C02HBa0155C04.3 TAGGCTTAAGAGGGTTTTTCCATGTGAGCCTTAGTGACATTGGTCATGACAACATAATTA ATACTAAATAGGAGGATTTCCAAAAGAAAAAATTAAGTTGGAAAAATGCTTTTGAAATTT CTTAAGGAGAAAGCACACAAGTGAGTTATAAAATCGACCATTATCTCAGAACTGTTATAC ATACCCTCTATGAGAATTTTAACAAGATATCTATAAATGCTCCAAACTCAAGGTTAAAGG GTATAACAGTTTGTATGAGATTACCCTTTAAACTTTAAAGTCATTTGTAGAGCCTACTTC TTTGAGATATATATATTATAAGATATGACAAGGTGGACATACAGCTAGCAAGAAAATTCC GTTAGATATTCCTACATGCAATATTATATCGCTTCATTCTTCCATCACAAATGACATGTT TATTTAATTAATAAAATAATAAACTAAATATGCACAGATAACTAACTGGCTTTAAAGCAA TCAAAAGCTAAGGGCAATGTGGGTATTTTGATAAGCTAATAGGTGACTTCAGAACTACTC CCTCTGTCCCAAAGTACTTGTCAAGTATCGTTTTCTAGAGTGACTAATCTTCGGAGCTAA ATTGAATTAGATTAATTTAATATTTTAAGAGTAAAACTTATCGATTCATAAACTATATGA AAAGTACTATAAGTTGCATTTTTTCTAATATCAATACGGTGGAAAATACATCTTAGAATG TTGGATAAGGTTTATGAAGTTTGACCCTCGAAAAAGGAAATGTGACAAGATCCGGACGGA GGGAGTTGTTGGAAGTATTGCTAATGACCAAAAAGAAGTTCCTGTCAGCCACATTGAATT AAAGGGATGATCAGTATTGAAGGTGGAACAGAGGTGGTCTGCCTTACAAATCGACTCAAC TTTCTCTAATGATCATCATTATGAAGAATGATATCAATCAATCAATACAATTGACTATGC CTTAGTAACAAATTAGTTGCACCTCCTCTAAATATCTTCCCGCTATATGAAGACGCACTT CATGGCTGTGAATGAAAAGTGGAGGTGAGGGAGAGAAAGTACGCCCTGTACCCTCTCACT AGAGCATATGCAGAAACAGCATATAGAAGTACGGTAGCAGACAGTTCGTATATCTCATTA ACTAAGTAATCACTGAAGGACTAAATAAAACCTCAACAGTTACCTCATCATCCCGCTCAA GTGAACCACGAGCCTGCACGCAGATAAAGTCTTCCTTTAGTACATTTTTAATGATTATAC ACTTAATGACCATGTGCTTAAAAAATTGATATGTGAAGATTAAAGATGAAGTTGAACAAA AAAAGGTTCAAAACAAGAAAAACCAGGAAAGGAAAAAAAAAAAGCAAAATCAAGCATCCA TTGTTTTGGCACTTTAAGATATAACTTGTATTGAATTGCTTGCAGACAATCTACAGAGTG CTCCATAGTTTAGGCTACTTGAGATAAGGTTTCTTTAAACTTAAAATGAAAGTCATTTAA TAAGGAAGATCACTAAATACCAACATTCCTAATTATGACAGAATTAGGAAGATGCTATTA ACAGAATAAAATTCATTCTAGCTCTCACTGGTTTCTGTCTTAACCTACTACATCTAGGCT GTTATACCATGACCATATAACAGTTACAAGAGGCTGGCACAGATTCCCGGACCCTCTGTC TAACCCTGCTACATCTATATTGAATTATGGATCTTATACCATTTTCAGCAGAGGCTTTTT ACAGTCAAAAATTCAACCACCGATTCTGAACAACATTCCTGTGATTGGGACTTGCAGATA AAAATCAAAACCACACTTCAAATTCAATTATAAATAATTAGATATGCAAAAAGGTGTGGG CACTTAATATGAATCAAAAAGCACATTTACTGTGCTCATTTTACTTCATCTCTAAAGATT ATACATAGCATGCAGCTCTAAGAAAGAACTACTCTAAATATAAGAAAGATAAATTCTCCA ACTACCTATCAATGTTCCAAACCTTCTGTCATTACCTTCTCCAGATATAAACACAGGAAC CTAGCCAGCACTATTAAATGCTAAAAGATAGAGAGAGATCAAGAAATGCACAATCATGTT GTCTTTTGTTAAGGGATATGAAGAACACCTCATCAAGTTCATCGTTGTTATAGATTCCAT AGCGGAAGGCCTGGCTTAAGTTATTTGCCAGAGCTGCAACATCATAGTCTCTATCTTGAT AATCATCATCATCACTGTCCCTCATTCGGTCATGCAGTGATGTGGGTCTCCTGAGAGAGG TTACATGAAATAAAAGTCAATATTATGCTGGTATAAAGACTAACAAACTACAATCATGAT CAATCCAATGAAAAGATGAAAATATACCATTGGTATTAGAAAGGATGTAATGATTATATT TTCTTCAAAATGTTGTGTCCAACTCAAATGAAAAAATGGCGTACTTTTATAAAATTTACA CAAACGATCAAAAGTGAGGAACAGTCAAATCTGGGCATGATTCTCTCCTTCAATCGCGGC AAGAATTTCTTGTAAGGTAAGGTAAATATCATTAGAGGAATTCGGCTAGGAAACTCAAAA TGCTTTTTACAGAATAAATGAGACATTCAAGGCCCACAATTTGTTATATATCATGAAACA TGGTACTCCCTTTTTCCTAAACTATGTGACACTCATTCCTTTTTAGTCAGTTCCAAAAAG AATGACATCTTTATATATTTCGTACTTTCTGCATCCCAATTTATGTGAGGCAAGAAAGAA AGAAAGGCTTTTGAAACTTGTGGTCTCAAACAAGCCATAGATGTTGGTGTGGCTATAAAT CATCTCACTAAGGGTAACATAGACATTTTAAAAAGTTTAATTGTACTAAATATAGATATG TATCATTCCTTTTGGGACAGGCTAAAAAGGAAAGTTTGCCACATAAATCGGGACAGAGGG AGTAACAAATGAATTTTATACTTCCCATTCTACCCTTAATGAGAAGATTTTTAATGATAC AAATATCTACGGCTTGTTCAAGACCACAAGTTTCAAAATTCATTCTTTCTTAAACTTTGT GCCCAATCAAACACCGCCACATAAATTGAGATGGAGAGAGTAATTAACAAGAAAAATGTC CACTGCCTGAGGCCTCCTGAAAGAAGGTATTCTTTTGCATTGCACTTCTTAATCAAACAA CACCAACAATTTAGTACACACACAATCCTTGTTTTCACTGCCTCACACCCCTGCTGTATC AAATAAAAAACAAGCAAAATAAAAATAGAGGTACTAACAATGCAGCTACTATTTGCCTTA TTCAGAGTCCAGGTAATGCCTTTTCAACAAGATGGCTAGCAAGTGTTAATTTTTTTTTTT TTTGTGTGTGTGAGAGAGAGAGAGTGAGAGTGAGATCTATCATGAGTATCATCCATGTTA ACCAACAAAAGGAGAAGCCAGAACTTACGCAGCTCAATTTCTGTTTTTGAATAATTCAAC AAATATGTAACCAACTCTGTTTTTGAACTTGGGCAGCTCAGTGTCTGTGAATTTCAGACT TCCATTCCTAAATCGGGATAAAACAAGTTGCAGAACTCAAACCTTTTCTGAATTCTGATA AAGGTGGATGTGTATAGGTTGACAACCAATCTAGAACTAGTCAATTAACAAAGACTCCTC ACAATATTATTTGGAGCAAAACGAATAATGAGAAATATAGCTGAGCCAAATTATTTGTGT TACTCACAGAGATCAAGTTATGCCTTTCCAACAAGAAGGTAGCAAGGGGAGGGGGGCAGT AGTGTGTGATTGATACATCTCTTGTATTAACAAACAATGCACAACACATCCCACAACAAA GACTGCTCAATTCCAGTTCTCAAGTATTTCATAATCCTAGTAATGCAGTCACGGTATGAC ACTACATGAATCTACCTAATATCTTCATATTTGCATCACTATCCTTTGTGCATGCCTTCT TCTCTGCAGGTGGTTTATTTACTTGGAAGCAATCCCCCATCCCCCTACACTATAAAAAAA AAAAAATAACCAGCACAAATTGATAGCAGGCAATAAGGCACTCACCCACAAGCCCACTGG AAAACATTTTCCACAGCATTCCGTTTTTGAAGAATATTTGTCTGCCAATCAATCCATTCA CTATTCTCCTGCCAAAAAGAACTTGCATTTAGGACAAGGAATTTACATTTAAAAAAAATT GCAAATGTCAAGCATAAAAAGGAACTGTGAAGGGCTCCTACTTGAATACATAACGGAGGC AATCACTAACAACCTCGCAAACTAATGCAGATAGGAAATTTGACCATATCAAATCACTAA AGTGAGACTGCACTAAAGAAAAACAATCAAATAGAAGAGACTTGACGTGAGTAGGTGAAT TCTCTATATAATAAAAGGCATCTTCTGAAATTAACCTCAAGGTACCCAAGATGATTATCC CCAAATGATTATATAGATTTTTTTCCAAATGGTCAATTGAAAATCACTCCATCAGAGGTC AATGTAATTTCTCAGTACGTATAGACTAAATAAGTACAGGTAATACACTATACAACTTAT AATCATGTGGGCATATCGCATATTTTAGGTAATGGGTAAATAGGTTTTAAAAAGTAGTTG ATAGGTGAGTTGGATCTTCTTGATAATTTGTGTACATATTTTGTACTGGAAATTGTTCTT CCACATCAAAAAAATGTGGGCTGGACTTTCTGTTATTTAAATGTAGAATTTAAGTATATT TTAGTTTGTTTGTTTTTTTGAAACTGAAGGTATATTTTAGTTATAAAACTTACATTAGGT ACTAAATAACAACATACTAACTGTAGTCCCACAAAGTAGGGTCTGGGGAGGATACCCTAC AGTAGAGGTAGAGAGGTTGTTTCCGATAGACCCTCCGCTCAAGGAAAAACAGTACTCCAA CACAGTACAGAAAAAGAATAAATAGAAGTGAAAGCATAACAAAGCAATCTGATCGAAGTA CAAGAAACAACAAAAAGTAACACAAATCAAGGGACAAAAAAATACACGAGCAATACAACA ATTACTAGCAGCAGACAACACACTACTGCCTACTTACTTTAGGTCAATGAAATTTAGCCA AAATCATTCGTCCACTACCAGCCATGAAATTTTGCCAAAATGAAGCTATGTTAAGAAATA TGATTAGGTATTAGAGCAACTTTGTAGGTAATCTAAGAGAAACAAGAAAAAGAATCACCT CAACATCAACTTCCCAAACACAGAGCTTTTAGTAAGTCAAGCTTCTTCTAGCAACACAAG TAAACTACCAGGAGAATGTAGCGTCTAATGCAACAGATTTGTAAATCTGCCCCCAAGGCT AGCTCTAGTGGCAAAAGGTGGAGGATTTGCGGCTTAGGTCGCCCTGCACCACACCACGCA AAACGAAGCTTGGTATTTAAGTGGAAAAGTGTAGAGGGGCAGGCCCATTATTCCCCGAGT TTAAAAGGCTGTGATTGGTCCAAATGGCGGGTCACGAACGGATTTCTCAGTTATCAAAAA ATGATATGTAAATCTACATTCAGTCTCTAGGAAAAGGTGTGACAATCAAGATGTGACCCA TCCATTAAAACAAGATGGTTGAAATATGAGAACACAATGACAGTGTTATGCAATAGAAAT TTACACAGAGTGGTTGTATATATGTAATCAAATATTGGGTCTCACAAGATGGATGTCATA AAAATATTAATCCTAAGATGGATGTGCGGCAATACAAGATTGAAAAGACAAAAAAAATTA CCACAAGGTGCATATACCATGCAGAGGATAAAAACAGAGAAAGTTGTCTAAGATGGTTTG CACTGTCATATGTGAACCTCCATACGTACAGCAATCTAGGTGCAACACTATAATGAGTAA AGGTGCTAAAAGAGGAGGTAGACCTAAAATCATACACACAGAGTCAGGATCTCTCATATA AAGGATTCATATATGCAATACCAACTAACTGAAATAAAGTTTAATTGTTGATACACTTTA ATTAAGTTTGGTATTTGTCATAAGACTCATTAGTCTGCATATAGACTTAGATAACAATGT ACATGTGGGATTTAGTGACTTTTTTAAAAGACATAACTTAATATTGGAATGAAATGGGCT CTAATAAAGCAGAATGAATATTGAGGATTCATATAATTAATCCCAACTAGTTAGGGATTG AGGAGTAGTTGATTGAACATCTATTACACTACCAGGTAGTATGAGTAGAGCAACTTCTGC GATGACCAATGAAATATGCATAAAGAAGTCACTTGTGTCCTGTGAAAATTCTCACTCCCT CTATCCCTATTCAATAGTGTCATGCTTCTCATTACTTCCCCTAATTGCCCCACTTGATGA AAATGCAGAACACATTACTTTAGCAACTGCCAAATGGACCTTAAGAAATCTCTATTTATC AAATGCAAAATCAGCTACTCAAAGTGCAAACATCCTTGTGCCTTGTGTAGCTGAATAGCA CAGTAAAACAGGACGTAATCAAATTGGAAGAACTACATGAACAAATAACACATGAAACAA GATATTTCAAACACCTGCAGACGCGACTGTATGCCATTATTATTGTTCCCTAGTTGAACA AGTTTGTTAGCTATTCGCGTCACATGCCCAATGTTTCCAATCCTGGGTGGGGTTCTTCCC TCAACAGAGGCCGTTGGCTGCATCCACATTTAAAAACTTAAGTGACCAAAGGTTTCAACA TATACAGCCCAATATACAAGTAATATTAAGAATATTGAGTCAAAACACCTAAATTTTGAT TAATACCTTGGATTGATCAGCAGCAAGCGTTGAGTTTTTCTCTGCCTCGAGAATTTTCAA GAGAAGATTACAGTCACTAAGAAGATGGTCAACAAATTGAATATTCTTACTCTCCAGGCA CGAAATTATTATAGTCTCAACATGATGATGCAAAAAGTTGTTGTATGGATACCTGGATTC AATAACAAAGAAACCGACATCAAATACCTAGACACTCTATCAAGTAACAGAAATCAGAAG GTTATTTGATAATATAGTAACATAGTAATTATAAAGAGCACTTACTCAAAAAACAATTCT AAGATGCGTTTAACAGCACCAAGCCGAATCAACTCCTTTTCAGCAGCTTCACTGCTAACA CTCACCAAGACTGAAACAAACTCTATAATCTGAAATTCCCAGTTGATCGAAATCAAAATT TGAGGAATCAAAGTCTAATTTACCACCCAGCATAACATTAAAACACAGTGCAGGTGGACG GGAGGATTTTTTTTTTTTTTGATGAAGTAAATGTTTCATTGAATGGAACAGCAGAGGGCA TCACATGATTATTCATTTTTTTGGAGGGACAGTGCAAAGGGGCCTAGGGAAAAACCAAAG AAGTATGAAAAATCTCTGATAAAGGAAGGCTGATAGAGTATAGTCCTCTTATTCACATAC TCAAAAATCTTTTTTTACAAGTCTAAAGAGAGCTCGAAAAGCTTTATTAATTTATTTACA AAAAATATAATACTGACGGACTCAACGAAGTACAACAAACACGAGGACTTGCCGCTACTT TAACGCTTAAGCTAAATATTGATCTCCAAACTAGCCCCCTCATTTGTCAACTACTGAACT ACACAGTTGAATTTTGAGGGGTTCAATTACCCACTTCCTTGTATCTCACAGCACACACCC TTTTTTTTTTATAATGGTAACTTTACTTCTATATATCCACAGGTATACTACAACCATAAT GTAGTACCCCTTCAAAAGTATTACAACTTAAATATTGTGATTCAGTTCTGTGCCTTACAA AAGTTTAAAACATCAAATATCTTCTGCTTGAGCTAGTAGTTTTTGCTCACACCAAAAATA ATAAAGGCCTAAACAATTCATTTTAAGATTCTGAATGTTGTTTTGAGTCCCCTCAAAGCA CCTTTTGTTCCTCTCAATTCAGATTGACCACCAAATACATGCTGGGACGATCTTCCATTT TTCTTCCTTCTTGCTCACATTACCATCCATATTCCAGCATCTTAGGACATCTAGAATGCT TCCAGGTCTAAGAAGTATTTATTTACCCAAATGAGAAAATGTGTTTATATACACGTGCTG CCACCATGTCATTACCCATTTCTCCTTTTTTTCCCTATTTTAGCTTCACTTTCATCTTCC CTTTCTATACACAAAAACCTCAACTTTCACCACTCGAATCAACAAATCACACGCAAAAAA AACTGATCATTCACTGAAAAAGCAAATGCAAAATCCTAGGACTAAGTCTAACAAGCTTAA GTTGGAGCTATAAGCATCTCTTCAGAAAGCACCTATATAGAAGGTCCCTTTAGATGGATC TAGGATGTGGTTTTGGACTGAAGTCTGCAAGGTGAAGTAAGTGGATTTTGTTATGGGGTA GTTTCCTGCACATGTTAATTGTTTGTTTGCTACGGCTAAATAAGGAGCTCTTAGTGTGAT AAAGGAGTTGGATTGGAGGTCAGTGAGATAAGCTCGATGTGGGAAGTGGAGGTTCTGGAG ACAAGCTACCTGAGTCATGTAGCTCGTTTAATGATAGATAGAGTGAAGTAGAAGTTGAAT GGTACAGCTTGGCCGACCAAAAGTTGAGTTCCCAAGCCAAGAGAGTGTTTTCCCGATGCC TCTCATGCGTTTTAAGAGAGTAAATCAATCCATGCTATGTCAGCAAAAGAGGGAACAATA ATTCCACTTCAAAATAGTCCGCCGAAGTATAGGAAAAACAATTTTAGTAAGGGGGTGGGG TGTACTTGTGTTTTATTCACAAAAAAAAACCAATTAAAACTCTCAAATAATGAAAGAAGA AAAAGTTTGAACACACTTTTCATTTCCTGCAAAATAAAATTCAGCACAATGTATTCAAGA ATTGTGTTGCGCTTAAAGCTCATCAGACCCTGACGTTGTTAAGCACTTTTCGTCTTTGAC AATGCTGACCTCTCTAAGTTAGATCAAAAGTGATACTAAATTATATCCATTTCTAATTCC AAGACAGAAGCTTGAAGAGCATTTACTTGATGATTTGAAATAATTACTCAAACCATAAAA CTCCGCCTCTAATCCTCCACGAAAAGTAAGAAAGTCTGCATATTTTGACCAATTCAAGGT GAAAAGATGGTATAGTATTTGGTTAGCCTCATAAGAAAGAAATAATCACAACATAACTGC AACGTTTGGTTGGAAGTACTAACTAACACAAACATTAAAGTCATGTGGAATCTAAAGATA GAATGAGAATCGAAAATACGTGTATTAGCAATACGGGGAATAAACTATTCAAAGACAATA TTCTGTTCAAGTAATTCATGTATAAAGATCTCCTCATTATTAATCTCCGCATAAACAACC TTTGCATTTACGATCTCTGCATACAAGAAGATGTTTGATAACTACCTTCAGACGATGCTT CCCAAGAGGTGGATGTAAGCTCCCATATGTTGTTGGCAAGACATTATCCTCTGATGAGAT ATCCAGAAGCTTCAGTAAATTACCTGTATAAACAAGTAATGACAACAGTTATTCCACTTG AATCACAACATACAAGTTAAAATCAGAGCCTATAGATCTAATTTATATGGAAAACATACC GAAACCTAGATAACTGGTATAGCACAATGAATTATCTCAAATTCAGTACTTCCAAAAAAA AGAGTCAGACTTATCCAGCGGAAAGCAAAACAAAATACAACGGGCAGCAGAGAGAAACAA TTATAACATCGAAAGGATCTCCAATTAATTAGGATGTAAATTGTTACAGTTGAGGTATGA TGCAATGAACCAGTGTACCACTTATTTTTTTCAATAATGAGTGTCACAAAACTCACAATA GCATGTATATATATGTGTACAGGTGTGTCATTTGTATATAGTTGGGTTCATTGCATCATA TTTGTATATATGTGTATCATAATACACGACTCATAAAGGGAACCTAGAATCCAAACTTCG CATGAAAAAGAGGTCATAATTAGCCTTTTTATTGAACCATGCATATCTTTGACTTCCTTT GTGTGTTTTTCCTCCAAGAATCCAACTTTGCTGAATTAACACTTCACCATGGAAAGCACA CTCCGAGATCTATCCTTCAATCATCACTAAAATAAACAAAACATATTTGTTTTACAAGTG AAGTCACAACACCTACTGAAATTTGATGCCAATCAACACCCTTCAATTTAACCAAACTGT TGCAGGCTCTCTTCTTCTTTTTTTTTTTTCTTTTTTTTTTTTGAAACTGGTGAGGTTGTA TTCTACAGCATTAAGGGCATGCTATCCACCACCAAAAAGAGTCAATTAAAAACTTCCTAT CAAATCTACAATCTGATCTGTATCTACTATACACAACCGTTTACACCAAAAAAGTAGATA TACTATACAATTCCATTTGACCTTGTGTATGGAATTAGATCTATTGTCGAAGCATACACT GTTCCTTCCTTCCAAACTGACCACCATATACATGATGGTATTAACCTCCACCATCTCTTC TGGCTCTTCGTACCTCCTCTTCTTACCCAGCTCTTCAACACGTTTGATGTACGTTCTGGC ATTGTCCAATTCAGATTTGTGATGCTAAGGAACAAATTCCAGATTTGAGCAGTGTAATTT CAGTGCAAGAAGAGGTGGCTGTTGGTTTCACTTGTCAAATTGCATAAAAAATTCCTAGGG ACCAGCTGTCTACCCTTCTTCTGAAGTACTTCTTGTGTTAAACAAGCTCTCTTTATCACT AGCCAAGTGAAGCATTTCACTTTTGTAGGAATATCCCCCTTCCAAAGATAGTTCCAGAGG TGTTTTGGTCTCCCTGCCATCACCTAGAGACCTCTTCTGTAAGCACTGTTGCCTGAGAAA AAGCCATCTTTGCTGTGCTTTCACAACATCCTTTCTGTGGCATTGGCGTTGATGGTCACT CCGCCTAGCATCCCTAGTATCTCTTAAACCTGCAGGTAACCCCTCTCGAACATAAGATCC CTAGAAGACTTCCCCTTCCCTACAACATCCAGACTAAAATTTGCTACCAAATGGAGACTT TCAGAAACCTCAAGAGGAAATAAAGGCACCACATATTTTTTGTTTTAAAGTGTACTAGTA ACGGACAGAAGAGGAGAGAGTGATGTCTGCAGGGTTAAATGTACTAATGGTATAACTTGG AAAAACTTGTATCATGTACGTCAAAAGTCAAATGTATTAAGCACTATAACAGAGCCTAAA ATCACTATGGTGCAAGATAAGAATGTCAAAATCCTTTCTATTTAAGGGGGAAGGTGGAAG TTCAAGAAGATGCACAAAAATATTTGTCCACCAATAGACACTGTTCAAAGACGACCAGTA AATCCATACCTAAGCTTCCCAACATCCCTTCCACAGTCTCAGGATTTGCACTTGCTCCAG AGCACTGCATTGACTGGCGACCGTACATGTAATATGTTCCTGAAGCTAGCCTCTTAGGGT CTAATAACGATATGCACACAGATAACGAGTTAACCAACACAGATTTAGGTCGTGACTCCT CCAGAGCATGGCGAAATAACCTCTCAATGAAACTGTGGAACATCATATAACCAAATATGT TAGTGAGACCCGAGAAAATACAATAGTATCACAGGACTAAGGCTTCAATCAAAATCCAAA ATTAATGAAGATTCAGAATATTAGAACACCTAGGGCTAGAGATTTTGGCAGCAATCCCAG GAGGAGCATATCGAGTAATGGCACACAAAGTTTCTGCTGCATTAGCATGCACTTCAGGGC AATCCTGCAATTACAGTGAATTCCATTACCATAGTAACCTACACCAGCAATTACAAGATT TGTAGGGTACTCAGTCACTAACTAAATTAGATGAACACCAGACCATCAATATTTGATCCA TCCCTACTGAGCACATTATGTTTAACATTTAAATCGATAAAATATAACCTTCTCATCAGC CCCAGCACCTTGGTCGCCTAGAAAGCTATCATCAGGCATGCAGTAATTCCTTTTTTCAGA ATGGCAGCATAAAGCAGGAATGCAGTACTATCTTAGTTCCCCAAGCCAGGTTAGATATCG AAACACACAAATCATGTAATGTCTAATGACTGGGAAAATTAGAATGTTAGTAAATAAATT CAGGAAAATGACATACTGATGAGCTAAACTTATCAACGATCATCTCCAGCACATTTGTAT CTTCCAACCACTGCATGTTCTCCGAGAAGTTGCTATACAAATGTTCATCGGTGCCAATTA GGCGGATTAACACCTTAAATCAAAAGCATTGGAACTTCTGGATTTAGTCATGCTAAACAA ACAAAACATGCCTTAAACTATTTGAAAAACTACAAACCTCCATGATGGATGTAATTCCAA TGAGATCAACCAACTTCTTGATAATATCTTGATGAGCCTACAAGAGAATAAACCATAATT ATTAGCTTGACTGTGCTTGACTTTTTATTGAAAGCATTAAGAGGCGGTAGATATCAATGT TTCACCATTTTACAAGGGACAATAAATTTTTAAAAAAGTAGCCAGATGATTGATACATAA ATACATAAAGAATTTATTGGTAGACCATACCAGTTACTCGCACAAGAAATGGCATCTCAA ACCAAAGAAGATATAAACAAGACACAACAGGCGAACACTCTCCACCATCTTAAAGAACAT AAAAGAAATGGATTGGAGACTAAAAGGGAGCAAGGTTTCATTCGGACATCCATAGACCAG CTTTACCTCGACTGACATAAACATCCAATCATTTCCTATATGTGTGTTTTTGTAATGCAA ATCAATCGTGATAGCTAATAAGAAGCAGCAGACTTACTTGTACGTAGTTCATAAAAGCTG ATGTTTTCCGCAGCAACAAGCATATGACAACCTAAAATAAGAAACTTGGGCATCAAGTAC AGTGTAGAAACTGAAAATCATAATAACAGTTCACAGAAGAAATAAACCTTAAAAAATGGA AGTACTTCCAGAAAATATTAATGCAGTATTGTTTTCACCTAAAATCCAGCAAGTAAAGTC CTTCATTCAGTCTTACAGAAGATCTAGCATGCAACTATCACCTTGCTTTTGGTCGAAAAA GGAGCAAAACGATAGAAACTAGACAGGATAAAATTGAAAAATAAACATAGTTTTTCAAAG AGAAGTTTTTTTTTCAAAACTAAAACGTGGTACCGCCAACAGAGAAGTTGTCAACCTTGC AAACTTTTTCCCCAATAAGTAAAGGAATCAACCTTGCAAACTTATTAACCACTCCCCTTC CAGTTAAATATATTTAGAGATATGAACAAAGGAATACATAGCTAAGTGAAGCATAATTCA CACTTATGTATCTAGTAGTCAATGATACCTTGCTGAAGTAACCGGCCAACAGAGTACTAT GTGTGTGCTCAGGTTCCAAAAATGAGAATAGCAGGTTCATTAGCTGACATCCAAAATGAC AAAGCCAATTTATATAAACAATATTCAAGGAACTGAGCATATAGTACAAAGGCAGAATAA AGATATATGACAAAAAAAGAAGAGTGAATACCTCCTCATTCTCAACCAATGCTTTAAGAA TTATGTCCACCTCGCATGTAAAGATTTCACAAGCAATAAAAGGAAACCTGTGGCACAGTA AAACAAGATATCTTTTCATACATGCACTGGGGTCAAGGAAAAAGAGAACTCATATTTTCA TCCAAAGAAATATTCAGAGCCTATAACATATGAAATGTAAATAACTTTCCAGCACCAGTC AGACACTCACTTAAAAGTTCGTTTCTTCTCTGCATCTTCTGGAGCCTCTTCCACTATGTA CCTGACAAGTTGTTCAACTTGAGCTCTTTCTCGCAGACTGTCAGAAAGAAAAGCATAATA TGATCAGTTTCTTCCAAGGAATGACTTCCTTTTTTGACAGGTTCTTCCAAGAAATGACCA TTAAATCCTACAAGAAGAAAAATTTTGTGCAGAGATGGCACCAGAAGTTCCATAATATTA CCATTTTTATAATGGTGACATTCTATGTATTAGCAGGTATTCTATACCAAACTGGGTAGT CCCCCAAAGTTAGACAGTTACAAAATAGAAGCCTGTCATCACATGATACTTCTTCCATAT TGTCTAAACAAACAAAAATATCTTACTCGTATTTTTATTTTTATTTTTGACGACAAGGAA AACCCGCAGCCGCCACCCTTTTGGGGGCGCAAAGGGTAAAACCCCGCTCCTATGCGATAG TTCGCAGACCACATAGGAGAGGTTACCCGCACTAGGCAAGCCTGGTGTGACGAGCTCTAC CCAGAAGGCAAACCCCTTGCTTTCGTTGGCAAGGGGTTTCGAACTTGTGACCTCCAACAT GGAAGTCCCAGCTCAAACCACTGGGTCACCCCGAAGGGTTTACTCGTATTTTAAAAAGCA AAAGCGAAAAAAAATAGCGACAAGGTCCATGATGCTTAAAGCAAAATACTGGAAGTGAAG CATATGCTTCTTTGAAGTAAAACTCAGAATTCACAACATTAAAAAGATCACCAAAATTAC ATGAATTTAGTAAAATAATGATCAGAATGCAATTAAAATAACTGATTACACAATCCAATA AACAATAACGCTAATATTAATCCGACTATTCAAAGTTGAGATTCAAATAACCGAGACTAC TTCGCATTGGGATCACATTGCTTGTCATTGTTTCAAGTGCACACTTTTATGAAGCCCATT GCTTCACCATTTAATTGATAACTCGTAAGAACACTGATCTTTACAGTCTATAGTGAAACA AAACTAAGTTTTGTTAAAATACAAGCACTGCCTCAGCCCACCAACACCCCCACCCTACCC ACAAAAACAAAAAACAAAAAATTGTGTTCAAGAAGGATAACTTGGCATGTTTATTTGGTG CACACTAAAATTGTTGTAGTCCTAATTAACATACCAGAATTACAAAGTTAACCACTTGTT CTTACTAAATCCAGACTAGCCAATTTTAAACCGTAAATAAAGCTTCAAATGCACGCATGC ATCACTAGACTCCCTCAGATAAACCTCATCATACAGCAGCAAATCCAGACTTTTCTTTTC ACAATAAAAGATATTTACTTTAAATGGATTTTCCATGAAACATCAATGGTTGGGATATAC TTTGTAGTTTGTACATCACATCCAAGATTAATAGAACTTGATTTTATTACAACTTATATC TAGCATACCAAGCGAATAAGGTGCTTACAAGTTAATAAGGCGTCCATTAAGAGCTTTACA TTCTTGAATTATTTCATCCTCGTCCAAGAGCTCATCCAGTGCAAAATTTTCCTTATCCAA AATTGTCTCCACCTGAAAATAGTAAGTGTATCCTATAAATCTATGCACATTATTTTTATT ATAAAATATCCACACACATTATTTATTGAGAAACAACATCAATATTCAATTGAACACTGA TACAAAGCTTTGGAGTAAGCAATATTGAAAACCGAGAAGTAATGAAATCAAATATTAATT TGCGCTTGCATCCATAAAATTTATGTAGAAGAATATTTCTGAAATACTCCAAAGCAAAAG TTGCAGAATATTTTTAAATTCCATAATATATGATGAAGAATATTCAATTTAATTATTGAG ATTGGAACTAAAGATGTGCTTGAGAGATAGTTGTCATACATTCACTGCCTACCTACTGTT TAAATAACACTAGCAAGGTCCAATTTAATAAAGAACCTTGTGTTTTCCAAAGGACAAACT ACTATACATGGAGTCCCTACGTTGTTACTAAAATCTTTGAAAAGTTCTCTTTTTTGTCTC CTCCTTATCCTTCATATCAGAAACTCTCAACTGCTTGTTAGGGAACAGTACATGTCAATT TAGTAGACTTGCCATAGGTCATGAGCACAGAAAAAGTTTTTTCTTCTTTCCTAATAATTC AATTATTTTCGTCTCTTTTAACCATCTAGATGACACTGATTGCTGTGGTGAAACCCTGTA TCCTTCCAGTGTAATATAAAGTGACTACACATCCACATTGTCTAGAAGAAGATCCATTTG TCCCCGTAGCTAACATGTAAAATCAGCACTCTACAACTGCTTTTTAGGGAACAGTACATG TCAATTTAACTGTTATGTCAACAATCTACATTAGTCCAGTTAACTGACATGTTCACTCTA CATTATCATCATGAAACCATCCCTTTGTGTCACATCATCTTTTTGATCAAGTAAACATAT TTCATATAATAAACAAGGCCATAAAATGACCATACACAAGTGGTATACCAAAAGGTAAAG AATCTACACAATCAACTGAATCTCTAAAAACTCCACCCAATCGTCTACACAATAGGGGAC TTTCTGAGTGCACCAAAATAAAATAAGGGAATGAATGATACTTTGAGGGGAACTCGACTC TACACCTTCAAAAGCTCTTTTATTCTTCTCTCTCCAGACAACCCACATTATGCAAGTTGC ACCATATTTCATCCCTTCGTCTTCTTCTCCTCCCACTCTTCCAACTGAACATCAATTCTT TCACCATTTTTTCCATAACCATGGAGCGCCAAACCACCTAAACATATCCCACCATACACT CATTGTCAAACTGCAATGTAGGAGAAGATGATCCACATCCTCACCCGCCTCCTTGCAGAT GTAACACCAGCCGATGAATACAATCTTCTGCTTTTTTTAAGTTCTTTATTGTAAAATCGA GCCTCTTATGGCTAACCAAGTGAAAAGCACACCTTCCTTGGTGCCTTTGGGATCCATATT GCATTACATGGAAACACTTGCTCCTCCCTAAGCAATAGATTCTCATAGAAAGTCTTCACA ATAAACATGCCATTTTCCCTTAAATCTCTACCACCATGCATCAAGCTTATCAATAGGGTT GTCTTGCCTATGTACTAAGACTAACAATCTTTGGAGCTCACCTACTCCCCAATCATTTTA TTATTTTAGACAATTAAAATTACAATTGATACTTCCCAATCATTTAACATCCTTCTAAAG CTCAAGTCCCAAAAAGTCTCTCCGCCTATGTCCCCCTAATTTGTTGAACTATCTCTCTGG CAAGAAATTCTATAGAGACACTGGAAATCATCTTTCAAAGTGTCATCCCCGCGCCATCTA TTTCCCCAAAATTAAACAACGCCTGAAAGGCAAAGTGATGTCTCTAGTTCTCCACCTCGT TCCAAAATTCCATATTTATCCTTTACCCCCCCCCCCCCAAAAAAAAACTCATAGCCATTG TGTCACATCATTATTCAATTAGTTAAGCCTTTATCAAGTTAGCCCATTAAATAAGCTAGC AAACAATTGAGTCAACAAATAGGTGTTAGATATCTTATACTATCGGTGTTATATTTTATG TGTGGTTTAGGCACACATAACAAGTTTTGAACCCTCTAGAGACAAAAGTCTGGTATTAAG TGTAAAAAAGAAGGGGGTTATCCACCAAGTTTCTAACTGTGCGCCACTGATCCTCAGGGA ATTCTCTTGGGTAAAGGGGAAAAATATATATTGTACCTATTTAGTACAATTATATGGCTT AAAGTTTCAGAGCACGATCAAATGGACTTCCATTCCTGGAATCTGCTCCTCTAACTTCCA TAAAAACAACCAACTTCTTAATGAAAGGCTATCTGGAGATGCTTAGAAAAGGTGTCTAGG ATGGGAAAAGGGTAAATTGCCCAAGTATATGGCATAGGACTTGAAATGGCCTATGTATGT GGTACAAAGAAATGGATTTCCATTCCCCGGATCAGCTCCTCTAAATTCCATAAAAACAAC AAATTCCAAATGAAAGGCTACCGGGGCATGCTTAGAAAAGGTGTCTAGTATGGGCAAAAG GTACATTGCCCAAGTATGTGGCATAAGAATTGAAGTGAAATAGTGCATTGGGAAGAACAT AATTTTACCAAGAGATATCATTTACTTCGTTGATGTCAATCTAGAAAGCAGAATAGCTTA AAATTTGCAACATAATCTAGCACTTAGTTCAGACAAAAAGCAAGTTACAAAAAGTACATT CCTCGAAAAATTCCACAATGCTGCACAAAGTAGAATTGCGGTTCAACATTGAGGACCTAA TAGACAGGAACTTCATTGGTACTATTTTCTTCAATTAGCAGTTATAAAGATGTATAATTC ATCAAACCACAGCTATTTGTTCAAGAAATTAGATCCAATCATAAGGCCCACCAGTCCATC ATAAACTTCTCCTCTGCCACTGTTCCATTGCTCTAAAAATTAACCCAAAAAATATCTTTA AAAATGCCACCATCATCCAAGTCCATCTAACACTCAACTCTCTTCATTTTACCCTCTTTC AATAAGGAATTTAACACTCAGTCTCTTTGAGTTGCATAATTAAGACAATCTGAATATAAG AAGTAAACACCAGACCCCCAAAACATTAACTTCCACTAGAAATTCAGTCCAAAAAAGTAC TCCCCACTATAAAAGTCCAGAACAATCACATTACCAATCTTCCCTTACACAATTCTGAAT TCAAAATTAAGACTGCTAAAACACAAAACAACATGCATAACAAGAAATTCAACAAAAACC CATTTGCATTAATCAAAATTCTTAAAAAACAAACCACCCAATACAATTCCAATAAATAAA CACTAGATGATATAGCACCCCAAACATTCAAATCGTACATAAACTTTCACAAAAAAGTAT AAAAATATGAGTCAGGGAATAAAAGGGGTTACTGGAGAAGCAGTGGAGAGGCCAGCCATA CGCCAAAACATAGCCATTTTTTCAGAATCAAGAACCGACCCAGAAGAGAATTTTCAACAA TTTGGATCTAGGAACAAAAAGAAAACAACCCCAACAATGATCTTGAACCCAGGAAGCCCT AGAAAAAGGTGGGGAGCAGTCTTTGATAAGATTGGATTCGGTTCAATTGTTATCAAGAAT TATACTTAGCACCAATTGTGAGACGGTGGAAAGAAGCATTTTTTTTCCTTGCTGTATTTT TTGGGGACCTTTGAGAAGAAAAAAGAAGCCACAAAACAAATTTTATTATTACCTATTATC AAATTTTTTCGGGCGGAATTTAAATTAGTTGGATCGGTGAATTTATTTTTTAAAATAAAA TTCCTTATAGTATAATCGAGAGGGAGAAAATGTCAAAAAGAAGCCACGAAATAAATTTTA TCAAATGTATGATTAAAAAAAAATATTAAATTAATACTTTTTCATTTTTTACTTGAAAAA AGACGAAATTTAAATTTGTTAGATAGATGAATAAAATAATAATAATAATAATAGTATGAT CAAGAGGTAGAAAATGTCAAAACAAATATTTTTATTTGAGAAAGGATAACTTTGCTTGAA TATTTTTGAAGATAATTTTTTTTTTTGATAATTCGAAATGTTTATTTATATCATAAAAGA AGGTAAGTTGTATTTATTACGATAAGATTTGATTTAATTGATGAAAAGTGTATGTGTTCA TAATTGAATGCTTTTTCGTCCAATATATGTTCATAACTTGTTAGAAGGAATTTGTGATTG TTAATTAGAATTATGATTATGCATGGTTGGTGTATTTGGATAAAAATGTATGATAATTGG TAGAAAAGAAAAATTGTATGAGAAAAATATTAGGTGCTTTTTTTCCTCGTATATGCAAAG CCTTGGTGCATATTTGTATGGATAGATATTAATGATATCTCGTAAAATTAATCGAGATAC ATGACTGAATATTATAACTATCAAAAAGAAAAGATTAATACAATTTATAATTTTTGAATA ACAGTTACACTTACAATGATACAATTGACGATAATTTGAGCTAGTGCGTTTCTATATAGC CACAAAAATCTAATGAGACCAAATTTTTGAAAATATTTCAAACTAAAAGTTCCTGCAAAT AGGTCTGAAAATTTTCCAATCTTGCAAATAGGAAATAAATTAGTGATTAATTGCATTTAA GATTTTAAATATTTTTCATTTTATTATTTTGATCAAAACATTGATTCTTAAATAAAAGAA AATTTATTTGAGAAAAGGTTAATATTTTATTTTTACAATCGTGAAGCTGAATCAACTTTC AAGTACCTCAATTAGTTTCAAAAAATACCAACCACATCTCACCATCAACAACTACAAGAT AACGCGACCCACAAAAGCTACGACACATGAAAATGTTATTTTGAATACAACTTCATTGCA AAGTGGATATTATTTCTTATGACCAACCAGGTCATTATTATGCTTTGGCCTCTTGTAAGG GCATCAATTCATACATGCATTATTTTTTTGGTCATTCTAGCAGGGGGACCAATGAATACC AAAAGCCATCTTGGCAACATTTCCATGATTCCCTTGATACAATTGATGATGTTCACCTGT ACATTGCAAATGAAGACAACTTTTTTCACTTTGCACTTTTTCCAAATGAATATGTGACGA CAAAGAAAACTTCTCTATTGAGGAAAGAGGTCTTAAAGATTCTGTCCTTTACATTTGCGA AGACATGAGCTACAGTAAAATCTGCATACATTCTACACTCCACAAACCTCATTTTATGAG ACTATAATGGGTGTATTGTTGTTTCTTGAGAAGTATTAAGTAAAACCTTCAAACTCACTG AAATCATTTGAATTTCAATTAATACACTAAAATTGTTCTGTATTTCTCTATTACGTAGCT GAATTAATATGAACAAAGGTGAAAAGAGCGAATAAAATATATCAAAATTTTTGCCAACAT AAAAATAAATATTGACCTCACAAGAAAGTACAGAGAAGGCTATTCCTCCTTTTAGCATGA GCCGAAGTGGACAATGACCAACAAGCTCAGTATCACGAATGCTTCAAAGGATGCACAAAA ACTCCATTTCGAACATCAGCAATACGCCCCCACCTTCCTAGGCGAGGTTCCTGCATATCA GAGCAGATGATGGTGCATGAGATAAAATAGCAATATATGGACTATTAAAGATGCTTCAGG TGTGAATTCAATGAATCCCTGTGCTAGAGAATATTGGATGATATTTTGCACATCATCAGG AAACCATGTTCATTACAAAATAAGGTACTCAGATCAATAACCCAAGTCTGACTCAAAACA TAGTATTTTCTACCCAGACGAGTCTTGGTCCACAGATACAGTTACGCCTATATCTAAGAA GCTTTTTGGATATGGAACTAAATGTTCTTTCATCTACAAGGGAGAAAAAGTAGTCACTTT CAACTCCAAAAATGTGCCATATATCTATGCTAGCTTTCTGCAACCAACTCAAAATGTTCT TATCATTTCCACACTCTGTTCCCCATACCCTAAGAAGTTCTAAATAATCTTTGTGCAAAC AAGGGAGGGAATCTTGCTACCATCATAATAATCAAATTTCAAGTTTCACGTAGGCACATG TTAGCAAACCTTTTGAACATACTCAAGGATAGAACACAGCAGAAGAAATGATAACTTCGT GAAAAACTAAAAAAGGAAAAAGATTTGGTTCTTTGAAGGACGAAGAAGAATTAAGACTTT TACTGAAAACGTCCAAACAAGGAACGGCAAAGACAGGAAATCATACTAAGAAACTATAAC