0.97 4195 7605 start_codon_1 start_codon 4195 4197 CDS_1 CDS 0.97 4195 7605 stop_codon_1 stop_codon 7603 7605 gene_2 gene 0.92 37730 39403 transcript_2 transcript 0.92 37730 39403 start_codon_2 start_codon 37730 37732 CDS_2 CDS 0.92 37730 39403 stop_codon_2 stop_codon 39401 39403 gene_3 gene 0.51 42816 44321 transcript_3 transcript 0.51 42816 44321 start_codon_3 start_codon 42816 42818 CDS_3 CDS 0.51 42816 44321 stop_codon_3 stop_codon 44319 44321 gene_4 gene 0.95 47624 49285 transcript_4 transcript 0.95 47624 49285 start_codon_4 start_codon 47624 47626 CDS_4 CDS 0.95 47624 49285 stop_codon_4 stop_codon 49283 49285 gene_5 gene 1 52891 55433 transcript_5 transcript 1 52891 55433 start_codon_5 start_codon 52891 52893 intron_1 intron 1 52972 54236 intron_2 intron 1 54408 55349 CDS_5 CDS 1 52891 52971 CDS_6 CDS 1 54237 54407 CDS_7 CDS 1 55350 55433 stop_codon_5 stop_codon 55431 55433 gene_6 gene 0.01 57492 95849 transcript_6 transcript 0.01 57492 95849 start_codon_6 start_codon 57492 57494 intron_3 intron 0.72 57635 59631 intron_4 intron 0.41 59668 60883 intron_5 intron 1 60927 61159 intron_6 intron 0.82 62074 68247 intron_7 intron 0.79 68348 68525 intron_8 intron 1 69425 69568 intron_9 intron 0.92 69702 69786 intron_10 intron 0.73 69872 71032 intron_11 intron 0.84 71201 72709 intron_12 intron 1 72866 73276 intron_13 intron 1 73339 73434 intron_14 intron 0.83 73503 74046 intron_15 intron 0.45 74247 74815 intron_16 intron 0.27 74931 75050 intron_17 intron 0.71 75103 76246 intron_18 intron 0.99 76365 76453 intron_19 intron 1 76485 76573 intron_20 intron 1 76598 76732 intron_21 intron 1 76858 77891 intron_22 intron 1 77974 78421 intron_23 intron 1 78545 78631 intron_24 intron 1 78686 78772 intron_25 intron 1 78843 79055 intron_26 intron 1 79090 80429 intron_27 intron 0.73 80770 87036 intron_28 intron 1 87077 88684 intron_29 intron 1 89291 89395 intron_30 intron 1 89585 89753 intron_31 intron 1 89835 89940 intron_32 intron 0.91 91544 93299 intron_33 intron 1 93611 95819 CDS_8 CDS 0.83 57492 57634 CDS_9 CDS 0.73 59632 59667 CDS_10 CDS 0.91 60884 60926 CDS_11 CDS 1 61160 62073 CDS_12 CDS 0.8 68248 68347 CDS_13 CDS 0.91 68526 69424 CDS_14 CDS 0.92 69569 69701 CDS_15 CDS 1 69787 69871 CDS_16 CDS 0.7 71033 71200 CDS_17 CDS 0.98 72710 72865 CDS_18 CDS 1 73277 73338 CDS_19 CDS 1 73435 73502 CDS_20 CDS 0.57 74047 74246 CDS_21 CDS 0.27 74816 74930 CDS_22 CDS 0.51 75051 75102 CDS_23 CDS 0.72 76247 76364 CDS_24 CDS 0.99 76454 76484 CDS_25 CDS 1 76574 76597 CDS_26 CDS 1 76733 76857 CDS_27 CDS 1 77892 77973 CDS_28 CDS 1 78422 78544 CDS_29 CDS 1 78632 78685 CDS_30 CDS 1 78773 78842 CDS_31 CDS 1 79056 79089 CDS_32 CDS 0.73 80430 80769 CDS_33 CDS 0.73 87037 87076 CDS_34 CDS 1 88685 89290 CDS_35 CDS 1 89396 89584 CDS_36 CDS 1 89754 89834 CDS_37 CDS 1 89941 91543 CDS_38 CDS 0.92 93300 93610 CDS_39 CDS 1 95820 95849 stop_codon_6 stop_codon 95847 95849 AUGUSTUS_tom_ugs de novo gene_7 gene 0.62 14407 12078 transcript_7 transcript 0.62 14407 12078 stop_codon_7 stop_codon 12080 12078 intron_34 intron 1 13375 12211 intron_35 intron 1 13750 13662 intron_36 intron 0.62 14404 13905 CDS_40 CDS 1 12210 12078 CDS_41 CDS 1 13661 13376 CDS_42 CDS 0.98 13904 13751 CDS_43 CDS 0.62 14407 14405 start_codon_7 start_codon 14407 14405 gene_8 gene 0.99 26657 17184 transcript_8 transcript 0.99 26657 17184 stop_codon_8 stop_codon 17186 17184 intron_37 intron 1 18653 17250 intron_38 