C02HBa0046M08.3 CACAAGGAACTCGCTACTCTCCAGACGGAGTTGGACAGGGTACTTTACTTGCTTAAGATT GCTGATCCTACTGGTGAGGCTGCTAAAAAGAGGGAGCTGAAAGTACAAGAACCAAAGACC AATATGACCAAAACTGTTGCAACTGCTGCCCGTCAGCAGCCTCCACCCGAGCAGAACAAA AAAGATAGAGCAGAACCTAAGGTTTTAATGGAGAAACAGGATACTATTGATGCGAACTCT TCATTCAGTCAAGAAACAAAGAAGGAGATTGTGGCTGATGCAGCTGGTGGTAAAAATGTT GTGTACATTGCTAGTAAGCCCCAATGGCTTGGTGCTGTAGATGAAAAGAAAAAACAAGAG AAAGTTATTGAACGACAGACAGAACTGCAAGACAATGATCAATTTGTTGACTACAAAGAC AGGAATAAAGTTTTGGTAAAACCAGATGCTACACAGTTGACTGCTGACTCTGGAATTGAA AGTGCAGCTCCTGGACTAATAATAAGGAAGCGCAAGCAAGTTGAGAAGTCTGATGTTACT GAAGTCAAACATTCTCAAGAATCCACTGGAGCTGATTTACAAGCAGAAGATGCGGTAGCT CTGCTGTTGAAACATTCTCAAAGATACCATAGTACTGATGATGAAGTGGAATCCAGCGGA GGTGATGTATCACATGAAAGTCAAACGAGGAAGGAAAAGAAAAAAAAGCAAAAGAAGGTT CTTGGTCCAGACAGACCATCATTTCTGAAGAGTGAGAAGGATTACAATTCTTGGGTTCCT CCTGAAGGTATGCCACTTATTTGGTTCATGCCTACGCTTAGTTGCTTACTAATGGATGTT CAAGTTTTTTTTTGACAATTTTGCTGGTCTTTGTGAAACTTTTACCAGGGCAATCAGGTG ACGGACGCACCTCACTGAATGATCGTCTTGGTTACTGAATGGTAGAGATTTTGATCGTTT GACACATAACTAACTATGGGATGGGGTAGCTCGGCTTACAGATTGCTGATGGATCATGTA ACTAAATAGCATTTACAGCTTGGTTTGAGATCTCATCTTGCGAAAATCCTTCACAGGGAC ATCTGAGCGAGAACATTTGTTGTTTGAAGAGAAGAAAAGAAATAGAAAACGTGAAGATAC AAGAGCTGGATTATGATCCCATTCTCCCACTCTTGCTCCTGTACCTTCTGTTAACAAGAA CCTGACACCTTCCTGATTGAATTGTATATAGAGATTGACTCGGAAAGGATAGAGATAATG AGAAAATGTGCTTGTAATGCAATGCTTTGTGCCCGCTCCAAAAAAGCTCATAAGTGATTT TGTGTAGCATGATACAAGTCGATTTTATTTTTGTATAATGTGTTCGACAACCAATTAATC AAGATTTTCAATGCACGAAGGCCCAATAGAAAGGGAACAGCTACCGTTTCTCTATTCTCA ATATTTGATTCCAAAAACATCTGATTAAGAGTGAGAGATTGTATTCTTCTGAAGGCATGG AATTTTACATTTGAAAGCCATACCTCAAAGCTGACACCTTTTGGGAGAAAATAATTCTGC AGAATCTTATCATTCACCCTTAAAACCCCCAATCATAGTTGTGTTCAGGGGAACAACATA ATTCTCTAGTGATTTTTCATACACTTCAGAAGTAGCTGTGCTTCATTGATCTTTACCAAA AGTCTCAACAGCCTTATCTGCTCCCAGAAACCTTTAAGTTCATATAGAACAGTCCAGTAT AAATCGAATCCACCATCTTTTACAAGCAAAATCAGCTGCAAAATCGCTTTCGTTTTAAAA GCCCAGATGAAAAATCGAAAACTCAGTTCATGATTCTTCCGTTGAGCTTCTAGAATAGAA GATACAGTGTTACGACAAAGGAAATAAAACATGTACAACCATTTTCCCGATAGAAAGAGA ATGACTTGGAAGAAACTGAACGATACATTTGAGAATTTAGGAGTTTCAACTCTGAACAGA GAGAATTAATATACTCAAAGTGATGTACTTTAACCGGAGATATCGGGAGGGTGGCCGGCG GCGGTTATTAAGATACTCAAGAGTCGAAAAATCAGTTAGTTGCTGTAAAAGCTACTAAAA TAGTCTTGAGAGAGAGAGAGAGATTGCTTTAGTATAATAGCCCATTCAAACGCCAAGTTG GCCTTGGATTAGATGACTTGAACATTCTATAATTCTTATGGTACACCAATAAATATCACT TAAGATATAATCATAATAATAATATAAAATAAGTCTCACAAAAAAAGCTGCATAATCATA ACCATGCTATTGTACTTGTAGCTAGCCCAATCTTCTTCTATATAATTGGGACCTAACATT ACTAGCTAATACACCACTTGAGACAACAAGTGTTGATTAATTAATTAATACTACTAGATT TGACAGAAGTTGGGTGTCTGCAGTCACATTTTAATACAATATGGATGATCATGGGCACTT TGGGCCACCTCTTTTGGTCTTCCAGTTATTGTAGCAAGGGCAACTTTGCTTATTGCCATA GGTACCAGCAGGAACACACAAACACTTTGCACAGCATTTCTGGCAGAAAAACATACACGG CTTCTTATACGATGTCTTTGAACACCGGTACGTGCATTTTGGTTGACAATCTGAAAAATT ACAACAACACACTTCATCAGGACGGAGCTACCTACCTTTATTAAAAATTTGTACGGTAAT CTCAGCATTATTCCTATGAGAAGTTGAACTTAAAATTAGTTAGTGAGTTTTTATACCTTG AGGATGGAGTCTTCCCTCACTAACACCATACTGCAAACACCACATATAAAATATAGTTTA GTCATGGAAATTAAAATTGATCACCTAAGAAAGTACATAAAATCGCAAGATGGATCATAC CAGTTGGTTATTTCTCTGTTGTTGCTGCTGCTCATCACGCATAATGTTGGCCCTTGAAAC CTGAACACACAACCACACACATCATTTAATATATTTTCAACAATACGTGTATATATATAT ATATATATATATAATTCGAGTCGAAAACAATAGAGATGCGCAAAACATTTGGGCTCACCT GATTTTGAGTCAGGAAAACCACCAAAAGAACAAACAAGACAATGCTCATTTTCCCAGCCA TTGTAGTAATTTTGTGTGAAGCTAAGAGAGGAAGTGAAGTGTGTAGAGCTTTGAGAGAAT CGACTTCTATTTATAGAGAGGGATCTTCTCAAGTGGTTAATCTCTTTAGCCTAGCACTTG CTGTTGTCACACTCCAACAGTATCCCCTATGCAAAATTGAATAAATCTATACACAGCATC GATAGTTTGGTCCAAAATCTATTAACTGCATCAATATTTTTGGACCAAACTATTAACCGG AGCATTTTATTTCAATTTCGCATAGTGTAAGAAGTTTTTTGCCCTTTTTGTTCGTTTCAA GTCAATTTTTTTCTCATAGTTCAGTTCAAAAGCCATACATAGCATAATCTAAAAAGTATA CATTAAGTACCAAAATAGTCCTCAGTATCAACAATTTAAATTTAAGAAGATAAAAAGAGA TCACATGTCTTATTTATATTTTTCTCTGCTCTTAAAAGACGTTACACTTTTGAATGAAGT GGCCCCAACAGGTCATGTCATTAATGGTAACTGTTTAATTAATTACCAATTTATAGAAAA ATGACAAACAAATTAAGATGAAATAAGCAAATATATAAATTGAAAAAATTGTCTATAATA GTATGTGAAACATATTTCTCATCTAGATCATTCAATTCTTAGTCTCCAAGCAGTAAGAAG GTGTGTGGGAGGGTCATTAATTCATAATTGTCTTTTTCAACCTTACCAAGGCACATGGCT CTGTTCTTCTTTTATTTGGGATAAAAAGGAAAATGAAAAGTTGAAAGCTAAAAAGTTTCT CCAAGTAGTGATACAAAATGAAAAAGAGAACAACAAAAAGGATGGAAAACACAAAACTGC TTACATTTTGGGTTTAATAGATGGAAAAACACTTAGGAAAGTGCTTTCTCTGAAAAATAA GTTTTTTTTTTTCATTTTGGATAAGTAGGAAAATATATCTCAAAAATATTTATACGTTAA TCTAGCAAAATACAATAGGAATAACGAGTGTGAGATGGTCAAGAAGTGGGGGTTGGACGA GGTGGGGAGTGAGGGTTCAGGAGTGCGATGGTCAAGGGGTGGGGTTGGATAGATGGAGAG AAGACAATAAACTTAGAATGTCTCTTGACAATTATTTTCTCTATTTTATTTTCCTTATTT TAAAGAATTTATTTATCTAAAAAAAGAAAATATTTTCTAAAAATTCTTTAATTCATTAAT TGAGATGAACCGTTAAATTAATTCACGAAGAGAGATTGGCTAAATTCATATAAGGAGTCT AACTGTTCCTCATCCCACTTATGTGGGACTTAACAATGAATAACCAAATATTTTTTGTGC TTCATTTTTTGAAATTTTTTTATATATCGAAATGGGTATGGTTACCATCTAGTGAATTCA TTATCATATATCAACACCGAACTTCAAGTCAATTTTGATATTTTGAAATAGCTTACAATT CACACCAGAGATGTAATTTGCGCTAGACAAGCCCGATGAAATGAGCTCAACAATTGATGG GGGATCGATCCTTAATATTCCTTAAGGAATACCACCAGACACCTGTTGCACCAATTAAAT CACCCGTGTGAGTTATCCTATTTCGACATTATCATACATCTATTCATTTTTTAAAAAATA AGTCACAGTGCACTCGCTTTAAATATGCGGTATCGGTTAGACTTGATAAAAAAGATGACT GAATTTCAGTCATATTAATAGAAGTTTAGGCAAAATATGTAGTGATAAACAGAGTGGTGA CAAGTATAGTACTAAATAATTTAAGAGGAAACAAGTTGGAGTGAAGAAGTTATCTCAATT ATCTCACATCAGCATGTGCAAATGAAAACAAATGAAAGTGATAGCATACCCTTCACCATG TGCTTTCACATGCCCTTTTTAGAGGTTCCAGCTTTCAATTTGCCCACCACCAACAATATA TGTACAGCAACTTCCATAATATAAATGGACTTCAACAATATTTCTTCAATATCCAACTAA CTAATAAAGTGCCTCAAGTACATGCTATTTTCGCGTTTCGTCATAGATTTTGAAGTCAAA ATTTGAAAATTTTGAGTTCTTGAAGTTGTAATATTTGAAACATGAAATTGCGTCTGGACA TGCATTTTACTTGAAATTCAAATCTTGAAAATCTGATCAAATTTCATGGCCAAAACACTA GCTATATCCCATGATTGTTTTGAGTGACCACTAATCTTCCCACTTTATGTTACTTTTCTT CTCTTTTGTCTTTATACTTGGAGTTTCGGAAAGCAGAAGCCGATTCAAAAATTGAACTTA ATATATTACATCGTAAAAGTTCTTTTAACACTGATTCATAATATATCACTAGCTCGGTCC GTGATACACCTAGTTTCAATAATGCACTTGGAGTTTTGCAATTTTCTCTTTTAATAGAGA TTCCATTTAAAAGTTCTTTTAACACTAATTCATAATATATCACTAGCTCGGTCCATAATA CATTTTTTAATTAATTCCTAGTTTCAATAATGCACTTGGAGTTTTGCAATTTCCTCATTT GATTGGGGCTGAGAGTAGGTCAGTCATGGGATTAATTGGTTGTATTCATTGAACAATCGA GAGAGTTCCAGCTTTATAAGTCTGTGCAAGTACAAACCTTGCAGGATATTAACAAGTATT TGTGTAATTCGAGAATGTGGCGAAATGATCGGAATTTCTCTTTTTTAACGGAGTATGGGG GAAAAAATTACATGCACCTATGTAGCTTGAATACAAATCCTTGTCTTTAACCATGGTTAA GTAGTTTGAATTAATAGATCAGAAGAAGTGTAGCCATAAATCACCATTTGCTTGCAATTA TATGCTAGGCTCTTCATGATTCACGTTTAGATACTTCTTTTTTATTGCCTCAATTAATAG CATTACATTAAAATAAAGAAAAAGATGATGTTAAAAAGAATGACCATGAGAATTGCGGAT CTAGAGCATTTGATCATTATCTAAAAAATAATAATTCGAGTTTCGACAAACTAGTTTTTG AATTTTTAGGAATATATCAAAACTAAAAAAAAAAAATTCAAGTAAAATACATATCCAAAT ATAACATCAATTCAAGAATCACAATCCAAACATAACTTCAAGTTTCAAGAATCACAACCG CAAGAACTCTTTTAAGTTTAAAACTTCAAAATCTATGACCAAACGAGAGTTAAGTCAAAC AGAAAATGTTTATAAGGAAATGATGATACTTTGAAGACACAGGTTACTCCTCTGTCAGAG TTTTACTGCTTTGAACAGAAATTTCCTGGAGACTACTGTAAGGAAAGGGGTTGTACTTGA TTGTTTATCAACTGTCACTGGCACTGAATCATATAGCAAGATTGATCAAGGCAACTCTTA GATAAAAGACATTTGTTATAGCATATATACAGAAGAAATAAACAGATTTTGTTAGTATAG AAGACTCGCCACCAGAAGATCTTGCAACATTACAGTTGTCTCAACCACTATACATCTTTT AATCTCAAACACAGCCTGAAAGCTTGTAAATTTCGCTCTATCATACCCATGTTCTCTCGT AATGGTGGTTATAGCACAAACCAATACTATTTACAATAAAAATACAAAGATTGTATACTT TGCATAAAGGAGAACAACCTACGAAGCCTGGAAATCAATTGTATCCTTGCACCTCAATGC TTCTGCAGTAGAAATTAGACCCCAGAATGATCGTCTATATTTTTTGACAAGCTTTCTTCT GACCATGACTAAATTACGAGGCACCATCACATATCCACCATAATCTGTTAGAAACAGGTT GGTAAATCTCAATTCTCAATGCATACAGGCTTCGACTGGAAGTCTGTCCCAGCTGCACTA GAGAGTGCAGGTTAACGATCGAGAAAAGAGCCAGAGCATCCAGGATGTAAGACACTAATC GTGTTTTATACATACAGCAGAATCTGCATCTCACCGGATTAGTAAGCATAAACTTTTCTC GTCTTACCATTATGGCATTTGAAACACAAGAAGGCCCTGCCCAGCTTAGTACTTCAAAGA GGGGTGAGGTACACGTGAACCTAATCAATTGAAGAAATAGGGAGATTCTATGACATCTCT CAAATCAAAGTCCCCACGTTCAGGCAAAGGGGGGAATGACAGTGTAGGATAGGAAACTTG GAAGCCCTCCAACAACTGCAAAAAGATGGAAAGAAACAAATATGAGCGGAAAATGAAGTA ACATTTTCAGATTTTGACACATCAAACGCATTAAAGTAATTTTAGTGAATTAGTTGATCA ATGGGACAGGTTTCCTCTTGCAACTACTTCAGAAGGAAAAACAAAGAAGCAAAGAAGTAT TTGGATTTTTTTTTAATTGAACTATTTGTCATTCTCGTTCAACTTCATCAGCTCTGTTTG ATAACAGGAAGAGCTGCAACCATTTCCCATACAGATTATTTCTTCCAATGGTGAAAGGAA GCTGGGCAATACTCATCTTTTAAAAACGTTTTAATGCTTCCTTACATTCTTGTTTGGAAG GCGGAGTGTAGTTAGTTTCTCAAGTAATAACTAATAAGGAACACTGAAATTGATAATGTG GAATTTCTACTTCTCTGATAATGCTGATACTTACTTTCTCTAGAATTGGCGTTTCATAAA GCTCTACAAACTTTTCTCTCAATATCCTGTTCAACTTATCAACATCGCACGCATGCGTCC AATACGAGTCATGAACACCTGTAGCAGAAAATGTTCAATTGTTTTCTTTCCGCAGAACCC ACACAAAGTGGGGGCAAAAAAGAGAACTAAAGGAAACCTGCAAAGTTTAAGCCAGCCCTT CTGCATGCAACTGCAGTCATCATCATATGTGAACCATCAAGGGAGTGAATGAAATTTGGC GGAAAAGCTGTCCTTTGCCTCTTGACCATTACCTGCAAAGGCCATAGAAAGATAAGCAAT TTTCTTCTGGAAGTTTACCAAGTTGAATCTCAAAGAGGAAACATTTGAAGAAGAATATGT AAATGAAAGTGATAAATGGACATTCATTTGTATCCCATTAGTTCCCACCTTGTTGATATA GAAGAACGATATATTAGATAACATAAAGCATGAGGGCAAAAACAAGTATATACCTTTTCT GTTTCCCGTTGCAAAGTCAAAATTTGAAGAGAAGTCTTAATCTGCAACAAGATTTGCCAA ATAGAGATGTAATGACTCTTGAGTAGTTTATAATAGCATGGGGACCAAAAATAGACAACA TAGTAACACTCACAAAATGTCTTCCAATTTTGCGGTAAGGCTGAACAACTGGAAGCCCAA GAGGAGTTGTCCATCTGACTGGTTCATTTTCAGAAGCAATTATCTGTTGAAAAATTAGAG GTCAATGAAGATACTTGAGCAGAACAAACTCTAATGCACTTTTATTCCCTGATCAAATAT TTGTGCAAATTATCCAATCTCAATTTTTTTTAATCATTGAATAAACATAGTTCTTGTATA ATTTGATAACCCTGCTTCAGATGGAAAATCTTTTTTTTTTCAACTGTCATCAGATGCTAA ATCTTTGACCTGTCTTCTGAAGGCTCAAAGTAATTAATCCAAATACAAATATGCTTATGA AGGGCATCCCACCCAAAATAGCTGATAGGACTAGTCTTATCTACGAAATTCAAGGAAGTT CTTTTTTTTGAAGGGCCATCCCACCCAACATACCCAATGAAATCCCACAAATGAGGTCTG GGGATGGTCTACTATACGCAGAACTTACCACTACCTAGTGGAGGTAGAGATAATTGGTGC ATTTACATGGTGAAAAATTGAAGTGGATAAATGGTGCTATACCACTACCTCATGGAAGTA GAGATAATTGGACTTTGGAGTACCCACAAGATCCCACTTGTGGAAAACATAGGTTCTACC ACTTTTGTGTACCACTTGCACACCAAACTTTTCCTCCACTATCTCAACGGTCCAATCAAC CAGGGAAAAACCCTTCGGCCCGTTAAAATCTTTACCATCATGTGTCAATAACAACAGGAA CATATAATCACAGATATACATGTCCACATTGATAGTTTTAACATCATTAGAAACAGAAGT AGAAAAACAGGGTTGAGCGAATATACAAAAAAAATTGACTAAGATCAACTAAAAGATGGC CACTGAAGAGTTATTACTCACTAAGAGCTTGTGCAAGAATTAACCAGTCCGGTAGTCGAC ACCATAGTGTAGCAACATAACTGCTCTTTGACCTAGACAGAGGGTGATCGAACTTGCAAC ACATTTCAATGGTGATAAAGTAAGCAATTAGGCATACCTTAGCACATTCCCCAAGCCAAG TCATGATGCTGCGTGCCGCTTCAAACATCTCCCCCAATGCAGTTAATGTGACCTAATCAA TGCGTCAAAAGATGCTGGTCATTGACCAAGATAAGAACTTAATTACATATGATGGAATGG GCAAATCAATGCGTCAAAAGGTGCTGATTATTGACCAAGATAAGAGCTTCATTAAATGAT GTAATGGGAGATTAGTTATTGCCCAAGTTAATTAGCACTCTATAAGCATCACAACATTGG TAATATCTTCTTATAGAACTTCATGTGGTATGATATGCCGATACATTTAGAGGAAGTAAA CAAAGCATGTGACAAGTGGGCTATTTATGGGTGCGAAACACACACAAATTGTCAGTCACT TCCAAGCAAAGCAGAAACCAGATACAGCTGCCACCAGAAGCAGCAGTCTTGTTCTTTAGT TTTAAGCAATTTTAGAGCTGATTCTCAACTGATGACAGTTAGGCCTAGAAGCAGCTACCA AAAGAGTACAAATTATAATAAAACCCATTTATCATGTTTCAATATGTTGATATAGAACAC CTATCGAAAAATTATCAACATATGGTACTCCATCTTGCCCTTACTTTTGCGGCATAGCAA GCAGCACCAAATAGTTCAGTATCATCAGCAATTGCACCACGCTCCTTTAACCTCCTCTTT ATTTGATCACGAGCCCCAATGTAAGTGACCCCATAGACTGATGTCATCACTGTCTGCTTC ACCAATTTCCTGTCAACCTGTATGACAAGCCATAAACAAACCTTCGTGATTTAGTTGCCT TATCATCAAGCAACTGCAACACAAAAAACTCATGAATATCAGTAGCAACAATTCTCTTTC CGGTGGCACACCAAAAGTCTATCTGTCAAAATCATTTATCTAAAACTACCAACAAATTCA GAAAAGGGGAGTATGCTGTTGGCTGTGGCCTTAACAAGGTGATCAGCATGATACCTGATT AACTAAAACCCTTGCACGAACAGCATCTGGAAATTCTGCAGGATCTCTTTGTGCATCTCT ATTCATAATATCAAGGACTCTGAAAAATAGCCACATCAAAATATTGTTCACTATCTCTTA TTCCTCAATACCAACTTCTAAGGGTTTATACTTAATTAGCTAGAAGTGTTAAGATGAAAG ATATTCCAACTCAATGTTTCTTTTGACAGTTAAGGGGAAAACTCTGAACCTTTAAGCGTT TGAACCTGTGACCCTAAAGTGAATATAAAATCTTCAAAAAGAAAGAGCTTCTAGTTCTAA TTCAGCAGTGATAAAGATCCCACAAAGTATGAATTAATGCCTCGTCCAACGCTTGGATAT CAATAAATTTTCCCTTCCACATTATGAAAAAGCTTATCTTCATCTCCTTAAATATTTTCA TATGAGCACAACATGGGGTCTCTGAAAATTTTCGTGACATTTCCCAGAGCTCACAGATCG ACAATTTGAGAACTCCATAACTAATTTAATGATATTCATCATTCCAGAAAGTTTAGTAAG GGACTCCAGATTTTGTCTTTACACAATTAGATGCAGAGCAGCAGCAAAATTTTGAAGCCA AATCATGTCATTTTGGGAATGTCTGTGGCCCACGGGTTCATTGTTTAATTGAAGTGTGAC CTTTCACGTGCTGCACTCTTATCCTCCTTAAAAGATCATAGCAAGCAATAAAGTAAAGCA TAAATTACCAAAGATACGATGTTCTTTCTATTCCAATACAGTTTTTTCTCCAAACATTAA TAGTAGAAACTAAGGAAAGCTTTGCTATGGCAGGAAAGGTCGACCTGCATAAATTACCAA AGATACGATGTTCTTTCTATTCCAATACAGTTTTTCTCCAAACATTAATAGTAGAAACTA AGGAAAGCTTTGCTATGGCAGGAAAGGTCGACCTGCATCCACTCCTAATGTTCTAGTCTG AAGCAGGCCAGTGGTTTGTCAAATGCTAATGACCAAGTGTTGGTACTATAGTTGCTACTG CAGGAAAATTGTTTGCTTCACATGCAATTAGGGGTCAAGAGAAAGCATAGCAGCACCTCA AGACCTCTTAGTCCATTAACAGGAAAAAGGATTTAAAAAACTCACCTAGCTGCTATGCCA GAGTAAACATCAGCAGGTTTTTCTCCAGCAACCAAATTGACTGCAGCAGCTCCCAACTGA ACCGATGAATGTCAATAGAAGAGTTGATTATGTAGATCCATAGAATATTATAGATAACAA AATAAAAAAGTAATAAATAATTTGTTTGGCTCATCTCGCACAAAGAAGGAAAATGAACTC TCTATGCTTGATTGGTAAGATAAGAAAGAATGGAAATAGTGTTAAAACTGATGGAGACAC TCTAAACATGCATCTGTTTTACTAATTGTAACTGAACCACATAAGATTCTGAACCCTAAA GAGGGAAATAGCAAGGAAGATGAAAGAAGCAAATGGTGGTGGTCTAGGCTTTAATATAAT TCAAGCAAAGTTAAAACATGTCAATTGGGTGGAAAGGGGGAATGCATATCAGATATATTG TAATCAAACACTTATGTTCAACATCGCACTTTTTATTACCTTATCTCTTCCGAGGGCAGC ATAATGTTGTAAACCATTGCAGGAACCATCCTGAAAATTACAACAGAAAGATACAAAAGT TTTATGAAATAAATTTTTCACACAAACTCAAAATATTACATAGAAGTTCAATCAAAAAAG ATAATGTACTTAGGCAGCAAATGGTCTCATTAGTTGAAAATCATATCAAGTAACATTTCT CGAACAACAGTTAGTTTGAGACATGAATAGCTGTCAGGTGCAACTGAGTTCTAGCCCAAC TCCTGTAATCTACATGAAATGAATTGTCAACTTTCACCAACTTATATTAAATGACTCTGC AATAAGACCAAAAAGAAAATTCCTTTTGTTTGAACTTTTTCATTAGTCAGGAAGCAACTT ACGAAATCAGCCAGCTTTTTCAAAATATGTAGTTTATAATGGAATTCAAACCCCAAGAAA CTGTTTGAAATACATGCCCCATCAATGGCGAGGAAGGTAAATATACAGTCTTTCTTAAAC CATTGCAAATCATGTCATATATCAATGATTTCCACATAAGACTTTGTGCTGCCTTCTAAT CATACTGACATGGTTTTCATAACACGTAGCAATGGCTTATAAATAAAGGTGCAGCTGTAC TCTCAGTTTGAGTCAAACAATGTTTTTCCGTTCTTTTTTGAGAAATGGTAATACATTAGG TCTATCGGAAATGGCCTCTCTGCCCCAGAAAGGTAGGGGTAAGGTGGTCTGTGTACATCC CAACCTCCCATCCCCACTTGTGTGATTACACTGGGTAGGTAATTGTTGTTAGTACATTAT CAACATAGTATTAAGGAAGTAATCTGTACAAAGGGTTATCCGAAGCAAAGATAGAGCTTC AAAAGCATTTTTACCATTCTTTGTAGGGTTCCTGGAAATTCAAGCATAGATTCTGCATTA TTTTACGATACTTCCTTACACCAGAAAGGGAAACACATTATACAATTTGACTTGCTCTTG TGTATAGTGTTGAATTTTTCCTCAAGGCATCTAAGGTTTCTTTCTCTCCAAAACCTCAAC AGACAAATTAAATGTGCAGGCCTCAATAATAGTGAAACTTGCCTGGTGTACAGGAACATG AGAAATAACTGTCTCTGGGGATGAACTTCTGACAGCTTCACTAAGATTAATGCATACGGC CAGGCACTGAAAGGGATCCTCTGCATTCAACCACCAGCACCTTCCTTCGAGCGGTTTGTC AGCAGAATCAAATATATCATCCAAGTGACTTTCAGTAAAAGCTATTCTACCATCAAGAGA TAATTTATCCACACCACCCGCAAATAAATTTGCAAGGTGTATCTTTAACCAGCGCCAAGC CTGATTTCCCAAGAGGACGACCTGCTGCAAACTCCAGGACACCCCGACAGATATCAGAAC CGAGATGGTTTAAATGTGGATGCATGGGGTAAGCGCGACCTCGGAAATCAACATTGTGCG GGTAGAAGAAACCTTCTTCATCTTTCATTCTATGCGCTACCTGTTCAATCATGGAGAAGA AAACCTCAGGAAGAAAATCTAACAGTAACAGACGCAGAAATATATGAGCCGTGATTGCAA CTGTGCCCGAATAAGATTCTCTATATATGTTTCCAGATGTAATCGGAAGTTTAGTAGAAC ATAAAGAGAGAAGCAACTGGAACCTACAGCAAGTTTCAGCTCGATGTCACATCGTTGTGA GTGTCTTTCTCTGTTCTCTTTCTTGACAGATTTTACTTTCCACCTCCACTTCGTGCATAC TGCCTCATCTTCCGTATCTGGTTCTTCTGGCAAAGGGACCTGCAAACAACAGAAATATTA CAGTGATCGTCCATACCACATAAACCATTTTACACAGCTTATGAAATTCATTTACTTGAC AATGACAAAGAAAGTAGCTTTTGTATCTCAAAAAAATAGTTAAAGCATAGAGCAACTAAC ATCATCACGGTCCACCAAATCAGCCAGACGACCACCACCAGCCCATATTCTATCAACTAC AGAAAGTACCCTTTTGTTTATCCTCCATTTGGTACTTCCCAGAGTATCAAGAGCCTAGAT ACAAGAACAAATGTCTCAAGTTCCATGAGGTGAGCAAAAAAAGGAAACACGTGATATCAA GATTTAAGATTGGATAAATCATTGGCAAATGAACCTCAAAAACTGGTTGCAACTGGTTCC GGGAGGTTCTCTTTACTGCTTCACGTTGTTGTCTTGCTCCATGTGTCCGCATGACATACG AAGGCAGATAGAGGTGTCCACCCTTGTCATAACTGTAGACAGAAAACAAGACGTAGACAC ATTTTCTTGTAAGGAAAAACAAGATATAGATACATAAATATATACAGTATATATATGTGT GTATGCGTGGTATATGTACAAGGTGAAAGGAACAGGAAATAGAATGGAAAAACAGAGATA TGAACAGACTACAAATTACTATACCCTGTCCACTTCACAGGAGGCACCAACATTGGCATG TAAGGTATCACCATGTGTCTGGCCTGCTTGCAAGACAAAATTAAACAAACCACCGAGGAT TGTTCTCATAGCTAGTAGCTCAATAAAACAAGGCTAGCTGATCAACAAAAGAAGTTTTAA ATAACATATATCTCCCAAAGAGGCAAAAAAATACTTACAGTTCTTTCAAGTCCTTTGAAA ACCAGTTCATCACATTGGATAACACCATATCTTCTGCTCGCACTTCTGTGAGGGAATAGT CCCACAATTATCATCAATTGTTTTTTCTCAAAGATAATCATCAATTGGTAGTCACAATTA AATTTGAAAAATTTGACATGAAGAGAATGAAAAGTACTTTGTTTCTTTGGCTAAAGTTCT AGTACTATGTATAAAGGCAGGTCGAATGTCAGGTGGATCAACTGCTAACTGATCAGCAGG AGACTGTATATAAGCTGTCTGTAGGAGGAACTCAATTAAACGGCTTCCAACCTAGTAGAA GAAAAAGTACTGTCAAAGTTCAACAAATCATACATAGAAAATTTTTGAAGTTTCAACATC AACGAGGGTAAGCCCAACCTTTGCTTTAGCATCTTGGCCCCAGGGCTTTGAATCGTCTTG ACTTCTCACTATCTGGTTCACTGCACGTAACTTCTGTTTTTTCATTAGACTCGTGACTTT CTTGTGTAATTTCTTTTGTTCTAGAGTGGCATGTTCTCCGTCTTCCATGTTCCTATCTTT CTCGGCTTTATGCTTCTCTGTTTTCTCTAAAAACTTGTGTATTCTAACCTGGTGCATGAG GAAGTGCATGATCAGCTCCAGGTACTATCAAATGGAAGTCTCTGTGCTTTTCAAACATTT CTCCCCACCATTTCTTGAAACTTGACACAGGGTAAACCAAAATGAGGTTTGTCACAAGAT AGCCAACATAAAACCGAATAAACTCAGTTCCAACATGCTTGGAAACTATCTTGTCTAACA TATAAGATGATGACAGTACAGTTCAATTTATCATTAAATTAGATCTAACACAAATATTTT TTAGTATACTTGTTAGCTAGAGAAACCACATACTGGTAAAGTTAAAGCCGGTCAAGCCAT AGCTAGTTAAACTACCTTATATCACTGCAATACTTGAACATCTTGTGCAAATTGCGAGGC TAAAGTATGTCATATTGTGCAGTTAATGAGTCTATGACCAGTCTTTGTTTTCAAAAACTT GCAGTTCATTTTCTGATATTCAGACTTTAGAATCTAGTGCAAAAGCAGGTGAAGTTTCAC ATTCTATTTTTACCTGGAACTACATTGACAGTGTCAACAAGGCAATTTCTAGACCATAAT ATTCAAAGCGGTAGCACTGATTTTTTCTTTCTTCCCTATATCATCATAATTAAAAACACT AGTTGCATAGATTTAGGTTAAATGTCGAATGATTCCATTGGGCAAGCATTTGTTGTCAAC TACAACTTAGCTGTTTTCATGGACAACTAATTAGAAGTGCAAAACGCTAAAAGTGTCGAT GTACTAGGTCAGTAGTGCTTCCTTCACTTCTACACTTCTAGTTCTGTCAGTTCTACATGA GTATTATTGTCCAATGTCCACTTTTGATAGTTCTAAGTATTGTACAGTTGGTCTCTTAAT ATACTGACACACAATTTTTGTAACATTTATCTGTACAAACTTCACAAAAGTGAAAGTAAT ATTCTCCAGACACTCTACTGCTCCATCACAACACTTATAGAAGAGGAGCTGAATAACACA GAAGAAAATTTTAAGAGAAAGTTCATAATGCAGCAAATTTGATGCTTAAAAATAGTGTTC TCTAGATCACAAACATAAAATTCCAGGATAACCAACCTCCTGCTCAATTGCATCACCAAT AGTAAGCGCAGCTTGTACCACTCTTACATTACCATGTTCACCCCCTGTCATCAACAATCC CATCAACTTATGCATAGTGATAACCGCCATCATATCCGCAGGTAACAGGTGAAAATATTT TGAATACGCTGCTTTAGACTTCCCTTGGATACATAATTCCTGCTCTTGAGCTATCTTGTC GCGCAAAGGCTCAAACCACCCCAAAAACAATGACTTTACATATGGCAAATTGGGTGCTAA TTTTTGCTCACACATATCAAACAAAAGCTCCCTGTACTCCTTTGCAGCTTGTTCCCATGC CTGTGTCTCTATCTTGACTTGCCTCCTCATAAGTGCTGGATACTTCCTGCGGTCAATACC ACTAGTCAACATCCTTTGCTTCCTCCGCCTAAAAGTAAACTGTTTTTTCTCTTCTTTCTT TAATTCAGTTAACAATTCTTGAACTTCACCAACCACAGACACATCTTCCTCCGCATCAGT GGAAGATACTGCAACAGCCTCAGCTACACTAGCATAGTTCTTTCTACAAATATCGTTGTT ACTCACTTGACTTTTCATAGCACACAACAAGGGTCTCCTCAAGAACTCATCCCCAGGAAG AAATTCACCAAGATTCTGAAACCCCATCTCAAGAAATCCACTATTCGAACAAGAAACAGG GATAAAGGATCTTAATGTTCTTTTATCCTTGAAAACAGAATGTAGGCCGAAACCAAGATA ACTATAAGCATGATTCTTAGAGGTAAGAAGAATCTTTTGCGGGGTTCTTGTAGAGAACTG TTTGACTATGTTTCGCCACATAATAGGAGAAATATGATATGGGTTTGTTTCTAAATCAGT GAATTGGTCGAATCTGATGGTTAGGGAAATAGGGGTTTTAGTGCAGGACATCAAATTGTT CAAGATTTTTTTGTAAAAGAAACAGAGTTGTACTGAAGAAACAGATATATATTATAGAAG AGAAGCAAGATGAAGGATCAAGAGATATTCATGAAACTGAATTACTGCGAAGTGTAAAGT AAACCAAGAAAAAGGGAAACTGGATATATTTGTATAAACGGAGATGCCTAACAGCAAACC GACCTTATAAACCCTCCTTAAATCTTGGGTCCGTTGTGGCTAATAGAGTCTATGCACTCT ACTATATATATATACACTTTTTTGTAACTTCATTCACCTGCTTTTTTACGAGCTAGACCC GACCAAGGGACACGTGTAAGTATTCCAGAATTTTGGTTTCTCTAAATTTTAATTAAAAAA AAAAACATAATTTGGGTTTTTTAATAATGCATTTGGGAGTGAGAGTGGTATAATTCATTT TAAAAGATAATATTTTACTCCATTTATTAAATGCATACAATGTTACTTCGATTCGTAAAT AAAATTATTTTAAAATTGTAATTATTTATTCTGTCTTGTGTGAAATTAAATGCATGTAAA AGTATCAGTTGAAGAAGTTATTTCAAAATTATAATCTAATTTCCAGACCTTTGAAATAAA TTTTACCTTCAACTAAATCAACAAATAACTACAATTGCATAGTGTCTTTTTTTCACATAG TTTGAAAAACTTCTTTTAAAAAATTGTCAAAACAGCTGAAAAATGAGGACTTCTATTTAC GAAGCCAACATAAAATTCAATCACTAGATTAGTTTTTACATTAGTTAGTCACAATTACGG CTGTGCTTTTCTGAAGTTTAACCAAAAAAAAATTACTGACAGATCAAACAAACTACAAAA ACTTGATTAAAAAAAATATATAAAATCTCGAATTCACTTTCTACCGAGAAACTTTTCATC CATCTTAATTAGCAAACGATACAAATGGGGTTAAAGGTAGCTGTGATATCTTATTTATTA CCCTTGTAAATCTTGAGTAGTTCTTTTCATTGGTTGGTTTATGGTACTCCATACCACAAC AACATACACTTTGTAAATATTTTGTGAACTAGTCTAGTCCACCGAAGTGTGTAGAATCAT AATAAAGGAGAAAGATCGATATGATAAAGAGTGTCGAAGGAGGGAAGATGACAACTATGA TTACTCCAAAACCAAACTCAAACCTGGGTGGTTTCATCAGGATTAGATGCCTCATGAAGC CACAATAGAAGATTCGGTTCCCTTCCGGTAGTACAGGCAACACAACTTCAGGGTATTGAA GCATAACATTTGCAATTTGGTACAGGCACGGGAGAGGAAATGATATAAATTGCCAGTTAC AATTTGAATTAAAAAGAACGACCACAAAGATCTATTGTACTTTATAGCACTGTATCTCCT ATGTGTTAAAATAATAAATAGATCTCCTGTCAAATGGGCCATAAAACTTTTAAAAGAACA TTTTGTAATGGGTCATATAATCACATAACCCAACGAGAGAAACCCCGCCACTTTTTCCTT GTTACTAACCCAATTCATCCAAATTGTAGGATCCCGTGTGATAACTATCATGCTAAGACC ATTTTGGTTCGCCGTGGTATCTACAAACAGTGTTTGCATTGGGATGTTTAGTTGAGCTCC GGAGCACGTACATTCTTGGAAAACTGCTATCTGAAAGCAATCGTATAACTGTAAGTGTAA AGAGTTCGACAAAACATTTAGGTTTTTTCTGGTCCGTCAAAGACTTGAAATGAAAATCAT TACCGTCTCCAATAAAATAAAATATAGAAGGCAAAATTAAGCATTACATTCTACAATCAA CCAAAATATAGTTTTACTTTATATTCGCATCAGCTCATCATAAGGGAGATTAAACAGGTA GACATCGGATCTCCTTGAAACGCTTCCAGCAAAAGCAGTGGATGACTTACAACAAAGTAG ATCCTTTCAGCCGTTTCTGCAGCTTATTGTCTAATCTCTAGATATTACTCCTGAGGTTCG AAGCTCTAAAGGTTTTATCTGGATGACTTATTTCAACAAGTATTTTGGAAATTTTTCTGA TAAACAAACAGCTTTTGTGCTAACATTATACTGTACAATGTTGGAAAGAAACACATAGCA ACTACAAGAACCTCAATTGAACTTAATTTTAGTGATTCTTTAGAGGTTTCAGCAGCAGGC ACCAAGCTTCAGACGACACAAACATGACCTACTCGGGTATCAAATATATGGAATTGTTTC CAGAACAAAAAAAATGCAACATACGCTCGTGCATTTCAGTTACATGCAAAAGTTTCCACA GAATTCAGGACATCCATAGATTTCCTTTTGTTGATGATAAATTAATTAAGCAATCAAGAA CTCAGACAGAGAGCCACAGATTACAAATAGGAGTATTTACAGTTATTTGAGATGAATAAA CCTGCACAAGGACTTCAAACATTGACCAAATGGCTAACCATGTAGTACAAGGAAATAGAC ATTAAGACTCCAAAATGATGAAGCAAATCAATCATAAGAAAGAAGGAAAATCCCTAGTTT TAAAGGAACATATGGACAAGGTAAGAATTAAAGATGAAACCGATAAAACCAAATAAACAA CTAAGTGTCCAACAGCTGAAGGTGGTAAAGACTACCCTTTTAGACTAACCTTCATCAGAC ATTCAGACATTTGCTCCCACTGGCTTGAAGCAATCAATATTGCACAATACGGCAGATCTC ATCATGTTGCCAAAGCTGCCACCAATAACATCTATCAGTCATAACAGTTATCACATTTTA TACAAGATAAGGCTATTCTGAATTAACATAGCGGCAAAAGAGACAAAAATAAATAAAGTG AAGAACTCTTAGACAGTAGTAACCTAACCGATCAATGCTTTTTCTAGCTTTCTCTTGTTG TTCTGTATTATCATTTGCCTTATCTGAGAGATCCACACTCTTGCTCGACTTCTCCTTGCG GTCTATGCTAGCTCTGGATTTTTCTCTTTGATCTGTGCTTATTCTAGGCTCTCTCTTCTC TGTGCTTAGCCTAGATTTCTCCCTCTGATCTGTGCTCGACCGGGGTCTACAATCTGTACT GCTTCGAGGTTTATCTATTTGGTTTATGCTAAGAGCAGATACATTTCTAAAACTAGTTGA TTTCTCAATAGCTGATATGAACTTCTTCAGATGTATTATGTACTCTGGGAAGAGCTCCAA ATCACAATGGTTACCAGTTTTAACCCACAAAGGCTCATATTTCTGCTTAGATAGCTCAAA AAGTTGTTTGCCATGGGAGCAATCAACTACATCATCTGCAGTGCCCTGGAAATCCCAGAA AAAATGCATATCAGATACCAGCTAGCATTTCTGAATCCTAGAGTTACCATTATAATATCA CTAGAAAAGAATAGTTTGCTCTCTAAAGAAGGTACATCCAGAAAAAAAATACTATACTGT GCTCTAGAACAATATATCTTCGCCGTATTCGTATTTTTGTTTACAAACAGCGAATTTGTG ATTGTAAAATATGACAGGTACGGAATCATCTTAAGACTTAGAAAGGCAAATTACTCTTAT TACCCTGTCCTATTTTGCATCGACTTGCATAAATCTCTAGAGGAAAAGGTTTGCTGAGAT ATTACATTTGAGTCTTCAAAGACATCTTATAACAAAATGGCTGGAAAATGTAAAAAGGGA ATAAAGATGTAGATACAATTAAACTAACAAAAAAAGGGAAGATGTAACATTCTATTTGAA TGTGGTGGACTTATGCAATTTAAGGAAAAGAGGTCATATTGATGGGATAGACTAAATATA GAAAGGTCAACCAAAATAGGATGGAGGAATGAGTATCGACAACCCAACAAATGGAAAGGC TAGACCTTATGATAGAGAATTCTATTAAGAAAAGAAATAAATTATAAATATTCTAAAACT CAAAACTTATCCTAAAAGAAAAAAAAGAAGTGGTGAATATTTTCAGGGGCAGGGGTGGAG TAGACTCGTAGAGAGTCGTAAGTGGAGGCTAAATTGGAGAAATCCGAAGGCAGAATTGCC AAGAACATCAGATTTTAGTCCAACCTCTATTCTGGTTCCTCCATAAACACAATCAGGCAA AAAGGATTTTATATACCCCAATATGCATAATCCCAATGACCCCATTTCATATCCAAAGAT CACAGTTAACCAGTAAATTATTTTATAATTATTGGCAACACTCTGTTTTATCACTATAGC TGTATTAGTAAATGTTGACAATTGAAAAGAGAAATGAATACTCACGTGAATAATGAGGAC AGGACATTCAACCAATGGTATTTTGTCAATATTCTGCACCACAAAGAAGCAACCAATTAC ACAATGAACTCCAGTCCTTCAAATCAACTTCACAAACTGCTCGAAATATAAAGCTAACCT TATATATGTCAAACCAATATGTCCGCTTCACTGCATACATTACACGAAGTCCGGAGAGTA TTGGGCTGTGAAGAACCACTGCCCTCAATCTTGACAACCGCGACGCCAGATCCAGTGTGG GTCCACTACCAACCGACTGTCCATATAGTATGACATCTTCCTCTTTCACCCCATATGTCT CTTCAAGACATCTATATGCAGCTTCTATGTCGGCGTAAGTATTCTGCTCACTAGGCTATA GGAAATTAAGAATATAAGAGTTTAACACTTCAAACTCAACAAACCTCAACCCTAACTGAT CTTCAAAAGAAATCTTTAGTACCTTGCCGGTGGACCGCCCATACCCTGAATAGTCATATC TGCCAGAAGAAAGGAACGGGGTTCAAAATCAAAAAAAAATTCACTAGCTGTTCAAAAGGA CGAGAGTAAGCGACTTTTTCTCAAATCAGGGTACTCTTTTCCTCCAAGTTCATTCAGACA ATATTTATGCAACCGGATAAAAAGGGGATGAAAGGACGCAAACACAAGATCGCAATTACA TAGATCTCACTCTTTGGAGGTCATAACAGTTCCAAAAAGAGCTGAAAGGATTTCCAAGAA TATACATGAGCAAGGTATAAGTGTTACTTCTACAGTCCGCGTAGTCCAGATGCAAGAAAT GCTTATTTCTTACCATAAAGAATCAAGCTTTACTTCTCATTTCACCAGATCTTACTGGAA AATTAATCCTAGCTTTCATCAGTGTATCATTTCAACTTCAGCTGTGCCGCAGGAAACAAT TTCTCAACTAGTCTTCTCTTCATATGAAAGAAGATATAGAAAAGCATCAAGAATAATGCT CCTTTGTCCCAAACCATTTGATACCATTTTATTCACATACAACTCTTACAACTTTCAGGA AATAAAATAACTTCCAAATGTAAAACTTTGGTGGGAGTTTTTCTCACAAGGACAAACTTT TTCATCGTGCCATGTGTTAATCTGAGAGTCTAATCACATAAGATGGAACAGAGAGTATTT CAACTTCAATTATGCTGTGAGAACAGAAACTCTCAATGGGTCTATCACCTTACTACGTTT CCGATGCAAGCATTATTTTATCACTGAATCTGAAGATGCATCAACGGTATATGTTAGGTT TAAGGAAGCTTAATTGTAACAGAAATTGGCAGGAATGATTTCAATGCTAGAAATGCCCCT CGTCTTAACTGGATCACGAATAATAGAATCTATTCCTAGAATCTATTCCTACTTGGAGGT TGAGCTAGATCACCTTTGGTCGAGAAGTCAACTAACTTAGTGCATTCCACACCCCACCCC GTAGAGGGAAATTTACCAGTGAATGTGGTGAGGGTCACTGCTCTCCCTTTCACTCGAAAC AAGAGTTCCGTGCCAAGCAAAAACAAAAAAAAAGTGCCAGACATATAAAAAGATCTTCTA AAATAACCCTCCTTGATGTATACACTGGATTCTACTATTGAAACAAAAAAGCCACTGTAC CATTCTCATCCGACAGCAAGACATACTTTTCACCCAAAAAAAGGAAAAAGCAAAAAAACT TAAATAATTAAAGTTAAATAAAAAGTACTAGTACAAGAAGCACGAGAAAATATACCCCAT CAAATTGACCCGGAGAAGGTGACTTAGTTCGACAAACAACTCGTACATCTGACCTAGATC AGCCGCGTTGCCATGCGAGTAAAGCACCGTCAGCGTCGCCGCCGGATTCCTAATATACAC CGCGACAATCTCCGTTCCCTTCTTCGTCGGTAGCTTCAATACGTCAACGTTTTCCTTCGC CGCCACTTCAGTCAACTTCAATTTCCCCGTCGATTCTTCCACCACCACTCCATACGACGG CGGATTCGGCGGAAAAAACGCAAACTTTGCTGCCATGGACGATGTCACCGCTCCCATGGC TTCCGAACCAAAATCTAGAAATGAATTATTTACACACAGAGTACAAGTAACAGTAGACTA TATCTCTCTATGTATAAGTGTAGGATCCCAAAATCTAGCTAGGGTTCCGAATCGAATCCG TTGATGGCGAAAAATGGCAATCAATATATTAATTATACGTATATTTCTACGGCTAAATGT AGAGATTTGGTTTGAAGAGAGAAAAAGGAAAAGGAAGAGGGATTTCCGGCGTTAAAAAGG AAGAGAGCACGTGTATAATAAACGCTGCTTACAAAATTAGGTGGTGTACGCTGCCGTTGT ACGGGATGAACAATGTACTACTCATCTCTTTGATTGACACGTGTCGCCTTAGGTTTTACC GATGGTGCAGAGATGTCTGTTTTACTACTATCACAATAATTATTATTATATGCTATTTAA TGCAAGATTACTACTCCATTTCAAATTATCTATACTATTACTACCTATATCAAAAATATA AATATTTATACTTTTACGTGATATATTTAAAATTACAAAAAATGAAATGATATCCGGGCT AGGGCAATTAATTCAAATACGTAAAAAAAAAAAATTAGTAAGAAAATATTAGTTGGTAAT AATTGACCTGTGAAAACATGGGAATTTGGAGGATTCGAAAGAACAGTTTGAATTAGACCG TCTAAAGGCTATTGTGTCTATCCAAAAGTTTTATAATCATGTGATGTATACTTTTTTAAT TTATTTATAACGAAAATGAAATGAATAATCGATGTATCGATAGATAACAACATAGCAATT ATTAGGTTGAATAATCGATGTATCGATAGATAACAACATAGCAATTATTAGGGTTTTTTT TCATTTGTATATAATTATAATCATATGATATTTGCTATTTTTTAACCAGGCTAATTTTAA TTGTCCATATAAAGTTAATTAAAGAAAAAGGCATTGATCATCAATAATTTATTTATAGTC CTTTTAATAATTAATGTTTTTCTATATTTATTTGTTTTTATTTAATAATCACCAAGATTT TGTTTTGTTATTAAACATACATGGATCTTTTAAGACTAAATAAATGTATTGAGAAATAAA TAGATGAAAAGGTTGGGCTCAATAATGTTTATGTAGTATATCTACATTCTACAATAATGC ATGCAATTAAATACAGTTTGTTTTTATTTTAAGTGACATAATTACATTTTCTGGTAAAGT AATTTAAAGTGAGTAAAGATAAACAGGGCAATAAGAACGAGTAAACGACCCTAATGGTAT AAAAATAAATAATAGTAATTTTTGACAATTTGTGGATGTTTTCTTATTGACAAAAGCATT TTTAATATTTGAAACAAAATACTGTTTACCAACTTTGCAGTTAATACTCCTTTTCTTTTG TATAATTATATTAAATTTGATACTTACTAGTTGGTTAAATTAATTTGTTTGCATAAAGCT TATAATTTGCTCATCAGCGGAAAAATAATAATAAAATAATTAATTTATTCAAAAGTTGTA GTTTTATATAAAAAAATAAATTTTAAACCTTTCAAGTTTTTTATTATGAATTAATTTCGG CCTAATATCGATATCTATATGGATGTCAAGCAACTAGTTATTGAGTCGAAAAGAAGCAAT AAAAATTAGGGTCTTCAAAAAGGTGAGTTCGAAATCTAAATAAACCACAAAAATATAAAA GTTATCAAAATAAGCTATTATTTTAGTATGTAACCAAAATAAGCTTAGTGGAAGAAAAAG TTTCACTTTATCTAATTTTCTAAGCGTTTTTCGTTAGTGTCATAACGTGTATTTTAATAT ATAACAGAACTTTTTCTTACACTTCATAAGAAAAATATTTTTCACGTTTTGAAGAAGTTT TTTCAGTATTCTCATACAATTATATGATTTGACATATCATAAAAACAAAAAAAGAGTTAC ATTATGTATTTTTTTTTTAATCTGAAAAATCTTTCAACCTCTATTTAAGGACGTTTAAAC ATAGTTGATAGCACCTACAACATAAAGTCTTCTATTTTTCTTCAAATCAATCTCAAAAAA AATATATCTTCTACGCCTAAAGTTAAAGTTTCAATTTATTAGGATGGTGAAATCTATATG GCGGAAATACCGTTTATTATAATTGTCCTCCCAAACATAATATTAAATATCCAATTAACT TTTTACAAGGCATACCGTTTAAAGTTTCAATTTTTTACAAAGTGGAAGAAAATTCCACTT TATAAAATGTAAACAAAAGTTCTACTTTATAAAGTGGTATAAAAAATTACATTTTATAAA GTGGAAGAAAAAGTTACACTTTATAAAGTGTAAGAAAAACTTTATTTTATATTAAAAATA CACGTTATGACACTAACGAAAAACGTTTAGAAAATTGAATAAAATGAAACTTTTTCTTCC ACTAAACTTATTTTAGTTACATACTAAAATAGTAACTTATTTTAGTTACTTTTATATTTT TTAAATTTATTTAGATTCCGGACTCCACAAAGGTTGATTTGTGACTCAGGTCTAATTGAC AACTAATTAAAAGGATAATAAAAAATAACGATTTATGTAAATTATTTGAGAAAAATATCT AGCCCTTTTATCCCCTTTCTTTAAGTCTAAACTTCTCCTTTTCTTTCTAGTTATCTTCTT CAACCATCTTTATTTTACGAGTTTATTATTATTTTGCAATTTCTTTATTAATTTTATTTT TCATCGTAACTTTGAGTATAACAATCATAATATTTGAATGTTTAAATTATAAAATTAGAG TCGTTACGTATTAAAAAAAAAATAGACCCTCAACTTTTTTAAAAAAAATTGCACCGAAAT ACTAATAATAAATTAATAATGTAGTAGTAGTACCCAAGTTAGATTTGTTGACCTGTGAAT GGACAGCTAGCGTTGTTGTGGTGTGGTCTCCACCAATAATTAGGACAAATTGTCTAATTC TCATTATTTTAAATACGCAACAAATTAATTTAATCTAGTTATTTATTAACGACAAAATAA CGGACTCTACTAATTTTATCCTGTCTTTCTATTCTATATTTTTTTAAAAAAAAAAAAAGA AGTAGTATTTTTTTCATGATAATTCTGAATTGTTCAATCATTGCAGCAATTAAAATATTT TAAAACATTGTAATTACTATTAAATTGGATTTTGTTTTTACTTAAATTTTTCAATCACAA GTTTTGTTTTGTCAAAAGAGGCAAGAAGATAACCATTTGGATTCTTTGCATGTGAAGCGT GAACGTATTTTTGTCCTATTTTGATTTTTTAAATTATTTTTTAAAAGAAAACAAATTCAT TATCTTCTTTTAAAAAAAACTAAAACTCAAGGTTTAGTTTTTGGGAAATTCCCAAGGCAG