TTAATCATCCCAAAAAAAAATTCTAATCCGTCAATAAAAGAATTAACTTGTCATCTCAAA TACCGATAGTTCTAAGAGGACACTGATCACAGTCAAAAAGAATTGGCCAAGCAAAAAATT GTTGAGTGATGTATTATACAATTGTATCCAGAAGATGGATCATCAATTCAAACAAATATG GAAGAAATTAAATCTTTTGGATCTGTTCTGCAAAGTTGGAAAACATTGAAACATAAAAAT AGAGATAGAACCATTCACCTGCCCTACTGCAGCAACCAAGAACTGTCCTGATTTTGAAAA AACTAAGGAATTTATAAATCCAGCCTGCATTAAAACAATGAACATATCAGCATTGCATTG TTCTAAAGAAGCAACATTAGTCTACAAGGCACAAGCAGCATTCAAATAGCCCCGGAAATA TTGCTTATAATAAAGCCCAATGACTTGAGCACGCTTAATCTCATTTGCCAATTTCATTGA GCATCAAGAACAGTGAGCAAGGATAAAGACACGCCAATATATGTTTACTATTAAGTGCAT GAACAACCGTGATAAGCAAGAACGTTAAACTTTTTTTGTTTCTATTGATAGGTAAAAAAA TATCTTGCTATTAAGAAATCTTCAAGAATGCAGACCTTCATTCTTTTTTTAATCAAGTAA AAGTATTTTCATTCACAAGCATGACCAAAGGCTGGCACTATACAAGGGTAACCCAAAAGG TAGAGTACCGCAATCCTTTATTCCTATGGTGAGGATATATCCTTTTCCGACATACGATGT GGGGGTGGGGGAACTTGTAACGTTTAGCAGAGTTCATATATGGTTAACTGCTTAAGAAAT TCATTGTAAGATAAAGGGTTACTTTATATTCACATCAAACAACTAACTGGAAGATTGACT TTGATTTAAGATGTCAAAGAACTCAACTTGAACATAGATAATGCAAACTAACTAGGCAAT CTACAAACAACATTGTGACCCTTCGGGGTGGCCCAGTGTTTCGAGCTTGAGACTTCCATG TTGGAGGTCTCAACTCTCAAGTTCGAAACCCCTTGTCAACAAAAGCAAGGGGTTTGCCTT CTGGGTTGAGCTCGTCGCACCAGGCTTGCCTAGTACGGGTTACCTCTCCTATGTGGTTTG CGAGCTATTACATAGGAGCGGGGGTTTTACCCTGTGCGCACCCAAAGGGTAGCGGCTGAG GGTTTTCCTTATCATAAAAAAAAAAAAAAAAACATTGTTGACAGCTGCTGAAGTCAGTTA CCTTTTAAAAGCTCTATTTGTTCTACATATCCAGAGGGAACTTTAGTTTAAAACCAGTGC TAATGCCAATGAGTTAAGAATATAAGTGTTGAATACTTTACTTTAAACTCACGGATTTGT CTTGTTTGCTGATAAAAAAAGGTCAGACTGTATTACAAAGGAGATGATAGTAAGAGACCC CTTTTTCAGAAAATGTTTCTCCAAACAACCTTGTGCTTGCACCTCAACTAATCCAACCAA GACTTGTAGAATGGGATGATTCACCAAATCTGACCTCTGCTGAGATTTTATTCTTGATCC TAAGGCTGTTACTCCAGCTCTTTTTCTCTTGTTTTGAAACAGTCATCTCTTCTTCTTTTT CCACTCCAGATCTTTAATATCTAGGTCAACCCCTTTGTGATAGTTAGGGAGAATTAGGGA GATTGTGGATAGAATTGATATACTGTCACATTTTTTGGCAGGGAAAGGAGACTATGTCAA TTCAATATCCCAGTAAAATCATAATACACTTGTCTCACTACAGGTGTGTGCAACAGTCAC TATGTTGTATGTTGGCCATGGAAACAGATCTGGGAAGTGGATATACAAATGAAATTTGCA TGCTTCTCCTGATTGGTGGAGAAAGAATCGTGCTTGACACAAGAAAATTGGCAGAAAAGT GGTTTTCAGCTGTGTTCTGGGTGAATTTTTCTGTCGGAGGAACCCAGAAACAGTTAGCCA TTTATTCCTTCATTGTCCAATAACAGACCAACCATGGCATAATTTTTTAGAAAATATCCT GGCAGCTTTTCTTATATATGGTGGGTCTAAAATGGATGATACCTAGGGATACCAATGGAC ATTCTAAGATGCTGGTGCAGCAAAGGAATTCAAAGAGGCAGAACAAATGGTGGTGGAACG CAATCCCTGCATGTATAGCAGAAAGAAAGGGATGCAAGGATACTAAAGGCAGAGTCAATC CTATCCAGAAGATCAAGTTAAATTGCATACATGTTTTTCTCTTTTGGTGAAAAAAAAAGA AAAGAAATGGTAATTGACTAACTATGCTCTTTGCCTTGTATACCAGTACAGATCTGCACT TTCTTAGTGCTAATTGAACATTAACAATACCTTTTAAAAAATGATCTTGTTAATAGCTCT TCATTTTTTTCCAGAATAAGCTTCAGTGTGATTGGACTGATAAAACTAATCTGATATTCA GATGAACTATGTTGGGAATGGCAGAATTTTGTTTTAGTTGGCACTTGCTTGGAAAAAAGA GAAGAAGAACAAGAATTGGCAGCACATTTCGACTTGCCCATTTTCGGCATGCTTGGACGA ACAGCCATAGATTTGAATAAAATACTGAACAGTCTAAACTCATACCAGTTCTGCATTCTT ACAGCCAACTTAAAACCCCTGCAGAGTTATCATTTTTCTATTGAGTCGAAACATAATGTT GTGGGGTTTACATGTCACTAGACCTGTAAAGTGTTGGTAGCCCATCATGCCTTTATAACA CAATATTTTCCGCCTTTGTAATACTAGCAGATGTTATGTGAGCCACAAAATCCAGTACAC CTCACCCACAATATCCCCTCTACTCCTGGGTATAATTAAGTCACAGACTCCTAGTTTACC AAACTAAATCCAAAGAAGTTCCAACAAAACATATGGGTACACACTGATAGATTCCTTACC ACTGGGAGCTCAAACAATGGAGAGATGCCTTTTGATTCATTTTCAATAGTCCACAATTGA ACGGACCCGTTGCCAGCTCCTGATGCTGCAAGATCACTATTTCTGCAGACTGTCAGCGCA CTAACCCAAGAGAGTGCTGATGAGGAATGACACTGAGGATTAAGTGTGCCATTTTCTGCA AGAAACACATTTAGATTTTCAATTAACTTTTGGTGAAAGAATTCATATTGAAGCAAAATA TCGATATTGAAAATACAACTAAAAGAATTCTATCATAGGAGAGAGATAACAGAAAAACAC AAAATGAAAGCTTACCCATGTGGCCATTTGATAGGGCCCCATTGCTCTGTTCAATTCCCA CTGATTGCAATGAAGCATGTGCATTTTTTACAATGTGGACAGGCTTCTTCCTTGTTACGT TCCAGTGCTCAATACTTCCATCATCAGAACCAGATAGAAACTCATCATTATTGATGAAAC AACAGCATTCAAGGGAAGTTGCTGGAGCACGAAATATCAATTGAGATTCCTCTGGAACCT ATTGGCAGGATAGAGGGAGGCAAAGTGGTAACGAAAATCATCAAGAGTCAGAACTATCTG TGGATGCATTAGAAAAGTAAAAATTGTAAAAAGAATTTAACTTGTAAACAAAGACACTTC AAGATTTGTTCTTATTAATTCAAGAAAGAACCTTGCGAGGGGAATCTAGTCATAGAACCC TCTCAAGTTAACTTTCGCTTATGGAACTTCAAGGATATATCTATGATGACCACAGTGGTG AACCATAATACACTAAAAAGAAATTAAGTAATCGTGTTTAAAACAGAAAAATAGATCCCC AAGGCAACTTCATAGTAGCAAAAGACAACTCTCAGAAGAATAGATCAGCCACACCCATAA CCTGAACATATAATCTTTCTAAAGATTTTCTAACATCCCATAGAATCTGGGAGCAAGCAA GCAAGAGTACTTCTTTCGCTATTCTACAACCTTAGTAGCACAACTACACAAGAGTCTCAG AAGAAATGGCTCAGCAACACCATTTTTTATCAGGTAAAACAGTTTCATTTCATAAATCAA AAGGCCATCTCCAAATGACCCACATCAAAGCCAGAGGGCAACATTCCATGTCCTGCTCTT TATCCAGCTTTTTCAAGCTTTCCAGCAAAACAACAGTTTCTTCAGTCTTCACAGACCTTG GCATCACCCAAGGTATACCAAATCAACTAAACATATCCCACCCTCATTGCTACGCTGCAG TATAGTAGAAGATGATCTACAACTTCGCCGCCTCCTTGCATAAGTACCACAGCTGATACA CACAACCTTCCTTCTCTTAAAGACTTCCACCCTCAAAACCACCCCAGAAGCTAACCATGA GAAAAAGCACACCTACCTCAGCACCTTAGGAATCCGAATTGACTTGACAGAAAAAGCCTC CTTCACCCTCACCAAAAGCTTCTCAAGGACTTGACTTAAAACACACATTTGTTCCCCAAT TTCCATCTCACTGTATCGAGTCTTTCAACTCGCTCACAGTGTTGATGTAGTAAAGCTAGC AACCCCTAAAATTCATTCACTTCCCTGTTCTGGAAACCCCTCCTGAATCTCAAATCCCAA ACCATCTCTGCCACTTGTGTCCACCTAATTTGCTGGACTACTGCCTCCTTTGACATGATA CTGTATTATGACATACTCGGAATCTCATATTTCATAAAAATCTAACCATCCCTTCATGAT ATTCCTCCACATTCCACACCCTATAACCAACATATAATCTTCATAAAGATTTTCTAACAT CCCATTGAAGCTAGGAGTAAGGAAGCAAGAATGTTTTGTCTGGCTATTCTTACAACTTCA TAAAAAAAAGGATTCACCAACTTAAATATGACAAATTGCAAATCCTAAAAGTAGGGTTAA CCGAATTTACATGCCTTAGTTCCTTTTTAGTTGGACATCCTCAAACTCAATATTCAAGAA TATAATGTTCTTTTTAAAATACATCAATCTAACATTTTTACTATTCGCTTTTCAAATTGA AGTTATCTGACATCAGAGACCCGGTAATACTGCTAGAGCAAGCTTCAAGGAATCTTGAAA GGAGTTTTGAAAACAAAAACTCTTGGATCAGGATAATGCTCAGACCTCAGGCACTAAGGA AGGACATGGTGGATGACAACTCAACTAATTATGCCTTTTACTGGAAAAATACACCTGTCA TGAGAAGGACTTCTTTGTCAACAAGGCGCGAATCTTCGTTTAAATTCCTCATATGGAAAC AAATCATTGAATACTTATGAAACAACCAGAGTTACTTTCGCTACACAGATACATAGCTAG GAAAAAGAATTCCTGAAAGCAGATGAAAGGCCATGAACTACCTTCCATAAGTGCATGGTT CGGTCTCGTCCAACTGTCAAGACCCTTTCTTTCCTCAAAGAATCAATGGTTAGAACTTCA CTTTGATGACCAAATAAAGTATTTACATAAGCTCTATCTTCCACATTCCATATCTTGATG GATCGATCAAACGACCCCGAAAACAGTTCAGAAGATCCTTGTCTGAATGTCAAACATGAA ACAGGTCCCTTATGACCAGGGAATGCCTGTAAAAGAATCATCTTCATATTAGAGTAGCAA TGAAGAGTTTAAATAAAGAATCAATGAATTAGCCTCTTACATATTTGAAGAGTGCAAATA GCTCCAAAAAAAATTGAACTTGCAATGGAAATGCCAACTAAGTCACTTGAGTGCTTGTTG CACTTGCAAAGAGAACTCTGACCAACACGAGTTCCAAGCTATCATCTAGCTCAACAGATT TAATTTGAAATAAGAGAGAGAGAGAGAGGGGGAGAGAGAGAGAGAGAGTCAGAATCTAAT GTTGATCATGGTACCTTAATATGCTGCCGTGTTCGGATGTCCCACAAATGAACGTGACGA TCTAAGCCTCCACTTGCCAAATAGCGTCCATCAGAGCTGACAGCCAAAGCTAAAACATTC TTACTATGTTTTGTTGCTCGACCTTGTGGGTCCTTTGCACCATGTGACTTCAGAGCTTCA TCAGTAGGCCATGCATACTTTTCTGTCTTTCCACTGTCCACGTCCCAGCAAACAATAGTG CCATCTTTAGAAGATGAAAATCCCTTTAAGTCATCCTCAGATAAAGTCACAGCAGTTACG GACTGTCGATGTTTCACTAAAAGGTGAAATCCCTCGGTGGGTTTTTGAATCCTGGAGAAT GAATAATGGTACAACTCAATAACTATCTAAAACAGTAAAACCTATGTCCTTTTTTATTTA ACCACTTGCAAGAATGGAACAATATCTCCTATCATGGTTTTACTGGAACACAACAGCATA CGTACCAATTATTTGATTATCTAGATAGTAGATAATGAAGTAGCAACTTTCAACTCAAAA GAACCTCAGCTATAGCCTATGTGCAAGCACAACACTTCTAACATTAAAACAGAAACAAAG ATGGGCTATTCATGGCGCTTCTACTCAATTTGGTTGACCACTGAAAATAATCAACTGATT CAATTCATTCGCTCAGTGATAATGGAGTCTAGATCAGCTTGTGCATGGGATTCAAACATG GGCCATTTAGTTTAGATTGTAGGACATACAATCTCACTAAAATTAGTATAAATTATACAA TGTTTGGTTGGGATTTAAGGAGGTGAATCTCCACCTAAAAATCAACATTATAACAAGCAA ATGTTTATTTTGTTAAAAAAGTATAACAAATATTTTAGTTATACACTGTACACTAGTAAT ATGTAATATATGAAACTAAACATTCAAAAAGGCATAATCTTTACATTATACATGCCCTAC ATTACAATCCAAACATTTTTATCATTGCATTACTAATCACTCCACATATAACCCCTGCAT AGCTCGTCCCTAAACCAAATGACCTCTAAGTTGTTACTTGCATACATACCTAACCACACC ACCATCCCCTTGGGAACCCAAAAATCCAGCAATTACATGAATTACTAAAATACATCTGGA AGCAATAGCAATTACAGCTATCCAGGCCAGAAAAGAGTAAATCCAGGTAAAATGAAATAA CAATCCATATTTATCACACACCTGGAAGCAATAGCTTTTCTGGAACGACCACTGCCCTCC ATCTGCTCCTTCTGCAACATGTCTACCATCCATGAGTCTCTCATTGCTTCCCTCTCCTCT CTATCATATTCCTCTTCACTCTCTCTTTCTTCCTCTTCCTTCCTCTTCGACTCCCTCATA CTATGCAAAAAAGTCTCCGCCAGCCTTTTTCTCTTCTCAGCTGCCGTCTCCTCCTCCTCT TCCTCTTCTTCATCCTTCCGCTCATTCCTATCCACTCCTTCATCATCAGACCCATAAATG TCCTCTGAATCATCACTGCTCTCTATATCTTCATCATCTCCAAATCTCTTTCGCCTTTTC AAGTCGTTGTCTTCATGGAAAAATGGGTCGCTTTCAATTGAAAATCTCTTCTTACTACCC TTCTGGGTGTTTTGAGCTGAAGCTTTCTTCTTTTTCAGGTTCTTCATGATTCAATTGTGA GCTTAAAGTTCACAACTTTTGCAGAAATATGTTACAATCAGTTGCAAATTTGGACTGATA TTGAAATAAAAGCAAAGGAACAGCAATGTAGTAACTAGGGTTTTAGGACCAGTGAACAAT GGCAGCACACGGAGTTTAGGGTTTAAGGGTAGTAGAAGAAACAGAAAGAGAGAGATGTTA GAAACGGGTAAATGGGCCGTGCGGTTTTGGGTCTCACACTAAGGTATAATGGGCGGAAGT TTTGCAACGGGTCTTCTTTATTGGAGAATTTTCATATATAGCCATTTAAAATGGGCAACT TTCACATATAGCAAATAAAAAATTCATATTTGTATGCTATAGCAAACTTTGCATAATTGC GCTCCATAGCAAACATAAAAACTGTATAATTCGCTATACATATACAAGTGTATAATTCGC TGGCCTATTTCGCTGCAATTGTATAATTCGCTATCCTATTTCACTGCAATTGTATAATGC ACAATTATATAATTCACTACCTATTATCGCTGCAATATTAAGTGTATAGCAAGAAGATAT ATGTTTTTCTCTCGCTTTATACAAAAACAGAAACACAATATATATACTTCTGTTGTTTAA AGCTAGAGAAAATTATATTTCACTGCAATTGTATAATTCGCAATTGTATAATTCGTTGAC CTTTTTCTCTATAATATTTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAACA TGAAGATATATATTTTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAAACAGAA ACAGAATTATACACTTCTGTGTATAAAGCGAGAGAGGCGAGCGAGAATGGAGAGTGGCGA GCGAGATTTCTGGGAGAGAGACGCTGGAAAATTTTAGCTAACGTTTGCTATGGAGCACAA TTAAATCAAACCCTAGCTATTCCATTTATTTTAGTTTATTAGTTTTGCTATTATATACAA TTTTCCCATTTAAAAATAGCTTAATTATTTTTCATAAATATAGTTTGATAATTACAATTT GTAGCTACATGTTATAGGGATGAGAGAGGTGAGCTAGACTGGAAGAGAGAGGAGAGAGGC AAGAGAGGGGGGGGGGGGGAAGAGTGGAGAAAGATGAATTGCATATGTATATCAGCTAGA TAATTGTATATTATATATATATATATATATATTTGTATATTTGGCAAGCAAGAGAGGGAG AGAGAAGAGAGAGGTGAGCAACACTGGGAGAGGGAGGAGAGAGACAAGCGAGAGAGGGCA GAGAGTGGGAGAGAGGTGAATTATATGTGGTATATAATTGTATATTATACATATGCATTT TTATATATAGCAAGCGAGATTGGAAGAGGGAGGAGAGAGGCGAGCGATATTGGGAGAGGA AGGAGAGAGGCGATCAAGAGAGAGCATAGAGCGGGAGAGAGGTGAATTGTATATGTATAT AGGTTAAATAATTGTATATTATACATATGTATTAGTAAATTCTGTCGAATTATACATATA CAAACGTGACTAATTATACAAACTCGAAGTCAGTCCACGTAATTAATGTATGATGTTAAT CGCGAGTGGTAATTTCAGCAAATTATAGTTATGATGAGTAATCAAATAGTACAAGTTTAC TTTGTTGCGTAATTTTCCTGTTTTTTTGGATGCTCTATAATGGAGTTGTTTGAAACTAAA TCCGAAAAAATAATTGAATAAAAAAAATGATTGATTTATTAATATAGGTTATTGATTTAG ATAGTTTGATAAGGGAAGATTATATAATTAAGCTAACATTTAATACTTAATTATGCTACG TGACTATAGTTTTAATTATTAATTATAGAAAATGGTTATTGTTTAAGAAAATTGTTAAAT TGGGCCTACGTTTTTTTAATAGAACGTGTAGTAACCCAATTCCCATTTTACACAAATCTT TCCACTACCTCACTCTCTTCCGCTCTCACTTAATTTTCTCTATTAGTCTCTCGATCCCCA TAAATCTCTCAACTGAATCAATTTTGGATTTTGAAAAAAAAAACTCCCATCAATTTTTAT TTTATTCTTTTTAATTTCTCTCGTAGTTTAATATTTTTTCAATCATAATTTTGATATCAG AAGATATTCTTCATCCATCTTTTCAGACTACATATACCCTTGGGCCTTGAAACTAAAATT TTCCTATATATTTATTTCTTTAAAAATTATTTTTTACGAGTCATTTTCTCTTATTAGTGA AATAAAATTATTTTTTGATTAAAAGTTACCTGATCAGAAATAATATACCCGCCCTATGAG AAAGAGATGGACCTCTATTTTAAATAACAAACACAGATGTTGTTCATTTTAGATGATGGT CACGGAGACAACATAATTAAAAGGAAGCAAATACTTGAATTAATTATTGTGTATACTACA TAAGAAGATCTTAGATCATGTTAATATTCTAATATTTATGTCAACTAATGGGATATCTAT ATAAATTGGCATTGTCGATTCAAGTTATTCGAGCCTTGCTCCTCCACTCAACACTTTTAT AGCTAAAGAAGACAATCACTAAATCATAATAGTTGAAAATAACTAACGGCCACTAATATA TATTATAAAATCACTAATTAACCCAAATGTTCTATGATGATGATCTCTCTTTAAATATAT GCGTTTGTGATTTCTTGTGTTATCATTGTGATAATGGAAGCGAGAAGCTTAGAGATTTGA ATAAGCCTAGCGATTTTTGTTATTGAAGGTTTGGAATGACAATATATACTTTTCTTTTTG GTGTTTAGTTGAATATAGTGCCTACTTCCTATATATGAAAAAATTGGAAGACATTCAAAG CGAAGAATCAAGAGGCTTTCAAAACCTCTAGTAAGCATCAATTATAAACCAAATTCGCTC AATATCGAAAATTCAAACCAACATGAGTATCAATTTATGCTCAGCTTCAAAGTCTAGATA AAACTTAGTATAATTGAAAATGAAAGAAAATACTTCAAACTTAAAGACCATTATCTTTCT CAAACTTAAAATGGTTCCTCAATTTAAGGTTTAATTCAACTCTCTTGAGTTTAACAATGT CACTCCACTAGTTAGTCCACCCCAATGAAAATTTTAATTGATTCTTGCACATGCATCCCT CTTGCAAATAGGGCAAAAGTTCTTGAGTTTGATCCACTCTCTAATACAATCCAAATGGTA TAAATGACCACAGATGATTTGAATGAGTTTTTCCTTATCGTAATAGTCATCCTAAGACAA ACATGACCCATAAAAGGAGAAGGTCAGAACCAAACTTAAATAAGTTTACATACTTGGGGT GGGGTTCTAAAATTAGGTGTCACTTACCAAGCATATGGAGCAACGCTCCTTGCCATCAAG ACATGTTGACTTGGGCAATTGGTATGTATGGACCTTAATGCTTAAATGAAAAGCCAATAA TCTTAATCTAGCAGCAATTTGCGCGTGGAGTTCCAAAATTTCCTAAAATATAAGAAACCC ATGTAACATGATAACATATCCATTAAAAGAAAATTCAAATATCAAACTTTAAATTATTGC GTTTTCAAAGCATTACCTGACCATCGCCTCCAAATCTTTCCTGAAATATTGAAATCATTT AGGAGTAGACTCATTGCCCAACAAAATAGAAAAAACATCTAATATACAAAAAACATACAA GTTCGCAACACTTTTAGAACAATCAACTCACAAGGAAATGAAAAGGATACCAAAGGCATC AAGAAAATGAAAAGAACAATACTTTAATTTCCATTTTCTATGTGAAATGTTTAAATCCAC TAGATTAAAGGGAATTTTGATAAATTTGACAACAATATTAATTTAGGACTAGATGATTAA AAGGTTTACTTTATTTTCTTAAAATACATGTCAAGTCAAACTAGGTCATTCTTTTTTAAG CCAAGGGGGTATCATTTATAGGGAAAATGTTTCCCAACTGAATATACTCATCAAACATTT ATTAGATTTCGAAATATAATTAAGAGTTGAATATTGTTTGAACATCTGACAATTTCTGAA ATATTTACAATTGAAAATAACCCAACCAAGAATTACTGAAAAATAACAATAAATGTTTTC TGAGTGGGTATTTTTTTATATTAGCAACAAATACCTAAATTAAATAAAAGCATACAATTA TGTTTAAAATCAAGTGACAAACACAATTTAATTAGTAAGGCATGAAAAAGATAAACAAAA CAACCTTGGTTAAGTGAAGAAACTTAACTGGAATCACGTTTTGTGTAGGGAATAGAGCAA GATATGTATGATAAAGTCTTTGGTAGGCTGCCCGTTGTTCCTCGATTCCAACAATACTTT CAGTTGTGCCTACATCTCTTGGCACATTGGCAGGGGTTGAATTTCCACTGAAGGTCGAGT TGTCAATGTGAGAATTGTTACTCTCCATTTGAGCTGCAACGAAAAATATTTTGTTGTGTG TTAGACTGATTGGTTGAGATTTTGAAATGTCTTTTGTGGAATGAAAAAACTAAATTGTAC ACAAAGCACATGAAAGTGACACTAGTAGACAATGGTTAGCACATATAAAGAACACTTGTG TCACATAAGAACATCTTTAAAGCAACATGTTGAATGTCTAGTGTATATTATCATCTATAA AGATAATATTGTTACATACTTACTTCTTTTTCACCACCGTATGGAAAGTACTTTCATATT TTACAAGATTTTAAATACATGTAAAGTAGCTGATACTGATAATTAAGTAGTGTTATTTAA TAAACTTAATGGTAACTTATTGGAGCTACTAGAAAGAACATCACTTTCTGTTCTCTCTCT TTTTCACATATATTTTGAATAAATGATTAAAGTACTTCTATGAGAATCGAATGCACCCAA CGGAAAAAAGAGGAATTTAATTGGACATATTAAAGTACTTAGAATTTTGAACCAAATTTC CTTATATCACACTTGAGATTACCTAAGGAAAAATCTATCCATAAAGTGCTCAACCACCCT AAGGCTTCCCCAAACTGCAACAACATATGCACGCGGGACAAATGATACCTCGTTTTAAGC TATACCTACCCCCGCCCAGGGACAACTCAACTTTCAAAAATGAGGAATCCGTCGTAGTCA CCCAAATTTAAAGCCCCCATTAAAAAATATTTTCAAACACATATACATACAGTTTAAAAT CATAGAAAAATTAAAAAAAATAATTAAAAAAAGATAAATTTACATTTAAAAATAAAAAAT TAAAAGTTAGAACTCAGATTTATTTGTCTTTAGGCCACTAATTAGCCCGAGCTGTCAAAC CCCCTCCCCACAACAAAAAATCCCTCTTTTCTATTCAGCAATGATCATTCATCAAATTAA TTCAACATCAAGCCAACTTCCACATAAACAAAATTGCAAAGAGAACAGTCCCACTAAAAA GTTCAGAAGAAATTATAGCTAACAGAGATAGAAAAACTACAAAAAAAAAAAAGGTTCATA TGCATACTAATTGTTAAAATAAGAAAAAGAAATAATTCTCTCTTGCCATAGAGAAGTATC TAGCTTTGAATTTTTATTTTAATTATAAGCTAGTCTTCTTCAAGAAGGAAAGGAGTATCA TTGGTATCTAATTAATCCGAACTAAAAATCAATGATAATCACCCAAAAAAATTATCAATT ACTCAATCAATTTTCCCTTAATTTCAAATTTCGTAGGTTGGCTATATGACTTTCTTCGAA TCTATTTCATTGTATATAAGATCTTCCCCAAACACAAGAAATCCAAATAAACCTCTTGTT CTTAAACTATTTAGAAGGTTCATCATCGTTGGACTAATTTTAAGTGATTTTGTTAAAAGT TTAATGGATAAAAGAATAAGAACAAACTAAAACCAAATCAAATGATACAAAACCTCAACC ACATTCAAAAAAAAATAATACAACTACTAAGAGGAAAAATTTAGGGCAACTTACGAAGAA GAGTTTCACAAAGCGGCGCAGAGAAAATATGTATCTTCAATCAAACAAAATGATAGAGGA AAATGAGGGAGAGAGTAATAAATATTTAATACCACATAAATTACAATAATCTAGACTCAT GAGTAATAATGTTAAAACAACAAATTACAACATCTCTTTTCTTTTTTGGGAGTAAAATAT AAATAATGTATCTTCTATACGAGATAGTAAATGTGCAATTGCATATTTTTCCACTTCAAT TAGACTAAAATAAAAGGCATTATAAATAATTTTAAAAAAATCCACTCAACTAGATCCCAG TTGGCAAGTAAGCATTTTAGCTTTGATAGTGCACATAAAGACACCTCAACTAGTATTTTA ATATAAATTTCTAATGTTTCAATTCATTGATGTATTCTCAAGTCAAGTGAGACTATCTCA AGTTGTTAAGCACGTCCACCATCAATCGGTGTTAGGAAAAATACTATAATATTGATATTG GATAAGATTTACAAAGAACTGAAAAGCTTATCACAAACTCTGTGTCGTGACAAGCCACTG CCTTGAAGTGATTTTGATTGGACTTCGGTGCAAATCGTTGTAGCCGATCACTCCCCAAGA TTCCATTGTTACTCTCAAACACGTACACTCGTGGCTGGAAGTTTGGAGTTTGCCTGTGAC ATACGGGGAGCACCCCTAGACGTAACTGACGTCCTCGTCCTCGTCCTCGAAGAGGACTTA GACAATCCCGTAGCATTCGTCATTACATGTCATAGGTCAAAACACGAAAAAATTAGAACT TTTTACATATGCATAGTGAAGTGTACTTAAACTTTTCACATATCGTATAGGCAGTTTACA TAGACTCCTCTCACAGGAAGCTTATATAGGGTTCTCTTTTAGACAACATAACCAATATAC ATAAGATAGTCTAATAAGATCTTCGTCTCACATAAAACCATCTAAAACGAGTACAATATT GGACTTAGCCATTACAACTTTAGTATGCCATATAGGCTTACAACAATGTATCAAATGATA AAGAAAAGAACAATTTCTTTAGACAAGACGATTACAAAGCTAGAATATGGAAAAGGTAAC ATCCCCGAACATGAGGACCTACCAACCCTTGGTGAAAGAAATCCAAGTCTTCTTCAATCA ATCTTCTAGGAACTCAATGGCCAAAACCTACATAATTGTAAAAAACATAGAAATATGGGT TAGTACAACCACTTGTACTAAGCATGGATATATGCACACAAAACATTTGAAAGCATGCAT GAAAGTGACTATTTCTTTGAAAACATGCTAAGTCATTTAGAAAGTCTTTAGTGCACATAC AAGAGAGAATATACAATATAAGGATCACAATAACATAAAACATGTCCATAACCAAACATA ACATCAATACAAATCCATATCAACATTACATATTCAATATCTCATATTAACATATCATAC AAAATCCTTACCAACAATCCCATCTCAAGCCTACAAGTGCAATGCTCATGCAAAGCCTCA TAACCGCACACAATCAAGTAAACAAGATAGGAGATCATAATTAATGTTTTGCTTCATATA ACATATATAATAGATAGTCATTACCACATATAACAATTTAGACCAACAACATGTTCATCA ATATAGACAACATCATATAAGAGTATCATCACTTAAAGTCAACATTTCATAATACATAAC ATCGTAATGCATAAGACCATCTCCTAGGACTCTCTTTAGAGTTAATTTGTGCAATGTCTA GGTAGATTCTCATACCGCTGCCTATTCTAAGTAAACCCCTCAAGTCATCCTAATCAATGT CTAATCTTCATTTATATTTAGTCATTCCTTTTACTCTCGAGAACAATTTCCTTAACTGAT ATAGACCACTCATGAGCTAAATATGGAATCCGGTGTCATGAAACCCTACATCGAAAGAAG GTGATTTACTTTCCAAGGTAGAATCAAACATGTACATAGCCTCTAGGTGGATCCGCTACC TAGTATTCCTATTGGGGCAACATAGTTCACGAACAAGGAGACGTTGTAGAGACCATCTTT GTGCCATTCGCATTGTAATCTCTATATCATGAGAACACAGTTAACCTACCTTACCTACTT GGGAAGGGACACTTTTCATTACTAGTTCACTCGATGCTAAGCTAAAGTCCCTTTTTTGTT ATGCCTTAAAATCAACCATAATGTAGGTCATATGGACTAACCCCTTGTATAATCAAGTCA TTAGCTTTTCAGGTATAGAATGAGAACTACCTTTCATTTACACCATCATAAGTGAGATCA TCATAATCAATTCACACTCAAACTTGCATGATCATATCCCTATCAAGATCTCACAACCAT CCTATTCATTCCAACCCATAATAATAATCATATCATCTTAGTCTCAATCTAATCTCATAT ACTACTTCAATTGCACATCATCATCAAATACAATCAATCATCATTGAAGTAAAGGATTAA GATTACAAAGTCTTACCACATAACCTTTATAAGCCATCTTAAAGATCTTACCATCAACCC ATCACAGTTGCCCAATAATCCACAATATCACCATTATAATATAGTGAATTAAACAATAAC ATAATCAAATCCATTGACCATAATCATCTACCAATCCAATTCATAACTAGGGTTAGGTAA AATGGTTCATCTATGAATTCTTCAAGAATTATATCTAATCCCCAAAATACACGACAATAG GCAGTCCATGAATGAAATTGAATAGTTAACATAAGTCTAACAATCAATATATTCATCACT TTCCGTCATATCATAAGCAAGATCCAAGAGAAAAATTACAATAATTCAACATCAATTACT GAATAATATACAACTAATAAATCATAGGTAATCACAATTCGTCATAATCAATCATCAATT TCAAGTTTAGAAGAAAACTCATTTGTAGAGAAAAATCGTTGGAATTGGGTGATTTAGATT TCAACTTTGAAAGGACCTATTGGGGAAAGGAATCCCAAGAGTGAAGAACTCATACCTTAA TGAAGCTTTATCCACAAAATTTGATTAAGAACCATGGAGACTTTGTCTCCTTCTTCAAAC TTCTTTTTTCCTTCAATGGAGGATGAATAGAGAGAGAAAGTAGAGAGAGGTGAGAGCTTT TGGGTTTTGATATGAAAATTTTGATTTGAGTGAGTGAATGTGAGGTAATTGAAAATCAAT AAATAATCCTCCCATAAAATACCCAAAGACCCCTCACTTAAGTTGACCATTTAATGAAGT CAAACTTAAATTCTAAATGTAAGATTTTCATCGGGAAATAAGTTCGTATCGCGGAGCTAT TCCTGCAAGATTTTCTAAATTAATTTTCCAAATAATGGAGTCCTCTACGTGTCCGCGATG CGGACCAAGACTTTTGGTCCTTGGTGGACTATGTATGCGACGTGGAATCATTTCATCTCA GTGCAATTTATCGCTGCCTTAGGCGACTTGCTTTGGCCAAGGGTAGGGTCCCTTCGTGGA CCCCTAGGGCGATCCTTGGGGGGTCGAAACTGGACATTTTGACCCTATATACATCATCTT ACCTATTTAAAATGATTGTACACGTTTTATACTTCATTTAATACTTCCAAACCTTCACAA GACCTAAGGACATTTACTAGCTCAATTTGCACTAATTTTCGAATGTCACGACGTTTCTTG ACGTTTTGACTCTAAAACTTCCTAATTGATTTATATACATTATTTAAGTCCTATAAATAG TGTCTCAAGTCTTAGTTAAACATGTGAGGCTCTAGACTACGCCATGGACTTTGGGAGTGT TACATTGCCCTCAAACCAATTGCTAAAAGAATTCTAAGAATAAGATAAGAAGAAGGGAAA ATTTATAAGTACCCCCTAAACTATGACCGAAATCTTAGAGACACATCTTAACTAAACTAA GGTCCTATTGCCCCCATATAATAAAGTGTTTAGTGCACTTTTGGCCAAATATGGGGTTAA ACAACATAAGATGACAACACTGTATCATCCGCAAGCAAGTGATCAAGTCGAGGTATTGAA CCGGGAGATCAAAGAGATATTGGAAAAGACAGTGAATACCAACAAGACAGATTGGGAAAG GAAGTTGCATGATGTTTTGTGGGCATATTGGATAGCTTTCAAGACACCCCTTAGTATGTC TCCATATAAGTTGGTGTTTGGAAAGGCATGTTATATGTCTGTCGAGCTAGAGCATAAGGT TCTTTGAGCACTAAAAAGTTGAGCCTCGGTTAGAGTGAAGCACCAAACCTGCAACTAGAT CAGATTAATGAAATGGAAGAATTCCTTTAAGGGCTTATGAACGGTCTGCACTGTATAAGC AAAGAATGAAGTCATATGATGATAAACACATTGAGAAAAATATTTTCAGTTGTAGTGACT TAGTGATACTTTTCAACTCCAAACTTCATCTATTTCCTGGAAATTGAGATCCAAATGGTC TGGGCCATTTAAGATAACTTAGGTATTTCAGTCGGGTGTGATTGAGCTTGAGAATTACAA ATGTAAGAGGTTCAAATCCAATGTTAGTGAAACAAGACATACTTAGGAATCCCAGGGGAA GTAAAAATAGTGGAGGATTGCAAACTTGATAAAATCTGAGTAATCAAGAAACGTTAAATT ATGCACTTCTTGGGAAGCAACCCATGATTGTAAATATAATAGGTAATTATATTTTAGCAT ATTTTTCATTGTTAATATAGTGTCACTGTATGTTGGTGCGTGTAGGAAAGAGTTGGTCAA AGAACTAAGGATATGGGAGTAAGAAGGTCTTCATGGGTACCCTCACAGGGCGTGGTGCTC TTCACGAGCAAACTCAAGGCCCGTCTTAATCACCAACAGCCTTAGAGGAGCTACTGGAAA TCGCAACAATAGGTTCACGAAAGGGTTTATAGTACGTCAGACCCTATACAAACTGTTTAT CCTCTCACGAACCTCAAGTTAGTTCTCTAACCTAAGAAATGTACATGAGCACTCACACGG ACATGATGCTCTTCACGAGCACCATCACAGTCCGTCATGAGTTAAGTCGGCAATGCTAGT TCTAAACCGATCCAACCATATTTTTAAATATTTGTAAATATTTTGTATAGTCCCTAAAGT GCCAAGGGTCGAATTTCTTCCTTTTTTCTATCACTTGTAACTGTTTACAGTGCTATTAAA CAATTTTTGTAATACCCTGGAAATTAGTAAATTAAACTAGTTCTAGATCTTTATGATTGA GTTGTAGAGTTTGATGTGAGGGTTAGAGTTATAAAATGACTTCCCGAACTTAGAATGAAG GTTTTGGGGGTTAAATGTCAAAGTAAGACTCTTCAAGGACCACTTAAAGGGTCATTGAGA AGGACCATAAAACAACCCCAAAATCTGTCAAAAATCAGCCTTCCACGAAGGGCATCTACT GCCAGTAGATGAACCCATATCCGTGGGAAGGGGTCGTGGGTCAAGGCCAAAGTTTCTACT GTTTTCATAGAGGTGCAATATGGCCCGTAAACCCGCCTACGGTCCGTGGGTCGTGGTTCT CCTGGGTGGGGCTTTTTTTGAGTTTAGTTATTTTAAGTTGGGACTTAGGGGTTAGTTCAT AATTAATTAGGGGGTAAATGAGGTCGGTAAATTAGTTATTAGGCCACCTGTATAAGCTTA ATAGATCCCTAAACTAAGGAAATTAAATCATTCTTCCAAGACCTCAAAACTAACCTAAAT TCTCTCTCTAAAAGAAGAGGAAGAGGAAGAAGAATAAATAGAGTTACATAAATTTTTCAG ATTTACAAACATTAATTTCAGATTTTATACAAATATATACATTTATTGTATATTTTTTTT GTCCAATAGTGCTACATATACAATAAGATTCATTTGTATTTATCAATTTTTTAATATATA ATTTTTTGATACATTTGATTTGTTTAATTTATGAAAATTTTCTAATTGTATAATCTTAGC ATACAGTTAAATGTATGATAATACAAATATAATAATCACTTCATACCAATATAATGTATA TAAATTATATTCTAATACATATACATATTCATTATGATTTTTAGACAACTATACAAAAAT TAATCATCAAAATTATACTTATACAAAATAAATGTGCAATGTATACGTTTCAGTAAACGA AATATGTAACTCATATAAGTCAATATATACAAATATAAATACAAAACAATTGATAATAAA TATTTGTTAGCATGGAGTAACTCTAATAAGATACAATTTCATAATTTATGAGATTATTTT ATTTTTTGTCAATCGAAATTATCGTCTAAATTTATTAATTTTTGAAAAATGAATTGTATA TACTATTAAAATCATGTGAAATATACAAAGGAATATTTTATAGCTACTGAAACTATAACT ATGTAATGTAATTAGGAAAACTATTACTAGAAAGCCTAATTAAGTTTCATATAGTAGCAA TTTGTGAAAATTTCCCTTTTGATAACAATTATGGTTATTATCGGGCTATTAATTCTTAGG GTGTGTTTGTTAGGAAGGAACACATTTTTCAAAACTTTCTTCCAACTTCAAATTATAATT TTTTTGTTGAAAAGATTAATTTTTTTTGTCCCTCCCCCACCCCCACCCTAAAAAAATCAC AACTTAAAATTTTAGAGAAAATAGCTAAATGCCTCCTTCATCTATTAGCCAATTCTCAAC TACACACTTATCATTTACGGTGTACCCCCCATAACTTTTTATTCTTGATATTTTGTGACC CTCAAACGCTTACCTGTCCAAGAAGGTGAATACACCTCTTGTAGGCATGTAAGGGCTCAA CAATAAGACATAAAATGACTAAAATTGAACTAAAGTCCACGTGGCAGTCTCTCATTGGAG ATTATATAATTAATTCATTTTTTATTCTCTCTCTTTCATTATATCACAAAATTGTTATAC ACATTTCATATTTCTTCAAGTTTTTCTCAAAGTCCTTCAAGTGGTGGTCTTCTAAATTTC ATCTCTAGGAACTCTGAATCAGTTTGTAGCTACTGATTTATGCTTAGTTAATCATACATC AATCGTTTATAGCAACAATAACCACCTAACTCATAAGAAACTTCATATATAAAGCTAAAA AATGGAGTAGTTCAAGTTTTTTCTTAAACCCCCCCCCCCCATAATTTCAGCAAAAAAAAA AAGAAAAAAAAAGTCAAACCACAATGAACCGACAATGGTGAATTTGAAATTTCACTTTCT AGTTTCATTCTTACCAAAATTTCACTTCCCATTTGTGAATACCTATTTGTGAATTTTTGT ATTTATTTGAAGGCATTTTATGTAAATTTCAATTTTCAATTTTGATAAAAATAGAAATTT TACATAACATGGAATTATTAAATTATTATTTTTATAATATTTATAATTAACAGTAAAAAA ATTTTAAAAATAAATGTTTGGTGATTCATCGCCTGTGATGCACTGTTTGACATAAAACTG ATTATGACGTTTTAGGGAGGTGATTATTGTTGAAAGAAGCTTGACGACTAATGGAACACA TCGAAGGAACATGTTCATCGAAGCAAGCTGAAGAGTTAGAGTTAAAGTCTACTAACTCTA ACTCGTCAGCCTGCTTTGATGAAGTGTTCCATCAGTCGTCAAGATTCTTTCAACATGAAT ATCTTTATTTTGTTGAGACATTCAAGAATCTCAGAAACTGAGGTGAGTTGTAACGATACA TAAGTGACAAAAGAGTTTTTGGACAAAATCTTTTTTTTGTGAATGTTGAATCAGCCGTTA CAACTTGGAGATCGATGAGTTGAGGAAAATTTTGGAGATTCGATACTTTACAGAGACAAG CGTACTTTATCCCTATATAATTGTTTGAAGATCCTCTCAATTCTTATATGAAATTGTCAG AAAAATAATTAGAATTCTTCTCAAGTTCAATGAAGATCCTCTCAATTTTTATTCAAAATT TTCAAAAAAGAAAAATTGAGATTCAAAATTCTTGTCTCAATTCATCAAAAATCCTTTCAT ATTTTGTTCAAAAATATTGAAAATATTGAAAATTTTGAGAAGAGACATCGTGAATATATT