C02HBa0016A12.2 TGTAGTAATAATATACAAGGGAACAATGAATAGTGCAGAAGCATGAGTTCATACTTTACC CACAAGAGACACAACCTTTTATTTTGGATTGGATTAGAAAAACATATAGGACCCCATAGA AATGATTACCTCCCTCTTCAGTAAAGAATAAAGCAGAGAAGTTTAGCCTAGCACTCAAGA CTCAAGGAACTTGGTCCCAATACAAAAAGTATAAATTAACAAATTTAAAAAAAGATGGGC TTCTACATTTAACTTAACTAAAACAAAGAGGGTAAAAAAAGAGAGATGTTCCATCTTCAC AAAAGCAAAAATGAACCCCAAACATAGAAGTCCATTGTAATAAAATTCAGATTCGCATAA AGCTTGTAAATGAAGTTGTTCGGCTAAATCAGCTCAAAGATACTTTTTACATGGTGTGAT ATTGTCCGTTTTGAGTCAAACCGGTTTTCTTCTGAAGGGCTCCCACTGTTAAGAGATTGC ACATATTATATGTAGTTTTCCAATCTTTTCAGCTATCAATGTGGACACTTTGTTCGCACA CGCAACAAAAACAATTAGAATAAGAATATTATGAAAACTGACAAAGAGAGAGAGAAACAT TAACTCCCAGGATTAAGTCCTAGAATGTGTTAATCACAGCCATAATGGACATAAAACGAT ACTGATTTTGTAGTTTGAATTAGACAACACTAAACGAAACGAAATGCTGTAAGACAATAA TTAAAAACTTACATCGAGACAACGGTGTTGACACTCTGTAAACATTACTATTCTCACAAT CCAAAATGAGAACTTCTCCAGTTGAAGAAACCTCCACTGAATAAGGTTCAATTCCCATCT TGCTTCCATCAAACACAGTTTCAACAACGTATCCACTCTCAAACTTTATCATTGAACGGG TAGAAACAGCTGCTTTAATCAACACAAACAAAAACACTGATAAGGCACAATTGAAAAAAA CAAAAACAGGGGATATACACCAAAATACCTGTTTTTGTCGTCGATTTTAGTGACCACGCC CACTTAAACATCACAGACGCAACATTAGCAACAACCCCACCAACAATCTCTGCAGAAAAA ACATAAAAGATTGAAACTTTATATAAAAAAAAAGATTTGAATGAAGAAAACAGAGAATTT AGTTAAGAAATGTACTAACTTGCAGCCGGGGTTGCTGAGGCTGATGAGACTTCAATCAAT AAAAAAAAGATAACAAGAAATAAGACAACCCAATTCCTTTTCATGATTCTTGCAAGTTAG GATCCAAGATTACAACTTTGAACAATTTAATACAAGGTAAGACAAAAAGCTCACATTGTT GTTAATTTAAGTGAAAGAAACAGAGCAGACAAATATACAGAGAAACAGAGCAAAAAGCTA GTAGTAGTAGTATATTAAGGATACTAAAAACTTGAAGTTAACTCTTATACAAAAATTTGT TAAAATATAAAGTAAGAGAGGAATCAGATGCTTCTTTACTTTTTTGTTGTTAATTTTTGT TTTAATAAAGAGTTTGGTCAGTAAATAAAGAGCGGATTTGCAGCGCATGTGTGAATTGAC GGAAATAGCCTTGGGTATTGAGGTACTGTAATCGAGAATGATAAGGTTAAACGCGACCTT TATAGAGTAGAAAGTGATGTTCCCAAGACAAATAAAAACAACAACAAAGACAGGTGCAGA ATATCAGAGCTCATGCGTGCGTCTGCTATGCCGGTAACTCTAATTATTTCTACTTTCTTT TTTCTCATATTACTTTTATATTTAAATAAGTAATATATAAAAAAAATTAAACTAACAAAA ACATCTTATTTTACCATTGTTTCTTAAGTTTTCTATCATTTATAATAAAATATAACTAAT AATTTGTTATTTGAAATTGGTGGGTATGGGGGTCCAAACCTTGAGGAACTTGCCTGAGTT CTTTTTATTTAATTCGTGATCTAAAAAGAAAATAATTCATTCTTTTTATTTATTCATTCT TTTTGTTTAATTCGAGACTTAAAAAACAAAAATGATTCATTTGCTCTTTTCCCTCGTCAT CACGTTTTGTCAAGAAAGAATGAGTAAAAGATTCATTGCGTCTTATGTACTCTAAGTAAA AGATTCATACTCATCCCAAAATTCCGTTATTTAATTTCCATCGTTTCTTCGCAACAAAAA AATTATTTAGCGTATGTTGGATAAGAGCTCATAAATTTAAACGAATTAATAATTTTTTCA TAAATCTTATATGTATATTAACTTGTAAATTTTTAATAAAATTGATTGACAGTTATTGTT CAGTGTTAAATAATGGAACGTAAAAATATTTTATACTAAAATCGTAGGTTAAAGACTTAG AACCCCTATCTTTTATTTAAAAAATGAAACAAAATTTAGAACCGAAACTCTTCCTTTTCA TTTTAAAAGAAAAAATTTAGAACGTCCAACCCTAGCCCCGTTAGACATAGGCCACGTAAT AAAGTAGTTATACATAAGAAGAGACATAGGCCACGTAATACATAACAAGATAATATTAAA CAACTTGTTAAACTCATATTTCCATCTCTTTATTCAAACGTACATGCCTCTAAAGTTCAG TATTTCCTTTTAATTTATTGCCTTGTATAAAGCAAAAACTCGTGTACCATTACAACATTT ACAAAGCTTTTCGAATTTGAAATACAAAAAAAAACAAAAAACATATGCTACAATTCTATC CTTTAATTAGAAAAAAAGTAAAGCATAAATTATACATGGTAGATCATTCCAACCTCCAAT GTTGAAGCTTGAGGGAAGCTCAATGCATATGTTGGTCCACGACAATTTCTTCTTAAAAAG TCATATCCTATGTTAATCACCAGCTTTTTTATCAAACTTGAACCCCTTTTAGCTCTAACA TAACAATGACCAAGTATAAATGCCATCCCTGCTTCCCTAGCTTCCATAAGTTCTTGCAAC TCTTCGCGAACACTTGCATCCATTTGTGGGCTCTCAGGCACCAGAAATCTTACTCTTTTT CGTGGAACTTCTGGCGAGCTGATCTCTATCATTTCTGTATCTACATGAGTCAACTCTCCG TTGTCCTCGCATATTCTTATCCCATCAATGTGTGTTGAAGTTGTCCCAATAACAGTCAGC CTTTCATTCGCGTCTATATCTTCTACAGCTTCAAAACTATGTCCTCGTCCCTCTGAGCGG ATGAATTCAGCTATGCTACAAACTAAGTCCTTTTCAAACTCTACGTCATCCATGTGAATG TCTCGATAACCATATCGTGCTATGCATCTGTAGACACGGTACTCTTTCGGTCCAATTCTT CCAACAAGGAACCTTTCTTCAGGTCTCACGTGAGGTACTGGGACGGACTTGATGCAAAGG AATACAAGAACCTGGTGGAAAGCAGGGAGGTTGGTGACGAAATGGGAGAAAATAGCTGGA ATTCCTGTAACAAGCTCGGTGTGAATGAGGCCAATGCCACGGACCCGTGTAATACCCAGG TTGGGACTCAAGGTGAGCAGCCAGTTGATGGGAATTTTGTTTTCAACATCAAACTCGTAC TTCTTCAGGGTTCCGTAATGCCAACTATACATGACTCCTAGAAATATAAAAGACAGAACA ATCGGTACCCAGGCCCCTTCGAGGAACTTGATTAGGGATGCTGAAAAGTAGAGGGCTTCA ATGGAACCAAAGAAGAATATAAAGCAAATGGCGAACAACACGTTTTTGTGCCAGCAGAGG ACAATGACTAGAGACATGAAGCAGGTAGTGACCAGCATAACAGTTATAACTGCCAGACCT GAAAGAGGAAAGGTTGCACTGTAATTTCCAACAAAATTTAGTCCTACCAACCATTCTTCA AACCTCAGCAAAACACAAGCATTCAAGAAACGGTAAATCTGCAAACGTAATTACATGTAA GCATTGCAGACACTAAACCAACATTGTCATTGTCATCTATCACATTCTATGAGATTGAGA GTTAATTAAATTCCTCAATAGTATATTTTTAGAAGGCTGTCTTCTTAAATTTTGTAACTT GCAACTTATCCCTGCAGTTTCCGTACTAACGTGTATCTAACCAAGTGATTCTAATGTTAT AACAAACCAACAGGACCAATTTAAAATCAGAAAATAACAGGGAAGTGAATTTTCTGTTCT GTCCACGAATGTATTAAAAGAGAGTTCTGTTCCGGTCAGGAAAGAAAAGGAGGAATAAGC TGTGAAAACATGAAAATCAGGCATTTATATAATAAAGCATATTATTTAGCTGTTGATGAT ACCTGATGCATTGCTTATGTGTTTTGTGTCGCGGAAGCCAATAGTAACTGCCAAGCACAA CACCATCAGCGTCCAGTTTACCTCTGGAATGTAAATCTGGCCATGGATTTTGGATGATGT ATGTACTATTTTGACCCTTGGGAAGCAACCCAAAGCAGAACATTGCTTGATTATGGAAAA TGTCCCAGTGATGATGGCCTGGCTTCCAACCACTGCAGCAAGTATTGCAATAGCCAGAAC AGGATAGCGTAGTTTTTCTGAGACAGTGATGAACATATGAATATGCTGAGATGTTAAAAG AGATAACAATGCTGCAACTTCAAATGCATTAAAAAAAATGAGGATGTAGAGAAAAGAGGA GCAAAGTACTTACCAGGTACTGATACATAGAACCCAATGTGGTAATCACTTGCGATAACG TGATGCTTGGAAAGATACGCAGCTTGTCCCATATAAGCAAGAATTAATGATGGGTAAACA ACAAAGGTAAAAGCTATCTGCAGAGAAGCAGCTCTTGTTAGGATTTTGGTTGCATTTGCA GTTGCCAAACATAAAGCACTTTAACTTGGTACATCTACAAGGACCTTTATTCATATTGAA CAAAACAGCAGAAAATCTCATTTTGACGATAAAAAGTTTAACACACATTAGCTCAGTATC CTCCAAAATGTGGGATACATATTTGATGGCACTCTTTTGAAGCAAAGTTCAGGAAACTGA TGCAAAACCGTCCTGTGTCAAGACTCGAGTTAATTACCTTAATAGACAGCTGTGAGAAGT GTCCAAGATCAGCAAACATAGCCTCTGAACCTGAATGATGGACAAGCACAGAGAATACAA TATTAACTCAAATAACTTGAGGAATTTGACAAGCAAAGAAATGACAAATCCCACCGTAAA CATCAAGACAACAATTTCACATCAATGAATGGGCTACCTGTTATACATAATAAAATCCCA CCCAGTGACATCCATCCTCCTCTTTGGGTCTTCTTCAAGAATTTGTACATGTAGTATGGA GATAATGCTTGGTAAACATGGGGATTCCAGTGGATGATGTTGTACACCCCGATTGCACTA ATGCACAAAAGCCACGTAATCACAATCGGTGCAAATAGAAATCCTAGTCGATGTGTCCCA TAATGTTGGAGAAAAAATAAGAACACAAGTATGACACAAGCAACTGGAACTTCTACATCT GCAGATACAAATCATTTCAGCATAATATTCATTAGTTCCACAGTTATTGCTTCTTGTTTC AACAAAAAGATTTTCAGTATGATCTTAGACTATAACAATAATCAGTGACATCTTCATCAT CCATAGAAACAAAATAAGTTTGCTTCTGACTCCCATAATTTCAAAAATTAACTCGAGAAA TCATCAAAACTCCATACTAGTTAAGCAAGCATCATCAAATAACTGTCCTGTATCTGTAAT TATATGATTGGTTTGAACCACATTTTCAGATTTTTTCTTGATACAGAAATCCATAAGTTG CTAGTATGAGTCCATTTTAGAGAAGGAATATCCATATTATGGGCCACACGCAATATTTAT ATGAATAATAAGATTTCTTAGCTTATTCTCCAAACAATTGCAACAAAACTATCAGTTATC ATTTTGCTGTCAAACAGACACACCCAACTATTTAGGTAATTAGTTTCTACAGTTCCTTAT CATAATCACTATCTACAATTTTAAGGCATATCAGTAAATCTTTTGCTGCATTACTATGTT CCAATGTTAGATTACTATGTATAAAAGCTCATAGGTGTACTTGTCCAATTCATTCCCCCA TTCTATCTGCTCATTTCTCACATTCTAAATACCAGATATGCAAATCGTGACTCAGGCACA ACAGAGAGGGCAATTGTCTTTAAGGAGCTTCAAGAGACATCATACCAATAGTATATTTTC TTTCCTTCCAATTCAGTGGAATACGCATTTTAATCAGACTAACATACTTTATACCTATAA TAGTGGTTGTACCAAACTAACTTAATCTTTTTCCACTAATTCTATTCAATTTCGGATATA ACCAAACATAATCCCGCAGCCTCTTGCTTTATGAAATAATACTATTAGTCTCAAGTTGAA TCCTTACTTTTAAAAATAAGGATAACATCAATATGGTCTACCACAGTGGGGAAAGAACCT AACTTTATTTATTTATGGATGTTGATCTGACTTTGATTACCATATACATTTTTGTCTTTA ATTTAGTATCAAGGGACCCACAATAATGCATCTTCATCAGATATTGGCAACCTCTCCATG TCACAAATTGCACGTCCATTAGAAAAAGTTTCCAGATAAAGAAAACCAACTTTAAATCCC TGAGTCTCGTTACATGTAACCCAGATATATCTGATTAAACTATGCACAAACCAAATTATA ATAAGATAGTGGCATCAGGAAAAGCTAAAGATAATCAGATGAGATCAGCCAGAAGGAATT GATCTCTATCTTAATATTCCCTCGTTACAATATGTTTGTCTTACTTTCCTTTTAGTCCGT TTAAAAAAAGAATGTCTCTCAATTCCAATTGTTCATATGACATGCTTAAGATCACAAAAT TAAAAAATATTTTAGTATAATTTACCTGTCTTTAGTTTAAGAACACTTCACTTTTTTAAA CTTCATGTCAAGTCAAAACCAAACAAATAAATTTTAACAAAGAAAGTAGTTCATTATGAC TACTTTAAACCAGACATACACTAGACCAGAAACTATTTTCAATTATTATATTCTACACTT TGTCATAAACACTCCTAGGTCTTTTCAGTTAATCAGTTAGCTAGAGCATCAGAATATCAT CTAATAAGTACTGTTTTGACATAACAAGAATGAGCATCTTTTAATAATATGGAAGAAAGC TGTAAAATATAATAGATATGACTTATGATTCTTCATTTTCTTCACCAAGGGATATGGGCA AGGGGGCCATTAGGGAACAACAGATCTGCCAAAAGATATGGACTCACATTGGTGATGATG CTTTGCCATTGAAAGTTCTAGTCCAGAGACAGCAGAGAACACTGCAGATTCAATGCACCA TAAATAAGATTAAAAAAAGGGTTAATTATCAGCAAGATCACATCTCCAATCTGGCAATAA ACTAAGTCAAACAAGCATTATACACGAGGCAGATCCAGAATTTAAATTTGATCGTTCAAC CTACCCCTGAACTCATTGCACTTTTATGATTACAGGTTCACAGCATGATAATTGTAAAAA TTTAATGATTTTTCACACACATATTGAAATCTCTGATCATATATACCTGAGATTGCAGGC GTAAGGACTCCATCACCGATAACCATACAAGTACCAATCAATGCTAAAATGAGCAAAATT TTCTTCAAAAATCTGTGTTTCTCCAAAGTTGATTTCAAGCTCATCCCAATCCTATCAGCT GATAAATTTCTATCATTCTTGTACTCATACAGATCCTCATCAGCCAATTGGCCATTAGGC AAAGTGCTAACCCGGGTATATCGACACAACAGGGAATACAAGGCAAAAGTCCCACCTTCA CCATTGTCATCAGCTCTCAACACAATGAACACATATTTTAACAATGGAATAAGAGTTAAT GTCCAAAACACAAATGATAAAACTCCAAATATCTCATCATTAGATTCAGAATGTTGAATG TCCTCTGCGAAAGTGCTCTTGTATACATATAGAGGTGAAGTACTCAAATCTCCATAAACC ACACCTAAACTCTGATAAGCTAAAGCTATTACAGTCCTCCATGATTCTTTCTGCAACAAA ATTGGATTATCAAAAATGACTCAAAACCTCAATTTTTTTTCAAACATGGGCAACATAATA TTGGCAAAGTTCTGACCTTTATGGGATTTTGACGGCCCCAACTTTCAATATCCATTACTG GAGTTATCAAACACTTGAAGAGAAGCTCATACTATAATCTTGAAGAAATTAATGACCCAA TAAATGGGTAGTGGTTCCCTTAATTTGAAGATATTGGAAGCAAAATCCAAGAATTTTATG AGTGGACTGAGCAATTGAGTGACCCACAGGAAAGAAGATCAAAGGGACAGACACAAAACA CCACAGGGAAAAAAACAAAGATGATAGTATTGGGACGAGGAACAAAAAGTTGGTGGGAAA TTGGAAGTAGCTGCTTTTTCTTTTTATACAAATGGAATAAATGATGACAAAAAATATATA TACATATATGTGACACTAATCCTTATTAATATCACACAATGGAATATAAAAATCTCAACT TTTTATATGACAAGAACCCAATATTATACTTTCAAAACAAGAAGGGTGGCCTCAATCCAT ATTAATGTGTGAGATTTGGGTTATCTACCACACCCACTTTTGTTTCTTGGCTGGAGCTTC TCTAATGGAGTCGTAGAATATTTTTGAGTGGGGGCCAGGTAGAGGGTAAGAAATTTACCA GTAAGGTGCAGAGCAAGAAGGTGGGGTGAGTGAGTATTTGTCAGTGAATGAATGTATTGA CAGGAGGCACCAAATTAGCTGATATTCTGACATATCGCACTGGACATAGAAAGCAACCTT CATTTGCACCATAAGCAAATATTTTTTTTTCTTTCTTTCAAATATACTATGTTATAATCC AAATTACAAATATTTATGTGTATAAGTTAAATTTTATTTTTAATAAAATAAAAGGAGAAA GTGTTAAAAACGGAATTTTCATTTATCAGCCTTAAATATGACAGCGTTCATATGCTGTTA TAGTTGGTCAAATAACTTATGGCAAAGTTTAAAACTTCTACTAAATTGTTTTAAATATAA GTGACTTTTATTAGTCTTTTATGGTATTTTACTACCATTCGACGTTTTGAATAGTATGTT TTTCTATTCATACTTTTCAAATGCTCATGAAAGGAGGAGGAAAAACAGCTTTAAATTTAT TTTGCTGCATTTTCTTTCAGATTTAAAATTTATATCGAATTAAATCGACACACCTCAAAC TACATAATTTATTGTGATTTCTAATATTTTGCGACATAATAACTCAGGGAGTTGGCTCGG ACGGTGACATGACAATTACAAGAAAGAATGTGGTTATATGCTGCTATATTAGAAATAAAA ATAAAAAGTAGATCAGACTCATAGAAAACAAAATTATACAGAGAGAGAATAGACAATGAG GAAAGAGAAGTGATCGGTTATTGTCGGACCAATATGTAGAAATACAAAATATTTCTACAT TTATGAAAATTGAAATATTATATGCCAAACGAATCTCAATATTCATGACACTCCTCTTTA AAAAAGATGATTGAAGTAAACATCTGTTCTTTTAAATTTATACATGTAATAGTTTTATAG TTAATTTCTATGAGCTAATAAATTGTCTTCCTAATTTTTTGAATTACTATGTGTTTATCG AGGTTTGACAGTAAAACTAACAATGTTGTCTATATGAGTTGAATAAGACTTGAGATGATC AAATTAACTGAAGGTTAAAAGTAATATATTCATACGACGAATATTATTTGAGTACTTAGG TTATTTATGACGTTTGGACAAGTTATAGATAGGCAGTCATGTACTTATATGTCTATAATA ATATTACCCAAATGTGTTAAATGAGAATAAAATAAACTTGAGCTAATTTATATAAAAATC TCAATCGAGTCATTTAATATATGATTAATATAACGAGTGATAATCTTTGACACTTATGTG ACATGAGCACCACAAATAAAGCAAAGTTTTTTTATCTTAATGGATGTTGAAATATGTGAA TGCGAAGTGACGATTAAATTGGGGCAAATTTGTTTGCTTATGTAAATTGTGGACCACAAC TTTTAGGATTGGAAACTTCAAGAGAGGAAATTGATAAACTAAATTGAAGAAAGGGGGCTA TCAAGTAATCCTATATGGCCCCTACCTATAAAGCACCTTTAGCTTGCACTCGACTACTTA TCATCCTTTCTTTAAAAAAATAAAATGAGAATTTTCAAAAATCAAATAATTTTGGAGTAT AGGGTGGCTATTATATTATTGGCTTGTAATATTAGACTCTAAATTTTATTTTAAATTTTA ATTTTAATTTTTAATTTTTACGGTGCATAAAAAGAATTTAATTATCTAAACTTTTAATAA ATAAACATGTGAGTTCTACGTAGCAAAACGCGTGATGTGCACATATTTTGCGCAAATTAA AAGAAATTTTGAGGCTCACAATGGTAAAAAAAAATGTTGAAATGACAATGCTATCCTTAA TGAATTCCTTTTATTTATATTTTTATATTTCCAATCAAAATCTCATTTTAATTCTAAAAT GGACCTATAAAACATTAAATTAGTCAGCAATTATTGGGTGACTCACTAATACACATGGAG CGTTTGCATTTCACTGATCTCTTAGGCTTCAAAAATTGTGTGTTTATTTATTTAAAGGTA GAATAGTTAAAATTTGAAACCAAGTTTAGAATCAAATATATATATTATGCATATATTAAA TATGAAAAATTTGTATATATTCAAATAAGTGTGGAATTCAAAATTCATAAATTTTAAATT TTAACTCCGATCTTATTTTGAAAATTGAAGATTGAAAAGTTTGGATACTATACCAAATAT TTTTTACACTTATAAGTTATATTTGTCAATTTTTGCAAAGACCTAGTACTTTGAAATTCT CCTTCTAAGTATTTGGACAAGCAATTTGCTTTTTCCATGATCAAAGAAAACAAAATTAAA TAGGTTCTTGGCCACAAAAAAATAAAAAAAAATGAGGCTTTGCATATTTGCTAGTGTTTC AGTGCTCAGCCTTTTCCATTTATTTAACTTTTGAAGAAGTGGTGGGGATTTTCTTTTTAG TTCTAGTGGTGTTTCCACCTTGATCCACAAAATTATGTAAATCAAAGAAAAGCAGAAAAT AAGAAAGAATGTTTAGCACTCTAACTGTTTCAATTTTGTTTGTTTTTTTAATTTATGAAA AAATAGAAATTATGCTATTACTTATCCTCGTTTCGTTTTATATTACTCCTTCAGTTTTTC TTTAATAAGAAATCATAAATATAAAGAGAATTTCAACAATTTACCTTTTTTTTAAATCTT GTAGTAATACTAATTTGTTTATGAAGATTAATGAGTATTTTAAGGAAGAAAACAGGCGTT CGACAAGATTAAGGTAACTCTACTTTCTTGAAGTTTGCCCTAACACTGGCCGGCCATCAC CAGATTCAACATATTTTGTTTAGCTTAATTAGTGGCATTAACCACTAAACTAGGGCATGT AACTTACTAAATTATTTTTAATTACATAAAAGCGAGCAAATTTATACCCATTATATATAT TCCCTTAATTTCTATTAATATATCGTTCTTACTTTTTACTAAACATAGATTAGTACTTAT CGTTTCACAAAATTAAAAAATAAAAAAAAGTATTTTTTATATTTCTTCCTTAGTAGCATT GAAAATACAAATTTAATTACTATAGAAAAATGAAATAATGTTCATTAGTTAATTTAATTA ATTAAAATAAATTAATTTATTTAAAATTTGGGTAGTATTTGCGAGCATCTTCCCAGAAGA TGTCATGTTTGTCTCTTAACAAAGCTGAATATTCAAAGTCAAAATTTTTGGCCGGCGAAT TTAGGAAGTAATAGTTAGTTTGACTGAATTTTTGAAAAATTAATTAATCTATTTAAAATT TGACTGAATTTTTGAAAAATTAATTAATCTATTTAAAATAAAATTCAGAGCTGTTTTTTC AAAAGTTTAAAATAGTAATAGTTTTTTCCTCGAAAGTATTTTTGAAATATTAAACGAGCA CAAGGTCTTGTTTTAATATCGATAAAAGAAAATTTAATTGATTATTCAACTATTTACTTT CTTTTTTAAAAAATAGTACCTAAAAAGATATTTTAAAAAATCAAATTTGACAGTATTATT TATTAGCGAGTAGCGACTCTTGATAAATTTAATGGGGTGTTCACAATTGGCATGAAACAC GAAATTATTGGAAAAACTTTGGTATAGTCAGAATAAAATAAAATAATTAGGATGTGATTG ATACAAAGAAAAATATTTTTAATTTTTTGATGTTTGGTTGGATTAAATTTTTTTAAAAAT ATTTTTCATATTAACTCATTTATCAGTCCCCACCCCACCCCTACCATCCCTTCGCCCCAC CCACCTACGTTATCAGCCCCCAACCCACTCCCTTACCACCCCCCTCCTACCCCTACAAAT ATTTTAAGTTTACTTTAAAAATTATTTTAAATTTTAAAATTTTATTTTTTCACTCTTACT CTTGACTTCCACCCCACCCCACTAGCCCCCTATCAGCCCCTCACCCACTCACAATTTCTT TTTTTTAAGTTTGTTTGTTTTAAAAAAATTATCTTAAAAATTAGGGAAAAGGGCCTAATA TACCCATCAATTTTGTCATTTGGAGCTGATATACCCTCGTTATAAAAGTGGCTCATATAT GTCCTTACCGTTATACAAACGGCTCACATATACCCCTGCCGTAAAAAATGGTTCACATAT ACCCTTCATTTAAATAGAAGTTAGAAAATTAGTTTTAAATTTATATTTATTACTTCTAAT TTTTTTTAAAAAAATTATTTAGGGGTATATATGATTCTTCTATCAAAGTACAAGGTATAT TTTAATTTTTTTCATATATAAATTATTTTTTGACTTCTTTTATTGTAACTAGGGAAAAAG GTCTGATATACCCCTTAACTTTGTCATTTGGAGCTGATATACCCTCATTATAAAAGTAGC CCATATATGCCCTTACCGTTATACAAACGGCTCACATATACCCTTGTCGTTACAAAATGG CTCATATATACCCTTTATTTAACGGAAGTTAAAAGATTAGTTTTAAATTTATATTTATTA CTTTTAATTTTTTTTAAAAAATTATTTAGGGACATATATGATTCTTCTATCAAAGTTCAA AGTATATTTTAATTTTTTTCATACATAAATTATTTTTTGACTTTCATAACAAGGGGTATA TCAGCTCTAAATGACAAAGTTGAGGGGTATATCAGACCATTTTCCCTAAAAATTATTTTC TACTTTATAAAAAATTAAAATATTTCTCAAAAGTATTTTTCATTCAAAAATCAAATACTA AAATATTTTTTGCTCAATACTCACCAATCAAACATGAAAAAATAAGTAAAATACCTACTT ATTTTTTTGAGAAAATATTTTTGACCAAAACATACCCTTAATTGCTTAAACAGAGTTATG AAAGGGCGAAGAAAAAGGAGGAAAATAAAAAGAGTTAGTGGAAACATTCAGTTGCATGAC CAATCCAATCTGCAATAATTTAAATATTTTACTATTTATTTTTATTTCTTTTTATATATA TAAGTGAGTTTGAAGATGAGATCAGAGTATCAACATATGATACTATTGTTTCCTTTTTCC AAAAAAGTACTCTATAATATAATTATATTATTCCTTCGTAGTAATATTTTTATATATCTT TAAAATATTATAATTTATAACATTTTTAAAACTCAAAAACTATTATTAATTAAATAATTT GACTCTTTATTTTTTAACAATATTATTTAATATTTTGGAATAAAGTTTACGTGGGACAGT AGCGCCATGGACGGATTTATGTAGTGCCTTGTATAGGTCACATAGTTGAAAGGTAACGTG TCCCAACTCGATTTTGTTGCTATCAGATCAATTCAAAATATCATCCATCACTTAAAACCA AATAAATATGCGTGTAAATATCCTAAATATTTATATATTATATTCCCTCGTTTCAAATAA TATCGGTTTAAAATAAAATTTTAACACAACATTGATTATTTTTGTAGTTTTATTACTATA AAGACCTTAATTACTGAGAAAATAACATAAATGAATAAAGTATAAGAATTTAATAAAGAA ATACTATAATTATTATTATTTTAACACATTAAAAAAATATACAAATAATTAAAATTTTAT TAGAAGTAAATATATAATAGAAAAACACCACAAATAATTTGAGCCGTGAATTTCTTGAGA AGTTCAATTTGGCTGCTAAAACGAATAACTATGCTACGATTTTTTTTTGGAAGAAATCAA GTCATCATTGGAATAAATCAACAGATTCTCGATTCCATCCCTAGAACCTTGCTAACACAA CATGTACATTGAAATTGAATTATAGAGTAAATAACAACTAATTATTCAAATCAAATAATA CTATGATATATTAAACGGTTAAAAAAAAGTGATTGCCTAGAGTAATATTGTTATTTTATT TGTATTAAGAGTAAATAAAATATTACTAGTAAGGATTTAATATGTACAATAACGAAGCCA AGGTACTACTTATTATTCAGTCATTTGCAATCAAACAACATAGTGCATGAAACAAGCTAG CAAGTGTGGATAAGTTTGATTTAACTATGTTACAGAAGTATTAGGAAACAACATAAAGAT GGATTAATAAACACCAATTATTGAATTAATTGATATTAATAATTAAGATCAAATAATAGT GTACGTGAGAAGTAAAGGGATGTTTTTTTTAGAAAAAAAACATCGATCGCTATCAATGAA TTATGGTGAGTATTGAAAGAAACAAAGTTGTAGGAAACGTGTAGCATCTTTATTTAATTT TGTATACGTATCAAAACCATATCTTCCATGCATCATTTCTCACTTTTTATAAATCAAGTG GCCTACCAATTTTGCACCACTTTTGTGGAAATAAATTCATTCAAGATTGTATATATTTTG GATTAAGATTATCACAAAAAATGATTGTTTATACCCTATGTGGTCACTTAACTATACACT TTTCTCTTATAAAATCAGTCAACTTTCAATTTTAACTCAAAAGTTATTCAATTATGTTCT TCTCTCTCAGAAAGACACTCAACTATTAACTCTTTCCTCAGAAAGTCACTCAATTTATTT AATTATTTTTTTAATTTAAAATTTACTGATATTATTTTTTTATATCACAAAACAATTTTT TTAAAAAATCAAAAATACCATTTAGTGATCCACCTACTTAATCCGATGACTCATTTTATT TTGCTCTTAGGGTGTGTTTGGTACGAAGGAAAATATTTTCCATGAAAAATGTTTTCTTGG AAAACAAGAAGATTTTGGACTTATTTTCTCATGTTTGGTTGGTGAGTAGAAAATATTTTT CGAAAATGATTTTTAGTGTTTGATTTATGAATGAAAAATATTTTTGAGGAACATCTTTTA TTTTTGCTAGAATACAAAATAATTTATGAAATTGAAAATATTTTTTAAAATAATTTTTTT GGGTGGTGGTGATAGGGGGTGGGGGGGGGGGGCAGAGGGAGGGGGTAGAAGTTAAAAAAT AAAAATTTGAAGTTGATAGTATTTTTAAAAAATAAAAATTATTTTTTTTGGAATTGGGGT TGGGGGTGAGGAGGCTGGTAGGGGTGGGTAGGGGGGTTGGCCGGGCGGGGGGGGGGGGGA GGTAGGAGCTTAAAAATAAAAATTTGGAGTTGAAAATATTTTTTAAAAAACAAAATTAAT TTTTTGGGGAGGGGGTGGTGTTAGGGGAGGGGGGAGGGTGGTCAGAGAGATTGGGTGGAA AAATAAAATTTTGAAATTGAAAATATTTTTTTTAAAATTGATGTTTTTCTCAAAAAAAAA ATGTAATTTAAAATTAGCCTTTATTTTTGAAGGGAAGACATTTTCTTTAATTTTGAGAAA AATGAATTGATTTGGAAAACATTTTCCAAAACTTTTGTCCCAACCAAACATTAGAAAATT GGAAAACGTTTTTCTTTCATACCAAACACACTCTTGATCCTAAATTGACAAAGTAGATCA TTTTATCTAGGGAATCTTTACTGGCTTGTGAAGTATGTTTATTTGAATGAACATTATTTC ATGTTGCATCAATATCATTACTATATTAGTATGTAATGGTGAGAGCATATGCTTAATTAG TTGTTCTACTCTTTGTCAAGACTGAAATATATCCCGAGGCTATGACAACATCTTTCTACA CAACTGTATGTATGACCTTCCTACGAGGAATGTACATCCAATAGGTGTAAGAATAACAAG ATTGAGATGTAAATCTCTTGGAGTTTACATCCATTTGAGGGACTAATTTAGAATTAAGGA CAAAATAAAATGAGTTATATTATATTTTTTAATAGATCGGGTTAATTGGGTGGATCACTA AATGATTTAAATGATATTTTTTATTTTAATTTTTTTTTGATTTGTTATATAAACAATTAA TATCAGCAAATTTTAATTAAATAATAATTAAATAAATTGAGTGACTTTCTGAGGGAATAG TTAATAGTTGAGTGATTTTTGAGTTAAAATTCAAAGTTGAGTGACTTTTTGAGGGAAGAG TTAATATTTGAGTGACTTTTGAATTAAAATTCAAAGTTGAGTGACTTTATAAGAGAGAAG TGCATAGTTGAGTAACCATCTGAGGTATTAACTATAATTTGTATAGTTTTGAAAAAAAAA AAAAACTTCTGCTATTAAAATATTTAATAGTAAATGAAAAAAAGAGAACGGAGGTCCATT GAATCTAAACACATCTATAAGATAGATACTCTACAGATATTTATTTGTTCCTAAATTTAT GTGTTTTCAGTTACATTTCATATTTAGAACACACATAATTAGATGTATATGTTTACTATC TAATTGAGATTCATGTTTTTTTTTTGATGTAACCTATGAAATTTAGATACACATAATTAG ATGCATATGCTTTTTCTTCTCGTATATTACATATTAGATGCACATAATGCGAGATACATA TTTTTAATATAACGTATAAAATTTATACTTGATTAATTAAATTAATATTACACACATTTA TTTAGTATTTTTGAAATTTTGAGACATTGCTCTATGGATATAGCACAACTTCAAGCAATG AAATAACTAGTATCGAACTTTAGAAAAAGAGAAACTCCAACCTAGATACATGAAAATGTA TAAATTTGAGATGCATTAGAAAATCGAAAACCTAAAGAAAATCTTACCTCTTTTTATGTA TTGCTAATATTGAGAAATTGGTTGTTAACTTAGGACAATGTTTGAGGAAGAAGTGGATTA CATGGGTTGTGGAGGTTAATGAGATTGGGGAAGGAATCGCTGATGTGAGGTGAGATATAA TAATTTTTGAATTTTTAGTATCCCGTTAATTAAAGAGATTATATTTAAGAGATTACGTGT AATACGTATATATGATAGTAAAGTATGTGAGGTTATGTCACAAAAGAAAGACCCAAAGAA AAGAAAAGGAATCCAAATGGGGCCTGGCCCATTTCGTGGTCGCACTAGTAAGCCCATTTC ATTGTACCTAATTTCCCGCTTTTTTTTTTCCAGTATGATGAAATAATGCTTATTGAAGAA AATAAATCAATTCTAATGATGATTAGGATGTTAAGTATTTTAATTAATACTGTATTTGAA ACTTTGACATGTGTTGTTAACCAAATCCTACAACCTTCCGAAGTCACAGGTTTTCCTCAC ACAATTTTCAATGGCAGTAAAGGAAGCTTTGATGAAAAAAGGAGCTTCAATGGAACACTC TTAATTCATTCTTCCTTCTTTTCTAGCGCTAATTTTCACTCACTGTTTCATTCATAATAC AAAAAAATTATTGGAATCTGTTGTGTTTTCCAGAAGAGAGACAATCTTCCGGAATCCGAT TTTGATATCGGACTCCGCCATGGAAGATGACTAGAATATTTGCAAAGCCGGCGTCTCACC TCCGTCATTTACAGCAATCTTTGAAGAACAAATCATTTTCGAACGATGTGCCATGGTGGC GCCAAATTCTCGATCCAAACAGCGATATCGTCAATCGCTGGAACTATGTCTTCCTCCTTA CCTGTCTCATCTCTCTTTTCATCGATCCACTCTACTTCTACGTACCTTTCGTCAGCGATA GAGCTTGTATGTCCACTGATGACGAAGCCGCCCGTGAAATTACCATCTATCGTTCTCTCA CCGACATCTTTTACTTCCTTCACATTGCCATGAAGTTCCGCACAGCTTTTGTTGCTCCTA GCTCTAGGGTTTTCGGCCGGGGTGAGCTTGTTATGGATCCCCGTGAAATTGCTATACGAT ATCTCAAAACTGATTTCATCGTTGATTTTACAGCTGCTCTTCCCCTGCCTCAAGTCAGTA CATATCCATTTAGTTTAATACTCTACTTTTATTATTGTTATTTTTAATTAATAGTGCCAT TGCAGATTGTTATTCGCTATGTAATCCCAGCAGCCAAAAGAAATGGTTCGGGTCATTCCA AAAGTACACTTGCACTTATCGTTCTCATACAATATGTGCCAAGGTTATTCGTTATTTTCC CATTAAATCAGCAGATTATCAAAACTACAGGTTTTATTGCTAAAACAGCCTGGGCAGGAG CAGCTTATAATCTCCTTCTGTTCATGTTAGCAAGTCATGTAAACGCTCATTTCCCATTTC CTTTTATTTCGTAATAATTTATTTGAGACCTGGTTTGAGAATTGTTGCCGCCTTTTCTTC TGTGTGCAGGTGGCAGGAGCTTCCTGGTACGTGGCATCTATAGGAAGACAATTCTCTTGC TGGGCAATTGAATGTAATAAGGAGCGTGATGCAGTTCCACCCTGCATTCTTGAATTTTTG GACTGTAACAATGTTGATGAGGATAGTTATATACGCGATTACTGGCGAAACAGCACACGA GTGCTTGAGAAATGTGATGCTGTAAATGATGAAGATTCTGGTTTTAAGTTTGGAATTTTC GCTGATGCCTTTACTAATGAAGTGGCTTCATCATCGTTCTTGGCAAAATATTTATACTGT CTTTGGTGGGGTCTAAGAAATTTAAGGTTTGATTTCTTCAACTGCAAATTTACTCTTCTT CATTCATTCTCAGTTTTGCATATTCAATGGTGTTGGTGATTATAATTGAAAGTTGGCGTC TCAAAGTAATTCCTAGGGACATTCCTCTTCTGACATACTCCTTCATTTTTTGTTATTTAT ATGACAGTATTTGAGAAAGAAATACTATTTACACATACGCTAAATATAAATGTCTTACCA AAAGAAACCCTTAGATCTTTTGGTCTTAATGTCAAATCATTCCTATAAAAAAAAGGGACT AATTAAGGGGTAATATGGGAGCATCTGAAATGAATGGAGTCATCTTCTTGAAATGAAAAT TGGGAAAAATATTATTTCACTTTTGCTGCTTTTGCTTCCACCTAATACATTCTGATAGAA TTTATGTAATATAGTCTGGCTTTTAAAGGACTCTTTGCGTTTAGATCTGCATCCGAATAT GCAAGTCACTCTGTCTGTTTGGTACCCTGTCTCTTATGTTTGGTTAATTCATCAGGCAGC TAAGACTGGACTAGGAATTCATAAATGTTCACCCTTGTCTATCTCAGCTACTGAATTTTT GGCAAGCATTTTCACCGCTGTTAATCATTGTAAATGATAAAGTATACTGATCCTCTGTAA ACTGTCTTGGATCATGTATGGCTACCACATAAATGTCACAATCAAGACTAGTGTGATTTT GGATCACATAAATTGTTTAAAATGAATTTCTTGTCTCCTTTGTTGCTTAGGATACCATCA AATTACTCGGTTCTTTTTCCAGGTAGAAATCTTATGTTTATCTTTACGAATGTTGTCTTG CAGTTCATATGGGCAGAATTTGAATACTAGCACATATATTGGTGAAACCTTATTCAGCAT TTTCATAAGTATCATCGGTTTAGTTCTCTTTGCACAGTTAATTGGAAACATGCAGGTAAG ATTTTGAGGATAAGATTTGTCTGTATAGATCACTAGTATCACCTAGTGCAGTTATCTGAA GTAATTTCACCATGGTTTATATACATGAATGATTAATCTATACATGTTATGTCAGACACC TTCAAGTTGTTATAATTATTCACCTCTAGAGCAATGTTAAACATGATAACTTTGTTAATT TGTGATAGTTGATTTACATAATGTGCTAATTACCAGCTAAATATTGTACGGAGTTGGATT AATTCTTTGAAGAGTAATCAGAAATCTCTAAGAGCTTTAATTTCATTTTTCAAGTTAGCA GTCCTGCTATGTGCCATTACTCTAGATATGTTCCCTATAATCTCAAATTATAAGCAGCTT AGGTCCATTGGGATTAATAGTATAATATTATTCAACATTACTTCTGGGTTGAGTTGGATA CTGCTTTCAGATTACGCTTAGGGGTTAGTCGGTGATTTGTAAGGGTTTTTAAGAGTTTGA GCTACCATTTTAGATTTGTTTCATCTAGTTTAGGACATGCTTCTTTGTCCTTGATATACT TCTGAATTTCTGCCCTTTCCAGACTTATCTGCAATCTATGACTGTAAAAATTGAGGAATG GAGAATTAGAAAAAGAGATATTGAAGAATGGATGAGACATCGACAGTTGCCTGAAGACTT GCAAGAACGTGTTCGCCGTTTTGATCAATGTAAATGGCTTGCAACAAGAGGAGTTAATGA AGAAGAGATCTTGCAATCTTTGCCTTTGGACCTTCGTCGTCAAATCCAAAGACACCTATG CCTTAATCTTGTTCGACGAGTATGTCTTTCTGGCACTAAATATATCATTATTTTGCTTGG CTCGTGTATTATATATTAGACTATCATGGCATATTGATGTACTTCTCGAGACTTGATAGG TTGTCAGTGTCTTAAGCAGAAACTCTGACCACTGGTTCCCAGGAAATCCTTAGTTCCTAA ATTGGTATAGCTGATATAAATGGTCATACTCATACCGACATTTGCGTATTTTAACAAAAT ATTTGCACATTTCATGTTTTAATTTACGTTGTTAAGACCCGGAAGCGAGAAACAATCATT GTTTATAGATTATGACATTTGCATCAGCACTTGTTGATGTTTGATGATAGATTTATTTTC TGTCAAGGTTGCCCTTTTCATTGTGATCTTTAGATATATATATATATATGGCATAGCCAG ATGATGTAATATGTGGTGTTTGCAGTATTTCACTTCTCTTGGAATTGAAATACTTTCAGG AGGCAAACATTAAGGAAAAGAGCTGCAGGCAGAAATATTTGCCAGTAGTTAAAGATTTGA GCAAAAGAAATAAGTACTAATAAGTATTAGTGAATGAATAAATAAAATAGTTCCATCTCT TCAGTCATCAATTTAAGCTTTGACTTGTCTTGTGATGTACCTTACGTTTTGTATTTGCAT CAGCCACATGTTTGGAGTTGTATTTTTACTCTGTAAATGCCTAAACCCATCCACTTTTGT TTGCTAAGCTTTAGAGACCCCAAAATCTCCTGACTGCGCAGGTTCCATTTTTTGAGCAAA TGGATGACCAGTTGCTTGATGCAATATGTGAACGCCTAGTGTCGACCCTGAGCATAATGG GCACATATGTTGTTCTAGAAGATGATCCAGTGAGTGAGATGCTCTTTATCATCAGGGGAC AACTAGAGAGCTCCACGACAAATGGGGGAAGATCTGGATTCTTCAATTCAATCACCCTTG GACCTAATGATTTTTGTGGTGAAGAATTGCTGACTTGGGCCTTACTGCCTAACTCAACGC AGTTGCCAGCTTCAACTCGAACAGTGAGAACACTTACTGAAGTTGAAGCATTTGCACTTC GAGCTGAAGACCTGAAATTTTTTGCAGTTCAATTTAAACGTCTTCACAGCATGAAGCTAC AGCATGCATTTAGGTACTATTCTCATCAGTGGAGAACATGGGGTGCTTGTTTTATACAGG CTGCATGGAGAAGGTATAAGAAGAAAAAGATGGAATACGAGTTGGCTCTACAAGAGAGCT ATTATTATAATCAAGATCCTAATGATGAGGGTAACTACAATGAGCAAAGTTTTGATGACG CTGGTCCTGAGCAACCGTTAGTAGCCAGTGGTTCTCGTGGTTCCCAACAACTTGGAGCTA CAATTTTGGCCAAACGATTTGCTACTAATACGAGAAGAGGAATAGAACAGAAGATGGCTG ATTCTTCTTCTAGCTTAAAAATGCCCAAGCTGTTTAAGCCAGATGAGCCTGATTTTTCTG CAGAATGAAGGCCACATCATATGTAATTAGTTAGAACACCTTGCATTACTGAAAGGTACT GGTGACTGGTGAGTAATGACAAAGCTAGTACCCTTTTTTTTAAAACTTTTTTGTAAATTT CAGGAACTATAGGCCTTTTTGATTACAACATTATTCCCTTTTCAATCATGTGAAATACAA CCTTCTTTTCTAGTTGATTGTGCCTAAAAGTTATCTAGTTCCAAAGGTAATATTGGAAAA AACTTACCCGTACCGGATGTTTACGCCAAACATATTGTGGGTAAGTTTTACCTGTACATA TTAGATTGTTTTTGATTGGACAGAAAAAAAAGAAGGCAATATTTTTTTCATAGGGTTCAG GAAAGGAATAGTGGAATGGAACACAGAGAAGAAAAGGGATAAGCTTATATCTAATGAATC AGCTAATTGATGACGTGCAAGTAGTTAGACTACCTCTGCATTTTTAGCAGCAGCAAATCT GTCTCTGTCCAAAAATTACTCTGTATCTGAATTCTTGACGTTGCTCCGATTCTTATCTCT TCTTCTCCATCTCTATTTAATTTTCTCGTCTCCAGCAATGAATACTCATACACGACGGAT CATTTCTCAGCTTCGCACTTCAAGTATTTATACTACGTCTTTACTACTGTTTATGTGCAA AAGAATGGACTGCATCTTAATTTAGTACTCTCTCTTTTCCTTTTTTTTTTTTTATATCTC TCACCTGTTTGGATTTCACTTTCATTAAAGTTAATTTTTCAAAAAAATGATAGGTAAATC ATCTTTTATTTTTAATTTGTTTGTTAGAGATTCCTTTTCAAAATTATAATATGAAAATTA ATTACTAATTTTCTTAAGTTGATCAAATATCTATTTTCGAAGTAATTAACTATCATGAGT ATAATAGAATTTTTTTTATATAATTTATGTATTAATTTTATGAAGTTATTGATAAACTAT TTAGAATAACAATATAAAAAGGGAAGGTAAGGAAAGAATATGATTGTAGCTTCTCTTGTT CACTGATGACACTCAAAAAATTGTTTTGGTGAATAATTTTCTATGCCTAAGCTGAAAAAC TAAAATGCCTTTTATAGGCAAAGCTGAGAGACAAAGAGATTTGAAAATCTAAAAGCTAAT CTTCTGATTGGCCCTTGATTCTCGTCCGTTGCTTTTGGTTAAAGCAAAAGTAAAGTGGTT GTCATCTTCTTCTTTTTGAAAAGCAAAGATGCCTGACTTAAAGTTGTTTGTCATCTTCTT TTTTTTGAATAGTGAAGATGCCTGACTTTGTCTGCCATGATGTGGGCCTTTGATAGCGAA TTCCTTTCGTCGTGACTGAGTCAGCAAAAGATTCCGTCTTCTTTTAAGCTCCATTTGCTT CTTCCTTGGTAATTCTGATTCTATGAATCTCTACCTGGAAGACTAATTATTCTGGCTTTT AATAGCCTCAATTAGGACTCTTCAGTCAAAAGGATTTAGATAAGATCTGGCTAATGCTTT TGGATTAAGCATGTCGCCATTGTCATCACTTTGTGATGAGGCCTCATCAAGTAGCTGGTT AATAGCAGCTTCATCTGGATTTTCGTCAAGTTTTGAGAGAGCCTTTTCAAGTCTCTTTTT TAAGTCACTCTTTGAAGGTGACGCCTGAGATATTTCCTTTCCCTTTGAAGGAGATGGATT GCCTTTTCTGGTGGGAGACCATCCTTTAATTCGGATTTCTTTGGACAAGAATTTGATCCT GTCAAAATCTGCAATAACAAACGTCCATGATAAAATATAAAATAAACGTCTTTTTATAAA GTACTTACAGAGCTTGATGTGCTCTGGGAGGGTTGATATGCCTTCTTCAGCCTGGAATTG GGGATAATTTTCTACAAACTGACGAGGCATCACTTGCTTATTTCCACCAAAAAGGCTCCA CCATTCATAGAACCATCTTGGTATGATTGAGGCTGATACCTCTGGACAATATTTGATAAA CCACGTGTGGGTGGTTGGCCTGACATACATGAAATTTATCCAAGCGTTTTTATAATCAAA CCAGTTGTAGGTTTGAGGGTTGGATCTCTTGGATAGATTGATCGGAGTTTGCAGATGGTC TACAGGCCAGTTATACGGAGATAAGATCTTTTTTATCGTCAATTTTGAATAGGCGATGCT