C02HBa0072B02.3 CACAGAGTTTAGGATGCCTTCGATTTCTCATTCAAGAGTGATTTGTTTTCTGATCTCTTA AGGATTTTGTTGCATTCTAATTCCTTTATGAAGAAAGAATGAAGTCTGGTATTGTTGTAG GACCGGTTATTAAAAAAAAACTATTTTAGTAGGATCCTTCATCAAGCCTCACTGCCAAGC ATGTAGCAAAAAACTTATTCTGAGTGAGTAAATGGAATAGAGTCATATATTCCTTTTCTT TGTATAATAAAGTTATACAAAAAATATATGAAGTTATATGATCAAAAATTATTCCTTTTC TTTGTATAATAAAGTTATATGATCATCAGAAGTCTGGTCCATGCATGTATCCGGACTAAC AACAACTACACCTCAATCCTAAACAACTTGGGGTCGGCTATGTGAATTCTCAACTATTAC ATTTACGTTCAACTCATGTCATCATCATACAAATAAAAACAAAAACAAATTAATTATATA TAAATGATAGTGATAATAGTAATAATATTTGAAACTCTCTAACAAGAATCCTTTAACCCA TTAGTAGATATCGCCTAGATATTTTTCTTCCATTGTGCCCTATATTTTGTAGTAAAGTCT GTATTGATCCAAGAATTCTTAGGTCTTTTGAGACAACATCCTTCAATGTGATTTTAGGTC AACCTCATCCCCTTTTTTACACCATCTCTCACCATGGCTTCACACCTATGGATTGGTCCA TCTGTAGGTCTATGCAGGACATGACCAAACCACCTCAAGCGACCTTGTTTTATTTTATCC TCAATCCGTGCTACTTGCACCTTCTGACAAATATGGTCAATTATAATCTTATTTAATCTT GTATGATCACACATCCATCTTAGCATCCACATCTCTGCAATAGTCAACTTGTGGATATGT TTGACTTTAGTGACCCAACATTTACTACCATATCCTTCTAGCACATAACACCCAGTAGCA GTTCTCCTGTTCAACCATTCAGTTTCGATTCGAGAAATTACATCTTCATGTATCAGTCCA TTCGTTGAAACAACAAGCCTAAATATCTAAGTTGGTTGCATGTTTCCTTACTGATATATC ATATATCAAAATATCATCAATGGTTCAATAGTTCTGTGTCCGTACTTTTGTACTGAATCA GGTTTGTTCTTTTGTTCAATGGCTGTAGTTCTTATAATTGGTGCTGATCTTTTTACCATG CTCCTTGGTGTAGGTATTGCTTTTTTCTTCATTTTCTGATTATTGGGTTCATTGTTATTT GCTGTCATGGACCTGTGCAGATTACTGGTTTTGCAATTGCTGTTGTCTTTTTTGCTTTAA TGCGGCAAGCACGACAATGGGAGCTTGACCTGCCTATACCTTCACTCCTTACAGCAGTTG AATCAAATTTGCGGATGCCATTGCCCTTTCTATGTTTGGCCCTGCTACCTATCTTATTTG CTCTTGTACTTTCCTGCCTCATTTCTCTACCTCTTCCTCCAGCCATAAGTTTCATCTCTG TCTCAACAATCTGTTACTTATGTGCAAATGGAGTGGTGGCTGTGCTGATATCAGCCTCCC AGTTGTTGTTCTACGTTAGTGCATCTTTACATGTATTCATCAAGAAACGGTTAGTTTACT CTCTCTTGAATATATCTACCACATTTATGTTACGTAAGATTTTCATACAAGTGACTGATA TCATTTATTAGTCAATTTACGGACCAAAGTTGCATGTGCTGGTGAAATTCAGTCTTAATC TCAAGAGAAATTTCTAGTCCCCCTACTTCCCAACTGTCCATAAACAATTAAAATACTCTC ACTCAAGGAGTGCGCTGCAGACCTAAATAAATTAATAAAAGTGACTACTCTATAACAGTG TTAAGGTTTTTCTTAAGGTACCACATAATTTAACAGAAACCGTTATGGCAAGAAATTCAT TACCAACTGAGCTAATGGTAATATAATCTTTTGCAGGTCGCAAACACGGGAACATAACTT TTCTCCTCTTTTCACTGCCTTCCTGTCATCCAAGGTTAGTTTAATTGTGGCATTGTAGCT TGCAAAAGCATAAGTTTGTAAAAGGCTGGATTTGTACATATATTTCGGAACTGAAATTGA ATGCATCTTTTGTTCCTGGTCCTCTAATCTTAGTAAATGTCGAAATTGAATGCATCTTGC ATTCCTTGTTCTCTTAATAAAAAAATTTTACTTATTGAAACAGGTAGTCAGGATCGTGAG ATTCAATCCATTGTTTGATATGACACTTGTCTCTTTGACCCTAATGTGCTTCGCTCATCC AGCATTGGGTCTTCTTTTGCTGGTCATTTCTCATGCTGTGTGCTCCCACAATTCCCTGTC CAGGTACATCCCTAACTAGTACCCTTTCTCCACTCTTCTGTAGTAGTCTTATGCTGTATA TTAGAATTGAGGGCCATCACATGACCATTGATTGATAGTGTGTGATTCCTAGCCGAATTC TGACCATTCCGAACTTCTGAATAGATTAAACATTTGACATTTGATATTTAGTTTTTGGCT