intron 1 18853 18729 intron_39 intron 1 20057 19571 intron_40 intron 1 20921 20537 intron_41 intron 1 21100 21016 intron_42 intron 1 23639 23468 intron_43 intron 1 24360 23782 CDS_44 CDS 1 17249 17184 CDS_45 CDS 1 18728 18654 CDS_46 CDS 1 19570 18854 CDS_47 CDS 1 20536 20058 CDS_48 CDS 1 21015 20922 CDS_49 CDS 1 23467 21101 CDS_50 CDS 1 23781 23640 CDS_51 CDS 0.99 26657 24361 start_codon_8 start_codon 26657 26655 gene_9 gene 0.37 31690 30188 transcript_9 transcript 0.37 31690 30188 stop_codon_9 stop_codon 30190 30188 CDS_52 CDS 0.37 31690 30188 start_codon_9 start_codon 31690 31688 gene_10 gene 0.87 52814 50259 transcript_10 transcript 0.87 52814 50259 stop_codon_10 stop_codon 50261 50259 intron_44 intron 1 50915 50430 intron_45 intron 1 51109 51007 intron_46 intron 1 51831 51187 intron_47 intron 1 52047 51915 intron_48 intron 0.87 52811 52094 CDS_53 CDS 1 50429 50259 CDS_54 CDS 1 51006 50916 CDS_55 CDS 1 51186 51110 CDS_56 CDS 1 51914 51832 CDS_57 CDS 1 52093 52048 CDS_58 CDS 0.87 52814 52812 start_codon_10 start_codon 52814 52812 gene_11 gene 0.16 116397 95860 transcript_11 transcript 0.16 116397 95860 stop_codon_11 stop_codon 95862 95860 intron_49 intron 0.63 96574 95866 intron_50 intron 1 96744 96653 intron_51 intron 1 97310 96871 intron_52 intron 1 97584 97508 intron_53 intron 1 97908 97809 intron_54 intron 0.99 100173 98097 intron_55 intron 1 101212 100786 intron_56 intron 0.86 102162 101384 intron_57 intron 1 102369 102212 intron_58 intron 1 102859 102561 intron_59 intron 1 104191 104119 intron_60 intron 1 104433 104328 intron_61 intron 1 104618 104510 intron_62 intron 1 104823 104742 intron_63 intron 0.88 105135 104989 intron_64 intron 0.99 105362 105227 intron_65 intron 1 105551 105448 intron_66 intron 1 105805 105705 intron_67 intron 0.56 105979 105863 intron_68 intron 0.53 106672 106079 intron_69 intron 0.87 106953 106789 intron_70 intron 0.5 116306 107113 CDS_59 CDS 0.86 95865 95860 CDS_60 CDS 0.63 96652 96575 CDS_61 CDS 1 96870 96745 CDS_62 CDS 1 97507 97311 CDS_63 CDS 1 97808 97585 CDS_64 CDS 1 98096 97909 CDS_65 CDS 1 100785 100174 CDS_66 CDS 0.89 101383 101213 CDS_67 CDS 0.97 102211 102163 CDS_68 CDS 1 102560 102370 CDS_69 CDS 1 104118 102860 CDS_70 CDS 1 104327 104192 CDS_71 CDS 1 104509 104434 CDS_72 CDS 1 104741 104619 CDS_73 CDS 0.88 104988 104824 CDS_74 CDS 1 105226 105136 CDS_75 CDS 0.99 105447 105363 CDS_76 CDS 1 105704 105552 CDS_77 CDS 0.93 105862 105806 CDS_78 CDS 0.56 106078 105980 CDS_79 CDS 0.86 106788 106673 CDS_80 CDS 0.5 107112 106954 CDS_81 CDS 0.87 116397 116307 start_codon_11 start_codon 116397 116395 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.906 50021 50211 match_2 match_part 0.904 52794 52971 match_part 1.000 54237 54407 match_part 0.997 55350 55729 match_3 match_part 0.957 57542 57634 match_part 1.000 59668 59723 match_part 0.979 60785 60926 match_part 0.999 61160 62295 match_4 match_part 0.998 58257 59066 match_5 match_part 0.984 59420 59723 match_part 0.979 60785 60926 match_part 1.000 61160 61221 match_6 match_part 0.992 68013 69424 match_part 0.977 69569 69701 match_part 1.000 69787 69871 match_part 0.991 71033 71487 match_7 match_part 0.996 70202 70964 match_8 match_part 0.958 72532 72865 match_part 1.000 73277 73338 match_part 0.946 73435 73471 match_9 match_part 1.000 76586 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79089 match_part 0.973 80430 81177 match_10 match_part 