TTCTGGGTCAGATTTATCTGCCAATTCATGTTCTATTTCTAGTGATCCGGTATCAATGAG AATAAACTCAAAGTACCTTCTGGTTTTTAAGGAATTGTCTGTCTCGACGTAATTCCTGTT GGTGTAGATAGGCTTCAAGAGATGTTTGACCTCATAACCTTCATATTCCTTGTCGAGTGC AAGGATTGGGATGATATTTAGAGAAATCATTTCAAATTTCTCTTTCTCTCTTGGAGTCGT CTAGGAGCTACTTGGAGTAACTGCTTCTGCAAAATTTTGAGGCTGCTTTATTGTGTAGCA GTCACTTGTCTGTTTCTGAGAGAATCTAAGTTCTCCGCTTGGTGATGAAGAGGTGCTGGC TTCTTGATCCTTTGCAAAAGGTTTCTTTAATACCAGCATTCCGGTTGGTCGACTCTGTGG GAGTACTGTTGGATTAATGGGTGGCAAACTTGCCAAAGCTGTGTACCTGTTTACATCAGG TCTTGCTGGGTTAATTTCAGGCCTCCTTGCAAAGGGACCTGTACTGGCTGGTTCATTAGG ATTGGTCCTAACTGGTTGTTTGCCTGCCATTGGCCTGATTTGTGGTCTCATGTTTACCCT GCAAAAATTCTCTCGTTAGATAATCAGGCAAAGAGTTATTTTCACCTTTAATGAATTCGA TTTGAAAATCGAAGCTGGATAATAAAGCTTGCCATCTAGCAAAAATTTGTTTGGAAACAA TATTTTTGACATCCTTTTGAAGGATTTCTTTAGCAGATTTACAGTCCACTCTAAGCAGAA ATTCTTTGTTAACTAGATCATCTTGGAACTTGGTTATGCAAAGAACAATAGCTAGGACTT CCTTTTTGATCGTGCTATAATTCTTTTGGGCAGAATTCCAGGTTCCTGAATAGTAACGGA CCAGCTGCTCCGTAGATTTGGGGTCTTTTCTTTGTTTAAGAATGCCACCATATCCGATGT CAGAAGCATCAGTCTCAACAATCATAAAAAAGTCTGGGTTAGAGATACCTAAGCAAGGAA GGTTCTTAACCATATTTTTAAATAGAACAACTGCCTTAGTATGATCGTTACCCCAAGGTG AAGGAGTCTTCTTTAACCTGTCAAAGAGGGGCTTGCAAATATGTCTAACTTTAGGAATAA AGTCAGCTACATAGTTAAGACTCCCGAGAAATCTCTGTAGTTGGGTTTTATCCAAGATGA CATCTGGGAAATTATTTGAAAACTCAATAGACCTGCAGATTTTGACAGGATCAAATTCTT GTCCAAAGAAATTCGAATTAAAGGATGGTCTCCCGCCAGAAAAGGCAATCCATCTCCTTC AAAGGGAAATGAAATATCTCAGGCGTCACCTTCAAAGAGTGACTTAAAAAAGAGACTTGA AAAGGCTCTCTCAAAACTTGACGAAAATCCAGATGAAGCTGCTATTAACCAGCTACTTGA TGAGGCCTCATCACAAAGTGATGACAATGGCGACGTGCTTAATCCAAAAGCATTAGCCAG ATCTTATCTAAATCCTTTTGACTGAAGAGTCCTAATTGAGGCTATTAAAAGCCAGAATAA TTAGTCTTCCAGGTAGAGATTCATAGAATCAGAATTACCAAGGAAGAAGCAAATGGAGCT TCAAAGAAGACGGAATCTTTTGCTGACTCAGTCACGACGAAAGGAATTCGCTATCAAAGG CCCACATCATGGCAGACAAAGTCAGGCATCTTCACTATTCAAAAAAAAGAAGATGACAAA CAACTTTAAGTCAGGCATCTTTGCTTTTCAAAAAGAAGAAGATGACAACCACTTTACTTT TGCTTTAACCAAAAGCAACGGACGAGAATCAAGGGTCAATCAGAAGATTAGCTTTTAGAT TTTCAAATCTCTTTGTCTCTCAGCTTTGCCTATAAAAGGCATTTTAATTTTTCAGCTTAG GCATCGAAAATTATTCACCAGAACAATTTTGAATGCTCTCTCTTTATGTAAACATTATGC TTTGTATGAAATAAAGGTCCTCTAAGATTTCTGTAAGCAACTTTGAAAATTTCTGTAAGT TCTTCTTTATTTAAATTCCGCAACTATGAAAATGGTAAGGAAAGAGTATGATTGTAGCTT CTCTTGTTCACTGATGACATGACAGTGTGAATAATTTTGATCAACTATGATTTAATCAGT TAAAAGTAATCTATTTATCTTATTTTTGAAATGACTAGTTTGGCTTTAGATGGTACTATA AAGTAGACCTCATTATTTTAGGTTACGCAGAGTGTTTACTTGATTGTCTAAACAAAATTT AGAAATAAATTTTGAACCTAAGCTAAACACAGAGTTAAAGGGTTTCATTTAATCATTAAA TTTGTCCTCCGTTATAGTTCTTTTAAGGGAAAGCTCCGAATCAACCCATTTTATCCAAAA ATGAAAAGATAAAACCACCCGCCCCTAATATAACCCGCATCCGACCAACTAACATGTAAA ACCCACCCAAGTCCAAAGAAAGCAAAACTAACCCTTTAACGGCGGCGGCGGCGGCAGCGA CGGCGCAACTTTTTTCCATGAGTTGATTTCCAAGAAAATGGAAATAACTTTGCCCGCATT GGATCTAACTAACAACTTATTGTTCTACCCAAGTCCAAGAAATCAAAAACAAACCCATAT AATGGTAGCGTGGCGGCGGCGCGTCTTCTTCAATGGTTTCCAGGAGAAGGGGAAATAACT TTACCCACATCCGACCCAACTAACAAGTAAACCATCTTTCCCGTTATAGTTCTACCCAGG TCCAAGAAGGCAAATACAAACCCCTCTGGGCGTGGCAGCGGCGCATCTTCTTCCATGTCT TCCAAGAAAAGGGAAAATAACTTTGCCTTTTCCCATCTTCTACAGTTCCCTTAATTTTGC ATTTTTTTAGAATCTAACTCAACAGTCCCTTTATGGACTTCATCACTTCTAACCAAACAC AAATCCAACTAAGAAGAGATAAAACTCAATAAAATGAATAGCGTCCCAGAGGAAAATCTC AACACCTGAGTAGACATAAAAAAGAATCAACTTAGCAGTTAAATAAAATATCACATCATC AACAGCAGAAGTTGCCGCCTGAATCGCCACGAACCCAACCACAAAAGCAGAGACAAATTT CCCTTGCTGAAAGAATCAGCCCAAATCCACTACATTCTTGTACTGCAATTCCAATTACAC TTGCCTCGAAATTGCCGCAAATACAGTAACTTGGTGACTTTTGAGGAAGATGGAAAAATT GATTCTTTTCTATTGGGTGGACAAACTCACCAAGAGTAATTAAAAATAAATATGGTCTGT TTTGAGGTTGAAGTTTAATTCAGGTGACATAGTACTTTGCTGGGTTTTGAGGAAACTGGA ACAGTATTTGTTTTTTAATCATAATGTTGAGTTTATTTAATTTGGTTCGGATTTTAATTT GATGGGTTTGCGGTCGGATTCATTCTAACCAATAAAAGAATGTTGATGGTTATTTTATCT CCAATAACTATATTGCAAGTACTTGTAAACCAAAAATACATTCACAGATTATAATTAAAG TAGTCTTTTTCTAATCAGAAGAATTATTTTCACCCGTGTTTTCTTTCTTTGGTATCTTGA TGATTGAACAAGCTAACTGTGTCTTGATATTACCCCACTTGATTTGTTTGATATTTTAAC TGATTTTCTTGAGAAAGGAGCTAGCTAATTATAGGTTCTGCAATTTCAATCTACAGTTAG GTACTCCAACTACTGGAGAAAGGGTATCAGAAGGTTTTGTAGCAGTGCCGTGGTGCATGA AGAGCCAATCACTCCACCTGTTGAGGTTAAATATAATCAGCTTCTCATTAATGGACAGTT TGTTGATGCAGCCTCAGGTTGACCTAAAGTCTTTTCATTTATATGTTATTTCTTCTATAA ATCTCAAGTGTAATATGGAGAATTCTACGTCTTCAGGGAAGACATTTCCTACATTTGACC CTCGAACAGGCGAAGCTATTACTACGGTTGCGGAGGCCGACACTGAAGATGTCAACCGTG CAGTCTTTGCTGCCCGTAAAGCATTTGATGAAGGACCATGGCCTAAAATGACTTGTGCAG TAACCGAACTTTCTTATCTTTCCATATCCTCTTCCTTGTCCCAACAGTGAGAGGCGGATT TAGAATTTGAACTTAACATGTTCAACCTTTAAGGTTCTTATCGCTGAACACATTGATCTA TCGGACATACGTGTTTAGATTTTAATATTCTCTCATTTTAGTACTTTCACATATATATTT ATTTCCTGTATTATATGGTCCCTCTACCGAAGTTAATTTCTCAGTTGGTCGTTCAACTAA TAGTAATTATTTGAGTAATATAAGTCACTTTCTTTGTTGAAGAAAATTGGAATCAAGTTG AAAAATGACTTCTTGAGATAATAACTATTTAGCAAAGTGACCATATGAGAAATCAATCCG CCTCTGCAGACAACTACAGCTTGTTTAAACTCCCAGTCTTACTTAAGCATGTACAATAAT GTACTTACTTAACCAAATATTTCCAGGAAAGGTCATGTATAATGTTGCAGTTTGCTGATT TGCTTGAGAGGCACAGTGATGAACTTGCAGCACTTGAGACTTGGGATAAGGGAAAGCCTT ACGAACAAGCTGCAAATGAAGAAATACCAATGCTCATTCGTCTTTTCAGATACTATGCTG GTTAAGAAAATAAGAAAAATGGCGTTATGTTTCCTTTTGACAGTTTAATAACCACTTATT GTATATCAATTGACGTTCTAATGTTTGCTGAATCACCCTAAATGCTTTTCTAAGTATTTC TGCTTACATTTCTTATTCAGGTTGGGCTGATAAAATTCATGGTCTTACAGCTCCTGCTGA CAGTTTGCACCATGTTCAGACCCTGCATGAGCCAATTGGTGTTGCAGGACAGATAATACC CTGGAATTTTCCGTTATTAATGTTCGCCTGGAAAGTTGGCCCTGCACTTGCTTGTGGTAA CACTGTCGTACTAAAACCAGCAGAACAAACACCACTCTCTGCCCTGTATGTGTCAAAGTT ATTCCATGAGGTATATAACCATTTTTAGTCTGCACCGGTCGTGAATTCACAGAATTCTAA TGAGTACTCATTTGTACTTGTCATTTAGTTATTTCTAGTATGTTGTTTACAAATTTAGTA GTTTCAAATATAGAAGTGGAAACTTTCCACAATTATTGCAGCTCAAATCGAAGATTTCTC CATCTATACAAGATGATAGAATGTAATTTGTCTTCACTCCAACTGTCAGGTTGGACTTCC CCCTGGAGTCTTAAATGTCATTCCTGGATCCGGTAGTGCAGGTGCAGATCTTGCCAGTCA TATGGATGTCGATAAGGTATTTTCTGAGTTTTGGCTTTAGTTCCTGAATAGGAATTTACA GAAGAAATGGCTTATGTTTCTTCTGATAAACCTACACGACAAAGTCCAAGGCAGTTTCAG TATCAAATTTGAAATGTTGGATTGTATAAAGGAGTGTCAGAACACGGTATTTCAGTTTCA ACATATCTCTAGGTAGCAATGAAGCTATCCGTCGCTAATTCTACCCCCTCTTCCATCCCA AAGAAGATTAAAAGAAGTAAATAGCCTAATTATAGTGTCTCATTAGATAGTATAATCCAC ATGTAGAAAATGAAGAAAATCATATCTTTTTCTTCCAGCTTCCCCATTAAAAGTCAATAA ACAACATAAAGAGGTTATGCATCCTGATGTCCTTTCAGCTTTTGTATTTCATGCTTGCTT TTATTGATGCAGCTGTGATGTGTAAAGTTTTCTGAGTGAATACTCTGGAATAGATGAGGG AGACTGAAGGAGCACTGACATCTTCTACTACTTGTTTTCGTATAGATTTAAACAGCTTGG TCCTCGACATTACTTGCATCTTTTCCCCCTGTAAAATGTTTTTTTTTGGTGATTTTTTAA TTTTTCTGTGATGTCTAAATTGCGATGTGTCTCTACATCACTCCTTTTGGTGTCTACAGA TTGCTTTTACAGGGTCCACAGAAACTGGTAAAGCTGTCGTAGGTGCAGCTGCAAAGAGCA ACCTAAAACCTGTGACATTGGAGCTCGGAGGAAAATCTCCTTTCATCATTTGTGAAGATG CAGACGTTGATAAAGCTGTTGAGTTGGCTCATTCTGCTGTTTTCTTTAACCAGGTAGCAA AAATTTCCACTCTTGGAAAATTGCAACCTCTGATGCTTGCTCCAGAATGGAATAAATTTC AAGTATCTGCAGGGACAATGCTGCTGTGCTGGATCTCGGACATTCGTACATGAAAGAGTA TATGATGAATTTGTGGAGAAAGCCAAAGCTCGTGCTTTAAAACGCATTGTTGGAGACCCT TTCAAGAAGGGAGTTGAACAAGGTCCGCAGGTACTGTTTTTTCGTGTATCGCTGTCCCCT CTGTCATGGATAATATATAAAAAGAGAATAGTTAAACAAATTCTTTGCCAACTTAAGGAC AAGAAGGAATAATATATGTTCACCAATTTGGATGTAGCCAACTTTTCAGGCAATGGTACC TTTATTATTTCCTTTTCAGCATCTTACACAAACTTAAATCATGAATTTCCAGCAAAGAGA AGTAGTAATTACGGACTTCCATTTACATTTCTGAAGTAGTTGTAACATGAATGTTTTGTG TTATCAATAGATTGATACAGAGCAATTTGAGAAGATCCTGAAGTACATAAAATCTGGTAC TGAAAGCGGGGCTACTCTCGAGTCTGGAGGGGAAAAATTGGGTTCCAAGGGCTTCTATGT CCAACCTACTGTCTTCTCAAATGTCCAGGTATAACTGCCATTGTCCATAGAATATATCCA TACGTAAGGTGAAAAAGATGAGCATCGTACTGATGACATTTAATTGTTTTGTTTAAAATT ATTTTTCAACTATTTAGGATAACATGCTGATTGCCAGAGATGAGATATTTGGACCAGTGC AGTCCCTCTTGAAATTCAAGTGAGATTACATTTCATTTGTATTGTATCTGTGCTTGTATT TTGTTTATTAACACTGAACCTGACCTTGAAACAAACAGGGATGTTGAAGAGGTCATCCGA AGGGCAAACTCGTCACATTATGGGTTGGCAGCGGGTGTTTTTACCCAGAATATAGATGCA GCCAACACAATATCTCGAGCCCTTAGAGTAGGGACAGTGTGGGTTAACTGCTTTAACATC TTTGATGCTGCCATTCCGTTTGGTGGTTATAAGATGAGTGGACATGGAAGAGAGAAGGGA GTCTACAGCCTAAGTAACTACTTGCAAGTCAAAGCTATTGTTACCCCTCTGAAGAATCCA GCATGGCTGTAGTTTTCCCCCCTGCTTTCTGGTACTCCTGAGATGTCGTGCAACACGGCA ATCTTGTCTTTTAGAGGTCACTTGTATACAGTGTAGATAAGACCAAAACGCTGTATTGTG TGTGTGTTATTGTTTGTTACTAACTTCTTATGATTTGATAACAATATGCAAACTTGTTTG TGTGAGACCTTTCTTGATTTCTGTAGCTCTGATGCAAAATAGGATCTTGTGTTTGAGTTT TGTGGGAATGTAATGAATTATATATAGATGTAATGTTATAATTCTATATTACTACGGTAT ATATCTTGTTCAATGAACTGTCTATGATGAGATAGATTAGGTGACATTTTCAACTAGTGT TCTATATTGCTCTTGGAAAGAAGTTGAAGACCACACTGGTGTAGAGTGAGGTGTTGAAGC TTTTTCCGTTCTTGTTATAGCTAAGGCCTCCTCCAGCTTGTCAACTACTTTCTCAATGGA GGGTCTTTGTTGCTTTGGTGCAATGCAAGAAATAGCTAGCTCCAGTGTGAGCTGGAAAAC ATCTGTTGAGTAATCTCCATAAAGTTTTGGATCAACAAATTCCACTGCCCTTCTTTCCCT CAACAGCGATTTGCCTGAAATGACAGGTATTTATCAACATCCGTATAATCTTCTACATGT AATGAATTATATGATTTGTGAAATGGTTATTTGTTTACAATTTTGTCCAGCCGTGTTGGT TTTTCCATGTTCATATTGATAACTTTCCTTCCAGAGAGGATCTGCAGAAGTACTACTCCG AAACTATAGACATCGCCTGCTAAATTTACATGATGGTTTGTTTCATATTCAGGATCGACA TAACCATAGGTGCCCCTCACTTCTGAGATCATGTAGGATTTCATCAATGTCTATCACCTT GGACAATCCGAAATCAGAAAGCTTAGCTTCAAAATCCTGGCCTAAGAGTGTGTTTGTAGG CTGTGGATTAATATAAAGCAAGTGACTTAGCCATTCAGGGAAGTCCAAAGTTCAAAAATT TGAAGGGAATTCATAACCATTTTCTACCTTTATATCGCGGTGGATTATACTTACGAGTCC CTTAGCACTATCAATGGCAATCTCAAGCCTTTGGGTCCAGGATAATACTCTGTTGTTTGC TGTTTCAACAAAGGTAATCTCACCATTCGCCATTACATAATAGAGAGAAGGGACAAGGAA ACAAAAGGAAATGAAATAGCTCTTTCAATAGCACTCAATAGTGTGACTTAGCATTCAAAT CCTTTAAAAGACAAAAAAGCGCTAGGTGGATTTCTTTCCATCTATTTAAGCCTTGCTGAG TAGAGTTATGCAGTACTTGTGCAGGTTGAAACAATTGGAGAAGTTGACATTTAAAGCAGA GAGAACTGTTACATACCAAAGAGCCACTGAGAGAGATTGCCGTAGGGACAAATTTCATAG ATGAGGAAATATTCTTTGGCATTCTTGCTGTAGCCAAGCAAGGCTACCAGGTTTGGATGT CTGACATTAGTTAGGCTTTTGACTTCCCTGAGGAATGTTTCTATACATTCTTCATGGATT ATGTGCTTAATTGCAACCTCCTGATTGTTAGGGAGAACTCCTCTATACACCTTTTCTACA GGAATATTATTATTAGTGAATTCAACAGTAAAAATCAGTTCCTATAAATGGAGAACAAAA TTAATATAGGTGTAACCTGCTGTCCCCTCACCAATGAAGTGTGATTCATTTAGAATGTTT GTAGCTGAGTAGACCTCCTCAATGGAGACTTCCAAACTAGAATCTTTTGGCATTGCCAGA TCTATAGCTGCCAAATAAGTTATGAACCTTTTTAGTTCGTATATGGAGAGTTACAAAGAT GAAAAAGGTGGCAATAATCTTTCAAGTGACCTGATAGCGTAAAAATTCTTGTAAACTGTT AGAAGGTACACTGAGTGGCAAAAACATTGCCAAATTTCTTCTCAGATGCATCTACATTGG CCCTCTTTCTTATGAATGTCCACACTGAGATAAATACAGTTATCAGGACTGCTAGGATTC CTCCAATTAGGACTGGTGAAACTGTTTCAAGTTCAAATTACACATTAAACGTGAAGTAAT CCATCTTCTAATGATGCACAAAATTCTAAAAGTTGGATTACCTGGTCTAAACTTGTGTTT TTCTGTCAGCTCCGAGTGCTCGTCTTGCTCTTGCCTTTTTTCTTCTGTATATGCAAAGTT CACAGGTTGCTTTTGATTTGAAATGCTATTGTAAAGCTTTCTGAGCCATGCTTGATCTAT AATTCTAGTACTTGTTAGTGATACTAATACTGCAAACCTACATATATCTGATTCTGCCTT TGCGTATTTATCATTTTTCGACCTCACTTCCTTTATATCTTTCCAGCTATTTACACAGAA CTCGCACAAATGACCTCTTTTATCTGCAGTATCCTGAAATTGACAGTTATAACTCAACTT TCTGAGTTTGTCTCCGAACTTCATGTTAACGTCATCAACAGTGAAATCTGAGCAGCTGCT ACCAGTTTTTGTTAGCTTCTCAACACCACAACCTGAAACATCAATTCCATTTCCTTCATC ATTCATCTTAGTCAAGCAGTTTGTTTGTTGAGTCGAATTCAGGTACATTTGTCCTGTTTT ATTTGCTCTGATTCCCATTGCATAGAGGTAATCTCGAAAGGGTCCACCACAGGCTTCATC ATTCAAGAAACTACCCTAGTTTCCATCTTCATCACCCACGTTATATGGTACTGAAAATTT TCCTAGTTGAAGGATTGCATTCAGCAGTAGAAGGCTGTGAAAATGTGAGGCAGCATGTGT TGATTAAGTTGAAAATGCAGATAGAAGTAATGACATTGAGATGTTTAGTCCTGTCCCTTG TGTAAATTCCCATTAGAAGTTCTTCCATCAGCCCGTCTTTCAAAAACAGAGAGGAGGACG TATTGAAGTATGTGAGATTTTTAGATAAGATAGTCACACAACTCAATATAGCACTAGATA TTTTCACATGTTCGACCCATGAAAAAGAATCAGGTTACTTGAGATGGCGTTGTTGAGACA TAAAATAATTAATTGTGGACTTTCTCTAACAACTTAAGATAAGATTATTCAAATAACATG ATTTTCATAGTTCCAAACTGCTTAATTATGTCAGCCAAGGGAAAAAGTTATGCTCCTTAG AAGAAAGTTGAAGAGAAGTAATTGGTTTCTTGGATGTAAAACAGTTCTGATTTTTATACG TGAAGGGTAAACAAGGTGGGTTTTCGATGTGTAGCTGTTTAGTCACAAAGTAAAGAATAC TCTTGGTTTAAACCAAACTAGCACCTGTCGAACGCCGGCTTACACCTATGATGAAAATGT AAGGAGGTTTATAGCTTGTACTATGTTGTCACTTTGATTTTTGCTTTGTTAGTTTTCATT TGTATTCGAGAAAGAAAACAACTAGAGGCCAGAGACAGGTATCGATCCATATAATGTATG TTCAATAGTTTTCAAGTTTTGTGCATGCACTCACAGGTCCCAAATATTTTGATAATCAAG TTACAGTATTAATAAGATAATCTTTATTATGAACATTAACTGGTACTACTCTTTTCCACA TAGCTCACAAGTTAGTACAATATAATTTTGTAACCCAGTGTTTAAATGTATCTGAATATA TACAAAAGAAAGAACATCACTCTGCACACAAACTAAAGCAACTGTTCAATTCTGATAGTA AATGCTTAGCTAAGGTCCAATTCAATCCCAGAGTCACCCCAAATCCAGGACTGAACATCT GGTGCGTGGATATGAGCTCTTTGGTAAACCAAGAATAAAGACGAATCTACTCACTATCAA CTAATTAGATCTATCAATTTCTCGTTTGACCACTTCCACTGCATCCACTGCTTTCTCCTG CAGATATGGAACAGTCCCTCAGAATATCGGTGCTAGTTCTGCAAATTGGACAATAGAGAG ACTTAAGGAGCCACAAGTCAATGCATTCGGCATGAAAACTGTGGTTGCATTGAGGCAACA TTCTGCACTTATCACCCACCTTGAAATTATCCAAACAAATTGCACAGTCCACTGGAGTAC TAGTTCCTTTCTCTTTGGCTTGAAAAATGAAGCAAGGAAGCTTTTCTATATCCTCCTTGG ACATGGACATGTTGGTGCTCCCTCTCTCCGCCATGTTAATGTTGTCGCTTCTTCTGTTGA ACTCCCTCACTAGTACACAGATATGAATCAGGACAAGAACTCCGACTAAAACAAATAGCG ATAGCACTGATATCACCATTGCCAGGATTATAACCCGTGTGGCAGTGCCCACTTCTTGGT TCTTCATTGTAAGTTGAATTCTTTGGAAAATCTCATATGATCTGAGGAATGAGGAGATTA CTTGCACATTGCAATTACTGAATGATTATTTTTTTATGGATTGAAATGAACTTTTATATA AAATATATCTATTAGACCTATCACTCTAAAGAATTTCGGACGGCATAGGAAGTTGACCCG TAACATGTGTTGATGAAGATACACACAAGACCAAGTCCAAACTTGTATCTTCCAACCATT TCTCTTGATAAATTGAGAATGACGCACTTGGCCAAATTAGATTGCCTCAGCGAAAAAATA ATTCTTTTTGCATTGGTATAGTGTTGGCCTGGTTGCACTCGTGACTGATGGACTGTGCAA AGCCCTGGATTCTAACATTTGCAATTTAAATCTCAGCATAGTTGTTGGCCACCACACGGT GTATGATCCTCTTGCCTCAAGGAGTCGACAAGCAGAAGTGCTACCAGCCTATCGCATTTG TTCAGACAGGACTTCCCCTTACATAGTGGATACATCACAAGTACAGCTTTATACATCATG AAATTAAAGAAAAAGACGCAAGTGGACAAGGAAAATCTTCATATATATCATAGGGAATAA TTCAGCACAAGATGGATATGAGAGCACAAGACGGTAATTAGAAGTAAGCGTGAAGATGAA ATGCAGCAACTTCCAAAACAAAAGGCTTAATATACCATGGGAAAAGAGCAGCAACTCCCG AACGAACATAACATGGCAAACAATGCCATTATAAAAAACTTCTCTTGGCTTCACAATAAT GGAATTTGCTTTTCAATCATTAACATACCATGGGAAAAATGAACGAGCACAATTACATGT ATACTGCAATGCAAAGCAAGCATTCATGAATGACTTTAAGTATAATGCAAACGTAATCTA AACCATATTTCAAGAAACTATAGAACTATAGCTCTATATATGGTCTAACTGCCTCGCAAA CACCTGAAACCTTTCATGGTATATACAGGTATAAGAAACCAAACCAAAAAATGGAGGACA ATGGTGAATTATAGCTCATTGCTTGAACAAATACTATGAACCTAAAACAATACCCTCCCT AGTGAGATTGGTTACACGAAGAACTGCTTGAGCACTCAAAGGTGAGAGCTTTGATTGACA GAAATGCTCCCAGGATATTGTTTCTGGGTCCTCACTCACGGTAATTGTTTCTGGGTCTTC ATTCACTACTGGTGGGGGGATAACATTGAATGCTTTTTCGTAGATATTTTGCAGTTCTAA CAACAGTGAACGAGCGGCCTCCCTCGACTCAGGAAGCTGGTCACTGAGCTGCGATGCAGC TATTCGGATCAAGTTCTCAATTCCATATGCTTTAATTCCCTCTACTCCCTGTAAAACATG CAACTCTGTTAGTAAGGACCAGATCTAGTAGTAAAAAGAGAATTGGGCAACCAGCTAGAA AACAAAAACTAAGAACAGGACAAAGTTTATTCCTCTTTCACATTTCAGTGATATGATCAT ACATGAAAAGACACAAATGCCAGAAAATGTTTCCATGTTAAGGGGCCGTTAATATGTAAT CTTTCTTGTTTCATTCAACAAGAACAAATTTATACTGCTGAATAATAAAATAACCACCAG AAGGGTATTGAAAGCGGTTAATTATAGCATTGTGAACAAAACTTATTGGAGAAACCATGT AAAAGTTCCTAATATACTCAAATGACTGACAAATTGTTACCTAGTCATTTCCTTAATCAG AAAAATTCATTCTTCAAACGCTCTCAAGAAGGGTGTCCTACTAGGGTAGAGTTCAGCATC AAGGCATTGTCAATAAAACATAGCCAAGGGAAAGATCTTAGTCAGAGTCAGCAGATAAAC AAATTATTACCTATCCATTCCTTTAACCAGTAAAGTAATTAGTAAACATTCTCAAGAAGT AATTCTTAAAACGCTCTCAAGAAGGGTTTCCTAGGGTGGAGTTTGTATCAAGATATTGTC TATAAAACAGTCAAGGGAAAAGATATTAGTCAGCAAATAACAAACAAACTACGTTAACAA CAATTGCAGGAAAAAAATGTAAGAATGAAAATAGTAATTACTAAAATTCACAAGTCAGGG TGCATAAGGAAGAGATTTTAGAACTTTGAACTCTCACCAGACGTGGTACACTTCGAGAAA AGCAGCTTGAAGCTTTTGCTCGAATTCTAGGATTTCTGTGTTTCAAATTTGGTTGCAACT TCGGTAACAACAGCGATGGAGAAACCCACATTGTCATTGCTTTTAGAGCTTTTTCAGCTG CCTCGCAAACAAATCGCTTGTCTTGTGAAGACTTCAGAAGAAGTTGTACAAGCTAAGCAA GGAAACAGTCACATAATAAGCACAAGAACAAGGTAAAATTAGGTGAAAATATATTGCCAA GGCAGTCACACAAGTCACAAAAGAGAAAAGTTACCAGTGGATCCATCAAGTCAACTATGG TGTCACAGTATGCTTTGAAAATGTCAGCTGATGCCATAATAGCAGTCTTACAAACAGCAC TTCTCGGATTTTTCAAAGATTTCACAACAAGGGAGATCACATTTCTCCTGCTCATTTTAA GTAATAAGCATAAGTAAGACCAGACAGAACAAAAGGGGAGCATACACAAAGATATGTCTA ACCAGCTAGAACATCATGATCAAACATCTTTCAAGTTATATCCTAGGTGACAAAGACTTA CAACATATCAACCATTGCTTCTTTGTGAAATAGGGACAGACGCCGAACGTCATTGAGTGC CTCACAGACTAAAACCCAGTCCTTGGAGTCAAGCCCAGTCAACAGTGTCTACAAATGAAA AAGGAGAGGCAAAGACATTGAAAAGAGACTTTTGTAAACCAATATAAAGAAGCAAAACCG AGATGCAAAATACTAAAATGAAACATCAAACTATATCAGGAATCATTACCTTGAGACTTG TGTCAACATCTTCTACATCATTCAAATTCTCAGATTCTATGTATTCCACTTCAGAATTTC CCACCTCTGCCCCAGTATTCACCTTACCGTCTCCATTAAGGCAAGGTCCAACCAGTAAGG CAGGATTTTCTCTTTCCTTATCTTTTGAATTTTTATCAATGCTCTCAACCCTTATTGCTG GAACACTCCCATTACTGGGGATCTCATTGTTCATCCCAGCTTCAGGTAGTGGAATGAGAT CTCTAGCAGCTTCCTCAGACATCATATATGGATTAGATCTGAAATACCAGCAGTGTAAAG GGTTTTTATGAGCCACGTCAGCAATGCACTTAAGAAATCATTTCCGGTCGAATAGAAGAG AAGAAAGCTAAACAGATATGTGAACTCCGGAGAAGAGGAGAATGCAACATAATAAACAGA TATGTGAACTCCAGAGAAGAGGAGAAAACAATATAATAAACTGATATGTGAACTCTGGAG AAGAGAAAACAACATAATAAACAGATATTTGAACTCCGGGGATTTTAGAACTAACTTTTG GACCTCAGTAATGCCTTTTCATATTTGTGGTCATTCCAGTAACTTACTTTTTTTTCTTTC AAGGTCCCTTACCTAATTTTCCATATCAATACTTAGTTCTTCTACTGAAGTTTTTGTTTA TGATCGATGGAAGATAATATCAATCTCACAAGGCTTCACTGATAATTGTAATTTTCTTAG CGGAACAGTATCCTAGAGAATACAGCTATTAAGGCTTCCAGGTTCAAACTACCAGTTATA ACACCTGAAGATAGCTGAATAGTTTAGGCATAGAAGTATCAACCTGAAGATTCCAGGTTC AAACTACCAGTTATAACACCTGGAAAGAGCTGATTTGCTTCAGTGTAGAATGTTACCTAG TGGATTAGTCAAGGTACCTAAGCTGGCATGACACCACTAGGGGACTCACATTATCAAGTA AATGATGTAGCATTGGCTGGAGAACTGGAAAGCGCACACAATAATCTAATGCCTTTGAGA AGAAAAAAAAGGAACAAGTAACATAGTGATCTAATATTTCTGAATGAACAATCCAATTTC TTATTTGATGAACTTCAAGATTGAAGGTTTGACAACACTACTTTGTTTTCAATTGGTAGC ATTGGGTGTGAAAATCCTTCAGCCAGTAAATTAAGTAGAATAGATGTTGCCAATGTACAA ATCACGCAAGTTTTTACTCAAATCATGCTGCAGAAACCTTTTAAGAAAAAGAACGAAACC CTAAGTTAAGCCCAAATGAAATAGTTAGCTTATTTTTGTCCATCCAAGTTAGCAACAAAG CACTTCGAATCACTATTATAACAATGATTAGACACATCAAACTCCATTAAACTATTTACA AATAATCACTAACGGAAAAATTCCTCGTATTAATAATAGTAACGGCAAAAAAATCGCATC TACATTACAGGATCAGAACAATCAACTCCAACAAGCACTATCTACAAAGTAAAACAATCC AAAACGTATTAAAGTAGAATAGCCAAGATCTCAGAGAGAATAACCTTCGCAGATCGTAGT TAGCAACTTCAAAGCAAATACAATCAACAAACCTATACAACTTGATTACTCCATCAGCGA TTTACAAAAAATGCAATGTTTAGGGGCTTTAGTAATTCGAATGTACAATACTACCTCTTT AACATACCTATAAACTAATAAATAAACAGAGTAAGCGAAGATTGAGCATACCAGGAAAAT GCGGTGAAATGATCGGGTAAAGCAGCAAATCGAAATGATTTTGAACTCTCCTCTTCAACG ACAAGCAGATTTTAACCTACTAAACAATGGAGGATTTTATGTGTATAGTGAGTGAAGAGT AATAGACAGAGAGAGTAGAAAAGAGATATTTGTAACCGGCGAGAACAGTAGAATGAGACG GCGCTATTTCACACCAAAATTGGGCCGGCAGCACGGGATATGTACATGTGACCGCGGAGC AGAGGGAGTCCAAGGACATAAATTCGCAATTTTCGCGTTGGCGAAATTACCCCTATGTCT TTGTCAAAATTACCCCTATGTCTTTGTCAAAATTACCGACACTCATACTAATTCTGTTTT ATTTTAATTATCGTTTCAGTTCAGATAAAGAGCATGAATACATTTGATATAAGATGCGGT AGAGAAAAGAAAAATTAAAAACTAAGTTTCCAAGTGTGGTAATTTCAATTGTTAATCGTG ACGTAATTAAATATTGTGCATATTTTTTTAATATATATTGAAGAGTATAGTTAAACATAT TTTTCAAATTTTAATTTCTTAAGATAAAAATTTTTGAGATAACTTTTGAATTAAAACGAT GGTAAAATAATTCCCCCTGCTTATGAAAGTTGAGACTTCATTTTGAACTGACCTTTCAAC AGAAGAAAAGCAATTTTTGAATTTGGTGCCACCACATCATTTGAGTAGGACTGTTTCTCC GCTAATTAATTTGTTATTAATGTGTTTAAATAAAAAATAGGAAAGACTTTAATTAGACAA TAATGCTCTCATATCATTTACAATTCAAATTTGAATTGTGAAAGAACTAAAAGATGTTGT TAATCACTACCAAAAATAAACTAAAATGATTACATGATAAACTGTTAAATACAGTAAGGA ATCAATAATTGGCCGGACTGCCAAAATTATATTTTATCTTTTGGGTTTGTGTACTTCAAC GGCATAATCTTGATAGTAGTTGAGATCCACAAATGATAATTATCTATTTTTATTTTCTGT TGTTATATCCGAATATAATATATAAGTAAAAAAAGAGTATATTTATTTATGTATTTTTAG AAAAGGGTTGGATTTGTCATTCGTCATACTTTTTTTTTTTTGATATACTTATCCCTATTA TCCAATTTTTGGCAAATATTTGTTCTTAAACCGTTAAGTGTCATGTCTCTTACTTTTATC ATCCTACATGGCGCATCTGTGGCATATCTACATGGATTCCATTAAAAATTTCTTCCTAAT TTAATTATTAAATCAATTCATTATCTTAAACACAACTCTTAATATTATTTCATAATAAAA GTGAAAGACATGATACTTAACAGTTTAAGGGTATCTATGTGTCTAAAGTTAAATATTAGG AGTAAATATATCAAAAAAGTATGATAAAGGGCAAATCTAATCCTTCTCGGAGTAGAGGGA TAGATATTACCCTTTGCCAATATATAAATTATATACGACATAACTACTTGTACTATTTTT TTCCTGATCCACAAATGTTAATTATATACTTAGCAAATGATCTAAAAGTAATACTAAATA AGACAACCGTTACAGTTTAGGGAATCAAAATTTGGCCACAATATTAATAAAATTATCATA TGATTGTTGAGATCCACAAACTAATAAATATGTACTTTTTTTTCTTTCTTTTCTTATTTT GAATGAGATTGAGTCAATTTCTACTGTTGCTTTAAAGACCTTTGTTATTTGCAAAACTAT GTAGTGATTTGTTTAATAGTATAATGATTCAACTGATTTGGTGCCTGTACAATTGGTGAT TTCCCTTGTGTTTGATTTTTATAAGTTGGAGACTTTATCATCTAACATTAGATTATAATT GCTCTGAGTCTATAATTTTGTTGTAAATACTTCTAGTAGTTTAAAGTTTTGAAACAATGA TAAATTTAATTTTATTTTTATGTGACCTTCAAACCGTGAAAATAACTACTAATATTTAAA ACATGTGCGTCACACATTTTAACTTTAATTTATTAATTTTAATTCGATAATACAAATGAT ATCATATCATATTGAAAATGTGTCAGTTCACAACCTTACAGCCATATTGGACATGAATGA TGACCCATCCCATCTGATTTTTTTTCTCTTATAATTGAGCAAAAAAATGTGAGTCAGCAC ATGGGATGCCTCACTGGCCACTGGAAGCAAATGGTCACTCATCAAATTAAGCTAAGAAAG CACGAACTCTATTGACTATTCCATTGTCTAGTCTATACTATATAGGTAGTACGCACATTG GACATATATTCTCACATACTATATATTAGCATTGCACATGGACACTGCAATTGTGGCTAA TCAGATCAGTTTTGTTCTTTTGTTTTAGGACATTGTGTCCTTGAGAAAAGATAGGGATAT TCTTCCATGGCACAACACAAATTATATTAGCTATAATACATAAATATGACCATTAACTTA ATGTCAGTTGGTAATTATGATCCTTAACTTTAATTTTGGATATGTACAAATAGCCACTTA AACTTGTATAAAGTTGAACAAGTAAACACATGTATCCTACATGGCATGATACACGTAGGA CGTCATGTAGGACACAAAATTTTCATGTAGGACGAATGTGTCAATTTGTTCAATATTATA CAAGTTTAAATATTTACTTGTGCACATCTTAAGTTAAGGGTCATCGTTGTCAAATGACGC CAAGTTAAGAATTATGTTTATGTATTATGTCATTATGTCAAAGGAGAGAAAGGCCATACA TATTATTTGTCCAGATTTTATTTACTCTTTTAAAAGCCTTAGAGATTATTGTTATTGAAA ACAATAATTATTTTATCTAAAAATTTAACTCAATTGAAAGAACATAATTTAACTAGATTG AAATCTCACACATTTATTTACTCAATTGGATCTTCAACAAGTGCGTAAATGAAATAAGTA AATGGGGCAGATGCGGGATGGATCTACTGTGGTCATTAAGGAAAAACAAAATGTCATGGG CTATAAGGTCTATTTTGTGCTTCTGCTGTACCCATATTTCAATAGTGCCCATCTCTTTCA ATTTATTTGAATAAAACGTTTTTATGACAATTTTTAGTTTCAGTTTTTTATATGACATTT AAAAGATATATACATTCGATATCTTTAAAAACACACAAAATTTAAAAATTTTCTTTATTT TAAAAAAATTTGTGTCCAAATCAAAAATCAGATAAATAAATTGAAACGGAGAGAGTATTT ATTTAATGAGACTATAATATTATAACAAAACATTGATTTAGACAGCAGCTGTTGGTAACA TGGAAGTGCTGATTCTGTATACAAAGCAGAAATTGAATAAAATCTATTGAGTTTTGCTGA ACCCCAATGTGGGCTACAGCTCATTCACTTATTATACACTCGATCGGAACATTGTAGTAT GCAAATAGGGAAATATTCTACTCTTGAATCCTAACGTTAGACATGTCACCAATTATTAGT ATATGAACTCCTCTTGTATTCGATCAAGCACGTAATTTGAACATGTAGTAAAAATAATAG ATGAGAAATATATGAAGAAACATCAAGAATCAGAACTAAATCAAGAGAATAAAAGCTGCA AAAGCATATTAATAGATGTTTAAATAAGAAGTTGGAATTACGACACTTATTTCATCATAC AAAGCGCGCGTAGATAAGAAAAACTGTAATATAATATTCTAAAATTCAATTAAGACCAGA ACCATCCAATAGGCTCTTCTCCTTGTTCATGGTGCTGCTCTTCTGCCACAAAGACGTTAG AGAAGTAGCCATGGCAACTGCCATGATCATCACTACCATCATCTTCCTCCGATTGTAAAC CATCCATGGGTGGAGGAACATTGCATCCTCCAGGCCCTGGATACTCCTCATGATCAGTGT GAAAATATGAGTCCCCACTGTCCACCAGCTGTGGACTATGCTCATCTACCACCGCGCTCC CACCACTGCCACTGCTCAACCGGTCCTCAGCCTTCACCTTCACTTGAAGGATCGTCATAG CATCCACCTCCAAGATGTCAGATTTTTCATTTCCCCCTGCTCCTCCAACCACTTTCCCCT GTAACTTTTCCATCAATGAAACAACCTGCATTTTTCCCCAATTAACAAAATAGTTTCAAA TCTATTACTATATACAACAACTTAATTACTTGCACGCTATCATGTAAGCTAAAAAGATAA AATCACATTTAGTGGGATTAGCAACCTCGAATACAAGCCAAGTCAGGTGTACCTACTATA CAATAAGTTGTGATAAACTTATATATAAAATTTGATTTGATGTGTGACGTAAATGCGCAA GTCTTACAATGTATACCAACTCTTTGACGTATTATGAAGAGTTGCCAATTGTTATAAGTC AACTTAGCGTAATATTGTAAAAAAAAAAAATATGCTGTTGATAACCCTATTATTACATCA CTTTTAAAAAAACGAAGGTGCAAAATAAAAGCAAAAGAATAAATTAGTAAAAGTTTACTA AGAAATAACAGTAGCGTAACTCTGATAGTGATACATCCACTATCTATATAGTAAGGTCTT CATCACTACGCATATTTTAAAGCAAGTTTTCCCAATATATCAAAAGTATATTCGCTTTTT TTGAAATTGAAATCCAAGTAATAGAAAAAAACATTGAAAGTGGGGGGGTTAGAACAGATG CTACTTTATTTATTTGACTCTGATGCAAGATGACTCAGAAGGACATTGACAGATATAATT TTCTATTCTAGGTGAGGAAGAATATTGTTTGTGAGGTTCCCCACTACTAATATTGATGGC CAGGTGTTACACAGAATATGACCTCAAATTAAAAGTCAGATTAAAATTTCTACCAATTAC CAACTTCGCCGACAAATTTCGTCAACAAACATATCTTAATATTCTACTATATACTACAAA AAAATTATCATAGACTCTCTCCTAGCTAGTTTTTATTCAGTAAGGCATCATATTATTCTA CATATATATCCGACTCCCCAGTGTTACAAGAAAGGCGGCTTTTTGTCATTGATCAAATCG TTGCAAGACAGGTGTGTTATCCAAGATTTGTTAATTCTTTCTCATAGAGTATTGCAAAAG CTAAGGCCTTAAGGACATAGTATTAATAGATATGCCAAAAATCGACCAGAAAAATCGATG TTAAGAGGTTGGTACAAAGTATAATAGAATCTAAGCAAATAAAATGATCACAACACTATT ACTATATGGTTATACCTCAGATTTGAGCTTATCGTTATCTTTGCGAACGGAGTCAAAATC AGAGAGAAGGGAGTCATAAGAGGATTTGAGCTGATCATAATCCCTCTCGAGCTGCTTGGT CTTCCACCGGGCACGGCGGTTTTGGAACCATACAGCCACCTGTCTGGGCTGCAGCCCCAG CTTTTTGGCCAGCTGGGTTTTGCGCTCGGGCTCCAGCTTGTTTTCTGTCTCAAAGCTCTT CTCCAACAAGTGCACCTTCATTTACGTACCCAACAACGCAGGACATGCACTTATTGCTCA GCAAGTAATCGAATCCCACAAAATTATAAAATTTTGCTTAAAGAAAACGCTCGTTGATAA AAAAGAAATTCTCTTCTTTTCAGGGTTTAAAGGTAGATATTGTGAAGAATTTGATGCTAT AGTGGTGAATATGTTCCAATATAATTAAAAACTTAAATCACTTTAGAGGGAATCTTCTTT AGTTACTTAATTATAATTTGACTAAACAAATCGTTTCACATGTAGTGGCCAATTGCCAAA AATATGTGATGGTGAGATTTGAACCAAAAAATTTAACTATCTTGATAGCTAGGAGATATA TGTCACAGTATGTTGAATTGATAACTACTCCATCGAACTATTAAAAAAACGCATTTACTT AATTTATATTTTTGGGTAGATAAAGGAGGAACAGGATGCTAACCTGCTCAGGAGTGAGAC GGCGCTTCTTCTCCGGTGACTGCTCGTCGTAGTATTCCTCGTCATATAGATCCTCCGGCG AGCTAAAGAAGGGTCGCCTCTTCGAGGAGTCCTCCATCTTCATCATCGTCGATCTTGGTC CTGTATCAATCAATATAAGTCAAGCTTCAAAATAGAATAGTATAAAAGGCCACCCTTAGA ACTTACATGCAAAAAGGTTGTTACAATTTTATCATTATTTTTACTGTACTAGAGATAATC AATCTATAAAAACAATACCCTAAGTGAATTGAATTTAAAACTATCTATCTGAAACAACTT ATAAAAATATGTACGAAGGATCTACGTATATCTTAACCTCTTCGTACACTGAAATTATAA ATCATCTATCGCAGGTTACCCTACAAGTTAACCGCTTCGTTTCATCTTGTACGATTCAGA ATAAATTAACTTGGACAAAATATTTCTATACTTGTTTTGGTTGTAAATTTGAATAATAAA ATTTACATCATTCAAAAAAATTAAATCAGATCAAGACGAATTTCACTTTCTAGTGATAGT GTTACTCATATCATATACATACTTTACTTTCAATTTTAATAGTGGAATTGAGTCATCAAA AAAGTTCTTAAATTATATTTTCATAGTAATATAAGTAATTGGAATAGAGAACATAATGAT TAGAGAATACCTCGGAAAACAGGATCTCCGCTCCCAAGGAACAGCATGTTGCCGTGACAC GACGACGGGTCGAAAAATATATGCCCAGATCCCATATTTTCAACTATCTGGAAAATCGCC TATTTACACACAGAAGATTATTTATATGTTTCCGGCGAAACAGAAAAAGGAAAACAAAAA CTCCAGCACAGAGTTCTTCTTTTTTAGCAGGGATGTGTATGAAAAAAGAGAGTTGACTAA GTTTTAGAAGAGCATAAGCTTGTGGCGGAAGAAACTAGTACTCCACAGTAATCTAGCAGG AGTTTCCAAAGGACAAATACAAAATCCCATCACGAAATCCACCTTAACCAGCTCAGGGGT TTTCCCGTTTTCAGATTAAATAGAAGCAGTTAGAATAACTACTTCTTCCGATCGGAGGTT AATTATTTGACCTCCGAACTAGAAAAAAAAAGTTTTAACGGCCGGCGACAGTGAAAATAA GATTCCGGCGAGGGCGTATTATGTGATTTTGTCTCTATATATATGTGCTGTTTTGTAAGT TTATTTTGCGACTAAAGTTGATAGAGGTGAACGATGAGGATATTATAGTGAACGGAGGGT ATTTTGGGTAATATAAAAATGAAGCATGATATTGATGGGGGGAGTGACTAACTTGCGCCG TGAGTGTCTGGAAGGGGGTATAGTTTCTAGAAATATTCATTGATTGTTTAATGGGGAAAA TTAGCATATGTGCCAGATCAGGGAAGAGAGTGTGTGGCCCCCAGAGGAGCCATTCCCCGC GGTCGGGAGTTTGTCGGATGGATGGAATGGCTGTGTCAGTGTTTCCTCTTTACCGTCTGA TTCATTTTTATCATGTGATCCTTATTTTGCCAAATCTAGATTTATACATTCAAGTTGGAA TTTTGTGAGTAATTAATTTCTCTATGTCAAAAAAATTATAAAAGGGAACATTGAAGTCGG TTTTCATTTCGATTGACAATTCACTTATAATAGAAATATAACTGTAAAACACTCCTAATT AACTATTATGAGTCTCAAAGTTGACTTAGTAAAATTTTGTATGTTCAAAAAAATGTAAAT ATTGAAGATAAAGATGTTTAAATTGATATGTGAATATTATGAGAAATAGAACAAAGTGGT GGATAAAATAAGAGTGGTGAGCATCACATAGTTTTGAATATGTATATAAAAAAAATGTAT AAATATTAGAGCAATTTTTAAATATAATAAATACAAAATTCATATTTATATGTAATAGCA AAGTTTATATAATTGTGCTTCATAAAAAATATAAATATGTATAATTCGCTATACATATAC AAAGAAACCAACTGTATAATTCGTTATACATATATACAAGTAATTAGTTGTATACAAATC AATTGTATATTTTGTGTATGTATAAAACGAGAATGAGAGGAAGAAAAAATAAAATTGGGC AGGAGAATATTTGTATTGTATAATTATAAGTGTGTATGACGAAGATATATGTATTTGCAA TTGTATATACAATTTTCTCTCACTTTATACAAACAGAAACGCAATTTATACATTTCGTTT ATGTTTGTATAAGCGATAGAGGCGAGGGTGACGAGCGAGATCTGGGAGAGGGGAGAGAGG