CTGCTGATATTTGATATTTTGTTATGACAAATGTAGTCTAAAACCAATTTTTCTCGTCTG TAAACAGTTTTTTGATGGCTTCATTTCACAGCCGTACCCAGACTAAGGAGTTCATAGAAT CTGGGAACAGACGTCAGAGTGGATCGAAGCAGTCCATACCCGAGCATGATGGTGAAATCA ACACGCATGTTCCTCAGAAGGAGAGTAATTCCAGTAGTCTGGACTCAGTAAAAAGCTATG GTGACACCCAATTAGAGATCTTCAATCATCGGCATGGCTTGCTTGTATTACACTTGCTTG CAATGCTGATGTTTGTCCCTTCATTTATTGCGTGGATCCAGGTATTCCTTTTCTTTCTTT AGGACCAAGAGGATTTCACTGCCTTGTGTTCATATTTTGGAATCTCGCTTACTTTGCACT GATAAATTGATAGAGCAAATGCTCTCAATAGTCTTCTTAATGAAATAATATTTGGGTTTT TGTGGACATTGTTGATTGCTCGAAATAATTAAAAGTAGCATTAACATTATTCTTTTTTGG TATATGTTTGCACACAGAGAATGGGGATCGGTCATAGCTTGCCGTGGTTCTTGGATTCTA TACTTTGCATAGGTGTTTTGCTGCATGGTGTATGTGACTCAAAGCCAGAGTTCAACTTCT TCTTCTTCTTTCCTTTTCCGGTCATCCAAAGATTGGAGATAAACCTGAGCTTTGGCTATC TTCTTGCTGGATACTTTTCCTATATTTGTGGCTTAGCCTTGGCTCCTTACATAACATTTT ATCCCATGGCCGCCATTGGGTTTATATCATGTGCTTTTAGGATCATAGAGAAGAGAAGTA GGGAAAAGGGGGAAATGTACCATCACCGTAGGAAACACTCTCATAAACACTAAAGTGAAA ATACTCCCACTATACGATAGTGCCACATTCAGAATGGTTCTGCAATAGATGTTCTAGTTG ACATGCCTCAATTTGTTTGATGTGTAATTTTCATTTTCAGAGGAGTAGAATATCAGCTTG TGTATGGCTTTAATTCTACAAGTGATTCAATCATTATATTTGTCGCAAAAATTTGTTTAT GGTCTTTCAACTTAAACCTGTGGATTATTTACAATGTGAATGAATCACTAATTGGCCTGA GGATAGATAAAAATGATTGTTCATAGCGAGTGTCGTTTTTCTTTTTCGTCTAACTTGGTC TTTTAATACTAAAAGAAGAAGAGCAAGAATATTTTTCCACAAGATAGAAAGGCCCTTTTA TAATATATTTTCGGCAACAAGTACCGTAAGGAATAAAAAATAATTTTTCATTTGAAAGAA ATCCAAGAGAAACAAGATTATAAGCAAGGGTGTATTGGTAAATGAAAATAAAAAGAAGAG CACAAGCATACTGCATGTACCATAACACACTTGATCGGTGCCAATATAGCCGTTACTCCA CACCAAAATCAAAAGAAATATGACCGTTACTTAAAACCCTAGTCTTCATCACTCGTCACA AGAGAGAGAGAGAGAGAATAAGGATGGTGACCGATGGAGATGATAAAGTCGAAGGGTTGC TGAGCCCCAAGTTCCGGTCGGTGGCAGCTATGGCTGGTTGGGATGAAGAGGCTCTTCTCA TGGCCAGTCTTGTTGTCGAAGACACACCTGATCGCCTTTCTAAGCAAAAGAAACGTTCTG ATTTGCTGCATTTCAAGACTCCCCCAACAAATTCTAGAAGGTACTTGCACCATTTTTTTT AGATTTTAAATAAGAAGCGAATTCAGGAATTAAAATCAAATCAATTAATCAGATAGATCA TCTCTATTTTATCCGATTGGATTATCAGTCGTTCTTCTTTTTGTTTGGATTATTGGGAAA TGCATAAATTTGTCATCTTTTCAGGAAAAGAAGGGCTCAGAAAAGGAGCCCTGCGTCCAT AACTGCAACTGTTCTTGATCTGGAAGACCAAGACACTGCAAAGCAAGGTAAATCATGATT TTCAAGAAGAGTTTGTGTTATGAATAATGGATTGTGTCCTGATGTTAATGTTCTGCAGAA AGCGAGAAAAAGGAGGCAGAATTGAAATTAGACGAGAAAGGAGATGAGGCATTGGAAGAA CAGGGTTGTTCTGTTGCTACATCTTCTACTAAGAAGATAGAACCAAAATCCATTGAGAAA GCAGACACGAAAGAAGCTGAAGCATCAGAGGAACAGGGGTGTTCTGTTTCTTCTTCTTCT GCAGCATTTCCCTCCATTGATCTACTTCGTGAAGAGCTTTCTTGTGCTGTAAGTGTTGTA AATCCGTTCTTGAACCTTGGTGCCCCTACCTGTTTATCAATTGAGGGTGTCTTTTTTTCT ATTTTCCTATTTTATTGTAGTATAAACATGATTTCTTTGAATTTGCAGATTTGTTTGGAG ATCTGTTTTGAACCGAGTACCACTCCTTGTGGTCACAGGTACGATCTCAATGGCATCCTC ATCAACTTATATTCATAAATCAATACATATAGGCATTTTCAGTAACTGACTCTGACAAAT