1.000 86892 87076 match_part 0.995 88685 89290 match_part 0.962 89396 89500 match_11 match_part 0.979 89538 89584 match_part 0.975 89754 89834 match_part 0.998 89941 90348 match_12 match_part 1.000 90402 90918 match_13 match_part 0.996 90986 91543 match_part 1.000 92235 92564 match_14 match_part 0.992 93243 93610 match_part 0.903 95820 96097 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 1.000 13893 13751 match_part 1.000 13661 13376 match_part 1.000 12210 11803 match_16 match_part 0.805 13883 13751 match_part 0.986 13661 13376 match_part 0.983 12210 12152 match_17 match_part 1.000 13881 13751 match_part 0.924 13661 13504 match_18 match_part 0.998 16126 15649 match_19 match_part 0.997 19156 18854 match_part 1.000 18728 18654 match_part 0.997 17249 16597 match_20 match_part 0.995 20274 20058 match_part 1.000 19570 19253 match_21 match_part 0.956 21280 21101 match_part 0.979 21015 20922 match_part 0.977 20536 20064 match_22 match_part 0.978 52093 52048 match_part 1.000 51914 51832 match_part 1.000 51186 51110 match_part 0.989 51006 50916 match_part 0.984 50429 49979 match_23 match_part 1.000 97612 97585 match_part 0.990 97507 97311 match_part 1.000 96870 96745 match_part 0.996 96652 96419 match_24 match_part 1.000 101439 101213 match_part 0.957 100785 100292 match_25 match_part 0.996 103421 102860 match_part 0.990 102560 102370 match_part 0.977 102211 101782 match_26 match_part 0.991 107934 107615 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 13893 13751 exon 13661 13376 exon 12210 11803 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 16126 15649 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 19156 18854 exon 18728 18654 exon 17249 16597 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 21280 21101 exon 21015 20922 exon 20536 20058 exon 19570 19253 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52093 52048 exon 51914 51832 exon 51186 51110 exon 51006 50916 exon 50429 49979 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 50021 50211 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 52794 52971 exon 54237 54407 exon 55350 55729 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 57542 57634 exon 59668 59723 exon 60785 60926 exon 61160 62295 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 59420 59723 exon 60785 60926 exon 61160 61221 gene_10 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 58257 59066 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 68013 69424 exon 69569 69701 exon 69787 69871 exon 71033 71487 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 70202 70964 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 72532 72865 exon 73277 73338 exon 73435 73471 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 76586 76597 exon 76733 76857 exon 77892 77973 exon 78422 78544 exon 78632 78685 exon 78773 78842 exon 79056 79089 exon 80430 81177 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 86892 87076 exon 88685 89290 exon 89396 89500 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 89538 89584 exon 89754 89834 exon 89941 90348 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90402 90918 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 90986 91543 exon 92235 92564 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 93243 93610 exon 95820 96097 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 97612 97585 exon 97507 97311 exon 96870 96745 