CCCTAGTCTGTATTTGGAAGTGAAGAAACATGAGTAGGAATTTGCAATACTATGCGTTGA TACAACACACAAAAAAACTGTAGAGATTTTGTGTAGTCAAATTTTTGATTTGCGATCTCG AGATGGATATATTACTCATGATACATTGTTGTTTTAAAAATATTTGGTAAATTGTTAAGT ATTGTACCTAATATATTAGAGTAGTAAAAGTTGTCTATAAGGTGTTTGATTTTAGATTGA TAGATTAACGTGTGATAATTATTATGTATCAGATACATGTAGTGTTAATTTGTATAAATG TATTTCATTCTTAGATGAATATTGCTTGTTTGATTTTATATCAAAACATTACTGTGTGAT ATATATTAAATATCAGGTACACACATATAGTGTTAGTTTGTATGAATGTATCATTGTCAG AGAACATATATTTTATGGTAATTTGTATAATGTATCATGACTATTAATATGTATCCGAAT ACGAGTGATACACACTAGTTATTAATTTGTATCAGTTATAATACATTATGGTTTATGTAC CAAGATTATTATTGGTGAACATCAATATACAACAAAAAAATTGATTTATTACTATCTATA TTCTTTTAAAATTAAAAAATGTTGAAGATATATTATAAATCTTGATATATTGTAAATGAT ACATTAGACATTACTTATGTCTCATGTATGTAAGTATTCAACATGAAACTCACTAGTCGA GTATTCATTAATATTAGGGTTATCAGAAATTTCATAATCTATTGTAGCAATAATGTATCA GAAATTCATACCAGTATCAAAGGCTAATTTATGAAACAAGATAACCGACAAGACTATATC TTAATGGTTTAGCATGCCTACTAACCGAAAATTGATAGGTTATTATTAAACTCTACAATC ACTAGTGGCTATGAAATGTCGGTAATTGCATTGTCTAATTACTGTTGAGTTCCTTTAGAT TTATTCGTTTTGTTTCCATTTATTATTTTTTAAATTCTTTTATTATTCTAATATTTTCTA AAAATATACTTTTTGTTTTATCTATATTTTATTTCCTTCTCATTCTCAACATTTATTTCA CGTGATTCCATTCAATTTATGTATTATCTATTTACTTTCTTTTTTCATTATCATGTTTAT GTTAGTATTTTTAAATTAAAGTAGAATTCATTGTTAAATGAGTTTTTAGACGTACATTCT CTTTTTATTTAAAATTTTATTTCATGTACATTTTATTGAGATTTGACATAAGAGTATTTT GTTGAAGTTTTTGTTTTGAATTGGTTTTATTTGTTTTACCAGTATTGACTTAATAGTTTA CATAATTGTAAGTCATTTATTTTTTTAGTTAGGCTTCACAAATTATCCTTTTTTTAAAAA AAATTTAATAGATAATTAACTTATATTATTAAAACTTAATATGACCTTAGATTGCAATTG TGCAATCAAACATGACATTTATAATTACGGCGCAATTATACTAACTATGACAAACAAATA AGTTGGTGTAATTACTAGACTAATAATTACTACTTTAGTAACTACACCAATTCGAAGTAG CAATATCCAAGTGATCTTCCAAATAAACCTTAAAGGGTCGTTTAGTGTACTAGATAAGAA AAAATATTTATTAGATAATTTTTAGTATCACTTAATTTTTGTCTCGTTATAAAGTGGGTT AACTTATCTTAATACTAATAATTTTGACATAGATAAGTTATCCCTACTTGTGGATGGAAT ACTAGTAATGAAATAACTAATTCCGAAATAAAAATGTAAAATATACTCCCTTAAACCATC TTGTATACATTACTTTGACATACATGTATATTGAAATAATTTTTAATATCATTTATAATA ATATTCACAACATTTACTACTCATCAGTGTTTCCAAAAAATATTTTTGGATCGAGTCTCG GGGCGGAGCGTACCAAAAACGCTTCGGGGCGCAAATTGAAGATGTCATAAAGTGTAAGAA TTTGGAGTGTAAGCCCCGAGCAAAAAGTGTAAGTCCTGAGCGTAAAAACACAAGTCTCAT CCGTTTTTTTTCTTTTTTCTTAAATCATATTTTTTAATGTTAGTATAATGATATTTCTCA ATTATAACTTTTTTTTCTTTGCTATTGATTATTAATACCTATCTCAAATGAAATAATTAT TATTCTACATATTATAAGTTATTTAAAAAATATTATTTGTAAAATTATTGAACATTTCAC TTTTGTTTATTTTCTTGTAAAAAGTTATAAAATTGAATATACATGAGGCTACGCACCGTA GATGGACAGTACTTACGTCCTGTGTCTTGAAACTTATGCCTCGCTCCGTACTGCATAAAA CGCCTCACTTCACGCCCCCACCTTTTAAAACACTCCTACTCGTTATTTTATGGTTAATAT TTTTCCACTAAAAAATTACATGATATAAATATAATTTATATTTATGAATATATCATACAT TAATGAATTTATTTGACTAATACTTATGTTTATCTTATATATATTTATTTCTCTTAACTG TTCACTCCGTTACAAATCTTAATTGAAAAGTTTTTTAGTCACTTGTAAATTTTTATTTTA TATATGCGCTTAAACAATGTGACACGAATAATAAAATCCCTTTTACTTTAACAAATTTTA GATGATTTTTTTTAAAAATTAAATAAAATAAATATATATAAGATATAATTACGAGAATAT ACATATAAATATAAAGCTTATAAGAAAAATATAAAAGCTGAATCAAATTAAGAAAGAGTT TTTATAAACAAACAACTAATTCTCAAAAATTATGTGCATATTATTTAAAAATGAAAAATC AAACTATCTATAAAAAATAATCTCCTCACCAATATTTCTGAACAAAATTGTCTTCCTGTT CAAATAAATCATTCAAATACTTTAGGGCTAAAATAATTGGCTATATTGTTTACTCCGAAC TATCGAAGAAGGAAAATTAGGAAATTACGAATTTATCCTCCAGAATGTCTAATTACTCCA AGGCTCACATTTGCCAGTGCTTGAGCCGGCTGTCGACGGCTCGCCGGAGCTCAACGGTGA TGATAATCGGAGAGAGGAGGAAGACCGGCATGAAATTTGTCGGGGGAGATTTGGGCCTGG CCCATGGGCTAATTCAATTGGGCCTTAAGCCCGGTGATGTCGTCGCTATTTCTGCTCTTA ACAGGTACATCAAATGTACAACTTTCATTGCATTAGGTGCTTGTATTGAAGAATCTTTAT TTATGATTAACTCACTTAATATAAAAAGTTCATATATAATTTGTGAGCTCAAAAATTAAA ATTTTATTTTTAGTGATATATTTTCTATAGAAATTAAGTTAGGCATGTTACAGCATTAGT CGTGTTATATTGTGATACCAAAAAATAAATTAACGTGGAGCGAAAATTATTTTTTATTTT AGTGTGAGAGATATTTTGAAAATCTATTTTTTTACATAAAATATTGTAAGGAAAATAATA ATATCTCTTAAAAGGTCATAATTTGTACATTCTAAAACTAAACTTTTTACACATGAAAGC GTAATCAATAAACTCCGAACTAAAATAAAGCTTATTAATTTAGTAATTCAATAATAATTT TATTTTTTTTATACTGAATTATTTGCTATAAATGATTTTCCTTTTTTTTTAAACGGGTTA ACGGATAACCCAATAGTAAGTTAATAAATTATATTTATACAACTTGATATATTTTAGGTC AGAGTTTAGTTTCATACTTTAACATGAATAGCTGAGCAGATTGATCGTTTACTTTTTTCT AACAGGTATACATTATCATACATATGATATATATATATATATATATATATATATATAAAA TAATTTTAACCATGTATAGAGCGTAATTTTTTGCCGAATCAGCCTTGTCACAGTCTGCGC TGCTCTTATGTACTTAAACAATGACAATAATAGAGATAAACCAACATATTACGTAATTAT AATGACCAAAGATGACGATTTCATTTGGAAAAAGACACTTGATATTGAAAAAATTGTTTT CTAATAATATGGCCGGTGGAAAAGTAACATAGGCAACTACTCTGTAGTTGCTTAGAAAAA ATTAAACTTGATAATACTGTTTTTTTGTTCTATATAAGGCTATTATATAGTGAACAATTT CATATTCTATAGTTCTAATTTATATCCACAAAGTGAAAGAATTATGATGATGATGCAAGA TGTTTGGAATCAGTTAGGTCCAGCCATTGCAACAATCATGTTTGCCTGGACCATGTACCA GAACTATTTCCCTCATGAACTTCGTGGCCATATTCGAAGGTATACCGATAAACTTGTGAG CTATATCTATCCTTATATACATATTACATTTCATGAATATGAAACTGATGGTTGGTTTGA GCGTAGTAAAGCTTATGAAGCTATCGAAAGGTATTTAAGTAAGAACTCTAGTATACAAGC TAAGCGTCTAAAAGCTAATGTAGTTAAAGATGGTCAATCTCTTGTTCTGTCGATGGATGA TCATGAGGAGGTAACCGATGATTATGAAGGGGCGAAGGTTTGGTGGATATCTAGCCAAAA AGAAGCTATTAGACCGACAATTGCTTGGTACCCGAGGGATGATGAGAATAGGTATTTCAA GCTTAAGTTTCATAGGAAAAATCGCGATCTTATAACCATTTTGTACTTGAAATATGTGTT GGATGAAGGGAAGGCGATTTCTGTTAGAGAAAGGCAGAGGAAATTGTACACGAATAATAA GGGATCGGATGGTGGATTTGGTGGTTATAACAGGAGAATGTGGAGTCAAGTAGTGTTTGA ACATCCGTCAACGTTTAATACTTTAGCTATGGAGCCAAACAAGAAACAAGAGATTAAGGA TGATCTCGAGACGTTTTCTAAGTCAAAGGACTACTATGCTAAGATTGGTAAGGCGTGGAA GCGTGGTTATCTTCTTTATGGTCCTCCAGGAACAGGTAAGTCTAGCATGATTGCTGCTAT GGCTAACTTCTTGCAATATGATGTGTATGATCTCGAATTGACAGCTGTTAAGGATAACAC AGAGCTAAGAAAGTTATTGATTGATACTACTAGTAAGTCTATCATTGTGATTGAAGACAT CGATTGCTCCCTTGATCTTACTGGCCAAAGGAAGCCGAAGAAGGAGAAGGAGAAGGACGA GAAAGTTGAGAAAGACATCATCAAGGAGGAGTTGAAAAAAGCAGGAGAGGAGAAAAAGCA AAGTGAGGTAACTTTATCTGGGCTTTTGAACTTTATTGATGGATTGTGGTCAGCTATTGG TGGTGAAAGGCTTATTGTTTTCACAACTAATTTTGTCGAAAAGCTTGATCCTGCTTTAAT TCGGAGGGGGAGAATGGACAAACACATTGAGCTATCATACTGTTGTTTTGAGTCCTTCAA GGTGCTTGCTAATAATTATCTAGACGTTACGTCTCATGATGATTACTTTCCTGAGATTCA TCGTTTATTAGGGGAAACTAATATAACTCCAGCTGATGTTGCTGAGAGTTTGATGCCCAA GTCTTCTAAGGAAAATGCAGATACTTGCTTGGAGAGGTTAGTTAAAGCTATTGAAACAGC AAAGGTGGAAGCAAAATTGAAGGCTGAGGAAGAAAAGGCAGAGAAGGAGAAGGAAGAGAA CGAGAACGAAAAGAAAAAGAAAGAAGCAGCAGCTGCTGCAGAAGACGCGAAAAGGGCTGA TGATGTGAACGAAAATGGGACGTCGATGGAGACTAAGGAAAAGCCAGAAAGTGATGGTGC TAAGGAAAATTGCAAGTCTGAGATAGTAATGGACTAATGATGATGTTAGTAAAGGGTTAG TAAAGTTTGATCATGGAAATATTTGATCAATTAGGTGTTGCCCATAGAACCAGGATTCAG ATATTTTGAATAATTTTGTTGTTGAACATTGTTGATTTTGTTATTCAAGAGATACTATGA TGATGTAGGAAGTGGTTGTTGCATAATACATAGTGTAGTATCTTATCTTTTTGTGTAACA AAATATTTACATCTTAGTAACTTGGTGATATATGTCAATTTCCTCTTATATTCTGAAGTT ATTTTCACAACTTCTAGTGCACGTGCATTGCACATGTATGATGAGTCGTGTAATATTGAT CCAGAATTTCTATTAAGGGGTTTCGAAAAAAACAGAACAACTTATGTGCACGTGCACTGC ACACATGGTATGGTGAGTCGTGTAATCAATGGTGTGTCTAAAATTTGATCTTGTAATCTC ATGGTAAGTTTTGAAACCCTCAACCATTAAGCCAATCTTTAATCTTATTACATTTAGAAG GTTCAAATCAATATATAAATGTATAAAAGGTATAAATACAACACAATTTTTTATCAAGAT GAGCATTATCTAGGTCCGCCCGTGCGTGTAATAATAATACAAAATTCATTGAGAGAAAGG ACTCATCATCAACGAGGAAGGCATAAATCTATATTTAAATTCTTGATAAGAAAAATAAGT GATTTTCTAAATTTATTTTTTCATGTTTGATTAGTAAGTACGGTTCCAAACTCTTGTCCA AACACAAGAGCCCAATGAATTTGGTCTATGTTTAATTCAAAGTCGAGTCATCATAATTTA GGATCGAGTTGGACATTAGATTTCGAATTAGATTGAGGCTAGAGTCGAGTCGCCAATAAA AAAAAAGAAAAATATTGTGGGGTAACACTCTTACGAAACACACCCTATATAGGTGCCACG TGAGGCAATAAATATGACCAGCACATTCTCAGCATCTCTTTGGCACAAACATAACTTCAA ACATTTCGCAGGCATTTGATTGCATGTGATTCCATGGAAAATTCAAAATCAGTGAACAAG GAGGACGTGATTCCTGAAGAAGCGAAGGTGAAATTGAAGAAATTGGCGTCAGAATGGGAC GATATAGTGGATCCGAATGCATTAGATGTGTTCAGATTGAAGGGCGCGATGACGAACGAG GTGTATCAAATCAAATGGCCCAGTAAGAACCCGGAAAAGCAACGATCTAGGAAGGTGTTG GTGAGGATCTATGGGAAAGGTGTTGATGTGTTCTTTGATCGGCAGAATGAAATTAAGATT TTTGAGTTTATGTCTAAGCAAGGCCAAGGACCTCGCTTGCTTGGTCGATTTCAGAGTGGT CGTATTGAGGAATTCATTCGAGCTCGGGTTAGTTTTTTTTCTTTCTATTTGAAAACAACA TTTTTCTTGGACCTGAAGTTTACATATGGATTTTTACAATTTTAGTGATCTGCATGGATG TGTAAAAATGCATTTTAGCTGAGATTCTCGTTCGATTATCATTAGTTTAACATGGAACCG GGATGTCCAGGCCATTTTTGGTACATCTGACTAATTCCACTGAATACATGCCACCTCCCT ACTACAGATGGTTCTATGTAACTCTATCCACCAAGTTATCCACCAAGTCTAGGAAGAAAT CACTAGTGTTTTTGGTACATCTGACTAATTGCACGGGGTACATGCCACCTCCCAACGACA GGTGATTCTAGGTAACTCTGACCACCAAGTCTAGGATAGATACAAAGAAATCGCTAGTGT TTTTGGCACATTTGACTAATTCCACGAGCTACGTGCCACCTCCCAAGTCCAACTACAGGT GGTTTTACTTAACCCTGTCTACCAAGTCTAGGACATATAGGAAGAGATCGCTAGTGTTTT TGGCACATCTGACTAATTGCACGGGGTACATGCCACCTCCCAACTACTGGTGATCCTAGG TAACTCTGACCACCAAGTCTAGGATAGATACGGAGAAATCACTAGTGTTTTTGGAACATT TGACTAATTCCATGAGGTACATGCCACTTCCCAAGTCCAACTACAGGTGGTTCTACGTAA CCCTGTCGACCAAGTCTAGGACATATAGGAAGAGATCACTAGTGATTTTGTCTTTGTTGG AATTCGAACATGAGACCTCATGGTCCTCAAACCACTGCATTGACCAATAGGCCCCATACT CTTGGGTGCTAACATGTATTATTTTAGGATGGATGGAGTATCTGATGGTGATCATCATCA TCCTTGTGAATATTTTGTTTCTTTTTTTCCAGCCTGCTGTTGCTATTGTTTCTGTTTTTG TTATGACTGCTACAAGAATGGCGTATGATGCTTTTTAGCTGATACTTTGTGATTAAGAAG TGATTTTTCTGGCATGCACTGCTGGGTACAATTTGATAATATGGTATACAGTATAATCCT CAATATTGTATATATGCTTTTGTTTTCTCGCTGTTACTCCACTTTCCAGTTAAAAACAAA GAACCCATTTTGGATGTAAATGTAAGGTCTAATGCCCAAAAATAGACCATAGTATGATTT GATCATGTTTGACATATGTTCTTGCTTGATGACTCTATGAGGCGGAGGGGCAGCATAATA ACCTTTGGCGGTTGGCCTATCAGTGTGATGTTGTTAACTTTGTTACTCAAGTGCAATCAT AGTTATTTGAGGCACAAGATTTTAGGTTTTAGTTAGAGTTTAATACTCCCTGTATCTAAA AAGTTTAGAAGTATCTAATTCGGTCATCATTTTCTTCTCCATTCCTCTAGTTGGCAATGT CAGATGCTAACAATTTACATGTAAATGAGGGAGAATTTAGGGGTTAAGTTTCACTGGTAC TCTATATTCATCCTTCCCTTCTCTGTGCTGTGTAATTTTTTCCTGTTGTTTATATACATC CGTGTACATAAACATTTGTGCAACAGAAAATTTAATAGGATTTCTCTCTTGGTATTTAGA ATTTTAAAATTTTGACAAGATTCTGATAGTTTTCGTTGATCTGATAGTATCTCTAGGATG ATGCTTTGCTAGATCCTGATATCCTCATCTAGGATCCAGAAGAATAATCACCTAGATGAC CAGCTTAATCAACTGGTTAATTTCATAAATTTCTGTAGTATGCTTACCTTGATCCGAATT TGAAGCAAGTTTCTTAAATGATAATTTTTCTGGGCCTTCACAAGTGATTTTGTTTCAATA CCACCTCTTCTCAAAGACTACATAAATTTCTTTTCCCTTTACTGAAAGGAATATATACCC GTTTGCTGTTTCTGCATAATATTTCGAAAGAATGATTGGTTTGGTAAAAATTTAGATCAA GTAATAGCTGCCAATACATAATTAACCTTTGTTATTCATATAATTCTTGTTTGGTATAAG CTGAACTAATAGGTCTAACCAAACATAATAATCTCGTCTTTCTTGCCCATTATCCTAAAA AACCAGCAAAGGGGTTCCTTAATCCATCTCCCCCACTACTGGTTACTGCTGTCTCCATGT TTCATGTCCATCAATAAACTTATTAGCACAGGATAAAGAAGAAATTAAAGGTGAAATTAC TGCCGTGATTAATTGAAAGACATGTAAGAATTTTGAAGGAAGAAAATCGAAACAGATGAA CAAGTTGGGACGCATAAAAAGTATTTCTGTTGAGATGAAGGATGTATATGTGATGTGGGG CAAGGGCAGCCTTTTCAGGTCACAACCAAGTGACCTTATGCTGCCTGGGGAAAGCTACAG GGTTTGAGGATACCAGGAGAGGGGTTGCGTAAATTCTGAATGATATGAGAAGCGATCTAG ATTAACAGTTAAATGCATAATATCCACTTATATGTTAAGCTTATTAAACTAAGAACTCCA AGCTTTCTGTTAGCTTATCCGCCTCTCCTTAGAAAAAACAATTAATTTGGGGTTTTGAGC CCTCTCCTAGTGGTTTCTTATATGATGCATTCAAGTTAACCCACTATTTGGTTTTGTTTA TTGGTGAAGTTCTGATCCGCCACCTCTGGATAATCTTGATGTGACTGGCTGGCTTAGATG CTCAAAGACTTATGTTTCATGTTAGTTCATAGTAATACTTTGACAAAAGCATCTGGCCTC CCTTTGCCAAACCTAATTATTATGAAGCCAAGCAGATTTAGATTCTTCAGAGCTCATGAT CACCATATTGCAGTTTCTTTGTAAGAGCTCCTGGGATCGTCAAAGTTTGCCTGGTTCCTC TAGGATTGCCTAATTTTCCTAGGTTTATCTCATGCTTGATTGACACTATTCTTAACCTAC CTCTAATCTATTATTATCTGTGATGCTGTTGTAATTACTGATACTTCAGGAGAATGGGCA CATTCATTAAATGTAATGCAATCTCCATGATTGGTATTTCAGACATTATCAGCTCCTGAT CTGCGTGATCCAGAGATATCTTCCTTGATAGCTGCCAAAATGAGAGAATTTCATGTGCTT GATATGCCTGGTCCTAAGACCGTCATCCTCTGGGATAGACTGCAGTATGCTCTTCTTTTT ACTGTATATATGATAAATAAAAACTGCTAAATTATGTTTATCTTATACCAAAATGTCTAA ATAACCTTTTGTTCTCGTATTGCTCTAGAAATTGGCTTAATGTAGCCAAAGGTCTGGCTT CTACTGAAGAAGCTAAGGACTTTAAGTTGGACCTTCTAAAAGATGAGATTGTATTGTTGG AAAAGAATCTTGCTGGCAATCATCTAAGCACGGGATGCTGCCACAACGACTTGCAGTATG GGAACATAATGATGGATGAAGAGACAAGATCAATAACCTTTATTGTAAGTACTAAGTTTT TTATTCATCAATGTTCAGATGAAAAACTAAGAGGACAAATACAATTTACTAAATGAGATG CATATCTCACTAAATTTTAGCTATAGCAGTGTCTGCATGTGGTGATTACATCTAAATCTA ATTTGGGCTTCCATGATCAATAACTAGGCAGTGCTTTATCCTGACATGTTTGCTGCAGGA TGTAGGTGGGTCCTGGTTCAAAAACTTCTTCAAGCTCTTACTTATTTAGGAGCTGCACTT TTGTTTCTCGCCTTTGTATTTTGTTTCAGTTATTGATCATCCACTTGATAAGGAGCAAAA GGATAAGATAAATATTTGAAAAACCTAAACATTTCAAGAAAAATTGACGGACTTTTCAAT GATAAGTTCTGTTTCCTGCTAGGTTGGCAATTGCCTAATTTCTGCAAATAATTCTTGCTG TTCATACAGTTATTATTTGGACTTAATTTCTGGTATTTTCTTTAATCTTTCCTATTAACA GGACTATGAATATGCTGGTTACAACCATGTTGCATTTGATATAGCAAATCATTTTTGTGA AATGGTTGCTGACTACCATACAGAAACACCTCATATTATGGACTTCAGAAAGTATCCTGG TGAGTCAGTCACTAGTAAATCATCTTAAGCAAATCTGTTTTGTTGATCTGATTCCCTGAA ATGGCACGAGCAAGTACTTCCTGGATATTTATGTTAAATCTAATTAAACCCCTTACAACA TGTGGCAGGTCTGGAGGAGCGTAAAAGATTTTTGAGTACATATCTTTTTAGTTCAGGTAG ATGAATACTTGCATCTTCTATGATTTATCATATGTGGAACCATTCATATTTCATGATGGT GCTTTCTTAAGCTCATATCTGTATACCAAGAGTAGTAACAACTATATAAATTTAGTTAAT CTCTAGATTTCGATCATTATTTATCTTTATTTCATTACGAATCTCAGATGTATTGGTCTG GTAAACAGGTCGCTCTCCCAGTGAACCGGAACTGGAGAAATTAGTTCAAGAAGTGGAGAA GTATACTCTTGCCAGTCATCTTTTTTGGGGTCTATGGGGAATAATATCGGTACTTCTCCT GACCTTATATATTCTGTCATGATAAGAGTAGTTATGAGCTGCGTACACAAAAAGAACAGT GAATAGTCTAAGTAGGAACTTGGAACTACCTAGTCTTTAACTGTAGAAAACTTTATATTG AAAGTCCGTCAACAATTAATAGATACATGGTTTGCCGCATTTTGTGCCCAAGCCATAACA GATTTGGCTCTTTTTCTACCTTTTTTGCCTTCGACAACAATGTTGTTATTGAGCTGCATA GGCCTTTCTTAACATCCTTCATTTCCTCCCCTTTTTCAGCATCATGTCAATAAGATAGAC TTCGATTACTTGGGGTATGCTAGGCAGAGGTTCCAGCCATATTGGTCGAAGAAATCTGAG CTATTGGGATCATCAGGTTCCAAGAAAGGTACTTCAATTATTTTGTTCAATTCCTTTTCC TTAAACAAGTCTATTTGAAGTTTTGAGTTTGGGGTTTCTTAACTGAGCACTTTGGCCTTG CAGGTTAATATGAAAGCAATGACTTCTTGATCCATTTGTTTGATTTACAGAGTAGTAGTA GTTGTTATCCGTTGGGGTTTTGCTTCAACAAGTACTTTTTTTTAAACTTCCGAAAACCGA GAGTCTTGATGGAATTTTTCTGGTGATGAAGTTTATTATCTAAATCTAGGATTAGATCAT CAAGTGTATTAGCATTTCTGTCAATTTTGCCTCCTTTTCTTGTGTAAATCTCTACAGAGG TGCTGGTTTTATTTTTGTTTTTACCTGAAATAATGCAGATGCAAGTCTATTTGTTTATTT GAAAGATCATACAGTGAAAGTAAATAAAGATCTAATGGTTTTTTCTTGGATGAAATTTGT TACAGATAGTAACTAATTGGAGATTTAGCGTTGCACAGTAACTTTTAGTCAGTTCAAATA TTATATTCCCTTTCATCTTTTCTGGAAATATTATATTTTACATCAGCAAATTATGATCAA AATTAACTAAGTAGATCCTTGAACCTCCAGTTCTTGACTGGATAGGATCAGTTTGGGTAT GTAGAGTTTCATTAGAATTTACGGTTCTAACCTTGCAAAATAATAAATATAATTTGCCTA GCAAAATAATAATAATTTGCGGTTCAACCTTGCGAAATAATAAAGATGAATGGTGCTATA TCGCTTTGGTGTCCTACCATGAGATTTATATCGCGAGGTGTTAAGATAAAAATGTTAAAT CAATATTGGTATCTTAATTGTGCCCTCACTGAGATGACATTATCTCAATGATGTCCTCAC TAAGATTTGAAACACTTTAGATACATGTTCTGAAAGTGAGGCTTAGTTTGAAGCAGATTT CAATGTCATAACTTTTGTCTTCCTTGCTCGCTCTGTTTTTATTATTGAAAATTTAGATTT ATATATACTTCTACTTTTGCCTTCCTTGCTCGCTTTGTTTTTATTATTGAAAATTTAGAT TTATATATACTCTGCATATGCTTCTTGTGTGTTTGTTGGAGTTCAATGTGTAACTAAAAA CAGTTACAATTATTACGTTAATTTCCAAACAAGTAAGGTTAACTAGTATGAATCTTCGCA TATCATATCGCTCTATTTAATCTCATCTAAGATTCATATACGTAAACACGATATAGTCCT AACTCCCAACAAAAGCAAAGTATCGGTGGATACTGCGCTCACACCTCTATCCTTCTCCAC TTAAATATCAGGCTCACACCTGCAACCTAAGTCACAAATCCTCCGCCTTTTACCACTCGA GCTAGGCCTCGAGGCATGAAGTAATGTTCATGTATTGAATGACGAGTAAACCAAAAATAA TAAATACGTCTCAGTCTCAAATAAGACGATATCAGTTATCATGACACTAGGAATACCAAC ATTGGGTCTATTTAGAATGAAACTATAACAGAAAAAAGAACAAGGAAACATTTTTAACAA CATAACAACTTATTTCAGGAAATTGAGATTTTTCCTTTTAAACTTTTTTTTTCCTCTGTA ACTAAAACTTAAAAAACTTTTTTTTTTCTAGTTATATCAAAAGAAAGTAATATTCATTTG TTCTTTTGCAGCCTATTCAAAAGCAAAAAACTTTTACTTCTATATATCATGAGCAACCGC GTAACTAACATCTCCTACGCGGCGCTCAACCCTTCCCCCTCCCTCCTCCTTATGTTAATA TTTTCAAAAGAATTAAGCTGATGAAGACAGCCTAACTAAGACCAAAGAATGAGAGATCCC AAAAACTTACACTTTCCTCAGGATCTCTTGACTCAATGTTGCAAATGCTATTCTCCACTC AGGGCTCGTCGATCCACTGCACAAGATCTTGTGCATTATTCTCAGTTCTTCTGGATCTGC TTTATTCAGAAGCCTCCTAAGTACTAATTGTAACTCGGTGTTAGATGAACTATAGTTAGC ATGTTCCTCCTCAGTAGCCACCTTGGTTCCCGAACACTGACCTCTTTCCATCACAGCAGA TCTTGCCATGTCAACAGTACTCTCCGATGAACCTGAAGGCCCTTTGACAGTTACACACTC GTCCTTGAGTTTTAGCTTGTTTTTCCAGTACTCCAGACATTGATAGTTTGTATCAAGAGC TTCAATGGACTGTATACACCAGAGTTAGCACAATGTAAGAATAATTCACTTGGAAGGAAG TGTTTTACTTATTGAAAGAGTCAGAAATAAGAAAGCTGCATAAGAAGAGAGTCTTCTCAA CAACGAAGAATGGATCCTAGGTTTCAAATAAGAAATGTGCGTAAGAATGTAAAACTTAAG TTGATGACAATAAGGTGATTCCGCTAATAAACCAATTACAAGATCACAAGATAGAAACCT ATTGTCCTTAGTGGGATCCATTTTTTCTGGAAATGTCGCATTAATCCAAAATCGCAGGTC AGATTATTCGTTGGTCAAACTAAAGCCAGTAAATCACAAACTTGAAAGAGCAAAATCATG CACACAGCAACATAATATAGGTATACCTGAACTATCGGTGGGGAGAGTAACCCAAACATT CCGAGACCGTTGATGCATTCTGTGTCAGGTTGCAATGGTGGCAAATCTTGCCTTCCTGGA TTTAACTTCGTTGCTAGTTCTTCAAAGACTCTATGCGAGATCATTTCCCAGCATTTCTGC GCTGATGAACTCACTAAGTTCGTATCTGGACACTCTTCTAAGCTAACCTGAAATCAGAAA CTCCAAGTAGACAATAATTAGCATCCAGCAAATTCATAGAAACTAGAATCAAGTAGACAA TCGTCATTTGCAAGGCCACTAACGAAAATTAAAAGGCAGAAGGCAAGGCGACAGCCACAA TAATAAAATTTAAAAGCAGCACAATTGCAAATAGTTCGTGCATAACAGGCCTAAAGGTTC TTTTGTATGAGCTCATAAACATGAAAAATTATTAACGAGAAGACTTAGAAAGGGTTAGTG GTGGACTAAGTTTTGGAGATCAAGTGCTAGATTCTTAGCTGCGACAAATAAAGTAAATGT ACCTCCTCTGCACACAAAATAATATGAATTTTTCCTTACACAAACCCCTATGCAAAAATA ATGAGAATAACTCACATATTTTTCTTCCAAGTACTAGCATAAAATAACAGTAATCCTCAT TATCCATTTTTTTTCTCAACTCGCATATTTTATCGGGCAAAGTTATGAATAACATCTTAC CTTGAATAGAGGTCCAATGAGCCCACCATTCAGGATCTCGCATATATAGCTACTAGTTAT CTCAGGACTGCTGGCATCGAAGAACTTAACACGACTTCTAAATCCTGTTAAAGAGCATCA ACATTGAAATATACAGTGAGACCATTGCAATTTGAATAAAATGTTGCATCAAATGAAAAT TTCTTAGTATGAAAAGTATATTCAACAAACCTATGGGGAATATTGCCTGCTTACTGCACC AAAGCTTTCCTGAGGCGATTGACCCTAACTTTAGAGGGTCAACATGGTACAAAAGCGTTC GTTCTGAAACCTTGGTGCTCAGGGGATCTATTTCTGAGTCAAATGTTCCGTTTTGTTGAA CACTAGGAGAACCCCTGGAAAGATCAACCCCAAATAACTTCTTGCCACTACTGTGATTCG AAGCATACGAGGTGGTTGCATCATCAGAGCATGAGCTGCACTGCTTCTTTGGATTATGAG TTTGTTCTCTCAACAAACCTGATAAGCTATCATTTTTCATCGAGGGATCCGTTTCAAATC CATCCCTCTCTGAATCCTGCTTCACAGAGTTATGCTGCCTCCTATTTAAAGAAAAATTAT CAGGATCCTTGGAAGTCCATTGTTCAATGGCATCCAATTTCCCCTCCAATGCTTGTACCA GTGTGTTCAGTTCATCCCTGTTGTAACGGACGAGAACAGTCTTGTTCTCTGGTTCGCAGG AGCACATTAGATTGGAGTGTTTAAGGCATGAAAACTGTCCCGGGGAACATTGGCATTTAA CTGCGGACAGATGCAGGTCGTAAAAGCAGGAAAAGCATTCCTGCTCATCTTTCAAGCCAA AATCTTTGTCCATTGTCTGAAGTTGTACAAGCGGTAAAAGACGCTTCAGTCTTTCCTCCT CCATTTCAATTCTTCCCTATAAGTAAGAAGAAAAACAAATTACTAAAACAATATGAGCTT CTTTTTCACTTCTAAGTATATGAAATTTTTGTAATATTGCATCCATACATCCTTAAGTAT TTAATTCTATGATAAGAAATCAATATTTAACACACCTTGCTGACTGGTCAGTTCTTATTC CTTTAAGATGGCACTCTTAAAGTCGAGGGTACTTAATCATATTCTAACATGTGTTGTTTT TTTAAGGGATGTGCCCACAATTACCAAAAAAATCGCATTGAAGTGATTGAAGTTATTATT CTACTTGTAAAATAAACAAAACAGTTACCACAGTTCTACCTCTCCTTTCTTATCCTATGT TATTGTTGGTAAGTGTCAAAAGCGGAGGTGAATTCTGTACTTCAACCCAAACAAAATTTC ATTTTGATAAAGAACTCAAATACAAGTTTACTTGTACCTGATAATGGAAAGTATAATCTT TTTTGCTCGGAGGACAACAGAAAATTTCAAATGAAAACTAAAAGTACATCTAAGGGAGTT TATGCTGTACATACTTGGACCGGGAGGGCAGAACCTTACAACACCTTAGTAAAAATTATC CCTAAAGTGTGAAGATACCTAATCTATGGAGTCAAACCACAATGACAGATGAATTCAAAT GCACAACCATATGTTTTGACAGACGTATTCAGAAATTTACCTTTATAGCTTTAGTAAGCA TGCCGTCCTTCCCACAGAAACTTCTCCATCTCAAGTTTATACTGTTAATATTCTCAACAG CTGAGAGCTCCCACAGTGCTCGGATGGCTTCACTAGCTGCTCCTATAAGCAACTTATCAT GTGAAAGCGAGGTTTTACGACATTGCTTACTGTAGAGCTCCACAGCAGTTAGTCCATGCT CTAACCAATCAACAGGGCCTAGATTAACAGCCTCTGCGCAGTTGAACCCACAGTTAAATC CAGAATGATAGGCTCTTGGGAACGTGAGCACAAACTCCCCTGCGTTCTGAACAGCGCGGT ACACTGGTACACCCTCTGACTTCAAAACTGAAGGAGACAACTGAGTCACCTGAAAGAGAG AATAATAAGTTTGACAGGAGCATGGACGCAAATTATACCATTCAAACAATCAAGAAATTG CCAATGCACTGGAAATAGATTAGTGGACTGAAGGGAGACGGATTAACACAAGAAAAGAAT ATTGATGGCCATTGGTACAATTTACAGTTAAAATTATCAGAATAGAATGTCAGGTGTTTC ACATGTGATGAGCCAAAAATTATGTTACAATATTCACATTGGTAAGTTGATGAGCAGACT TGAAAATTAGGTGAAGTTTATTGATAAGGAAAAGGGACTTGTAAGTTGAAAACAGTAACT CGTAACCAGATGAGGTTGATAAACAGAAAAAGGAGCTTGCACAGCTTATCATTGCCCGAT TTAGTTGACTAGAACCTATAAAAGTCTATGTAGATGTGATTATTTCTCAAATACAATAAG GATGAGTAGTGCTTGATCAAGATTTAACTTGTATACTTACTAGTTCGTGAAGCAAATCAG GTTGTTCCTCAAACAGATCTGGCAAATGCTTTCTCATTGCATCCTCCAGGGCTGCAGCAT GACTTCCTGGCACTCCATACCAAATCTTCGGTTCACCCCAATGCATATAATTCAGAGAAT AAAGATGGTGGTCCTCAACATGCTTTAAGAAATCAGATTAAAGGATTTAAGTATATAGCA AATATAAAGCAAATAACTTGATCTAATAATAATGAAAGAAACCAAGAAAAGAAAGAGAAA GAAAGGGGGGGAAAGAAAGATAGACCTATGACCCAAGATGTTCCCTCAAAAAATAGCCGT CAGTAACAATAAATACTTGGAGACAAAGGATCAATACTATTTAGGTTTATATGTATAGGA TGCAACAAAGGAAGAACTCATAAATGCACAGAGTTTGCTATCTTCGATAAGTTCAATTGG TCAACTATGCATTAAGATTAAGCTGAATGCTTAAATAAAAAAGTTTTCATGACATACCCA ACAAAATGATGAGAAGCACATTCCAATATACAGCCATGGGACTAGAACTCCTGAGATATT GTTCTCCTCAAAGCACAATACAGAACACGGCAGGCGCGGTAAGTTGTTTAAGTTCCAACC AGAAGTCGCATACTGATCTAAAGTACTAGATTTTGGAGATGAAGATTCAAGAGGGAATCC ACTGCCAAATACTCCAGTTTCCAGATCAGCTCCATATAACACCTATTCATCAGAGGAAGG CCAAACATTTAGTCTTATCCAACCAGTGAGCATGTAATAGATATATCAAAAGACAAAGTA AATATCAAACTAGATTTCCTTACCTCAACTTCATCTGTTGGATTCTCAACGATGCGCCAA TACTCACCTTCAATTTCTTCAATGGAGGGTTTCCAAACCTCAGTATCCTTCATCCTAAAA TATAACTCTTTAAAATCTTTGGAAAATGTCTGAAATTCCTCAAATGTGAAGTCAGATCCT GACTGAAACCCAAACTTGTCATCACTACTGTCTGAATGAGTATTTGATTCAGAACCTAGA GATCTAGGTTGTCTCCTTGTTGATCCTGTCTTTGAGTGCAATCGTCTTTTCCTCTTCCTG GTTTTTTTCTTTTTCATGGGCTCCCTATTCTGAAGTAAATCAACTTGCTGGATTCGAGTC GAGAACTTAGCACATTCCCACACATTCTTCTCTCTAAGTGGACAGGGTGGACTCCAAGAA GCAGGTGGTATAATCTTGCATATACCATATTTCTGTGCGTTGTGGCGAATGCTTGCAATA TAACCAAGTGGATCTTTGAACTCCTATAATTTAACCACAGGATGAGCTTAACCACTGGCT TTATGCAATCAAAAGAGAATATAATAACTCTTTAATGTGACAATTACCTCATCATTTGGA TAGTACACGGGAGCTTCCTCTAAGATGGGCCTACGTGCTTCACCAGGACTCCATATTGCT GATTCCTGTTCCAGAACAAGAAAGCACTGTTTATGTAGAGAGAGAGAGAGAGATCATTTG ACTGCCAGGATAAGGGTGAAATAAACTATTGAAAACTTACCACTTACCCACCCCACCTCC CTAATCCCCAACCCTGCTCACCTCGTGGAAAAACGCATTAGACAGCAATGGAATCATACT TAAAATAGAGGTTAGAAATTAAACTAAAATTTTGATGAGTTAATTATCAAAGTGGATTAT CAACATCCAGCAGATGCCAAGAAATGAGAACACATACACGAATATGTTGCCTAAGACATC AAATGTGGAGAATGGGAACGTTTTTATACTCATAGATTACTAATCATATTTCTGCAAGCC ACACGATGATGAAACCACATTGAGAAGGACTTATAGATATGTCATTTTTACCTTCCGCCT ACGAGAGCTTCCTGAACATTCAATGTTATTTTCACCTTTTGGAGCCTGTCTAGAAGGATG TCCCTGCAAGAGAAGGCAAAAGAATTAAATTTGAATCAGATGAATGAATTCAGTCTTGAA ATGAGTTCTTCTTAAGAATCAAATGTGATTTCTACTTGAGAAATTTCCTTTTAGTCAAAA AGCATTAAAAAATAAATCGTTTCAAATTTGTTTAGCTATGCCTTGAAGCATGTAAGATCT TGCCAGTACGGAGTACAATATAAAACTGTGTAGGACGAGAGCAAATGAATAAAAATGGAT ATACAAGTGTACATGTTATCAGTCAGACACCTAGCCTAAATATTCATGAAATAACTATGA TGGGGTCTTTGTAAAGGCAAACAAAAGAATAATGGAAATTCTGCAAAAGGTGGAACCTTT TGTAACGTACAGGTATGTATCTTAATTTCTTTTTGCTGCGATGGCATTCACTCATTCATC ACTTTACGGGATATCATTGGATCACACAACCTCTTATCAGTTAAATACCAGTTATGCTTG CTGGGAGAGGAGACCTTTTCAAAGATTTTCCCTAATTTCACCTTAGTAATATTTATTAGA TGATCTGTCCCAGTGACTAAGTACGGACCAGTTCATAAGTTAAATCTAGTTCCACAAAAG CTCCCTATCCTCTGAAGGGATTAATCCCATGGTTTCTTTTCTAATCATAAGTTCCTACCT AGTTGAGGGATCAAAAGAACAAGAAAACATGAATACAGTTTACTGCAAGATATGACAAAG CACTTAAAAGTTTTAAGAGATACAGTTTATTAACGAAATGGATCTTGGGCCTAACTCAAC CCAAAAACTAGCTCAAGAGGTGAGCATTGCCCAAGCCATATAAAGAGACTACCCGTCCCT TGTTCATCAGATGTGGGACTTTTCAACACCCCGTCACAGACAAGAGCGGGAATCTGAACA ATGGGTTATTTAACATGGGGGTCCAACATCGGAAAACTGATACCATGTTAAAGAAATGGA TTTTCGGTCCAATTCCACCTTAAAAATAAGCTCAAGAGGTGAGGACTACCTAAGCTATGT AAAGAGACCACCCATCCCTTTTTCATCCTATGTTGCAACAACCCCACGCACAGGACTTGC ATATCTGGAATGTGGACAATTTAATGAGGCCTAACATCGAGAAACAAGAATCACTACAAA AAACAGGTCAAAAACTGACGGACTTGACTCCCGTAATTTCTCAACTTGATTTTTAATCGA GGACATCCATTGGTTTTCTTAAATTAAAAATTAATATAATTTTATTTTAAAAAATGACTG ATCGGAAATACATACATATATATATATATATTGGAACAATTTTACCACTACACCATACAT GCTCTTAGATGACATACTTCTATTGTTTTTAATTTGTACTCCAAAACTGCAATTTTGCAC TTAATAATCGACAGAGTCCCTCAATTTTTGCAAATAAAAAATAAAAAATCAAGGCTCTCT GACAGAAAATAAACGGACATCTGTTGGTTTTATTTAAAAAATTAAAATTAATTTTTTTTA ATTGAAAAACAGACAGAGTCCGTCGACTTTTATCTTTTTTTAAAGTAGTGGATTGAGATT GGTCCTACTATGATACCATGGAAATGGATCTTGGCCCTAAATCAACCACAACCATATGAA AAGACCACTAATCCCTTTTATACCCAATGTAGGAATCTTCAACACCCTCACTAGTTCAAA AGGAAATCCCGACAAAGCGTTTAGGGCCATCTTACATCCCAAAATGTTTTTTTTAACTTG CGTGCAGTTTAATTAGTCCTCGAGATATCCAATTCTTTCTTTACAAATCACTCAATCACA