C09HBa0135N15.1 TTTACAGAGAGATTGGGGTTTTTTTTACTGAGGTGTTTCCTTGCGTGTGAAGTCGGGGGA AAGAAGAATATGTTAGCCCAATGGGCTTTGTAATTTACAAGTCACATAGGGTTTATTAAG AACTCTTTAAATCTTCCGAGAGCAAAAAGGGCAAACTCTTTAAATGTGTTTGCCCTTTTT TCCCGGAAAATGTGTTTGTCCGATGGGTTTATTAAACCTCCCCCCCCCCTCTCTCTTTCT CTCTCTCTCTCTGTTTGTGTCTGTTTGGTTTTAAACTTCAATTGTAGCTGTAATTGTTTG GATGCATGGTGATATTGGACATTTGAAGGTTTAACATTATATACTACAGATAAGACAATT GTTACAATTGGTTCGTGCCTAAGCATAATTTCCATGCGTGACAGGAGTGAGCTAGTGAGG AGTCATATTAATACTTACTGTAAGCAATCAAGTGCAATAGTTTCAACAAGTAACGAAGTA CTAGTGGTGTCAAATGGACAGGCTAGGTCATCATTAGGCGGTTTAAAATGGTGCCCTTGT TCAAAGTTGGCTTGAGTCAATTTGGACTGAATGGATTATAACTCAGCCCTTCCAAATCTA ACATTCTTTAGTTTTTTGTCTGTTTTATAATTTCCTTAGTTACCATTTACCAAATCAACT AAGAAAAATAGCCTATTTTTTCTTTATAGAGAGGGAAAATGCTTGAAGTTGTTGATGATC TTTTTTGGTACTTAACAAACTTTCTCTATGGTTTAATTTGGGTTGTGTGTGAATTGACTG ATAATTGCATTTACTCCCAACTCAGCTTGCTCAACTCTGGACGAGTTGGGCAGGATACAC TTTTAGTCTGTCTTTGGCAGCTTCAAATGGTGGTAGATAGAGTCTCATTCGAAATTTGAG TAGTCGTTGACTCCTCTTAAGATGGTTGCAGAGACTTCTGCTCCAGTCTGCTGTCTATGT ATGGAAAATATATCACATGTTTTTGTGTCTTTCCTGTCATCCTCTACCACCCTCTCTCCA TGACACCTATGATTAAGAATTCCATATTTGCGAGGATAGTTATATTGTTTGATCTAACAA TCAAAGAATTTTTATGAATCTCTTTCGTTCAGAATATTTCATAACTTGAAATGATATTTC AGCATCATTACGGCCTGAGGTACAGGATGAGTAAGAAGAAAAACCCTCTTGTATTCTTAG ATGTATCAGTTGATGGAGATGCTGCAGAAAAAATTGTTATTGAGGTAATATATGAACTAA ATCTTACCAACCTTCATGGATCTCTTCCTCTTTTGGATATATTTTTTTTCTTCCATATGA AACCATGTCTTGAAACTGTTATTGATATGTCCTATGTTCAAATGAGCGTTATTTTTTGGA AATGTGCAGCTCTTTGCAGATACTGTTCCAAGAACTGCAGAAAATTTCCGGTCGCTCTGC ACAGGTATATTTCTCGATACTTTATTTGCTTTGTGCTAAATGGGTACTTTGTTTGAGCCT TGAGGCTCCCATATCCCCTCCCCGGGAATAAGAAAAAAGTAAGGAAAAGCTTCTTCAGTT CTATCTTTGTCACATTTCTAGTCTGGATTGGAATTAAGCAAAGGTTCTAAATATGTGTTA CTTAGTGGAATATAAGTCGTGCATCATTGTGAAGGGCCTTAAGGAAAATCTTCTGTAGGT CAGTGAATACCATCATTATGCTGCTCTGGAATTGTGAGACTATCCTTTGTTTTATTAAAT CACGTTGCCTTGATGAAAGTCGTAACTTCCCTTCCATAATGTAGGCCTAGAAACACCATA CAAAATTCTGCTCCAAAAAATTGGAGACTGTCTAGTGTTTTGTGAATTCCTGTTCTAGTC AATCAAAGTATGATTTTATGTATTCAACATTGAACTAGATTTATCCACCTTTTCACCCAA GCAAATATCCCAGAGTTTTATGCTAAATAACGATCTTTTTGACAATCATTTTGATATTAT ATGTGAATAATAATAGCTATAGTCCAACAATTTCTGGAATTTCAAGCGCAGGATTTGCAT TTTTTTTTGGATTAAGTTATTTTATTGTCCCTTTTTTCCCTGAATAAAACTGTGCTGATT AGGAAATGTAATATTATTTGTGGTCAAAGGAATTGGAATGATTGATTTGTAACTTAGAGC GGGAAGTTTATTTCTGTTGATGCTTGTTAGAGTGTATATCATTGGTTAACTGAATGTGCT ATTGTATCTGTCGAGCTGGAAGTTTATTTGTGCTGCTGCTTGTTAGAGTGTATACCATTG GTTAACGGAATGTGCTATTGTGTCTGTCTTAAATCCTCAATCATGAGCTAATGTTTGGGA TTGAGTTAGGCCCAGTGTTTATTTTTTAAAAGTTTTAACATGGTATCAGTGTTACACCTA TCCATATGGCTTGTTTTCTAATGGTGGATCCCGCATGTTATGTTCCATATGGCAGTTATC CAAATAGGGAAATACAAGAATGAGGTCTGGCTCTGATATTATGAGAAAATAGACCATGGG CCTAGTTCAACCTCTCTAATTGTTCGAGTCTGGGTGTGTCGGTATCTCACATTGATCAAG GGAATATGTTGTTGTCTCCTTATATGACCTTAAATTATCCTCATCTAAATGAGTTAGTTA TTGGGGTTGAGTTAGATGCAGTGGTCATTTTCTTAAAACGCTACTAATTTTATTATATTT TTGATGAGGGAAAAGGTTGGTTTAAAAATTTGAATATCTTCCGTTTCATGTGTGCACCGA ATCATTAAGAAATCACATATTCCTGCATAGAAATGGATCATCATTGTGAATGGGTCTTTT GATTATTATCATTGTTTTCATTTTCTACATTAGTAGATTTTTCCTTTCATTGGCTTTCAG TGCTTGCATGATTTCACGAGCATAATTGGTTGATCTTATGAGTGTTGTGATTTCAATGAT ATGTTGTATTTTGAAGGTGAGAAGGGAGTTGGAGTATCTACTGGAAAACCTCTGCACTAC AAAGGATGCTTATTTCACCGTGTAATAAAAGGGTTTATGGCACAAGTATGTTCTCTCTCT CTTTGATATTACATTCTTTGTCCTTTGGAGAATTAAACAATGTAGGAATATGATGTATCT TTATATTAATTTTACCTAAGTTCGGGTAAGTGATATGTGATAATTCCGGAATATGGGTTT GAAGTTCACAAGTTCCTTTTTTTCCTGCATCGGCACAATTATTATCTTAAATCATGTAGC CCCCCCATCTTACTAGCCCTTCAATATCATGAGTACATTTTTTTGTGACCTTCTCTCCTA ATGTATGGGATTACGAAGGGGTTGTTTTATAGATTTTACGAATCTCTTGTGAAGCAGTAT AGATAGATCTATTTCTGTTGTACTTGTCATTTATTTTAAATGAGAAATTAATTGTGCGAG GATAAATATCAGCTGATTTGTTTCATGCGCTGTTAGGGCTTGGTTTGATGACTAAAATTG TCAATTAAGAATATATCCACTTTTTCCTTTCTGTTTCTTCTGCAATCTGCATAAGGCTTC TAGATTTTCCCTCTTAGTCAATATATAGGAGATTTATTGTCAGTCCCATTACCTCTTTCT GTTTTACACAGGGTGGTGATTTCTCCAAAGGGAATGGTATGTTTTTCTCCTTCTGGGCCC TGAACTGACAATTGGTGCAGAGGATCTTTAACTTCAACTTCTTGGCCAGACAAGTAAAGC ACGAACTTTTAATGTATTGCAGGCACTGGTGGAGAGAGTATATATGGAGGGAAATTTCCA GGTAGATTAGTCTATATGTTTTTAGTGGTGAATAAGTGGTTATATGATTGTGATGCTGAT TGTAATTTTTTTCTCTATTAGATGAGAACTTCAAAGTTGCCCACGCGGAGGCTGGTCTTC TCTCAATGGCAAATAGTGGTCCTAATACAAATGGATCCCAGTTCTTCATTATATTTAAGA GAACTCCCCATCTCGACGGGTATTTATCTGATATATATGAGTGTACATTAGTTTCAACCA TGTTTTGTCTTTCACTAAGAACCCTGACATACCTCTTGGCTTGTACTCCAAATCCTCTAC TAGGAGAATAAATAACTTTGGTTATAACAGTGTGTCAATACCTAATTCCTATCGTGAAGC ATCTACATTTCTGCTGCAGGAAGCATGTTGTTTTTGGAAAAGTTGTAAAGGGAATGGATT TAGTGAAGAAAATTGAACAGCTGGGAACAGACAGTGGGAAGCCATCTGGGCTTGTGAAAA TTGTGGATTGTGGCGAACTGTCTGAGAAGAAAAGTAATGATACACCCAAAGCAGAGAAAG GTGATTTTCTCTAAGACTAAGACTACTCTGCTGCAGTGTTACTACCTTATGTATAAGAGA TTGTTGTGTGGTCTTGTTTCTGTTGTTCATTCATATATTTTTTGCCTCACCTCTAGGGAA AAATAAGAAGTCCGCGAGAGCTCTTTCCTCTGATGATGATTCAGACAGTCAAGAAAAGGG GAAAAGCAAATCATCCACCAATAGAAGGAAAAAGAAAAAGAGGAGATACTCTTCATCTGA TTCTTACAGTTCTGAGACAGATACTGATTCCTCTTCAGACTCTGATTCAGATTCTAAGCT GGACTCCTATTCTTCTAGTTCTTCAGGTGATGAAAGGCGTAAGAAGAGGAAGAGGTCAAC TAAGAAAGAAAGGAGTCGACATGGGAAGAAAAAAGGTAGAAAAAGCACGAGCAGAAGAGT TGATCGAAATAAAAGATCGAGACGCAAGTGGTATCATTTATGTCCGCCCTTATTTGTGTT ATTAAGCTTTACTTGATTGCTGGTTCAGTTGATTTATTTTGTTTTCATTGCATTCAGGAG CTCTGAGAGTTCTAGTGACACAGACAGTCAGAGCATGAGCAGCAGCAGCAGCGGTGATAG CTCTGATGATGAAAATGACAGGCCAAATAATTCTGCACGAAAAGGTGTCAACTTCTTGTT TATTCACGGAGGTGGAAAAACATGAATTATAAGCAGATTCACCAATTTATTCGTTGATCT TATGTTACAGGTTTGGTGAAGAAATTGTCAAACCCTGTCAAAGGACAAGCTGTTTTGAAG CAGCAACAGAATCTTGAAGAGGGTGAAGTGTCTAAGAACGCTAAGCTTCCAAATAATGGT CATGGTGGAGATGTACAAAACGACAGGACTCTCTCCACAAATCATCAATCTGATAATTCG AGCAGATCCAGGTTCCTTCCTTAGCTTTACTGAATGTTTTATGATGTGGCACTTCTTTTT GTAGCTGCTCATATTTGTTAGATATCTTCACCAAGTGGATTCTTTCTCTTTGCATGGTAA ACAGGAGCACAACACCAAGTCCTAAGGGGAAGCCAAGACCGAGCGGCAGGAGCAGTCGAA GTATGAGCCCAGAAAAAGTACCTGGTAGACTTGGTCAAAATGGTGCAAGTCTTCCAATTG AATCAAAGGAGAGAAGTCTTTCAAAAAGTCCTCCTCCAAAAGCTACTCAGCCATCTCGCT CTAGTCCTGTCAGGGATTTATCCAGAAATCATTCTCCAGATGGAACTTCAAAACGAGTCC GTAAAGGTCGTGGCTTCACTGATCGTTATTCATTTGCAAGACGCTATCGCACCCCATCTC CTGAACGTTCATCTTACAGGCCTTATTACCAGGGTGGGAGAAACTTTCAGGGGAATCGTG ATAGGTAAAAGCGAGTTCAAAAGTAAAAATGTCTGTGAGAGGGGCAAGTCTGTTATGCAT GCTAAAATACATTGTTATCTTTTTAGGTACTCAAGCTATAGAAGCTATTCTGGTCGCTCT CCACAGGTACAGTACAGACGGTCACCAAGAGGCAGAAGTCCCCCCAGGTTTTCCTCTTGA ATCTCTGTCTATTGGTCTTTTTGTTCTGAATGTCTCTTCATACGTCCAAAGTTCCAGTGC TTCAATATGCTCTTTCTATGATATCTGAGTTTTGGTATACTCTTTTGGTTCTTTTAGGAT TATAAGCATGTAAAAATGACTTCACATCCCTTAATCCCCTTTCCGTTTTCTTTGTTCATT AGATACCAGCGCAGGAGTCGAAGTAGGAGTGTTTCTCGCAGCCCTAGGCGTGAGAGTCGT CGATGTAGGAGCCCTTCACGCAGTCCTTCCCCTAGAGAAAAGCGGCAGCCAATCAGTGAC AGATTGAAGTCTCGTCTTGGGCCTCGTGTAGATGATCAGCATTCTATTCCAACTAGGAGG TCAGCCTCAAGATCTAGAAGCCGCGACTCTACTACTCCTCGATCCCCTTCTGCTGCTCCA AGGAAGCACAGTAGGAAAGTAGGATCCGCATCACCTAATAGTTCGAGATCAACCTCCCCA CCTCGACCGAGGGGTCTAGTCTCATATGAGGATATCAGTCCCTGTGGGACAAACTAATCT CTGTACCCTCCATGCTCATATATGAGTGACTAAATTTGCAGAGAACTTTTGGCCTAGGTT TAAACCTTGTTCCATCAGATGTTCGCTTAGCTGGGATTTCCAACTCAATTTTATCATTTT GTGTTTCAGTAAACTAGCAGTTCGACATTGAATGTTTTACTTATGGAAAAAGGGTCTCAT TTAGCCTCGTACTATAAAAAAAAGGTTATTTCTCAATAGTTGAGATATCGAGTTGGCGTT GGGTTCGTATACAAAGTTTTGAAGTTATAAATCATTTCTGTTGATTGATGACCGTTGAGC TTAGCTATTTGATGAAAGAGCTAGCCAAAAAGGATTATAATAAAGTGATTATTATTGACA CAGGTGTATTCAAGATTTCACTATTATGAAATGGTGAATTAGAATAGGGTGCACCTATCT TGTTAGAAATAGGGTAGGTGGGCATTCGTTCAAGAGCAATGCCAAGTTGAGTCCTATCGC ATCAGTGTGTTGACACCCACATTGAAATCTAGGAGTCGTTCCTTTTCTATTATGATAGGA TTTGTTCTATATCTAATGTAGATTTTATGCATTTGTTAGGTTAGCACTTTGAAATATTCA AATTTAGTGGATAAATTCAAAGTTATATGACACAACTAACATTTTACACAAGTGTTGTTC TTAATAGTAGGAGCATTATAAGGAGTTACAAAGTCACCAGGTTCAGATAATAAAAGTTTG AAGTCATCCGAAAAGAGCTATAGTAAAGGAGTAGAGTCTACATTTGGAAAATTATATCAA CTTTAGTTGAGACCAAGCTAAGATGTCATTCACAGAAAATTCTAGGCATAAAAGTGAGAT GCACAACTGCGCTAACTAGAAGGATCAGCCAGTAGTATTAAGTAGCTTGGTCTCTCACAG AGGTTCGCCTTCAGGAACAACCTGGTCTTTAACCCACATGTAAATAGGAACCAAAACATA GTATGTTGCTGCCGTTGCACCCAGAAGAAACCGCAGCATAAAGACAAATGGATTTACAGG TTTTGTCACATCTTCTGCTTTTGGGCCAAGCTGCAATTATGCATACAACAAGCCTAATAT AAGTATTGAACGAACATGGCTAAAAACAATGATAAACTTTGCTTCTGATAAAAGGAGATA TTGCTCTTGTCTAGTGAGATAAAAGGAGATGCAGGAAAAGCCTAACATCATAACATACAT TCAAAGTTCACTCCAAGGCAACCAATTAGAACTTGTAAATGGTGAACATATAACTATTTG TTTAAGGAATGGTATCATGATGTCACAGACGAAACTAGAATTTTGAATTTACATAAAAGA CATCTTACTGGGTTCTAGATGAATTATTTATACATGTGAAGTGTATTTTTAAACACAAAA ACAAGGTATGGGCCAAAGCTACTATTGGGTTCTGTTGAACCCATAGACAGGCTTGTAGCT CCGTCCCTATCCTCATCCCTTCTCTAAACGTATATTCCATCAAAATTCTTTCTTCAGCAA ACTTCAATTAATTGCTAGGAAGTTACAGGTGCATTCTAACATTTTACGGTGATGTAATAC ACTTGAGCAAATTCGGTTCCCTCATATATCATGGGAAACACAATGATAAACTTTATCAAG ATATTACAGACTGCTTACTCAAACAATTACCCCTCTCCCCAATAGAAGAAACAAGACAAT AAAACTATCAGAACAGGAAAACCAAATTATGTACTCTTAAATAAGTAATTTTGTTTTAGA AAGTACATAAGAAATTACCTGCAGTGGTGAATCCCCTGGTGTAGACTTAACACCAGTAAC AGAACATCCCATGATAAGCCCATGCCTTCGAACTCCACGATACCATTTTGGGCCGATCTT CTTCAGTTGGACGTCCGTGAATCCTGCCTTCTCAAACCACTCTATGTATTCTTCCTCCTT AGGGAAGAGCATCCACACATCAGCAAAGAAACGAGACAACCAAAAGGTAGGGTGCACAGG ACCAATTAAGCACGCCTTTCCTCCAGGTTTCAGAACTCTGTATGCCTCTCGGATTCCACG TTGTGGGTCCGGCCAGTATTCAATACTGAGAGGAGAAGACGATCAAAGAACTTAATTATG AAAAATTCCAGAAAATCGCTGCAGCTTTTTTCAATTGAAGAATGAAAATATTAAAACTAA AATCAATGCACTCATCTACTGCCAAAATATGTACTTATTAGTTCCGAGTTGAGTATCCAT ACAAACTATCCACGACTTGTGACTACCGCCTTACATATTGTCAAAAGACTTTTCTCATAT TCTTTCGCATGCATGGAGCTTTCCAACACCACAATACAGATATACCATCCAAAACAGGTC AAGAGGGACAGGGAAGCATAAACCATGCTTGAAAATGACTGACCATATGGAAAATTAACA CACAAGTATTGAACTTTGAGACCAAATATCTGCAGAATCAAAATCAGTCAATGGTACTCA CTAAGACTAATGCTCTACTGTGAAACACCATTCTATCAGATTAAGTTAGCTGTAACATCC AAAAACCCCAACAGCAATCTACTACTCCCTCTGTTTCAATTTGTTTTTCTCACTTTCTAT TTTAAAAAGGAATGTCTCTTTGAAATTTCAACTTTCTATTTAGACACGTTTAACGCCACA ACAAGATTAAAACACACCACAGTATTCAAAAGTCTTGTCAAAACCATACAAACAAATTGA AACGGCGGGAGCATACTATAGGCAACTTGAAAGCGGAGCTAGAAAAATTAAAGAGGGAGC AACATAAACCTTCCAGCAGATACATATCTATCAGCATAGTCAGTTGAGAATGGAAGATCC TCAGCATCACCCTCAATTATCTTGCATTCTTTCAAAGGCTCCTTTTCCTTAGCCTTAGCT AATTGATGAGGAGATTGGTCAAGAATTGTAACATTCTTGGCATCTACATGCTCAACTATA CCCAATGTAGTGAAACCAGTGCCACCACCAACATCCACCACAGTCAAATTCCTGTCATTA AGATCAGCTGGTTCAAGTGCATCATCCCTCATATCTTCAGTCCAATGACCAGGATTAATA ACATGATCATACACAATAGATAAAAACCTATAAAACCAAAAAGCTTCTTGTTTGTGCTGG ATGAATCTTGGCTGTGAAGCTGGCCTAGATGTTGAAATACTGCAAATTGGAGCTAGGGTT TTGATTTTATAACTGGTTCTTGATAAACCCAGCTTGGAAAATTGATTCCCATTGAAATCT GAGCCAACAAAGCCTAACCCATTTGGGGAAACTCTGTTACAAACACTCAAACTTTGAGTT CCAGAGATGAATATTGAATTTGCCATGATTAGTTGAGCAAATGCAAGAAATGAAAATTGT CAAAATCGAAGCTTTAATGGCTACAAAACTATTGAAAAAGCCTAATTGAAGTCATAAATC AACAACCCTTAGAGTAAAGAGTAGCTATTTGAGAAAGGGCAAAAGTTGATGGGCCTTTAT GACACACTAGTAACTCCGGTATTAGTTTATCACTTTTCATTTTTATCTAAGGGATGTTAA AATATTAAGAAATAAAATCGCGTAGAAGTCAAAGAGTGTCAATATACAATATATAAACAT AAAAAATAATTTTTATTCTAGCTACACAATGTAATTTTTCGACGAAGGGGTATCGGTAGA CACCCTTAACTATGTGGCTCTGCCACTGGTCTTTATTTACTTGTCTACTTTAGAAATGAC ATATATATTAAGATAACAATAATTAACATAGCGTAGTTACAATTTTACCCTTATTAATTA TGATTTCAAAAAGAATGAATTAAAACTTGAAAATTTTGAAGAAGTTTATATGAGGGCATA ATAGGAAAAAATATTTTTATCCTTTTTTGATTTGTCAAAATAAACAAATAAATAAGAACA ACTAAAATTAAAAAAATCGACAAATAAATAGGAACGGAGAGTGTAATATATAACGACTAT ATTAGTAAGTATAAAATCAAGGAAGTATCAAATATGATAAAATTTTCAAATTTTATAATT ATCTACTTAGCTATTAAAATATTCTATTCGTACGGAATTATTTATCATGTTACGCTTATT AAAAGTCAATTTGATTAAGTTTTAAATGTAAATTAGATCACATTAATTCGATATTTTAAA CAAAAAAATTAGATATTCTAAAACTATATGAAAAGTACTATAAATTACAATTTTTTGCAT ATTAATATGATGAAAAAATACATCTTAAAATGTTAGTTAAAGTTTTTATAGTTTAACTCT AAAAATAAAAATCATGATAAATAAAATCGAACGGAGGGAGTAATAAATAACATAAATACA CTCATCAAGTCTAGCAAGTAACGCCTGAACTGACCAATGTGGAATAGACATGAATTTCCT CTCTCTATATATCAAATTAAAATTCTCAAGTCTCATATTAGAAAGAAAAAAAAAAGTCTC ATATTAGTTAATATATTATACTAAAAATAATTACTATCTAGTATTTGTTGATTACCTTAT TAAATTAAAAAAATATTAAATTGATTTTTTCATATTATCCTAGCAATAAATTATTTTTAA AACTATTTACACTTTGTTTACAAAGTTCCAAAGAAGTCTTAAGGGGTGAATTGATAAAAT TATTCTTTTATTTGTAATTTTTTAATATGCATGTAAAAAAGAAAATAATCAATTAATATG AGAGAGGGAGTATATATTTTAGTAAAATTGGTGCACACCATTTTAACGTATTTATTATAT TTTAATTTGACACGTGAGTTCAAAAGATAAATAAGATTTTTAAATTAAAAATGTATCAAA TAAATAAAAATATATTTTAATCGTATAAAAAAGCACATAAATATTGAAATTAAGAAATTA TAAAAAAATAAAAAAAATTAACCGACTAAGAGAGTATTATTTCAGTAATACTCTGATATC GACCCATTGCAAGTATCTTGGAGGAAAAAAACACCACTAGTCTATTTGTTTTTTAAAAAA GGCACACTTTTTAATCTGTCTAAAAAAATGATTTGGTGTTTTAATACTTTAATTTCAATT TTTTTGAGATATTTAAATTTATAAAATTAAAAGATATATTAATATTTAGCATAACATTAA CTTAGAAGAGTAATATTTTTGAAATTATGTTAGATAACACCACTCGATTGAAAAATTTCT CAGCTGCTACCCTCGTGATTATGATGTATAACAACCTACTTATTTCCTATGGCTAACAAG TTTGAGTAATAAGAGCTTATTTGGCTTATAAGTGTAAGTCCTAAGTTACAATTTTTTGTT TATATTTATTATTTTGATTTTAAAATAGAAATTTGTCCATATTTTTGTATTACATGCGCA TAGTTTATTGTTACATGATACACAATATTATACAATAGTGGAGTATATATGTATTGTACA TAAGTCTATAAAACTTTATATGAAGTGTTTATATACATTTTTACTTTAATTTGTTATTTA TCTTTTATATAGTTATACAATATTTCTATAAAGGTATATATCTCAAATATATCATGCGTT CAATTTGCATCTTAGTTTGTTGGTAAATTATGTCTTATTAGACTTGGCTAAACTTGGGTG GAGATCTCCCTAAATTCCTTCAGTCCTATCCTATCTGAATTATAAATGTCGTTTTAAGAT ATATGTATTTTTGACTTTTTAATAGTAGATACACTAAAAGAAGAGAGAAGGGTGATAGTC ATGTATCCAAGATACATGTATTTGTATGTATTTGGTGTCTGGGATATCAGATATATAGGA GAGGAACAAGCGAGATGGGAGACACCAGATTCATAGGAGAAGGACAAGTGAGATTTGTTA TGTATCTCAAATATATTTATATCCACTTGAATATGATGTATTCTGAGATATATATATCTT GACGTACTAAAATCTGATAATATTCATAATATTGCAAACTAAAGTGCATCTAAGTAATTA AGTACTAAACTAGTGAAATTTATGTAATTTTCCTAATAATTTTATCTCAATATCGACTCA ATTAATTTTTTTCTTAAATATAAGCGTTTTGAGGCACTTTTTTTTATCTTACCGAAACAA TAAACAATCAAAATAAAGTATTACTTACGTCATAAAATTGCATCTCAGTTAGCTAAGAAT TTCCTTGATTCAATTAGGAAGTATCGATTTAATTTATTCCTCTCACAATATTATTTACTC TTTTTTCTTTAACTTTAGTGCTTGAATTATCCGCCTAATAACCATCAAGATTCATATAAT GTATGTTATTAATCACGTCCACAAATTATATTCTGTAATTGCAATCACTTAATCAACTAA ATTAGTAGTAATAATTAAGAATGGCATACTTGTACTTGCCTAGAAATCATCAACCAGATG ATTCAAATCCCCAATGGATGAACAAAGCTGACAATGCTTGGCAATTGACTTCAGCCACCC TCGTTGGCCTTCAAAGTGTTCCAGGTATATATTAACACTCCTACCTCTGTAACCTCATAC AATATTTTTTCGTGTTTGGCTCATAAAAAACAATCAAGCTAATGCGTGTTAGAGACATTT GAATGGTTCTGATATCATGTTGAATTACGTGATCACCTTATTTAAAGGTTAAATTTATTT AGAAATAGCTACGGGTGGAGCTACTATATATACTCCATTCATTTCAGTTTGTTTGTCAGA TTTTGACTTGACAAAAATTTTAAGAAAGGAAATAAGAGTTTTGACGTTCATGGTCTTAAA TTAATGATATGTGAAATGTGTCAGAATGTCCTATTAAACATATCACGTGAAAAAGCTAGA ATTAAGGAGTTGTCAAATAAAAAAGGGACATTTGTTTAGAATGGATTAAAAAGGAAAGTA AAACAAAGAAAAATGAAATGGAAGGAGTACTACTAAGTATGGGTTTTGGATGAATCTAGT AACTTTTGCTTAGATGGAAAAATCATTGAATCTGAACAAATATTTAATTGTGAATCCAAT AACTAAGACGAGATATGCGTGTTCAACAGCAAGTTCAGAACTCATAAACTTCAAATTCTG GCCCTGCCTCTGAAGCATACTTTTGATTACTTAATTATGTTATGTCGCGATGGCAGGTCT TGTTATCCTTTATGGTAGCATTGTGAAGAAGAAATGGGCTCTCAACTCGGCGTTGATGGC CCTTTACGCCTTTGCAGCAGTCCTTGTTTGTTGGGTTGGCTGGGGATACCAATTAGCCTT TGGTGACACATTAGTTCCATTTCTTGGAAAAACAAATTTTGATGCATTGGAACAAAAGTT CCTAACGAGTCAAGCATTTGTTGGCAAGTTTCCAAATGCCTCAATGGTCTATTTCCAGTT TGTATTCGCGGCGATCACTTTGATTTTAATAGCTGGTGCCCTGCTCGGGAGGATGAATTT CATCGCGTGGATGTTGTTTGTTCCTCTTTGGCTTACTTTTTCATATACAGTAGGTGCATT TAGTATCTGGTGCCCTCAAGGTTGGCTGTTCAGGATGGGAGTGATTGACTATTCGGGAGG TTTTGTTATTCACCTCTCTTCTGGTGTTGCTGGTTTCACTGCTGCATATTGGGTATGTAT TTCAGTACTCTTGTACCCATTACTCTTATGTCGTAAAGTTAATTTTGAACCGGAGAATAA CTTGTACATTATGCCTATATATATGTCATCGGAAAATGAGAACGTTGAAGAATGCTAGAT TAGCCCCTGGAAAACAAAAGGTTGCCATAAGCATAAATTTGTCATGTAAGTATAGTCATG TCTGCATCTCACGTTAGACGAGAGATGGTGTCACGTTAATGTTATGTTAGACGAGTTGCT GACATGGCTAAGGTTACATGACTTGTGGCAGCTGCTTGTACCATGTCGAAACAGAATTTT GATTTCTATATTATCTATGCATAGACGAGTTATTTTGCTGTTACAAAAATTATTTTTACG AAAAGCAACATCAATTTCTTATGAGCAAAAATCGATGTAGGTTGGACCAAGGGCACCTAG AGACAGGGAGAGGTTTCCACCAAATAACATATTGTTAATGTTGGCTGGTGCTGGCATTCT ATGGATGGGATGGACAGGATTCAACGGCGGTGATCCATATGTAGCTAGCCTTGATGCATC CTTAGCCGTCCTTAACACGCATGTTTGTGCTGCAATGAGCTTGCTAACTTGGCTAATGTT AGACATTCTCTTCTATGAAAAGCCTTCCGTCATCGGTGCTACCCAAGGGATGATCACTGG CTTAGTTTGCATTACGCCTGCAGCAGGTAACTGAAATAAGTCTTTAAGAAATGTAACATC TACCAAAGTGCTAGTTTTTCTTGCAGTAAAACCTCAAGTCTCACCTATAAGAGGGTTGAA TTTAGGTTTTAAACGCAACGATTGCACATCTTGGTATAACATAGAGTACTTATTGTTTAA GTTCTTAAGTTATTTCAGTATACATATATTTAGTCCTAGCTTGAGATAGCGGATGTACAT GCATTGACTGTTTATATTCTGGAGTCATAATAATACATAACAAAACACTCAAACTTGGCC TCAACTGGCAAGTGAACACTTCAACTTTGAGTATACACGTCTAGACAATTCAACTCGTCT TCATTGTGTCATCTGAACACTCCAACTTACAAAACGATCATCTGGACACCTCCAAAATTT ATGCGTCATGTCAGTGTCAGGCATAGTGGAAACGAGTTGAAATGTTTAGTCGTCAATTGA GACCAAAATTGAGGTGACTATTTCAAAGTTAGAGTACTTACTAGCAAGTTGAGGCCAGGT TTGAGTTTTTGTTTATGTATTTTTTACGTATATATATAGTAGATGTTGAACCCTTGTAGC CTTTTTTGTGTGTTTATGATTTATATTTTGAACCCACTTAGTGAAAATTCTGACTCCGCC ATTGAAACAGGGGTGGTGCAAGGTTGGGCAGCAGTACTAATGGGGCTAATGTCCGGATGC ATTCCATGGTTCAGTATGATGTTCCTTCATAAAAAAATGTGGTTCCTTAAACAAGTAGAC GACACCATGGCTGTGTTCCACACACACGCAGTAGCAGGAACCTTAGGCGCGATTCTAGCA GGTGTATTGGCAAATCCAAGACTGAGTCGCATCTTCTACATGGTTGATGATTGGCCAAAG TATATAGGCCTTGCTTATGGCATTCAAAGTGGAAAGTTCAATGCAGGGCTCAGGCAATTA TGGGTACAATTGATAGGTATCGGATTTGTTTTCATTTGGAATGTCGTTAGCACTAGTGTG ATTTGCTTATTAATTAGGACAGTGGTTCCTTTGAGGATGACAGAGGAAGAGGTCAGTGAG GGAGATAACGCGGTACATGGAGAAGAGGCGTATGCATTGTGGGGTGATGGGGAGAAATTC GACAACTCAAAACTCCAGTTTGTTCATGAAATTGAAGAACATCAGTTGTCTAAAAGTGGC TATGGACTTTAATTGTTTACTGAATCTGGTGCTGTTATTGTTTCAACATGATAAAATATT TGTCAAAAGTTTAATAATTCTCAAGCCCTTTTCACTATTGTAAGGTGTCTTAGCAACATT ACATCTTATATTATATCATTCTGGACGGTTCTTTTTTAATTTGTTGTTGTTATTACTGTC TTCGATTCATATTATCTGTCTTTGAATAACTCTGGACACCTCTTAAAAAGGATATATAAC AGCCTTCTTATAGCCAGATTGTGAGGTTATAGCTCAGATTATGATAAGAAGGACGAGACG GGAGAGGCTTTTTTCAAGACAAATCACTCATAAGACTAATAAATATATAACCACATCTGA GAGCGTTGAGAGAAAATTGTTGGAATCACATCAATATGTTGAAGCATTGTTTTATGAAAT AAATTTTGTAGTGGTTGATTTCTCATATAGTCGTTCAACTAATAGTTATTGTATCAGAAA GTTTATTTCAATTGGAATATGTCACATTAATATTTAGTTATCTGTTAGCATTCTTATGCA TCAGATTTATGCAAATAAATTCCTGTGAATTTACACCTCTTTCAAAATCACCAATGTTAA AGAGTATTTTCATCCTTCAAATGATGATAAATCGAAAGGATATTATGAACACTGCGCGTT ATGAAATCTCCAGATGATCTTTTTTCTTGATTTGGCTGTTGCAATCTGCTTGGTGTTTAT TGTTTAATTTGCCTGCATGAAGAAGAACATACTCAGGCATGACTAATATAATATGTTTTT TTCTGAAATAATTATGGTAGATGAAAAAGTTACATAGTTTGTAGCAAGGTTGCCTAAATG CTGGATCTTTATCTAGTGGAGGAGGATCCTGCCCAAATATCATTTCACAGCTCATATCAT CAAAGTCTGCAAAACAACATCATTTTTATTAATATGTAGAATTTGCTTCTTTTTTTCTTA CTATATGATTGGATGTGGAGAGAAGAAGTGGATGAACTATTATTTTTTCTAAAAATTGAT AACAACAAATGTATCTCAATAGCACAAATAAGTTGGGATCGACGATACGAGGTTTATGTG AACTTGCTCATACAGATGTGGCATCAAGGTGGGACCTCCCATTGAAGTGATTTGTAAAAT CTTCAAACTTATAGTGCAAAGTATTATTAAATATATATGTTAGTTATATTCGTCTCAGAC TTTTCAAAAAGTATTTGACATTTCATTTTCATTTTAACTATTAATGTGAGACTTTATTCG TACAGACAAGGCACAATAACATAATGGAAATTTTAGAGTAGTGTGTATTAGTATTTGGTA TAAGTTTATACTTACTTGGCACCATATTCACTGATATTCCTAATGTATCCTTGATGAATA ATTGAGAAGGCATCTTACAAAGATTAGTGCACATTCCCACACAATTTGTTTCCTCCAAAA ACCTACAAAAGTAATATTGTGAAAATGGAAAAGGTTTGGGAATTAATTTTAAAATACTTA GTCCTTGGCCATCATCATGACAATACACAATCTCAAAGAAGCAAAATTCCACTAGAATTT GTTCTTTGAACTTTTAGCTGAGTAGTCAACATTGTCCAAAATATGTGATAGGTTTTTGGA CAATATATGAATTGAAGTTCTTTTCTCTTTGTTAATAGAGCTTTGAAAAATTAACCAAGC ACGAGTTGCACTGAAGTGACAAGCACTCCTTTAATTTACTTTAATACGAGATTTTTCAAC CAATTTAATTAAACTTCAATACAAGTATCAGACACCAAATAAATAAAAAAAGCTTCGAAA AAATTAAAATACCTGCATTTTTTAATGTGAACCACATTGTTTTCTTTTCTCCCGTTAAAC TCAGACTCTTTCACCTAGAAGCATAAGAATATTGTTAAAAATTATTGTTCACTACCATTT GACTTGAGTGTTATGTCATTGCATATGTAAAAATCAAGAATGTATCAATATGTATGACAT GATACAATTTATGTGTGGACGGTGCAAGAGTCAAAGGACTTTGGTAACTTTTTTATATAT ACAAATAAAACAAAATTGAGATCCTTATTAAAAAAGATAATTCTCTCTGTCCATTTAAGT TAATATGCTTATTTAAAATAATAAATTTCATAATAATTGTTAGTTAGTTAAGGGAAAAGG CTCAAATATGTTCACCAAACTTTGCTCATTTATGTTATTTTTATTTGAGAAAAAATTCAT CCAGCCATTATCCGTTAAGTCAATAAACTATATATGACTTACATATTATAACAAAAATGA TCATTAGAGGAAATTAATTCTTAATTGTCGCTAAATATGTATTTTTAGCGGCAATTGACA CTTTTAGTATATGTCCCTAAAGTCTTTAGCGACATTTATTCTAATGGCACTTAACTAATA CCGATAAAAACTTTAGCACTCTTTAATAATATCAATATTTAATACTGTTAAAAGTTATTT TTATTATAGTCACACGTACATATTCGAAAAGAAATACCTCACAAGGTCCAACTAGCCAAG GAAAGAAGATAGTAGTGAAAATAGCACAATACTCCCTCGCCCACTTAGATTCCGGTAATA ACATTTTTACCTGTTAGAATATCAAGAAGAAATCATACGAAGAAGTTAGAAAGGAAATTT GATAACTATATTATATATTATTGATGTGGCAGTGAAGTGATGATGACGTGGGGTGAGTAT GGAATATTTTTTAATCATGTGATTAGTTATATGTGTATTAGAAGTGAAATAAATTTACTT TTAAGTAATTCTAGATCGTCACAGTTATATAAGTGTATCACTGAATTTTCGTGACAAGTT TAGAGGAAATTTTTTGTTTTTTTCCTTTCTTTAGGGGAAGGTAGAGGTACCTTTCTAAAT TATAACCCAAATCTCATCAGCGCATCTTTACTAAACTAATGTCCTTTTACCCCTGAGCTT ATTTTTTTGTAATTTTGTACACCTTTTTTACTTACGTGACATCCAATTATATCTCACGCA TCTTAAATATGTGGAGTCACGGGATGTGTCACATAAGTCAAAAGGTGTACAATATTATAC ATAAAATGAGTTAAAGGGGTAATAGGAAGTGGCATAACCACATAGTGGTTGGACACCCTT CATAAAAAATAGCATATATACAAATAAAATGATATTGGAAATGATTAAATAACATATTTT GGACACCCTTAACATAACAAGCTGCTATTTCTGGAAATCCTTTAACAAATTCCTGTCTCC GCCACTGATAATAGGACCTTAATTTACTTAAGATGAGTTTTTAAAATTTCATTCATTTTT CTTTTCTTTAGTGATAAGTATTTATAGTCCGCACAAACATTAGGACATATTAAAAGCAAG ATATTTCAAAAAACTTATAACTATATATACAAAAATATTATGACATCTATGATCACATAT TGAACTATCGTGAACTCGTATTAAAATTATTAAATATCTACAAAATCTTTCTTAACTATT ATAAACTTACATTAAAATACCTTTTAGAGTAATATAATATTTTACGTGAACATCACAAAC ATATTATTAATAATCTTTCAAAAGCTACACCTGGATTATTTTTAAGCATCACCAACATGT CATCCATAGTCATCACTATTAGAAATGTATATATTATACATATAAGTATATTAATAATTA CTGAATTGTTGGAGATAAAGCAACTTGCGTTATATGCTCTTTCTGTCTTTATCGTTCAAC CTAATAATTTAATTTGTACGTTTTGTATTTAAATATAGACGGACCATTATGCAAAGCTTG CCTTTTAATAATATAAACTAGGGAAAAGGATAAATATATCTCCACACTATTATAAATGAT ATACAGATAATTTTCGTTATATTTTTGGGACATCGATATTCTTGCCGTCTAAAAACTAGA ACATATTTATACTAACAGATATACGCGTGTCATAATTTTCAACCGATCGATATTTATTAA ATATTAGATTGACGGATAAGATTGTGTCACGTGTCATTATTTAGTCTTCCATTATAGTGA TGGCATATATGCTTTAGTTTTTGAATGACAGAAACACTAGTATCCCCAAAAATATGACAG AAAATATTTTCATTCCATGATAGTTTAGGATATATTTATTTTTTTTCCCTATAAAATATT AGTTTAGTATATACTTATATAAAAGGGGGTTTAACTTATAGGTGGAAGTGCAATTGAATA TTATTAGAAGTTAATAACAAGAAAGGATGACAAAACCAAAGTTTTATTCTACTTCCTAAA TATTGACGTGCATGCTATCGTCCGCCCTATCGAAGCGAGGCGGAAATTTTAATAAGAAGA TTTAATATATTTAAATTAATGAATTTAAATAATTTCTGAATTAATTTTACTATTACAAGG AGATTCATAAGTTTTTATATATATTTAGGGGAGAAATTATTTTTATTTTATTTACATAAT ATTGTTCATTATTTACGTGTTCATATTATAATATTTGTTGTTGTTACCTTCTTGACTATT AAGTATTAGCTCCACTTAGATTAAAAATTGCCTCAATTGAATCTATGATAAAATGTATGG AATAAAAAATGAAAAGAGGCTTAAAAATGAATTCATTTATCATAAAAGGTCGATAAATAT CTAGTTCAGATATGAAATTCACAACGGACTAATACTATAGTGGTGAAATGGTGATATTAA CGATTGATCACCCAAATTTTATTTCCACGTGAAACTTCTTTAAGGAGCTTTTTGGCGTGT GTGTTGACACGTAAAATGTTATATTAATGCTCTAGATGATATTTTAATATAAGTTAAATG ATAATTTAGGGATAGTTCTGTGAACAATAATTTAATTTTCTTTTAGCTAACTCATTTTTC TATTAAGGGGATTCAACACGTTAAAAATAAGATAAAAGACAACGAGTAAAACATATTTTT TTTAAACATATATTAACATTATAATATATACTATTAAGTTAATATTTTAACATGTTGTTA CAGGTAATCGGAGTATGCAATGAAATCAGATATTATTTGAAGATAAAATAAAGTTAGAAG ATATGAAGTTGAACTTGCCAGAGAAAGAATAGGCTTAGGGAATGCCCTTTGAAGAGATTC AATAACAAGATTTGCTTGATGTGTTGAATTAAAGTTCACATACACAACCCTTGCAGCCTC CACAAAACCTTCATATCCACTCTTCTTGTTTCTTAATCCTAAAATTAATATTATAAACAA AGAAATAAGAGAGATTATTGAATTGGTACCTTTTAATTCGAGTCGATTTCTTGAATGGTC ACTTAACTTGTTAATTTTTATTATTTCAGAAAGTCGTTATTTTGTGTTTAATAAAAATTG ATTTTCTGAGATGATAATAACTATAATTTGAGTGATGGTTGAGAAATCAACCAATTATTT AGTCAAGTGTGATGAGAAAGAGAGGTATTTAAATATTTATTTTTGGTTTTGGTTTGATAT GATGAAATTTAAAATAAAAAGAGAAATTTTGAATCATGTGATTTTAAATTAAAAATATTT ATAATGAATTAAAATATTTTATAATCTAACTGTGATTTTAAACATGTCTCACAGAAAGTT AAAATAAAAAAAAGGAAACAGGTATTCTTTTTTAAACACCCTAAAATGGAGATTGAGCAC GACAAACTAATTGAAATGGAAAATATATAATTACCTGTGGTAGCTTGTATACTTTGAGAG AGATGATTAATAGCAAGATGATCAAACCAATTATCTTTATAAACATGACAATTACTACTA TGATTATTGTGTGGTGGCTTTGTTAACACACAACATGTTGATGGATATGCTAATTTATTG TACTTATAATATGTATTGATCTTTATATTTCTCATGGAAACTTTTGAAAAGCTTTGGTAA GATAGAACAAGATTTGCCTCCATATGTGAGAGAAAGAGAATAATTATATATATGAAAGAG GATTAATAGAAGAAAATATATAGACTCTAATACTAATTGTGGACATATTTATTTATATTA TAATTAATTATGAGGGGAGAAGTAATTAACTAAGTAGTGCACATATACATACCATTGTAG AAAACAAACAAAAGAGAATGAAAGAGTATATTAAGCAAAGTCTAAATCTTGATACCTTAA GTGATCAATTAGAAATATTAAATTAATATAATAAGATGATTACATCATGAAACTAAGTAA CTAATATATAATTAGTTTATAAGTACCTTAATTAATTAATTAAGTTCGATGCATCCTATT TAAGTTCTTAACTCACTTTTTCTTTGGAACAATTTTTTTTTTAAAAAAAAATGATAAAGA AGAAGTCGGCAAGAAGATGCCATTTGCAATTTTTTCTTTGAGAGAGTCTCTTGTTCTATT CATATTTTTTTTCTTTTTTCTTTCAGTGGAAGACATAATATTTTATATAATATAATCCAC TTATCTTGTGTCGACCAGCTTGATCAAACAATGAAAGGATTATTTTTTCGATGTAATTTG AATAACACATGATCACATCAAATCAAATAGAATATAATCTAAACAACACGTGTTTATATC AAATATAAGTAGTTATCTTCCTTTATAAGAAAAGATTGTGAATTTTTAATAAAACATAAT ACCATAAGCATCTCAAGACTAGATTCAATTTTCATCGATACAAGTTTTTTATACTTCTGC ATTAAAGTTATATTAAGTCTAATCATGATAAATAGTGATGTCCAAATGCAAAGCCACACT AGAGTTGAGCTTTATTAATAAGGTTGATAAAAGTTTTAATCACTTTATCAGTATCACTTC TCATGATCTGTACGATGCAATTTCAATTTGAACTAGTTATGTACAATACTAGAAATACTA TCTGCTCTATATCCTTGTACGAGTCAACAATGACTATACAAATGAACCTTGATTTGGTGA ACCAAAGTTGGCTATACTTCAAATCTGTTGAGCATAGTTTGCATGTACAAAGAAGATGCT CAATGTTTTCTTCTTGTGAAATTGAGCATTTGATGTCTGTTAGGAGGATCTACAATCTTC TAAACAACCCATTCACATACAATAAGCATCAACAGAAACAGGTTAATTGACTGCATAGCA ACACGATATAAATGTCAAATTAACATTTCCATAGTCCACTACATCCCTACAAGTTTTAAC TAGATCAAACATGACTGAGAAGCTGAAATTGTTCCTAAATCAAAATACAGGACTACTAAT ATCAAACCAGATAACAGAGAAAACATGCTAAACACCAAACTGTCATTTAAGTCAAGAGAC AACAGCATATGACCATATTTCACTCCTTGGTGGTTTTGTTTATGAGTGATTTGTGAATGT GAGGGATGACACCGCCACCAGCAATGGTCCCTTTAATAAGGGTGTCAAGTTCCTCATCTC CACGAATGGCCAGCTGCAGATGCCTGGGTGTGATCCTCTTCACCTTCAGATCCTTGCTTG CATTGCCAGCCAATTCAAGAACCTCTGCTGTCAGGTATTCCAGAATAGCAGCAGAGTAAA CAGCTGCTGTGGCTCCAACTCGTCCATGGGCTGCGGTTCTGGACTTGAGTTGACGGTGAA TTCTACCCACTGGAAACTATGATCCCCAAAACATGTCCAAGAAAAATCATATCAAGCATA ATTTAACATTGTTTGGGGGTAAATATACTACTAATAATATCACCAATCATAAAGGACTTC TTTTCATTGTGGTAAATGCAACGACAACAAAAATGTTCAAGAAACTCATTCAGGATGACA TATACAATCATAACCTTAGCGGAAAGACGTCATTAGAGCAAGAGATCCACATTTAATATT ACCACTTGGGAAAATACATATTTTGCACCCTAAACTTATCCAGTAAGTCACTTTACATAC TCAACTTTGTGAACATATCAGTTTCTGCTTTTTCATTACTAATTTCTCAAACTACACATC TTTCATTCTTGCAACACAAATAAATATCCAATAATGGATTGATGCTACAAGCAAATTATT TTAATTACTAAATATTCATCTATTCCAACTTAATTTGCTTGGAATTATAACAAAGATTGC TGGGATTTTATATGTTTAGGTGGAGAGATGTTGCCTTTAGTATCCATGAGAAATACAAAT CACTTGTTATGAGGAACTATACAGATTTAGACAATTTCCTGATGATTTTTTTTTACTTGA ATTTGTGGGGTGCACCAGGCCTGGGCTGCATAACACCTAGGCAACGCACGAAGGCCCGGA TAGCAGGCTATCCTGATGGACCTTTCCCCTCAAAAAAAATAGAGATAATATCATGCGAAC CAATGGTCCACATACCAGATATTAAACTGATAAGAAGAGATGCTTCACTTGATCTTAGCC AAACGGCCAAGAAAGGTATGCATTAACAAGTTAACAGGCATCTGTTTATGTAGCAGCTTT CAGCTGTCTACACATTAGCTCAGTCACTTTACACACTTGAAAATGTAATTAATTATTCAA GTGTTATCGTTTAACAGGATGATATATAACTAATAAAACTTCATTCTTTTTTATGGGCTC TTCTCCTTCAATTTTTTAAATTCTCTCTTCTGTTTGTTTTATTTTATTCTTCTCCTCAAT CCTCTCTTTCCGGACAACATAGTCAGTGCCACCATGTCACCACCTCCCATTCCTCGTACA CATTACTTTCATCCCACCAGAACCTACAACCATTTCGAATCTGCCACCACCCCATCACTG CAACAAATAATGCAAAGAAACCCAACAACCTCTGCCCACTCTCAGATCTGAAACCCAAGT AGAAAAACTCACTACTTCCAGATAGCAAAAGGAGCACCAATTGTGAACAGAATCATCATA GCAATGTGATATTTCTTGCATTATGCAATACATGTATGAAAACATCATCTTACCCAAGTT GAACATTTTTTTATTTCTTGGGTGTGTTGAACTGCAAAATGAAGTTGTCTGGAAAAGTTT GGGAGAGTATTGAAATGCTAAACATGGGTAATGTAGGAACATGAATAACAATTCAACCAG AGTCGATGAAGAAGAAACCCAAAATGTTCCTGGATGGGTGTAGTTGAACTATTCTTGGGA TTGAATTGTTTATTTGTGGATCAAAAACTTATGGTGGTACATGAAGGTTAATAATAAGAA TAATTTGCAGTTGTTTTTACCAAAGAAAAAGTAGAACTGATGAGAAAAGGACCCAGATTT AATTGATTATGTGGTTGAATTGGTATTAACAAGAACCGATCAGACTGAGTATGAGATTAT