exon 96652 96419 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 101439 101213 exon 100785 100292 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 103421 102860 exon 102560 102370 exon 102211 101782 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 107934 107615 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.990 20082 20757 match_2 match_part 1.000 55350 55692 match_3 match_part 1.000 76586 76597 match_part 1.000 76733 76857 match_part 1.000 77892 77973 match_part 1.000 78422 78544 match_part 1.000 78632 78685 match_part 1.000 78773 78842 match_part 1.000 79056 79070 match_4 match_part 0.967 93249 93610 match_part 0.862 95820 96204 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 22844 22238 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 20082 20757 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 22844 22238 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 55350 55692 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 76586 76597 exon 76733 76857 exon 77892 77973 exon 78422 78544 exon 78632 78685 exon 78773 78842 exon 79056 79070 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0161O13.1 type gene exon 93249 93610 exon 95820 96204 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.97 4195 7605 transcript_1 transcript 0.97 4195 7605 start_codon_1 start_codon 4195 4197 CDS_1 CDS 0.97 4195 7605 stop_codon_1 stop_codon 7603 7605 gene_2 gene 0.25 33625 44321 transcript_2 transcript 0.25 33625 44321 start_codon_2 start_codon 33625 33627 intron_1 intron 0.72 33640 37774 intron_2 intron 0.32 39381 42765 CDS_2 CDS 0.72 33625 33639 CDS_3 CDS 0.31 37775 39380 CDS_4 CDS 0.5 42766 44321 stop_codon_2 stop_codon 44319 44321 gene_3 gene 0.97 47624 49285 transcript_3 transcript 0.97 47624 49285 start_codon_3 start_codon 47624 47626 CDS_5 CDS 0.97 47624 49285 stop_codon_3 stop_codon 49283 49285 gene_4 gene 0.99 49960 50241 transcript_4 transcript 0.99 49960 50241 start_codon_4 start_codon 49960 49962 CDS_6 CDS 0.99 49960 50241 stop_codon_4 stop_codon 50239 50241 gene_5 gene 1 52891 55433 transcript_5 transcript 1 52891 55433 start_codon_5 start_codon 52891 52893 intron_3 intron 1 52972 54236 intron_4 intron 1 54408 55349 CDS_7 CDS 1 52891 52971 CDS_8 CDS 1 54237 54407 CDS_9 CDS 1 55350 55433 stop_codon_5 stop_codon 55431 55433 gene_6 gene 0.61 57492 60837 transcript_6 transcript 0.61 57492 60837 start_codon_6 start_codon 57492 57494 intron_5 intron 0.61 57635 59703 intron_6 intron 0.64 59724 60784 CDS_10 CDS 0.63 57492 57634 CDS_11 CDS 0.64 59704 59723 CDS_12 CDS 0.64 60785 60837 stop_codon_6 stop_codon 60835 60837 gene_7 gene 1 60873 62077 transcript_7 transcript 1 60873 62077 start_codon_7 start_codon 60873 60875 intron_7 intron 1 60927 61159 CDS_13 CDS 1 60873 60926 CDS_14 CDS 1 61160 62077 stop_codon_7 stop_codon 62075 62077 gene_8 gene 0.64 68517 71241 transcript_8 transcript 0.64 68517 71241 start_codon_8 start_codon 68517 68519 intron_8 intron 1 69425 69568 intron_9 intron 1 69702 69786 intron_10 intron 1 69872 71032 CDS_15 CDS 1 68517 69424 CDS_16 CDS 1 69569 69701 CDS_17 CDS 1 69787 69871 CDS_18 CDS 0.64 71033 71241 stop_codon_8 stop_codon 71239 71241 gene_9 gene 0.8 72700 80773 transcript_9 transcript 0.8 72700 80773 start_codon_9 start_codon 72700 72702 intron_11 intron 1 72866 73276 intron_12 intron 1 73339 73434 intron_13 intron 0.81 73503 74046 intron_14 intron 1 74169 74815 intron_15 