TAAACCGAGATCTAAACAAGTACAGATCTTAACTACACATATAGGGTAAAGGAGACGTGA TATATCCAAGAAGAAGATAGATACGGGAAAGAAATTAACGCTTCAAAATCAGTCAAAATA CAAAAACAAATTAAAAATCAAAGTCGAAATTCAAACCTTCATGCTCCTTTTTCAGATTGC ACGCCAATGCACAGAACCTAATTTTATGCCTGAAGGATGGTGTAACCTCGCTCTGAAGAT GACAAATCCACAGTTTATGGAATTCAGAAATTTGTATTGATGATACAGATAACAATTTTC AACTGTCAACACAGAAAAACGACAAGGTAAGGAAAAACGGAAGATAATTGATATAAATGA CCATTTTACGAGAATCTTCCAAGGATTACCGCTAACTTAAATAAACAGGTAGTGGAAGAG AAAACAAATTTATTCAATGCATGAACTATTATTTACATCTCCCTTAGTAATTCAAGATAC TGAAAATTTCTCATTTTGCATTTTTAGGGAATATACTTGGCCGTGCAGGTAGCGTGCCTT GGCCGTGTGCCACCCACGTTCTCTTTATATCAATATATTGACCAGTATTTCAAAATTTAA TGGTGATTTAATATTCAATGGAAACACGTACTTATAGAATGGAAATTCTATGCCTTCAAT GCATTTAGAAGTGAATTCTGAATTCTCCAAATCAATCATACAAATCTTAAATGCTACCTT TGTGCAGTTTAGCTACGTTAATTAGTGATTACACCTCCTGCGCCAAATAAGATTAATGAC CTAATTCTGACTAAGCTACTCGCGATCTCTCACCGCTTTCAAGTTCCTAGGGAAGGGACT TAGGATAGACAGGCAAAACCGTGCATCAAAACCATTAATCCTAAGTTGACCTAATCGGGA TTGTTGAAGCTAGAATCCATTAACTCGAGTAAATTCTTCAGAGGACACAAAATGCATCAA AATACAAGCAGTTCTCTTATATGGCAATACTAGATTGGCGAGACAAGAGAGGAAGCTTAG AAAGTAGTAAGGTGTCAATGGCGCTTGCCTAACAGGTAATGACTATATACCACTTATATA TCGAACATATCTTCACACTCAATGGAGTCATTTCGATACACCCTAGAAGAAACTTACAAA ATACCAAACATGGATAATCCGTAGCAGAATGATTGTCTAGATCATTAACTTCAGTACGGA AGAACCCCTATACGAAGAAGCCAAAAGAGAGTTCAAACATCTATATAAAAAAACAAAATT TTTATCATACATAAAAATATAAATTTAACCATGAATAAACCGTGAAAGTTTCTGTCAAAC CCCCTCGGCCCTACCAAACTCCGCCCCTGACCCCACCCCCACCACAAACACCACAAAAAA ACAGAACTTTTCTGTACAAACTTCAGGAAAATGGCATTTTAAATCACAAATATTACAATG CATTTAACAAAATGAAAGACAATTAAACAATGCAATAAACACAGATTAAATACAAAAGAT TGAAGCTTTATACCTCCAAGATCATAAAAAAAAAATCAGCTAACTGAAACTCTAATCACT GATTTAATCCAATTCAACCCTAAATTAACCAAACCTGCAAAGACAACAAATTCAGTCAAA ATTCATTAAAACAACATTCTTGAATTTAATATGCATTATTCATTCAAACTGCAAAAAAAA AACTATAAACAGAAAAATAAATATATTAACAGAAAACCCCAAAATTAAAAAAAAAAACAG AGAAGCAATTATATACCAAATTAAACCCTCTCTGTAATCAATGATTCACGTAAGCAAATT CTTGTACTCACAGAATCAAAGAACAAATTATTCAGACCTCAAATTTCACCAAATTAAATT CCAAACAAAATTAAAAAAAGAAGAAGAAAAAAATCAAATCTTTTTTACTTAAATCTAATA AAGGATATAAAATCAATAGGTAAAAATCAAATCTTGGAAAACTGGGTAAATTTAAGGAAT AGTTACAAAATACCCAAAAACAAAAAAAAAAAATATGAATAGGAAAGACTCAACAAATTC AAATAAATTTTTAAAAAATTATAATAAAATCAAGAAATCCCCAAAAAGACACCAATTTTT ATATATTTATAAATATATCTTCATGGTCTTTTTTTTTTTTTACTAAACACATACTACGTG ATGTACATTACATAACAAGAAAGCCCCAGACTGAAGAAAAGAATAACAAAAAAAAATATA AAAATAAAATTACCTCAAAAATAACAGTTCCTTAATTCCTCTAATGGAGTTAATAAAATA TTGAGTATTTGACTTTTTATAGTTTATAGTTTATATTTATAGTAATTAATAAAATGTCTA TCCAACTTATACTTTAATTGGGAAAAGATTATTCATTATTTATAGTTAAAAAAAAACTAT ATTTATTATTTTTTCCGGAAAAGGAATTATATTGCTGCTTATAAATTATATTATCAGTTC AAGAAAGTATTTAAGATTATTCTATTTTTAAATAAATAATTTAACACAAAAAAATATAAT ATTTAAATTTGAAAATATATATATTAAAAAAAAAACGAGTAATTTGGATCTTGAAAGAGA GAGACTATTGAAAACGTGTTTCTGTTTTTATCAGTCAGAGAAAGAAAAATTGTGCGTTGA GAAGTGAATGGCTAAACTTATGTGGAAAAATTCCATTTCTTTTTCCTTTTTATTTTTTTC AAGTCAAACTTCGTATTAAAATACGTGGTGTAATTTTAACTTATCGAAGAGATGATCTTA AATAAGAAATTGTGAAGCGTGTAAAATATGATAGGAGGTTAGTTGGTAATAGTATGTTGT TTTAATTTATATTCGTGCGTAATTTTATTACTTTTGCTTTTTTTTAATCCTTCTTTTAGA CTGTTTTTGGATTGATTTTTCTTGAATTGATTATCTATAAAAATAATAATCTATCTCTAC AGTAAAGATAATGTGTGTGTGCGTACGTACGTGCGTACACCGTGTATTATATTCTCCTCA AACTTCACTTTATAAATCTATATTAAGTCTATTATTATCGTTTTTAATGTAAAAAAAAGT ATTTACGAAAAAGATAAAACTGCTCAGCTTTAATTTGAAGTAAAAGCTCAAAAACTGTTC TATTACTTTTTATTTGTTCCTTTTCTAGACTGTTTTGAATTGTTTTTTCTTGAATTGATT ATCTATCAAATATAACAATTTTAATTCTATAATAAAAGTAAGGTGTGCGTGCGAACCTCG TGCTTTATATCCTCCTCAAATTTCATTTTATGTAAGTACACTAAGGAAAAATTAAAATTA TTTGGCCGTGAAGTATATATATATAGATATATATTATTTTTAAGGCAAGATTAACTTTAT AAAAAAATGTACAACAACAATAAGAACATATATATCTAGTGCAGTCTCCTACACTAAAAT TTATATTAAAAATATATATTCATCAAATTACAATTAACAATAACTTTATTTCAAATAATT TAACTCTTCAATAAATATTTTAATTAGTATTTTTGAGAAGTTAGAACAAAATATTCCTAT TAGATGGACATCTTTTTGCTGCAAATTAGAGCCAAAGACAAGTAGCATTTGACCATGACA ATTTTCTTTGAATACCTTTTCAGTCAAGCTTGATAAAAGTTGTCAAAATGATTTTAATGA ATTATTTTAATAGTCAAATTTCAAATCAATGTTTTTAAAATGATTTTTATAAGCATAAAA ACGAATAAGGAGTAAAAATAATGAATTATATATCATAAGATCCCAATTAAAATCATTGGT TTTGATATATAGAATTGTTTAAAATCTATTTCATCTCTTAGAAATAAAGTTTCGATTTCA TAAATTAGACGTCTTGTTATTACATGTTCATGTTTAGCAAAAGGGGATTTTTTTTCTTCA CCCTCCTTTTTTTCTTCTAATGGAAAAGATAAGACTTAGAGCGGATTTATTAGAAATCTA TCAATCAATTTTTTTTTCACATTTTCATTTTTTTTATCCTTCGCGCGATAATTCTTTTAT GAATTATTTTCATGTTAGAAAAATTATCGATTAAAAATATGTTTTTATTTTTGTATTTTT GCACATTGATTTTTAAAAAATTATTTTAATATTCAAATCTCTTATTTTTTTTAAAAAAAA AAATTACAATTATAATGGTAAAAATAATGAATTATGTACCTTAAAATTACAACAGCTATC AAATAAATCAACCTAAATCTACTTTTCACTTATTAGAAAAAACTTTGATTTCACAAACTA TACGTTATATTGTTGTTGTGTGTTTCTATTTTAGTAAAAGAGAAATTGTTTTCTTCACTC TCTTTTACTCTTCTAATAGGAAATATATAAATATATGAGAGCGGAGTTAATTAGAAAAGT TACTGATCGAAAAACTTTGCACGTATTTTTAATTTTATATTTTTGTACAATAGCTTTTTT TAGAATTTCTAGATAATGTTTTTTGATATTATCTTCAAATGAATTCAATCAATCCACATG CACAATTTATATATATATATATATATATAACAACAGAGTTAATTAGTAAACTTATTTATC GAAAAACTTTGCACGTATTTTTACTTTTATATTTTTGTATAATAATTTCTTTTAGAATTT GTAGGTAGCATTTTTTTATATTATATTCGATCAAATGAAATCAAATCCATTTTAAGCATA TAAAGATCATGATATGTATTATTTTTTCCTTTAATTAATTTTATTAATACAAATTTAAAT TAATCGCGATATAAATTTAGTATTGGAAGTGAACCCACGTTCGCACACGGTTTGTGACAA GAATTAACCAATGGGTCAGTATCAGATGGGGCCCAATAAAGTACTATTTCAAGTGGACCC ACTTTGGAGCTTGAATCTAATGACGTGGCACTTCTATAACCCATTTAAAGTACTTTTTTG TTTTTGTTTTCTATTTTTAGAATTAACTTTAGGTACTATGTTAGTCTGTTAAAAAATAAA AAAGTGAGTACAATGGTGTTAATTAATTTTATTAATACAAATTCAAATTAATCGCGGTAT AAATTTGCTAGATAATTAGAATTTTAAAATGTTAGAATTATAGCTTCTAATCATCTATTA TACAATTATGTAATATTTAAGATTTGAGGATATACATCAACACGTTGAATGGGAACGATT ATATTTTCGTGTAATATTTTTTTGTGAAGTTTTCTTTCATTGATTAAAAGTTATTTTTTT AGAATTAAAAAGCAAAAAAAAAAACAATAGTTTTACCTCGTAAAGAACAACTAAAAGTTA AAACAATTAGCTCGACTATTTGATCAAAAGAAAAAGAAATTTTTTTAAAAATGTTTTTCA ATGCAAAATAATTATCTTTGTCGATTCATTTACTTTGACGTTTATTAAAATTAATTATTC AACTACATAGCTTCGTTATATTTTAGTGACGTGATGATAATATGATGTGACGTCAATATG TTATCTGTTGTATTTTCTTCTTTCACTTTTTCCACCTTTTATGTTTGTTTTATATTTTAT ATTAACAAAAAATAACTCATAGTACCTTTTTTCCTATATCAACTATAAAAAACTAGGTCA TTTTAACAAATTTAGTAAGTATAAAATTATACAAAGAAGAAGAATAATGAATTGTATATC TTGAAACCGACACACATATTGTACGTTAATTTTGCTATCAAAATGATTACTTTAAATATG AACCTCTTGAAAATCATATATATATATATATATATATATATATATATATATATATAAAAG AAAACCTTATAATATTTTAAAAACATGATAACATAAGAATTTCTTTATAATATCGATATC ATAAATTAAACTTACATATATACATTTTTTTTTTGTTTTTTTTTGGGGGGGGTGGGGGTG GGGGAATTAATGCATTAAAGCCAATACGAAAATTATCATTAAAATGAACATTACATTAAG AGGACATTACAATACAACAATCGAAAACCATACAAGTTTGAGAAAAAAAAAATGAAATGA CAATTAGGATATTCTTGATTAAGGAATATTAATGGCACAATTATTGATGTTTTTAAGCTT AATTATATTAATTGCAGTAGTAATTATCATTAAGAGCAAACCAATAAAAGAAGCAATAAT AGCTCCTTCACCATGGTTACAAAATGTATAAAATTTATCACAAATTTTATTCCATCTTGC ATGAGAATTTCCATTCCTACCAAGTTGTCCCATAAATGCTGCTGAACTTGCTCCACCAGA GATTAATGCCACATTTATCTTTCATAATACAAGAGATTAATTAATAATATTAATTGAAAA AAAAGAGTAATTAATTAATTAATTAATTAATTACCATGTCTAGGATTCCAATTACATAAA ATCGTAGTCCCTTGTAATCATATTTATTTCCAATAAAACAAAATGCTAGCATGAGGAGGT TATGGAGACTAACTAGTCCGTTTGCTATAACAAAGAACCTGCGTTCACAGAAAAATCGTT TTCAAATGTATATTTAAGAGAAAAAATAACGTTGAATTTTTTTTAATCGATAGATTAACA AAGCACATATATAAGACAAATAACATTTTTATACACTATGTGATTTCTTATTATTGGATT AAATCTTGGCTGAAATGATGAGAAAAGAAAAAATAGTATTTCATGTGTCTTATATTGATT GATCACTTTCCTTTTAACATGTATATTAAGAAATTAAAAATAAAAAGATAATTTTACTAA TTCACCTCTTAAAAAAATTCTCGGAAATTTTACAGACAAAGGTGACACTTTTAAAAAAGA AGTAATTACAAGGGTAATTGGAAAAATTTAAGTAATACTTTCTTGATTTAGTAAAATAAT CACCTGTATTTAGTAAAATGATCAACTAATATGTGGAGGGAGTAATGTTTTCATATGCAA AAAATTAGAATATTTTTTTTACTATTTCAGTGAGAATCTGTTTTCCACCATGCATTTTTC AACTAGCTGATTCAATGAGAAATCAATAGGAAAATAAGGTTCTATAATGCAATTCTTTCA CTGAATTTGTGACGGAAAAAAACCATTGTTTCTAGTAGTATGGTGACCTGGTATACACAA GGTGATCATTTCTTTATCATTTGTCCAAAATCTTAATGGACAAAGTTGCTCGATACATTT ATGCTAGTAGAAAATAACAAAGTACCTCATAAGATCAATCAAAATACCCATAAACTTACT CAAACACCACAGTTATATACTATAAAAAAAAAAGAAGTAGAAAGGGCTTACACAAAAGCT GGAGTATGTTGGAACTTAGCATTGAGAGTAGCTTGAATAGGAGTGGTACCAATAGTGGCA ACAACAATAGTTTTCTTTTGGTTGTTAAGTGCCATAACTAATGTTGCTGAAATTGTTGCA CCAAATGCCAATAACCTCAACAATGGCATCACCCAATTATAGTATACCTTAGACTTAGCC ACATCTATTTTTTGTCCATTTCCTTCTTGAGCCATTTTGTATTATATGTTTTGTTTTTCA TCCTACTGACACTTTATATAGAAAGAGTCATCAAATTAGGTTAATCAGTTGGTGGGAAAA AGGAAGATTTTTGTATGAAGTATGCAACAAGTTTAGACATAATCTTCTAAGTAGGTATAT GCAGTGTGTCTGAGCTAGATAGGGACTAGGGGTTCATCCGTGCCTCGTTTAATGAAAAGT TAATACTATTTATATATAGTTAAAATTATCTTTTATATATATGTAGTAAACGTTAAAACC CCTAATAATTCTTTGCGTGTTTACTTTTTCATATTGAATCTGCTTGATAAAAATTCTGAC TCACCCACCGAATATACTTGTAAGGTGATTATGAAAGTAAATTTTTTTTCAAAATAAAGT TACTCTTGGACCTTGTGAGAAGTGTTGTACCATATTACTTTTGTTGTTGAACAAAATCAT GCTATTATATATATATATATTGAGTTGTATAAACAAGTTTTCAACTTAAAGAAGATACCA AAGGGCAAAGTAGTTGGGAATAAAAGGAAGACATATAGGGAGGAGGAAGAAGGAATTTAA AAAAAGAAAAATTACTACTACCCCCGCCCCCTCCTTTTCGTTCTCGTATTTTAACCAGAG ACTACTTTCGAGGGGCAGAGGCAAATAAGGAAATGAGATTTCTTGCCCTCTTACAATTAT GATTTTATACGAAGTGAGATTTCTCTTGAAGAAAACCATATCATATTCATAACAATTGGA GACAAATTCCAGACAAGTCTGCAGGTGCCATTACACACATGCACAAGGGAAAAGATGCAT ACATCTAATAAAAACCGCACTCATTCAAAGCTCACTAACTCTAGTCTCTAGATCCTGAAT TCGCCTCTCAAAAGCAAGGTGTTTAGGCAGTAAGGTTCACGGTATACAGTCATATACAAT AATATGGCATATAAGGTACATAATAACATTCTTCACTTATGACTTTGGGCATAGCACGCC ACAAATCTAACGCGTAGTTATCAATTACAGACTCCAAATAGTCACAACACTAGTAGTAGT AGCTTCAATCACCCCACAATCATAATATCAAAATGTTAACAAAAGAAAAACAGGGGTATG GTTGTAGTATTAACACTAAACACTACCATATTTATATGCAGCGGCTGTCTTTATTCTCCT CTTTCCAATTGTTGCGAGCAAAACTCTCAATTGTTGTCCACGAACAGCAAGTTTAGCAGA CGAGCTATGATGTTGTTGTTACACCAACAACTACATTACTCACCTAGAAATGTAAAATGG TATCGTTAATGATAAGGTGGATAACTTGAGAGTGAAGAAGCCAAAAGATATAAATGAAAG GAGGTTAATCATGTTGGAAACAAACTTACCAACTTGCCACTCTCATCGACAGACATTGGG TTTTGGACGACAACAGTTTGATTTTGTGAACGAGCCTTGGCCTAAAGCAGATATGAACAT ATTTCAGAAATCAATTTAGTCAATTTAGAACCTAGTAAGTAAGAAAAGAACATGCGGCAG ACTTATGAACTCACAGTTGAAGAGGATCCTGAAGCAGTAGTAGCAGTGCCGTTAGGAGGG TTCAAAGGTGCATGGGCTCTTCCATCTCCTGCCTGCAAAAAAATACATATAAACACATGA AAACTGAAATTCCTTATCATATTCATGTACGCATGTTGTCTAGTCTCTCTTATCAATATT ATTATTATTACTCTCCTACTATCTTATTCTTCAATTCTACTAGTACCTGTTGTTTCCTTC TTTTAGTTATCATATTATTTGTTTCTTTTCTCCATTATTTTCTACATGGCTTCTTCACTA CTGCATTTCCTTTTCTTACTGATTTCGATATGCTTTACTTGAGTCAAGGTCTATCAAAAA CAACTTCTCTACCTTCGGAATGTAAGGGTAAGGCTGTGTATACACTAACCAGATTCCACT TATGGGATTACACTGAGCATATTCTTGTTGTATTCCGATACATACGCAAATAACATAAGC AATGGACTAGTAACCAAAAGACCTTATTTTGCTTCCTCACTCACCCACTTACCCCTTCTT TTTCCACAATCTGTGATATCAATAACTTCTAAAATTTGCAACTAAAAGTTCAAAATAAGT TTGTATTTAAGTGGGCTGATGATGCTGATATCAAAAGCTCAAGATAAACTTACCTTCCAA CATAAGCCTTCTCCGTTAAACTTTCATAAGGATTAAACCACTCTTAACACTTTGCTTTAT GTGAAAGTCCTCGAAATGTGCTGACGATTTTCAATTTAATTTACTTGCTTTACAATCCAT GATATGAAGCAAGGCTAATCGCTATAATCTACTGATTCCTATAGGTTCAGACTATTAAGT GGAGAAGGAAGAACCAGAGAAGAGCAGCTTAAACAGAGACAAACCCAACAATTCTCCATG AGTAACAATGACTCGGGAATTGGCTATTTTGAAGCATCAACAACAACATGTTCACTGTGC TAATTATTCCCTTCTTATCTTCTTCAATTCCGATCATTCTAATATCATAAATCTTACTAT TTACATAAAAGGCTCAACATTGTCATTTTGATTGATTTGCATCACCCTTGAGCAACAAAA TAAAAAAACTTACCCGCACTGGTGTTTACACCAACCAATGCATGCAAGACAAGTCTTTCA TACACTCATTTTATCACTTATTTACAGTCAAGTTGATATATATTCTCACTTTAAATTGTA ATTAAACTAAGACAATATGGTAGTTGGCTATTCTCTGATCCTAACAAAGTAAGTAAATAT TATATTACGCACAAAATAGAATTCTCATTACCAAAAGCACAATCTTAAAATTCATTCCTC TTTGTTATTTTACTTCTTTAACTATATGGACCAAGCATCAGCTAAAATTTTTACCAAAGA TCAAAAAGAAAAATGAATCATCATACTCACATTAACATTGGTAATATAATGGCATACTGC ACATTTAACCGATGGAGCTCCACATGGATACATCAGCATCATACGGCAGTTCCCGCAGTA GACATGAGCAAACTGGTTTGGACCTGAAGATCGACAGCACAATTATATGTCATCCAGGTA ACAAGAAACCTAAGCTCTATCGAATGTACAAATCCTCAAACACAAACAATTCATGTAGCT CTTTACCCTATTAAATTCTAGTGAAAGATAGAACATGCAAATGATTCAGGTATAGTCCCC TTAAAATTCAATGAGTTACTATCTCATCTTAAACATCTGTCTTTACCGCTTAGCTCTAGT AAAAGGCACCTGATTTTGCACATAACATTAGTGCCCAATCAGCATTGTGACACTACATTT CTTACTTCTTGGAATGGTCAACCTACAAATGTTGTTGCCTTCAGGACCACCATCCAACTT CAAATAATGTAGCTTCTGACCAAGGGAAGAATGAAAAAATATATTCCCAGCACTATAAAC AAGATAGAAGACCTAGGGGGAAAGAAAACTTTTGAGATTGGAAAGGAAAGAGAACAATTC AATATACACCCACTCTGGTTACTCATGCATAGATTCCAGTAATATCTTCTTAAAACCAAA AAAGACACATAGGAACAGACTAGTCAATGACATTTAAGAACATGTGCTTGGAGAAAAATG TATACACCAAGTTAAATCCACCAATTACCAGTCATAACTAAGTTCTGTTTGCAAATTACA GATGTGCTGCAAAATGAAGCAGATATGACCAAAAAGTAAAGCTGATAAGAAGATTAAACA GCAGATATCTATATCTTATGTGACTGGCTACTAGTTTACAAAGAGCACCAGATCAGGTTA TTATTTTCGAGGAATAACCACACTCAAGAGAAATCAATTGGACTTACACCTATCTGTCAG GCAAAACTTCTGATAAATTGAGCATCAATAGGAAAAAACATAACACAAACATACAATAAT GAAGCTTTTTGGTGATCCCATAACCATATTCCACCAAGTCTGACAAAGACATAAATTTAT ACAGCTCCCTTCCCCCAGGCAAAAGCTTGAAGTGCTCGAAAGTTGTGAATTTCAGCTGGG ACCACACTCTAAACTCATAAGTCATAACATAGTTCAACTAAAAACACAACCATACCGAAA TGTTCACTTATGTATTACATAGTTAGATCATCAAAGTAATGTTACTCTTCCAACAGATTT TTCTGATGTAATACAAGAATAAAAATGCTGGTATCTCAATTTGAGATCTCATATGATAAA CTTTTGATGAATATGTAGGAAAAAGATCTCATATGATAAATGAAAACAACCGAAGGTCAA GCTTAAGTGGATAATATCAAAAGTTAGATTCATATTCTGTTCAAATGAAGGAAACATTTC ATTCCAGCAAAGAGACACTAGATTTTCATAACCAGACAAACATTAGTCTCCGAAATCAAG GGAAGGGATGTTATAAACTGTACCTGGGACAAGGTTCACCGTATGACAGCAGGAGCATCT CACACTGTTCGCTCCACGTGGATGCATAAGTAATGTACGACAGCCTCCACATATCAATTG AGCCATTTCCATTCCTGAGAAAGATCAAAATTTAAGCAACACCTTCGAGTAACAGAACAC AATAACAACTACGCTTCAATCCATGTCAAGGCAAAACAACAAACAATACTACATCTCAAT CCAAACAGATCTATACACCAAGCCTCCCCAAACCTAGCCCACTTTATGGCTTTATTTACC ATGTCAGCATCAAGCATAGCGTTACTATTAGATACTCAAAATGTTTTTAAGTGCACTAAT TTTCTTTCCTAACAACAATCTTCTAGCAACAACACTTGTAATCAACATGGAAGGGGGCCA TAATCCAAAAATCAGCCACACAAATTTGAAAGAAAAAAAAAAGTACTTATAACCACATCA GAATCAAGAAAAGCACAGATACCAGGTGGTGGGACAGGGGTGAGTGCATTGCACACTGCA CAGCAGACATTAGAAGCTCCTCTGGGATAAAGAAGCATTGTCCTGCACCCACTGCACATC AACTGACTCTGCATATCTGTCGAACAAAAAACATTAACCAAATAGTAATGGCAAGCTCAC AAACTAAATTGCAAAATGATCTTTGAGTTACAGTTCTCAAGATTGTAATAAATCTAAAAG TCCATCATGAAACAATGAACTTCGTCTTAACAATCTCTGTTGAGACAAAAAGGTTTCACC TTTCAATCTGTTTGAATATCGAGTCGTCTGAGGTAGAAGAGCTAATTTCTGCCGATCTGT GAGGTAAATTTATTCTTCCTGCTTGACAAAATGAAAGAGAACAATAAATACTTTTCTTCA AGAAAGTTCCTTTCATAATTATTCATCCAATGGTTGAAGCTACAATCTTTTTTCTCAGGA TTCACAGATTATACACACAAGAAAAATTCCTATATCAAGTTTTTCATGCTAAGACGGGTC AAACACAAATCTTACAAAAAAAATTGTTTAATCAAACACCCATAACCAAGAGCTAATTTC TGCCGATCTGTGAGGTAAATTTATTCTTCCTGCTTGACAAAATGAAAGAGAACAATAAAT ACTTTTCTTCAAGAAAGTTCCTTTCATAATTATTCATCCAATGGTTGAAGCTACAATCTT TTTTCTCAGGATTCACAGATTATACACACAAGAAAAATTCCTATATCAAGTTTTTCATGC TAAGACGGGTCAAACACAAATCTTACAAAAAAAATTGTTTAATCAAACACCCATAACCAT GAGTGTGGCTCATCAACCAGGTTCAAATCTCAGCAGAGGAAGAAAAAGCTAGGTAATTTC TAGAGCTAACCAAAACGAGAGCCCTTGCCCCAAATTCTTCCTACCCACCAACCAAAATTT ATCCACAATCAATTACACCCATCACAAACATGATTGAAAAGTAAAAAAAATATCATGTTT AGCCTACCAAATTAAAAGGGAAAACCCCCCAAGAAATTGGATAAAGAAAAAAAAAGCAAT CTTCTTACCAGTCAATGAACAAATCTGGAAGATAGGGTACCCCTCTATTATAATATATAT ATCCCCACACACGAAAAAAAAAAAATATACAGTGAAGGGTACTTGAGATTATCTGAAAAT GGGTTGGAATTCAAATGGAAATCTGAGCGAAAATTCCGACAGAAATTGGGTAAATTCAAG ATTTCAAAAGATTGGTTTTTGGATATTTTTCTTACATCTCCTTTTTTCTTCTTGTTAAAT ATTGGGAATAAATGTCTTTTGACCTGTCTACGAATAAAATAAAATAAAATAAATTCTTCC GCTTTCAATTTATTTATTTTATTTTATTTTTTATAAAATAATTTTTTAATTATAATTTTA TATGATATATTTAAAATTGCAAAATTATAACTGAAGCTATTTTTAGATAAGGTATAATGC GTATATATGTTTTACCGAAATTAATATGTGATGTATAGAAGTTAAATATATTATCTATTA AAATTACATATTTAATTTTATACGCAATTCACATAATTTAAAAGAATATTTGTTCATAGC TAGTCAAAGTTTTTTACTTTGCTATTGCTACGCTGCATTAGATTGAAATGAGATTCGAAA AAAATAATGTTATTTTTTAAAAAAATTGTGTTAAAATAAAAATAAAATAAATGAATTGAA ATGAGAGAATATAAATATTAATTAAAAATACAGTTATTATTTTTTTTTTTTAAATAAGAA GAAGGCTTTTGAATAAGGAACAGAGAGTATTCCTGTAAATTTTGAAATTTATTTGTCAAA TTTTATCCAAACGCGTTAACTTATATTTTCTAATAATTTTTCCTTTTGTTGACATCAAAG ATTTCTACGTAAAAATAAATATTTAAAAAATTAAAGAGAGATAGAACCGAGTGATGAGAT TTTGTCAACAGAGAAAAAAATTATGACGATAGATTATTTTAATCACAAGATTTGTCATAA AATTTTCTATTAAAGATTAATCATATGTATTCTAGTCATCCCATAAGAATTCTTAATAGT TGATTCTAGAATTCATTTATCATTTAAATATGTACCTCGTCTACAGTCACACTGGATATT TTTTGTCGTAAAATTACATTATAAATATATATATATTAATAGCTTAGCTAAAAATTTTAT GAAGGATATTTAAAAATTTTATAGCTCGTAAAAATAATTTAAAAAATGAGTGTCTTTAAA TTTTGTAAATCAAACTACAAAATATTAATTATTATTTTTTAAAATTAAAATATACCAAAA TTTTTGAAATCAAAGTACATACTAATTTAGCTTTAATGTTTACGTTTATCTATCTCATAA GAGTGAACGAACAAAAAAAAAGATATTTTAGTTTAGAGTAAAATCACTTTTATACTCCAA GATTTCACAAACCTCTGATGACCAACAACGAGAAATGAAAAATAAAAAATAGAATCAAAT GAGTTATATTAAAAGAGAATTTATATAAAGTATTTTCACTTTTAGTAGCATTATGAAATA AATAAATAAAATTTGCTTATTAACTTTAAATTAAATAATTTCTTTTAAATTTTATTTAAA TTTTCAATGAAAAGAAAAAAAATAGATTTTGCTTATTAAATTTAAATTAAATACTTATTT TCAAACTTTATAAAAGTGTTTAATGAAAAGAAAAAATAAAAGTCAAATAACGGGAATCGA ATCTGCACACCGCAACTTGAAAATAACTTAGTAAGAGTTGAACAATTAAAATCACTAAGC TAGAAATTTTTATTGTTTTTTAAGGGTGTCTAAAATATATTATTTAACCATTTAAATTGT TATTTTACTTATTAATACGGCTTAATTTTCTAACAAAGAGTGTCCACCAAAGGGTAGCTA CGCCCCCGATATATATATAAATATAAAATGTTAAACAAATTAAAATTAAATGCAATGAAT AATAACGTAATTTCAATAATAAATGAAAATAGACTTAAATTTACACATATATTACATTCG TTGAAAGCGTCTTATGTTTTTATTTCTCAACTCAATTAATGTTAAGTATAAAATGAAAAA AATAATTATCTTTTCTTGATATAATGAAAGTATTAAATAAAAGAAATAAATATATTTAAA AAATTTTGGACAAAAAGTATTAAACTGAAGGGGTAATAACATAATTTCAATAATAAATGG GAAGAGACTAAAACTTACACATATTTTGCATTTTTTGAATGTGTTTTATGCCTTTCTTAA CAGAAGAGGTAATAACATAATTTCAATGATAAATGAAAAGAGATTGAAACTTACACATAA ATCGCATTCATCGCATTCGTTGAATGCGTTTTATGTCCTTTTTTTAAACTCATTTAGTGT TGAGTCTAAGATGAAAAATATTTTTATCGGTATAATAAAAGTATAAAATCAAAGAAATAA ATATGTTTCAAAAATATTGGACAAATAATATTAGACAAAAAGGGTAATAACGTAATTTCA ACAATAAATAAGAAAAAACTTAAACTTACACATAAATCGCATTCGTTGAATGCGTTTGAT GACTTTCTTAACGGAATGGGTATAAAGTTATTTCAACGATAAATAAGAGATTGAAACTTA CACATAAATTGCATTCGTTGAATATATTTTATGTCTTTCTTTCTCGGCTCAATTATAGTT GAGTATAAAATGAAAAACAAATATCTTTTATTTGATACAATAAAAGTTTTAAATGAAAGA AATAAATATATTTCAAAAATATTGGACAAATTAAATTATGAAGAAGGGTAATAATAACAA TAAATGGGAAGAGACCAATAGTTACAATAAATCGAATTTGTTGAATGAACTTTATGTCTT TCTTTCTTAAGTCAATTAATGTTGAGTATAAAATGAAAAAAAGAATAATTATCTTTTCTT TATAAGTTAAAAGCAGAGGCGGATCTAAAATTTGGAGGTCAGGGGTGCCACAACGTTCAA GTAAGATGAAAGGATCGGTTGCTCTAATTTTGCGTTACAACTCAAATTATTAATTTTATT TATTTTTATAAATGAATCGATCAAATATGTATGTGCTAATATTTTCTTTTAGATATTATG TGATTAGATTTAACTAAACAATTCAATTTTCTTTTCTTTTCGGAATTTGATGTCTTCTTC GCTAAAACTTTTAAGAAAAAAAAATTCAAATTTGAGTTTGTATAAACCATCTAATAGTAT TAATATGATATATTCATCTTTCATTGACTTTATGTGTTACTGGAAATATATAGTTGAGAA AGAATAACAATTATAGTTTCAGCCTAATCATCTTACATAGCAAAAACGTCGATGAAGATC GCAAGAACCGTTAAATTAAAAAAATCATTTTTGAACTTGTGTTTTTTTGAAACTACTATT TAAATATATTCTTCATAATACTTATTTGATGCTTATAATTCAGTACTCACTAATTGATAA AAAAAATAAACACGTTACACTCATATCAATAGATCAATAATTAGTGCAAGAGAAAAAAAG AAAGAAAACTCAAAATTAATTATGAAAAGGGGTCAATTTGAATTAATAAAAAATAGTAAT AAATAAATAAGAACAAATGTAGAAAAAGAAAAGAAAAGCTAAAAAAATGGTCAATTTGAA TTAATATAGAATAGTCATAAATAAATAAGAAAGAATAGAGAAAAAGAAAAGAAAAGAAAA AAAAATGGAGCAAGCAAAAAAGGAAGTGTTGACGGCTAGGTTCCAACCTACATAACCTAG GAGGGAGATCCGCTCGCTGAGTTATTTTGCAATATAGTTACTGGATGGCAAAACAAATAT TTACACTTAATATAATATATACATATATATACAATGTTTTTTCCGAGATCAATGAATGTC GTGGCATTCCCACGTAGCCACGTAGATTCGCCCCTAGATAAAAGTAATAAATAAAATAAA TAAATATATTTTAAAAATATTTGAAATAAAATTAAATAAATTGGGTAATAATGTAATTCC AACAATAAATGGGTAGAGACTCAGACCTACATATGAATCGCATACGCTGAATGCGTTTGA TGCATTCCTTTCTCAGCTCAATTAATATTAAGTATAAAATGAAAAAAAAATATTTTAAAT GTAATAAATAAAAGAAAAAAAATATATTTTAAAAAATATTGCAGTAATGAAATTATACGG AAGGAGTAATAACATAATTTCAACAATAAATGAAAAGAATTCGAAAAATCGCATTCGTTT TATGTGTTTTATGCCATTCTTTTTCACCTCATTCAATGTTGAGTATTGAAAAATAAATTA TCTTTTTTCGATAGAATAAAAGTAATAACAAAAGAAACAAATATATTTAAAAAATAGTAA ACGAATACAATTAAATTAAAAGACAATAATAACATAATTTCAACATAAATAAAAAGAAAC TGAAATTCATACATAAATAGTTTAAGAATGTATATTAGATTTGAGTCGAGAAGATTTTAG AATATTATTTAGTCATACAATTTGTTTTTGTTTGAAAAAACAAAGGGTATCCTTTTTTTA AAAAAAAATTCAATCTTCATAATAAATTATTAGTACCAATTATACAAATTAGTTTCTAGA GAAAAAAATAATCTTGAGATTGTACGTTTACCATTACCATCCAAAGGGAACATTGAGATT TTTGTGAAAGGTTTGTGGGAAGCTTCGCAGAAAGATCAAAGATTTTCATGAACCCCATAA CTCTTCAAACCTCGTAACAGCTTCGAATTTCAAACCCCATCAATCTGGTAAGTACCCATT TTTGCTTTTGAGCTATTTTTGTTCTTGTCTTGTACAAAAATTCCAAGACTTTTTCGATGT GTTTTGCTGAATTTCAGTAGTTTCTAATTGAAAACTGAGGATTAGGGTTCTTGGGTTTTC GATGCGTTTTGCTGAGTTTCAGTAGTTTTTAATTGAAACTGAGGGGATTATGGTTCTTGG GTAATTTGAAATATTTGTTGACAAATGGAGAAATCTGATGGGTTTTTCATTAGAAAAAGT CCAAGACTTCGTGGGGTGTTCAATCTTGTGTGTTCCCTAGTCCTTGTGTTTATGTTCTAC AACCGTGAAGATATTGTGAGCAATCCAATTATAAAGAAGTCATCTTTAGTTTCTAGTCAG TGGAACCCAAGCAGTAGATTTGATGGTTATTCTTCACATACCCGAGTGGTTCGTCGAGGG ATGTTAGAAGTGAACGGGTCGGATGCTGATGATTTGGTGGTAAAAAAGCCTCAGTTATGT GCAGGATTGTTTGATCATGTGGGGTTTAAAAGTAGTTGTGACTTCTTGAAAGTTCACCCG GATTGCTCGTCTGGAGGGTTCTTTGATTACCTTAAGTTCTATTACTGTGGTTGTAATGGA AGTGCGTGGGCGTTTGTAGTATTTGGTGTCTGGCTTGCTGCATTGTTCTATCTTTTGGGT AACACTGCAGCTGATTACTTTTGTGGTTCATTGGAGAAACTGGCTAGTTTGTTGAAGCTA TCTCCTACAGTTGCTGGAGTTGTTTTGCTCCCGCTTGGTAATGGTGCTCCGGATGTATTT GCGAGTATTGCTGCGTTTGTAGGAAGTGGTGCTGGTGATGTTGGGCTTAACAGTGTTCTA GGTGGGGCTGTGTTTGTTACTTGCGTTGTTGTGGGTGCTGTTTCTCTTTGTGTAGCTGAT CAGGATGTTCAGGTTGACAAAAAATGTTTTATTAGGGATATTGCCTTTTTCATTGTAACA CTGATGTCACTATTATTGATCTTGATAGTTGGTGAAGTTAGTGTTGGAGCAACTATTGCA TTTGTATTGATCTATGTTATTTATGCCTTTGTTGTTGCTGCCAATGAGATTTTGAGGAAG CATGCTCGAAGATTGAGATTGGATGTTGTTACTCCTTTGCTTCCTGTAAGAGGAAGTATA TTTTCTGAAGGGACTCAGGAGGAGGATTCTGTTTATAGCACTTTGCTTGATGTTGAGACA GAGGACAATAACATACAGTCACATGGTTCCTTGCCTCAGTGGATGTGGGCATCCAATGTG GCAATATATTCTAATCAGTCATTGAGGGTGCATGATGGGGAAAGGCCTTTGTGGGGTTGG ATTGATGAGGGTGTAGAAGTCAAGAGCCCATCATTTTCCTGCTCTCAGCTCTGTTCACTT CTAGAGTTGCCATTGACTGTGCCAAGACGATTAACCATTCCATTAGTTGAGGAAGAAACT TGGTCAAAACCATACGCTGTAGGCAGTGCTACTTTAGCTCCTTTTCTTCTTGCAGCTTTA TGGAATACTCAGGATTATGTGAGTTACCTAGGCAGAAGTGTTGCTATAGTTCTTGGCATT TCTGTTGGTTGCACACTGGGTATACTTGCATACAAGCATACAAGAGCTGACCGTCCTCCG CAGATATTTTTGCTTCCATGGGTTTTGGGGGGTTTTATTATGAGTATCGTGTGGTTTTAT ATGATTGCGAATGAATTGGTGGCACTGCTGGTTGGATTGGGTGTTGTACTGGGGGTTAAT CCCTCTATTCTTGGGCTCACTGTTTTGGCTTGGGGCAATTCAATGGGTGATCTGGTCTCT AATGTTGCTTTGGCGATGAATGGGGGAGATGGTGTGCAGATTGCTTTATCTGGATGCTAT GCAGGTCCCATGTTCAATACACTTATTGGGATAGGAATCTCATTATTCCTCGGTGCCTGG TCAGAGAAACCTTCTTCATTCATACTTCCAGGGGATAGAAGTTTGTTTTACACCATATGT TTTCTCTTGTTTGGTCTTTTATGGGCCCTTGTTGTTCTTCCCAAGAATGACATGCGCCCT AACAAGATGCTTGGTGTAGGCCTTATCATCATTTATTTGGTATTTCTGTCTGTTAGACTG AGTAGTGCGATAGGGATTGTTTCATTGTTTGGGGTTAGTGACTAATAGTTGCATGTTCAG AAAGGTTAGCATTGAAATCATCTGAACTTGAGATTCAGATTGTCCCACTTCACTTGACTA GTGAACTTGATTGGTATCTTCATCATGGGACAAAGTTCCAATATAAGGAGCTTGTTATGC TCATCAATGATGTATTCTGCTGTACAAATACTCATAAAGTATGTGCTCTTCGACTCCTTT TTTGAGCCTTCTTCTCTCTGTGTTGCATGATCTTCATACTGTTTGTATTTCTGTAATAAA ATTTCTTTTCATAGAATCAAAAATTCCTCCCGGTGCAATGAAATCTGAAACTAATTAGTT GATGGTACCTGTTTTAGTCAATGAGCAGCTAGATGCCTGTTTCACTGAAAAGATGGCAAG AAAAGTTGTACAATGAACAAGTTGATCACCATTTCGTCTGGAGACATTATAGTGCTGTTG GACTAGAAAATGATTTTGTTTTGGGATAATTGGTACTGGTTTTGTTTTCGGTAGAACTAG TGTGACTGTTTGGATTTAGTGTTTAATAAGCTTTGGGTTTGCTTTTGGGAGAATTATTGT TTGATTTCTTTTATTGGAAAATAATACCACTAAAACTCAAAACATTTTAGAACATTTTTA TATGAGTAAGGATTAACATTGACTAAATATCTTTATTTGATGCTAAACATATTTTCAAAG AGATGGGTTTTATGAGTAAATTAAATTCAGTTAAAGATATAGATAAAGGCTGGTTAAAAG TGAAACTCAGGCCAAGCAAATAGTGACTAAATTGTCACATTGTCGGGGTCAAGTGAATCC ACCTATCAGAACTACAAAACAAATGTGGATTAAGGCTCGTAGTTTTGTTTTAGGAAAACA TCTTTTATTAACACACCAAAATGGTTTGGTTTCTAACCAGAGTTATGTGGTACCATCCTG GTTTTTGGTGTCCCCCGGTGCATATTGGTTTTACCAGTGGCAATGAAGCTGGTGCAGTAG GTGGATGTCAGTGGGATCATATTGCTGTACGAAGCCCTCTTCTTCTTGTCATATCAAGGG AGCATGGCTCTATTTCAGGCTCACGTGGTAGGCGTGGTTTTCACTTAGTAACTGCTGGAT GTATTAGTTGAAAGAAGTCTGAAGTTTGATTTCGAGTTCTTTGGTTTCCCATTGGTGTTA TTGTTGCTTGCGAAGTACAATATGCTTTGTCTTGAGTGCTTTCAGTGAAATGTCGTCAAG