TTAGCAAGGTGAAGTCAGAGAAGCAACGTGGGATGGTGATTCAAATTGCCATTATTTCTT GTGAACACAAGAGTGAAAGATAGGACACAGATTTCATAGAATTTACTAGAATTTTCTGAG GTAGAAGCTAGTTTGGAGTGTGCACTTCACAGCTGAGCTTTAAAAAGACAAACAAGGGGC AATCGCAAAGAGGCCACCTCCAAAGTTAAGGTGTTTTACTGTGCAAGTGACTTTCCTGGA CAATTTCACAACAAAATATCCAATGTAATCATATAAGTAGAGTCTGGGGAAGGTATAGTA AAAGCATATTTTACCCTACCATTAAGGTGCAATATGTACCCTCACTATCATTTATGCAAA TTGAATGTCACGTGAATGAGACAACATTCTATGTACATCATCATGATATTGTAGCATGTT CATTCTAAAATTTGCACACTCAAGATGAGTGTCATGCCAAAACTAAAGAGATTTTAGTCA TATATCAACAATGTAAATTACACCTTCAACAACATACCATAGTATTGTCGCACGTTTTGG GAAGGGTAGTGTACAAAAACTTTAAACCTATGGAGATAGAGAGGATGTTTTCTGAAAGAC CCTAGGCTCAAGCAACACATAACATGACAGTTTGAAAAGGACAATATAGAGATAGAACAA CGCATAACAAATAAACAAGTGTAACAAACAGTACAAAGCAAAATAATGTAATGACCAAGC ACCAAGAAACATGTAGTAGCAGTAATTAAAGAACAAGAAATTCTGCAAATAAATATAGTA CTATCTAACCACAAAGCCCCTCCCTGTAAGGAGAAAGACAATTGTCAACTATCTTAACTA TTTACCCTAACTAGATACCTATGTATCCTCCTACGTAAGGTCCATGTCCTCATCAAGCTA AAATTGTGTCATGCCCTGCCGAGTCACATCTCCCCAATACTTACCCAAATTAACTGTACC CCTAATTAAACCCATCCATGTCAACCTCCAACGCCTCCTTAACAAGGTGTATGCATGTTT CTTCTTCACATATACAGACAATCTCAATCTCACCTCACATCTTGTCCATCACAAAGGTCA CTCCTAATGTGTCCCAAATATCTTCATTCCTAATCTTGTCTCACCTAGTATGCCCACACA TGCAGCTATGCATCCTCATATCCACAAAAGTTCCATGTGTTATTTAGCCTTATAAAGAAA TTGAGACACGGGCAAATTACATTTCAAAAGACGATTAGACAGACCGGAACTTCACAAATC ACATCAATGGCATTTATCATTGTCAAACCTGTACTATTATTGCTCGCATTGTGATTTGTA TAAGACACACACATGCATGCACCTGAATAAAGAGCTAATAGTCTTCGACTTGTCAAATTA TATTCTCAAAGTCAACTTAGAAACAAAAGAAACACATCCACAAACCTAATGAAACAGAAC AAGCAACCACAGTATGAACAGGGAAAGCAATTCTCAACCAGGTTCTCTAAAACCCTTCAA CAGAAAAACTGTCACAACCAAACCTAAATCTATAGTGCAAAAGACATTGACTTGCTGCAT TTCTCCAGTAATTGAAAAAAAATCACATTACCTGAAGACCTGCTCGAGATGACCTAGAAA CTGGCCTTTTCTTGTCTTTCTCCTTGTTGGCTGCTGCAGCAGCAGCAGCTGTTGTCTTTC CTGCTAGCAATCCTTTACCACCTTTCCCCGCCATCTTATAAAAAAACAAAAAACAAAAGG TCAGTATTTGTGTTATCTGGTTTCTTCAATCTTGAACAGTATAAACCCAGAATTTGCGTC AACGATAAACCCAAGATGAAGTAAAGAATAAAGATCTGAGTTTTCCCCGTAAAATCAACT AATTAAACTCAGATCTTCCATATACCACTAATTCTAACAAAACCCAGCACAAAAATACTA AAATCCAAACACCGAAAAAGGGTTTTACAAACAATTCAAAACGGAAACACCCCTAGAAGA AAAAAAATACGAAAACCCCACAATGAACAACGAAATCAAGAAAATACCCAAAGAAAAAAT TAGGGATTTTACCCAAATCTCATTCACCAACAAGTAAACTAGTAATTAAAGAGAACCCCA CAACGAAAAACGAAAACAAAAAGTTACCCAAAGAAAAAATTAGGGTTTTTAACCAAATCT CATTCAGCAACTAACAAGCAAACTGGGTAACTAAAGAGAGAAGAAGAAGAAGAAGAAAGA GAACATACCTTTGAACTTTTGGGCTAAGCAGAGAGAGAGAGGAGAGAGCAAAGGATAAAT TTTTTTTGGAGAAGAAGATAATAAAAAGAGAGAAGAGTGGTCAGATCTGTAATATTATGT TTATTTTTAGTGCCACATTTTATTGTAATTTTGGGTTTTGTTTTGAATGTTACGTCTATT TGCCGCCTACAATTTCCTTTTGGGTGGGAATTTCTGAAATTTTTTAGACTTTTTGGGTTT CAAAATTTTCATTGCCCTCCATTTTTATTTGGGGTTTGGCCCAACCCAAACCTTCTATAA ATAAACCCAATTTTAAGCCCAAGAGAGGTGGATGGAGCAAGTGAGATTTGCATGTATCTG AAATATTATGTACATATGAGAGTGGTGAGCGAGATGAGAGAGAGGTGAAGAAGGCGAGCG AAATTTGTTATTAATCTCATATACATACAAATTGTCTCGAATATAATGTATATAAAAATA AATTATACCTAATTTTAATCATATGTATTTCGGGATACATGGGTCAGAGTTAAGTGTGAT GGATTCCCATATATTTGAGATATATAGATAAATCTCATTCGTAACTCTCTTTTCTCTCGT ATTTGATATCGTAGATACATATGAATCACATTAGAAACATGTATGTAGTGTGGTTCACAT ATATTCTAAGATATATAAAATATTTTAATATATATGGTAGCAAAAATATATATATCTAAA TATATTTAACTTGAAATTTGATGTGAATTACTTAAATAATATATTTGTGTGTATATATAT ATATTTGTTGGTGTCAAGAAACACGTAAAACTTCAGAAAACAAAGGAGAAGGCTGAATGC TGATATCGATTGATTAACAATAACATAATACAAATATCAAATAAAATCTCTCCCATATCA AATCATGTATTGCATTTTTTTTATATGTTTCTTAATTAATATATTACTTATGAGGAGTTA TTATTATTTTGTTCCTATTAATGTCTTAAATATCACAATCAAGTGTAAAATGAAAAAGAA TCGAACATTGTGTCTTGAACTTCTACCATCACAAATACTTCTTAGGTTTAGTTTGAAATT TGCACGTTCTTTAAAATAATATGATGATATGATTAATCTATCACAATATTCATATTAATT GTTATTTAATAGTATTTCTTGCAAAATAATTCAAGTAATTTATTAATAATATTAAGAATA AAATGTGAAGAATGAAAATATTTTTATGTTGATATTCTAAAAGTGACGAGTAAGATAGCG TTAACATATTTTTAGCATTTCGACAAGTAAAAGTGAGTGAACGATATAAAAAAAAAAAAA TATATATATATATATATTCAGCATAACACATAGCACCACATGGTCATACTTTAATTTTTT TACACTGCATGGCTAAATATATATATATATATATATATATTCAGCATAACACATAGCACC ACATGGTCATACTTTTATTTTTTTACACTGCATGGCTAATGATATTTTTCTCAACATGAG TTGTGGTGCACTAGTGAGACTGTTTCACCCTTAACCAGATGTATGGGGTTTGAGCGCTGA CTATGGAGAAAATCTTGTTGATAGCGTTACTCCTGAATGGGCCCTACAATGCGCGATCCA AGTTTAGATGGGACTTCAATGTGAACTTCGAACATTAGATAGAAAACCAATATAAATATA TATATATATAATGTTTAATAATATTTATACACCTGATCTACAAAACTATACATCATGTAA GCAATATACTAATCTTGATTTGCTGCATATAGAAGATGCGTATGCTCTTAAGAATTTTTT CATTTGGATTTAGTTTCCTTGGTCGAGCTTTCTGCTCATTAGTGTTCATATTGATAACTT GAGGTATCTTATGGTGTGCTCACCACAAAGAATTGTTATCTGTTTTTTTTTTTCTCTTTT TCTATAAGGTAAATCGTTTTGTACCGATTATATTGAAAATATTTAAAATTTTGAGACGAT TTATATTTAAAATTTGAGACCGTTAGAGGGTGATTTGAGTTGGTCGGGATCAGCGATGAC TCGACAATGTTAAAAAAAAATACATGTGCCTTAGGCCCAAATTTAAGAGGCCTCGTTTTT TTTTTTAATAATAATAGGTTATAAGTTAATATTTGAGCAACTTTCACATGTAACAAACAC AAAATTTATATTTGTATGCTAGGAAAGATTGCGTAATTGCGCTCCATAGCAAACATATAT ATGTATAATTCGCTATACAAATACAATTGAAGCGAATTGTATAAAACGTGAAAGAGACTT GGGCAGAGAATTGTATAAAATGAAGTGTGTAAAACGAAATATATAAAACGAATTGTATAA TCATAAGTGTGTAGAACGATTATATACAATTTAAATTTGTATAAAACGAGAAAGTGAGAA AGGCAAAAGAGACTTGGGCAGGGAATATACAATTGAATCGAATTGTATAAAACGAGAAAG AGAGAAGTTATATACAATTTTAATTTGTAAGAAACGAGAAAGAGAGAAAGACAAAAGAGA CTTGGGCAGAGAAGTACTTTTATTGTATAATTATAATTGTATAAGACAGAGATATATGTA TTTGCATTTGCATATACAATTTTCTCTCGCTTTATACAATTAAAAACACAGTTTTGTACA ATTTTATTGTATAAAGCGAGAGAGAGAGAGAGTGACGAGCGAGAATATGAGGGAGAGAGG GACTGACAAAACAGTTTGCTATGGAACACAAAAAAATCAAACGGTAGCAACTATATTTTA TTTTATAATTTTAGTTTGTCACTATATACAATTATCCCTTATTATTTTTTAACAATTATT GAATGCTATTTGTAGAAAGAATAAACAATTCATGAAAAATGAAGGGATTGTTAGAATTTT TTTACATATTTTGAGTACTATATCTTATGAAAAATAATTTAAAATAAGAATGATTATATG AGGTAAATATTTGAAGATATAAATTATATAAAAGTTATGAAAAATTTAGGTTTAAGGCCC TATTTGATTTTTGTTTTAGGCCACTAATACGCTTGAGCCGCTCCTGATCGGGATTTAATA ATCAGTGACTCAGTGTATACTTCTTGTATAATTAAGCTATATTCAATTTTTCCAGTGTAT CATAATGCATAATCAATATATAGCTCATGTATATGTTAAATATATTCAACTTTTTGAGTA TATCATGTTGTATAAATAAAAATACATATTCTATGATTTTCTTTTTATGTATAAATAAAA CATGACTATGACTACATTTATCGTAAACTATTGCTTTTAAAACTATCCCTGTAAAATCTT TCAAACTTCTATGGCCATATATTGTAAAACTCTAAACTATCACCAAACCTTTTAGGTTCC ATTACATTTTTCTTCCTTACACCAATTCATGAGGAAATTGAGACCTAAGTGAACTTTTAA CGAAAGGAGTGACTTAACCATCACGAAAAAAGTGAAGTGGAAAATAATGAAAAGTAAGTG ATAAAACAATTTTTTTAAAATAAGCAGATTTTAAAGATTTTGATGAAAAAACATATTTGT TAATATAAAAATATATTATACAAATATAGAATTCAAATATGAGATTTGAAGTCAGAAGTA TCCAAATTTTAAAACTTAATCATAAGAAGCGTTTTAACTCATTAATGAATCTACTTAACA TGAATTAGAATTATTCGAATCATTAAACTAAATGATTAACAAAAAGAATCTGAATTGCTT TGAGATCAAGGAAAAAAAAATATTCTCTTGCAAAACCAATTAAGTCAAGCAATGTATTTT ATGAAAATGACTTCGTTTTACTTTTTTCTTTCTTTTGTTCTTAAACTTGTTATTGTATGA AAATGACTTCATTATTTTACTTTCTTTTTGTCTCAAACTTAACAGAAAACGCATAAGTTA AAATTTTCTACGATGGGTACAATATTTTATTAGTGCATAAATGATAAATTTGTTATGGGA TGACAATATCTTGTTGAAAATGAATAAATTATGTCGTTAGCGAACACAAGATTTGACGAT TAGGGATGCACCACTATTTTTTAATTTTTTGGTCATTGAAGGCAAAAATAGGAAAAAAAT AGTGCCTAAGTTGGATTCAAACCTATGACGTGGTGGGCAATAGTAGGAGCTCCAACCAAC TTGGCTAGGTGAAGTTTTGGTTAAAAAAAAAAGTAAAAAGTTGATACTCAGAGATAATAA TAACTATAATTTGAGTGACGGTTGAGAAATTAACTAATTATTTAGTCAAGTATGGATGAG AAAGATAGATAATTAAATATATATGAATTATAGTTATTTTTTTGAAATTTATAATATTTG TTTGGTGAAAATTTTACAAATTATATTATAAGTGTATTAAAATGTGTGATAAATGTGTTA TTCATCATTAAAACTTGTATTATATGAGAATAATAAATTATTCTTTGTAATATGTATTAA ACTTGTATTATAAATAAATTAAAAGTGATCAAACGAAAAAAAAAATATTATTATTATAAA TGATAACTACATTTTTACTATAGTATATTGACGTAATTTTCACAACTTATAATTACTTTG AATTTTTATGCCCCATTTATGTAATTTATCTATGATATTTTATATATTTAGTATGAATAT ACTTTTTGTATAGTATATAATATACACAATAAGTACATATTTTTTGTATATTTAACTAAT ACACAATAAGTACATATTTTTTGTATATTTAACTAATACACAATAAGTACATATTTTTTG TATATTTAACTAATACCCCTAATTAATTTCAGTTTATGAAAAGAAAAACATAAATATAAA TCATTTGGATATCATCGTCAACTTATTGACTGCATCATATTATTTTATTTTTATGAAAAA GATAAAACTTCAGATTATTAACGTTAACAAAAGGATTGATCGAAGATTATATTTTATAGC TATAATTTGTTAATTACAATTTCTGATTATATATTAAAGGAATGAAAGAGACAAGGGGAA ATTGAGAATAGATTTTGAGAAAGACGAGCGAGAAAGGTAATTTTATAATTACATATGAAT CAAATTATATAATATATATTTATCAAATAATTATATATATATTATCGATTATCTGATGCA CAAAATTAAAAAATATGAAAAAAAACAAACGAAATCCCTTCTTTTTAGCACTGCTCAGTC AGTTTAAACCTAAAGTTATTTTTAACTTTTAGCACAAACCAAGTACATCAACATTGACTA GTATCAATTATAGAAATTAAAAAAATGAAATATATTTTTTTTATATTTATATTTTATATG TTAATAGGAAGAAACAACCAAAAAGCTTACAGGTGCCATAGCTCACGCCACGAACGTGAT TTTTGCTTCGATTTCAAAAAAGCATCACGAGTTACAACATTTTCAGATAAGCCCATTTTC GTCTTTTGCGCGTCATCCCCACTAACACGTGTCTTTTTCTCATCAACCGTACCGCAAACA TGCATTTCGCCACGTATTTTAGTTGGACCAGATAAAAATTTTGATATGCATACGTGGCAC AATCGTCCTAGTCAGCTACCCCTCTTTCCACTTTTGGGATTTTGTTTTAAAATAAAATGC AGCCAAAATTCTCTCCTGATCACCGCACTAATACTCTACACTCTCAACCCACACCTTTAT TGCCCTTTCTCTCTCTAGGATTTTTATGTTATCTTCATCGGTCATATCGCCGGAAATGAT TATTCAGGCAATCGATTTTGTTAGTATTGAGTGTCGGTGTGATGATGTCATGTCGTGTGT CCGTCGGAAAATCGGCGAGTTTTAGCCGTCGTCTCGTGTTTGTTGTACCTTAAGCGAAAG ATAAAGACTTTCTAGGTTTAGCAGTGTTTTCAAGTTATTCCATGCTAATTTTCTACTCAA AATAATGGTTTTTTGACGGTGTGAAAAGGTAATTTGAAATCGATTCCTGTTTGAAATTTA GGAAGATTGTGAACTTGAATTTTTTAGTGTAAGAATTTGTGGTTATGCCTTTTCCTATGA AGATTCAACCTGTTGACTTCAGTACTGTGGAAGAATCGAGTCGATGTGACTCGTTTAAGC CGGTTCCGAAGTCACGGTTCAAGCGGCTATTTGAGAGGCAATTTTCAGGGCTATTGAGAT CATCGGCGCCGGAGAAGCTGGTTACCGGTGAGGATTTGATTGGGAATAAGAAGGATGCGT CTGAAGAACTGGAGCCTAGTTCTGTTTGTTTGGCTAAAATGGTGCAGACTTTTATTGAGG AAGGTGAGGATAAGCATCGGTGCAATCGAAGCCGATGCAGTTGCTTTAATTGTAATGGAA CTGAAAGCTCAGAGGAGGAGAATGATTCAGTCAATTGCTTCGGTGAATCAAATCAAAATT GCTCTAGCGATGCTTGTGAAATTCTCAAGGTATTGCATGTGCTACGGCCATTTTCTGTCT CTAATTTCCATTTCCCGGTTCTGAATTTACCTAATAATTGTCTTTGCAGCAAACAAATAG CTATCTTTACATACAAATTTGTAATTCAATTAATTTTTTTTCCACGTATGCTGTAAATTT CCGTCGAATGAGTATTTTGTATCAGCATGCAGAGTCCGTTCTGTCATAAAAAAGTTCTTA TTTTTTTGGTGTAGAGTGTGGTGTCTTGTCCTTCTGTCCTTGAAAGGAACGTCTTGGCGG AAATTACAAAGATCATTGAGAAAAACAGGATGGTTAAGCGAAAGGACAATTTCATCAGAA AGATGGTTGTTGATGGCCTTCTAGCTATGGAATATGATGCCTCAATCTGCGAGTCTCGGT GGGAGAAGACTCCTTCAACTCCTGCTGGTAAATCCTCAATCTCAACAACGTTTTTTCCCA CTTAAATAGTTAATTGTTATGGTGTGTATAGGTAAACTAGAAAAAATCCATGAATTTCAT CCTTATCAGAGTGTAGACTTATAAAATACTTTAGTTTGCTAAAAGATATGTAAACCAGTA ACGGTGAATAGCCTGAGTGGTTTTCTTTGCAGAGTTTCCAAATAACTACAAATGAATGGA TCAAAGAGATTTATATAATAGGTACCAAGTAGTTCATACATACATACAAATCACTCATAT GATGATCCCAAATATTTAGAGGTTAAGACTCTAGTGGTAAGAAATTTGGTCTTTTGCATA GGAGAAGGATCAGAAGCATCTTACTGCCTGTTTTTAAGTTTTGAAATGTCTCTTACCTTT GAAAACTACTTATCGGTCTATCAAATACTGCTTGCTGTAGGCTATTCGCTTTGGTTGCCT TTTGTTTGTTCTAATTGAGATGAATCGTATGTATACTTGCTCATTTTGGGGTTAAGAATT CAGCAAAAGTCGGTATCTTTTATGCAGGAGCTTATGAATATATTGATGTGGTGACTGAAG GAGAAAGACTTATAATCGACATCGATTTCAGATCGGAATTTGAAATAGCAAGGTCGACTA GGTCTTACAAATGTCTTCTCCAAGTGTTGCCTAACATTTTTGTAGGCAAAGCAGATCGCC TTCAGAAGATTGTTCATCTTCTAACAGAAGCTGCAAAACTGAGCTTGAAGAAGAAAGGGA TGCCTTGTCCTCCATGGCGTAAAGTTGAATACGTGAAAGCTAAATGGTTGTCTACCTACA CCCGTATGACACCAGTTCTAATGCCAATAGCATCAAACTCTACTTCTGAACCTGGCACTG CTTGTAAAACCACAAAAGAAGCCATAAAGGAAGAGACTTCAGAGGTTTTTCGCGGTGAGA TGAATCTGGTTTTTGGAGGAAAGAGCAGTCCTTTGGCGGATAATAACCCCAAGAGTGCGG GTACGTCTCCTCTATTTGCTTGTGATGATGAAAAGAACCTGGCGGTGAAGCTAGGTGATA TTTTTGAAGGAAAAAGCAGTCCTTTGGCAGAGAACAACACCAAGAGAGCGAGTACATCAT CTCTATTTGCTTGTGACATTGAAAAGAACGCTATGGCAGCGCAGCTAGGTGAACCACTAG AAATCAAACCCAAGGATTCAAGCAATTGTGCCAGGAAGATGACTGGTTTAACCTCTCTGA TTGAAGACCACACCTAAAATTTTGACCTATTTCCTAACCTTTTTGTCAACTGTTGTTTGC TTTTTATATGTTTTGAGCTGAAACCCCCCGTGTGTTTTAGCATTTGGGGCCTTATTTGAA ACTACGGACCAACTGCCTACTGGTTTATCTCGGCGGTCTCCCTTCACATTTTATAGTAAG GGTCTATGAGTCCATGTCACTAATACAAACTTACTTAGTATCAAGAGACTAGTAAAGGAG AACTGGTAATTGTGTTGTCAGTTCAGTTCTTTGATATTTTTCAACAGAAGTGTTTTGCAT AAGTGTTTATCGTAGCAAACACTTGTTAGCTTGTACTATGTTTTACTGATATGATGATAA TAAAGTCTGGGACTATTGCTGTGTAAGTTCCTGTTTATGTACATTGTGAGTCCTCAGTTT TTTGGGTATTTGATTTTGAAAGTTCATCGTGCTTGCTCTGTTCTTTATTAAATAATGTTG GATACTTTTAGTATCATCCACTGGTGAGAAAAAGACATGAAATTCTAGTAGGTGCAGTGG AACACAATAAAGTCTGATGCATTGCGTAGAATGGAGGTGCAACTTTACTCCATAGTGAGC TATTTTATCAACACTTTCGGTGAAATTTTAACTTCTTTTTTTTTTTGTCTCACAACCTAA TGCGTGCGTTAGCCGTTAGGTAAAATTTCACTACTCTTGGTGCAATTTTTTCACCACTAC TCTTTTATCTTATCATAAAAGGACTCTCATAATTAGAGAACAAGGGTAAGCTTCGCTGCC CGACAGTATGGAGTACTACAGGCCCTGAAGCGAAAGACGGGAACGAGTGGAATCAATGTG TTCCAATTTTTGGCCTTGCACCGACCATCCAATGGACCATGGACTAAACGGTCACTTCCT GGAAGGGACTATATCCAAACCCCCCCCTCCCAAAGATACATCTCGGGTCTATGGACCGCT ATAACTATCCATGAAGACACTCGAAATTGGAAGGATAAACAAACTCAACCGGTGGACTGC CGAGCTACAAGTCTCACGACACAGAAGCGGAATTCTCTAAAAAGCCAAGGTCGTGGGTGG CCAAGAGAGCCCGTGGTAATCTTTGACATTGTTATGATATTTATCTAATATAAAACAATT TGATTTTACAAGTGTACGTATAAAAATCTTTACTATATTAGTTTGGTTGTTGTAAAGTGT AAACATGAACTGTTAATAAGCTATTTGAGTTGAGGAATCAAGTATGCATAGTGATTAATA AAATGAGAACCTTGATAAATAGAGTTAATTGATACCTATTGCTGGTGGGAGACCGTAAAT ACTTCGTAAAATTAATTTGAGGTATTTAAAAACTCCTTAAAATTTATAGTGGAATAAGAA TTGTAAAGTCGTACTATCATTTTGGGCTAACAACTCAAGCTATAACCAATTTTCGTGGTA TATATATTTCCATAGAAATAAAAGCTAATAATGGTACTCTATCTAATTCAATATAAATGA ATTATTGGATTGTGACATATTCTTTAAAAAAGATATTTAAAAATACTACTTAAAAAGTAA TTTATGATATTATCCTTTTGATTCTCCCAAATTCCATAGATATAGTCATTATTCGAAGAT TTAGAAACAATTAAAACTCTATTAAAAAGAAGATAATTCTGAAAAATAAAATATTAATGC ATTTTGTTTTGGTGACTAAATAGTAAAATCTCTATTAAATCCGTTGCTTTAAAGGAAAAA TCATTTAATAAATGGATAAGGTGGCGGAAAAATTATAGTATTGAGGTAGTAATGAATTAA ATAAGTTCATTATAGATCTAGAATGCTGCACTTTTAATGCATAAATATTAATATAAAAAT TATATAGTATAGTTTATATAAAGAGGTGATCTTATAGTATGATGGTTTAATTCTTTTGTA ATTTGCAGAGAATATAATGATTACTCTTGGATTTTTTTTTTTAAAAAAAGCTGCTGACTT AAGGAATTAATATTTTTGATGACTTAAATAATTTCTTTTTGTCTTGACGTGTTATTTTAT TATTAAATTTTACACTAAAGTTATTCTGCAACTTATTCAGGAAATTGTTGTCTTGGGCAA AGTATTTTTTATTTTATTTGTTTAAATTAAGTTACTTTTGGTTTGCTAAGGAAAAGGCCT TTATTTTCTTTTGACTTAATATATTAATTATCTTCTCAAATTTGTTTAAATATTTAATTT AGATATTCAATTTTATTTAATTCTTTTAAGCAAACACTTTGGGTGTGTTCGATTAAAAAA GAAAAGGATATATTTGTGAGTGAACAAAACTTTTGATAAACACTTTCTATAGAAAAAAAA TAAGTTGATTAAAAAAATAATGAAAAAACAATTTTTCTTTCAATAAAAATAGAAAAAAAA TAAATTTTACAAGTGACGTATTATAATTCTAAATTTCTAAACGACCTCACACTAAGACCA AAATAGAAGAATGGTGACTTAATAAGTTTGAACCCCACCATTAGTCAGTAGTCAGTCATT AGATACGAAGAATATAAAAAATAATAATTTCAAGATAAAATGTATCTTAATATGTTTTAT CCGACCTTTTATTTGAAGTGTAAATTAGTTTCAGAATTATAAACCCTATGTATGTCTTTT ATGAACATTTCAATCCTCTTGAGAACCTAACTCTACAAATGGCAAGTTGAATTATGAGGT ATTTTCTACACTCTTTTTTTTTTCTTTCCAATTTTGATTTAGAAGAAGATGGTAATAACA GTTATTTTGAGTGTGACTCTTCACAAAAATAGTGTGTATGAAAATGACAACCATATTTTA CTTTTGTTAGGCACTATATACAAATTAAAGATGTCATTACTTTTATTAAACACTCAATGA TGTATTTTATGGTCAATAGAAGATATTAATTTTAAAATTCAATAAATGTTATATTAAGTG GTTTCTTCTATACATTAGTAGATAAAGTTACTCGACAACGATATTTAGAGGCAGGATCAG AATTTTCACTAAGAAAGTTCATAATTTGTAGAAATTAATAATCAAAAGGATTTGACATTT ACTATGTATGCATATAAATTTATTTTAACCATGTACAAATAATATAATTTTTTGTCGATT CCAAACTTATTTTAATCATATATAAATAATATAATTTTCCACAGAAAGAAATCGGATGAA CCCCTTAATGCAATATAGCTTCGCTCCTGTCGATACTGATGAAAAATATTTAATGCTTCT AATCGAGAACAAATTATGATTACAAAAATATTAATATCCATCCCTAATTTTTTTATGTCG ATTTTGTAATTGTTGACAATTACATCCCAAGAAATTTAATTCTCCACTATTATTTCCAAG AAAAGAACGTAAAACAAAATAGGATTTAAAAATCTATTTCTTTTTTCTTTTCTTAAATTG CCCTAAGTCTTAAGGTCGGTGGAGAAAAAGTCCACTAGCTTACTATGCTTGCTTTTATGC CATTAAAAAAATGTGACACATCAAATATAATCGTTTTTTAAAAAATTAAAAATATTGAAT TTGAAAATTATGTATAAAAAACTCATTCATAGGATATCAAACAGAGTTTTTTCTCGAATA AGAAAAAAGATTTCAATGTGAATATCGAGTATAGAATATGTAGGTCAGATTTCAATGTGA ATATCAAGCATAGAATATGAAATAAAAATAATAATTTGCTTTTTGTTTGTTTGTACATGA CTTATTCGAGTTACTTCAACCACATAGAAAAGCAAGGGTTGCTTTCATTATTTTTCTTTA ACGTGTTTATTACTACTTTATTTGCTTTTGACATTTGATTTGTTAGTGACCAAAGTAGGT GAGAAAATACAAATGGTGTTAAAAGTATATATCAATTAACAAACTTTAATACTGTTATAT CACAGTCCATAAACTCTTAACAATACCAATTGTTAATTCAATACTTAATTAAGGACCTTC TTTTGATAAAGGTAATATATATTTATATCTATCTATCTACATTAAAGAAAATTAGAGCAT TATTTAAACACAAAAATAGCAAATGAATAACATATCACGTTTTCAAGTATTAATCCTCTA AATTTAGTGGTATACAGTCAACTACAATTTTCTCATGAATTAGTCCTACGTTACGGAGTA AAATGTTTTATAATAGCGGTCGGTAACTTTGATCTTTTAGAGTGATTTAGTGGTTTGAGC TTGAAATTTTCATGTTGGGGGTCTCAAATTGAAAATCCATTGCCAGCAAAAGCAAGAATT TGCCTTATGGGTCGAGTTTGTCGCACTAGACTTGCCTAGTGCGGTTTCCTTGTCATAAAA TTTTTTTAAAAAGAATTCATCACGGGAATCTCACCTATTAGTTTACTTATTGTCATTATC CCCAAGTCTTATAAATTTTCAAAATTCCTCATTTTCGCGCATTACATTAATGTATCTCGC GCATCAGATTAGTGTATCATGTATCAAATGTATCTTGCGCATCGGATTAGTGTATCTCGC ACATCAGATTAGTGAATCTCGCGCATCAAATTAGTGTATCATGTATAAACTGTACATCAG ATTAATGTATCATGTATAAAATGTAATGTATCTTAGTTAACATTTAATTTATCTCGCACA TTAAATTAATATATCAACGCTTATATTATTGTATTTGTTTTAAGAGAATTTTATATTATA AACTTTTAAGGAATATGTTACAATTTTGCCTTAAAAGTATGTGATTTTTGTAATTTGCCC ATAATAAAATAAAAGCGACTATGTATCCAAGGGAACTTGAACCCGATGAGTAGAAGGAAT ACTAACTACTGCATCACAGCTCTTTGTTTGATTTTGGTTATTAACAATTTATTTATATAT AAATATATACACAAACACATTAATTTTTGTCTATACAAGATTTTTTGAACAGCTATTCAG TTTTGCTTGATGAGAATTTGTCTTATGAGGAGGAACCTGTTGCCATTCTAGATAGAGAAA TTCGCAAGTTGAGATCAAGGGAGATTGCATCCATCAAGGTGCAATGGAAGAATCGGCCGG TTGAAGAAGCAACTTGGGAGAAGGAGGTCGATATACGAGAAAGATACCCACACCTGTTTA CAGATTCAGTTACTCCTTTTCGCCCTTGTTTTCCTTCATGTGATCGTTCGGGGATGAACG ATGGGTAAATTGGTATCTATTGTAACGACCTGTTTAGTCGTTTTGAGCAGCAGACTTCAA TTCTGGAAAAACTGGTAGAAGCGACGGACCCCACGACGGACCGTCATGGGCACGACGGAC CGTCGCAGGGTCTCGTTTCAAAACACTTAGAAAATCTGAAATTGGGTACTGAAAATCGAC TCTCTGAACTTCGGGACCGTCACAGGCGTGACGGACCGTCACAGAGTCTTCAGTGGAAAT CCAGTCTCTGAACCTTGCGACGACCTGCAGGACGGACCGTCGCAGGCACGACGGGCCGTC GCAGGTTGCGTAATCCCAGTCTGGGTCGGATTTCTTGATACGTTTTAAGGGACGTTTTTG ACTATTCCTGCTTTAATTATAAAGTTAGTGGGTTAATGTTAATAAGTCTAATTACTTGGG GGTTAAAAGAGGTAACCTTAAGTTAATTAGTGGGTTATTATTGCCATCTTTTATTCTTAA TTATATACTAATTAGGGTAAAAGAAAGAGGGGTTGAATAAAGAAAATAGAAAGAACAAAG AGAAGGAAAGAGAAACGATAGAGAGAGGATCGAACGAGAGGAAAAACACAAAGCTTGGGA AATTGCTTGCTTGATCACGAATCTTCGGTGGAGGTAGGTTATGGTCTTTATGCTATTCGT AGTAAACTCTTAATAGCGAATGATATGTATGGGTAGTATTGTAAACCCTTCTATATGCTT AATTGTATGCTTGCATGAATGTGATTATATGATTGTGATAAAATAAGCATGATGAAGCTA TTGAATCCTAAATCTTGAAAGATAACCCTAATCTACTTTGTTAATGATGATGCCTTGGTA TAAAAGAAGGCTTGATGAACGAAAGTAGTGAGATTAGGGGATCGGGTGCCACGTTCCGGT ACCAGGATAGAATAGGATCGGGTGCCACGTTCCGGTACCAGGATAGTATATGAGGATCGG AGTGTCACGTTCCGACACCAGGATAGAATATGGATCGGGTGCCACGTTCCGGTACCAGGA TAGTATATGAGGATCGGAGTATCACGTTTCGACACCAGGATAGTATATGGATCGGGTGCC ACGTTTCGGTACCAGGATAGAATATGGATCGGGTGCCATGTTCCGGTACCAGGATAGAAT GAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTATATTGAGGAGCGGAGTGTCACGT ACCGACACGAGGGGAATAAAGATAATGAATCTTGAAAGATGTTAATATATTCAATCTAAT GAACCGAATTCCCAAATGAGTATAATGAGGAGGCGTGAGTCCTCATTGATGTGCTTGGTG TTGTAACCAAGGGTTATGGTAACTGTAAATGCTGCATGCTAAGGATATTAGTTGATTTTA TGATATTGCTTAATATATACTGTTTTCTATTTTGAGTTGGCCGATGATATCTACTCAGTA CCCGTGTTTGTACTGACCCCCTACTTTTATGTTTTCTTCTTTGTTATTTGTGGAGTGCAG CAAACGTGCCGTCGTCTTCAACTCAACAGTAATTCTAGCCAGTCTTCGTCACACCGGATC TTCAGGGTGAGCTAATGCTTCTAGCTTGGACTGGATCTTCCTCTTCATGTCTTGATGCCT TGAAGTTCCGGCATGGACTAGCTTTTATGTATTTTTAGCTTTTTAGAATACTCTTAGTTT AGTAATTTGATCATAGATGTTCTTGTGGTGATGACTTCCAGATTTTGGGGATAATAATAG TTATTGAATTGGTTTTTATTAATGAGTTTAAGTCTTCCGCATTATTTTATGATGATATTA CATTGAAATGTTAAGGTTTAGATTGGTTGGTTCGCTCACATAGGAGGGTAAGTGTGGGTG CCAGTCGCGGCCCGGATTTGGGTCGTGACAGCTACATTGTGAATGCTATTTTGTAAAGCA CGAAGGAACGATCTACAATTTTATAAAAATTAAAAGGATTAGTTTATTTTTTATAAAAAT AAATAGAACTAGGATTAGAAAAAGTTCTACTAATAAGATAAGAAAAACAAGATAAATCCA CAATTTCTTTTAGTAGTATCTAAGAGTAGCAATGGACTATAGAACGATCTTCTCTTGTTG CCTCTATTTTTTCCTCTTCTAATTTAATTTTGGTGGGATTGTGCCATCTCTAGCTTCACT TTGTCAAAATTATCAAATAATTGAAAGATTTTGATTCCCACATGTTAAAATTCACTTTCC TTAATTTTAATTTTTCATTTAGTAGTTTCGATTTTTATGTAAAATAAATATATTTGTATT AATCTTAATATCTATTTATAAGTGCTATTTAACTTGATCTCATTTTATATTTATGTTTTA TAATTTTAAATGTGCACAAATAGACACTTGAGGTTATATTAAGTTGAACAAGTAGACAAA TAAATTCTATGTGCCATAATACAAGTAAAACACATAATGCCATGTTGAACGCGTGTACTT ATTTAAGTTTTTCCACGGGTAGATTTTCAACAGAAAAGTTGAAGATTAAATGTGAACTAA ATTAAGATAAAGAGTATATTTATTTGTGTCTTTGTATTATTTTATTACACACTAATAGTG ATGTATTCTGGGGCGGAGCCACCTTGGTACAAGGGGTTCATCCGAATCTCTTTTGGTGAA AAATTATATTATTTATATATAGTTAAAATAATATTTTATGAATGTATAGTAAATATTGAA CCCCCTTCGACTATCCCGTATATCTATTTCTACAAATTTTGAAACTCCTTATTAAAAATT CTAGCTCCACAACTGACGCACGCGATATACTTTAGTAAAAGGCAAAAGAATAGTTCGATT TGTGCTCAATAATCTTCGTTGCCTTTTAATATTGCAATAATGTTTGTATTTACTCATTTT TCAACGATGTGGTACTTATCACTCCTTTAAAGTATTGCTCTCTCTGTTTTCTCTTCAGAT TCTTCACCAGTCCTTCAATATATGTAGGCTATAACAATAATATATAAACATGACTCTTAA TTTGTTCTCATATGACAATTTTGTCATATATTGAGTGTGCACAGTAGACATTTAAACTTG TATAAAATTGAACAAATGACGTTATGTTAAGGATCATGTTTATGTATTAGGTATATATAT TGAAATTTCAGATGTTTTTCACGTAGAAACGACTTAACTTGTCATGTATAATTTTCATGT GATTAATTTACCATTTGATTTTGCTTCAGTTTTCTAGTGATTCTGAAAAATATATATTAC AAAAAATGTACACTGTAGACATGTCAAAAAAGTTATTGAGTTTGGTCCATACAAAATTTG AATTGAAGTTTTTAAAAGAATTTCAATCCAATACTTTTGGTCCATCTTGATTAAAAAACT TTTGGACAATATATTGATAGTATACACTTTATAATTTATATTGATATGCATATATTATAC ATATATGTAAACAAGTATACAGAACATATACGCACTATATACTATCTAATGTATATATCG TGTATACTTTGGCTATGTTTGGCAAATTCGATGACTGAATAATATATATTAATAGCTATT CTTTAATTTTGAATTATTTGGGTTGAATACTTTGACATATAACAAATATAAAAATCATAT TTGTATATTATAGCTATAGTTTGTATGATTGTGCTCCACTTTATGTTTGCTATGATTATT ACTCTGTACATTTCGATATATACATATTCATAAAAAAATTGTATTTGAGTCTATTTATAT ATTTCAATATATAAATGGGTCATGCATTTGTAGATTTGGTCTATTTGTATATTTCGGTGT ACAAATGGGTCATGCATTTGTATATGTCGGTCTATTTGTATATTACGATATACAAATATG TCCTGCATTTGTATATTTTGGTCTATTGTATATTTCGATATACAATGGGTCCTAAATTTG TATATTTTGATATACAAATAGATCTTGCATTTGTATATTTTGGTTTATTTGTATAATGCG ATATACAAATGGGATGAAAAAAGAAGAAAATGTTTACTACGAATTACAAATAAAATAAAC TATAGCGATAACAATTTTCCCTTTTACTAACTATACTAGTCCATTTATCATTTTCAAGCC CAAAGATCGTTTTAGTTTAAGGTCCAAACATTTACGTGTCAAGTGAATAGAATTTAGGGA AAATGATAGATATCTCACCTTTAAGTTCTCATATTATCATCGTCCACTATTAGTTTTACA AATTCTCAAAATTCCTCATTTTTAAGCATCAGATTAATGTATTAGCGCATCAAATTAATG TATTTTGCGCATGAGATTAGTGTATCATGTATAATATGTACATCAAATTAGTGTATCATG TATAAAATGTAATGTATTTTATTTAACGATTAATGTATCTCGCGCATCAGATTAATGTAT CAGTGCTTATATTATTGTATCAATCTGAGGGATTTCTATAATTATAAACTTATAAGGAAC AAATGATTATTTTACCTTAAAAGTATGTGATTTCTGTCATTTACAAGACCAACAAAATGA TGCTATGCATTCAAATGATGTGTTAATCCAACAGAATTCAAGAACCAGTCATGATTAAAA TGACATGTCTTAACCAATCTAAAACAATATTATCACATATATTTGTGATAATCTTGATGA CTTATATGAATGAGACAAAAATATTAATTTACACTTGGACTGCCTATAACCAAAAATATG GAGATCAAATAATATTCTGAGGACATTCAACAAGATTGGAGAAAGCATCAAACATACTAT GTTTTTACAAGGTTCAAAATATCCTACAATTCGAAAAATACACCATTGGAAATCCTCTAA TCACTCTGAGAAGTTTTTTTTTTATTTAAAAAAACAATCAATGAACAACATAATTATACT TGATAAAACTCATTAAATTATCAATTTTTTATTTTTTTTAGTTGTAGTTAATATTTCAGC ACTCAAAAATGTATTGATAACAAACACCTGCCAAATGTTTATTCCCAAGTTTACCCTTTA GCATAACTATTTAAATGGTTTTACCTAACATTACATAAAAACATATGGTGTGTATTAGTG TAGAACACTTTGAGCCTAAAGTCACCTAACTTAAATATTGTTTTTATTAAATTCAAAAAA AATTCTACCAGTCCTAAATCCAGTCTTAGACGCAAAGTTTTTTTAATCAATGATATCTAA AAATATTGTAATTTTTAAGGTATTCGAATCAAATATTTTTTTTTACTTTATAATAATCAA AGGTGAGTCGATGATCAATACTAGTATTGCGATCTTTTGGCTAAAATCATTCCTTTAACT GTGACTTAAATTTAATGTACATCCTCATATTATCTAAGTGAGCAAAAAACATCTTTATAC TATCCAAAAAAATGACAAGAATCATCCTTCAACCTATTTTTGTTAAAAAACTGATTGAAC CAATAAAAAAAATATTTTTTTAATTTGATCACGTCTTGGCCACGACGAAAAGATCAAAGT TACCTAAAAAGAATAAGGATATGAATAGGAAATGAATCTTGAATTTAAATTTCGTTTGTT GTTAATTTATAGAGTATGTTTTTTTGCATTATCTATTAGCAATACACAAGTTTTGAAATA GAAACGTGCCTTGCACGTTTGACCTCTGTTGCTATTATAATTTATATAGGCCCAAGATAT AAAATTGCTCAACATTGTCTGATGTACTCCTATATGTGTTTTTATGCATATAAAATAAAC TTTTTTTTAGTATTTACTTTCTGCATAGAACGTAAATATTAACAATTCTTTAGGGTAACT GTGAGCAACTTGTAAGGCTAGAACTAATTCAAACACCGTCATCATGCTCTATTGACGGTG TTTAATTTACATGACTTTTGATGATTTCACTTAAGTACATATTATTTTTCACCACCACAA ATTTCAAATGATTTTATCCATCAAAACTTAATCAGATAAAGACAATCAAATAGAGCATGC ATTTTCCCACTTTATGACAATTAGATCTTTCCTATTTTAATGCAACTATAAACCCCCAAA AAAACAGTTTTCTGTTTTCTGTTTTTTTTTTTTTTTTGTTTCTTACTTAGTCAAACAAGC ACATCTATTAGCAAATCTCATCACCTAATAATTGGGGCCCCTCCATATTTTCCATGCCAA TCCCCAAGCCATAGGATGCATAATAAACAATAAGAAAGAGGCAAATCAACACTTGTGGAC CAAGCAATTTGGTCAACAAGTTTTGTTTTCTTAATGCATGAGTGATTATCTATCCCAACT AATCTGCTTATTAATCTAATATTTGCATTTCTATAACATTTTGTTACTCGTTGACTCACA CAATTGAACATATTGAAGCTAGAAAACACCTTTACTTAAATCAAAAGCAAAGTTCCAAGC AACTACACAACACTTTAAAAAACATTAGAGATAATTGACTTCATTTTCTATGAGTCATTT TTTTATATAAGAGACTCTAGAGGATCAAATTATTGGTTTATTGGTCAAATACCTCGACAA TTCCGTGAATTTTATTTAGACATTTGAATTATGACTTGTTCCAGTTGAGCACCTGAGCAC ATGATAAAATTTCTTATTAAGCCCTTCAGACTCTCAAATTTTCTTATGTGCGTGTTCTCA AGCGCCCATTATGCAGATAATTTAATTATATTAAATATGTAACCTCCTTAATTATACACA TCAACATCGATCAATTGGAACATGTTTAAGATTTTATGACTTGTTGAGACAAATACGTAT AATTAAAGGAGGTGACATATTTTAAGTGATTAACTTATCTTAGATGTTTGAGAACTCACA CATACATGTTTCCAGAATTCGAGTCGGAAGTGTTGAATAAGAACGTTTTATCATGTGTTC AGGTGCTCAATTGAAACAGATCACCAACTCATAGTTGAGTGTCTAAATAAAACTTACAGA CAAATTTAAGGGATATTGATATATTCGACCTTAGTTTTTTTTTTCTTCAATCCACTTGAT ATATAGTGATTAATCATAACTCCCAAAAATCAGCAATCTTTGAACTCAAATGGATTACTT CAAATCATTAGCTCAAGAGTTATTCTCCACAAACTATGAAACACCTCCATCTTCAATCCA ATTCATAGATGCTGCACTTTCTTGTACAAGTCCACATTTTGCACCATCATACACAGATCC TAACCAAAAACGTATAATTCGAAGACACCTCGTCTCTTTTCTTCAAGATTATATCTCTTT CAAACCTTCCATCGATGCATTCATGCATGACGATGGCACTAGTGTCAACTTACTCAACGC GAATGGAGAGTTGCAACTCTCTTCCTCCACCCCTTCAATCCCTCTTACCATTTGGTTACA TGAAAGTTACCCTTTTATAGCTCCTATTGTACTCATGTCAACAAATACTACTTATCCAAT TTATGATAACCATCCTTTTGTTGACTCTTCATCAGGTTCTATTTCAACATTTTACTTAGT AAACTGGAAGTACCCTGGCTGCAACCTCTCTGACCTTGTACACAACCTTGTCAACATCTT TTCACATAATCATCCTTTCTACTATTCGCCTTCAACTAACGATTTCTTTCACCCTTCTTT AGCTTCTAGGAGGGAGGCTATAGACCGTCTCTCGTGCACACTTCATTATGACATGACAGA ATTACTCTCCAAGACTCATGATGAAGTTGAGGAGCTTTCAAGCCTTAAGGAACATATGGT TAGAAGGGTACTTGTTGCTGAGTTTTCGGTTGATGAGAGTGAAAATGAAATGACGGAATT GAAGGAAAGGGTGAAAATCTTGACAGATGAAGCGGATAAACTGTCGAGTTGGCTAAGAGA TAAGGATCAAGATTTAAGTCCGGAGGAGTATAAAGTTGAGGATGAATTTGAAGCGATTGA CGAGAATTCAAAGGTACTACTTGATAGCATTGCAGCAGATAAAGCAACAGAGGATTTGAT GTACTCTTTAGATAAGGCAGTTGAGCAAGGTGTAATGCCTTTTGGTACATATATGAAACA AGTGAGACTTTTGGCCAAAGAACAATACTTTGGTAGAGCCAAGCTTGAAAAAATGGGAAT ATCTCTCGAATGGCTTCATTGATTGAAATTCCTCCGGGGCTATATGCAGAGGCGAAGCTA GAATTTGAAGTTTATTGATTCATGATTCTAATTCTTTCAAGTTTCTACGTCCTGAATTAA TAATTCGTACATATTTCTTGTTACAAATTTAGAGTTTCGCCCCTAACTATATGTTTAGAA AGCCAAAGTTAATGAAATGCATATTTTCATGATTCATAATCTTTTATCCTCTGTATCTTG ACTGCATTAACTCTTCAGATTTCGTAATCTTGAATATCCAGAAAGAGTCTAGCAGGGCCG GAGCTATTGCAACGAAGGGGCTTCAGGTGAACCTCCTTTGTTGGAAAATTATACTACTAT TTAAACAGGATAAGAACAACCGTTTTGTATATAATTTTTGAATCCCCTCGATATAAAGAA AGATTGTAGTGAAGTGAGTTAAAAATTACATATAAGTTACACCATTCTTTCTAAATAGAA ACAACAAAAATAAAACAGGGGAGGGAAACAAAATGAGCATTCCTATTTAGAAGCAACGAA TAGGTCCGGGACTACTTCGATATCACTAACATTGACGGGGAACTCATGAATTTCATCGCG CCATGGATTCATCTCATCGCGATGAACAGATCGAATTGCCTTCCAAATCACACTGTTGCA CTTGAAACCTGACCCAAATGCTATCTGCCACAATGCATCTCCTTTTTCCACCCTACCTTT CGCCTCAGCATAAGCTACTTCATACCATATCGAACCACTTGAAGGATTACCAATTCTGTA CAATGTCATTCTAGAAGCTTCCATCTGCTCATCGCTAAATCCTAACTTCTTCTGCAAGTC ATCCAACACCGGCTTCCCACCGACATGTGGGAAGAAATGATCAATCGATTTGGAGAAATC AGGACTATAAAAGTTGCTTCTTGTACTGAAAAGATTTACCAAGTAACGGAATTTTTCAGA CAGAGGAAGTACTAAAGGAGCTACAGTGGATATGTTTAATCGAATGGTTTTCATAGCCGC GTACAACAGATCTTTATTGATTGTGATGCCTCGATGTCCTTCCACGTCTTCTTCCATGAA AATACAGTTGTACGAGCGATCATCGTCCGATGTTTGAGATCGGACGGTGTGGATGAGCTC ATACTTTGATTTATTCAGATCAGACGGTTTGTTAGATAGGAGCAGAGCTACTGCACCCAC ACGGAATATGCAATTGGTCAACAATTTTGACCGGTCATTCCCTTTGTACACATTTGCTGT AGTGCTCTCACTAGTCACTACTAGTGCACAAGAGTTATCATGCACCTTCACAACAATATC ATAAAGTTTAACAACAACGATGAATCGAATAAAATAATTATTTACAGTGTATTATTACCT TAAACAAATTCTGGACAAGGCCTAAGGCAACAAGGCCAGCAGTACATCCCATTCCAGTAA TATTATATGTACGTATATCATGTCTAAGGTTGTAACGTTTCACTATGACACTAGACACCG ATGGTATAATATTGTATACACCAAAAACAGTAATCAATATGTCAATATCATTGCATTGTA