AGAACGAAAATATATGTATACATACAATTTTTTCTCGTTTTATACAAACAAACAAAAAAA ATTTACACACTTGTGTTTGTATAAAAGTGAGAGAGAGCAAGCGAGAGAGGGAGAGTAGCG AGCGAGAGTTTGAGGGAGAGAGGTGACTGACATACAGTTTGCTAAAGGGTACAATTAAAT TAAAATGTGATTATAGTATTTAATTTTGATTTGTTAGTTTGTCATTATATACAATTTTTC TTAAATATTTTAATGAAGTGGTGCAAGAGGTAGGTTATGCGATTTGAAGAAAGTAGAGAT GGGTAGAAAAAAATATTGAATAGATGTAAAGATATGATATGAAACTTGATCTACAACTAT TTGATTTCATGATATAAAGGTCGAAGAATAATTTAGACAATGTGTAGATAAGTTGTCGAG CATTATTTTCCTTATCGTTATTTAAAAAGAATTACTTTTTAATTTGTAATTAAAAATTCA AGTAAACTATTATTATTTCACCTAAAATAATTGATAATTATCTTGATTTAAGATCCTTAA AACTTCCTCTTGGATAATTATTTTGATTTAACATGTAAGAGGAAAACTTCGTAAGCTTAC AATTAAAAACTAATTAGTGGTAGCTAATTAGTTATTTTCCAGTGGAGGTTACAACGGAGG CGTGTTGTAGTGCGTTACAGGTGATCAAATTTTGATGCCTTGGTCTCCTCATATTCCCAA CTACCTTTCTAACAGCCCCTTTTGTGGGACCCAGGGAATCAAAAACTCCTTTCCGTTTCC CTTGGTGGGGAAATAAAAGGTAGCATCAAGCTTTAATTACTGACAACTTTCGCATAACAA ATAAAAATTTATATTTATATACTATAGTAAAATTTATATAATTGCGCTTCATAGCAAACA TAGAAATGGTATAATTCGCTATACTTATACAATTGAAGCAAATGGTATAAAATGAAGTAT ATAAATCAAGAAAGAGAAAGACACTTGGACAGAGAACTGTATGAAAATGAAGTGTATAAG ACGAATTGTATTATTATAAGTGTATAGAACAATTATATACAATTTGAATTTGTATAAAAT GAGAAAGAGAGAAAGATAAAAGAGACTTGACAAAGAATATACAATTGAATCGAATTGTAT AAAACGAGAAAGAGAGAAATTGGATACAATTTGAAAATTGTATAAAACGAGAAAGAGAGA AAGGCAAAAGAAACTAGGCAGGAAAGTATTTTTATTGTATAATTGTAAGTGTATAGGACG AAAATATATGTACTTGCATGTTTATATACAACTTTCTCACGCTTTATACAAACCGAAACG CAATTTATACATTTCGCTTCTGTTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGAGAT TTGGGAGAATGGCGAGTGAGATCTGGAAGAGGGGAGAGAGGGCAACAAAAATATATGTAG TTATATAATTTTCTCTGCTTTATACAATTAGAAACAATTTTTATACACTTGTGTTTATAT AAAAAGTGAGGAAGCGAAGAGAGATTGGAGGAGAGTAGCGAGCGAGATATTTGGGAGAGA GGCGCGTGACAATTTTTTGCAAACGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCT ACTCTATTTATTTTAGATTATTAGTCTGCTATTATATACAATTTTCTCTTTAATTATTAA CGGCAATTAATATTTAAATGTTGTTAATTAGGAGTATATATTTTAGCTATAGTTGATATT TTTTGTGTATATCTCTAAAAGTCTTTAGTAATATTGATTTCAATGACACTTAACGAATAT CGGTAAAGACTTTAACACTTTTTATTAAAATCAATATTTAATGTTACTAAAAATTATTTT TGTTATAGTGATATAAAATTGATAATTAATCAAAAATCTATATTATAAAATATTTTTATT TTTTTTATCGCTTACAAACTGAAGTAATAAATTATAAAGGATGTAACACTTTCTAAGAAT AATAATCTTCACTCAGAACTTAGAAGAGTTTATTCGAACATTAAGATAATGTCAACGTAT AACAAATCGAAAAAAGATGAGATTAGTTGTACTACAATAAAAGATTTAAAATAGAGTAAA GGGTTATAAATGCTTGAAAAATTATGTTTATACAATTAGAAATATACATTTTATATATTT TTAAAAATATACAATTAAAATGATTATTTCAGTATATATATTGATCTCATTTCGTCATTT GATTTTTTATTTACACTATTTTCTATTCATTAGCAATTCGTTTTTTCTTTCACTTTCGAT GATTACTAATCAAAGTCGAATACTATTACATTTAAAAGGGTTTAGTAGGTGAACGAACAT GTTCTTCGAGACTTATCAATGATGTCCTAAAATTTTATATATGTTAAATTTTTATTAAAT TCAAATTTTGCTATACGCATAATTTTTCAGGTATTTAAAATCACCTAACCTCAATTTATT TTACATATATCTTAGAATAATTATTCTTTGAAACAGTTAAGTTTATTAATTTCAAGGACT AACCACAGACTTCAAATAGTAGAAGGTGAATGTGCCATAACACAAACTAAAAGAAGAATA TGTAATAATACATGGATTAAAATTACTTTTTTCCATTATGGTATTAATATTTAAATTAAA TATCAAGATAATCATACTAAATTCTTCTTTATTATTTACTCAATAAAAGGATTTAAAAAT ATATTAAAGTTGAATTTGATATTGTATAAATTGATGCGTTAAAATTCAAAAATTTTAAAA TACAACATGAATTTATTGAAACTTTTACTAAAATTACGATAAATGGTAAATCTCAGTTCA TATTTAAAAAAATTAGGCTCACATAATTTTATTTTTTTTTAAAAAAAAAACACAAAATGT TATGATTGACCAATAAAATTTAGGTTGCTTGGATGGTGGGGTCACGTAGTCAATAAATCC AAAGTGGAAGTATGATATGGATCTTTCTACTGAAAGAAAAAAAAAAAAAGGAAACCGTGT GGGAGACACGGAAGAATCTATTTCATTCGTGTTTTTTTTTTAAAAAAAAAGATTAACTAA AAACACCTCCAAATTTAGTAAATATTATTAGTTTTGTTTTTATATTATGGATAGTACTAA AAATATATTTTTATTTGATTAATTGAATTTGAATATATCATCAATTTTATAGTATGATTA AAACACATCCTAAAATTTTTGCAAAGTTAATGATTACTTTTAAAATTTCTCTCAACTTTT TATGTCGATCATAAATTGAGGATGTATCTAATTTCAATAAGTATTTTTATAACTGTCAAT AATTTAAAAATAAAACAATAATTTATATCAAATTAAAAATATTTTCAATGATTCATCTTT TATTATGACATTTTAAAAGTCAAATTATATAAATTTAGATTAATATTTCATATTTGATAT ATTTTTTACTAATATATATGTTATAATTTTCTAAATACTAAATAATTTTAAGGCCAAATA CATAAGCAGGTCCCTAAAGTTGTTTGCGTTTTTCCCCCAGGTACCTCAACTAACCAAGAT TCCTATTAAGTCCTTTAACCCCCTATAATTTGATCCTTTTAAATATTCTTGGCTGATGTG GAGCCAAATTTCAATAAATTATTTTTGGTAATTAGGCGCGTGAGATGAACCTTCCCCGCG TGAAAATTTTGACCAATACATTCCAACCCAATTACACGTCAGTGCCACATATTAAGTCAT CAAACCTAAAAATCAATTTCCCCCAAATCACTTCTAACCCATTTCTAAACCAGAAAACCC TAAGAATCTCTCCCTTTCAATGACTTTTACAGCTGAAATTCTTAGATTTTAAAGTGATTA TAAGTGTTTTGTTGAAGGAATTGCAGACGATTTTCGTAGATGAAGAAGAAGAAATCGATG AAGAAGATAAATTCGACATTGGAACTTGATGATTAAGAAGAAACCAATGAAAAAGAGATA TAATATAATGAGGTAAAGAGGAGAAATAATGATGAAGAGAAACAAAAGAGAATAAATAAT GGAAGAATGGGAGAAATTAGGGTTAAAAGGGGGAAGAAGATCGTTGGTGGGTGGTTCAAG ATCCACATCAGCGCTTTTAAAGAGTCTGCACGGCTTAAAGGACGTGAGATCACGTTTGGC TCCACATCAACCAGGAATATTTAAAAGGATCAAATTATAGGAGGTTAAAGGATTTAATAG AAATCTTGGTTAGTTTGAGATATCTGGAGGGAAAAGCGTGAACAATTTTAGGGACCTGCC TATGTATTTGGACTAATTTTAATATTCTTCATTGGATCAAACTCTGGATCATGGACACAT GGTATTTGGGCTAAAGTTTTGGATGTTTTAAGGGCCATGATGGAGGACGTGACACGTCCA CATTCCCATGTGTTATCCAGTTGTCGTTGTTGGATAGCCGTCCAAGCAATTCCAAAATAC ACTTCATCAATCTTTTTGGACTTTGAATTATTTATTGATTTGAAATCCAAATCGTTAACG ATACTTTTTGGACTGATTGGTAATTTCATATTAATTGTTCACTTTTTTTTACATACTTTT TTAAAAATATAAATTATTAAATATTTTACTTATTCACAATCACTTAATTATTTTCTTTCT CTTTTTTTAAATTTTTTTATAAGTTTGTTTGATTTTTTTAAAAAAATAATTTACGAGTTA AATAGAAATAGTTTAATTACTATATCTAAATTTTATAAATTAACAATAATTTGAGGATCG AGATAATTATTTATAATAAGATTAATAATTAATGTGAAACAAAAGAAGTAAAGAAGAAAT TTTAATTCTCATCAACTATTCTTAAAGTTTGATCATTATTTTTTTTTAAAAAAGTGGAAC GTGTAAATCAATTTTGATGTTTCTGTGACTTATGATTAAACTCCATGAACTAATTTAAAT TTTAAAAGATTGAGTTCAACTAAATTAAAATTTTTATGATATCTATTTCATTCATCACAA TAAACTATATCATTAAATAATTTATAGCATTTCCATTAAAACTCCTTAAATCAATAAAAT CAGTTCTAGATAAAAACGCTATAACAACCACGTATTTAGTATTTTTACAAATGAAATCTA TATAAAAATATTTAATCTAATTACTTTTAGACATGTAATTTATTCTCTCTCTCTTTTTTT TTTTTTTTTAAAAGTAGTCATGTCCTTTAACAGAGCATTTCAGAGAATAAAAATTTTATT CCAAAATTGACTGACATGAGACCCGTTTAATTAAAATACTAAGTTCTTGTTTTAATGATA AAGTTTATATACTTTCAAAGTTATATCAAGCTTAGCCTTTGTCCTTAATTAACGTTTAAC TTGTAATCTTTTTCATGTCAAAGTAAACATTAGCTTATGTTTTTTAATTAAAAATTTCCA CCCATTACAACTCATAATGAGAGAAAAGCTAACTGGATTTCACAGATTTCGAGAAGATAA CATAAAAACCAAATAATTATACTATATAGTATAGTATTATACGTAGTAACATGATTTAAG AAGCGGTATCTGTTCCATAAAGACTGAACATGTTGTAATTAATTTAGTATCGTAACATAT AATCATTAATCGCTAATCTACGCAAACAGTGGCGGGCATCTTGTATTAATGGAATCAAGG GGACAATCCTATTAGTAGTAAGTTTTTTTAATTATTGTTTCCCCATGCATATGCAAATTA TGCATGGGTCTATCATCACTCAAATTTAATCAATTATTTGCTATAATTCTTTCATAAAAT TGTATCTTCTATTATATCATAATAGAGAGTTACTGTAAACTACTTTCTTTAATTTTTCTT ATAATTAATTTACTACTTAAAACGTAAAAATTGATCAAGGCGAATTTATTATTTTAATGG CATCTTCAATTTATCACACCAAATTTTATATTAAACATCATTTTAGCATAAAATTACACT AAATTTTACACCAAAAAGAAATTCTTTTATATTCTTCTCCCTTTCAATATTATATTATTA TTTAATATTTTAAAAAAATTATATATACAAATTAAAAAGAAATTATTTTGATATTGAATA GTGCAGTGTTGGATAGGAGACTCAAAACACTGATCTAAAAAAATAGTGTTGAAATTAGAG ATGGTCTAATATAATTTTGTGTAATGAATAATTTTAGAATATAATTTGATGCTTAAAATT TATAAATACGTGATATTATATATATAATTCTCATGTAATTAATTAATTAAATTACTAAAA TTTTCGTGCACATATATTTTGTGATGAAAAAATTAAAGAGAAAAAGAGTGATGGAGTGTA GTGCGGCCGATAAGAATAGGTTATGTGGATGAGAGCTTAAAGCTTTAAAGATAAACTTTA TTATTAATGGCGTCTTTATGTTAAAAAAAGTTGTAGTACTTTAATTGCTTATATGTTAAG GTGAAGAGAATGTGGAGCACGAATTGATATATGGGAGACACCTTTTGACTAAAGAATCTT TTTTTATATATCGACATTTCTTGATTTACGTGCCCACCTTTGATATTTATAAAAATTTTA TTTTTAAAAATGTTAAGAGGAAAGATCAATTTAATCTTCAAAATAGCTAAATATTCTTAG TAAAAAAAAAGTAAAGTTGATAGTTAAAGTTTAATAGCTTGGTGATCTATTAATCTTTTT ACACACTTTCGATGGTCACTAAATGCACATAAAGGAGACGTTACACATTTAGGGCTGCAT CAAATATATATGGAATATTATAATTTGACGATTATTTTTTTTGATTGATAATTATACCGC GTAAAATGGAATTTTTATAAGCAAATGTTATGTAAACTACGCGTACGAGCATATATAATT CATAAACGATGCCCTACATATTCTCTATATCTACTTGGGATATTATTTTTATTGTTGTTA TTAATTGGAATACTTTTTAATGAAAAAGACAAATACAATAAAGGTGATAGAGGATGAGAA TTAAAACCATGCACGTATTCTCTTGCAAGAATTGGGAGTTATGGGAGAGGAAGAATAGGA ACCCTATTCGTTTGGTAAAATTAGTTTTAGTAAATTAAAAGTGAGATTTGTTATTTTTCT TCCGATTATCCTTATTGTATTTCAAAACACAATTAATAATGATAATTTAGTAAAACACGC CCCTTAATAAATAGTTTCTTAAATAAAAAAGTATAATATATACAGATCGGTTTGGTTTGA TTTTTCATTAAAAATAAATAAAAATTAATTATATCGAATTATTAAATCAAAAATCTAAAT CATATCACATTAAATAGGATTTTTTATATGTTTGATCTGAGTTTGCTTTGACTTTTATTT TTTTAAGGGAAAATTGTATAAAATAGCAAACTAATAACCTAAATTAAATTGAATAGCTAG GGTTTGATTTAATTGTGCTCCATAGCAGACATTGGCAAAAAATTGCCAGGCGTCTCTCTC CTAGAAGTCTCGCTCGCCACTCTCCCATTCTCGCCTCTCTCCTAGAAGTCTCGCTCGCCA CTCTCCCATTCTCACCTCTCTCGCTTTATACACAGAAGTGTATAATTTCTGTTTCTGTTG CATAAAGCGAGAGAAAATTGTATATATACATATGCAAAAATGTATATCTTCGTGTTATAC ACTTAATTATATAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAGGCCAAAAA ATTATACAATTGTGAATTATACAATTGCAGTGAAATACAATTTTTTCTAGTTTTATACAA CAGAAGTGTATATATTGTGTTTCTGTTTTTGTATAAAGCGAGAAAAACATATATCTTCTT GCTATACACTTATAATTATGCAATATACATACATTTTAATTCGATTCAACTGTATGCAAA GCTAATTATACAATTGCAGCGAAATAGGCCAGCGAATTATACAATTTAGGCCAGCGAATT ATACACTTTTATATGTATAGCGAATTATACAGTTTTTATGTTTGCTATGGAGCGCAATTA TGCAAAGTTTGCTATATTATACAAATATGATTTTTTTGTTTGCTATATGTGAAAGTTGCC CTCTTTTTAATACCAAACCAAGAAAAGAGTGTTCAATTTTTTTCAACGCTCAATCAAATC AACAACTCATTTTTTTATTTGATTTTACGATGGACTTGTACACCCCTAGTGTAAAAATGA ACAGAATGGAGTATTGTTCTTTCTCATTCATCATCCATGAATGAGATACAAACTGGTAAT ATTCTCTTTATCTTGGTGTGTTTGGTATGAAACAAAAATGTTTTTGCTATAAAGTTAGCC GGCTTTTAATTTTTTACTTATTTCAAGCGTTTTAGAAAGTAAATAAGAAAATATTATCTT GATTATATCTATATGTTATCTAATAAAACAATATAGAGACCGGATGGGAAGGGGAGTTGG GTGATGTTCAAGGGGTGAGGGTTGTGGAAATCGGGTCGATAGGAAGAAGACAATAAATTT GGAATATGATTTTTGACAATTGTTTTTTCTATTTTCATCTGAAAAATCGTAATTCTTATT CATAAAAAACTTATTTTTCTAGGATAAATAATTTTTTAAACATGAAAAAATTAAAAAATA TTTTACTTTCTACCATACACACCCATCATTAACCATAACTTACTTTATCCAAGTATATAT GCATATGGACTATGGAGTAGAGTTAATCGGGCTAGAAACTTCCTCCTAAGATCCAAGTCA AATAAGTTTGGCCCATCTTTTTAGCCAGGACATCTTGGGGTATTGGGCTATCAATAGGTT AGAATCTCCAGTTGGGCCGATGACTTTACAGATGAATTGTCAAGCTCTATACACAAAATC ATGGCCCAATTATACGAAATATTACTACTACTACATTTTTTCATTTTTGGTCATTCAAGT ATCTTCTAAGTTCCGATTTATCACTATATACATTAAAGATAGTTTGGTAGAGTGTATAAG AATAATATCCAATAGAGTATATAAGTTATGCTTGCATTAATAATGCATGTATTAGTTATA CTTGTATGAGTTTTGCATTGATTATTTCTTACGCATTTTTTTTTTTAACAAAAGTATTCT TCACAATAATGCATGTATTAAATCATGGGATAATTGTATAGAATGACAAGCTAATTATAT AAAATAAATATAGCAGCTATCCTTTGATTTATCTGTGTTCCAATAATAAACTGTTTGTCA GTCCCTCTCTCGCCACACTCCCTCTCTAGCTCGCTTCCTGTCACTCGTTTATATACTTAT AATTATACAATACAAATATTTTCCTGCCCAAGTCTCTTTTGCCTTTCTCGTTTTATACAA ATTCAAATTGTATATAATTTCTCTCGTTCTCGTTTTATACAATTCGATTCAACTGTATAT TCCCTGGACAAGTCTCTTTTTGTCTTTCTCTCTTTCTCGTTTTATACAAATTCCAATTGT ATATAATTTTTCTCTTTTCACGTTTTATACAATTCACTTCAATTGTATACGTATAGCGAA TTATACATATATAAGTTTGCTATGGAACACAATTATGCAAATTTTGTTATAACATACAGA TATGATTTTTATGTTTGCTATTAGTGAAAATTGCCCTTAAATTATTTGCATTACTAATAC CTAGAAATTCACAATATTAGTAATATACTACTCAATACACAATAAAGCCTACATAGCATG AAAAAAGCCACACCAATCGAGGGACTATACATATGATTAATACATGTATTATTTTTGTTA ATATACTCTACCAAACTATCCCTAAAATTTTTAAAATATTGCATTGTTCTAATAACTCTA ATACACTGGTCAAGAGGCAACAATTTAACAATTAAGTCACGAATTCGAATTCCATTAATT TCATGGATATATTACTGTTAGTGGGCAAATTGTTATAACGAGGATAAAACACACAAATTT GTCTAAACTACAAGGAGAAGCTTTTTAATTAATTAATATAAGTGGTTAAAGTCTTCACAG AAATGCTCACACGTCTTTTAAGTAGCCTTTAATGTATATGGATATGGTTACGGAGTTGAG ATGAGGAGAATTGAGGATTATTGATTTCGAGCGATCATTACAATGATCAAGTGCGTACAG ATGTGAATCTATCCTTATGAGAACGGTCATATCCATTAAGAATTTAATTTTCTTTGATGC TTATCTTTTTCAAATACAAGAAAAAGAAGTTTAGATCAAAATTATTTCTGATTATATATG TGTAAGAACTCGATTTTGGTATCCCACAACTTTGACCTACACCTGAAGAGGTTGCTCTTG TCCATCATAAGTCTTGGAGTCACGAAGAAGTCCGTCAGACATTACTTTTTTTAATACGGA GATACGGGATATTATAGGTAGTCGAATATAATTTGCACTAATATGTATCCTAATGTTAGA TTAAAAATATATTTCTGTTGGATTTTGAAAGTGATTAGGGCGTCATGCGAAAGTTTATAA TTACAAATCATGACATCAATAAATCAGATGACAAAAGGTAATACTAAAAGTCGAAATATT ATTATATGGAATTTGATCAGTTGTCCTACTTATTAGATACTAATAAAAACATTTAAATTG TAGAGAGAATAAAATTCTCGAATAGACTATATTGTGAATGCTATTGTATTGTTGATACGA GAAGATGTGTATTCAATTTATAGAGTCCTAACTTTTCCTTCAAAAAAAAAAGCCAAATAA TAGAAGAAAGTTACATTCTCTTTTCGGAAAAAGTTCAAGCATTTATGATAATTCTTTGAT ATTCAATTAGGATAAAAACAAAATCTAAAATATGTTAAAAAATCAATGCAAAATCATAAC AATTTCTCCCCATCTATCTGATTATAACTCTCAAACACTGTAACTCAAGCTCACTAATTT CTTGCTTTCTCCGTAACATTGTTATCGCATCTATTTTTTCGATAACGAAAAGAGTTTTTC TAATTTAAATAACAATATCGATTAAAGGATCAATATAATTGTGGGAAAAGGATACTAATA GGCATTTATGTAACTTAATTATGGTAACTTATTAAACGAAACACATACTACACTGTTTTT GCGTGATAGTTAAAAATAATGATAATGATAATATAAATATTTAGTTTTTTCGGAGTATAT ATTATAACAGGTTTCCAAGGCTCTTATCAAGTTATTGTCTAATGCTAATTCAAAGTAATA TTTAACACTTGATTGATGAATTTTAAAATTCTTTAGTTTAATTAATACTTTGAAGTTTCA TGTACGTTATTTAAGTTTAATTATTCATCAAACTTTATCTTCTTATTAGTAACATAATTG ACTTTTATGCCAGGATATGTAGGTTGTGTAATTAACCAATTAGAATGAGGAAACTAAACG AAAATAAACAGGAAAAAAAAATACCAATAAGCAATTTATGTAACTTACAGTAACTAACTA ACCCAGTGCACTCTCTATTGGCGTGATAGTTTGTTCAAAACAATAATAATACTAGTAATA ATAATAATCACTCCGTAAATATTATTTAACTTTGTTGGAGTATATATATTATTATAACAA GTTGGCAAAGGCTCTTATCAAGTTATTGTTTGATGCTAATTCAATAATACTTAATTGTTG ATTCATGAGTTTCAAATTATTTCTTTAGTTTTAATTAAGATTTTGAAATTTCATGTACTT TATTTTGGTTTAATTCACTACTCCATAATTACGTATTTAATCATTTGGTATATATCGGAA GATATGATAAAAAGGTGAAAAATAAAAAGTAAACTTTATAAAGGATCGTGATTTAAAAAT TGGATAAAATTCTAACCGGAGTAGATGAAAGAAACGAAGAATCCAAATTAGATTAAAATC TGTATTAGTTGCAACACAGTCCGAGTAAAACTCTATTAACTAATTAATTTCTACATCTAT ATAAACACGCTTCTCTTCCCTCCATCACATTAGTCACACTTTTCTTCCCTTCTCTGAATC CGGAATTCCTCTAGCCTCTAGTTTTTTCTCAAAAGCTACCGAAGATGGTGATGAGTACGA ATGATATTCGTTTTATCGTCGGCATTATCGGTATGAGTTTTCGATCTTCTCTTCGATTTT TGATTTTAAATCGTTTTAAGTTGATTGAACTCTGTTAATTGATTCTCATTCGAATTAGTG GTATGAGTTTTCGATCTTCTCTTCTATTTTTGATTTGAATGGATAAAGTGTTTATAGTTA CATTTAAGTTGATTCAACTCTGTCAATTGATTCTCATTCCAATTAGTGAATGAATTGAGT GCTGATACTTCGATTTTGTTGAATTTCTTCTAATGAACAAGTTTTTTTTATGCTTTTTTG ATGAATCGATTCGTCCAAACTACTCTTCCTCTGTTTTTTTGTTCTGCTATTTATCGAAGT TCTCATGGACACATGCATGGCAGCATTAATTCTACTAACCTGAATGGTTTTGGCGTAGGA CGTATGAATTTTAAGTCTGTTTACATACATACATGCATACGTGTTTGATAATGTAAACAA TTTTCTCTAATAAATTCGATCTCTTCTTCTTTTGCAGGCAATGTCTTATCGTTCGTTCTC TTTGCTTCGCCAATGTAATATATCTTCTCTCTATGTATTTTGCTTAATAGCAGTTCGATT CGATAAATCTCATGTGTAGTCACTTAACAATGAGATTTAATTCATAGAAACATCAATCAA ATTAGGCATCTATATGAAGAAAAAAATCAAAGTTTAAATATACTCTGTTATCCTCAAAGT TTATGTTTACTGAATTTGATTTCTCTGGTTGATTCAGGCCAACATTTCGTCGAATCATCA AAAACAAATCAGTGGAGGAGTTCCACCCGTACCCATACCTTGCATCTACAATGAACTGTT TGATGTGGATTTACTACGGCATGCCTTTCGTTCATCCACACAGCATTCTTGTGGTCACCA TCAACAGCGTTGGTCTCTTCATGCAGTTGTGCTATATTTCCATATTTTTCTTCTACACTG GCAAAAGATATCGGGTAACTATCTAACCAATTTTTAATGTTAAGTTACAAATTATGCTCT TATATATAACACTTTGTGTTTTCAATCTCAGCTACAAATAGTTTCTATTTTGTTCGGTGA AGTCGTGGGGCTGGCCGCCGCTGTAGCTGGAACCATGTTAGGCTTGCACACTTACGCAAG TAGAACCACTGTTGTAGGAATTCTCGCTACCGCCTTTGGAATTTGTATGTATGGATCCCC TCTATCAATCATGGTATGTACAAAGGCCTAGCTCATATATGTAGAATATCAAACTTATAG TAGTCTGGTTAATTTTAATTTTTGTGGTTTTCCTGAAAACAGTACAAGGTGATCAAAACA AAGAGTGCTGAATTCTTGCCAAAGACGCTTTCCATAGCATGCTTCCTTAATGGAATCTGC TGGGCCATCTATGCTCTCCTCAAGTTTGATCCCTACATCTTGGTGTGTCTTTTTATCTTA AATTTCATCTACAGTATTTCTTTCTGTTCACTGGAATTAATTTGTATACCAATTGACTTG TAATGCTCTGATATCGTGTAGACTGGAAACGGAGTTGGAGCACTATTAGCTTTAATTCAG CTGGCATTGATCGTCATTTACCGCAACCCACCTCCCAAAGACCAGAAGCCCTCGAAAGTG GAGCTCCAAAACGTCGTCTGATTCCTCCCTATGATATCACTCTTTAGATTTTGATTTTGA TTTTGTGGGGTTCTGTTACCCCCTTCCTATTTCCACGAGAATACGAATTTCTGCGGCATT TGCTCTAGTCATTCAATTGTCAGTAAATTCTTTTTTATAGTTAATTAGATTCTTTATCTC AGTTTATAATACTAAATTTTTTCTTTATCCTTGCTGGCATTTTCTGCTTTCCATATAAAA TTGCATAATGTATGGTTTCTAACACAACTCAAGAGTAAAGCAATTTTAGTATACTTAAAA ACCTTGATCCTCCCTATTCAATTATCATATACGCGAGAGTTGCGATCTAGCGTCCAAAAT TACGTAACAAATTGAATCATGAGATCTCTTTTGCTTCAACAGTAATATTCGCAAAGAGTT TTCGTCCTTCTAGTCATCTACTACTTTTGTACGTATAACCTTAACGAAATCTGTTTGGGC CATAAACAAATAAATAAAGGAATTCTTTGCTTCCCGGACTCAACCACTTTTACTCCATAT ATGTTATGTTTTTCAACGACTGCACCTCCTGTATTTAATATCCTATAAATTATAGGAATC ACATTTTGTAGGATATAAATTAGTATAACTTACGTAAATATCCCTACTTTTTTTTTTATT TACAAAATTCCTTAAAAAATGTAGCATCCGGATACACTATGTTCAATTGGATACGATACA TTAAATAATTAGACTATTGCGCTTGTTCCAATTCTAATAGATTCAGAGAAATCAAAATTC AAATTTTTCTTCTCCACCATCTATTCTAAATCATAACTGATTCAAAATAGACGATCCATG ATAACTTTTACATGATGAGTATATAAATTTTTTATCATTTTAAATATTAAATAAAGCTTT AGTTTTTAGAACTATAGAAATAAAATACCTTTTCCCAAGCGAAATTTTACTATTTCATAC CAAATTTCGCGCGTTTAAAAGGGCGCGCGAAGCGAAATTGTGTGTAATTGTCTCGGCCCA ACTTAGCGATAAAGCCCAGAAAGAGCCTACTAAACGTCACCATACGAGTAATATCCAATT AAAGTGACACCGAATTATCTTATCCGGAGCATGAGGTTGACCTGAGTCTCTGGTATTCCA ATTTTATCCTTATCTCTTTCTACTCTCCTCCTGTCCATTACACCTATTTTCAATCTCAAT TTCTTCATTAATAACAGTTGCATTTTGTCAATTTTTTTCCCTCCAAACCCCAAATGTCCT CTAGAATTGCTTGACTGTGTAAACAAACTAGTTGTAAATTCATCAATGGCAGCATCTGTT TCCTGCCACTATTTTTCTTCCCCATTAACAACTTCCACCAAATCCATCAAGCCTAAGCTC AATTACAGCCATTTCGCACCTGCTCTTAGTAAAGGATCGATCCGCCATTTTGTTCCACTA TGTTCTTCACAACGCTCGCTTCCTTCTGAATCGGAATGCCAAGACAAAGAGGCAAGTTCT ATTATTCTCCTTCACTTTTTTTTTTATAAAAAAAATAGACGTTCATTAGTTCGAAATGAG TTAATGGAAATTCAAATATCTAAATGAGAAGTTTGAGTGTACAATTGCATCTATTACTTC GTACTTTAGTATAAAAAAATCGACTATATGCATATGTAGTTTAAGCCGAATCCACTGCCT CAGTTATACAATGTTAGCATTTGTAAGTAATGACAAGACTGCAGTTGGTAGTTCTTTCTA AAGTTCTCAAGTGTGTGTTCTTAATAAGTAGGAACTTATATGATGAAGATTTTTCCCAAA CCTGCAGAAAGATTGGTTTTTGTCATTGAAGAAATGTGCAGCTGCAGTAGCATTGTCGGT TAGTTTGATTAGTGGACTACCTGGATCGCAATGGTTGGGTCCTGCTCATGCGAGCACCCC AGCATTGCCAGATGTCTCTGTATTGATCTCAGGGCCACCAATTAAGGATCCAGGGGCGTT ATTGAGGTATGCATTGCCTATAGACAACAAGGCGATAAGAGAAGTCCAAAAACCCCTTGA AGATATTACTGATAGTCTCAAGATTGCTGGTGTCAAGGCGCTTGACTCTGTTGAAAGAGT AAGATGTCATTTGCTTAGTTGTTCCCACTTTGATAATTTATTGGCTTGAATCTACTTATT AATGTAGTTCTAGATTCGTAATGGTGGTTCGTATTTTAACTGTGTAGAATACAAGACAAG CATCTCGAGCTCTCAAGGAAGGGAAAACCTTGATTATTTCAGGAGTAGCTAAGTCAAAGA CTGACCACGCTATTGAATTGCTAAACAAACTAGAAGCTGGGTTAGGTGAGCTTCAACAAA TTGTTGAAGACAGGACTCGAGATGCTGTTGCACCTAAACAGAAGGAATTGCTTAACTATG TTGGAGGGTAAGTGTAGCTAGCTTAGTCTACTTCTAAAAACAGTATTGCTAGCTTAGTTT TCCATGTTCTTTGATGCACATTTTCATAAACCCTGCGAGTTGTAAAGAGTAATGAGTTGT CGGGCTTTGATTTTCTGCTTGATGATGCATCAATATGATGCTTTGTTACTGCTTCATGGA CTTAATTTTATCTTCACATGAGACTGAAAAAGAGACCAATCATGCACATACTTAGCCGAA GTATCTGTTCTTCTGTCCTGAATATGTATTGGGTAGCTTGGTTTAGGCAAAGTCAATATC CATATAAAGTGTTGTATTTTCTGTGCTTTGTTACTGGAAATGTTCTAAAAGAAGGTGTCA AAACCTTAGTACAAAATAACTTTTTCTTCTGAAACTTTCACAAAGCAATTGCTTTGGTAG AATTTATGCCACAGAAGCACAGAAGTGTCATTGGACGGATGCATGTTTAAGTAGGCTACT TATTCCAGTTTGAATACCAAAATAAGATTTTTTGTTGACTATGGACCAATTCTATGAATA GAAAGTGAAGAGTGATGAAAACTTTTAAAAATGGTGAATTTCCAAAGTTATGCCTTTCTC ATTTAGACCCCTTGTCATTGACTGCAGCTGAGATCTTCCTGGGGCATTCGATTTCTGCAG TGTTGAAGAGGATATGGTGGATGGATTCCCATATGAAGTACCTGAAGAATATCAAAATAT GCCTTTACTGAAGGGAAGAGCAACTGTGGATATGAAGGTCAAAGTCAAAGACAATCCCAA CCTGGAGGAATGCGTATTTCGTATTGTTCTAGATGGATATAATGCTCCAGTTACTGCTGG AAATTTTATAGACTTGGTCGAGAGGCATTTCTATGATGGCATGGATATTCAAAGAGGTGA GCTTATGATTTTTGCTCTGTTCTTGCGAATCAATGAAACAAATAAAACTGTCTATGCATC AAACAAGGAATGTTGTCCGTGTATGGTCCAGTGGTTTGAGCTTGGAATTTCCATGTTGGA GGTCTCAAGTTCGAAACCCCTTGCCAGCAAAGCAAGGGGTTTGCCTTCTGGGTCGAGCTC GTTGCACCAGGCTTGCCTAGTGCGGGTTACCTCTCTTATGTGGTTTGCGAGCTATTGCAT AGGAGCGGAGTTTTACCCTGTGCGCACCCAAAAGGGTAGCGGCTGCGGGTTTCCCTTGTC GTGTAAAAAAAAAAAAGGGATGTCCGTGTAGTTTGTGACCTGAATATGTTCTTGAAACTC ATTATTGTGGATGTTCTGCAGCGGATGGATTTGTGGTACAAACAGGAGATCCTGAAGGTC CAGCTGAAGGTTTTATTGACCCCAGTACAGAGAAAACCCGGACAGTACCTCTAGAGATTA TGGTGGTTGGTGAAAAAGCACCATTCTACGGAGAAACTTTGGAAGTAAGTTCATGTTATT GTCATTTTGCTGCCTCTAAATTTAACTTTTTGGTGTCCTACTCCTGATCACTTCTCTCCA ATTGCTCAGTAGAAGCTATAAACAGTATAAGAGTAGACGTTGTCAGCCAGGCTATCATAT ATGGATTATACATTTATACCCAGTTTATTGAGATGGTCTTAGAAATTACCATAGACCTGT AATTGTGGAGAGAAAGATCACTTGCCCCAGCATTTGGGCCATTGGCATGCCTGCTCTTGC ATAGATCTCACTCCTCAATTCATCCATAGAGTAGGACTCCATGTTGAGAAATGGATTTAT ATTCCCTCAGCACTAAACTTTCCCTACTTACGCCATCACAGATTCACAGCCTTAAACAAG AAAATTCTCCGTTATACTAAACCAGCGAAAATGTTTCTGATACACTCAACAAAGGTTTCA TATTTGCCTTTATCATGGTATTCTTCTCTTCACTTTATATTCCTTGTTATTCCTTCTGTT TTAATAAGGCTCTGGAATTATTTCTACAGGATCTTGGTCTATACAAGGCTCAAACAAGAC TACCTTTCAATGCTTTTGGAACAATGGCCATGGCTAGAGAAGTGAGATACCTTTACTTTT GATGTTGCATCTGCTTATTTCATGTAACTTTATTTGATGACCTTTATATTTGTTAAAACT CATTGGATTATGGGCGCTTACAGGAATTTGAGAATAACTCTGCCTCAAGTCAGGTGTTTT GGTTGTTGAAAGAAAGTGAACTGACTCCTAGCAACGCCAATATATTGGATGGTCGATATG CTGTGTTTGGTTATGTGACAGAAAATGAGGACTTTCTGGCAGATCTGAAGGTGGGAGATG TGATAGAATCAATACAAGTTGTATCTGGCCTCGATAATCTTGTGAATCCAAGCTACAAGA TTGCTGGTTAGAGATGTCGTTTAAGTGAGGAATTATCGGAATTAAGACCTACCTGCATTG AGTTGTTCACGAAACTCTCTGAAGAGTATAATCATTATTTTCATCATATATTCAACAATT TCAGTTTCTTGCTTTTGAAATATCATCTCCCCAGGATTAATCCAAAAGGTACCATTTTAC CTTCCACTCACTTCAATAACTAACTGTGGAGCAATATATGTGTTTATTTTTCTTCCATCA CTCTAAATTCATAATCCGAACTAATAATTCTCTTGCTATTGCCCAATTGTTTTATAAATC CATCTTTTCCAAAAACCCAACGGACAAAGCAGAGTTTTGACTTCTAACTTTCAACAAACA GAGTCCATGTTCAGTTGCATGAAGATACATCTGAAATCAAATTCATACCTTGTGCAAAAT AGCGGTTGTCACTTCTGCGAAGCTCTAATCTGGATATGGCGTGTCACAACAATATATTTT CCACAGGCAAATTGCAAAGTTATATACATCACGCTTACGATTATAGGAGATGCCACTAAA AACCTGCTAAGTACAACATACCAGAAATACGTGCATAGTAAAGTTAATGAGACGACAAGG CACTGCTTGGGCATTTGATGCTTAGTCTCTGGATCACATTTATATGGAAATTATGCAAGC GCAAGGGCAGATTCAATTTGTTTTTTTTTTTCTTTTTATCAAAATGGATTCTGAATCTAG AAGGATCAACAATTATAAAACCCTGAAAAAATAAGGAAGCGAAGAAGATAAAAAAAACAA TATAACCGAGTATAGAGATGAATACTTTTCTATATGCGGCAGAAATAAAAGAATGCCAAG AATATACGTAACCTCCATCAAATATTGCTTCTTGCTACAACACTAAGTTATGAATCTCAG AGTTTTAGTTACCTTTCGCAGTTGCAACTTTATTTTCATAGATGGTACTCATCATGAATA GAACTGTTGCTCTTTCCTTCAAAAACCAGCACATAAACAAACTTTAGCTACATCAAATCC TCTTAACATATATTCATTCACCAACCACCAAGTAGAAAGAGAAGGTATTATAAAAGCATC AGCTTCTGTAATATTCAGAAGTCGGTTATACCAAGAAATCCATTTTTCGAGTAATGCTAG GATACAAGAAATTGTTGAGAGTACTCGGAGGATATTATCATATCCAGTAAATGGTAGCAA CTTTCTACAAAAACTCTAGTATAACTCTTGAGAGGCCTTTCACGTGTCATTTAAAGACTT CTGTACAAATGGACTGTAATATGTTGCTTGAGATATACTATAATCACATATATCTACTGT GGATTTTGTAGTGATGACTGGGGAAATATCATACACGGCGTTTTTTCTTCTCAGGTGTTG CATGAACCTGTGCTTTTATTCCATAAGTCTTTAACTGGAAATTTTCAAATGCATCAGAAA TAGCTTCCACCTGAAAATTTGAGTAGGATACAAAAAAACTGAGATCAGACTTTGATGGAG AAGAACGCAAAAAACAAATGCATACTCGTTATCTGGACAGACCAGGTGGGGCTTTTTGGA GTAGACTCTCACAATCATATCTTGATATGATGATGGCAGCAAGTGGCTGATGCGATCATC AGGTATAGAGAACTTCTCCTCACTTTCATAATCCTGAATTTCAATCAAATCATTAAGAGT GAGGTCGGGAAAGATGAAAAACATGCAGACAAGAAAAGTAATAGATTTTGATGATCAAAC TTGTAGAACCCATAGTCTGTACCTTGAAAAAATGGATACTGGCAGAGGCAACACGTCCAA CCAGCATACAAAGAAAATAAATTGAAAGGTTCAGAATGATAATAAAAGTGGAGGAGAGGG ATAGAGAAATTGCATGCAAGTGCAAGAACTGCATAGGATGACCCATTTTGACCAACCTTT CAAGCGGATTATGCCTCCCGCGTGTCAGATCTATCCTGACATTGGTCACAGCAACATCCT CTTCATTAAGTGTCTCACTGCTACTTTTCTGTAAGATAATGATTATTACCATAGAAATAT TAAAGACTCCCAAAAACAGACTACTATATGTTAGCTACCTGCGAACAGACAATATCATGT GCCGTGACATCCTTGAAATGCTCTATTTTGTCTCTTGGGACAGCATACTCATTACAGAAC TGCAATGTGCAAAAACAAGAATTAACCCGTAAACTTCAAACATCCCATAATACTCATATA ACCTGCTTAATCAACACCCATTAGATAACCTCAGTACCTGGTACAAATCTCTCCTTCGGA CACGAAGGATCAAATCCCTAGATTCCTTCAGTTCCGGGTCTGGAGCAGTCTCGATGGTTT TTAAAATGGTGTCATCTAACTACTTCCACATACACAGAGAAATTATTTTCATGGTTCCAT GAATTAAGGAGGTTGAAGCTAACAAAAAGACCATGCCGACCTTCCAGTATTGAGAAGGAT GCTCTATATGTGATGATATGTGTAGATAATCATTTGCTTTCACTAGTGCATCTACAATCA TAAGCTCTATTGCCTGTACAATGATATGGGAAAACAAATTGAAAATGTGTACATACTTAA ATATGACATACAAAATGATAACTTCCACATTTCAGATATGCTGGTGAGAAAATCAGTGCA CAACTTCGTCAAATTAGCTATGTACCTTCACTTTAGCGTGAGTATAAACAGTTCTGTGTA GATCAGCTCGTGTGGCAAATAACTTGTGGATGGTTAAATCTGAGGATTTATCCACACAAA TAATAAGACCAGAAGTCAAACAAAAATAAATAAGATATTGGTTAGAGTTGAGTACTAACA ATCTTTGGCTCGATAACATATCTCATCTCCCAATACTCTCATAGTTTCCATCAACCTACA GAAAATGAATACAGTTCACGGTAAAGAATTATTTTCCCTTTCTCTCGATATTTGTGAAAA GATGTCGATTCACAATAGACAAAAAGATGAAAGAGAAGACCTCTCAAATTGAAAATTGCA TCCTACTGCACACGCACGGCTATCTCGGACAATGTAATCAAACCTGCAAACCAAAGAAAG CTTCATCCGGTGAAAGCTGGAAAAGAATAGGTTGGAAAAAAAAGAGAAGAGAATAATCTA TAGTTTAGAAACCAACTTGTCAACATCGACTCCATTTCGACCATTAGCCACAATATCATA TAAGAACTGCTTCTCCCTTGAGCTCTACATATTAATCAATCAAATTGAAGCAGTGCACAA GTTTCAAAAATGGAATATGATGTGAAATGATGAGCAGAAAAAGCTAAAAATTCCAGATTG AAGTGCAAATGCATGTCAAATGAAAACAGTCAAATTGCAAGAATCACGTTTTTTTTCCTC CTGATAACTATGTGCTGGAAAATGGAAAGAGAAGGACTTACTTTTGTCAACGTAAACTTG GAACTAGCAAGTATCATTTCCTGTCAAATATAGAGGTCAAAAGGCCACGTTTAAAATTTT TCCTGCTTACAATATAAACAAGTCTTATGATGACTTGTGGCATGTACAATCAATTTGCTT TTAGCTGTATGAAGAATAGTAACTCACATGAATATCTCAACGAACATAGTCATAGCTTGG TCATAGAATTTGCATGAAGTAATAATAACTCACATGAATGGTGAATAACTTTATTATCTC AACCAACGTATAGTCATAACTTTGGTCAAAGAATTCGTTCACTAAAATTTGACATTAGTT ACCATTGAAAAGCATAGTAAAGAAGAGCATTGCAAATCAGCAGAAGCTTTTTCTTACTAG TAGCTCAAGAGAATTTAATGAAAGAAGCTATCTCTTTGCAGGTTTTAGTTCCACACATAC AAATTCTCTTTCAGCCAATAGCTGACAAAGTTCCACGTGTCTGCCATACTTGAGTAGCAC CTAAAATTCAAATTGCTTCTGGAGACGATACAAGTTTGCACAAATACTTCATACTCCCTC CATTTCAGTTTGTTAGTCCTACTTTCCGTTTGAGTCCATTTTTTAAAAAAATGACTCTTC CCTTTTATGGCAACTCTTTAATTATAAATTTTCACAAAGCATGTTTAAGACCACAAGTTT AAAAGACAATTTGGTACATTCTACAAAATAGGACAATCAAGTTGAAACAGAGGGATTTTT TTTTTTTTTTGAAACTGACAAATACTACATGTTATAAGCAAATTACCATTCTCATCTCGT ATGATATCAACTAGCATAAATCAAAATAATTCATCTTACCTTGACCCTTTTAATGGTTCC AGAATCAATATCAATACGACGCTCATCAACAATGTGATCAATCATGTCCACAGACATTTG CTCATGAGACCTAAAATAAAACATAAGACAAGGTCATTAATATGCACTATACTAAAATAA TGACATCACCTCATTATGAGTGCAAGAAGCTTCAAAGAAACTTGAACAACAAAAACATTA AGATAGTTAACTAGGAAATATTTTCTCAATATCAACACTACAACCAGCAGGCAAGAGCAG ACACAAACAGTTGGAAACAACTAAACAAAATCATCATATGCCAAGGTCCTCCACCATGAT TAATTACAACTTTAGGATTTCTACCACATAATGTATGCTGTAAGCATAACTTTATTTTCT ATGATTAAATGATAAAACTGTCCAACTAGTTTGGGATAGAAATATATTGATTTATTGAAG TTAAAAGGGCAAAACTAGAGCTTTCCTAAAGACTTGCCAATAATCCAATATGAAAACATT CCCACTCTAAAAAAGTAAAAATTCATTTCTTCCTTATTTGATCACTTCAAGCCTTTACTA AAAGTAGAAGATTCTTGCTAAGATCAAGTACGTTGCAGGGAATTGGAAATGTCAAAAATT CAACTCTTATTAGCCAAGAAAAATTGAATATCATCTATTTCAAAAAAAAAAAAAAAATTG AATAGCATCTATTTCAAAAAAAAAAAATTGAATAGCATGAGAATGTGACATATATCTTGA GAGGTATCCAAATAACAGAATTCATTCCACAGTAAAGTATTACCAGTCCAATCCATTGCA AACTTGAGGAAGAAACTCGCGTTCAAACAAGTGGCTAAAAGGTCCATGTCCAATATCATG TAGAAGACCTAAGAAATTCAACCACAATGGAATGGAAGTTCATTATTCTGCATTAGGAAG AGCATCCATGCACAAGGCATTCCATATCACTTACCTGCAAGTTTCACTGTTTGTATATCA AAGTGATCAATTCCAAGCTCCATACCCTGTAAAAGGAACACTAGGATTACATAACAACCC CTCAGGTATGTCAAGTTGAGAAACCAAAATAATAGTATAAACAAATTAATACTTGGTGGG TTTTAAGCTTATGGACAGCTTCATTGGCAAGCCAATACACTCCAAGGGAATGCTCAAATC TAGAATGCACTGCTCCTGGATAGACCATGTGTGTCACACCTTAAAGTGAATACAAGAGCT CATATTAGTAACAAATTCAAGCCACTACCAGGCTGTTAACTCCTAGACTTACAATGTTTC CACCAACATTGAGCACAACAGTAAGAGCCAGTGGCTGCATCAAGTACTGATTGGAAGATG GATGATTTAAACTTCTTGAACAGATAACATGGATCTCATTTTAAGAGAGGGTGAAATTTA CCCATTGAGCAATAGGAGACCATATAGCCTTTTTGTAACTTGCATCTAGGCTTGTAACCT TGGGCTTGCTTCAGCCTCTGCAAGAGGCTTGTATGGGAAATATGCATGCAGGGCTTTAAA AGCTAATTTTGAGTTCTTAAGTCATCATTTACACGAATATCCAGAATTTGAATAACCTAT ATAGATATGTCTTCATAGGACACTAAGAAACAAGATATCTTTGCAATTATCGTAAGACCT TACAAGGATCCGACGACAGTCACCAATGCAACCACAATTTAGATACCACTGAAGTTGAAA CAGACTATTTATACGTTCAAGTGTCACCGCTAATCACAAAGTGAAGCTGAAAGTTGCAGA TAATGTCAGAACATATTTAAGAGGCAAAGATAGTTATCAATTTTATCATAGTTTTGATAA CCAAAACAACTCACATTAAGACAAATAAAATACAGGTTAGTTACATCTTTTATGTCATCC