AGTTTCTTGAGGAATTTCATGGCTGTCTCTCTCTCCAGTGATTCATGCTCCAATGTGTCT GCTGTATAGCATGTCAGTTCTTCCTGATTATACAACAAAATAAAACCTAATGTCAGAGTG AAGGAGAGTGTTACAATGTGTTGAATTAGATGGCTACTTTCTGGTTCAGTCTCTTTTTCG TCTCATTTGTGACGTTGTCTTTAGCCACCATAATTTGACAGCATTGTACTGATCTTTCTC TTGATAAGTTGAGATCATTTGCTTGATATTACACGAAGTTAATGTCAAAATTGCGTACAA CTATGTGGAGGCTTAAACACCATTACTATAAACTGTCCCAATCTCCTATATACACCGATT GCTTTACACCGAAAAGATACATGTAAGTAAGGACATTTTGATACATCAAATGTTATTCTG ACCGTATGAAATGATCTCCATTTGTTTCAGTCTATGTAGTCTAAAAAAGGAACAAGGGTA TGATTTTCAGTACTCCCCTGTTCAACCACCACATGAGAAGGAGACATTGGGATACATTCC TATATACTTCTTACTTCTAGAAATGATATTTTGTTCCTTACATTCCATTTGTCCAGAAAA GGCCTAGGTATGATCTGCCATACTGCCCTCGTTGGCTTGCCTACCCCTCTATGTGCTCTT ACAAGTAGCAGTTGTAAAAAAAATCTGCAACTTACCTCATATAACCGTTGTTAGTGTCTA TAGTTGCTTTCTCTTACATTACAATTATGTTTTTTGGTTATTTTTCATATGCACATTTCT TCATTAAAGCTCACGTTTTGATTGTGCTTTGCACTCTCTAATTCAATATCCAGCAGATTT TGGCTCCTTTTTATGCCTTTTGCCTTTGATAACACCAGTACGTATCTTGGAGCATGCATG CATTATCTGTTGTTTTAGTTTGTTCGATAAACCATCAAGATAGATGAGAAAAGACAGTGC CATTTTAGATACGATGTGTGAAGACTGTTCCAAGTCCATTTAGAAGTAATTGGTCTCCAT TTAGGACAATCAATCAATTATAAAAGGATATGTCCCTGCATGTTTCTGAGATTTTTAACT TTGGTTACTTGGATAAAATAGGATCTGGAAAAGAGAGAGAAAACTAGAGTCATTTCTGAA AGACTACATTGTGATTTATGTCATTGCCTTTTAGACTGCAAATGTCTTTTGATAAAGCTA TCCATCTCTCTGTTGGTGACTCAAACAAGTGGTTCAGCTTTTTTCATCTCGCGTCTATCA GGTAAAATCTTCTTTACTTTCTCAATCTTCTACGAAATAATTTGTCTGTGTGAGATGGTC TGTTCTAATAGTGACACCTTAGATACTTCTTGTTACAGTATTCGATATTTGACACCTCAG TTACTGGTTATATATCTTCTTGTTACAGTATTCGATATTTGACACCTTAGTCTTACACTA CTCGATTTGTAGTTGCTCGTTATGCATGGTGGCTTTAGTATTGTTTTGCAGATACTGTTA TGGAGCAGTATATACTGGCCTTAGCCCTTGTATCTAACATTGGACATTGAAAGTTATTTA GCCCTTGTATCTAACATTGGGCATTGAAAGTTATTTTCCACTAGCATGAGTTTTATGCAT ATATACTTTATGATAATCCATAGATCTACTTGTTTCCAGCTTCAAAATGGGTGGATAATG GGTCCGCTCTTTTACCCTTCTTTGCTTAAATACTACACTTGATTTCGATGAATCAAGAAT TATTGACAAAAGTATTCGTTACTCCCTGAACTTGAAGCTTTTTATTCGGTGTACATCTAA ATTATGTTCCGTTCTAATTATCTCCGAACTTGTTTATTCCTCCATCGCGTACACTTTTTT TGTCCACCTGCTCCTATTGTGACTACACGCGTGCTACAATTGGCAAAAGTGGTAATTTTC ACTTGGATAAATAATAGTCACCTAGGTAAATAGAGATTTTACGTCTTTTTACCGTTGTAG CTTTATGATGTGGCAAAAAATCACTTGCTCATGTGCCTAATAGAGTGTGTTGTCAATTTC TACACCAGGTGAACAATAAAGGTGTACGTGATGGAGGAATAAATAAGTTTGGGATAATTA AAGCGGAATATAATTTAGGTGTACGCACTACACAGAATAAAAAGCTCAAGTTCAGAAAGG TAATGAATAGTTTTGCCTAATTTATTCGTTTTTTTAAAAATAATTTTGTTTGGTGGTCAA GTATTCTAGAAAGCTGTTAGTTGGTTTGTGTTGACCTTTAATAATTTTTTTCTTTTTCCT TTTACTTGTTCAACATATTAAAAAATATTTTTTTTCTCTTTTTATATATTCATTTTAATA AATTAAAAGATGTAATTATTTTTTCTTTCGATATACCATTATCCTGGAGTATCCATTTTA TGTAAGTCACAATTCTGTTAATCAATTTGCACATTTATAAAATTCCCACAAAAAAAATTA ATTTATCAATGGAATCTTTTTTGGCCAAAATTGCACATTATTTGGGCAAAAGAACAACAT TTTAATACGATAATGTCAACAATTAGCCAATCGAATTGCTTATTCGTTAATTAATAATTT TGAATTTAAATTTTGAGTGTGAAAAAAATTCTTAATAAAATCTCGCGCATTCGGATTATT GTCAACCATTTGACTTTCATTAAAGCCCTTTCATAGCTATAACCTCCTCCCTCCCCAATC CCCAAGTCAACCCCACCCCCTCCATATGATCCTATTTTTTAAAATTATTATATTAGATCT TTGATTAAAAAAATATTATTTATAAATAAAATATTTTTATTTAAATTATTCGAAACTTCG AATAAATATCCAATGGAAAGGCCCCACCCCACCAAAGGAATAAGTTTGCATTGTTATTGG AGGTTTTAAATATTTATTATATGTTCCAATCGACGTGCTAAATAATATTTTTGTTATTTT TTTAAAAAAAAATAATTCTCTAGAATCTATTATTCTTTTCAAAATTATTTCTGATTAAAA CTTTTGAAAATAGTTAGCATGTCTTAGTCCTATGAGGCTAGCTCCTACAAATTTTTTTAT TGCCAAGACCATAACATTCACATATCAACAATTTAAGCATGGTATATTCTATAAAATTAT GGAGAAAATAAATAGGGAAATGAAGTAAAAAAAAAAAGAAAATAATAAGTCTAAGAGACT TTATTTATATCTCCAAAAGTATACTTGAGAATTCCTATCTTAATTGTCGAATTCGAGTTT TAAATATGAAAAATCTTTTTCATCAAATTAATAATTTTGATATATGTAGATAGTTATTAA GTTTATATGGTTGTTAGACCTACCATTGACTCAATTATTTCATCAATGACTTGGCTTTTC AATTTTATTTTTTTTAAAAATAATCTCGGAGACTTTTCAAGTGTGCTCTAAATAAGTAAA ATAATAATTAAAATTAGTCCCATCTCATTTTAGGAAAAAAGAATTCCATTTCTTAGAAGA TCAAAAAGAAAATTAGAAAAGGGTGTGATATACCTCACAATTTCATCATTTGAAGATTGA TATTTTTTTGGTTATGAAAGTGACTTATATAGACCCATACCATTATACAAACGGTTCACA TATACCTTTACACTCTAACAGAAGTGAAAATATTAATTTTTTAAAAAAATAATATATAAT CCACATGGTATATTTATTCCCCCTCACATGTATATACCATATGGATTTATATATATATAT ATATATATATATTATATTTTTAAAAAAATTAAAAAATTAAATTAATTTTTTTTTAAATTT CGTTAAAAAAATAGGTACATGTAAGCCATTTATATAACACCAGAAAAATATATGAGTCAG TTTTATAATGAAGAATATATCAATTTTACATCACAAATTTAAAAGATATATTTGACCAAA GAAGATTTATAAATACCATGTGAAACAAAAATAAACAGATACCAAAAGACAAAATAGAGA TTTCAATTTTGATTGACATCATTTACAACTAAACCACTTCTATTCATTTTTATTTATTAA AAAATAAAAGTAAAGGTGATAGTGTTGCTTTCTCTAGTAGTTCATTAAAAAATTAGTCCT TTATTTTTTTTTCTTTTGTTTGGATTTATAACTTTGAATATTTCATGTAAACCTAATTTT TTTCTCAATATGTTTCTTTTTGAAAATGTAATTTTTAAAAACCTTTTACTATATACTTAT CCTTACGTTCATTTTTTTTAATTGTTCAATATTGACTTGACACATTCTTTAAAAAATAAT AAATAACACGACAATTTTACTATATCTCCTTCTGGAAATAATAAATTCAACATATTAGGA AATGAACAGTTATCTTTTAGTTTTTCAAACTGAATGAGTAAAAACAGACAATGAAACATC TATTTTTAATATCATTGACAAGTAAAAACGGACGAAAAGAGTAACACTTGGACAATAAAA AACTATATCAAGTGGATATTTATTAGAGGAAATGCTTATTAGTAATTCTTTAAGGCAAGA TACTGACAAATTTATTAGAAGGCAAGTAAACTACCATTCTTCTTTAATAAATTTTGAAGT CCCTTATAATATAAGACCTCTCATGCATCCTAAAATTTAGGCAAAAAATAAAGCATATGT TGACTTTTTTTAAAAAAAAAGTTTTTAGTCTTTAAGTTTTAGACTCCCATGAATACAACT AGCCACTACTTATTTCCACAAATCTCAATTTTTTTTTTCATTGTTAATAAGAGATTGCTC ATTAAGTCACCTACCAAAAACTTGCTTTTTGGGGAAGGAGAAAAATGAAAGAAATGGAAA ATGGAAAAAGCTAAAGTAAAAGAAAAAGGAAAAGGTTAATAGGACAGAATTAACAACACT TTTTGGTCCCTCGATTATTGATAAATTTTATAGTTTTTTTACGATATCTGTCTAAGTATA TTTAATCTTACATTAAATGAAATGCGCACTTTTGATTTCTTTGTTTTTGCTTATTCACAA ATTTATCATACTGATTAACCATTCCACCGTTTAATTACTCGTATATTATGTTAAATTTGT ATTGTTACTCCATATTTGAGAGAGTAATATAGTTCTAAAAAGAAGTTCAAATATATCATA TTTCTTCGATAAAAGGACCAAACTCATTTTATGACTATGGTGTCCGAGTCGGCTTTTGCT CACCTCGATTAATTCTATAGGATATCTGTCGTATGCTACTAACAGATATAACGTAACAAT ATCCACCAAGACTAAAAAAATATATAAAAAAATTACCTAATGTTATTTTTTCTCCACTAG AATCTTAACTTGAGACCTCGTGACTCTTAATCACTTCGTTGACGACTAGGTCAGTCAGAT TTTCCTCCCCATTCTCTTCCAACCCAAACAAAAGGACTATATATTTTTTCTTTGCCCCAC TGTCTTCCCCATTTCCTCTCCCATTTATTACTCTCTTTCCCATCCTCCAAACATGGCATA AGGTCTAGAAAATTTTGAATACAAGGCCTCTCATTTACACAAGAAAGGCTTATGGCTTCT TCAATCTCTATGAATATTCTTTTTTCATTCATATTACTATTTTCAGCTTCATGTGTTGTT TCATATACAATTCAAGATCAATTCTACCAATGTATTACACTCTATTCGGATCGTTCGATC CCTTTCTCCACAGCTTTCTTCACTCCTACTTCCAATGCTACTTCATTCAACTCTGTCCTT AAATCCACTGCCCAAAATCTAAGGTGTTTATCACCTTCTCAACAAAAACCTCTGCTTATT TTCACTGCTTTGATTGAATCTCATGTTCAAGCAGCAGTTATTTGCGCGAAAGAGCTAAAA GTTCAGCTCAGAGTTAGGAGTGGAGGTCATGATTATGAAGGCATATCTTATACATCAGAA ATGAAAAGATCAGTGCCTTTTATCATGCTTGACTTAGCTAAGCTTCGTGCGATTAAAGTG GACATTGAGGACAACAGTGCATGGGTTCAAGCTGGTGCGACGATTGGTGAAGTGTACTAT AGGATTGCAGAAAAAAGCAAGACACATGGTTACCCTGCTGGCCTATGTACCAGCTTAGGA ATTGGTGGTCATATTACTGGAGGAGCTTATGGTCCTATGATGAGGAAATATGGTCTTGGA GCAGACAATGTTGTCGATGCTCGGATTGTTGATGTCAGTGGCAGAGTTCTTGACAGGGCC TTAATGGGAGAGGATTTGTTTTGGGCAATCAGAGGGGGTGGAGGAGGCAGTTTTGGCATA ATCTTGGCTTGGAAAGTTAGACTTGTTCCTGTTCCATCAACTGTGACAGTTTTCACAGTT CCAAAGACACTGGAAACTGGTGCAACAAAAGTCTTACACAAATGGCAACATGTTGCACAC AAGATTGATGAAGATCTCTTCATCAGAATCCTCATAACTACAGTCAATTCAACAAAGGGG AAGAAAACAGTGCAAACAGCTTACCAAGCTTTGTTTCTTGGAAAAACTGATAGGCTTCTT GATGTGATGAATCATAGCTTCCCTGAATTGGGATTGACACAAAAAGATTGTGTCGAAATG AGCTGGATTCAATCAGTCATTTACATTGCTGGTTATCCAAGTAACATTAAACCTGAGTTC CTACTTCAAGGGAAGTCATTATTCCCTGCAGTAAACTTCAAGGCTAAATCGGATTTTCTC CGTGTACCAGTTCCAGTAACTGGACTTCAAGGGATGTGGGAGAAGTTTTTACAAGATGAT TCACCTATGATGATATGGAATCCCTATGGAGGAATGATGGGAAAGATATCAGAATCTTCA ATCCCATTCCCACATAGAAAAGGAGTCATCTGCAAGATACAGTACTTAACAGCCTGGACA GATGGAGACAAGAAAACTGCAGATAAACATATCAACTGGATCAGAGGACTTTATGAGTAC ATGGGCACTTTTGTATCCAAGTACCCTAGAGAAGCTTATGTGAATTATAGAGATCTTGAT CTGGGTATGAACAAAAATGCCAACTCAAATATCTTGGAAGCTAGTGTCTGGGGGAAAAAG TACTACAAGAACAATTATGACAGGCTTGTGCTTGTCAAGACTAAGGTTGATCCTGATAAC TTCTTCTGGCATGAACAGAGTCTACCAATCCTTCCATTCAAAGTTGGTCAAGATGGGAAA AGTTTGATTCACTGAAGAACTGCATTTGGCTTGATGGTGTATTGTAATATTTAAGGAAAA AAGTAAAAATAAGTTTAAGTTTTGCTTTTCATTTGGTTTCATGACATGTAATGTATTGTA GCAGAAGTTTGTATTGATATGAAATGTGAAACAAATTTGAGGAACAACAACAAACCTAGT GGGGTATGACGAGGGTGGGTGCACGTAGACGACCTTCTCTCTACCTTGTGAGGGTAAGGT ATATCAATGAATTCAAGGAACTACATACAAAACTTACATGGAGAAGGATCATAAAACCCA AAAAGGATCCACTTCATTCTTACAGCATAAATGTCATGTTTGGTGCTATAGGATTATAGT TGAGAAATACAAATTGGTACCATAATACATACTATATTTTTAATTCTAAAAGCGAAATTT GTACAAGGATCATATAAAAGTTGTCCACGTTCTTCATCAAATTCTTCGAAGAGAGGCCAA CCTCTTCTCAAGTTCCTCGACATCTGCAGCAGTATCAGAACTGCATTCACATGGGAAGAA TTGTTAGGTAGACTTAACATGTTCCCAGAAGAACTAGGAAGGATATTCTTAGGAGTCCAT ATTAACGCCAATAACAATTATAGAGGAATTCTAGATTGGGTTCAGTACAAGAATCAATCA AACTTTATAGTCCCGTAGGTCAAAGGAGTCCGCATGATCAGAAACACAAGGAGAGTATAA CCAGAGAACAGAAAGGAAGTACTGTTGAGAATTGACTGTGACAGTTTAATATGGAAATGC AGAAGAAACGTAGCTCGACACATGTAGACACACAAAAATCCAACTCAACTACACAAGAAA ATCCATGTATGGCGTGTGATTTAAAACAGTTCCACATACCTAGGGGGGGCAACATTTTCA ACTTTCTTCGATGCAATCCGGCCTTTTGGAGCTGAAGATAACTGCCAAAATAAAAATCAA TAATGAATGAACAGCTCGTGAACTAAAGATGAGGAAAGCAACTGATTATACGCTCAACTA TCCTTAATCCGAAATCTACCTGTGATGCAATGTCCACACCAATCTCGTCAAGCACCTAAA CATGAAAACACAAATTAGAATAGATGACTAGAAAAATACAATTAGGAAACTGACTAAGCC TGATGAGTAACAATTGAACCTGGTTTGTAAGCTCCTCAGTTTCTTCTTCAGCTTCATCTT TATCCAAAGTCTCATCAATGGATTCAGACATCATCTCAATCTGGAAAAATCAGATGGCTT CATTAGTATGCTTAGGCTGAACTTCACATCAAACTGAAATGTTTGCCTTCAAGACGTTGC ATTTGTCCACAAGTACAGAGAGCTTATAGCATGAAGTAAGTCCATAATGTGAAGCATCGC TTAGAAGGATGAAAGTGCTTACTGTCATGTCCAACTGTGATGACTGCTTCTGGAATTCTC TGATCACTTTAACTTGTTTTGCAGGTGCCATTTGCTGAGAAGTAAAAACACAAGAATAAA CCAATTGGGGGGCTTTACCACCTTAATAATTAAATGGTAGCACAAACGCAAACAAAATGG ATGAGTATCAAAAGTTTTAAGGATTAAAAGGAAAAGAGAAAAGAAACTCACAACAACAAA TAATCAGTACCTTGTTCATGGCAGACATCGCTTTAGTTGCACCTTTCATTCCAGTAGACA TAGAGGTGCTAGCATATAGTGCCTACAGAAGAGAAAAGAAGACACATATAAGATCCAGTA AAAATTTCAATTACTTTTCATACACAATAATAATTGGGAGAAAAGGTTGACCTGTGTATG AGTTGCTACACCCCTAATTTGAGCACGACTACCTTGCAAATTGACAATTTGTTGCCGTAA CCTCACAAGTTGACGAGCTAGAATTTTGGTGGCTGCCTGATAAGTCAAAGTATGTGAGCA AGATTTACTTTTGAGGAAAAAAAATGGCTTATAGCAGATGCGATGAGTTCTTTACTCACC CTTTTTTCAAAAATACCATTCATTTCTCACCTGGATCACAAGTATAATTATCCATGTTTA CCACCAAAGCTTTAACTGAATCAAGTTCTCAATGAATATCCAAGCCTTTAATTAGCCTTG ATTCAAACTTGAGTCTTATTACACCGAGTAAAATCAGTGTTTCAAAGACCAACTGAATAG AGTCTTCAATATATTTGTAAGCCTTAGCGAGCATTAAATCAAGTTACTACATTCCTTTCA AGTAGAGCTCCTTTTTCAACTCAGTCCTGCCTGCTCGATAGCAAGTGCTTCGGGCACTGC CTTTCTTTTCAACAACTCAGTTAACTGCCTCGTTTCAGCCTCTCTTTCTCTATTTTGAAA CATTTCCAGCTAACATGGCTCACCCTCCCTCATACAAGCATTTAATGGTAAATACATAAA CTAATACATATATAAATTTTGTGAATTGTTTGTTGGTGAGAGAATTCAGAACATTAAGAA TTTAAAATTAGTTAAACTATGTTGGCTCTAATTCTTCCGATGTCTTTCGAATTCTGATAA TTCCCTATCAAATAATCTTTCTCTAAGGTTGTGACTATGCAAGAATTCTTCAGAAGGGCA ACGATTTATGCAATCTGAGAATGGCTCATCTCTCAAGAGACTGTATTTCAAATTCTGATA AACAAAAGAATCATCGGGATGCAAAAAGTATGCAGTTTCCAATGCAAATAAGCACCCACT AGAAGCCATTATCTATTAGAATGATCACAATTCCAAGTAAAGTAGTCAGGAAAAAAGAAT TAATTTGCAAACACTTGCCTCGTTTCCTGTTTTGGCTGTTTGCTTGATCTCTGCAACTAA CTTTTTCTCCTACGAGATAGTCAAATAAGAAGTATATAAGTTCACAAGTAAGTAGATTCA CACAGATGAAAAGATGATTATTGAAAGAATACTCTGAAGTTCTCGTGACTTAAATTTCAC AAGAATACTCTGAACTTACTGAACAAACACACTTGCCTCATGTCTATGAACATTTTCCTA ATAACTTACCTCCATTTGTAAGGATGAGATCTCCCGTTCGATGCCTAAAGTTATACATGA ACAAAAACGGAGACGAATTAATGAAAAGTAAAAACACCAAATAAGAAACGAGGAAGCCAA TGCAAGTTATCATAATCAAACCCATTATATAACAACACAAAAGATAACGTGGATCAAAAT GATAATGATCTAAAGAAAAAATAAGAATAACATCCAACTATGATACATTCTGGACAATGA TTTTCCAAAATTGTTTAATACTTTTTGCATTCTCCAACTGCTTGCTTGTGCAAATGACAA TGATGTGAAATATACTATTTTTTATAAAATAAATTTATGACAAGGGAAGCCCACAGCCGT AGGAGAGGTAACCTGCACCAGGAGCTTGACCTAGAAGGCAAACCCCTTTCTTTCGCTGGC AAGGGGTTTCGAACTAGAGACCTCCAACATGGAAGTCCAAAAGCTCAAACCACTGGGCCA CCCCGAAGGGTAATGATGTGAAATATACTAGAATGGTGTAAAAATGATGATAGTTCAAAA TATAAAACCTGGAATATGTAATTTGTTTCCTCATTTAGCAAACAGCTGACCCCTGATAGC TTTATCAAAATTAAGAAGGAGACCCAACAATGACACCAAAAGTAAACAAAAGAGTCAATA AAACCTTCAAGTACTTGAGTTCATACAGCCAGTCACTTGCAAAGGAAACAAGTACCTCTA GATTTTACCCAACATAGCACTTCTTCCAACTCTGTGAATTGTCCAGGCAAAGCAGGTTAT ATTGTTTCACAATGCACCTGAACTACCTTTTAGTCCCAAAAACTAATTATACCATTTTTC CTAATATCATATCCTGTTATGAAGCAACAGTGCCATAGAGAATTGAAATAGAAGGTAATA GAGCGGAGCCATCCACCTATTCTACCTAATCCTTCACCGATATTACATGACTTTGTTGTC TAATTACTAATGAACGTTCAACCAGTATATCCTCAATAAAAACTTTCACATAAAAATGGA ACCTTTTCACTATCACTCATCCTTGTTATTCTTATTGCAAAGTAGAAACTATGAAGAACA AAGGCACAACAACCTTAACCTAATATTTCCGAGGGGTTTCCTTTAGTTGATATACCTAAT AGTATTTCAAATTCCAAATATCGAAGACCGAAATTTCCACCAAGAGCGATTCTTTTTCTC TCTTTGCCGGAGCATATATTTCTAGACGTCCAAACAAATTAAGCATCTCTTGCTTAACAA GGAAAAGATCATAGCATTCGATGTACATTTAAAATCAAACTAAAAAGAATACAACCACTA TTATAGCATCCCCAAAAGAAAGATGTTTATGCATAACACGAACAATGGGCATAAGCGCCT ATGCATTTGAGATCCAAAATGAGCTTACAGAGTATTATTTCTAAATCAAATAATGCGAAG CTACTCTTTCATAAAACAAAACTAAATCAAATTCTCAGCTAGTGAGTCATGTACCTCTGG TAGCAACAGCCATTTCCCTTTTGCTGGTCCTCAATGCTTCTGTTAATCAATTACAAAAAA AATTCACCATAGATCATAACTCCAAACACAAAATTAAAAAAAAAAAAAAAAAAGGGGGCA AAAATCTTACCTTTTGGTGAAGTCTTCTTCTTGAAAATGCTGTTCAACTTCTCCATCTTC TTTTGTTAATGATTCTTGAACCCTAGAATTTTCTTGAAATGGAAGAGGAAAAAAACCCTA ATGGCTTTTGAAGAAAAGCTGAATCATGAAAATGGGTGATTAAAAATGGGGTTTTTTTCC CTTTGTTTTTTGGAATTTTTGTGAGAAAGTTAAGCAGGAGTGGCAATTTTTTAGCGGCCG ACTTGTACTTCTAGGGGAGCGTGCAGTGGACTGGACTCTCCTATTTCCCACTATCATTAT ATCTAACGGACACCAAATAAGTAGCCGTTGTGAGCAAAGGAAATGACCAAACTACCCCTC TCTAGTTTGATATCGCAAAGATCAAAAGACAATATTGCCCTTGTTTTGTTGCTTCAGAAA CGAGGAAAATACGTATAATACTTTGGGTCTCTAAGGGGTCGTTTGGTTACTGGTTAAAGT TATATAGGGTTTAGTTAGTTATGCTAGAGTTTTGTTATGCAGGATTTAGTTATGTTGAGT TTAATTATGTGGATATTAGCTATGCGGATATTAGTTATGTAAGTATTATTTTTGTTACGT AGATATTATAATATATGAATTTTTATAATTGAATATTAAATTTGTTGTAAGTTATTAATA TATATTATTTACAAAATAATAATATATGCTAATAAAATATGGAATATATTGAATAATATA TAATGCTAATATTTGATTAACATATGTACCGTCAAAAAATATACAATTTAATTTTAATAT TAAAAAAATGTTTATATTTGCATAAATAAATAAAAATGGTAAGTATATAAGAAGAAATGA AAATAGTCCATATATAATAGGAAAACAGTAAAGTTGTCAATTAAAAAATAAAATAAATTT ATAGGGTAAATGTGTAATTTATCATTTTAATACATGTATAACTAATACCCACATAACTTA TTTCACCTTCTACCCTGCATAACTTTACACATAAATTCCCTCATAAATTGTGTTGGTACT AATTATGTAGGACTACAAAAATGCAACCAAGCACCGTATAAATTAATACATGAATAACTT TTATACAACATCTAAATTCTTACCAACCAAACATGATATAAGTTATGTTAACTTTTATAC CTAACACAAAACTTCTACCAAACATAGTAAAACTAATGTAACTTTTAACTTATACAATAA CCAAACGATTCCTAAATGATTAATTTAGTGGCACAAATGATTTTCTAGTTTCTTATAAAT TAATATATATATATATATATATATATATATATATATTAGATCTTTATTTTATGTATATAC CAAAAAGATTTTATGCAAACCCCTCACTGAATTTTTGGTAAATATGTGTTTTGAATTTAA AATTGATATTAATTTAAATAAATTATAAATGAGTAAGAAATCTCATTCATCAAACAAAAA TCAGACTTATCAAACTAATAATTGAAATCGAAATTGAAACAAACAAATCGACTGTACCGT TAATATAACACTTGTTGAAAGCCAAAATCAAAATAATAAATCAAATTATAGTCTGTTTTT AATTGTATATTTTTTTTTATAATTATTCTTAGTCATTTATTCATTTTGACAAATCAAGAA ATGATAATTTTATTTATTAGTATATTCTCAATTAAATAACTAATTACTTTGAGAAATGTA AATCTTTTCATCTATTTCATAATTAATATGGGTAAATTGATAAACCCGCTATCATATTAA TAATTTTATTAATAGCTGTGTCAATTTAAAAATTGACAAGTAATATTAGGAGTGGAAGAG AAAGAAAAAGGAAAGTGACATTTTCCACAAAGAACTAAACATAAAATGACCACTTTAATT CCTAATGGCAACTCTGTTCCTCCATAGATTGAAAAAAAAAATAATAAATGAAAGGAATAC AATTTCCATCTTTAAACAGAAACACCTTTATAATCTTCTTTTTGATCCATTTATCAATAT TTTCACCATATTTTGCCATATCCATTAAACAGAAAGAAGCTCAACAGCAAGTAATTGGCT ATGGTTACTCAATCAAATCTGTGGCTATCACTGGAAATTCAATTTTTGCTAATCTTCAAC TCATCAGCACTTCTTCTGTTTTTGGTACTGATATTCACAATCTTATCCTCATTGCCAGGT TATTTTTCTTTACCTTTCTTATTTATTTTGGATCCGAATCTGATATTACTATTACTCGCC TGATATAATCGGTAAAATTGTTATTATATGTAAATTATAAAGTTATTATTATATGATTAA AAAATCGGGGTTGAAATTATGAAGGCAATCTTTTTCAGAAATATGGGATAAAATTGTTAA CTAAAAAAATTAATATAACAAATTAGAAGGTAAATTCTTGTCATTGTGAATAACGTCACA ACATAGAATGATTGATTGACGTTGACGTTTTATTTTTGAATGTAAATATCAAATTTCAAT ATTGAGTTAATATATTTTCAATTGATAATAGGTATTTGTAGATTAGTTTAATATTGAGCG TATTTTAATATAAATAAAATAAGAGTTATATTATAAAATTTGCCAAAAAATAATAATTCA AGTAAATAATATAATATATATAAAAATACTTATTCGCTTATGACATGAATTTTATATAAT ATAGTAAAATACATGTCAATTAATTGTGATTAAATAAAATAAATTATTAATTTAAACATA TATCATAATTAAGTAAAATGAATTATTAATTTAAACATATATCATGCATTGTATTGCTTT GGTTTGTGCAGGTAAGTTTTAATCCTAATATATAGTTATGAAAATTGTAATTTTTTTTTT TATCATCTATATATAACTTCTTCTTTTTTTAATTTTAGTCTTATAATAAACAATATTTTG TTTAGTTAATGTAAATAAATTAACTTTATTAAAAAAATTGTTTAATTTGTTTTTTTTTCC CTCGTTACAGTTTGGAAACAAACGATCGTCTCCGAATACGAATAACGGACGTTAACCACC AACGATGGGAAGTGCCGGAAGAAATTCTCCGCCGTCCACCACCGCCATCGCCGCCGTCAA CTTCCAACTCCTCATCAGAAAACCACTTCCCAATTACGCTCTCTAACCCAAACTCAGACC TAGAGTTCACCCTTCACAACACCACCCCATTCAGCTTCACCGTCCGCCGGCGATTCACCG GGGATACTCTTTTCGATACTTCGCCGGAGAACGAAAACCCCGATACATTCCTCATATTCA AAGATCAGTACATCCAGATCTCCTCGGCACTACCAACTACCAGAGCTAACCTTTACGGGC TCGGAGAGCACACTAAAAGCTCGTTTAAGCTTACGCACAACCAGACTTTGACTCTATGGA ATGCCGACATTGGAAGTTCCAACGCGGACCTTAATCTCTATGGATCCCATCCTTTTTATA TGGACGTCCGGTCGTCGGATCCGGCGAAGGAAACGGCCGCCGGAGTTAGTCATGGGGTTT TGCTTCTGAGTAGCAATGGCATGGATATTGTATATACGGGTGATAGAATTATTTACAAGG TAATTGAAGGGTTAATTGATTTGTATTTCTTCGCCGGACCTTCGCCGGAAATGGTGGTGG ATCAGTATACTCAGCTTATTGGTCGTCCTGCTGCTATGCCATATTGGTCTTTCGGTAATG ACTCTCTTTTTCCGTTTGTTGTTTTTTTCTCGTGCACACCTCGACTAATTCCACTTTCTT TTTTTGTTTGTTGTTTTTCTCTTATGCACACCTCAACTAATTCCAAGGACCTATGCCATA CATGGATAGAAAGGCATTGAATAGAGCTTAAACTATTATCTATGAGCTTTTCTTATGTAG GTTGCATTGCTCAACATAGATTACAAGTACCACTAGTTCTTAGTTAGGACAATGGAAGAT GGTTTTTTTTACAATAGTGGTGTCCAGGCCAGCTTGTGTATACCTCGACTAATTTCATAG AGTATCTACTACCTCACACCAACGTAGATACTGGTCCACCAAGACTTAGACATATAAGAA GAAATCACCTAGAGTTTTGTCGGATCAGTTGTTTGTGAAAGGGAAATATGAAGTAAAATT ATATAAAGGCATATTGTTCACTATACGTTGCCTCATTCGCAAAGACGACATTGCTTTGAA TATTGTGCTGAGCTTCACATGTGGAAAGTGAGCCAAGAAGAAATTTAGGAATGCTAGATT CTTCCGCCCCTGTCATTCCTATACTGATCGAAGTTGAAATTGTCTTGTTCGATTCTCAGC TTCTACCTTCATTCTTTAGGAAACAACTGTTACACATGAAAATGCTCACATCTCAAAGTA ATGGTATTGATTATGTGATATGGTGTAGGATTTCACCAATGCCGGTGGGGTTACAAGAAT ATTGATGATGTTGAACTGGTAGTGGAAAGTTATGCAAAGGCTAGGATACCGCTGGAGGTT ATGTGGACTGATATTGATTACATGGATGGTTTTAAGGACTTCACACTCGATCCAGTTAAC TTCCCACTGGAGCGGGTAAATTTTTTTCTCAGGAAGCTTCATCAGAATGATCAGAAATAT GTACTAATAGTAGATCCAGGTAACTGGTCTCCGTCATCAAGTTTTAACAATTTAACATTT ACCTAGATAAATTAGATACGAGTACGTCTCATCATCATGTAACAAGTGTTATTTTGTTTG TCTTTCTTTTTACCGCAGGAATTAGTATCAACAATACATATGACACCTATAGGAGAGGCA TGGAAGCAGATGTCTTCATAAAACGCGATAATATGCCCCACCAAGGGGTTGTTTGGCCAG GGAATGTTTACTATCCTGATTTTCTAAATCCAGCTACTGAAGTATTTTGGAGAAATGAAA TTGAGAAGTTCCAGGATCTCGTACCTTTTGATGGCCTGTGGCTTGACATGAATGAATTGT CAAACTTCATTACTTCCCCTCCTACACCATCATCCACCTTTGATGACCCTCCGTACAAGA TAAACAACTCTGGCGATCACTTGCCCATCAACTATAGAACAGTTCCAGCCACTTCAACAC ATTTTGGTAATACAATAGATTATAATGTCCATAACCTTTATGGATTACTAGAATCTAGAG CCACCTATAGTGCTTTGGTTAATGTCACTGGTAAAAGGCCATTCATTCTTGCAAGATCAA CTTTTCTTGGCTCTGGCAGATATACGTCACATTGGACTGGAGACAATGCTGCTACATGGA ATGATTTGGCATACTCCATTCCTACTATCTTGAACTTTGGATTGTTTGGAATTCCAATGG TTGGAGCTGATATATGTGGTTTTTCAAGTAACACTACTGAAGAGCTTTGCCGCCGCTGGA TTCAGGTAAATTCATGCTTGGAGTTTTGTCAACAATGCCGCCTCCAATCTCTCTTTCTCC CCCTAAAGCTTTAACTTTTCACCAATGTTAAATAGCCATGAAATGTGTTGTTTTTCAAGG AACACTGTTGCATTATAAAGTTCAATGAACCAGAGTTATTCGTCGTCTTAAATAGTATGC TTTAAAATTGTGTTTAAGAAAAGTTAAAGCATGTGTCTATCTCTCAGTTTGACCAAATCG TTAGTTTGATACCGTAGAAGAAGAATTTTATCATAATATTAGGAGCTCTCTTCGTCTTTG ACTTCTTTGTAATGAGAGAGATTGGCTTTATGCAGCTTGGAGCATTCTATCCATTTGCAA GAGACCACTCTGCTAAGGACACAACCCCCCAAGAGCTCTATAGTTGGGATTCAGTTGCTG CAGCGGCCAAGAAAGTCCTTGGGCTCCGATATCAGTTACTTCCGTACTTTTATATGCTTA TGTACAAGGCACATACAAAAGGGACTCCCATTGCACGACCCCTCTTCTTCTCTTTCCCTC AAGATGCCAAGACATTTGATATCAGCACGCAGTTCCTTCTCGGTAAAGGTGTCATGATCT CACCTGTACTTAAGCAAGGAGCAACCTCTGTTGATGCATATTTCCCTGCTGGAAACTGGT TTGACCTCTTCAATTACTCTCGCTTCGTGAGTTTGAATCAAGGAACATATCTGACACTTG ACGCACCACCAGATCATATAAATGTACACGTTCGTGAAGGGAACATATTGGTCATGCAAG GGGAAGCAATGACAACACAAGCTGCACAGAGGACTGCATTCAAACTCCTTGTCGTGCTGA GCAGCAGCGAAAACAGCACAGGAGAACTATTTGTGGACGATGACGATGAGGTGCAGATGG GAAGAGAGGGAGGGAGGTGGACGTTCGTTAAGTTTAACAGCAATATCATTGGCAATAAAA TTGTGGTTAAATCAGAGGTTGTGAATGGACGGTACGCGCTGGATCAAGGATTGGTCCTTG AAAAGATGACATTATTAGGTTTGGAAAATGTGAGAGGATTGAAGAGCTATGAGCTTGTTG GATCACACCAGCAAGGGAACACAACAATGAAGGAAAAACTTAAACAGAGTGGACAGTTTG TTGCTATGGAAATCTCAGAGATGTCAATACTGATAGGGAAAGAGTTCAAATTGGAGCTAT ACATCATTACTTAAACAAATGAATTGTGTTATATAAGCTTGCTGTATGAAATTTTCTCAC ACTATCAATGCCGTTTAATTTATGATATTATGTTCTTCCTATTTTTACCAACTTACCTGT TAATGTTTATACATGTGATTGATTACCTTGTTTCTTTTTGTATATTATATGGTTGAATCT CCTTTCTGTTTGGCTTAAACCTATCCACCTGACCCCATGATTAAGGTATTAAGATAAATC ATACAGCTATATACAAGTTCACCGTTACCTTAACCAAGCAAGGAAGAACAAAATTCAAGA GTTCATACAAGAACAATGCGTCGCGGTCATTTCAACCATCAGTGAAGGAGAGTGCCATTA TCCGTCACTTTGTCATACTACTTAGCCATAAAATTATCCATATGAAAGCATAAATGTGCT AGAATATCCTAGAAGAGTTCTTGAAAAACCTTAAAATACTCTAGTTTTATAGAGAATTCT AGAAGAATGATTTATTTATTGATATGCAGGGACTTAAAATACTCTAGTTTTATAGAGAAT TCTAGAAGAATGATTTATTTATTGATATACAGAGACTTGTGTTAGTAACTTTTATTTGCA TCTTAACCCCTAGATGTACAGTATAAATAGAGGAAAATTCATTTATAACTTGAAATCAAG TAAAACAATCTTCCAATCAATATAAAAAGTATTTTTAGAAATTTTCAGGCTTAATTGAGT TTATATTAAGATTCGTGAGTAAGTTGTCAACTGTCGCATAAAATGTTTAGTTGAAGTCTT AGTCTGTGACATTAGGCACATTAAAAAGAATCAAATTTGCATTTGGTAATAAAGGGTTAA GTAAACATGTAATTAAATAAATAAAAATATAAAACTCTCAATAATTGGAACCTTATTTCA GAAAAACGTCACAATTTCTGCCTATAATAAGTATGATAAAATCTCATTATCTTTTTATTG GATGTTATCTCAATGGAAAGAGTTAAACCTATAATAAGTGTGATAATCTCATTTTTCTGT TGGATGTTATCACAATTGAAAGAGTTAAAATTCGAAACACAATATTAATTTTATCCGAAT AATTAATATATCCTTTTCACAAAAAAATTGAAAAACTTCATTGATTTTACGATAATATTC TATGTTATTTTCTTTTATGCATATCATTTGATTCTTTAAACCCCATTTAAATCCCAACTA CAACTAATAATATTCACTAAAATTTGATTAAAATTGTCCTTACTTATTCACAAGTTTCAT TGAAAATACATTAAACTTAGTATCATTGAAAATACATTAAACTTTTTCAATTGTTTTAAA ATTCTAAAAAAAATTATTATTTATAAGTTACGCGTTTACACTATAAATAATAACAATTCC TGTATATTCTGTAATACATATCTTTTTAATTAGAAACTCCTAAAACTAAATAGTCATAAA GAACAATAGTTGATTGAGTTCTTTCCTCACCAATTGTGCAAATACCCTTATTTTAACTAA TTTGTCATTTCTACGAGCAGAAAGAAAAAGAGAAGCCACATTGAATTTTGTTTTTTTGTC TTAGTTGTTTATTTTTTTCTATACGAATAATTGAGAGTTTGGCTCTAAATTGGATCTACC GACGCTGAGCTGCGAAAGCATTGGGAGCGAACAGGATTAGATATCCTGATAGTCTATGCC GTAAACGATGAGTGTTCGTCCTTGGTCTACGCGGATCAGGGGCCCAGCTAATGCGTGAAA CACTCTGCCTGGGGAGTACGATCGCAAGACCGAAACTCAAAGGAGGTTAATGGCTGATTT AATTACTTCTTTAATTTTTATAAAGTGTGAGATCTTTTTTAGTTATTGTCAATTTTCATT AAATTTATATACACTATACAATTTTAGCTTTAATCGTTGATGAGTTTGATCCACCAATAA CTCTACATAGGCAAAATGTGTGGTGCATGTGATGTGTATGATTAGATATACCTCAACTTC AAAAGCTTTCAAAAATGAAATGGTGCAGTTCTTTTATCATAGAATGTAGATCAAAGAAAG TGTCATAGTAGGAAAGTTGCGGTCCATAATTCTCCATTTGTCTGAAATTAGAGTTAATTA ATGTCCTTTTCACGAAATAACTATTAGAATTGTTGATAATGATAATGAGGTCATCTTCAA CTAAACTTGTCATCAAGTATTATTATGTTACAAATGTATTTTTTTTTAAAACGTGTGAAA TGAAAAATATGATACAATTGTATTAATGTGAATATGTTGAGACATTTTTTTTCTTCTAAA GAAATAGACGTTCTTCTCTGAAACTTACTACACTTCATAACAAATTATATTGAAATTGAT ATCATTCCATTCAGTAGGATGATGAAGAGTTCATAACAATGAAGGCTTATAACAATGAAG ACTTAAAACTCTTGCAAATATCTAAACTTTGACATAAATGTCTAACCTTATGAACTAAAA ATGATATTTATAAACAAAAAATGGTGGAGCTAATGAGAATCATTTTTAGTTTATAATGTG CCATGTGAGATGTCAATTTTTTTTCTTTCACTCTAGCGTAGAATGAACATAAATGACAAA TAAGTTTACAATATAGATTATAATTTTACCTTAAAAGTATGTGATTTCTATGATTTAATA TATTGTTTTTACATTGAATCTACTATGAAATCATTGCTTGGCTTTTTTCAAGTTCATCTA CGGGTACTTACTATTTAGTATGATTTCTCAAATATAATACGATTTCAATTAAATAAGATT TTATATGCATGCACTAATATTGTATATTTTGTTATTTTTAAAAGGAAAATGATGCTTTAT TACGAAAAATAAATAAAATTTCATTATATTTATATTGATATCGAAGAAATTAAGGGATTA TTGATCAATATGCGAGATACAGTAAAATATTCATGATTATATTTGAGATTAAAATTAAAC ATAACCATAATTTTTTTTTACTTTTTCTCAGAGTGGAACTGTAAAAAACATATTTGATTA TAAAATTTCGAAGAGCAACAAAAAAAAAAGTATTCGCCCTTTTTCATTTAAAATTACTCA AAAAACAAGGGGTCAAAACCAACTCCAATTATATGCATGGCCGAAGACTCAAACTAAATT TTTTTGAAAAAAAAACATATTTCATATACATGCTTAATTTGACGTCAATTGACAACTATG