TTGGTAAAAATCATATCTGTAGTTTTTGTAAGAAGTGTTTGCGATCTGCTGCTGATAAAT GTGGAAAGAAATGTCCCAAGTGCAGGCAGCTTATCAGGTACTGTTAGGATGCTATTTCAT TTCAGTTATATCCCTATTTCATTTGATATTTTTCATTTCCTGTGAGCCAAGTTGGCTGAT CTTTGAAGCTAATTGGATTATAGATCAACCCAATGTTTTTCAAAAACTACATGAATAGTA CTAAGTTGCAAAGTTCACATTATCAAAGTTTACATAGTTTGAGTCCTGAAAAAGAAATGT CACATAAACCAACTCAGATAGAGTATTAAATAAGCTTGAAAAGGATTTATCATGGTTCTA TTGTTTCAAGTATGACGTATTCCTATTAAACTTGACTTCTTTGCAGCAATGGTAGATCAT GCACTGTAAATACAGTACTTTGGAATACAATTCAACTGTTGTTTCCCAAAGAAGTAGAAA CAAGAAAAGCAGCTGCTGATTTGAGTAGTAGAGAAGCTAAACGTCAAAGTCCAGTAAGAG CTGTTGCTACTCATTCTAACAGCAGAACGACAAGAGTCCTGCTACTTAACAGTCCAGAAT CTGGTCCTAGTAGTCAAGAAAGAAGGAATTCTCGCGCCATGAGAAGACAAAGTGCCCGAG CTTCTGCAATGCCAAGCAGAAATCGAGACATTAGCTCGAGGAGGGAGTTACCAAGTCAGG ATGGGGATGCTGCATTGGCGCTAAGAATGCAGAGAGAGGAGTTCATGGAATCCTTCAGGA CAAGAAGTTCTGCTGATGAGCAGTACAGGAGCTCTCTTGCTCTAGCCAGAGCAAATTTGA GGGCCATGGCATCAAGAGCCATTAACATTCGTGTTAGAGGAGGTCGTGGCTCATAAATTG TTTTACGTTGCACTTGGAATTGTGTCGTCTTACATTACGAAACTTATATATATATGTTTT TGTTGAAAAACTAAAAGGTCCTTGAACTCCCTCATGAAATGTTCTTATATCAAATCCATA GCTAGTTGTAATGTTCTTTATATCAAATACATCTTTTGCTTTGTTATTTACTCTCTTTCA AATTCGGATCACATGAATGAATGATTTCTCTTGTCCACGCAAGCAAGATGCTGATCAAGT CAAAGAATCAATAATGATGAGATAATGAAGCAATTTCACTTACATTGATGGTGATATATA ATATTAGCAGAGAGAGAATAAGATAATACTATAATAATCTGGATATGAAGAATAATTCAT TATTTTGCCTTCCAGAAATTTTGGATGAAGGAATTGAAGAGCTTATAATATGAGAAAGAA GTCATCACATGTCCCAGTACCTACTTACATTCTGTCTTTGCACAATTATTGGCTTTTATA ATAATTTTCATTGCATCACAAAGAAATGCAACGTTACATATACTAAAAAATGGTTTTGAC TTTCACCAGATACATTGAACATTCAACTTCCATTTTCATATTACCTTTGTGTTGTGACGT AAATTGATGTACAAAAAGAATATATGGACTATTTCATGTACAAATAAAATAGCAAAAGAA ATTAGATCCTCAAAGTCAAAAACTGATATGAAATAATTTCATGTTGCGGCGTCATGTCAG TGATTTTTGCCAGGGTAACTTGCCAGTGTTTGGGTCGGTGAACATCTCTGCTACTCGATC TTTTAGGCCAGTGTCAGTAACTTCACAAAATCGACTAGACCAATCTGGTGGTTCAACGGC TCGTGTCCCTAAACCAGGGGCACGATCCCTGGACCCAACATTTCTCTGTTGTTGCCAATC AGAAACATAAGTAGCCACCCTCCTGTAGAACTTCTCCTTGAAGACATCCCAAACTTGATA CTTGTAATGGTTAATCACAAGCACATTTCTATCCATATTGGCATATCTAAACTCAGACTT TAAATGAAAATGGTGAACCACATTGATTAATGTTGAATTCAATGCTTCAGGTTTCACAAT ACTCTTATGCCTCTCAGGTGCAATCATCCTGCAATTGTACCCCATGGTGACCCCTTGTGT CGGGACATGTTTGAGACCAGATGGTCCAAAATTATGACATGACACCCGCAACTCAGCAAC TTTACTATTACTCCTTGATTGGTTTCTTAATATGTCAAGCAGTGACATACCAGTAGGCAA GTGGAAGAACTCATCCACATCCATAAAACCAACCCATTCACACACATCTCTAGCTCGTAA TGCACAATGAGCAAAACCTGCCTCTTGAGTCTTGATCCAAGGCCAAACATGTCGTGTCAC ATTTATGTTCGATAATAGCTTAATGACATCATCAATATCGTCCAAGCTGTTATTATCATA AATGAACCAACGCTGTACTCCGATTCTAGTATGGTACATGATCCACTCTTTCAAGAAGCT GGCCTGGTTTCTTAACATTGTGCATACACACATGTTGTGCTGTTTTTGAGCTGGAAAGTC AGGCTGCAGACGGCGTTTAGGACTCGCTATAGAGTCTAAAGGTTCCTTACCAACCATTCT