ATTGCATGTTATCTATTTTTGGACTTTTGGTTATCAATGTTATGATTTCGTTATTTCAAA GGGAAGAAAGATAAAATTTTCTTGAGGTTTCACCTTCCATAAATGGATTATTTTTATTTG AATAAATAAAATAAAAAATTAAATGGATTATTTAGTGTATCGGATATTTGTGAATTATGA TTTTTTTCCATAATTAATTAGCTTTCACAATCTTACTATTTACATAATGATATTGTTCTA CAAACACCTAATTGACTTGAAAGTTTTATACCATATGTAACTCATGACACGGTGAAGCCA TTTGAGATTCAAACTTCAAGATATTTTGTCAAGCCCCACCATTTGAATTTTGTAGGAAAT ACGCGCAAAAAGTCCTCATTTAGGACATCTAGTTGATTTGGTTTAAATTTAAGTTTTGAT ATTCAACAAAAATTAATGATGATGGACAAAGTTATATGTAATTTTACTGGTCAGAAACGA CATATATTGCATAGATTACCAAAGTCATTTTCATCATATATGTATGTATATGTGTATATA TATATATATATATATATATTAGATAACTTTAGGTTCGTCTATGTGGCGCCATCACAAATT AGAATTACCTTTTAATTTATTTATTTTCAAAACTAATATTTCTCATTTGATGGAAAGTTG TGATTTTTATGAAAAATTGCGACTTTACTAAAGATTTGTGGCTTTTATGAAATGTTATAA CATTCCTGAAAGATGCAACTTTTCTAAATAGTTGTAACATTTATAATAAGACACAATAAA CATTTGTTCCCTCTATCCTTTGTTGTTTATAAATAAATAAATTTTCTATCATTTTAATAC AACAAAAAATTTGTCTCCATCACAATTAATTGTTTGTGTACTTAAATCCTGTTAAGCGGC TTATGTTACAGATCATGATATGTGCTTTTACAGTCATTAATTTATGCTTATGTTATCAAA GATAAATGATAATATGTAATAATTTTAATTTTTCTTTATATTATTAAAATTTGTTATTGT GTAACCTTGTATGTAAGACAATATAGTGTTTTAATTTTAATGATAGATAGATTTTAAGTA TTATTTCTAAATTTTGTGAAGTTAAATTTCCACACGAAGCACGGGTAATTTTACTAATAT CGTATAAAAAAGAACCTTAGGTCCGCCTACGTGTCTCACCACCACAAATTAAAATATCCT TTTAATTTATTTATTTTCAAACTAAACCTTCCTCTTTCATTAAAATTTGTGACTTTTATA AAAAGTTGTGACTTAAATGAAAATGTGTGACTTTTATGAAAAATTGTGACTTTATGAAAA GTTGTGACTATAATTAAGAAATACGACTTTTATATAAAGTTGTAACATTTCCGAATGATT GCATGTTTTTTAAATAGTTGTAACCTTTCCGATAAGGCATAATAGATATTTGTTCACATT ACTCTTTGTTGTCTGTAAATACAGAGATTTTCGTTCATTTTAAAATAACAAAAATTCTGA ACTTTTTCTTTTTCTTCTTCTTCACAATTAAATATTTATATATTTTGCTCCTGTTGAGTG TTCCAGTGACACCATTACTTATGTTACAAGTCATGGTATGTAATTTTTCTTACAATCCTT AACAAAAATTAAGAACTTCTTTTACTTCTTCACAATTAAATATTTGTGTACCTTGGTTAT GTTGAATGACTCACTGACACTATTACTTATGTTACAAATTTTGGTATGTGTTTTTAAAGT CATTAATTTATATTTATGTTATTAAGGATCAAAATGATAAGATATAATAATTTTTTATTT TCCTTTATATTTTTGATGTTTGTTACTACATAATCTTGAATGTAATATAATACAATGTAA AAATTCTGTGATATTACATTCCTGCGCAAAATATAAGTAATTTTACTATTTTTATAAAAT AAATTTAAATCACATTTATGTATATATACGAAATTCGTGTATAATGGAGAGAAAAAAACT TCTTTAAACATTTTTATCTTCTTAAAAAAATAATATAGAGAATATATAAAATTCCCAAAA TTTCATTATTCAAAATAATTTTTTTTTTCTTTCCTATTGTATTTATTATTCCGGTTGTTC AAAGAAATTGTTGCAAACAATTAGATAAGCAATATACTGGTCAAAATTAGCAAAAACTCT TTTTCAAAAATCATGTAATTTTCATAATTTTTTTTTATATATTTCTGAAAATTATTACTA CTACCTACTCTGTAGTTCAGTAGTGGAAAAAAAAAAACATGGTAACGCAATTCACGAAAG AGGCAAGAACGGAGAGATGATAACATACAGGATTTGGTTTTGACGGATAGCGATATGCGC TGTAATTTATACATTGAGGTAACCTTTTTCTACAACTTTTTATCATTTTTAGCCTCTAAT CAGTAGTCCCTCCAACAAGATTCGATTTTGTTCGAATCGGATCTGTGAAACCCAGTTGGA AAAAGATTCGATCCATACCTCAGATGATCCTTTTTGTTGTTGGTGTTTTCATCAATCAAA ATTGAGCATTTCTAAGTTCTATGAAGAACTGTTTACATTGTAAATTTAACCTAATTGGAG TTTTGCCTTGATTGAAGTTAGTTTGGGTTTGGTCTGGTGTGTGCAGCTCAATTAGAATTG GGGTTTTGGGGGATTAATTGTACCCACATTCAGAGGTTCTAGCTAAGTGGGGATTTCTGG GATTTGATTCAATGGTTGAAATAGCGGAATCTTCGGAATCTGGGTCTGGGTTGTTGAACT CGACACAGGTAAAAAGTGGGTCTTTGCCAGAAGAGGACAGTATTCACAGGCAAGTTAGCA GCTTTGGAAGTAGTGGCTCCAGGAATACAAGCCCATTAGGGCGTATAGGATCAAGAAATA CAAGCCCTTCAAGGCAGAAAGTGGTTAAGACGAAACCAAGGGGATTGGATGAAGAGACTG TAACCACATTTGTTAAAGCGGTTCAACCAGATGTTCAAATGGAAGATAATATCTGGGCCA TGCTCCCAGAAGATTTGCTGAATGAAATCTTAGCTAGAGTTCCACCGTTCATGATATTTC GGCTCCGATCTGTTTGTAAAAGGTGGAATTCAATTTTGCAAGATCATAGCTTTTTGAAGT TTCATTCCCAAGTGCCCTCCCATGGACCCTGCCTTCTTACATTTTGGAAGAATTCACAGA CCCCTCAGTGTTCGGTATTTAGCTTGCCACTAAAACAGTGGTTTAGAATACCATTCACTT TCTTACCACAGTGGGCATTTTGGCTAGTTGGGTCTTCAGGAGGTCTTGTTTGTTTCTCAG GATTAGATGTGTTGACATTCAAAACTTTAGTTTGTAATCCCTTGACACAGACTTGGAGGA CGTTGCCTAGCATGCATTATAATCAGCAGAGGCAGTTGCTTATGGTTGTTGATAGAAAGG ATAGGTCATTTAAAGTTATTGCCACCAGCGATATTTATGGTGACAGGTCTTTGCCAACGG AGGTATATGATTCAAAGATCGACAAATGGTCGCTTCACCAGACAATGCCTGCTGTAAACC TTTGTTCCTCCAAGATGGCATTTTGTGATTCAAGACTGTATTTGGAAACTCTCTCCCCAC TTGGTTTGATGATGTATCGGCTGGATACAGGGCAGTGGGAACACATCCCTGCTAAGTTTC CACGCTCATTGTTGGATGGGTACCTAGTTGCTGGAACTCACAAACGCCTATTTTTGGTTG GAAGGATAGGGCTCTATAGTACTCTTCAAAGTATGAGGATATGGGAACTAGATCACTCAA AAGTCGTCTGGGTTGAAATAAGCAGGATGCCTCCAAGATATTTTCGTGCACTTTTAAGAC TATCTGCTGAAAGATTTGAATGCTTTGGACAGGATAACCTAATATGCTTCACGTCTTGGA ACCAAGGAAAAGGCCTTCTTTATGATGTCGATAAGAAGGTGTGGTCTTGGATTGCCGGGT GTGCTCTTCAATCATATAATAGCCAAGTCTGCTTCTATGAGCCAAGATTTGATGCTTCAA TATACTAAAATAGTGCTTAGCTTAAATTTCCAACATACTTTTTACCAGGGTCATTAGCTA TCTTGATGATTCAGCAGTCTTGTTTCCTTCAAGTCCTGTACTGCCTGCCGTTCATCATTG AACTTTCCTCAGGCTAGATTCTCAAGCTTAAATTTTATCCATCTTAATCTATCTGGTAAA AGTTTGAATTCATGTGGAAATTCCCCTAATTAGCTGAAGTGAGCAATTGGGTAAGGTTTT GATTCTGCACATTAATGGCCTGAGGTGTTATTCGAGGGGGAAGAAGTTGAAAACATTTCC TTGCTTGGACGAGGTTTCATGAAGACCTGAGTGTCAGGTATCTTCTCAAGCTGACTGTGG GGATGGACGATTCGGGAGTATGGTTGTAAGATAAAATTTTGTTTTCAGCTTATGTACATT GATCTTCTCTTTGTAAGTAATCAGCACATTCTTGTTGCTTTTCTTAACTGAAGTAACAAA AAATCACTGTGATCTTACATTTCAGCTCTTCTTTATCTCACAACTACCAACAGCTTCTTT AATTTACATGTTGATGGTGATCAAACTGCAGGATAGTTGGACATTCATGCTAGTTATTCA AATCCCTTGTCTTTTTCTGCAGGAATGATGTTTATAATGATTTACTGCTGTCTTAATTAT GTTACGTATTTCTTATATTTTGAAATTGTGCCTTTCTTAGTGTGTTATTATCAGTATCAG ACTAGGTTTAAATGGTAACTCTCTTATGCTTGTCTTTGTTACTCATGCTTCATTATCCGC CATGTTCGTCCTTAGCTTCATCTTGCACTTACTAAGATGCTTACTACAGGGTATATAAGA AAAAATGTTATCTTTATTGCTATACTCTTTCAGTGTTTGATGCTTCCTTATCCCCATGTT CATCCATAGCTTCATGCACTGGTTGAGATACTTACTATAGGGTATATATGATATATTTTA GGGTATATATGATATATTTCTTTTCCACTTAGACATAATGGGTAATCCAAGGGAGTTGAT AAATTGTATTCTTGTATTTTGATGTATGCTTCCTATTCATGGTTGAACATTCTTGGACGA AGCATGTGTAACATCTACTGGCTAGGAGTAGCATCTCTTCATAGCTTCTAGTTTGTATAA ACCCACTTTTTCTCCCTCCCCTGTCTTTCCATCAATGCATTTGTAGTACCTTGGGAACTA GGTCAAGTATAAATTAAGAGAGCAAATCATATTAATCTCTATCAAATGCATAATCTAGTT TTGTGCTCCTCTTACCTTTGGTGGCTGAACTTAAAATCGAAGTCTGGAAATGTCAGATTC CTCTACATCAGCAGGCTTAGTATCTATGGTTTTGGGCAAAATGCTGCAGGACTTGTTGAG TTTGTGTCATACTCGCCCAGTGTGTGGTCTAGTGGTCAATGAAGTGAGAGGTAGAACCAT GAGGTTTTTCAAGTTCAAATTCCAGCGAAGGCAGGAAACACTTGGTGATTTCTTTCCATC TTCCTTAGCCTTGATTGACAGAGTTACGCTTTACCTACGCTAGTGGTAGGTAGCAGGTAC TCAGTGTAATAGTCAAGGACAAGCTTGCCCAGACACCACCATCCTAAAAAAAAACAAAGA TTCTGCCACACTCTGGCCAGATAATGAACTACTCTATTTCCTTTCTCTGAAATCATTCTG GAGCTGAGATTTCCATTAGCTGCACAGCTGAGCTGAAATCTACAATCTTTTGACCAAAGT TCTAGCTGCATGATGTTTTGGATTCCTTGTATTGAATCCATTCTCGCTAACAACCGATCC TACAGATTCTAGAACAATGGGTACGCAAGCATCTGGGATCTGATTTTACAGTGAGCTGTT GAAACATTCTCCTGTGATAAGGACAGATGTTTCACTATCTCTATAATTCAACAGGAAGCT GACCCAAGAACCAAAAACCAATTGTTGGAGTGATTTCCCTCACTAAACCCCAATAAAAGC AGAGTTAGTCTTAAAGCTATGATGTAATTCCCTTTTTTTTTTGTAGGGTAGACTTCCATG TTGTCTGTTGACACTTGACAGAACAAAGGTGATTGTGTTTGATGAAATGCCTTTGGCCAG GAGAAAAGTGGAGAATTGAGTCTGTTCCTTCAATAGTCCCTGTCCACGTTGTGGCTAGTC TCTTCACTTGACTTTTAGGAAAATGTAAGGAGCGGTATCACGAGAGGATCTTTTCTTCAT CATATTAGAATTTGGTTAAAAAGAGGGAGACAAAGTCATCGGTACTCGTAGCCTTACTCA TAACTAATCCCTTTACTTTGGGATTTAATTATCTCGTACGACCAAATACAAAACCTTGTC ATTTCTAAAATCAAATACATTGTCTATCTAACGTTTTCCCAATCTTCACTTTTAAGTTGT TATTATATATATATATATATATAACAGGTAGGAAGAAAGAGTTAAATTATGTAGTTAGTA AAATGTGTTGATTTTCGTAAAGAGCGAACCTGCAGTTCCAGCAAAACCCAGTAATTGGAA CCAGCGGGGAAGAAGGGTAGGAACAGAGAAATCACACAGTTTTCAAGGATCAATCACTTG GAGGGTACATCCCTCTTTACATTAATATAATTTATATGCTCTGATTTAAAATAATTGAAT TGATCGATATATTTTTCATATTTTAAATTAACTTAATTATTTAATCTTTAAAATTACGTT TAGAATATTCTATCATTTTTATCCTTATGTGATAAGTAGGGGTGTATAAAATTGAATCAA ATTTTAAATCAAGAAAAAAAATTCGACTAGTGGTTGGTTTGATGTGGTTTGTAGTTGAAA AGAAAACACGACTATATTTAGGTTGGTTTGATTTTAACTAAAAGAATCAACTCGAGACCA AATAAATCCGATATTATATATAATTTTAAAAAATTTATTTTATACATAAAAATATTTACT TTCATCTAATTGTTAAATATTTCCTATTCTTTTTCATGGTTTTTAATCTTTTAATGTATT ATTTCAAGCTTGAAGTTCAAAAATTTGAATAGTTCCATAAAGCTTATAGTCCACATGCAT TAGTAATTATAATAAAACTTAAATCAAAATCAAATTAATACTAATATCCAAAAAAAAAAA TTATCCCTAAGAATATTTGTTCTTTGATTTAACGTTTGGTTTAGACAATTAAAATACATA ATCTAATTTTAATTTTCTTTAAATATTTAGTCATGTAACTAATGCTTATTAAACTTATTT TAGCATAATTTAGTACCTTTTAATTATGATCATTTTCATTATGACTTGTTAATTTGCAAT TTTTTTACATGATTTCATTATTGTTATTATTATTATTTATTTTTGGATACTTTAGTGTCA TTAATCATATCATTGTTTATGTTATATTCTTAAGAAACATCTTAAATAGTTATATTTTGG TTGAACTGAATAAGTATTTTACATACAAGTAAATTATATGTTTGAATTAATACTTTAGTG AAAAAACTCGAGATTGAAAAAATTGAATTTTATTAATTTAATTTAATTTATTGATTTAAA AAACCGACACAAATAATATAATTTGATATTTAAAAAAACAAATCAAACCCGTAAGTTCAA GAAACTTCAATTGATCTGAATTCTTTTCTTAGTAATTCCTTACATTAATGTGACTGACAT TATAATAAAAAAAATTATTCACTATATTGACAAATTAATACTCCATTGGTGTTATACTCT ACACGTCATCTTCACCAAATTTAAAAGTGAATTAGTATATTTTATAAATTTTAGTTTTGA AGACTCGATTGAAATAGTCCACTATTATGGATGAAAGACTCGATCGATATATTTTAAGAG TTTTGTATTATAAATTAATTAGTATTGAAATTATTTATTATAATTAATTACATATATTGA ACCCTAAATTCGATTTTAAATTTTAATTTTGACCTCTAACTTTTATAATGCGTAAACAGA CATTTTAACTATTCAACTTTTAAATAAATAAACACATGAGTCCTGCATGGGTAGAAATCA CGTAGGATAAAAAATGACATGTAGGACGTGTGCGTCTGTCTATTTGTTCAACTTTATACA AGTTTAAGTGTCTACTTATGCACACCCAAAGTTGAAGACATAAATGTGATTTAAAGCCGA ATAAAAAGACATATTTATGTCTTATACCTTTTAAAAATTAATTTGACAATAATTAATAAG GATAATAATAAAAAGTAATATTAAATTTATGTCCTAATTTTCTTCCTTGCAATTTAATTA TTTGAAATGGAGTGAGTACTGTTATCTAAACACTAACTAATACTTATTAATTTGTTTTAA ATTTACCAATCAATGCTATTGAGTATTTAACAAGATTGTATAAACAGTAATTTTGTTTTA ACTTTTAAGTAACAAGACGGTACAAATATTTTTACAAGATTACCTTAGTAGAAGCCGAAA TGGCATCCAAAGCATATCACTATTTGTTTATTTTATTATTTTATATTTTTCACACACTTT TTAAAAACTTTAAGGTGGTGTACAGTAGCCGAATCTGTGAATAAGATTAAAGTACATTTA ATTTAATTTTGGTACTAATAATTCACTCTCCGTTATCTACTCATGATTTGCATGGCACCT TGTGGAACCATATATAACAGCTCATCATCTCTTATAAAATTACTGACAACTTTTTTTTAA AATTAAAGATAAACTATGACTTACCTTGTTCAAATCCAATATTTTTGATTCTTATTGTTT TGTCCTTCAAAATAAAATATTAGTAGAAAATTACACCTTTGGTTCATATTATATATTTAT CATATTAATAAATAAATTCAGGGTAACTTTACGTATAACAAATAAAAAATTTATATTTGT ATGTTATAGCAAAGTTTACATAATTTTGCTCCATAGCAAACATAGAAATTGTATAATTCG CTATACATATACAGTTAAAACAAATTATATAAAACGAAGTATATAAAACAAGAAAAAGAA AGACACTTGGATAGAGAACTGTATAAAAACGAAGTGTATAAAATGAATTATATTATTATA AGTGTATAGAATGATTATATACAATTTGAATTTATATAAAATGAGAAAGAGAGAAAGACA AAGGAGACTTGACAAAGAATGTATAATTGAATCGAATTGTATAAAACGAGAAAGAGAGAA ATTAAATACAATTTAAAAATTGTATAAAACGATAAAGAGAGAGACAAAAGAAACTGGGTA GGGGAGTATTTTTATTGTATAATTATAAGTGTATAAGACGAAAATATATACTTGCATGTG TATATACAATTTTCTCACACTTTGTACAAACAGAAACGCAATTTATACATTTCGCTTCTG TTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGTTATTTGGGAGAGTGTCGAGCGAGAT CTGGAAGAGAAGAGAGAGGGAAACAAAAATATCTGCATCTATATAATTTTCTCTGCTTTG TACAATTAGAAACAATTTTTATACACTTGTGTTTATATAAAAAGTGAGGAAGCGAGCGAG AGATTAAAGGAGAGTGACGAGCAAGATTTTGGGAGAGAGGCGCCTGACAACTTTTTGCAA ATGTTTACTATGGAGCACAATTAAATCAAACTCTAGCTACTTCATTTATTTTAGGTTATT AGTTTGCTATTATATATAATTTTCCCGTAAATTTAACCGAACTATTACATTTTTCTTATT TCTACCTAAAAAGTTTTTTTTTTTTTAATATTAAAATTGATGCTTATCACTCCGAACAGT TTATTAATAAGTTTTGTTAAATTAATATATTTGAAGAGTTGAGATTACCGAAGTATATTA TATAATAATAATAGAATAAGACAGACAGGTGTGGGAATCCTAACTTTGACTCAAAACTTT TATTTTTGAAAAAACTGTATAAAAATCCCACATTAATTCTACTATATATTTACTACTCCC ACTCGAGAAAAAGAGAAAATTAATCTATGCTTATTTAAGTTGATAATAATATGGTGTCAC TTGGTTTCAATATTCAGCTTGTACTTGTAATTGCTTTGCTCATTCTTCAACCACAACAAC ACACTTCAGCTAATGTTCTGTTTGGTAACTACACTTCAATTCATACATTTAAATTTTTTT TAATAGCCGCTATTTACAAGCTAAGTAGTAATATTTCTCCCCTTCTTTGCTTTCTGTAGG AAAGCTAAGGAAGAAAGAGTGGCTAAAGTTTACCTCTATAGAAAAAGATCATGTACGTTA AAGTATACAGAATTACGTTTGATCTGATTCTTATGTATGTGAAAGTATATAGAATTACGT TTGATCTGATTCTTGATTATGTTCTCTTAGCAGTTATTTGTTAGTATACTATTTACATAT ATTCTTTTGAAATTTATTCAGGATTCTCATGTGGATGGTATCGTTGCATCTGCTGGAGGA ATTAGAAAAATGCTAGTGTATCAATTTTCAGGTATATATATACACTACTACTACTAGCTA TTCTGTTTTAATATTTAATTTCGAATCGATCTATTTGTTCTGACTGCAATTTTTTTTTAA AAAAAATATATTACTAAATAGTTCATAGCTAACATGATTTTCTGATCATTTTGAACTTTT TACTTTTTTTTTTAATTAGTAATAAAAATTGTCCGATCAGTCATTTTTATTTTATTTTTG GTAGTGAAAGGAGATGCTGGATTTGATTCAAAGAAGACCTCTCACATGAATGTTCAGGTT CTCTTTTCCCACTTATCAAGTTTATTTTCGCGAAAATATGCCGCGACAAATTAATTATTT AGAATCGTTGAAATTTTTGATATTTATATTAACATTTAATTATAAATATATATATGTATA TATTAATATGAAAAAAATCATGTTAATTCTGTTAGAATAATATTTTATCTATGTTATTTT GTTTTTGATATTTATCTTTTTAATTTTAATATCTTTTAAATAAAAAATAAAATTTAAAAA TAAATGATATTTCAACAACCTCGGCTCCGGGGGGACAAATAGACACACATACTTTAAAAG ATGCTATCATTCACGCTCTAACTCACGGGGCACAATATTAATCAGTCTGTTGTTTATTAA TTTAAAAAAAATGGGTTTAACTTATCTACAAATATATAAATAAAATGATTAATTCTTATA TTATTAGTGCATTTTTAATAAGAATAAACACGCCTTAGTAAAATTCAGAATATTAATCCT ACTTTTTATGATCGTTAATTTACCTAAAGTTTAGACAGCCTGATGATGGTTATAACACAC ACATTCATTAAAATTAAGTTGATTAATCGGGAATAAATTGCCTATTGCATTCTTATGTTT AATGTAATCTGAATTTGATTTAACGCTATTTCATTAACCAGGTATGAATATACCTTTTGA TCAATGTAACATCACATTTTTTTTAATTCTTGAATTCTATTACTAATATTTATAGTGGAT TACTAGGCGGATATCAAGAAGAATCACGAGATAGGTAAGAAGGAAGAATCGAAGGAGTTT GTTGATGTAGAAGATGAAATAACGAAGCTTCTGACCAAAGACTATAGTGGAAGAAGCAAG CCTCGCCGCAGCAAACCACCCATCAATAATCACAAGCCTACCGACTAATTAAAACGAGCG ATTTATAAGACTAGTCTTGAAGGTAGGTGATCTTGAACTTTTACCTCACGTCACGGGGCA AAACTTCAAGTTTTAACAAATTTTGAAGGTTCGTCTATAAATTAAGTTAGAGGCCAAAAG CTCAAGACCGTCCATTTTCAAGATCATTAGGTGTAATTTCCTGAATTAAAACCTTAGTAG TAGTAACTAGTACAAGTAGATTTGGGCCATCACAATTTTGCCTCCCTAGTAGTGAAGGCC CAAAAATCATGTTTGTTATTGTACATTTGCTTCCTTCCTATCTTTATAGTTTATATATAT TACTCCATCAAACTCCGTTTAACCTTGTATATTGTAGTCAAATATTAATCATGTCAAGGT ATTTTAATCGGCATGCTTATGTAAACACAGGTATTAATAATGCAGGAATTAGTAATTAAG GGATTATTAGTATTTCGATTACTAATGTTGGATTTATTTTTATCAAGTGTTTGATTCATT TTTTTCCCACCTCATATTGTGATTGGATTATAACTCTATAAAAAATTTCTTTTCAATTAT ATCCTTGAATTATTTTGTAATTGGATCAGGATTAAGATGGATAATTGTCGGATAATGTTA TTTTTTATAACCTTCTAATTAACTAGCTATGGGAAGAACAATTTAGTTGTCTTGTTTGTT ATTTTTTAACTTGAACTATTTGAGGATAAATAATTGTCATTTGAATAATTGATCACTCAC AACACGACATTTTTTCAATTTAAAAAAGATAAACAATCTACTTTTAAAATTGAAAAAACG ATCAACAATGACAAAATTGAATAAATCATCTACATGTACACATAAAATTGCAGGTTGTAG TTTTAATATGTATGTTAATTATTTAAATTGTTTAAAATACAAATAATTAGTAAACCAAGC AAACATATATATATATATATAAAAGATCACAAACTTCCTATACAGATATACAACTCACAT TTCAAATTTGTATTGAATTTATTAATAACAAACAACTCTTTCTAAATAAATTTGTAAGCT AATTTATTTAAATAAATTTACTAGTACAAATATAAATAATAACATCAAGAAAATATACAA AATAATTAAAATAATTTGAGGAATATTTTTATCTTTATATAGGCTTATCCCATGGTATTA TATCCTATGTATTACTAATACCTTCAAATGAAAGGTATTAGTAATACATTTTATAATACC ATTTAGGGTGTATAAAAGCCTAAATTCCTATCAAACATGATATTAAATAATACCTTACAT AATCTATGAACTAGTTCTTTTAATATAGCCAATCAAACGATCCCTAAGTTCAGATTCAAT ATATCGTTAATGTAGTTGATTAAAAAGAACATGACTAGATTAAATTGTACCAAAAGTAGA AGGATTGGAGATGAATAAATGCAGAGCCTTGAAGGTTGTTTGAACATTACTACAATCTCG TTATATTCTTCAATGTATTGTCCGTTATGGTCCAAGTGCCTTGTCAGTGATATAATACAA CAAATTGTTCCTATTTCGAATATTACTACCTTTGTACCTCTTATAGATCCATTTCTATTT TTTTAAAAAAGAGGCAGAAACAACAATCAACAGATATGATGTAGTGAATGAGACAGTTCA CTTTTTAATCAGAAATTTCAGATTCAATTCATGAAAAAAAACCCTAAACAATATGAATTT GAAATAATCAAACTCTAATATGAACGTGGATACGAAATAGAAATAAAAATAATAGTAAAT TTATGTAACTTGTTGTAGTATATTTTTTTTATTATATATATATATTGGGTGACCATTTCA GAAGCAATAGGCACATGATTGGAGGACTTATTCATGGCACAAACACAAAAGCTTCTGACC AAAACCAACCAAACGAATATTTTTTATTTTACTTCCATTTGTAGTCTGGCAGAGGACCAT TTCTTTATTGGTTATTTCAAACCTAACCAACATTCATCTGCTTTCAAAAGTGGTTTGTAA GGGACCTACATTGCCCCTCAACTCAAACCATTAAGGTAAAATTAATACTCCCATCTAAAA AATCAAATATCTTTTTTTTTAAAAAAAATTTCAAATTAGGTGTTGAAGAAGAAGACCAAA AAAAAGAAAGAAAAGTTGGCTCAGGTTAAACAAATGAGTTATTTTAAAAAAATCGAAGAT GAATTATTTGTTTTTGAGCTTAACACGTGTTCATTAATCAAAATTAACGATAAATTTGTA TTAACTTATAATAAAGTGCTATATTTAGGGAGAAAATATAACAAGATACCTATATATTTG GATGAAAGTATAAATATACTTTAATTTTTTTTTTGAAAATAGATGAAAATATTACACCCA AATTGACTACAAGAAGACGACCAAAATGGCAGTGCTACATTGAAAAATCCAAAGGCGGAG TCGTCTAAGTTCTGTCAAATCCCTTAATGTACGCCCATTAATGTGTGCTTAGCCACCCCA AATGTTTAGTAGGGCTCTGCTTTTCTACTACTAATAAAAACCAAAAGTAAACCGCGTGCA TTGGCTTTTTACCCATTATTCATTCTACTGCGCCATTTCCACAATTGATAGCACACCCTT TTACGGTTTTTTTTCTCTTTTTCTTGGTTTTGATGGAAACCCAATGAGATTCCCCTCTGA AGGTATGTTTTTTTTTTTTATAAAAATAAATCAAGATTCTTGATTTTCGTTTTCTGCGTA TTTAGTTACATGTACTGCTAATTATGGTTTTTTTTTTGGGGGTGGTGGGGTGGAGTGGGG GGGGGGGAGTTTCTTGCTTTCGTCTGTTTGCTTGACGAGTGGACTGGGGTCTTCAAGTAT TTTGATTGTGAATGAAAAAGAGTGATCTGATCTAGTTCTTTAACATAATCTTGAACTGCA GGCTTTCTTGAAAAAAGGAAAATTGATTTGGTTGGTTTGTGTAGTAATAAAGCAATAAGG GGAAGTTTTGAATCTTTGTTTTCACTAGATTTCAAGGTATTTTCCATATGATAAACTCAA GGGTATATTTTGGTGTCTTTCACTGTTAGGTGCCATTAATTAAGTTAGAATTTCAACACC AATCAATTTATTTGACGTGAACCCATATGGAGAAGAGGACTGGTATAATGCTTCAGGGGC TATGGTTTAGCGTAGCTGATTTTGTTTGTTCTTTCTTTTCATAGATTATGCTTTTCTTTC TTTCTGGTGAAGTATCGATTTGCTTACTAATATGACTGCACCCAAAGGGCTATGGCTGCG GATTCTCTGGTCATAAAAAGGAGTAATAGATTTGTGCACAATTTGTCTTTAGATGCTTTT GACATGTTTCTCCAGAGGTAGGGTATTCCCCTGCTGATTCTCCCTCGTCCCTAAACTTGC TGAATTCAATTGACAATGTATAACCTTTTTGTTCAAACATTTATAGAATTTATTTACCTT ATCAAACGAAGTTCTTCTTCCTACTGTCAATATGAACAATGTACCTGGGGTGGGGGTGGG GGTGTTGTACTCCATTGGTGGTGCTTGTTGCTCCCTACTTGCCCAATTTAGTTGACAACA TGTAAATATTTCTTCCTAACGCCAGCATGAATAATATCATCAAGAGCCATATGTTCTTCC AAGTTTAATGCTTTCTTACTTCAATATTTAATTTGTATACTGACTGGAGAAGGTGCACTA TTCACTTCTATTTACCTTCATTACGACAGATAAGCTCCATCCTAGTCTCACAACATGGTC AAGTTTCTTTGTTTTGGGAAAAGATTGAAGAATGGTTCATAAAGCTGATTTAGTTATTAT TGGCATCTGTGTCGGTGTGGCTTTTGGAATTCTCATTGCATCACTTGTTTTCTTTGGAAT TCGGTGGTACAAAAGGCGTGTTCATCTTCAGCACCATCCAAATGAGAGATCTCTAGCAAC TCTTCCAATACGGACAAATGGACTTGGAACAAGCGTTGATTTTAGTGCATCTCTGTCAAA TTCTGTAGCTATTAAGACATCAGGATTTCCTGCCACAAAACCACTGCACAGTTGGTGGAG TCACCCTTCTAAAGATCAATTTGCTTCAGCATCTGGATTACCAAGATATTTTTATAAGTA TGTTATCTACAACTCTAAAGGGATATTAATATCTTTGGTGGGGGAATCACCTTGTAGATG ACTAAATTCAACAGCCTTTCATGTTATTGCATCCTAAATAGTAACTGAGGGAAACTCTTC AATCATGGTTCCTCTTCTTAATGTGTATAAATTAGCAACTTAAGAGCAATTTAAATCCAT AAAACATACATAGATACCTTTTTATCCCGTGTATTTCAGAATTTTTTTTAATTGTCTCTA TAATTTCTCTCTGGCATCGCCATCAGGCTTTGGTTCTTTTCTTAGCGGCAAGCTGATGAT GCTTCGTTTGTCATCATATAAGCATGTTGAGAGATTATGTAATCCAGGTGTCAGAATGCA ACGGAATATTTTTATACGTTTCTTTGTTTTGATCCTTCAAATACACATTGGATGTGTTAG GCAATCTGGTTTGAAGAATGCCTAGAAGTTGTAATTGGCAATTTAGCATTATTAAAATAA GCCGTTTATTGAATACATTTTTCTCTACGAATTCCATATTAAACTGCTTAACAATGCCGA CTGCCGGTGCTGATCTTTTTTGGAACCCCAGGGACATTCAAAAAGCTACCCAAAACTTTA CAACCATTCTGGGACAGGGCTCTTTTGGTCCAGTGTACAAAGCTACAATGCCTGCTGGTG GAGTAGTTGCGGTGAAAGTTCTTGCTACTGACTCAAAACAAGGAGAGAAGGAGTTCTTTA CTGAGGTATGGATTGCTCGTTAACTTTTTCCCAGAGAAATAACAGTGTTGTCATTTCTAT GAAGAATTATTCTGCTGCAGCATCCTTATTATATAGCCTCATCCAACAGTGAAAGCTAAA GTAGTGGCTGTAAACTGTATCTATATATCCGTTTTATTTGAGATTTATGTTCACGTAAAT AAGAATTTTGTTCAGAGGTATACAATATTTCACATTAGATGCATAAGGGTACCCATAACT GGTTTATGAAACACATGGTTTACCCACTAATTGTCTTAAAACATTGGGTTGGATAGATTC TTTAAATATATTATAGCTAACCTTTGATAAATCTATTCCTCACTTGTCATCCATGTGTAG ACCCTATAATTGGGTTATGTATGGAGGGTATTTAAAACCTGCAGTGCCTAATGTCACATG TAAAAGGACATCCAAGACTGTTTAAAGGTTCTGGATTAACTCTACTCATTACCTACCCCT CATCTTAGTATATTGGATGAGACAGTCAAAAAATTCTTTTACTATTGTTTATGAACTATA TCAAATTTGTAAATTGGTCCTTATCAATAATTTAATCTATCATCTTGGTCAGTCTCAGAA AGCAGTTATACATCTGCCACCTTAATATAGAGATAAAAAGGGGCATCTCAAATGAACATT TTATCTTGTAAGGCGGAGATGATGTTACCGCACTTCAATGTAATTGGATGAGACTTGTAT GCCAGGTGGGCTCTAAGATAATGGTGAAGCATATTTACTTAGGACATATTTAGGGAAAAA TTCCTATTCACATGAGGCTAAAAAAAGGGCCAAAAAAGAAGCTAGCATATAGGTTCTAAA GGTCTTAAGAGGTTCTTTAAGCATATCGATTTCCAACTCTCAAACAGTACAATAATGCAT CTTATGCTCCTCTATTCATATTTCTCATGAAGGTGAATGTTCTCGATAAAGTTTTGATTT CGATTGGTGTTTGTGCAGGTAACACTTCTAGGTAGGCTTCATCATCGGAATTTAGTAAAT TTGGTGGGTTATTGTGTTGATAAAGGACATCGCATGTTAATATATGAGTTCATGAGTAAT GGAAGTTTGGCAAACCTTTTATACAGTAAGTGTATTACTCTTTTCCTTTTATAACATTAC TTTATTGGAGATGACTACTGATGAGAAACTTCTAGACATTTTGCTCTAACTTAAAGCTGC CTGTGAAACAATTTTCTTGTTCTTTCCCTAAAAGAGAACTTCGAATCGAAACAAATGTTT TCATTGCCTTAAATAATCATCCTATTTCTTTCTCTATATATTTACCAAAATCAAGAAAAA GGGTTTCCAGAGCTTGTTTCTTCTAGTTCTCAGAGTACTTTAGTGGCTTAACCTCCAACT TGGAATCATCTCTGCCGCTACTATCAACAGTTATATCCATCACTCTATATATTCTACAAA GTCAATTTTTTTGCAATGAAACAACCAATTCCTGTAGAATCTTCACTTAAAAGTAAAGGA ATCTGGAGGGGATGATCAGTAAACAACGCAAAATAATCTGAATGTTAATTGTCTCTCTAT GGTTATACGTTCAATGGAGCTTCTTCCTTCTGTGTGGTTTCTCTATTTTAAATCTTCTGT TGACTAAGAAGAGGTGATGAAACTGTTTTGTCCTGCACATGTTCAGGTGAGGAATACAGC CTGAGTTGGGAAGATCGGGTGCAAATAGCCCTTGATATTTCACATGGCATTGAGTATCTT CACGATGGGGTAGTCTGACTGACCAATTTACTTCTATTTGCCGTGCTCACAAGACTGGTT ACTTATTCTTGGTTCACATTTCTTCCAACAGGCAGTTCCCCCAGTGATACACCGTGATTT GAAGACTGCCAATATATTGCTAGATCAATCTATGAGAGCTAAGGTCAGTGGAACTCCATA CACTCAACTTTGCTGCTGTTGTTGTCTATTAAATTGCTTCCTTTGCATATTAGCCGAAGT TGTTACTTCCGAGTATTTACCTCTTTCTTTATGACTAGGTTGCTGATTTTGGGCTGTCAA AAGAGGAGGTATATGATGGCCGCAATTCAGGCCTTAAAGGTACATATGGCTACATAGATC CTATGTATATATCCACAAGCAAGTTCACAACGAAGAGTGACATATATAGCTTTGGCATTA TCCTTTTTGAACTAATCACCGCTATTCATCCACATCAGAACTTAATGGAATATGTAAATC TTGTAAGTTCCCAGATCATCCCATCCCATCCCATCACACTTCAAATGCAAATTTTACGTT GTCTTATTGTCTTGACCTGTTATGTACAAAGGCGGCAATGAGTTCTGATGGAGTTGATGA GATCCTAGACAAGAAGCTTGTTGGAACATGCAGTGTAGAACAAGTGAGGAGTCTTGCTGC AATTGCTCATAAATGCATACACAGAACACCTAGGAAGCGTCCTTCCATGGGCGAAATATC ACATGCAATATTGAAAATAAAACAGAGGCGCCTTGTCAAAGAGGATACCATGTCATTTAC AAGATATGACAGTTCAAGAATGGCTAGAAGGATAGAACATCAACAGGTTGAATTGAGAAA CATGGCCAGCATTAATGAAAGAGAAGTTGAATGACTTTTCATTCACAACCATGAACACTT TGTTTCAATTCTTGAGCTTATTTTTTGCAGCATAAAAGATATAGGAAAGACATCACGCTG AGTGTTGGATCAACAACTTGGCATGAAATTGGTGTTTTTGGATATGATTTAAGTTATATA AACTAACCATGTAAAGAATTTTTATATCGGAAAATTTAAGTTGACAAGATTTTAACATGT ATCCTTTCTTTCCACCTCTTACTAATTCACGCTTATTAATATCTTAGCTTTTTCAAGTTC ATATTCAAGATTTTCACGGTTAAATATATTTTTTTTTCATTTTTAAATGAGAAAAAGATT TCTAACTTTAGCCCAAGAAAGACTTTAGGAGTGAATGTATTAAATGAAATAGTCCTTGTA TTACATTTTAAACAATATCTAATATGTGAAAAATTTAATACACCATCTAATATCTAGGGA TTACTAATATAATAATATAATATTTAATGATACTTGGACATTTTTTCTCCCTAACCTAGA GTATGGTTAGCAGTGACTATAAGTATTGTTTATTCTATGCGGTCCTAGCCAATTATATGC AATAGAAATATTCAAAATAATTTAAAAGTATAATTGAAAATGTGCAATTCAAACTCTACG AGTTTTACAAATTTACTTGGGAGTATTTTTGTCCAAATTTTTAGTTGCACAATAAAAAGA AAATATCCTATTTTTTAATTATATTTTCGAAGTAGCAGGTAAACTTTGATTACCGGACCA AAAAGTGGCTAATTCAGACAACTTTCAAAGATCGTTATTAATTTGGGCCGATTATTTTGT TTACATCGGCCCAACCCGAAACCAACCGATTGAATAATCTTCTTCTTCCTTCGGTTAACC TAATTGTGTCCCCTACCGATTGAATAATCTTCTTCTTCCTTAGGTTAACCTAATTGTGTC CCCTTCGCCTTACAGAGCTCGAAATCGGTAGCCATAGTCAATCAGGATGAGGAAGCTTAA AGCTCATGAAAAGAAGCTTCTGAAGAAGGTGAACTTCCTTGAATGGAAGAGAGAAGGAGG TCACAGAGAAGGTGATGTCATGCGTCGTTACCACGTCACTGGCAGAGACGACTACAAAAA GTATGTCTTTCCTATATCACATGTGAATGTTTCTGTTCTTACAGTCTTATTGGTGTATAA AGCTAATTTCTTGTTTGTTTTATCTCTATTTAGGTACTCAGGTTTGTGCAGAACAGTGCA GAAGCTTGTGAATATACTGAAGCAGATGGACCCAAGAGATCCATATAGAATAGAAATGAC CGATTCTCTTCTAGAGAAGCTGTGAGTGTTTTAGCCTAACTTATTATGTTGTTAATCCCA TTTATTGTTATTATTACTCTCTTAGTATCTTGTTTCTTCGATTTTAGTATTACATGTTGT TTGCTTGCTTCAATTATTGTATTATTTGTTGTTGCTATTGTTCTTGTTTCCTTGTTTTCA GCATGTGTTTTTTCCTTAACTACCTGTCTGAGACTGCTTCACACCAACCTCACGGGATCT CACTTGTGGGATTACAGTGGGTATGTTGTTGCGATACTTATCAAGTTTGAGTGCCCTGAT AATTTAAGTTCGTGAGAGATATTTTTCCAAGTGAAGTTGGGCAAAAATTTATGCTGTGTA CTACAGTCTACAAGGTCAAAATTATCTTTTATATATATATATATAGTAGATGTTGGATTC CCTTGGCTTTTTATGTTTGTTTCTTTATATTTTGAAAATCCTTTCTCCGGATATCAACTT GTGACCTTCATTGTGTAGGCTAATTACTTAATGCCTACATTAATTTTTCAATAATATGTA TATTTATTTAGTTTTTTTTGCTTAGTATATGTAGACAATAGCCAGTTAAGAAGATAATGG TGCAGGAGTGATAGACCTTAATCTGTTGTAGCTATATAATAACTCAGCTACAGAACTTCT GTTTTCAACAAGTGAGCATCAGATACTTGGTAACCATGTGATTCTTCTGAAACAGTTGAT GACTGCATCCATCTCTGCCTGCCTCTGATATTCTGTTTGCTTGATTCGTATGCATTACTA TATTTTGCGAACTTAATGCGAAGATGATCGATCATTAGCAGTGTAATATATGTGCATGAA CATTTTCCTTCTTCCTCTTTTCTGGTTTGATAGATGTTATTATTGCTCTCATCCTTCCTT GTGCTGAAAATCTTTCCTCAATCATTTTCTCTATGAAAGCACATCCTCCTTATCTCTCCT TAGTATTTCCACAGATTTCATGAAATCACAAATTCTGATAGATTTCTCCTTAATTCAGGT ACAACATGGGCGTAATAACTACAAGGAAAAGCTTATCCGTGTGTGAGAACTTATCTGTGT CATCCTTCTGCAGGTAAATGAGTTCTCTATATTTCCTATTGTGTAGTTCTTTACATCTAC AAACAAGTTGGCGTCAGCTGTATGAATCGTCACTTACGATATTACACCATTTAAACTCAT CTCATGCCATTATTATGCAAATACAAATAAAAAACTTTTAAATTTAAATTCTCTATATTT TCTACACTTAAAAATCTCTGTAAGGTAATATTATGCAGTTTTACGTGCATACAAAAGAAC CTCTCACCTACCTACCAATCTTCCAAGCACAAGCAATCATTTTTCAACTCTTCTTAGGTT GTTGATTTAAGACAACATTGCGAGTCACCACTAGTTGGTCATAAATGGAGTTGTGTTACT GCATGTTTTTGTTCTTCCTGATCAAAATTTGCAAGGATAATGTTCTTGGTAATAAAGACA TGCATGTATTCTTCATTCACAGGCGTAGGTTGTCCACTATCTTGGTGAGGCTGAAGTTTG CTGAACACATGAAGGAAGCAGTGACATACATAGAACAAGGTCATATTCGAGTTGGACCCG ATACAGTTGTTGACCCAGCATTTCTCGTGACGAGAAATATGGAGGATTTCATCACTTGGG TAGATACATCTAAGATTAGGAGAAAGGTCTTGGAGTACAACGATCAGCTAGACGATTATG ATGCAATGAATTGATGACTGGTGACAGATTTATGAAGCATTTGAGAATTGATTGAATGAG AGAAATGGAACACATTCTTCTTGGCCATTGTTGGAGTTCCCTGGCAGGTTTACCTCCTGC TAGTTTGCCTTGTACTACCTCCCCTCTACATTTTTGCTCCTGTAGACTGTTGAAGATGTA CACATTATATTCAACAGTAAAGTTTAATAGAATATCTTTGTTAGTAACTTAATTCACATG TCAGTCATTTGGAGTTAAATTTATTATATTCGAAGTTGATTTTCTAATGCTTATGGATGG TATAATGTTTGGTGTTAATTCAATTTTACTGTACAAGATTCTATATCTCTAGAGATAATT TTTGGGTGGTCAGCATATGAACTTTACAATATTTTACCTTATTCAATCTAAAGACATGTT TTTAGAATAGATGAAAGAAGAGCATGTTAATTTAAGGTTAAAAATTGTATGAAGCAATCA AAATTATGACGGTTTCAGTCTCATTTCTTTGAAGGCTGGTCTTTTTGTTTCCTACATTTT TTCTAATCTTTTATTGAGTTATTTTTCTTTTCTTTTTGCATCTTAAAAGACATCTTTTAT GGAGTGTCACGGTTATGTTTAGAAGATATTTAAAGTTAAAAAGGACTACTCGGTATTATT TGTTATGATTTTTTTAAAGTCAAATTAGGAAAACTTTAATTAATATTTTAAAATGTACAT TTTAATCATATTAATATGCAAAAATTGCTATTTATAGTACTTTTCATATAATTTTAGAAT ATCTAATTTTTTTATTTAAAATGTCAAATTAATGTGATTTAACTTTAAAAATTAGTTAAA TTGACTTTCAAAAAACATAACATGACAAATAATATCGAATGGAGGGAGTATTTCTTTTTT AATTTAGTTATTTGATAATTTAATTATTTAAGTTTGGAATGTTTAATAAGACAATATTAA AATATGGTTTTCAATTCTTTATTATAATTCTATCAACAGTATAATTTCAAAATTTCAAAG ATGCGCATACTCTCTAGTCTCTACATTGATATTTATACGTGACCTTTACTAATAATATAT GTTTCCTAATAAGTAAATAATATTACGCTTTCTATTTTATCCTTAAGAGTTATAAGCGTA TAATGTAAGAAACTAAATAATTAATTCTGGTTCATTGGTCAATTTAATTAGTCAACGTAA TTTAATTTATTTTCAGTAATTAAAAATTTTGACTTTAAAAAGAACACTAAATAAATATAT AACGATAAACTTATCTAGTTTTCTTGATGAATATGAAATGTAAAACGACCACGTATATAA AAATAATTATGGAAATAAATTTTTTTAACTTACATAGTTACCATAAATGTATAATTTTTA TATATTCTTAGGTTATTTTGTTTCCTCCGAGCGTTTAAATACACGATTTTACCTTTAGCG TACTTAATAAGTCATTAATACATTTTAGTACTTAGCGTGCTTATTACGGTGCTTCTCATC ACTGTAAATACAGATTTTCTCTCTCACTTTTTATGTACCTTCATCTTTTGTCTGCGCTGT GCTTTTGGTTCTTCGTTTCATCTCACTCGAATTTATTTCCTTTTTTTGTGCATCTTCGGT ATGCTTTCGTTACTGAATTTGGATTTTGGGGTTTTTTTTTTGCAGGGCGATGTCCGATCA GAACCCCAAATCAATTTTGCTGCAGCCGACCTATCTACTTGATATTGTCAGTTTTTCTTG AATTTCTTGCATGCATTCGCAGTTAAGTGAAGAAAATCAACAACTTGTTGTCTTTTTAAA GCTACATTCGTATTATACTTTAAGAAAATCAAAAGAAACCGTAGTTTTCAAGAATATATT GGCATTAAAAGTTGAAAATTGTGTCAAGTAAGATAATGGGGAATTCTGAAAAGATGAATG ATTTTTGACATTGATCTAATGCATTTAATGTTGCTCAAGTTATTATATTACTTCATTATC TCAAGTTATACTTTCTTTTGAAGGATTGTCGGAAGTTGTACTTTACTTTTGAAGGATGTG GTGTTAATCAACTATTGTTTTGTATGCTTCCTTTACGCTAGCAACAACAAAATAATGTCA TTCAGATGTTTTTGTGTGCTTTCCCAGCAAGCTTTGGCTTTAAAGGAGAATCTGTGAGCT CTAATTCGGACCTTTCTTTTGTTGGAAATTGTTAGTAATACAACTCATGGGATGCCAAAT GGTTATCGAAAGGTTTTGAAGGAAAAGTTCTTTTGAGATTTAGTTGGGTAATATCCATTA GGATAGGGTATAACACTACTAACCTGGTCGTTGTTTTTGACATTGTTTACAGGATGACAT GTTTTGTACCTTGAAATCGCTAAATCAAATATATTAGTTATGTTTCTCTCTTCAGGCCAA GTGTGAAAATGAAACTTGTTGACATCTGAAATAGGAAATACTAGGCTCAAGGGGAGCACA CAAGTACACACCGATGGGGAGTCAAGAAAACGTTCTGATTAACGTAATTGGAAGTTCCTA CAATTGATCAGACTAAAAAGATAAACTTCATTCTGTCAAGTTGAAGTAATCACAAAATTG TATGTATAAAGATAAAATGGACAAACAAGGTGATTTTTGATGATGTTGAAAGTTGATATA TACGTGTCTGTTTGGCTTCGATTCAAAAGTTTTTGGAAGTTTGCAAAGATTAGACTCTAT TTGCTAGAGTATATTAAAAAGTTAGCAGTTACTGTGCTTTGCATTAGGAGCTTAAAAGGA TTTAGTTTCTTTCTAGAAAAAGTAACATCGATGGTCTTACCTTTCTTAGTTTTATTGATA TACTTTTACTGTTTCGTAGTGATGAATGTTGAGGTTCAAAAATAATGTTATTCCTTCTCT GTTTATCCTGTATTTGAATCACTGTTTCATTCAAGATCATTATGTTCTTCTTTGTTGAAA TGAATATACCTTTCCTCATTGAATTTATTTATCATGCTATTGTTTAAGTTGGTTGACACA GCATGTTCTCTCCGGGTTGAATATAATATGGATGATTTGTACATTTATGGAGAAATCCTC AGCATTCTCCAACAATGAATGGAAGGAGCGAAAACCACACTGGACCAGGTGAACTTTTCT TTTGATAAATGTATTACTGATAATCTCAAAAAGATATACACTCACTTAATCCTGAATAAA GATCTGTACATGCATCAATTATATTACTCACATTGGATTATCTCTTTATAGATGCAACTG TTGGTTGGTATTTTGTGAACAAATCATTTGTATTAGTTTCTATTTGGAAATAGTTGCTTG AAAATCCAAATAAAATTACTTCAAGTCATGGGGTTTGATTTTCTTGATTGCCTTCAGAAG CCCGTTCTTGATATTTTGTAGAGGCTTTTTGGATTTGACAAGAAAAAAGATTGTTTCCTT ACTGGTTTTTATTACAATTGAAGTTTCCTGTTATTTAGTAGGACAACATCTTGCCTAAAC TCGCATATATGGCTTTAGAGTAATTCTGTTGAACACTTGTTAAGTTCGATACATTTGAAT TTCCTCTTGAATCTTGAGAATTATAACTTCAAATATTTTTAAAAAGAATTTGCAGATTTT TTTGCTGCTTGAATTCGAGTTGTAAACCTCAGAATTTCTCTTATTTATTGTTTACTTCCT AATGCTTATGGATGGTATAATGTTTGGTGTTAATTCGATTTTATTGCAGGATCTTTTATG TAGGGATATTCTTAAGTGGTCAGGCAATTAAGTTGAGTTACATATAAACTCTACACATGG GTTAATTCCTGAGACTGGTCATTTTCTTTTCCTTTTACAGTATCCAATCTCAATGACTAT CAATTGAGTTCTTAATTTAAGATCAGAAATTGTATAAAGCAATCAAAATTGTGGAATTCT CAAGACTCATTTTTTTGAAGGTTAATTTTTTCATTCTTATGCTTTGTCTCATCTTCTTTC AACAGCACTATGGAAAATCCATAATGACTCCAAACTTGACATGAGAATAATTTTTGTTTA TTCTATGTATTAAGACATCTCTTTGCACCATTTCATAATCGATGTCCTTAATATACTTAT TCAATAATTGTTTGGTCTGCTTGTATCTATATTGATTTTGTGGTGTATTTGGAATGATTA AAATATATCAACTTGAATTTAAAATGTTTGTGCTACTCAAGTAGACAAAACTATTTAAAT TTTTTGCTGCCCAAAGTGGGGGCTATTTTACTGGTTTTAAGTTATGGTCGATACAGAAAG ATGTACACTTCGACTACATTGAGAAACAAAACTCAGAAGGCTCACTCGCAATTCGTGTAA CAAGGGAATAAAAGACGCACCTACAAAAGAATATTCCACATATATCGAAGTAAGAAGACT AGGGAATACAATACTTAACCGAAGTGAGCCTTCGACAAATTCTCTGTTTGGCCCGCCACC ATGTACATAATCCTCACATTGACTGAACCCAGAAAGCATGTCACAGAAACACCTTTGATG GATCAGTTTTTCCCACCACTGATTGCAGCATGTACATAATCTTCACATCGACTGAACCCA GAAAGCACATCACTCAAAACACCAAGAACATCAAATGCCTCCTGGAAATCCGTTGCTGAA GTCATGTCATCAAGCCACGATAACAGTTCAGACGAGAAATCTGCCATTTCCTTAACATTT AATAGTCTCTCTTTCATGACTAACTCCCAGCCTTCTAGCTTTCTGCCCTCGTCATCATCT TCCACATTCTTGGAAGTCCCTTGGGTTCGCAAGGTGGTCGCACTAGATGATTTTTTTACC TTAAAGAAGCGCTGCAGTTGTTCTATCAAACCAGTGTAGACAAGCATTGGTTGAATAGTT