GTCATTAATTTTAGATATGCACAAGTAGAAACTTGAATAAAATTGAGAAAATGAATACAT TCGTCCTACATGACACCTTACATGACAAGTTTGTATCGTACATGTAGGGGTGATAGTTTC AGTTCACAAAAGTGAAATAAAATCATTTTGCCCATATTAAATTATTTGGATCACTCATAT TTTTTGTCTTTTTCTTAAATGTGTTAATATAGTCTTCAGCCTATTTAAGCTCATACAAAT ATGGACAAAATGAGTTACCATGAGAATCGATATTCAGCTCATATAAGTGACAAATGAAAT AATTTATTTTTAATATTTGTAAAAATAAAAAAATTAGGAATCAGTTGGTGAAAGGTGGGG CCCCGGAAGGGGATGAGTGTTTGCGCGCACGGAGGAGGGGTAATTTCTTTGTTTTTGAAA AACAAAAAAAATTTAGCGTTAAATTGGTGGAAGGTGGGGTTGAGGGGTTAAATTTTTTCT TTGGAAATTTTTTTTTTTTTGGAAACAAAAATTTTTGTAGGGGTAGGTTGGTGGAAGAGT GATGTGTGACAGAGCGAGGGGGTAATTTTTTTTGGGCAACTTTCACATATAGCAAACAAA AAAATCATATTTGTATAAAATAGCAAACTTTGCATAATTGCGTTCCATAGCAAACATAAA AACTGTATAATTCGCTATACATATAAAAGTGTATAATTCGCTGGCCTAAATTGTATAATT CGCTGGCCTATTTCGCTGCAATTGTATAATTAGCTTTGCATACAGTTGAATCGAATTAAA ATGTATGTATATTGCATAATTATAAGTGTATAGCAAGAAGATATATGTTTTTCTCGCTTT ATACAAAAACAGAAACACAATATATACACTTCTGTTGTATAAAGCTAGAAAAAATTGTAT TTCACTGCAATTGTATAATTCATAATTGTATAATTCTTTGGCCTTTTTCTCTGCAATATT TGAAGTAAAATGTTTGTAAATTATATAATTAAGTGTATAACACGAAGATATACATTTTTG CATGTGTATATACAATTTTCTCTCGCTTTATACAAAACAGAAACAGAAATTATACACTTC TGTGTATAAAGCGAGAGAGGCGAGAATGGAAGAGTGGCGAGCGAGACTTCTGGGAGAGAG ACGTCTGGCAAATTTTTGTCAATGTTTGCTATGGAGCACAATTAAATCAAACCCTAGCTA TTGAATTTAATTTAGGTTATTAGTTTGCTATTTTATACAATTTTCCCATTTTTTTTTAAT AACAAAAACTTTTTAGGGTAGGTTGGTGGAAGATGCAGGAATAAATCTTTTTTTTTTTTT TGAAAAAAACAGATTTTTTTGGGAGCGTGGGGTGGGGGGTTCGGGAGGGTGCAATTTTTT TTTCTTTTCAAAAATAAAAAAGATTTAGGAGTAGGTTGATGAAAGGTGGGGGAATGATGC AGGAATATTTTTTTTTTTTAAAAGACAAGATTTTTTTTTGGAGGGGGCGTTTTGGGAGGG TGTAATTTTTTTTTCGAAAACAAAAAAAAATTAGGAATAGGTTGATGGAAGGTGGAGGAG GGCTGGTTGGGGTCTTGGGGATGCCCGTAGAGAGGGGTAAATTTTTCTTTTTTGAAAAAC AAATTTATCTAAATGATTTAGAACTGTTTTGCCTAAACCATATTTAACAAATTCATATTT ACTCATATTTTATTTGGAATGATTGTAATCCAACAATTTTTTCTCAATCCATATTCAACC CATCCAAAATTCGATCCAATTCAATCATTTGCCACCCTTATCTATATGACATCTTATGTA TATTATGCCATGTAGTTTAAGTTAAGAATGTATTATTTTCTTATACTTTCAAAATTGAAG GACATATTTATTTATTGATGTGAAGTAAGAATATATTATTTTCTTATATAAATTTGTTCA CAATCTTATTATTCTATCTAATTTATTAATCTCGAAATAATTTTATCCCCGAAAAAAAGA CCCCTATATATCGACTACCATTATCAATTTCTCACCTCCTTTTTGCCCCCCCTAACTTCT CGTAATTCTCACTTCTCCCCCCCAACCCGTTCCCTCCTTGCTGTTACCTTTTTGGTGGCA CTTTCCTCCATTGGAGAGAGCGCAGATCCATCTTCGTCTCCAAGTTTCTACTCAAACACC CAAGAATCCCCTTTTTCTCTATCTGATTGAGTTTCATTTGAGATAACACTCACTTTTACA CTATAATTACATACATATATGGTCCTGAGATCTTCTTGAGAGTAACAAAAATGGATTCTC AGCCTTCCCCTTCTTCGGGAAGATTCGAAAGTAGTCCTTCGACTAGCAACAATACTCCAT TCTTGACCAAATCAATTTCCGATGCCAGTAGCAGCAGCCCTCATAGCCAAAGCTTAGCCT CCATTCTCAACAACCCACATGCCGGAAAATCCGATGGGTTCTGGTGGTGGTCCACTTCAT CATCTATACCCACACCTGACTTCCTACCTCTATCAACTCTACCCAAACCCGGATCCGAAA CTCGGGTCCCTGATTTCCAATCCTATCTCTCTTCCATCTCCGACCCATATGCTCGTTTCC ACGACATTCAACAGCACGCGAGGTTTGAGTCACTAGAACATCAAGACGACCAAAATGCCC TCGTTGCTTGCTTGAAGGAAGTCCCTGCGCTGTACTTCAAAGAGGATTTTGAGTTAGAGG ATGGTTCTACTTTTAAAGCTGCCTGCCCATTTAGGACCACTGCGGAAAATTTGGTTACAC AGGAGAAGCTATCACAGTATTTGGATGTAGTGGAATTGCACTTGGTTAGGGAGATTTCGT TGAGATCAAATTCCTTTTTTGAGGCACAAGGTCAGTTAGAAGATTTAAATTCGAAGATTG TTCAGGGGTGTGATAGGATAAGGGAATTGAAGGAGACTATAAAGCTCTTAGATGACAATT TGGTGGGGTCTGCTAGAAAGGTACAAGAGTTGAATGTTCAGAGAAGTGAATTGATTTCGC TCCAAGACAAGTTGAACCTTATACTTTATGTTAATCAAGCTCTGTCAACTCTCAAGTTGG TATGTGCTGATTTCTTTAATATTTTTCCGTTATGTATATCTTATGTTGGTTTCTTGTCTA AGTTCTATGAACAAAATGATATACGAACAAAATGATATAAGAAAAAAATGTACAATTGTT GAGATTCTATGAATTAAGTATGGAATGTAAATAGACCTCCTTATCTGCTGATATAGAGTG AAGTTGTTGCAAGTCATGCTTTGTCATAAAAGTAGTGGCTTGTCATTTTAGACTATGTAT GAAGCATTAGTAGGGTCACCTCTCCCTCTGTAATTTTGCTGTAAGTAGTGGACTACTTCT GAGTATTCCTTTTGTTCATAATACAAGTTAACTTTTTTTTTAAAAAAAGGTAGCTGCTTG TACAATGCTGATAGAAATAGGTATTGAAGAGAATTGCTATTTTTCTTTGTTGTTAAAAAT ACTGTGGGATCCATGAAAGGAAGTAAAGCTATTATAGGATTCACAGTTTTTATAAATATA GCCGAGATGATGTTGTGGAATTACAGCAAGCAAGATATTAGTTCTTAGTTTTTTCAGTAA CAACCAGGTAGAAAAGTTAACTATTCTTGTGGCAACTTGAATTCTTATGATGGTGATACT TCAGTCTAGATTTGAATTAGACATCCTTGGTTCGAGAAAGTGTATTGAGTTTTATGTGGA AGAGAGCAGATCCATAAGATCAGTTTTTACATACAATCTCATAACTTTGATCCATGACCT ATTAGAGTATTTAGGCAGACACATGTAGTCCATTTTGATATCCTGTCCACAATTGGCATA TAAGACTATATAGTTCTCCAAAAGATATTGCATATACTATGCCCCTTGCTCTCTTATTTT AAGACCATAAGGAATACTGCCCTATTTCGTAACTCATTCAGTACAATTCATTTGAGTAGT GAGGTAGAATGTTACAGTGATAAGCATCAAATAGGTGGTCATCCCTTCTATGATTTTAAA GAAATGTTTGATCAGTCAATATTAATTAGAAGGTTAGAGAGCAAAGGTAATTCATAGATG GAAGAGCACATATAAAGTAAAAGGATCTTAAAGATGTATTCTTTGGTTTGTGAAAAGTTA AAGGTACTCATCATAATGATTTTTTTGAGAAGTCCTTGAATGATACCTTTATTACATTTT ACAACCCATGTAGTGGTTTTTGTCAATACCTTTATTACATTAATCCCAAAAATGTGTGGA GCAAAGGAGTTAAAAGAATTCAGACCGATAAGTTTGATAGAAGGAGTGTACCAAATCATC TCCAAACTTATCACTGAGAGGCTGAAGACTGTTATGGGAGAACGGGTGGATGAACACCAA GCCACCAAATGACTTTCTTGCAATGCAGGCAAATCAGGATGCAGCTTTATTGGCTAATGA ATTGATGGGGGTATTAGTCTAAGGTGAAGCAATAAACACCAAGAATTAAACATGATATTG AGAAGGCCTATGGCCATGTCTACTGGGCCTTCTTACTTGAAATACTAAGGGACATGGTTT TTGGCAACAAATGGATCTAACTGGATAAACTTCTGCATATCCAGTGCGAAATTCTCCCTA ATCATAAATGAAAATACCGAGATAGGCTGAACCTATGTCACCCTTTCCATTTGTATTAGC CATGGAGGGCCTTAATTACATGATCTGGAAAGCAAATGCATATAAGTGGATGAAAGGTTG TTCTGCCCAGACAATCAGAATTCAGGGCAATGATATGGAATTTATACGCCTCTTCTATGC AGTGATTCTCCAGTTTTTTTTCTGAGCAGAGGTGGTACAAATCTGTCATTTAAGGACAAT CCTGACCATATTTGAAGGCATTCTGGGTTACATGTTAACCGACGACAGAGTTCCCTCTAG CAGTCAATCAAGTTGATGATATGCAGATCTTAGCTGAGAACCTAGGGTGCCAAGTAGCTT CCCTACCTATAAAATACCTTGGAATACCCTTGGGAGCAAAAAAAAATTAGCTAGAAATTT AGAGTGAAGTGCTGGAGAGATGTGATAAGAAGCCAGTGAAATAGAAGAGCCAATACCTTT CTCTGGGAGTTTAACACTTGTAAATTAGTGTGGATGCCCTCCCCACATATATATTCAGCT TGTTCCCTATACCTAAGAGCATTGAAAGGAAGATCAGTAAACTGAGGACTGGAGGGCTTT CACCTGGCAAGGAGAAGAGAGGATACAATCTGGTGAAGTGGGATGTCTTAACACTTAGCA AAAATCAAGGAGGTTTGGGCATAAAGAACCTTGGTCTACACAGTGCTAGTCTATTTAAGA AGTGGTTCTGGAGATTTTACAATTAAGATATGGCTTTAAGAAAACTATTGAATCTTTGGA CCACTGAGGAAGTTTTGGGAACTTTTGGTTGTAGTGTGTTGAAAACCATCAGAAGGATGT GGCCCAACTACAATACGAACATGTCCATCAAAGTGGGAGATGTTACGAAAACAGATTTTT GGAATGACCACTGGATAGGAGAAGGCAGTGTAAAAGCTTTTTTCTCAGATTTACACATCA TGACCCTACAAAAGATGCCACTGTCTCTCAGATGAAGCCCTCAAGGATGGGGCCTATCTT CCAAAGGGCTCTAAATAATTGGGAAGTTGATGGAGTAGCAAGTATGCTCCGGTTCTGAAC ATTTTCTCGGGCACTCCATTGGTCCATACAGACTACTTTGGAATCTGCATTGCAAGGGAG TCTTCATAGTAAAGTCTTGCTTCTAGAGAATGAATAATAACCGTTCATTAGTGATTTCGT TGGAAGTTAGTTTGAAAGGTCAAATTCCTCAACAAGTTTCTTGTTTTACATGGTTGGTGA TTAGAAGAGCCCGTTTAACTCATGAAGTGTCACAAAGAAGAGGTTTACACCTTATGCTCA AGGTGTTCTCTAGGTGGCCAAGAAGTAGAGATCAATGGCTATTTGTTATTGCACTGCAAC ACAATTGTAAATTTGTGGAATTTGTTCTTGTGTATACTAGGTGTGAGTTGGGTAGTGCCC AAGAATACCTTTGAAATTCTAAACTGGAAAGGAGTTGGAAGTAGAGGGGCAGAGGAAAAC TGGTGGAAGATTATCCCAGCATGCACATGGTGGACAATATGGAAGGAAAGAAATGCAAGA TGTTTTGAAGGTAAAAGCAGCAAAATCCAGAAAGTTAAGATGAATTGCCTCAGCTTTCTT AATATTAGTGTAAACAAGATATGGTGGGGAAGTAGAAGTTTTAGTCGACTATACAGGAAA AATGTCAAGTTCAGAGATGTTATTGATGATGCTCTCTGCTCCCTGCGGGTTGTAAGTTCC CACCTTCACATTTTTGTCTCAAAATTTGATGTTTCAGTTTTATTCTCCATAATGACAAGT TACTGATTTTCCAGACCTTCTGGTGTTTGTTTTTATTATATTAAAATAATATCTCTTATT TAAAAGTTACGGGTCTACTGAATGGTTATATCTGACGTATATTCACATATTTTATGCAGC TTGTTGCATCTGCAGATTGTGCCGGAGCTTTAGATGTTATAGATGATTTACAACATTTAT TGGTATGTACAGAAGTCTTTTAATTTCTCTGCTATTTTTAATTCTTAGTTTCTTCTAGGT ACCTAACTAGTTTTTACCTTGATTAACCTCTGTGTTCATTGAGGCCAAACTGGTCGCTAT CCCTTTCTGTAACTTGAAGTTGGAATATAGCGAACTGTTTTGTGATCCAGTTGGTTAATA TTTTTTCTTGTGGATAGATTGATTTGTTTGGTTATAGGCTTCAAGATTTGTTATTTGCTT AAATGCAAAATATTTGGAACAACTATGTGGATTGTCTGTTGCAAAAACTATTATAAAAGG TGAAGCTGTTATAACCTTTGTACTTACTGCAGTGTCAATGTTCATTTATGCTTAACAGGA TGGAGATGAATTAGCTGGTCTACATTGTTTCCGTCATGTTCGTGACCAGTTAGCCGCTTC AATTGATTCCATTAACAGGTTAGACTATTCGGAATGGATTTCTGTGTAGGTTCAATCACA TTATTGGAAGAATACCTTTGAGGTGTTTGAGTTCTTGATAATGCTAAATGAATAAAGCTT AAACACTGGTTCAACTTGCTGTTACTATCCTCAAAAAAAATTTGCTGTAGCAAGTTTGGT GGCTAATTTCTGCTAATATCTTTATTGAGGCAGTTGTGATAGTAATGCCCGTTTCTGATT CTGTTGGATTAATGATAACATCCAGAACAAACTATTATCTCACGTTATTATGTAGTGACC AAAGTATTTTTTTTTTTTCGTTTTCTTTGCTCAGGATTATCCCAAGTGTCCAGTTTGCAT AGATATTGTTTAGGTTTCTTGGATGATTATGTTGTAAGTTTTATAGGGGGTTACAAACTG TTTTCTAATACAAAATAAAGAAATAATTCATTTTATGTTTCTGTTTTCATGCTTGAGTTA TTTTTTTTTTAAAAATAAAAGTTCTAACAACTAACATGTTATATTTATCTAATTAGCTAA AATACCAATGCTTAGGGCATGACCATCCAGTGCACTGGTTTGTTGCTAGTTCCTTCCAGT GTATTTGACTACGAGTTGTATTTCCACATTTTGGTAGCAAAACGTTACCATTCTACTGTG GTCCACTATTTTATATTTCCTTTAATACATCTTTTGAACTTAGGATCTATAATACCACTA TTTTCAAAGTAATCTTTAGTACAACATTGTAACTTACCGAATCCAGTCTTGTAGTATTCT TTCAGCAGAATTTATGCGTATATCTATACACGGAGCTGGCAACGTGGATGCTCTAAGTAC ATCAAAATTTAAAGTGCAGAAGACAATTTCCATGAATGGAGAAGGCCATGAAGTAAGCAT GTTATTATGTACTTATATAGTGATGCACTTGGTTTAGATATTTTCAGTGCACGAATCAAA TTGAAAAAATTTCTACACTTTTGGAGAAAATAGTTGTACTAGACAGTTTAGATGAAAAAA GTTTACTCTGTGTATATCACCAGTTGAAAAGATGATTTGAACACAATATTGAGTTTAACG TTTAAGAAATTTTTTTCTGGGTACTTGTACTATGGTACTCTCTTTCTATTAGCAGTGGGT TGTTTTTCATGAAAATGTTTGCTGTAATTTACCAAGTAGCAAGCACCTTTGCAAGCTCTT GAAATGTGAAGGGATGCATTTGATTGTCAGAAAAAAAAAATGAAACAAAGAAATGTCTAA ATTATCCTGCACGCTACCGTTCTTGCCTAAACTATATTTCAAGATGTCTTCTATTAGCCC TTGTCCACTGTAAGAAGCGAAATCCTATTATAACTTTAAAACACTACAAAATAATGATTT GCAAATGTAATAGTTCCCTATTTGTCTTTGCCAACCCCAACTCCAGTCATTCTCTTTTAT TGGATGGGTAAATGGTATAGTTCTAAAGAGCAAAAAAACTGCTGGCAATTATTTACAGAT GAAAGCCTTATTACAAGTTTTGTAATGAACTCAACAATTCAACCACGGCTTCTATATCAT TAGCTATTTCCACGTTGCACCCAACTTCAGGCATTCTTTTTACTGCAAATATCCTTTCTT TTGGATGAGTTTAGTTTCCTTCAACTTCTGGATCCTTCAAACTAATGCTTCTTTTCAACC TCAGTTCCCCCCCTGAAACAAAAAGAGAAAAAAAGAGCTATGAAGTAGGAAGGAAGGGGA TAAGAGGCTTGTACTACTTTTAAGTAGCCCATTTCCATTTACTTGGAGGAAGGTGGATAG GTCATCAGTAACTAAGGATGACGTCTCTAAAGCTGAAATAAGAAAGCAGCTTTGATGCAT GATAACCTGCTTACCGTCAAAAACTTGTGTTTTAATGCACTTAAGTAATGCTCTGAGTTC AACCACCATATTTTCTGATGAAAAAATGTTAAAGTAACAATTAATCTGTGCTATCTTCTT TGCATAGATCTGTTGTGGCACTTGTCTGGTGTGGAAGTTCTCCTGCTAGTGCCTTAGTGG TATCTGTCCTATTCGGTTCATGAAACTAGAATTTGAGGGGCTAAGAGGATAACGGACGAT ATTTTGAGTTTCTGAATCTTTCAAGTTTATCTTTTTCTGGTTGACCTAGGAGTATATATT TAATATGTTCCATGCTTGATTCTAAATGTAATTTATGTTTTTTGTGTTGCTCAATGTTCT AATTGTTGAGGGAATTTCTCTCTTGTTCCTTTTAATCATCCTATTGTTTAACTGGATCTA TGCACCCAGTCTTCATGCTACTCGACAACCAATCATCTGAACATTGACGTTATGTATTAC AGGTTAAATTAGATGAAGAAGACAATTATAATTTGCGAGACCGGCTACTTCCTTTTGTTA TTGGGTTGCTTAGAACCGTGAGTATCTCTATTTTTTCACTGAGTAATGTTGGTATTCACT TGTTTTGTTGAGTGTTGGTGGCGTATTGATTTTCTTTGGGTGGTTAATGTTGATTGTTGA ATGCCATGGCATGATTACAATCATGCTATCTGTTAAGTATAGAAAACAATACATCCTCGA AGAGATGCAGAATCACTCTTTCTCAGAGTTAGGTGAATGGTAGTATTCGAGATAAAATAT GTGTAGATTTGGATGGGATTATACTCCTTAAGTGTAAACAAAGAAATGAATAATTTTAAG AGCTGAATCGAGGTTAGAGGTGTCATTATCCAAATAGAGCAGTAGCTTGCTGAGAAAATT TGGCTTGGTATTTGATTTTATCATATTCTCAAATTTTTTTCCCTCTTGGCGTTTATTTTA TTCCAAATTCTTCACTTTTGTGTGTATAAGATCTGATGTAATGGGCTGGCCATGGTTTAA TCACTTGCAGCAGTGATACAACGCTAAATGGACTATATATATTATCTGGAAGTAACAAGT GTTGGTGAAGATTGTCTTAATTTATTATGTATGTACTTCATTCAGTTTAGAAGAGAATAA TGAAGGAGGAGCATAGCTGAAGATTCTAGGAAATAGTTGATTAGTGAATAGCGAGGACTA CAATCCCTTTACACCTCTTATGTACCATTTTCTGTGTCCTTGTGATTGACTTATTATTGA TCATCAACTTGACTAAGCATCGGTTCCAATCCGGCTGCAATTTATGCCAAATGAAACAAA TTTTATTCTGGGTTGTTTTGCAGTTGTAAAGTCTACTATATGTTTTCCGTCAACATTTTT AGGGTGTTTGGAATTTATATGATGTTTTTAGTAAAAATATTTGGTGGTGTTTGACTGTTG TAATATCCAGGCAAAACTTCCTGCTGTATTGAGAATATACCATGACACTCTTACGGCTGA CATGAAAACTGCCATTAAGATGGCAGTTGAAGAACTGCTACGGGTGCTTGGTGCCCAACC TATGGATTCAGATTTTGTTGCAGGAGAACGAGCAGTTGATGCTGATGGTGAGTGTATATT ATTAGGTTCACATTTCATTTTTGCAAGGAAGAGCTTCAGATGCAAATGAATTTGGTGTGC AAAATATTGGTTCTCTTCTTCTTCCTTTTCCTGTAAAAGATGTGGCTAAGGATTAGGGAT GCAACTTCATCATTAATGCAACTGAGTGGGCTGGTAGATTTCATGCTATAGTTCCTGATA TAATGTATATGCTTTACTCAGGTGGAAGCTCATCCCTTGCCAGTAGATTGAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.930 20668 20824 match_2 match_part 0.919 29563 29982 match_3 match_part 0.990 48382 49064 match_4 match_part 0.998 48382 49037 match_5 match_part 0.995 48382 49027 match_6 match_part 1.000 48383 48917 match_7 match_part 1.000 49799 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53443 match_8 match_part 1.000 49812 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53538 match_9 match_part 1.000 49812 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53538 match_10 match_part 1.000 49813 50187 match_part 0.992 53203 53324 match_part 1.000 53429 53436 match_11 match_part 1.000 49869 50187 match_part 1.000 53203 53324 match_part 0.995 53429 53624 match_part 0.987 54122 54196 match_12 match_part 0.995 49968 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53624 match_part 1.000 54122 54200 match_13 match_part 0.984 50003 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53604 match_14 match_part 0.989 50006 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53624 match_part 1.000 54122 54191 match_15 match_part 1.000 54562 55045 match_16 match_part 0.970 91962 92595 match_17 match_part 0.964 91962 92575 match_18 match_part 0.972 91962 92560 match_19 match_part 0.954 91962 92354 match_20 match_part 0.964 91962 92354 match_21 match_part 1.000 102262 102439 match_part 1.000 102559 103205 match_part 0.923 103536 103574 match_22 match_part 0.971 102269 102439 match_part 0.954 102559 103080 match_23 match_part 0.971 102269 102439 match_part 0.961 102559 102994 match_24 match_part 1.000 102666 103205 match_part 1.000 103536 103880 match_25 match_part 1.000 102666 103205 match_part 1.000 103536 103856 match_26 match_part 1.000 103061 103205 match_part 1.000 103536 103858 match_part 1.000 103933 104291 match_27 match_part 0.920 108357 108679 match_28 match_part 0.915 108357 108662 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_29 match_part 0.976 9446 9406 match_part 0.981 7169 7066 match_part 0.970 6952 6787 match_part 0.967 6677 6555 match_part 1.000 4140 4066 match_part 0.965 2270 2129 match_part 0.933 1213 1184 match_30 match_part 0.976 3155 3073 match_part 0.980 2791 2129 match_part 1.000 1213 1184 match_31 match_part 0.976 9446 9406 match_part 0.981 7169 7066 match_part 0.970 6952 6787 match_part 0.967 6677 6555 match_part 1.000 4140 4066 match_part 0.978 2270 2133 match_32 match_part 0.970 18895 18693 match_part 0.952 15312 15209 match_part 0.989 13837 13751 match_part 0.961 13607 13532 match_part 0.839 13423 13393 match_33 match_part 0.986 25013 24796 match_part 0.966 24655 24480 match_part 1.000 21864 21799 match_part 0.850 20870 20551 match_34 match_part 0.986 24935 24796 match_part 0.966 24655 24480 match_part 1.000 21864 21799 match_part 0.862 20870 20560 match_35 match_part 0.989 26951 26862 match_part 1.000 25018 24796 match_part 0.966 24655 24480 match_part 1.000 21864 21799 match_part 0.941 20870 20668 match_36 match_part 0.988 26941 26862 match_part 0.996 25018 24796 match_part 0.966 24655 24480 match_part 1.000 21864 21799 match_part 0.946 20870 20724 match_37 match_part 0.988 26941 26862 match_part 0.996 25018 24796 match_part 0.966 24655 24480 match_part 0.982 21864 21809 match_38 match_part 1.000 28669 28582 match_part 0.953 27711 27375 match_part 0.982 27086 26862 match_part 0.967 25018 24989 match_39 match_part 1.000 28666 28582 match_part 0.958 27711 27380 match_40 match_part 0.977 29140 28582 match_part 0.962 27711 27527 match_41 match_part 0.977 29144 28582 match_part 0.927 27711 27630 match_42 match_part 0.972 29145 28582 match_part 0.942 27711 27660 match_43 match_part 0.975 29121 28605 match_44 match_part 0.967 29145 28686 match_45 match_part 0.964 29121 28705 match_46 match_part 0.944 29145 28750 match_47 match_part 1.000 58846 58591 match_part 1.000 58484 58381 match_part 1.000 57887 57687 match_part 0.995 57309 57103 match_48 match_part 0.958 72027 71812 match_part 0.927 71018 70895 match_part 0.935 70818 70588 match_49 match_part 0.958 72027 71812 match_part 0.927 71018 70895 match_part 0.939 70818 70588 match_50 match_part 0.958 72027 71812 match_part 0.927 71018 70895 match_part 0.939 70818 70588 match_51 match_part 1.000 75021 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.994 73303 72786 match_52 match_part 0.991 76575 76464 match_part 0.982 75083 74971 match_part 0.962 73652 73575 match_part 1.000 73481 73410 match_part 0.896 73303 72909 match_53 match_part 0.994 73253 72922 match_54 match_part 1.000 75047 74971 match_part 0.962 73652 73575 match_part 1.000 73481 73410 match_part 0.935 73303 72948 match_55 match_part 0.890 78244 78009 match_part 0.975 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 74971 match_part 0.987 73652 73575 match_part 0.986 73481 73410 match_part 0.972 73303 72980 match_56 match_part 0.976 77301 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 1.000 73303 72980 match_57 match_part 1.000 77295 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 1.000 73303 73012 match_58 match_part 1.000 75048 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.996 73303 73040 match_59 match_part 0.936 73652 73575 match_part 1.000 73481 73410 match_part 0.917 73303 73062 match_60 match_part 0.991 75087 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.991 73303 73069 match_61 match_part 1.000 77299 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.995 73303 73093 match_62 match_part 0.881 78244 78009 match_part 0.924 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 74971 match_part 0.974 73652 73575 match_part 0.984 73481 73418 match_63 match_part 0.935 77296 77220 match_part 0.982 77056 76943 match_part 1.000 76574 76464 match_part 0.973 75083 74971 match_part 0.974 73652 73575 match_part 1.000 73481 73473 match_64 match_part 0.928 78244 78009 match_part 0.924 77298 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 0.982 75083 74971 match_part 1.000 73652 73631 match_65 match_part 0.928 78244 78009 match_part 0.924 77298 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 0.982 75083 74971 match_66 match_part 0.889 78243 78009 match_part 0.975 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 75019 match_67 match_part 0.929 93446 92940 match_68 match_part 1.000 95039 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.972 94315 94280 match_part 0.952 94181 94120 match_part 0.983 93760 93460 match_69 match_part 1.000 97930 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 0.961 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.972 94315 94280 match_part 0.952 94181 94120 match_part 1.000 93760 93729 match_70 match_part 0.871 98040 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 1.000 94480 94400 match_part 0.944 94315 94280 match_part 0.932 94181 94123 match_71 match_part 0.964 98008 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 1.000 94480 94400 match_part 0.917 94315 94280 match_part 0.963 94181 94128 match_72 match_part 1.000 97936 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 0.961 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.971 94315 94281 match_73 match_part 0.914 98068 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94874 match_74 match_part 0.989 97960 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96037 match_75 match_part 0.931 104496 103930 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 9446 9406 exon 7169 7066 exon 6952 6787 exon 6677 6555 exon 4140 4066 exon 2270 2129 exon 1213 1184 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 3155 3073 exon 2791 2129 exon 1213 1184 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 18895 18693 exon 15312 15209 exon 13837 13751 exon 13607 13532 exon 13423 13393 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 29145 28582 exon 27711 27375 exon 27086 26862 exon 25018 24796 exon 24655 24480 exon 21864 21799 exon 20870 20551 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 20668 20824 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 29563 29982 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 48382 49064 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 49799 50187 exon 53203 53324 exon 53429 53624 exon 54122 54200 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 54562 55045 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 58846 58591 exon 58484 58381 exon 57887 57687 exon 57309 57103 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 72027 71812 exon 71018 70895 exon 70818 70588 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 78244 78009 exon 77298 77220 exon 77056 76943 exon 76574 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 77301 77220 exon 77056 76943 exon 76574 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_14 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 75087 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_15 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 76575 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 91962 92595 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 93446 92940 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 98068 97871 exon 97779 97735 exon 96284 96250 exon 96069 96019 exon 95136 95032 exon 94942 94871 exon 94714 94643 exon 94480 94400 exon 94315 94280 exon 94181 94120 exon 93760 93460 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 102262 102439 exon 102559 103205 exon 103536 103880 gene_20 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 102262 102439 exon 102559 103205 exon 103536 103858 exon 103933 104291 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 104496 103930 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 108357 108679 RepeatMasker tomato repeats master SONATA1 52 243 1 SONATA1 52 243 1 nucleotide_motif 999 2752 2944 Unknown00043 8236 8612 1 Unknown00043 8236 8612 1 nucleotide_motif 2583 7681 8049 Copia00172 286 522 1 Copia00172 286 522 1 nucleotide_motif 1490 22518 22767 Gypsy00043 528 1313 1 Gypsy00043 528 1313 1 nucleotide_motif 4374 29331 30007 Copia00151 8231 8385 1 Copia00151 8231 8385 1 nucleotide_motif 512 29991 30151 Unknown00034 3684 3787 1 Unknown00034 3684 3787 1 nucleotide_motif 463 38792 38895 HarbN_I 2 182 1 HarbN_I 2 182 1 nucleotide_motif 255 44615 44791 SINE_SO 79 152 1 SINE_SO 79 152 1 nucleotide_motif 299 46829 46898 LHI1 1 683 1 LHI1 1 683 1 nucleotide_motif 3514 80894 81577 Copia00172 1358 1495 1 Copia00172 1358 1495 1 nucleotide_motif 328 86836 86984 Gypsy00202 2281 2350 1 Gypsy00202 2281 2350 1 nucleotide_motif 285 98374 98443 Gypsy00202 7746 7871 1 Gypsy00202 7746 7871 1 nucleotide_motif 299 98763 98888 Unknown00019 40 133 1 Unknown00019 40 133 1 nucleotide_motif 243 108146 108237 Unknown00043 5547 5723 1 Unknown00043 5547 5723 1 nucleotide_motif 349 113703 113878 RepeatMasker tomato repeats master Unknown00025 251 405 -1 Unknown00025 251 405 -1 nucleotide_motif 369 768 607 SONATA1 168 243 -1 SONATA1 168 243 -1 nucleotide_motif 310 2719 2644 SONATA1 1 211 -1 SONATA1 1 211 -1 nucleotide_motif 641 3102 2886 TS 58 153 -1 TS 58 153 -1 nucleotide_motif 