CTTCGGTTTTCAAAAGAAGTTCATCTATGACTCCGAATATTGCCATCTCTACTTCTTCCT TAGCAGCTTCCGCGCTCATATCTATAGGTTCTTTAAACAAACCTTTAGAAAGGTACGTTT TATCACCTAAACCGGATCGTTCCAACATCTTGTCCATGAACTCTAGTGAGTCTTTGTTGT AACAAAGAGTTTTAGTGCTTTTGTTGACAAACGTTTGTCTATCAACTTGTTGATTTTTCG GGGGCTTGTAGCATGAGAAATCTACAAGGAAAACTCTTCGTTTAGAGTTTTTGCGGTAGA AAAATAGTATTACTAATGTAAATGTAATGAAAAAAAGCTTAGGGTATGTTAGGATCAATT CCATGGTTGAAACTTGAAAGTATTGCCTTGTTGAAATGTGATAAATTTAGAATCTCAACC TACCTTTCTTTCCCTTTTCTATATATAGTATATAGCATGCACTATCAAGTCATTTTTGTG TGGTGTTCGTAATAGGTACTCCCCGTCTTTCAATTTATGTGATATTTTCATTTTTCGAGA ATGAAAACGTTTTAGTTTGATCAGAATTGTTTGACTTAAAAAATATTTTAATTTAAGTCA ATAATTCAAAATATTTAAAAGATCTATGAAAAACTTAACGTCAAAGATAGACTTTTTTTA ATCTCAAAATCTGGAAAGTATCACGTAAAATAAAACGGAGAGAGTAATATATATTTTTTT TCAAAATAAAAAGGCTTTAAAATGTCTTTAGACTATGTGAGATGAATAAAAATATCTTTC TTTTAAAGTATAGTCTAAAGTATACCCTTATCGTCACTACTTTGTAAACTAAAAATACTC TTATTGTTACTTAATGAGTCTAAGGTACCTTTATTCCAAATGCATTTTTTGACATTTTGG ATTTCAGTGTTTTAGAAGATATTGATATTATTTGAATTGCCTGATAGTATAAAAATTATT TACATGTAATGACGATAAATAAAATAATAATTCTAATCTTTAACTTTAACTTGTAATCTA TTATTAATTTATTTAAATTTGTGACAATGATATTACTTGTCCAATTACTATATTATTATA TCTAATTGTTATCCTTCCCATAATACATTTTGGTCCACCAATGATTTTGTAGAGTCTATC AATGCATTGTTATTAATTCTGACAACTTATGGACCGAATAACATAGTTGGCTATCCGTTT CATATTGGGAAGTTAATGCGCGATATTATTTGATTTAACAATTAACATAATATTTTTTTA AAATATCATAATATATTTAAAACTTATAGTGTAAATTAATTTTTAAATATTTGTGTAGAG TAAATTATTTTATTAAAAGTACTCCCTTTATTTTTATTTAAATGTCATCATTTTATATTT TACGTCTCTTAAGAAATTATATAAATTTATTAATCTCTTAAAGTCAAGTTTCCGATAAAT AAACATAAACTAATTTATTTTAATTAATTAAATTGGCCAATAAATATAAATTAGCTTCCT TATGTTAGTTCAATTCATGGTTTCAAAGCTAATTACTCTCAAGAGTAAATTAGGAATATA ATAATGTCATGCATTGAGTTTGTGAAATCGAAAATATTAAGGATCGTCTACCTTTAAGCA AAATGACATATAAATAGGAACAACGAGAGTAAATAACAAAATTTAAAATTAAATTCTTTC TAATTATATTAAGATATTTTTGAGACAATTTTTTTTAAAAAAGTGATATCATATAAAATG AGACTGAGAGATGTTTTCGATATACATAGGAGTAATTTCTTCCCTATTTTTTTCATTTTC ATTTCTATTTGGTGAAAGATAATTATTTATTTATACTCAAAGTAATAATTTAAAGTTTAA ACTTTTTTATTTATAAACACATTTCATATACTCTTTCTTCGCTTTTTACTTAACTGATGG ACTATTTTTCCTTTTACTTGTTTTTTTATTAATAAATCAATAGAGATTTTGTTATTTGTC TGTTTTAATATTACTTTACTATTATATAATATAAAATACAAATAGTTAAATTTCAAATTT TAAAATATAATTAATAAGACAATTTATCTAAATAAACTCCTCATAATATATTTTTGGTAA AAGAAGATAAATTAACTAAAAAATTGATAGCTATAGAAAAAATGAATCATCTTTTGTCAA TGTGTATTAAAATAATAATATTCTATATGTTTATAAAATGTTTCTACAAGTATCTAATTA ATGGTATAATTTAATGGTATAATGTTTTCATAAATATAAACTATTTTTCATTTAACAATC ATTCGCTGTCCATGAATCGAAAACATACTTAACTTGTAGCGTGCAATACTATGAGCATCT GATTAATAAGATGGAAAAAAAATTAGATAATAATTTGTAGAAAAATAAATTAAATTTTAC TTATTTTTTTTATGTTTGATACATAAGTAAAAATTATTTTAAAAATATTTATATATAAAT TAGACAAATACTATAAACGCGAAGGATATGGGTATCTGGTGGAACCGTAGCGCCTTTGGT GGGGATGCAAATTGAGAGCTCCACGTTGTGGGGGTAAAAATGAGGTATGTTGAAATTTGG GGTAGACATTATCATACGTTTGGTAAGTTGTCCTCCGGCCAGGGTAAAAGATCCCATTGA AGCAGCTAATCTTAGGCACATTGTATGGATATCTGGTCGCACAAATTGCATAGTATCATA AATGGCGATCCCAGGTATTACCCAGCCCCCAGGAGAGTTTACAAACAAATACAGATCTTT GTTCTCATCCTCCATACTGAGATACAACATAAGATCAATAAGTTGATTCGAAAGCTCGGT ACCAATCCCTTGGCCTAAAAAAAATAATCTTTCTCGATAAAGTCGGTTGAATAGAGTAAA ATTGTATCCCTTAGGAACCGTACATGCGCCTTTTGATGTATACGGTTCAAAAAAATTGTG AATCAATGTAGAGATTCCAGTCCTCTTTTTTTTTTTCATATCGTCATTTAAAAAGTCATT TAAACAAAAATTTTAAAAGAAAATATTTTATAAAGATTTTATTCAATCGAGTATGAAAAA AATTAAAATTCTCCATATTAAACACATCCCATCAAATTTCTTTTGTTAGTATTAAGTCTA TATTGAATAGGACAATTATTAAACTATACAAAATAGACCACTTCAAATAGATTCATTGCT CCCATTCATAATGCAATTAATCCATCAATTTAGTAGTTGAATCCACCTAGATATACCCCA AAAAAGGGGATCTATGGGAATGTTGATAACTACTACTCTAGCTAATTATGAAAGAGGAAA ATAAATGAAGGCATGGTTATTAAACTATTGCCATTTTTTTTATTATTGTTTATTCTAGTG AGAGATAAATGTTCCAACTGCCAAGATTTGTAGTAAATACCCAAGTCATTCTCACCTTTA TTACAACATCTTCAACTTGCTTGATTTTTTCAAAGGGAAAAAGGATTTTTAATTTATGAT ATTGGTTTATTTTTGTTTGTTTTTTTAATTTAATAATAGGTGCTAATATTTTATCTTAAA ATTAAGAAAATGTTTTTAAAATATTTAAAAATAAATCAATCCAAGCATGTTTTTTAAAAG AAAAGATACATAAATAGAGATATTTCACTATCATGAGTGAGATTTGTAATGTATCTCAGA TACATGCGAATCAACTTAAATATAATAAATCTAAAATCAATTATCCCTTATTTTACTTCA TATATTCAAGATAATATGTATTACTAAAATTTAATAAAATACGAATATTATAAACTAGAG TGAGTATATCTAAATACGTAATTAGTTTATAATTTAATATTATCTTAATGACAAAGTGTT TTTCATTTTGCGCGGCCATGTTCACGTTGATTTTCCCCATATATCATTTTATATGATGGT ATGTATATTTGATTAGTCACCAAGTTTAATATACTAATCGAGGGAAACTGTTAAAAACAA TATATATCGTATGAATATTTAAAATTTAAGCAATTAAATTTATTTAACTTCTTAAAAGTT TTACCAAGATTTGTATAATAGAATGGTGATTTATGACTAACTATTTAAAAATAGAGAAAA TTTCACTAGAGAGGTGGCCATAGTATAGGCGATGGCGGAATCAGGAATTTCACAAAGGGT GTTCACAAATAACAGCTTGCTATGTTAAAAGTATCCAAAATATATTATAAAATCATTTCG AATATCATTTTACTTATATAAATGCTATTTTTTTCTACGAAGAATGTCCACTTAGACACC CTTACTACTATATGGCTACGCCACCGAAGGTACATAATGTTTATCATATCGTTGAACAAG ATTTTTTCATATAATATTTTTTTATTTTTTTTATTTGAGTTCTGAAGTAGTCGTGCCATC AATACAATTAAAGATAGTTGTCATTAAATGCACAATTCAATAACTTACACTAGTAAGTAA TGCAACAATTTGATAAAATTTTAAATTTACGTTATTCCAGAACAGATTGAAAGACAAAAT CTGATGATTTTATTTACTCCATTGGCTTTGATTTTCTTTTTGGTTTATTTGGGAGTTGTG AATAGATGTATCAAAGTTAGTTTATTAATTATATAAATCATTCAAGTTCCAACAACATTT TAGGATCTGGTGCAGAGTAATTGATGTCAGCTAACATGATACCTTTCTGATATATGATGT GTTTATAATATATATTATTTTGATAAATTATATTAGGCTTAAATCATTTATGATTATTTA AAGTTATTGTCACGATTCAAATCGGGTCGCGATTGGCACCCACACTTATCCTATTATATG AGCGAACCAACCAACTTAAACCCCACCATTTCAACCATAATAAACAAAATAAAATACGGA AGACTTAAAACTCATTAACGAAATCAATAATTAACTTTTAAAACTCAACAACATTTATTA TCCCCAAAATCTGGAAGTCATCATCACAAGAACATCTATCCTCAAATTACTAATCTAAGA GTATCTAAGAAGCTAAAATACATAAAAAGCTAGTCCATGCCAGAACTTCAAGGCATCAAG ACATGAAGAGGAAGATCCAGTCCAAGCTAGAAGCATTAGCTCACCCTGAAATCCGGAGTA ATGAAGACTGGCTAGAGTTGCGGTTGAGTTGAAGACGACGGCACGTTTGTTGCACTCCAC AAATAATCAAAAAGAAAACATACAAGTAGGGGTCAGTACAAAACACAGGTACTGAGTAGA TATCATCAGCCAACTCAAAATAGAAAACAGTATATATTAAGCAATATCATAAAATCAACT AATATCCTTAGCATGCAGCATTTACAGTTACCATAACCCTTGGTTACAACACCAAGCACA TCAATGAGGACTCACGCCTCCTCATCATACTCATTTGGGAATTAGGTTAATTAGAATGAG TATATTAACATCTTTCAAGATTCATTATCTTTATTCCTCTCGTGTCGGTACGTGACACTC CGCTCCTCATATACTATCCTGGTGTCGGAACGTGACACTCCGATCCTCATTCTATCCTGG TGTCGGAACGTGACACCCGATCCATATTCTATCCTAGTACCAGAACGTGGCACCCGATCC ATATACTATCCTGGTGTCGAAACGTGACACCCGATCCATATACTATCCTGGTGTCGGAAC GTGACACTCCGATCCTCATATACTATCCTGGTACCGGAACGTGGCACCCGATCCATATAC TATCCTGGTGTCGGAACGTGACACTCTGATCCTCATATACTATCCTGGTACCGGAACGTG GCACCCGATCCATATACTATCCTGGTGTCGAAACGTGACACTCCGATCCTCATATACTAT CCTGGTACCGGAACGTGGCACCCGATCCATATACTATCCTGGTGTCGGAACGTGACACTC CGATCCTCATATACTATCCTGGTACCGGAACGTGGCACCCGATCCCCTAATCTCACTACT TGTGTTCATCAAGCCTTCTTTTATACTAAGGCATCATCATTAACAAAGTAGATTAGGGTT TCTTTTTCAAGATTTAGGATTCAATAGCTTCATCATGCTTATTTTATCACAATTATATAA TCACAACATGCAAACACATAAATAAGCATATAGAAGGGTTTACAACACTACCCAATACAT ATCATTCGCTATTAAGAGTTTACTACGAATAGTATAAAAACCATAACCTACATCCACCGA AGATTCGTGATCAAGCAAGCAATTTCCCCAAAGCTTTGTTATCCCCTTCGTTCCTCTCTC TCTTGATCGATTCTCCCTCTCTTGTTCTTTCTATTTTTCTTATTCAAACCCTCTTTCTTT TACCCTAATTAACATATAATTAAGTATAAAAGATGACAAAATAACCCACCAATTAATTTA AGGTTATTTCCTTTACCCCTCAAGAAATTGGATTATTAATATTCAACCACCAACTTTATA ATTATAAGCAGGAATAGTCCAAAATGTCCCTTAAAACATTTAAAGAAATCCGACCCAGCC TGGGATTACGCAGCCTGTGACGGGCCGTCGTGCCTGCGACGGTCCGTCCTGCTGGATCGT CACAGAGTTCAGAGACTAAATTTCTGTGAAAGATGTGTGACGGTCCGTCGTGCCCACGAC GGTCCGTCCTGCCATTCCGTTACGAAGTTCAGAGAGTCGATTTCAGTACCCAAATTTCAG AATTCTAAGTGTTTTGGAACGAGACCCCCTCGACGGTCCGTCATGCCCATGACGGTCCGT CGTGGGATCCGTCGTCTCAGCCAGTTTTTCCAGAAATAAAATCTACTGCTCAAAACGACT AAACAGGTCGTTACAGTTATTTACATAATTCACTTGAATATCTCAATTAAGACTTGTATC TATCGTTATTACTTTAAATTGATATACATTTGACATTTTTTTTGACAATCAACCAAAAAT TGAAAGTGTGAGATGCACTGCCAATGACATGACATAACAACAAATTAAATTATGACGTGT CATTTAATTTCAAAAGTTATTTAAAAGTATCTTACAAAAAAATATATTTTAAAGTAAAAA ATATATTTAAAAGTATCTTACAGTTCATAAGTACGTGGGCTACAAGCTTTGCCGGATCAG TCATCTTTTATTAAAATTATATTTTTTGTATTTTTTAAATTAAATTATAATTTAAAGAGA TCATAAATATCGACAAGACATTAGATGGGGTTAATGTTATTACTTATTAATCAAACATAC AGATAAAATTATCTATATAATATTTATTAAGTTTGATTTCAAATAAAAATATAAATAGCT AAATAGAAATATTAACCTACTTGTTTTCTAATAATTATAATAAAACACAAAAACTATAAT AATATTCCATAAACTATGACTATATAGTGATTTCCTAGAAATTTTTAATCTTATGTTGTG CATATTTTATAAACATAATTTGCATTTAAATTATAATATTTCAAACTTTAATGAGCAAGA AGAAGTATTTGACCAATTTCAAGTAATTTTATAAATTAAGCTATAGATTTAATAAAAATG TTGATCTTACTGTAAATTTTATTATTCAATTATGATATATCGTTAAAGTACACAAACTCC ATAATTCTTCAAATTAAACATGCAGTGGTTGAAAGAAAGATAATATAAAAGTTCACATAA AATATTTTAAATTGAAAAAATGGTCCGATACCCATATGAATTATATATATTTTAAAAAAA ATTAAATTAAAATTATTTTTTTCAATTTTGTAAGATCATTTGTATAACGTTAGAGGAATA TATGATCCACGTTCATAACAGACTGTATATCAGCTCTAAATATGAGGGCTATATTTTCTT TTTAAATTAAAAAGGAAATTTACAAAAATCTCATTAATTTAAGAGCTAATTATTTAGATA CACTTTAATTTGTAATATAATATTACGAAGTTTATCAAATTCTAGTGAGCCTAGATAATG GTATCTCTCTCAATTTTAATTTATTTGATATAAATAATAGTACATATATATTATAGATGT ATCTGGTTACAAAGTTCATATATGAGATAACAAAAATACACATAAAGCTAAGTTGAACGA AGTATAATATATTAAGTTGTAGCGGTTTGTTCAGTTAACTTATATTTCATCTAGACCAGC TACATGTAAAGGTGATCTCCATATAAGGTTAAATTTAAAACGAGAGAGCTAACGAAAATA TTTTTGAATTTAGCGTAAATTATTGGTTTCATTATCATACTATATATTAGTATCCTTAAA ACATCATTGTATTTTAATAACTAGTTTTAGATATCCCCGATTCGCCACATGACATAGCAG TGGTCTCAAACTCTTGTAGGAACATGGAACTCTTAATGAAAAGTCAAGAGAAGTATTAAA AAGATCCTAAACTTGACGAGAATTCAGGATTTATTTAATTCATTTACAAGATCGTAAGTG TATTTAAGTTCAACAGAGTCAAGTAAATGACTGTTTTTAAGATTGTCAATAATTCGAAGA TGAAATTAATATCTCACGTTAAGTTTAGAAGTGTTTTTAATATCAAAAATATCTTTAAAC TTAACTCAAATTAATAATATATCTTCAAACTATTGATTTATTTTGAAAACAAAACTAAAC CAAATTAATTCAATTATTTGATCTTTGACTTTAAATTTTTTTCCCAACATTTTGAAATTC AATTTTGTGTACGATTATAGCGTTTTAATGAACCGAACTTTTATTGAGCCTGTAAGAAAT AATAAATGAGTTAGAAGATAAAAAAAAGTTTTCATTTGAAATATATTGTCAGTATTCGTT ATTAACCTATTTTCATGTATCGTATCCTTAAAAAAAGTTTATTATACAGTACATTTTATT CCACAAATATGATATATCATTTTCCCATATCTTTAAAGCACACACAAACTCCAAAATTCT TTAAAACTATTAAACAGAGAGTGGTTGAAAGAAACAGGTGAGACAAGTAATAATTGTTCT AAGTGTCTTTTAAGTTCACATAAAATATTTTAAATACAAAGAAAATTATAGAAATTTCAC CGGTTCATAAATTAATTATTTAAATATATTTCAGTTTATAATAGTATTAAATTTTTATGT GTTCAAAGACATCTATCTCAGATACATGAGGTCAAGATTGAGTTTAATTTATCATAGTTA CATTATACCAAAATGGATTCGCATATATTTGGAATACATAGACAAATCTTGTTAGCCTTC TCCGACTCCCTCCATATTATTTGTCATTGTCCTATCTTCCTCCCCATCTTGCTCGTCTCT ATCTATTTTAGTGTAACTGGTACCAAAAATACTTATATCTAGGTGTATCTTCTTTAATAT ATGATAGTAAACTCTTAATTAGTAAGTTCGCTTGTCTCGCTTGTCTCTCTCTATTTTAGT GTAATTTGATATGTAGGTGTATCTTCTTCAATATATATGATAGTAAACTCTTAATTAGTG ATAAAATTTGTAATTGCTTGAAAGTATATGAGTAGTTTGATCTAAATAGGAGAGAGAATT TTTTTTTTAATACTTCTTCTATTTTTATTTATATGTCGTTCTTACTAAAAGTAAATGTTC CTTAAATTTTCTTTGAGAGTTATTAGCCTTGAAAGTATAAATTTGACTAATATAAAAAAA AATTATTAATTTATGTTCATTAGTCAATTTAGTTAATCAAAATAAACCCGTTTCATTAAC ATATTAGAAATGATTCAAAAATTTCTTTCTTTCACCCCTTAGATAAAAGACGCCCTTCAT AAATTGTACTTTATTCAAATTTGAAGGCTAAAATGAAGCTTGAAAATATTTTAGCAAAAA ATATAGTCATATGAAATACTAGTATTAATTAGTTCATAACATATTTTATTTAGTTGATTA ACATATTTTAGGTAGAGGGCAAATTTGAATTATTTATAATAGGTCAAAGGGCAACAATTT TTGTTCATACGTAGAAGGACAGTTTTGAACCATTTTCATATGTTAAGGACATCTTTTTAT CTTATAAGTAGAGTAATTTTCTTAGATAGTCACTCATGTTTGAGAAATTATCTAGGAATA TCACTTATGTTTGTTTTAGAATTATATGATCACTCAACTTTACCTATTTTTCTCAAACTA TACTTGACACAAATATTATATTATCTCTCTCGTATTAGGATATTATGTCACATTATTTAT TTTTTTACTATTAAAAAAATATGCTTTAAACCTATTCAAACATTAGGTTGAAATATGTTT TTTTTTTTAAAGAAAAATATTGTTTTCTATTTATGTTTTTTAAAAATATTTTATTTTTTT AGATATATAAAGAAAATCTTAAAAATGAATGAAAAAAAAAAGTATCTCATTTCCATAACT AATTACTAATGAACTGTTTTAACTATTTTATAAAAATAAATTTTTTAATTTTTTAATGGT ATTTATTATTTTTTACTATAAGTTTTTAAATTAATTTTAAAATAATAATTATAGTTTTTC TATGGTGCATTAGATATTTCTACTTCCTTTTTGTTGGAGTATTCTCTAAAATCACTGAAA GTGTGATAAATATAAATGGACATTGCAATTTCTTTTATAAAATAATTTACCGTTTTCATT TTTTAACCTTAAAAATTAAAATTTGAAGCATTTAAAGATCTTTCATCTTTTTTTTCTCCA TAATAGTCTTTATTGTTTTTATAAAAAAAAAGTTCGATTTTATTTTTTTCCTTTAAAATT GAAATTAGAGGATCATCCATTTTTTGCCGTTACGGTTTTTTTAAACGAAAGAACTTTTAT TTTCTATTAAAAATAACTATATTAAAATTCCTGTTTTTTTAATTATATTCTTAGAGCATA TTTAAAATGCTTTTTGAAAAATTAAATTCTTAAATATTTGTGGTGCTGACATGTGACACT TTTTACTTCTCCTACAATATAGAGATAGTTTTTTAAAAAAAAAAATAGATAAATCCACAT ATTATACCAGTAAAAAAATTACGTTAAAAACTGTAATATGAGCTCCTCCGATTCTTCAAG AAAATATGTGGGTTCCTTCGGTTCTTTAAAAGAATTAGAAAAATATTAATAATAAATTAA AAAATGTGACATGTCACCCTAGTAGGAGAGAAATAATGTATTTTCTTGTGTCAAGTATAT TTTGAGGAAAATAGGCAAAGTTGAATGATATTGTAATCCTAAAACAAACATAAGGAATCT AGGGAAATTACTCCTTATAAATGGAAGGAAGACATTTCTTAATCGTTTCTAATGTGTTAG GGACATTTTCAAACCTTTTCTCATTTATATATTTTTAATTAATTATATTTAAATATTTTT GAATACAAATATTTTAAATCAATAAACATGTCTAATTATCCCTAGATAATTGCGAGTCTA TAATTCATCTGGACTAGTAAAATTATCGACCTACAAAGAAATTGAGTGACAAAAATAATA ACACGCACTTTTAAATAAGCATAAACATAAATATTGAAATTGAACTAATAATTAAAGAAA AAAATATATTCCGTACACTCCACAATGATCAAAGCCAATACTTGCATTATATATTTTACT CTAATATATTCTACCAAACGATCGATCTTTTTCTATTTAGAAGCAACAAATAGGTCCGAG AGTGTTTCCATCTGGCTAAGATCCACGGGGAACTCATCAATTTCATCGGACCATGGATTT ACCTCATCGCGGTCAATTGATCGGTTTGCCCTCCAAATAACACTAGTACATTTGAAACCC GACCCGAATGCTATTTGCCATAATGTGTCTCCTTTTCTGACCCTACCTTTTGCTTCAACA TAAGCTACTTCATACCACACCGAACATGTGGATGTGTTACCGAACCTATATAGAGTCATT CTAGAAGCTTCCATTTGTTCGTCGCTAAACCCTAATTTTTTCTGCAAATCATCCAACACC GGTTTACCCCCGACGTGTGGGAAGAAATGATTGACGGTTTTGGAGAAATCAGGATTATAA GGTCGATCTACGTTGCTTTTGATCATATGAAAGTATTGTGCTATAAGATTTACCAAGTAA CGTAATTTTTCAGATAGAGAAAGGACTAGTGGAGCTATGGTGGATATATTTAATCGAATG GTATTCATTGCTGCGTACAATAGATCTTTGTTGATTGTGATACCTCGATGTCCTTCCACG TCTTCTTCCATGAAAATACAGTTGTAGGATCGATCATCGTTCGATGTTTGCGATCGCACG GTGTGGATGAGCTCATACTTCGATGTATTCAGATCAGACGGTTTGTTGGAGAGGAGCAGA GCTACTGCACCCACACGGAATATGCAATTACTCAACAATTTTGACCGGTCATTCCCTTTG TATACATTTTCTGTAATGCTATCACTAGTCACTACTAGTGCACAGGAATTATCATGCACC TGCACAATAATATCGTAAGTTTAATAATAACAACAACAGATAATACGATAATCGAATAAA AAAATTAGGTGTAGCATGTTAATTACCTTAAGCAAATTTTGGACAAGGCCTAAGGCAACA AGGCCAGCAGTGCATCCCATTCCAGTAATATTATATGTATGTATATCATGTCTAAGGTTG TAACGCTTCACTATGACACTAGACAAAGATGGCATAATATTGTATACGCCACAAACAGTA ACCAATATGTCAATATCTTCACATTGTACTCCAGTTTTCAGTAAAAGCTCATCTATGGAT CCGAATATTGCCATCTCCACTTCTTCCTTAGCCGCTTTCGCGCTCATATCTGGAGGTTCT TTTAACAAACCTTTAGAAAGGTACGTTTTCTCACCTAAACCTACTCGTTGCAAGATCCTG TCCATGAACTCTAATGTGTTTTTGTTAGAATTTAAACTTCTAGAAGATTTTTCAATAAAG GTTTGTCTACAAATTTGTTGATCTTTTGGGGGTCTGTAACATGCAAAATCTACTAGGAAA ACTCTTTGACGCCTCATGATTTTGCACCAAAATAATACTAGTATTAAAGATGGCACAAAA ATGGGAAAGAGGTTGCTAGGGTGTAACAACTCCATGGTGCCAATTCTATTGAGCAGAGCT AGCTTGAGAAGGATGTCCACTTCTCTAATTTCACTTCTATATATAACAAGGTTCGTTTGG TATGTGAGATAAAGAGTTAAGTTGAGAGAAAGAATTTTTTTTAGTTAACAAATAATAATA GGGAAAAATTGAATAAAATAACAAACTATTAATTCAAAATAAATGTTATAACCACAATTT TATTTAATTTTAACTTGGAGCAAACAATTTGTCATTCGTCTCTCTCTCCTGAATCTCGTT CTCCACTCTGTCTCGCCTCTCTCACTCTATACAAACAAAAATGTATGAATTGTGTTTGTA TAAAACGAGATAGAACTGTATATAGAAATACAAATACATATTTTTTCATCCTATGCACTT ATAATTTTACAAATACAAATTTTCTCTTGCTCAATTTTATTTTGTCTTTCTCGCCTTATA CAAACGCAAATTATACAAAAATACAATGTATAATGTGCGTTATACAAAGAGAGAGAGAAA TTTGATATACAAATACATTTATTTTAACTCAATTCAATTGTATATAAATTCAAATTTTAT GCAAATATACAAACACAAATAACATATACATATACGAATTGGACTTTCATAGGTACAGAC GCTCGATTTATATAAATAAGATGCATTCGATTTTATACAATCAGAATCTATACAAATATC CATAACAAACTATACAAATAACAAAATTATAATTATAAAACGCTAATATAATTTTTATAT TTGCTAAACCTAAAATAAATGAATAAATCTTTTGTCAAACGAAAATAACATAAATAAGTC GAGCTTGTTCATAACATTAAAGTCTAAAGATGAAGGAACGAGGACGGTTGGTAAAGGTAA TGTAGTGGCTGTGTAAATAATTTAATATAATTTTTTAATAATTGATAATCTAAAATATTT TGTATATATTTATGTTGCACAAATTTTATCTGTCAAAATTCTTGTTCACTTCTTTGAACT CTATATCAAATTAAGATCATAACAAAAACGTGAAAACAAACGAAAAAGTAAATTAGATAT GCGTCATATAATATCTTAAAATGTAAATTATGATTCGCTCGCTGCGTATACATAATTTTA TGACGAATGAGACATATCATATCATGTCATAAATGTGTGTGGTACCTTTTATTGACAATT TGATTAAGCACATATATGGGTCTCACAGAACAAAACTTCTCATCTAGAAACTGGATGCCC ATTTCTCTATTTAATAGGTGCACAAGTAAATCGAGTGGGTAAAAATATCTCAAAATCAAG TTAATTTAGTTTTTTGATTTTGATTCTTCATATTTTTCTTTTGATATTGGTGTTATTTTT TTTCTCCAAAAGTTTGATTTATCAAATTTCTTCGATTTGATATTAGATGTAAGGATCTCA AAATTTTGATTCACCAAAGAATTAAATTTTTATTTTTAAAAAATAAAAATTATTTCTGGC ATTCTCTTAACTAAAAATAAGAATCAACTAACAATTAAATCATTCATGAAGAACTTAAAC ATATTTTTATCATTGTACGTTATGTAAAAGATCCGTTTTCGTCCTTGTTTTTCTCGAGAA GTAATTAGAGGCATAATATTCTTGATAAAGACAAATATAACTTTTAATTAGCATAGTGTT CCACAATAAAACACATAATTCCTTAACATAGTTTTAAATTTTTGAGTATCTTATACTTTG ATTTGTTTTTATTTTATTTTTCATTCACATTGAAAAATCGATCAAACTAAACTAAATTGA AGTAGAAAAACTAAATCAAATTAAATTAGTTTAACTTGATATATATTACACGACTTTTTA AAATAAAAAATAAAAAAATCAAATCAAAGAACCGAAGTCCACGGGGATTAATGTAGCAAG ATAAGCATGTGATGTGATATTTATTCTCCAAATGTTCTTTGACAAATACGATTACATTTT TTTGACAAATTTGTCATATTATCATATTATGTATACCTTCTAATATACATTGTGAAATAC CGTGTAATGTTCTGATACATTTTGTGAAGTATAGGATATACATTTGGCATATTATTTGTG AATTAATAGATACAAATTTAGATACATATCGATCTTATGAGTTAATAGAGATATATTCGA AAATACACGTAATATATAATATTTTCATAATTCGAGTGACTAATTAAAACTTTAGGATAT ATATTATGAAGAATTAGTCTCAATGTAATCATCTTCAATAATGTATAAAAGGTGAACTAG CTTTGAATTATATCGCTATATTTGTTGTTATTGATTTTTAAGTTGAAAAAACTACATAAT TAGACATTATTCACTATTATATATATTATCTATACTTTTAAAATATTACATATCTTACTA ATTAAGAGTTCTCTACGTATCTTATACTTGTATACATATACTTTTGCTATCAGACACACA AAAATAAAGAGAGAGAGAGACATTGGAGAAGAAGGCAAGCGAGATTCGTATATATTCAGG CACATGAAAATCACACTAGATATGCACTAGATACATGTATTTGGAAATATTCACATGTAT CTGGGATATCAAATACACGTGAGAGTGGCGAGCAAGATGAGAGACATGCCAAAAGGAGAC GATTGAGATTTGTTATGTATCCCGTTAATCCACTTGGATACAATATATCTAGAATAAATT ACACCTAAATTTGACCTTATACATGTATTTGAACGTATCTGGAGGCACCATAATCTGATA AAATACGTAATATTACACACTAAAATATATCTAAATAATTAGCTCTTAAACTAGTGAAAT TTATATAAATTTCCTTTAAAGTTTAACCTAATAAAGCATGATGTTAAGGAGAAAAATCAT ATGCTTAACGCGATATTAGAAGAAGAATTGTTCTCTCTTTTGATTTAGAGACTTGATAAA AAGTTTACATAATAAAATTATTTTGATCTGAGGCCTACTTCTGTAGGTGTTTGAGTCAAT ATATATTAATTTTACTTAAAATTTGTACCCACACACACCAATTCCCCTATTTTAATTTAT AGGTACACAAATAATTAATATATGATTGATAATATCCTTCACCTTTCAACAATTGTTAGG CATGGTCTACCATGATTAATGTAACATGATCCATGAATGATCCAAATATGGAAACAAGAG CAACATGTATTGAAATACTTATTTTTACTAAAGTCTTTTGGATTGAAAAAAAACAGTACT CTACTATTAAATGTAAGGAGAATTAAATAGCAATTTCAATTAATTTCACATGTACATCCA TGTGACACACATATACTAGTTTATAATAAACATTAATTTAGAACCTATTTTAATAAATCT GATCAAATATTAATTATTACCTAAAAAGTACTTTTAAAATTTATTGGTCAAACATGAACT CTTCTAATTAAACGTACAATTTTTTAAAATCAAAATAAATTAAATTTTTAATTTTTAATC AAACAGACTATTAATAAAAAAACGTTTTAATATTCATAAGATGAAAATGGAATGAAAGGC CAACAAAAAATTAATAGTTAGGTAGTAGAAAACTGTGTTATCACTTCTTACCTACTAAAC TATAAAAGGATTCATAAATATTTCCATTTTTATGTTAAAAGTAAGAGTACTATACCCAGT TCAAAACATTGCAATTAAATGATAGTATCATCAATAAATAGACAACTACTATGCCCACTT TTATGACTTGTATCTTTTCCTTGTGGTGCTCAATAGTTTATTATTATTCAATGAAAATTA GTATTTAGCGGTAAAAATTTCAAATATTGTTGTAGATATTAAAATTTTGTGGGACTCTGC GTTTAATTCAAGTTGGAACTGTACAAATTGTGTTCAATTCAAACTAGGATTCTTAGAAGC TACTCAACCCTAAACCCTAATTTATGCCTATATAAAGGGTACTAAATTCTCTTAAAAGAC ATCTCAAAAATTTCATAAAGAGATCAAATTTCAAATACTCAGCAAATTGATGGATTATTC ATATAGAGATGTCAAATATAAATCATCATAGTTTGAGAATACACCACTAACAGCCATCGA ATCATGGATAAATCCATAGAATCAAGGAATCAACAAAATTGTATCCGCTATCTTGATGAA TAAAATCATGTTTCTTCAGTTTTTCTACTTGTGTGGTTTATTTATTTTCCATATATTTAA GATTTGTTGCAAACAATTATAAAAATAGATATCGTATCTACTAAATTTCAGTATATATAT ATATATATCATGTTCCATAGATTTAAAGTATGCACAACTTTGAAACTCATTTAAAATTAT CAAACAATGAATTGTTGAAAGGAAGATATATAGCAGACAACCAATAACTTATAGGAAAAG AACATTTTACCAAAAATGAGAAACTATTTACAAGGATTATCCTTTTTCTGTCATATCTCA TATTTTTAATTACTTATAATTCATATTTATTGTTTGATATAATCAAAGTATATATACTTT GATGATATTAAAGAGGAAGAAGAGTGCTTTAGTGAAAACACTTCTTAGTTATATATATAC TCTAATGATATCAATGAGGAAGAAATAATGTTTTAATGAAAAGACTACTTGATACTATCA TAGCCTATAAAAAAGTTGTAAATTGAAGTTGGAGGAAAGTTTTGGAAAATGTTTTCCTTA AGTTTTGAAGGAAAATCATTTTTCTTGAATTTGAGGAAAATGAGTTGATTTGAAAAACAT TTTATCCAACCAAACATGAGACCGGTTGAAAAATATTTTCCTTCATACCAAACACACCCT TAATAAGTTCATTTTATAAGCAAAAAAAAAAATCTATTAATTAGGGTCATAAATAAGTTT ATTGATTTCAATAATAGGGAAAATTACGCGGTTAAGCGGACTTAAATTAATTGATTACTC TTCATAACTATATTTTGTTATAATTACCACTCATTACTAACACTAGACATTAATTATGTG CGCTGACTTCGAGTTTGTATATGTATAATTCCCCAGAATATACAAATACATATATATAAT ACATAATTATTTAATCAATATACATATAATCTTCTTCCTCTCTCGCTCGCCTCTCTCCTC CCTCTCTCAATCTCGCTCGCCTCTCTCCTCCCTCTCTCAATCTCGCTTGCTTTGTATACA AATGTATATCTATAATATATAATTATCTAACCAATATACATATAAAATTCACCTCTCTCA CTATCTCCTCTCTCGCTCGCCTCTCCCAATATCGCTCGCTTCTCTCCACCCTCTTCCATT CTTGCTCGCCTCTCTCCTCTATCTCTCTCAATATTGGTTTCCATATACAAATACACATGT ATAATATATAATTATCTAACCAATATACATATACAATTCACCTCTCTCCCACTTTTTGCC CTCTCTCTCGCCTCTCTCCTCTCTCTCCCAGTCTCTCTTGCCTCTCTCCTTCCTATAACA TGTAGCTACGTAGTGTAATTATCACACTATAGCTATTGAAAAAAAATAGGCTATTTTTAA GTGGCTATATGTGAAAGTTTCCCTAGCAATACTCTTGGATTTGATTGGGTTGGGCCGGAC CTTATCATAGGCTGGCCCAACCAGTTAATATTGACTTTAGAATTCATTTGGACATATATA TAACTCAAGTATGGGTAAACATAAATATTGAAAAAATCAATTGGACTAAACTAATTTGAT TATTCGATTTCGATTTTTTTTTCAAATATTTGATTCTTAAAAATATTCTGATTATGACAG TTTGTTTAAGAATGAGAATAACCATTCCAATATAAGAGAACTGGAGATAGATTTTCATCC TTTATATGTTCAGATATTGATTTTTATTTATATACTGTTTTAATATCAATTAAGCGAAAT TATCAGCCTTAATGACGTTAACAGAGTATATAATACTGATTTAGTATTAGTTAAACAAAA ATATCAACCTTGATTAATGATGGTATGAATTGTATTTATTTATGAGAAAATGATGTATCA AGAATTACTTTGGAGAATATTAACTTGTAACTATTTTGGGTTTTATGGCCCGTTTATATA GTTTTTTCCTTAAGAATTTAACTAATTGATAAATATGAATTGTTGCAATATTTTAATATA GTACAGTATATAAGAGTATAAAAATCTATAATTATAATACATAATTATCAGAGTATTAAT TGAATATACATTACATATACATAAAATCATCTGTTCATTTTTTTAAAAGCAAACAACACA AATCCTACTAATTTACATCCTAATCATGTGTGTTCACATCATTTAGGAAATTACATTCCA TACTATTTTTTCTTCGCAAGGAACATGTATTTGGCACACTCAAATATATGTATGCAAATC AAATTTGGTGTTGTTTTCCAAATACGCTATGTTCAAACTTGAGTTGCTTGTATTTGGAAT ATATTGTCTCGATCTCTCGCTTACCGTCTCTTCCTATATATTTGTAATGAAATACATCTA ATATCAACAATTTATGTATCAATTTTTAAAGATATATGTCTATCCTTGGGCTTGCTTCTT TCTTTGTGTACGTATTAAAATTGTAGAATGTATCTGATATCAAAAATTAATATATTGAAG GATAAATTAAAAGGAGTAGTGCATTCGAGTTTGAAATTTGATATGTAAGAATTTTGGAAA AAATGTAGAGTACATCAATGAGCTAGTTTCAAATATATACAATAAATACCCATGTTTCAC TCACACTAAACTAGTCAAAAGTCATAAGAAAGGTACATAGGCTATACAATATATCTTTGC CTAAACACAAGATGGTGTATAAGAATACTGCTAAATAGAGTGTATTAATAATGCTTGCAT TAATCGTTTGTATCGAGCATTAGTTATACATAGAATTTTTCTTATGCATTGTTTGATTTG ATGTATTAAAAGTTATATGTAGTGTAAAAAAATACTTATTTACAAAAATATCCTCCACAA TTATGGTGAAAAAGATATAGAAGGGGTTTTGAGGGGGTAATTGTATCTTTAAAATGCTAA TGCATGCATTAAATTTCTTTACATTACTAATACCTATAAATCCATGGTATTAATAATACA CTCCTTAATACGCGTTAGAGTGTATAACTAATGCAAGCATTAATAATACCTAGCATGAAA AAGTGCACCAAACAAGGTACTACTAATACATAAAGCTAATGCATGCATTAATTTTGCTAA TACACTCTACCAAACGACCCCAAACTATACAATATATCTTACCTATACATGAGTTTTACA CGGACCATACTTGACGATGCATTAAGAAAATTGAATATAACTTAACGACACATTAAACTT ATTCACTGATTATACATAAAGATTACATTGACTATTTAATATCGTCAACTCAAAATCACC TCTAACCGTCTCAAAAGTTAGATACAAAATCCTATCAATGTTTCAAGTTTCTTAATATAT AATTAACTCAAAAAATTTCATGTTTTCAGTATATCGAATCAAAACAAAAAAGATAAAAAA ATGCTAACAAAGACGAACAAGATAATTCGCTCAAAACAACCTCTAAATTATCCCAAGATT TAAATATGAAACCCTCTTAAGTCTTTTTGGTACAAAATTCGTTTGAAACAATTCATATTT TCAATATTTTGTATTTGTTTTTTTAGAAAAAGTGGAATAAGAAAACAAAAATGATAGAGG AAGCCATTAATGACAAAGTAGGAGGAAAAAATATTTGACCAATTTTAAGTAATTTTAAAA ATTAAGGTATAGTTTTAATACTAAAAGTAAAGAGCCAAATAAACTAGTTGATTTGATAGT CCCAATGCTACTCACAGCCTAATTCCACGTCGTAGCCCATTCAATTTAGACCAATAGAGT GTCGTCCACTTGCATTCTTGGGTCAAACTCAAACAAAATTAGCAATCGTTTGTTGAAATA ATTCCTTGAAAATTATATAAATTTTAAAAGAGAAATATTAATATTTTCTTAATTTAGTGG AATGAATATCCTGAGTTTGGGACTTCTAATATTGATGGTCTCAAATATGAAAACTTTTTA TCAAAAAATAAAATATTTATCTTTTTGATTGAATAATTAATATAATAAATATTTTTAGTA TTTCAATTAATACGAGACGGAGCGAATAATAATAGTAAAAGTTTATTTTAGTTAATTATA CATTCCAATGTCCAAATTCCTTGTGTTCGGACAAGAATCTCAAAAGTCTGAAACCCTCAA AAAAACAATAAAAATCAACCCTCAAGAAACGGCTCCACGATCCTTAACGTGCACCCTTGC ACATGACTTCTCCTTTTTTTGGGTTGAGAATTGGAAAAAATCCCATTTTTCTTCAGTTTT CTATGTTGTTTTACCCTTTGCAATGCTTGTAACTTTACGGCATTTGCAATATTACAGCTG AATCCCAGATCAAGAATGAAGCTTTCTTGGCCAATCGCGCTTTTCTACACATTTCTTTGC TTTTTCGCATCTGGGTCATTTTCTTCTATTGAGAATTTTCATCAACCGTAAGACTTTTTT CAGAAATTTTCTTGTATATACTGTATGTTACATGATCTTACTCTTGAGTTATTTGGCTTT AAAAATCCTTGTGTTTTCTTGTGATCTGTGGTAATGTTAGTGTAAATTGTTTTGCCCACT GAGGCATATGCTCAAACAATGAGAATGCATATTGTGAAGTTGGGTTTGTTTCTTTTTATA AGTTCTTGACTGCTAACATGTTTAGTGTAATGCCCATCTAAGACTGATTGATGATATTCA TGTGGTGGGGTTCAGTTTTTAACTTTATGAGCTAGTTGGGATGGGCTATACCAATCCTCA CTATCCATTTCTTATTAGTTTTACCTAGACCAGCTTGCTAGTCAGGTAGATTTTATACAT AATAAGTAGTAATGGCAGTCAAGTGTAAAGCTGGGTGATTTTTTTCGATATGTTGAAGCT GGAGTTTGCGGTCAGTGGCGGAGCCAGGAATTTTCATAAAGGGTGTCATAAATAGCAGCT TGCTATGTTAAGGGTGTCCAAAATATGTTATTTAACCATTTCGGATATCATTTTACTTGT ATATATGCTATTTTTTTCCGACTATGTGGCTCCGCCACTGTTTGCGGTGATGGGCGGATA AAATAATTGATGTACGTGCAAGTTGGCATGGATTTCCTTGCATAGAGAAAGATGAGCCGC AGTATTAATGAGTATCTCTATTCTACAGCTTAGACAGATAGAGCATGAATACTCAGAGTC TTTGCTGTATACTGTTTCTTTTCTGTTTGTGTTATAAAGTAGATTATTTATTCGTACTAT GTCTGATGAGCAATGTTGTCTTTTCAAGCCTTGGTTATTTAGATGTGCATAATTTGTTTG TCATTTTTGTGTATGGATGGATGTACATAGTTTGCTATCTTTCTATTGTTACTGGAATGC TGGTTGCTGTTTCAACATATAGCTATCTTTCTGCTTGACAGGTTTCCTATTATAGAGCCT GATCCAGGTCACACAAAACTTCGCCTTTCAAGAGAAGGATTGGAGGCAATTGAGAAGATA ACTACACCCATTGCAGCTGTTGCTGTAGGTTTTGCATTTGTATCTGGCATCAATTATAAC CTGTAATTTCTTAGGAATAATAAATTATCATCTCTTGCACAGCTTTATGGAGTCTGAGTC TCCTTGTTATTGCTAGGAAGTTTCAGTTATTATGTTTAAGGGTTGCTTGTTTCAGTTTCA GTTATACCTGGTTTGGCTTACGTTGTGTTCCATAGTAAAATTTCCCAACAGATTACCGCA TTGCTTAAATTTTTTTTCAAAATAACTGTTTTAAAGTGGAAAACTGTAATAATTAGTTGG TAAGGTTTTTGCATCAAGTTTTAATACTTTCCATTTTAGAAAAAAATTGCATCAGTTTGA AATGATGTTGAATAGATGTAATTCATGTTTGTCTAATTGTGAAAGGAGAAATAAGAAAAA AAAGGAAGTGAAAAATTCTCTATTGAAAAGAAAAAGGTCTCTTATTTCTTTACAAAATAG TCCAAGAAGGAAATTAGGTTACTTTTACTGGCACACAGGGAGTACTGTTAGCTGCTTCTT CTTTTTTTGGAATCTTGCATGCACCGGTTTTGATTATCAACTATCTGTCTTTTTGTGCAA CTGAATATTGTTTTCTTGGAGAAGTTGCTAGCGGAGCTTTTTCTTACCTAGATTTTGTTT GCCACCAATGTCTTTTCTGGTATATTGACATTTCTGCAAAAATTTTGACCAGGTAATTGG TCCATATCGTTCGGGAAAATCATTTACTCTCAATCAGCTCCTTTCCCTGTCTTGTGATGA AGGTGTGTTGCCTATATTTTTGAGAGCTGATGTTACTTTTTTTGTTAGTTGTTAAAGTTT GCAGTTACCTTGGTGGCTGCAAGGTTTTTCTGCAACTGATTAATGGAGTTCTACTTTTGC AGGTTTTGGTGTTGGTCATATGCGTGATACAAAGACAAAAGGTTATATGCAAGATTTTTC TGGATACTGTTGTTTCATTAGGAGATCTGGACATCATTTAACTTCCTCCTTTCCTTTTCT TCCAGGTATATGGGTTTGGGGTACTCCAGTAGAGATGGATATCAATGGAGTAAAAACTTC TGTTTTTTACCTTGACACAGAAGGTTTTGAAAGCATTGGAAAATCTAATGTATACGATGA CCGGTAATATGCTAATCTTCAGATGCCACAGTCTACCATATACATCTGACTAAACATGGT TGTTTCTTGATGCTTTCTTGTTTCTCAGGATTTTTGCCCTTGCAGCTGTTATGAGTTCTG TGCTTATATATAATCTCCCTGAGACGGTGTGTTGCTCTGCCTATAATATCCACTCTCTTT CTATGAAATTGTACGGATTAGTCCTAATTTAAATTTATATTCAGGGCATGACAATATAAG TTGTTGAACATGTAAAATTTGAACAGAACCCGATTGGTTATAGTTGTCCCTGTAGTTTTG ACTGATGAAATGGAGAATGTGTTCCCTCTATAGACATGGGTCGTGGGAGAAGGGTATCAA TTATTATCTCACAAAAACATATGACAGCCATTCCTATGAAAGAGGGGTGTGAGGAAGGGT TGGGGATGGACAAACCATGTTTTAGATAGGTTATTTCTCTCTCAAACTATAATCAGGCTT GGTTTCTTGATAGTGAGGCATCTGCATGATATTGTTCTCTGCTTCAAAACTACTGTATTC TTCCTCTATCCATCTCAAAAAGTAAAAGAATGAAAGCGAAATATGTATCTTCCTTCTGTT TTGCTGTATAAAGATGTTGCTTAACACCTAACAGAATATGGAATGAGTATGCAATTTTAA ATTACAGGATAGATCAAGAACTTCAATTCTTGCTGAACTATTGAATCTGACTCCATAACG CAATGATGATGATGTACTCAGAAAATTAAGCTATCATAAGAAAGCTTGGCTCCATATATT TCCTCAAGTGTATGGTGAGTTTAAAGTAAGGATTAGAACATTTAAAACCTGGGTTAGTAA AATAGGAAAGAAAAAAGCAAATCATAACATGTATAACAATATACATTTATCCCAAAAAAG AACATGTGCAAACAACATACTAAGTTCATAGATCAAAAGATTACACTAACATTTGAGAGA ATTTGGAAGAAGGAAAAAGCTTTTTCCTGGTATTATTGGTGGAGAAAAGATAAGATGTCA ATTAGAAATATAGTGATAACGTAGATGGTCTGCGTAAGCATTTCTTTTGGGGGTAAATTG ATCTATTCAATAACTATTTGCCAAAATGTGATCAAACATTAAGGGGTTGTTTGGTAGATG GTTGGAATTAAGCAGATATTAGTTATGTGGGTAATGGTTATGTAGGTATTAGTTATTCCA TCTTTTACTCCACATAAGATAATACACCAATTCCCTCATAACTTGTGCATTATTAGTTAA GCTGGTTTCTAAATTGCAGACCAAAAAACATTAATTTATTCATTTATAAGTTATTTCTTG ACTCGCTATCAAGCGTTGTATAACTTAATCATAAACTGATACATGAATAGATTACTTCTT TTCTAGATACCAAACGACCCTAAGGGTGTAAATGCTATAACTCCCCAAGGGTGTGATTTA