AACAGAAACCTTAATGGGCATGTTACTAGTACCAATAAACCTCTCTGGATTATTCAGTAT GCTCACTGGGGTATTACATCGAACAACTTCTTGAGCAATGGATACAACATCTGATTGTAA CACAAGTTTGGGATTCTTAACATCCCAACCATAAACACACTTGAATTTTGAAGCGTGCGA TTGTCTTCCACCACGAAGATTAAACCCTTTAACAAACACTATGGTCGTGTTATCGCGATC GATCATGGCCTCATAGGCCAACGAATTCCACCGACGTGATGGTCCAATGGAGAGGGTGTA ACCGGTAGACTTGACGAAAAGTGACGTCAGGACTCCACGTGGCTTAACCAGGGGACATCG AACGAGCTGTTGGGCCAATAATTCATCGTTTTCAACTGATTCAGGAGGTTGAGAAGAGTT AGGATCAAGGTAGAGGCAGTATAGGTCATGTTTTGTGAATAAGGGAGTTGAAGGAGGGTA TTTTAGGAAAACAACTGTCTCGTCCGGGAATTCGACGGTTTGTATAATTGGCTTAACAGC GGTTAGGGCTGTGGTTGTCGCCGGCCGCCATTGATGAAACCCTGAAGTTAGCAAAATGAA AGGTACTTAATTATAATAGATCGTAATTAAGGTTTAATCAATCATACTCCATATTAACCG CAAACTAAATTTATGCTTGTTTGGAAATGAATTGAATTTAACTACCTTGAAATAGTAGAG AAGAGAAAGTGAAGGCAGCAAAGCAGAGGATACACCAGAAGAAAGATCTTCGAACTGCTA CATGTTTTTTACGATGTTTGATTGGAATTTGAGCCATACCCACGATTTTAATGGTTCAAA TTCAGCAGTCTCTGTTTCATCATCGACTTGTGCTATTCAGTTTTTGAGCATATATTGCTA GTATTTGAGAGTTGTACGTGGTCAAGCAGTCTTGTTCCAATAAAGAAACAAGTTACGAGG TCACCCACTTTGTTGCAACTTCCTTCTTTTTCATTCAACTTCAATTATTATTCTCTTTTC ATCTTCAAATAAAAACCCTTCTAATCAGTTGTTATGGTTTGCTAGAAACCTCCCCCACAT AACTAAGTTCAACTCTAACCTAATAATACATAAAGAATAAGAAAAAGAAACATCATGCCA CTTCACTTGTTCCTTTCACTCTCTTTCTACAAAATTCCATTTCCATGGGCTTTTTTTAAA AAATTTTGGTTGTTGCAGTAGAATGAAAGAGCATTTTTCAGATATAATTACAAGTGTATA GGATCAAAATATATGTTCTGTAATTGTATATACGATTTTTTCTCGTTTTATATAAACACA AACATATTTTATATTGAAGTGTATAAAATAATTAATTATATACCAAATCAGATGACAAAA AAAAAGGAAATGTTTGCTGTGAATCACAATTAAAATAAACTATGACTATAACAGTTAATT TTGTATTGATAGTTTATTATTTTATACAATTCTCCCATTTTTAAAAAAAATGTCTATATA TTTGTAACCAAAACTAAATAGCATATATGTTAACTAAAATCAAAGTTGAAGCACGTATAG TTTATATATTTTTATTTCTTTTGCTGTGGTCATAGAATTTTTTTTAAAAAAAGTGTAGAT AATTGCGACGCAAAATTCCTCATAGACTATTCTTTCGTCTTTGAAAAATAACACAATAAA TTAAAATGACGAAAATGACAGGCTTGTTTATTGAACTAGTTTATAGGTAGTGGATTTTTA GTTTTTGAGTAATAATAATTACAAACAGTAGAGTGCTTTGACAGAAAACTTTTACCACTC CTATAATGTATTTTAGTTGCATCAATGACTGATTGTCTATCTTTTCTTTTTATCCTTTTT GATGACAGATTATATATATATATATATATCTGATTAATTACGATATTATTAGAGACAATT AATCAGTCTCCTCAATATGCGACTTTAATTATTTGTTAACAGGTCATTTTCTAAATGTTG GTTAGGCAAATAATCTATTGTTAAATCCCTATCTCCTTGACTTCTTATGTATATTTCTAC TATAATCTTTCCTAAATGAATCCAAAAAAAGCGGGAGGGGAAGAAAAGGTTGATCATTAT TCCTGTGAAGTAAATATCTTTTGGTCGATTTTATTTCTTTCATTTTTTTTATAATTAAAA AAGTGATATGCTCGATGATTTGAATTCTAAGTTATCTAATTTTAATTAGTTACTTGATAA GATTATACCGAGTATGTTTATTATTATTTTAATTTAGTGGGACCTTTTGGAATCCAACAT CATATATCTGATATTTTAAATAAAATTAAATGGAGGGAGTAAGAAAGTAGTAGTAATAAT TAGAGAGAAAAGTTTGGTTTATACAATCTTAGATATGGTCATTATCAAGCTTTAAAAATG GATCAACATTAAGTAAATGTCATTTGAGTTACAGGTGTCATGATTGATTGAGATTTTTGA TAGCTTGTTCAAAAACAGTTAAGAGGGAAGAAAAAAAATTAATTTACGGTTTTATGTCGA