intron 1 74922 75050 intron_16 intron 1 75103 76246 intron_17 intron 0.99 76365 76453 intron_18 intron 1 76485 76573 intron_19 intron 1 76598 76732 intron_20 intron 1 76858 77891 intron_21 intron 1 77974 78421 intron_22 intron 1 78545 78631 intron_23 intron 1 78686 78772 intron_24 intron 1 78843 79055 intron_25 intron 1 79090 80429 CDS_19 CDS 1 72700 72865 CDS_20 CDS 1 73277 73338 CDS_21 CDS 1 73435 73502 CDS_22 CDS 1 74047 74168 CDS_23 CDS 1 74816 74921 CDS_24 CDS 1 75051 75102 CDS_25 CDS 1 76247 76364 CDS_26 CDS 0.99 76454 76484 CDS_27 CDS 1 76574 76597 CDS_28 CDS 1 76733 76857 CDS_29 CDS 1 77892 77973 CDS_30 CDS 1 78422 78544 CDS_31 CDS 1 78632 78685 CDS_32 CDS 1 78773 78842 CDS_33 CDS 1 79056 79089 CDS_34 CDS 1 80430 80773 stop_codon_9 stop_codon 80771 80773 gene_10 gene 1 86987 92254 transcript_10 transcript 1 86987 92254 start_codon_10 start_codon 86987 86989 intron_26 intron 1 87077 88684 intron_27 intron 1 89291 89395 intron_28 intron 1 89585 89753 intron_29 intron 1 89835 89940 intron_30 intron 1 91544 92234 CDS_35 CDS 1 86987 87076 CDS_36 CDS 1 88685 89290 CDS_37 CDS 1 89396 89584 CDS_38 CDS 1 89754 89834 CDS_39 CDS 1 89941 91543 CDS_40 CDS 1 92235 92254 stop_codon_10 stop_codon 92252 92254 gene_11 gene 1 93254 95849 transcript_11 transcript 1 93254 95849 start_codon_11 start_codon 93254 93256 intron_31 intron 1 93611 95819 CDS_41 CDS 1 93254 93610 CDS_42 CDS 1 95820 95849 stop_codon_11 stop_codon 95847 95849 gene_12 gene 0.99 95925 96146 transcript_12 transcript 0.99 95925 96146 start_codon_12 start_codon 95925 95927 CDS_43 CDS 0.99 95925 96146 stop_codon_12 stop_codon 96144 96146 AUGUSTUS_tom_pot_cdna de novo gene_13 gene 0.64 14407 12078 transcript_13 transcript 0.64 14407 12078 stop_codon_13 stop_codon 12080 12078 intron_32 intron 1 13375 12211 intron_33 intron 1 13750 13662 intron_34 intron 0.64 14404 13905 CDS_44 CDS 1 12210 12078 CDS_45 CDS 1 13661 13376 CDS_46 CDS 1 13904 13751 CDS_47 CDS 0.64 14407 14405 start_codon_13 start_codon 14407 14405 gene_14 gene 1 26657 17184 transcript_14 transcript 1 26657 17184 stop_codon_14 stop_codon 17186 17184 intron_35 intron 1 18653 17250 intron_36 intron 1 18853 18729 intron_37 intron 1 20057 19571 intron_38 intron 1 20921 20537 intron_39 intron 1 21100 21016 intron_40 intron 1 23639 23468 intron_41 intron 1 24360 23782 CDS_48 CDS 1 17249 17184 CDS_49 CDS 1 18728 18654 CDS_50 CDS 1 19570 18854 CDS_51 CDS 1 20536 20058 CDS_52 CDS 1 21015 20922 CDS_53 CDS 1 23467 21101 CDS_54 CDS 1 23781 23640 CDS_55 CDS 1 26657 24361 start_codon_14 start_codon 26657 26655 gene_15 gene 0.3 31690 30188 transcript_15 transcript 0.3 31690 30188 stop_codon_15 stop_codon 30190 30188 CDS_56 CDS 0.3 31690 30188 start_codon_15 start_codon 31690 31688 gene_16 gene 0.83 52814 50259 transcript_16 transcript 0.83 52814 50259 stop_codon_16 stop_codon 50261 50259 intron_42 intron 1 50915 50430 intron_43 intron 1 51109 51007 intron_44 intron 1 51831 51187 intron_45 intron 1 52047 51915 intron_46 intron 0.83 52811 52094 CDS_57 CDS 1 50429 50259 CDS_58 CDS 1 51006 50916 CDS_59 CDS 1 51186 51110 CDS_60 CDS 1 51914 51832 CDS_61 CDS 1 52093 52048 CDS_62 CDS 0.83 52814 52812 start_codon_16 start_codon 52814 52812 gene_17 gene 0.83 63869 63630 transcript_17 transcript 0.83 63869 63630 stop_codon_17 stop_codon 63632 63630 CDS_63 CDS 0.83 63869 63630 start_codon_17 start_codon 63869 63867 gene_18 gene 0.19 68295 65463 