TGACGTTCGGAAAGTTATTTTGTGCTGCCGAGAGTTAGCTGAAAAAAACAGGGTTTGACG CTGCTGTTAGATAACATCTTGTTTTCCTAGTGCCTGTCATTATCCAAAATAGCTTCTGGT CTTTGTATATCTGCAAGCTCAATAAAGTGGGATGAAAACCACAGGAGACTGGGTTCAAAT TCCAATCATGTCAATTAAGTCCTTGGTCATTTCTTCCTATTTATCCAAGTCTAGGTGGAT AAAGTTACCCAACACATGAGTCAGTGGACACTTCCGTCTAAATGAATAATAATTGAAGTT CTCATGTGCTAATTGGGAAACATGTCAGCATGGGGACTTAACCCAATTACATATGGATGA AAAATGCAATTTTTACTTACTAATAAACTAGAGATGGGTTGTGTGTAATTTGCATTTTGT TGTTCTTTTGACAAGTACAAACAATATATTGAAGTATATAATGTTGATGTTTTACTCCAA TGTTTAGAGTTATCCAAGGTAAATAGGTGATGCACAACATTAATTGATGAAGAGTCGTGT TATAAAGAATGAGCAAAATATAACTGCTATCATGTAGAAATTTTCTTTAAGCTCATCTAA TCACATAAGTGGCGAGCGCGTGGTAGAAGATAACCAACGAATGTAATGGTTGACTAAACA TTTGTATATAAATCAGTTGTTGCTCCGCCTATTCTTGTCTACATATTGTTTGGACAACTG TTAAGTCATCCTAATATGGTTAAAGCTTTGGCCCTGAGATTGATAGCTTATTTCCTGCCA TATTTTCTTTAATGTATAAGGGCTCTCCCTAATCATATATCTTTTTTGCGTTGTGTTGTA TGTTTTAGATACGTGAAGCTGATATATCCCGGCTGTCATTCGCAGTTGAACTTGCGGAGG AGTTCTATGGAAGGTTCAACTCTAACTAGTTGTTTCAAAAATTTCTAGTTTATGTTTGAC CTTTGGTTTCTTGTTCAGCTTCACATTCTCTCTGTTTCTTTTCTGACTCTCTGTTGTTTC ATCCTCGTATCTCTTCTCTCCTTGTGGCCAGAGTAAAGGTAAGCATTTTGGAGTCATGAA GCCTATTATATATCTACCTCATTGAAAGGGGCAACGAAAGAAGAGTTACTTAACAAGTTA TATGACATGCTCAGTTGATGGATGTTGTGTAGGGGCAAGATGTTGCGTTTGAACCTGCAA AGCTACTATGGCTCATCCAACGTGATTTTCTGCGTAAGTAGGGAAATGATGCCTCAAAAC ATCTTTAGTGCAATTGCTTGACATTTGTGAATGTGACATCCTCTGTGGACTTGGGGATGT AAATGAACAAAATGAACTGAACTGCTTAATATTATCTGCTTAATGTACAATTATCACAAG AGTTTCTGCAGTACTCTTCCATCTAATAACAAAATGCTTTTGTATCTGTTCCTTCTGCTG TAATTTCTCCGAGCTTGTACCTTTTACAGAAGGAAAATCTGTGCAAGAAATGGTTGATGA AGCTCTAAGACGTGTCCCTAATAGCAACGGTTAGTTCAATTACCTTTATATGCATGCTTA ATAAATAACTATGAAGCCTAGTATATGCTAACTATGGTTGCCTTTTCTGTTACCACAGGT GATAAAAATATTGATCAGGTGCTCTTTGTTGTACTCTTGAGTTCTGCACATGATGAAGAA ACTTGACTAAATGGATTAGTTTTGATTGTAATGCATGATTTCAGGTGAATCAGATTCGAG ATTCTTTAGCCATAATGGGTGATAATAGCACAGCGTTCAGCTTACCACAAGTATGGCCTA ACTACTTCTTTCTTTGATCTTGTTCTTTTACTTGAGTTTTGCATTTCGCAGCTTAGTGCA GTAAACTGTCATTTCAATAATTTTGTGACTGCAACAATCACGAGATATTATATCTTAACC AAAAGAAAACGTCCTTGATGATTCTAGGCAAATATTGTTCTGCTACATGATCTGTATACC TTTTGCGATGCATTATTTCTCTACGCTGTCCATGTACACCTTTTTTACTGGTGCAAGGAC CCAGGCTATTATATCATCTATCTCCACTCTTCTTATGATCATGTTATCTTGCTTTTGAAG AAGATGCCACTAGTTTTATCTTTTCCTGGTAACTTTGTTAGAAAATAGTCCAGGAACCAC CTGAATACATCGAGCATGCACCGATGCAGCCAACAAGGTGTCCACCCAGCCACCCAACGA TAATAGGAAGTGACCTACTCTACTATTAAAATTCACACTCTTTCTGATCTCCTTAAATCA TATTGATAGCTAGTTTCAACGCTCTTCAACTACAACCTGCATACATCCCTTTCCGGCAAT GGCCTGCTATAACTTTGCTCCTAATCCTTGATCAAAAACTATACTCCTAAGTTGACTTAG ATTAGTGCTGTTTGCTCCTTTCCAATATTAGTTTAATCTGAATTTTCTTTCATGTTATCG CAAAGTGAGTAGCACTAAGGGTGTGGCTTAGTGGTCAATGAGGTGAGTGCAAACCTTGGA ACCAGGTTCAAATCCTAGCAAAGACAAAAAAACACCAGGTGATATCTTCCCACCTATCTA AGTCTTGGATGGAAGAGTTATTGGTACAATACTGGTGTGGCAGGAACTTAGTGGAATAGT TGAAGTGCGCACAAGTTGGCTCGATCACCACTGTTTTTTTAAAAAAATGTGTCTCTCAAT GTACATTGTACTATATTTACTAGATTCTCCAACTCCAATTTCTTCTTCTTTTTTTTTTGG GGGGCATAAGTTAAGATGTTCCAACTCTTTTCTCTTCCGTTATTCCTTTTGGTTTTAATT TTGATCAAGGATGATTGCTCGTTGTTGATAAACATATTTTATTTTGATAGGAAATTACCA TTACTCAAATCTTTGAGGTTACACTATATTTCACTGAATTTTAATTTTTCAGTTTCTTTG TCCATATAATTGTTGTTTGATATGTAGTTATTTTGTTCTGCATTATTCTCTGTTTCTCTC CATACACACACACACACACGTGCATGCCACAACACGCATTAGTTTGCTAAAATTCTTCCG ACTTTTTTATTCCAATAAATATCCACCAATACATTAAAAGGAATATGATGTAGGTTTCTC TAACATGTCGGTCATCTTTTCCCAGCACTTACAGCTGCTATTTTCTGCCCCATTTGTTCT TCTCTTTCCCTCCTGAAAACTCTCCTAGCTCTCTAAATCAGCCATTTTATCTATGACTCC AGTCTTATTTCCTTTTTGATATCCCCATAGTCCGAGCTGACATGAGATGCTTCCAATTGA CACTCTCCATTCAAAAATGCAAGTAACCGATGACTAACAAATCAGCATAACTCAGATCTA CAGCCGCATTTTGCGAATTCAGTCAATGATGAATACACTATATTTGGCAGCAAAGCCCAT CAGGAGAGCTCCTGTAAAGAAAGATTGTCAAGGTTACAGCCGTAGTTTAACAGGAGCCAA TCTAGTCAGAGGTCCGCAACCACTGACAAATCAATGAGTGAATAAGAGGGGGCAAGATAC AAAGAGAGAAAATAAAATTGGGTTTAACTTTTCTGGTATAAAGACAAAAAAAGTTCTTCC CATTACTATGTTATTATTTTGCTAGGAGTTGGAATAGGAAAGTGAACTCAACTGCTAATC TGCTAATAGCGAAACCCTGAACGCACATTGATCATTTTCTCTTCATTTGCAACTTTATTT GTAAAATCATGTGCTTTTTGGATGCGCTTTATAGCAGACCTTGGCGCTTTTCCTTTGTGG TAAAACATTGGTTACAATTATAGCATCATATTGAACTCTCCCCCCACTCCCTCTCCAACC CCCTCTTGTTTCCAGAAGCAGGTGGGGAGTTAAGAGAAGTGGGGAACCAATTAAACTTAA ATGTGAAAGGTCATTGAATGTCCATAAGTGTAGGTGGTTGCTAAACGACGGCTTTATCAT CTTCGAGACTCCTACCTGGCAAACCCCATCCTACCCTTTCCACAGAAAATGAAGGAAAAC AATTTTTGTTTGTTATGTAGTTGCATTGGTATTATGGATAGTAAAGGTACTTGTCAAGGT TTTTTAGCAAAACTTCATATGCCTTTAGATTTGAGAATTTTGTATAAGAACTTCCCATGG TGATAGAATAAGATACAATAACAAGCATATTTCTTTTACAGCCCCATCTTCAGCGCACAA AGCTTTGTGACATGAAGGACGCTGAGCTTGATCCTCTCTATGTCAAGAAGAGGGAGCAAT TAAAAGAAGTTGTAGCATCTATTATTCGTCCAAAAATTGTCCAGGGTAAATCTCTCAACG GGAAGGAGTTCGTATCTTTCCTTGAGCAGGTGATTGTCCATCGATTGTCCTGAATGTAAT CAATTGCTTTTGTATACCTGTGACCTTTCTTAACCTTTGCTCTTAAATGACAACTTTGTT TCTAGATTCTTGATGCATTGAATAAAGGGGAGATTCCATCCACAGGGTCCCTTGTGGAAG TCTTCAACAAGGGTATCCTGGAGCGGTGTCTAAAACTCTACAATGAGAGGATGGCTAAGT TGGTTTTGCCAATGCCTGGGGAGTCTTTGCAAAAGGCTCATGTAGAGAACAGACAGGCAG CGATGAATGTCTTTGATGAACAGCATTTTGGTCGTCATCATGCAAAAAAATCAGTTGATA AATTGGATGAAGAGATCGAAAAGGTTTTAATTGATTACAACAAGCATAGTTTTATGTAAT TCTCAATTTTTTGCTTATTGCCACATCAATTGCAGGTGTACAAGAATATAATGCTGGCGA ATGAATATCAATCCTCAAAGCTGTGTGAGGCTTTGTATACTAGATGTGAGGACAAAATGG ACAATCTTCAGGTCCTCAGACTTCCTTCGATGGCAAAGTTCAATGCTGGCTTCATCCAGT GTAACCAAAGCTTTCATGGTGAATGTGTCGGACCTTCTAAAATCAACTATGAGAAGCGGA TGATGAAGGTTTAATACATTTAGCTTTTAGTACTTGCTTGTTTTTTATCAACAAGATTTT TCTCAATATACTGAGTGTACACTTCAGCTCTTACGATAATGTTGCATTTGGTTGTGTTGG GGGGAGGTAGAGGAAGAGAAAGAAATAGGATGTGTTTTATCAGGAAGCCCCTACCTTAAA TAACGGACAGTATACTATTGAACCCAAAAGGTGAACCATGGAGTGAAACTTTACCATCTG CTGGTGAATATGTAGGTTTGTTGCATCACGCTGGATCAACAGATGAGAAAAAACCCATTC AGGAAGCTAGGCAAATATACATTTTTACTTATAATTGACTATACTAATCTGGATAATGAA CAGACAGAAACCATAGTATCTTTGCAGTAAATGAAAATATCCTTTCCACCATCCCTTATC CCTGGAAAGTAGTCAGAAATGTCTAGTGATGTTGTTGCTTTTGAATTCTTGCTTTGATCT TCACTAGTTGCACAGCCACTCTTAAATATGGAAACTATTCGTCACACCAATGTTCTTGTA TGAACTCATTAGCCTGCTCCTCCTCTTCCAGTGGGTTTTCTTTCTGGACCAGTTTACATA AGTAGACTGTAGACTGCAGCCCTATTCCAGTTTTAAAAAGACAAAAAATTGCATTAGAAA GAGTCGTGGTCTGAATACTCGTAGGCAGCCTTTGGAATCAATTTAGTATTGGGAGTACTA AACTCACACCCTGCTTTATCTATGAGGCCTGACAAACCTTGATGGAAATTACATACAAGG GTGTGTTAACAGTGAAATCATGTTACTGGAATCTTAACACAAGGCAGTCAATAGCAGACA TTTGGCCTTGCAAGTTAATCTGGAAGACCAAATGCCCCCCAAAGGTAGCTTGTTTTTGTT GGTTGGTTAGTAGAAAGGCTTGTTTAACACATGAAGCTTTACAGAAAAGGGGATGGCAAT TTTGTTCAACATGTGTCATGTGTGAACAGGAAGCAGAAGTCAATGACCATCTGTTCCTTC ATTGTAAAGCAGCATTGAGCCTATGGAACATGTTTTTGGCTCTGTTGGGAGTTAAATGGG TGATGCCTAGCACAACAAAGGAACTACTAAATAGCTGGAAAGGTATTGGGAACAGAGGAA GAAATGAACACTGGTGAGAACTATCCCTGCTTGCATATGGTGGACCCTCTGGAAAGAAAG AAATTTAAGAAGTCTTGAGGGACAAAAGACTAACTTACAGAATATTAGAATGAAATGTAC AAGCCTTTTCTTTTTTTTGGTGTAAACAGAATCTTGTAGGGGATAGTAGATTTAGCTGAT TTTAAAGGGAACTTGTAAAGTATACCCATGAGTGGTATGTTTGTTTCCGATTCATCATTT TTTGGTGGATGACTTTTTGGTGTGAATACAAAGTTACCATTGTCTCAAAAATTAAGAAAC AGGAGTTTAACCTCTCCTGCTTCCTCTCTACTAATTTATGTGCAGAGTAACTCTACGAAA CTGATTTGCCAGTTTTATTATTAAGACTATGCTAGCAATAACATAGGAAATTCCTTTACC TGTCCATGTAGAAACAAGAGTCAGATGATAAATTATCCTTTACCTGTCCAATGTATAAAC AAGAGTCACAGGATAAATTATCATTTGAATTAAGCAGCATCAGTATCAGTCTTCGTCTCC AGATTTACCTGATTGTCTTGTTTATACATTTTAATAATTTGTTTGAGATGTTTTGCATTA CTCCGACTACATTGCTGTTTTTTTTCCTTTCCCGTTGTCCATTTCATATGGCCTACAATG ATTGTGTATATCTTCAAATAATGCAGATGTTAGAGAAGTCAAAGTCTTCATTCATCAAGG ACTATAATCACAGACTCTTTAATTGGTTGGTGGCTTTCTCACTGTTCATGGTGGTGGTCG GGCGGTTCGTCATAAAGTTTATTTTGGTCGAGATTGGCGCATGGATACTTTTTATTTTCT TAGAAACATATACAAGAATGTTTTGGTCTGCAGAGTCACTTTACTATAATCCAATGTGGC ATTTTATTGTAGCTACTTGGGAAACGCTCGTGTATAGTCCAATCCTTGATCTGGACAGGT AAGAAATACCTTTTTATTCTAAATTTCTGTTACTTTCAAGTATCCTTTGTGAACTTTTTT GCTATTTGGTTACAATTTATTAGTAATTAAAGCAGTACAAGAGGGTTGCTCTCTTTTCTT CTTTTTGTGCTGATCAGTAGAAGCAATACAAGATTTATAGCAGCCATTAGACGTGCCTCT CCAGACTAAGTTTTTGAAGCAAAGTTTCTTTCTTTTAGCATAGTCTTTGATAATGAGTTT GAGATTGTATTGCATATCAGGACATATGCTTTTTCAATAGTCGAACTGTGAAAGTATTTT CTGTAGCTTGATCTGAGAGTAGTATGAGCTGACATGGCCTGGACTGAGGATGTTTTATAA TATTTCCTTTCCTATGTTGTTTACTGCTGCAGGTGGGCAATCCCTGTGTTTGTAATGGCT GTAATATTTGTGGTATATTGGCGGTGTTATGGGAGACGGAAACACGGTCCCATGTTGTTG TTACCCATGTACAGCAATCCTAAAGACCGGCATAGAACAGAATAGTCAAATGGCACCTTA TCATGTCCATCCCATCACCAGAATAGTCAAATGGCAGCTTATCATGTCCATCTAATCAGC GCGAGCTCTATGTTTTTACTTCAAAAGCACGCGAGGTTTGGATATTTGTACCTCAGTATA CCCCAGTTCAATATGTTGTGAGAACCAGAAGAAGATCTAAACAGGTTCTTGAGCTTTGTT GTAAAAGTTGGAAATACTTGTATCTTTATCATTCATTAACTTTTACTGTAAAACTGGAGT AATTATTCTTCAACAATTATAAGATGTAGTCAGAGAATTTTACATGATAACTTTAGTTTT TATGGTTGTGTAAACTAGCAGCCACCACATATACTTAGGTGTTAAAAAGGATTTGTGAGA TCACTGATACTTTACCTTGATCGCAAGTAAGTTTTTTAGCCCATATTCTGAGTTTGTTAC CTGTTTTAGCCCATTTTTTTTGTGTATAAACACAATTCATACATTATTATATACATGTAT TTTGGTCCAATGCTATGTCGAAATGTTGCAAAATATAAAGTAAAGAAATGATAAAATATC TCATTTAAAGAAGTTAATATCTTTTTCTTACAGAATATGTTTGTTGAATGTCATTATTGA AGGTTCTTTTATACAATCCAGGAAGCACATATTCTTTTAATAAGGAATTATTCATTTGTG CTAATGACATAAATGTTTTGATTAGAAAGAGATTAATTTACAACAAAAGCATTTGTGTTG TATATATTTTTAGCAAAACTAGATTCTTTGGTACTAGATACTAGATGCCTAAAATGTTTT GTTTACAGTATAATACAGGTTGAGTCTATATATAATGCTAAATATTAACTACATTTTATT AATTTGCATTTATATAAAAAATGATAGCTTGTTTCAATTAGCTCAATAACTTAATAATAC ATAATAATTTGACTATGCAAGTTTACATATATAAACATGAAAATTATGCAAAAACCTTAC ATATTTTCCTCCAGGAAATGCATTTTTGGTTTTTTGTTCTTTCTATAGATGTATCTTTTA GTCACTTTAGACTTGCTATGAGTTTTTAGCCATTATTTGAATTTAAATAGCGGAATGAAT TATATTTCAATGCAAAAATATTCCTATTGACATTAAAAAAAAAAAAAAAAACTTATAACG ACCTGAACCTATGAATCATTTCTTGATTTCGTTGGGGATATTTTGATCCATTTTTATTCG TGTCAAAAGAATATGGTTAAATGATTATTTAGAACTTTTGAAATAGTGGTTAATATTTGA TAGGAGGTGTTAAAAATAGGTATTTACCTAATTCATCCATCTTGTTATATCAGCTTTTAT CTATTAACAAACTCTCTATTATAATTATGTTTTACTTAGTTATGAGTGATTATAGTAACT CCCATGTGATTTGGTAAGGAGTTAATCAACTTTTAATAATTTGAGTTAGGTAGTGTTTGG CATATTTTAATGAGTTAGTTTATAACACTAATCTCTATTAGATTAGATAATAAAGTAGAG GTTTAGTTAAAGTGGAAGTGCTTAGGACAAACAAGTAAGGTCAAATTCCATCAAATTATT AGTTTATGTCCAACTTTATAACCACTTTCTCAAATTTATCTAGTGTGCAAATTGGCATGA ATGTAATTTTTGGCCATACTACTTGTTTGCTTCTAATTTTATTTTTAATAAAATAACTCA AAATTGTACTAACAAATTTTTAGCTTGTTTGATTAAGATTTAAAATTTATTTATTTGATA AATATGTTTTGCTAAATAATTTATGTTTGATTAGTTTATTGAAAAAATATTTTTATTAAT AATAAAGCAATGATTTATTAATGATCAAAGATTTCGAAAATGCTTCTGAAGTATAAAAAA TATTATTGATATATAGGAGTAAACTTTAAGCGTGAGATAAAATTTAGGGAAAATTGTATC TAATGGTAAATTAATAAATTAAATTAATTGCTATAATCACCCTTTGATTTAATTGTGTCT CGTAGCAAATTGTTTGTCAGTCACCTCTCTCCCTCAAACTCTCGCTCGCCACTCTCCTCT CTCGCTCGCTTCCTCTCACTTTTATACAAACATAAGTGTATAAAATTTGTTTCTATTTGT ATAAAGAGAGAGAAAGTTGTATAAATACATATAATTTTGTTCCCCTCTCTCCCCTCTCCC AGATCTCGCTCGCCACTCTCCCTGATCTCGCTCGCCTCTCTCGCTTATACAAATAGAAAC GAAATGTATAAATTGTGTTTTTGTTTGTATAAAGCGAGAGAAAATTGTATATACACATGG AAGTACATATATTTTCGTCATATACACTTATAATTATATAATAAAATACTTTCCTGCCCA GTTTCTTTTGCCTTTCTCTCTTTCTCATTTTATACAAATTCAAATTGTATATAATTTCTT TCTTTCTCGTTTATACAATTAGATTCAATTATATATTTTCTGTCCAAGTCTCTTTCTCAT TTTATACAATTCTAATTGTATATAATCGTTCTATACACTTATAATATACAATTCATTTTA TACACTTCGTTTTATACAATTCTCTGTCCAAGTCTCTTTCTCTTTCTCGTTTTATACACT TCTATTTTATACAATTTGCTTCAATTGTATATGTATAGCGAATTATATATTTATATGTTT GTTATGGAGTGCAATTATGCAAACTTTGCTATAGCATACAAATATGAATTTTATGTTTGC TATATGTGAAAGTTGACTAAAATTTATAGCATCTTTGATTAACGGTAATAGATAAATTTA TATTGTTAACTAAACCACTTAAATTTTTGTCTCAAACTTAATCATAGATATATCATCTTA TCGCATCATCTATCTCTTAAATCTGAGCGGGAATAAATTAATCCAAATATATAGTTTTAA AAATATAATGTTGAGATAATCTAATCCACAAATTAAAAAAAAAAAAGAGTTTAAATAATT TCCTTGTTTATTCATATCATCTTTATACAAAAGTCATAGACGTATTAATTTTTATTACCT TTTTAGTCCCACTTGAATGTCTTTCTTTCCAATATATTATATAAATATACAAAACATGAA ACACTAGAGAGTATATTTAAGCTAGTCTTTTTTAACAAAGAAAAAAGGATACTTTTTCTC AAAATTTTTCATTTTTAAATTATTGATGGTCTTAAAAATATGTTTTCACTTGATTAATTA AATTTAAATATGAATTTTTGTCTAATTTAATAATAATTTTAAAATTTCTCTCAATTTTTC ATTAAAAGTCTCATACAAATTTGTAATTCTAATGTTGTAAGATGGTAGATCGAAATGTAA TAAATTTAATTAATTAAATAAAAAATAATTTTTAAAGCTAATAATAGTTCAAGAATAAAA ATAATAATTTATTCCAAACTATAAAAAAACTCAAAATACTTCTCTCAAATAAATATTTAT TTAAGCAATTGCTTTTAGTGACACCATTGAAGCAAACAATATATTTAAGCAAAGCTTTAG GTGACTCCCTTTCCTTTATTTTCTTCATGGCTCTCACTGCTCTTTAGAAAGTAGCAAAAC ACACACACAAACAACCCAAAACACACACTTCCATTTCCATTTTTTGCCTATATATATATA TATATATGTAACAAGTACTTGTTAGAGTACTAATTTGTACACCCTCTTATCAATTCCGTT GTAAAGAACACTTTTTTAACTAGTATTTGTTCAATTGAATGCTTTTCTGAGGAATTAAGG TGGTCGAAAACAGCTCCGATCCAAGAAAGATTGAATCTTTATAGTTTCTGCTATGGCTAA CAACCCTTCTGAGGGACCTTCTGATGATTTCTTTGACCAAATCTTGGGATTTCCTGCTTA CAATGGAGCAGAACCTAATTTGGCGGGAAATGATGCCGGAGCTATACCGCCGGCGATGAT GCTCCAGCTTAACTCTGGTGATGGGTCAAGTCAGTTTACTGGAGTGGGTCTTGGGGTTGG TTTAGGTGGTGGGGGGTTCCATGGTCATGGTGGGGGTGGTTCTTTTCCTTTAGGGTTGAG TTTAGAACAAGGGAAAGGTGGGTTCTTGAAGATGGATGATGTTTCAGCACCTGGAAGGAG GTTTAGAGATGATGTTGTTGATAGCAGAGCTTCTTCTTCTGTCAAACCTGTAATTATTGC TTATACCTTTTCTTGGTTATTCAGTTTCTTGATTTCTTGTTGGTTGTCATATAATGACTT ATACTGTGATGTTCTGCTTCTTTACTTAGAAAGTTTGCTCCTTTTTCTGTGCAAATTGGT GTAGTGTTACCGAAGAAGTTTTTCACTAAAAAAGTTGTTTGTTTTTTCTGAATTTGTTTC TTTCTAGGATTTGTGTATGTGCTTGGTATATGGGAAGTTGTGTTTTTGCTTTCCCTAAAC AGAGAGTCTATTGGAAACAACCTCTCTATCTACCTGGCAAGGTAGGATAAAGTCTGCGTG AACTCGACACTCCTCATACCCCAATGGTTGGACTATACTATGTTCTTGGTGGTGGTGGTG TATGGGAAATTCAATTCTGACTTTCTTTTCCTTTTCTGGACTGGTTGCCTTTACTCCAGT ATAATTTGGAGTTAAGAATGAGGTTTTTTAAAAATAAGGCTTATATTTGTGTATTCAAGC TAGAGATCATATAGCCTGTTGATTTTAAGACTACTGTTGCTGGCTTTAGAAAATTGGAAT TGCACACTTGCCTAGAAAAAGGGGCTTGACATGTAACATTACTTTTTTCTATTCAAGGTG ATGTAAGCAAAACCATGGTCCGAGATCTGAATATGAATAAATCTGGCCATTTATTAAGTG ATTTTACCAATTGCTTCCTTGAGATACAATCAAAAGCAATGACAAGGTTCTATCTTTACA GGGTTTTCATGGACAACCGATGCCTTCAATGCCGCATCCCCCTGCAATACGTCCAAGGGT GAGAGCTAGGCGAGGACAAGCTACTGATCCACATAGCATAGCGGAGAGGGTATTTTTTTT TTTGCAGCGAAGAGTATTCTAAAGTTATTTAGATTGTCTAACAAGCGGCATATTTTTCTG TTGCTTCTAGCGTTTGGACAGAAGAAAATAATATCCCTTCCTTTATTTGATTGCAACTGT TCAGGGTAAATGAACGAGTTCCTCAGAGTGAAACATTAATCTTTTCACAAGAGGTCATCT AACTAGTTCATATTGTTTCGGGTTATACATAGTTTCTACGAGCATAAGATGTTCTGATAA TGCACTGATAAATTACCAAGCCCGATGACCCTAAGCTGCAAATAATGTGTTATTTTAGAA TTCAGTTCTGTGTTAGGAAGAATAACATCCTATTTCCGAGCATCAGTTCAAGGTTGAATA CTATGTATAAAGGCTTAGGTCCTACTATTCAGTTGCCGCTACTTTACCATTCTAACTGAT TTTATTCTTTTCCTGCAGTTACGTAGAGAGAGGATAGCAGAAAGAATTAGAGCATTGCAA GAGTTGGTTCCCAGTGTCAATAAGGTTAGTTTTCTTTCTTCTATATACTGAACTATGTTT CACTTACTGCGAGCATCATTTTGAAAAGATCAAAAAGAAGAGGATTAAACATTGAGACCC CTTTCTTCTCACAGTTTTCTTTTGTGGGCTTGTGCTTATGTACCCAAAGAACTCAGGAAT TTGATGGAGCAATATTTGCAGAATTTATGAAAAAACTAAAATCACTACCTCCTCCAACTT TCTTTGTCTGTTCAAGTTATGATGCTATTTTATTGACAGAGAAGCAATAAGGACTTCATA ATGAAGAACTATAAGAGACTTCTTTCAGAAATAGTAGGGTCTCATCACATGGATATGACT TCCCCATGTGTACAGTTTTCAATTTTTGTCCCGTGTTTTTTGGTCTTCCCGGAAGAATGT AAAAAAGTCAAAGTTGATTCATTAGGTAACTTTGTCTTCCCTATTTTTCTTCCATAAAGT TTAGTACAGAGTAGCTGATACGCATGATATTATTAGGATACTGCATGACGTATATTGTGG TCCTTATTTCATGTTTGATAGTCACTATTAGAAGATAGTTGTACATATACTGGGTAAAGA GAATTTATTTCAGTATAGTTCGATACGTTAACTGAAGCAGATCTTCAAATTGGTTTAGTT CACTAGGTCTACTTTTGATAATTGAGGGAGGTTGGATTCACACAGAAGCAAAACCAGAAG ATGATAGAAATGATAGTCGTTATGAAAATTATTTCGAGAATTAGTTTTTGCATGCTTAAA CAAGGTGTCTTGTGCTTAGAAATTGCCAACAAATGTCACAGAAAAGAAGTTAGATCTTTT ATTTTATAAGTAGACCAAAATCTATGAATAGGTAAAAACGTGTCTGCATCATTTTCTCTG ATTATTCTATAACTTCCCCATCCCCATCAGAGATTGTGGGACAAAGTAAAACGGGTTTAT GTATGTTTTATCTCAAGTGATCTTTAGAAGGTTTTGAGAAATTATACGCTTGTATAGGTT TAATGCAAATGTTCAGCCACCCATTTCTAATTCTTCTGGTGCAATAAATCAACGCATTTA CAATGTTTGGCATGTTGTAGTTACTGTGCTTTTATCATTCTGTTACGTTTGTCATATCAG TATTCAACTGTTTCCTTTGTCCGTTGGTGTTGCAGACTGATAGAGCTGTAATGCTTGATG AAATTGTAGATTATATCAAATTCCTACGGCTGCAAGTGAAGGTGAGTTGACATACAATCT TTTCAAAAGTTACAATCACGGGTCGCTCTAAATCATTTTGAACCTATCGATGTTGATTTT GGTTGTGAAGGTTCTTTAGAAATGCATTCTGGTACTACTGATAATACTCGGAGCTTCATG TAACTTCTACTTATTAGTTTTTTAAAAAAAAAATGTGTCATGAACGTAATACTTCCAAGG TGCTGAAACTAGCATCTTGACATGATTGGATTTTCTGCATAAAATTCTTTTAAAATGTAC TCTCCACGGAATATTCTCACACTTTGCTTTTGCATTGCTCTTTTCAATGACTTTTCATTT CATTCAACAAATGTTCGGATGTCATTTTCTGCGCAGCATATTCCTTAATGGTTAGTTGAA TTCGATGTCTATATCAACTGATCAGTAAACAGTCCCCACCCACCCACCCACCCCACGGAT ATTCGTGTTCAAAGGAAGTTTTGCTGGATGGAAACCGCTCAAATAATTTGAACATGAAAA AGAATTTAATAGTGTAAATGAGAAATGCCATAAAGGATCTCCCACTCACATCATGGAAAA GTTACCTTTCCTCTTTTGAGGGTATAGCACTAGATTTTCTCCTGCTTTTGAATCAATACT TTTTTCCTTGCATTATTGAACCATTTTGGGTACTTTTCTAAGTTAAAAATTATATTTGAC ACTACAGGTGTTGAGCATGAGTAGGTTAGGAGGAGCTGGTGCAGTAGCACCACTTGTTAC AGACATTCCAATATCATCAGTAGAGGTACTTTTTTTTAATTATAATAAGCTTGTTAGACT TCTTTTCTGGAAGATTTGTCCACCTTATTAATTTCTTAATACTTGTGGCTTTGTCTTATT TAGGAAGAGAGCAGTGAAGGTGGAAATAATAACCAACCAGCTTGGGAAAAGTGGTCAAGT GATGGCACAGAAAGGCAAGTGGCTAAACTCATGGAAGAAAATGTTGGTGCTGCAATGCAA TTTCTTCAGTCTAAAGCACTATGTATAATGCCTATTTCTCTTGCATCAGCAATTTATCAC TCTCAGCCACCAGATACATCAAGTCTTGTTAAGCCAGAAACAAATCCTCCTTCATAGATG AACACCCTTATAGAAAAAGGTGACATAACATGCTAATGACCTTAAAGAATTTTCTTGCAG TGGATGGTTCCTACTTTTATCTATTCAAGTAATATTTAGCTTTTTGTTGAAAAAACAGGG TTCTTTTTTAAAAATATTTATGTATAAAGTAAACCATTTTCTATCATTTATATATTTGAG TAGTTTTGTTCTTCGATACTTGATCTGAGTCTAACAAAGTATGTTATCGTTGTTAGATAT ATTCTTAGTAGTAAAGAGAAATTGTCAAACTTTTCTTCAAGTTAAGTGTGAAAGGGAAGA AAATGAATGGTGGGACTAGGATAATATAGTGGTGGATGTAGAAGCACTTATGGGTGGGGT CTCTATGTTTTGCTAGTGGAAATTGGGGCCCTTTAAGACTGGTACATTAACTAATAATCC ATTTCAGTGCTAGTGGTAACAATAGTAGCTTTGTAAGAGATCAAAATTTAACAAGAATTT TTTTTTCATTTGTTGAAGGAAGTAGCTAAGTATTTGAGTTGTTCCAAAATAAATTCTAAT AAATAACATAAGATTTTCAAAATCGTTTTACGTAAGGTATAATAATTTTAAAGATAAAAT ATAGAATTATTTTATTCTACGTTTGATTAAAGGTATTAAGTAATTTTGAAATTACTGATC TCACTATTTGTAACTTAGTTAATTAAACTTTGGAATAACTTATCCGGAACCAATCAATCC AAGTCTAAAAAACTTTTAAGTCTTTCTTTTGGTTTTTGTATTTTTTTTTGAAAGCGTGTG TGGTTGGGTTGTGATAGTGGTTTGACTTAATTCTCTAAATTTTCTCCTGAGTAATTATTG GGTTGCATAATTGGAGAGAGAATGAAAAAGGCAACTCTGACGGAAAGCTGTTTCCCATTT TGCTTAATATAAATTATTATACTATATTGTATTTTCTTGCGTTATCATAATAATAACTTG GATAATATTTTTGGGTTGGTCCTATCTGATGATAGTAATTTGACTTGGACTCTCAATCAC TAGACTCAAATTTCAACAATCAACGACTTGGAAGGGGATTGAAACGTTGATGGCTCATTA AAATATATGAGCTAATTAAAAACTCAAAATAGCAACTTCGACTCCAATTTTCCAGTGTCA CTATGAAACAAGAAAAGTAATCACAAGAAACTTTGAATGCCAGTTGTTTATTTATTCAGT AGAAAATCTCTTTTCACATCCAAAACGCCAAACAACAATGCCATTTCTCCCTCCCAGTAC ACTTGAGTATTAGAGTGTAATGATTGGAAAAGCTATTGGCTTCTTAAATCAAAAACTTCC TAATTGTAAACTAACCATTCTGTACTAAATCAATTCTAGGCAAAACATTACATCCTGACC CAAAACAAAGGACTTTCACTGGATCCGGTAAGAGTTAAACCGATAAAACAAACAAGAATC AGTTTTACCTGTAATTATACTGACAGACAGAAAACAATCTTTAAATATCATCAATGCAGT AGGTAAGTTACTGCATATGATATCGGATGCGTCTCTCCATCCATTGTTTTGCATTATTAA AAAACTGAACAACAAGAAATTTATTCAGCAGCATCTAGATCCCGACAAGGAGGAGCCTTA GGCTCACCTAATAATGTAGTATTTCCTCCTTCTGGTCCACAATTGATACGACCTGGATTC TGAGTGCCGCGCTGAAACATAAAAAAGCATGACAATCAACAAAGCATTGATGTCATTATG CATGATAAAATTAGTCTATGCAACTTATAGTCGTCTTACCGGTGGTTTTTCACCTTTCCT GAATGCCTCAACAATCTCTACAGCTTTCTTTGGAGTGAGATCCTCCTGCAGAAAGGAAGG GAAGACCAATTAAGCTCCAAATACTTAAACTTATTACTATAAGATTGAACAAGTGATCAA AACAGGATTTACGTATTAACTCACATAATAATTGTAAGCATATCCTTCAGATCCATTGGA ATAGTCAGCCACCGTCATCATTGGAGCATTTACACAGCAACCCTGTCACCAAAATGAGGT GTGATATTAAAGCACTTATCTATCAAATAAGCAACGACTTGAATGGTGTTCAACATTCTG AACAAATATGAGTAGCTAATGACCTAATCAATGGTTCCTTGCTGAAGAGCTTCCAATGCA TGGAAAGAAGAATGTTGCAGTAGTTTAAACAACACTACTATTTTTTAAGCATATTGAAAA TAATTCTATTGAAAATTTTCTTCTGATGAATAACCGTAACTTGTCATTAACAGTAGGTTC CACTGTTTCAACTCCAGAATCATATCTTATGCCTTTACAAGGTTGGTTAGGAAGCTAGTG AAAACATAGGCTTTTAAACTGAGAGTCAGCAAAAGATAAAAGCAAAGACATAATCTTGTC TTTCCCACCCTGCTTTTTCATTGGTGCGTCATATATCCTTATGATTTTCACGACTTCTCC AGAGTTCCCAATTAATAGTAAGTGGCCCCCTACAGATGCCCAATTTAGGTCTAAACAAGG TCCACTGAACCAGTGTTATCAAAGGCGCGCTTAAACCCTGAAGCAAGACTCAAAACGTGT TGAGCGCTTCACCTCGCTTTATGTGCGCTTCAGTGTCGTCATCAAGGTTCTAAGGGTGTT TGCCTTACCAGAGCCTCATATGAAGAAGTGACACTAAATAATTGATATACTTTATCATCA ATTTCTTTGGACATTTTTTGTCATCCATGTTTATAATTATTAGTCTATGACTAAACATAT ATATTTGTATTCTTTTCTCCCTTTGTGCCTTTTTTCATTAAAGCCCACGCTTTATTTACG CTTTGCGCTTAAAGCCCTCACATACCTTAGAGCTTTTTTGCACTTTTCGCCTTTGATAAC ACTGCACTGAACAGACCTCAATGCATTGGCGACAATGCACGTAGATTAGGGACTTTCAAA CACTGCCACCACAAACAAAATCCTAGCAGAATTTAAGTTAACAAGTTGGTTATTTTTCAG CACCAATTTAGATTATCCAAAAAGTTCCGAACTGTGCCCCGGTGGCCCTAGAATATTTTT AGTTATCATAATATCTAGTCAAATTTCACTATGACTAACATAAATAGGAAAATATGGTTT GAGAAAACTGTCTGATAACAGTAAAGATGAGTTCTCTGACTTAGAATAGTTCCCTGCCTA TCACATCTTTCTCTTCTCATGTATCTAAAAACCATCCAACCAAGGGAGGCATCCTCAGCA ATCGATGAGTTCAAGCCCTTAGAGGCCCCAATTAGACAAGGACCAAACCATCAAAAGGGC TATGAGGAAAATGAAGTTCCTCGACAAGTTGATAGGTTTGCAGATTAAAAAAAGAATACA TTTGCCCCAGAATCTGAAACCTTTTGTCACTTTACTTTCGGTAAAGGTGGATAAATTGTG TATCCTCCATATAAGGCTGTGCTTGTACATGTGTCCATGCACACTATTACAGCCAAACCT CTTTATAAGTTATGACAACCTCATTTGTTTGAACCTTTTTTTGCCTATTACACACCTATT AATTGGCCTTTGGATCTAATTTGGTTGTTATAGACAGGAAATATTTAAAACATTTTCCAA ATCTGTAGAGATACTGAGAGTAGAGTAAGAGATTGTTGGTCAGTTCAGGATTGAGACATC TCCTTTAGAAGAATGCTAAATGATTGGGTTCTCGGTACTGGAGAAGTTAGAAGGAAATGA CATTGCCACAACAAATGCAGATAGGGTCTTGTGGAAGCACAAAAAAGATCGAAACTTCTC AGTAAGCAGTGCATATAAGAGAGGTATGCAGTTGGCTAGAGGGGGAACTTCTTACCAGTG GAATTATTTCTGGAAAAGTATCATCCCTACCAAGATAAATGTTTCACTTGGCTAGTGATT AAGAGAGCCTGTTTAACTCAAGAAGTCTTGCAGAAGAAGAAAGAGAGACAATTAGTTCCT CGATGGTTTTTGTCTAACACTACAGGGAAGACAAACAAGCACCTCTTCTTACATAGCAAC TTCACTACCCAATTGTGAAACCTATTCCTCAACATTACAGGATGTAGTTGGATCATGCCA GAGCTCACCTCAGATCTCTTGGGTTGTTGGATCAGGAGGGATGGAAGTAAGAGTCAGAAG AGATTTTGGAGATTAGTCTCAGCATGGATATGGTTGTCAGTGTGGTTAGAAAGACATGGT AGATATTCTGTAGATAGGTCCAGTTCCATTCAGGAAGTCAAAAGGAATTGCATCGTATCT CTACGTTTTTGGGGTAAACAATTGTGAATAATAATTAATATATATAGATCAAATGGTGGA CCCTGATAGCAGACTTGTAATAGCTACAAACTTTTCGAGGTGGCCAGCATGCCCTTCATG CTGAAGAAACAATCTTACAAATTATCAAAAGAAGCATCACTTTTTCAATTTTTTATGTTA TAAGAAAAAATTAATTTTAGATTAAAATTTAAAAAGATATTTATATGTCATTAATGAAAA ATTTAAGAGACTACTAAAATATTAATAAATTCATAACTAATTCTGCGTAAAATGACTAGA AAACGCACATAATCTAAAACTATCTGAAAATTAAATGCTTCCAGGTTTGATTGAATCTCA TGTTTCAAGTTTGCAAGAGCTTTTGACGTTCCAAATTCCTCATTGAAACTTACAAAATTT ATTTACGTTATGTCTCCCAAAAAAAATAGACTGTGTTGTTATTATTATAAAATAATACTT CGTATATCCTACTTTATGGGATGCACTTTCTTTGGGCATGGAGTTTAAGAAAGACCGACT TTCAAAACCTATGAACTAAATCATCTAATTAGGGGTAAATTAAAAAGTTCAAAGTTAAAT GGATTCTAAATATATAAATCATCACTCCTTTTTGGAACATACTTAAACAAAAATTGCATC AAATATATTGGGACAAAGGAGTAAGTACATAGATATTTGACTAAGGCCTTTTATAGAGGG GTAATTTCACAAAGAGTATCGCTGTAATTATGGTTGTTACTGTTACAGAGTGGTAAAATG CAACATAAAGAGTTCCAAAGAGAGCTTGCGGTTGTTATATAGAGGTCTTATTATATATGT TTGGAGTTCTAATTCATAACAGATTTATGTGGGCTGCCAATTAGGTTGTCAGTATGCCAG TTTCCATCATGCATTGATAAATTATGCAGGTAACTGGATATATTCCTGCCTGCCAACCCA GACAAGAGTCCAACGTACCCTTATAAGGGTAATATGCCTAGTACATAAGTGAAGTAACCT AACGACCATGGATGTGGGACGAAGGGATGCAGAGAAATCAGGTTAGGAACAGTTTGTTTT GGCTTGATTGTCACCTGGGAGGCTTGTTTAACTCAGAATAACTTGCAGAAGAGGAGTTAT GCTCTAAGTAGTACATGCTATCTGTGTGAAGAAGATTTGGAATCAATGGAACATTTGTTC CTGAACTGCAGATCCTCCAGGGAATGCTAGGAGCTTTTTTGACTGATTGGTGTTTCATAA ATAATGCCTCTGAAGATCAAGAGTTTAACGGGGTCCAGGCAAAGTCAATGGATGCCTAGA AACAAGAGGCAGATTTGGAGAACGATCCCAACCTGTATCTTCTAGACTATATGATTGGAA AGGAACCAAGGCTTTGCTTTGAGGCAGAGAGGATGTATACATCAAGAAACAAGATTCTTG TTTACTCAATTTATATTTTAGGTGTAATAATAACATGATTGGAAATATGGACCAGTTTAT GGACATAATTAGTTTGTTCGCAGGGGTTACCCGATGGTTTGTTCGGTGGGTGTTTATGTT GCTTGTGGTAATTCCTGTACCAGCTTGGTGCTTTTATTAATAAAAGTTGAACTTATCAGA AAAAAAAAGTTATATTAGATCTTCATTTAGCATCACAAACATCAGAGCATTACAGGGTCT CACTTCAGTTCAACTTTAACATGTCAAAACACTTTTGGGGACCACTTGAGCTTTGACCAA TGAGGACACATGCATGCACATGAACAGGATCGGAGGCAGAAGTCAATATATAAATTCAGC CTAACACAATAGCTTCTGTTCAAACACTGGTTTTGTGCTAAGAAAAATCATTAAATGTAC ATATATTAAATTTACAACCAAATTATTAGCACTTGAAATCGTCATTCTATAATCCAGAAC CAATAAAACTGAAATATTGGCTCCGCCTTTGCACATGAACTTGAGCACTAGAGAGGAAAT GTTGTAGAAATTGGCTTATTACGACATCATCTATCTTAGTGTTTCCAGTAGACCACCCTT TCCTTCTAATATAACTGGGGTATCCCTGGGAATCAATTCAAAACTTGGACAAGGGCTACT TGAAGATCCTTTTCGTTGAGCCCATCGAATGTGTGTCAGATGAACATAATTATGACCAGT TGATAATGTCTTAGATTCCTAGACAACTGGGTTTTGGACACTTAATCCTCGTAATATCAA GATTTCTTTCAAAATGTCACTAAAGCGGGCTTGGTCGCAATTAAGAGTGCATATGCATAA CGAATCTACAAGATACATTAATCATCAGAACACCTATAACCAAGGCCACAAACTGAGAAT ATCTCTAGTGTCTTAGTAGATTTTCCTTACAAGATACAATCAACCAAAGTTCCAGCCATC CAACACTAAAGATTAGCCAATTTCTACTCCTTAAGTTAGTTACTATCAGTCACAACGCAC AATCATGGTCATGTGATTTATTGCATAACAGTTGAGCATAACAAGCACCAATCTCAACAT CAGATCTTAGGTTTGGAAAGTAAATGAGACAAATAGTTCACAAAAGCGGTCATGTAGGAC ATGCTTTCAAGGCCACCAAATAGAATCAAGGTCAATATCAATAGATGTATGAAAAATGAC TCACCATGCATTCCATCTCACCAACAGAAAATAAGCCATCCTTAGTTACTTCTGCATACA TGAATAAGTCATGAACCAGAATAAGAACATGTTTCAACGATAGGATTATTAAGGCTATTT TATTTATTCTTTCATCAAGAAGGATTATTAGGACTATTAAAAAGGCTAATAAAATAATTG GAAAGACCTCCATAAAACACTGACCATTGCGCTTTACTCCCAGGTGCTTCAGTATAGCTT CTTCGATACCTCTTGAACCACGGATCATACAAGGTGTTGTGCCACAAACCAAAAGGTGAT ATTTTCCAACCTAAAGGGACAAGAAACTGAGTAAGCTATGTTAAGTAAAGATGGGTTCTA AATTTCCTGCACTTGCACAAGCCAAAGGTCAAGACAAACTACTCACTTTTGTCCTGTTGA ACATCGTGTAGAAAGTTGCAACCTCATATACACGAATTGGCGCAACTTCAACAACCTTAG CCACCTTAAGCATTTAGAAGACTAGGTTAGGTGCTTTTGAATGCCAATTTGACATAGGCA GAAAAATCATATAACAAATAACCCCTAATAAGGAACGGCAACTTGCAGTGTGCTTACTTT GAGGGTATACAAAGGAAACAGGGGTAATGGTAATACAAAAATCAAGTTAGTACACATGCC AAATAACACAAATATAATTATGGCAAGAACTAAAGCTGAATTGGTTCTAGCAACCAAATG CTGATTAATTGTAAAGAAGATCACCAAATAATTTCAAAATTCAAGTGGTAACCGTTAATA ATGCTGATCACCAGGACAAACTTTATAATAATGCAAATAGTAAGAATCAATCTGAACAGT GTCAACATACTGCATTCATCGCCGAAACAGGTAGCCACCCTCCATTTTGCTGCTGTGCAA GATCCAACAAAGGAATCACTGCAGATTGTTTATAGTTGGATGGGTAGAAAGACAGTATTT CTTTCACCTGCACATTGCATCAGAGGATTAAGTAGGAAAGATAGACGATAAAATTGTTAA CGGAAGAACTACCAATTAAAGAGATGCATGGATTCAGTGTAAGTACACTACTATGGTAAT CCTCTGAAATTGGATTATTGAAGCTAATCAACATTCAAAATCCATTTCAAAAATCTCTAT GATGCAGGAAGCTTCGTATTATACTTTTCTTTGATTAGTAAATTCTAAAAATTAAGTTAT GACCTCTGCTGAAGAATGCTATAGAAGAAGATGTTTCTAACTTTTACAATTTTGGAGTCA ATGCATCAGAAGCGCTACTGAATAACATGATGAAAATAGGCCCAAGCAACAAACAGGGAA TGTATTTGGCCTTGAACCACAACATTAATCACCCTACTATCTTTGAAAGTATTTTCCTTT TATTTGTGATTGTCTCTCCACATTTTATTCCTTCTCCAATCTTCTCTTTAGGTTGGATAT GCAGAGAAGCGACTTGATCATTAGGTTCTTTTAAGAAAATAACTTTTCTCCCATTCATTT TCAAATGAGAAACTAAGTTTGAATGCTCATTTAGACAATCTTCTCATACAGATGTAGCTT GAATTTATGGTGTAAGGTAGATCATTTCAAAGGCTGTTATTCATTTCGCAGACAAGCTCA AAACTTGAGTCAGCCAAGATAATTTTTATGCAATTTTTCAACCAAGTTCAGATATTCAAA GCCTAGATAGGCACCTAAATAGCTTACACAGATAATAGTACAGATATAGATTAGAGCAGA ATACATTTTCATCAAAACATACAAAGAAATTATATTCTGATTCAGAAAAGTTTGAAACAT TCAGTAAAGGAGATGTCATAAATCCTGGTAACAAGAGCTCTCAATTTCCACACATAAATT GAAAGAAAAACAGAATAGCAATAGCAAAAATTCAAACTTTTGATGTAAATTCTAAAAAAA TGTTGCAAGTGATATGACAAAGAATTAGCTCTTAAGTATTCTGGAGGATAATAAGCATTG CTAACCTTTTCCTTGTTTGCATTATTAAACTCCCAAGGAAGGTCCGTTTTGTTGTCCGGT GTATCAATGTGCTGCGTATAATAAAAATCCAAACAAATAAAAACATAAACACGCAATCGA ATACTCAAATTTCGAATCTAAACTCCGAAATTACAATTAGATAACAACTCACATAGTTGA GTGCAGTGGAAAAAGATCGCGATGCCTGTAAAACAGAAAAAATATAATTGATTTAGACTA AAAGGAAGGAAGAACCAATCTATCAAAGTGAAATGGAAAACACATAAACGAGGATTAGAC CTGAGTAGTTCGGCGGATGGACGTTCGGATCTCGTTCAGACGTTGCGCAGCGAGTCGACC GAACATTTTTAGTCTCCGGCGATTGCTCCGAGCAGACGGTGGTCGGAGAAAATGGAGATT TTGGGGAGGAAAGGGAGAAATCGGAAGTCTCACTATGAATGTTCTGCGTGCCACACACAC GTTCCTTGTTCGCGTGTCCTGATGAAGACCTTAAACTGGCAGGCCCATTAGAATTTATGA GGACTATATTTGGGCTCTCGTATCGTTGGGCCACAATACGTTTGGCTACTTGGGCTTTGG TCAATGCGATGGGCAACTTTCACATGTAGCAAATATAAAATTTATATTTGTATGCTATAG CAAGGTTTGTATAATTGTGTTTTATAGCAAATATATATACGTATAATTCGCTATACATAT ACAATTGAAGCGAATTGTATAAAACAAGAAAGAAAGAGACTTGACGGAGAATTGTATAAA