ATTATATCCTAAAAAAAGCCGGCGGCCGGCCTTAGACATAACAGGGGACCACATCCTGGC GGCTGATCCACGCAAGTTGTTTCTAGTGAGTCGTGACTGTTGATAATGATGGGCCTGTTC TATTGGGCCTTGTGCCAAAAGCCCAAACTGTTGTTTCGAACAAATATGTTGCAATATTAT TAGAAATCTCACTAGTTTAAGGGTATTTTAAAATCCGAAGAAATGGCGTATCTAATTCAA AATTTGATATGAAATAATTATATGTAATTAATTCAAATTATAGATTGGATTAATATTTAT GATAGGAATATTTGTGTAAATAGGTAGTTTTTTTTCATATTACTATGTAATCAAATGAAG TAATTGATAGTGTAAAAGAAATTTCGTATGCACAACTTAATATCATTTAATTAAGGAAGA ACAATTATAATTAGTTGGACTAAAAGCAAGAGATAGGATATGCTGTAAGGCAGCTGATGG AATCATTAAATGGATTGACTAACTGTTGATTAGAAATTGACATTTAAGCAAACAACAAAA GCCGCCTCTGTTTTCTATGGCGAACTAGAATTAGAAATTTTCATATTTTTAATTAGTCAA TTAATTTGTTGTTCTAATTAAACTATTTTTCTCAAACATATTCAAATATATACGCTCTAT GTGGAGAAAGTGCAAATTAAATACCAACCTTTTGATATATATATATGTTCGTCTGAAGTG TATATAATATTTTTAATAGTAGATATAATATTAATAATAATAATAATAATAATAATATTA TGTGAATTCCAAACAAATGAAACATTCTTATGTCATTACATGAATTTGATATCGGCCTTT TGGATTTAAGAAGTAAGCATCAAGTACTGTAAAAATTAATTTTTAGATAGTTTAATTAAT TACAGTACATTATCTTTTTAATTAGGTTGTCAATTGTTGTTTACCATTGAAAAAAGAATA CCTTGTAATTATCTTGTAAGCAACTTAATCATGCAATTATTTTTCACTGTTGTTGGTCAA TCAATGTATATAACAAACAGAATATACAAATAAAACGATGCTCGGTTGTATGTGGAAGCA TCAGTGATGTGTCCTAATTTTGTCCCCATGACTTTGGAGTAACTCCTCCAAACAACTTCC CAATAAAATGGAGGTTTTGGGCTGAGCCGGCTTACCGTAAGAGAGGTCTTTTATGTATAA TTAAAATTATTTTATATCTAATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATAGTAGATATTCAACTTTATATGAATAATTTATAT GTTTATTTTTTAAAATTTTAATTTTTTTAATAAAAATTCTGATTCCGTTTAGTTTCATAG AGATAATATCTGGTTATTTATGAAATAGTCTTTTATTGATTTATCCTCAAATTCCTCTAG TCCTATGATTAATCGGTCATCACGTGTATATTTATTCTGTATTTTTTATTTCTCCCACTT GTTTCTCTTTTAAATCTATTTTTTTTTTTTATTTTTAAAACTCTCAATTAATCTTCAACC ACTATAATCTCTGTCGCACCCTCTATTCTCTCGGGTTAGCGTTCATTTACATATGTTGTT ACTGTCGTTTCATGTCCCTAGTAGCGTCCACCTGGGAAATTATGGGTATACATGATAAAA AGTTATTGAATACAAGGTATAATCTATTGAGTAATTTATATTTATTTAATGTTTTGTTGA AAATTGGCATTATTTAAAAATCAAGTACTCTTTTTAATATTAAAGTTTTGGAGTGGAATA ATTGCTAAGTTCTCACATTAAATTTTTAAAGCGATAATTATTTTGGGACAAGTTTTTTGA GCAGTTACCATTTTAGCCTAAGGGTATAAAATGTTAACAAAAATTTCAAAATGATATATG AATTTTTCTTTTAATTAAAATGACAAAATCGTTGGAATAACATCGATTTTGTTCGCTGAA AAAAGCAAAATCATTGCTATAGCAGCGATTCGATAAATTTGATTTTTTTCAAAAATCTTT TTTTTTTTAAGAAATCGCTGCCAAATCATCGATTTTCAAAATAAATTTTTTAAATGTTTT TTTTAATAAAACGGTGCCTAGACAACATTTTACCTTTAACCTTTTTTTTTTGGTTATTTA TTTGAATTTATCCTTTTTAAAATAAAGCAGCGATTTGTATCAATTTTTTTTTAATTTTTT AAAATTAAGTCGCTGAAGTACAGTGATTTTTTTTAATAAAAATTTTGATACAAATTGCTG CCCTTCAGCGATTTGCTTTTATTTTTTTTTAAAGAAAAATTCAAATAAATATTTTTTATT AAAAAAATATTTTTTAAAAAAATTATTTTGAAAATCACTTGCTTGACAACGATTTCTTAA AAAAAAATCGGTGCTATAGCAGCTATTTTGCTTCTTCCGGCGAACTAAATTGCTGCTATT CCAGTGATTTTGCCATTTTTGTTAAAATAAAAATTCATATATCATTTTGAAATTTTTATT