GAGAATAACTCAATTGATCCCCCAGCCTCAGAAGCAGATGTACTTGTACTTCCCGACTCT GTTTTCAAAGCCCCAGACATATTGGGGGACGAGCGAGGCACAGGCCTACCATGAGTCCGC TGGATATACGCATGGTATATACCTCGTTGTAAAAAGGAAGCGCGATTCTGCAGCCACGAC TCATAGGATTCTGAAAGAAGTGAGGTAACCATCATGAACTGGACAGTCTCCTCTGTACCA GCGGAAGTCTGAGTTCCAGAGGTAGTGGAGGCTCTGGATTCTGATGCAGGAGAACTTAAA TAGGTTGAGATAGACTTAATCATGATATGCTGCTGAGAAGAATCATGATCAAGAAGGTGA CGCGCCATTTGCATCATGAAAGGCAAAAATCGAGCATTACTGTCTTTTCCACCACCCCTG CAATCTGCACTAAATGAAGCACCAGTGGCAAATCGAGCAAGCATCTGCATGTCACCCAAA AAAGATTTGCATTAAAATCAACAGTCTCTGTTGTAAGAAGCTTCACCTACTTCAGAAGTG GAAAAATCAGCCCAAGAATATGTAACCCGCCAAAGCTTGAACTGATTGGGTCAAGATGGG TTGACCCATCAAAATATTGGGTCAGATTGGGTTTGATACAAGTGTTACCTAACGTTTTAA GACCCAATGCAACAGGTCATAATTAATTATCCAAGTTGGTGACTATTAGCAACTTTTGAA CCCCAGCAGGAATGATAAATTTCTAAGCAGCTTGTGGGTTCTCGACTTTTTGTACTTCCA AGTTCTAACAGAGGTAATGTTGACTTAGTTATGTTTCTGACCTTAATGCTGTCAAATTTT AAACATCAGATGGTCTGATTTGGAATATGTTCAACACATATTCTTACCTTTCTGCGAATA TTCTACTCTATCAAATCACGATGGGAAAAAGTAGAATAAATTGATTATAATTAAAGTTGA ATAAATTGGAAAAGGATTTAGAAAGCAAAACAGAGGTCTCATTTTTCCATCCGGAGGGAA GTCCATTTGCCATTTAGAGAAAATGAAACACATTTTTGACCAAGTTTTCAGATCTTCTTT CAAGAATGATATGAACAAAATTATAATCTCAAAAAGTGCAAGAACTTTTTCGTACTTTAT TGAACCAATTTAACCTTCTCAATCAACAAAATAGGAATCACACAAAATCAACAATAACAA CATACCCAGTGAAATCCCATAAAGTGGGATTTGGGGAGGGTAGAGTGTATGCAGACCTTC GGAATCAAATTAACCCAACCCTCCCATTTAACACCCCTAACCTACCTCATCGTCCAACAA AACCGTTCCTCCCTCCTCGACCCCAACCACACGGAAAGGGAGGGATTAAAATAAAAGAGG CTGGAACAGAGAAGGCAGTAATGCAATTCACAAAATGAGATGGAAGAATATTCCAGTTTG CATTTGGGGACAGTTCGAGAAGAGAGAAACCAAAGATGTTTTCAAGATAAAGCCAACTAT TCCAGAAGATGTGCTTAGCGCTGTTTGATTTTTGGTGTAAAGGAATACACAAATATGTTA CCTTCTTAAAAAAGAAAAAGATAAAGAAAAAAGAGGGATAGAGATAAAAAGAGAAGATCA GGAGTGGAGAGATGAAAACATGATAGAAAGGAATAACAAAGATAGAAACTCACCAAAACA ATGTCGTAAGTTAACAACCGGAGCCGACTTCCATCAGCACGCCCAAGAGCATTCAGGTAA TCCCAGTATTGGTCAACGTAGCGTATATATTGCCCTATTGGTACTGATGGACCTCTCAGA GGGAAAAGATTATTGCATAGTGTCTCGTTATTTCTAAGGGCTGCTCCATCCCATTCTTTT TTAGGTTTACTTAAGGCCGCATCTGCTCGTTTAGCCTCCTGATGGCACTGAAAATGTATG ATGTTGAAATGGCTGACCGTTGTGTAAACACAGTCCCCACGAGCATTTCCAGGGCTTCCA ACACCAAGATTAACCCGTTTACTATAAGTGTAAACACCAAGCAAGTCTGTAGGGCGCAAG CGGTAGCCTTCACGACAAACCATGCAAGCCAAGCCTTCCTCTTCCTCATCCTCAACATCT TCCAAACCTTCCAAGATAGGTCGAGCAACAACAATACGTTCACCACCATCTGAGGACAGT TCTTGGTGCATACCAAGTCCCTGGTACCATAAAAATGAGATGAATCTCCTTAGTTACGAT ATTGGGCCCAACCGAAACAACATTTATAACCTCAGTTGTTAGATATTAAATGTTGCATCT AAAAGACATCTAAGAGCTTCATTAAATAAATCACAAGGAACAATTGGAAGGGAAGAAACA TATTGTGTCACTAGATAAAAAGATATTCTTGCCAGAGAATGATTAGATGCTTGACAGAAA ACTATTCTACTTTAGCATCTACATATAACAATATGAAGTAACCACTGACCTACATTGAAA AAATTCTAGCTTCAGTATCAATCATCTTCCTAAGAGATAGATACTGTTGATAAGCTTCTG TACAATTCCACAGCGTCTCAATATCAGTTCTTACATTCAAGACAGACACTTCTAACTTCC AATTTTAAATTATATTTAGCAAAATGTTTCAATTACTTAAGAAATATTCTTAAAGTAATG CTCATGCCTCATGTTATGTCTACTCGTCACCTAAGGATCTCTAGTTCTGGAAATGCTTTG TTACCAAACAGGAGGCTATGATGTGCAATTTTGCTGGGAAGATTTGACCATAAAATATGC TTCAGATGAGGACAAGTGGTATTTAATCATTCATTACTACGCAACACATCAGTAGTGTTA AGTCAAGCCAACACAAAAATAAAGACGCAAAGGACATTAAGAATAGTAAAGTAGGAGTTA AGAGTAAAGTGAGATGGCAAGGAACCTGCAGTAATTCTGCTCTCTTCCTCAATGCTCGTC TCCTCATCTCATCCTTTGTCGCATGACGTAGTTGGTGAACTTTCTGAGCTAAGAACCCAT CACCTTTTCCCTCTTTGTCAGACAGTGTGTCCAACAAGTTTTCAGCCCTGGCTCCAATCT CATTCTCACCAGCGACACCCTCTAAAGCATGAAGCAATGGCAAGATTCCTCCTTCATCTA TGCACTTTTGAGTTGCTAAATGGCCCATCGACAAACCCCTCAGCATGGATAAAATAAGAG GAATAGATGGAAGCTTTAAACCCGAGGTCCACTCCACAGTTGATTTGAAACCAACCTGTC CAGTGAAAGCAAAGGTTTCTTTTAGATGGCTGATTGCAGCCCCAGTAATCCCTTTTTCCA GTATAATATCTTTCAACCTCTCTCCACAAGAACTTGTCTTGAGGGATTCTGAAACCCTAA CAAAATTCTCTAGGGTGTATTTTTGCTTTGAAGCTTGCTGCGCAATTGTTTCATCATTCA TATTGTCTTCGTAAAGTTTTTGCAGCCTATCAAATTCGCGCCAATTCTGTAAACAAGGTT CAAAATGCTGTACAAGAGCTTCCATTGCTGCAGGTTCCCCGTACGTCAAGTAAGGCAATA TTCTTGCGACCATCTCAGTGTTCCTCTGCTGCTTATTTGACTTTCTAAGTCCAGATGGAT GGGACAATCTTTCAAGGAAAAGTAGTACAATTTTCTTTGCCTGTTCACCAGCACCTGCTT CATCACTGGAGACTACATCTACATCAGAAGTAATGCTGATGTTATCACTCTCATTTGCTT CTAGTGTTAAGCTCTCCACAATCAAAAGAATACCCTCAGCTGGTTCCATGGCATCTACAA AGAAAGCACGCCTAGCAGTCTCAAGAAGTAAGCCTAAAGCTCCCAGCTTTAGCAATGCTT TCCGATTTTCTCTTATCTTGCAACAAAGCATGAGCAAATTAAGCACTGCAACTAACTGCT CTCGATTGGACTTGAAATCATCTTGCAAACGCTGCAAAATCAAAATCAACCATTATCAAG ACATGCACAAGGTCACAAGCAGAATTTGTCATGATTTATTTATCACCAGTATGTCATTTG TTTAAGCTACAGAAATGTATAACCTTTCTTGCGCAGTCTCTTCAACCCAACATCCAAATA TACCCCAGTTCTAACAACAGGAAATAAAAACCAAAGCAAAAGCAGGAATACCAAGCAATA CTAGAAGGGAAATCAGTTACATGTATAAAATGAATAACCTGCTAAAGTTTGAATAAATAC TTATATACCTGAACCATGCCTAAGAGAATTTCCAGTCCACCACAATCCCGCACTGCACCA GCTATCGCAAACTCCACTTCTGGATCTTGGGTCTCCTCTCTATCCTCGTCAATTTCTTTA ATCATGGGCTCAGTAGCTTCACCATCTAAGCCCTGAATAAAAGACCGAGGAAATGTTAGC TTACCAAAGAAGCTACACAAATGCCAATCAAGCATAGATGTAAATCAGGTTTTTTAAGGA CAAAACCAACATAATAGATCCATGAAAAGAACTTTAGGTTTGCATCAGGAGAGGTAGAGG CAGGCCGAAAAGTCCCCCAAGTATTGGTGGAAGGGCGGGGGAAGGGATTAGACAGGACAT GGCACATCTTGATCTATCCTAGGACGTTCTGAGGTCGTGTATTAGGGTAGAATTAGTTGG TAGTTGAGAATTTCTCTTGCCTCCCTGCGGATAGGCTTGGTGGTTATACTTGGACCCTCC CTCTTAGCAATAGTATTAGCACAGTTCCCCTAGTTACTTGATCTTCAATTTCGGCTATCA TTGGTGTTTTTTTGGTGTGCCAATTATTGCAGTATTTTATTGTTGTTACTAGCTCTCCTG TTGTTTGTAGTACGTCCATTTGACGCTATTTTGTTGTTGTTGTTGTTCCAATATCTGTAT CCCTTTTCCAAACTGTTTGATAGGCTTTATTTAAGTTGAGGGTCTATCGTAAACATCCAT TCTATCTCTAAGAGGTAGTAAGGTCTGAGTGCACTCTACCTCCCCCAACCCCAGGATTAC ACTGGGTATGTTTTAAGGTTTGCATCAACAACATTCTACAATACAATGGAAGCAAAAAGA AACAAGAAAACCTGCAGTCGGTAGGTCACTGTCATTGGAGGACAATCTCGAACTGATATA GCAGCACTGGAAGAAAGAGAAGTTGTTGAGGCAACTACACTTGCAGACTGACTATTGGAT TTCTTCCATACTAGCTCAAAGACTTGAGCAATACTCAAATCTAGAGAGATAATATTCCCA GCAACCAACAATTCCATGCCATAATCATCTTCAAGCAGACCCAAGAGATCAAGTTGCTGG CAGATTTTATTTTTGACATCACGCATCAAGGGACCAATTTCAGCACTTGAATATGGATTC TTCGTCATTGATCCCCTGATAAATTCTTCTTGTGTATGAGCCTTGTTCAAGATCAGAAGA TACACCGGCTCTGGTTTTGATGGGCTAATCAGATTGCAGAGTTGCTCCAAGATGAACTGC ATGATAAAATAGAAGAATGTAAAATCACCAACTAAAATACTAAGCACCGAGCAGATAGTG GAGGAAGAATTTTTTTTCTTTTTAGAGGAGGAAGAAATTGAACGGACTCCTTAAACCAAA ATAAACAGGAATCCAGGCAATGATCAAGTATCAGCAAAAGGAAAAGTAAGGCTTCAATCT ATTTGATAAAATGGTCTTCCCCAATAATCAACTAAAGAACAAACTTTCCGGCAATATAAT TTAAACTAAGAAAGCATGTTAAATGTTCTAAATTGAACCTGGGAATATCTGATGAAGAAA CTTGTGGAGAAAGAAATTCAAGAAATCATGTAAAAATTGTTCTATTGGTATTGAAATTAC TATCCCAAATAAGTAGTTTGTCAACTGCACAGCTAAAAAGGAAATCAGATCTGCTGCACA CATTTTCAATTTTTAAAGAAGAAACAGAAAGCAAGCGTAGGAAACCAATTCACAAAACAG AATATTTTCTCCACAAAAAGAATATGGCAGCTTTTTTCTTTGGGGGAAAATCAAGAAATT CATTACGCACCAAAGAAGTTCGGCCTCTGTTCTCATCTCCATGAATTTGTAGACCAGAAA TGCATGCTTGGATGAACTGACGTTTATTTTCATTGCTCTCTAGCAGAAGACTGTCAAGAA GATCTTTGAGAAGTCTATTACAGTCATTTATAAGTTTTGTCTTCTGCACAACCAAGCCCC TTATCACAATTAAAGCCTCAAGAACCTCTGAAAGCAAATGCTCTCTCATGAATCTACATG AGAACAGTCGAGGAATATTGATCAGCAAATATGTCAGTGAATAATTCAATATATTAAGAA TGTGAAGAGTAACTACCTGGATCTGATGTTTGGAACCTCCAAAAACTTGCCAAGGAGCTC AATAAGTTTATGAAGAATAAATCCCTGAGATATGTCAACATGCAGGCTCCTCTCCAATTT TTCAACATTGACCAGTTCCTGAGTGATCAACTTACATATCGTTGTTAAGCAACCACATAC AGTCAAGAAAAGACGAGCATCCTCCGTGTCTATCATTTTAAACAGCAGTTCGAAGTACTC AGCAGCATTTTCTCCGGCAGAAAGAGTTGCCGATAACAAAGACATGAGCAAGTTCAGCAA GCGAACCGCCGTGATGAACTCTGGCCACAGAGTAAGCTAATCAACATACACATCTCTGAC CTAATAGACTGTGAACAAGCACTCAGTATGAGTTCTGTAACCCATGATCCCAGCTCAAAT GATGATATCTCATTTCTAGCTGTTTTTGAAGCATGTCGCTTCCACCTGAGAAGATATTTC AGCGCAAGATAGTCATGCCTCTGAAGACGAGATCTTTGACCACTTTTTCCAGCCGGAGAA ACCTTATACTGTCGTCTCACAAAATCTAGATAGGAGGCTCCTTTTTCCCACTCAGAATAG CTCAACAGTTGTATATCTTGAGCCTTCTGAGAGCCATTCCAACTTTTCTCTGATGATCCT GACATTGACTTGCTCCCAGTAACAAGGCTATTAGATCCAGAAACATTTGAACTGTCATCT TTCACTTGTGTGACATGAGAAGATTTTCCTGCTCCTTGTTCTTTGTCCACAACGTTAGGC TTTGGAGGAGTACAAGCCTGAGATATGATTCTCAGGCAAGGAAGAATAACATGCTCAGAT ATTGCAGGATGTTTAGCTCCCACCTTGATAGATGCAAATAACAACTGGAAAACGACTCTT AATCTTGATTCCCAGAATTCATCCGACAATGAACACACATCAGAAAGCAGCGACAACTCC CTCCGGGTAGCCCACGCATGGTCCATGGAGCGATGATGTTCAAGGCAATACATTACCTTC TTCTGTATTAGACTGTTCAACTCAGCTACTGCATTAGTGTCACCCTCAGAGAAGGCACAA AGAGCTCCTCTAGCTTGGACACGAGCTGTTTTAGGGCCCTGATGGATGTTATTTTCGAAC AGCTCAGACAGAACACCAGCAGCAACAAGTTGCTTCTTAGATGTCGGATGTTTTGATAGC ACCTGTAATATCTCCAAACACTGGGTGACAAAAGTTGAAGCACAACCATAGCAACTATTC GGTACCCTTGAAACAACAAATCTAGAGGCTGGACTAGCATTATCTGATTGTTTATGATGC AGGTAATTCATCAAAACCCGCCTCAAACCTTGGAGGGTTTGAACACTCTTACTGACAGAA TCAAATGCTGCTTTGCATTTCTCACCATAAAGGACGCCCAGAAGAGCAATTTTACGGTTT ATCTTGCATGAAGGTCCAGGCAAAGAAACCATCATTTGCTGAACTGAATCTTTCTGCTGA GAGTCCATCTCATTTTCACCAACACTAGACACAATCTTCAGCAAAGGTTTTTTGAATCCT AAAAGCTGCTGATATCTACGATGAGCATTTTCCGACTCTGCCTCTATTGCAGCCAACCCC CTTTTCATGTCTTCATCATTTTCCATGCTATCAAAAGTGAAACTTGGCTTTGCCATAAAA TTAAATTCAAACCGACCATATTTGCTGTATCCACATTCATTGCATAAGAAGGAATCAAGA TTTTCATAATTGATGTTCCTGCACTGCCTACATTGATAGGCATTCTCATGACAATTATTG CAAATACCGTGCCTATCAGTCACAGCCCGACTGCAACGGGGACATTGCAATGGCTCGAGA GACAAAGCCTGAAGATTTTCATAAAAAGAATCCAATTCAATCATGAAATTACATGCTGTA ATTGGGATGGCAAAATCAACTTTCAGCTCGGTCTGATTAAAAGCAAGATGGCAGCTTTTT GCACGCTTCCAAAGGGACCAATTGTTTTTCAACTCTGACAAGTCAGCCACAGGCCTGTTA TTGTAATAAAGGTTCAGAACTTTCACTGACTTGGATTTCCGAGCATCATGAACATTCATG GCCACACTCTGAATGGTGTAGCTACCGGTACATTTCACAATGATGCGGTTGTCTGTAAAC TTTGTTTCTGACTTCAAACTTTCAAGCTTCATCCTACTAGAGGGAACCTCAGGGGAGCTG CAGGCTACACAAGGCTCACTCTCAAGGTAGTAACCATCAAATTCCACCAAACCACTCAAA GTGTTGTATATTCGAGAGTTTGGATGATTAGCCAAAAGCTCATTTTGTGAATGGAGTGTG TCAAATATGCAACTAATCACATCAGTGGTCAAGCATTTGTCTACAACTTCAGCACTCTGT TGCTTCGCACCATGATCGGGAACCTTCCCTAACAATAATGTAACAAGTTCTGTGAATTCA ATGATGTTCTGCCCATACATTGGCAAAAAATTTACCTTCTGCAAAAGAGCAGTTAACAAT GTTTCCTTGAATGCCAGATTCCCATGGTACCAGACGCCGAGGAGAACTGATTTGGATTCT GAGCGCACGGAGCTTGAATTCCATTCCAATAGAAAGCAGTCAACAAATTGCCTCAACACA TCACCTTTTCCACTGAAAACATCAACCGCTGCTTCCATATCCAACTGAGTTTTTTCAACA CCAGAATCACTTTCTTCTACCTTCTTCTTCTTTTTAGTTTCAGGGGCCTGTGAACCTAAT TTAATTACAGCTGTTCCAGCTTCCGCAACCTCAGCCTTCTGTGATGAGTGACTGCTATCC TTCCCAGTGTAGAAGGCCAGATTCAGAAGCTTCAACGTCTGAATTACACACTCCTCCCCA AAATAAAATATTCCATTCAAAAGGAAAGGAAGAACATCACCATGCCTTAAACAATACTTT TGCCAATTTCGAGGACGAGCTGCAGCGACTTCAGCCATGGTTGTTAGGCACCTTACTATC TTCACACTTCTCTCGTACGAGATTGAACTTTGAAATCCACCAGATTTATTTATGTGTTTA TAGAGCTTTTTAACTTCAGTTGAGAACTGCCAAGAGTCTCGAACACTGTAGTAGTGTGTC TTACTACCACAGAGATGCAGAAAAAGCCTCCTAGCATACCTTCTAACATAACTGGTGTTA GGATTGTTGATATAGCTGCAAAGAACATCCTGATATCCATCTAGCTTCAAATCTTTACCA GAAGGCATCTTGTAGAGCTTCTCTTTCTCTCCAGCCTTGTCGTGTTTCTCTGGTCGTATC AAGCTGTAGAGCAGACGGAAAGTGTTTTCCAACAACAGCCGATGGTAGTCCACAAATATA TCTGTTCGGTGTGATTTTGCATACGAGTCCGAAAAGAATGGAGAGAAGTTACCTGCAGGC ACTTCCCTGCGGATTGTCAACAAAGCACCACAACCAGAAGCGGTGTTCAATCCAGAAGAT GAATCTGTGCTAACAGATGGAGATTTAAAAACTTGAGTTAGCTCCTGCAGAATGTTCATC AGATAATTGACAAATGCTTGCTGCCTAAGATTGCCACAAGCATGGAGTAAATGAGAGATG AAGTCTATTTTCTCTTGACCATCTAAGGTAGATGAAGCAGTAACACAAGTAGGAGTTGAG ATATGTAAAGCAGTTTTGTCATGCGCTTCAGTCACCGCACCACCAGATTTAGTTGCAGAG CCATCGGTTCCCGGTTGGTGCCAGTTTCTCAGCATTAAAGTAAAGAACATATATACCAGG ATTGTGACTTCCCCAAAAGGGGTGCGGCTTCTGGATGTGAAAGGTTTATTCAGATTTATC TCATCCAAAAACCATTTTATCAAATTCTCCAATCCTATGCTTTCAGGTTCTGAACTGCCA GCAAAGGGTCCACCAACAGCTGAAGACAATCTGTAGAAGAGCTGCATAACTGGAATAGCC CCAGTTCCTGAAATAGTTCCCATCCATCCTTTCAGTTGCTCAAGTAGTTCAGAAAGAAGG AGAGAGTTGACAGCTCTTTTGGAAGCAGAAATAGTAACAGGATCAAGTATTGAAGCTGAA AACTCTTCCGATTCAGTTGGTTCCAACTCGTGGATTGATGGAGCAGAACTCTGCATGCCA ACATCAGATGCAACTGTCACCAAACCTGAATCGCTTAAATCATCATTAGTGAAGTGAATT TCACTTCCTTCCCCACCAAATGTTTCCACTTCAATTGGAATAGCTGTCATAGGGTGATCT CTAGAATGTGGTGGTGGGAGACGGTCTGCATCTAGCACTTCATAACATGCCTCACACAAA TCGAAATCTGGGCACACAGTGCAGTGCCATCTTCGCCTTAGGATAGGGACAGTAGAGCAA CCATCACAACAATATTGAACAGATGATGTAATGGAGTCTTCTTCAACCATGACCTGAGTA CTTCCACTAGCTCCAGCGGAAGCATCAACTCGCGAAGGAACAGATGATGAGTTTTCCGCG TCATCAGTACCTATCATTGTCTGCTTGGGGAATGGAACTTGAAGGAATCTTGATGATATA GCCAAGCTGGAACAAAAGAAATGAAGATTTGGAGACATAAGCAAATGAAAAATGAAAAAA TCACAGAAATGCTTTCAGAGAAATAGATTCAAAAGCTATAACAACCTGCTGGATGTTTGA ACAGCCTCATTGGCAGAGAAAAGCAGTTTTTTAAACAATGAAACAGCAGGGGCAACAGAA GACCTGCCACCATCTTTTCCATGCAATGCTAAACACTCAGCATAACAGTAGATAAGTTCG ACAGACGACACAACAATATTGTTCATGGTCTGTGTGTCTGGTTGCTCTATGTCTAAAATT CCCCAAAGGACTTGCATGAGTCCATCAACAACTTCAGAACCTACATTCAAAAAGAACAAT TAAGGAATTGCTCATGGAAGGAAGCCCAAAAATTGATTTCTGAAGGCAAAGATTGATATG CTATAATGAATTGCTTCTAAAGTTGTCAAGAGTGACAAGAGACATGTAAACAAACAGATA AGGGAGGAGAGAGAGAATTGAGGGAGAAGGGGTTGATCAAAATAGTGAAGGAAACAATGC CCTTCATTATTTTGACCCAATCAAATCACACCATATCTAAGGGTGTGCGACATTGGATAC TAATACAAAGAGTTATTAGTAAACCAAAAAAAAAATTACCATTCATCTCAAGAAAAGACG CAAGGTTTGAGCGACGATGCAGTGCAATCTTGGAAACTACACGCATCTGTGCAGTAAATT CCTCCACAATCCACCCAGAAGTGGTCCCATCCATGCCAAGTTTTAATGAGAGCATGGCGG TGGATTTCACAACTCCAGCAAGTCGGATGGCATCCTTAACCTATTCAGACAGAAATCTCC TATCATGTTAAAATATTTGACAAAAACAGAGAAAGAGCAAAATTAATTCACTCATTTCAG ACAGATAGTCCAGGCAGTTACTTGGTAATATATCTCCCTCTTTGGGAAGACAGCTTGCAG AACGCGATTGGCAGCTGCCTGCAACAGAGGCTCTCTGTCACTTTCAAATACTGTTTCTAA CAATGGCTTACACTTCAACTTGCTCAGCTCCCCTTTAGCTTCCTCAACTTTTGAGCAACC TTGTGGTTTGCACAACGAGTAGATTCTTGATAAAAGCTTCAGTCCAGCAGCCACAACCTG TTCCTCCAGTGATGCAGACTGTGTTGCACGACACTTCCTCCTAGATCCAGCAGGCCATGA ATTACAACCCAGTACACGAGCCTCCATGTCAAGAACAGCATCCATCTTCTCTTTCCACCC AAATTCATCCTTAGCTCGGCCATAAATTTCCAAGGAATCTATGCGGGGTAAAGCAGATCC ACTAAATGTAGGCCCAACAGATATTATAAATTCTTCATCAGCAAGGAGTGACTCGGCGAT TGTAAACGGAATATCATACCAAGAACGCATTCCCTCATCTAATTTTATCCCTCTCTGAAA TACAGTTATCTCAGAAGGTATGTGATTCACTGACGTGTTACCCACATGCAATCGCAGACC AACCATGACAAGGTCAGGATTTGAGTTGGAAACAGTTACCTGGAATAACGGCACACATTA GAAAGCTATAGACGGCTATGATCTAGATTCCAAACAGAGTGCATCAAAAGTTAGCATGCT AATTTAATGAAAATAAAGACAACGATTCCAAAACAGAGTGCATCAAAAATGCAATCCATA GCATCATGCCATCATCAGGTATGGATATACATGCTTTGCTTCATTTGAATTATCATACCG AAGCCAAAATATCAATATCGTGGTGTCTGTACTACGGTATTTGGTGTGCATGTTCAAGAA AAGATCAACATAATTGGAAAAAAAAATTATTGGAGGTAGTTACTAATTTAAAATAAGTGA TGTAATAATAAATGTACCAAAATTCTAAATTAATTATACAATCAATATATATTATATTAT TCTATAGATAATAATAACTTTTTAATCAAAATACAATCTAATAAAAGGTCAAAAATCTTA AATTTAATTCGTTAGGGAATATTAAGGACTTACAAAATAATCATATGTTTGATTAGAACT AACAAATATTTACAAGTCAAAATAATCAAATAGTACTAGTACAACTTAAACCTCATTTAA TGTCATCTTCAAAAGTGTCGTGGTATTTGTTTCAACTAAAAGTATTTTTTTTTGGGATAA AGTTAAAGTACTTAAGTTGAAACAAATAGTATTTCTTTTAACTATCTTCTATTTTATTTA ATTTTTTCGTTAAGAGCCGTATACACTAATTCTTTTTATGTCTAGGCCAACTTTCACGCA CCATGAATAATTCCACTAATTCCACTGGATAGATTAGCTTAGCTAGCGTTCCGGGAGAAT CTAGTCATTTATGAACTTCGTTGCAACTAGTAAATTCAACCATACCCCAAAAAGAATTGG ACCCTAAAGAGAAGAGAATTCTACAAGAAGTAGAAAGAGCTTTAGTTATTGGGCCGCATC CATCTATCCTAAAACCCTTTTCATGTTCGTTCTTCGAATGACGCTAGTGGAGACTAATTC CTTCCGACTAATAAAGATACTACTCCAGTCAATAACTGGCCACCAAGGATAGGACAGATG AAAAGGATCACCTTATGTTTTTGTCGTTGCTAGGATTTGAATATGAGACCTCATTGCACT TGACCACTGCATTGATCACTAGACCACACCTGCTAGAGTTGTAAACATTTTGATTCTTTC TTATTAGGATATGTAAATTTTATAGTAATTGCTCGTCTTGATTGAAATCTCATTTCTATG GGTTTTTTTTTTATAAAGTTAAAGTTGTATTCTTCAGCATTAAGGGTATGCTGGCTACCT CCAAAACCTTACAAGCTTAAACCATAATTACATAGATCCTAGGAAATCTACCAACCAACT GTTCTGCTACTTCTATCCTAGGGTATGCTGTCATTTTTATGGTGATTATTAACTATTGCT TTTGCTTTTCTTGAATATTTTTTTTGTGTGATGTGTTAATATGGTGTAATTGAGACGTTT CTTGAAAGTTTGAAGTCACAGTTCTCTACTATATGTAAAGAACATTATGTAGAAGATGTT GAACAAATAGTTGATCTTTTAGGCTTTTTGTCAATAATCTAGCCTCTTTTTAGCACTTTT TTTATAACCGAGAAATCCATTTGTGACCCGCCCTTTGGACCAATATACAGCCTTCTAAAC TCGGTGGATAATGAGCCCGTCCTTTCACCCTTCTCCACTTAAATATCAGGCTTCTCTTTA CATGGTGTGGAGAACACAATGTTGGAGAATACAACATTACCAACTTCAAAAAGAAACTAT AGGTAAGTCAAAGTCGAAAACTATGTTTACTGTCTTACCGTACTTACGAGGACTATAAAT AATATCGATTGCACTCATATAGAAATATGCCTATGTGTATAGTGGTAATTATAGTTAGAA GCCTTATCTTGAAAAAAAGGCCAATGCAATCCAACATTCAATCATATTCAGTTCAAAAGA TATGGCTGATCTTAAAAAGGGATCTTATATAATTTCGTGCATAAGACCTACTTCTTTGTT TTGTCCAAACTCAACAGTGCACTCTCTTTCCAGTAAATAACAAATTCAGCCAATTTCCCA TCAAAACAATGCACTGTTAGGAATAACTTCCTTGTCTAGTAGGAAGGATAAAGGGATAAC TAATACTAGAATAAGTTTAGGATGAGTTTATCCAATGTTTGGTTGGGATAAAATTGTGGG ATAACTTATCCCGGGATTGTACTGTTATTTTTATCCCACATAGAGAATGGGATAATAAAT CTCAGGATAAATTGTTCCTAACCAAACGAGCCCTTAGCTCATTTCAGATTCAACAGGCAA AAGCAAGGATGACAACCTCATATGGTCGTGCTCTCATCTCTACTCAAAACACCGAAATTG TGTAGTCAAGACCACCAAACACAAAAATAAAGATTGGAACTTTCAAATCATAACTTAAAT CCGATTTTTAACCTTTTTAATTGTGAAACATTCTCCACTTCAGAGGGTGAATCTTGAACA ACCATGTCTAGACAGAGGCAAATTCAATGAATTAGGAGACAAATATAAAATTACCTTGAA TCCTCCAGGGTTGGGACTCTCTAAGAACCCTTCATCAGAAGCCAGGGTTTGTTTAGCTAC TTCAGAATCACCATTCCTTACAGCATCGCTACTCAGCTTCACATCTTGCGTTATACATGT AGCTCTCTCAAAAAAATCCAGTGGAAATTCTGGTTTTGCACCTCCATAAGCCTTATTGTT GAGGATCCCAGGGCCAAGCTTCTTAACCTTATCACTGATAGCACTGACACCAGAGTCGAC ACCAGCTGGAACATGTGAGTATATCTGTAGGCTTCCATCTTCATGTAACACAAGACAGTG GATTTTGTCTTTTGACAAAGGCTTATGAGCAGCAACCCCTACAACAGGAGATGCTGAACC CACTGAATGTCGCAAGTTCTGTACGAGTACTTCATGTTCACCAAATGAGACAGCACATGC AGCATTTGAGTTCAAACTTGAGAAGCAACCAAGCAAGGCACTGCCACCAAATAAATCTCT CCACCGGTGCAATCCTGCTGGCCGAAGTTTATCATCTGTTTCATTCTCCAATATGGCAGA GGCCTCTATTAGGGAAGTTACATCTGGATTTACTCGGCCAACCAAGGTGGTCCCATCTTG AAAGGACAAAAAGAGCAACCGATGCATTAGCGAAAAATATAAGGAAGAACCTTTTGCATG TCTTTCTTTACCCTCAATTTGCAGAATTTCCTTCAATGGCTTGGCCCCGACATTTCCTTT TGATGACGACAACTCCAACCTGTACAAGCTACCATGTTCTGAAAGGACAATCAGAAACAC TCTACCCTGTGAAGCCATAATAAGTGCAGCATCCATAATCATGTCATCAGGCAAAGTGAA ATAGTGCACAGGACTAATATTGTCAAGGGATAAATCATATATCTTAACAAATTTGTTGGT GACCACCATTAGTTGAACTTGAGATCCAGGGACCCAGTCTACATGTTTAATATAAGCACC TTGTAGAGGTAGAGCGAGTTCAATGGCTAAACGATCACTCACTTCACCTCGATGATTTAC CGTGAGAACCTGGCAATCTTCATAGCCAGCCACTGCAAGGTAATTTTCTACAAGAGGATT GAAAATGAGATTTACAATCTCAAAACGGACAACATTCCTAGAAAGAGGCTTCACATTGGT CTTGTCTGCAGTCACAGGAGCAACAGTCGCTTGTCCAATAAGCTGTCCAACATCAAATAT AGCTACCTTGTCACCTTCTCCAACAGCAAGCCGACCTCGTGTGCTAACACTGAGTAAAGA TTTAACAAGAGAACCGCTAGCCAAGTGAGATTTAAGTTCTTTGGCATTTGAATAATCAGC CTTTATCTTCAAATCTAACGATCCACTTTTATATGCCTTCTTCAATTGCAAAAGGTCAAC ACTGTTACACAGTACTTTCTCATCACCCAGGAAAATTTTCTTCTCCCTAGAAAGGCTAGA GTCTCTCCGGCTTGTAATAGAAGGCAAAAATGAAGAGCAAAGTCCCACCACACAACTTTC AAGATCAAGCTCATTTAATAAGATTGGCATCCCATCTTGAAGATCCTTTGGAATAGAAAT CTTGATAGAGTTTTCTGCTTCCACCAAAACATCCTCATCGATATCAGAATCACTGTCAGG AAGTTGATCTCCATTTTCTGTGAAAGGCAGAAAAGACTGGAAGTTACTAGCACCACGACT GGCTGTAGTGTTGCTTCCAGCAAATTTTCGAGGTTTCAGACATTGACAACTGTTACCACG AACACCTCCTGCACCACAGTCACAGAAGAAGCGACTGGACCTAGAATAGACCACACGATG ACCCCGATGACAAACTTTTGCACAAACAGAGCAACAGCCTTTAGACACAGTCAGATCACA TGTGTAGCAGAAGTACCAATGCTGTTCCATAAAATTGCTACCGCTGGACGTAAATGTACA AACTTTATAAGCGAGGGCCCTTTCACTGTTATTATCTTCCTCGTCATCCTTGTCCAGGCT ACCATTCTCACCATCAGATGTTCCATCATCCTCATCTTCATCAACAGAAGTTGCATCACA TTCAATTGATGCGGACCCACCTTGACTGGCAGAAAGGACTAAAGCATCTGCATTCTTCCT GGAGCCAACAGATCTAGTAGATTCAGACCCCACCACAGAACTACTGTTAGAGATAGACTT CACAAACGATCGTTCTGTGGCACTCTTAGCAGAACAGCAATCGCTCAAGACACTTGCCAG GAAACCAAAGAGATATTTCAGCCCTTGAAGCATATTCTCATCACCAGCCAGCTTCTCAGT CAGCAACATTGTCTGCCGCATAAGTTGCTTGATTAAATTTTCACCTCCGGAAAGCTGAAC AAGAAAATTAAAATAACATTTGGCTACTGTGAAGTCAAATAGCAGAAAAGCCTTATCAAG TGAAATCAGCATAGATTTCACCAAATGCTTATGCAGTTCCTGGGACAGGATTTCAGGGGG AGGAGACAGCAGGCATGGTGATGAAGTTCATTGTTGATTCTCTTAGAGAAACTGAAGCTC CTTTTGCACATGCAATTCCACTAGATTCAGCTCCGAAAAGCCTGGTTTCAAGCCACTTTG ACAGGTAGACCATGTCCATATGAAGAAACTTCTTCTGCAACTTCTCTTTGACATGAGCAT ATAAATCTCCAGATAAAAGATCAACAAAAAAGTTGAGAACCCTGGTATTGACAAGCTCAG AGTTGCATCTGTCTAGAGCATCAACCAGAACCAACAAATCACCACGTTGTGAACCATAAA GATCTTTAATTTGTCCGGAGACGTCCTCGAGAGAGAGGAAATAACTCAAAACCCCAATTC TGGAAGGCTCTCTCTTTAAGCTATCAACAATATCAATTACCTTGACAACAAGAACATCAT AAATGTCGCTAGAATCAGCACCATCTCTCTCATTAACACACCTTAAAAACTCCTCCATGT GTTTTAATATGAATAAGCTACTATAGTCAACACCACCAGAACCTTCAGTCAACCTTTGAT AAAGAGCATTACATTTTCCATGAAGGTCTTCAAATATCCTGTCACACTTGATCCTACAGA CCAATTCAAGAATCTGTGAGATGACCTGTGACTCCAAGCAAGCTATTCCTCTAGCATCAA TGACCTTCATTAGCCCATCTATACAATTCACAACTCCTGCAACATTAAGAATAGATGAAA GGAGAACCCCACTTGGAGGTTGAAGAAGACAGGGGAATCCATGCAACAAAGATTCCCATA AAACTTTAGAGTGACCTCCTAAAGATAACTTCTTAAGAGTTGTGTCCAGCTTTGACAAAG TTCCATAGAGAGGCTTATAATGGCACGGATCAGAACCCATCTTCTCAAGCAGTTCATCCT GTTTGCATTTATCAAAACCAGTGTGCACAAATAACATTGCAGGTGAAAATCGGTTGGCCA AGAGCTGATCACTGTCGATCGTCATAATTAAAGCTCTCTGGTAAACTTCTAGGTATCTCT TCAGCAAAGATGACAATACTTTAATCAGCCGTTCAACTTGATTGGCATCAACTAAAGTAG AAATAACACCTTCAGTGAAGGCACAAAATCTACCATCTCTTGATGTCTGCACTGATGAAA TAGAAACAGCAGAATCTAGTGACTTATTCAAGCAGTGTCCAGTGGTACCAGCAGTAAGCA ATGACAGTGACATAGATAACCAAGATCCAGCCCTTAAAAAATCCCATCCAAGTTCTCTCA CATTTTCTGATACGTATAAATCATGTAAGCGATGAACCAACTCCAGCAACATAGCCGAAA AAGGTTTGTAGTTTATTTTCCTCATTTCACCCACAAGTGACTGGCTAAAGTAAACAAAAT GCTCAGCATTTGAGAGTTCAGGAACTTCAGCACTAGTTAGCCAAAGATGCAGATGTTCCG ATGTGGATTTCAAGATGGGTAGATCCCAACAAAGCACAAAAATATATCTCTCAATTATCA GGTCCTCCACTTTTTCAGGTTTTTTACCTTCCCAGAACCTCAGTATCCTGGAAAAGGAGG CACACATCTCATCCCAGGACAAGCCTAGGCTTGCTATTGTGGGATCATCTCTACATGCAG ATGGTGGAAGAGGTGCGATATCAATCAGATGACTTAGCAAAGCACTGTAAAAAGGTGTTT CTTTGATAAAACCACCTACTACACCTTCAAACAAAATTGAGACCCAAGATGAAGCATGGC TGCCTCTGACACGAGGCCTCAATCTTGAAGAAGCAGCTTCCCTCAGCTTGGTCCTGAACT CCAAAAGAAGGGATGATGGACAAACATGGGGACAAAATGCCATATGACGAAGCATTACTA TCAACCGTGAAATTAATAGCGCCCAACATGACAACTGCGTACTATCAAAACCATTGGAGG GAACAGCAGCGGCTTTAAGAGTAGAGGACACCACATTAACCTGAACAGCCTTCTCATCTT CTGAAGATAGGTGAAAAGCCATTAGCAGTATCTCAATATGGAACAGCGAGGGAAGTATCT CCAGAAACTCCTTCAGGTTAGGACACTTCGAACATATAATTTTTGCCTTTTCAAGCACAA AATCAGCAAATATATTGTAAATTTTTGGTCCTCAAGTTGCTGCCAGCAGAATCTACCAGA CACACAACAGCATGCGCAAGTAAACCAAGAGTTAGATCATTGTAAGCAAAAGCACCATTT TCAATAACCAGGATTTTCTCAACAAGTGATTCTCCAACTAAATCAGACACAACATGACGC GACAGGAGGTTATGGAACAGATCAAGGCAAATGTCACCGAGATGCCTATGACTAACTTTT ATTTGTTCATTTAGAGCTATCCCATCATCCTGATCTCTTTCTTCAGCATCACACCATTCG GAATTGAGTATAGAAAGCAAAATGTCAATGTGGTGGCTTGTAAATTTCCTGCACCCATCT TCGTATACAGGACCACACCATTCATGTGAAAAAATGCTATCATTCAAAAAGCTGAGCAAT TCAGTTGCAGCCTGAATGGGCATATTGCTTATATTAGAACTAGGTGCAACAGCAGGTTGA TCATATCCATCCACAGAACCTGCTGAACGACCACCCTCAGAAAAAAGGTCGCCGAAGAGG GCTTCATCTTCATGACAAATGGTGCTTTCGGACTCGGACATAACAGATGTCTTGGTAACA CTGGAACATGACCTCTCCAATTTAGGCTTCAATTTGACACCCTCAGAGTGAAGTAGCAAT AGCAGATGCATTAGATTGTCCACCCATTGAACTGATGGTGGGAATATTATTCTCAAGAGT TCCTCCGCCGAGTGCTTCTTCAGCAGGTTGACCTTGGCTGAGTGAACCTGACATGAAGGA GGCTCCACAAGTTGATTGGCACTTGCACCTTCACCATCAAGGCCCTTGTACTCAAATAGC TGATATGTTCTATTCCTCACATCTAAAATGAGATTGAGAACATAAGAAACCACACGGGGG CAGTAGGCCAAAGGAGGCTTCAGGTTAGCAGCAGCACTCTTGCTGTACTTCCACAGATTA GGATCCAAATGATCAAAAATTGCAGCTGCAATGCATGCTTGAATGTTTTGAAACACATAC GTATTGCAGAAAATTGCCTGTACAAGCTGAATAAACTCATCAAGCAACAGCATTACTTGA CTTTCAAAGCCACTCTCAACTGCAGGATTTCCAATTACAAAATCAAAACCCAGCCTGAAC AGGGTGGGCAATACCTCAGTGAATGAAGCAACAGATTGGAATAACTTGGGATCAAAGTGA GCATATGAGCTATTTTTAGTAAGTCTACCCAGTAACTTGAATACTCTCACACAAAATGAA AATCTCTTCCTCAAATTAGGAAAGGGAAACTTCTCATCAAATGGAACTGGAAGCTTTAAA AGGCTTTTGCAAACAGTAACAAGACGATGAACACATTCCAAATGTACAAGTGCCCAATGC TGAGACAAATCGATCAATTTATTACGATCATAAGGAACAGATTGCCCAATAGTGGCTGTA TCCACATTGTCAGGGTGCATCCATTCAGAAGCCAGTGTCATTAGAAGGCTATCAGCTGTT TTTTCTTCCTTGGAACATCTCCCCCCTACAGAATGAAACAAAATAAGAAACTGTTAAACG AACATTATATACCAGGTGATTTCAACATATGACGCAATTACAAATTGTCACGAGTACCTT GAAGCATGCATCTTGTATCGTCCTGCCATTTACTAACACTATCTTCAGTTACAGCTATTG GCAACATATCCATGCTAACATTAGAGGAGCATGGCTGTGAAAGATCAAGCTCTTTGTCTG TTTCATCAACTAGTGCTATTTCTAATAGCTGCAGGATATAACTCTGAAAGTAGAGAGAAC ATAATAATTAAATATAGCACAAATATGGTGCATAAACAACAGCCTAGCAGAACTTGATAA CAAGACAGAGTACTTAATTTAATACCTGAAACATTGAATCATCGCCGTTGCAAATCCATT TTTCCAGGCAACACAAGGCAAACTCTACAGAAAGCTGAATAGCCACCACAATTACAGGTT CAACTCGCTCAACTGTGATAATATCAAATAAGCCGCACGCAATAAAACTTCTATTAATTA TATCAAATTAATAAACGGATAAAGTGTTAACAGTACCTGATAAAGATCGAGTGGAGTTGA CAAGCGCAAGTGCGAGGGAAGCTAGTGCTTGAATCTGTGACTGATCCCAAAGTTGAAGCC CTAACTTGTTGGCATCATCGGCTGTGGGTTCTACTGATTGCCGGAGAATTAAACATAGTT TCTGGAACCCTAGATTGAGTGATGAATCAGCGCGAAGTCTTCTAGAGAGATCATCGCCTG ATGAGAGAACATCGACGAGCTTGGCGATCTCAGCCATAACTCTTTTTTATTACGAGAAAT CTATCAGTGCATTACAGTATGATCGATCGGAGAGCAGAGAGCTCTCGCTATTTCAGAAGA AATAGATAGGGTTTGAACTATGCAAAGAAAGAGTTTTGAGATTGAAATGTGAACTTACTG GGAAAGATTTAAGATTGAAGTGTTGAAGGTTTAGAACTTGTTGGGCAATTTCTTGAGGGT AATATGAATAAAGTCTTGTACGTGTAAAATTAGTACTGGTGAAGTCATAAAAGGAAAAAT TACTTGTAAAGTCGGTTTAAAGCAAGAAATCAAAAGATATGAGTATATTAGAAAATGCGA CTCTAGAGTAGTCTCCAAGTCATTCTTTGGAAATTTTTTGTCATTTTTTGGAAAGTGTGA TGCCAAGTGCGATGCATTGTCAAATAATTCAACATTAACATTTTTTATTTTTATCTTTTT TTTTTTTAAATGTAAATCACTCAATCGAAGTTATCTCAAAAAAAAATGAAAAAATATAAA GGAAAAATGTTTGACAAAATTAAAGATTTGTTTTAGTTTTAAGAGAAATTTCCAAAAATG TTAATCTTGTTATGCAATCTATGTTTAAAACAATATTACTTTTCAAAAATTATAAATTTT CAAAGTTTAAATCACATAGTGAATAATATAAATTAATTAACAAAAATTAATTATTATAAT ATGTATCAAAATCTGTAACAAACATATGAAGCAGAGTGAAAAAAAAATTAAATCCACTAA ATACACAATATTTTCTTAAGAAATTATTCTCCTCTAGTATTTGAGATTTGAATTATAATA TAGCCTTTCGGGATAGAACAATTTTATCCACCATGTATTAATACTCAAAATAATAGTATC AGTGAGCCACTAAACGGCAGTAAAGTACATGAATAAACTTTGTACAGAAGAAAAAAAAGT CAAAAAATTTGTAAGCAGAAATATGAGAAATCAAAGGTATTTATAGCCAATAGCATTAGT TTTAAAATGTTGCAACCTTTCAGAATCCACACGAACATTCATGAAAGTTTGCAACCTTTC AAATGGTCATGGTTGTTCATGAGTTGTAACCTTTCGGAACACTCATCTCCACCGCCGGAA AATTCAAATAAAATGGAAAAGATTTCAAGTGAGATGAATCGCGCAGATCCGAATCTGGTC GAGTCATTTTGGCTAATTAATTAAATAATTAAAATACACTTTGTCAAAAAAATAATCTCT CAATTATTTTTCGAAGTCGAACCCGAGCAAACAACGACAACGGCGCGAGGAGTCCCTCTT TCATTTTTTTTTACCACCACCAATGATGAAAATATGTCTTTTCTTTAAGCATAATAGAAT CTTTTCCAAAAAATATTCATCTTCCCTCTATTTCTCATTAACTTTTACTACTCAACATAA TTTACAAAATCTTAATCTTCAATATACGGAGACACAATCATTTTTGGACATAAGGTTTTT GATTCATTCAATCTAGACAATTCTTAGTATATTTGAGTCTGCCGAACAATAAAACAATCT AAATTTAAATTTCAATTGGTGTTTGATTTATAAAATTGGATTAGATTTAAAATTTTATTT TTAAATATTTATTTGCCTTTAAATTTTTACTAAATTTTGAAATCCAAGTTTTATGGTCCC TTTAGCCACAAATATATTTGGAAAAAAATAAAAATTGATATCTGGTCATATAATTTGTTA TTATTTGACAAATATATTTGATAGACATCCAGCATCCAACATCCAAGTTCTAGAAAAAAC TAGATTTAAATTCCAATATTTGATTTTTAAAAAAAAATTACTCAAAACGTTATATTTTTT ATAAAAACACTCATAATTTATAGTTTTATATTAGTTTTTATTCCAGTATGTTGTACAAAA TTTATACAATCATAAACATATTTTATACATTTTTTACCGAGCTTGCTCTCTAGAATCATT CTTATTACTAATAGTAGTAGTATTTTTCGTAAATCAATGATATCTTTCTTTTATTTTCTC CCTTTATTTCAAAATTCCTATTATTATAATCATTGTACTCTTTCATTATAAAATAATATA ATTTATAGGTATGAATTATATTTTTGAAAAGATATATAAATATTTCCCTGAAGTTGGTCG GATAACTTACTTCAGTACTTAAACTATACAAACGTTTAAATAACCCCTTAAGATCTCCAA AGTGATTTTTTTCCATCCCGAGGCTGTAACATCACTCTCATTCGTTACATCATAGCCACG TAAGCGCCACATCATAACCATGTAATCACAATGTCATTAACTTTTTCACTATTTTTTCTT AAACATTTTTTAAAATTAATTATATCAATTGATTGATTTATAAATGCATATCATCACCCC CACTCCCATCTCCACCCCTCTTTTTCTTCTTCCTTGTTGTTTATCTGTATTCCAACCTTC AACTTTTTCTTTTTTCTTCTTATTCGTTACTATTCAACAACATCTTAAGTCACTTCAAAG AAGAAAAATCACATTATCCTCTTTGAAAGCTCACATCAAATTTACCTTCTTGGAGAGTTG AATTTTTTGAAAGCTAATTTTTTCTTGATAACTCAAATAAGAAAGTAAGATTGCATAAGA AAGTTGATCCAAAAAAATATAAATTTTACGAGAAATGTTCTAGAAATCAAAACGGTTCAC CCAAAAATTAAGAAAGTTTACATTTGCGAAAACAACACCAATAGTGAAATATACGTCAAT AAAATGACATTGGTATTGAAGTTTATGGATTAGTAAAAGACAACTAAAAGCAAAATAGTT GATAGAGGTAGGGATGAAGATGTTGGATGATATGTTTCAATAAAGAAAGATGTGTATTGA GGAAGACAACAAAATGATTAAGCTAATTTTATTTACCTCTTAATACGAAAATTTACATAT TTTAAAAATTCAATATTAGAAAAACTATTTAAATAATTTGTTATATATTGACCAATTAAA AAAGCCATGTGTAGAGCTTTAAAATTCACCTTTTCTTTTTCTCTTTTTTGAGGCACTTTC AGGAGAGTACACTCACTCCCTGTCACGTCATTTATTTGAAGGTATTTTAATCACTTAAAA GATTTTAAGATGTATTTAAATATTCATATAATTTAAGTGTTAAAGTAAGTTTTGCTCCCA AGTTTAAGGAGGATTTATGTATTTTCCCTATATTTTTTTAAAAAAGTCACATATTTTTTG CAAAAATCTATTGTCAAAGACACGATAAAACTTCACTAACAAATGACTTGTCAAATATAT TTGAAAATTTATAATTAAATGCTAATTTATATATTTTCGAATATTCATCAATTTGGCTCA TATTAAAATATATTTTTTCGCTCACAAAATTATATTTCCAAGTAAAATATAACTCCAAAT ACAATTTTGAAAACTCATTTTTTGAAATTTCTACATCAAAATCATAATTAAATGAGAAAT AATCGCCTGTTAGTGTTTTTTTCCAAATAAATGGAATTGGGAAATCAGTTTTACTAGTAT AATTGTCAATTAGTAATGGCCATGGACTGAACTAACAATAATTTTGGGCAACCAATTAGT GATCGCTTTTCACGTGTTAACCAACATGCTTAATTTAATTTCTATTATAATCACGACATA CGTTATATTACGGTGAGTATTATAATGATTGATTTTTTTTAATTATCATTTTTAATAAAT TAAGAAAGAATATTTTATTTATTAGACTATCAATTTTATAATTATTGAGCTAATCGTTTT TGAAAAATATATTTCCTTGGTTTTGTATTAGGTAGTTATTTTAAATATTTGTCCACATTA CTTGATCACTTACTAAATTATGATATGATTAATTATTTTTTTTTCATTTTATTCCAACAA TTAATATGACATTTGAAAGTTAAACAATCTTCGAAGATCTAATTTTTTTTTTCCAGTATG ATTAATATGAACAAAGGGCAAAATAGGAAAGCTGATCAGCATATTAATGATTTCTTAATT ACCATGTAAAATAGAAAATGCCCCTCTAATACGAGACAAATAGAATAATGAGTAAATATG TTCGGGTCCTTTCAATCAATAGGAATAAAATGATAAATTCGTTATATCATGATTATTTTT TTAATAAGTGTATGAAGTCAAAATATGACAAGTAAAAGTAGATTTGATTACATGTTTTAA ATAAATTAATCAGAAATTTTAAAATAGAAATATGTATTATATTTCATATTTTTGAGGAAA AATAAATTTACACAATCAAATGTGTTAAAGCAAAAATATATAATCAAACACAAATCTAAC TTAAATAATCTAAAATAAAATGATTTTTTTGTTAGGGCAACGTTTACATATAGCAAACAT AATATTCATATTTGTATGCTATAGCAAAGTTTACATAATTGCGCTCCATAACAAACATAT ATATGTATAATTCGCTAAACATATACAATTGAAGCGAATTGCATAACACGAATTGTATAA AATGAGAAAGAGAGAAATTATATACAATTTGAATTGTATAAAACGAGAAAGAGATAAATT ATATACAATTTGAATTTATGTAAAACGAGAAAGAGAGAAAGACAAAAAGAGTTTTGTGCA GGGAATATATATAATTGAATCGAATTGTATTAAACGAGAAAGTGAGAAATTATATACAAT TTGAATTTGTATAAAACGAGAAAGACAAAAGAGACTTGGGTATGATATTTGTGTTGTATA AATATAGGTGTATAAGACGAAAATATATGTATTTTCATGCGTTTATACAATTTTTTCTCT CTTTATTCAATTAAAAACACAATGCTATTATGTAAAGCCAGAGAGACGAGCGACATGAAT AAACAACGAGAATATGAGGGAAAGTGGCAAGCAAAAATATAAGTAAGAGAGGGACTAACA AACAATTTACTTATGAAACACTAATAAATCAAAAAATAACTATGATATTTATTTTATATT ATTAGTTTGATATTCTATACTATTAACCCTTTTTGTTATCACCAAAAGCCTAACGTACTA AATATATATAAACACGTGTATATATAATTAATTAACTTCTAAAATTCAAGTACTACCCGC