transcript_18 transcript 0.19 68295 65463 stop_codon_18 stop_codon 65465 65463 intron_47 intron 0.5 66875 65551 intron_48 intron 0.39 68093 66907 CDS_64 CDS 0.61 65550 65463 CDS_65 CDS 0.77 66906 66876 CDS_66 CDS 0.26 68295 68094 start_codon_18 start_codon 68295 68293 gene_19 gene 0.99 101365 96554 transcript_19 transcript 0.99 101365 96554 stop_codon_19 stop_codon 96556 96554 intron_49 intron 1 96744 96653 intron_50 intron 1 97310 96871 intron_51 intron 1 97584 97508 intron_52 intron 1 97908 97809 intron_53 intron 0.99 100173 98097 intron_54 intron 1 101212 100786 CDS_67 CDS 1 96652 96554 CDS_68 CDS 1 96870 96745 CDS_69 CDS 1 97507 97311 CDS_70 CDS 1 97808 97585 CDS_71 CDS 1 98096 97909 CDS_72 CDS 1 100785 100174 CDS_73 CDS 1 101365 101213 start_codon_19 start_codon 101365 101363 gene_20 gene 0.48 107056 102073 transcript_20 transcript 0.48 107056 102073 stop_codon_20 stop_codon 102075 102073 intron_55 intron 1 102369 102212 intron_56 intron 1 102859 102561 intron_57 intron 1 104191 104119 intron_58 intron 1 104433 104328 intron_59 intron 1 104618 104510 intron_60 intron 1 104823 104742 intron_61 intron 0.9 105135 104989 intron_62 intron 0.99 105362 105227 intron_63 intron 1 105551 105448 intron_64 intron 1 105805 105705 intron_65 intron 0.6 105979 105863 intron_66 intron 0.56 106672 106079 intron_67 intron 0.86 106953 106789 CDS_74 CDS 1 102211 102073 CDS_75 CDS 1 102560 102370 CDS_76 CDS 1 104118 102860 CDS_77 CDS 1 104327 104192 CDS_78 CDS 1 104509 104434 CDS_79 CDS 1 104741 104619 CDS_80 CDS 0.9 104988 104824 CDS_81 CDS 0.99 105226 105136 CDS_82 CDS 0.99 105447 105363 CDS_83 CDS 1 105704 105552 CDS_84 CDS 0.86 105862 105806 CDS_85 CDS 0.6 106078 105980 CDS_86 CDS 0.78 106788 106673 CDS_87 CDS 0.99 107056 106954 start_codon_20 start_codon 107056 107054 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 160 6679 7539 match_2 match 135 4609 6249 match_3 match 177 4609 6210 match_4 match 174 4405 5994 match_5 match 174 4705 6435 match_6 match 369 4720 7566 match_7 match 273 4267 6168 match_8 match 212 5104 6441 match_9 match 154 6700 7539 match_10 match 187 4792 6447 match_11 match 213 4246 5787 match_12 match 217 4786 6438 match_13 match 148 6718 7539 match_14 match 187 4792 6447 match_15 match 213 4246 5787 match_16 match 217 4786 6438 match_17 match 144 6718 7539 match_18 match 157 6679 7539 match_19 match 167 6688 7596 match_20 match 207 4228 5706 match_21 match 305 5254 7554 match_22 match 189 4801 6138 match_23 match 570 42765 44306 match_24 match 564 37832 39388 match_25 match 583 47720 49273 match_26 match 161 6652 7542 match_27 match 146 4453 5532 match_28 match 312 4231 6216 match_29 match 183 6679 7593 match_30 match 172 5380 6417 match_31 match 130 4420 5349 match_32 match 250 4228 6210 match_33 match 155 5308 6246 match_34 match 189 4684 6417 match_35 match 233 4252 6210 match_36 match 439 4306 7527 match_37 match 114 88700 89548 match_38 match 230 89941 91518 match_39 match 669 37823 39397 match_40 match 671 42753 44315 match_41 match 683 47711 49282 match_42 match 154 6679 7641 match_43 match 165 6697 7536 match_44 match 162 6679 7527 match_45 match 222 5956 7524 match_46 match 271 4309 6135 match_47 match 391 4699 7539 match_48 match 192 5137 6420 match_49 match 202 6028 7539 match_50 match 146 5110 6435 match_51 match 157 4309 5790 match_52 match 108 5671 6249 match_53 match 175 4432 6435 match_54 match 211 4237 6246 