AATATTTTATATCTTTTAGGCTCCGGAATCATTAAAATTGGATTAAAATGAATTGCTTAC CTTTAAACTGATATACTTAAATTTATGTTCATGCTTAATTAAAAACACACTCAAACTAAA ATGACCCAATAAAGAATCACAACAGACTTAATAATATCCGTGGAAATTATGCCACACAAT ATAGTAAAGAAGTTAAAATAATTATTAAAGAATCAAGCAATAGTATCGAAATAAAAAAAA ATAAAGCCTGGTTTCTAACGTTAAATGTTGCACAAATACATGAGTATAATGCTTGATTGT TTGTGTGTTCTTCCAAAATTAGCTTATCTTTTAATAAGAAGATATATAAGACATTATTTA CAGTTAAATTATTAACTGTGAATTTTGTCAACATAAAGTCTATTAAACATATATACACAA GCAGTATCTGAATCTTTAAAAAATAGGGAAGGTACTGGTAGTGCTCTCTTCGTGACGCAA TAAAGGAGTGATTGTTGATGGAACCGTGAGTAATTCATTAATTAATTAACAAACTAACTG CTCTCTTAATTATAATCATTAGCGAATAACTAAGTTGCATGCATGTATTACATGAACTCA ACATTATATACTCTTTTGCTTGATTCCTTAATTTATTATGATTTTGATAATTATTATATT AATAACTATCATTCATTTTCGTAAAAAAAACTATTTCTAATGAAAATTCCATTTTTTCTT TAGTTGGATCAGCTAAGTACTCGTGCAATGTTCAAAATTGACTGCTCTTACTATTTATGT AAGTATAATTTTTTTCGATAATCATACCCAACAGGACAAATCGGATGGATTGCCTACCAG AGGAGCCAAAATTAAAACTTATTAGCACCCCATGGTTTACGTTAAGTCATTGAATTTATA ATATACTTTCTCTGCTTATAGTGTTTATATAATTATTTAAAAATAAAAATAGTAGTGAAA AGAAAAATTGCTTTTGATTTTGATTGTTAAAGTGAATCAATACAAAGAAAATTTTGTTTT TGTATAAGGACCAATAGTAAAACAAGACTGAGGAAATATGTATGTGTTTGTGTATAGTTA ACATTATTAATCAATATACATTTCACCTCATAATTCAATCTTATACCGAATTTCGTAGTT TACCAAAGAAGTGGCTGATTAGTAAGTACAGCCCGGATCTGGCTCCTCGCCATTTGTATT CATTTTCCTCAAGCTATATTTTTAATTAGTGATACCTGGCATAAGTTTCGATTTAATGGC TAAAATTCAATTGATTAAGATATATTTTTAATTTTTTCTTTTAATTATTTTAATTGTTAT TTGCATTGCTCAAAATTAATTTAATTAGATAACGTCTTTTTGTAAAAAAAAAAAAATATT TTTCAAAATATTTAATTATACGATAAAAACTTGTCCATTGAAAGATATTTCTGTATTCAA AAGAAGCATATTGGGAACTAACGTTGTTTAAATTAATGTATTTTAATACAAAAACCAATT GTAGAATTTTCATTTCTCAAATAAATGTAAACGGATCGGTGTTGCAAAATGAAAACAAAG AAGATTTGGAGGGAATAGGGAGAAAAAGAGAGGAACAATTGGACTCGGAAGGACTAAGGA TAAATAAGAGGATTATTTTTAATTGATATAATTATATATTTATTATCTAGATTATGATTA AAAATATATTTTAATTAATTAAATCTTAATCATTAAATCTAATATTACTAATCAAGACTT TCTACTTGGAGAAAACGGAGAGGAGCTAAACACATAATAGCCCCACTCTTAATTAAATAT CTTGATTTGGAGTTCTATAAATAAAGTTTGATTGAGAATTTATGTATGGAATCATAAAAA ATCTTGAAAAGATAATTTACATAAAAAGTATTATAAGTTGTGATAATTCAAAATATTTAA AAAATTATGAAGAAATTACGTCAAAGATAAAGTTCGATTAAATTTTAAAATTCGAATAAT GTCACGTAAAATGGGACTAAGGAAATACTAATTTTCTATAGCAAATGTGCCTTGGCTATA ACCTACGCACAAATAAATATTGAAACAAATTGCTTCCTATAAGCCTATAACCTATTAATC CTCACCGATAGTGTAAAATCTTCATTTTAATTTTTGGATTAAATCAATTATATCACCTCA TATGGTTCCCCCATTTATGTTAGTAGATGGATTACATCATCCCATAAAATTAGGCAATTA TTATTAAGTGAAATAGAAATTCTATACTAAAAGATTCTTTAGTTACGTTATCTACTTCTT GTTTGGACTTTGAAGTAGCATCCTGTCATTATGCCATATAAGAATACCACATATCTCATT AACGATTGAGGTAGAAATTTTTCATACTTTAACAAATTAATATGAGATCTAATGACATGA CCCTTGATCGGATATTAGATAAAGAAATATATTTTAAACCTAATTTAATTTCAAAAATTA ATTCACAAAAAATAATTATCAAATCTATATAGAGAGATCGTCTATCTTGATAATTATTGG