ACGAATTGTATAATTATAAGTGTAAAGGACGATTATATACAATTTGAATTTGTATAAAAC GAGGAAGGGAGAAAGACAAAAGAGACTTGGGCAGGGAATATACAATTAAATCGAATTGTA TAAAACTAGAAAGATAAAAATTATATACAATTTGAATTTGTATAAAACGAGAAAGAGAGA GATACAAAAGAGACTTGGGCAGAAAAGTACTTTTATTGTATAGTTATAAGTGTATATGAC AGAGATATATGTATTTGCATGTGTATAAACAATTTCTCTCGCTTTATACAATTAGAATCA CGATTTATACAATTATATTGTATAAAGCGAGAGATGCGAGCGAAGGAAGCGAGCGATAGA GGGAGAGTGGCGAGCGAGAATATGAGGGAGAGAGGGACTGACAAACAGTTTGCTATGAAA CACAAATAAATCAAACGGTAGCTACTACATTTATTTTATATTATTAGTTTGTCATTCTAT ACAATTATCCCAATTCATAGTGGGTTGGTAACTAGCTTGATTTGGGCATCATTTTACAAA GGAAAAATTACGCAACAAATCAAACTTATACTATTTAATTACTCATCATAGCTATAATTT GCTATAATTTCGAGTTTGTATAGCTAGTCATGTTTGTATATGTATAATTCGCCATAATAT ACAAATACACGTGTATAATATACATTATTTAACCTATATATATATATAATTCACCTCTCT CTCGCTCTCTTCCCTCCCTCCCTCGCTCGCCTCTCTCCTCCCTCTCCCGATCTCGCTTGC CCTATATACAAATGCATGTGTATAATATACAATTATATACAAATATAATTCACCTCTCCA CTCTCTGTCCTCTCTCGCTCACCTCTCTCCCCCCTCTCCCAATCTCGCTCGCCTCTCTCC TCCCTCTCCCAATCTCGCTCACCTCTCTCCTCTCTCTCCCAGACTCGCTTGCCTCTCTCC TTCCTCTCCCAATCTCGCTCGCCTCTCTCCTCCCTCTCCCAGACTCGCTCGCCTCTCTCC TCCCTCTCTCAGACTCGCTTGCCATATATACAAAATACAAATACAAATATATAATATACA ATTATCTAATCGATATACATATACAATTCACCTTTCTCCCACTCTTTTTCCCCTCTCTCT CTCCTCTCTCTCCCAGACTCGCTCGCATCTCTCTTCCATATAACACATAGCTACGAATTG TAATTATCAAACTATAGCTACAGAGAATAATTAAACTATTTTTAAGTGGCTATATGTAAA AAATTTTAGGATATCATGTTCATATTTCCAAAAAAGTTGGGCAAATATAGCACTTGAAAT TGATGAATATTAGATTGTCGTCTAATATGTACAAAATTTTACATCATAATCTAAAATTGT AACTTGTAAGTTCGCTTAGAAATTATTTTAGATGGTAGTTTAAAGATTCATATGTTGCAA GAGAATTTTTTTTTTAAAAAAATTATTTATTAAACAATTATCTCAAAAGACACCACTTTG TAAAAATTGGATGGATTACATGGTTAGCTAATTTATATGATGTCTTTTAATTTGTACCTT TTATTTTACACATATACGCCTACTTCGAATAACTGTATTTGATTTATTTTGTCAAAGTCT AATTTCATACATTAGATTCAAAGCTTTATATGATTGATATTCTCTATGTTATCAATCAAT TACTTCCTAGCAATTACTGCTACACTATCTTACCATAATTATTTTATCATCAATCTCCTT TAAATAATGTATATATACCAACCTTTGCATCTAGAATTTTGATTCTTTAACTTTTAAAGA ATTAATTTGATATAGTTTTGATATTTTAAGGTTTGATTTTCATATTTTATTATACAGTAA ATCGATTATCATAATTTGATCAATTTCAACTTATATACACATGTATAATAGAGAATTATA GCTTTGATTTTTCAAGAAATATTTCAATTATATCATATTAATGCAACAATATTTTACACA TGTAAAAGTATTCAAAATAAAGTCTGACAAACAATTCTCTCAATTAATTATTTACCCAAC AAGAACATCTAAACTAAGTCAAAAATTCAAGATCTAAATAACTAATCACTATTTTATATA TTTGCAAATATTACGTATATAACTAAACTTACAGCGTATAATATTTAGTGTTTTAATATT TTTTTCATAAATATCAAATATCAATTTTGAATATGGATTTTTTTTTTTAAAAAAAAGATA TACAAAATATCATAATTTTTTAAAAAAATTAATTTTGATATAAGATTCGATATCTATCGT ACTATATCTTTAGAGGGAGTAAAATTTGATATCGTAAAGGTGAATCTGCTCTTTGAAATA TCTTTCTGTTTTATTTTATGTAACACTTTTAATTTTTTGAAAGCCAAAATAATTTAACTT TGATCGGACATTTGCATATGAAATTTTTAATTTTTTTTAAATGAACATAAATTTATTTGA ATATCAAAATACGAAAAGTATCCGGTAGCACAATGGACCAAAGATTGCAAATATCACAAA CGGGAAAATATCTGAACAAAGGCCGGCGTGCTTCTTTTCGAAGTAGGAAAAAGAAAAAGG AACAATACGATAAGATAATACTGTGGCGAATTGGGGAAGAAGAGAAATCAATTCAGTAAT GGCGTTAGAACAAACAATTGCATTCACTAACCCTTTCTTCTCTTCAACTCCAAGAACCCC TGCAAAATCTCTCTCTTTTCGATTTTTCTCCCAATCCAAGCAAGTACAAACCGCCAAATT AGCTTCGGGTTGTCGTATAAGATGTTCCTTTGAGTACAATAGTTCTGGAAATGGAAACGG TAGTGTGTATGAGTATGAAAGATATGCTGGGGTTTCTCAGTACCCACGGCCTTCCGAAGT ACAGTGGAAGAAGGAGCTTTGTAATTCAGTGCAGCTTATTGGTAATGTTGCAGTGCCGGT TCAAATTAAGCATCTTAATTCCGGAAAAGTTGTAGCTTGGACTCGTCTTGCTGTAAGGAA GTCGCAAAACGACACTACTTGGTAATTTAAAACGACACCCAGTTGATTTGTTTTGGTTGC TTGACACTTTTTTATGTTTATCCTTTTCAAAATTTTGAATGCAGCTCCAATTTGAACACT TGTAGCCATTGTTTGGTTGCTGGTTAGACTCATTAGAGTTATGTAGATATTAACAATGCA GAATTTCGTTATTCCATCTTCTACCCTGCATAAATAATACATTAATTCCCTTGTATGTAA GTATTAGTTATGCGAGATTGTAATCTGGTAGGCTGGTAGGGGAATACCAAACTTGGTGTG TGAAGTTTTATGCAGAGCAACTAAAATGCTACCAAATATGGTACTAGTTATGCTGGTTTT AATACATGAATAGTTTACATTTTTAACCAGCAACCAAATGACACCTAAGGAGGACCTTTT GTTGTTGCAATTACTAGACTGCAACTCTAATTTGAACACGGGGTTGTTTGGTTGCGGGTT GGAGTTATGTTGGTTAGTAATGCAGAGGTAAGTTATGCAAGAATTTATTATTCATGTATT AGTTATCCATCTTCTATACATAGATTCCTCGTAAGTATTAAGCAAGAGTGCAAACTGGTA ACCAAACACCGTATTTGGTGTGTTGAGTTTTATACATATCTTGTTTTTTTTGTTTTTTTT TTGTAAATTGGTAAATGTTGAAAGTTTTGTACAATCAACTAAAATACTACCGAACATGGT ACTAGTTATACTGATATTAATACATGAGTAACTTACATTTCTAACTAGCAACAAAACAAC CCCTAAGTAGACTATTTTCATTCACCTATACAAGTAGTAATAATGTGAGCGTGTTAGTTT AGAGGCAAACATTTGTGCTACTGTGAAAACTTTAAGCCTTCATCCAATAACAAACCGAAC AAAGTGATCCAACTATAATTCATATAATAGGCACTCTATCATGACTGCTTTAGTTTGGTG TAATTTTTACTGCGATAAATGATAATTGATAATTGTATATCATGGCATTATTCCAATGAT CTGTTGTTACACTTAAGGGGTTAAAGAGATTACCTTGAAGCCATCATAGCTAGAAAATTT AATCTACTGAAACTTTATGATGTGGAAATCAAATGAAAGATGCAGTAAATCTACTATTAC GCCATGGCATCCTCAATTGATGGACGTAAAACTGATAAAGACTATTGGCAATACGCATAC ATCAAGTATCTTAACATAACAAGTAGTGAAAGTAGATGCATAATTTATGTTTTCAACTGA AACAAATTTGCCTTTTTCTTTTACCTAATTCAAGATTCAATGTGGCAAAAACTAATGACT TGCAAACTGCTTCCATAAATCCATCGACTCATGAAAGCTATCTCTGCTGTTGTAATCCTT GTATCCTAATGTCCACTGGTCTACTTTTTTCCCTCTTCCACAACTGGACAGTGTCTGAAT TTTCCATACCACAAACCCAGAAAGTCAGTTTTCATGAGTTTCCTGATACCAATTTTTAGC TTGACTAAAGAACTAGAAAAATCCCTAAAACTGAAATTTGCTCGGGCACATGAGTTGAGT GTACTTGCGTTAACTAGTTGTCGAGCAAGATCTAATTTTGAAGTTTCCATATGCAATTCC TTTTGTGTTCTTAGAAATGCCTCCGCACTTCTGATTTTGAAACCAACAAACCTTTTGTTC TCCTAGTGGATGGTTTTAACATTTCCCAAGTTACATTCTTTTAGGACCAAAATATCTGAA AGCTGCCATTTGGTTTGGCATTACTCCTTGCCTCAAGCTTTCATTCTTTTGGTTAGGACT TTGACTAAATTCTATTTCTTTTATAGTGTAGTTTACTAGTGTGTTTGTCCTCCGTTTCTA TGTTTCCTTCGATAGCCCAGATCATGTTCTTTTTTTGATAATAAATTTGAGTTCATTATT TCTACAAAGTTTTGTATCATGTTCTCGCATTCCTACTGTTGCTTCCTTAATGAATAAAAG AGAGGTTAAGTAATAATGAAGCTTACTCTGCCTGAAATAGCAATCCTCCTTTCCTATCTC TTTTTTATTCTTCTTAATGACCAATAGCAGAAAATTCAGTTCTTCGGTTTCTATTTTTGT GGTTTCAGGATTAATTTGACATTCTGGGATGACTTGGCTAATGTTGCCAATCAACATGTG GAGAAAGGACAGCAGATATATGTGTCTGGTCGCCTAATATCAGATACAGTTGAAGGTGAT GATGGAAAAGAACAGACTTATTATAAGGTTGCTTTACTTGTAATTTTCTTTGGGTGTTGT ATGGACATCATGTTTGTCCTATATCTGTATGACTGAACTTTTGCGTTCTTTTTTGGCAGG TGGTCGTTCAGCAATTGAATTTTATTGAGAAGAGCTCTCCTCCTATTGCCTCATATAACG GGGACTCTAATTCCATGGCACCACGTAAGTAATACTTCTTTACCTAAAATCTTTCTTTAC TGCTAGAGCTGGATGCACATCTTTCTGGCATCAAATTTTGAGAGGTTTCCACTTGTGGCT TTGCAGGTAAAAAGCAAAATAATTTTGCTGCAAATACCACTGGATCCACGGAGGAGCTAT GGCAAGCTTTCTTTGCTAATCCACTAGAATGGTGGGATAATAGGAAGAACAAGGTACACC CAGTAAAGCATTTCTTAAAATTACATAAACAAGAAGTTGACGATTGCCATAGCATCACTA GTTGCACTTTTATACTTGTCTTTACTGGTGCATATGTAATGCACATGACATGCTTGCTGC AGAATTCCTTTTTTGGGTAAAATTTAGTGCCAACCAACACTAGAGATAAAGAAAGTGCAG TTTGCTTTGGGAGCAAGGAAGACAAACTAAAAGCAAAAGATAGTCTGAATTATGAACCTA TCAAAGCGAAATACTGAACAATACTGAGTTTGGGTGCTTAAAGATTGATTAGACACTTCA CAATATTATTTCATTTTGCTAGTCCCTCACAAAATAAATACTCAGTGACATTATTCCTTT GACAGAGGAGTCCAAACTATCCAGACTTCAAGCACAAAGATACCGGTGAAGCATTGTGGG TAGAAGGCAGATACAATCCAACATGGGTGAAATCTCAACTTGCAGTACTGGATTCAAAGA TGGAGTCTTTTCATGATCAAAATGGCAGCAGAAATGCAGAGTTCATGTCCATGGATAATT TCCAATTTTAGTTGTTCCCCATTTGTTTTCACCTCTACTTCCAAATATTCTCTTGTATAG ATTTGTTCCTCCCAGTAGGAACATAAATTTTGTATTACTTGTTTGCTAGTATTACTGTTC AATGAATTTTAGATTTTCAGAACAAGTTTTCGAGTATTGTAAGCTAACAAGAAGACTAAT AGACCTATTTCTGATTTTCTGCTGCATCATGTTGTGCTAAAGTTTTGTATTTCTTCCCGT ATATTTATACTCGTACATAATACACAAGGAAATTCTTCCAAAAAAAAAAAAAGAAGGATA AAACTATTTGTACATGTAGATCTAGATCTATATATCCCGTGAAACTAATAGAAGATCGAG ATAGTTTACAAAACTGAAACTTGTTCATCCCTAGCAGATTTGTATGTATGTTTATATATA TTTCCATGTTTTTATAGACATGCTAGACCTTTAGCTTCAGATCCTTTGATAATTCTAAGC CTTTTGCAAGAACTTATAAACATCTCCCATGGTACATCACCAACAAGCATCCAATCACCA TCCTTGTCTTCATATGTTGGTGCATAATCAGATCCATTATATCCTTCTCTTTCTGAATAC ACTCCTGAAATTATTCAACATAAAAACATAAGTATATTTCTACTTAAGACTTTACTATTT TATATTATATACACTGACAGTATAACACGAAACTTACCAATAGTGCACTTGAACATGCTT TGTAAAGCCTTGAGTAGCTCTTGATAACTTTTGTAAACCTGAAGATCAATTTTCCTCAAA TAAGGTGCTCCATCCATGCTAACTTTTAAATACATTCCTGAGGAATTATTATCAGATTCT GATAATTTAGACACATGATTTTTCCTGTATGATCGAACTGGTGGCCAACCAACAACTTGT GCTCTGAAATTATCATAACAAAAAAAAAAAAATTGTTAAAAAATTGATCCATTATTTTCA AAAAAAAAAAAAAAAGTAAAAAACAAACAACACTTACTTTGGTGCAGGAGCTGAGTCTTG TTGTTCATTTTCATTTACACTACTAGATGAAGGTCTTTTTCTGCTATTTTTAGAAGTACT AGTTGATGTTGAAGATTCATCGTTTATTATCCCAGGCAAACCTAATCTTAGCTCAGTTGC CTCAAGATCATTGATATCCTTCTCGTAAATTCTCATGATTTAGAAAGAATGATTGATTTG AATTGCTGTGAATTGTGAGGATTGTTATATAGGAAAAAGACAATATGTAGGCGAGTTATT CTTTGTGTGTGCATGAATCTCATAAATAATAACACGGAGAAAACAACTCGCCTACGATTC GTTGTCAATACGCGCTTGCTTGCAGCCAGGTAAACAGACGCACGTTGGGTGCGATTTTTG CACGGAAGTTACGTTAGTTTTGGAACACAAATTTGATGCAACAGGGAATGGTGTCCCTCA CATAACCGGCAATGAGGGAACACAAGAGGGACACTCCACACGCTAGTATTCAATGCCTTT GCTACCGAAAATCGACAGATTTTTATTAAGTGAAAGAATAAATATACAGACTAATTAATC AAGAGAGTTCAACATCTACAGTATACTTTCTCTATCCCTAGTTATTTGTCTACTTTTGAA TTAACACATCTATTAAGAAAATAATTATTTGATTTAGCGAGTTTATCATTTTACTCATAT TAATTATGACGTGGATAAATTAAAAATTTAAGATTTAGCAAAAATTCTATATTTTTCACA GTAATCAATTAAGAGTATAATAGGTAAGAATTTTTTATTTGTCAAAATAGACAAGTAAGA ACAAAATAGAGTATATATATAAAGTAAATTTAACTATTAATAAATAGTAGATGAACCGCT GACCATAAGCTAGCTCCACCCTTGATCGAGGGTGGAGCTAGCAAAGGTCGAACATATATA TATATATATATGGTTTAAAGGGTAGTGCTAAATGGTCAAAAAAAGTGTTCAGAAATTCAA AAGAATTAAAATAAACAGCTCTTTTTTCTATTTTTTAATCAAAATATACTAAAGTTAAAA TGAAAATGTTCAAAAAGGTAACGTAAAATATCATTTATAAATTTTATCTAAATTCTTCTG GCCAGAAAGATTTTCCGATATTATATATAAGACCTCTTGCATTTCTCGTATTTCTATTCT TCGTATTTTTGACTTTTTAATAAATTTTTTGACTCCGACACTGATAATGATGAGTTAGTT TGACGAAATGGAGGGAAGAATTAACGTTACGTTACATGGAAGTTGGAACTGACGCGATTA TAAGGATATATATTTTTTTTTTTGTAAATAAGATACAGATGTATGTAAACATAAAAACAT TTAACACGGCCGTGATTACATGCGTAAATTTTGTTCATAACAGAAGACGTTTAATGTTTA AAATTATTTTTAATATAAATGAAATTTCAAATACAGAGATTATATTATTGTGGACATTGT CAAATAACTAAGTGAGATTAACATGAATAATAAATAAATAAAGTCATTAAGTATAGTATT AAATAAGAAATATGTCTTTTTAGATCGATTCTTAATTTTAAGTCTTTGCTATTATTTAGA GATATAAGTTTAAATTTACTGCTAATTTTGTTTTGATATAGCTGTTCTACTTTTTTGTAA TAGTTTTAAAAAGAATATTTTCTTATTCATTTAAATTATTTTACAAAATCTTCATTTTTA AAATTATATGTCAAGTTAAAATAAGATAAATAAATTAAAATGGAAAAAATATTTATTACA ATTTTTAGTGTATAAATTTAAAACAAACACAAAAAAAAGTCTAATCTGATATAATTTTTT CTTTTGGATTTTTCATTCAATTCGATATGTATTTTGAAATACAATTCAATTTAAATTTAT ATCAAATAATTTCTTATTAACGTTTTTTAATAAAAACGATTTCGTTTTAAAAAATTTAAT ACGAATTGGATATGAATTCTTCCAGCATATTAGTGTCAGATCATGGGCAGAAATCAACAT GTGAAATGGGTCCCTTAGGTGTCGGTTGATGAAATTTAAGGTCAATTATTAATTAGGACC CTACCTATTCAAATTGAATACCCATTTTTTTTTAAAAAAAAAAATACCCATTTTTATCTA AATTATATTTTTTTCCATATAATTTATACGATATAATTAGACTTGATTACGTGTTTATTT CATTGAAAGACCTTGACTTTACCTAGCTCCACTATGATCATATTCTTAGACTAACAATAT TGCAATTAGGGTTCCTCCTCAAATTTTAATAAGGTCAAATTCTATGTACTCGTAATAATC TCTAAAATTTGTAAACTTCTATTAATTTGATTTTTATCCGCATCTCTTTCGTCTAGTATA TATCAATTGAGTTAATATACTTATTAATCGGGTGATCATCTGACAAATCGAATATATTTC TTTTACATTACAAACCAAACAGAGGTGTGTTTTCGAAGTTTGAATGACCTTTGTGGCCAG CTATTACATAAAGGAATGCGAAAATGTATAAGTACCCCCTCCCCCAATCTATGCCCGAAA TCTCATAAACACACTCATACTATATCAAGATTTTATTATCTCTGGACTTATTTTATAAAT AATTTTCTACCCTTTTCGACATACGTGACACTATCTTCCGAGTCCAGCGGATGCTGACAA TTTTTTCAAGCTATCTGGTTGATAGTGCCACATAGACAAAAAAAATAGAAAATTATTCAT AAAATAAATTCAAAAAAATAATATGACCTTAATATAATATAAATATGTCGAAAATTTCAA ACATTGGTTAGATTACTTATACATTTTCCCTCTGGGAATTTCATCCACACATTTAAATTT TGAACATGGAATTAATAAATGTCGATTCAATTGCAGCAACTTTAATTTGACAGTGAATAC ATTTAATTAGTTAATAGACTCATACTAGCAGTAAGAGTTACGTTAATTGGTTGGTCAATG GATGAGAACCTCAATTTTCCACCAATTAGATAACGTTACGTTGGAGTCTCCCATTGCTAC TCAATGCCAATCAATATCTCAGTTTAATTAATTACTTATAAAGTAATATTATTAGTATTA TGACTTTATAAATGTAATTTTATAAATCAGACTATATGTGTGTATGTACAAGAATTTTAG TTCAAGGAGTTGTCATTTTGTTTGACGATTGTTTTCTTTGTTATAATTTTTTTTATATTA TCGTATTAATCGTAATATTATTTCGTTTTTTTAAAAAAATTTCATCAAAAATGACCTCGT ACTCAGGAGGTGTATGCAAAATTACTTAAAGTAAATGATTATACTTATAGAGAAAAAAAA AAAGAACTACATACAAGATATAAGTATTCATTTTATTTAACTGAAATCCGATATTAAAAT ATCAAATTAAGATAATAATTAACGTATTTGATATTTTCGTGGCATTATGTGATTTAAAAG CATGCACGTACTATTAAAATTAATAAGGCAGATTTTAACCACATATATATATTGAGTCCA ACTTAATTTGGGTATATTTGAAAGGGTTATCGATTAATGGGGTCACCTAAAAATTTAAAT GTATTGTTAGATGAACAAAATCAGACAATATCACGCTTCAAAAATGTAAATGTCGGGTTG CCTTTCTGTGCAATTAATACCTATTATATGGTGTTATATTATAGTAATGTGTTATCTATG TTTTTAATTATTTGTCAATTTTGTTTTTTGTAGTTGTATCTAATTATTTGTCGATTTTGA TAAATCAAGAAAGGATAATTCTTTTTTACCTATCATATCCACAATTAAATAACTAATTAC TTTGAAATACGTAGAACTTTTTATCCACTTCATAATTAACAGGGGTTTAAATGGTAAGCT CACTACGTCATTAATTATTTTCTTAATATGCGTGTCAATTCAAAAGTGGATAAGTAAAAA GGGACAGAGGGAGTATTATATTAATAAATATAGTGTTTGAATAGATTATGTTGTTTTTTA TTGTTACATAATGTCATATATTCAAAATTTGAAATGATAAACCTACAAGAAAGATAGAAT ACAAGATAGTGCTACTCCAAAAAAAATATGTAAAATAAATAAGGATAAAATGAGAAAAAA ATATTAAGATTACTTATGTTATTTAGGACAAGTTGCAAACATAAATCAAGAATGTATCAT GGGTATTCTTTGGTGGTATGTAATAATATTATAATCAATATATTCATGTTTTTTTTTCAC TCGATATTCGAATTTCGTATTGAAACCCGAAAACTTAGCTTAGGAAAGAAGAACAGACAA GAAGGGTCCCCTACTCCAATTATATTTACTAAACACATTAAACCTTGCTTATATTTGGAC TTAAGTTATCTCTTTCATTTTTTCAAAATATTATCCACTACTATTATAATTCAAAAATAG TACTTTAATTTTTAACAAGTAAAATAGGGCAACATGATCGACAACAATGGATCCTTACTT GCGGTAGATTCGTTTTAAAAGCTTTCAATCCGTCTCAATTTATACAACATAATTAATATA TTAACATGTAGTATTTAAATATACAATTCTTAAATTTTAACAAATAATTTACATATTTTA AAACTGCATAGAAAGCACTAATTCAAGTTATGAAATTTAATAAATATAAATTATAGTAAA CTTCTTTGGTTTAACTTTAGAGATCCGTAACTTATATTTAAATTGTATCATATAAATAGA AACAAAATAAATACCTCCGTTTACGTAATTATATAATAAATTCCAATATTTCACATCCCA TTATTTATATTGGACGACTAAACATACATTGTATCAAGACATGCTTTCATTGCTCAAACG ATAAGTGCGTACGTGCCGGGATGGAGGAGAGGATGACAACTACCAAAAGGGATAAGGTTA ATGTAAAAAAAAAATAAACGTATTATTTAACTGATAGTTATGTCTTCTAATTTTAAATTT GTATAAATAAACTATCTAAAAGTTGTACAAATAGATATACACATTCTATATGATGTTCTA GCCTGACAATTTATATCCTATACGATATTCATTGTCTAGTTATTCAATTGTATACAAACA TAAATGTTTACTAATATAGATTCGCGAGTTATAGATTATAAATGTCCATCCAAGCCAAGT AAAATGATTGTGAACCACACGTGTGAGGAATTAAATGTTGATGGTGAGATGTGGGCCTTA CCACACGTGTAATTGAGTTTTTGGACTTTGTTGACTTTTGAGGAAGGCTAATGATACTTT GCTGTCTGTAGGTATGGGTTGGGTTTGGGTCCAGCCCCTTTTGGCCTATTATCTATGCAT CCTATACACCGCATGTGCGCCCATCATCTGTCACTTCCAACTTTAATCATATGGTGAGCC CATTTCATCCTTAATTTAAATTCAGATATTTCGATTTAAGCTCTCGATATGAAGATAATT TCTATTTCTAATGTCACCCTAAATGAATTCTGACATGTAGTAATTAGTCTAAACACCGAG CAAGAAACCAAAATTATATCTATATATGTTTAATCATTTGAGTTTTGTAGTAAAGTCCAG CTAAAAAGTAAGTAATAATATGAAGGATGAGAGCTAAAAAGATTGCACCCTTTCACAAAA TATAGAAAAAGAACTCATACAAAGTAAAGTATTCGACCTTAAGCATTAAATGTCAAAAAG ATTACATCTTATTTGCAAGGGAAAAAAGTGTATTGTAAGCATGATTATTTCCAGTCCCCT TGAACTTATTCATCACCTCTAAGCGTAAACGCAACGAAAGGTTCTGCATGCTCATCAAAT TCAAGCCAATGGATAAAATTCTATTTGGCTAACTTTTGATGCCACCATTCAAATTTTCCC TCACCACTCTTACTACAGGTGACGAGTCGGGGGCTCACCTCAATTCGTCAATCGACTTGA TCACCAAATCTGCATTGTTCTTGGACTTCATAATTAGCTCAGCATTGGGCCTGTCATTGT AATCTATCTGTGGAAAGAATTTAGCAATGAACCAAAATATTGTTTCAATACCCAATGAAC AAAAAGGAATTGAGCTAGATGATATCTTAAAAGGGATTAACAGTTAACTGTTAATTTTAA TTGTTCTTTCTTTCAAAAAAGAGCCGTATTAGAAGTGAGGCGCTTACCCTCCATTTAGCA ACATTAGGGGACTTTCCTATAACATAGATGAGAGAGCGCCAATTAGTCTACATTACCCAG TGTTTTTCTACATCTTTTCTAGTTAAAAGAGTTGAAACAATAGTTGGAATAGTACCTGTA GATATATGTCTCTTCAGGACACGTTGCATTGCTTTCTCAAGATCAACATCGACGAACCTA AAAGTAAATACATATAAGACAAGCGTCTTACCACATCAAGAACAACTAAAGCTTTGTTCT CATATAATGCTGCAAAGTAGCCAGGCTTTTAACAATTCAACGGATCCTGTTACCAGCGCG CTTTGATAACCTATAGCTAAGAAACTCAGGATACCACATCTACTGTATATGAATAAAACA GGCATTTTCTGGTTTTAGCAACATAGTTTCAGGGATCTTGACATTGATCCCTTTCTTAAA CCATCCGGTATCTGGTACCACTAGTCTGACAAATCCAGGTTCATGTTGCATAGGGCCCAT TAAAATAAGAGGTGCTCCCAAGCAGGAGTTTCTCCATTTTCATGGCTTGAATCCAAGACC TTTCGTTAAGGGGGAACGTATCCCATCCCACTATATCCTTTGGTGATATCTTGATATTGA TTCACAAATACATCCCATTAATTGATAGAAGTCAAATAATCAGTAAACCAATAGCAAAGA CATATCACAAACTCAATTACATCTTTTGAGCTAGGCAACGTAAACTCAATTTTTTACTTG CAGAAAAACTCAAAGTTATCCCTCAGAATCCAGTTTACTATATTAAGGTGAACAAGGTGC GTTCACCAGGGATTCCTTCCCTGTTGTCTAAAGAAAAACATGGATCAGAAAGATCATCTT ACCATTTCTCATCAAACATGGAGGATACCTCCTTCCAAGCACCATCTCTAAGAAGCAGAT AATTACCTTCAACTATCACTATTTTGTGTCTGCAAAACTCACCATGAAAAAAAATATATA AAAAGGGAAGAGGCAACGTTAGCAACAGGCAAAAGAACTTCACCATATGTCTATTCCTTC TGCGTCTTTAGAAACTTATTTAATTATCCAATCAAATTATTGAAATATCAGCAGACACCT ATGAAAGAGCAATTAATAATTAGTTATCCAGTGCCCACAAGTATGAAAAAGTTATAACAG AAGTAGCACAAACATATTGAGAACACTGATTGAGCTAACACTTCCAATAAGAAGACACCT CAGCAGGCCTGCATATCTAAAACATTACCCAGCGGCCAGCTTTCACAGTTGCATAACGTA ATTCTTCACTTCAAATCTGACCATTACATAGAGCATTAACAAAATTCAAAGAAATGAACT GATAAACTTATATTCTTTGCTCATTCATCCATTCATCAATATCCCCTCAAAATAGTGAAT TGAACACACAAGATTGATACACACTTAGAATTTGATAGGGTGCAATCACAGACAGAAAAT AGCATCCAAACTAGATATAAACTTACTGAAGGTTCACAAAGATATCATCTTCTACAGGAT CTCCTACACCATGGTCAAAAGACGGACAGTACACTGATCCCTTGCAGAAAAAAGAATACC AGATCTTAGAATTTTCACTAGATGAACAGAGCAAGGGAGAGGCAAGCAGAATAATGACCT CCTCTCTTGATGAAACATGATGTTACATCAGAATTCAAGCCCACACAAAATTAACTCAAA AGGCTAAAAAATCCGTTCATGAAGTAAATATTCACTCACCTGATCTTTAAGAGTCTTGAG GCATTCTAGCAGTAAATTGGGGTCAAACGTCCATGGAGCTGATTCAACATAAAAAGATAC CAGAGAGAGGATTAAAACTTAAACTAGAAATTAATGCTTAAACTGTGTACAAACTTATTA GCTATCTGCTGTGGGGAAAAAAAGAACTCACCGCCCCTTCTTGCGTGTGCTTCCTTTGGA TCCTATGAAACAGGCTGACCAGTTAGTTGTTGGACTGTTACAAAGTTTGAAATGAAATCT GCTAAACACATGCTCCATCCACAATATATGTACCAAGTGTCACTTATAACTCTAATTCAA AAGAAAAAGGCTGAAAAAGTATTTTATAGCACCCAAAGGTGTGGCCTAGTAGTCAATGAA GTGCGTTGAGCAACATGAGGTTTAGTGAACAGACTTACCTGGTACCTATTGGTGGTGGTA GGTATCAAGCTGACCCGGACACCATGGTTATCAAAACATAAAAAGTATTGTTTTATATAT GCGTCTCCGCTGTTGTTGTTTTTATATTACTCTTCCATCTCTTGTTGAAGTTATTTAATC TTCTCCTCTTGTTTCTTTCATTTCTTTTTTTTCCATTTGGCCTTTTTTCCTTTTTTTTTC TTTTTTCGGATGACTATGGTGTCCGGGCCAGCTTTCACGCACCTCGACTAATTCCACGGT TTACCTTTTGCCTACCACCAGCAACAGGTACTAGGACAGGTGGGAAGAATCACCAAGTGT TTGTCTCCAGTGAGTATTGAACCTAAGACCTCAAGATTCTCAACCACTGCATTGACCACT AGGTCACACCCTAGGGTGCTTTTGTTGTTGTTATTGTGTGGGTTAAGGGTGGGGGTGGGG AGGTTAAGTAGGAAACAAGACTAACTCAACATTTGTCCTTTGTCCTGTCTTATATCTAGA GTAGTCGAAACCAGCTAACAATGCACATCAAGCAACAAGGCTTTGTCCATTTTTCATAGA TTCAAATGTTTTGACCAAAAATAAAGAAATTGCAGTCAAATGAAGCAATATGAATAATAA GAAACCATTACGAAATCCTACCTCCATTGCATCAAGCTGATGACGATAAAGGTGGAATCC ATCCATTGGAAGAACAATAGCAACTTCTGGAGGCTCAACTTGAGAATCAAAGGAACGAGA CTTTTGGGGCCATAACTTATTGACTCTCTTAACTACTTCAGATGCAACAGTGCTCTTTCC AGCACCGGGAGGGCCAGCAAGACCAACAATATGCCTGCATAATTAGGAAAGTTGTTCTCC TTAAGAGACCTCTTTGAATCAGCCAACATGCCAATTTAGTTGAGTGTTTGTTGATAATAA TAGCAGCTTGTAGTTATAAAAGCCATGAAGCACAAGCAATGTGAAAAAAACAGAGATGAC AGAAGTAAATAATACAAATATCAAGAAAATGATACTTTTTAATATACATAAAAGCAAAAA ATATGCATATTTGAGTCAATGAGTAGATGTTTGTAGCCATAAACATCATAATCACTAAAT TAAGATACACAATTCTACTCATTTAAATGATTCAATGCATGTTATGTTATCTAGACTCAG AGATGTGTTTTATATTATCGATATTGGCTCAACTTCCAATTTTGAAACTCAGACATGCAT ATTTTTATTATTGAGACTGACTCACTGCTGATTTAGGGACTATGATATTTATGTATATTC ACTCTGTTATTAACATATTTACACAGATAAAAGAGACATACATTCTGGTTGTCACTTCTT GGGGGTATATCTTCTTCTTTCTTCTTCCTTTTTTTCCCCTTTGGGAGTACAGACTACAGG GTCTGTCGTCTGAGTCTCGCTTTTCCTTTTCTCTATGGCACAGGTCATATTATTCCTCTA TTGGATACATCTCATTCACATAACCAGCCAAATGCTAGAGGCAGACTAGAAATAGCAAAA TTTAAAGGAATCATCTCTTCTTCATTTTCCCTATTCCAGGTCTCAGTCAGTATTTAGTAA GGCCTTAAAGTTAGGAAGTGATGTAATTCAAAATAAACCATGGTTATCTTGAAAAGCCAC AAGTAGCAACCGAGATTTCGGCTTTGAGATGCAGATAAGCATCTAACAGCTTTGCAAAAG GACAACTTACTTGAAATTAGGGCTTGATGCTGCTGCTGCAGTTGGAACAAGGTGTTCAGC CAAAGCATCATATATGTCATCCATGCACCTACAAGGTACACAAATATGAAGTAAAACATA TAAATGCAAATTAATAAAGAATATTACAGTTGTATAAGGTGGACAAAGCTAAACTTTACC CATCACAAGGGAAGATTTTCTCAAGCCGAGTGGGACATGCAACTGCACAGGCTTTATCTT TTAGCATATAGGCAGGAAACACATAATAGCTATGAAATAGCCATATGTAGAAAAGGAGGC ATCTACTATCTATTGAAGAGAAAACAGGACATATTCAGTCTAGATTGTTTCAACCTTTCC AGTCAGAGACTGATTTGTTTCCGGAGTTGAGCTATCCTTTTAAAGTAATAAGTAGTCTTG CTGGTAGCACAGATAAAGGCCTACTATGTGAGAAATCATATTGAGGATAGGATTAGGCAA GACCAAGCCAATAGAAACAAAAATACAACAAACAAAAAACAAACAACTAATATTAAGTGT CAACCACAAATGGACGTGGCCTGGTCTTGCGATGTAGTCCATGTATTATACAAAGAAAAT CTTATAGACAGGTACAGCTCATATCAATCTATACCATCATTATTCAATACTAATTCTCCT CCTCTATCACTCCAGATGCCTTTTCATCCTCTTAAAGTCTCTTTTAACTTTCCTGCATTC ACATTCCAGCATGAGACCATTGTACGAGCAATATAAACTCCTATAATTTAACTTGATCAA TCTACACAAAAACAAAAAAGGAGTCCACAAGCTCGGTGGTTGCTTGCGTCGTAATATTGG TACTGGTATTTCATCTCCAAGGAACATGAAACACACCAATTGCTCGTCCTACTTTGCAAG CATTAAATAATACACTAGAGTGATTTGTCCTATATCTAAGGAAGAACTACATCTCCATTT GTCATAGGCCTGTTCAGAACTGAATGAATGAATGAACACTAGGCCTGCCTGAAAAAATGC AATAGTGCAGCATGGTCACCATACTGTTGACCAAATATTGAACAGAGATGAGTCCCACAA CATTGGGAAGTTCTTTCGCACATATGCCTCAGGAACGATGCCAGTAAAACATAGTTGGTA TAGAATTGACAAACTCACTGCAACCAAGTCAGCCAGTAATTCCAGAAAGAGCGAGTGTCT AGTTTTCATATAAATTATATTGAGAATCCCAGTCCATATAATCAGACAGTTAGTTATGAA GAGGTCCCTAAATGAGCTGCTCGTGCTAATAACTTGACTTGCACAACCAGGAATGCAGCT TAGAGAAGTGCATATGGCCCTATCCAATTCAGAATATACAACGACATGTCTGAAATTGAG TAAAGAAATGAGGCAAGATCCTATCTTCAGTTCTTCACTCATTAAACGAGAAAATGAATG CTATAAATTGATGTATATGGAGCCACAGAGTGATTAAAAACATCCAGAACTTTTGCAGTG TCTATTCATAGAAGAAACTATTTCGAATTTCGACCTTCTTCCATTAGCTTCAACCACCAG AAACAATAGAAAACACGCTATGAGATGACACATAACCCACTTAGTCAGCTCTTACGAATT GGAGGTCTCTTTTGGTTGCTTAACAAAGTCTCACAGAAGAATATGTAAAAATCAGCAGTA CAAAATGACTGATAAAGAAAATAGCCAGTAAGAAAAAACTAGAGAAAAGCACTTATCATG CCTCACGCCCAATAAATGCTCTTAATAACGAAATCTTGCAAGCAGTATGATCCTACTAGG ACAGTATCGTAGGCTGATATAGATAATAGGAGCAAAAGGAGACTGAAAAAGCAATAAAGT TCAACAAGCAAATCCAAGAAACAAAAGAAGGCATTAGGGTACGGCAGAACAGAAATAGTT GAAACTTTAAAGTTCAAAATATTTGTTATGTGGTTTTGGATAGCCAGCATACCCAGCTTC TATGACAGGAATCTCTCTCTCTCGGCTACATGAAACCTGAAAAAGAGATACAAATTACAT TTGCAAACTGCACTCATCATCAATGATTTTAAAAACGAGATACTTTCATACATCTAGACA AATATACAGGTCTAATCAAATGAAAACAAAACTGTCTTTATTCCACATCTTCTCAGTTTT ATACAAGTCAAGTTATCCATAGAAACTGAACCTGCAACAGACTCCACTTCCGAGTACGAA AACCAGCTTGACAGAGTGAAGTTCCAGTTGCATTCTTCGTGGACAAAGGAGACGCATAAC ACTTAATCCACACAGGAAAGTCTTCTCTTTTGCTCAACAATGTCTCTGCAAAGCCCAAAT TATTGTTTTAAACTATTATCTTTGAAGTATACGTAATATAATGTTCAACTCCGGCTGTCA ACACCAATCCAAACCCCAGATAAAAGAATAGTCCGTCGAACACCCTTCACCCAAAAATTA TCCTCCGAATATAACGTCTAAGTATTACTTTTCACACTTACATATCCATATGTTAGATTT TGAACACTCTTTGCAGAAACTCGCCACAATTGGCAACATAAAAGGCGAAATTGGCACCGG AATAATTTTATTCTTTCAATTGCTTATCTGTATTGTTCACTACGATCGCATACATTTCCA TAATCGAAAATTTTAATGTTAAATATACAATAATTGCAACAAAAATTATTTAGCAAACGG AAATTGATCAATAAATGGAATCAAGAGTATAGCAGTTGAACAATATGATTTTTGTTGAAT TATTATTAATCTATAGTAATTATAGAGTAAATTTAAATCCTAAAAACCTGAAAATGGATA TCGGAGTTTCGTGAAGGTCGCCGGGAACGATGAAGCCTCCATTGGAGCAGTCGAGATTTT TCATTTTCAGGACAATATATCCCTTATGTTTTGGGGGTAAAACGGTAATAATCCATTAAC TACGTACGTCACCACTTGGATCCTTCATCTTTACCAAAAGTGTTCACTTTTGCTCCTTTT GATTTAATTTGACACACTTTTAAGAAAATAATAGATAAAATAATAATTTTATTGTTATAA AATGAAAATAATAAATTAAAATTAAGAAGAGTAAAATAAAGGAAGAGAAAGTAATAGTAC TTCATCTAATTCATAAAGAATAACCTGATTTGATTTGACATGAATTTAAGAATATGAAAA AGATTTTTGTATCTTGTGATCTTAAACTAAAGTTAGATTTAAATGTATAAAATTACTCTT TGATCTTATGACCTTAAATATGCCACGTGGAAAGTTGAAATTAAAATATTACTAAAAAAG AAAATGATCATTCTCTTTGAAACATACTATAAAAAAAAGAGATCATTCTTTTTTAAACGG ACAAGTAATAACTTTTCTTTCTTATTGAATGTTTTTACTTCTTCTTGTTCATCTTTCATA TTACAAAGAGAAGATACATATAGGCTAAGAAATTTAGGCACGAAGTTACTTGGCCACGAA GTTTACTTGGGCACAGAGTATATATATTATGTGCACATCTATTTATAACTCCAGCTTGAA TATTCAAGTAAAAATAAATTTAGTGAAAGAAAAAAAAGAGTTCAGTAGTACGCATTGTTT GTTGCCTCACTAAAAATTTTTATCATAAAAATTCAATGGGATAAAATCTGGTTAAGAAAA AAAGAGTTCAGTGCGTATTTGCTTCCCCTAAAGAAAACATTACCTAATATCTTGAAAATG ACATATTCCGACCTTGTAATTCACCTTCTCAAAGATTGAAGTTAGCAATGTCTTGGTGAA TACGATTCGTTGAACATTTATTTCATTCTTATTTCGAAGATCATGAGTAAGAAGAAGAAA TTCACTAAAATATATTTTGATTAGTCTTCATTGATTTGTCCTCCTCTTAGTTGAGCACAT GCAATATTGTCTTCATATAATGTTGTTGAAATATCTCTTTTCAAAGGAAGGCTACATATT TTTTGGATATGTTTATAGATCTCATCCAATTATATTTTGACGATAACTTAATATCTGATC TTGTCAATTTAGACAAATTGCTCACTTGAATTTTAAGTAGCAACAACGAAGCACTGAAAG ATACTTTCACTTGTATGATAAGTAAATTGACTGTCTTGTGGAATAATTTGATATGACAGT ATCCCGACATGAAAATAAATAATTTTCTTCAAGTCAAACTTCATAATCTCTTGCAATTTG ACGGGCAATAAATATTGACACAATTGATCTAATAATTTATATTGATATTTAATTCACTGA ATATCTCCACTGATAAGCTTGATGTTATATTTTGCATGTATACTAATAAAATTATTTGCT ACGAATAATAATAGCAGGATACATAAGTGCATCAATTGCATGATATTTTCTAACCATTTT AATGAGATCCAAATTGATCTTTATGTTATGCAAGCTTACGATCATTGGAGTACTATTCAA TGAAACCGTTATACAACCTTTTAAATCCTTCAGGATATTTCATATAATATTTACATTCTA ACTAGATATGATATTCATTCATCATGCTTATTCAAGTTTTTCATATATTGTTAGATAAAT AGAAACCTCATTACATCCATCTTAAGAGAATACGTCTCCGTACAATAACGCCAGGACTTC TGCGAAAAGTCTTTATTTTCCAACGCACTAGCTATATTTTATATTTTACGATTTTACTTA TCGCACAATAATTTATTTGTACCCCATTAACATTATATATTAGTATATGACATAGTCCAA AACATCACTTTTCAAAGTCAAAATGAAATATACTTGAATCGTAATTTCTTCGGTCAACCA TTTATCTGTCAACTTTCAACAGCTTAATATCAAGATCCTAGTCACCATTTATAATTTTGA GCGCTAAATTATGTTAGAGACATCGCCGACGATTTATTTGATATCGATTCTAATATAACA TAACTTATCGAGCTCTCTTTATTTTTCATCATTTTCAAATATCTGAACCTCTGCCAAGGT TTTATGAAGTGTTATGTCATGGTACTTTTTCTAAAGCACCTGCCTCATTATTATGACCAT CTTAATCATTTGTTCGTCTTCTTTGTAAAGAAGTTTCATCTTTTGAATCAATTTATCTAT CACACTTTCGGCGTGTCATAATTTTGTCCTTCAAGGATCCTTTATTTAAACATTTATAAA TGAATTATAACATATGATCAGAATATGTATGACAATTGACTTAAGTTATATTTTCAACGA GGACATATCATATGCATAAACTTATTTCCAGTTGCTTATCATCTCCCCCTAATGTTAGAG AATCCAACATTCACCCAACTTTATTTGGGAACTCATCTTTATGCACTATGTAGTGATAGA GCAATTGAATAATATATCACACATTTAAACTTCTAGATGAGAATTATTTGGTTTCTGACC CTGAACCAATTCTGATAAGGGAACCTTGTTGGCTTGATACATACAAGTATTGTTATACTT CAAATAACATCATATACCAAATTTCTTTTGGAGTTGTGTTCTCATAACCAATGATTAGCT ATAATCTGAGGCATAAAAATCACTTCGAGCAAATAACCTTTGCAAAAATCAAATGGCAAG TTGATAATAAAACACATGCGACCATAACATAGATGCATATATATAATAATAGTAAATGAT CCACATGACAGGTGAATGGACTCATATTCACCTTCTTCTTTTTTATACATTTCAAAATTT TGGGAAATATAATCTCAATCTTATCTGGTGCAATGATAATTTTATCATGAGAACCAATAA CACAAGAGGATTTTGAATTTATTATTTCTTTCATATATATAACCACACAAATTTTTATTT ATTTTCGTATCATACTTGAATTGGGATGGTCATTAATCGGTCATGCCAACTGATATTTAT TTCAATAAACTTCTAGTTTATTTTGCATGTGATTCCATCATCATGTTCATACTTAGTTAC CACAAACAACATTCAAATATGGGTAAAATTTCACATAAATATTTATAATCCACTTTGATT GTAGTAATATGAAGATCTTAAATCTTTCCATATTTTATATCTCAATATTTTTCTTTTGAC TATTCTTTGAAATTTAAAAAGTTTCTTTCAAGACTTCCTACAAATTCAATATCATGAACA ATTTTATTTATTTAAGTAGTAGCAATTATAGCTCACCAAAGGTCACAATTAACGTTGGAT ACCACCACATACTTCATAACATTGTTTGTGTGGTAAGCATCTCTTTCAAGGGAAAACTTA TATCATCATTGTCATGGTCAAAATCATTACAAGTAGAACTTGTTTCTTGATTTTACTTTT GTTATTAGTACCTCCTCCCTTTTTATTTAAAACCTGAAAAAGTATTTTTTTTAGGTGTAC AAAGATACATAATCAATGACGATTTTTTTTTGTGACAAAAATTATTTTCTTCTTTTGCCC TTTTGATAGTTCATAATAAAACATACCATGATATTTGTGATGTGATAAAAGTACTTGACC AATGATCTTTTCTATCAAAATAATTCTTCTTTATTTCTCTTTAACCTCCCTTCGGGGTTT TTCAAATCATACATGGGTATGTCCTTATATATAATTTTATCATCTCTTGACATATTTATT TTCAGGAATGGTCCACATTTCATAGTACGTATCACAAGTCACATTCTTTTCAAGGAATTG ACTATAATCATAAATTCATGCTTCATAATTATTCCTTTTATTAGAAGCTTGTTGTCATGC TATAAAATTTATCATATTGAAATCACTTTTGAAAGTAAAGTGTATCACCACTTTTTCATC CTTCTCTTTGGTGAAGGATTTATAAACTTATCAAATTATTAGGTCTTATAGCAAACATGT TTCTAATGACCGTTCATATCATTTGATGACAAAAATTACATCAACTCTTTAAAAGACCAT TTTGAGAACTCATAACGTTCTTTCTTTTATAATTGTCACAATGATGAGTATTATTATTTT TTTCATTCACGTCCATATTCATATATCCATAAAATAATTTTGTCATCTTTCAGAGTTTTA TTGTATTGCTATCACATTTACTTAAATGAACGAAACATATTCAGTGGGATGAACGAAACA ATTTTTAGCAAGAGCATATCTATTTGCTCGATTATCATTATATGTCAATATATTGCATTG AGACTTTAGCCCAATGTTTTATCTATATAAAGGCGTGTTAGGCCAAAATATGAAGGGACT TCGACCCAAAATCTTATCATCATCGAGACTTTAATCGATATCGTACCTTTTTTGGTGCGA TCAAATTTGAATCCACCATTTTATTCAATAAAGACATTATATGTAGTCAAAAATAAAATT TATCCTTGAGCTTTTAACATATTGTCACTTTGCTATTAATAATAATAATACTTCAAAAGA TCATATATGAAATTATTACTTTTAGAGTTTGATCATCGCAAGTAGCTCTAATACCATTTT TCTACTTGAAAGTTTTTATTAATAATTCACTTATTAATAAGTTTTGAACAACTCTTTAAG AACTTTTGTTATTAAATAATCGTTAGATTCAAATAAGAGATATGATCATATTGTGACATA AAATTTACTCATAATTAAATGCTTGATAAAATACATATTCGATACTTATCATATCGAAAG ATCTCTCAAATTTTGCGACTCATCTCATGTATATTTTTAAGATAGGTCAGATACTCGTGC TCATAACATGCTATAAAATAAAAATATTAAATTGAAATTAAGAAGAGTAGAGATAGAGAG AGACAAAATAATAATAGTAGTATTTAACTTTTCTTTCGTTATTGAATGTTTTTACTCCTT GTTCATCTTTCATATTACAAAGAGGAGATATATATAGACTAAGAAACTTGGACACAAAGT TACTTGGCCATGAAGTTTACTTGGCCACAAAGTTTACTTGGGCACAAAGTATATTGTGTG