AAATTAACGCCACATACACATTTTAACGACAAGAACTGACCGGTAAAATGAAAGCCAATT TCATTTAAACTTCCCTCCAATTTCTATCTTTTCAAATTCTCTCCTCCGCACGCCTTATAC AGACATTGTGCCTTATTGGAAAAGTAAAGCAAATCACAAACATCCAAATCTCTTCACTTC TATCATCGCCGGCGCCCATTGTTCCATTCAGTGCCACCACTGACGGCTGCCGCCTCCACC GCCAGGGGTAAACCTAACTGCGTCTTTGATTTTTACCCGGTTACCAAGGCAATTATGGTT TGAGCCTTTTAGGGTTCACATGAGTCTGAAAGCGCTGAGCAACTTTCGGGTAGTTAATCG GGGTTTCTTCTGGAATTATTATTTGCTTTGTGTTTTCATATCTCGTGGTTGCTTAATTTC AGTTCGATGCCCCAATTTGTTGCTCGTTAAGCTTATTTTTAATGCTTTAAGTGAGCTAAT TTATCTCTGTTTATTCCTATCTCTTTTTGCTATACATCATGGCACGAGAACATACAATCA TATATGTTAATAGTCGGAAGAAAATTCTCTAGGGATGTTAGATTTTCCGGCGAGATCCGA ATAGCTTTCCTGCCGGTTGGATTGTAAGCTCTGGCTCCTATCTTCCGATTGATATTTCTA CTCCAATGTGCTCCACTTCAATAGTTTCGTTTTATGTAAATTGTATTTTACTTCAGAAAC AATTGAATCTATACTATAAGTTTGGTTTCTTGTTGATATTGAATTCATTGCATCTCAAAG AATTGAATAAAGGTGTTAATTATGATTTACACTTCAAGACTCTGTGAGGGGCCATTTGTC TTAGCAAGCCAGAGTTCTATTTCATGGTAGATGTTTTTTCTTTTGATCGCTACCAATAGA GAAATTGATGTTTTGATAGATAAAAAAGGTTTGTGGATGTTACATTTTCTCCAATATCTG TGGAATTGTGGGACGTCTACGTGTATATGATGACATTGCTTTTGAACTATAAGTTATAGA AGATGTTCTAATGTTGTTGGCCAAAGAGTAATTCTTCTCTTGATTATTTGCTGGGAAGAA AAATGAGGGGAAGAAGTTGGTGATGGTTATTGTAAGTTTTGATCAAATGATTCACTTCTT CCAGGCTTACATAATGATGTTGCATTAACATCAGTGGAAAATTTGTTCTGAACCTAACAC ACATGCTTACTTCTCAGCAATATATCTTACTGCTTTATTCTTTGTTGTATATACTTGTGG CTTAGCCTGGCACACAATTGTTCAATCCCTCGTTCATCACATTGTTTTATTCATCAGATC ACACATGTAGTTAGTAAGGTATTCATGACCGAGGAAGATGTTAGTTCATGTTCATTCTTG GTAAAGTTAAGGAAATCAATGGAATATGGGATTATGGGTAGTATGAGATAGTTTTCCTTA TTTAACACATAAACACATTAGATTAAATTGACCCTGAAGTGAAGCAATTCAACTGCTACT ATGAATTCAAATAGTGAAATACAATCAGTAATTTTTTCATAATTTTAAGAATGTGTGAAT TATGATGATAAGCGAGCATACATTTCCATGAAGTCATATGAGTTTCATGGTTTTGGTTTA TTAATATTGCTTCACCAGTAAAGATGAATAAAAGTGATGATTTCGGGTTTTGGGTTACTC CACTCTAAATGCTTATGCTTTTTCCTGTCTATATAGAGTTTATTTTTATAGCTGATAATT ATTTCTTAACTAAGGGAGCTTGACCATCATACTTATTAGTCATCACCTCGTCAAACATTC TCTTATAACATACTGATAGTTCATCTTTTGCTTTAATGGAGAGCTAGTAATAGGAATTCT TTAGTTTTTGAAACTTCCAATAACTATGTAAATAATGAAAAGTGATCTAATAGTTTCCAG GGTAAAAAAGAAGTTATGTTTGATCAATATTGTTGTTATTGATGTTAACTGGAACATGTG CTGCTCTTCCTTGTAGGTAGTTACCATTCAAAAAATGGCAAGGTTCTTTCTGGATAATTG TTTTGTATAGGGGATAGGGTATAAGATTAATAAAATAAAATTAGTTTCAGCATACTAGTA ACAACTCTCAGATTTGTCCACCAAGCTACATTAATTGTAAGTATAAAATGTCCAGTACTT GTTCATCCAAGAATTCGTTCAATTCATCTCTTCTGTTGAGCAGAAGTTCAGAAACTATAT ATAGGTATTTGGTTCCTGACACATGTAATACCAGCAGGTCTACAATTTTTCTTTAACACT AAAGGTTAAATATCTACTAGCAATAGCCATTATCTTCTATAAACACAGTCGCTGATAAGT TTAGCTTTTATTGAAGTAGCTTACATATCATACAATCACTTGATTTCCTATCTAATATGT CTAACAAAACAAAACGAAACAAGATGAAACCGAGGATAAAAATTATAAAGGTAAACAGAA ATCAAGAAACAAAGAAGGTAGTAAAACAAAGTGGAGTAGGTTTATTGGAGAAGTACAGAG GCATAAGGAAAAAGAAGTTGCCAAGCTATATGACAGGTGTTTGTGTAACTGTATTCTTGA CTAAGGAGAGGGGTTCTTCTTTTGTAGAGATGAAGAAGTGGAAGCTGGAGGAACACCAGG AAAACCAGGTATGATTGGTGGGAAGAGTGAAGGGGGCGGTGGTGGGGGAGATGGAGTTAA ACCAGGTATGAACGGTGGGATAAGCGGAGGGAATAATGAAGGTGGAGAACGTGGAGGTGA AGGAATTAATGGAGGAAATATTGAAGGTGGAGGAGAAGGGAATAAGGGAGGAAATATGGA AGGAGGAGGAGATGGGATGATAGGAGGAATAATAGAAGGTGGAGGTAGAAATGGGTTTGG AGGAAGGATTGAAGGTGGTGGAAGAAGTGGATTTGGAGGCAGGGGAAGTCCTCCTATTGG ATTGAAAAAATTTGGCTTAGCTGCAGTTTCTGATTGAGAGTAGTATTTGCTAGAGTCTTT AGGCACTGGTGATATTGGAAGTCCTGGAAGATCTGGCAAAGGAGGGAGCAATGGTAAAGG AGGTAGCCTAGGAAGAGGTGGAAGTAAAGTACCTGGCGCTGGTGGATCTTGAATTGGAGG GTAAAATGTAGGATCATTGGGATTTGAAATAGCAGACTTTTGAGGATCTGTTAATTTCTT TTTTGACTTTTGGATGCTTGGCTTTTGGCTACAGAGATCTGGCTGGTTGAGAGGCTTGAA AGTGAAGAAACCAGCAGAGAAGATGTGAGTCCCTTGTGTTCTTGACTTGAGATGAAGGGA AGATGAAGTTGCTGTCGACGCCACAGCACAATATGGCTCGCTGCTCTTGATCAGCTTCAC AGAACATCCCTTGATTTTCTTGACATGTTTACTTACAGAAATAGGAAGGTCTACACTGAA TTTCCCATGCTCATTGGTTTTCACCTCCTTGTAAAAACTTGATCTTCTGACCGAGTCTGC ACATTCTACAGCGACAGTAGCACCTAAACACAGATTTAAATGCACATTAATGAGCTGCAA GCTCAATGAGAACCCAAGAAAGATGATATAGTTAAAGATTTTGACAAGAATGATGAACCT GAAATGAAGTGACTAGCCCCTGAGAAGTGTTGCTGGAAGCAGGTATCACAGAAAACAGTT CCCTCAATAACTGCGGTTGAGTGATGCCTATGCCTAGTATTCTCTGCCTGTGAAGTCGAA AGGTTATGAAATGTGAAACCAAGAAAGAGGACTAAAATCCAAACCCAAGATATTCTGATA TTCATCATGTTTTAGACTCTTGTTAAGTTCAGTTTTCTAGATCAGAAACTACCATATGAA TTCTCAGTTTGCAAAATAGAGAATTTCAGTCATTTGCTTGGCTTTCTATGGTTAGAAATG CTGAAGTATATTGTGGAATTCTTCTAGTTATATGAGAAGCTGAGACATGATATTCAGAAC TCTGGGACATTAATTTATAAGGAGAGTGGCCGCAAACCCTCTTTATGTCATTCATGCAGA GACCAGTAAACTGCTAACTGCAACAGTAACTTCATTCATTTCCTTACTACGGCCAGACAT GGACAAGAAACGAGAAAGTTTTTGGGACAGATAAGCAGAAACAAGTATTAATCATAAAGG TATAATGCTTACTTGCTTGTCTGTATCTTTTCTCTTTTCAACATAGTGGGTTTTGTTTAT TAGTTGGTAAGGAATGAAAAATACCATGGACAGACAATTGGGGGTCCCAGTTGATTCACG AGACCTCTATAGCAGCCACAATTTTTTTTGGTCCCTTGTGAACTTGTAAAAAAATAGGAA CAAGAGGGAGGTCATGCATGTGTATGATAATGTATCAAGTTTTTGCTTATCCACACTTTT AGGTTGGTCATGCCTCTTTTTTATTTTTACAGTTAGGAAATTATCTCTGCTTTTTAACTG TCAATGGAATTTCAAGAAATCTCATTCTTCAGTCATGAAACTTTTATTATCTTCCATCTT CATCGGATTAACATATGTTGGCTATTATGAAGGTAGAAAAACTGTTTCCATAAATTCTTA ATGGCTCATTAATTACTGGTGCAATAATTTCGATAACAGTGACATGATTATTCTGTTTAT GAAAATGATGTATTTGTCCCACGTGATCTTTCTCTCTCTTCACGGGTTGTTAGTAGAAAA TTTGGGTAGTCAATCATTTTGTAGAATGGGCATAGGGTTATACTATTTGTCCTTATTTGG TTTCTAGCGAGAAGCCGTATTTAGGAAGAAAAAGAAAAGGGATGCCTCTGATCCTCTTAT CAAATCAATTCCTGTTTGGAATTTGCACCAGGTAATACGAATTATGACTAATTTTTTAAT CCTAATCTTCTCGGACTAAGTTAATAAGTTATATTAGGAGTTCTAGTTTGACTATTATTA CTTGCATTTATTTTTTCTGATGATGATTCTCTATGAACTCAGATTTCACTCTGCATATTC CAAGCTCTCAATTAACGTACAACTAATTATTTTTATTAGTAGATAATAACAACCCAGCAT TCAAAGTGCATGGTCCAATTGAGACAACTCAAATTTGCAGCATATATGTTGTTATAAGGG TGTCCAGGTGGTAGCATGTATAAGTGTTTACGTCAAATCAATAAAAAAATATGTACTTTT TATTAGTAAATTTATCGTTTAGTCATGGGTGGAGCAAGGATATCTCAAACTGTTCATGCG CTAACCTCTTTTAGTTAAAAATTTATATGGTATATATAAAATCAAAATTATGTTTTATTG TATATTTATATATGGTAATTGTTGATTTTACTTGGCTTCTTTATATGGTTATTTCTTTAT GTTTTGGATCATAATTAAATTTTGTTTCTTATGCACGAGGTGTGAGTAAGTATCTACACT TGGATTTTGGAAATTTTATCTTTAAGTATCTGTTTGGCCATGAAATTTATCTTCATATAT TTTCAACCAGTTTTTCGATTATTGGGCCTTCCACTTACGATGAAATTTTTTTCCAGGTAA AATGTATGTTCAAACTCATTTAAATCGTAAAAACCACAAATTCAACCACTCAAATTTTTA AGTTTCAAATAGGAGCTTAATGTTTGTAGTTTGATTGATCCGGTTTCAACCACTCAAATT TTTAAGTTTCAAATAGGAGCTTAATGTTTGTAGTTTGATTGATCCGGTGTTTACTTATGA ACATCAAAGTTGCGTATTAAGCTAGCGTTTGGCCATAGGATTTCCAAATATTCTTGGCAA ATATTATTTGAGTGAAAATTTGGGTGAAATTTCACCTGTGTTTGGCCATAAAATTTGGAG TGAGTGCAACAAGAATTATTCACTAAATATTTCATCACTATTTTGGTGTTCACGTAAAAA ATGATGTAATACAACGCAAGCAACTACTAGAGAGGGTGTTTTTGTAAAAGATAAAAAATT GGGGTAAAATTTTAATTTTTAAAATATCCCAAATAATGATATTTGACCCAAATACTAGAA AAAATTAGTATTTGGAATATTTGCCAAATAATAACAAATTGTATGGACAAACATTATTTG CCCAAAGATTATTTGGAAAATTTATATCCTAAATATAAGTACACTTTAGAAACTATATAT GAAGCTAAACTGAAAGAGCACATATTGATTAAGGAAATTGCGCTAAGGGAGTTTAACTTG ACCTTCCATTAATAGCCCTTTCTTTTCATTTCTCCATATTGCGGAACTGGAACTTGCCTA CAAATGGCACTACATTTAGGACACTGCTAATGATAATTTCTTTTTTAAAGTTTAACCGCT TCAAATCTACTTCAAACTTGGTAGCTTGAGGTTCAATATAATTAAGATGCTTATATATGT TTCTGTACATGGAATTAGTGATCAAGAATGCTATTCGATAACTTTGCCATATAGCGTCAC CTGCCCAACTTCTAATGATAAATCTAAAGGATGAAAGGATTAAGGGACGGTAAAGTTAAA CTACATGACATATCCATGTTAAATATTATGTCTTTACAAATAATCGTTAAAGTGGTATTC AATCTCGTTTGGCTCGAGAATATGAACCAGCTGGTGTTGTTTTCTTGGATTCCTTCTTAT TTGGCGGGTTCCCCTATTCTTTGATGATGATGGAACTGCCATCAAATTCACTGGCAAGAT TTAGGATTTTTGGCTTGTGGGCATTAACTTTTTTTTAATATAAATTTATTTTAAATCAAA TAATATAAGTGCACAATTATTTAAACGTGATATTTAAAAGGGCAACTTTTACATATAGCA AATATAAAATTGATATTTGTATATTATAACAAAGTTTGCATAATTGCGCTTCATAGTAAA CTTATATATGTATAATTCGCTATACATATACAATTGAAACAAATTGTATAAAATTAGAAA GAGAAAAATTATATACTATTTGAATTGTATAAAACGAGAAAGAGAGAAATTATATACAAT TTGAATTTGTATAAAACGAGAAAGAGAAAAAAGCAAAAAATGACTTGTGCAAGGAATATA CAATTGATTCGAATTGTATAAAATGAGAAATGAAAAAATTATATACAATTTGAATTTGTA TAAAACGAGAAAGGCAAAAGAGACTTGGGTAGGAAAATATTTGTATTGTATAATTATAAG TGTATAGGACGAAGATATATGTATATGCATGCGTTTATACAATTTTCTCTCGCTTTATAC AGTTAAAAACACAATTTATACAATTCTATTTGTATAAAGTGAGAGAGGCGAGCTATAAGA ATCAGCGAGCGAGAGAGGGAGAGTGGCGAGCGAAAATATGAGGGAGAGAGGGACTGACAA ACAGTTTGCTGTGGAACATAAATAAATCAAAGGGTAACTACTATATTTATTTTATATTAT TAGTTTGTCATTCTATATAATTATCCTCATTTAAAATAGTAAAGAGAAAAAAATAAGTTT AATACTAGGACAAAAATAAAAGAGAAAATTGTATATAATGACAAACTAATAGATCAAATT AATTGCTATAACCACCCTTTGATTTAATTGTGTTTCGTAGCAAACTGTTTGCCATTCACC TCTCTCCCTCAAACTCTCGCTTGCCACTCTCTTCTCTTGCTCCATCTCTTGCTCGCTTCC TCTCACTTTTATACAAACACAACTGTATAAAATTATTTCTGTTTGTATAAAGTAGAAGAA ATTATATAAATACATATATTTTTGTTCGCCTCTCTCCCCTCTTCCAGATCTCGCTCGCTA CTCTCACCTCTCTCGCGTATACAAACAGAAGCTAAATGTATAAATTGTGTTTCTGTTTGT ATAAAGCGAGAGAAAATTGTATATACACGTGCAAATACATATATTTTCGTCCTATACACT TATAATTTATGCAATAAAAATATTCTGCCCAGTTTCTTTTGTCTTTCTCGTTTTATACAG ATTCAAATTGTATATAATTTCTCTCTTTCTCAATTTATACAATTCGATTCAATGTATATC CCCGCCCAAGTCTCTTTTGCCTTTCTCTCTTTCTCATTTTATACAAATTCAAATTGTATA TAATCGTTCTATACACTTATAGTTATACAATTTGTTTTATACACTTTATTTTTATACAAT TCTCTGCCCAAGTCTCTTTCTCTTTCTCATTTTATACACTTCGTTTTATATAATTTGCTT TAATTGTATATGTATAGCGAATTATACATTTATATGTTTGTTATGGAGTGCAATTATGCA AACTTTGCTATAACATATACAAATATGAATTTTATGTTTGCTATATATGAAAGTTGCCCT AGATAAAAATAAACTTTCAATTTTGAAGATTTTTTTTAGCTTAAAGTTTTTTTTTTCTTT CCAAATAGCCAAAAATTCTCAAAAAAAGAAGAAGAAAGAATAGAAAAGTAATTCGACCTG ACTTTTTAATATTATCATCTCATGAGAAATTCATAAAACATATAAGATATTAAGACTATA AGTTAAGTATAGAAAGAAAGTAAAAAGGAAAAAACAGGTGAGTTTATATTGAGAGAGAAA GAGGAAAATAGAAAATAGAAAAGGTGTATATAGTTACTATTGGCAAGAATTGAACCTTGA CTTCCCTAAACACAAGGACCCGTTAGGGAATTTGTTCCTAAACATTTAATAGTGTCAATT TTGAAACGTATTATATATATATATATATATATAAATTTGTATTGAGGCTAATAAACGATC GAGCATCCAGAAAAGTACATATAGGTTCGCCTTTGAATTCAAACGGAAACCCTAATCAAA TTTCGTTGGTATACAAATTTTTTATAAAATGTGATACAGACAAAAGAGAAAAATAAGAAA ACTCAGTTCCAATGCGATATAGATAATAGATTAGGGTTGTATATCGGTCGGTTCGATTCT TATTGGTTATCGGTTTGTAAATATGCTAAATCTTTATAAAATTATTATGATATTGAATTA TCGATTATTGGTTTTATCAATTTTTGATCGTTATTGGTTTAACCATCAAGATTTAACAAA AAAAAAAAACATTGGAAAAATCACTTTAAAACAAGGTGACAAACCAAATAAACTATGCCC ATGAGTTTACAAGTTATATCTTGTTAAAAGCAAAGACTTTTATATTGTAGAATAACCAAG TGTTTGAGACAACCTGAAATAAAAGTAGGAAACCAAACTCAAGGACTTTATATACAAAAT TGTATAAATATAATTATTTAATGTATTACGGGTTATTAGTTAACATGTTAAAAAAAACTC AAATTGTTAAGAGTTGATAACCCGAAAACCAAAAAAAAATCAAAAGCGTTATCAAAACCG TTAAATTAATAAATCAAAACCAATAAACTAATAACCTTTTTGGGGTTCAAATTATCGATT TTCAATTAGATTTTGAACGACCCTAAAATTAGCCCTCCTGAATGGTAAAAAAAAGAAGAA GAAGAATTAATATCTACTCGAAATATAACTTAAATTTGTTAAGTGATTTTGTTAATGAAA TAGTGATAATGGAATGACTTAGTAAATCAAATGACAATAATTTAATGATTTTTTGTCATA AAATAAAGTTGAAATTTATTTTTAAAAAATGCTCTAAATATGTTATTAAATTATTAAAAA TGGTTGGTTGTCCATTAAAATTTGATTTCGTATAAGCCTATAAAAAAGGTTCATTAAATT GACTCAATTAATTAAAACTAAAAACTAAACCCAAAACCCATTAACATAAAGCCCGACCCA GCTACCATTTACTGACCCACAGCCTTTACCTATTCCCTTTTGTTTTGTATGCAACCACAT GACGTTACAGAAGTTTTGTCCACAAAGTATTGATGGGTTGGGTTTTATATGTGAGTTTTG AGTTTTGGTTTTGATTTTGATTTTAATTTGTAAGTGTGTAGCTATAGGATATCATATTAC GATACAGTATAATGAGATGAAATCAATATTTAGATATATGACTTTATACTGATTCCATCT CATGATTTCATATCATGAGATGTGATTTCATATTTTTTCAAAAACTACGATAAGGTAATT TCATATCATGATTCGAGATATTTTAATACAAAAATTGATTCACAAGTTTATATTTGTTAA AATAATCCCACTTTTATATCTATTAACCATTTATTTCATATGAAAATGAAATTTATAATC ATATCATTACTTTTTAAAATTTATATTCTCACAAACGTAGAATATAAATTGACTTTTTGA GATTAAAATTGTTATTACAGATTCCCTATGAGAGGTAGATGGGGAGTTACAATAAGCCAT TTAAGCGAAATCCTTAGATATTTAGGACTCATTTATTTACTCTTAAAGAATATTTTAATT TTAATTATTTAGATTTAAGTCATTAAGTTTATTTATTTTCAAGGTCTGAATCTTAATCAT TCACATATTAATCATTATGTGTGCTTGTTTTTTTTTTTTATTGTATACCAATTAATGTGG TAAATTACTATAATCTATGACAAAGTTTTAATATTATTAAGATGTCTATTTAAAAGTTTC ACCGTTACTCTATCGATTCTGAGCAACTACCCACAACCACCATTTCATCCACAATTACCA AAAAAAAAATCACCTAACACTTAACTTTTTACAATCATTATCCTTAGTTCCACCATAACC ATTGCTATATTCAATCTCCGAAATCAATTGTATTCACCATTTGCTATGATCATCACCAAT CATTATTACATTCGCCAATTATAATCGGTAATTATCATTCACAAATCATAATAATATTAT ATATTACCAACTGTCATCATTAATTAATATTATTTCAATTTACTCATGATCACCATCGTT AGTGAACATCCCTTTCATTTATATATAATTTTAAAAATATTTTATAAATAATATCAAACC AATTTAATATCAATTTTTGAATCGTTGATCCTCTGTATTAGTTCAAGAATGTATAAAGTA TCAAAATAGTATATAATATTTAAGTACTTCTAATTTTTTAATTATTATATTTATAATACA TTTCTTTGATATAATATATATTCTCTTAGGACTTGAGTAAAAGTTAGTGACAAGTAAATG AATTCGTGAAAGGAATGATAAATTAGTATTCCCACCCATTAACTAAACAAAGAATAACTG AGTGCATAAAGTGTCGGCAATTGCCGTACAAGTTCAATAGCAATGAATCATGATAATGAC CTCATCTTTACTTTTAAGGGCGTGTTTGGTAAGAATAAAAATATTTATAAAATATTTTTT TGAAAAATATATTTTTAGAGAATATTTTTTTTAAAAATAAGTAGATATTTAATTAATTTT TTTTTATGTTTGGTTATTGTATAAGAAATATTTTAGTTTTGATTTTTGAATGAAAAATAT TTTTGAAAAATATCTTTTAGTTTTTATTAAAGTTGAAAATAACTTTTGAAGTTGATTTTT TTTTAAAAAATCAAACTTAAGTTTTTCTTGTGGAGGGAGTGGAGATTCGAGAGAAAGGGT GAAAAAGTTAAAATTTGAAGTTGATTTTTTTTTTCAAAAAATAATATTATTTTTTGGAGG GTGGTGAGGTTAGGGGGTTAGTGGGGGTGGTCTATATTTTTAAGCGGGGCGGGGAAGAGT GGGTTCCACGGTAAGGATGAAAAAATTATGATTTGAAGTTGAATTAAAGATAATATCAAT TTTGTTTTCTCTTTTGAGGGGGTGTCAAGAGGAGGGGTGAAAAAATAAAATTTTGAAGTT AAAAATATTTTTTTAAAACAACTTTAAAATTTTTTTTGGAGGGAAGGGTCGGGGGAGTTG AGAGTACGGGTAAAAAATGAAATTTTAAAGTTTAAAATATTTTTTAAAAAATAAACTTAA ATTTTTGTTAGGAGTAGGAGTGGCTGGTAGGGTGGGTGAGGAAGGGTGGGGCTGGTAGGG GGTGGGTTGGCGGTTGATAAGATGGGGTAGTATTGGAAGAGAATTTTGAAAAATATTTTC CTCAAGTTTTGAAAGAAAATTATTTTCCTTGAATTTAAGAAAAATGAGTTGAATTTGAAA AATATTTTCCAAAATATTTTCACCAACCAAACATAAAAAAATTAAAAGATATTTTTCTTT CCTACCAAACACACCCTAAATGTCGTTACCTACAACTAAGTAGTGCTAACAACAGTAGTT TAATCTCAATTTTAAACTAACTTTTATTCTCCTTAAAATATTAGTGGACGATTAAACAAT ATAATAAAGTCATTATCACAAATATTATAATATTTGGTTTCTGCTAGTAAATCAGCATTA CTCTTTTGTCTTTCAAGTATAGTCTAGATTGGTGTACTATTAAATAATTACTCCACCGTT TCATTTGGATGGTATAATTTTTACTTCATTTTCAGAAAATAAGATCTTTTAAAATTATAT ATCCTTTTACTCTCTATAATTTTCATTCTTAAAAAGTCATAAATAAAATGAATAATTTCA CTAATTTATCATTTATCTACTCTTTTGAAAAATAATTTATAAACTTGTTTATGCTTTTGA AAGATATTAATTATAATTTGTAGGGGAAACTTTTTTTTATTTAATAAATTGACAAACAAT TTGAAAATAATTATACCGTAAATAACTAATATGAAACAAACAAAAGAATATACCAAATTA TAAGAATAGTCATATGAAAAAACTAAATGGAAAGATTATAAAAAAAGGAAAATGTATTTT CTTAAAAATAAATTATTAAACAAAAAACAATACAAACAAATCAAATAAAAAAGATAATAA TATTTTATTACAGTGACACTATTATTGACTACTATTTTGGCATTGATTTAGTGGCATATT AATTTTGGGGCAACTTTTATTGGCGAGAAAAAAAAAAAAGGCAAGAACATTGTTCATTGT GTAGATAGAAAAAATAAAAAAGAAACCCTTTGACCTCTGAAATTATCTATTTTTATCTTT CTCTCTATTATCCCCGCAATCTCCGCTATTTTCAGGTACTTTTCTTGATTTCTTGATTTT TTTTTATCACTGTATTTTACGCTCACTTTTATCTATCTCCTACTGATTGGAGCTTTAATC GATTGTAAACTGTTATGAACTGAAATGGGTTTCATCGGAATCGGTTGATGCAGAGATTTT CACGGTAAAGTTCTGTTTTTTAGGGATCGATAATGCAATTTCTTGATTTGAATTGTAGAA ATCTTGATTTTCTTGATTCTTGATCACTGTTGGTGTTGTTTTGTTGATCATTTTTTGTTT TAATTTTTTCTTGTTTTCGGTTTAGCTGTGTCTTTAACACTGTTGTATGAGAGTTCCCTT TGCTTCTTATTAAAGAAATTAAGATGATGATAACAATTTGAGAATTAAGTTCTCACAAGT GGTGTTTAAGATTAGGAATTAAGAATAATTCCCTGCAAATTTATAGTGTCCATCTATTTA TGTTTTTTTATTTTATTGCAATTTGTTGAGTGTTAGGCAGCTGGATTATGCCAAAGAAGC TGTTTATAAATTTGAATTTAATGTGATTTTGCTTGCTCACATATCAAATTTAAACTGTAA GCTTATTTATTTCATTCTTCGGAAGCTGTAATTTTCTTGTGTCACTCGAGGTAGACCATC CATGTATTTCTCCATCAATGCATATATGATAGTTGTTCTTTACTTGTACAGGTGATACAC AACAGTTTTTGAAATTTTTTCTGAAGGTCTTGGTCATGAAGGGCATCAACTCATTCAGGG TTTCCTGAAGAGAGAGGGTGCCCAATTGCATTTTCCGTAAGTTATATTCTTACAAGTTTT GCATCCATAACCATCTAATCACAAGAATGGAGGATTGACAATGATAGCCGTGGAAGGTTT TTGAGTTACGAACATTTATTTGAAGACATCATCATGGGTGCAGTTTGTTGCTGCTTGCGA GATGAATGTGAAGATTTTGCCAATCCAAACAGCTCAATATATAGGAACTGCTTATGCCTT CGATGTTTTGTTCAAAACTTCTTGCATATGGTATGCTTTTTCTACTATTGTGTAGTACTA TCTTCTTTTTTTCTGCTACCTGTATTTCACCCCATTGCATTACCTTTCAGTACATCCAAA TCATAACTGATTTCACTTTTAACTTTTCTGTGAATTGTCAAACTGTATGTCTACTGATCT AATTAAGAGTGCTTCAAATTGAACTTGTCATCATTGTTGCTATCGAGCACATAATTAGTC AATTTTTAGCAACATTTTTGATATCTGATAGGATAAGGTGTCAGTCTGCTATCATGAGAA TCTCTCATTTAGGTGTCTTGAGTAGAGAGACTTAGGCTCATCTCTTTGATTTCTAGTGAA ACAGAACTGCTCTGAATTTTTAGCTAAAGTTGGTCAATTTTTAGCAACATTTTGATATCT GATGGATAATTCATGACTTTGAATACAAAATTAAGATAATCAAAGGGAACAATAGCCAAC AATTATGGTTAAGCAGAAAATACATAACTTTGGGAAGCCTTGTACGTGAGACTCCTCCAT GGCATACCAAGAACTTAACTGGCAATAAGATAACTTTATGATTTCTCTGTTACTGTTCAT CAAACATTCGTGCATGTACCGTAAAGAATTAATACTGCAACATCATTTCAGTAGCTATTA TTTGTAATATGTAAGCACATTATCTTAGAGAAACAATCATCAAGGCTTTCTTCATTCTCT ATTGGTAAGTACCAAATGTAATCGCTCTCCTTCATTTGCCATAGAATTTAGAGCACTCCA TGTTTTGTTGTGCAGTATGCATCATTGTTTCATAGAGGAGAACAACATGCCATTGCTTCA TCCACTCAAGGTACAACATCTTTGAGCTCCTCAGCATCCCTTGATAACTCACTATCTGAT ATGTACCGCTCTCCTCCAAGACCACTTCCTTACGATGCTGATCCAAGATACTTCCGCTTG CAACGTGATGGGCTAGTCTCAAGAAGGGAGAAAGGCTCAAGTCATTCACATGAGGAAACT GAACCACTACGAAGAAGTGATATTGATGATGATTCTGAATCTTTGGGTATGGGCAATAAA TGGAAGGAGTCTGTATGTGAAGAAGGATCAAAAGAATATAATTCCAAGTCATTGAAATTC TCAACAGCTAAAACAACTACTGAGTTTACTCAAATTTGTTATTCTTCAGAAGATGAAGAT GTCTGCCCGACATGTCTTGAAGGTAGGTCAAGCTTTAGGTATTTTGTGATCCATCTTGTT GCACTTCATTACAGAGTAATTTATGTACTCCATCTGCTAAAATAACCATGAGAACACTTT CATATTTCACTTTCTTCCCTCTAGTATCATAGGGTAGACAATATTATTTCAGCATGCAAT AGGAAATACACTAATAACTCCTGTAATTTATTTCCCTTGTAAAATAATTTGGTTTCCGTT TTATATTTTCGTTCAGTGTTTACGAAAATTCAGGAATATCTTGACTATTAATTTCCTCAT CTTGATGATACTCTCTTTTCCAGAATATACTGAAGAAAACCCAAAAATAATGACAAAATG CTCTCACCACTTCCACTTGGGTTGCATATATGAGTGGATGGAGAGAAGTGACAACTGTCC AGTATGCGGCAAGGTAACTGCGATGTTCTTTATACTATATGCATACTCAATAAATATTCT TTATAACTCTGTGATGAGGTTGAGTTTTCCCTTTGTATGCTACTCCCTCTGCCCCAGTTT ATGCGACACCATTTCATGTTTAGTTTGTCCCAACAAGCATGTCACCTTTATATAATTAGA ATTAACAACTTTAAAATTCTCATTTTTCTTTCAATGAAATGATTTATAAGCCCACAAATG TCTAAGGTTTGTTTTAGACAACAAATTTCAAAAAGTCTTCTTTCTTTCCTTAAACTTTGT GCTAAGTCAAACAGTGCTACATAAATTGGGATGGAGGGAGTATTGTACTAGAAACGATAC CCAGACATTCTGAGGCAAACAATTCACATCTTTATTTTTCTATAGTAGTATGAACTGATG TGGTTAACGATCTACTTGTGCCTTCACAAGCTGCTAAAAACCTCTCAATAGTTGCACTAA TTAATTTGACAAAATTACACTTGTGTGTATGATAACAGTTTAAATTGCTCTGCTGTTGAT AATTGAAAGAAAGTAGCGAAACTAGTGGGCTTCATTTTCCTTATAGTTATAACTTATAAG TAATAAGTGAGACATGAATAACTCGTGGAGGGGGCGCATATACTCCAGAACGAGCACGAG AAAGAAGCACAAGATCATCAAAGCAATAGATGGGAAGAGATAACACCATTGAGGAGATGG CTGGAAGGAGGCATAGTGCCATCAAGAGTAGCAGGAAACGAATGCGATGTCGTCAGAATG GTCACGGATAAGAGGCGTAACTCCACTAGAATGGTCTCTTAAAAGAGTCCTGATGCTATC AGAGTGGTTGTTGGGAAGAGGCCTGGTGACGCCAGATGGTCGCTAGAAAGTAGAAATGAC GTTGGCAGCTAGGCAGTGTAAGGTTGCCTACACTCGATGAAAAACCTTTACAAATGGAAT TATTCTACTTGAGTTTCTACCCAGATTATAGGGCCTTGGTTACCACGTGGGAGAATAAAC TAAGAGAAGGTTATATCAAGGACTTAAGGATATGTTGAATTTGAGGCACACAACATAATA AATACTCATACTATATGATAGTATGGTGCAAAGTTTAAATTATTAGTTTTAGGAGAGATG GTTAGATTCTTTTTCATAGGGTTAACATTTGGTAAGTTTGTTCTTTAAAGTTCAATCATC TATCCACTGTGTACCGAGGTGCAGGAGGGTGTTAGATATAAAGAAGTCCTATGTATAAGA GGCCGTCTATTATCCACGAAGTATCAAACCATGCACCACTCAGGACGCTTACAAAGAAAA GTTGTCCCTAGATGGTATCAAAGAGATATCTGAAAGTGCCGATAATGGTTTATGGATTAT TCCACCCACTGTCTAGGTTGTGGGTAAGAGGTTCCAGCTTGTCTTATGGTATGCTAGTTA AATGGCTGTAATGAAGAAGAGTGAACATTGGCCTGATTGGACTATCCATTCAGGTCTATT CTTGACTAGAAAAATTAGTCCATGCTTGGTTTGTGCCGAAATATTTACCCTGATAGAGAG TCCAACTAGTGGGGGACATGCTATGGCCTACCTAGACTATTTATTAGCAGATTCTTTCCA AATAAAACTCTTTACTGATGCCTGTGGTTCAGACAAGGGATTTGGCTGGGCCTGAGCAAA TCTGTAATTTTTGTAGGGTACTTTGTCTCACAAGCCTGTTCTCTGCTCATCCATAAATCT CTGTTCAGATTACACTGCATTTGACCGTGTTCTTGGGGAGCTTTTATGATGGGCTTGAAT AACGATGGGTTGGAAGTTTTAAACTGTATTACTGTTACTAAAGATGTTCAAATACGGCTC TGGCAGTATTTAAAACAAAGGTTGCTGAACATTGTTTATTCCGTTCCCTAGCATATATTG GTCTTCAGCCTGATGGATAACTAACAATGAGGACAAAGAAGGAGAAGAAAGCTGTTGTCG GTACTTGTAAGGAGAGCGCTTGCAACTCTTCCATAGAAAGAGAAAATAGTTCAGAAAACA CAAAAGGGGTGGCTGAGAAACAAAATCTATTCAAGAATCTGTATAATCGGGTGGATATGA CATTTTCCCTCCGATTTCTGTTTATTGGTTGCTTCAACTCAGAAAACATCTAATAAATTA ATTGGGGGATGATTATGGTGAGGAGCAGAATATATGAGAGCATGAAAAGTTGTTCAGTCT CTCTAAGAACCCTCACTTCTTTATCAGTGTAGATTTAGACCGTTTCAAAGTGCTGTTGAG TAATTTCTTTTACATTCATACATATGTAGTACATTATAGTATATGATGCATAGTATTTTC TTTTCTTATTTAATGACCTCTTTGCTTTGTAGGTGATGCTATTCAACGAGTCGCCATGAT CTTTGCTCTTAAAAAGCTTTAGTCGTGGATGAAACCAGAAGGAGATAAGGGCAACAACTA GTAAACCAGAAAAGCTAATCAACGTAAAGTCATTGTGAATATCTGTGCAGCTAAATGTGT GACCATACATCAGTAAAAATGAAATTACTGTTCTCTCTGTTTGGAACTTTCGAGTTCATA TTGATCATTTGATGCAACAGAAAACAGTTTCAAAGTACATCATGTAATCTTGTTTTGATT TGATGAGTGATTTCTCCCAGTGTATAGCACATTGTTCCTACTTTCACAAGTTGAATGTTG GCACATTTGTCTGCCAAAATCACTGGATCTGATACTATTTTATATCTGTTCCAACGTCAT AGGGTGCAATATCCTGAAATGCTTTTATTTTAAGTCTATTTTCTAATGATGATTGCATAT ATATAATGTTGTACCATGTAAAGATAATAACTCAAACAACTGATGCAATATAATGTACTA TGAAAAACAACTATACGATGCAAATATCATTTCAATTATGTCACATAAATCTCTCAACCT TCAATGGAAATTAAAACAGAAGTAATTACTGCAGTACAATTAAGTCGCCACGAGCACATA TATATAATACTGATCGAATATTTCACTTTAAGAAGAGTCACCGGTATCTATCCAGTGGGC ATACAACTTCACAAGAGGTAGAAAGACTCTTAGATGAAGTTGGAGATGAACTATGCTGTG ACATTTGAAGCAGCTTGAAAAGCTCGTATGAAACTCTCTGGAGGTTGGCCACCGCTCAAC TGGTACTTGCCATTTAGCTGCCAAATATAACTTCTTAGTACTTTCTCATTCATGGATTAA CATATCGAAAGTGCTTATGGGAACAATGTGCTAAAATGCGTTTACATACCACAAAATGTG GGACGCCTGATATATTTGATGAGTGTTGCTGAAGCTCTTCATTCACCTTCACATACCCAA AACCAACAAAATTTACTTTAAATATTTATAAAATTGTGATCTATCCTACTGACGAGCCAA CCTGCAGGGGGGATTGGGGAAGTAGTAGTAGTAGTGAGCATGAGGTACTGAAAATTAGGT AACATGTGATATGAATGACTAGGTCCATCAAGGAGCAGGACAAAATACTAGTCATAATGC CAAGTACAGATATAATTGAGATGGGCTGCTTTACTACTGTCTTTAGCAGTTCTCCAGCAG TACTACTTACACCCACACCCACACACCCCTCAGTGAATGTTCTGCGAGAAAGGAAACGAG CAAGAAAAATAGAAGACAGACTCTCCAGTTGGCTATTGGATAGAAGCTGTGGAAATATAC CTCCTTTAGCCCATTGTTGGGATCTTCAAGGAAGTCAGCTGCTCCTTCCACACCAACTTT TCTTGCAGCTTCAATAAGAAATTCTCTACACGTTGAGAGTCAAATGCTGTCACTTTAAAC TATATATGACATCTTCTATACTAACTATGTCGCCATATTTATTATGCATAACATCTGCTT ATGGTCATAAAACACTGGGAAAAAAAGAAGGAAAATGGCTATTGACCAGTGATGCATCAC TGTAATGATCAATATTTATACAAGGACTAAAACTTTAAATCATTATCAAAACTCAGGAGA AAGATCCAATAGAAAGGAAAATGAGAAGAAAATTGAATATTGTTACTGTGTAGCATTAGT ATGCTAATGCAACTAATTTCACTATGTCAGGAGAATAGGCACTAACCTGTCACCTATATA CCTTCCCTGTGTGAAATAGCCGAGAAAAAGCTCCTCAGCAAGATTATTTTGCTTGTCAAG CCCCTGTTGTCCTGCGAAATATAGTAGCCTGTGGCTGTCCAGACTACTTCCCCTGCATAC CGAAAACAAACTGTTATAGCACAAGTCTTTTGCACTTCACAGCTTTTCTTGTGTTTCGCA AACCGCCAGAGACTTACGTAAGTCCTGACATGTTGTATTCCATCCCAAGGCCCTTAAAAA CCTGCATGATTTTGAAAAGGTTGAAATTAGGTGATACACACTGGAGGCAACTTCTCAAGA CACATTGTTTGGGCTACCAGAGAAAAGAAGAAAATATGAACCTCCGACATTCTTGACATC ATTTGTTCAGAGCGAGATCCAAACTTATTTCTGTAGTAATCTTTCTTGTTAATCCCTTCT TTAGGTGCAGAAGGGTTGAGAAGAAACGGATGCCACTTAATCTACAAAAGGAAAAAAGAT TTTTCCAGTGAAGATAGAGGAAGAGGCAGTAAAGGAACCACAGATAACAGAAGCAAATGG CACCTCAAAATCATACTGATCACTGGTTAACGCTATAGCTTTATGAAGGTTCTTTTTCCC CACAAAGCACCAGGGGCACACAGTATCCGAACTGATATCAATTCGGATAAACTTCTTTCC ACAGTTGGTGGCCATTAATCGATGCAGGAACCTGATTATACACATTCACAAACAAGTCAT CTTAACTAGCCTCATTCTGTTTTCCTGTTATACAAAATAAATCATTTACTAGAATAAAGT ACAGATGTCATCAGTTAAGAATATTTTTCACTTCATTTTCCCTTAAAAGTTGCAAAATCA GCATTGTCAAATTCAAGATAAGAAATCACATCCATATATCAATTAATCCTCTTTAAAATT TATGTATATAGTCAATAGATTCTAATATTCTAATACTAGCAGTTCCCAAATCAGAATCGA TATATAGCCTATAGGTGACTGCACCCATTGTTTTCAACTCGAACCGTACATTCATTTTGA TACCACGGAATCTTAATTCAAGAATTGGCTATATCCCTAAGGTTAAATTTAAGTCGATTC TATCACAATATCTTTGATCAAAAATGAAAATCTCAAGAACCCCAATTCCTATCCCCAAGA AAAAATGTTGACTTGTAAAAAACAGGATTTCAAGTAACTATTTAAAAAGGTCAAACAGAA CATATCATCAAAGCTTCAGTTTTTCTGAGTATTCCACTTTAAAAAATGGGAACAAATTCA TCAAAAGGAAAACTAAATTAAATCTTGATATTTAACAGAACCCCATTATTTAACGCATAA ACCAGTGAGAAATTAGCAAATTAAAAAGAAAAGTGTTACCTCGAAGAAATTAGGAATTTT CGGAGATTCAATGGAAGCATATAAATTAGGAAAGACTCTTTTGGGGCCTTAACCAGAATT TGCTTCTTCTGAAATCAAATCTTGAATAGGAACAAATTTTTTTTAGGAAAAAAGGGTAAA AATTTAGGAGTTTGGTGTGATGTGAAAATGGACTTAGGACAACTTAAAATATACACCATG TATTTCGGACTTTATTGATCAATTGTATTACATATAGAAAATTAGGGGTAGACATAAATA CTGAAAAATCGATGAATTGAATTGAATCTAAAAAATTTGGTTTTTCGATTTTAATTTGGT GTTAATTTTTTTATTTCGAAACTTTGGTTTCCTATTATGTATTATTGTTATAATTTGATG CTATAATTTTATTAATTTTTGTTATTTATTTGGTTCGTATAATTCGTTCAATTTGTATAA TTCAGTTCTTGATTGTATAAATTGTGAATTTTGAATATATTTACCCTAACTATTTGTGCA CATTTTTGAAAAGTTCATACCCCTGTTTGAATATTGACAAACGAAATATATAAATAAAGT TTTAAATTTTTTTTAATATATATAAATACATAATTTTTATATATATTTACATGCTTGTAT ATTTTCCTTGAATATATAAGCACACAAAAATATAAAACATCAATATGTATAGCAAACGAA ACTATAAATATACAATGTAATTATTAAAATTATAGTTATAGAGCCTTATTAAATTTATTA TATTTTTCTATTTTTATTTTATCTTTTAAATACTGCAATAATATAAGCAATGTAATCTCT TAAACGAGATTTATATTATTAATAAAATATATAAAAAGAAATTCTCAGATAGATGATATT AATTAAAATTATTAATTTTCTTGGTTAATATAAAACTAGAAAATAAGTAGATTTACCCCC ACCCCCTCCTCCAAACACACACACCCAGGAAAAAATGAATAGATTTATAAATTTTAATAT CTCGTTCTTTATTCATTGAAGTCAACCCAAAATCATAGATTGAGATTTGAAATGATTTAA TTAATAAAGCAACGTAAGAATATCGAAATTAGAAATCTTCGATTAATTTGTAATAAGGGG TTTGAAATGTTAAAGATTAGTGTTCAGTGTTCCTATCATTTCTATATATACGTCACTATT TTATATTTTGTGTATATTAAGAAATTAAGTGGGTTTATATTTTTTTTATTTAATATTTTT TAAAGTCAGATTTTCAATCAATGAAAATAAATTAATATGATTTATTAACATAAATTATTT ATTTAATTTTTCTATATCGATTAAATCTATATATCTCGAAGTTAATGACTCACAAGACTA AAATAGAAAAAATAATTATGCATCAATTTTGTGAAATAACAAATATTAAAGATCAATTAA TTTTTTTAAAATGACATATAAATAAAAACAAAGATACTATTTGTTAGTATAAAAATATAT TTATTTTAATTATATTTACTATTCTTTTCAATAGAGATTGATAAATTTTCACACAAAAAT GATCACTTAACACATGATATCATATATTCAAGTTAAACCATACTAATTAATAGGAAGACA TTTTCTTTTATTGTGTAAACAGTACTTATAAATGCTTTTTCATCTCTAATACTCCATTCA ATTATCATATATTACTGTAGTTTGAATTAGCAATTTTTATATGATGTAAAATATGCAATA ACAATTTTTTATTATTATCAAACACAAAATTTCAATTAGATTCTTTCTTTTCTAAATTGA GAAGTATTAGTAACAAAATTTGGACATTAGAGTATTTTAAGGTCTCAAAGAATCAGTTGA GGTAAAACGGTCGGCCAGGAATTGGCAGTCCTGTCCTCCCTCCATCCAATTTCTTTGGAG CTCAAACTGCAACCTTAGATTCTTCAAATTTTCCGGATAAAATTACTTCCATTGTTTCTC GATTTCATCGTAAGTTTTTCACTGCTTACATTTATTTTTTAGAGTCAAAGTTAGGGACTT GGGTTCAAAAACAGTAGTTAAAGATCATAGTTTTTTTTTGTAATTTATGGTTCATTTTTG TTGATAGTGAGAAATAAAATGGATATTGATGAAATACTTGGGGTATCTCGGCCTGTGAGT TTGACAAACAAGAGTGCTATTTATGTTTGGGGTTACAATCAATCTGGGCAAACGGGTCGG AGAGGGAAAGAGAGGAGTTTGAGGATCCCAAAACAGCTTCCTCCAGAGCTATTTGGATGC CCAGCTGGTGGGAATTCCCGTTGGTTGGATATTGCTTGTGGTCGTGAGCATACTGCTGCT GTGGCTTCTGATGGATCGCTTTTTACATGGGGTTTGCCCTTTATTTACCTTCACTTTTCA GTATCCATGTTTTACCTCTATTTCTGATTTCAATTGACTCTCGTTTACTTCATGCTTGCC CAAAGATTTGATCTTTTTTCATCAGCTGTCTCTGTATTTCTGATATAAATTGGGTGGAAT GAAGAAAGAAAACCATGTTCTTTAGTTTGATCATGCTATCTGATGAAATTGGGTTGAGAA AGAGTTTCTGAAGATTGGGTGTAACCCAAGAATGTGCCAGTTATAGTATTTATCTTCCAA ATGAATGATGAATTCTCATGTAAACTGTGGCATCTTTTAATTTTTCCCTAACATGGTTTG ATCTCGGTTGGGGTTATCTATTTGCCTCTAAAACCCATTGCCTTATTCTTACTGATAAAA AGGTCATTGCTCTATTTTGTTGGTTATTTATTGCCTTTCTTAATTGATCTTGTTACATTT TGTGTATTTTTGCTCAAATAAATTCCTTGGTGTAATACTTGTTTTTTATTCCTTTACTCA AAGAGATATGTTGCAAAGAAGACATCGCCACTTTATGCATTTTAAGTTGATATAGAACAA TTAATTTTACTTGTAAAGTTTACCTCTTTGGGAAAAATCTAGATTTTAATTGATATTTGA CAATTAATTTCAGAAGTCTGTTCCTGCTTTTGTTTGTGGGGAAGTTGATTTTCCTTGTAA GAGAGAGCACTCCTAATCTTTATACCTTCAAACAGGAGCTAACGAATTTGGTCAGCTGGG TGACGGAACTGAAAATGCTAGGAAGCACCCCAAGAAAGTGAAACAATTGCAATCTGAATT TGTTATTAGTGTTTCATGTGGAGCACATTGTACTGTTGCCATTGCAGAACCACGTGAAAA CGATGGTAGCATGTCAGCTCGGAGACTTTGGGTTTGGGGACAGAACCAGGTCAGTCTCAC AAAAAAAAAAACCTTCAAGCAGCTACCTTGTTTATTTGAGATCACAATTTGTTTGCCTGT GTTATTCTATGCAGGGATCCAATTACCCACGACTCTTTTGGGGTGCCTTTTCTCCTTCTA CGGTACTATTTTTTCTTGAGAATGAACTTTTGTGGAGATATCTGTGTTTTTCATGCAAAT ACATTACTTCTGTTCTGTGTGGTCCTAGTGGGGCTTAAGCATTTATCTAGTCGCATTTAT GTTATGATAGCAGATTTACCTTTACCTGAGTTCTCTATCTAATCTATGCCCCCAATTTTT TTGTTAAGAAGTTGCTTTCCATACAAAAACAACGGTGACTTAACATTCGCAGTGCGCAAC AAATTTTATGATATATGTATGCTCTTTCAATTCATTCAGGTTATTCGCCAAGTTTCTTGT GGTGCTGTTCATGTTGTAGCTCTATCAGAAGAAGGGTTACTACAAGCTTGGGGTAATTTG CACTTTCTTAATTCACCTTTATATACAATTCTATGCTTAACATATCCTCTCAGTAATTTT GATGAAATCAGTGCACATATGTGTATGGATCTCTGTATGTGATTTTAATTTTTATGTGTA CATCCTCTATCAGGTTACACAGCCTTAGAGTTAAAAACATATTGTGTCATGTATTAATGA AAATTTTGTCACTGCGCTGGTTAAGCAGGCTATAATGAATATGGTCAGCTTGGCAGAGGT GTTACATCAGAAGGCCTTCAAGGCCCTTGTGTAATTAATGGATATGCTAGATTTCTTGAT GAAGCCCCTGAACTTGTGAAGATTACCCAAGTGTCATGCGGGGAGTACCATACTGCAGCT ATATCAGAGAAAGGCGAGGTGTAAGTGTTCATTGGACCTTTCTTGATGGAGATAAGTTTT GATGCTAAACATGAGAATATGGTTATCCGCATGGCACAAGTGGACGTGGATTTCAGGGAA AATAAACCATAAAGATACACTACTTAATTTGCAGGATTTGTTTTTTCCATTTGTGGAACT TCTCTAATTTAATTGAAGTTGCCTGGTCCAACTGAAATATTACGTTTGTAAATTTCCTCA TGGCTTCTGGATTTGATTATAGGATTTTGTTGGATAGTCATTACTAAGAAGATACCTAGA AACTACCCCATTTAGACATACACACTAGAAAAGGAAGATAGAGTTGTTCAGTTCTCTAGG AAGTTAAATGAATCTTCTGCTATTACTTTTAGTTTCTTTAGTAGAGACTTAGCATGATTG CTGCATTTTTCAGTATTCCTGTCTTAACTTTGTATGAGGGAAACAGTGGTGCATCCTTAC TCATTTCTCCTTATGAGGTGGTATCAGTTTTGCTATGCATTAACTAAAATTTTGTTGTCT GAGTTTGTGTTAATTTGTATTCACTTTACTTAATTCTTCTGTTCACATGTTAGCTCTTTT AAATTTTTTGGTTATTTCGATCTTTTTTTTTAATTTGATGACCGTGGTGTCTGGACCAAC TTTTGTGCACTTAGACGCATTCCACAGGATACCTGCCACGTCCTACTAGCAACAGAAGGT TAGAACAGATGGGAAGAATCATGATAAGTAGGGATTTTTTTTCATGAAGTTCTTTGAGAT AATAAATTTCCTTCCAGAAAAGACCCCTAATAATATTGTACTAACATTTGCTTATGTTAT AGCAAAGCTAAGTTCTCTTGTTTGCTAGTTCTTTCTTATGCTGGTACGAATTTCTTACCA TAAATTGAACTTTTCTTGTGCTGTGATAAACACATCCATGCTCTCCCGAAAACTCTTAAA TCAGAAGCGAATTGTGGCCCTCTCTCTACAATAAAAATAACTTTTAGCGGCAATAAATAG ATACATTAATAAAGAGTGCTAAAGTCTTTACCGGCATTAGTTAAGTGTCATTAGATCCAA TGTCGCTAAAGCCTTTAGTGACACATACAAAGAGTGCTTATTTAGCGGCAATTGCTAATT AATTGCCGCTAAAGCTCATTTTTAATGTAGTGTCTCCCACTTTGATCCCGTAGTCATTGA CCCTTCATCAAATGAATAAGAAGCTTCACAACATGGATCTTCATGATGATCTACCATCTT GCAGTACCCCTCATTATACTTTAAGACTTAACAACCGACAGGGCTTGTGGACTTAAGCTG ATATTATTGTTCTGAACTTCTTTTTGTTTAATTTCTTATTCACATATTTCATTGGATCTC TCGAAGTTCTGTACAAATTAGTGATGGTTATTTTTTGCTTTTCAACAGATACTACTCTAC GGATCATTTGATTGATACCCTTCTTCTTTCCCCTGTCCATTTCTTAAGATTTTGATACAG GCTGACTTATCGTTCTATCATTGTGACTAACTACAGCTATACGTGGGGATTGGGGAGCGT GGGACAACTTGGCCATTGTTCACTTCAGTCAGGTGACAAGGAACTTTTACCTAGGCGTGT AGTTTCCCTTGATGGCATATGTATTAAAGAAGTTGCCTGTGGTGGTGTTCACACCTGTGC TGTGACTGCGAAAGGGGCTCTTTATGCTTGGGGTGGAGGTCAGGCTGGGCAATTGGGAGT TGGGCCATTAAATGGATTCTTTTCATGCAAGCTCAATGAATCTGAGATGATGCTCCGAAA