346 4900 4822 Unknown00043 5547 5732 -1 Unknown00043 5547 5732 -1 nucleotide_motif 312 10491 10306 Copia00172 286 523 -1 Copia00172 286 523 -1 nucleotide_motif 1370 14379 14137 SONATA2 1 173 -1 SONATA2 1 173 -1 nucleotide_motif 711 32951 32778 Copia00089 10994 11189 -1 Copia00089 10994 11189 -1 nucleotide_motif 1082 35633 35428 Gypsy00025 10 7713 -1 Gypsy00025 10 7713 -1 nucleotide_motif 6290 38764 35627 Gypsy00192 6626 7318 -1 Gypsy00192 6626 7318 -1 nucleotide_motif 1442 39588 38900 Gypsy00154 6495 6562 -1 Gypsy00154 6495 6562 -1 nucleotide_motif 267 39624 39565 Copia00113 7230 7279 -1 Copia00113 7230 7279 -1 nucleotide_motif 233 50970 50921 Copia00151 9458 9651 -1 Copia00151 9458 9651 -1 nucleotide_motif 552 63697 63516 Copia00151 9552 9666 -1 Copia00151 9552 9666 -1 nucleotide_motif 397 63813 63698 Gypsy00019 3718 6559 -1 Gypsy00019 3718 6559 -1 nucleotide_motif 270 70268 70257 ATHILA7_I 6315 6376 -1 ATHILA7_I 6315 6376 -1 nucleotide_motif 257 70326 70269 SINE_SO 1 159 -1 SINE_SO 1 159 -1 nucleotide_motif 723 72368 72208 Gypsy00073 249 381 -1 Gypsy00073 249 381 -1 nucleotide_motif 509 89730 89597 Copia00113 7229 7289 -1 Copia00113 7229 7289 -1 nucleotide_motif 241 91411 91349 Copia00172 284 430 -1 Copia00172 284 430 -1 nucleotide_motif 728 96733 96601 Gypsy00207 2 69 -1 Gypsy00207 2 69 -1 nucleotide_motif 250 104754 104684 Gypsy00136 4783 4874 -1 Gypsy00136 4783 4874 -1 nucleotide_motif 274 105191 105107 Unknown00046 2676 2833 -1 Unknown00046 2676 2833 -1 nucleotide_motif 605 107686 107536 Unknown00019 48 698 -1 Unknown00019 48 698 -1 nucleotide_motif 4712 108827 108157 Unknown00043 10081 10439 -1 Unknown00043 10081 10439 -1 nucleotide_motif 360 112196 111824 Unknown00057 1438 1995 -1 Unknown00057 1438 1995 -1 nucleotide_motif 528 112889 112349 Unknown00057 474 606 -1 Unknown00057 474 606 -1 nucleotide_motif 482 113836 113705 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2611 1 1317 match_2 match 3396 19154 match_3 match 3776 1370 3349 match_4 match 7311 19986 23943 match_5 match 1941 42953 43973 match_6 match 2260 64716 65876 match_7 match 2516 46858 48147 match_8 match 5527 61101 63978 match_9 match 5015 105979 109027 match_10 match 8445 56728 61053 match_11 match 8714 100603 105226 match_12 match 82400 88364 match_13 match 90935 98031 match_14 match 70894 78306 match_15 match 48715 56668 match_16 match 109111 118312 match_17 match 2611 1 1317 match_18 match 3396 19154 match_19 match 3776 1370 3349 match_20 match 7311 19986 23943 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1168.5 24 118312 clone_end_1 clone_end 1007 24 542 clone_end_2 clone_end 1308 5297 5984 clone_start_1 clone_start 1616 11353 12167 clone_end_3 clone_end 1074 16876 17483 clone_2 clone 1196 17780 58042 clone_end_4 clone_end 1213 17780 18391 clone_start_2 clone_start 950 22676 23226 clone_start_3 clone_start 301 29333 29492 clone_end_5 clone_end 1126 47524 48102 clone_end_6 clone_end 842 47658 48090 clone_3 clone 999 57432 99566 clone_end_7 clone_end 1239 57432 58056 clone_end_8 clone_end 1275 63286 63928 clone_end_9 clone_end 398 77284 77508 clone_end_10 clone_end 920 77535 78073 clone_end_11 clone_end 1084 92618 93164 clone_start_4 clone_start 729 94681 95048 clone_end_12 clone_end 787 100603 101101 clone_start_5 clone_start 375 108154 108379 clone_end_13 clone_end 636 108154 108527 clone_end_14 clone_end 971 108154 108696 clone_start_6 clone_start 444 108588 108827 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_7 clone_start 1330 118312 117622 clone_start_8 clone_start 283 3538 3396 clone_end_15 clone_end 1116 4382 3725 clone_start_9 clone_start 870 4629 4146 clone_end_16 clone_end 527 7266 7001 clone_start_10 clone_start 1156 11290 10708 clone_start_11 clone_start 1179 58042 57448 clone_end_17 clone_end 809 23591 23184 clone_end_18 clone_end 622 24763 24430 clone_start_12 clone_start 252 29847 29717 clone_start_13 clone_start 392 45429 45232 clone_start_14 clone_start 325 45665 45495 clone_start_15 clone_start 416 56174 55965 clone_start_16 clone_start 759 99566 99157 clone_end_19 clone_end 785 62784 62389 clone_start_17 clone_start 1532 65577 64801 clone_start_18 clone_start 1289 75966 75305 clone_end_20 clone_end 301 82270 82119 clone_start_19 clone_start 301 82270 82119 clone_end_21 clone_end 1291 104879 104229 clone_start_20 clone_start 678 109975 109613 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.919 29563 29982 match_2 match_part 0.990 48382 49064 match_3 match_part 0.998 48382 49037 match_4 match_part 0.995 48382 49027 match_5 match_part 1.000 48383 48917 match_6 match_part 1.000 49799 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53443 match_7 match_part 1.000 49812 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53538 match_8 match_part 1.000 49812 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53538 match_9 match_part 1.000 49813 50187 match_part 0.992 53203 53324 match_part 1.000 53429 53436 match_10 match_part 1.000 49869 50187 match_part 1.000 53203 53324 match_part 0.995 53429 53624 match_part 0.987 54122 54196 match_11 match_part 0.995 49968 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53624 match_part 1.000 54122 54200 match_12 match_part 0.984 50003 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53604 match_13 match_part 0.989 50006 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53624 match_part 1.000 54122 54191 match_14 match_part 1.000 54562 55045 match_15 match_part 1.000 102262 102439 match_part 1.000 102559 103205 match_part 0.923 103536 103574 match_16 match_part 1.000 102666 103205 match_part 1.000 103536 103880 match_17 match_part 1.000 102666 103205 match_part 1.000 103536 103856 match_18 match_part 1.000 103061 103205 match_part 1.000 103536 103858 match_part 1.000 103933 104291 match_19 match_part 0.920 108357 108679 match_20 match_part 0.915 108357 108662 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_21 match_part 0.976 3155 3073 match_part 0.980 2791 2129 match_part 1.000 1213 1184 match_22 match_part 1.000 58846 58591 match_part 1.000 58484 58381 match_part 1.000 57887 57687 match_part 0.995 57309 57103 match_23 match_part 1.000 75021 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.994 73303 72786 match_24 match_part 0.994 73253 72922 match_25 match_part 0.890 78244 78009 match_part 0.975 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 74971 match_part 0.987 73652 73575 match_part 0.986 73481 73410 match_part 0.972 73303 72980 match_26 match_part 0.976 77301 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 1.000 73303 72980 match_27 match_part 1.000 77295 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 1.000 73303 73012 match_28 match_part 1.000 75048 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.996 73303 73040 match_29 match_part 0.991 75087 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.991 73303 73069 match_30 match_part 1.000 77299 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.995 73303 73093 match_31 match_part 0.881 78244 78009 match_part 0.924 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 74971 match_part 0.974 73652 73575 match_part 0.984 73481 73418 match_32 match_part 0.935 77296 77220 match_part 0.982 77056 76943 match_part 1.000 76574 76464 match_part 0.973 75083 74971 match_part 0.974 73652 73575 match_part 1.000 73481 73473 match_33 match_part 0.889 78243 78009 match_part 0.975 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 75019 match_34 match_part 1.000 95039 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.972 94315 94280 match_part 0.952 94181 94120 match_part 0.983 93760 93460 match_35 match_part 1.000 97930 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 0.961 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.972 94315 94280 match_part 0.952 94181 94120 match_part 1.000 93760 93729 match_36 match_part 1.000 97936 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 0.961 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.971 94315 94281 match_37 match_part 0.914 98068 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94874 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 3155 3073 exon 2791 2129 exon 1213 1184 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 29563 29982 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 48382 49064 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 49799 50187 exon 53203 53324 exon 53429 53624 exon 54122 54200 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 54562 55045 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 58846 58591 exon 58484 58381 exon 57887 57687 exon 57309 57103 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 78244 78009 exon 77298 77220 exon 77056 76943 exon 76574 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 77301 77220 exon 77056 76943 exon 76574 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 75087 74971 exon 73652 73575 exon 73481 73410 exon 73303 72786 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 98068 97871 exon 97779 97735 exon 96284 96250 exon 96069 96019 exon 95136 95032 exon 94942 94871 exon 94714 94643 exon 94480 94400 exon 94315 94280 exon 94181 94120 exon 93760 93460 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 102262 102439 exon 102559 103205 exon 103536 103880 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 102262 102439 exon 102559 103205 exon 103536 103858 exon 103933 104291 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 108357 108679 AUGUSTUS_tom_cdna de novo gene_1 gene 0.43 29069 56479 transcript_1 transcript 0.43 29069 56479 start_codon_1 start_codon 29069 29071 intron_1 intron 0.56 29081 47233 intron_2 intron 0.96 48796 49811 intron_3 intron 1 50188 53202 intron_4 intron 1 53325 53428 intron_5 intron 1 53625 54121 intron_6 intron 0.79 54240 54608 intron_7 intron 0.97 54710 54999 intron_8 intron 0.96 55109 56411 CDS_1 CDS 1 29069 29080 CDS_2 CDS 0.55 47234 48795 CDS_3 CDS 1 49812 50187 CDS_4 CDS 1 53203 53324 CDS_5 CDS 1 53429 53624 CDS_6 CDS 0.94 54122 54239 CDS_7 CDS 0.97 54609 54709 CDS_8 CDS 0.96 55000 55108 CDS_9 CDS 1 56412 56479 stop_codon_1 stop_codon 56477 56479 gene_2 gene 0.14 80536 93247 transcript_2 transcript 0.14 80536 93247 start_codon_2 start_codon 80536 80538 intron_9 intron 0.81 80540 83050 intron_10 intron 0.46 84820 84938 intron_11 intron 0.39 84974 85780 intron_12 intron 0.58 85948 91666 intron_13 intron 0.99 93120 93198 CDS_10 CDS 0.98 80536 80539 CDS_11 CDS 0.38 83051 84819 CDS_12 CDS 0.61 84939 84973 CDS_13 CDS 0.27 85781 85947 CDS_14 CDS 0.96 91667 93119 CDS_15 CDS 0.99 93199 93247 stop_codon_2 stop_codon 93245 93247 gene_3 gene 0.67 97981 104414 transcript_3 transcript 0.67 97981 104414 start_codon_3 start_codon 97981 97983 intron_14 intron 1 98016 99088 intron_15 intron 0.67 99218 100810 intron_16 intron 1 101515 102208 intron_17 intron 1 102440 102558 intron_18 intron 1 103206 103535 CDS_16 CDS 1 97981 98015 CDS_17 CDS 0.67 99089 99217 CDS_18 CDS 1 100811 101514 CDS_19 CDS 1 102209 102439 CDS_20 CDS 1 102559 103205 CDS_21 CDS 1 103536 104414 stop_codon_3 stop_codon 104412 104414 gene_4 gene 0.21 109851 118196 transcript_4 transcript 0.21 109851 118196 start_codon_4 start_codon 109851 109853 intron_19 intron 0.53 110640 114119 intron_20 intron 0.86 114183 114538 intron_21 intron 0.75 114619 116587 intron_22 intron 0.74 116640 117910 intron_23 intron 0.64 118068 118179 CDS_22 CDS 0.63 109851 110639 CDS_23 CDS 0.86 114120 114182 CDS_24 CDS 0.75 114539 114618 CDS_25 CDS 0.97 116588 116639 CDS_26 CDS 0.64 117911 118067 CDS_27 CDS 0.79 118180 118196 stop_codon_4 stop_codon 118194 118196 AUGUSTUS_tom_cdna de novo gene_5 gene 0.09 29027 1184 transcript_5 transcript 0.09 29027 1184 intron_24 intron 0.49 1183 1 intron_25 intron 1 2128 1214 intron_26 intron 0.95 4065 2271 intron_27 intron 0.77 6554 4149 intron_28 intron 0.86 6786 6678 intron_29 intron 0.99 7065 6953 intron_30 intron 0.99 9405 7170 intron_31 intron 0.98 10152 9504 intron_32 intron 0.58 10831 10263 intron_33 intron 0.99 11349 10950 intron_34 intron 1 11669 11553 intron_35 intron 0.83 12136 11765 intron_36 intron 0.93 12337 12254 intron_37 intron 0.49 13531 12398 intron_38 intron 0.95 13750 13608 intron_39 intron 0.98 15208 13838 intron_40 intron 0.82 21798 15313 intron_41 intron 0.92 24479 21865 intron_42 intron 0.96 24795 24656 intron_43 intron 0.89 26861 25019 intron_44 intron 0.95 27374 27087 intron_45 intron 0.95 28429 27712 intron_46 intron 0.96 28581 28496 CDS_28 CDS 0.5 1213 1184 CDS_29 CDS 0.98 2270 2129 CDS_30 CDS 0.93 4148 4066 CDS_31 CDS 0.86 6677 6555 CDS_32 CDS 0.99 6952 6787 CDS_33 CDS 1 7169 7066 CDS_34 CDS 0.99 9503 9406 CDS_35 CDS 0.97 10262 10153 CDS_36 CDS 0.58 10949 10832 CDS_37 CDS 1 11552 11350 CDS_38 CDS 1 11764 11670 CDS_39 CDS 0.93 12253 12137 CDS_40 CDS 1 12397 12338 CDS_41 CDS 0.95 13607 13532 CDS_42 CDS 0.98 13837 13751 CDS_43 CDS 0.99 15312 15209 CDS_44 CDS 0.85 21864 21799 CDS_45 CDS 0.99 24655 24480 CDS_46 CDS 0.96 25018 24796 CDS_47 CDS 0.88 27086 26862 CDS_48 CDS 0.98 27711 27375 CDS_49 CDS 0.95 28495 28430 CDS_50 CDS 1 29027 28582 start_codon_5 start_codon 29027 29025 gene_6 gene 0.22 80493 56488 transcript_6 transcript 0.22 80493 56488 stop_codon_5 stop_codon 56490 56488 intron_47 intron 0.93 56950 56603 intron_48 intron 1 57686 57310 intron_49 intron 1 58380 57888 intron_50 intron 1 58590 58485 intron_51 intron 0.98 59980 59297 intron_52 intron 0.92 60820 60350 intron_53 intron 0.85 61317 60983 intron_54 intron 1 61643 61543 intron_55 intron 1 62207 62124 intron_56 intron 0.7 62691 62286 intron_57 intron 0.52 73291 62764 intron_58 intron 1 73409 73304 intron_59 intron 1 73574 73482 intron_60 intron 1 74970 73653 intron_61 intron 1 76463 75084 intron_62 intron 1 76942 76575 intron_63 intron 1 77219 77057 intron_64 intron 0.87 77499 77269 intron_65 intron 0.98 80489 77550 CDS_51 CDS 0.93 56602 56488 CDS_52 CDS 1 57309 56951 CDS_53 CDS 1 57887 57687 CDS_54 CDS 1 58484 58381 CDS_55 CDS 0.99 59296 58591 CDS_56 CDS 0.94 60349 59981 CDS_57 CDS 0.97 60982 60821 CDS_58 CDS 0.87 61542 61318 CDS_59 CDS 1 62123 61644 CDS_60 CDS 0.82 62285 62208 CDS_61 CDS 0.88 62763 62692 CDS_62 CDS 0.81 73303 73292 CDS_63 CDS 1 73481 73410 CDS_64 CDS 1 73652 73575 CDS_65 CDS 1 75083 74971 CDS_66 CDS 1 76574 76464 CDS_67 CDS 1 77056 76943 CDS_68 CDS 0.87 77268 77220 CDS_69 CDS 0.93 77549 77500 CDS_70 CDS 0.99 80493 80490 start_codon_6 start_codon 80493 80491 gene_7 gene 0.97 97916 93249 transcript_7 transcript 0.97 97916 93249 stop_codon_6 stop_codon 93251 93249 intron_66 intron 0.97 93517 93260 intron_67 intron 1 93721 93586 intron_68 intron 1 94119 93761 intron_69 intron 1 94279 94182 intron_70 intron 1 94399 94316 intron_71 intron 1 94642 94481 intron_72 intron 1 94870 94715 intron_73 intron 1 95031 94943 intron_74 intron 1 96018 95137 intron_75 intron 1 96249 96070 intron_76 intron 1 97734 96285 intron_77 intron 1 97870 97780 CDS_71 CDS 1 93259 93249 CDS_72 CDS 0.97 93585 93518 CDS_73 CDS 1 93760 93722 CDS_74 CDS 1 94181 94120 CDS_75 CDS 1 94315 94280 CDS_76 CDS 1 94480 94400 CDS_77 CDS 1 94714 94643 CDS_78 CDS 1 94942 94871 CDS_79 CDS 1 95136 95032 CDS_80 CDS 1 96069 96019 CDS_81 CDS 1 96284 96250 CDS_82 CDS 1 97779 97735 CDS_83 CDS 1 97916 97871 start_codon_7 start_codon 97916 97914 AUGUSTUS_ab_initio de novo gene_1 gene 0.37 46005 48817 transcript_1 transcript 0.37 46005 48817 start_codon_1 start_codon 46005 46007 intron_1 intron 0.4 46237 47237 CDS_1 CDS 0.37 46005 46236 CDS_2 CDS 0.4 47238 48817 stop_codon_1 stop_codon 48815 48817 gene_2 gene 0.17 49834 55208 transcript_2 transcript 0.17 49834 55208 start_codon_2 start_codon 49834 49836 intron_2 intron 0.56 50188 53202 intron_3 intron 1 53325 53428 intron_4 intron 1 53625 54121 intron_5 intron 0.55 54240 54368 intron_6 intron 0.51 54417 54608 intron_7 intron 0.98 54710 54999 intron_8 intron 0.98 55109 55203 CDS_3 CDS 0.7 49834 50187 CDS_4 CDS 0.96 53203 53324 CDS_5 CDS 1 53429 53624 CDS_6 CDS 0.96 54122 54239 CDS_7 CDS 0.51 54369 54416 CDS_8 CDS 0.99 54609 54709 CDS_9 CDS 0.99 55000 55108 CDS_10 CDS 0.98 55204 55208 stop_codon_2 stop_codon 55206 55208 gene_3 gene 0.72 82945 84885 transcript_3 transcript 0.72 82945 84885 start_codon_3 start_codon 82945 82947 CDS_11 CDS 0.72 82945 84885 stop_codon_3 stop_codon 84883 84885 gene_4 gene 0.17 85785 86768 transcript_4 transcript 0.17 85785 86768 start_codon_4 start_codon 85785 85787 intron_9 intron 0.27 85968 86696 CDS_12 CDS 0.21 85785 85967 CDS_13 CDS 0.27 86697 86768 stop_codon_4 stop_codon 86766 86768 gene_5 gene 0.91 91612 93255 transcript_5 transcript 0.91 91612 93255 start_codon_5 start_codon 91612 91614 CDS_14 CDS 0.91 91612 93255 stop_codon_5 stop_codon 93253 93255 gene_6 gene 0.59 98676 104414 transcript_6 transcript 0.59 98676 104414 start_codon_6 start_codon 98676 98678 intron_10 intron 0.6 98679 99872 intron_11 intron 1 100019 100810 intron_12 intron 1 101515 102208 intron_13 intron 1 102440 102558 intron_14 intron 0.99 103206 103535 CDS_15 CDS 0.6 98676 98678 CDS_16 CDS 0.65 99873 100018 CDS_17 CDS 1 100811 101514 CDS_18 CDS 1 102209 102439 CDS_19 CDS 0.99 102559 103205 CDS_20 CDS 0.99 103536 104414 stop_codon_6 stop_codon 104412 104414 gene_7 gene 0.43 109851 118196 transcript_7 transcript 0.43 109851 118196 start_codon_7 start_codon 109851 109853 intron_15 intron 0.7 110640 114119 intron_16 intron 0.98 114183 114538 intron_17 intron 0.72 114619 116587 intron_18 intron 0.84 116640 116942 intron_19 intron 0.85 117018 117910 intron_20 intron 0.87 118068 118179 CDS_21 CDS 0.76 109851 110639 CDS_22 CDS 0.97 114120 114182 CDS_23 CDS 0.74 114539 114618 CDS_24 CDS 0.97 116588 116639 CDS_25 CDS 0.86 116943 117017 CDS_26 CDS 0.87 117911 118067 CDS_27 CDS 0.95 118180 118196 stop_codon_7 stop_codon 118194 118196 AUGUSTUS_ab_initio de novo gene_8 gene 0.01 18737 1184 transcript_8 transcript 0.01 18737 1184 intron_21 intron 0.16 1183 1 intron_22 intron 0.7 2128 1214 intron_23 intron 0.92 4065 2271 intron_24 intron 0.79 5288 4149 intron_25 intron 0.66 5849 5384 intron_26 intron 0.68 6335 5904 intron_27 intron 0.94 6554 6412 intron_28 intron 1 6786 6678 intron_29 intron 1 7065 6953 intron_30 intron 1 9405 7170 intron_31 intron 0.3 10739 9504 intron_32 intron 1 11349 10950 intron_33 intron 1 11669 11553 intron_34 intron 0.48 11928 11765 intron_35 intron 0.48 12136 12028 intron_36 intron 1 12337 12254 intron_37 intron 0.67 12817 12398 intron_38 intron 0.59 13348 12872 intron_39 intron 0.92 13531 13424 intron_40 intron 0.98 13750 13608 intron_41 intron 0.98 15208 13838 intron_42 intron 0.19 18692 15313 CDS_28 CDS 0.32 1213 1184 CDS_29 CDS 0.97 2270 2129 CDS_30 CDS 0.96 4148 4066 CDS_31 CDS 0.95 5383 5289 CDS_32 CDS 0.69 5903 5850 CDS_33 CDS 0.84 6411 6336 CDS_34 CDS 1 6677 6555 CDS_35 CDS 1 6952 6787 CDS_36 CDS 1 7169 7066 CDS_37 CDS 1 9503 9406 CDS_38 CDS 0.31 10949 10740 CDS_39 CDS 1 11552 11350 CDS_40 CDS 1 11764 11670 CDS_41 CDS 0.48 12027 11929 CDS_42 CDS 1 12253 12137 CDS_43 CDS 1 12397 12338 CDS_44 CDS 0.68 12871 12818 CDS_45 CDS 0.88 13423 13349 CDS_46 CDS 1 13607 13532 CDS_47 CDS 0.98 13837 13751 CDS_48 CDS 0.97 15312 15209 CDS_49 CDS 0.34 18737 18693 start_codon_8 start_codon 18737 18735 gene_9 gene 0.35 29027 20793 transcript_9 transcript 0.35 29027 20793 stop_codon_8 stop_codon 20795 20793 intron_43 intron 0.9 21798 20871 intron_44 intron 0.9 24479 21865 intron_45 intron 0.98 24795 24656 intron_46 intron 0.44 26861 25019 intron_47 intron 0.96 27374 27087 intron_48 intron 1 28429 27712 intron_49 intron 1 28581 28496 CDS_50 CDS 0.95 20870 20793 CDS_51 CDS 0.9 21864 21799 CDS_52 CDS 0.98 24655 24480 CDS_53 CDS 0.99 25018 24796 CDS_54 CDS 0.51 27086 26862 CDS_55 CDS 0.97 27711 27375 CDS_56 CDS 1 28495 28430 CDS_57 CDS 1 29027 28582 start_codon_9 start_codon 29027 29025 gene_10 gene 0.86 33448 32134 transcript_10 transcript 0.86 33448 32134 stop_codon_9 stop_codon 32136 32134 intron_50 intron 0.91 32367 32272 intron_51 intron 0.94 32596 32503 intron_52 intron 0.95 33244 32621 CDS_58 CDS 0.91 32271 32134 CDS_59 CDS 0.9 32502 32368 CDS_60 CDS 0.95 32620 32597 CDS_61 CDS 0.98 33448 33245 start_codon_10 start_codon 33448 33446 gene_11 gene 0.18 72035 56947 transcript_11 transcript 0.18 72035 56947 stop_codon_10 stop_codon 56949 56947 intron_53 intron 0.96 57686 57310 intron_54 intron 1 58380 57888 intron_55 intron 0.95 58590 58485 intron_56 intron 0.83 59980 59297 intron_57 intron 0.84 60820 60350 intron_58 intron 0.88 61317 60983 intron_59 intron 1 61643 61543 intron_60 intron 1 62207 62124 intron_61 intron 0.67 62691 62286 intron_62 intron 0.74 65373 62764 intron_63 intron 0.59 65697 65451 intron_64 intron 0.65 70894 65768 intron_65 intron 0.82 71811 71019 CDS_62 CDS 0.98 57309 56947 CDS_63 CDS 0.96 57887 57687 CDS_64 CDS 1 58484 58381 CDS_65 CDS 0.92 59296 58591 CDS_66 CDS 0.84 60349 59981 CDS_67 CDS 0.98 60982 60821 CDS_68 CDS 0.88 61542 61318 CDS_69 CDS 1 62123 61644 CDS_70 CDS 0.71 62285 62208 CDS_71 CDS 0.96 62763 62692 CDS_72 CDS 0.61 65450 65374 CDS_73 CDS 0.59 65767 65698 CDS_74 CDS 0.77 71018 70895 CDS_75 CDS 0.8 72035 71812 start_codon_11 start_codon 72035 72033 gene_12 gene 0.3 77054 73265 transcript_12 transcript 0.3 77054 73265 stop_codon_11 stop_codon 73267 73265 intron_66 intron 0.67 73409 73304 intron_67 intron 1 73574 73482 intron_68 intron 0.82 74970 73653 intron_69 intron 0.88 76463 75084 intron_70 intron 0.65 76906 76575 CDS_76 CDS 0.67 73303 73265 CDS_77 CDS 0.9 73481 73410 CDS_78 CDS 1 73652 73575 CDS_79 CDS 0.89 75083 74971 CDS_80 CDS 0.89 76574 76464 CDS_81 CDS 0.54 77054 76907 start_codon_12 start_codon 77054 77052 gene_13 gene 0.09 97916 93697 transcript_13 transcript 0.09 97916 93697 stop_codon_12 stop_codon 93699 93697 intron_71 intron 1 94119 93761 intron_72 intron 1 94279 94182 intron_73 intron 1 94399 94316 intron_74 intron 0.74 94642 94481 intron_75 intron 0.7 94851 94762 intron_76 intron 0.4 96249 94943 intron_77 intron 0.35 96955 96285 intron_78 intron 0.34 97734 96992 intron_79 intron 0.99 97870 97780 