GACATCCATTTTACAACATTTATTATATTAATTTTAATTATTACTTTCTCTATTTTATAT TTCATGTCTACAATATTAAAATATTTATTTTACTTTACTTGTTGATTTATAAACTCAACA TAAGATTAATAAAATATTTTCTCGATTTATCCTAAATTAATTCTCTTTTAAAATATAAAT ATTGTAGAAATTTAGATTAAATATCTTGATGACGTTCATCTCAATATTAACCTACATAAC TCACTGTCTATTTGAGCAATATGACCTCAGGTAAGATCTCCACATCATCTTTGCTTGCCT TAGTTGAATGTAAACATTTCATTTGATTTAATCTCAAGCAATATTTTCGGACTTTTGTTA GCATAAATCATTCTTTGTTCTTTTTTTTCTGTTATAGCCCATTTTGCCAGGAAAATTTGG TGGTTTGGATATTAGAAATATTGATTTCTGTATCATTTTTCATTTCTTTAGTTGTAACCT GGCTTTGATATCACATTGTCGTGTCATTAGTTTTTTATTAAATACACATGCAATTTTTGA CAACTCACTCATAATTTTGTTATGTCAAGTCAGTCTAAGATATTAGAAATTGCTAAAAGA ATTGCAAGAAAAAATTGTATTACAGAAGAACTTGAATTATTTGTTTGATGACTTTACAAA TGAATATCCCTTTATTTATACTACTCACTTAGGAGCTAATGAACAAATAATAATTATTGT ACAAATCTCTACATATTTACAAATAAGTCTCCTTTAACTTCCAAAATACTAAGCTTAAAT ATTTCAAGAATCTTTCGTGCAAATCTATGAAATTCTAGAATCTACCATTAAAAATCTCAC TATTTCTCTAGAATATTCCACTAATAGTTATATAGCGTTCTGTCAGAAATTTTCAATTTT TTTTGGCAAGTAATGTTTGGATGAAGTTTCACCATGTAAGTGTTTGCCATAGATACGGGA GAAATATTGACTATTTTTTTTTTGAAAAAAAAAGACTTCTATCCATAAGTTCTAAAAATT TTAATAAGTTTGTTTTGTTAGTTATAATGAAAATGTTACATTAAAAAAAATAAAGATGAC GATCAACAACAACAAAGACAACAATATGGGCAAGAGCAGTACAATAATCACATACTTAAG CGTGTCACTAATTGAGGATAAATTATAACCTATTGAAAATAAATTGTTCTGTTTAATGGA GTTGGTTGTAAATAGATATTAATTGAAATTAATGATGATGTATTTTGTAAAACATAAAAC TTGAGTGATCTTTAGATTTTTCTAGAACTTGAAAACTTGAGATGTTTTACAAATATGTTT GTCAAGTAACGACAAATTATATAGCCAAACACTAATTTTCAAGTTTTTTCTCAAATATAT TTATGGTCAAACATCACCTTAGTATTTTTCCTATTTAAGTCTTTCAAATGGACAAATGTG TGATGTAGCGTGCAAGTGACATGATGACTTGGCGGGTCATCACAAATAGTACCTAAATCT AGCAAAAGTTATCCCTTGAATAGTCGTTCGATAAAGTGCATTAAAAAAATAATTATGAAT ATATAAAAATGTATGTGCGAGTGTGTGCATGTGTATAAAAATTAGCTTTGTATTTTACTA GTTTTTTGTTTCATACACTTTGTTCAACTATGTATAACTAATGTCTAGTTATACACTCTA TTTAATAGTAAGTTGTGTATAATTATATATGGAAATCTATGATTGTAGTAATGCAAAGAT CTTTAATTCATGCATTAGCATGATTAAAGGTGCTATCCTCAAAACATTTTCACATATTTT TAATCATGTTTGTAGAGGATGTTTTATTAACAATTTATTTTTTTAAGAAAAATATTATGA TATATATATATATATATATATATATATATATGTTATTTTTAATAGAGAAATTTTAAAATG GTTATATTTTGGACTTAATTAGAGATCTATAATTATATTATATATATATATATGTTATTT TTAATAGAGAAATTTTAAAATGGTTATATTTTGGACTTAATTAGAGATCTATAATTATAT TTTGCATAATTACGATTCATATAGAGTTATATGTTAAAAGGGGAGAAATGTGAGTGAGAT TGGGAGAGTGATGAAAGAGGCATACAAGATTTAGGAGAGGGATAAATAAAGGGGAACTTT CACATATAGCCACTTAAAAATAGTCTATTACTCTCCATAGTTATAGTTTAATAATTACAA TCTATAGCCACATGTTATTTGGAGGAGAGAGGCGAGCTAGATTAGGAGAGAGAGAGGAGA GAGGCGAGAAAGAGGGAGAAAAGAGCGGGAGAAAGGTGAATTGTATATGTATATTGGTTA GATAATTATATATTATACATATGTATTTATATTTACGGCAAGAGAGACTGGGAGAGGGAA GAGAGACACGAGAGAGACTGGGAGAGGGAGCAGAGAGGCGAGAGAGTGAGGGCAGAGAGT GAGAGAGAGGTGAATTTTATATGTATGTAATTGTCTATTATACATATGCATTTGTATATA TGGCAAGCAAGATTGGGAGGGAGGAGTGAGACGAGCGAGATTGGGAAAGGGAGAAGAGAG GCGAGCGAGAGGGGGCAGAGAGGGGAAGAGAGGTGAATTGTATATGTATATAGGTTAAAC AATTGTATATTATACATATGTATTTGTATATTCTGGCGAATTATACATATACAAACGTGA TTAATTATATAAACTGATAGTCAGTTCATGTAATTAATGTATAATGTTAGTCGCGAGTGG TAAACAAACTATAACTATGATGAGTAATTAAATAATATAAGTTTGCTTAACCGCGTAATT TTCCCATAAATAAATATAACTTTCTTATATTAGGTTATATAATAAATACAATTGATTTGT ATCAATAAATATAATTGTATCAAGTGTATCTAGTTCATCTGTATTCATTATGTATCGATT GTATCAACAAATACAATTATATCAAGTCTATATGTTTTTTGTTTATTCACTATGTATCAA TGTATTTGAGTGTATTTGTAACTTTATATGTTCCTGGTGTATTCACTATTTATCAAGTGT ATCAACAAATATAACTATATCAATAAATATAATTTTATCAAGTTGTATGAACTAATATAA TTATAACAAGTGTATATGTTCCTTGTGTATTCACGATGTATTTATGTATTTGAGTGTATA TGCACCTGATTATAGATTGCATTGTTGTTTCTACTTTATTTTGTCATTGTTATATATTTG TAATTATATGATTTATACTTTTTAAGAATATGATTGATACAATATTGTATCTCTCCCTCG TTCTGTAATATTAAGAATCGGAATATGAAATCGAAGAGGGAGAACAAACTGAGGTATTCA CTATCTCTAACCTGATACAACTTCCTCGCCTGATTTGTATCAATATTATCCCATCTGAAC TCACAAGCCCTTTATTGCTTATTAGATATCAATTCAATTGAGAAATAGAGAGAGAAAGAG AGAAAGATCCGCGGGTGTGTGTGTGGTGGTGGTGGTGTGGGGGGGGGGGGAGGCGAGGAT TTATGTAATGTAATTATTTTAAGGGAAAAACTTAAATATGTTATCGAACTTTGAAAACAA CCTATCTATATCATCCGTTAGAAGTTTGACTCATCTTTAATTTAAGAAAAAGTTCATTCC CGCCATTATTTGTTAACTGAAAACAATTTTCATTTTGCAAAAAGATTTTTTTACATTTTG TCAATTATGATTCGGCTACGTCATTAATTAACTTTTTTAAAAGTAAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.986 2972 3045 match_part 0.994 3612 3781 match_part 0.992 3862 3979 match_part 1.000 4160 4246 match_2 match_part 1.000 3891 3979 match_part 1.000 4160 4320 match_part 0.997 4437 4770 match_part 1.000 4858 4865 match_3 match_part 1.000 4312 4320 match_part 0.973 4437 4770 match_part 0.862 4858 4966 match_part 0.939 5051 5231 match_part 0.890 5345 5426 match_4 match_part 1.000 4312 4320 match_part 0.958 4437 4770 match_part 0.869 4858 4964 match_part 0.928 5051 5231 match_part 0.950 5345 5364 match_5 match_part 1.000 4746 4770 match_part 0.991 4858 4964 match_part 0.932 5051 5124 match_6 match_part 0.875 4763 4770 match_part 0.907 4858 4964 match_part 0.950 5051 5231 match_part 0.944 5345 5577 match_7 match_part 0.907 4858 4964 match_part 0.950 5051 5231 match_part 0.950 5345 5704 match_part 0.947 5787 5843 match_8 match_part 1.000 5046 5231 match_part 1.000 5345 5655 match_9 match_part 0.902 5191 5231 match_part 0.942 5345 5704 match_part 0.975 5787 5867 match_part 0.951 6063 6305 match_10 match_part 0.997 5355 5704 match_part 1.000 5787 5867 match_part 0.962 6063 6556 match_11 match_part 1.000 5355 5704 match_part 0.891 5787 5850 match_12 match_part 0.949 5452 5704 match_part 0.963 5787 5867 match_part 0.962 6063 6193 match_13 match_part 0.960 5581 5704 match_part 0.963 5787 5867 match_part 0.935 6063 6573 match_14 match_part 1.000 5592 5704 match_part 1.000 5787 5867 match_part 1.000 6063 6611 match_15 match_part 1.000 5664 5704 match_part 1.000 5787 5867 match_part 0.998 6063 6621 match_16 match_part 0.946 6095 6608 match_17 match_part 0.989 22950 23419 match_18 match_part 0.990 23017 23419 match_19 match_part 0.986 23069 23419 match_20 match_part 0.999 32904 33689 match_part 1.000 33915 33951 match_21 match_part 1.000 32967 33496 match_22 match_part 0.986 33620 33689 match_part 0.969 33915 34107 match_part 0.935 34648 35124 match_23 match_part 1.000 34930 35463 match_24 match_part 0.992 34951 35711 match_25 match_part 0.976 35204 35756 match_26 match_part 0.908 41307 41600 match_part 0.916 41676 41901 match_27 match_part 0.936 41757 41992 match_28 match_part 0.901 42046 42247 match_29 match_part 1.000 79711 79883 match_part 1.000 79956 80168 match_part 1.000 81987 82128 match_30 match_part 0.998 86264 86755 match_31 match_part 0.997 86271 86929 match_part 1.000 87662 87706 match_32 match_part 1.000 86271 86757 match_33 match_part 0.957 86319 86929 match_part 0.960 87662 87762 match_34 match_part 0.941 86319 86864 match_35 match_part 0.941 86320 86929 match_part 0.971 87662 87696 match_36 match_part 0.938 86395 86637 match_37 match_part 1.000 86889 86929 match_part 1.000 87662 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 0.995 90364 90738 match_38 match_part 0.991 87664 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90728 match_39 match_part 1.000 87751 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90729 match_40 match_part 1.000 88224 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90728 match_41 match_part 1.000 88231 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90729 match_42 match_part 1.000 88243 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 0.973 90364 90802 match_43 match_part 0.959 89453 89501 match_part 0.987 90188 90265 match_part 0.972 90364 90719 match_44 match_part 0.998 90368 90784 match_45 match_part 1.000 90369 90792 match_46 match_part 0.997 102923 103281 match_part 1.000 105369 105507 match_part 1.000 105600 105684 match_part 1.000 105787 105893 match_part 0.980 106266 106416 match_47 match_part 1.000 103084 103281 match_part 1.000 105369 105507 match_part 1.000 105600 105684 match_part 1.000 105787 105855 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_48 match_part 0.943 6610 6276 match_49 match_part 1.000 9798 9190 match_part 1.000 8485 8179 match_part 1.000 7470 7122 match_50 match_part 0.987 8333 8179 match_part 1.000 7470 7129 match_51 match_part 1.000 8247 8179 match_part 0.991 7470 7132 match_52 match_part 0.997 7436 7132 match_53 match_part 0.982 8233 8179 match_part 0.997 7470 7137 match_54 match_part 0.976 8464 8179 match_part 0.881 7470 7152 match_55 match_part 0.993 8462 8179 match_part 0.865 7470 7152 match_56 match_part 1.000 8250 8179 match_part 0.878 7470 7159 match_57 match_part 1.000 9353 9190 match_part 1.000 8485 8179 match_part 0.992 7470 7350 match_58 match_part 1.000 9786 9190 match_part 1.000 8485 8179 match_part 0.989 7470 7379 match_59 match_part 0.986 9603 9190 match_part 0.954 8485 8179 match_60 match_part 0.998 9749 9190 match_part 0.997 8485 8200 match_61 match_part 1.000 9744 9190 match_part 0.993 8485 8214 match_62 match_part 0.984 9831 9190 match_part 0.979 8485 8298 match_63 match_part 0.997 9845 9190 match_part 0.975 8485 8325 match_64 match_part 1.000 9841 9190 match_part 0.994 8485 8330 match_65 match_part 1.000 9851 9190 match_part 0.986 8485 8346 match_66 match_part 0.979 9432 9190 match_part 1.000 8485 8424 match_67 match_part 0.968 9786 9190 match_part 0.915 8485 8427 match_68 match_part 0.998 9743 9190 match_part 1.000 8485 8453 match_69 match_part 0.992 9846 9190 match_70 match_part 0.959 9723 9190 match_71 match_part 0.944 9729 9194 match_72 match_part 0.998 9846 9212 match_73 match_part 1.000 9792 9321 match_74 match_part 0.957 9831 9410 match_75 match_part 1.000 23405 22862 match_76 match_part 0.994 23405 22870 match_77 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 0.978 23416 22879 match_78 match_part 1.000 26797 26672 match_part 0.992 23416 22885 match_79 match_part 1.000 26710 26672 match_part 0.981 23416 22886 match_80 match_part 1.000 27349 27309 match_part 1.000 26794 26672 match_part 0.987 23416 22889 match_81 match_part 0.991 27414 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22894 match_82 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22895 match_83 match_part 1.000 27343 27309 match_part 1.000 26794 26672 match_part 0.965 23416 22899 match_84 match_part 0.975 26792 26672 match_part 0.969 23416 22902 match_85 match_part 1.000 23384 22908 match_86 match_part 1.000 27332 27309 match_part 1.000 26794 26672 match_part 0.998 23416 22914 match_87 match_part 0.875 27380 27309 match_part 1.000 26794 26672 match_part 0.994 23416 22923 match_88 match_part 1.000 23364 22923 match_89 match_part 0.950 26772 26672 match_part 0.906 23416 22927 match_90 match_part 0.989 27398 27309 match_part 1.000 26794 26672 match_part 0.996 23416 22930 match_91 match_part 1.000 27365 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22930 match_92 match_part 1.000 27343 27309 match_part 1.000 26794 26672 match_part 0.996 23416 22930 match_93 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22930 match_94 match_part 1.000 27329 27309 match_part 1.000 26794 26672 match_part 0.998 23416 22930 match_95 match_part 0.988 27391 27309 match_part 1.000 26794 26672 match_part 0.994 23416 22938 match_96 match_part 0.889 27353 27309 match_part 0.959 26794 26672 match_part 0.913 23416 22967 match_97 match_part 1.000 27360 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22982 match_98 match_part 1.000 27385 27309 match_part 0.943 26794 26672 match_part 0.962 23416 23049 match_99 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23056 match_100 match_part 1.000 26695 26672 match_part 0.997 23416 23056 match_101 match_part 0.984 26800 26672 match_part 0.997 23416 23064 match_102 match_part 0.980 27357 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23083 match_103 match_part 1.000 27332 27309 match_part 1.000 26794 26672 match_part 0.994 23416 23083 match_104 match_part 0.988 27393 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23191 match_105 match_part 0.796 27357 27309 match_part 0.967 26794 26672 match_part 0.945 23416 23199 match_106 match_part 1.000 27364 27309 match_part 0.992 26794 26672 match_part 0.960 23416 23292 match_107 match_part 0.990 27408 27309 match_part 1.000 26794 26672 match_108 match_part 0.680 37900 37876 match_part 0.778 36885 36877 match_part 1.000 35765 35278 match_109 match_part 0.921 49838 49119 match_110 match_part 0.915 49838 49263 match_111 match_part 0.923 55204 54996 match_112 match_part 0.928 55493 55258 match_113 match_part 0.931 56097 55882 match_part 0.895 55653 55349 match_114 match_part 0.996 63121 62593 match_115 match_part 0.906 81601 80865 match_116 match_part 0.920 90809 90398 match_117 match_part 0.998 92193 91762 match_118 match_part 1.000 97728 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91772 match_119 match_part 1.000 98100 98098 match_part 0.811 97810 97705 match_part 0.957 97551 97505 match_part 0.987 92622 92545 match_part 0.985 92445 92380 match_part 0.911 92291 91777 match_120 match_part 1.000 97751 97705 match_part 0.979 97551 97505 match_part 0.974 92622 92545 match_part 1.000 92445 92380 match_part 0.922 92291 91792 match_121 match_part 1.000 92553 92545 match_part 1.000 92445 92380 match_part 0.930 92291 91792 match_122 match_part 0.951 97947 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.915 92291 91832 match_123 match_part 1.000 92548 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91839 match_124 match_part 1.000 97952 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.982 92291 91966 match_125 match_part 1.000 97913 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.938 92291 91972 match_126 match_part 1.000 92429 92380 match_part 0.940 92291 91974 match_127 match_part 1.000 92395 92380 match_part 0.933 92291 91994 match_128 match_part 1.000 92250 92003 match_129 match_part 1.000 97956 97907 match_part 0.953 97810 97705 match_part 0.957 97551 97505 match_part 0.974 92622 92545 match_part 0.985 92445 92380 match_part 0.937 92291 92021 match_130 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.970 92291 92021 match_131 match_part 1.000 97971 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92078 match_132 match_part 1.000 98397 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.946 92291 92088 match_133 match_part 1.000 99894 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92100 match_134 match_part 0.980 99933 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.964 92291 92153 match_135 match_part 1.000 99973 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 0.985 92445 92380 match_part 0.982 92291 92236 match_136 match_part 1.000 99965 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 0.985 92445 92380 match_part 1.000 92291 92254 match_137 match_part 1.000 99933 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.974 92291 92254 match_138 match_part 0.967 99960 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92282 match_139 match_part 1.000 98391 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.800 92291 92282 match_140 match_part 1.000 98460 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_141 match_part 1.000 99947 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92409 match_142 match_part 1.000 99936 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.991 97810 97705 match_part 1.000 97551 97505 match_part 0.974 92622 92545 match_part 1.000 92445 92409 match_143 match_part 0.956 99870 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.962 92622 92545 match_part 1.000 92445 92422 match_144 match_part 0.865 99965 99781 match_part 0.970 99685 99653 match_part 0.970 99551 99486 match_part 0.966 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.949 92622 92545 match_part 0.857 92445 92432 match_145 match_part 0.919 98449 98351 match_part 0.910 97984 97907 match_part 0.962 97810 97705 match_part 0.979 97551 97505 match_part 0.949 92622 92545 match_part 1.000 92445 92435 match_146 match_part 1.000 99881 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92438 match_147 match_part 0.876 99974 99781 match_part 0.939 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.962 92622 92545 match_part 1.000 92445 92439 match_148 match_part 1.000 99796 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.962 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_149 match_part 0.894 99912 99781 match_part 0.939 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.794 92622 92555 match_150 match_part 0.875 99972 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.936 97551 97505 match_part 0.985 92622 92557 match_151 match_part 0.867 99961 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.970 92622 92557 match_152 match_part 0.875 99972 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.962 97810 97705 match_part 0.979 97551 97505 match_part 0.964 92622 92568 match_153 match_part 1.000 99670 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92568 match_154 match_part 0.850 99960 99781 match_part 1.000 99685 99653 match_part 0.848 99551 99486 match_part 0.923 98467 98351 match_part 0.949 97984 97907 match_part 0.962 97810 97705 match_part 0.952 97551 97510 match_part 0.750 94980 94973 match_part 0.963 92622 92569 match_155 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.991 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92593 match_156 match_part 1.000 99670 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 0.538 97145 97120 match_157 match_part 0.876 99973 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_158 match_part 0.870 99972 99781 match_part 1.000 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_159 match_part 0.971 99814 99781 match_part 0.939 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.953 97810 97705 match_part 0.957 97551 97505 match_160 match_part 0.842 99926 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.962 97551 97526 match_161 match_part 1.000 99946 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97544 match_162 match_part 1.000 99858 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97723 match_163 match_part 1.000 99932 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.988 97810 97727 match_164 match_part 0.863 99962 99781 match_part 0.939 99685 99653 match_part 0.939 99551 99486 match_part 0.966 98467 98351 match_part 0.949 97984 97907 match_part 0.950 97810 97751 match_165 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97755 match_166 match_part 0.861 99960 99781 match_part 1.000 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.962 97984 97907 match_part 0.939 97810 97762 match_167 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97764 match_168 match_part 1.000 99943 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97764 match_169 match_part 1.000 99932 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 0.991 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97791 match_170 match_part 0.836 99926 99781 match_part 1.000 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.842 97810 97792 match_171 match_part 0.875 99972 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.882 97810 97794 match_172 match_part 0.865 99965 99781 match_part 1.000 99685 99653 match_part 0.970 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.857 97810 97797 match_173 match_part 0.870 99964 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.940 98467 98351 match_part 0.893 97984 97929 match_174 match_part 0.936 99920 99781 match_part 0.970 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98421 match_175 match_part 0.956 106847 106644 match_176 match_part 0.952 107644 107438 match_part 1.000 107343 107138 match_part 0.994 107044 106714 match_177 match_part 1.000 107642 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106729 match_178 match_part 0.909 107624 107438 match_part 0.961 107343 107138 match_part 0.938 107044 106754 match_179 match_part 1.000 107619 107438 match_part 1.000 107343 107138 match_part 0.984 107044 106799 match_180 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 0.992 107044 106799 match_181 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 0.981 107044 106834 match_182 match_part 1.000 107642 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106869 match_183 match_part 0.994 107618 107438 match_part 0.990 107343 107138 match_part 1.000 107044 106894 match_184 match_part 0.909 107624 107438 match_part 0.956 107343 107138 match_part 0.980 107044 106895 match_185 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106946 match_186 match_part 1.000 107319 107138 match_part 0.982 107044 106989 match_187 match_part 1.000 114573 114423 match_part 1.000 113757 113696 match_part 1.000 113407 113015 match_part 0.455 112878 112857 match_188 match_part 0.955 113589 113568 match_part 0.918 113407 113055 match_part 0.476 112878 112858 match_189 match_part 1.000 113733 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113007 match_190 match_part 1.000 113733 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113007 match_191 match_part 1.000 115079 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113042 match_192 match_part 0.905 113565 113048 match_193 match_part 0.944 114494 114423 match_part 1.000 113757 113696 match_part 0.899 113596 113071 match_194 match_part 1.000 113745 113696 match_part 1.000 113407 113076 match_195 match_part 0.984 114739 114423 match_part 1.000 113757 113696 match_part 0.994 113407 113093 match_196 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114423 match_part 0.968 113757 113696 match_part 0.907 113407 113354 match_197 match_part 1.000 117472 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 0.968 113757 113696 match_part 1.000 113407 113362 match_198 match_part 0.993 116500 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113568 match_part 1.000 113407 113394 match_199 match_part 0.984 120289 120228 match_part 0.985 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115534 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113576 match_200 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114423 match_part 1.000 113757 113731 match_201 match_part 0.942 117499 117431 match_part 0.959 116554 116362 match_part 0.871 115502 115472 match_part 0.966 115358 115300 match_part 0.973 115120 115047 match_part 0.962 114509 114430 match_202 match_part 1.000 120270 120228 match_part 1.000 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 0.986 115120 115047 match_part 1.000 114509 114454 match_203 match_part 0.983 114994 114472 match_204 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114494 match_205 match_part 1.000 115497 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114618 match_206 match_part 1.000 117495 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 0.986 115120 115047 match_part 1.000 114658 114626 match_207 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114782 match_208 match_part 1.000 120273 120228 match_part 1.000 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115092 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 2972 3045 exon 3612 3781 exon 3862 3979 exon 4160 4320 exon 4437 4770 exon 4858 4964 exon 5051 5231 exon 5345 5704 exon 5787 5867 exon 6063 6621 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 2972 3045 exon 3612 3781 exon 3862 3979 exon 4160 4320 exon 4437 4770 exon 4858 4966 exon 5051 5231 exon 5345 5704 exon 5787 5867 exon 6063 6621 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 5046 5231 exon 5345 5704 exon 5787 5867 exon 6063 6621 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 6610 6276 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 9851 9190 exon 8485 8179 exon 7470 7122 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 27414 27309 exon 26794 26672 exon 23416 22862 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 26800 26672 exon 23416 22862 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 22950 23419 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 32904 33689 exon 33915 34107 exon 34648 35756 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 37900 37876 exon 36885 36877 exon 35765 35278 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 41307 41600 exon 41676 41992 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 42046 42247 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 49838 49119 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 55204 54996 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 56097 55882 exon 55653 55258 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 63121 62593 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 79711 79883 exon 79956 80168 exon 81987 82128 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 81601 80865 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 86264 86929 exon 87662 87769 exon 88219 88284 exon 89436 89501 exon 90188 90265 exon 90364 90802 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 90809 90398 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99974 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 92622 92545 exon 92445 92380 exon 92291 91762 gene_22 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99972 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97510 exon 94980 94973 exon 92622 92545 exon 92445 92380 exon 92291 91762 gene_23 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99973 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 97145 97120 gene_24 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 98100 98098 exon 97810 97705 exon 97551 97505 exon 92622 92545 exon 92445 92380 exon 92291 91762 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 102923 103281 exon 105369 105507 exon 105600 105684 exon 105787 105893 exon 106266 106416 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 107644 107438 exon 107343 107138 exon 107044 106644 gene_27 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114856 114423 exon 113757 113696 exon 113407 113015 exon 112878 112857 gene_28 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114856 