TATACCAGTGTTGGTTGTTCCAGATGGTGTGCAACTCGTTGCATGTGGTCATTCACACAC ACTTACTTCTGCTAAAGACGGACGAATACATGGATGGGGTTATAACTGCTATGGTCAAGC GGCTAATGAGAAGTCTACATATGCCTGGTGTCCATCACCAGTTGATTGGTACGATTCGTG AGAACCAATGCTTGACTAGACGTTGGAAATCTTTTGATACAAAGTCATTTCTTATTCAAG TACCCTTTGTTCAGGTGTGTTGGGGCAGTCCGAAAATTGGCTGCTGGTGGTGGACATTCA GCAGTGCTGACTGATGCATGCTCTCTAAAAGAGCTGTGTGAATTTAGGCTTGCAGAAACA GTGAATCCATCCAATGCTTCAGTGGTTGAGGATGTCGCCTCAAGAACAGGAGCTGATGCT TTAGCACGACTTTGTGAAAGATTGAGGTAGAAATTCTACTGTTGAATGCCATGCTTCAGA TGTTCAAAACCTGTCTTGCTCTAAAATGTCATTGCTCTAAAAGCGCTAGTAACTAAATTT ATTTTTGTTGGGCATTTGCAGGGAGCATTACTACAATGATGATGAGTTTGGTCTGTGAAA TCATTGATGGGTGTTAAATATGTAACATACCAATAATTCAGCCATTAGATTTGATTCTTC AATCCATCTAATACAATAGAGAAAACAGAGTCTTTGTTTCATCATTGAATAAATGTATTC TACTTTTTATGCTGCTGCATCATTAAGTTAATACAACAAAACATCTACTTACAATTTAAC CATTAATTGCCATTTATATATGATGATACTTTAATTTAATTTAACCTAGATCTTTTTAGT ACTAAAAAAAGAAGGATGAAAAGTTTTATTAGCTTAAGCTAATTATACATCACAAACAGG AAAGTTGATTAATATTGTTTGGAACAAAACATATACAATTAATTAATTATACTCTCCGGA ATATTATTTCATCCTTCGTTGCTGACGTGGCGGAGCATCCATGGCGGTATCAATGAGGAA TTATTATTATTGTTATTTGAACCCGGATAGTGATGAGCCTGACCCGATCCATCTCTGTTC ATTCCTCCAAAAGCCCCCCTGATCAACACATATAATATATGGATACAGAAAACATTTTGT TGTTAAGCAATTATATGTCGCAATGATTATGTTTTTTAGGTAATCTGATAGTGTAAAATT TATTCGTACGTACCCAATTGTAAGGTTAGGAAGTTGGTGGTGAGAATGTGATGGAAACAC ATGAACTGTTGCTGAGTTTTGGCCTGATGAGTTGGGTTGTGTCTTCTCATTTTCTTTTAG CTGTTTTCGGTTCACATTTATAGATAGAGACAGATAGAAATTGAACAAGTTTGAGATATT AGAAAGCAAAATATATGTATGTATACCTTCTTAGTAATCAAGTTGTTTTGTTCTTGGAGC GCTTTCTCCTGCTCATATATAGTGCAAGTATTACTTATAACACAAATATCATAAATACAG AAACACTGTATAGATTCAAGTAAATCCGAATAATTATTGACGATGGAGAAGAATATTAAT AGTATATCGTTATTACCTTTTTCTGCAGCTCAGAAATGGACTCGTGCATCAGTTGATTCT GCATATTATTCAATTTATACTATTAACCTTAAAGATTAACTACAGTTGATATCAATTAGT AATTAATTAATACGGACCTTCCTGCTTCTAATTCTCTTTAATGAAGTATCAATCTGTTGC TCTATACTCTGGAGCTCACGCAAACTGAGAGGGTCCAGATCCTGACCCATGTAATGCCTA CACAATTAATATTATATGAACAATTTGAATTCGGCGTTAAAACAGACACTGTTTTCACGT GTCAATTAAAAATGGGCTTACATCGTCTTTTGCAAATGTAGAAAGAATTCGCCCATTTTT CATGTGTATTACTACTAATGAAGTGAAGGGGTATGCATACCTTATATTTCTTTGTAAAAG TTCAATTCTTGACATGAGCTTCGGATACTCCACACTCCAATTTTCCTACAACAAATACAT CTAATGAGATCAAAAGGAAAACAAAAGACTAGAAAACTAATTAGCAAGTGCCTGGGAAAA TATTAAATTTGAAATTTATTGAGGGGGGAAATGTATTTGAAGTATGCTTTATATGTTCAA AACATGAACTTTGCTTGGACTAAAGTTGGTGAGAACAGTGGCATCCAGAAATTTCTTAAA AGTTGTTCAGAAATAGCAGCTTGTTATGTTAAGAATATCCAAAATATATTATTTAATCAT TTACTAGTTAGTATACATGTTCTTTTTTTCCGACAATTGAACACCCTAATCTCTATGTGG CTATGCCACTGAGTGAAAATAAAAAATTCTAACTTAAAAATGCTGCAAGTATTTCACTTT AATAGTATCTTCCATTCATTTTATGTAAAGAACCAATTTGATTATACACAAAATTTATGA AAAAAATAAGACTTCTACATATGATTTTAGATTTTTCACAGCATTTTTTTCTATCTACTA TAGAGACTTGCTAATAAAAATAAAGTAGCAAGCTTTAATTAATTTGGTTCTTTCCAAATG TGGAAAAAAAGGCCATAATCATTTTTAGATTGACTTAAATTGGAAAAGAATTATATAAAT TAAAATGGAGAGAGTCTTTCAATATTTCATTATAAGACCTCGTTTTTTTTTTAACCAACA ATGATAAAATTTAAAGGATAAATCAAGAGAAAGAAACATTTGAAATTTATTAATTTGCAT TTACCTTGGGATCAGAATCATTAGCATTCATCTGTCTCTCTGCATATGAGCATCTTTCAT ATCTTTCAAGAATACTTTCCATACTAAAATCAAAAAATAAACAAAAAAAAAATTATAAGC CAGTAAGCATATTGAACTTAACTACATGACCTAATAGTATAAAATTTTATTTTATTTTTT CATTTACAGTTGGTAATTTTTCCATTGATATACAATATTACTTAAATAGGATTCTAACTA GGTTATTTTAGAATGAGAAGTTTTTTGCATTTTAATCAGGTCAGGTATATCAATTCAAAA TGAAAGAGATAGATCTATTTATTAGAGTGGCATCCATGGTGGCTAAGATGAGAGAAGCGA AGCTGAGATGATTGAGTCTGTGACGTAGAGATGTGCAAATGCCCAAGTGAGAACGTGTGA GAAATCGACAATGGTGGGTTTAAAGAGGGGTAGAGGTAGACTAAAAAAATATTGGATAAG GGTGATTAATTAGACACACATGCATGAATTTACGGAATATGATCTTAGATAGGAGGATAT CGAGATCGTGGTAAAGGGTTGAAGGTAAGTACGTAGTTAAACATCATCTTGCTTTCCTAT GGTATAGGTTTGGTGGTAGTTTGGTGCAGTGTGCATTTATCTCCTTTCATACCTATAGTA TTAACAATATTTTCGTAGATTTTTGTTCTCCAATTTCTGTTACTACTGGTTGTTTCTTGT TTTTAGTTTATCACATTATTTTCATGTCCTTTCCCTATTATTTGCTATGTTTTCTTTAGT TCTATATTTTCCTTTTCACACTACTTTGGTGCAAGTTATTTGAGTTGAGGGTCTTTCGGA GACAATAAATACTCTATCTCTGTACAATAATCAGGGGTAGGGTCAGCATACACACTACAA CAAAAATAATTTTTAGCGGCAATAAATATTGACATTAATAAAGAGTGGTAAAGTCTTTAC CTTCATTAGTTAAGTCTCATTCGAACCGATGCAACTGAAGGTTTTAGGGACATATACAAA GAATGGTAGTTGCCGCTAAAAATACACATTCTTAACAGTAATTAAGAATTAATTGTCACT AGTGATCATTTTTGAGGTAATGACATTAGCTCTATTCTCTTTAGACTCCACCTGTAGAAT TACATTAGCTATGTTTTGGTTGTTAATTAAAGCTTCCATTCATGATCAAATAAAAAGTTG CTTACAATTTACTATAACAGGTAAAGCTATACCTAGATTGTGCCTTTTCTTTTTTGTAGC TGGATGAGATTGTTTGACAATATTTTGCCACAAAATTGTGTCTGTTCTACAAGATTCATC ATAATCATTTAGATTTATCAATGTTGTATAAGATATGCCTTTAATAAGTTAAAACTATAT TAGAGGCCTCAACAAATCTAGTTAGTAGGTCTTTTAAACTCATGATTTACATAACTCGTT ATGTATTCATTGCTATTACAAACTTCAAGAAGATTATTTATCAATTTTAATATAACATGA AATCATAGACTATAAACAACTAACTGAAGGATTTGGATCAATATTAATTCGTTCGGAAAA CCAAACGACTAATAAGATTTAACTTGTCATTAATAGAGATCAATTGACCAGAAGATAATT TATACGTTGACAGTATAAAGAATCTCTGCGTTATCATTAATGTTAGTAATATAATTGGAG TACATGTACGTCATTAAGAGTGCTCCTCGTACTATATATCAGTGAATGAACTGACAAAGA GGCACAAGGCTCTAGGCTTTAAAATGAAATGCTCTTTCTTCAGCTTTTGCTTTTAATTTG TTGTATTTTGTGCATTTCATCTAATTGTAATGTAATTATGTCAATATACACTAACATGAC TACCTGCAAAATATACATGGAAAACACAAGGGAAGTAATATACTTATGAGGGTAGTTTTA GGGATATTTGAAGGGTAAAATATCATTTTTATTTCGTGTAGCAAATATAAATAAATTTCA ATGCTTCAATGATGAAGTTAGCTTTTGGTCATAAATTTTAGATAAATTTCCAAAACTATT TAGTAGGTTGAATGACTTTTACTTTCGCTCACAAAACTTCAAAAATTTTCCAAGTAAAAA TTCTAACACAATTTTTGTTCCGAAATGCACACTTTCAAAAAAAAAAAACTCAAATTTTCA AGTTTCAAAATCTAAGGCAAAACGGGAGCTAAGAAGTATGAAATATGTGTTCATGATTAC TGATCAATAATCACTTGATTTACTCTTTGGAAAGAAATAGGAGATCTAGTTTCAATGTAA TAAATTCACCAAGCTAAGAACAAACGATCTAAATCGTATGTAATGAGAAAAGATAAAGTA ATAAGTTACCATACAAACAATTATAGAAATTACTCAAATTAGTGCATGAGGACATCAATG AGCTGATCAATAATTAGCTTACTAAATATACATAGCATATATGATTTAATTTTCCTTCAT TACTTTTGTGACCTAATTATGTCAAAAATAAAAAACCAAAACACTAACATGACATATATA TATATATATATATATACACTAATTAGGAATTTTTAAAGGTAAAACATCATTTTGTTGCTT CAATAGAAAAAAACTATAGCAGCGTTTAGTCATAGATTTCGAATAAAATTGGTAGAGTAG TACCTTGAGTCATTTGAGGAATACTCGAAAAGTTTGCCTTTGGTAGAAAACACAATCAAT GCAACATCAGCATCACATAATACTGAGATCTCATTAGCTTTCTTCAATAATCCAGATCGT CTCTTTGAGAATGTTACTTGTCTGCTTATTTTGTTCTCGATCCGTTTCAACTCTACCCTA CCTCTTCCCATCCTCTATCTTTAATGCGTATTTAAATTAATCGAACTATTAAATCATATA AGCTACCTAGCATAGATAGAGAGGTTTGTTTGGACTAATTGAGAGACTATATGGAAGAAG AAGCATGATTGAGGGTTGGGGGGGGAGGTTTTATTTGTTGATTTTTGATTGATTGAGTGA AAGGGAATAATAATAACCTGATACAAGAGTGGTTTAAGCATTAAGGGGTGTTGCGTTGTC GATTTGTGATTGGATAAAACGTACACACTGCTAGTATCTGGTGGTTAAGAGCCACAAAAT TATGCTACATACCACCAGACAAAATGTGATTAGATAGTTTTAGTTTGAAATTTTTATTTA TTTTGTACGTAAATTTAAATTAATCGAGATTTCAACGGGTTGGCAGGTAATGGTTGGGCC ATACTTATTGAGTTTTTATTCGTATAATAGTTGCATTGATGGTGTTTTACGTCATTCTTA TTTTTAGTATATACTCCTTATATGCTAAGGTCCTAGGACATTCAGTACTTCTGCACTATG TAGTACTCTCTACATTTCATATATGACATCGTTTTTTTAATAAAAATAAAATTATAATTA AAGGTATATATTTCACTTGGCTAATTTAAATTCTAAAATTTGATTATTATTACTTTATAT AAAAGTTTCATAATATGTCCCTCAGGTTCATTTTTGTGATACTAATATTTTTTGTGATTT ATAATATATGTTTTCCTCCTTTATTTTAGGAGTAGTTTTAAATATTTTTGTTTGTTAATG CGGTTCCATTGTAGCATATGCCTAATTAGATTTGGCTCTTCTTCGTTTATTTTCTTTCCA TTTTCTCTAAATTTTTACTTGAACTAGTGATACATGATATAAATTAAATTAATAATTAAA ATTTAATTGTATAAAAATAAATCTTCAATTCTAATTTAGTTCATAAATACATTATATATT TCATTAAAAATTATTGAAATTCCGCCATCTTAGCAATATACTATCTTGTCCATAAATATT GGGAATAGTTCTCTTCCTAATACTTTTTTAAGCATACAATTTCTTTTATTTCTTTCAAAG CACTCTTTTTATTGCGTCTTAGAGGAAATAGGGAAGAAAGAGGTGAAATAAAATAGGAGA AATAAGCCAATAAAGAGATCAATTTTAAAAAGAAAATAAAAGAAATATCATGGTTAGGGA GTTACTTTGACAATTAAGTCTTAGCCATTTAATCACTAATCCAAATAAAACTTTGAAGAA AATTAAAGAACAGTCAGATCATTACATCGATAATCGTCAGTGAGAAGAGTATATATTTAA AGAGAAAATACATAAAAGTTCTCTCGAACTTGGCTGCAAAACTTACTTTAGCACTTAAAC TACACTAGCGTTTAAATTATCCCTTAACATCTTTAAAGTGATTTTTTTCAACCCTAATAC TACAATACCAGTCTCACAGTAGCAAGTGTATTACACACGCGTCATTTTATTGTCACATTA GTGTCACGTCAGTGCCACATTGAAAATTAAAAATTTTGACTTTTTTTAATTCTTTTTTAT TTATTTTTATTTATACGTTTTTAGAAAGATAAAAACAGAAAAGAAAATTATGAATTAATC CAAGATTATAAAAATAAAATCAAACTCTAACGTATTCAAAACTAGAAACATCAATTTTTA AAACACATTATCAAAATAAATAAATAATATAAATTAAAAAACTAATTTGAGATGAAGAAA TTACAAATTTTTTTATTAAAAAATGTTTCAAGTTCATCATAATCAACAAACCCTTCGATA TGTAACAAGTTGTTGGGTTTTTCATTTTTTTCTTATTCATCACTTTTAAGAATAAGTAAG AATAATTTGAAATGAAGAAATAGGTGAGGGTGTTCCGAAAAAGAAGAAAGAAGGAGGCGG GGGTGAGGGGGGGGGACGGGGGACGAGATCACCGAAGAAAAAGAAGAAGAAAGGGGTGCG GGTAGGGGGTTCGAAGAACCAAAGGGTGGGGGTTGTTGGTGGATAAAGATGGTGGGGTGG TGAAGTGTGAGGAAGATGAAACCTTATTGGTTGGAAAGAAAAAAAGGGGCCTATTCATTT GGTGCCTGAGCAATTGATTCTTAATTATCGCTAAATATGTATTTTTAGCAGCAATTTATG AAATTATGTCTTAGGCCTAACTCACACCCCAAAAATTAGCTCAAAGGAAGGAGGATTGTC CAAGCCTTATAAAGACTCCACCATCTCATTAACCACCGATGTGAGACTTTTTGTCATTCT TTAATACCCACCTCACGCTCAATGCTTAGCATTTGGTGCCTGAGCAATTTGATTTTGGGG TAACCAACATCAAGTGAGACGGGTCTTGCTTTGATACCATGTGAAATTAGGTCTTAGGTC TAACTCATCCCCAAAAGAATACTCTTTGTGTATGCCCCTAAAACCTTTGGCTTCTAATTA CACTTAACTAATGCCGAAAAAGATTTTAACATTTTTTATTAATACCAATATTTATTGTTG TTAAATATTATTTTTATTACAGTGAGCAAAACTTTCACAGACTAATAAGTTGGGAAAATT TAAGACAAATCAAACACTTTTAAAGAGAAAATCCTAACATTTACCCTTTATAGTATGCTA TTATCAATAGGCAAATAATATACCAATTTTTTTAAATTTGTGGGCTTTTAATCATGAGTC AAGCACAAAATATATAAAAGTGAATAGTGGCACGCTGCACGCACCTTAAGGTTTAAGGTG GCCAAAAAACAAGACGATGGATATGCTTAAAATTAACTTTGGTGGTCCTTATTATGCACA CAAGTAAAGCTAAAGATTTGTTCGCATTAGATATTTTTATTCGTCCAATAAATACATGAC ACCGTGTTTTATCACATGGTTGATGTGAATAATAGTCACTTTTATTTTCCTGTAACCAAG ATATTTCATTTTAATGAGCAGTAAAAATATGTACTATGTTTCTTGGAGTTTTACGAACAA GTTGTTTCCTAGTAAGACACTTCACGCGTTACAAAAATAAATATAGAATCATAGGGGACC ATAAAATGCAAGCAGGCACAATTAATTAGAATATTTATATAGTACAGTAAAAATTGGTTT TCCAAATCCTTTCAAATTATATTACAGCTTTAAGTAGGGGACCATGACTTAATTATGGTA AATTAATATTAAAAATTAGATTAAAAGGACAGTGTTTAATTTATTTTTTTTTATCAGAAG AGACATTACTCCGTTTATTATGTAATAAAATATATCAAAATCTCAAATCCCTACTTTATT ATAGTTTGTTACTTTAATTGAAGACATTATATCCGTTGTATTAAGATGAGAAGACAATCT TAGCCATTCTACTTTTTTCTTATTGCCAAATTAATTATTAGTATTAACTTTTTATCTTTT TGATAATGGCGAGGTATTACTATCGTATTAGAAGATTTTGGCATTGTTTAGGACAATTTG GTGATCTAGAGGTCTTATTTTACTTTATTTTGATTAAGTCGTTTTGTATCGAAATCAAGG AGGATTCAGAATTTAAATTGTATTGATTTAATTTTTTTAGTTTTGAACTTATTATATTTT AATATTATAATAAATTTCATTAGTGTATAGAATGAATATAAAGTATAACCTCGAAAAATA GAAAATGAGGTACTACATACCCTCATTAGTCATTACTATAGTATATGATTTGGTGGATAA ACTGGTTTTAACTTTGAGTATTTTTATTAATATAAATTAACTTAATAAATACAAGTAATT AATTAAACACAGTACAATACTCATATGACTAGTCGATAATTTCAAATCATGATTTAAAGT TAAAAAGATGGTATACATTCCATAAATTAATGATAATGTGAGATTAGACTTTCAAATTAT ATGGTCAAACACGCCTAAAAACATTCCATTTAATTATAGCATATACAAAGTTGATTTTAG AAAATGAAAACCTTAATTATGTGCATATATATTATTAGCATTTCCCTTAGATTATGTTTT ATTGGCTAAATGAGGCAAAACATGTCTTATCTCACAGCCCTTATAATAATGGCAACAACT CACTTTTATTATGGCCTCTACCAACCTCTTTTTTGAAAAAAACAAGTAAAAAAAAAAAAT GAAGAGTACATAATGGTAAATATTACCTCCTCCATGAAAATTTCTCTATTTCCTATTCAA TTTTGTTCCCAAAAATGACTTCTTGTTTTATAAAAAAATAAATAAAAACAGTGTCTGTTT TTTCCCTTTTCGTGTCATTTCTTATTAATTGTCCCAAAATAAAATGAATATACCGATACC ATGTTTGGAAAATCCTGTTGCATTATATATATATATATATATATATATATATATATATAT ATATATTCACTATTTTGAGATGCCTTATAAAATTTATTCAGTTTATAAAATCAATAAATA ATTTATCTTTTTAGTCTATTTTACCGTTGCTATTAAATATTACTCCCTCCATTTCAAAAC AATTGAATTGTTGAAATGTTTTACAAATTTTTTAAAAAAAAAGAAAATTAAAACATAAAT TAAATGTTACTTTTCATTTTTACTCTTAGTCATTATTATCAAAATAATCTTTAGAATAAC TAAATATTGATCATAATAACTAATTTCAGTATTAACTAAAATTTTTATATCATTCTGAAT ACAAAATACAATGTGTGACTCTTAAAATGACTAAGAAAATTTCTTTTAAAACCAAAATTT TAGAGGTAAAACCATTCAGAAATTTACAGTCAATTTTTGGAGGTAAAACTTTAACAAATA TGACTAAAAAATGCTATTGAATTACATTAATTTAGTTGTCATCCATAATAATTTTGTGAA CTATGTCAATCGAATTTTCAAAATGCAATTTCATAAAATCTGCTAATTCACTTTTAAATT TGGTGCAGATTACAAGTAGAGTTTACACCAAAGATGGAGTGTTAATTTGTCAATATAGTG AAGAATTCTTTTTATGAAAATCTCAGCCACATTAATATACGAAATTTTCTAGAAAATAAT TGAAATTAGTTGAAGTTTCTTTGAGCTCATTACATAGAAAATTCAAATGGAGAGTAGAAA CTGAAGAATATTTTTGAAAGTAATCTTAAAGATTGAACAATCAAGTTAATTAAAAATATA AAAAATATCTTAACAATTGAATAACTTTGAAATGGGGTGAGTAGTATTTATTTTTCAATG CTTAAATAATTTATATTTAATAAAGGTGATTTGGTAAAATTATCCCTATAATTTATGGCT TCTTAATTTTATGTCAAATTAATAGTAGACAACGGTAAACAACTATTATCGTACAAAGAG AATAGGAAAAATGGTCAAATATGTCCCTTAACTATTCGAAAAGGTCTAGATATACCTTTC GTTTAAAGTTTGGTTGACTCATGTACTCGCCGTCCAACTTTTGATCCAAATATGCCCTTA TGGGCATTAGTTGCTATGTTGGACATATCTAACTCATTTTTCATTTCTTTAAATGTCACA TAGAATTGTCATGTCATTTTGATCCTATCACATGTCATTTATATGAAAAATAGAAAGATA TTCGGACTCATAAACACCTAATCAAACCCATAAATCAATCCTCTTTTAAATAAATTATCC GATCGATTTTCAATAATTTTGTTTAATTTTTATTTTTTCGATAAATTCCAAAAATGAGTA ATTGATTAATAAAAAAATATGAAGAATATGAAAAAATGAATGAATAATCCATATGAAATT TTTGAGATTTACCAAAAAAATAAAAATTTTGAGATTTATCAAAAAAAAATTTAAAAAATC ATATTTTTTATTAATCAATTACTAATTTTTGAGATTCACCAAAAAAAATAAAATTCAAAA AAAAAAATTGAAATGTTAGATTTCAGGTTATTATATTTATTTGTGATTTTTTGTCATTAA TTTTATATTATTTTTTTCATATTTTTCCTATTTTTTATTAATCAATTACTCATTTTCAGA ATTTATCGAAAAAAATGAAAATTAAACAAGACTATTGAAAATCGTTCGGATAATTTATTT TAAAGGGGGTTGATTTATGAGTCAGATTAAATGTTTATGAGTCCGAATATCTTTCCATTT TCATATAAATGTCATGTGGTAAGGTCAAAATGAAATGACAATTCCATGTGGCATTTAAAG AAATGAAAAATGAGTTGGATATGTCTAACATGACAACTAACGCCTATAAGGACATATTTG AATCAAAAATTAAACGATGAGGACATGAATGAACCAAACTTTAAACTGAGAGTTATATAG ATCTTTTTGATTAGTTTAGAGGTACATTTGACCTTTTTCCTTAGAGAATATTATGTCATT GTAATTTTCTGGAGAATGAATCTGGACACATCCACAATAGCAATTATTAAAGGAATAAAT CTTCCTTTTTGAGATATCATAATTTTTCCAACACTTAATTAAAATAAAGTTTAAAGAAAA GATGAATGAATAATCCATATGAACTTCTCTTTCTTTTTCATTATAATTAATCATGGCATT CTTGCTATATAAAAGGGTGACAAGGATCAAGGTTTGCCAAATGGAAGACCATAATATTTA TTGAATTAAATAAATTAAAAAGAATTATTATAAAAATATAAATATCCTAATCATACGAAG CTACACCTCTAGCAGCACGCTAGCTACTTTTTGTTATCAACCAAAAAAAAATGTAAAAAT TATTTTTTCGTTAAAATAAAATATATATTCCTAACAACTATCTTCTGACTCTCTAATTAG AAAATTGTGAGTGGCCATGGCGGCTGAAATTAAAAATTAAAAAGAAAAAAATGAAGCCCA GATCCCTTGCCAGGGCAATCAGAGTTAATTTAATTGGAAACAGAATATTTTTGTGTACTA CTAAAGGAGAAAAATAACTTCACTTTGCTTTATTTATAGTATCTCCATATAAAAGAGGTA GAAATTATACCACGCAGCCGCTAGCTGCACCTATATTTAATTTATATTCAATTTTCTTTA AAATTTAATTAAAAAAATTATTATTTTTGACGAACTTTAAATTATCACAATTACTTACTC TTTTTGGATACCGTCAAGTAGCTTAATTTTAAACCGCTCCTTGAAAAAATAAAATACAAC AATAAAGCACACATCAGAAAAGATAGTATTCTTTTATTGTAATGCAAATTCACACATCAT TTCTGAAATCATTTCTTCAGAAATGAAGCAATTGTCACTCGACAACTCAACTATGTAAAG TTCAATTGTATGCGCCTAGAGTAGAGTTCAAGTTCTTTTCTTTATCAATAACACGATAAA AATATAAAAATAATATATTTGTATTATATGTCTTTACTTTTTTCCAAAATACAACTAAAA ATTAAATTCTTTTCTATCATAATCAATGAAACCTTTTATTAAAAAGTATTATATTCACCG AATCAATGCGAAAACACGTTGTAAGAAACAAGTAATCACTAAAATATTAAGAAACTTTTT TATTTTCTTCCGTGTGAATTATTATATTTTCTTCATTAATTCAATTAAATAATATGAAAA TTTTAAAATAATCACTCAATATTTTTCGTGGGAGACACTTTGCCCCGTAAAGGGTGTATC CTTTGCAGATGGAGCACCTTTGTTTGTAAGTTATAACAATAGAAGCCCAAAAGAACAATT TATAAACAATAAGTTATAAGTAAAGCAAATAATAATAATAATAGAGGGGTATCTAATTAA ATTTATTATTTTTCCCTTACGAGAAGGTTGCGTTACTGCGTAGATACCTAAAGCTACTCT ACTCTATGAAATTACAAATAATATCATGTCATAGAACAATTCCTTATTTTATATTTTTTA TTTAATTTGAATAGAAACCACACTTTAGATTCTTCAATAAATTTAGTGGGTTTTATAGTT TAAAAAAAAAAGCTTGGATAGCTACTGCTAACTAACATATATTCACAAAAGAATAATAAA TTCAATATAATAATAGGAATCCAGCAAATTTTGCTCTTCAAATAACAATCTAATTAATTC GAATAAAGATTTATATTTTTTAAAAGTACTTTATATTTTCCTCTCACAAAATTTCTTAAT AATGTAGAAAGTAAAGTATATTCCACGGATTATAAAAAAAAAAATCTTTTTCTCCTCTTT TTTGTCATTGATAATGTTTCGAGCAACTAGGGTGATTTATAAGAATGACCTTGAAGATAA GCGATTTTGAATTTTCGGAGAACTCCAAATTTAACAAGTTTTGTTCCATTATTGTAGTGT ATTGGGCTGGAAAATCTAGTGGGCTCCTTAAATGCCATGTGGTTTCTTGGGCCATATTGT AGTTCATCTCACTAATTTGGGCCTTTGATAACTGAGAACATTATTTCTAAGTTTGTGTTC TAGGCCTAATCACGATACAAATGGGTTGATATGTGATTGACAATGACTAATTTCATCTTA GGAAACTTACCTAAAATATCATAAAAGAATATTTATCATTTATAGCAATAATATTTTTAT TCACTTGATCACATTTAATATATTTATAATATAGTTTAATACATATTACAGTAAAACACT TATAATATAAATTTTATTGATGGATAATACTTTTATCACAGTTTTAATACATGTTACAAA TATAGTAATTTATAAAACATATATATTACAAGTTTTATTGATGGATAATACATTTATCAT ATATTTTAGTAAAATGTGTTAATTTCTTAACAAACAAGCATAATATATTTTAAAACAGTT ACAATACACATATATTGCATACATAATTCACTTTTAATATATTGCAGATTTATCATATCA TTATTATGTACTGTTATAAATAATAATAAATAAAAAGTAATTATTTATTAAAAGATATCA TGCGACTAATATTTCCTTTCTTGTTCATATAGAGTTACAATGTTATACAGATAAAAGTTT CAATCTACGACTTTCCAACAAGCGTTTAAATGACCCGATCGATTCTGGAAAACTTTGCCA AGGAATATTTTTAAGTGTTGTTTGGTAGGAAGTTTTGAACTTATCATATACTATTAGTTT TTCAAAAATGTTTTTTTGAAAAATAAGTGGGATTCTCCACTTTTTATTCTTGTGTTCGAT ATGGTAAATTATAAGAAAAAAAATATATATTATTCTAAAAGAATAAAATATTACATATTA TCTAGCTAGACAAATACGGGGAATTTGTGGGGGTTGGGGTTGTGGGGTGAGAGCAGGAGA TATAAGGATTGGGCAGGACTCGTTTGGTGTGAGAGATTAAAAATAATAGTGAAGAGCGGA GGATATTGGAATGCTGATTGTGAAATGTTGTTCCTACTTCAACTAAAGAAGTCATTTTGA ATGAAGGTAAAAAATTTTGACATCTTCTCTGTACCTGAATACACAAAAGAAACTGAATTC ACATGAAAGATGCTAATAATCATCATATTCAGCAACATCCACATTATGATTTGAATAAAA TAAAACATTTCCAAGCAAACAAGTTTGTTTTTATGCAAAGAAAATGGTTCACAACGTTCA CCTTAATTAGGGTATTTTGCTGAAAATAAAGGTACTGGAGTTTTCCTTTATTATTATAGA AATATACTTCATATGCTTTTATGCAAAGCTGAAGATAAAGGACTTTTTCATTCACAGCAT CCAACCAGGTATCATACCATTCACGTTTTGGGCATTTGTTACTGCTGTTATTTGGCTTGA AGTTGTTATTGGATCGTACCTGCATTAAATCAAAACAATAACATTTTTGTTTTAGCCAAG CACTTTAATTGTGTGAATAACTTTCATCGATATCTCTAGAGTATGAAAAGCTATATTTGT TTTGCTTCTTCCTTTTTTTTTTCAAAAAATCTCACTTGTGAACTAATGGGCAGATGTAAA ATAGATAGGATAAATTAAAAATTAAGATATATATAGAATGAATATGGTAGAATTTACCCA ATTTGCAAGGAAGAGTTGCACTCTAGAGGTTGGAAGAAACCCTGAGATTGAGGATGTTGC TGCTGACCATAATTGAGACTTTGCTCACCACCACCCCATGCTTGTTGCATGTTGTTTTCA GCATATATTTCTTCCATCTGCTAACAAATTATATGCAATTCAATGACTTTGGTACATCAA TCAATAAGGAATATTGATCTTCGGCTTAATAATTACTGAACCCTAAAAACTAGCTCACAA TTTCCCATATACCCATTCCTTAAAAAGAGCCGATGTGAGACTCTTCAACAGAAATACTTT ACTTTAGCAACTTAGTTAGGTAAAAAAAAAAAAATTGACGAAAAATAAACCTAATCTAAC AAAAATCAATCACAATACAACTAGTAATATACATGGAGCTAGAAAATGAGTTAGAATCAC ATGTATGGGCAACCTACCTTTCTTTCAAGAACCTTGTTAGCCTCATTCCACAATTTCTCC TGTTATGATAAAATAGTAAGTTACTAACTATTGAACACATGCATCATGTTGACCATTTTA GAATCAAATGAGAATACCTTAGTTTGAAGATCAGAAAGCTGATCAAGCATCATTTGTGTC TATAGAGCAGCCAGAAGATAACAATCAGAATACTTGAATTGAAATTGGTCTAAAAATTTG TTATAAGTTAAGCTTACCCTGGTGGACCTAATGTGTTTGAGGGAAGTATCTAGTTGGACT TCAAGATGCTCAAGATCATCTATAGTCAGAGGCCCCAACTCATCTCCAAGAAGGTGTCTG TTAAAGTATAATAAGTTATCAAGAATACAATTTGTGTACATCCTTCTATGTCAAATAATT TAGACAGCATGATTATGGTTAACATAGGGGTATCAAATGGATAATCGGATTTAAATGGGC TGAATAAATAATTGATCCAACTAAAAGCATATGTGCTGAGCAAAAATAATGGATTAGATC ATGACCCGACTCACTTAATTTGAATAATACTTACATACCAGAGTAATTTATAAACCAAAC TAATAAAGGCAAACCAATTTCTCAACAAAAAGAAAAGCCAGAAAATACAATATTTGTGAC TAGAGCGTCCAAAGATGTCACTTATATAAGCTTATTTAGTTTGTTATATTTATTTATTTT GAAATTAATAGCATCATAAACACCGTTAATTGGTGATACTCTAAACCTCCACATAGTACA TAAAAGATTATATAAATATATCGAAAGTTTTGGATTTAATAAAATGTTACTAGACTGTTG TTTAGATAAATATTTTTTATAGTCAAATTAAACTAAAAAATGAATATATCTAATTTTATT TAGTGCTTTTAGACGACACTAAACATTAAAAAAAATTAAAATAGAGAGAATAGAGAAACT AAAGTATCATAGAAACTGATGACATTTCGCGATGATCACATAACTGCACCGACGCCTATT TCATTATCAAGTCGAAAGTTGGGTTAATTTGGGCATAAAAACTGCGGTAAGTTGGCAAAT GGATTCTGACTAAACGTGTTATGATTTAGCCCATTCTTGAACCATGTTTGAGAATAAAAT TTTGGACGAATTGAACGGGTCACTAATATTTAGGTTTCATTTGACACCTATAGATTATCT TTCTAGCTAGTAGTTAATTACCTTTGATATCGCTGCAGCGACTCATATTTGGCTTTGAGT TTCAAGTATTCCCTATAGCTGCTTTGCTGCAATGGCTCACAAGATGGATCAATAACTTGA AAAGGGTCTATATATATAAAAAAAAAAATTCTTCCTTTATTTGCGAAAAAAATTCGATCA GAAAAAATTGTGATCGAGCAGCATTCGATCATGTCAGAAATTAAAGCAACTAACTTACAT ATAGTAAGTTATATTATGGTAAAAATCATACATACGTTCATCCTTTGAAAAGGTGACGTC AACGAAATTAGTAGCATTTGTTACCTCATTATCTTTGATTGATCGATTGACTTCCAATGT TCCATAGCTGCACTTTTGGTACCTATCAAGTGTTTTGAGCATACTGTTGCACAAGATAAA TAAAAAGGAAAAAGTTATTAATACTCAAATGATTGGATTGAATCAAATATGAGCAAGTAT AAATAAATATTCGATCCATCTTTATTTAACACGGATAAAAAAATGTGCTAGCTCGCAACT CTTTTTATTTTAAAAAAAAAAACATTTTGCCTGCCCTATATGGCCATGCAAAAGCTATAA ACGGGATGAAAATATTAAACATGTTCGAATAATGTACTCAAGAGATAATTAAGGATAAAA TCTACGCCTCTTTGTAAAATTATTTGGATCAACATTTATATGATGGACAAACAATGTAAA TAATTTCTACTTATTGTAAACCAATGAATCATTTTTTATCATATTCTAAAACTACGATTA CCAACCTGACTTGAGTTAGCCATAATCCTTGTTAGAAAACAGTTTCAAAAACTGTTTTCA ATGCACAGAGATATGAAGTAAATGCTACTTACTAATGTACCTAACTTCCTCATTAGATCC ATTTACTTGTTGTATATTGTAATTATTTTTATTTTTAAGATTATGCATATATTCAATAAT GATCACATCTTTTTAATGACCCGATAAGTCCTTACACTAACGATATAAATAACATAAATT CTTTTAACCGTATATGTTAAGTTGAAGGCCACTCAATCAACTTCATGAATTTTTGACTAC TACACTAATCCAAGTACTCTATACAATTTCCCCACCGTGTTAAATTTACAGTCTTTCTAT TAAAGAAGTCACAACTCAAATGATAACTAAATAGAAATTTGCTTCACGGATGAAAAAAAA AATATATATGCATGTCATGAGATTACCCAAAAGATATTTCCTAGGCTTCCTTAAAATTTG AACTGATATATATTATTATAAATTAAAGTCAATATTTAGCTATAAATTTTAAAGTGAATG AACTTTATGAAGCACGCAGAAATACCCGGTGGACTGATTTATATCACAAATGTCTATGAT CACAGAGGTAAAAACAGGATATTATGAGTCTTTTATCATATCAGTCTTATTTGCCATCAT CAAAAAAGGCGTAGAATTAAGGACTGGAAGACGTTTTATCTGGTTATTCAGATCTGCAGG TACGATTATACTCGGTCCATTTACTCTTTTCTTTATAAGAAGAGATTGTCTAATGATCGA TCTAAACAATATTAAGTGCATTTTCTTACTTTATTCGATTTTAAAACTCAGGATCTGACA CGAGAGGTTGCTCGGATGATAAAAAACCTCCATCTCCAACTCTAAAATTGTGAATTCGAG TCACTAAGGAAACAAAAATAGTGTGATCTCCTAGAGAAACGCACTAAAACATAAGATCTA TATGTTTTATTTATTTTATGAACAACTTTAGGATGGGAGTATGATTTTTCATGTTGTATG TAACAGATCTTTGATAATATAGAGCTTCAATCCTAATTTCAGATCTTAGAATAGAGAAGA AAAAAAATTACTTGTTTGTGCTGCAGAATTCATAGAGTTTTCCACGATTAGAGAAAACGA GTAGAGCAACTTCAGCATCACAAAGCACAGATAGTTCATAAGCTTTTTTGAGCAATCCAT TTCTCCTCTTTGCAAAAGTGACTTGTCTATTTATCTTGTTTTCTATCCTCTTCAGCTCAA CTCTTCCTCTACCCATCCCTCCTTCCTCTGATGATCTTTTTCTACTTTATTTTCTCACTA ATTTCTTCTCTTGGCTAACTCTTAGATCCTCTTTTCTCTCCTACTGAAACAACCAAAATT GTGAAAGAAATGCAAACCCTAGCTAGACACACACACACACAAAGAAAGAAAGAAAGGATT CTTATCAACTTTTGTTTTTTGTTTTGGTTGAATTTCAATGTTTAGAGAGAGAAAAAGTGA ACATGGGTTGTTTTTATCTATGGCATTTCTTCCTATCTTCTTTAGGGATTCATTGTTTTA ACTTTAGGATTTGCTTAGGTACTCCAAATTTAGATACCTTAGAGCTTTAGGGTTGGTTCT TATTTCCACTACTTTTTCAAGTTTCATGTATTTAGCCAATGCATTATAGGGACTAGTCTT ACGCTTCTGTTGATGCGCGTGGAGTACACGCACAACAACTATTCGTTGTCTGGGATACAC GCGCTTGGTTAGTTTGTTGGAGCTTTTGCTTCTCATTTGTGCGGTCCATCAGTGAAAGAA CAAAGGCGTGTACTAAATTGGCTGGACACGCGTCGGTGTATTAGTGGATATTACGTACAT ATCATGCGTAAGCAAATAACTCACTTCTTCACTGTAAATTTATAGAAATGGAAAACTTAC TAACAAAAATTTATTTAGCTAAACTACTTATCCATCTTAAATAAGACATAATTCAATTTT TATTTTGTATGGCTTTAACTTGACTTCAAATAACATTTATGCCCTTCCACTTTGGGTGTG CACAAGTAGACACTTAAACAGTTAAACTTGTATAAAATTGAACAAATAGACACACATGTC TTACATGTCATTTTTCGTCCTACGTGGTGTCGTATGTATATTTTTGTCATGTAAGACTCA TGTGTTTATTTATTTGAAAGTTAGATAGTCAAAGTGTTTGTTTGTGCATTATGAAAGTTA GAGGTCAAAGTTAAAATTTGAAGCCAAATTTAGGATACAATATATGTATTATGCATTTTA TTTTTAGCATTCTGAAACCAACTCAACTCATAAACCTAATTTTTTGAAAGTTTCACAAGG GATTTTGAGTCTAACTTCATTCGAAAAAACTAATTGATGATGAAAGGATTAATGTCGAAT ATCATATGAGGAAATAACTCATTTCAATATTAGTCTTTGGCTCTTTGCTTATTAGGGAGA AGAGGAAAACCAATTCAGTAACGGAGATAAGTCATAAGCATCTTTTTCTTCCTTTTTTAC AATGCCTATTACTTAGTTTATTTCGCTCATATTGTTATATTGATGTTTTTTTGTTTTTTT GAAAAATCATACTCGATTACACTATTTTTGATTTGAGAGTCAATCAAAAATAATCTTTCT AAATAAAGATAAGAATAATGTATATCTTTTACAGATTTTACTTGTAAAGTTATATCGAAT ACCCTAAGATTAACATGAATAACCATAAAAAGGTATGGAGTTGTACTATATCAAAATTCA ATGTCTTCTTCAACGATTCACTTATCTACTTATGTCTTATTAGACCTTAATCTATTGATT GTTTTGCAATTTTGTTTTATTTCTTGTCTTATGGATTTCATAGAGGGGTTGTTTGATTTG AATACTAGTTATGCTGGAATATGTTGTATAGGGATTAGTTGTTTGTTTGGTTTGTCATAT TTAAATTAATATTTATTATTTATTTTTTTTGAGAATAAGTTGTTGGTTGTTTACAAAAAT ACCCTCACCTTATTTAGTTTTTTTTTTTTGTACAAGATTTAGTTATTCATTCTTACAAAT AAAAATTACCTCTTATTTAGCTTAAATATTTTTTTTGTGTGTATTGCCATGATTATGTCG TATATATTAAAATTTAAATGTTCATCTCATTTAACTTAAACTTTCATCTTATTTAGCTTT AAAATAAAATATTCATCTTATTTAACATAAAAATAAGATTCTTTCATCTTATTTAGCGTA AAAATAACTTTCATCTTATTTAGCTTAAAAATAATTTCATTCTAAGTTTATTAAAGTATA AAAAAATTTATAACTAAAGTTATCTAAATTTTAGTTATAGATAAATATAATTTTAAGTGA GTAATAAACTATTTAATGAAAAATATGTAATTTAGTAGTGGAATGAACATTGTAAGAGAA ATCAAAATATAAAAACATAATAATTATGCAAATAAATTCAACTTATAATATATCCATAAA TAAAAATTGTATTTATAAAAATGTATTTTTTTAATAGAAGCATATATTTATCATAAAAAC AAGGGATAATGCCCAAGTACCCCCTCAACCTATGCCCGAAATCCCAGAGACACACTTATA CTATACTAAGGTCCTATTACCCCCCTGAACTTATTTTATTAATAATTTTTTACACCTTTT CGGCCTACGTGGCACTATCTTGTGGGTCCAACGATGGTTGACTTTTTTTTTCAAACTAGT GCCACGTAGGCAAAAAAGGGGTAGAAAATTACTTATAAAATAAGTTCAGGGGGGTAATAG GACATTAGTATAGTATAAGTGTGTCTCTGGGATTTCGGGCATAGGTTGAGGGGGTACTTG GGTATTTTCCCTAAAAACAACAAATAATTAAGATTGTGAATGTTATTATAAATGTTGTTA AAAATTATGTTAATATGTATAAATGTAAAAGTAGTGCATAAAAGAGAGTTTATGGGGATA TTTCTGTTAATTTACACACTTTACCCCAAAATAATTTATCCCGAGATTACTATACCACCC CCACTGAGCAATAACTTATCTCAAGACTAATGATTAATCCTGAGATATGTTATTTCTACC TTTGCTTTGCAACCAAACAATGAATTAAAGTCCACTAAAAAGTTATTCTAAAATTAATTA ATCTTATCCATAACACCAAATGACCCCTAATAGTGCTTAATGGTCAATGAATTTTGAGGT CTAATTTTCAAGAAATTTTTCTATTCAAAAATTGAAGGGTTACGTTGAATTATATTTTTC CCGAAATTGAACATGTTCGACATTCTGCAATTTGAATACATTAGGAAAGTAATTAATAAT GGTCACTTATATGAAATTCTGTGACTCCAAAAGAAGATTAAGGCTAATAATATAACAAAA ATGTATAAACATTCCTTAATACCTAATTATATATATGCATAACATGATTGGTGTACTTAA TTACTAGAAAATAGATTTTTTTAAAAAATTAAAAAGAGTTAATATCATATATAGGGGTGT ATATTTTTTGGGACATACGTGTCGTGTCTTAATCTATATTACTCCTAGTAGATCTTTTGA ATTTTGGGAAGGCCAAAAAAGGTCTAAATATGCTATTGGATTTTGGGAAATGGGTTATGT GTGTATTTGTCAATAGTTGAGGAATAATATGTTGGTAAAATGTGTTGATTAATTGATGGC TAACAAACACAAAACTATACATTGTTAGCAAGACAATATATACATATAGTACGTATAGAG GTGGTATAACATTCTAGTAATTGATGGCTAACAAACACAAAGCTATACATTGTTCATGAA TCATGCATGCTGTAAAACTTGGCTATATCTGTATTTATTTTAATTTTTTGATTAAAAAAA AAAGCATATGTTAAATATGCAAATATATTTGGAATGACAGATTTGGTCAAAAAACAAAAT GTCAATAGCTCTATTATGTGGAAAGAGACCAATACCATGCTAAAACACAAGCTATGTATA TATATTATTAAATAATAATACATAAGACATATGGTTTGCATCTTCTTTTTTTTTTCCAAC ATCAAATTAAATACATCATCCCAATTCCCAAACAGCGATATATGCATAAAGATCTATTTA TTAGGAGAAAATAAAAAAAAATTGATTTTATAGCTATATCATAAATTTATCCACATATGT TATTATATAGGGAAAATATCCAAGTACCCCCTCAACCTATGTACGAAATCCCAGAGATAC ACTTATACTATACTAAGGTCCTATTACCCTCCTGAACTTATTTTATATGTAATTTTCTAC CCCTTTTTAGCCTACGTGACACTAGTCTAAAAAAGAAGTCAACCATCGTTGGGCCTACAA GATAGTGCCACGTAAGCTAAAAAGGGGTAAAAAATTATTAATAAAATAAGTTCAAGGGGG TAATAGGACCTTAATATAGTATAAGTGTGTCTCTGAAATTTCGGGCATAGGTTGAGGGGG TACTTGGGCATTATCCCTATTATATAGGCTAGAGTTACAAAAATCACAACAGATATCGTA ATCTTGAGTTTTATATAAAAAAGTTTGAAACTTCAAAATATATAGTGGTTGATTTTTTTA AAGGTAAGATCGAAAAATTGATTAATGTTGAAGGTAATTAACTTATGACATCGATTCTTG CTATTAAACCACTCACAGTGATAAGTCTTTTGGGTATTACTTAAACAGCTTTCCTAAATT TATGAAAGGCACAGAAAACTGATTTAAATTTCCAATCTGATTTTGGAACATATATATTCC AGATATCAATCTTGATTTGACTCTTGTTTTCCTTAAATGACCATATATAATTATCACATT CACGTGACATTGTGGCAAGTGCAATTTAGGACCACATAAAAATAATAATTCAATACACAA TTTGAGCATACAATTTATGTCACAATTCATTAAATAATTAAGGACCAATATATAAACATA AGGATTAAATACATATTCGTCAAATTGTTTTTTAAAACAGGAGTCGTCGGTTCAGATGTT TTAGAGATTTGAGCTACTCACTAGACTACTTAATTAACATAGAAAGTTAGTTCAATGAAC TTAATATATATATATATACACACACTATATCATAAATATATCATAAATTTATCCACGTGT GTCATTATGAGAGAGTCAAAGTCAACACACACGCTCCAAATGGTGAAGATTATTGGTACA CGATGTAGTCAAAGTCAAACGAAAAATCTAAGACCCATCTTACATTTTAGGCGTGGTTCA TTGAAACTAAATACAGATGAATATAACCATTTTAATATGGTAAAAAAGTTTTGTATATTC CTTAATTTTCGATTTAGAACAGATAGTTAATAAAGTGCCTTATATTTTTTTTTGGAAGAA TTATATATAATAGCAAACTAATAACCTAAAATAGATGGAGTAACTAGGGTTTGATTTAAT TGAGCTCCATAGTAAATGTTTGCAAAAAAATTGTCAAGCGTCTCTCTCCCAAATATCTCG CTCGCCACTCTCCTCCAATCTCTTGCTCGCTTCCTCACTTTTTATACAAACACAAGTATA TAAAAAAAAATTTAATTGTATAAAGCAGAAAAAATTGTATAAATACATATAATTTTGTTC CCCTCTCTCCCCTCTTCTAGATCTCGCTCGCCACTCTCCCAAATCTCGATCGCCACCGTC GCCTTTCTCACTTATACAAACAGAAGCGAAATGTATAAATTGTGTTTCTGTTTGTATAAA GTGTGAGAAAATTGTATATACACATGCAAGTACATATATTTTCGTCCTCTACACTTATAG TTATACAATAAAAATACTCATCTGCCCAGTTTCTTTTGCCTTTCTCTCTTTCTTGTTTTA TACAATTTTCAAATTGTATCTAATTTATCTCTTTCTCGTTTTATACAATTCGATTCAATT GTATATTCCTTGTCAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTTATACAAATTCAAA TTGTATATAATCGTTCTATACACTTATAATAATACAATTTGTTTTGTATACTTCATTTTT ATACAGTTCTGTGCTCAATTGTCTTTCTCTTTCTTGTTTTATACACTTTGTTTTATATAA TTTGCTTCAACGCTATATGTATAGCGAATTATACAGTTTCTATATTTGCTATGGAGCGCA ATTATGCAAACTTTGTTATAGCATACAAATATAAATTTTTTATTTGCTATATGTGAAAGT TGCCCTATTTTTTTTGTTACATAAATTATTAAGATATATCCTTTTTATGGACGGAAGTGA AAAAATTGATTTTAAATTTATATTGTTGATTATTAATTTTTTTATTACAATAAAATTTAT ATAGAAGTATATTTAATATTCTCATGTGTGATTTTTTTTTTTACTTTTCAATTTAACGGT TAATTTGTATTTTTAGTAGTTCATCATATACTATGATAAAAATAACTTTTAGCAGTAATG AATAGACACATAAAAAAGAGTGCTAAAGTTTTTACCGGCATTAGTTAAAGTGTCATTAGA TCCAATGTCGCTAAAGCTTTTAGGGACATATAAAAAGTGTTAATTACCGCTACAAGTATA TATATAGCAGTGATTGCTAATTAATTGCCGCTAAAACTTAATTTTTTATGTAGTGATATT TGTATCATTGTCTGAGTTTTGCTCTTCTTTTTTTTGGTTCTATAGTGTGAAATATGAATA AATATAAAGAAAGAAATGATGAATGAAATAAAAGAGATAGGTAACAAAATGACACATTCA AATTATTGGTATTCATTAACCCTATAGTTAGCTAGCTAATAGAAGTCAATTTATTCCAGT TCAAAGATTATCATAACTTAGAATCAAATCAAATGAAACACTCAGATTATACTCTCGATA GCTATAAAAGAAGTTGATTTTGGATATTCATCAAATTCACTAATCATGTTAATTAAATAC AAATCATCATACAGAACCATAATCAATCACTTGTACTGTACCAAATCTTTTTCTTCAAAA TTAAAAGCATTTTGAACATACACGTACCATCTGACTAATTAATTACTTAGTTCCATTATG AACGCTTTTATTTTTCAGAAAATAAAACCTCCATTATATAAGTTTACTGCATAATCAGTT CCGTAAGAACAATTAGCAGTAGCTGCTTGATTTTGAATTGCCACCTTCAACTCATCATCT ATGTTCCACAACCCATCCATCGGAAAATTCTCCGTCCATGTGTCTGAAATAGTTGTCACT GGTGGCAACTCAACCGGATCCTCATCGTTATTATAATTAATACTGAACATGTTATCGTCA TCGCTCTTGATCATGATCACTTCTTCTGCTTGAGGTGACATGTCCGTTGTGGATACGTTT GTATAATTTTGCTGTGTTTGGTTTCTCATCTGCCTCAGAATTCTCTTTTTATCTTGCTTT ACAGGAACTTTTACTTTTGTCTTGAAATGTGTTCTCCAGTAATTTTTTATCTCGTTATCT GTCCTTCCAGGCAAGTAACGTGCTATTGTTGACCATCTATACATTACCATATCATCAACG AATTAATCATCAAACGAACCAAAGGAAAATTTAAATATCCTAGAAAGAATTGATCTACTT ACTTGTTGCCCCACAAAGCATGTAATTCAATAATAATCCCTTCCTCTTGAGGTGTTATGT GACCTCTTTTAAGTCCAGGCCTCAAGTAATTCACCCATCTTAGTCTACAACTCTTCCCAG TCCTGTTCAATCCTGAACGATCGAACGAACGAACATTCATATTTTGTAACAACTTAAAAA CGTCGTATCAAAACATAAAGAAATAAAATTCAATATTTATAATTAATACCTGCACAACGA GATACAGAACTCCATCTTCCCTCACCATGCAAATTAACATACTCAGAGAGAAGCTTATCC TCTTCAGGAGTCCAAGGTCCTTTTCTCCATCCTTGTTCATCAGTATTAACACCCCAACCC ATCATTCCTCTAACCATTTTTTTTGGTTAATGAAGTAATAAAATTGCTAAGTAACTTTCA