match_55 match 151 6718 7560 match_56 match 313 4303 6216 match_57 match 238 4882 6417 match_58 match 296 4699 6237 match_59 match 166 6673 7542 match_60 match 193 4900 6420 match_61 match 209 4690 6231 match_62 match 222 4351 5829 match_63 match 405 4252 7524 match_64 match 139 4360 5706 match_65 match 244 4423 6456 match_66 match 218 4387 6246 match_67 match 186 4636 6246 match_68 match 241 4483 6447 match_69 match 156 6652 7578 match_70 match 114 4219 4860 match_71 match 157 6667 7365 match_72 match 162 6100 7545 match_73 match 154 6670 7365 match_74 match 157 6700 7536 match_75 match 120 4906 5907 match_76 match 116 5134 6054 match_77 match 117 4210 5184 match_78 match 132 4561 5406 match_79 match 110 5323 6153 match_80 match 160 6679 7584 match_81 match 119 5236 6126 match_82 match 127 4603 5406 match_83 match 158 6679 7584 match_84 match 395 4297 7590 match_85 match 114 5161 6432 match_86 match 153 6700 7539 match_87 match 153 6700 7539 match_88 match 187 4405 6138 match_89 match 206 4228 6441 match_90 match 187 4828 6249 match_91 match 212 4477 6153 match_92 match 105 4258 4752 match_93 match 181 6673 7542 match_94 match 199 4243 5562 match_95 match 182 4519 5841 match_96 match 326 5254 7554 match_97 match 174 5884 7548 match_98 match 205 4270 5934 match_99 match 159 5308 6417 match_100 match 204 4540 6414 match_101 match 211 5668 7539 match_102 match 137 4243 4968 match_103 match 461 42768 44315 match_104 match 468 37835 39397 match_105 match 485 47723 49282 match_106 match 155 6007 7389 match_107 match 207 5956 7524 match_108 match 157 6679 7539 match_109 match 246 4420 6249 match_110 match 151 4405 5490 match_111 match 236 4705 6417 match_112 match 183 4897 6246 match_113 match 141 5347 6417 match_114 match 276 4360 6417 match_115 match 169 6673 7542 match_116 match 189 5110 6435 match_117 match 238 4714 6249 match_118 match 258 4228 6072 match_119 match 239 4648 6228 match_120 match 141 6709 7584 match_121 match 163 4495 5709 match_122 match 121 4432 5349 match_123 match 223 4216 6210 match_124 match 308 4684 7539 match_125 match 306 4252 6417 match_126 match 418 4582 7539 match_127 match 191 5236 6450 match_128 match 195 4252 6249 match_129 match 206 4465 6426 match_130 match 208 4387 6213 match_131 match 225 4243 6213 match_132 match 137 5080 6249 match_133 match 179 4705 6249 match_134 match 229 4405 6441 match_135 match 240 4243 6210 match_136 match 337 4648 7536 match_137 match 671 37835 39397 match_138 match 666 42753 44315 match_139 match 694 47702 49282 match_140 match 1229 4294 7599 match_141 match 359 4648 7536 match_142 match 196 4225 5562 match_143 match 253 4294 6066 match_144 match 169 6652 7539 match_145 match 156 6703 7581 match_146 match 390 4270 7548 match_147 match 189 4228 6120 match_148 match 328 4714 7539 match_149 match 158 5341 6237 match_150 match 176 6673 7542 match_151 match 213 5944 7542 match_152 match 174 6028 7545 match_153 match 161 6070 7545 match_154 match 229 4456 6453 match_155 match 233 4459 6138 match_156 match 265 4237 6246 match_157 match 148 5425 6249 match_158 match 229 4456 6453 match_159 match 233 4459 6138 match_160 match 265 4237 6246 match_161 match 148 5425 6249 match_162 match 170 68757 69647 match_163 match 170 68757 69647 match_164 match 257 61148 62074 match_165 match 257 61148 62074 match_166 match 198 5956 7542 match_167 match 110 4213 4752 match_168 match 293 4921 7524 