114423 exon 113757 113696 exon 113596 113048 gene_29 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_30 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113055 exon 112878 112858 gene_31 gene GT_PGL_21_AGS_5 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113407 113076 gene_32 gene GT_PGL_21_AGS_6 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 114994 114423 exon 113757 113696 exon 113407 113015 exon 112878 112857 gene_33 gene GT_PGL_21_AGS_7 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120289 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115534 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_34 gene GT_PGL_21_AGS_8 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114658 114626 RepeatMasker tomato repeats master SINE_SO 15 186 1 SINE_SO 15 186 1 nucleotide_motif 486 9939 10110 SONATA2 1 205 1 SONATA2 1 205 1 nucleotide_motif 537 13051 13241 Unknown00046 1865 2060 1 Unknown00046 1865 2060 1 nucleotide_motif 907 18103 18310 SONATA2 27 223 1 SONATA2 27 223 1 nucleotide_motif 454 21288 21473 Copia00110 13153 13295 1 Copia00110 13153 13295 1 nucleotide_motif 750 29427 29568 Copia00110 13309 13563 1 Copia00110 13309 13563 1 nucleotide_motif 795 29757 30003 Gypsy00043 1024 1318 1 Gypsy00043 1024 1318 1 nucleotide_motif 898 29842 30103 Copia00151 8261 8381 1 Copia00151 8261 8381 1 nucleotide_motif 296 32210 32317 SINE_SO 104 184 1 SINE_SO 104 184 1 nucleotide_motif 375 38469 38549 Copia00172 279 425 1 Copia00172 279 425 1 nucleotide_motif 678 39505 39650 Gypsy00073 9688 11846 1 Gypsy00073 9688 11846 1 nucleotide_motif 15643 40255 42390 TLP2 27 151 1 TLP2 27 151 1 nucleotide_motif 641 42808 42932 TLP2 8 112 1 TLP2 8 112 1 nucleotide_motif 508 43477 43577 Gypsy00120 9 315 1 Gypsy00120 9 315 1 nucleotide_motif 1565 56635 56925 Unknown00019 48 303 1 Unknown00019 48 303 1 nucleotide_motif 648 63242 63499 Copia00039 97 211 1 Copia00039 97 211 1 nucleotide_motif 527 72013 72139 Gypsy00202 7771 8013 1 Gypsy00202 7771 8013 1 nucleotide_motif 435 74903 75140 Unknown00043 5564 5734 1 Unknown00043 5564 5734 1 nucleotide_motif 226 81330 81500 Unknown00019 151 698 1 Unknown00019 151 698 1 nucleotide_motif 890 84971 85515 SOD_SINE 83 183 1 SOD_SINE 83 183 1 nucleotide_motif 270 87182 87283 Copia00172 1105 1488 1 Copia00172 1105 1488 1 nucleotide_motif 2012 93131 93484 SONATA1 1 89 1 SONATA1 1 89 1 nucleotide_motif 292 95336 95420 Gypsy00073 612 656 1 Gypsy00073 612 656 1 nucleotide_motif 293 100089 100133 Gypsy00043 1024 1313 1 Gypsy00043 1024 1313 1 nucleotide_motif 1166 100475 100751 Gypsy00202 7801 8015 1 Gypsy00202 7801 8015 1 nucleotide_motif 492 103449 103666 Gypsy00202 2257 2345 1 Gypsy00202 2257 2345 1 nucleotide_motif 303 103720 103806 SONATA2 1 246 1 SONATA2 1 246 1 nucleotide_motif 1110 120538 120781 Copia00110 11982 12859 1 Copia00110 11982 12859 1 nucleotide_motif 2515 121748 122622 RepeatMasker tomato repeats master Unknown00025 247 456 -1 Unknown00025 247 456 -1 nucleotide_motif 840 10704 10478 TLP1 578 644 -1 TLP1 578 644 -1 nucleotide_motif 236 14998 14932 SINE_SO 2 103 -1 SINE_SO 2 103 -1 nucleotide_motif 522 15301 15198 Unknown00046 261 500 -1 Unknown00046 261 500 -1 nucleotide_motif 904 18927 18692 Copia00039 97 228 -1 Copia00039 97 228 -1 nucleotide_motif 566 19087 18949 Unknown00046 222 269 -1 Unknown00046 222 269 -1 nucleotide_motif 230 19136 19088 Unknown00025 1016 1221 -1 Unknown00025 1016 1221 -1 nucleotide_motif 1031 24206 24001 TS2 1 364 -1 TS2 1 364 -1 nucleotide_motif 660 26245 25882 Copia00089 3881 4021 -1 Copia00089 3881 4021 -1 nucleotide_motif 311 38458 38325 SINE_SO 1 185 -1 SINE_SO 1 185 -1 nucleotide_motif 852 43273 43087 Copia00103 3727 5694 -1 Copia00103 3727 5694 -1 nucleotide_motif 12440 56895 54863 Gypsy00073 11900 11990 -1 Gypsy00073 11900 11990 -1 nucleotide_motif 299 57894 57809 Gypsy00073 1360 1393 -1 Gypsy00073 1360 1393 -1 nucleotide_motif 997 63241 63225 Gypsy00073 635 1359 -1 Gypsy00073 635 1359 -1 nucleotide_motif 997 63846 63500 Unknown00013 3193 3593 -1 Unknown00013 3193 3593 -1 nucleotide_motif 2202 67278 66870 Gypsy00163 7774 7937 -1 Gypsy00163 7774 7937 -1 nucleotide_motif 846 67841 67689 Copia00151 8220 8380 -1 Copia00151 8220 8380 -1 nucleotide_motif 598 68605 68444 ALIEN1_CA 3 188 -1 ALIEN1_CA 3 188 -1 nucleotide_motif 657 70281 70097 Copia00089 3991 4031 -1 Copia00089 3991 4031 -1 nucleotide_motif 230 72043 72002 Unknown00057 471 921 -1 Unknown00057 471 921 -1 nucleotide_motif 575 81451 81001 Gypsy00073 1230 1376 -1 Gypsy00073 1230 1376 -1 nucleotide_motif 645 84853 84706 Copia00110 13267 13623 -1 Copia00110 13267 13623 -1 nucleotide_motif 1323 85236 84805 Unknown00019 62 698 -1 Unknown00019 62 698 -1 nucleotide_motif 898 100474 100094 Unknown00019 36 61 -1 Unknown00019 36 61 -1 nucleotide_motif 898 100767 100752 Copia00151 8228 8381 -1 Copia00151 8228 8381 -1 nucleotide_motif 532 101522 101371 Copia00094 4467 4576 -1 Copia00094 4467 4576 -1 nucleotide_motif 475 110036 109927 Unknown00034 3702 4014 -1 Unknown00034 3702 4014 -1 nucleotide_motif 1113 110253 109940 Unknown00043 6990 7074 -1 Unknown00043 6990 7074 -1 nucleotide_motif 299 116007 115918 COP2_I_MT 5765 6237 -1 COP2_I_MT 5765 6237 -1 nucleotide_motif 813 121418 120971 Copia00112 8168 8883 -1 Copia00112 8168 8883 -1 nucleotide_motif 3146 122267 121524 META1_I 2528 2622 -1 META1_I 2528 2622 -1 nucleotide_motif 362 122863 122780 ATCOPIA29_I 425 806 -1 ATCOPIA29_I 425 806 -1 nucleotide_motif 568 123328 122958 Copia00013 174 757 -1 Copia00013 174 757 -1 nucleotide_motif 794 123606 123041 Copia00196 599 957 -1 Copia00196 599 957 -1 nucleotide_motif 424 124537 124186 Copia00112 5395 5624 -1 Copia00112 5395 5624 -1 nucleotide_motif 1006 125214 124982 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 585 52694 53065 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1283 41379 42390 match_2 match 1298 41379 42390 match_3 match 1312 41390 42390 match_4 match 1717 41103 42387 match_5 match 1415 41098 42247 match_6 match 961 54869 55886 match_7 match 1203 41379 42390 match_8 match 1235 41379 42390 match_9 match 1645 41100 42390 match_10 match 1661 41100 42390 match_11 match 1635 41100 42369 match_12 match 1120 54849 56014 match_13 match 950 54849 55871 match_14 match 1211 41379 42390 match_15 match 1622 55015 56308 match_16 match 1637 55015 56308 match_17 match 1251 41379 42390 match_18 match 1138 41385 42390 match_19 match 771 54859 55886 match_20 match 1043 54849 55871 match_21 match 1051 41097 42247 match_22 match 1098 41097 42247 match_23 match 1070 54849 55871 match_24 match 1110 54849 55871 match_25 match 1116 54849 55901 match_26 match 888 54849 55871 match_27 match 989 41097 42237 match_28 match 1068 55015 56034 match_29 match 1108 55015 56034 match_30 match 1513 41095 42239 match_31 match 1772 41123 42391 match_32 match 1283 41122 42147 match_33 match 1586 41122 42390 match_34 match 969 54868 55871 match_35 match 1386 41122 42235 match_36 match 967 54849 55948 match_37 match 1148 54849 55948 match_38 match 1473 55025 56283 match_39 match 1183 55015 56025 match_40 match 1413 41379 42390 match_41 match 1469 41379 42390 match_42 match 1511 41122 42390 match_43 match 1513 41103 42390 match_44 match 1560 41103 42390 match_45 match 1784 41107 42391 match_46 match 1063 41379 42390 match_47 match 1411 41094 42239 match_48 match 1126 41100 42235 match_49 match 1584 41122 42390 match_50 match 1612 41122 42390 match_51 match 1080 54858 55886 match_52 match 841 54849 55886 match_53 match 852 54849 55886 match_54 match 1063 41379 42390 match_55 match 1580 41094 42388 match_56 match 1584 41094 42390 match_57 match 841 54849 55886 match_58 match 852 54849 55886 match_59 match 1063 41379 42390 match_60 match 1063 41379 42390 match_61 match 890 54849 55948 match_62 match 900 54858 55948 match_63 match 1592 41106 42390 match_64 match 1608 41095 42390 match_65 match 1592 41106 42390 match_66 match 1287 41390 42390 match_67 match 1350 41379 42390 match_68 match 1746 41095 42390 match_69 match 1534 41122 42390 match_70 match 1566 41122 42390 match_71 match 1110 54849 55871 match_72 match 1261 41094 42247 match_73 match 1243 41379 42390 match_74 match 1251 41379 42390 match_75 match 1203 41379 42390 match_76 match 1580 41094 42390 match_77 match 1588 41106 42390 match_78 match 1746 41095 42390 match_79 match 1368 41390 42390 match_80 match 1308 41381 42390 match_81 match 1118 54849 55886 match_82 match 1580 41122 42390 match_83 match 1168 55015 56014 match_84 match 1191 55015 56014 match_85 match 1344 41379 42390 match_86 match 1352 41379 42390 match_87 match 924 54849 55897 match_88 match 1564 41122 42390 match_89 match 1580 41122 42390 match_90 match 654 121113 122149 match_91 match 848 41402 42390 match_92 match 1225 41379 42377 match_93 match 1461 41379 42390 match_94 match 1213 41105 42247 match_95 match 1189 54849 55871 match_96 match 1213 54849 55871 match_97 match 1237 41379 42390 match_98 match 1332 41379 42390 match_99 match 961 55023 56014 match_100 match 1195 41095 42239 match_101 match 1116 54849 55871 match_102 match 1287 41390 42388 match_103 match 1211 41379 42390 match_104 match 1132 55015 56014 match_105 match 1271 41390 42390 match_106 match 1501 41379 42388 match_107 match 1643 41122 42390 match_108 match 1667 41122 42390 match_109 match 1178 41379 42390 match_110 match 1185 41379 42390 match_111 match 1209 41379 42390 match_112 match 1227 41379 42391 match_113 match 961 55023 56014 match_114 match 1287 41390 42388 match_115 match 1665 41127 42390 match_116 match 1542 41095 42239 match_117 match 1114 41097 42239 match_118 match 1193 41097 42239 match_119 match 1130 54849 55871 match_120 match 1201 54849 55871 match_121 match 1564 41122 42390 match_122 match 1620 41122 42390 match_123 match 1257 41379 42390 match_124 match 1352 41379 42390 match_125 match 1255 41379 42391 match_126 match 1659 41094 42390 match_127 match 1661 41094 42391 match_128 match 876 54849 55849 match_129 match 253 10295 match_130 match 2020 17651 18669 match_131 match 2452 11933 13214 match_132 match 8475 13279 17616 match_133 match 1114 41370 42393 match_134 match 1104 54849 55948 match_135 match 1402 41379 42390 match_136 match 1088 41379 42390 match_137 match 1172 41325 42390 match_138 match 1128 41097 42237 match_139 match 1152 41097 42237 match_140 match 1275 54858 55871 match_141 match 1291 54858 55871 match_142 match 1869 41095 42391 match_143 match 1203 54849 55978 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1310 1080 1780 clone_start_2 clone_start 870 1935 2428 clone_1 clone 1332 3355 40522 clone_end_1 clone_end 1183 3355 3972 clone_start_3 clone_start 1239 16716 17368 clone_2 clone 1136 22303 123895 clone_end_2 clone_end 1211 22303 22913 clone_3 clone 1461 22348 114415 clone_start_4 clone_start 1530 22348 23127 clone_end_3 clone_end 1271 34616 35256 clone_end_4 clone_end 1261 34616 35259 clone_end_5 clone_end 1294 34621 35277 clone_start_5 clone_start 1239 34705 35341 clone_start_6 clone_start 1144 48402 48982 clone_end_6 clone_end 973 48409 48903 clone_start_7 clone_start 1108 48443 49013 clone_start_8 clone_start 1166 67329 67949 clone_start_9 clone_start 872 71538 71977 clone_start_10 clone_start 979 71986 72500 clone_start_11 clone_start 827 88974 89390 clone_start_12 clone_start 952 90287 90778 clone_4 clone 1211.5 90288 128799 clone_start_13 clone_start 1481 90288 91038 clone_start_14 clone_start 1310 90288 90956 clone_start_15 clone_start 894 102699 103149 clone_end_7 clone_end 1360 105334 106019 clone_start_16 clone_start 1283 106069 106719 clone_end_8 clone_end 973 113974 114483 clone_start_17 clone_start 1499 121696 122470 clone_end_9 clone_end 1096 124202 124783 clone_start_18 clone_start 1392 124268 124990 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_19 clone_start 1481 40522 39776 clone_start_20 clone_start 1061 123895 123290 clone_end_10 clone_end 1392 114415 113714 clone_end_11 clone_end 1356 48484 47785 clone_end_12 clone_end 454 55948 55708 clone_end_13 clone_end 1059 57071 56494 clone_end_14 clone_end 1041 80969 80441 clone_end_15 clone_end 854 83162 82720 clone_end_16 clone_end 942 128799 128317 clone_end_17 clone_end 1358 105008 104304 clone_start_21 clone_start 1189 105643 105016 clone_start_22 clone_start 1356 105836 105132 clone_start_23 clone_start 1114 113490 112929 clone_start_24 clone_start 1074 113813 113237 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.986 2972 3045 match_part 0.994 3612 3781 match_part 0.992 3862 3979 match_part 1.000 4160 4246 match_2 match_part 1.000 3891 3979 match_part 1.000 4160 4320 match_part 0.997 4437 4770 match_part 1.000 4858 4865 match_3 match_part 1.000 4746 4770 match_part 0.991 4858 4964 match_part 0.932 5051 5124 match_4 match_part 1.000 5046 5231 match_part 1.000 5345 5655 match_5 match_part 0.997 5355 5704 match_part 1.000 5787 5867 match_part 0.962 6063 6556 match_6 match_part 1.000 5355 5704 match_part 0.891 5787 5850 match_7 match_part 1.000 5592 5704 match_part 1.000 5787 5867 match_part 1.000 6063 6611 match_8 match_part 1.000 5664 5704 match_part 1.000 5787 5867 match_part 0.998 6063 6621 match_9 match_part 0.989 22950 23419 match_10 match_part 0.990 23017 23419 match_11 match_part 0.986 23069 23419 match_12 match_part 0.999 32904 33689 match_part 1.000 33915 33951 match_13 match_part 1.000 32967 33496 match_14 match_part 1.000 34930 35463 match_15 match_part 0.992 34951 35711 match_16 match_part 0.976 35204 35756 match_17 match_part 0.908 41307 41600 match_part 0.916 41676 41901 match_18 match_part 0.936 41757 41992 match_19 match_part 0.901 42046 42247 match_20 match_part 1.000 79711 79883 match_part 1.000 79956 80168 match_part 1.000 81987 82128 match_21 match_part 0.998 86264 86755 match_22 match_part 0.997 86271 86929 match_part 1.000 87662 87706 match_23 match_part 1.000 86271 86757 match_24 match_part 1.000 86889 86929 match_part 1.000 87662 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 0.995 90364 90738 match_25 match_part 0.991 87664 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90728 match_26 match_part 1.000 87751 87769 match_part 1.000 88219 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90729 match_27 match_part 1.000 88224 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90728 match_28 match_part 1.000 88231 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 1.000 90364 90729 match_29 match_part 1.000 88243 88284 match_part 1.000 89436 89501 match_part 1.000 90188 90265 match_part 0.973 90364 90802 match_30 match_part 0.998 90368 90784 match_31 match_part 1.000 90369 90792 match_32 match_part 0.997 102923 103281 match_part 1.000 105369 105507 match_part 1.000 105600 105684 match_part 1.000 105787 105893 match_part 0.980 106266 106416 match_33 match_part 1.000 103084 103281 match_part 1.000 105369 105507 match_part 1.000 105600 105684 match_part 1.000 105787 105855 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_34 match_part 0.943 6610 6276 match_35 match_part 1.000 9798 9190 match_part 1.000 8485 8179 match_part 1.000 7470 7122 match_36 match_part 0.987 8333 8179 match_part 1.000 7470 7129 match_37 match_part 1.000 8247 8179 match_part 0.991 7470 7132 match_38 match_part 0.997 7436 7132 match_39 match_part 0.982 8233 8179 match_part 0.997 7470 7137 match_40 match_part 0.976 8464 8179 match_part 0.881 7470 7152 match_41 match_part 0.993 8462 8179 match_part 0.865 7470 7152 match_42 match_part 1.000 8250 8179 match_part 0.878 7470 7159 match_43 match_part 1.000 9353 9190 match_part 1.000 8485 8179 match_part 0.992 7470 7350 match_44 match_part 1.000 9786 9190 match_part 1.000 8485 8179 match_part 0.989 7470 7379 match_45 match_part 0.998 9749 9190 match_part 0.997 8485 8200 match_46 match_part 1.000 9744 9190 match_part 0.993 8485 8214 match_47 match_part 0.984 9831 9190 match_part 0.979 8485 8298 match_48 match_part 0.997 9845 9190 match_part 0.975 8485 8325 match_49 match_part 1.000 9841 9190 match_part 0.994 8485 8330 match_50 match_part 1.000 9851 9190 match_part 0.986 8485 8346 match_51 match_part 0.979 9432 9190 match_part 1.000 8485 8424 match_52 match_part 0.998 9743 9190 match_part 1.000 8485 8453 match_53 match_part 0.992 9846 9190 match_54 match_part 0.998 9846 9212 match_55 match_part 1.000 9792 9321 match_56 match_part 1.000 23405 22862 match_57 match_part 0.994 23405 22870 match_58 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 0.978 23416 22879 match_59 match_part 1.000 26797 26672 match_part 0.992 23416 22885 match_60 match_part 1.000 26710 26672 match_part 0.981 23416 22886 match_61 match_part 1.000 27349 27309 match_part 1.000 26794 26672 match_part 0.987 23416 22889 match_62 match_part 0.991 27414 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22894 match_63 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22895 match_64 match_part 1.000 27343 27309 match_part 1.000 26794 26672 match_part 0.965 23416 22899 match_65 match_part 0.975 26792 26672 match_part 0.969 23416 22902 match_66 match_part 1.000 23384 22908 match_67 match_part 1.000 27332 27309 match_part 1.000 26794 26672 match_part 0.998 23416 22914 match_68 match_part 0.875 27380 27309 match_part 1.000 26794 26672 match_part 0.994 23416 22923 match_69 match_part 1.000 23364 22923 match_70 match_part 0.989 27398 27309 match_part 1.000 26794 26672 match_part 0.996 23416 22930 match_71 match_part 1.000 27365 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22930 match_72 match_part 1.000 27343 27309 match_part 1.000 26794 26672 match_part 0.996 23416 22930 match_73 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22930 match_74 match_part 1.000 27329 27309 match_part 1.000 26794 26672 match_part 0.998 23416 22930 match_75 match_part 0.988 27391 27309 match_part 1.000 26794 26672 match_part 0.994 23416 22938 match_76 match_part 1.000 27360 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22982 match_77 match_part 1.000 27385 27309 match_part 0.943 26794 26672 match_part 0.962 23416 23049 match_78 match_part 1.000 27341 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23056 match_79 match_part 1.000 26695 26672 match_part 0.997 23416 23056 match_80 match_part 0.984 26800 26672 match_part 0.997 23416 23064 match_81 match_part 0.980 27357 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23083 match_82 match_part 1.000 27332 27309 match_part 1.000 26794 26672 match_part 0.994 23416 23083 match_83 match_part 0.988 27393 27309 match_part 1.000 26794 26672 match_part 1.000 23416 23191 match_84 match_part 1.000 27364 27309 match_part 0.992 26794 26672 match_part 0.960 23416 23292 match_85 match_part 0.990 27408 27309 match_part 1.000 26794 26672 match_86 match_part 0.680 37900 37876 match_part 0.778 36885 36877 match_part 1.000 35765 35278 match_87 match_part 0.923 55204 54996 match_88 match_part 0.928 55493 55258 match_89 match_part 0.931 56097 55882 match_part 0.895 55653 55349 match_90 match_part 0.996 63121 62593 match_91 match_part 0.998 92193 91762 match_92 match_part 1.000 97728 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91772 match_93 match_part 1.000 92548 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91839 match_94 match_part 1.000 97952 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.982 92291 91966 match_95 match_part 1.000 92250 92003 match_96 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.970 92291 92021 match_97 match_part 1.000 97971 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92078 match_98 match_part 1.000 99894 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92100 match_99 match_part 0.980 99933 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.964 92291 92153 match_100 match_part 1.000 99973 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 0.985 92445 92380 match_part 0.982 92291 92236 match_101 match_part 1.000 99965 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 0.985 92445 92380 match_part 1.000 92291 92254 match_102 match_part 1.000 99933 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 0.974 92291 92254 match_103 match_part 0.967 99960 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 92282 match_104 match_part 1.000 98460 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_105 match_part 1.000 99947 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92409 match_106 match_part 1.000 99936 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.991 97810 97705 match_part 1.000 97551 97505 match_part 0.974 92622 92545 match_part 1.000 92445 92409 match_107 match_part 1.000 99881 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92438 match_108 match_part 1.000 99670 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92568 match_109 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.991 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92593 match_110 match_part 1.000 99670 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 0.538 97145 97120 match_111 match_part 1.000 99946 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97544 match_112 match_part 1.000 99858 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97723 match_113 match_part 1.000 99932 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 0.988 97810 97727 match_114 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97755 match_115 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97764 match_116 match_part 1.000 99943 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97764 match_117 match_part 1.000 99932 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 0.991 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97791 match_118 match_part 0.936 99920 99781 match_part 0.970 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98421 match_119 match_part 0.956 106847 106644 match_120 match_part 0.952 107644 107438 match_part 1.000 107343 107138 match_part 0.994 107044 106714 match_121 match_part 1.000 107642 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106729 match_122 match_part 1.000 107619 107438 match_part 1.000 107343 107138 match_part 0.984 107044 106799 match_123 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 0.992 107044 106799 match_124 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 0.981 107044 106834 match_125 match_part 1.000 107642 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106869 match_126 match_part 0.994 107618 107438 match_part 0.990 107343 107138 match_part 1.000 107044 106894 match_127 match_part 1.000 107618 107438 match_part 1.000 107343 107138 match_part 1.000 107044 106946 match_128 match_part 1.000 107319 107138 match_part 0.982 107044 106989 match_129 match_part 1.000 114573 114423 match_part 1.000 113757 113696 match_part 1.000 113407 113015 match_part 0.455 112878 112857 match_130 match_part 1.000 113733 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113007 match_131 match_part 1.000 113733 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113007 match_132 match_part 1.000 115079 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113042 match_133 match_part 1.000 113745 113696 match_part 1.000 113407 113076 match_134 match_part 0.984 114739 114423 match_part 1.000 113757 113696 match_part 0.994 113407 113093 match_135 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114423 match_part 0.968 113757 113696 match_part 0.907 113407 113354 match_136 match_part 1.000 117472 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 0.968 113757 113696 match_part 1.000 113407 113362 match_137 match_part 0.993 116500 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113568 match_part 1.000 113407 113394 match_138 match_part 0.984 120289 120228 match_part 0.985 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115534 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113576 match_139 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114423 match_part 1.000 113757 113731 match_140 match_part 1.000 120270 120228 match_part 1.000 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 0.986 115120 115047 match_part 1.000 114509 114454 match_141 match_part 0.983 114994 114472 match_142 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114494 match_143 match_part 1.000 115497 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114618 match_144 match_part 1.000 117495 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 0.986 115120 115047 match_part 1.000 114658 114626 match_145 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114782 match_146 match_part 1.000 120273 120228 match_part 1.000 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115092 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 5046 5231 exon 5345 5704 exon 5787 5867 exon 6063 6621 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 2972 3045 exon 3612 3781 exon 3862 3979 exon 4160 4320 exon 4437 4770 exon 4858 4964 exon 5051 5124 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 6610 6276 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 9851 9190 exon 8485 8179 exon 7470 7122 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 27414 27309 exon 26794 26672 exon 23416 22862 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 26800 26672 exon 23416 22862 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 22950 23419 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 32904 33689 exon 33915 33951 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 34930 35756 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 37900 37876 exon 36885 36877 exon 35765 35278 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 41307 41600 exon 41676 41992 