CACATTTTACTAGTAATAATTTTGCAATATGAAAGAACTAAATGCCACATTTCAGCGGAC ACGTAGATGATAGATAAGAAAACTTCTTCATATCCCATTTTGAATCACAAGGCTAAATTT GATGTTCTAGCATAAACAAGCTTGCGACCAGGTATGCAAATAGGGAACAAGGATAGTAAC TTACCTAGTTGTTTAAGATCACGAAGCCTGGAAAACAAAAGAAAAAAACAGTTCAATAAT TCTAGTAAAGCTCTCATGATAAAGTGTTGAACATACAAACGAAAATAAAAGAAAATAAAA GATGACTATCAGGTCATAGGCAAATTGCAGCCAATATGAAAACATATACTCGAAAAGTAC ATAGATTTATAGTAGGGATGCAATAAACTGAGATCTACCACTAATACTACACTACTAGAA GTAGATGATAAGGAAACTTGCCTTTGAAATTGTTCTGTGTCAATGAACTTCAAGTAGAGC TGCAAAGTTCAGAAAAGAATAAACTTCCAGTAGTTTGCACAAAGCTCTCAATAAGAAGTT AAAGAAAATGTATAAGAATAGTGAAAATAAGAGTGTAGATCTGATATCACAATGAGAAAA CAGTAACCTCCACACCCCAGTGTCTCTCTTGCCTGGTAAACAATCACATACTAATAAATA AATACGGGCGAATAACAACTCATTGATCTATTGGATAAAATACATGTTTTAGCCTGAAAG CTGAAAGAGGATTGTGTCACAGGTTAACCAAGGACAGTGTGGGAAAACACTTTGTTGCTA TCATTCTTTTAAGATCGATCCATTCTTACCAGCAAAACAAACTTATGAATTTTGACCTTA TATGCTTCTCGAATAAATCATGAATGAAGAAAAAATCATCTTCTCTTGTTAATTGTTATG GTCACATGGTCACTAATGTTTCATTAAATGAAACAAAATCAAAATTTTGGCACAAGCGTT CTAGATAACTTTTTTCTTTGAACATTGGAAGTCACAAGCATTCTAGATAACTTTTTTTTT ATTTGTTGAAAAATTTTAAGAAAATTGTGGATAACAAAAATTTATGAATTGATATTCAAA ATAGTTTTGAACTCATTTATTCAGTCTGACGGTTAACAATTTTGGCTAATTTGCGAGTAC AATTTCGGCACTGACTTACCCATAGAAAACTGTGGATAATAAAAATGTATGAAGTGCAAC TTAAAATAGCTCTGAATTCTCATTTATCTCATTGACAGTTATCAATTTCCTTTAAAATAG TAGTACACTTTTGGCTATTAGATAGCACAGAAAACTAGTGTAGCATACACATTTGTGATT GCTCTTAGAACCAAAACAAAAGAAAAACTAACTACCTATAAATTCAAACAGTGCAGGTAT AAGCAAAGCATGTACAGAAATGTAGAAAGTTAACTAGCCAGCAGAGAGTGAGAGACAGCA ACATACCGGGTCGATGTAGATGTTGCCGTGAACGTTGTCATGGATTTGCTTAGAGAATCT GAGATCCTGAGAGGAAGCGAAGTCGAAATTGGAAGAGAAACTAAGTTCTTCATTTGAAAA AGCTCCCATACTCACCCTTGGGCTCTCTACTTCACCACTCTACACAGCACAGAGAAAACA ACAGAAAAATTGCAAAATGAATAAACCTAATATTGGTAACGGTTGAGTAATTGCGTACGC GTTTACATACCTTTTGAGGTGCCGAAAGGAGAGAGAAAGAGAGAGGAGAGCAGCTGGCGT AGAGTAGGAGGAAGAATATATTTGATTTGCACGAAAATGGGAAGGAGAATGTGAGTAGTG ATATAGTAGTGCCGTCAAAGTCTCTTTATTTCAATTACTATTATCAAATGTCTCGTTTTT TTAATTTCTGTTCTATTGCTGCAGCAGCAAGCGACACAGGCCGTCCGCTAGGGAATTGGG GCCAGATAGGCAGTGCGCCAGTGAACATTCGCCACTAACCATGATTATATAGCAAACACC GGATTTCTAATAAAAAAAAGTAGAGGAAGAATACTTACAAGTTACACCAAATTGTTTTTT ATAGGCTACTTAAGCACAAATTATTGCTCTAATATCAGTAAAAATTTATTTGAAATTAAT TGATCACACACACATTTAATTTATTTGGCCAAGTTTTAAAACTTTATTATTTTTATCAAA ATTATTTTTCAAAAAAAATAATAATTTATGTTTGACTAACCAATATAAATTTCATCACTA GTAATATGGAGAAATAATTTGTGTTTGGCCAAAGTCTTTTAAAAAAAATATAAGAAAAAA ATTGCTTTTAAAACTTCTTTAAAATAAATATTTCTACTACTCCTATTAATATAAAAGAAA TTAAGAACCTTAATTTTTTTTACTAAATATTTTTGAAAACTTAATCAAATATAATTTAAG TATTTAAATAAATTTAATTTAATCAAAAGGGCTACGAAAAAGTAGATGATTTTAATTTTT TTAACTGTATTACTAATATTATTATTATTTGAGAGTTAGATAATGAAGCTCATAGCGAGA TAGATTCCGAAAAGATAAACAAAAGGGGCAAATATCAAAACAAAGATTGAACGTCCACCA CATGTAACACTATGGTGGTTGTCTCCTCTCTCCACTCTCCTTCTTCTTCCTCCTCCATCT ACTGTAACTCAATCTCTCCCTCTCTTCGTTACTTTCGACGTTTCTATACATTTCCATCCA GAAGAAATAATTCCAACTCCAATGGCGGTGCGGTCTTGCTCGTCAAGGCTTATATGGATG AGACCACAAATCCAATTTCTAGTTTTGCTAATAAGGTCATCGGTTCACTGCCTGTTTTTG GTCTCATAGCCAGAATTGTCAATGAGGAAGGTGGTGTTGGAGGCGATTTTATTGATTTTG CGGAGTTCAGGAGGCGAGTCGGTAACAAGTGTTCCATTAATGATTCAAGAGCTTTTTATG AATTTCGAGATCGACGTGGCAAGGTAATTTTTACTTGCAATCAAGTGACTTGGTTTTATC TATAGATTATTGACCTTGATTTTCCTTGCCTTATTGATAGACAGGGGATCCTCTGTATGT GCTACTGTGTTGTTGGTTAGCTGCAGTAGGAGCTGGTTTACTCAAATCTGAGGAAATTTT GGAAGGGGTAGCAAGGCTTAGTTTAGCAAATGATATTGAATTTGAAGAACAAAACTTCAT CGCAATGATGAATGAAGCAAGGGAGGTTCGTAAGATTTCATTTGCCAACGATTTTTAGCT TCTTTTCATTTATGTTACCTTACTTTCAATGCTTATCAGTAAATTTATAGCATACTTACT CGGATACTGTCTTTGAGGCATACTTCAACTTCTGTTTATGCTTCATTCTTTTGATGTGGT ACTTAGAACTCTGCCTCCATGTTGTTCGAATCCTCCAAAACTGCATATATTTTAGAGTAT CGACACATGCAGACAGTATTCTTGGACGATTCAAGCAGCATAGCTCTGCCTAACTCTTAT TGGGAAGCTTGCTTACAATAGTATATCGAGTAAATTTATGTTTGCAGCTATCCCATTACG GGCTTCATTAGATTTAGCACCAAGCACAGAATGTGCACGGTTTGATAGCCATATATCACA CTTATATTTGAACTCTCGTTTATGGTCCAGTGTTATACCCAGTACCATTTTTGCTAACAT TTTCCTTTACTCGTGCAGAAGCGATCAAAGTTGGGAGCTCCAGCACCTACAATCCCCATG GAATTTCGTGCTGAGAAAGCTCTTGAAGCTATACATGTGTGTTGCTATGGAAGGGATCTG ATTGATGAAGAAGATGAAAAACTGCTAAGTACCATGCTTAATGCTGTCTTTCCTACAGTC GGGCGGCAAAAGGTAGAAATCATTGTCAAAGAGAAGGCAAAGAGAATGGCAGATGGAACT GAAGAAATCAAATATGAGCCCAAGCAATTATCAAAAGAAGCAGTTCAGATGCAAATGAAA GACCTTGAATTTCTTAAGCAAAACAGTTTGAATCAGTGAGGCATGAAATTTATCATCATT TTTAAAGTAAATTTTAGGTACTGGTGACTAACACCAACAGGAAGATTATCCCACAAACAT TCGGTATAGGAAATCACAGCCACATGTCATGAATGACAAATCTTCTTCGCACAATGTCGC CAACTAATTAAAAAACATTGCATGTGTATGCTGCCTGCTCTCTTTCTTTTGTGATCAGTC TGCATTTTCTACTTGCACTTGAAAGATATAGTGGCTCTGATTTGTATTCAAAAATTACCT ATTACTATAACTGTAATGTTAATGACGACAGTCTCACGTCGAAAATGAGTAAACTCCTTA TTAAGGCTTGAAAATTCCTCCTTTTGAACTAGAACTAGCTTTTGGAGTGTGAATTAGATT TAAGATCTAATTCAAACATGTTATATACTAATTGACTTTTTTATTATAGACAAAAAAGCG TAACTGTAAAATGAACCACTCCAACTTGGGTGTCAAATGGCGCATATATCGCATTTATTC GCTTGTATGTGAAGAAAGAGGTCGTTTAAAAATCTGAAGTTCCAGACTGATGAAGTCGGC TTTTCTTCCCAATAAAGCAAAATATACTGTGATGTCAAATTCTGTTTCACATCATTTCAT TATTTTTGCCAAGTTTTTCCTGGCGTCGTAGAAAAGATTAACCTAGCGACTGCAACAAAT ACTAGCAAACAAGAAGATAATTTTTTTTAAAACATAAAATGTCCAGGAACACCAGTACAA CTACCACAGCAAGGAAGTTCAGTTATAGACTCAAGAAAGACACTGGAGGATCATACATAG ACCTCCATCACAGAAGAGGACATATGTTTCCATCACAAAAGTTACAGCTAACCCGGAGAA AAACTGCATTAGAGTTCTAGAAGAACATAAAGTAGCCAATTTTATCAGCTTATTGAAGAC ACGGCTTGCCAGTTTATTTAACACAGAAATCTAGACACAACTCTATACATAAATAATTTA GCGATACTGAGGTGCCAATTCCCCATCCTTGACAATGTAATTTTCAGCAGGGAAATCCTC ACCCTTGAAGTACCTGTCCAACATATCCTTTGTTCCAGCTGCATACCTCAACTGCGAAAT TGAAAGTAACAAGCTTCTCTCAGTTTAATCGCAATTATAATGTCGTGAAAGTAAAGAAAA AGCAAAGCCTAAAGAAATTAGAGAAACAGAGTATTTACAAACCTGTGCATCAATGGTAGT CCCAGAAATGTGAGGAGTCATAGCTTGGTTTGGCATGTAACGCCATAGATGGTCCTTGGG AGCTGGTTGTGGGTACCAAACATCTCCACTGTATCCTAAATTTGGGGGGAAATAACCGAA AGAAAAGAACTCAATATAGTTTTAGAAGTACTTCTTTCTTCAAAGGATTCGGCAATTCCA CAAGATATGGAACTACTTCCAAATGTCGATAAAATATATTGAAGAAAAGAAACAAGCAAG AATTGAAGAAAAAAATATAATGGTGTGTTCAATTGATATTAAGGCTGAGGGCTCATCTCT GGATGATGTGTTCAAGTTATGTTAAAATACCTGCAATATGACCGCTGTTACAAGCATCAA CAACTGCTTGAGTGTCCATAATTGCTCCTCGAGCATTGTTTACAATTAGAACTCCCTTCT TCAACTTTGCAATTCTTTCCTTGTCAAACATTCCTCTGGATCACATAGTTAAAATTGTGA GCAATTTGCGATATAGCACATGGAAACAATCAATGACCTTAGTGACATGAGAAGAGTGAT GTATGGACAGAAACAACTCTTACATCTCCAAGAATCTTAAAAATACTCCATTGGCAATCA TATTATTCTGGCAACACAAGTTGCTGAGAACATCTATCATCCTACCGATGACCTCTAACT GATGACAAATCTTCAAATAGAAAATTAAAGGAAGAACAAAAAGAAAACATGATCTCTAAG AACATATTACTCGTAGCAGTGGTTCACACAGAAAGAATATCAAATGTTTTTTGCATCATG CCAAAGGTAAAAGACAACTTGGCCAAGCAATTTTTCTTTAGCCGTGGCTTATATAGGTGG AGAATCCATGGAGGGCCATCATTGAGATAGTCTTTTTGAGCTTAGCCAAAGTCATGTATC ATAGTATATGGTGGATGCTCAAGAGAATTTCTTAACTTAGGGAATACAATCGGGGAATCT AAATATACAACTACTTTATATATGATCTAGAGTGATACCAAAAAATTACGATGACACCAA AGATTCTCCTTCCCTTCGCTAAATATCATATTTCATTCTCAATGAATATTCACTTTAGCT TACTTAGTTCATTTCATAATTAAGTCATTGTTAAAATAACTTGAATATAAGAAGCTTTGT CAATAAATATTATTGTATAGGTTTACGACGGGTAATTACAGAAACAGAAACCTTACTTTG TTTTCTCTGTAAGAGGCGTATTGATGACCACTATGTCACATTTCGAGAGCATCTTATCGA GATCTTCCTCAAACTTTGCTCCAATTTGATTCTCTAGCTCAGAATCCATCTTAAGACGGT CATGGTAAAGTAGATTACAGTTAAATGGCTTCAATCGCTGGAGTAAAAGTCTGCCAATAC GTCCTGCACCAACAGTTCCAACAGTCTTGCCTTCCAAATCATAAGCTCTGTGCGCAATTG CAGCAACATTCCACTCCCCATTGATAACCTGATGATGTCCAGGTAAGAAATTTCGGACAA GAATTAAGATTCGCATCAGTTCATCTTCCGCAACTGAGACAGTATTGCTTCCAGTGACCT CTGCTACTGTCAATCCAGCAGCAGCAGCAGCTTTCAGATCAACATGATCTGATCCAATTC CAGCTGTCAGCAGAAGTTGTAGATTTTTTGCCTTCTTGATCCTTTCAGCCGTGACATAGG CAGGATGAAAAGGGGTCGAAATCAACACATGGAGATCAGGAATGTGTTTCTCAAGCTCTG CAGAGAGAAAGTCATGGGAAAAAAAAAAGAAGCTATTATAGATGGACACACTCAAAAACT TTAGCTCAGGAGAAATTTCTTTGCATAGAGCATAGTAAAGGATTCAACAGTGAAAAACTA AGACACAGAGTAGTTTGTGTGTCAGACTAGGGCACCATTCTTTCTCATGATAAAAGATAC TAATAAGCAAGGATTTACACTAAGCATGTCATCCATCAGAAAATCACTAAAGCATCCATG TGTGCACTCTACTCAACAACTAAACAAGCCCCTGCGACTTTGATAAATCCTTGTTTAAAT TACAAAATTTAGCCATAGTCTTATCAAACTAGTACAACTTACACCTGAGTCCTGAAGTAT AGACGTTTTGCAAATGCACACCTGTATATCAAGGTAAAATACACTCTTTTTTTCCCTCCT GCAAGAAACTACCTCACAATGTCCTGATCATAATTCACTAGCAGCAAAGGACCAACACTA ACAAAGCAAATATTGTTTACTTTGCTTTGCTCTTTATCTAAATAAATGTTCCTGCTATGA CCGTTATATTCTCCTCACGTGAGCCATATATTTTTAAAAAACTTCAGCACATATATGCAT GTTTTAAATGCAAAAATACTCCTTTTAAGATGTGTTTAGTTGTACAAGCATGAAGGGTAA AGAAATTATCTTTAGAAATGCATAGGCTTCAGTGGGATAATGGATAGAACATGAGAGATT ATAGATTAGCAGGAACTAACCACAATCTGGTCCTTCTTTGTCAGGAGTGACTATGTACTG ATGACCTTTAGACTCTAACCATTCACGTATCCCCAAGGCATTTTCTGCACAGCCCAAAAA GTTGGGGTTCATTTCAGCATATTCATTTGCTTTGTAGAAAACACCCACAATCTTTTTGGG GCCAGGGGAAGCCTGTAAAATAATGAAGAAATAAAAGGTGAGTGGACAGAATATACATGA ATATTTTAAGGTCATATAAGCATGCTGGATGTGCTAAAATTATAATCCAACTCCTATAAT CTCGTAGATGCACCAGTTGGCAAGAAATAAGCATTATTCAATATACTTGCTTTGATCATT TTTGTCCAAACTAACAATTAATAGTTAAAAAAAATCATCATTGTCACATATAATATATTA GGCATGGTAAATGAGTTAGTACAATTTGTCACTTCTTTAAATAAGAAATATCTTCTTCTT TTTTTAATCAAAAAATAAGAAATATCTTATTTATTCCCCAGACAACTGAATATGAAAAGA TTTTCCAAGTCGAACTAGTATAAACAAAGTAATAATATAGCACGTGAAGATGCAAAAAAA AATGAAGCACTGCTGCCATTGTCCTTGAGACCCGTGAAACATTTCACTCTTCACCTACTC CGTATAAAAATATCAGAAATCGCACGTGAAAATCAAGTATCATTAGTAATGATCGGAAAA GAACTGTTGTGGTCCTGCCGGGTTAGATTTTCAGTTAAAGGAAAAGCAACCTAAAAATAA CAAATTAATAAAATCTTTTTTTTCCTCACTCGATGTCTGATATCTGCATTGGAATTAACT ATATCTAGATTCACGCCCATACTCGAACTGGACACCGTTTCTCTGTGGATGAAGGAGTAC CCTTCTTGGTATATAAACTTGCCGTCTCTAAATTTATGTAACATTCTTAAATTTAACTTG GTAGCAATTTAATTTGAAACATATAACTCTACCCTAATAAAAATTAGGTATATTCACGCA AATTAAAACTGAAAGCTTAAAAAAGGACGCAGTAATGAAAACTGAAAAGTTATTAGTCCT TTCATATCCGAGCCATTTCATTTGGTGTGTAGAGTACGGGGAAAGCCAAAAAGAAGAGAC GAGGGGTAGAGCACCAAATACAGTGTGTTTAATTTTTTCCTTTACACGGTTAAATTCCTT TAGTTTCCTCTGTTCCAATCTCCAACTCACTTGATTCTCGAAAAATCGGAGTTGATCCGT GCCGGTTTCCGATAATTCATCAAAGGGCGAAAACTAGGTCATATAAAACAAAAGCAACAA AAAGTGGCTATTGAGGAGAAATGGCTAGTTACCTGAAGTTCTCTGGTAAAAACTAAGGAT GAAGGTGAAGCAATAGCACGAGCTGCTGTAGAAGCTACACGCCTCATCGCCATCGGAATT TTTTTTGGATTTACAGAAAAGGGTTTCGTACTTACTAAAAACAGAGAGAAGAATAAACTC CAGTTGGCTGAGATGACTTACTGGAGAGACGTAACGGCTTTTTATAGGAAAGGGCGAAGG CCCAGTACTTAGAAGCGACCTGCTTCAACTCCAATTTAAATTTATCTAAGTGCGTGCATA TATAAATTGAAACACGTGTACCTATGATCCTCACGCATGTGACCTCACATACTCGGTCTC AAAATAATACTTTTTCTTCGTTTAAAAAGAATAATCTTTTTTTAAGTATGTTTCAAAAAA ATCATCTTTTTTCTTTTTTGAAACTCAATTTTAATTTTTCACATGGTATTTTAGTACATT TGACATAACTATAAATTAGAACCACAAGATTAAAAAGTCTTCTTTCTTTTTTTAAATTTC GTTCCAAGTTAAATTAGGTCAATCTTTTTGAAACAGAGGAAATATGTATTGTCTTTTGTT AAAAATGTTTATCTTAAATTTTAAAATTAAAATATTTTATTTTATTCTTGATGGTAGTTG TTATATGAACAAAATGACTATTATATCTTTTTGATTGAAATGATAAAAAAGAAAATATAC ATGTTAAAAAATACATAAAATAAAATAATTAAACTTAAAAGGAGGGGGTAAAATGAAGGG AGTCCAAAAGCCAACATTCATGATGCTCCTATATGCTCCTGTCCATATAAGACAAATCTG TTAGGTAGGATATTTAAAGATCGAATTAAAATGTTATTTTTATTATTATCTTTTGTGATT ATTTTAAATTATTTTTTAGAAAATATAAAATGATTAAGAACTTTATTTAAAAAGAAAAAC ATCTCCAATGTTCTTTTAAATTTGAAATATGATGTTATTGTGAAATTTTAGAGAAAAAAA AAACAAATCGAAAGCATTATATGGAGGTGTTTGTCATATCTTGTGCAATTTGAAAAAAAA TAATTTTAATTTTTAAAATAAAAAATGAATTTGAATTTGTTTGTATATGGTCATCAATAC AAATTGAACTTGTTTTTGACTTTTTAATGAATAATTTAGAGTGAAAATTTCAAACTCAAC TCTAAGATAAATTTTATAATTATATACTCATAATCTTTTCGAAATTCAATTCCTTCCCCA AAAAAAAGAGAGAGAGAACAATTGGATTACTATTGTTGTGTTCTTTTTCTATAGAAGTAA TTCCATTATATCTAAAGATAGCTTAAACTAATTACACAGTACTCCTCGAAAGCTCACTCA CAATATATGGCTCACTTAGGGCTAGAAAGATAGAATTTTTCATACAAAGCCAATCGATAA CTAAATCGTTTCTTCTTTCAAAAGAGTTCCCCCCTCCGCTATTACTACTACAAAGAGACT AGCCGCGGCAAGAAATGAATGTTTATGTTTAAGTTTCTCAAAAAACTTGAAAAATAATAA AAAATTAAACAAAAGCCCAAGGACCTATGTTATAAAAAAAAATTGTCTATATCTTTTCCT TGGTGCCCTTGTGTGTCTTTGAAAGCTAAATTTTTTATAGCTGATAAATTTTGTAAGTAA ATATTTGAAAGCTAACTTTTCATCATATTTAAATCATGTATATGGACAAGTGATCTCGCA TAACATTGGAATTATAAGGGATAGTATTTCATTTTTTTTCATTCGCGTCTTACTACTGCT GCTTCTATTTTTACTTCTTAATTTTGAAAAAAAAATAATCAAAATTGATTTGGTTTTAAT TATTTTTTAAAAAAAATAACATTTCATATGATATGTTTTTAACTATGAAATTTAAAATTG TTCTGTAATATTACGCATTTAAAGTTTAAAATTATTTAAATTTAAAAATCATAATTAAGT TTTTAAATCACATTTAATCAAACTAAAATTTATAAAATGAATCGGAGAAAGTATAAGTTT TAAAATTCATAAAATGTCAAAAAAAAAAAGAAATTTAACTTTATTTTAGGAAAATAAAAA AGGTAATATAAGGGAGACATTAATTCCACGAACTGTACATTTTTGAACTATAAGTAGGTC GGAACGGCCGACACCAAGTGGCCCGTGATGATATAACAAGATGGCTAAATAATCAATTTA AAATTGGGCTATAATTGTGAGTTATTTGACATAATTATGTTGTAGTTTGTACACTGAACT TGCAGATGACAACTCAGATTTTTGTTGCTCTATCCAAATAGCAAATTGATCAGAAATTTT AAAAAATTATGGTTTTCTTTTCTATTTTTAATCAATAATTATCAAAATTAAAGGGATAAA ATGTATATAATAATATAAAATGATATAGTGAAAAATATTCTAACTAAATTCTAGTTAAAT TATTTTATTTAAAAAAGAATAAAATATCTAAAAAAATAAAATAACATAATATGAAATATA TTATTTTATCATTCTGATTAATTTTCTTTGTAAACAGATTTATGGTATTTTAGAATTTGC TTTTGAATTTAGTGGGAGGATGGAAGATGTGGAAAGAGGCGTGATGGATTAAGCTAATAA TGCACTCCATTATTGAATGCGAAAGGTCTTAGTTAATCTAGAACACGTCAACGTAGAGCT GGATTGCTAATTTGGCAAGTTGCTATCTACTCTCGCCCTTTCTTTTTACTTAAATAAATA TACATATGTTTCATTTATAGTATGTTTTTATCAGATTAAGGAAAAAATATACGCTAAATG AATTTAATAGTAATCAAATTTAAAGTTATTGAGCATTTTGTTAATAGAAAATCATATATA GTATAACAAACATTTGCTATATATTTACTATACATAATTATTCCTTTAAGAAATTACTAT TATAATTTATTATTGGACATCACTTTTTCTAGCATGTCTCTGGTCTCTCTTCCTCCTGCA ACTCCTTTTGCTCTAGCTTTATCTGTTCTTTTATTTTTATATTTTATTTAGGTAAAGCAT AGTACCTCCTCAATCTATGTTCGAAATCTCAGAAACACACTTATATTATATTAATGTCTT GTTAACTTTTGAACTTATTTTATCAATAATTTTCTACTCCTTTTCGGCCTACGTGGGTCC AACGCTTGTTGACTTTTTTCAAGCTAGTATCACGTAGGCTGAAAAGGGATGGAAAATTAC TTACAAGATTAGTTTAGGAGAGCTACAGGACCTTAATATAGTATAAGTGTGTCTCTGAAA TTTCGAATTAGGTTGAGGGATACTTGTGCAGTTTTCTTTTTTTCAAAATAAAATAAAACT TGTGTTTTTATGAATTGTATTCCTTCTTAACACACATTTTCATGGTTGATAAATATGTAT TTCCTCTATTTTTTCTCTGAAAATCCTTGACGCAATAGTCTTTCCTTTAGTGTTTTTGTG TATCTATATCAATTATATTATACATTACATAATAAATGGATACAATAAATTAAAAGAAAA AAGATACTTGTATCAACTTTATCAATTACATCAACATATATGATATAACTTGTATTTTCT ATATCAATGTATTTGTGTATCTTTTTGTATCAATATGAGTACAAGTGATACAACAGTGAA TGTATATAAGTGATATAATTGCATCAACCTGTATGTATCACTCTCTTTCTTCTGAAGCTT GTGCAAAATGGTAACTATAGCCTCGCATCGACATTACTTGAACCTTCTCCGATCAATTGT TGATATAACATGTAGTTCACCTGTATTCATCCTCTCTCTAGCACCTGTCAAAATGTTTGT TCGCATCTTTCCTCTATAAAATTATTGCTATAGATAATAAATACCTAAATTATAATTATA ATCTTTAATTATGTTCAAATGTTAGTCATTTTTAAAATTTTTCTTTTAATAATCGGCAAT TTGTGGACTTCCCCAATTAGGCATTCTCTGTCTTGGGTAGGGCTTGATCGTAACATGATG GACTAGACAACCCGGAAACAAGAGATAATGAGCCTCCAAAAGGGATCAGCCCAAGGAAGA TAAAAGGTTAAAGAATCAAACTTCAAAAGGAAATTGTATACAATAGCAAATTATTAATTC AAATTAAATGCTAAAAATATACTTTGATTTAATTGTACCTTATAGCAAACTATAGCTATT TTCGTCACTCTTCTTGGTGGAATCTCGCTCGCCACTCTCATTTAGTAGCTGTCTCGCTCG CCTCTCTCTCTTTTTTACAAACACAAATGTATAAAATGCGTTTGTGTTTGTATAAAGCGA GAGAAAATTGTATAAATACATATATTTTCATTCCCCTCTCTATCCTCTCCCAGATCTCTC TCGCCACTCTCCCTAATCTCGCTCTCCTTTCTCGCTTATACAAACAGAAACGAATTGTAT AAATTGTGTTTCTATTTATATAAAGCGAGAGAAAGTTGTATATACACATGTAAGTACATA TATTTTCGTCCTATACATTTATAATTATACAATAAAAATACTCCCCTGCCTAGTTTCTTT TGCCTTTCTCTCTTTCTCGTTTTATACAATTCAAATTGTATATGATTTATCTCTTGCTCG TTTTATACAATTTAATTCAATTGTATATTACCTGCCCAAGTCTCTTTTGCCTTTCTCTCT TTCTCATTTTATACAAATTCAAATTGTACGGAATTGTCCTATACACTTATGATTATACAA TATAAATATTTCCCTGCCCAGGTCTCTTTTGTCTTTCTCTATTTCACGTTTTATACAAAT TCAAATTGTATATAATTTCTCTCTTTATCGTTTATATAATTCTGTTTAATTGTACATGTA TAGCGAATTATGCATGTGTGTGTATATATATATATATATATATATATATATATATTTGTT ATGAAACACAATTATGCAAATTTTGCTATAGCATACATACATGAATTTTGTGTTTGCTAT ATGTGAAAGTAACTTCAAATGACGAAAAGTTAGCAGGAAAAGAAAAGAACATGAACAAAA CAGTTATCGCGAGAAAATGGTCATAAATAGTCCTTCATTATAAGAGTAAAATAAAATCTA TCATGATTTTTTAATTATACACTTATTAGACTTAGTCTTTTCATAAAATTTATCATACGT GATCTTTTAACTATACATTTATCTATTTTAGTTTTTTAACTATATATTTATCGATTTTAG TTTTTTAAATATTTTTAAAACTTCTCAAAATTGGATTATGTTCATTTTTTTATGCAAGTA ACTTGGATTTAGATTAACGGAATTCATGCCTCAAAAAATTAAATTCTTTAGCCATTTTTT CTCTCTCCAATATTTTTTATTCAAATTTTCTTATGCAAGAACTTTAACCTCAATAATTTA AAAGAAAACTACGAAGAATGAAAAGATATATCATAATTTTATTTAAAAGAGGATAAAATG AAACATATTATTGCTATGAATGATTTGAATATGCTAAACTAAATTCCTACCCGTTAAATT TGAAGTTTGTACGTTGTATTCCAACGAATCTACTAAAGGGAAATTGCTTAATTTTACAGA AGATGAAATTTATAAAATGGTAGATTTGCAAAAAAAAAAAAAATAAAATATATATTTAAA TAGATCATTTTCATTATTCTATTTTATGTAAAGAAATTGGAGTAATACGATCACAAATTT TATTTTCTTTTGCATGAAAAATAAAATTTTAACAAATTCATTAACAATAGTTATATGTTT TATTTAATCCCACTGAATAAAATTAATAATTATATCATCTTTTCTCATTATTTTCATTTT GAATCGTTGAAATTGTTACTAAAGAGTAATTTGAAGAAAAATAGCTAATTGGAAAAACAA CTTAAAAAATGGACGAAAATATAATTTAATGAACAATTCCGCTAATATAAATATAAGGTT TTGCATTAAAAAATGAACAAAGACAAAAATTAATTTTTTCAAAATATAGCTAAGACACTA CACGTGTAAAGTTGAAAGACTAAAAATGATAAATTTGTTAAATAATTAAACAAGTAATCC ACTAGCTATATAATTAGAGTAGCATTTTAAACCTAGTACTAATTCTCCAGATGTCGCAGA AAGAGTAAACGAGCGTTGATTTGTCGCTGACGAAATTTACAGTCAAGAGTAGTAACCGGT TGTAGTGAAAAAATGGAGTCGAGGAAAGTGACGAAGACGCTGGAAGATCAATGGGTGGTG GAGCGTCGAGTCCGAGAGATATACGATTATTTCTACAGCATTTCCCCCAACTCTCCGTCC GACCTGTTAGCTCTCAACCTTTTTCAATTTCTAGGGTTCTTATTCCTTTATTCATCAACT TATTTTTGTGTTGATTTCTTTCTTTCTTTCTTTCTTTCTGTTATAAAGCATAGAGATCGA ACGTGACAAACACTTCGGTTATCTAAGCCAAGGTCTCAGAAAACTTGGTCCGTCGTTTTC CGTTTTGGATGCCAGGTAAGTTCCCTCTATCTTTGATCGTTTCTCACCACTAGTTCACTT GTGATGTTGAAGATTCCAATTTTAACTGGTGGCTAATTGGAAAACAAAATTAAAATTTCG TATTATGAATTCAATGTGCTTTAAAAGGAAAATTATTTAGTATTGGAATGGAATTGACTT GAATGAAGTAATGTCTTAGTTAATATAACTTTATATAGCTGATCTCAACTTATTTGGGAG CTAGTCTATTGATTGATTGAGTGACTTTTTAGGAAGAAAAGAACATTGTTTGCAAGATTC AATCGTAATGAGAGAGTTGAGATTCTATGGTAACGAGAGGAAAGAACTAAACAAGCTAAC GTGGATGAATATTGACCTTCAAATAAACTCTCTCCAAGCATCCACCCAAGAGTGCAGTCT AGTGGTTAATGAACTAGGTCGAGAATCACGAGGTCTCAAATTCAAAGGCAAAAGGTTAGG TGAGTTCTTCCCAAGTTCTTATACTGTCCATGTATTGAGGGACAGAGTTACCCACTATCT ATGCTAGTGGGAGGTAGGACGTACCACGTGGAAATAATCGAGTTGAGCACTCCATAGTTA CAAAAAATAAAAATAAAGCTCTCTCCAATGATTAGTTACATACAACATATTTGGATTGGT ATAAGTTTCATAATGACTAATCTTGTCAGTGTAGGACACACTAAGGTTTTCTTCTTTTCC ATTTTCTCGTGGGGGATCACAATGTTGTCCAACCAACTTGCTCATACCTCGACTAATGGA TTGAAACATGCTATCTCTCACTAGCACATGTGCTATCTACCATGGGGTTTGGAACTTTGG TGTATCAGGTTCATCTGAACCCAATAAAATTCAATGTTGGGCATAAATCTGTGTGTAAAT TTTTCATGGAATTACAATAAATAGTATATATGAAAGCATAAATTTTATAAATATAATGGG TTCAACAATAAAACTTGAGGGGAAGAATTCTGTGGTCTCCCATTCCCAATGTCCATTCAA ACTTCATTAAGTCATGCCCTTTGGTTCCCTTTCCCATACCTCACCAACATAATATAAAAG TTTGGAAAATGTGTTCATCAAGATGGGATCTTGGCGTCTATTCTAGTCCAATGGAACCAA AGGCTATTTTGTTAACATCAACTATTTCTATGCCTTACTTAAGTTTTTCTTTCTAGTCGA CCATGGCTTTGCTACTGGACACTTCATTCAATCGCTTTGTTGGGAGAATCTATTGGTGGC AAACTGGAAAATGATGCAATTGACTTTCTGACCCGTTGCCAGGTTTGTTCATTTTGTATT CTGCTGGTTATGTATCTATGTCTTTCTTTAAAAAGAATTGTGTAGGGATTTAGTGTATTT GTTTTTAGGGTGGGTTCAGAGCAAGCTAATAGGATCACTTTCACTGAGGAAAACTTATGT GTAATGAATCACCTTTTTTGTTTGTTTTAGGACCATACTGTGCTACAAGAGCATGATATA TATAACAGCAGGCTTTTTTTTACATATTGAGCAGGAGTTTCTTGTGGTGATAAAAGTGAG TTTGAAGCATTAAACTTAGAGAAATTGTTTTACCTCCCAGATTTTGAAGTTAAAACCTGA AAATTTGAGTTTTTGAAATTGTGATTTTTGGAACTTGAAGTTGTGCTTATACATGCATAT TACTTGGAAAATTTGAAACTTTTGTGAGTAAAAGTGAATTTCTCCCAAAACTGGTCTGGA CCAGCTTTTGGAACTTGATATTTTTTTGAAGACAGATTTTCAAAATTTGATTGAATATCT ATGGCCAAACAGATATTTTAAGACAAGTGTTCTAAGCAGAAAAGGCTACTACTAAAGTAC ATGCTATATTCTAAGTGCCCAGTTACGTCTTGCTTAGGGATGACAACTTTAATAGGCTTC AGCTACTGTACAAAACTCAAGTCTCTGTAGACTTCTCAAAGATATGGTAGACTTTATAAC AAACTTCAAGAGGCTTTCCACCAAGGACTTTATTGTGGTTCTTATGAACTAAAATTGGGA CTACTTGTATTCATCTCTGTACTATTGCTTAGACATTGTAATCATAAAGAGTTATAGACC AGTGCGCATGATTGATTGTGTTTAGGAGTGACTAATAATGATGCATGGAGAAAAGATTCC GTAGTGATATTCGAGCCTAGTTATAGAAATGTGATATACATGGTGAGTAGAATGTCATCC CAAATTATTGTTATTACCATATTTGCTTAAAAGATAATTTATTGTATTTATGATATGTTT AATCATCCACCTTTCCAGAATACTGGTGTAACTGTCCTTTTTTTTTTCTTGCCTGCGATT CTAGCTAATTTGTTTTTGGACTTCTCGTTCAATAAAATGCGGTAAGATTTAGTTTCATGT GTTGTTTACTGTTACCTTCCTCACAGGATAAAGATGGTGGCTATGGAGGTGGACCTGGTC AGGCAAGTCAAATTCTCCCACTCCAGTCTTAGTGCCGTTAAATCAGATTTGTGTCAGATT CTTCATGCTTATTTTCACATTGAGTTTGATTATCTGATGTCTTCAATTGTTTTTAATATG CAGTATGCTGCTTTATTTTGTGATGATGGTTGATTTGAATATTGTAAATTTGTTAACTCT ATAATTCTGTTGGAGGACTTATAATTAAAAGATAATTCTATTAGAGGGAAATAGTCATCT GTATTGATATGCATTTAACTATTGGCATGGTCAGTGGTTTGAGCTTGGGACTTCCACGTT GGAGGTATCCAGTTCGAAACGGAAACGCCTTGCCAGCGAAAGCAAGGGGTTTGCCTTCTG GGTCGAGCTCGCATGGTGCGAGTTACCTCTCCTATGTAGTTTGCGAGCTATTGCATAGGA GCGGGGTTTTACCCTTGTCATTAAAAAAAAAAAGACTATTGGCCTGGTTCTTGTTCTTTT ATAAGTTAGCTTGAAACTCTTTTTCTGTTTCTTTTAGAATCACAAATTTAACAGTTCCAA GCTTCGTTTATTCTGGTCAACCTGTTAATTTTATACAGTTCTTGTGCTTCTTATCATTAA GGTTCTTTGAAGTAATACTTGTATTGTATTGCTTTTTTCAGATGCCTCATCTTGCAACTA CTTATGCTGCAGTCAATTCACTAATAACTTTGGGCAAACCTGAAGCTCTGTCATCAATTA ATAGGTGCACAAGCTATAGTATGTTTTTGTTGGTGTCTTATCTATTGTTCATTCCTGTTG ACATTGATCTAGTAATATGCCTCAGAGAAAAGTTGTACACATTTTTGCTGCGAATGAAAG ACGCAAGTGGTGGATTCAGGTAGGATGCTTTCTACTTGTTTACATTATTTGATCAGCTCC CCAATTCATGTCTTCCCTTGTATCTCATTCCTAGTCTGCTGTATTTATCTACTATCAGTT TCTAAAAAAAATCTAGGTGCTTTTCTTTCTATTTGTAACTTGTTTATCCATTTTAAATTT GCCATCTCTATGTTGTATGTGCTAATGTTTTCCATTACTACTGATTCTCCTGATTAATCC TACCTGCTAATTTTGTTATGTTTTCCTTCTGAGGAGAACTAGACTTTTGGGTGAACTAGC ACTGTAGTTGACACTTTTACCCTGATCTGTAAATGTATAAATATTTGTGTGTGTATTCTT GAGTTTGTAGATCCAAGTGTATTTAACGAACAGCATCTGAGAGATCACTTGTTTCTAGCA TTTTCTTTCAATATTCAAGTTTCCTCAAAAATGACTTGCCACTTCCCATCTTTGCTAAGT TCAAACTTCAAATATTATCTGCAGGATGCACGATGGTGGAGAAGTAGATGTTCGTGCCTG TTATACTGCCATTTCTGTAAGTGTGATCTCCTTGTGATCTGAGTTCTGGTCATATTTTCA TTATTTTGCTGCACTTGGATGGAAGACTCTGAGATAAGCTTTAAGCAAATATAATTTTCT TATTGATGAATCATGCAAGCTACGTATGTGAAACTTATCCTTCGGGGTGGCCTAGTGGCT TGGGCTTGGGACTTCCATGTTGGAGGTCTCAAGTTCGAAACCTTGCCAGCGAAAGTAAGG GGTTTTGCCTTCTTGTTTGAGCTTGTTGCACCGGGCTTGCCTAGTGCAGCTTACCTCTCT TATGTGGTTTGCGAGCTATTGCATAAGAGCGGGGGTTTTACCCTGTGCGCACCCAAAGGG TAGTGGTTGCGGGTTTCCCTTGTCATAAAAAAAATTAAAAATATGTGAAACTTAACCGTC TCTTTAGTTTTTTGAAAATAAATTAGATTCGAACATTTCCCGAATTTCATTCACGAGGCA ATCAAAGCCTTCTGATACACGCCTCTCTTGCAAATCGTATAGATATTTTATACTTTATTA CATACACATTTCTTGCATGTTACATTCTCAAGTTTGACGTTTTTCTTCTTAATTGTCTTT GGAATAATGTGCTTTCATGTTAATTGATACATTAGTTTCTTAGGTTGCAAATATATTAAA CATTGTGGATGACGAGCTGATTCATGGTGTTGGAAATTACATCCTAAGGTTGGTTTGAGA TGCGCACTCATCTGCTACAGCTTATTCAACTCTCTCTTTATGTATACCGTATTCATACTC AAGCTGTAATATCTCTTTTTGATTTACTAGTGTAGTTGTCTTCCAAGAGAAATTACACGA AATTAAAAGAGCATGGCAGAAATTTGGGAGTTTTAGAGGAGTGTAATCTGATAAAAAGAT AACTATCAGAAAAGAAAGCAAGTTATATTACAAATGGTTGTGAGACTAGCGATAATACGT GAGTGATTGTTTTCTATAAAACCCAACATGTTCACTAGTTAACTGTCATGAATTATAGAT GTTAATATGGATATTTGGTCATACAAGCTTGAAAATCAGATTGGAAATGCTCACCTCCAA CAAAAGACGCAACAAGATAGCACGCATAGAGGATCATGAGTGAAGATTTGTCGAAATGGT TTAATTATGTTTACATTAACCTTCGAATATACCAGACTAGGTACAATACTGGAATAATTG AAGTTGCTATAAAGGCAACGAGGTAGATTCTAAATTACATGAAGAAAAACTGTTTAAAGA CCTACAATCACCCAAAAGCCATTACATCAATTAGTTGAGATTAAGGAAAAGAAAAGAATT AGTTGTTGTTAAACTTACATTAGGTTGTGTTTGCCAGAGGTCCTTTTGTGTGGTAAGTTA TATGTTTATGGCAGAGCAGGTGTGAGATTTTAAGAACTAATATATCTTAAAGGCAAAATA TTGAGTATTGGGATGACACAAAGTAATGGATTTGGAGTATTCATATTACTGTCACCAACT AGTCAGTGCATGTTGACTAGTTAATTATACATACTAAATGCATGACCGAAGCTGGTACTT AAGTTGCATTGAAGGGTTTCTTTGAGATTCGATCCCATTGGTAAGAGAACAATTTTCCAA GTATCATTTCAGAACGATGTTATGTTTGAATATTCATGGCTCTGAGTTGATGACAGCCTC CATTTGTCAGGGATTAAAATATGAGAGATAAGTGATGTTTCCTAATTCTTGCCATCTGAG AAAGTTGAAAGTCCTTGAATAAAAATTGATGAAGGAACTATTCTTTTATTCTAGTTTGTT CTTATTCTTGTTCTCTGAAGTTCTTGATTTAATCCTAGTCTCATCATAAGAATTATTTAG CTAGGATAAATAAGAATTTATTCTATTTAGTGTCAGAAATACAAGATAAGAAGCAGGTGG CAGATCTTTCTTTTCCTTAATGTCCCTCATTTTTTGTTTGAAATATTAAGAATGTATTTT CATGGATAAGCCTTTCCTAAGCTGTTCTCCGTTTTTGCTTCAGTTGTCAGACTTATGAAG GTGGAATTGCTGGCGAACCAGGTTCTGAAGCTCATGGTGGGTAAGTCTCACGTTGGAGAT ATTCTCATCTTTCTAATCTTGTTTCGCTCTTTTTCTTATAGTTCTCTTTCAATGTTAGTT GCCGTAGTAGAACTATCACTTCTCAGCTTATGATGTTACTGAAGCCCTTTACATTTAACT CATTTTCTAGGTATACTTTCTGTGGGTTGGCTGCAATGATTCTGATCAACGAAGTGAATC GATTGGACTTGCCAGGTTTAATTGTAAGTTGCTTTAGGACTCTGTTGGGGACTGATGAGT GTTGCTAAGATAATCATGTGTGTGTACACTCTCTTTTTTTAGCATCAGAGTGACAGGACT ATGGCATTCCTCTCACTGTCATGAAATGGGATATTATCATTTCTTTTTTGTTACTGGCCT TCATGACTGATTAAATGAAACTGAAACAAGATTGTTATAATAGTTGCATTTTAGTTTGTC TTCACAAATGTTCCACATTGCTTTTTTGTTGCTTATCATAAAATGTAAAGGAGAACAAAA AGAACGTAGACTCTTCTCTCAGAAAGTTACTCAACTTTCAATTTTCACTCAAAAGTCACT CAACTATGCACTTCTTTCCAGAAAGTCACTCAACTTTGAATTTTAATTCAAAAGTCACTC AACTATCCACTCTTTCCTCAAAAAGTCACTTAATCTATTAAATTGTTTTTTAATTAAAAT TTATTGATATTAATTATTTATATAACAAACCAAAATTTTTAAAAAATAAAAATACCATTT AAAGATCCACCCACCTAACTCGACCCATTAAAAAATATGATATGATCTATTTTATTTTGT CTTTAATCCTAATTCAAGGTTTAAAGAGAGGGATTAATTTAGGATTAAAGACAAAATAAA ATGGGTCATATTATATTTTTAATGGGTCGGGTTAGGTGGGTGGATCACTAAATGATTTAA TTTATTTTTTAAAAATTTTGGTTTGTTATATAAATAATTAATATCAATAAATTTTAATTA AAAAACAATTTAATAGATTGAGTGACTTTTTGAGGAAAGAGTGGATTGTTGAGTGACTTT TTGAGGAAAGAGTGGATAGTTGAGTGACTTTTGAATTAAAATTCAAAGTTGAGTGACTTT CTGAGAAAGAAGTGCATAGTTGAGTGACTTTTGAGTGAAAATTGAAAGTTGAGTGACTTT CTGAGAGAAGAGTGCATAGTTGAGTGACCATCTGAGGTATTAACTCAGAACGTAGAGATG AGCTGAATCTCAGCTGGCAATTGAAGAACTGGAAAAACATTTTAGTGCTGTGATTACCGA GTACAGGAGATTATTCTAGTACTTAAGGTGATAAGCCATAATCCAAAAAAATAAATAAAA TCATTGGTTTTATGATGGTAGGCTATTTTATTTTTACAGATACAACTTTTTGTTGGATAT TTAGGAATCAAAAGTGAATAAATTGGAAATAACTTTGATGCACTAGAAAAGTTAGCATAT GGGAAAAAGTGTATTAGATGATAAACAACTGGGAAATAACATGCAACATTTTGGTGGTTG TCCTTATTGGGGATGTTGGAGTATTATTTTTGAATGCTTTTTATTACCTTGTTGGAGTAT TAAACTTTTGAATGCTTTTTATTACCTTGTGGTCCGACCCTTCCTTGGACCACGCTATGC GCAGGGAGCTTGGTGTTGGGTTCGAAAGTGATTAAGGCGTCATGTCGAAGTTTACAATTG CAAATCAAGATGTTGATAAATTAGATGACAAAAACTTATACTAAAAATTAAAATATTATT ATATAGAATTTGGTCAATTGACCTACATATTAAAAACTAATTTAAAACATTAAAATTGTT TAGAAAAAATCTCCCCATAATCCTTCGAGGTGGCCCAGTGGTTTGAGCTTGGGAGTTTCA TGTTAGAGGTCTCAAGCTCGAAACCCCTTGCCAGCGAAAGCAAGGGGTTTACCTTCCGGG CCGAGCTCGTCGCACCAGGCTTGCCTAGTGCGGGTTACCTCTCCCATGTGGTTTGCGAGA TATTGCATAGAAGCGGGATTTTAACCCCGTGTGCACCCAAAGGGTAGCGGCTGCAGGTTT CCCTTGTCATAAAAATAAAATACAATCTCTCCATAAAGAAAAGTCTCTAAAACGAGTACA TTGTGGATTCTATTGTTGTTTTGTGATGACTTATGAGAATAGGGATTTTCAATATATAAT CTCCTAACTTTTTCTTTAACGAAAAAATAAACCAAATATGAAAAAAAAATATTTTCCTTT CATGAAAAGTAAAAACATTTGAAGTACTGTTTTGTCTCTTCTTTTAGAAAAAAAGGGAAA AATATTAAAATATACCCCCGAACTATCGTAAATGGTATGCAAATATCCTCCGTCATACTT TTGGGACATTGGTGCCCCTGTCTTCCATAAACTAGAACATATATGCCCTTCACTCAGACA CGTGGTCCAATCTTATTCGTCGATAAATATTGTATCGGTGGATAAGATTATAACACGTGT GTGTCCGTTAGTATAAAGGGTATATATGCTCTATTTTTTGGACGACAGGGGCACCAATGT CCCAAAAGTATGATGGATGGTATTTGCATACCATTTACAATAGTTCGAGGGTATATCTGT CCTTTTCCCCTAAAAAAAATAAATTTCAGATAAGCTATGAAAATTAGAACAAAATCTTAA CACTTACGGGTCGTTTGTTAGAGCATATAAAAATAATACCTAATAGATTGTGTTAGTAAT GAAAGCATTAGTTATACTTGTATTAGTTATGCATTGTTTGGTTTGGTATATTAAAAATAG TGTGTATTATATAAAATATATATTTACAAAAGTAGCCTTCACAATTATGGTGGAAAAGAT AACCATATTAATGCACGTATTAAATCCTTTGCATCACTAATACCAAGAAATCCATGCTAT TAGTAATACACTCTTCAATACACAATAGAATAGTGTGTATAATTAGTCATACATAGCATG AAAAAATGCACTAAACAAGGTACTACTAATACATATAATTAATGCATGCATTATTTTTGC TAATACACCACCTTTTTATATGGTTAGGAGGATATCTAGGAACTCAGGAATGGCCTTCTG GCCTTTAATTTTGGTTTTGACGCTGGTTCATTTTGTAGAGCTGCACCAGGTTCTGTTGCT