CTAATTAAATCTTCTTGATTTACTAATTAGTAATATGTTGTCTCCTGTTTGTATGACAGA ATTAGTCACAGGCTACTCTACCATATATATACTCTCATCACCCTGTCAATTTACCGTCTT TTTTAATGCATTAATCTGACCTCACTAACTTTAAAAGCACTAGCGATACTGATTTCACGC TCTATAATTAACAATAATTTAATTATAATATTAATAAAATGATTTTTACTCAGATAATTA CTTAGTATTAAAAATTCATTTTAAATTATAAATTTTAAAATTTTTTTTATTTGAATTAAA TTTTATGTTAAGTCAGATAGTATCATATAATTATTTTTATTACCAAATCTTTCGTTACAC CTCGTGATATCTGCCATGTGTTATCCCATGGTGCACCTCACATGATTATTAACCTACTAG TGAGAAACAAGTGTGCCTTGGAAATCTTATTAGAACCGTACCAACAAAGATAATTAAGGA CAAATATTCCTTGATATATGATAAGTATATATTTGGATTTAGCATTAGCAATTCCGTAAC AGAATTTAACTGCATGCATGCTTCAATTATACACTGATTAACTTATATATATCGACAGTA TTATAAAAAAATTTAACTCATTTAAATATGTCGTAATCGATAGTTTTGTAGCAAAAGAGA ACATGCTCTTTTTTCCATTATTATGATTTATAGTATATGCTTATGTGTATTATTTATTAA TAATCTAATAACATAATAACGTTTATTTTACACTATCAATATATAAAAGTTAAATTCGAA AGCCTAATGACCTCGGACTAAGCCGTGAAAAAATTGAAGTTAGTGCTTGGTTGTTGGCAT GTTCCCTTGAAAATGGCTTATTAACCAATGCTTTTGTAACAAATGTTGATGTGCGTAAGC CTCGGCCGTAAGTTTTAAACATAATTAATTAAGTACTAATAATGCAGCTAGCAGCCTTAA TTAATATTTTAAGCAGAGAAGATCG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 420 787 match_part 1.000 889 1265 match_2 match_part 1.000 421 787 match_part 0.978 889 1293 match_3 match_part 1.000 3101 3485 match_4 match_part 0.928 29021 29590 match_5 match_part 0.998 30273 30846 match_6 match_part 1.000 30273 30809 match_7 match_part 0.940 44987 45069 match_part 1.000 45152 45223 match_part 0.980 45339 45542 match_part 0.973 45632 45813 match_8 match_part 0.940 44987 45069 match_part 1.000 45152 45223 match_part 0.935 45339 45493 match_9 match_part 1.000 45221 45223 match_part 0.971 45339 45542 match_part 0.954 45632 46180 match_10 match_part 0.991 46812 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 1.000 48743 49118 match_11 match_part 0.991 46817 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 1.000 48743 49040 match_12 match_part 1.000 46830 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 0.980 48743 49039 match_13 match_part 0.976 46830 47040 match_part 0.991 47134 47241 match_part 1.000 48239 48313 match_part 0.993 48743 48889 match_14 match_part 0.976 46877 47040 match_part 0.981 47134 47241 match_part 0.987 48239 48313 match_part 0.941 48743 49081 match_15 match_part 0.976 47000 47040 match_part 0.981 47134 47241 match_part 0.987 48239 48313 match_part 0.949 48743 49171 match_16 match_part 0.994 51578 52068 match_part 0.969 52670 52898 match_17 match_part 0.980 51578 52068 match_part 0.995 52670 52880 match_18 match_part 0.998 51578 52068 match_part 0.963 52670 52776 match_19 match_part 0.996 51578 52068 match_part 0.971 52670 52738 match_20 match_part 0.985 51605 52068 match_part 0.974 52670 52900 match_21 match_part 0.907 51854 52068 match_part 0.972 52670 52880 match_22 match_part 0.955 83042 83305 match_23 match_part 0.982 93523 93635 match_part 0.991 94312 94650 match_part 0.958 95416 95439 match_24 match_part 0.991 93528 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95842 match_part 1.000 96144 96253 match_part 0.997 98613 98995 match_25 match_part 1.000 93535 93635 match_part 0.997 94312 94650 match_part 0.991 95416 95527 match_26 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95527 match_27 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95497 match_28 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_29 match_part 1.000 93545 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95600 match_30 match_part 0.956 93546 93635 match_part 0.997 94312 94650 match_part 0.991 95416 95523 match_31 match_part 1.000 93546 93635 match_part 0.979 94312 94456 match_32 match_part 1.000 93581 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95452 match_33 match_part 1.000 93718 93784 match_part 0.997 94312 94650 match_part 1.000 95416 95842 match_part 0.980 96144 96193 match_34 match_part 0.994 94305 94650 match_part 1.000 95416 95599 match_35 match_part 0.901 94306 94650 match_part 0.953 95416 95842 match_36 match_part 0.960 94323 94650 match_part 0.982 95416 95801 match_37 match_part 1.000 94324 94650 match_part 1.000 95416 95842 match_38 match_part 1.000 94325 94650 match_part 1.000 95416 95470 match_part 1.000 95541 95684 match_39 match_part 1.000 94371 94650 match_part 1.000 95416 95454 match_40 match_part 1.000 95343 95344 match_part 0.984 95416 95842 match_part 0.991 96144 96253 match_part 0.850 98613 98886 match_part 0.556 99200 99208 match_41 match_part 0.997 95466 95842 match_part 1.000 96144 96253 match_part 1.000 98613 98948 match_42 match_part 1.000 95566 95842 match_part 1.000 96144 96253 match_part 0.975 98613 98732 match_43 match_part 1.000 96143 96253 match_part 1.000 98613 98947 match_44 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match_part 1.000 105689 105839 match_53 match_part 1.000 104875 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 0.972 107377 107659 match_54 match_part 1.000 104875 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 1.000 107377 107645 match_55 match_part 1.000 107437 107808 match_part 1.000 107895 108086 match_part 0.978 108202 108427 match_56 match_part 0.973 107585 107808 match_part 0.990 107895 108086 match_part 0.982 108202 108370 match_57 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 0.974 108202 108428 match_58 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 0.969 108202 108427 match_59 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 1.000 108202 108413 match_60 match_part 1.000 107673 107808 match_part 0.990 107895 108086 match_part 0.973 108202 108276 match_61 match_part 0.992 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123779 123738 match_part 1.000 123659 123653 match_218 match_part 1.000 127154 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 0.975 123779 123740 match_219 match_part 0.990 126970 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 1.000 123779 123749 match_220 match_part 1.000 126968 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 1.000 123779 123749 match_221 match_part 1.000 126961 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 1.000 123779 123754 match_222 match_part 0.986 126955 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 0.990 123957 123858 match_part 1.000 123779 123767 match_223 match_part 1.000 126968 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 0.988 123957 123872 match_224 match_part 1.000 127095 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123886 match_225 match_part 0.997 126988 126672 match_part 1.000 125203 125125 match_part 0.985 124886 124822 match_part 1.000 123957 123891 match_226 match_part 1.000 126968 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123905 match_227 match_part 1.000 127039 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123910 match_228 match_part 1.000 127113 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123911 match_229 match_part 0.996 126956 126672 match_part 1.000 125203 125125 match_part 0.985 124886 124822 match_part 0.978 123957 123913 match_230 match_part 0.988 126911 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123934 match_231 match_part 0.980 126978 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123936 match_232 match_part 0.993 127078 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_233 match_part 1.000 127045 126672 match_part 1.000 125203 125125 match_part 0.985 124886 124822 match_234 match_part 0.998 127189 126672 match_part 1.000 125203 125125 match_part 0.967 124886 124826 match_235 match_part 0.997 127038 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124826 match_236 match_part 0.998 127122 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124827 match_237 match_part 0.995 127113 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124853 match_238 match_part 1.000 127040 126672 match_part 1.000 125203 125144 match_239 match_part 1.000 126844 126672 match_part 1.000 125203 125148 match_240 match_part 0.996 127153 126672 match_part 1.000 125203 125167 match_241 match_part 0.996 126955 126672 match_part 1.000 125203 125170 match_242 match_part 1.000 127040 126672 match_part 1.000 125203 125177 match_243 match_part 0.998 127115 126672 match_part 1.000 125203 125184 match_244 match_part 0.998 127154 126672 match_part 0.889 125203 125186 match_245 match_part 0.996 126969 126700 match_246 match_part 0.969 127124 126706 match_247 match_part 0.981 126885 126726 match_248 match_part 1.000 127185 126733 match_249 match_part 1.000 127185 126740 match_250 match_part 1.000 127093 126740 match_251 match_part 0.997 127115 126751 match_252 match_part 0.997 127154 126758 match_253 match_part 0.949 126917 126761 match_254 match_part 0.996 127086 126843 match_255 match_part 0.985 127125 126854 match_256 match_part 0.991 127092 126864 match_257 match_part 0.969 127193 126872 match_258 match_part 0.997 127185 126899 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 420 787 exon 889 1293 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 3486 3059 exon 2940 2881 exon 2790 2757 exon 2630 2120 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 3101 3485 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 23738 23216 exon 21959 21923 exon 21835 21599 exon 21513 21466 exon 20505 20069 exon 19935 19850 exon 18870 18189 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 29021 29590 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 30273 30846 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 44987 45069 exon 45152 45223 exon 45339 45542 exon 45632 46180 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 46812 47040 exon 47134 47241 exon 48239 48313 exon 48743 49171 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 51578 52068 exon 52670 52900 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 57588 56726 exon 56000 55494 exon 54284 53133 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 84421 84299 exon 84203 82864 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 83042 83305 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93523 93635 exon 94312 94650 exon 95416 95842 exon 96144 96253 exon 98613 98995 gene_14 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93523 93635 exon 94312 94650 exon 95416 95470 exon 95541 95842 exon 96144 96253 exon 98613 98964 gene_15 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 94305 94650 exon 95416 95842 exon 96144 96253 exon 98613 98964 gene_16 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93718 93784 exon 94312 94650 exon 95416 95842 exon 96144 96253 exon 98613 98964 gene_17 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 96143 96253 exon 98613 98964 gene_18 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 95343 95344 exon 95416 95842 exon 96144 96253 exon 98613 98886 exon 99200 99208 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 94459 93658 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99132 exon 98985 98979 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99108 gene_22 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101072 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99108 gene_23 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99530 exon 99437 99132 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103577 103689 exon 103808 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108428 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103606 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108428 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 113302 113044 exon 110483 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109047 exon 108960 108854 exon 108738 108492 gene_27 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 110997 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109059 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123178 exon 122959 122634 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123320 123178 exon 122959 122634 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123066 RepeatMasker tomato repeats master Unknown00043 1931 2044 1 Unknown00043 1931 2044 1 nucleotide_motif 423 12659 12772 SHAMUDRAV_MT 1519 1593 1 SHAMUDRAV_MT 1519 1593 1 nucleotide_motif 230 27353 27434 Unknown00034 4180 9074 1 Unknown00034 4180 9074 1 nucleotide_motif 387 27486 27634 Unknown00023 4177 4309 1 Unknown00023 4177 4309 1 nucleotide_motif 286 28074 28205 Copia00110 2417 2728 1 Copia00110 2417 2728 1 nucleotide_motif 1531 34789 35078 Copia00110 13160 13342 1 Copia00110 13160 13342 1 nucleotide_motif 665 35720 35906 Copia00110 13328 13557 1 Copia00110 13328 13557 1 nucleotide_motif 1061 36059 36287 Gypsy00043 1074 1313 1 Gypsy00043 1074 1313 1 nucleotide_motif 1203 36341 36566 Copia00151 10127 10182 1 Copia00151 10127 10182 1 nucleotide_motif 232 47449 47504 Unknown00025 245 468 1 Unknown00025 245 468 1 nucleotide_motif 715 49614 49848 TS 59 159 1 TS 59 159 1 nucleotide_motif 368 58714 58807 Copia00110 13160 13373 1 Copia00110 13160 13373 1 nucleotide_motif 833 79954 80158 Gypsy00043 934 1312 1 Gypsy00043 934 1312 1 nucleotide_motif 1215 87758 88106 Unknown00019 173 698 1 Unknown00019 173 698 1 nucleotide_motif 804 88443 88976 Unknown00050 3352 3865 1 Unknown00050 3352 3865 1 nucleotide_motif 2085 89568 90085 Copia00039 92 211 1 Copia00039 92 211 1 nucleotide_motif 585 109830 109951 TS2 83 390 1 TS2 83 390 1 nucleotide_motif 613 110725 111029 Gypsy00042 5928 5985 1 Gypsy00042 5928 5985 1 nucleotide_motif 241 117544 117606 HELMET3 3730 3809 1 HELMET3 3730 3809 1 nucleotide_motif 240 117564 117644 Unknown00034 3704 4018 1 Unknown00034 3704 4018 1 nucleotide_motif 2377 130749 131059 Unknown00019 151 688 1 Unknown00019 151 688 1 nucleotide_motif 738 132209 132651 Unknown00019 689 736 1 Unknown00019 689 736 1 nucleotide_motif 738 132787 132826 RepeatMasker tomato repeats master Copia00151 10080 10165 -1 Copia00151 10080 10165 -1 nucleotide_motif 365 8871 8787 MuSHAN_MT 3699 3822 -1 MuSHAN_MT 3699 3822 -1 nucleotide_motif 268 27488 27365 Copia00110 2696 2821 -1 Copia00110 2696 2821 -1 nucleotide_motif 337 27652 27526 Copia00110 2708 2840 -1 Copia00110 2708 2840 -1 nucleotide_motif 451 28247 28115 Unknown00020 83 391 -1 Unknown00020 83 391 -1 nucleotide_motif 899 28454 28141 Unknown00019 156 693 -1 Unknown00019 156 693 -1 nucleotide_motif 632 36058 35728 SINE_SO 24 112 -1 SINE_SO 24 112 -1 nucleotide_motif 340 47683 47594 RAM14_I_MT 208 1043 -1 RAM14_I_MT 208 1043 -1 nucleotide_motif 2251 54289 53463 Unknown00057 476 635 -1 Unknown00057 476 635 -1 nucleotide_motif 370 55361 55213 Unknown00043 5777 5838 -1 Unknown00043 5777 5838 -1 nucleotide_motif 252 67506 67445 TONT1_LE_LTR 375 876 -1 TONT1_LE_LTR 375 876 -1 nucleotide_motif 1346 76806 76307 Unknown00028 3535 3600 -1 Unknown00028 3535 3600 -1 nucleotide_motif 245 76864 76807 Copia00085 4807 4880 -1 Copia00085 4807 4880 -1 nucleotide_motif 252 76930 76860 Unknown00019 53 698 -1 Unknown00019 53 698 -1 nucleotide_motif 531 80604 79958 Unknown00019 49 698 -1 Unknown00019 49 698 -1 nucleotide_motif 807 87757 87463 Gypsy00043 1066 1336 -1 Gypsy00043 1066 1336 -1 nucleotide_motif 744 88395 88143 Copia00110 13333 13623 -1 Copia00110 13333 13623 -1 nucleotide_motif 1268 88639 88344 Gypsy00043 519 631 -1 Gypsy00043 519 631 -1 nucleotide_motif 714 88994 88876 SONATA1 1 243 -1 SONATA1 1 243 -1 nucleotide_motif 893 96582 96341 Unknown00046 1864 2059 -1 Unknown00046 1864 2059 -1 nucleotide_motif 772 107014 106826 Unknown00046 1899 2062 -1 Unknown00046 1899 2062 -1 nucleotide_motif 740 111450 111292 Copia00143 1 206 -1 Copia00143 1 206 -1 nucleotide_motif 1290 115599 115377 Copia00143 168 221 -1 Copia00143 168 221 -1 nucleotide_motif 381 115637 115585 Gypsy00205 2327 2476 -1 Gypsy00205 2327 2476 -1 nucleotide_motif 349 119241 119094 Copia00110 2407 2695 -1 Copia00110 2407 2695 -1 nucleotide_motif 1614 127858 127573 Copia00094 4465 4578 -1 Copia00094 4465 4578 -1 nucleotide_motif 843 129221 129110 Unknown00034 3704 4017 -1 Unknown00034 3704 4017 -1 nucleotide_motif 2526 129432 129122 Gypsy00043 1062 1313 -1 Gypsy00043 1062 1313 -1 nucleotide_motif 1086 132172 131934 Copia00110 13267 13604 -1 Copia00110 13267 13604 -1 nucleotide_motif 1170 132486 132136 Copia00110 13161 13292 -1 Copia00110 13161 13292 -1 nucleotide_motif 767 132682 132652 Gypsy00043 530 631 -1 Gypsy00043 530 631 -1 nucleotide_motif 825 132785 132683 Unknown00046 1869 2063 -1 Unknown00046 1869 2063 -1 nucleotide_motif 703 133192 132987 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2551 2267 3646 match_2 match 4207 4462 6619 match_3 match 4179 1 2207 match_4 match 2091 131686 132839 match_5 match 2163 78082 79292 match_6 match 2829 133313 134763 match_7 match 3196 115760 117563 match_8 match 4482 83566 85928 match_9 match 4670 129093 131643 match_10 match 5489 52577 55387 match_11 match 6066 110513 113791 match_12 match 6954 79951 83458 match_13 match 122094 128998 match_14 match 103219 110485 match_15 match 93924 102034 match_16 match 2091 117785 118843 match_17 match 55471 66542 match_18 match 66669 76060 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1076.5 4540 91516 clone_start_1 clone_start 1425 4540 5258 clone_2 clone 758.5 6354 51281 clone_start_2 clone_start 379 6354 6544 clone_3 clone 1168.5 6509 46173 clone_end_1 clone_end 1193 6509 7110 clone_4 clone 1405 10432 101474 clone_start_3 clone_start 1405 10432 11172 clone_5 clone 1460 11178 19352 clone_start_4 clone_start 1532 11178 11950 clone_6 clone 589.5 46872 83458 clone_end_2 clone_end 856 46872 47303 clone_7 clone 1568 48289 107065 clone_end_3 clone_end 1606 48289 49105 clone_8 clone 759.5 50307 81536 clone_end_4 clone_end 726 50307 50723 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 728 91516 91120 clone_start_5 clone_start 1364 6626 5895 clone_end_6 clone_end 1138 51281 50708 clone_start_6 clone_start 1144 46173 45597 clone_end_7 clone_end 1405 101474 100738 clone_end_8 clone_end 1388 19352 18653 clone_end_9 clone_end 753 32397 32018 clone_end_10 clone_end 446 33623 33395 clone_start_7 clone_start 1023 38429 37866 clone_start_8 clone_start 323 83458 83296 clone_start_9 clone_start 1530 107065 106239 clone_start_10 clone_start 793 81536 81137 clone_end_11 clone_end 924 68948 68462 clone_start_11 clone_start 916 81153 80681 clone_start_12 clone_start 1267 82520 81871 clone_end_12 clone_end 511 93843 93520 clone_end_13 clone_end 468 94180 93924 clone_end_14 clone_end 1015 101505 100994 clone_end_15 clone_end 1172 105434 104790 clone_start_13 clone_start 916 105459 104928 clone_end_16 clone_end 1398 110139 109393 clone_start_14 clone_start 831 111856 111410 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 420 787 match_part 1.000 889 1265 match_2 match_part 1.000 421 787 match_part 0.978 889 1293 match_3 match_part 1.000 3101 3485 match_4 match_part 0.928 29021 29590 match_5 match_part 0.998 30273 30846 match_6 match_part 1.000 30273 30809 match_7 match_part 0.991 46812 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 1.000 48743 49118 match_8 match_part 0.991 46817 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 1.000 48743 49040 match_9 match_part 1.000 46830 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 0.980 48743 49039 match_10 match_part 0.976 46830 47040 match_part 0.991 47134 47241 match_part 1.000 48239 48313 match_part 0.993 48743 48889 match_11 match_part 0.994 51578 52068 match_part 0.969 52670 52898 match_12 match_part 0.980 51578 52068 match_part 0.995 52670 52880 match_13 match_part 0.998 51578 52068 match_part 0.963 52670 52776 match_14 match_part 0.996 51578 52068 match_part 0.971 52670 52738 match_15 match_part 0.985 51605 52068 match_part 0.974 52670 52900 match_16 match_part 0.907 51854 52068 match_part 0.972 52670 52880 match_17 match_part 0.982 93523 93635 match_part 0.991 94312 94650 match_part 0.958 95416 95439 match_18 match_part 0.991 93528 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95842 match_part 1.000 96144 96253 match_part 0.997 98613 98995 match_19 match_part 1.000 93535 93635 match_part 0.997 94312 94650 match_part 0.991 95416 95527 match_20 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95527 match_21 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95497 match_22 match_part 1.000 93535 93635 match_part 1.000 94312 94650 match_23 match_part 1.000 93545 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95600 match_24 match_part 0.956 93546 93635 match_part 0.997 94312 94650 match_part 0.991 95416 95523 match_25 match_part 1.000 93546 93635 match_part 0.979 94312 94456 match_26 match_part 1.000 93581 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95452 match_27 match_part 1.000 93718 93784 match_part 0.997 94312 94650 match_part 1.000 95416 95842 match_part 0.980 96144 96193 match_28 match_part 0.994 94305 94650 match_part 1.000 95416 95599 match_29 match_part 0.960 94323 94650 match_part 0.982 95416 95801 match_30 match_part 1.000 94324 94650 match_part 1.000 95416 95842 match_31 match_part 1.000 94325 94650 match_part 1.000 95416 95470 match_part 1.000 95541 95684 match_32 match_part 1.000 94371 94650 match_part 1.000 95416 95454 match_33 match_part 1.000 95343 95344 match_part 0.984 95416 95842 match_part 0.991 96144 96253 match_part 0.850 98613 98886 match_part 0.556 99200 99208 match_34 match_part 0.997 95466 95842 match_part 1.000 96144 96253 match_part 1.000 98613 98948 match_35 match_part 1.000 95566 95842 match_part 1.000 96144 96253 match_part 0.975 98613 98732 match_36 match_part 1.000 96143 96253 match_part 1.000 98613 98947 match_37 match_part 1.000 103577 103689 match_part 1.000 103808 104071 match_part 1.000 104796 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105442 match_38 match_part 0.991 103577 103689 match_part 1.000 103808 104071 match_part 1.000 104796 104956 match_39 match_part 0.981 103585 103689 match_part 0.985 103808 104071 match_part 0.924 104796 104887 match_40 match_part 0.938 103606 104071 match_part 0.995 104796 104989 match_part 0.921 105075 105112 match_41 match_part 0.925 103606 103993 match_42 match_part 1.000 103609 103689 match_part 1.000 103808 104071 match_part 1.000 104796 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 0.987 105689 105839 match_43 match_part 1.000 103610 103689 match_part 1.000 103808 104071 match_part 1.000 104796 104980 match_44 match_part 1.000 103822 104071 match_part 1.000 104796 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105839 match_45 match_part 1.000 104875 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 0.972 107377 107659 match_46 match_part 1.000 104875 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 1.000 107377 107645 match_47 match_part 1.000 107437 107808 match_part 1.000 107895 108086 match_part 0.978 108202 108427 match_48 match_part 0.973 107585 107808 match_part 0.990 107895 108086 match_part 0.982 108202 108370 match_49 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 0.974 108202 108428 match_50 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 0.969 108202 108427 match_51 match_part 1.000 107672 107808 match_part 1.000 107895 108086 match_part 1.000 108202 108413 match_52 match_part 1.000 107673 107808 match_part 0.990 107895 108086 match_part 0.973 108202 108276 match_53 match_part 0.992 107955 108086 match_part 1.000 108202 108419 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match_208 match_part 1.000 127040 126672 match_part 1.000 125203 125177 match_209 match_part 0.998 127115 126672 match_part 1.000 125203 125184 match_210 match_part 0.998 127154 126672 match_part 0.889 125203 125186 match_211 match_part 0.996 126969 126700 match_212 match_part 0.969 127124 126706 match_213 match_part 0.981 126885 126726 match_214 match_part 1.000 127185 126733 match_215 match_part 1.000 127185 126740 match_216 match_part 1.000 127093 126740 match_217 match_part 0.997 127115 126751 match_218 match_part 0.997 127154 126758 match_219 match_part 0.949 126917 126761 match_220 match_part 0.996 127086 126843 match_221 match_part 0.985 127125 126854 match_222 match_part 0.991 127092 126864 match_223 match_part 0.969 127193 126872 match_224 match_part 0.997 127185 126899 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 420 787 exon 889 1293 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 3486 3059 exon 2940 2881 exon 2790 2757 exon 2630 2120 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 3101 3485 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 20272 20069 exon 19935 19850 exon 18870 18189 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 23738 23216 exon 21959 21923 exon 21835 21656 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 29021 29590 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 30273 30846 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 46812 47040 exon 47134 47241 exon 48239 48313 exon 48743 49118 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 51578 52068 exon 52670 52900 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 57588 56726 exon 56000 55494 exon 54284 53133 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 84421 84299 exon 84203 82864 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93523 93635 exon 94312 94650 exon 95416 95842 exon 96144 96253 exon 98613 98995 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93523 93635 exon 94312 94650 exon 95416 95470 exon 95541 95842 exon 96144 96253 exon 98613 98732 gene_14 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 94305 94650 exon 95416 95842 exon 96144 96253 exon 98613 98948 gene_15 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93718 93784 exon 94312 94650 exon 95416 95842 exon 96144 96253 exon 98613 98948 gene_16 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 95343 95344 exon 95416 95842 exon 96144 96253 exon 98613 98886 exon 99200 99208 gene_17 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 96143 96253 exon 98613 98947 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 94459 93658 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99132 exon 98985 98979 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99108 gene_21 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101072 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99108 gene_22 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101927 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99530 exon 99437 99132 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103577 103689 exon 103808 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108428 gene_24 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103606 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108428 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 113302 113044 exon 110483 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109047 exon 108960 108854 exon 108738 108492 gene_26 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 110997 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109059 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123178 exon 122959 122634 gene_28 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123320 123178 exon 122959 122634 gene_29 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127193 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123066 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 938 transcript_1 transcript 1 1 938 intron_1 intron 1 788 888 CDS_1 CDS 1 1 787 CDS_2 CDS 1 889 938 stop_codon_1 stop_codon 936 938 gene_2 gene 1 29592 30908 transcript_2 transcript 1 29592 30908 start_codon_1 start_codon 29592 29594 CDS_3 CDS 1 29592 30908 stop_codon_2 stop_codon 