CDS_82 CDS 0.99 93760 93697 CDS_83 CDS 1 94181 94120 CDS_84 CDS 1 94315 94280 CDS_85 CDS 0.99 94480 94400 CDS_86 CDS 0.67 94761 94643 CDS_87 CDS 0.7 94942 94852 CDS_88 CDS 0.69 96284 96250 CDS_89 CDS 0.4 96991 96956 CDS_90 CDS 0.98 97779 97735 CDS_91 CDS 0.99 97916 97871 start_codon_13 start_codon 97916 97914 AUGUSTUS_tom_ugs de novo gene_1 gene 0.33 47207 48817 transcript_1 transcript 0.33 47207 48817 start_codon_1 start_codon 47207 47209 CDS_1 CDS 0.33 47207 48817 stop_codon_1 stop_codon 48815 48817 gene_2 gene 0.75 82945 84885 transcript_2 transcript 0.75 82945 84885 start_codon_2 start_codon 82945 82947 CDS_2 CDS 0.75 82945 84885 stop_codon_2 stop_codon 84883 84885 gene_3 gene 0.33 85785 93247 transcript_3 transcript 0.33 85785 93247 start_codon_3 start_codon 85785 85787 intron_1 intron 0.49 85948 91666 intron_2 intron 1 93120 93198 CDS_3 CDS 0.37 85785 85947 CDS_4 CDS 0.96 91667 93119 CDS_5 CDS 1 93199 93247 stop_codon_3 stop_codon 93245 93247 gene_4 gene 0.92 99768 104414 transcript_4 transcript 0.92 99768 104414 start_codon_4 start_codon 99768 99770 intron_3 intron 1 100019 100810 intron_4 intron 1 101515 102208 intron_5 intron 1 102440 102558 intron_6 intron 1 103206 103535 CDS_6 CDS 0.93 99768 100018 CDS_7 CDS 1 100811 101514 CDS_8 CDS 1 102209 102439 CDS_9 CDS 1 102559 103205 CDS_10 CDS 0.99 103536 104414 stop_codon_4 stop_codon 104412 104414 gene_5 gene 0.21 109851 118196 transcript_5 transcript 0.21 109851 118196 start_codon_5 start_codon 109851 109853 intron_7 intron 0.51 110640 114119 intron_8 intron 0.87 114183 114538 intron_9 intron 0.74 114619 116587 intron_10 intron 0.7 116640 117910 intron_11 intron 0.76 118068 118179 CDS_11 CDS 0.6 109851 110639 CDS_12 CDS 0.87 114120 114182 CDS_13 CDS 0.74 114539 114618 CDS_14 CDS 0.98 116588 116639 CDS_15 CDS 0.76 117911 118067 CDS_16 CDS 0.85 118180 118196 stop_codon_5 stop_codon 118194 118196 AUGUSTUS_tom_ugs de novo gene_6 gene 0.03 18737 1184 transcript_6 transcript 0.03 18737 1184 intron_12 intron 0.52 1183 1 intron_13 intron 1 2128 1214 intron_14 intron 0.97 4065 2271 intron_15 intron 0.93 5288 4149 intron_16 intron 0.54 6335 5384 intron_17 intron 0.79 6554 6412 intron_18 intron 0.91 6786 6678 intron_19 intron 0.99 7065 6953 intron_20 intron 0.99 9405 7170 intron_21 intron 0.42 10739 9504 intron_22 intron 0.94 11349 10950 intron_23 intron 1 11669 11553 intron_24 intron 0.85 12136 11765 intron_25 intron 0.91 12337 12254 intron_26 intron 0.43 13531 12398 intron_27 intron 0.97 13750 13608 intron_28 intron 0.93 15208 13838 intron_29 intron 0.4 18692 15313 CDS_17 CDS 0.53 1213 1184 CDS_18 CDS 0.98 2270 2129 CDS_19 CDS 0.94 4148 4066 CDS_20 CDS 0.99 5383 5289 CDS_21 CDS 0.71 6411 6336 CDS_22 CDS 0.88 6677 6555 CDS_23 CDS 0.99 6952 6787 CDS_24 CDS 1 7169 7066 CDS_25 CDS 0.99 9503 9406 CDS_26 CDS 0.42 10949 10740 CDS_27 CDS 1 11552 11350 CDS_28 CDS 1 11764 11670 CDS_29 CDS 0.9 12253 12137 CDS_30 CDS 1 12397 12338 CDS_31 CDS 0.96 13607 13532 CDS_32 CDS 0.98 13837 13751 CDS_33 CDS 0.93 15312 15209 CDS_34 CDS 0.43 18737 18693 start_codon_6 start_codon 18737 18735 gene_7 gene 0.39 29027 20793 transcript_7 transcript 0.39 29027 20793 stop_codon_6 stop_codon 20795 20793 intron_30 intron 0.66 21798 20871 intron_31 intron 0.85 24479 21865 intron_32 intron 0.99 24795 24656 intron_33 intron 0.7 26861 25019 intron_34 intron 0.91 27374 27087 intron_35 intron 1 28581 27712 CDS_35 CDS 0.76 20870 20793 CDS_36 CDS 0.79 21864 21799 CDS_37 CDS 0.99 24655 24480 CDS_38 CDS 0.99 25018 24796 CDS_39 CDS 0.69 27086 26862 CDS_40 CDS 0.92 27711 27375 CDS_41 CDS 1 29027 28582 start_codon_7 start_codon 29027 29025 gene_8 gene 0.2 64722 56947 transcript_8 transcript 0.2 64722 56947 stop_codon_7 stop_codon 56949 56947 intron_36 intron 1 57686 57310 intron_37 intron 1 58380 57888 intron_38 intron 1 58590 58485 intron_39 intron 0.83 59980 59297 intron_40 intron 0.95 60820 60350 intron_41 intron 0.82 61317 60983 intron_42 intron 1 61643 61543 intron_43 intron 0.99 62207 62124 intron_44 intron 0.55 62691 62286 intron_45 intron 0.46 64716 62764 CDS_42 CDS 0.94 57309 56947 CDS_43 CDS 1 57887 57687 CDS_44 CDS 1 58484 58381 CDS_45 CDS 0.84 59296 58591 CDS_46 CDS 0.8 60349 59981 CDS_47 CDS 0.97 60982 60821 CDS_48 CDS 0.82 61542 61318 CDS_49 CDS 0.99 62123 61644 CDS_50 CDS 0.77 62285 62208 CDS_51 CDS 0.72 62763 62692 CDS_52 CDS 0.53 64722 64717 start_codon_8 start_codon 64722 64720 gene_9 gene 0.74 72035 71808 transcript_9 transcript 0.74 72035 71808 stop_codon_8 stop_codon 71810 71808 CDS_53 CDS 0.74 72035 71808 start_codon_9 start_codon 72035 72033 gene_10 gene 0.27 80191 73265 transcript_10 transcript 0.27 80191 73265 stop_codon_9 stop_codon 73267 73265 intron_46 intron 1 73409 73304 intron_47 intron 1 73574 73482 intron_48 intron 1 74970 73653 intron_49 intron 1 76463 75084 intron_50 intron 1 76942 76575 intron_51 intron 0.99 77219 77057 intron_52 intron 0.43 80178 77277 CDS_54 CDS 1 73303 73265 CDS_55 CDS 1 73481 73410 CDS_56 CDS 1 73652 73575 CDS_57 CDS 1 75083 74971 CDS_58 CDS 1 76574 76464 CDS_59 CDS 1 77056 76943 CDS_60 CDS 0.76 77276 77220 CDS_61 CDS 0.36 80191 80179 start_codon_10 start_codon 80191 80189 gene_11 gene 0.98 97916 93249 transcript_11 transcript 0.98 97916 93249 stop_codon_10 stop_codon 93251 93249 intron_53 intron 0.98 93517 93260 intron_54 intron 1 93721 93586 intron_55 intron 1 94119 93761 intron_56 intron 1 94279 94182 intron_57 intron 1 94399 94316 intron_58 intron 1 94642 94481 intron_59 intron 1 94870 94715 intron_60 intron 1 95031 94943 intron_61 intron 1 96018 95137 intron_62 intron 1 96249 96070 intron_63 intron 1 97734 96285 intron_64 intron 1 97870 97780 CDS_62 CDS 1 93259 93249 CDS_63 CDS 0.98 93585 93518 CDS_64 CDS 1 93760 93722 CDS_65 CDS 1 94181 94120 CDS_66 CDS 1 94315 94280 CDS_67 CDS 1 94480 94400 CDS_68 CDS 1 94714 94643 CDS_69 CDS 1 94942 94871 CDS_70 CDS 1 95136 95032 CDS_71 CDS 1 96069 96019 CDS_72 CDS 1 96284 96250 CDS_73 CDS 1 97779 97735 CDS_74 CDS 1 97916 97871 start_codon_11 start_codon 97916 97914 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 47162 47319 match_part 1.000 49812 50187 match_part 1.000 53203 53324 match_part 1.000 53429 53624 match_part 1.000 54122 54200 match_2 match_part 1.000 54561 55045 match_3 match_part 0.997 91551 92222 match_4 match_part 0.996 99749 100018 match_part 1.000 100811 101227 match_5 match_part 1.000 102263 102439 match_part 1.000 102559 103205 match_part 1.000 103536 103858 match_part 0.996 103933 104379 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.964 3156 3073 match_part 0.980 2791 2129 match_part 1.000 1213 1184 match_7 match_part 1.000 18990 18693 match_part 1.000 15312 15209 match_part 1.000 13837 13751 match_part 1.000 13607 13532 match_part 0.973 13423 13349 match_part 1.000 12871 12818 match_part 0.983 12397 12338 match_part 0.895 12253 12168 match_8 match_part 1.000 29146 28582 match_part 0.994 27711 27541 match_9 match_part 0.986 49064 48375 match_10 match_part 1.000 58847 58591 match_part 1.000 58484 58381 match_part 1.000 57887 57687 match_part 0.991 57309 57076 match_11 match_part 0.886 78245 78009 match_part 1.000 77298 77220 match_part 1.000 77056 76943 match_part 1.000 76574 76464 match_part 1.000 75083 74971 match_part 1.000 73652 73575 match_part 1.000 73481 73410 match_part 0.994 73303 72787 match_12 match_part 0.978 78233 78009 match_part 0.975 77298 77220 match_part 0.982 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 75059 match_13 match_part 0.919 98068 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 0.961 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 0.988 94480 94400 match_part 0.972 94315 94280 match_part 0.952 94181 94120 match_part 0.990 93760 93470 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 3156 3073 exon 2791 2129 exon 1213 1184 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 18990 18693 exon 15312 15209 exon 13837 13751 exon 13607 13532 exon 13423 13349 exon 12871 12818 exon 12397 12338 exon 12253 12168 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 29146 28582 exon 27711 27541 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 47162 47319 exon 49812 50187 exon 53203 53324 exon 53429 53624 exon 54122 54200 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 49064 48375 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 54561 55045 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 58847 58591 exon 58484 58381 exon 57887 57687 exon 57309 57076 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 78245 78009 exon 77298 77220 exon 77056 76943 exon 76574 76464 exon 75083 74971 exon 73652 73575 exon 73481 73410 exon 73303 72787 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 91551 92222 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 98068 97871 exon 97779 97735 exon 96284 96250 exon 96069 96019 exon 95136 95032 exon 94942 94871 exon 94714 94643 exon 94480 94400 exon 94315 94280 exon 94181 94120 exon 93760 93470 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 99749 100018 exon 100811 101227 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 102263 102439 exon 102559 103205 exon 103536 103858 exon 103933 104379 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.889 78243 78009 match_part 0.975 77298 77220 match_part 1.000 77056 76943 match_part 0.991 76574 76464 match_part 1.000 75083 75019 match_2 match_part 0.882 98040 97871 match_part 1.000 97779 97735 match_part 0.971 96284 96250 match_part 1.000 96069 96019 match_part 0.971 95136 95032 match_part 1.000 94942 94871 match_part 1.000 94714 94643 match_part 1.000 94480 94400 match_part 0.917 94315 94280 match_part 0.963 94181 94128 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 78243 78009 exon 77298 77220 exon 77056 76943 exon 76574 76464 exon 75083 75019 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0155C04.3 type gene exon 98040 97871 exon 97779 97735 exon 96284 96250 exon 96069 96019 exon 95136 95032 exon 94942 94871 exon 94714 94643 exon 94480 94400 exon 94315 94280 exon 94181 94128 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.48 29069 56479 transcript_1 transcript 0.48 29069 56479 start_codon_1 start_codon 29069 29071 intron_1 intron 0.98 29081 30370 intron_2 intron 0.66 30462 47237 intron_3 intron 1 48796 49811 intron_4 intron 1 50188 53202 intron_5 intron 1 53325 53428 intron_6 intron 1 53625 54121 intron_7 intron 0.8 54240 54608 intron_8 intron 0.89 54710 54999 intron_9 intron 0.86 55109 56411 CDS_1 CDS 0.99 29069 29080 CDS_2 CDS 0.87 30371 30461 CDS_3 CDS 0.87 47238 48795 CDS_4 CDS 1 49812 50187 CDS_5 CDS 1 53203 53324 CDS_6 CDS 1 53429 53624 CDS_7 CDS 0.98 54122 54239 CDS_8 CDS 0.89 54609 54709 CDS_9 CDS 0.92 55000 55108 CDS_10 CDS 0.92 56412 56479 stop_codon_1 stop_codon 56477 56479 gene_2 gene 0.1 80536 93247 transcript_2 transcript 0.1 80536 93247 start_codon_2 start_codon 80536 80538 intron_10 intron 0.82 80540 83050 intron_11 intron 0.38 84820 84938 intron_12 intron 0.48 84974 85780 intron_13 intron 0.52 85948 91666 intron_14 intron 1 93120 93198 CDS_11 CDS 0.99 80536 80539 CDS_12 CDS 0.31 83051 84819 CDS_13 CDS 0.66 84939 84973 CDS_14 CDS 0.33 85781 85947 CDS_15 CDS 0.92 91667 93119 CDS_16 CDS 1 93199 93247 stop_codon_2 stop_codon 93245 93247 gene_3 gene 0.18 98203 109468 transcript_3 transcript 0.18 98203 109468 start_codon_3 start_codon 98203 98205 intron_15 intron 0.69 98225 99108 intron_16 intron 0.65 99218 100810 intron_17 intron 1 101515 102208 intron_18 intron 1 102440 102558 intron_19 intron 1 103206 103535 intron_20 intron 0.41 104363 109440 CDS_17 CDS 0.69 98203 98224 CDS_18 CDS 0.52 99109 99217 CDS_19 CDS 1 100811 101514 CDS_20 CDS 1 102209 102439 CDS_21 CDS 1 102559 103205 CDS_22 CDS 0.89 103536 104362 CDS_23 CDS 0.47 109441 109468 stop_codon_3 stop_codon 109466 109468 gene_4 gene 0.28 109851 118196 transcript_4 transcript 0.28 109851 118196 start_codon_4 start_codon 109851 109853 intron_21 intron 0.53 110640 114119 intron_22 intron 0.8 114183 114538 intron_23 intron 0.81 114619 116587 intron_24 intron 0.7 116640 117910 intron_25 intron 0.71 118068 118179 CDS_24 CDS 0.62 109851 110639 CDS_25 CDS 0.8 114120 114182 CDS_26 CDS 0.81 114539 114618 CDS_27 CDS 0.99 116588 116639 CDS_28 CDS 0.7 117911 118067 CDS_29 CDS 0.85 118180 118196 stop_codon_4 stop_codon 118194 118196 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 0.13 20758 1184 transcript_5 transcript 0.13 20758 1184 intron_26 intron 0.45 1183 1 intron_27 intron 1 2128 1214 intron_28 intron 1 4065 2271 intron_29 intron 0.77 5761 4141 intron_30 intron 0.74 6335 5904 intron_31 intron 0.79 6554 6412 intron_32 intron 1 6786 6678 intron_33 intron 1 7065 6953 intron_34 intron 1 9405 7170 intron_35 intron 0.99 10152 9504 intron_36 intron 0.88 10693 10263 intron_37 intron 1 11349 10950 intron_38 intron 1 11669 11553 intron_39 intron 0.84 12136 11765 intron_40 intron 0.95 12337 12254 intron_41 intron 0.48 13531 12398 intron_42 intron 0.98 13750 13608 intron_43 intron 1 15208 13838 intron_44 intron 0.94 20566 15313 CDS_30 CDS 0.47 1213 1184 CDS_31 CDS 1 2270 2129 CDS_32 CDS 1 4140 4066 CDS_33 CDS 0.76 5903 5762 CDS_34 CDS 0.72 6411 6336 CDS_35 CDS 1 6677 6555 CDS_36 CDS 1 6952 6787 CDS_37 CDS 1 7169 7066 CDS_38 CDS 1 9503 9406 CDS_39 CDS 0.99 10262 10153 CDS_40 CDS 0.99 10949 10694 CDS_41 CDS 1 11552 11350 CDS_42 CDS 1 11764 11670 CDS_43 CDS 0.95 12253 12137 CDS_44 CDS 0.99 12397 12338 CDS_45 CDS 0.98 13607 13532 CDS_46 CDS 1 13837 13751 CDS_47 CDS 1 15312 15209 CDS_48 CDS 0.99 20758 20567 start_codon_5 start_codon 20758 20756 gene_6 gene 1 29027 20793 transcript_6 transcript 1 29027 20793 stop_codon_5 stop_codon 20795 20793 intron_45 intron 1 21798 20871 intron_46 intron 1 24479 21865 intron_47 intron 1 24795 24656 intron_48 intron 1 26861 25019 intron_49 intron 1 27374 27087 intron_50 intron 1 28581 27712 CDS_49 CDS 1 20870 20793 CDS_50 CDS 1 21864 21799 CDS_51 CDS 1 24655 24480 CDS_52 CDS 1 25018 24796 CDS_53 CDS 1 27086 26862 CDS_54 CDS 1 27711 27375 CDS_55 CDS 1 29027 28582 start_codon_6 start_codon 29027 29025 gene_7 gene 1 29134 29050 transcript_7 transcript 1 29134 29050 stop_codon_6 stop_codon 29052 29050 intron_51 intron 1 30871 29135 CDS_56 CDS 1 29134 29050 gene_8 gene 0.41 64722 56488 transcript_8 transcript 0.41 64722 56488 stop_codon_7 stop_codon 56490 56488 intron_52 intron 0.86 56950 56603 intron_53 intron 1 57686 57310 intron_54 intron 1 58380 57888 intron_55 intron 1 58590 58485 intron_56 intron 0.99 59980 59297 intron_57 intron 0.87 60820 60350 intron_58 intron 0.8 61317 60983 intron_59 intron 1 61643 61543 intron_60 intron 0.98 62207 62124 intron_61 intron 0.7 62691 62286 intron_62 intron 0.84 64716 62764 CDS_57 CDS 0.86 56602 56488 CDS_58 CDS 1 57309 56951 CDS_59 CDS 1 57887 57687 CDS_60 CDS 1 58484 58381 CDS_61 CDS 0.99 59296 58591 CDS_62 CDS 0.87 60349 59981 CDS_63 CDS 0.92 60982 60821 CDS_64 CDS 0.8 61542 61318 CDS_65 CDS 0.99 62123 61644 CDS_66 CDS 0.81 62285 62208 CDS_67 CDS 0.87 62763 62692 CDS_68 CDS 0.97 64722 64717 start_codon_7 start_codon 64722 64720 gene_9 gene 0.91 80493 73265 transcript_9 transcript 0.91 80493 73265 stop_codon_8 stop_codon 73267 73265 intron_63 intron 1 73409 73304 intron_64 intron 1 73574 73482 intron_65 intron 1 74970 73653 intron_66 intron 1 76463 75084 intron_67 intron 1 76942 76575 intron_68 intron 1 77219 77057 intron_69 intron 0.94 77499 77269 intron_70 intron 1 80489 77550 CDS_69 CDS 0.97 73303 73265 CDS_70 CDS 1 73481 73410 CDS_71 CDS 1 73652 73575 CDS_72 CDS 1 75083 74971 CDS_73 CDS 1 76574 76464 CDS_74 CDS 1 77056 76943 CDS_75 CDS 0.94 77268 77220 CDS_76 CDS 0.97 77549 77500 CDS_77 CDS 1 80493 80490 start_codon_8 start_codon 80493 80491 gene_10 gene 1.14 98157 93249 transcript_10 transcript 0.61 97916 93249 stop_codon_9 stop_codon 93251 93249 intron_71 intron 0.94 93517 93260 intron_72 intron 0.99 93721 93586 intron_73 intron 1 94119 93761 intron_74 intron 1 94279 94182 intron_75 intron 1 94399 94316 intron_76 intron 1 94642 94481 intron_77 intron 1 94870 94715 intron_78 intron 1 95031 94943 intron_79 intron 1 96018 95137 intron_80 intron 1 96249 96070 intron_81 intron 0.67 97734 96285 intron_82 intron 1 97870 97780 CDS_78 CDS 1 93259 93249 CDS_79 CDS 0.93 93585 93518 CDS_80 CDS 1 93760 93722 CDS_81 CDS 1 94181 94120 CDS_82 CDS 1 94315 94280 CDS_83 CDS 1 94480 94400 CDS_84 CDS 1 94714 94643 CDS_85 CDS 1 94942 94871 CDS_86 CDS 1 95136 95032 CDS_87 CDS 1 96069 96019 CDS_88 CDS 1 96284 96250 CDS_89 CDS 1 97779 97735 CDS_90 CDS 0.66 97916 97871 start_codon_9 start_codon 97916 97914 transcript_11 transcript 0.53 98157 93249 stop_codon_10 stop_codon 93251 93249 intron_83 intron 0.99 93517 93260 intron_84 intron 1 93721 93586 intron_85 intron 1 94119 93761 intron_86 intron 1 94279 94182 intron_87 intron 1 94399 94316 intron_88 intron 1 94642 94481 intron_89 intron 1 94870 94715 intron_90 intron 1 95031 94943 intron_91 intron 0.98 96018 95137 intron_92 intron 1 96249 96070 intron_93 intron 0.9 97375 96285 intron_94 intron 0.96 97734 97462 intron_95 intron 1 97870 97780 intron_96 intron 0.59 98108 97953 CDS_91 CDS 1 93259 93249 CDS_92 CDS 0.99 93585 93518 CDS_93 CDS 1 93760 93722 CDS_94 CDS 1 94181 94120 CDS_95 CDS 1 94315 94280 CDS_96 CDS 1 94480 94400 CDS_97 CDS 1 94714 94643 CDS_98 CDS 1 94942 94871 CDS_99 CDS 1 95136 95032 CDS_100 CDS 1 96069 96019 CDS_101 CDS 1 96284 96250 CDS_102 CDS 0.96 97461 97376 CDS_103 CDS 1 97779 97735 CDS_104 CDS 0.87 97952 97871 CDS_105 CDS 0.59 98157 98109 start_codon_10 start_codon 98157 98155 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 403 91636 93222 match_2 match 163 83248 84840 match_3 match 333 92014 93222 match_4 match 434 91639 93234 match_5 match 428 91627 93207 match_6 match 421 91657 93225 match_7 match 421 91639 93207 match_8 match 407 91627 93207 match_9 match 457 91636 93216 match_10 match 417 91636 93213 match_11 match 407 91636 93210 match_12 match 399 91681 93210 match_13 match 392 91648 93216 match_14 match 594 91633 93207 match_15 match 430 91612 93210 match_16 match 258 47249 48586 match_17 match 714 82978 84861 match_18 match 217 103527 104393 match_19 match 263 102537 103226 match_20 match 201 100815 101516 match_21 match 104 102199 102441 match_22 match 69.3 53403 53624 match_23 match 124 49873 50187 match_24 match 62.4 53200 53325 match_25 match 87.8 53427 53624 match_26 match 147 49855 50187 match_27 match 61.2 53200 53325 match_28 match 297 47180 48592 match_29 match 310 47255 48535 match_30 match 611 91612 93207 match_31 match 382 91681 93213 match_32 match 229 47312 48592 match_33 match 689 82975 84861 match_34 match 137 102540 103232 match_35 match 73.2 102199 102441 match_36 match 501 47222 48592 match_37 match 429 47246 48592 match_38 match 472 47237 48592 match_39 match 472 47237 48592 match_40 match 162 47204 47881 match_41 match 380 47210 48592 match_42 match 539 47204 48592 match_43 match 430 47228 48592 match_44 match 429 47228 48592 match_45 match 176 47507 48586 match_46 match 209 103527 104393 match_47 match 203 100758 101516 match_48 match 241 102537 103226 match_49 match 110 102199 102441 match_50 match 321 47171 48586 match_51 match 319 47249 48589 match_52 match 208 47849 48586 match_53 match 114 49873 50187 match_54 match 56.6 53200 53325 match_55 match 72.4 53427 53624 match_56 match 114 49873 50187 match_57 match 56.6 53200 53325 match_58 match 72.4 53427 53624 match_59 match 114 49873 50187 match_60 match 56.6 53200 53325 match_61 match 75.5 53427 53630 match_62 match 255 109983 110648 match_63 match 255 109983 110648 match_64 match 421 91696 93207 match_65 match 424 91642 93219 match_66 match 404 91624 93228 match_67 match 405 91624 93222 match_68 match 407 91639 93207 match_69 match 439 91639 93213 match_70 match 346 47213 48559 match_71 match 317 47246 48586 match_72 match 328 103527 104399 match_73 match 303 100809 101516 match_74 match 343 102537 103232 match_75 match 131 102199 102441 match_76 match 280 47333 48592 match_77 match 279 47414 48592 match_78 match 263 47426 48490 match_79 match 293 47381 48592 match_80 match 189 47381 48139 match_81 match 328 83173 84855 match_82 match 339 83221 84861 match_83 match 419 47204 48592 match_84 match 545 47204 48592 match_85 match 449 91621 93213 match_86 match 545 91651 93219 match_87 match 555 91636 93216 match_88 match 608 91639 93207 match_89 match 402 91606 93219 match_90 match 382 91768 93213 match_91 match 349 47213 48559 match_92 match 115 103521 104240 match_93 match 108 102561 103226 match_94 match 66.6 102199 102438 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_95 match 51.2 6680 6555 match_96 match 64.7 6951 6796 match_97 match 37.0 7172 7065 match_98 match 151 62123 61641 match_99 match 175 60349 59981 match_100 match 122 61542 61267 match_101 match 110 61018 60815 match_102 match 127 11764 11330 match_103 match 60.1 6683 6555 match_104 match 89.7 6951 6781 match_105 match 45.4 7172 7065 match_106 match 123 59293 58589 match_107 match 191 62279 61641 match_108 match 115 61560 61318 match_109 match 146 60253 59981 match_110 match 48.9 6677 6555 match_111 match 72.4 6951 6778 match_112 match 33.9 7172 7065 match_113 match 161 62279 61641 match_114 match 98.6 61542 61303 match_115 match 183 60349 59915 match_116 match 112 61018 60815 match_117 match 116 60349 59924 match_118 match 54.3 6680 6555 match_119 match 34.3 7172 7065 match_120 match 74.3 6951 6781 match_121 match 116 27092 26805 match_122 match 164 27716 27375 match_123 match 49.3 71017 70892 match_124 match 80.5 70806 70648 match_125 match 137 59293 58589 match_126 match 191 62282 61608 match_127 match 44.7 58485 58378 match_128 match 183 60349 59936 match_129 match 105 61018 60815 match_130 match 107 61542 61318 match_131 match 137 59293 58589 match_132 match 174 62123 61608 match_133 match 44.7 58485 58378 match_134 match 183 60349 59936 match_135 match 105 61018 60815 match_136 match 107 61542 61318 match_137 match 108 27092 26805 match_138 match 150 27698 27375 match_139 match 48.5 71017 70892 match_140 match 83.2 70812 70648