GCATTCCTGGGATTGTTGGGGGTAGATTATTAATGAACGTATTAGTTCCTTTTCCTTCCA AGTATCTTTCGTATAGTAGTACCTCTACATGACTTCCTCTTAGTCTCTTTACTTCTCTTA GCAGTTTCATTCTGTTGCTTTTTTAATAACTCTTCCCAAGTTGAGTTCTATCGAGTTGTT GAATTGATGTTACTTAAATCTGGATCATCTGACGGTATTGATGGAGATGATGTATTATGA TTATGAATCTTTAGGATTGGGTGGTATTTAGACAAGGGGTCGAAGGTGGATTTCAAGGCA GGACAAATAAATTAGTCGATGGCTGCTATTCCTTTTGGCAGGTGACTACCAGTTTTACCT TTATGTCCTGAACTCTTCCATTTCCAGTTTAATTATTACTGAGCTAAAGATGACTTTGAT TGATCAGGGCGCGGTAGTGTTTCTTATACAAAGACTAAATTTGATAGTCCATGAACAACT AGGGCTGTCAAATGACCTCAGTACAGAAAGTGCTGATGATTCTTCAGAGTCAGAGTTATC TGATGAAGAAGAGCATTTGGAAGGGATATCCTCTCATGTTCAGGATACTTTCCCTCTTGG ACAAGCAGGTATGTCAATTTGAGGAACAATAGTTCAAAAGGCCAAAAAGAAAGTACCACT GTGTGATTCACTGGTCTGTTTGTTGCAGTGCTATTCAACTTTGTCCTTGGATCTGAATTA AATAGAGCATATCATGTTATAACGGAATCCAGTGGGTGGAATTTAATAAATGAAGGATGA AAAGAATATATTCCATCTTAAACCACTTCTCTTGTCACAGAAGTGGCACTTGGATTGTAT ATGAACTTGATATCTCCAGATGGTCAGGTAGTTAGTAACCTATAGTGCTATCAGCTGAAC TTCACCTTAACTAGTTACCATATGTTGGATTCTTCAAACAATGTATGTGTAAAAGTTGGA TTATCAAAATGGGTTGTATGTCCCTTACTCTGATCCATTTGTCCATTTGACGGTGTACCG AGATTGTTTAGTAGAGCATTTCATTGGAAGTTTGAAACTCTGACAGCTCCTAATATTTCT ATCCAGATTCTTTGTGTTGTCTAGATCTTTCTTTCTTTTAGGTCTTATCACAATTACTTT CTAATCACATCATTTCATTTTTCTTAGGTGCTTGTCAAGAAAATGCTTCTCATAGCCCAA AAATAGCAGATACTGGATATGAGTTTATCAACCGACCCATAGCTATGAGGCCTCTCTTTG ACAGCATGTATCTGCAGCAATATGTTCTTCTTTGCTCTCAGGTGCTTAAATTTTCGAGAA AATATATTCTGAAGATCCCTGTTCACTCTTGCATGTCCCTTGCTTTGGTGTAGGATTGTA ATGCATATGCACAGCAGCACAAGCTGGAAAATAAGGGATGAAGAAAAAATCTCAAGAAAA TTATAATCGTATAAGAAGCTAAGATTTTGTTTATAAAATTTGTAACATCACTGAAAATGC ATATGAGAAACTGGTTTATTTGAGCTTCTAGGCCCTACATAGTTTAAAGAAATAAGTAAA TTATATCGGGTTTCTCTCCTAATCTCGTCTGAAGATGGAATTGTTGTCTGATTTTGGAGC ATCACTAAAACCACACCGTTCTTGTTAGAACATCTTGAATATCATTCATCTGCTGGGCAT CATTATTTCTCCATTAACATATAAATTCAAGAGCCTTTAAAAGGCATGTGTATTTGATAT AATGTTCTTTTTTGAATTTGTTGGCAACATGAAGTCGTGTACTAATCATCCTCTTAATTG GTGTTGGATTCAACAGCTTTATTTTGCATTCTTTTCATAATCAGAGTTCAATTTTCTTGT GTATAATTGGTAACTATTTATTCATTCTTCCAAGGGAAAAAGAAAGTTAAGTGGGTTTTA AATATTCTATATCAGATGCTGCGACTCACCAAGATATTAGTGTTTAGTTTCTTTTGGCAG TTTGTTATTCCTGTTTCTATTGCTTTTATATCTTTTTCAAGATTCTAATATATCATGTTG TGGATGTAGATTGAAGTTGGTGGTTTCAGAGACAAACCTGGGAAGGGTAGAGACTACTAC CATACCTGTTACTGTTTAAGTGGTCTTTCAATTGCTCAGTATAGCTGGACCGACGAAGCT GATTCTCCACCATTACCCAGGGATGTATTTGGTCCTTATTCCAAATGTCTGTTGGAACAG GTTCACCCACTCTTCAACGTAGTGTTGGATCGGTATTATGAAGCTCGCGAATACTTCTCA GGCTTGTGAGACTGTTTCACCACTTTCATTAGCACCAACTTTTTCAGAAACTTAGTTGCA ATCCAGAAGTTAAAAGTGTCATTGGGTTCAAAAGAGTTGTGATCGTTTATGTACAATATC CTTGCATTTGTATACGTGATACAAGTTGAGAGAATAACGGGTACTTTCTGAACTTGCTGA ACTAGCACTAAATTCGTCTCTGTTTAGTGAGGTCTGTAAACATCAATGTGAAATTGCGAG ATATGCATGTAATAGTGGCTAAGATTTACAAATCTGGATACCGGTTATTAGTGATCAGAA ATTTCATTCAATTTCCCAAACGGTCACCTAAGTTTAGGATATTGCTTTAAAATATTATTT ATTTTTCATTTAAGATCAAAATATCATTCAATTATCACTAATTTGTATATTTGTTATCAG GCTGCAACTTTTCTTTGATAATCTACTAAGGTTCTATAATTACACCGGGAGGTATTGCAT AATAATTGTTCAATACCTCGAGGAATCATAGTGACAAGTTAATATGTCAACTCATAATCT TTTAGTACTAATTAATGAAGGATGCTTTGGGTATACCTTTGTACCGTTTCTAAATACCTT TTTCTCTATTTTCTTGATTTCTCAGTATAATTTCGTTTTGAAAAAAAAAAAAAGGTACTC CTATAATTTTGTCTGGAAAATTAGGATAAATGGCATATGACTCATCTTTCTTTTTGTTTC GTTAAATTTTTTTTTATATAATTTTATATTTAATAACAATTTAATTTTTAAAATATTTAT TTACTTAAAACCACAAAAACGTTATAATTTATTTAAATTTTTAGATCACAGTTTTCATTT TTTTTGGAATACTGTACTCGTATTTAGTAGTAGTCCTAAATATAGAGCTTTCACAAATTC AGACGTGGAAGACGAAAGTGGAAACCGCCAAAACTATCATTATCGCAGAGACCTCATCTT TCAACTTCCATTCATTATTCTATTTTCCGTTTCACTCCATTTTCATACACCCAATCCCAT TTTTGTAGCAGCAGTGTTCTGTTTCTTCTTCATGGAATTGAATCATACCAAGCAGACTCT GCAAACGGCTATGGAGAATGAACAGCAGCATCTCTCCCTCTCTGAATCAGATTCTACTGA TTCTGAACCTGAGAAAGCTATTACTTTCTCCTCCCCAGCTCGTTTTCATAGCGGCTCCGA TTCTGATCATTCCACTAAGTTCCAAACAGATAAAGCTACTAATCCCTCTACCGTCAATGG CGATTCTACTAAGGCGCAATCTCAGCCGAGGTCATCAATTTCCTCCGATTCAGATGATTT TAGTAAGTGTGGAGAACATAAAGTTAGTAAGATTGATTCTACTACTGCTACTGTTAATAG AGATTCTACAGCTACTAAAGTATCTTCACCGCCGGTGGAATCTCCGCCGAGGTCGTCAAT TTCCTCTGATCAAATTTCTCTTCCTCATGAGTCCTTAAATATGGAGGATACTAAGCCTTC TGCAGCTCCGACGGGGAGTCCGCCGGAAAAACCTCCAATACCGGAAGCGGTGGTGAAGAA GTTTATCAAGGAGGAGCCACTGGCTTTGGTGAAAGCGGATCTGTTTGTCGGAGATGGTAC AGCTAGTATTAAGGAAGGTGAAGACAGCGGCAACCGTCGGCAGAGAGGAAAGCCACAGTT GTCGATTTTAAGAAAAGTGAGGAGGGATGCAATGGTAAAGAAAGCGGGTTTAGGTTTTAG GATTTTTGGGTTTTTGTCTTGTTTGGTTTCATTTTCTGTTATGGCAGCTGATAGGAATAA GGGTTGGGCTCTGGATTCTTTTGAACGTTACAAGGAGTTCAGGTTTGTCACTTGTTCTCT TTACATTGACTGAATTAATTCTGCAGCGCATTAAGTTTCACTCTTTCAGAGCAATGAATA AATGTGTTAGGCAGGTATAGTTATGAATGATAATATTGGTAGGTGAATAACGTTGCAGGT ACTGTATGTCAGTGAATGTCATTGGATTTGTGTATTCAGCAGCTCAGGCATTCGATTTAG CCTACCAATCTGCCACCGGCAAGAACATCGTGCAACATCATTTGCGCTACATGTTTGATT TTGCCCTAGATCAGGCAAGTTGGTTCATCCAATTACACTAATACATGTTGTTTATAGCAA AATAATAAATATAAGATTTATTATCTTTATACATGCATATTTCATGGTTAGGTTCCATAA TTGTTTTAAACTTTTAGAACTTCTGACTTCTTCTCTTTTGGGGGTAGTGAAATCTGGCTT ATTAAGTATGATATTAAGCCCTTTGATTGAGAGGAAAAAATCGTTTGATGGTGGTGATGA TTTTGTACTAGCCTGGTGAAGACTGTTGTAGCTATCTAGCTCTCAAGTAAAATGAACAGA AAAGGGGATGGAGAGGAATCATATACCCCATAAAAATGTTTATTTGTCATAGAATTCACT CCAAAATATTCCTTCAAGGTTGGAGGAATTTTTCCTTTATGATCATCTAGGTGCCTATTA ATTGCTTTCATTGGCTGGAAAATACTATCAGGACCATCCCAACTGTAGAATTACCTTTTT TGTGGCATGCTCCTTTTGAGCCCAAAATATTACTTACCCTCAGCTATATATGCCTTCCAT AAGCACAAGTTCCTTTTTTTACATTTATCTTGAGGATATGTTTCTCCATTAACCCAATAT TGAGCCCTTACTAAAAATCAAACAAATAGATATATGATTACATTAATACCTGTCTTTCCT GAATTAAGTGTTACTAAGCTCGTTTGCATACTCTGCCCTAGCAGACTGATTCCTGTGATT AGGTTCCTTCCATGGCTATCTTGTACATATAAGCATTTCCCAATAGGCTTTGTTTTGTGT ATCCTCTAAATTCCAAAAGGCTAAAATGACTAGAACTCTCCTAATGGCTAGCTGAATCTG TATGGAAGATAGAAAGTAAAAAAATCAAGTGCAATAGAGATTGCAAAGAGGATATGGCAG ATGATAGTTTGTAAACCTTCAGAACACCTTTTCCCGTTGGATACACCTTTGTGGATTTGA TAGTTCTCTTGGGTGCTAAATAGTTCTTAAAAGGTTTTAACTTACTGAGATACGAATTCA AGTGAAATGTTGTTTCTTTTGTTGGTTTTCCTGGTGAGGTCCTTTGGCAATTTTCTATAT TTCCATTACGTTTTGTCCAATTTGCTTACAAATAGCTAGTTTATTTATTGGTACTTGATG TATACTTCAGGTTTAGCTAATTTAATTCGAAGAACCAATATTTTACAGTTAAGAAGGTTA CTTGCTTATGAATTATGGTTTGATAAACTTTCCAGCACCTTTGTATTCACAAAAGCAATG CATGCAGATATAATTATTTTGATCTTCAAAAAGAAGCAATAGACTATCACAGTTTTATAT AAAGTGTTACATAGATTATTTTTTATATATTAAGATGGACTCAGATGTTTGTGAATCAGT CATGAAATGGGCTTTGAAGAAAGCATAGTTTAGTTGTAGCTAGCAGATATCAGTCTGTTC GCAATTCTCTGTGTGAAGTTCCTTTTCCTTCGTGAAAGTTATTGCATTTATGTACAACCT TACTGTCTCCATCCAGCAAAGTCCCCTCACCAAGTGGTTCCAGGAGAGAGATCCCAAGGA TATACCAGCAAGGGTCCTTTTGAGACCCAACTACATAAACTTATCGGGTTGTAATTAATT TTGTATAATCTCATACTTAGCAGCAGAGACAATTTTTCTGTTGATTGATAATTAGCTGTT GCTTTAAAGCTGATATGAAATATACACATTTTAGGGGACATGACTAAGTTTTTAATGAAA CTAAATAAACAATTTTAGGTCATATCTACAGGTAATATAATTTTTTCCAAGGTTGAATAA AGAACCAGAGCACACTTTATACTTGTTTAGCCAAGCTGGTTACATGGTCCATATGGAGCT TCATTTTCTTGGTGACTAGACCAGAAACTGTAGGCGACTACTGATTTCATGCCTAAACGT GTGGAGAGCTTGTATTGATACTCGTAATTTCTGTTAAAAGATTAGTATTTTTTCTAAATG ACAGGTGGTAACATATCTTCTGATATCAGCATCATCTTCTGCTGCCACTCGCATTGATGA TTGGCAGTCCAATTGGGGCAAGGACAAATTTCCTGATATGGCAAGCGCCTCTGTAGCATT GTCCTTCCTTTCATTTGCGGCTTTGGCCTTCAGCTCACTCATATCTGGCTATGTACTATG CAATTCCAGATCAACGTAGTAACGGTCCATGTTTGAGTCTATTTGTTTCTCATCCTTTAA AGTTTGACATAATTGTATGATGTGAAAAATCAGTTGCAGGTTGTTCAGGTGAAACTAAGG TTTCTTGAGTTAATTATGTTGTAATGCTCCTTGAACAAAGCTTTAGGATGATATTATATA TGTGTCTTGTTAGTGAGATATCTAATTATGAGAATTACCAGATTCGATGAACTCCTGGAC AAGTTATCCGCTTGTTGAATTGATAAGCCATACGTTTCATCTGGTTTTTCGAAGGCCTTG GGAATTCGTAGACCCATGCCCAGTTGAGAATGGTGTCAAGGTATTTTTTTTTCGAGAAAA GGCCAAAAATATCTTAAACTATTCGAAAAGGTTAAAATATATCTCTCATCCACCTATTGG GTTAAAAATATCCCTTTCTAAGAATTTCTACTTTTTTTACTTTTTCTTCCTTGACTCAAA TCCACGACATCAAGGTTGGAGTTAGAGGCAGTGGTAGAGCAACCTTACAATGAGGGATAT ATCTGAACTCCCTTTGAAAAATCTGATAATTTATATATGGTTAACGTTTTAGATATATAT AGTAGATGTCGAATCCTTTTCGATTATTATCTATTTTATTTTAGATTTTAAACCCTTCAA TTGAAAACCTTAACTCTGTCACACTTAATAGAGGGTGCTTATCATCTGAGCAATAATCTC CTCTTGGCGTGTGAAGCTACTTCACAATTCGGCATAATGAATAAAAAACTGTAAGGCTGA TTTACGCAACCGTCCGTTTTGTCACAAGTCACTGTTAGATGTTGCCCCTATTCTGAAATG TCGTGCAAATATGGTCACTGGAAAATTTATCTATCTGGACCGACCACTAGATTCAGATCG GCCCTTCTTGCGTTAACATATATCTAATGACATAGAGTGATGAGTCAGTATGAACAGGTA ACTCCTTATTTTAATTTGAAAATTGAAAAGTATTTTAATATCATATCAAATTCTGGTCTA ATATTTATAATAGCTTATAAAATTGTAGGTTGTGGTGCTAATGTTTTCTCATAAATTTTA GTCTGCTCAAAATAATCTTTAAATCATCCTCTAAAGACTCCATAAATCACAACAAAAATT GAACCGAATAATAACATGAAAAGGAAAAAGGGGTGTGTGTGGACTTGGGCCAATAGCAAA AAAGTGTGGTTCAGATCCTTGTTGAACCCGAAAATGGATCATATCAGGAGGCGCCAAATC CATTGTGATTTTGACAATATCCACTTTTAAGGCTACTAATTAATTCTAATACAATTTTAC CCAAAATATAATTAATGGTAATATAACATGGGAAAGTGCACATACAGTCGATTCTGAAAA TCCTATTTGAGCTACAGTCGAAGTGTACAATCTTTATCACCTTAACCATTTTAGGATTAA CTTTAGACATAGTAAAAACAAAATTTATTATGCCCGCGTAATATACAAATTTTATCTTTT TAAGTTTGAGGTATTAGGTAAGCAAGCTCAATGTTAATTTTCTTTTTAAAAAAAAATTGT TAGGTCGCCACTGTTGGCCTTGTAATTTCAACAACCAAACATCAAACTCACAAACTTGAA AAGATAAAAACTATTGTCAACAATTTTTATAAGAGCAAATGTTTGCCATAAAAACCTCAC TAAACATCTCACACACACAAAAAAAGAAAAAACTCCGTCAGAAATAAATTCAATACTTGT TGAATACATACAAATATTCGTTCAAAAATAATTTCGTATATTTGTAAATTTGTAATAGTT TAAAGTTTTTGCGGTTAAGAAAATAGCTATAAACATTTGATGTCATTTCAAATTCCTATC ATCAAATAGCTATATTTGAAATGAATAAGTGACTTGGTCAGGCATTCATCTGTTCTTGAT AAAAAAATTTGCAACTAATTAAATTCATTTTATTTCAAATGTAACTATATTATATCAATC TTACAATAGCAAGTATGCACTCAAAGATACTAAATTTTTTTTTCATGAATACTATTTGAA TCATCGATATCTACTAATAAGAATCCATAACACATTGAGTATTATTATTTTATATAAGAC CATGCGTCGTCGTTATCATGATCTTCTATATATTAATAATCTTGTGAGTCCAAACACCAA CAATAATAATCAGACCTTGAAATATCCAATAGTTGGTCAGGAGTCATCCTCTCAAGCTCA TTTTGCCTCCAAGATGCAAAGTTATTTTTATTTTGTGGATCAGTAGCAAGAGGATAATTC TCTTTTTTGTGAAATTGTGATAATTTCATTCTCATGTAGAGTTTCATTGTGGCCACACAG TCTTCATACGGATCTTGTACTCCACTTTGAATATCATACCTACACACAATTTCCCTTATT ATTGTCCATTCATATTTATTTTATTTTTTTATAAAAACAACAAATTACATTAATAATATT ATTAAGGATAAAGTTTTATATATGCACTATTTAATGTATAAATTACCCGAGGTAAGCTCT GGTCAAGTACTTGAGGGAGTTACTGAGCTTGCTTGTTTTCATAAGTGGTGGGTATTTTGC AGTATCCCTTTACAAAAAATAAAATAAAATGTTAGAAGGGAATTAACTCACGTAAATATG GTCGAAATATACACTATTTATATACTTTGGCTATATATGTTAATGTATACGGTATGTATA TCAAATGAATAAGTATATGTATATTTTAGTATAAAATATACGCTACTGTGTATGTACTTT GTAAACTAGATTACCAAAGACATTTGATTGTAATATATAAAATAGTAATGAGTAGGAGTT AATTTCATGTTTTTTCTATATAGCAGTAAAGTATTTTTAAATTATATAATTGATGAAATA ATTATTAATTTACCTCATCTTTATTGCTGGATAATCCATCTCCAAACATTTAAGATCATG ATCCAAACCATGGCCAACAAGAATCCTAGACCTTCCACCTTTAGAACGGATTTGCCAAAT AGGTTCCCCATTGCAAAGAAATTCTTGAATTTTTCTTGACACATTTTTTAAAGGCATTGC ATCCCTCAAATATTCTGGTCTTATACCCGTCATTTCATACCTATAAACATATATATTTAT CTCGTCAGAGTTTAAGTTAATATACATCGTCAATATAAGAAAAATTATACACTATCATGA CACATCCTTGTTGTTCTTGTCATGGAATGGGCCGCAAAAAGACCAAAAATAAGAGAACGT GCTTTAATATTTGAGTTTAAATTTTATGTAGTAAATTAACTTTAGAACAATAAGTATATT GTTACTCCGTTTAATAACGTAGTAACTAAATAAAAATGTTATAACAAATTAGTTGAAATT TATTAATTGTGTTAAGATTTTTTTTTACATTATTAATTGAAATGGATCACCTGTAGTTAG TGACAGGAATGTTTGGTTTGATATATGAATGAAAGAGGATTCTTTCATGTTCATCAATGA GACAAACCCTAGCACAAAGATCTAAAGATCCATCACTTCCACCACCAACCATTTTACAAG CAAGAGCAACCACTCTTCCTCTGCTGTTATCAATTCTTAGTTCATCTTGAATCCCCAAAT TAGCCATGCGATACAATAAACCCTGCAATAAGACAGTCACACAATCTAACATGGTATCAG TACTTGCATAGATTTTTCCTATTCTACTCTAATAATTTTAATTTTTTTTTTGGATGAATT GATTGCTTACGTTATTATTAGGACGTGAGAGGCATGATTCTCTATGAGCCCGTAGAGAAG TTCGATTGCCAAGGATTGACAAACAAATATCACATCCTCGTTCCTTGAAAATTCTTTCAC ATTCTGCCTTTGGAAGTGGCCCTGCGGTACATTAGTGACCAAATAAAAAAAATTGAACGT GACGATATATATAACTTAAACTCGAAAAAAAAGGATGCTTTTTTTGGGTAAGTGTAGCTA GCATACCAATTAGATGCTCCCTTAAAGATTCAAAAGAGCGGCAGTGTTTTTTGCAAACAC CACACATGGGCTCATGAACTGAATGATAAGATGTCCTCATGTGTTCCACAAGATGTTCCT TTTTGTTGAACTGCCTATAGCACGCTGCACACTTGTTCCTGTACTACGTACGTACTCCCA TCAATAAATTGTTTAGCTAGTAAATAATTCATTTTTTTTTTAAATTTCTCTCGCAATTCT CTTAAAAAAAATTCTTACAATTTTCAATTTTTTGTTAGATAATATATATGGTTCAAAAGT TAATGTTTGATGACTATTTCTGTGTTTGATCAAACATTAGACCCGAATCTAAATGTTGAC GTAAAAAAATGAAATATTTGCGTAAATGAAATGAATAGATTACCTGAGAGTATCGGAAGA CTCATTTCTATAATCCATTATAGCAGTTAAATTAGTGGTAGATGATGCAAGAGTGTTGTG TAGTTGAGAGAAAAGATATCTGAGCAACAAGTCTGAAGGTCTCCTCCTATTTATACAAGT CTTTGAAACATGAAATCCTTTTGAAAGTATTCCATCTATTGGTGTTCAGCAAATTATGTT AAAAAAAGTAGGGGTAAGAAAAGGAATTACAACGCGGGGACAAAGTGGAAGTTCAAATAA TCAATCAATTTAGCTATTAAGATTTTTAAGTCGATTTGTATGATTCATACTATGTCACAA AGAGAAAAGTCAAAATAAAACATTTGTGTTAAACCAAATGTTTCGGTCCGGTCCACTCTT GGTCTACTAGAATATATATTTCTTGTTTTGATTGAAAAAACATGAATAACTTATTTTATA TATATTGTCAATTTGTGTTAAAAAAATAAAATTACTGATTCAAATGAAATTTTGCAAAAA TACGAAGTAATCAAAGTTTATTAAATCAGTACTTGAGATGAACAAAATTAATTAAGAAAA AATAAATTTTGTAATGTAACAGAATCTGAAAAATTTAAACAGAAAAATATCAAGTCTACT GAATTTCCCTCTAGTATTCGAGGTTTGATTTGGAATATGACCTTCTAGGATAAAATAATC TCAATCACCAGAGTATAGATATCGAAAATTCTGGTGTCAGCGAATCACTCAACAACAGTA AAATACACGAAGTAATTATTGTGTAGAAGAAGAAGAAGGGATCAGAAAAAATCGTAAGAA AATTTTGAAGAGTGAATGGCATTTATAGTCATTTCCAAAAACGTCGGGAAATTTAAATAA AACGGAAAAGTTTTTTAAATCAAACAAGTCGCGTGCGGATCCGAGTCAAGTCGGGTTAAT CAACTAAAAAGTTGATTCGATTAATTTCAACTAAATAACTGAAAACGTTTCGGTTATCAA CTAATTAATTGAAAACATTTAATGAAATTAATTAATTAAATAAATAATTAAATAATTAAA ACAAACTTTGTCCAAAAAAGGGGTCCCTCTTTCCAACCCTTTAACAATTAATAGGAGTGT TTCTCTATTTAAACTCTCCTATTTTTCTTTTCACCACCGATGAGGGACAAATGCTTTTTT ATTAAAGCAAAACAGAATTTTTCAATTTCTCAACTCTTCAAGCTCAACTTTTTAAGTTTC TCTCTTTCCCTTTATTTTCCATCAATTTTTGAAACATACCCAACAATAATATAAATTACG CAAAAAATAATACATAAATAGTCACATTCCATACCATACTAACTTTTTTCCTAATTAATC ACCGCATAGAAATATAATGATCAGCAATTTTACTGCAACTTGGTAGTGCATCCAAAAATC TGTTTAGAATATTTTAAAAAGTGTTGCATTGAGTCTTGGACATGGATATTTGTTCTTCAA AGATACTATCTTTGACCAAAACTCCCTTTCTTTTTTCCCCAAACACATTCGTATTTTGTG ATACCAATATGATTGAGTCCCATTCAAAGAATATTTCAATTTATTCCAAGGTTCACTAAT TTTGGACCATTTCATTCATCCATTCTCATAAATCTAATTTTACATTTAATGAACAAATCA ATCGTCACACTAATATCTATTAATTTTGTGATTTTAAACGTATATCGAGAATTTTTTTTT CTTGAAATGAAAAGGTCAAATATTAAGGGCATATATTAGTGGATAAATTATAGTAAAAAT GGTCGTTAATATTTTATAACTCATATGTCCATTAATTAACTTGCCATTTGCACTCTCCTA GGGTGCGATCGATGGGGAACCTGGAAAGGTGATAAATATATCTAACGTTTATCACATTTA TCTACGCATATTACCATCCCTCCTTCTATTATATGGAGAAGACTTATTCACCCATAAATA GTGGTGTTTCTTCCTTAGCGAAGTATCCCAAGAAAGATGAGAAGGGTGGAATAATAGTTT AGTGTGTAGAAGAGAGAGTTGATAAATGAGTAATTATATGTTGAAGGTGTTCTTTTGTGG AGTCTTGCACTCTTCAACTAATTCGGAGTTGTAGGACGTTGTTGGGTTGTTGTGTCATGG AGGGAACAAGTCAAAGAGATATTTTATTGGATCGGTGTAAATTATGCCGCAGTAGGCTTG TATCTCTCTAAAGAGATCTAGATATCTGTGTCTCAACCTAAAAATTTGTTTATTTATTTT TGTTTATTTTATTTCAATGGCAATTTATTGTATTTGTGGTATATTACACCAACAAAAAAT ATATTAAAATGTAATAATTGTTTTTTAATTTTGTGGTTTTAAACATGTGAAAAGTTAAAA CTAAAAAGTTTTTAAAAAAGGAAAAAGATATTTTTTTGAAATAAAGTAAAAAAGAAAGTA GGAAAACAATTAGAACGACGACTGTATATTAACTATAGGCTTAAGTCATCGACCGACCCT CAAAGTTGTCCGCATAATCACTTAGACACCTCAACTAAGATTTGTACCTATTGAACACCT AAATTGTTCAAAACATGTACTTATTGGACACAAAATGCTGATATGGCAAAAAATGTGTAT TGCACTTTCCTGAAGCGCGTGAAAAGACTTAAAACAGTGTCTTTTTTATTTTTTTAATAT TTTTTTATTCTTTTATTGACACTTGGCATTATAATTAACTTAAAAAATATTTTTCTTCTT TTATTTACACTTTTTTTCCAAAAAGGAAAGCACTCCACTCCCTACCTATCATCTTCTTCA TAATTTAGTTTACAAAACTTTCTTTATTTTAGCTCCAACATTATTTTTTTCTTTTTTTTT ATATACAAAAAATTTATATCTTCCAAATATGAAGATAAATGAAATCAACTATGAAGATTC TAATTTGAAAGAAAGTCTTTGTATGATATATTTCAAATCTCATAAAAATAAGGAACAAAT ATGAAGAAGATGAAAGAAGATAAATGATTTTTTATGTATAAAAAAAGTTAGCCGATATTT ATTTATCACAATTTTCGAACAAAGATTTTTACTCAAATTCATATGTGTTCATTAAATTTA TCAAAAATGATATCAAAAAATTTGAAAGAAATAATTTTGGAGCTATCAATGTCATCGATG TAGAGTTGAATAACCACCAACAAAATTTTCTTTCATCTTTACTCTTAGTATGAAATAAAT AAATAAATAAATATATATATATATATATATATATATATATTTTTTTTTTAAAAAATAATC TTGAAGTTATTGGAAAAGAATAAGATTTTGTAATTTGAGAAAGAATGTGTTTTGGGGAAA AAGATGAAGATGAAGATGAAAGGGGGTTGGGTTGGGGTGAGGTAAGGTGGGGTAGAATAG GTTGACATTTTTATTTTTATTTTTATTTTTTAAAAAATTAGATATTAAATGTGTGTTTTT TTATAATTTTCAGGGTCCAATATCAAATGTTATTTTTTAATTATTCATTTTGCCACGTCA CCACAAGTGTATCACATACTCTTCACATTTTTTTATGATTATCAAAAAATATCTAATAAG AACGGTTTTTATATAGGTAAAGTTATTTAATTGGTACTAGTCTTAGTTAAGGTGTGTAAG TAAATTATGTAGACAACTTTAAGGGACCGCCGATGACTTAAGCCTTAACTATATATCCAT ATGTGTGCCATGCATGCAAAACAAATTAAATACAGCAAAACGTAGATCATCTAATTGGGT TAATAAGAAAGCAGCAAAAGGTAAGGTGAATAAAGAATATGAATATTCGAAGGAGCCTTT TTAATCTTTAATTTTTTGACAGTCAAAAAGTACAAGAAACTAAAAGCCACAGAGTAGGAA TGAAACTTTCTCAACTCTTTTTTCTCATGAAATGAGCCAAAGCTCCAACAGCAAAAGATG AGTGTTTATCACAAAGTTTGAACGTATAAGATTCTTTAGACCTTATATATTAAAAAAAAA AAAAAAGGTCAAAGAGAAAAAATAACAATTAAAGTGTACTACATGTATATGTGGATGTAG ATAGGGAATTTAATTTTGGATATTGATGGATAGTCCCTTAAACGGTATGATCCTCAAGCC TTATTTCCAGGTTGTAAATATATGATAGTTGTGGATCCGGCTTCGTTTCATTACCCTTTT TCTCTATTTCGTTAAGTGTATGTCTAGATGAGAGGCATGTGTTTTACTTAAAAGTGTAAA GGTCAAGATTATATTATATTAACAAATACTGTAATCATAGTTAAGTCAACTAATTTTAAA AAAGTATTATCCAAATTTTGATTGGAATTAGAATATATCTCATACAAAATTTGATATTTA TTAATATCATTATTTCATCTTATATATTTATATCTAAAATATTAAAATTGTAAAAGGGTA CGTTTATATTTAATGAGATAAATAAAATAATCTTAAAAAACATTTGCATTTTCTTTTATT TCACAAAAAGAAAAAGATAAAAGAATATTTTTATAAACCAGAGTATATTTTTCCTTTCAA ACACAATAGCCACATTTTCTCCTTTGGAATAATTTTGATTATTCACGTCTAATTCTAACA ACCTTTTGTCTTTACATTTTTAATTTTTATTTTATTTTATGTTCTTTCATTTTATGATTT TTTTCAACTTTCACTACAACAAAACCAATTTTTAGCGGTATTAAATATTGACACTATAAA GTGTGTTAACGTCTTTACCAGCATTAGTTAAGTGTTATTAGAACCAATATCGCTAAAGGC TTTAGGAACATATATAAAGAATTTTAGCAGCAATTAAAAATTAAATGTCGCTAATGGTCA TTTTTATTGTAGTGTGATAATCTTTTACCTTTTGTTTTGTTACTCAACATAGTATAATAT TTCAAAAACATAGTTTACTAGTGCAGAAAATTGTTTAGTTGACTCTCACCTTAAATATCA TACAATTTAATATTTAAATACAAAAATATAAGATGAAATTAATAATATTAATAACTATTA AATTTTGTATGGAATATACTGTAATTATTATCAAATTTGGAGAGTTCTAAAATTAGTTAA CTTAATTATGATTATGATATTTGTGAATCGTAGAATATATATACATATATATATATATAT ATATATATATATAAATTTATTTCCTTCGTCTCAATTACATGACATCGTCGAACCAAACAT AATTAATACTTACTAGTAGTTGATTTATTTTTTTTTGCAATAAAATGAGTTCTGTATTAA TAATTTAATATTTAAACAGATTCAAACGATTTGTTATAATATAGAAAGTTATGAGTTCAT CAAACTTATAAGTATATACATATATATATATAGAGCTCGATTGATCAATTAATCGATTAT TATAACTGGGAAAAACGTAATTATACCTAAGTAAACGACGTTAATTCATGCATGCATGGA ATGCAGATTGAAAATAACGTGGGCATGAACATGGAGCTAATATAGCATCGGCCTTGCTAT TTCAATTTTCAGTGCCATTGATACATTAATTATTCGTTTGTCTTTTTATCCAACCAACTG GTTGAACTTTTTTCAGAAATATTTTAAGAAATTCAAAAAGGAGAATATAATGGCACCACA TAAATAGTATGGTAAAAAAAGAAGCCAAAGTTTGACT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 17788 18202 match_2 match_part 0.993 17853 18413 match_part 0.990 18486 18582 match_3 match_part 0.993 17853 18413 match_part 0.989 18486 18578 match_4 match_part 1.000 17866 18413 match_part 0.973 18486 18560 match_5 match_part 0.985 17882 18290 match_6 match_part 0.992 17888 18381 match_7 match_part 1.000 17901 18413 match_part 1.000 18486 18577 match_8 match_part 0.993 21371 21906 match_9 match_part 0.983 21766 22489 match_10 match_part 1.000 22070 22529 match_part 1.000 22644 22649 match_11 match_part 0.969 26419 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28554 match_part 0.998 29007 29476 match_12 match_part 1.000 26421 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28554 match_part 0.993 29007 29156 match_13 match_part 1.000 26425 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28736 match_14 match_part 0.989 26426 26514 match_part 0.972 28197 28337 match_part 0.988 28417 28755 match_15 match_part 1.000 26427 26514 match_part 0.979 28197 28337 match_part 0.958 28417 28606 match_16 match_part 0.977 26427 26514 match_part 0.986 28197 28337 match_part 0.984 28417 28539 match_17 match_part 1.000 26452 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29160 match_part 1.000 29301 29530 match_part 1.000 29750 29831 match_18 match_part 1.000 26453 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29160 match_part 1.000 29301 29369 match_19 match_part 1.000 26473 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29370 match_20 match_part 0.950 26475 26514 match_part 0.957 28197 28337 match_part 0.951 28417 28559 match_part 1.000 29007 29159 match_21 match_part 0.999 27007 27733 match_22 match_part 1.000 28288 28337 match_part 1.000 28417 28653 match_part 1.000 29007 29266 match_23 match_part 1.000 28464 28868 match_24 match_part 0.981 28534 29009 match_25 match_part 0.987 28612 29286 match_26 match_part 0.998 28616 29242 match_27 match_part 1.000 28768 29259 match_28 match_part 0.982 28851 29127 match_29 match_part 0.998 28991 29530 match_part 1.000 29750 29787 match_30 match_part 0.989 29008 29183 match_part 1.000 29301 29530 match_part 1.000 29750 29836 match_part 0.989 30480 30566 match_31 match_part 1.000 29008 29183 match_part 1.000 29301 29530 match_part 1.000 29750 29789 match_32 match_part 1.000 29025 29530 match_part 1.000 29750 29836 match_part 0.959 30480 30624 match_33 match_part 1.000 29025 29530 match_part 1.000 29750 29799 match_34 match_part 1.000 29063 29530 match_part 1.000 29750 29776 match_35 match_part 1.000 29075 29530 match_part 1.000 29750 29785 match_36 match_part 1.000 29075 29476 match_37 match_part 0.969 29176 29466 match_38 match_part 0.987 29373 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30841 match_39 match_part 0.982 29417 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30828 match_40 match_part 1.000 29526 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.987 31539 31693 match_41 match_part 0.984 29776 29836 match_part 1.000 30480 30653 match_part 0.993 30733 30870 match_part 0.993 31151 31288 match_part 1.000 31398 31411 match_42 match_part 1.000 29926 30591 match_43 match_part 1.000 29943 30517 match_44 match_part 1.000 29943 30517 match_45 match_part 1.000 30368 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31220 match_46 match_part 0.983 30473 30653 match_part 1.000 30733 30846 match_47 match_part 1.000 30511 30653 match_part 1.000 30733 30870 match_part 0.968 31151 31213 match_48 match_part 0.983 30539 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31206 match_49 match_part 0.961 30666 30870 match_part 0.971 31151 31288 match_part 0.963 31398 31829 match_50 match_part 0.825 30774 30870 match_part 0.891 31151 31288 match_part 1.000 31398 31459 match_part 0.943 31539 31977 match_51 match_part 0.966 30782 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.998 31539 32085 match_52 match_part 0.970 30797 30862 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 1.000 31539 31791 match_53 match_part 1.000 30802 30862 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.991 31539 31770 match_54 match_part 1.000 30865 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31434 match_55 match_part 1.000 31190 31288 match_part 1.000 31398 31459 match_part 1.000 31539 31872 match_56 match_part 1.000 31218 31288 match_part 1.000 31398 31459 match_part 0.977 31539 32103 match_57 match_part 1.000 31218 31288 match_part 1.000 31398 31459 match_part 0.989 31539 32103 match_58 match_part 0.918 31399 31459 match_part 0.990 31539 32049 match_59 match_part 0.918 31399 31459 match_part 0.993 31539 31840 match_60 match_part 0.897 31431 31459 match_part 1.000 31539 31981 match_61 match_part 0.988 31540 31956 match_62 match_part 0.918 63756 64131 match_part 0.963 64448 64635 match_63 match_part 0.918 63756 64131 match_part 0.923 64448 64512 match_64 match_part 1.000 63769 64131 match_part 1.000 64448 64641 match_65 match_part 0.997 63835 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65701 65772 match_66 match_part 1.000 63842 64131 match_part 1.000 64448 64703 match_67 match_part 1.000 63858 64131 match_part 1.000 64448 64699 match_68 match_part 1.000 63870 64131 match_part 0.978 64448 64720 match_69 match_part 1.000 63890 64131 match_part 0.997 64448 64738 match_part 0.952 64848 64951 match_70 match_part 0.992 63890 64131 match_part 0.990 64448 64738 match_part 1.000 64848 64872 match_71 match_part 1.000 63891 64131 match_part 1.000 64448 64738 match_part 0.995 64848 65043 match_72 match_part 0.987 63894 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65701 65776 match_73 match_part 1.000 63897 64131 match_part 1.000 64448 64738 match_part 0.995 64848 65036 match_74 match_part 1.000 63897 64131 match_part 1.000 64448 64738 match_part 1.000 64848 64889 match_75 match_part 0.909 63900 64131 match_part 0.910 64448 64558 match_76 match_part 1.000 63902 64131 match_part 1.000 64448 64738 match_part 0.974 64848 65036 match_77 match_part 0.974 63902 64131 match_part 0.979 64448 64738 match_part 1.000 64848 64870 match_78 match_part 1.000 63912 64131 match_part 1.000 64448 64652 match_79 match_part 0.977 63913 64131 match_part 1.000 64448 64689 match_80 match_part 1.000 63915 64131 match_part 1.000 64448 64738 match_part 1.000 64848 64929 match_81 match_part 0.979 63987 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 0.995 65668 65875 match_82 match_part 0.979 63988 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65668 65867 match_83 match_part 0.947 64001 64131 match_part 0.973 64448 64738 match_part 0.975 64848 65047 match_part 0.971 65668 65769 match_84 match_part 1.000 64609 64738 match_part 1.000 64848 65047 match_part 0.995 65668 65866 match_85 match_part 1.000 65788 65936 match_part 1.000 66322 66464 match_part 1.000 66990 67061 match_part 0.990 67164 67268 match_86 match_part 0.962 66413 66464 match_part 1.000 66990 67061 match_part 0.970 67164 67524 match_87 match_part 0.891 76050 76463 match_part 0.977 76541 76627 match_88 match_part 1.000 76050 76463 match_part 0.986 76541 76609 match_89 match_part 0.901 76081 76463 match_part 0.915 76541 76705 match_part 0.935 77179 77346 match_90 match_part 0.906 76082 76463 match_part 0.964 76541 76705 match_part 0.935 77179 77781 match_part 0.511 78152 78198 match_91 match_part 0.908 76085 76463 match_part 0.964 76541 76705 match_part 0.959 77179 77348 match_92 match_part 0.995 76085 76463 match_part 1.000 76541 76695 match_93 match_part 0.995 76086 76463 match_part 1.000 76541 76547 match_94 match_part 1.000 76087 76463 match_part 1.000 76541 76705 match_part 0.973 77179 77325 match_95 match_part 1.000 76088 76463 match_part 1.000 76541 76705 match_part 0.995 77179 77365 match_96 match_part 1.000 76095 76463 match_part 1.000 76541 76582 match_97 match_part 1.000 76097 76463 match_part 1.000 76541 76705 match_98 match_part 0.992 76100 76463 match_part 0.969 76541 76637 match_99 match_part 1.000 76102 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77368 match_100 match_part 1.000 76111 76463 match_part 0.982 76541 76705 match_part 1.000 77179 77261 