30906 30908 gene_3 gene 0.81 42272 45934 transcript_3 transcript 0.81 42272 45934 start_codon_2 start_codon 42272 42274 intron_2 intron 0.87 42598 43171 intron_3 intron 1 43326 44298 intron_4 intron 0.98 44426 44986 intron_5 intron 1 45070 45151 intron_6 intron 1 45224 45338 intron_7 intron 0.95 45543 45631 CDS_4 CDS 0.87 42272 42597 CDS_5 CDS 0.87 43172 43325 CDS_6 CDS 0.98 44299 44425 CDS_7 CDS 1 44987 45069 CDS_8 CDS 1 45152 45223 CDS_9 CDS 0.95 45339 45542 CDS_10 CDS 0.97 45632 45934 stop_codon_3 stop_codon 45932 45934 gene_4 gene 1 46907 48974 transcript_4 transcript 1 46907 48974 start_codon_3 start_codon 46907 46909 intron_8 intron 1 47041 47133 intron_9 intron 1 47242 48238 intron_10 intron 1 48314 48742 CDS_11 CDS 1 46907 47040 CDS_12 CDS 1 47134 47241 CDS_13 CDS 1 48239 48313 CDS_14 CDS 1 48743 48974 stop_codon_4 stop_codon 48972 48974 gene_5 gene 0.91 94648 98639 transcript_5 transcript 0.91 94648 98639 start_codon_4 start_codon 94648 94650 intron_11 intron 1 94651 95415 intron_12 intron 1 95843 96143 intron_13 intron 1 96254 98612 CDS_15 CDS 0.91 94648 94650 CDS_16 CDS 1 95416 95842 CDS_17 CDS 1 96144 96253 CDS_18 CDS 1 98613 98639 stop_codon_5 stop_codon 98637 98639 gene_6 gene 0.53 102847 108238 transcript_6 transcript 0.53 102847 108238 start_codon_5 start_codon 102847 102849 intron_14 intron 0.53 102860 103578 intron_15 intron 1 103690 103807 intron_16 intron 1 104072 104795 intron_17 intron 1 104990 105074 intron_18 intron 1 105123 105399 intron_19 intron 1 105473 105688 intron_20 intron 1 105861 107376 intron_21 intron 1 107809 107894 intron_22 intron 1 108087 108201 CDS_19 CDS 0.53 102847 102859 CDS_20 CDS 1 103579 103689 CDS_21 CDS 1 103808 104071 CDS_22 CDS 1 104796 104989 CDS_23 CDS 1 105075 105122 CDS_24 CDS 1 105400 105472 CDS_25 CDS 1 105689 105860 CDS_26 CDS 1 107377 107808 CDS_27 CDS 1 107895 108086 CDS_28 CDS 1 108202 108238 stop_codon_6 stop_codon 108236 108238 AUGUSTUS_tom_cdna de novo gene_7 gene 0.46 1311 1033 transcript_7 transcript 0.46 1311 1033 stop_codon_7 stop_codon 1035 1033 CDS_29 CDS 0.46 1311 1033 start_codon_6 start_codon 1311 1309 gene_8 gene 0.01 17121 2449 transcript_8 transcript 0.01 17121 2449 stop_codon_8 stop_codon 2451 2449 intron_23 intron 1 2756 2631 intron_24 intron 1 2880 2791 intron_25 intron 1 3058 2941 intron_26 intron 0.29 7897 3142 intron_27 intron 0.51 8213 8013 intron_28 intron 0.51 8353 8262 intron_29 intron 0.58 9397 8444 intron_30 intron 0.69 10004 9473 intron_31 intron 0.95 10374 10158 intron_32 intron 0.6 11505 10460 intron_33 intron 0.72 11979 11577 intron_34 intron 0.54 13309 12031 intron_35 intron 0.55 13643 13519 intron_36 intron 1 13920 13780 intron_37 intron 0.91 14134 14035 intron_38 intron 0.74 14618 14253 intron_39 intron 0.73 14825 14686 intron_40 intron 0.99 15018 14932 intron_41 intron 0.52 16296 15229 CDS_30 CDS 1 2630 2449 CDS_31 CDS 1 2790 2757 CDS_32 CDS 1 2940 2881 CDS_33 CDS 0.79 3141 3059 CDS_34 CDS 1 8012 7898 CDS_35 CDS 0.51 8261 8214 CDS_36 CDS 0.93 8443 8354 CDS_37 CDS 0.63 9472 9398 CDS_38 CDS 0.98 10157 10005 CDS_39 CDS 0.9 10459 10375 CDS_40 CDS 0.99 11576 11506 CDS_41 CDS 0.73 12030 11980 CDS_42 CDS 0.49 13518 13310 CDS_43 CDS 0.72 13779 13644 CDS_44 CDS 1 14034 13921 CDS_45 CDS 0.9 14252 14135 CDS_46 CDS 0.84 14685 14619 CDS_47 CDS 0.73 14931 14826 CDS_48 CDS 0.56 15228 15019 CDS_49 CDS 0.2 17121 16297 start_codon_7 start_codon 17121 17119 gene_9 gene 0.99 19870 18673 transcript_9 transcript 0.99 19870 18673 stop_codon_9 stop_codon 18675 18673 intron_42 intron 1 19849 18871 CDS_50 CDS 0.99 18870 18673 CDS_51 CDS 0.99 19870 19850 start_codon_8 start_codon 19870 19868 gene_10 gene 0.84 23517 19922 transcript_10 transcript 0.84 23517 19922 stop_codon_10 stop_codon 19924 19922 intron_43 intron 1 20063 19936 intron_44 intron 0.84 21465 20506 intron_45 intron 0.85 21598 21514 intron_46 intron 1 21922 21836 intron_47 intron 1 23215 21960 CDS_52 CDS 1 19935 19922 CDS_53 CDS 0.99 20505 20064 CDS_54 CDS 0.85 21513 21466 CDS_55 CDS 1 21835 21599 CDS_56 CDS 1 21959 21923 CDS_57 CDS 1 23517 23216 start_codon_9 start_codon 23517 23515 gene_11 gene 0.24 71172 53197 transcript_11 transcript 0.24 71172 53197 stop_codon_11 stop_codon 53199 53197 intron_48 intron 1 54707 53453 intron_49 intron 1 55493 54728 intron_50 intron 1 56725 56001 intron_51 intron 0.87 58028 57752 intron_52 intron 1 58871 58173 intron_53 intron 1 59830 59277 intron_54 intron 0.91 60136 60054 intron_55 intron 0.43 60469 60330 intron_56 intron 1 64785 64687 intron_57 intron 1 65319 65021 intron_58 intron 0.95 65601 65501 intron_59 intron 1 68754 66220 CDS_58 CDS 1 53452 53197 CDS_59 CDS 1 54727 54708 CDS_60 CDS 1 56000 55494 CDS_61 CDS 1 57751 56726 CDS_62 CDS 1 58172 58029 CDS_63 CDS 1 59276 58872 CDS_64 CDS 0.98 60053 59831 CDS_65 CDS 0.43 60329 60137 CDS_66 CDS 0.7 64686 60470 CDS_67 CDS 1 65020 64786 CDS_68 CDS 0.98 65500 65320 CDS_69 CDS 0.95 66219 65602 CDS_70 CDS 0.76 71172 68755 start_codon_10 start_codon 71172 71170 gene_12 gene 0.66 73222 71213 transcript_12 transcript 0.66 73222 71213 stop_codon_12 stop_codon 71215 71213 CDS_71 CDS 0.66 73222 71213 start_codon_11 start_codon 73222 73220 gene_13 gene 0.61 75637 73323 transcript_13 transcript 0.61 75637 73323 stop_codon_13 stop_codon 73325 73323 intron_60 intron 1 74937 74846 intron_61 intron 0.91 75205 75104 intron_62 intron 1 75396 75313 CDS_72 CDS 0.66 74845 73323 CDS_73 CDS 0.91 75103 74938 CDS_74 CDS 1 75312 75206 CDS_75 CDS 1 75637 75397 start_codon_12 start_codon 75637 75635 gene_14 gene 0.94 84488 83281 transcript_14 transcript 0.94 84488 83281 stop_codon_14 stop_codon 83283 83281 intron_63 intron 1 84298 84204 CDS_76 CDS 1 84203 83281 CDS_77 CDS 0.94 84488 84299 start_codon_13 start_codon 84488 84486 gene_15 gene 1 101780 99351 transcript_15 transcript 1 101780 99351 stop_codon_15 stop_codon 99353 99351 intron_64 intron 1 99529 99438 intron_65 intron 1 99960 99587 intron_66 intron 1 100366 100046 intron_67 intron 1 100577 100493 intron_68 intron 1 100721 100622 intron_69 intron 1 100923 100842 intron_70 intron 1 101739 101072 CDS_78 CDS 1 99437 99351 CDS_79 CDS 1 99586 99530 CDS_80 CDS 1 100045 99961 CDS_81 CDS 1 100492 100367 CDS_82 CDS 1 100621 100578 CDS_83 CDS 1 100841 100722 CDS_84 CDS 1 101071 100924 CDS_85 CDS 1 101780 101740 start_codon_14 start_codon 101780 101778 gene_16 gene 1 113231 108609 transcript_16 transcript 1 113231 108609 stop_codon_16 stop_codon 108611 108609 intron_71 intron 1 108853 108739 intron_72 intron 1 109046 108961 intron_73 intron 1 109216 109089 intron_74 intron 1 109337 109259 intron_75 intron 1 109600 109438 intron_76 intron 1 110404 109666 intron_77 intron 1 113043 110484 CDS_86 CDS 1 108738 108609 CDS_87 CDS 1 108960 108854 CDS_88 CDS 1 109088 109047 CDS_89 CDS 1 109258 109217 CDS_90 CDS 1 109437 109338 CDS_91 CDS 1 109665 109601 CDS_92 CDS 1 110483 110405 CDS_93 CDS 1 113231 113044 start_codon_15 start_codon 113231 113229 gene_17 gene 1 126856 122872 transcript_17 transcript 1 126856 122872 stop_codon_17 stop_codon 122874 122872 intron_78 intron 1 123177 122960 intron_79 intron 1 123617 123318 intron_80 intron 1 123737 123660 intron_81 intron 1 123857 123780 intron_82 intron 1 124821 123958 intron_83 intron 1 125124 124887 intron_84 intron 1 126671 125204 CDS_94 CDS 1 122959 122872 CDS_95 CDS 1 123317 123178 CDS_96 CDS 1 123659 123618 CDS_97 CDS 1 123779 123738 CDS_98 CDS 1 123957 123858 CDS_99 CDS 1 124886 124822 CDS_100 CDS 1 125203 125125 CDS_101 CDS 1 126856 126672 start_codon_16 start_codon 126856 126854 gene_18 gene 0.83 134537 133635 transcript_18 transcript 0.83 134537 133635 stop_codon_18 stop_codon 133637 133635 intron_85 intron 0.98 134162 134077 intron_86 intron 0.99 134389 134293 CDS_102 CDS 0.86 134076 133635 CDS_103 CDS 0.98 134292 134163 CDS_104 CDS 0.97 134537 134390 start_codon_17 start_codon 134537 134535 AUGUSTUS_ab_initio de novo gene_1 gene 0.97 1 938 transcript_1 transcript 0.97 1 938 intron_1 intron 0.98 788 888 CDS_1 CDS 1 1 787 CDS_2 CDS 0.97 889 938 stop_codon_1 stop_codon 936 938 gene_2 gene 0.93 29592 30908 transcript_2 transcript 0.93 29592 30908 start_codon_1 start_codon 29592 29594 CDS_3 CDS 0.93 29592 30908 stop_codon_2 stop_codon 30906 30908 gene_3 gene 0.91 36891 38508 transcript_3 transcript 0.91 36891 38508 start_codon_2 start_codon 36891 36893 intron_2 intron 1 36985 37079 intron_3 intron 0.96 37133 37281 intron_4 intron 0.98 37352 37564 intron_5 intron 0.99 37618 38346 CDS_4 CDS 0.96 36891 36984 CDS_5 CDS 1 37080 37132 CDS_6 CDS 0.96 37282 37351 CDS_7 CDS 0.98 37565 37617 CDS_8 CDS 1 38347 38508 stop_codon_3 stop_codon 38506 38508 gene_4 gene 0.75 42272 45934 transcript_4 transcript 0.75 42272 45934 start_codon_3 start_codon 42272 42274 intron_6 intron 0.98 42598 43171 intron_7 intron 0.99 43326 44298 intron_8 intron 0.98 44426 44986 intron_9 intron 1 45070 45151 intron_10 intron 1 45224 45338 intron_11 intron 0.94 45543 45631 CDS_9 CDS 0.99 42272 42597 CDS_10 CDS 0.98 43172 43325 CDS_11 CDS 0.98 44299 44425 CDS_12 CDS 1 44987 45069 CDS_13 CDS 1 45152 45223 CDS_14 CDS 0.94 45339 45542 CDS_15 CDS 0.81 45632 45934 stop_codon_4 stop_codon 45932 45934 gene_5 gene 0.79 46907 48974 transcript_5 transcript 0.79 46907 48974 start_codon_4 start_codon 46907 46909 intron_12 intron 1 47041 47133 intron_13 intron 0.97 47242 48238 intron_14 intron 0.93 48314 48742 CDS_16 CDS 0.85 46907 47040 CDS_17 CDS 1 47134 47241 CDS_18 CDS 0.97 48239 48313 CDS_19 CDS 0.96 48743 48974 stop_codon_5 stop_codon 48972 48974 gene_6 gene 0.26 94534 98029 transcript_6 transcript 0.26 94534 98029 start_codon_5 start_codon 94534 94536 intron_15 intron 0.86 94651 95415 intron_16 intron 0.65 95843 96143 intron_17 intron 0.75 96254 96888 intron_18 intron 0.44 97054 97936 CDS_20 CDS 0.77 94534 94650 CDS_21 CDS 0.68 95416 95842 CDS_22 CDS 0.73 96144 96253 CDS_23 CDS 0.72 96889 97053 CDS_24 CDS 0.49 97937 98029 stop_codon_6 stop_codon 98027 98029 gene_7 gene 0.4 103819 108238 transcript_7 transcript 0.4 103819 108238 start_codon_6 start_codon 103819 103821 intron_19 intron 0.97 104072 104795 intron_20 intron 0.97 104990 105074 intron_21 intron 0.97 105123 105399 intron_22 intron 0.82 105473 105688 intron_23 intron 0.52 105861 107376 intron_24 intron 0.95 107809 107894 intron_25 intron 0.99 108087 108201 CDS_25 CDS 1 103819 104071 CDS_26 CDS 0.97 104796 104989 CDS_27 CDS 0.97 105075 105122 CDS_28 CDS 0.82 105400 105472 CDS_29 CDS 1 105689 105860 CDS_30 CDS 0.48 107377 107808 CDS_31 CDS 0.99 107895 108086 CDS_32 CDS 0.99 108202 108238 stop_codon_7 stop_codon 108236 108238 AUGUSTUS_ab_initio de novo gene_8 gene 0.16 3121 1033 transcript_8 transcript 0.16 3121 1033 stop_codon_8 stop_codon 1035 1033 intron_26 intron 0.32 1676 1213 intron_27 intron 0.6 2576 1850 intron_28 intron 0.85 2756 2631 intron_29 intron 1 2880 2791 intron_30 intron 0.9 3058 2941 CDS_33 CDS 0.36 1212 1033 CDS_34 CDS 0.34 1849 1677 CDS_35 CDS 0.62 2630 2577 CDS_36 CDS 1 2790 2757 CDS_37 CDS 1 2940 2881 CDS_38 CDS 0.88 3121 3059 start_codon_7 start_codon 3121 3119 gene_9 gene 0.02 17211 7165 transcript_9 transcript 0.02 17211 7165 stop_codon_9 stop_codon 7167 7165 intron_31 intron 0.87 7714 7276 intron_32 intron 0.99 7897 7819 intron_33 intron 0.95 8213 8013 intron_34 intron 0.96 8353 8262 intron_35 intron 0.39 9397 8444 intron_36 intron 0.97 10004 9473 intron_37 intron 0.99 10374 10158 intron_38 intron 0.91 11108 10460 intron_39 intron 0.93 11505 11205 intron_40 intron 0.96 11979 11577 intron_41 intron 0.82 13014 12031 intron_42 intron 0.6 13480 13345 intron_43 intron 0.37 13643 13561 intron_44 intron 1 13920 13780 intron_45 intron 0.99 14134 14035 intron_46 intron 0.7 14618 14253 intron_47 intron 0.71 14825 14686 intron_48 intron 1 15018 14932 intron_49 intron 0.65 16296 15229 CDS_39 CDS 0.85 7275 7165 CDS_40 CDS 1 7818 7715 CDS_41 CDS 0.99 8012 7898 CDS_42 CDS 0.96 8261 8214 CDS_43 CDS 1 8443 8354 CDS_44 CDS 0.82 9472 9398 CDS_45 CDS 1 10157 10005 CDS_46 CDS 0.96 10459 10375 CDS_47 CDS 0.93 11204 11109 CDS_48 CDS 1 11576 11506 CDS_49 CDS 0.98 12030 11980 CDS_50 CDS 0.71 13344 13015 CDS_51 CDS 0.32 13560 13481 CDS_52 CDS 0.84 13779 13644 CDS_53 CDS 1 14034 13921 CDS_54 CDS 0.98 14252 14135 CDS_55 CDS 0.97 14685 14619 CDS_56 CDS 0.71 14931 14826 CDS_57 CDS 0.89 15228 15019 CDS_58 CDS 0.31 17211 16297 start_codon_8 start_codon 17211 17209 gene_10 gene 0.49 23517 19863 transcript_10 transcript 0.49 23517 19863 stop_codon_10 stop_codon 19865 19863 intron_50 intron 0.71 20063 19952 intron_51 intron 0.97 21465 20506 intron_52 intron 0.92 21598 21514 intron_53 intron 1 21922 21836 intron_54 intron 0.8 23215 21960 CDS_59 CDS 0.7 19951 19863 CDS_60 CDS 0.76 20505 20064 CDS_61 CDS 0.96 21513 21466 CDS_62 CDS 0.92 21835 21599 CDS_63 CDS 0.98 21959 21923 CDS_64 CDS 0.81 23517 23216 start_codon_9 start_codon 23517 23515 gene_11 gene 0.08 71172 53262 transcript_11 transcript 0.08 71172 53262 stop_codon_11 stop_codon 53264 53262 intron_55 intron 0.36 55493 53301 intron_56 intron 1 56725 56001 intron_57 intron 0.67 57850 57752 intron_58 intron 0.67 58028 57911 intron_59 intron 1 58871 58173 intron_60 intron 0.98 59830 59277 intron_61 intron 0.99 60136 60054 intron_62 intron 0.52 60469 60330 intron_63 intron 1 64785 64687 intron_64 intron 0.99 65319 65021 intron_65 intron 0.98 65601 65501 intron_66 intron 0.97 68754 66220 CDS_65 CDS 0.36 53300 53262 CDS_66 CDS 0.97 56000 55494 CDS_67 CDS 1 57751 56726 CDS_68 CDS 0.67 57910 57851 CDS_69 CDS 1 58172 58029 CDS_70 CDS 1 59276 58872 CDS_71 CDS 0.97 60053 59831 CDS_72 CDS 0.52 60329 60137 CDS_73 CDS 0.96 64686 60470 CDS_74 CDS 1 65020 64786 CDS_75 CDS 1 65500 65320 CDS_76 CDS 0.98 66219 65602 CDS_77 CDS 0.76 71172 68755 start_codon_10 start_codon 71172 71170 gene_12 gene 0.45 75637 71213 transcript_12 transcript 0.45 75637 71213 stop_codon_12 stop_codon 71215 71213 intron_67 intron 0.49 73376 73286 intron_68 intron 1 74937 74846 intron_69 intron 0.91 75205 75104 intron_70 intron 1 75396 75313 CDS_78 CDS 0.49 73285 71213 CDS_79 CDS 0.74 74845 73377 CDS_80 CDS 0.91 75103 74938 CDS_81 CDS 1 75312 75206 CDS_82 CDS 1 75637 75397 start_codon_11 start_codon 75637 75635 gene_13 gene 0.89 84780 83281 transcript_13 transcript 0.89 84780 83281 stop_codon_13 stop_codon 83283 83281 intron_71 intron 1 84298 84204 intron_72 intron 0.89 84723 84408 CDS_83 CDS 1 84203 83281 CDS_84 CDS 0.97 84407 84299 CDS_85 CDS 0.89 84780 84724 start_codon_12 start_codon 84780 84778 gene_14 gene 0.46 101055 99351 transcript_14 transcript 0.46 101055 99351 stop_codon_14 stop_codon 99353 99351 intron_73 intron 0.96 99529 99438 intron_74 intron 0.96 99960 99587 intron_75 intron 0.54 100366 100046 intron_76 intron 1 100577 100493 intron_77 intron 1 100721 100622 intron_78 intron 1 100923 100842 CDS_86 CDS 0.97 99437 99351 CDS_87 CDS 0.97 99586 99530 CDS_88 CDS 0.98 100045 99961 CDS_89 CDS 0.55 100492 100367 CDS_90 CDS 1 100621 100578 CDS_91 CDS 1 100841 100722 CDS_92 CDS 0.9 101055 100924 start_codon_13 start_codon 101055 101053 gene_15 gene 0.53 113231 108609 transcript_15 transcript 0.53 113231 108609 stop_codon_15 stop_codon 108611 108609 intron_79 intron 1 108853 108739 intron_80 intron 0.94 109046 108961 intron_81 intron 0.91 109216 109089 intron_82 intron 0.96 109337 109259 intron_83 intron 0.96 109600 109438 intron_84 intron 0.98 110404 109666 intron_85 intron 0.62 113043 110484 CDS_93 CDS 0.99 108738 108609 CDS_94 CDS 1 108960 108854 CDS_95 CDS 0.94 109088 109047 CDS_96 CDS 0.96 109258 109217 CDS_97 CDS 0.98 109437 109338 CDS_98 CDS 0.96 109665 109601 CDS_99 CDS 0.62 110483 110405 CDS_100 CDS 0.76 113231 113044 start_codon_14 start_codon 113231 113229 gene_16 gene 0.28 126856 122872 transcript_16 transcript 0.28 126856 122872 stop_codon_16 stop_codon 122874 122872 intron_86 intron 0.98 123177 122960 intron_87 intron 0.83 123617 123318 intron_88 intron 0.9 123737 123660 intron_89 intron 1 123857 123780 intron_90 intron 0.84 124821 123958 intron_91 intron 0.61 125075 124928 intron_92 intron 0.57 126671 125204 CDS_101 CDS 0.92 122959 122872 CDS_102 CDS 0.98 123317 123178 CDS_103 CDS 0.88 123659 123618 CDS_104 CDS 1 123779 123738 CDS_105 CDS 1 123957 123858 CDS_106 CDS 0.61 124927 124822 CDS_107 CDS 0.36 125203 125076 CDS_108 CDS 1 126856 126672 start_codon_15 start_codon 126856 126854 gene_17 gene 0.95 134537 133635 transcript_17 transcript 0.95 134537 133635 stop_codon_17 stop_codon 133637 133635 intron_93 intron 0.99 134162 134077 intron_94 intron 0.99 134389 134293 CDS_109 CDS 0.97 134076 133635 CDS_110 CDS 0.99 134292 134163 CDS_111 CDS 0.98 134537 134390 start_codon_16 start_codon 134537 134535 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 938 transcript_1 transcript 1 1 938 intron_1 intron 1 788 888 CDS_1 CDS 1 1 787 CDS_2 CDS 1 889 938 stop_codon_1 stop_codon 936 938 gene_2 gene 1 29592 30908 transcript_2 transcript 1 29592 30908 start_codon_1 start_codon 29592 29594 CDS_3 CDS 1 29592 30908 stop_codon_2 stop_codon 30906 30908 gene_3 gene 0.91 42272 45934 transcript_3 transcript 0.91 42272 45934 start_codon_2 start_codon 42272 42274 intron_2 intron 1 42598 43171 intron_3 intron 1 43326 44298 intron_4 intron 1 44426 44986 intron_5 intron 1 45070 45151 intron_6 intron 0.98 45224 45338 intron_7 intron 0.91 45543 45631 CDS_4 CDS 1 42272 42597 CDS_5 CDS 1 43172 43325 CDS_6 CDS 1 44299 44425 CDS_7 CDS 1 44987 45069 CDS_8 CDS 1 45152 45223 CDS_9 CDS 0.91 45339 45542 CDS_10 CDS 0.96 45632 45934 stop_codon_3 stop_codon 45932 45934 gene_4 gene 1 46907 48974 transcript_4 transcript 1 46907 48974 start_codon_3 start_codon 46907 46909 intron_8 intron 1 47041 47133 intron_9 intron 1 47242 48238 intron_10 intron 1 48314 48742 CDS_11 CDS 1 46907 47040 CDS_12 CDS 1 47134 47241 CDS_13 CDS 1 48239 48313 CDS_14 CDS 1 48743 48974 stop_codon_4 stop_codon 48972 48974 gene_5 gene 0.86 94534 98639 transcript_5 transcript 0.86 94534 98639 start_codon_4 start_codon 94534 94536 intron_11 intron 1 94651 95415 intron_12 intron 1 95843 96143 intron_13 intron 1 96254 98612 CDS_15 CDS 0.86 94534 94650 CDS_16 CDS 1 95416 95842 CDS_17 CDS 1 96144 96253 CDS_18 CDS 1 98613 98639 stop_codon_5 stop_codon 98637 98639 gene_6 gene 0.94 102847 108238 transcript_6 transcript 0.94 102847 108238 start_codon_5 start_codon 102847 102849 intron_14 intron 0.94 102867 103588 intron_15 intron 1 103690 103807 intron_16 intron 1 104072 104795 intron_17 intron 1 104990 105074 intron_18 intron 1 105123 105399 intron_19 intron 1 105473 105688 intron_20 intron 1 105861 107376 intron_21 intron 1 107809 107894 intron_22 intron 1 108087 108201 CDS_19 CDS 0.94 102847 102866 CDS_20 CDS 1 103589 103689 CDS_21 CDS 1 103808 104071 CDS_22 CDS 1 104796 104989 CDS_23 CDS 1 105075 105122 CDS_24 CDS 1 105400 105472 CDS_25 CDS 1 105689 105860 CDS_26 CDS 1 107377 107808 CDS_27 CDS 1 107895 108086 CDS_28 CDS 1 108202 108238 stop_codon_6 stop_codon 108236 108238 AUGUSTUS_tom_ugs de novo gene_7 gene 0.98 3121 2449 transcript_7 transcript 0.98 3121 2449 stop_codon_7 stop_codon 2451 2449 intron_23 intron 1 2756 2631 intron_24 intron 1 2880 2791 intron_25 intron 1 3058 2941 CDS_29 CDS 1 2630 2449 CDS_30 CDS 1 2790 2757 CDS_31 CDS 1 2940 2881 CDS_32 CDS 0.98 3121 3059 start_codon_6 start_codon 3121 3119 gene_8 gene 0.02 17121 7165 transcript_8 transcript 0.02 17121 7165 stop_codon_8 stop_codon 7167 7165 intron_26 intron 0.87 7714 7276 intron_27 intron 1 7897 7819 intron_28 intron 0.49 8213 8013 intron_29 intron 0.48 8353 8262 intron_30 intron 0.68 9397 8444 intron_31 intron 0.85 10004 9473 intron_32 intron 0.96 10374 10158 intron_33 intron 0.59 11505 10460 intron_34 intron 0.69 11979 11577 intron_35 intron 0.54 13309 12031 intron_36 intron 0.57 13643 13519 intron_37 intron 1 13920 13780 intron_38 intron 0.93 14134 14035 intron_39 intron 0.69 14618 14253 intron_40 intron 0.68 14825 14686 intron_41 intron 1 15018 14932 intron_42 intron 0.54 16296 15229 CDS_33 CDS 0.87 7275 7165 CDS_34 CDS 1 7818 7715 CDS_35 CDS 1 8012 7898 CDS_36 CDS 0.49 8261 8214 CDS_37 CDS 0.89 8443 8354 CDS_38 CDS 0.78 9472 9398 CDS_39 CDS 0.99 10157 10005 CDS_40 CDS 0.97 10459 10375 CDS_41 CDS 1 11576 11506 CDS_42 CDS 0.69 12030 11980 CDS_43 CDS 0.47 13518 13310 CDS_44 CDS 0.7 13779 13644 CDS_45 CDS 1 14034 13921 CDS_46 CDS 0.93 14252 14135 CDS_47 CDS 0.76 14685 14619 CDS_48 CDS 0.68 14931 14826 CDS_49 CDS 0.57 15228 15019 CDS_50 CDS 0.33 17121 16297 start_codon_7 start_codon 17121 17119 gene_9 gene 1 23517 19922 transcript_9 transcript 1 23517 19922 stop_codon_9 stop_codon 19924 19922 intron_43 intron 1 20063 19936 intron_44 intron 1 21465 20506 intron_45 intron 1 21598 21514 intron_46 intron 1 21922 21836 intron_47 intron 1 23215 21960 CDS_51 CDS 1 19935 19922 CDS_52 CDS 1 20505 20064 CDS_53 CDS 1 21513 21466 CDS_54 CDS 1 21835 21599 CDS_55 CDS 1 21959 21923 CDS_56 CDS 1 23517 23216 start_codon_8 start_codon 23517 23515 gene_10 gene 0.24 71172 53262 transcript_10 transcript 0.24 71172 53262 stop_codon_10 stop_codon 53264 53262 intron_48 intron 0.75 55493 53301 intron_49 intron 1 56725 56001 intron_50 intron 0.9 58028 57752 intron_51 intron 1 58871 58173 intron_52 intron 0.99 59830 59277 intron_53 intron 0.91 60136 60054 intron_54 intron 0.53 60469 60330 intron_55 intron 1 64785 64687 intron_56 intron 1 65319 65021 intron_57 intron 0.99 65601 65501 intron_58 intron 1 68754 66220 CDS_57 CDS 0.75 53300 53262 CDS_58 CDS 1 56000 55494 CDS_59 CDS 1 57751 56726 CDS_60 CDS 1 58172 58029 CDS_61 CDS 1 59276 58872 CDS_62 CDS 0.98 60053 59831 CDS_63 CDS 0.53 60329 60137 CDS_64 CDS 0.75 64686 60470 CDS_65 CDS 1 65020 64786 CDS_66 CDS 1 65500 65320 CDS_67 CDS 0.99 66219 65602 CDS_68 CDS 0.67 71172 68755 start_codon_9 start_codon 71172 71170 gene_11 gene 0.76 73222 71213 transcript_11 transcript 0.76 73222 71213 stop_codon_11 stop_codon 71215 71213 CDS_69 CDS 0.76 73222 71213 start_codon_10 start_codon 73222 73220 gene_12 gene 0.73 75637 73323 transcript_12 transcript 0.73 75637 73323 stop_codon_12 stop_codon 73325 73323 intron_59 intron 1 74937 74846 intron_60 intron 0.94 75205 75104 intron_61 intron 1 75396 75313 CDS_70 CDS 0.76 74845 73323 CDS_71 CDS 0.94 75103 74938 CDS_72 CDS 1 75312 75206 CDS_73 CDS 1 75637 75397 start_codon_11 start_codon 75637 75635 gene_13 gene 0.75 84780 83281 transcript_13 transcript 0.75 84780 83281 stop_codon_13 stop_codon 83283 83281 intron_62 intron 1 84298 84204 intron_63 intron 0.75 84723 84408 CDS_74 CDS 1 84203 83281 CDS_75 CDS 0.85 84407 84299 CDS_76 CDS 0.75 84780 84724 start_codon_12 start_codon 84780 84778 gene_14 gene 1 101780 99351 transcript_14 transcript 1 101780 99351 stop_codon_14 stop_codon 99353 99351 intron_64 intron 1 99529 99438 intron_65 intron 1 99960 99587 intron_66 intron 1 100366 100046 intron_67 intron 1 100577 100493 intron_68 intron 1 100721 100622 intron_69 intron 1 100923 100842 intron_70 intron 1 101739 101072 CDS_77 CDS 1 99437 99351 CDS_78 CDS 1 99586 99530 CDS_79 CDS 1 100045 99961 CDS_80 CDS 1 100492 100367 CDS_81 CDS 1 100621 100578 CDS_82 CDS 1 100841 100722 CDS_83 CDS 1 101071 100924 CDS_84 CDS 1 101780 101740 start_codon_13 start_codon 101780 101778 gene_15 gene 1 113231 108609 transcript_15 transcript 1 113231 108609 stop_codon_15 stop_codon 108611 108609 intron_71 intron 1 108853 108739 intron_72 intron 1 109046 108961 intron_73 intron 1 109216 109089 intron_74 intron 1 109337 109259 intron_75 intron 1 109600 109438 intron_76 intron 1 110404 109666 intron_77 intron 1 113043 110484 CDS_85 CDS 1 108738 108609 CDS_86 CDS 1 108960 108854 CDS_87 CDS 1 109088 109047 CDS_88 CDS 1 109258 109217 CDS_89 CDS 1 109437 109338 CDS_90 CDS 1 109665 109601 CDS_91 CDS 1 110483 110405 CDS_92 CDS 1 113231 113044 start_codon_14 start_codon 113231 113229 gene_16 gene 1 126856 122872 transcript_16 transcript 1 126856 122872 stop_codon_16 stop_codon 122874 122872 intron_78 intron 1 123177 122960 intron_79 intron 1 123617 123318 intron_80 intron 1 123737 123660 intron_81 intron 1 123857 123780 intron_82 intron 1 124821 123958 intron_83 intron 1 125124 124887 intron_84 intron 1 126671 125204 CDS_93 CDS 1 122959 122872 CDS_94 CDS 1 123317 123178 CDS_95 CDS 1 123659 123618 CDS_96 CDS 1 123779 123738 CDS_97 CDS 1 123957 123858 CDS_98 CDS 1 124886 124822 CDS_99 CDS 1 125203 125125 CDS_100 CDS 1 126856 126672 start_codon_15 start_codon 126856 126854 gene_17 gene 0.99 134537 133635 transcript_17 transcript 0.99 134537 133635 stop_codon_17 stop_codon 133637 133635 intron_85 intron 1 134162 134077 intron_86 intron 0.99 134389 134293 CDS_101 CDS 1 134076 133635 CDS_102 CDS 1 134292 134163 CDS_103 CDS 0.99 134537 134390 start_codon_16 start_codon 134537 134535 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.930 29021 29591 match_2 match_part 0.989 29594 29771 match_3 match_part 0.998 30271 30846 match_4 match_part 1.000 40988 41162 match_part 1.000 42210 42597 match_part 1.000 43172 43325 match_part 1.000 44299 44387 match_5 match_part 0.996 45871 46133 match_6 match_part 1.000 46802 47040 match_part 1.000 47134 47241 match_part 1.000 48239 48313 match_part 0.998 48743 49165 match_7 match_part 0.998 51571 52068 match_part 0.974 52670 52900 match_8 match_part 0.905 51858 52068 match_part 0.965 52670 52898 match_9 match_part 0.971 93531 93635 match_part 1.000 94312 94650 match_part 1.000 95416 95842 match_part 1.000 96144 96253 match_part 1.000 98613 98992 match_10 match_part 0.992 93666 94650 match_part 1.000 95416 95470 match_part 1.000 95541 95690 match_11 match_part 0.996 103502 104071 match_part 0.985 104796 104989 match_part 0.857 105075 105102 match_12 match_part 0.938 103606 104071 match_part 0.990 104796 104989 match_part 0.979 105075 105122 match_part 0.863 105400 105472 match_part 0.898 105689 105737 match_13 match_part 0.988 103608 103689 match_part 1.000 103808 104071 match_part 1.000 104796 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 0.983 107377 107676 match_14 match_part 0.809 105772 105860 match_part 0.975 107377 107808 match_part 1.000 107895 108086 match_part 0.982 108202 108426 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 1.000 3472 3059 match_part 1.000 2940 2881 match_part 1.000 2790 2757 match_part 1.000 2630 2126 match_16 match_part 0.995 20276 20069 match_part 1.000 19935 19850 match_part 1.000 18870 18189 match_17 match_part 0.973 21710 21599 match_part 1.000 21513 21466 match_part 0.998 20505 20064 match_part 1.000 19935 19893 match_18 match_part 0.998 23740 23216 match_part 1.000 21959 21923 match_part 1.000 21835 21665 match_19 match_part 1.000 101941 101740 match_part 1.000 101071 100924 match_part 1.000 100841 100722 match_part 1.000 100621 100578 match_part 1.000 100492 100367 match_part 1.000 100045 99961 match_part 1.000 99586 99530 match_part 1.000 99437 99117 match_20 match_part 0.998 100047 99530 match_part 1.000 99437 99211 match_21 match_part 0.996 113303 113044 match_part 1.000 110483 110405 match_part 1.000 109665 109601 match_part 1.000 109437 109338 match_part 1.000 109258 109217 match_part 1.000 109088 109047 match_part 1.000 108960 108854 match_part 1.000 108738 108492 match_22 match_part 1.000 110997 110405 match_part 1.000 109665 109601 match_part 1.000 109437 109338 match_part 1.000 109258 109217 match_part 1.000 109088 109059 match_23 match_part 0.998 127191 126672 match_part 1.000 125203 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 1.000 123779 123738 match_part 1.000 123659 123618 match_part 1.000 123317 123178 match_part 1.000 122959 122635 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 3472 3059 exon 2940 2881 