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 42046 42247 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 55204 54996 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 56097 55882 exon 55653 55258 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 63121 62593 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 79711 79883 exon 79956 80168 exon 81987 82128 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 86264 86929 exon 87662 87769 exon 88219 88284 exon 89436 89501 exon 90188 90265 exon 90364 90802 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99973 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 92622 92545 exon 92445 92380 exon 92291 91762 gene_19 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99971 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 97145 97120 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 102923 103281 exon 105369 105507 exon 105600 105684 exon 105787 105893 exon 106266 106416 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 107644 107438 exon 107343 107138 exon 107044 106644 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114856 114423 exon 113757 113696 exon 113407 113015 exon 112878 112857 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114856 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_24 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_25 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 114994 114423 exon 113757 113696 exon 113407 113015 exon 112878 112857 gene_26 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113407 113076 gene_27 gene GT_PGL_19_AGS_6 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120289 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115534 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_28 gene GT_PGL_19_AGS_7 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114658 114626 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1131 7174 transcript_1 transcript 1131 7174 start_codon_1 start_codon 1131 1133 CDS_1 CDS 1131 1244 CDS_2 CDS 1390 1444 CDS_3 CDS 2957 3045 CDS_4 CDS 3612 3636 CDS_5 CDS 3743 3781 CDS_6 CDS 3862 3979 CDS_7 CDS 4160 4320 CDS_8 CDS 4437 4770 CDS_9 CDS 4858 4964 CDS_10 CDS 5051 5231 CDS_11 CDS 5345 5704 CDS_12 CDS 5787 5867 CDS_13 CDS 6063 6239 CDS_14 CDS 7156 7174 stop_codon_1 stop_codon 7172 7174 gene_2 gene 1 33297 35357 transcript_2 transcript 33297 35357 start_codon_2 start_codon 33297 33299 CDS_15 CDS 33297 33689 CDS_16 CDS 33915 34107 CDS_17 CDS 34648 35357 stop_codon_2 stop_codon 35355 35357 gene_3 gene 1 47723 48562 transcript_3 transcript 47723 48562 start_codon_3 start_codon 47723 47725 CDS_18 CDS 47723 48562 stop_codon_3 stop_codon 48560 48562 gene_4 gene 1 79392 82785 transcript_4 transcript 79392 82785 start_codon_4 start_codon 79392 79394 CDS_19 CDS 79392 79529 CDS_20 CDS 79626 79883 CDS_21 CDS 79956 80168 CDS_22 CDS 81987 82258 CDS_23 CDS 82653 82785 stop_codon_4 stop_codon 82783 82785 gene_5 gene 1 86573 90597 transcript_5 transcript 86573 90597 start_codon_5 start_codon 86573 86575 CDS_24 CDS 86573 86929 CDS_25 CDS 87662 87769 CDS_26 CDS 88219 88284 CDS_27 CDS 89436 89501 CDS_28 CDS 90188 90265 CDS_29 CDS 90364 90597 stop_codon_5 stop_codon 90595 90597 gene_6 gene 1 102899 106451 transcript_6 transcript 102899 106451 start_codon_6 start_codon 102899 102901 CDS_30 CDS 102899 103281 CDS_31 CDS 105369 105507 CDS_32 CDS 105600 105684 CDS_33 CDS 105787 105893 CDS_34 CDS 106266 106451 stop_codon_6 stop_codon 106449 106451 AUGUSTUS_tom_cdna de novo gene_7 gene 1 9746 7315 transcript_7 transcript 9746 7315 stop_codon_7 stop_codon 7317 7315 CDS_35 CDS 7470 7315 CDS_36 CDS 8485 8179 CDS_37 CDS 9746 9190 start_codon_7 start_codon 9746 9744 gene_8 gene 1 32985 23120 transcript_8 transcript 32985 23120 stop_codon_8 stop_codon 23122 23120 CDS_38 CDS 23416 23120 CDS_39 CDS 26794 26672 CDS_40 CDS 27323 27309 CDS_41 CDS 32985 32935 start_codon_8 start_codon 32985 32983 gene_9 gene 1 50464 49063 transcript_9 transcript 50464 49063 stop_codon_9 stop_codon 49065 49063 CDS_42 CDS 49845 49063 CDS_43 CDS 50464 49919 start_codon_9 start_codon 50464 50462 gene_10 gene 1 62807 61653 transcript_10 transcript 62807 61653 stop_codon_10 stop_codon 61655 61653 CDS_44 CDS 62459 61653 CDS_45 CDS 62807 62547 start_codon_10 start_codon 62807 62805 gene_11 gene 1 101976 92181 transcript_11 transcript 101976 92181 stop_codon_11 stop_codon 92183 92181 CDS_46 CDS 92291 92181 CDS_47 CDS 92445 92380 CDS_48 CDS 92622 92545 CDS_49 CDS 97551 97505 CDS_50 CDS 97810 97705 CDS_51 CDS 97984 97907 CDS_52 CDS 98467 98351 CDS_53 CDS 99551 99486 CDS_54 CDS 99685 99653 CDS_55 CDS 99978 99781 CDS_56 CDS 101976 101974 start_codon_11 start_codon 101976 101974 gene_12 gene 1 107616 106872 transcript_12 transcript 107616 106872 stop_codon_12 stop_codon 106874 106872 CDS_57 CDS 107044 106872 CDS_58 CDS 107343 107138 CDS_59 CDS 107616 107438 start_codon_12 start_codon 107616 107614 gene_13 gene 3 120282 113315 transcript_13 transcript 120282 113315 stop_codon_13 stop_codon 113317 113315 CDS_60 CDS 113407 113315 CDS_61 CDS 113596 113568 CDS_62 CDS 113757 113696 CDS_63 CDS 114509 114423 CDS_64 CDS 115120 115047 CDS_65 CDS 115358 115300 CDS_66 CDS 115502 115472 CDS_67 CDS 116554 116362 CDS_68 CDS 117508 117431 CDS_69 CDS 119436 119393 CDS_70 CDS 119745 119612 CDS_71 CDS 120282 120228 start_codon_13 start_codon 120282 120280 transcript_14 transcript 114439 113315 stop_codon_14 stop_codon 113317 113315 CDS_72 CDS 113407 113315 CDS_73 CDS 113596 113568 CDS_74 CDS 113757 113696 CDS_75 CDS 114439 114423 start_codon_14 start_codon 114439 114437 transcript_15 transcript 120282 114823 stop_codon_15 stop_codon 114825 114823 CDS_76 CDS 114856 114823 CDS_77 CDS 115120 115047 CDS_78 CDS 115358 115300 CDS_79 CDS 115502 115472 CDS_80 CDS 116554 116362 CDS_81 CDS 117508 117431 CDS_82 CDS 119436 119393 CDS_83 CDS 119745 119612 CDS_84 CDS 120282 120228 start_codon_15 start_codon 120282 120280 AUGUSTUS_ab_initio de novo gene_1 gene 1 1201 5244 transcript_1 transcript 1201 5244 start_codon_1 start_codon 1201 1203 CDS_1 CDS 1201 1244 CDS_2 CDS 4160 4320 CDS_3 CDS 4437 4674 CDS_4 CDS 4858 4964 CDS_5 CDS 5051 5244 stop_codon_1 stop_codon 5242 5244 gene_2 gene 1 33297 35357 transcript_2 transcript 33297 35357 start_codon_2 start_codon 33297 33299 CDS_6 CDS 33297 33689 CDS_7 CDS 33915 34107 CDS_8 CDS 34648 35357 stop_codon_2 stop_codon 35355 35357 gene_3 gene 1 47723 48562 transcript_3 transcript 47723 48562 start_codon_3 start_codon 47723 47725 CDS_9 CDS 47723 48562 stop_codon_3 stop_codon 48560 48562 gene_4 gene 1 79392 79919 transcript_4 transcript 79392 79919 start_codon_4 start_codon 79392 79394 CDS_10 CDS 79392 79529 CDS_11 CDS 79626 79919 stop_codon_4 stop_codon 79917 79919 gene_5 gene 1 102899 106451 transcript_5 transcript 102899 106451 start_codon_5 start_codon 102899 102901 CDS_12 CDS 102899 103281 CDS_13 CDS 105369 105507 CDS_14 CDS 105600 105684 CDS_15 CDS 105787 105893 CDS_16 CDS 106266 106451 stop_codon_5 stop_codon 106449 106451 AUGUSTUS_ab_initio de novo gene_6 gene 1 8352 6104 transcript_6 transcript 8352 6104 stop_codon_6 stop_codon 6106 6104 CDS_17 CDS 6151 6104 CDS_18 CDS 8352 8179 start_codon_6 start_codon 8352 8350 gene_7 gene 1 26794 23120 transcript_7 transcript 26794 23120 stop_codon_7 stop_codon 23122 23120 CDS_19 CDS 23416 23120 CDS_20 CDS 26794 26672 start_codon_7 start_codon 26794 26792 gene_8 gene 1 50464 49063 transcript_8 transcript 50464 49063 stop_codon_8 stop_codon 49065 49063 CDS_21 CDS 49845 49063 CDS_22 CDS 50464 49919 start_codon_8 start_codon 50464 50462 gene_9 gene 1 62807 61653 transcript_9 transcript 62807 61653 stop_codon_9 stop_codon 61655 61653 CDS_23 CDS 62459 61653 CDS_24 CDS 62807 62547 start_codon_9 start_codon 62807 62805 gene_10 gene 1 97993 92181 transcript_10 transcript 97993 92181 stop_codon_10 stop_codon 92183 92181 CDS_25 CDS 92291 92181 CDS_26 CDS 92445 92380 CDS_27 CDS 92622 92545 CDS_28 CDS 97551 97505 CDS_29 CDS 97810 97705 CDS_30 CDS 97993 97907 start_codon_10 start_codon 97993 97991 gene_11 gene 1 120282 107923 transcript_11 transcript 120282 107923 stop_codon_11 stop_codon 107925 107923 CDS_31 CDS 107941 107923 CDS_32 CDS 113407 113319 CDS_33 CDS 113757 113637 CDS_34 CDS 115157 115047 CDS_35 CDS 117508 117431 CDS_36 CDS 117729 117600 CDS_37 CDS 120282 120228 start_codon_11 start_codon 120282 120280 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1131 6417 transcript_1 transcript 1131 6417 start_codon_1 start_codon 1131 1133 CDS_1 CDS 1131 1244 CDS_2 CDS 1390 1444 CDS_3 CDS 2957 3045 CDS_4 CDS 3612 3636 CDS_5 CDS 3743 3781 CDS_6 CDS 3862 3979 CDS_7 CDS 4160 4320 CDS_8 CDS 4437 4770 CDS_9 CDS 4858 4964 CDS_10 CDS 5051 5231 CDS_11 CDS 5345 5704 CDS_12 CDS 5787 5867 CDS_13 CDS 6063 6417 stop_codon_1 stop_codon 6415 6417 gene_2 gene 1 33297 35357 transcript_2 transcript 33297 35357 start_codon_2 start_codon 33297 33299 CDS_14 CDS 33297 33689 CDS_15 CDS 33915 34107 CDS_16 CDS 34648 35357 stop_codon_2 stop_codon 35355 35357 gene_3 gene 1 47723 48562 transcript_3 transcript 47723 48562 start_codon_3 start_codon 47723 47725 CDS_17 CDS 47723 48562 stop_codon_3 stop_codon 48560 48562 gene_4 gene 1 79392 82785 transcript_4 transcript 79392 82785 start_codon_4 start_codon 79392 79394 CDS_18 CDS 79392 79529 CDS_19 CDS 79626 79883 CDS_20 CDS 79956 80168 CDS_21 CDS 81987 82258 CDS_22 CDS 82653 82785 stop_codon_4 stop_codon 82783 82785 gene_5 gene 1 86573 90597 transcript_5 transcript 86573 90597 start_codon_5 start_codon 86573 86575 CDS_23 CDS 86573 86929 CDS_24 CDS 87662 87769 CDS_25 CDS 88219 88284 CDS_26 CDS 89436 89501 CDS_27 CDS 90188 90265 CDS_28 CDS 90364 90597 stop_codon_5 stop_codon 90595 90597 gene_6 gene 1 102899 106451 transcript_6 transcript 102899 106451 start_codon_6 start_codon 102899 102901 CDS_29 CDS 102899 103281 CDS_30 CDS 105369 105507 CDS_31 CDS 105600 105684 CDS_32 CDS 105787 105893 CDS_33 CDS 106266 106451 stop_codon_6 stop_codon 106449 106451 AUGUSTUS_tom_ugs de novo gene_7 gene 1 9452 7315 transcript_7 transcript 9452 7315 stop_codon_7 stop_codon 7317 7315 CDS_34 CDS 7470 7315 CDS_35 CDS 8485 8179 CDS_36 CDS 9452 9190 start_codon_7 start_codon 9452 9450 gene_8 gene 1 32985 23120 transcript_8 transcript 32985 23120 stop_codon_8 stop_codon 23122 23120 CDS_37 CDS 23416 23120 CDS_38 CDS 26794 26672 CDS_39 CDS 27323 27309 CDS_40 CDS 32985 32935 start_codon_8 start_codon 32985 32983 gene_9 gene 1 50464 49063 transcript_9 transcript 50464 49063 stop_codon_9 stop_codon 49065 49063 CDS_41 CDS 49845 49063 CDS_42 CDS 50464 49919 start_codon_9 start_codon 50464 50462 gene_10 gene 1 62807 61653 transcript_10 transcript 62807 61653 stop_codon_10 stop_codon 61655 61653 CDS_43 CDS 62459 61653 CDS_44 CDS 62807 62547 start_codon_10 start_codon 62807 62805 gene_11 gene 1 99846 92181 transcript_11 transcript 99846 92181 stop_codon_11 stop_codon 92183 92181 CDS_45 CDS 92291 92181 CDS_46 CDS 92445 92380 CDS_47 CDS 92622 92545 CDS_48 CDS 97551 97505 CDS_49 CDS 97810 97705 CDS_50 CDS 97984 97907 CDS_51 CDS 98467 98351 CDS_52 CDS 99551 99486 CDS_53 CDS 99685 99653 CDS_54 CDS 99846 99781 start_codon_11 start_codon 99846 99844 gene_12 gene 3 120282 106872 transcript_12 transcript 120282 106872 stop_codon_12 stop_codon 106874 106872 CDS_55 CDS 107044 106872 CDS_56 CDS 107343 107138 CDS_57 CDS 107518 107438 CDS_58 CDS 113407 113319 CDS_59 CDS 113596 113568 CDS_60 CDS 113757 113696 CDS_61 CDS 114509 114423 CDS_62 CDS 115120 115047 CDS_63 CDS 115358 115300 CDS_64 CDS 115502 115472 CDS_65 CDS 116554 116362 CDS_66 CDS 117508 117431 CDS_67 CDS 119436 119393 CDS_68 CDS 119745 119612 CDS_69 CDS 120282 120228 start_codon_12 start_codon 120282 120280 transcript_13 transcript 120282 106872 stop_codon_13 stop_codon 106874 106872 CDS_70 CDS 107044 106872 CDS_71 CDS 107343 107138 CDS_72 CDS 107518 107438 CDS_73 CDS 113407 113319 CDS_74 CDS 113757 113637 CDS_75 CDS 114509 114423 CDS_76 CDS 115120 115047 CDS_77 CDS 115358 115300 CDS_78 CDS 115502 115472 CDS_79 CDS 116554 116362 CDS_80 CDS 117508 117431 CDS_81 CDS 119436 119393 CDS_82 CDS 119745 119612 CDS_83 CDS 120282 120228 start_codon_13 start_codon 120282 120280 transcript_14 transcript 120282 114823 stop_codon_14 stop_codon 114825 114823 CDS_84 CDS 114856 114823 CDS_85 CDS 115120 115047 CDS_86 CDS 115358 115300 CDS_87 CDS 115502 115472 CDS_88 CDS 116554 116362 CDS_89 CDS 117508 117431 CDS_90 CDS 117729 117600 CDS_91 CDS 120282 120228 start_codon_14 start_codon 120282 120280 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1143 1244 match_part 1.000 1390 1444 match_part 1.000 2957 3045 match_part 1.000 3612 3781 match_part 1.000 3862 3979 match_part 1.000 4160 4320 match_part 0.997 4437 4770 match_part 1.000 4858 4865 match_2 match_part 1.000 4746 4770 match_part 0.991 4858 4964 match_part 0.932 5051 5124 match_3 match_part 1.000 5046 5231 match_part 1.000 5345 5704 match_part 1.000 5787 5867 match_part 0.998 6063 6621 match_4 match_part 0.999 32904 33689 match_part 1.000 33915 33951 match_5 match_part 0.908 41307 41600 match_part 0.916 41676 41901 match_6 match_part 1.000 79711 79883 match_part 1.000 79956 80168 match_part 1.000 81987 82128 match_7 match_part 1.000 102927 103281 match_part 1.000 105369 105507 match_part 1.000 105600 105684 match_part 1.000 105787 105893 match_part 0.980 106266 106416 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 0.943 6610 6276 match_9 match_part 1.000 9851 9190 match_part 1.000 8485 8179 match_part 0.956 7470 7061 match_10 match_part 0.990 27408 27309 match_part 1.000 26794 26672 match_part 1.000 23416 22908 match_11 match_part 0.680 37900 37876 match_part 0.778 36885 36877 match_part 1.000 35765 34930 match_12 match_part 0.931 56097 55882 match_part 0.895 55653 55349 match_13 match_part 0.996 63121 62593 match_14 match_part 1.000 99973 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91762 match_15 match_part 0.956 107643 107438 match_part 1.000 107343 107138 match_part 0.980 107044 106644 match_16 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114856 114423 match_part 1.000 113757 113696 match_part 1.000 113407 113015 match_part 0.455 112878 112857 match_17 match_part 0.984 120289 120228 match_part 0.985 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115534 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 1.000 113596 113568 match_part 0.995 113407 113007 match_18 match_part 1.000 120273 120228 match_part 1.000 119745 119612 match_part 1.000 119436 119393 match_part 1.000 117508 117431 match_part 1.000 116554 116362 match_part 1.000 115502 115472 match_part 1.000 115358 115300 match_part 1.000 115120 115047 match_part 1.000 114509 114423 match_part 1.000 113757 113696 match_part 0.828 113596 113568 match_part 1.000 113407 113362 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 1143 1244 exon 1390 1444 exon 2957 3045 exon 3612 3781 exon 3862 3979 exon 4160 4320 exon 4437 4770 exon 4858 4964 exon 5051 5124 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 5046 5231 exon 5345 5704 exon 5787 5867 exon 6063 6621 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 6610 6276 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 9851 9190 exon 8485 8179 exon 7470 7061 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 27408 27309 exon 26794 26672 exon 23416 22908 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 32904 33689 exon 33915 33951 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 37900 37876 exon 36885 36877 exon 35765 34930 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 41307 41600 exon 41676 41901 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 56097 55882 exon 55653 55349 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 63121 62593 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 79711 79883 exon 79956 80168 exon 81987 82128 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99973 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 92622 92545 exon 92445 92380 exon 92291 91762 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 102927 103281 exon 105369 105507 exon 105600 105684 exon 105787 105893 exon 106266 106416 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 107643 107438 exon 107343 107138 exon 107044 106644 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120289 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115534 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113007 gene_16 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114856 114423 exon 113757 113696 exon 113407 113015 exon 112878 112857 gene_17 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 120273 120228 exon 119745 119612 exon 119436 119393 exon 117508 117431 exon 116554 116362 exon 115502 115472 exon 115358 115300 exon 115120 115047 exon 114509 114423 exon 113757 113696 exon 113596 113568 exon 113407 113362 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97705 match_part 1.000 97551 97505 match_part 1.000 92622 92545 match_part 1.000 92445 92380 match_part 1.000 92291 91762 match_2 match_part 0.876 99973 99781 match_part 1.000 99685 99653 match_part 0.985 99551 99486 match_part 0.974 98467 98351 match_part 0.949 97984 97907 match_part 0.972 97810 97705 match_part 0.979 97551 97505 match_part 0.987 92622 92545 match_part 1.000 92445 92380 match_part 0.926 92291 91792 match_3 match_part 1.000 99971 99781 match_part 1.000 99685 99653 match_part 1.000 99551 99486 match_part 1.000 98467 98351 match_part 1.000 97984 97907 match_part 1.000 97810 97755 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0135N15.1 type gene exon 99973 99781 exon 99685 99653 exon 99551 99486 exon 98467 98351 exon 97984 97907 exon 97810 97705 exon 97551 97505 exon 92622 92545 exon 92445 92380 exon 92291 91762 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1131 7206 transcript_1 transcript 1131 7206 start_codon_1 start_codon 1131 1133 CDS_1 CDS 1131 1244 CDS_2 CDS 1390 1444 CDS_3 CDS 2957 3045 CDS_4 CDS 3612 3636 CDS_5 CDS 3743 3781 CDS_6 CDS 3862 3979 CDS_7 CDS 4160 4320 CDS_8 CDS 4437 4770 CDS_9 CDS 4858 4964 CDS_10 CDS 5051 5231 CDS_11 CDS 5345 5704 CDS_12 CDS 5787 5867 CDS_13 CDS 6063 6318 CDS_14 CDS 7156 7206 stop_codon_1 stop_codon 7204 7206 gene_2 gene 1 33297 35357 transcript_2 transcript 33297 35357 start_codon_2 start_codon 33297 33299 CDS_15 CDS 33297 33689 CDS_16 CDS 33915 34107 CDS_17 CDS 34648 35357 stop_codon_2 stop_codon 35355 35357 gene_3 gene 1 47723 48562 transcript_3 transcript 47723 48562 start_codon_3 start_codon 47723 47725 CDS_18 CDS 47723 48562 stop_codon_3 stop_codon 48560 48562 gene_4 gene 1 79392 86334 transcript_4 transcript 79392 86334 start_codon_4 start_codon 79392 79394 CDS_19 CDS 79392 79529 CDS_20 CDS 79626 79883 CDS_21 CDS 79956 80168 CDS_22 CDS 81987 82258 CDS_23 CDS 86328 86334 stop_codon_4 stop_codon 86332 86334 gene_5 gene 1 86573 90597 transcript_5 transcript 86573 90597 start_codon_5 start_codon 86573 86575 CDS_24 CDS 86573 86929 CDS_25 CDS 87662 87769 CDS_26 CDS 88219 88284 CDS_27 CDS 89436 89501 CDS_28 CDS 90188 90265 CDS_29 CDS 90364 90597 stop_codon_5 stop_codon 90595 90597 gene_6 gene 1 102899 106451 transcript_6 transcript 102899 106451 start_codon_6 start_codon 102899 102901 CDS_30 CDS 102899 103281 CDS_31 CDS 105369 105507 CDS_32 CDS 105600 105684 CDS_33 CDS 105787 105893 CDS_34 CDS 106266 106451 stop_codon_6 stop_codon 106449 106451 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 9746 7315 transcript_7 transcript 9746 7315 stop_codon_7 stop_codon 7317 7315 CDS_35 CDS 7470 7315 CDS_36 CDS 8485 8179 CDS_37 CDS 9746 9190 start_codon_7 start_codon 9746 9744 gene_8 gene 1 32985 23120 transcript_8 transcript 32985 23120 stop_codon_8 stop_codon 23122 23120 CDS_38 CDS 23416 23120 CDS_39 CDS 26794 26672 CDS_40 CDS 27323 27309 CDS_41 CDS 32985 32935 start_codon_8 start_codon 32985 32983 gene_9 gene 1 50464 49063 transcript_9 transcript 50464 49063 stop_codon_9 stop_codon 49065 49063 CDS_42 CDS 49845 49063 CDS_43 CDS 50464 49919 start_codon_9 start_codon 50464 50462 gene_10 gene 1 62807 61653 transcript_10 transcript 62807 61653 stop_codon_10 stop_codon 61655 61653 CDS_44 CDS 62459 61653 CDS_45 CDS 62807 62547 start_codon_10 start_codon 62807 62805 gene_11 gene 1 101976 92181 transcript_11 transcript 101976 92181 stop_codon_11 stop_codon 92183 92181 CDS_46 CDS 92291 92181 CDS_47 CDS 92445 92380 CDS_48 CDS 92622 92545 CDS_49 CDS 97551 97505 CDS_50 CDS 97810 97705 CDS_51 CDS 97984 97907 CDS_52 CDS 98467 98351 CDS_53 CDS 99551 99486 CDS_54 CDS 99685 99653 CDS_55 CDS 99978 99781 CDS_56 CDS 101976 101974 start_codon_11 start_codon 101976 101974 gene_12 gene 1 107616 106872 transcript_12 transcript 107616 106872 stop_codon_12 stop_codon 106874 106872 CDS_57 CDS 107044 106872 CDS_58 CDS 107343 107138 CDS_59 CDS 107616 107438 start_codon_12 start_codon 107616 107614 gene_13 gene 3 120282 113315 transcript_13 transcript 120282 113315 stop_codon_13 stop_codon 113317 113315 CDS_60 CDS 113407 113315 CDS_61 CDS 113596 113568 CDS_62 CDS 113757 113696 CDS_63 CDS 114509 114423 CDS_64 CDS 115120 115047 CDS_65 CDS 115358 115300 CDS_66 CDS 115502 115472 CDS_67 CDS 116554 116362 CDS_68 CDS 117508 117431 CDS_69 CDS 119436 119393 CDS_70 CDS 119745 119612 CDS_71 CDS 120282 120228 start_codon_13 start_codon 120282 120280 transcript_14 transcript 114439 113315 stop_codon_14 stop_codon 113317 113315 CDS_72 CDS 113407 113315 CDS_73 CDS 113596 113568 CDS_74 CDS 113757 113696 CDS_75 CDS 114439 114423 start_codon_14 start_codon 114439 114437 transcript_15 transcript 120282 114823 stop_codon_15 stop_codon 114825 114823 CDS_76 CDS 114856 114823 CDS_77 CDS 115120 115047 CDS_78 CDS 115358 115300 CDS_79 CDS 115502 115472 CDS_80 CDS 116554 116362 CDS_81 CDS 117508 117431 CDS_82 CDS 119436 119393 CDS_83 CDS 119745 119612 CDS_84 CDS 120282 120228 start_codon_15 start_codon 120282 120280 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 47.4 90170 90259 match_2 match 121 90370 90591 match_3 match 171 15310 15825 match_4 match 192 13487 13975 match_5 match 147 14381 14668 match_6 match 171 15310 15825 match_7 match 147 14381 14668 match_8 match 112 13718 13975 match_9 match 141 34644 35057 match_10 match 141 34644 35057 match_11 match 224 47570 48511 match_12 match 117 73313 73867 match_13 match 168 81861 82325 match_14 match 301 79332 80171 match_15 match 147 34638 35072 match_16 match 147 34638 35072 match_17 match 113 34614 34925 match_18 match 48.9 90170 90259 match_19 match 137 90364 90591 match_20 match 48.9 90170 90259 match_21 match 137 90364 90591 match_22 match 140 34644 34961 match_23 match 176 47564 48535 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_24 match 133 50398 49919 match_25 match 389 63050 61692 match_26 match 265 49836 49108 match_27 match 115 116556 116362 match_28 match 139 50398 49916 match_29 match 400 63062 61704 match_30 match 265 49836 49108 match_31 match 187 107345 106878 match_32 match 147 107345 106881 match_33 match 87.8 50395 49919 match_34 match 244 63050 61707 match_35 match 183 49842 49117 match_36 match 106 23416 23141 match_37 match 132 50398 49916 match_38 match 384 63074 61695 match_39 match 259 49842 49105 match_40 match 124 50398 49916 match_41 match 380 63122 61680 match_42 match 258 49842 49099 match_43 match 106 23416 23129 match_44 match 179 23416 23123 match_45 match 111 107399 106887 match_46 match 105 23416 23141 match_47 match 127 50398 49916 match_48 match 390 63077 61680 match_49 match 261 49842 49099 match_50 match 228 63077 62136 match_51 match 127 50398 49916 match_52 match 110 49842 49522 match_53 match 115 50374 49916 match_54 match 310 63047 61704 match_55 match 229 49842 49114 match_56 match 126 50398 49916 match_57 match 370 63077 61698 match_58 match 264 49842 49108 match_59 match 135 50398 49916 match_60 match 376 63062 61698 match_61 match 254 49842 49108 match_62 match 138 107345 106881 match_63 match 139 107345 106860 match_64 match 138 107345 106881 match_65 match 123 50398 49919 match_66 match 352 63143 61698 match_67 match 232 49836 49114 match_68 match 135 50398 49913 match_69 match 400 63074 61680 match_70 match 274 49836 49090 match_71 match 86.7 50371 49919 match_72 match 251 63071 61707 match_73 match 184 49836 49117 match_74 match 182 23416 23123 match_75 match 182 23416 23123 match_76 match 182 23416 23123 match_77 match 130 50398 49919 match_78 match 376 63134 61695 match_79 match 253 49836 49105 match_80 match 152 107345 106881 match_81 match 117 50398 49877 match_82 match 359 63134 61695 match_83 match 254 49836 49105 match_84 match 161 107345 106884 match_85 match 150 107345 106881 match_86 match 116 107345 106944 match_87 match 294 63107 61728 match_88 match 131 50374 49925 match_89 match 175 49842 49141 match_90 match 186 23416 23123 match_91 match 180 9686 9192 match_92 match 206 8487 8176 match_93 match 139 23434 23153 match_94 match 145 107345 106881 match_95 match 164 107345 106893 match_96 match 105 23416 23135 match_97 match 143 107345 106881 match_98 match 112 50398 49916 match_99 match 352 63014 61698 match_100 match 270 49842 49093 match_101 match 132 50380 49916 match_102 match 379 63134 61698 match_103 match 259 49842 49108 match_104 match 115 50374 49916 match_105 match 358 63071 61683 match_106 match 262 49842 49108 match_107 match 91.3 50398 49919 match_108 match 240 63095 61707 match_109 match 175 49839 49075 match_110 match 184 107345 106878 match_111 match 142 50398 49916 match_112 match 397 63014 61677 match_113 match 260 49836 49099 match_114 match 105 50395 49919 match_115 match 331 63074 61698 match_116 match 231 49842 49102 match_117 match 105 23416 23135 match_118 match 147 52974 52693