match_101 match_part 1.000 76111 76463 match_part 1.000 76541 76705 match_102 match_part 0.895 76120 76463 match_part 0.970 76541 76705 match_part 0.957 77179 77365 match_103 match_part 0.988 76129 76463 match_part 0.994 76541 76705 match_104 match_part 1.000 76139 76463 match_part 1.000 76541 76705 match_part 0.995 77179 77366 match_105 match_part 1.000 76139 76463 match_part 1.000 76541 76705 match_part 0.994 77179 77347 match_106 match_part 1.000 76139 76463 match_part 0.993 76541 76690 match_107 match_part 1.000 76139 76463 match_part 0.993 76541 76690 match_108 match_part 0.997 76140 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77261 match_109 match_part 0.963 76140 76463 match_part 0.846 76541 76644 match_110 match_part 1.000 76256 76463 match_part 1.000 76541 76705 match_part 0.996 77179 77454 match_111 match_part 1.000 76256 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77401 match_112 match_part 1.000 76355 76463 match_part 1.000 76541 76705 match_part 0.998 77179 77655 match_113 match_part 0.970 76365 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77206 match_114 match_part 1.000 76670 76705 match_part 0.984 77179 77815 match_115 match_part 0.923 77204 77789 match_116 match_part 0.996 77207 77730 match_part 0.875 77930 77937 match_117 match_part 0.972 77466 77711 match_118 match_part 0.907 77543 77767 match_119 match_part 0.911 77543 77767 match_120 match_part 0.939 78157 78531 match_121 match_part 0.962 88622 88805 match_part 0.943 88909 88995 match_part 0.943 90177 90282 match_part 1.000 91407 91442 match_part 0.988 92082 92164 match_part 0.981 92246 92299 match_part 0.981 92785 92836 match_122 match_part 0.967 88622 88805 match_part 0.954 88909 88995 match_part 0.953 90177 90282 match_part 0.945 91279 91442 match_part 0.990 92082 92178 match_part 0.970 92246 92278 match_123 match_part 0.946 88622 88805 match_part 0.943 88909 88995 match_part 0.962 90177 90202 match_124 match_part 0.956 88623 88805 match_part 0.954 88909 88995 match_part 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match_351 match_part 0.966 82678 82533 match_part 0.994 81372 81201 match_part 0.990 80457 80051 match_352 match_part 0.942 82671 82533 match_part 0.988 81372 81201 match_part 0.993 80457 80052 match_353 match_part 0.982 82587 82533 match_part 0.994 81372 81201 match_part 0.990 80457 80052 match_354 match_part 0.931 82676 82533 match_part 0.994 81372 81201 match_part 0.921 80457 80080 match_355 match_part 1.000 82759 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80098 match_356 match_part 1.000 81242 81201 match_part 0.994 80457 80106 match_357 match_part 1.000 81300 81201 match_part 1.000 80457 80113 match_358 match_part 0.983 81316 81201 match_part 1.000 80457 80114 match_359 match_part 0.940 82681 82533 match_part 0.988 81372 81201 match_part 0.982 80457 80131 match_360 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80133 match_361 match_part 0.966 82679 82533 match_part 0.994 81372 81201 match_part 0.982 80457 80133 match_362 match_part 0.944 82674 82533 match_part 0.988 81372 81201 match_part 0.991 80457 80133 match_363 match_part 0.938 82662 82533 match_part 0.994 81372 81201 match_part 0.988 80457 80133 match_364 match_part 0.991 82648 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80133 match_365 match_part 1.000 82596 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80133 match_366 match_part 1.000 82677 82533 match_part 1.000 81372 81201 match_part 0.994 80457 80134 match_367 match_part 0.928 82671 82533 match_part 0.994 81372 81201 match_part 0.994 80457 80134 match_368 match_part 1.000 82681 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80135 match_369 match_part 0.938 82676 82533 match_part 0.988 81372 81201 match_part 0.994 80457 80135 match_370 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80135 match_371 match_part 0.935 82671 82533 match_part 0.994 81372 81201 match_part 0.988 80457 80135 match_372 match_part 0.935 82671 82533 match_part 0.988 81372 81201 match_part 0.994 80457 80135 match_373 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80138 match_374 match_part 0.939 82664 82533 match_part 0.988 81372 81201 match_part 0.994 80457 80139 match_375 match_part 1.000 82640 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80139 match_376 match_part 0.955 82621 82533 match_part 0.971 81372 81201 match_part 0.972 80457 80139 match_377 match_part 0.969 80370 80142 match_378 match_part 1.000 82598 82533 match_part 1.000 81372 81201 match_part 0.997 80457 80153 match_379 match_part 0.943 82759 82533 match_part 0.994 81372 81201 match_part 0.987 80457 80155 match_380 match_part 1.000 82670 82533 match_part 1.000 81372 81201 match_part 0.997 80457 80155 match_381 match_part 0.938 82676 82533 match_part 0.994 81372 81201 match_part 0.993 80457 80156 match_382 match_part 0.934 82683 82533 match_part 0.994 81372 81201 match_part 0.980 80457 80157 match_383 match_part 0.964 82671 82533 match_part 0.994 81372 81201 match_part 0.993 80457 80161 match_384 match_part 0.948 82647 82533 match_part 0.988 81372 81201 match_part 0.993 80457 80162 match_385 match_part 0.979 82629 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80162 match_386 match_part 0.942 82671 82533 match_part 0.994 81372 81201 match_part 0.993 80457 80173 match_387 match_part 1.000 81260 81201 match_part 1.000 80457 80174 match_388 match_part 1.000 81230 81201 match_part 1.000 80457 80174 match_389 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80180 match_390 match_part 1.000 82681 82533 match_part 1.000 81372 81201 match_part 0.989 80457 80188 match_391 match_part 1.000 82733 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80191 match_392 match_part 0.932 82664 82533 match_part 0.988 81372 81201 match_part 0.989 80457 80191 match_393 match_part 1.000 82670 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80192 match_394 match_part 0.986 82675 82533 match_part 0.994 81372 81201 match_part 1.000 80457 80193 match_395 match_part 1.000 82734 82533 match_part 1.000 81372 81201 match_part 0.984 80457 80201 match_396 match_part 1.000 82624 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80206 match_397 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80207 match_398 match_part 1.000 82681 82533 match_part 1.000 81372 81201 match_part 0.996 80457 80211 match_399 match_part 0.910 82666 82533 match_part 0.988 81372 81201 match_part 0.980 80457 80212 match_400 match_part 0.940 82681 82533 match_part 0.994 81372 81201 match_part 0.996 80457 80218 match_401 match_part 0.932 82664 82533 match_part 0.988 81372 81201 match_part 0.996 80457 80219 match_402 match_part 0.993 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80221 match_403 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 0.996 80457 80221 match_404 match_part 0.993 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80221 match_405 match_part 1.000 82672 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80221 match_406 match_part 0.989 82621 82533 match_part 1.000 81372 81201 match_part 0.996 80457 80221 match_407 match_part 0.932 82678 82533 match_part 0.994 81372 81201 match_part 0.987 80457 80222 match_408 match_part 0.942 82669 82533 match_part 0.994 81372 81201 match_part 0.996 80457 80223 match_409 match_part 0.976 81367 81201 match_part 0.991 80457 80223 match_410 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80225 match_411 match_part 1.000 82640 82533 match_part 0.936 81372 81201 match_part 0.978 80457 80226 match_412 match_part 1.000 82684 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80227 match_413 match_part 0.928 82671 82533 match_part 0.988 81372 81201 match_part 0.974 80457 80227 match_414 match_part 0.914 82602 82533 match_part 0.983 81372 81201 match_part 0.987 80457 80227 match_415 match_part 0.987 80458 80227 match_416 match_part 0.938 82676 82533 match_part 0.988 81372 81201 match_part 0.996 80457 80228 match_417 match_part 0.915 82745 82533 match_part 0.994 81372 81201 match_part 0.983 80457 80229 match_418 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80231 match_419 match_part 0.907 82682 82533 match_part 0.977 81372 81201 match_part 0.978 80457 80234 match_420 match_part 0.993 82679 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80234 match_421 match_part 1.000 82677 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80234 match_422 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80256 match_423 match_part 1.000 82670 82533 match_part 0.994 81372 81201 match_part 0.995 80457 80257 match_424 match_part 0.954 82641 82533 match_part 0.994 81372 81201 match_part 0.995 80457 80257 match_425 match_part 1.000 82673 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80258 match_426 match_part 0.942 82671 82533 match_part 0.994 81372 81201 match_part 0.990 80457 80258 match_427 match_part 0.940 82683 82533 match_part 0.994 81372 81201 match_part 0.995 80457 80260 match_428 match_part 0.986 82680 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80261 match_429 match_part 0.993 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80261 match_430 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80283 match_431 match_part 0.942 82670 82533 match_part 0.983 81372 81201 match_part 0.994 80457 80284 match_432 match_part 0.906 82691 82533 match_part 0.994 81372 81201 match_part 0.994 80457 80288 match_433 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80288 match_434 match_part 1.000 82680 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80288 match_435 match_part 0.931 82662 82533 match_part 0.994 81372 81201 match_part 0.994 80457 80288 match_436 match_part 0.979 82675 82533 match_part 0.983 81372 81201 match_part 1.000 80457 80290 match_437 match_part 0.985 82598 82533 match_part 0.994 81372 81201 match_part 0.994 80457 80294 match_438 match_part 1.000 82757 82533 match_part 0.994 81372 81201 match_part 1.000 80457 80298 match_439 match_part 0.993 82682 82533 match_part 1.000 81372 81201 match_part 0.987 80457 80300 match_440 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80309 match_441 match_part 0.986 82676 82533 match_part 1.000 81372 81201 match_part 0.993 80457 80311 match_442 match_part 0.993 82681 82533 match_part 0.994 81372 81201 match_part 0.993 80457 80315 match_443 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80315 match_444 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80315 match_445 match_part 0.979 82672 82533 match_part 0.953 81372 81201 match_part 0.993 80457 80315 match_446 match_part 0.993 82677 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80318 match_447 match_part 0.960 82632 82533 match_part 0.994 81372 81201 match_part 0.992 80457 80335 match_448 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80348 match_449 match_part 0.943 82673 82533 match_part 0.988 81372 81201 match_part 0.990 80457 80354 match_450 match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80356 match_451 match_part 0.980 82682 82533 match_part 0.994 81372 81201 match_part 1.000 80457 80359 match_452 match_part 0.940 82666 82533 match_part 0.988 81372 81201 match_part 0.988 80457 80376 match_453 match_part 0.927 82682 82533 match_part 0.953 81372 81201 match_part 0.951 80457 80377 match_454 match_part 0.966 82680 82533 match_part 0.988 81372 81201 match_part 0.975 80457 80377 match_455 match_part 0.959 82605 82533 match_part 0.977 81372 81201 match_part 0.988 80457 80378 match_456 match_part 0.934 82669 82533 match_part 0.994 81372 81201 match_part 1.000 80457 80384 match_457 match_part 1.000 82672 82533 match_part 0.988 81372 81201 match_part 0.984 80457 80396 match_458 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80409 match_459 match_part 0.942 82671 82533 match_part 0.988 81372 81201 match_part 1.000 80457 80409 match_460 match_part 1.000 82676 82533 match_part 0.994 81372 81201 match_part 0.931 80457 80429 match_461 match_part 1.000 82646 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80436 match_462 match_part 0.959 82679 82533 match_part 0.977 81372 81201 match_463 match_part 0.943 82759 82533 match_part 0.993 81372 81220 match_464 match_part 0.993 82678 82533 match_part 0.974 81372 81220 match_465 match_part 1.000 82679 82533 match_part 1.000 81372 81227 match_466 match_part 0.938 82694 82533 match_part 0.992 81372 81251 match_467 match_part 0.904 82678 82533 match_part 0.944 81372 81283 match_468 match_part 0.987 82683 82533 match_part 1.000 81372 81289 match_469 match_part 0.980 82682 82533 match_part 1.000 81372 81290 match_470 match_part 0.952 82678 82533 match_part 1.000 81372 81333 match_471 match_part 1.000 82677 82533 match_part 1.000 81372 81349 match_472 match_part 1.000 82670 82146 match_473 match_part 0.921 100440 100085 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 3426 2517 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 18202 17788 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 17788 18413 exon 18486 18582 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 23095 22774 exon 22317 22072 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 21993 21210 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 22894 22774 exon 21911 21464 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 21371 22529 exon 22644 22649 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29530 exon 29750 29836 exon 30480 30653 exon 30733 30862 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29183 exon 29301 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_11 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28653 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_12 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28559 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_13 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26419 26514 exon 28197 28337 exon 28417 28554 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_14 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28559 exon 29007 29160 exon 29301 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_15 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29926 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_16 gene GT_PGL_6_AGS_9 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 30666 30870 exon 31151 31288 exon 31398 31956 gene_17 gene GT_PGL_6_AGS_10 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 27007 27733 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29500 29168 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 32117 31404 exon 31294 31278 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 41016 40792 exon 39338 39050 exon 38928 38822 exon 38687 38555 exon 38452 38258 exon 37488 36906 gene_21 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 41016 40792 exon 39338 38890 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47954 47411 exon 46860 46724 exon 46275 46036 exon 44905 44377 gene_23 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47937 47411 exon 46860 46724 exon 44905 44377 gene_24 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47936 47411 exon 46860 46663 gene_25 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47043 46927 exon 46860 46724 exon 46275 46036 exon 44905 44377 gene_26 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 46406 46156 gene_27 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63756 64131 exon 64448 64738 exon 64848 65047 exon 65668 65936 exon 66322 66464 exon 66990 67061 exon 67164 67524 gene_28 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63756 64131 exon 64448 64738 exon 64848 65047 exon 65701 65776 gene_29 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 66014 65822 exon 65741 65436 gene_30 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75454 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69821 exon 69739 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68448 exon 68079 68052 gene_31 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75454 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69821 exon 69739 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68341 gene_32 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75454 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68448 exon 68079 68052 gene_33 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75123 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68447 exon 68071 68057 gene_34 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76319 76042 gene_35 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76050 76463 exon 76541 76705 exon 77179 77815 gene_36 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76050 76463 exon 76541 76705 exon 77179 77781 exon 78152 78531 gene_37 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76050 76463 exon 76541 76705 exon 77179 77730 exon 77930 77937 gene_38 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 77059 76600 gene_39 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 77734 77381 gene_40 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78171 gene_41 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78202 exon 78139 78115 gene_42 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78242 exon 78139 78112 gene_43 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 78893 gene_44 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 80458 79917 exon 79175 79051 exon 78815 78703 exon 78591 78171 gene_45 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 79176 79051 exon 78815 78703 exon 78591 78183 exon 77886 77843 gene_46 gene GT_PGL_18_AGS_7 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 79343 78922 gene_47 gene GT_PGL_18_AGS_8 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82670 82146 gene_48 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 88622 88805 exon 88909 88995 exon 90177 90282 exon 91407 91442 exon 92082 92164 exon 92246 92299 exon 92785 92836 exon 93464 93528 exon 94844 94900 exon 95051 95123 exon 98295 98381 exon 98468 98648 exon 99208 99341 exon 100090 100700 gene_49 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 88622 88805 exon 88909 88995 exon 90177 90282 exon 91279 91626 gene_50 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 88622 88805 exon 88909 88995 exon 90177 90282 exon 91279 91442 exon 92082 92178 exon 92246 92278 gene_51 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 100440 100085 gene_52 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 101234 101983 RepeatMasker tomato repeats master Gypsy00071 2584 2636 1 Gypsy00071 2584 2636 1 nucleotide_motif 230 6812 6863 HATSOD1 13 283 1 HATSOD1 13 283 1 nucleotide_motif 770 10291 10555 Gypsy00073 11887 12084 1 Gypsy00073 11887 12084 1 nucleotide_motif 1226 12645 12841 Gypsy00073 11887 12084 1 Gypsy00073 11887 12084 1 nucleotide_motif 1266 12953 13149 Unknown00049 1659 1709 1 Unknown00049 1659 1709 1 nucleotide_motif 286 16556 16606 Unknown00049 1659 1709 1 Unknown00049 1659 1709 1 nucleotide_motif 264 16616 16666 Copia00151 9661 9831 1 Copia00151 9661 9831 1 nucleotide_motif 347 34740 34905 TLP1 362 662 1 TLP1 362 662 1 nucleotide_motif 1377 43221 43524 Copia00110 13154 13615 1 Copia00110 13154 13615 1 nucleotide_motif 2568 48602 49076 Copia00110 13309 13463 1 Copia00110 13309 13463 1 nucleotide_motif 1129 50169 50239 Gypsy00043 1008 1207 1 Gypsy00043 1008 1207 1 nucleotide_motif 765 50240 50434 Copia00110 13464 13618 1 Copia00110 13464 13618 1 nucleotide_motif 1129 50435 50505 Gypsy00043 1066 1422 1 Gypsy00043 1066 1422 1 nucleotide_motif 1269 50453 50735 Unknown00046 1921 2061 1 Unknown00046 1921 2061 1 nucleotide_motif 619 50749 50890 Copia00191 1781 1879 1 Copia00191 1781 1879 1 nucleotide_motif 262 59591 59688 Copia00172 297 522 1 Copia00172 297 522 1 nucleotide_motif 1391 66024 66255 Copia00172 291 469 1 Copia00172 291 469 1 nucleotide_motif 772 91702 91874 Copia00172 283 517 1 Copia00172 283 517 1 nucleotide_motif 1414 92974 93213 Unknown00049 446 1709 1 Unknown00049 446 1709 1 nucleotide_motif 284 95941 96106 Copia00172 286 536 1 Copia00172 286 536 1 nucleotide_motif 1444 96740 96991 Gypsy00202 2244 2333 1 Gypsy00202 2244 2333 1 nucleotide_motif 254 97554 97653 POTTEN2 4 86 1 POTTEN2 4 86 1 nucleotide_motif 400 104937 105018 Copia00089 3834 4018 1 Copia00089 3834 4018 1 nucleotide_motif 445 105088 105262 Copia00155 5021 5231 1 Copia00155 5021 5231 1 nucleotide_motif 1067 109563 109771 MuDR1_HV 1241 1299 1 MuDR1_HV 1241 1299 1 nucleotide_motif 246 114022 114080 RepeatMasker tomato repeats master Gypsy00073 11887 12084 -1 Gypsy00073 11887 12084 -1 nucleotide_motif 436 13305 13107 Gypsy00163 8019 8182 -1 Gypsy00163 8019 8182 -1 nucleotide_motif 706 15469 15310 Gypsy00163 7741 8025 -1 Gypsy00163 7741 8025 -1 nucleotide_motif 1158 16054 15801 SONATA2 1 126 -1 SONATA2 1 126 -1 nucleotide_motif 295 44037 43919 ATMU6N1 544 661 -1 ATMU6N1 544 661 -1 nucleotide_motif 388 46862 46744 Unknown00019 49 702 -1 Unknown00019 49 702 -1 nucleotide_motif 683 49260 48608 Unknown00019 151 699 -1 Unknown00019 151 699 -1 nucleotide_motif 613 50414 49843 Gypsy00043 530 1315 -1 Gypsy00043 530 1315 -1 nucleotide_motif 4155 57061 56345 Gypsy00043 1183 1313 -1 Gypsy00043 1183 1313 -1 nucleotide_motif 310 58234 58107 Copia00110 13333 13424 -1 Copia00110 13333 13424 -1 nucleotide_motif 352 58339 58250 Copia00110 13152 13398 -1 Copia00110 13152 13398 -1 nucleotide_motif 807 58605 58377 SONATA2 100 253 -1 SONATA2 100 253 -1 nucleotide_motif 472 71485 71332 SONATA2 1 117 -1 SONATA2 1 117 -1 nucleotide_motif 635 83084 82968 Unknown00034 3702 4027 -1 Unknown00034 3702 4027 -1 nucleotide_motif 1530 85840 85540 Copia00094 4305 4464 -1 Copia00094 4305 4464 -1 nucleotide_motif 741 85869 85705 Gypsy00043 1066 1315 -1 Gypsy00043 1066 1315 -1 nucleotide_motif 650 86841 86606 Copia00110 13326 13623 -1 Copia00110 13326 13623 -1 nucleotide_motif 1319 87110 86788 Copia00110 13166 13427 -1 Copia00110 13166 13427 -1 nucleotide_motif 872 87490 87217 Unknown00049 1658 1709 -1 Unknown00049 1658 1709 -1 nucleotide_motif 269 95477 95425 Unknown00049 1658 1709 -1 Unknown00049 1658 1709 -1 nucleotide_motif 284 95535 95484 TONT1_LE_LTR 1 441 -1 TONT1_LE_LTR 1 441 -1 nucleotide_motif 1414 110205 109785 Unknown00046 1869 2067 -1 Unknown00046 1869 2067 -1 nucleotide_motif 724 113771 113586 MUDSOLT1 445 506 -1 MUDSOLT1 445 506 -1 nucleotide_motif 239 114097 114035 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2391 105046 106278 match_2 match 3820 107314 109483 match_3 match 2347 21230 22413 match_4 match 30426 42455 match_5 match 2345 44027 45245 match_6 match 2391 105046 106278 match_7 match 2537 85551 86851 match_8 match 2504 58460 59773 match_9 match 2637 42481 43855 match_10 match 2744 72328 73711 match_11 match 2880 73729 75208 match_12 match 3338 49163 50867 match_13 match 3820 107314 109483 match_14 match 4573 93222 95549 match_15 match 5438 61320 64155 match_16 match 5683 102096 105031 match_17 match 6114 45309 48587 match_18 match 6698 17790 21213 match_19 match 6589 68078 71515 match_20 match 6893 89598 93206 match_21 match 7588 64176 68060 match_22 match 9856 95896 100960 match_23 match 76168 82880 match_24 match 23034 30398 match_25 match 2347 21230 22413 match_26 match 8607 16746 21213 match_27 match 23034 30398 match_28 match 5297 16746 19543 match_29 match 2682 9349 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1243 2682 93794 clone_start_1 clone_start 1364 2682 3406 clone_start_2 clone_start 1261 7377 8024 clone_2 clone 1176.5 11013 47474 clone_end_1 clone_end 1110 11013 11617 clone_3 clone 845.5 16974 50049 clone_start_3 clone_start 577 16974 17264 clone_end_2 clone_end 1285 17828 18500 clone_end_3 clone_end 398 22804 23020 clone_start_4 clone_start 521 25714 25992 clone_4 clone 1385.5 32239 91983 clone_end_4 clone_end 1431 32239 32960 clone_end_5 clone_end 890 33445 33893 clone_5 clone 1242 45816 81705 clone_end_6 clone_end 1370 45816 46506 clone_start_5 clone_start 1191 49827 50427 clone_start_6 clone_start 436 56714 56945 clone_start_7 clone_start 424 56814 57068 clone_start_8 clone_start 258 56908 57062 clone_start_9 clone_start 1269 62400 63079 clone_start_10 clone_start 739 63221 63623 clone_start_11 clone_start 1005 64176 64703 clone_start_12 clone_start 555 83644 83947 clone_end_7 clone_end 361 90970 91151 clone_start_13 clone_start 1158 93928 94511 clone_end_8 clone_end 331 95929 96107 clone_end_9 clone_end 1179 104269 104863 clone_start_14 clone_start 482 104739 105031 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_10 clone_end 464 2350 2096 clone_end_11 clone_end 450 2650 2424 clone_end_12 clone_end 1122 93794 93222 clone_start_15 clone_start 628 6121 5805 clone_end_13 clone_end 817 7620 7188 clone_start_16 clone_start 1243 47474 46827 clone_end_14 clone_end 1114 50049 49488 clone_end_15 clone_end 1394 18869 18167 clone_start_17 clone_start 959 19520 19001 clone_start_18 clone_start 1148 24373 23795 clone_start_19 clone_start 1021 31167 30645 clone_start_20 clone_start 1340 91983 91225 clone_end_16 clone_end 1382 35851 35148 clone_end_17 