exon 2790 2757 exon 2630 2126 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 23740 23216 exon 21959 21923 exon 21835 21599 exon 21513 21466 exon 20505 20064 exon 19935 19893 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 20276 20069 exon 19935 19850 exon 18870 18189 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 29021 29591 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 29594 29771 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 30271 30846 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 40988 41162 exon 42210 42597 exon 43172 43325 exon 44299 44387 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 45871 46133 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 46802 47040 exon 47134 47241 exon 48239 48313 exon 48743 49165 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 51571 52068 exon 52670 52900 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93531 93635 exon 94312 94650 exon 95416 95842 exon 96144 96253 exon 98613 98992 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 93666 94650 exon 95416 95470 exon 95541 95690 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 101941 101740 exon 101071 100924 exon 100841 100722 exon 100621 100578 exon 100492 100367 exon 100045 99961 exon 99586 99530 exon 99437 99117 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 100047 99530 exon 99437 99211 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103502 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105737 gene_16 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103608 103689 exon 103808 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108426 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 113303 113044 exon 110483 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109047 exon 108960 108854 exon 108738 108492 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 110997 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109059 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127191 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123178 exon 122959 122635 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 48307 48960 match_2 match_part 0.972 103583 103689 match_part 0.985 103808 104071 match_part 0.930 104796 104909 match_3 match_part 0.940 103606 104071 match_part 1.000 104796 104989 match_part 1.000 105075 105122 match_part 1.000 105400 105472 match_part 1.000 105689 105860 match_part 1.000 107377 107808 match_part 1.000 107895 108086 match_part 1.000 108202 108419 match_4 match_part 0.979 107668 107808 match_part 0.990 107895 108086 match_part 1.000 108202 108230 match_5 match_part 0.998 124839 125372 match_6 match_part 0.998 124839 125363 GenomeThreader_SGN_markers SGN marker sequences match_7 match_part 1.000 50659 50053 match_8 match_part 0.990 57588 57072 match_9 match_part 0.996 113303 113044 match_part 1.000 110483 110405 match_part 1.000 109665 109601 match_part 1.000 109437 109338 match_part 1.000 109258 109217 match_part 1.000 109088 109061 match_10 match_part 1.000 125155 125125 match_part 1.000 124886 124822 match_part 1.000 123957 123858 match_part 1.000 123779 123738 match_part 1.000 123659 123618 match_part 1.000 123317 123178 match_part 1.000 122959 122817 match_11 match_part 0.996 127156 126672 match_part 0.943 125203 125151 match_12 match_part 0.996 127156 126672 match_part 0.943 125203 125151 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 48307 48960 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 50659 50053 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 57588 57072 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103606 104071 exon 104796 104989 exon 105075 105122 exon 105400 105472 exon 105689 105860 exon 107377 107808 exon 107895 108086 exon 108202 108419 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 103583 103689 exon 103808 104071 exon 104796 104909 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 113303 113044 exon 110483 110405 exon 109665 109601 exon 109437 109338 exon 109258 109217 exon 109088 109061 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 127156 126672 exon 125203 125125 exon 124886 124822 exon 123957 123858 exon 123779 123738 exon 123659 123618 exon 123317 123178 exon 122959 122817 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0046M08.3 type gene exon 124839 125372 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 938 transcript_1 transcript 1 1 938 intron_1 intron 1 788 888 CDS_1 CDS 1 1 787 CDS_2 CDS 1 889 938 stop_codon_1 stop_codon 936 938 gene_2 gene 1 29592 30908 transcript_2 transcript 1 29592 30908 start_codon_1 start_codon 29592 29594 CDS_3 CDS 1 29592 30908 stop_codon_2 stop_codon 30906 30908 gene_3 gene 0.79 42272 42661 transcript_3 transcript 0.79 42272 42661 start_codon_2 start_codon 42272 42274 CDS_4 CDS 0.79 42272 42661 stop_codon_3 stop_codon 42659 42661 gene_4 gene 0.81 43134 45934 transcript_4 transcript 0.81 43134 45934 start_codon_3 start_codon 43134 43136 intron_2 intron 1 43326 44298 intron_3 intron 1 44426 44986 intron_4 intron 1 45070 45151 intron_5 intron 1 45224 45338 intron_6 intron 1 45543 45631 CDS_5 CDS 0.81 43134 43325 CDS_6 CDS 1 44299 44425 CDS_7 CDS 1 44987 45069 CDS_8 CDS 1 45152 45223 CDS_9 CDS 1 45339 45542 CDS_10 CDS 1 45632 45934 stop_codon_4 stop_codon 45932 45934 gene_5 gene 1 46907 48974 transcript_5 transcript 1 46907 48974 start_codon_4 start_codon 46907 46909 intron_7 intron 1 47041 47133 intron_8 intron 1 47242 48238 intron_9 intron 1 48314 48742 CDS_11 CDS 1 46907 47040 CDS_12 CDS 1 47134 47241 CDS_13 CDS 1 48239 48313 CDS_14 CDS 1 48743 48974 stop_codon_5 stop_codon 48972 48974 gene_6 gene 0.47 49016 50726 transcript_6 transcript 0.47 49016 50726 start_codon_5 start_codon 49016 49018 intron_10 intron 0.52 49138 50473 CDS_15 CDS 0.57 49016 49137 CDS_16 CDS 0.55 50474 50726 stop_codon_6 stop_codon 50724 50726 gene_7 gene 0.97 94534 98639 transcript_7 transcript 0.97 94534 98639 start_codon_6 start_codon 94534 94536 intron_11 intron 1 94651 95415 intron_12 intron 1 95843 96143 intron_13 intron 1 96254 98612 CDS_17 CDS 0.97 94534 94650 CDS_18 CDS 1 95416 95842 CDS_19 CDS 1 96144 96253 CDS_20 CDS 1 98613 98639 stop_codon_7 stop_codon 98637 98639 gene_8 gene 0.46 102847 108238 transcript_8 transcript 0.46 102847 108238 start_codon_7 start_codon 102847 102849 intron_14 intron 0.46 102860 103578 intron_15 intron 1 103690 103807 intron_16 intron 1 104072 104795 intron_17 intron 1 104990 105074 intron_18 intron 1 105123 105399 intron_19 intron 1 105473 105688 intron_20 intron 1 105861 107376 intron_21 intron 1 107809 107894 intron_22 intron 1 108087 108201 CDS_21 CDS 0.46 102847 102859 CDS_22 CDS 1 103579 103689 CDS_23 CDS 1 103808 104071 CDS_24 CDS 1 104796 104989 CDS_25 CDS 1 105075 105122 CDS_26 CDS 1 105400 105472 CDS_27 CDS 1 105689 105860 CDS_28 CDS 1 107377 107808 CDS_29 CDS 1 107895 108086 CDS_30 CDS 1 108202 108238 stop_codon_8 stop_codon 108236 108238 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 1311 1033 transcript_9 transcript 1 1311 1033 stop_codon_9 stop_codon 1035 1033 CDS_31 CDS 1 1311 1033 start_codon_8 start_codon 1311 1309 gene_10 gene 0.7 3836 2449 transcript_10 transcript 0.7 3836 2449 stop_codon_10 stop_codon 2451 2449 intron_23 intron 1 2756 2631 intron_24 intron 1 2880 2791 intron_25 intron 1 3058 2941 intron_26 intron 0.7 3826 3142 CDS_32 CDS 1 2630 2449 CDS_33 CDS 1 2790 2757 CDS_34 CDS 1 2940 2881 CDS_35 CDS 0.88 3141 3059 CDS_36 CDS 0.82 3836 3827 start_codon_9 start_codon 3836 3834 gene_11 gene 0.03 17121 7165 transcript_11 transcript 0.03 17121 7165 stop_codon_11 stop_codon 7167 7165 intron_27 intron 1 7714 7276 intron_28 intron 1 7897 7819 intron_29 intron 0.55 8213 8013 intron_30 intron 0.55 8353 8262 intron_31 intron 0.63 9397 8444 intron_32 intron 0.8 10004 9473 intron_33 intron 0.98 10374 10158 intron_34 intron 0.56 11505 10460 intron_35 intron 0.74 11979 11577 intron_36 intron 0.57 13309 12031 intron_37 intron 0.5 13643 13519 intron_38 intron 1 13920 13780 intron_39 intron 0.92 14134 14035 intron_40 intron 0.74 14618 14253 intron_41 intron 0.72 14825 14686 intron_42 intron 1 15018 14932 intron_43 intron 0.59 16296 15229 CDS_37 CDS 1 7275 7165 CDS_38 CDS 1 7818 7715 CDS_39 CDS 1 8012 7898 CDS_40 CDS 0.55 8261 8214 CDS_41 CDS 0.91 8443 8354 CDS_42 CDS 0.75 9472 9398 CDS_43 CDS 0.99 10157 10005 CDS_44 CDS 0.95 10459 10375 CDS_45 CDS 0.99 11576 11506 CDS_46 CDS 0.74 12030 11980 CDS_47 CDS 0.4 13518 13310 CDS_48 CDS 0.67 13779 13644 CDS_49 CDS 1 14034 13921 CDS_50 CDS 0.92 14252 14135 CDS_51 CDS 0.78 14685 14619 CDS_52 CDS 0.73 14931 14826 CDS_53 CDS 0.59 15228 15019 CDS_54 CDS 0.38 17121 16297 start_codon_10 start_codon 17121 17119 gene_12 gene 0.99 19870 18673 transcript_12 transcript 0.99 19870 18673 stop_codon_12 stop_codon 18675 18673 intron_44 intron 1 19849 18871 CDS_55 CDS 1 18870 18673 CDS_56 CDS 0.99 19870 19850 start_codon_11 start_codon 19870 19868 gene_13 gene 1 23517 19922 transcript_13 transcript 1 23517 19922 stop_codon_13 stop_codon 19924 19922 intron_45 intron 1 20063 19936 intron_46 intron 1 21465 20506 intron_47 intron 1 21598 21514 intron_48 intron 1 21922 21836 intron_49 intron 1 23215 21960 CDS_57 CDS 1 19935 19922 CDS_58 CDS 1 20505 20064 CDS_59 CDS 1 21513 21466 CDS_60 CDS 1 21835 21599 CDS_61 CDS 1 21959 21923 CDS_62 CDS 1 23517 23216 start_codon_12 start_codon 23517 23515 gene_14 gene 0.12 71172 53197 transcript_14 transcript 0.12 71172 53197 stop_codon_14 stop_codon 53199 53197 intron_50 intron 0.98 54707 53453 intron_51 intron 0.98 55493 54728 intron_52 intron 1 56725 56001 intron_53 intron 0.8 58028 57752 intron_54 intron 0.99 58871 58173 intron_55 intron 0.98 59830 59277 intron_56 intron 0.84 60136 60054 intron_57 intron 0.42 60469 60330 intron_58 intron 1 64785 64687 intron_59 intron 1 65319 65021 intron_60 intron 0.99 65601 65501 intron_61 intron 0.46 67796 66220 intron_62 intron 0.48 68754 67890 CDS_63 CDS 1 53452 53197 CDS_64 CDS 0.98 54727 54708 CDS_65 CDS 0.98 56000 55494 CDS_66 CDS 1 57751 56726 CDS_67 CDS 1 58172 58029 CDS_68 CDS 0.99 59276 58872 CDS_69 CDS 0.97 60053 59831 CDS_70 CDS 0.42 60329 60137 CDS_71 CDS 0.72 64686 60470 CDS_72 CDS 1 65020 64786 CDS_73 CDS 1 65500 65320 CDS_74 CDS 0.84 66219 65602 CDS_75 CDS 0.46 67889 67797 CDS_76 CDS 0.84 71172 68755 start_codon_13 start_codon 71172 71170 gene_15 gene 0.76 73222 71213 transcript_15 transcript 0.76 73222 71213 stop_codon_15 stop_codon 71215 71213 CDS_77 CDS 0.76 73222 71213 start_codon_14 start_codon 73222 73220 gene_16 gene 0.66 75637 73323 transcript_16 transcript 0.66 75637 73323 stop_codon_16 stop_codon 73325 73323 intron_63 intron 1 74937 74846 intron_64 intron 0.89 75205 75104 intron_65 intron 1 75396 75313 CDS_78 CDS 0.76 74845 73323 CDS_79 CDS 0.89 75103 74938 CDS_80 CDS 1 75312 75206 CDS_81 CDS 1 75637 75397 start_codon_15 start_codon 75637 75635 gene_17 gene 0.9 84488 83281 transcript_17 transcript 0.9 84488 83281 stop_codon_17 stop_codon 83283 83281 intron_66 intron 1 84298 84204 CDS_82 CDS 1 84203 83281 CDS_83 CDS 0.9 84488 84299 start_codon_16 start_codon 84488 84486 gene_18 gene 0.77 94411 93534 transcript_18 transcript 0.77 94411 93534 stop_codon_18 stop_codon 93536 93534 intron_67 intron 0.77 94256 93652 CDS_84 CDS 0.79 93651 93534 CDS_85 CDS 0.88 94411 94257 start_codon_17 start_codon 94411 94409 gene_19 gene 1 101780 99351 transcript_19 transcript 1 101780 99351 stop_codon_19 stop_codon 99353 99351 intron_68 intron 1 99529 99438 intron_69 intron 1 99960 99587 intron_70 intron 1 100366 100046 intron_71 intron 1 100577 100493 intron_72 intron 1 100721 100622 intron_73 intron 1 100923 100842 intron_74 intron 1 101739 101072 CDS_86 CDS 1 99437 99351 CDS_87 CDS 1 99586 99530 CDS_88 CDS 1 100045 99961 CDS_89 CDS 1 100492 100367 CDS_90 CDS 1 100621 100578 CDS_91 CDS 1 100841 100722 CDS_92 CDS 1 101071 100924 CDS_93 CDS 1 101780 101740 start_codon_18 start_codon 101780 101778 gene_20 gene 1 113231 108609 transcript_20 transcript 1 113231 108609 stop_codon_20 stop_codon 108611 108609 intron_75 intron 1 108853 108739 intron_76 intron 1 109046 108961 intron_77 intron 1 109216 109089 intron_78 intron 1 109337 109259 intron_79 intron 1 109600 109438 intron_80 intron 1 110404 109666 intron_81 intron 1 113043 110484 CDS_94 CDS 1 108738 108609 CDS_95 CDS 1 108960 108854 CDS_96 CDS 1 109088 109047 CDS_97 CDS 1 109258 109217 CDS_98 CDS 1 109437 109338 CDS_99 CDS 1 109665 109601 CDS_100 CDS 1 110483 110405 CDS_101 CDS 1 113231 113044 start_codon_19 start_codon 113231 113229 gene_21 gene 1 126856 122872 transcript_21 transcript 1 126856 122872 stop_codon_21 stop_codon 122874 122872 intron_82 intron 1 123177 122960 intron_83 intron 1 123617 123318 intron_84 intron 1 123737 123660 intron_85 intron 1 123857 123780 intron_86 intron 1 124821 123958 intron_87 intron 1 125124 124887 intron_88 intron 1 126671 125204 CDS_102 CDS 1 122959 122872 CDS_103 CDS 1 123317 123178 CDS_104 CDS 1 123659 123618 CDS_105 CDS 1 123779 123738 CDS_106 CDS 1 123957 123858 CDS_107 CDS 1 124886 124822 CDS_108 CDS 1 125203 125125 CDS_109 CDS 1 126856 126672 start_codon_20 start_codon 126856 126854 gene_22 gene 0.79 134537 133635 transcript_22 transcript 0.79 134537 133635 stop_codon_22 stop_codon 133637 133635 intron_89 intron 1 134162 134077 intron_90 intron 0.98 134389 134293 CDS_110 CDS 0.84 134076 133635 CDS_111 CDS 1 134292 134163 CDS_112 CDS 0.95 134537 134390 start_codon_21 start_codon 134537 134535 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 43.5 45635 45781 match_2 match 31.6 44989 45063 match_3 match 63.5 45339 45539 match_4 match 38.1 45134 45229 match_5 match 43.9 45632 45802 match_6 match 30.4 44989 45063 match_7 match 65.5 45339 45539 match_8 match 35.8 45134 45229 match_9 match 43.9 45629 45799 match_10 match 28.5 44989 45063 match_11 match 60.1 45339 45530 match_12 match 38.5 45134 45229 match_13 match 122 29859 30848 match_14 match 129 29859 30842 match_15 match 119 95404 95898 match_16 match 125 95404 95898 match_17 match 28.1 105072 105128 match_18 match 120 104744 104995 match_19 match 199 107378 107809 match_20 match 145 103819 104073 match_21 match 105 29877 30893 match_22 match 747 29640 30902 match_23 match 101 45632 45919 match_24 match 49.3 45137 45229 match_25 match 112 45339 45548 match_26 match 48.5 45001 45075 match_27 match 101 45632 45919 match_28 match 49.3 45137 45229 match_29 match 112 45339 45548 match_30 match 48.5 45001 45075 match_31 match 138 48741 48968 match_32 match 120 95392 95841 match_33 match 120 95392 95841 match_34 match 37.4 888 935 match_35 match 167 4 789 match_36 match 107 95404 95841 match_37 match 50.4 45632 45799 match_38 match 88.6 45339 45548 match_39 match 41.2 45001 45075 match_40 match 47.8 45152 45229 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_41 match 53.9 134078 133755 match_42 match 46.2 134492 134385 match_43 match 68.6 134296 134162 match_44 match 51.2 134078 133962 match_45 match 48.5 134501 134385 match_46 match 71.2 134296 134162 match_47 match 44.7 134498 134385 match_48 match 46.2 134078 133989 match_49 match 72.4 134296 134162 match_50 match 107 21958 21599 match_51 match 35.8 21528 21466 match_52 match 35.8 21528 21466 match_53 match 97.4 21832 21599 match_54 match 53.9 134078 133854 match_55 match 48.5 134498 134385 match_56 match 68.9 134302 134162 match_57 match 36.6 134078 133881 match_58 match 42.7 134501 134385 match_59 match 72.8 134299 134162 match_60 match 51.2 134078 133818 match_61 match 47.8 134522 134385 match_62 match 69.7 134311 134162 match_63 match 49.3 134507 134385 match_64 match 50.4 134078 133989 match_65 match 75.5 134296 134162 match_66 match 48.5 134507 134388 match_67 match 50.4 134078 133989 match_68 match 68.6 134281 134162 match_69 match 105 113231 113055 match_70 match 54.7 134522 134382 match_71 match 63.5 134290 134162 match_72 match 48.5 134078 133992 match_73 match 42.7 134522 134385 match_74 match 51.6 134078 133878 match_75 match 70.5 134311 134162 match_76 match 57.4 134486 134382 match_77 match 51.2 134078 133986 match_78 match 74.3 134296 134162 match_79 match 45.8 134078 133734 match_80 match 47.4 134495 134382 match_81 match 61.6 134299 134162 match_82 match 52.4 134078 133806 match_83 match 47.4 134498 134385 match_84 match 68.2 134296 134162 match_85 match 52.0 134078 133818 match_86 match 42.4 134522 134385 match_87 match 68.6 134302 134162 match_88 match 39.7 134501 134385 match_89 match 62.8 134296 134162 match_90 match 52.8 134078 133989 match_91 match 42.7 134495 134382 match_92 match 61.2 134299 134162 match_93 match 45.1 134078 133995 match_94 match 45.4 134495 134382 match_95 match 60.8 134299 134162 match_96 match 47.4 134078 133959 match_97 match 46.6 134078 133734 match_98 match 43.9 134495 134382 match_99 match 61.6 134299 134162 match_100 match 111 21958 21548 match_101 match 107 23517 23212 match_102 match 54.7 134078 133638 match_103 match 53.1 134504 134385 match_104 match 75.1 134296 134162 match_105 match 105 14034 13645 match_106 match 150 16683 16294 match_107 match 63.5 14251 14135 match_108 match 151 13332 13063 match_109 match 109 13483 13304 match_110 match 68.2 7828 7712 match_111 match 72.0 8015 7896 match_112 match 42.7 134495 134385 match_113 match 68.6 134302 134162 match_114 match 46.2 134078 134001 match_115 match 40.0 134078 133992 match_116 match 47.0 134501 134385 match_117 match 73.9 134299 134162 match_118 match 52.0 134078 133908 match_119 match 46.2 134486 134385 match_120 match 63.5 134296 134162 match_121 match 123 2628 2452 match_122 match 35.0 134501 134385 match_123 match 47.4 134078 133992 match_124 match 68.2 134299 134162 match_125 match 45.8 134522 134385 match_126 match 68.2 134311 134162 match_127 match 51.2 134078 133992 match_128 match 157 16677 16294 match_129 match 134 13332 13063 match_130 match 110 13480 13304 match_131 match 74.7 8012 7896 match_132 match 71.6 7819 7718 match_133 match 157 16677 16294 match_134 match 134 13332 13063 match_135 match 110 13480 13304 match_136 match 47.0 134507 134382 match_137 match 45.1 134078 133962 match_138 match 69.3 134302 134162 match_139 match 117 2631 2452 match_140 match 50.8 134078 133809 match_141 match 48.5 134522 134385 match_142 match 67.8 134296 134162 match_143 match 50.8 134495 134385 match_144 match 44.7 134078 133995 match_145 match 68.9 134296 134162 match_146 match 50.8 134495 134385 match_147 match 44.7 134078 133995 match_148 match 68.9 134296 134162 match_149 match 49.3 134486 134385 match_150 match 73.6 134296 134162 match_151 match 53.5 134078 133989 match_152 match 45.4 134522 134385 match_153 match 53.5 134078 133884 match_154 match 68.9 134296 134162 match_155 match 52.8 134078 133911 match_156 match 50.1 134501 134385 match_157 match 70.1 134302 134162 match_158 match 48.5 134501 134385 match_159 match 69.3 134296 134162 match_160 match 51.6 134078 133986 match_161 match 139 20505 20065 match_162 match 129 21958 21599 match_163 match 115 23517 23212 match_164 match 36.6 21528 21466 match_165 match 431 73345 71240 match_166 match 377 74846 73344 match_167 match 77.4 65515 65255 match_168 match 266 54284 53481 match_169 match 972 71202 68752 match_170 match 288 66225 65599 match_171 match 2145 65021 60423 match_172 match 472 57736 56765 match_173 match 135 60378 60136 match_174 match 275 56003 55491 match_175 match 169 59276 58872 match_176 match 120 2628 2452 match_177 match 53.5 134522 134382 match_178 match 70.5 134299 134162 match_179 match 52.0 134078 133992 match_180 match 55.1 134501 134385 match_181 match 71.6 134296 134162 match_182 match 52.8 134078 133989 match_183 match 47.4 134078 133818 match_184 match 43.5 134513 134385 match_185 match 68.6 134296 134162 match_186 match 122 2631 2452 match_187 match 48.1 134078 133830 match_188 match 43.9 134486 134397 match_189 match 61.2 134296 134162 match_190 match 45.4 134516 134385 match_191 match 45.1 134078 133992 match_192 match 65.9 134296 134162 match_193 match 46.6 134498 134385 match_194 match 67.4 134299 134162 match_195 match 50.1 134078 133992 match_196 match 43.9 134522 134388 match_197 match 47.0 134078 133992 match_198 match 68.6 134290 134162 match_199 match 44.7 134522 134385 match_200 match 47.0 134078 133992 match_201 match 71.2 134296 134162 match_202 match 51.6 134078 133755 match_203 match 45.4 134522 134385 match_204 match 63.9 134299 134162 match_205 match 81.3 134078 133731 match_206 match 74.3 134528 134385 match_207 match 79.7 134296 134162 match_208 match 53.1 134078 133743 match_209 match 48.5 134528 134385 match_210 match 77.0 134296 134162 match_211 match 43.5 134501 134385 match_212 match 64.3 134299 134162 match_213 match 48.9 134078 133992 match_214 match 43.9 134501 134382 match_215 match 60.8 134299 134162 match_216 match 48.5 134078 133992 match_217 match 47.4 134501 134385 match_218 match 52.0 134078 133956 match_219 match 63.5 134296 134162 match_220 match 73.6 134078 133638 match_221 match 70.5 134498 134382 match_222 match 92.4 134296 134162 match_223 match 132 21958 21509 match_224 match 163 20505 20068 match_225 match 114 23517 23212 match_226 match 62.4 134078 133770 match_227 match 48.5 134498 134382 match_228 match 85.1 134296 134162 match_229 match 62.4 134078 133770 match_230 match 85.1 134296 134162 match_231 match 48.5 134501 134385 match_232 match 64.3 134296 134162 match_233 match 52.8 134078 133989 match_234 match 49.3 134078 133896 match_235 match 38.1 134486 134385 match_236 match 69.3 134299 134162 match_237 match 55.5 134078 133755 match_238 match 39.3 134498 134385 match_239 match 73.6 134296 134162 match_240 match 46.6 134501 134385 match_241 match 65.5 134296 134162 match_242 match 47.8 134078 133992 match_243 match 46.6 134522 134385 match_244 match 67.0 134296 134162 match_245 match 51.2 134078 133992 match_246 match 47.0 134078 133818 match_247 match 44.3 134498 134385 match_248 match 69.3 134299 134162 match_249 match 47.0 134078 133818 match_250 match 43.5 134498 134388 match_251 match 68.6 134293 134162 match_252 match 43.1 134483 134385 match_253 match 69.3 134311 134162 match_254 match 50.8 134078 133992 match_255 match 68.6 134078 133659 match_256 match 66.6 134498 134385 match_257 match 80.5 134296 134162 match_258 match 46.6 134501 134385 match_259 match 63.9 134296 134162 match_260 match 48.9 134078 133992 match_261 match 58.5 134078 133728 match_262 match 39.3 134501 134385 match_263 match 65.1 134296 134162 match_264 match 136 20505 20065 match_265 match 130 21958 21599 match_266 match 34.3 21528 21466 match_267 match 115 23517 23212 match_268 match 34.7 134486 134385 match_269 match 64.7 134299 134162 match_270 match 54.3 134078 133959 match_271 match 43.9 134519 134397 match_272 match 63.5 134299 134162 match_273 match 44.3 134078 134001 match_274 match 50.1 134522 134382 match_275 match 47.4 134078 133992 match_276 match 65.1 134296 134162 match_277 match 24.3 21528 21466 match_278 match 107 21958 21599 match_279 match 24.3 21528 21466 match_280 match 107 21958 21599 match_281 match 52.4 134078 133821 match_282 match 43.9 134522 134385 match_283 match 71.2 134311 134162 match_284 match 50.8 134078 133815 match_285 match 40.0 134522 134385 match_286 match 56.2 134299 134162 match_287 match 50.4 134078 133809 match_288 match 43.1 134483 134385 match_289 match 68.9 134296 134162 match_290 match 45.8 134501 134397 match_291 match 60.5 134296 134162 match_292 match 47.0 134078 133995 match_293 match 45.8 134501 134397 match_294 match 60.5 134296 134162 match_295 match 47.0 134078 133995 match_296 match 45.8 134501 134397 match_297 match 60.5 134296 134162 match_298 match 47.0 134078 133995 match_299 match 45.8 134495 134385 match_300 match 64.3 134299 134162 match_301 match 50.4 134078 134001 match_302 match 45.1 134495 134385 match_303 match 65.1 134302 134162 match_304 match 50.8 134078 133992 match_305 match 52.8 134522 134382 match_306 match 68.6 134296 134162 match_307 match 52.8 134078 133992 match_308 match 40.8 134486 134385 match_309 match 46.2 134078 133989 match_310 match 69.3 134296 134162 match_311 match 49.3 134078 133836 match_312 match 34.3 134501 134385 match_313 match 63.2 134296 134162 match_314 match 140 20505 20065 match_315 match 131 21958 21599 match_316 match 119 23517 23212 match_317 match 37.4 21528 21466 match_318 match 51.2 134078 133782 match_319 match 45.8 134489 134385 match_320 match 67.4 134299 134162 match_321 match 50.8 134522 134382 match_322 match 51.6 134078 133935 match_323 match 68.2 134302 134162 match_324 match 50.8 134522 134382 match_325 match 51.6 134078 133935 match_326 match 68.2 134302 134162 match_327 match 189 17211 16294 match_328 match 118 14034 13645 match_329 match 61.6 14251 14135 match_330 match 71.6 7819 7667 match_331 match 158 13332 13063 match_332 match 77.0 8015 7896 match_333 match 44.3 84488 84321 match_334 match 133 84216 83806 match_335 match 38.1 134501 134385 match_336 match 62.8 134296 134162 match_337 match 52.8 134078 133989 match_338 match 50.4 134522 134382 match_339 match 70.5 134299 134162 match_340 match 50.4 134078 133992 match_341 match 50.4 134522 134382 match_342 match 70.5 134299 134162 match_343 match 50.4 134078 133992 match_344 match 47.4 134498 134385 match_345 match 45.8 134078 133989 match_346 match 68.2 134296 134162 match_347 match 48.1 134078 133938 match_348 match 45.4 134483 134385 match_349 match 68.6 134302 134162 match_350 match 120 21958 21599 match_351 match 31.6 21528 21466 match_352 match 109 23517 23212 match_353 match 32.0 21528 21463 match_354 match 120 21958 21599 match_355 match 109 23517 23212 match_356 match 120 21958 21599 match_357 match 31.6 21528 21466 match_358 match 109 23517 23212 match_359 match 48.1 134486 134385 match_360 match 75.1 134296 134162 match_361 match 48.5 134078 134010 match_362 match 45.1 134522 134385 match_363 match 67.4 134299 134162 match_364 match 51.2 134078 133992 match_365 match 51.6 134501 134391 match_366 match 68.6 134290 134162 match_367 match 52.8 134078 133989 match_368 match 35.8 134498 134385 match_369 match 67.0 134296 134162 match_370 match 50.4 134078 133995 match_371 match 47.0 134486 134385 match_372 match 70.1 134299 134162 match_373 match 49.3 134078 133995 match_374 match 52.8 134078 133743 match_375 match 50.8 134522 134385 match_376 match 66.2 134296 134162 match_377 match 43.9 134486 134385 match_378 match 63.9 134296 134162 match_379 match 44.3 134078 134001 match_380 match 39.7 134501 134385 match_381 match 61.6 134296 134162 match_382 match 47.8 134078 133992 match_383 match 38.1 134522 134385 match_384 match 60.1 134078 133767 match_385 match 54.7 134293 134162 match_386 match 61.6 134078 133719 match_387 match 84.7 134299 134162 match_388 match 61.6 134078 133719 match_389 match 47.0 134498 134382 match_390 match 85.1 134296 134162 match_391 match 49.7 134498 134385 match_392 match 45.4 134078 133989 match_393 match 70.9 134302 134162 match_394 match 107 113231 113052 match_395 match 45.4 134495 134385 match_396 match 64.7 134299 134162 match_397 match 51.2 134078 133992 match_398 match 55.1 134078 133818 match_399 match 34.7 134501 134385 match_400 match 63.2 134296 134162 match_401 match 47.0 134492 134385 match_402 match 59.7 134284 134162 match_403 match 52.8 134078 133989 match_404 match 47.0 134492 134385 match_405 match 63.9 134296 134162 match_406 match 52.8 134078 133989 match_407 match 55.1 134522 134382 match_408 match 67.0 134296 134162 match_409 match 51.2 134078 133992