TGTGAGACTTTTTCATTTTTATGCTAACACATGTCAAGTTTGTATTTGTTGGTTTTTGAT GGTCAAGAGAAAGAGTTGAAAGTTAATAAAATATTTAAGGAACAATTATTAAGTCGTAAC AAACGAAAAGCACTAGACATAATAATTGCAATGATAATATGGTGTATCTTCTGTATCTTT ACCTTTAGATGTAGTACTTTGAATTGTATATTGAATATATGGATGGACAAATTAAAAGGA GTTGGCCACAACGACAAAATAAGCCAGCTTTTAAGGGACCATTTAAGGGAATCTCATCCA TTTGAGTATTATAATTCAGCCAGCCATCTTAGTATCACAAAATGTTATTCACAAAGAATT CCTCAGTAATAAGCTTATTACACAATTCTTAATAATTATCTTGTTTTTCCTAAGGCTCGT ATTACAATACAAAAAGATCAAAGACTTCCTCAGTAATAAGCTTATTACACAATTCTTAAT AATTACCTTGCTTTCCCTAAGGCTCGTATTACAATACAAAAAGATCAAAGACTTCCTCAG TAATAAGCTTATTACACAATTCTTAATAATTACCTTGCTTTCCCTAAGGCTCGTATTACA ATACAAAAAGATCAAAGACTTCCTCAGTAATAAGCTTATTACACAATTCTTAATAATTAC CTTGCTTTCCCTAAGGCTCGTATTACAATACAAAAAAATTTATGTCGCATAATTTAAAGT CAATCATTTTATTTTTCGATATCCCACATATTGTTGATCGATAATACATATATATTCATC ATACATTCTACATAAGTTTTATCAAAATTAATAATATATATAACATTTGAACATTTTTTA TATTAAAGAAGCAGGATGACGATAAATCTTCCTCATCTCTTTCTAGTGCATGACATGAAT AGCTCTCTAAGTTCTAACGTCAACATGTACTAGAGAGCATCGTTTTTTCCCATAGTAGTC ATCTAACAAAAAATTAACAAAACACCACTTACTTATCGATATCAATTAAACTTTCGTTAG TAAGGCTTGTGTAAGGATTTTCCTATCGATTAGCTAGAAAAGGGGCAATTGACTATGCCA AAACGAAATACTATGATAGTATTAGTTATGCGTAAGATTAAGTTTTCCTTTACTTTGAAC CTAACCATACAAGAGTTCCAAAGGAAAAAGCACAAAGAGAGGATGACTTTTATGAAAATA TAAAATATAATACTAGTTAAGTATATGTATGATTAGGTAAGAAGCTGCCATAGCAAAGTT TGATTGTGATGGTGGCTTCCCACTTTTTATTAATATATGTAACACATATTCCATGCGCAT CACCTTTACAAATTATTTTTTCCCTATTCAATCATGCATTTCCCTTGTTAAGCAGCACAT CTTTTTTGTTATATGTCCCTTTGCTGATCTGTACGCATCTTTTCTTTGCTTCGAATATAA ACTTCTTTTTTCCTTAGAGAAATGATTGTCTACTACTCTAATAATTAGTTAGTATTATAT TACATATTATATATGTGTCCTTCTTCCTCTCTTTACTAGTTTTAGCTAGCTTCTCCAACT GTGCAAAATAAAAATGGGAAGGCAACCTTGTTGTGATAGAGTTGGATTGAAGAGAGGTCC ATGGACTATAGAAGAAGATCATAAGCTTGTCCATTTTATTCTCAATAACGGCATTCAGTG TTGGCGAACCGTTCCCAAGCTTGCAGGTACCCTATTATATATACTTTATTCTTTTTTATC AGTACAATTTTATTTGACTATAATTGCCTCTAGATAGAAGATGAAATTATTTTTTATCCT TTGCGAATATGTGGTGTAGGCTTGCAAAGATGCGGGAAAAGTTGTAGACTGAGATGGATT AATTATCTGCGACCTGATTTGAAAAGAGGCGCGCTATCTGAAGCTGAAGAGGATCAGATT ATAGAGCTTCATGCTCGTCTCGGTAACAGGTATTGTATTTCGTTCGTTTAACCATCTGAT ATATATCTGACTCTCGATTAGTTAGTTCTGATACTGTTGTATACAAAAAAAAAAAATTAC AGGTGGTCTAAGATAGCATCGTATTTTCCAGGAAGGACAGATAACGAGATAAAAAATCAC TGGAATACTCGGATTAAGAAGAGATTACAGGTTATGGGAATAGACCCTTTAACTCACCAA CCCATTGACAAGGAACATGAAACAGATGAGTTGTTGCCAATAACAGAGACATATTATGAT AAAAGAAATGAAACAGAGAATAACATTGAAAATGCTAATGATATTTCACTACCAAACAAT AGGTTGAGTGAAAATATCAATGGGGAGTTATGGAACAAAAGTTTTAAAACTATATCGACT TGTTACAGTCCTTCAATTTCTTTGGAATCTATCAATTTCTCAACAACATCAACTGCTACT GAATCATCAAGTAATGTAGCTGCTGCACCCGCAGAAGAAGATGATTCTGTACAACAATGG ATGGATTCGATATTCTCATGTGCGATCAATCAACTAGAAGAGGATTTGTTCCTTTTGAGA