clone_end 761 46106 45698 clone_start_21 clone_start 1114 81705 81099 clone_start_22 clone_start 575 56945 56632 clone_end_18 clone_end 646 57062 56688 clone_start_23 clone_start 563 57057 56729 clone_start_24 clone_start 468 57057 56785 clone_end_19 clone_end 389 57030 56823 clone_start_25 clone_start 391 57061 56836 clone_end_20 clone_end 264 57062 56905 clone_end_21 clone_end 837 59039 58618 clone_start_26 clone_start 1068 71148 70558 clone_start_27 clone_start 1544 76989 76175 clone_start_28 clone_start 1524 76989 76213 clone_end_22 clone_end 765 78580 78151 clone_start_29 clone_start 664 80307 79961 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 17788 18202 match_2 match_part 0.993 17853 18413 match_part 0.990 18486 18582 match_3 match_part 0.993 17853 18413 match_part 0.989 18486 18578 match_4 match_part 1.000 17866 18413 match_part 0.973 18486 18560 match_5 match_part 0.985 17882 18290 match_6 match_part 0.992 17888 18381 match_7 match_part 1.000 17901 18413 match_part 1.000 18486 18577 match_8 match_part 0.993 21371 21906 match_9 match_part 0.983 21766 22489 match_10 match_part 1.000 22070 22529 match_part 1.000 22644 22649 match_11 match_part 0.969 26419 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28554 match_part 0.998 29007 29476 match_12 match_part 1.000 26421 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28554 match_part 0.993 29007 29156 match_13 match_part 1.000 26425 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28736 match_14 match_part 0.989 26426 26514 match_part 0.972 28197 28337 match_part 0.988 28417 28755 match_15 match_part 1.000 26427 26514 match_part 0.979 28197 28337 match_part 0.958 28417 28606 match_16 match_part 0.977 26427 26514 match_part 0.986 28197 28337 match_part 0.984 28417 28539 match_17 match_part 1.000 26452 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29160 match_part 1.000 29301 29530 match_part 1.000 29750 29831 match_18 match_part 1.000 26453 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29160 match_part 1.000 29301 29369 match_19 match_part 1.000 26473 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29370 match_20 match_part 0.950 26475 26514 match_part 0.957 28197 28337 match_part 0.951 28417 28559 match_part 1.000 29007 29159 match_21 match_part 0.999 27007 27733 match_22 match_part 1.000 28288 28337 match_part 1.000 28417 28653 match_part 1.000 29007 29266 match_23 match_part 1.000 28464 28868 match_24 match_part 0.981 28534 29009 match_25 match_part 0.987 28612 29286 match_26 match_part 0.998 28616 29242 match_27 match_part 1.000 28768 29259 match_28 match_part 0.982 28851 29127 match_29 match_part 0.998 28991 29530 match_part 1.000 29750 29787 match_30 match_part 0.989 29008 29183 match_part 1.000 29301 29530 match_part 1.000 29750 29836 match_part 0.989 30480 30566 match_31 match_part 1.000 29008 29183 match_part 1.000 29301 29530 match_part 1.000 29750 29789 match_32 match_part 1.000 29025 29530 match_part 1.000 29750 29836 match_part 0.959 30480 30624 match_33 match_part 1.000 29025 29530 match_part 1.000 29750 29799 match_34 match_part 1.000 29063 29530 match_part 1.000 29750 29776 match_35 match_part 1.000 29075 29530 match_part 1.000 29750 29785 match_36 match_part 1.000 29075 29476 match_37 match_part 0.969 29176 29466 match_38 match_part 0.987 29373 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30841 match_39 match_part 0.982 29417 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30828 match_40 match_part 1.000 29526 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.987 31539 31693 match_41 match_part 0.984 29776 29836 match_part 1.000 30480 30653 match_part 0.993 30733 30870 match_part 0.993 31151 31288 match_part 1.000 31398 31411 match_42 match_part 1.000 29926 30591 match_43 match_part 1.000 29943 30517 match_44 match_part 1.000 29943 30517 match_45 match_part 1.000 30368 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31220 match_46 match_part 0.983 30473 30653 match_part 1.000 30733 30846 match_47 match_part 1.000 30511 30653 match_part 1.000 30733 30870 match_part 0.968 31151 31213 match_48 match_part 0.983 30539 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31206 match_49 match_part 0.966 30782 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.998 31539 32085 match_50 match_part 0.970 30797 30862 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 1.000 31539 31791 match_51 match_part 1.000 30802 30862 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 0.991 31539 31770 match_52 match_part 1.000 30865 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31434 match_53 match_part 1.000 31190 31288 match_part 1.000 31398 31459 match_part 1.000 31539 31872 match_54 match_part 1.000 31218 31288 match_part 1.000 31398 31459 match_part 0.977 31539 32103 match_55 match_part 1.000 31218 31288 match_part 1.000 31398 31459 match_part 0.989 31539 32103 match_56 match_part 0.918 31399 31459 match_part 0.990 31539 32049 match_57 match_part 0.918 31399 31459 match_part 0.993 31539 31840 match_58 match_part 0.897 31431 31459 match_part 1.000 31539 31981 match_59 match_part 0.988 31540 31956 match_60 match_part 1.000 63769 64131 match_part 1.000 64448 64641 match_61 match_part 0.997 63835 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65701 65772 match_62 match_part 1.000 63842 64131 match_part 1.000 64448 64703 match_63 match_part 1.000 63858 64131 match_part 1.000 64448 64699 match_64 match_part 1.000 63870 64131 match_part 0.978 64448 64720 match_65 match_part 1.000 63890 64131 match_part 0.997 64448 64738 match_part 0.952 64848 64951 match_66 match_part 0.992 63890 64131 match_part 0.990 64448 64738 match_part 1.000 64848 64872 match_67 match_part 1.000 63891 64131 match_part 1.000 64448 64738 match_part 0.995 64848 65043 match_68 match_part 0.987 63894 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65701 65776 match_69 match_part 1.000 63897 64131 match_part 1.000 64448 64738 match_part 0.995 64848 65036 match_70 match_part 1.000 63897 64131 match_part 1.000 64448 64738 match_part 1.000 64848 64889 match_71 match_part 1.000 63902 64131 match_part 1.000 64448 64738 match_part 0.974 64848 65036 match_72 match_part 0.974 63902 64131 match_part 0.979 64448 64738 match_part 1.000 64848 64870 match_73 match_part 1.000 63912 64131 match_part 1.000 64448 64652 match_74 match_part 0.977 63913 64131 match_part 1.000 64448 64689 match_75 match_part 1.000 63915 64131 match_part 1.000 64448 64738 match_part 1.000 64848 64929 match_76 match_part 0.979 63987 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 0.995 65668 65875 match_77 match_part 0.979 63988 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65668 65867 match_78 match_part 1.000 64609 64738 match_part 1.000 64848 65047 match_part 0.995 65668 65866 match_79 match_part 1.000 65788 65936 match_part 1.000 66322 66464 match_part 1.000 66990 67061 match_part 0.990 67164 67268 match_80 match_part 1.000 76050 76463 match_part 0.986 76541 76609 match_81 match_part 0.995 76085 76463 match_part 1.000 76541 76695 match_82 match_part 0.995 76086 76463 match_part 1.000 76541 76547 match_83 match_part 1.000 76087 76463 match_part 1.000 76541 76705 match_part 0.973 77179 77325 match_84 match_part 1.000 76088 76463 match_part 1.000 76541 76705 match_part 0.995 77179 77365 match_85 match_part 1.000 76095 76463 match_part 1.000 76541 76582 match_86 match_part 1.000 76097 76463 match_part 1.000 76541 76705 match_87 match_part 0.992 76100 76463 match_part 0.969 76541 76637 match_88 match_part 1.000 76102 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77368 match_89 match_part 1.000 76111 76463 match_part 0.982 76541 76705 match_part 1.000 77179 77261 match_90 match_part 1.000 76111 76463 match_part 1.000 76541 76705 match_91 match_part 0.988 76129 76463 match_part 0.994 76541 76705 match_92 match_part 1.000 76139 76463 match_part 1.000 76541 76705 match_part 0.995 77179 77366 match_93 match_part 1.000 76139 76463 match_part 1.000 76541 76705 match_part 0.994 77179 77347 match_94 match_part 1.000 76139 76463 match_part 0.993 76541 76690 match_95 match_part 1.000 76139 76463 match_part 0.993 76541 76690 match_96 match_part 0.997 76140 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77261 match_97 match_part 0.963 76140 76463 match_part 0.846 76541 76644 match_98 match_part 1.000 76256 76463 match_part 1.000 76541 76705 match_part 0.996 77179 77454 match_99 match_part 1.000 76256 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77401 match_100 match_part 1.000 76355 76463 match_part 1.000 76541 76705 match_part 0.998 77179 77655 match_101 match_part 0.970 76365 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77206 match_102 match_part 1.000 76670 76705 match_part 0.984 77179 77815 match_103 match_part 0.996 77207 77730 match_part 0.875 77930 77937 match_104 match_part 0.972 77466 77711 match_105 match_part 0.939 78157 78531 match_106 match_part 1.000 88625 88805 match_part 1.000 88909 88995 match_part 1.000 90177 90282 match_part 1.000 91407 91442 match_part 1.000 92082 92164 match_part 1.000 92246 92299 match_part 1.000 92785 92836 match_part 1.000 93464 93528 match_part 1.000 94844 94900 match_part 0.973 95051 95123 match_part 1.000 98295 98381 match_part 1.000 98468 98648 match_part 1.000 99208 99341 match_part 0.985 100090 100700 match_107 match_part 0.986 88659 88805 match_part 1.000 88909 88995 match_part 1.000 90177 90282 match_part 1.000 91407 91442 match_part 1.000 92082 92164 match_part 1.000 92246 92299 match_part 1.000 92785 92815 match_108 match_part 1.000 88739 88805 match_part 1.000 88909 88995 match_part 1.000 90177 90282 match_part 1.000 91407 91442 match_part 1.000 92082 92133 match_109 match_part 0.970 98316 98381 match_part 1.000 98468 98648 match_part 1.000 99208 99341 match_part 1.000 100090 100530 match_110 match_part 1.000 98319 98381 match_part 1.000 98468 98648 match_part 1.000 99208 99341 match_part 0.997 100090 100450 match_111 match_part 0.995 100214 100577 match_112 match_part 0.987 100277 100577 match_113 match_part 1.000 101234 101869 match_114 match_part 1.000 101248 101931 match_115 match_part 0.989 101330 101974 match_116 match_part 1.000 101366 101983 match_117 match_part 0.988 101395 101811 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_118 match_part 0.998 3109 2564 match_119 match_part 0.998 3109 2564 match_120 match_part 0.998 3108 2564 match_121 match_part 1.000 18202 17788 match_122 match_part 0.985 21993 21210 match_123 match_part 1.000 22894 22774 match_part 1.000 21911 21464 match_124 match_part 0.944 23095 22774 match_part 1.000 22317 22072 match_125 match_part 0.979 29500 29168 match_126 match_part 0.987 32117 31572 match_127 match_part 0.983 32048 31868 match_128 match_part 0.996 37384 36906 match_129 match_part 1.000 38603 38555 match_part 1.000 38452 38258 match_part 0.987 37488 37022 match_130 match_part 1.000 40862 40792 match_part 1.000 39338 39050 match_part 0.991 38928 38822 match_part 1.000 38687 38555 match_part 1.000 38452 38258 match_part 0.986 37488 37420 match_131 match_part 0.991 40901 40792 match_part 1.000 39338 39050 match_part 1.000 38928 38822 match_part 0.992 38687 38555 match_part 0.959 38452 38379 match_132 match_part 0.938 40823 40792 match_part 0.993 39338 39050 match_part 1.000 38928 38822 match_part 0.947 38687 38555 match_part 0.985 38452 38386 match_133 match_part 1.000 41015 40792 match_part 1.000 39338 39050 match_part 1.000 38928 38822 match_part 1.000 38687 38656 match_134 match_part 1.000 40861 40792 match_part 1.000 39338 39050 match_part 1.000 38928 38822 match_part 1.000 38687 38675 match_135 match_part 1.000 41015 40792 match_part 1.000 39338 39050 match_part 1.000 38928 38908 match_136 match_part 1.000 41001 40792 match_part 1.000 39338 39053 match_137 match_part 0.998 47954 47411 match_part 1.000 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match_part 1.000 82676 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80356 match_326 match_part 0.980 82682 82533 match_part 0.994 81372 81201 match_part 1.000 80457 80359 match_327 match_part 0.966 82680 82533 match_part 0.988 81372 81201 match_part 0.975 80457 80377 match_328 match_part 0.959 82605 82533 match_part 0.977 81372 81201 match_part 0.988 80457 80378 match_329 match_part 1.000 82672 82533 match_part 0.988 81372 81201 match_part 0.984 80457 80396 match_330 match_part 1.000 82682 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80409 match_331 match_part 1.000 82676 82533 match_part 0.994 81372 81201 match_part 0.931 80457 80429 match_332 match_part 1.000 82646 82533 match_part 1.000 81372 81201 match_part 1.000 80457 80436 match_333 match_part 0.959 82679 82533 match_part 0.977 81372 81201 match_334 match_part 0.993 82678 82533 match_part 0.974 81372 81220 match_335 match_part 1.000 82679 82533 match_part 1.000 81372 81227 match_336 match_part 0.987 82683 82533 match_part 1.000 81372 81289 match_337 match_part 0.980 82682 82533 match_part 1.000 81372 81290 match_338 match_part 1.000 82677 82533 match_part 1.000 81372 81349 match_339 match_part 1.000 82670 82146 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 3109 2564 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 18202 17788 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 17788 18413 exon 18486 18582 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 23095 22774 exon 22317 22072 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 21993 21210 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 22894 22774 exon 21911 21464 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 21371 22529 exon 22644 22649 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29530 exon 29750 29836 exon 30480 30653 exon 30733 30862 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26425 26514 exon 28197 28337 exon 28417 29183 exon 29301 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_11 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28653 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_12 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28559 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_13 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26419 26514 exon 28197 28337 exon 28417 28554 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_14 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26427 26514 exon 28197 28337 exon 28417 28559 exon 29007 29160 exon 29301 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_15 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29926 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32103 gene_16 gene GT_PGL_6_AGS_9 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 27007 27733 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29500 29168 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 32117 31572 gene_19 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 41015 40792 exon 39338 39050 exon 38928 38822 exon 38687 38555 exon 38452 38258 exon 37488 36906 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47954 47411 exon 46860 46724 exon 46275 46036 exon 44905 44377 gene_21 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47937 47411 exon 46860 46724 exon 44905 44377 gene_22 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47936 47411 exon 46860 46663 gene_23 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47043 46927 exon 46860 46724 exon 46275 46036 exon 44905 44377 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63769 64131 exon 64448 64738 exon 64848 65047 exon 65668 65936 exon 66322 66464 exon 66990 67061 exon 67164 67268 gene_25 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63769 64131 exon 64448 64738 exon 64848 65047 exon 65701 65776 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 66014 65822 exon 65741 65436 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75402 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69821 exon 69739 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68448 exon 68079 68052 gene_28 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75402 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68448 exon 68079 68052 gene_29 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75123 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68447 exon 68071 68057 gene_30 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76319 76042 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76050 76463 exon 76541 76705 exon 77179 77815 gene_32 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76050 76463 exon 76541 76705 exon 77179 77730 exon 77930 77937 gene_33 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 77059 76600 gene_34 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 77730 77466 gene_35 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78171 gene_36 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78242 exon 78139 78112 gene_37 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82773 82533 exon 81372 81201 exon 80457 79917 exon 79175 78893 gene_38 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 80458 79917 exon 79175 79051 exon 78815 78703 exon 78591 78171 gene_39 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 79343 78922 gene_40 gene GT_PGL_18_AGS_6 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82670 82146 gene_41 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 78157 78531 gene_42 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 88625 88805 exon 88909 88995 exon 90177 90282 exon 91407 91442 exon 92082 92164 exon 92246 92299 exon 92785 92836 exon 93464 93528 exon 94844 94900 exon 95051 95123 exon 98295 98381 exon 98468 98648 exon 99208 99341 exon 100090 100700 gene_43 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 101234 101983 AUGUSTUS_tom_cdna de novo gene_1 gene 1 29420 31812 transcript_1 transcript 29420 31812 start_codon_1 start_codon 29420 29422 CDS_1 CDS 29420 29530 CDS_2 CDS 29750 29836 CDS_3 CDS 30480 30653 CDS_4 CDS 30733 30870 CDS_5 CDS 31151 31288 CDS_6 CDS 31398 31459 CDS_7 CDS 31539 31812 stop_codon_1 stop_codon 31810 31812 gene_2 gene 1 61005 65671 transcript_2 transcript 61005 65671 start_codon_2 start_codon 61005 61007 CDS_8 CDS 61005 61050 CDS_9 CDS 61538 61574 CDS_10 CDS 61778 61994 CDS_11 CDS 62072 62233 CDS_12 CDS 62323 62444 CDS_13 CDS 63858 64131 CDS_14 CDS 64448 64738 CDS_15 CDS 64848 65047 CDS_16 CDS 65668 65671 stop_codon_2 stop_codon 65669 65671 gene_3 gene 1 65714 67391 transcript_3 transcript 65714 67391 start_codon_3 start_codon 65714 65716 CDS_17 CDS 65714 65936 CDS_18 CDS 66322 66464 CDS_19 CDS 66990 67061 CDS_20 CDS 67164 67391 stop_codon_3 stop_codon 67389 67391 gene_4 gene 1 76092 77499 transcript_4 transcript 76092 77499 start_codon_4 start_codon 76092 76094 CDS_21 CDS 76092 76463 CDS_22 CDS 76541 76705 CDS_23 CDS 77179 77499 stop_codon_4 stop_codon 77497 77499 gene_5 gene 1 88693 100329 transcript_5 transcript 88693 100329 start_codon_5 start_codon 88693 88695 CDS_24 CDS 88693 88805 CDS_25 CDS 88909 88995 CDS_26 CDS 90177 90282 CDS_27 CDS 91407 91442 CDS_28 CDS 92082 92164 CDS_29 CDS 92246 92299 CDS_30 CDS 92785 92836 CDS_31 CDS 93464 93528 CDS_32 CDS 94844 94900 CDS_33 CDS 95051 95123 CDS_34 CDS 98295 98381 CDS_35 CDS 98468 98648 CDS_36 CDS 99208 99341 CDS_37 CDS 100090 100329 stop_codon_5 stop_codon 100327 100329 gene_6 gene 1 101372 104599 transcript_6 transcript 101372 104599 start_codon_6 start_codon 101372 101374 CDS_38 CDS 101372 102034 CDS_39 CDS 104405 104599 stop_codon_6 stop_codon 104597 104599 AUGUSTUS_tom_cdna de novo gene_7 gene 1 7269 2730 transcript_7 transcript 7269 2730 stop_codon_7 stop_codon 2732 2730 CDS_40 CDS 3778 2730 CDS_41 CDS 4545 4263 CDS_42 CDS 5070 5018 CDS_43 CDS 7269 7248 start_codon_7 start_codon 7269 7267 gene_8 gene 1 41059 32137 transcript_8 transcript 41059 32137 stop_codon_8 stop_codon 32139 32137 CDS_44 CDS 32414 32137 CDS_45 CDS 32760 32661 CDS_46 CDS 32939 32875 CDS_47 CDS 33461 33197 CDS_48 CDS 37488 37300 CDS_49 CDS 38452 38258 CDS_50 CDS 38687 38555 CDS_51 CDS 38928 38822 CDS_52 CDS 39338 39050 CDS_53 CDS 40852 40792 CDS_54 CDS 41059 41026 start_codon_8 start_codon 41059 41057 gene_9 gene 1 47495 44510 transcript_9 transcript 47495 44510 stop_codon_9 stop_codon 44512 44510 CDS_55 CDS 44905 44510 CDS_56 CDS 46275 46036 CDS_57 CDS 47024 46999 CDS_58 CDS 47495 47411 start_codon_9 start_codon 47495 47493 gene_10 gene 2 75462 68729 transcript_10 transcript 75069 68729 stop_codon_10 stop_codon 68731 68729 CDS_59 CDS 68830 68729 CDS_60 CDS 69033 68923 CDS_61 CDS 69158 69143 CDS_62 CDS 69388 69297 CDS_63 CDS 69539 69459 CDS_64 CDS 69739 69638 CDS_65 CDS 69913 69821 CDS_66 CDS 70119 70046 CDS_67 CDS 70255 70200 CDS_68 CDS 70423 70361 CDS_69 CDS 70584 70517 CDS_70 CDS 70820 70782 CDS_71 CDS 71710 71620 CDS_72 CDS 72488 72404 CDS_73 CDS 72626 72575 CDS_74 CDS 72819 72713 CDS_75 CDS 73707 73685 CDS_76 CDS 73979 73942 CDS_77 CDS 75069 74947 start_codon_10 start_codon 75069 75067 transcript_11 transcript 75462 68729 stop_codon_11 stop_codon 68731 68729 CDS_78 CDS 68830 68729 CDS_79 CDS 69033 68923 CDS_80 CDS 69158 69143 CDS_81 CDS 69388 69297 CDS_82 CDS 69539 69459 CDS_83 CDS 69739 69638 CDS_84 CDS 69913 69821 CDS_85 CDS 70119 70046 CDS_86 CDS 70255 70200 CDS_87 CDS 70423 70361 CDS_88 CDS 70584 70517 CDS_89 CDS 70820 70782 CDS_90 CDS 71710 71620 CDS_91 CDS 72488 72404 CDS_92 CDS 72626 72575 CDS_93 CDS 72819 72713 CDS_94 CDS 73707 73685 CDS_95 CDS 73979 73942 CDS_96 CDS 75099 74947 CDS_97 CDS 75233 75191 CDS_98 CDS 75462 75398 start_codon_11 start_codon 75462 75460 gene_11 gene 1 82613 78478 transcript_12 transcript 82613 78478 stop_codon_12 stop_codon 78480 78478 CDS_99 CDS 78591 78478 CDS_100 CDS 78815 78703 CDS_101 CDS 79175 79051 CDS_102 CDS 80457 79917 CDS_103 CDS 81372 81201 CDS_104 CDS 82613 82533 start_codon_12 start_codon 82613 82611 gene_12 gene 1 112199 112072 transcript_13 transcript 112199 112072 stop_codon_13 stop_codon 112074 112072 CDS_105 CDS 112199 112072 AUGUSTUS_ab_initio de novo gene_1 gene 1 17967 22328 transcript_1 transcript 17967 22328 start_codon_1 start_codon 17967 17969 CDS_1 CDS 17967 18413 CDS_2 CDS 18790 19085 CDS_3 CDS 19924 20035 CDS_4 CDS 20603 20839 CDS_5 CDS 21582 22328 stop_codon_1 stop_codon 22326 22328 gene_2 gene 1 22577 31812 transcript_2 transcript 22577 31812 start_codon_2 start_codon 22577 22579 CDS_6 CDS 22577 22600 CDS_7 CDS 30480 30653 CDS_8 CDS 30733 30870 CDS_9 CDS 31151 31288 CDS_10 CDS 31398 31459 CDS_11 CDS 31539 31812 stop_codon_2 stop_codon 31810 31812 gene_3 gene 1 61005 62661 transcript_3 transcript 61005 62661 start_codon_3 start_codon 61005 61007 CDS_12 CDS 61005 61050 CDS_13 CDS 61538 61574 CDS_14 CDS 61778 61994 CDS_15 CDS 62072 62233 CDS_16 CDS 62323 62442 CDS_17 CDS 62542 62661 stop_codon_3 stop_codon 62659 62661 gene_4 gene 1 64420 67391 transcript_4 transcript 64420 67391 start_codon_4 start_codon 64420 64422 CDS_18 CDS 64420 64498 CDS_19 CDS 64593 64738 CDS_20 CDS 64848 65047 CDS_21 CDS 65701 65936 CDS_22 CDS 66322 66464 CDS_23 CDS 67194 67391 stop_codon_4 stop_codon 67389 67391 gene_5 gene 1 76254 77499 transcript_5 transcript 76254 77499 start_codon_5 start_codon 76254 76256 CDS_24 CDS 76254 76463 CDS_25 CDS 76541 76705 CDS_26 CDS 77179 77499 stop_codon_5 stop_codon 77497 77499 gene_6 gene 1 94855 104599 transcript_6 transcript 94855 104599 start_codon_6 start_codon 94855 94857 CDS_27 CDS 94855 94900 CDS_28 CDS 98382 98648 CDS_29 CDS 101352 102034 CDS_30 CDS 104405 104599 stop_codon_6 stop_codon 104597 104599 AUGUSTUS_ab_initio de novo gene_7 gene 1 7269 2730 transcript_7 transcript 7269 2730 stop_codon_7 stop_codon 2732 2730 CDS_31 CDS 3778 2730 CDS_32 CDS 4545 4263 CDS_33 CDS 5070 5018 CDS_34 CDS 7269 7248 start_codon_7 start_codon 7269 7267 gene_8 gene 1 39325 32137 transcript_8 transcript 39325 32137 stop_codon_8 stop_codon 32139 32137 CDS_35 CDS 32414 32137 CDS_36 CDS 32760 32661 CDS_37 CDS 32939 32875 CDS_38 CDS 33461 33197 CDS_39 CDS 37488 37300 CDS_40 CDS 38452 38258 CDS_41 CDS 38687 38555 CDS_42 CDS 38928 38822 CDS_43 CDS 39325 39050 start_codon_8 start_codon 39325 39323 gene_9 gene 1 44911 44510 transcript_9 transcript 44911 44510 stop_codon_9 stop_codon 44512 44510 CDS_44 CDS 44911 44510 start_codon_9 start_codon 44911 44909 gene_10 gene 1 74981 67751 transcript_10 transcript 74981 67751 stop_codon_10 stop_codon 67753 67751 CDS_45 CDS 67829 67751 CDS_46 CDS 69033 68906 CDS_47 CDS 69539 69459 CDS_48 CDS 71710 71620 CDS_49 CDS 74981 74947 start_codon_10 start_codon 74981 74979 gene_11 gene 1 82613 78478 transcript_11 transcript 82613 78478 stop_codon_11 stop_codon 78480 78478 CDS_50 CDS 78591 78478 CDS_51 CDS 78815 78703 CDS_52 CDS 79175 79051 CDS_53 CDS 80457 79917 CDS_54 CDS 81372 81201 CDS_55 CDS 82613 82533 start_codon_11 start_codon 82613 82611 AUGUSTUS_tom_ugs de novo gene_1 gene 1 17967 31812 transcript_1 transcript 17967 31812 start_codon_1 start_codon 17967 17969 CDS_1 CDS 17967 18413 CDS_2 CDS 18486 18698 CDS_3 CDS 18790 19085 CDS_4 CDS 19924 20035 CDS_5 CDS 