match_169 match 234 4228 6087 match_170 match 233 4642 6231 match_171 match 134 4252 5562 match_172 match 112 4342 5358 match_173 match 127 5326 6249 match_174 match 151 5161 6147 match_175 match 154 6676 7539 match_176 match 184 4252 6249 match_177 match 241 4402 6213 match_178 match 306 4195 6066 match_179 match 248 4624 6462 match_180 match 201 5026 6249 match_181 match 353 4816 7578 match_182 match 274 4270 6129 match_183 match 249 4690 6144 match_184 match 211 5845 7593 match_185 match 182 4231 5799 match_186 match 172 4744 6225 match_187 match 134 5236 6444 match_188 match 137 5227 6402 match_189 match 194 5896 7536 match_190 match 112 5089 6420 match_191 match 144 4504 5490 match_192 match 174 4705 6141 match_193 match 117 5296 6246 match_194 match 172 4420 5931 match_195 match 162 4705 6207 match_196 match 238 4456 6432 match_197 match 196 4456 6141 match_198 match 178 4585 6246 match_199 match 132 4663 6249 match_200 match 141 5077 6246 match_201 match 215 4297 6141 match_202 match 127 4834 6249 match_203 match 213 4228 6141 match_204 match 149 5026 6246 match_205 match 189 4399 6249 match_206 match 311 4237 6216 match_207 match 299 4420 6207 match_208 match 222 4864 6417 match_209 match 112 5680 6432 match_210 match 177 6673 7599 match_211 match 256 4714 6246 match_212 match 225 5002 6249 match_213 match 203 5212 6249 match_214 match 121 4420 5337 match_215 match 207 4432 5937 match_216 match 294 4483 6435 match_217 match 155 61625 62074 match_218 match 155 61625 62074 match_219 match 155 61625 62074 match_220 match 155 61625 62074 match_221 match 205 6028 7539 match_222 match 151 4420 5346 match_223 match 211 4702 6066 match_224 match 207 4849 6138 match_225 match 218 4252 5562 match_226 match 217 5065 6426 match_227 match 160 6718 7539 match_228 match 155 6700 7539 match_229 match 164 6673 7539 match_230 match 171 4351 5961 match_231 match 204 4486 6237 match_232 match 165 6676 7539 match_233 match 233 4297 6138 match_234 match 142 5209 6246 match_235 match 107 5638 6246 match_236 match 247 4351 6417 match_237 match 223 4297 6138 match_238 match 194 4714 6246 match_239 match 106 5647 6249 match_240 match 159 4861 6249 match_241 match 224 4705 6444 match_242 match 249 4432 6138 match_243 match 144 5170 6219 match_244 match 162 6664 7563 match_245 match 243 4387 6444 match_246 match 248 4387 6441 match_247 match 158 4243 5349 match_248 match 126 4870 5778 match_249 match 110 4372 5049 match_250 match 123 5623 6426 match_251 match 132 5404 6210 match_252 match 125 5692 6420 match_253 match 398 4231 7539 match_254 match 110 4195 5262 match_255 match 114 4603 5406 match_256 match 106 5458 6210 match_257 match 122 5257 5997 match_258 match 158 6700 7542 match_259 match 157 6700 7539 match_260 match 154 6652 7548 match_261 match 124 4360 5037 match_262 match 197 4228 6108 match_263 match 317 4828 7539 match_264 match 211 4504 6162 match_265 match 145 4384 5496 match_266 match 184 4801 6216 match_267 match 113 5386 6249 match_268 match 174 4465 5562 match_269 match 150 5251 6246 match_270 match 221 4387 6162 match_271 match 142 5290 6441 match_272 match 222 4423 6216 match_273 match 152 4975 6360 match_274 match 190 4825 6246 match_275 match 230 4297 6216 match_276 match 116 5425 6441 match_277 match 148 5059 6249 match_278 match 159 5128 6246 match_279 match 138 4219 5346 match_280 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