20603 20839 CDS_6 CDS 21582 22156 CDS_7 CDS 26477 26514 CDS_8 CDS 28197 28337 CDS_9 CDS 28417 28559 CDS_10 CDS 29007 29160 CDS_11 CDS 29301 29530 CDS_12 CDS 29750 29836 CDS_13 CDS 30480 30653 CDS_14 CDS 30733 30870 CDS_15 CDS 31151 31288 CDS_16 CDS 31398 31459 CDS_17 CDS 31539 31812 stop_codon_1 stop_codon 31810 31812 gene_2 gene 1 61005 62661 transcript_2 transcript 61005 62661 start_codon_2 start_codon 61005 61007 CDS_18 CDS 61005 61050 CDS_19 CDS 61538 61574 CDS_20 CDS 61778 61994 CDS_21 CDS 62072 62233 CDS_22 CDS 62323 62442 CDS_23 CDS 62542 62661 stop_codon_2 stop_codon 62659 62661 gene_3 gene 1 64116 65671 transcript_3 transcript 64116 65671 start_codon_3 start_codon 64116 64118 CDS_24 CDS 64116 64131 CDS_25 CDS 64448 64498 CDS_26 CDS 64593 64738 CDS_27 CDS 64848 65047 CDS_28 CDS 65668 65671 stop_codon_3 stop_codon 65669 65671 gene_4 gene 1 65714 67391 transcript_4 transcript 65714 67391 start_codon_4 start_codon 65714 65716 CDS_29 CDS 65714 65936 CDS_30 CDS 66322 66464 CDS_31 CDS 66990 67061 CDS_32 CDS 67164 67391 stop_codon_4 stop_codon 67389 67391 gene_5 gene 1 76254 77499 transcript_5 transcript 76254 77499 start_codon_5 start_codon 76254 76256 CDS_33 CDS 76254 76463 CDS_34 CDS 76541 76705 CDS_35 CDS 77179 77499 stop_codon_5 stop_codon 77497 77499 gene_6 gene 1 88693 100329 transcript_6 transcript 88693 100329 start_codon_6 start_codon 88693 88695 CDS_36 CDS 88693 88805 CDS_37 CDS 88909 88995 CDS_38 CDS 90177 90282 CDS_39 CDS 91407 91442 CDS_40 CDS 92082 92164 CDS_41 CDS 92246 92299 CDS_42 CDS 92785 92836 CDS_43 CDS 93464 93528 CDS_44 CDS 94844 94900 CDS_45 CDS 95051 95123 CDS_46 CDS 98295 98381 CDS_47 CDS 98468 98648 CDS_48 CDS 99208 99341 CDS_49 CDS 100090 100329 stop_codon_6 stop_codon 100327 100329 gene_7 gene 1 101411 104599 transcript_7 transcript 101411 104599 start_codon_7 start_codon 101411 101413 CDS_50 CDS 101411 102034 CDS_51 CDS 104405 104599 stop_codon_7 stop_codon 104597 104599 AUGUSTUS_tom_ugs de novo gene_8 gene 1 8155 2730 transcript_8 transcript 8155 2730 stop_codon_8 stop_codon 2732 2730 CDS_52 CDS 3778 2730 CDS_53 CDS 4517 4263 CDS_54 CDS 4757 4634 CDS_55 CDS 5070 5018 CDS_56 CDS 5458 5198 CDS_57 CDS 7301 7248 CDS_58 CDS 8030 7547 CDS_59 CDS 8155 8117 start_codon_8 start_codon 8155 8153 gene_9 gene 1 41059 32137 transcript_9 transcript 41059 32137 stop_codon_9 stop_codon 32139 32137 CDS_60 CDS 32414 32137 CDS_61 CDS 32760 32661 CDS_62 CDS 32939 32875 CDS_63 CDS 33461 33197 CDS_64 CDS 37488 37300 CDS_65 CDS 38452 38258 CDS_66 CDS 38687 38555 CDS_67 CDS 38928 38822 CDS_68 CDS 39338 39050 CDS_69 CDS 40852 40792 CDS_70 CDS 41059 41026 start_codon_9 start_codon 41059 41057 gene_10 gene 1 46281 44510 transcript_10 transcript 46281 44510 stop_codon_10 stop_codon 44512 44510 CDS_71 CDS 44905 44510 CDS_72 CDS 46281 46036 start_codon_10 start_codon 46281 46279 gene_11 gene 2 75462 68729 transcript_11 transcript 75069 73605 stop_codon_11 stop_codon 73607 73605 CDS_73 CDS 73707 73605 CDS_74 CDS 73979 73942 CDS_75 CDS 75069 74947 start_codon_11 start_codon 75069 75067 transcript_12 transcript 75462 68729 stop_codon_12 stop_codon 68731 68729 CDS_76 CDS 68830 68729 CDS_77 CDS 69033 68923 CDS_78 CDS 69158 69143 CDS_79 CDS 69388 69297 CDS_80 CDS 69539 69459 CDS_81 CDS 69739 69638 CDS_82 CDS 69913 69821 CDS_83 CDS 70119 70046 CDS_84 CDS 70255 70200 CDS_85 CDS 70423 70361 CDS_86 CDS 70584 70517 CDS_87 CDS 70820 70782 CDS_88 CDS 71710 71620 CDS_89 CDS 72488 72404 CDS_90 CDS 72626 72575 CDS_91 CDS 72819 72713 CDS_92 CDS 73707 73685 CDS_93 CDS 73979 73942 CDS_94 CDS 75099 74947 CDS_95 CDS 75233 75191 CDS_96 CDS 75462 75398 start_codon_12 start_codon 75462 75460 gene_12 gene 1 82613 78478 transcript_13 transcript 82613 78478 stop_codon_13 stop_codon 78480 78478 CDS_97 CDS 78591 78478 CDS_98 CDS 78815 78703 CDS_99 CDS 79175 79051 CDS_100 CDS 80457 79917 CDS_101 CDS 81372 81201 CDS_102 CDS 82613 82533 start_codon_13 start_codon 82613 82611 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 17761 18413 match_part 0.993 18486 18626 match_2 match_part 0.969 26419 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28554 match_part 1.000 29007 29530 match_part 1.000 29750 29836 match_part 1.000 30480 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31288 match_part 1.000 31398 31459 match_part 1.000 31539 32098 match_3 match_part 0.938 26419 26514 match_part 1.000 28197 28337 match_part 0.998 28417 29257 match_4 match_part 0.926 26421 26514 match_part 0.938 28197 28260 match_5 match_part 1.000 26436 26514 match_part 1.000 28197 28337 match_part 0.996 28417 28653 match_part 1.000 29301 29513 match_6 match_part 0.984 26451 26514 match_part 1.000 28197 28337 match_part 1.000 28417 28559 match_part 1.000 29007 29160 match_part 1.000 29301 29530 match_part 1.000 29750 29833 match_7 match_part 0.997 27005 27803 match_part 0.972 28197 28337 match_part 0.992 28417 28538 match_8 match_part 1.000 28286 28337 match_part 1.000 28417 28653 match_part 1.000 29007 29266 match_9 match_part 0.989 29006 29183 match_part 1.000 29301 29530 match_part 1.000 29750 29836 match_part 0.991 30480 30595 match_10 match_part 0.999 29925 30653 match_part 1.000 30733 30870 match_part 1.000 31151 31211 match_11 match_part 0.997 63767 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 0.996 65668 65936 match_part 1.000 66322 66464 match_part 1.000 66990 67061 match_part 0.994 67164 67518 match_12 match_part 1.000 76049 76463 match_part 1.000 76541 76705 match_part 1.000 77179 77572 match_13 match_part 0.961 76156 76463 match_part 0.877 76541 76694 match_14 match_part 1.000 88625 88805 match_part 1.000 88909 88995 match_part 1.000 90177 90282 match_part 1.000 91407 91442 match_part 1.000 92082 92164 match_part 1.000 92246 92299 match_part 1.000 92785 92836 match_part 1.000 93464 93528 match_part 1.000 94844 94900 match_part 0.973 95051 95123 match_part 1.000 98295 98381 match_part 1.000 98468 98648 match_part 1.000 99208 99341 match_part 1.000 100090 100694 match_15 match_part 0.997 101233 101996 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_16 match_part 1.000 3109 2566 match_17 match_part 1.000 7592 7547 match_part 1.000 7301 7248 match_part 1.000 5458 5198 match_part 1.000 5070 5018 match_part 0.992 4757 4639 match_18 match_part 1.000 8725 8117 match_part 0.901 8030 7910 match_19 match_part 0.946 23032 22774 match_part 0.993 22317 21287 match_20 match_part 0.969 23353 22774 match_part 1.000 22317 22072 match_21 match_part 1.000 41004 40792 match_part 1.000 39338 39050 match_part 1.000 38928 38822 match_part 1.000 38687 38555 match_part 1.000 38452 38258 match_part 0.998 37488 36914 match_22 match_part 1.000 46841 46036 match_part 1.000 44905 44378 match_23 match_part 0.998 47954 47411 match_part 1.000 46860 46724 match_part 1.000 46275 46036 match_part 0.990 44905 44385 match_24 match_part 0.996 47938 47411 match_part 1.000 46860 46724 match_part 0.991 44905 44688 match_25 match_part 0.990 66019 65822 match_part 1.000 65741 65439 match_26 match_part 0.995 75404 75191 match_part 1.000 75099 74947 match_part 1.000 73979 73942 match_part 1.000 73707 73685 match_part 1.000 72819 72713 match_part 1.000 72626 72575 match_part 1.000 72488 72404 match_part 1.000 71710 71620 match_part 1.000 70820 70782 match_part 1.000 70584 70517 match_part 1.000 70423 70361 match_part 1.000 70255 70200 match_part 1.000 70119 70046 match_part 1.000 69913 69638 match_part 1.000 69539 69459 match_part 1.000 69388 69297 match_part 1.000 69158 69143 match_part 1.000 69033 68923 match_part 0.997 68830 68472 match_27 match_part 0.958 70069 70046 match_part 1.000 69913 69821 match_part 0.961 69739 69638 match_part 0.919 69539 69478 match_28 match_part 1.000 75249 75191 match_part 1.000 75099 73942 match_part 1.000 73707 72713 match_part 1.000 72626 72575 match_part 1.000 72488 72404 match_part 1.000 71710 71553 match_29 match_part 0.987 80352 79051 match_part 0.991 78815 78703 match_part 0.996 78591 75896 match_30 match_part 0.992 82776 82533 match_part 1.000 81372 81201 match_part 1.000 80457 79917 match_part 1.000 79175 79051 match_part 1.000 78815 78703 match_part 1.000 78591 78181 match_31 match_part 0.877 82695 82533 match_part 0.860 81372 81201 match_part 0.978 80457 79917 match_part 0.906 79175 79112 match_32 match_part 1.000 82671 82148 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 3109 2566 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 7592 7547 exon 7301 7248 exon 5458 5198 exon 5070 5018 exon 4757 4639 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 8725 8117 exon 8030 7910 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 17761 18413 exon 18486 18626 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 23353 22774 exon 22317 21287 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26419 26514 exon 28197 28337 exon 28417 28554 exon 29007 29530 exon 29750 29836 exon 30480 30653 exon 30733 30870 exon 31151 31288 exon 31398 31459 exon 31539 32098 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 27005 27803 exon 28197 28337 exon 28417 28653 exon 29007 29266 gene_8 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26421 26514 exon 28197 28337 exon 28417 28559 exon 29007 29160 exon 29301 29530 exon 29750 29833 gene_9 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26421 26514 exon 28197 28337 exon 28417 28653 exon 29301 29513 gene_10 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 26419 26514 exon 28197 28337 exon 28417 29257 gene_11 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29925 30653 exon 30733 30870 exon 31151 31211 gene_12 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 29006 29183 exon 29301 29530 exon 29750 29836 exon 30480 30595 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 41004 40792 exon 39338 39050 exon 38928 38822 exon 38687 38555 exon 38452 38258 exon 37488 36914 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47954 47411 exon 46860 46724 exon 46275 46036 exon 44905 44385 gene_15 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 46841 46036 exon 44905 44378 gene_16 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 47938 47411 exon 46860 46724 exon 44905 44688 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63767 64131 exon 64448 64738 exon 64848 65047 exon 65668 65936 exon 66322 66464 exon 66990 67061 exon 67164 67518 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 66019 65822 exon 65741 65439 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75404 75191 exon 75099 74947 exon 73979 73942 exon 73707 73685 exon 72819 72713 exon 72626 72575 exon 72488 72404 exon 71710 71620 exon 70820 70782 exon 70584 70517 exon 70423 70361 exon 70255 70200 exon 70119 70046 exon 69913 69638 exon 69539 69459 exon 69388 69297 exon 69158 69143 exon 69033 68923 exon 68830 68472 gene_20 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 70069 70046 exon 69913 69821 exon 69739 69638 exon 69539 69478 gene_21 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 75249 75191 exon 75099 73942 exon 73707 72713 exon 72626 72575 exon 72488 72404 exon 71710 71553 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82776 82533 exon 81372 81201 exon 80457 79917 exon 79175 79051 exon 78815 78703 exon 78591 78181 gene_23 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 80352 79051 exon 78815 78703 exon 78591 75896 gene_24 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 82671 82148 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76049 76463 exon 76541 76705 exon 77179 77572 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 88625 88805 exon 88909 88995 exon 90177 90282 exon 91407 91442 exon 92082 92164 exon 92246 92299 exon 92785 92836 exon 93464 93528 exon 94844 94900 exon 95051 95123 exon 98295 98381 exon 98468 98648 exon 99208 99341 exon 100090 100694 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 101233 101996 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 5459 5939 match_2 match_part 1.000 5465 5965 match_3 match_part 0.920 63756 64131 match_part 0.973 64448 64738 match_part 0.975 64848 65047 match_part 0.971 65668 65769 match_4 match_part 1.000 63769 64131 match_part 1.000 64448 64738 match_part 1.000 64848 65047 match_part 1.000 65668 65741 match_part 1.000 65822 65936 match_part 1.000 66322 66464 match_part 1.000 66990 67061 match_part 0.997 67164 67519 match_5 match_part 0.992 63890 64131 match_part 0.990 64448 64738 match_part 1.000 64848 64872 match_6 match_part 0.991 76042 76463 match_part 1.000 76541 76705 match_part 0.984 77179 77815 match_7 match_part 0.911 76050 76463 match_part 0.970 76541 76705 match_part 0.941 77179 77753 match_8 match_part 1.000 98319 98381 match_part 1.000 98468 98648 match_part 1.000 99208 99341 match_part 0.997 100090 100450 match_9 match_part 1.000 101064 101664 GenomeThreader_SGN_markers SGN marker sequences match_10 match_part 1.000 7301 6835 match_11 match_part 1.000 7301 6853 match_12 match_part 0.980 77059 76600 match_13 match_part 1.000 102762 102165 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 5459 5965 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 7301 6835 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63756 64131 exon 64448 64738 exon 64848 65047 exon 65668 65769 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 63769 64131 exon 64448 64738 exon 64848 65047 exon 65668 65741 exon 65822 65936 exon 66322 66464 exon 66990 67061 exon 67164 67519 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 76042 76463 exon 76541 76705 exon 77179 77815 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 77059 76600 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 98319 98381 exon 98468 98648 exon 99208 99341 exon 100090 100450 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 101064 101664 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0016A12.2 type gene exon 102762 102165 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 29420 31812 transcript_1 transcript 29420 31812 start_codon_1 start_codon 29420 29422 CDS_1 CDS 29420 29530 CDS_2 CDS 29750 29836 CDS_3 CDS 30480 30653 CDS_4 CDS 30733 30870 CDS_5 CDS 31151 31288 CDS_6 CDS 31398 31459 CDS_7 CDS 31539 31812 stop_codon_1 stop_codon 31810 31812 gene_2 gene 1 61005 65671 transcript_2 transcript 61005 65671 start_codon_2 start_codon 61005 61007 CDS_8 CDS 61005 61050 CDS_9 CDS 61538 61574 CDS_10 CDS 61778 61994 CDS_11 CDS 62072 62233 CDS_12 CDS 62323 62444 CDS_13 CDS 63858 64131 CDS_14 CDS 64448 64738 CDS_15 CDS 64848 65047 CDS_16 CDS 65668 65671 stop_codon_2 stop_codon 65669 65671 gene_3 gene 1 65714 67391 transcript_3 transcript 65714 67391 start_codon_3 start_codon 65714 65716 CDS_17 CDS 65714 65936 CDS_18 CDS 66322 66464 CDS_19 CDS 66990 67061 CDS_20 CDS 67164 67391 stop_codon_3 stop_codon 67389 67391 gene_4 gene 1 76092 77499 transcript_4 transcript 76092 77499 start_codon_4 start_codon 76092 76094 CDS_21 CDS 76092 76463 CDS_22 CDS 76541 76705 CDS_23 CDS 77179 77499 stop_codon_4 stop_codon 77497 77499 gene_5 gene 1 88693 100329 transcript_5 transcript 88693 100329 start_codon_5 start_codon 88693 88695 CDS_24 CDS 88693 88805 CDS_25 CDS 88909 88995 CDS_26 CDS 90177 90282 CDS_27 CDS 91407 91442 CDS_28 CDS 92082 92164 CDS_29 CDS 92246 92299 CDS_30 CDS 92785 92836 CDS_31 CDS 93464 93528 CDS_32 CDS 94844 94900 CDS_33 CDS 95051 95123 CDS_34 CDS 98295 98381 CDS_35 CDS 98468 98648 CDS_36 CDS 99208 99341 CDS_37 CDS 100090 100329 stop_codon_5 stop_codon 100327 100329 gene_6 gene 1 100563 104599 transcript_6 transcript 100563 104599 start_codon_6 start_codon 100563 100565 CDS_38 CDS 100563 100642 CDS_39 CDS 101188 102034 CDS_40 CDS 104405 104599 stop_codon_6 stop_codon 104597 104599 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 7269 2730 transcript_7 transcript 7269 2730 stop_codon_7 stop_codon 2732 2730 CDS_41 CDS 3778 2730 CDS_42 CDS 4545 4263 CDS_43 CDS 5070 5018 CDS_44 CDS 7269 7248 start_codon_7 start_codon 7269 7267 gene_8 gene 1 41059 32137 transcript_8 transcript 41059 32137 stop_codon_8 stop_codon 32139 32137 CDS_45 CDS 32414 32137 CDS_46 CDS 32760 32661 CDS_47 CDS 32939 32875 CDS_48 CDS 33461 33197 CDS_49 CDS 37488 37300 CDS_50 CDS 38452 38258 CDS_51 CDS 38687 38555 CDS_52 CDS 38928 38822 CDS_53 CDS 39338 39050 CDS_54 CDS 40852 40792 CDS_55 CDS 41059 41026 start_codon_8 start_codon 41059 41057 gene_9 gene 1 47495 44510 transcript_9 transcript 47495 44510 stop_codon_9 stop_codon 44512 44510 CDS_56 CDS 44905 44510 CDS_57 CDS 46275 46036 CDS_58 CDS 47024 46999 CDS_59 CDS 47495 47411 start_codon_9 start_codon 47495 47493 gene_10 gene 3 75462 68729 transcript_10 transcript 75069 68729 stop_codon_10 stop_codon 68731 68729 CDS_60 CDS 68830 68729 CDS_61 CDS 69033 68923 CDS_62 CDS 69158 69143 CDS_63 CDS 69388 69297 CDS_64 CDS 69539 69459 CDS_65 CDS 69739 69638 CDS_66 CDS 69913 69821 CDS_67 CDS 70119 70046 CDS_68 CDS 70255 70200 CDS_69 CDS 70423 70361 CDS_70 CDS 70584 70517 CDS_71 CDS 70820 70782 CDS_72 CDS 71710 71620 CDS_73 CDS 72488 72404 CDS_74 CDS 72626 72575 CDS_75 CDS 72819 72713 CDS_76 CDS 73707 73685 CDS_77 CDS 73979 73942 CDS_78 CDS 75069 74947 start_codon_10 start_codon 75069 75067 transcript_11 transcript 75462 68729 stop_codon_11 stop_codon 68731 68729 CDS_79 CDS 68830 68729 CDS_80 CDS 69033 68923 CDS_81 CDS 69158 69143 CDS_82 CDS 69388 69297 CDS_83 CDS 69539 69459 CDS_84 CDS 69739 69638 CDS_85 CDS 69913 69821 CDS_86 CDS 70119 70046 CDS_87 CDS 70255 70200 CDS_88 CDS 70423 70361 CDS_89 CDS 70584 70517 CDS_90 CDS 70820 70782 CDS_91 CDS 71710 71620 CDS_92 CDS 72488 72404 CDS_93 CDS 72626 72575 CDS_94 CDS 72819 72713 CDS_95 CDS 73707 73685 CDS_96 CDS 73979 73942 CDS_97 CDS 75099 74947 CDS_98 CDS 75233 75191 CDS_99 CDS 75462 75398 start_codon_11 start_codon 75462 75460 transcript_12 transcript 75462 68729 stop_codon_12 stop_codon 68731 68729 CDS_100 CDS 68830 68729 CDS_101 CDS 69033 68923 CDS_102 CDS 69158 69143 CDS_103 CDS 69388 69297 CDS_104 CDS 69539 69459 CDS_105 CDS 69739 69638 CDS_106 CDS 69913 69821 CDS_107 CDS 70119 70046 CDS_108 CDS 70255 70200 CDS_109 CDS 70423 70361 CDS_110 CDS 70584 70517 CDS_111 CDS 71710 71620 CDS_112 CDS 72488 72404 CDS_113 CDS 72626 72575 CDS_114 CDS 72819 72713 CDS_115 CDS 73707 73685 CDS_116 CDS 73979 73942 CDS_117 CDS 75099 74947 CDS_118 CDS 75233 75191 CDS_119 CDS 75462 75398 start_codon_12 start_codon 75462 75460 gene_11 gene 1 86310 78478 transcript_13 transcript 86310 78478 stop_codon_13 stop_codon 78480 78478 CDS_120 CDS 78591 78478 CDS_121 CDS 78815 78703 CDS_122 CDS 79175 79051 CDS_123 CDS 80457 79917 CDS_124 CDS 81372 81201 CDS_125 CDS 82687 82533 CDS_126 CDS 86310 86301 start_codon_13 start_codon 86310 86308 gene_12 gene 1 112199 112072 transcript_14 transcript 112199 112072 stop_codon_14 stop_codon 112074 112072 CDS_127 CDS 112199 112072 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 70.1 18790 19104 match_2 match 181 17979 18701 match_3 match 229 21570 22322 match_4 match 112 20600 20848 match_5 match 71.2 18790 19104 match_6 match 172 18060 18701 match_7 match 130 20459 20848 match_8 match 258 21570 22325 match_9 match 65.5 18790 19104 match_10 match 171 18060 18701 match_11 match 129 20459 20848 match_12 match 249 21570 22322 match_13 match 79.7 61782 62069 match_14 match 43.1 62329 62445 match_15 match 30.0 62162 62233 match_16 match 46.2 28220 28339 match_17 match 75.5 31151 31288 match_18 match 42.0 31383 31460 match_19 match 94.7 30477 30653 match_20 match 153 31537 31809 match_21 match 82.8 28413 28553 match_22 match 145 29294 29530 match_23 match 99.0 30730 30873 match_24 match 83.6 61779 62075 match_25 match 46.6 62329 62445 match_26 match 33.1 62147 62233 match_27 match 70.5 18790 19104 match_28 match 175 18060 18701 match_29 match 240 21570 22325 match_30 match 122 20600 20848 match_31 match 107 18760 19104 match_32 match 211 18063 18701 match_33 match 291 21570 22325 match_34 match 131 20600 20848 match_35 match 83.6 18790 19104 match_36 match 205 17928 18701 match_37 match 238 21570 22088 match_38 match 125 20600 20848 match_39 match 164 17973 18701 match_40 match 67.4 18790 19104 match_41 match 216 21570 22316 match_42 match 110 20600 20842 match_43 match 103 18090 18701 match_44 match 64.7 18790 19104 match_45 match 199 21570 22124 match_46 match 112 18090 18701 match_47 match 63.5 18790 19104 match_48 match 133 21579 22052 match_49 match 91.3 64848 65048 match_50 match 166 66984 67388 match_51 match 157 65702 65941 match_52 match 115 64544 64738 match_53 match 42.0 18796 19104 match_54 match 129 18066 18698 match_55 match 43.1 18790 19104 match_56 match 133 17988 18701 match_57 match 42.7 29007 29183 match_58 match 109 31537 31809 match_59 match 59.3 31151 31285 match_60 match 34.7 31383 31460 match_61 match 84.7 29297 29530 match_62 match 46.6 28178 28339 match_63 match 72.8 31151 31288 match_64 match 152 31540 31809 match_65 match 81.6 28407 28553 match_66 match 42.4 31383 31457 match_67 match 99.0 30477 30653 match_68 match 142 29294 29530 match_69 match 99.4 30730 30873 match_70 match 222 18069 18701 match_71 match 124 18790 19104 match_72 match 311 21570 22316 match_73 match 134 20600 20842 match_74 match 127 77176 77490 match_75 match 113 76224 76463 match_76 match 98.6 76544 76711 match_77 match 67.8 18790 19104 match_78 match 175 17985 18701 match_79 match 231 21570 22319 match_80 match 111 20600 20848 match_81 match 99.8 18790 19104 match_82 match 233 17988 18701 match_83 match 303 21570 22325 match_84 match 139 20600 20842 match_85 match 67.8 18790 19104 match_86 match 175 18060 18701 match_87 match 241 21570 22325 match_88 match 122 20600 20848 match_89 match 124 18790 19104 match_90 match 261 18048 18701 match_91 match 327 21570 22325 match_92 match 134 20600 20842 match_93 match 109 18063 18701 match_94 match 112 21570 22046 match_95 match 112 21570 22046 match_96 match 105 100033 100317 match_97 match 67.0 18790 19104 match_98 match 200 17964 18701 match_99 match 243 21570 22325 match_100 match 111 20600 20842 match_101 match 127 21570 22046 match_102 match 127 21570 22046 match_103 match 73.6 18790 19104 match_104 match 172 18060 18701 match_105 match 242 21570 22325 match_106 match 124 20600 20848 match_107 match 73.6 18790 19104 match_108 match 172 18060 18701 match_109 match 242 21570 22325 match_110 match 124 20600 20848 match_111 match 73.6 18790 19104 match_112 match 172 18060 18701 match_113 match 242 21570 22325 match_114 match 124 20600 20848 match_115 match 34.3 62147 62236 match_116 match 92.0 61791 62054 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_117 match 278 3779 2733 match_118 match 151 8012 7548 match_119 match 45.4 32985 32671 match_120 match 48.1 32412 32170 match_121 match 53.1 32678 32520 match_122 match 270 3779 2733 match_123 match 145 8036 7548 match_124 match 38.5 1073 984 match_125 match 91.3 916 737 match_126 match 43.9 5089 4958 match_127 match 480 3782 2733 match_128 match 136 4620 4282 match_129 match 238 8033 7548 match_130 match 167 5456 5193 match_131 match 256 3779 3171 match_132 match 111 4629 4285 match_133 match 178 8036 7548 match_134 match 117 5450 5196 match_135 match 36.2 5089 5015 match_136 match 275 3779 2733 match_137 match 149 8033 7548 match_138 match 275 3779 2733 match_139 match 144 8033 7548 match_140 match 32.3 5089 5015 match_141 match 390 3782 2733 match_142 match 117 4542 4279 match_143 match 220 8033 7548 match_144 match 147 5450 5193 match_145 match 68.6 4769 4635 match_146 match 32.3 5089 5015 match_147 match 390 3782 2733 match_148 match 117 4542 4279 match_149 match 220 8033 7548 match_150 match 147 5450 5193 match_151 match 68.6 4769 4635 match_152 match 116 37488 37177 match_153 match 140 38680 38258 match_154 match 115 46278 46033 match_155 match 369 3779 2733 match_156 match 170 8048 7548 match_157 match 34.7 5089 5015 match_158 match 113 5444 5193 match_159 match 105 4527 4285 match_160 match 131 38680 38258 match_161 match 204 108700 107990 match_162 match 120 106958 106725 match_163 match 116 107685 107473 match_164 match 219 3779 2733 match_165 match 164 8024 7548 match_166 match 25.4 5089 5015 match_167 match 269 3773 2733 match_168 match 147 8012 7548 match_169 match 105 5468 5193 match_170 match 307 3779 2733 match_171 match 158 8012 7548 match_172 match 123 5450 5172 match_173 match 235 3779 2733 match_174 match 113 8009 7548 match_175 match 248 3779 2733 match_176 match 120 8009 7548 match_177 match 136 78816 78481 match_178 match 302 80458 79916 match_179 match 116 37488 37186 match_180 match 154 38680 38258 match_181 match 38.9 5089 5015 match_182 match 501 3782 2733 match_183 match 134 4560 4279 match_184 match 243 8048 7548 match_185 match 165 5456 5193 match_186 match 39.3 1070 990 match_187 match 87.8 916 734 match_188 match 71.2 70575 70201 match_189 match 89.7 70141 69680 match_190 match 67.0 69036 68920 match_191 match 55.1 72489 72403 match_192 match 63.5 72820 72713 match_193 match 36.6 72629 72573 match_194 match 64.7 68830 68732 match_195 match 72.0 70623 70201 match_196 match 77.8 70141 69680 match_197 match 209 108700 107990 match_198 match 130 106958 106725