AAATACAATTAATAATTCTGCAACTTTTCTTTTCCCTCTCTGTTCTTTGTTTTCTTATTT ATAGAATTGTTCTTCAAAATTAGAAAAGGAAAAACAAGTACAGGGAGACGAGTTTCCTCT TCGTTACTGGCTGTAATTTATATTTCTTTGTGCTATATATAACTTAGTGAAATTTTAATC GTACAAATTTATTTGCGATGCTTGCTCTAATCGAATGTGTAATATAGTTGCTTACTTTTA AGTCACCTCTGTTAATTCAACGTCCAGACAGTGACGAATTAAAATTTTCATTCAGGAGGT TCGAAAAATAAAAATATAAATATGTAAATAAGTCTTCAAAATGGGCCCTTTGATTTTTTT TTGGTTCTAAAACCACACTTTTGGCAAGTTTTTAAAATAAAAAATGTTTGAAAAATAGTA GTGATTTTTTTAAACAAAAAAAACCCAAAACTATAAGGAAAATTAATAAATGTAGCTACA GGGATTACCATTGAGTCATCTATTGTTATTTGTCATTAAAAGGTTCAAAATATATTCATC TACAGAAATACAGAAAATTTACCTTATTTATATCGTGTATATTTTTGCCGAGAATGTTCG AGTGAACATCCTGGACTCAACGTGGGTCCGCCCTTGCATCCAAGATGTGATAAATGAAAA TCTTATATGCTAAACTTTTTAAAATTTAAATCTTAAATTCGTAAATATCTCATAGTCAGT TAATTATGTTAATAGGAGATATGAAAAGTAGAATAGAGTTCTACTAATTTTGTGTGGTGC ATTTTTACCTAATAAAGGTTGTTCTTATAGACCCAAAGTATGAATCATAATATATTTGTC ATTGCTATTTTACTATTAACGTTGTTGATGCTACCGCAGGTACTACTATGTTTACACATC ATTACCTTATGGAAATCAACATTTTCTAATATGTAACAGTGTAGTATTTGCTATACACCA AATAAGTTGAGGTGATTATCATGCCTAAATTTTCTTTTTATTTCTAATTTACCTATGAAC AGTCGAAATTATGATGTTACGTAATTCAGCAAGTAAAAGCTAAAATCACAAAATAACTGC AACAACAATAGTTGAAGGAAGGATATAACAGAAAATGTAGAAAACAAGTTTTAAGAATCT AAAAACTATAAAAAGATGAATAAGACTCTTTATATAATGAAAAAGGAAGTTCTTGTAATT ATTAAATTCTCAAAAGAAAAGGATTCCGGATTTTTTTTTCTTTTCTAAAAAGTTTTAAGT TTAAAAAATGAAAAAAAAGAAAAATTGATCATTAAAGGCCCGCTGATCCTTTAATAGGCC ATCCTTTAAAGTTTTTCCCTATTTTTAGAAGTGTGAAAAATATATGTCTTTGAATTTTTT GCTTTTACAACGCGTTGAATTTGTCATAATATTTATTCATATATTACAAAATAATTTCAC AAATAAAATATTAGACGATTAGATAATCACCATCTCTAGATCTATCACTTAAAAAAATAA ATGAGTTATTAGGAAAGCAAAAATAGGCTACTAAATAAACAAATTGGATAAAGTTACACT TTAAAAGGCTAAAGAGTAGTGGGTCCAGAATTAACAGCCCATCATTGCAATGGGGCAGTC GACCCGATCCAATTAGTTGATGTTCGGATCCTCCTCACAGACATAGCACCAGTAGGGAGA TTCGACTTACGGAAAATGAATGTGATCAGGAGAGGTGTTCGAAGCATATACACCACAGTA GATTCTCCACGCCTCACCAGATTTGCTCTTCAACCTCCTAAATTTGTAAGTCTGTCTAAT GGATTGTTTGGCTTGAAAACTTAATTTCTAGGTTTTCGTATTTTTGCCTATAATGTTCTG GATTCCTGAGTTTATGTTTGTTTATCTTGCAATTATTCAGTACACAGGTCACAGATAACA GTGTTTAGAAGGTCTTTATGAAATTGTTATGGGGAACTGCAATTGGTATTAGCTGTTAAC AGAACAATCCAATGAATATTTTACTGACCCGTTTCAAAATGTTTATGCAAGTGAATGGTG TTAGATTATTTTTAACTTGCTTTTAGTTTACACTTGTTGCGATAAATTTACATGTGAATA ACTGAATTATTGCTTTCAATCATTCTGGTTCATGTTCAGTTGAGCAACTTCCTCTTCAAT ACTACATGTGTTATTTACTTTGTAGGGTTGATGGAAATTTATTTACTTAAATATTCCATT GTAAACATGTTAGGACCGGAAATAAGCAGGTGTAAATGCGGAAGCTAGCAAAGCAAACCT CAAAAGACCACGAGTAAGAAGACAACGAGAAATATACCAAAAGACACAAAGATTTAACGT GATTCGGTCAATCGACCTACGTCCACAAAGGAAATGAGCAATCCACTATAAATATGAGAG TATAAAATACAGAGAGAAACAACCTCAACCAATTCACTCAGAATTCATGAGAGGTTCACA CAAGTGATAACGTATCAAGCTTGTGACCCATAAATTCTCCCCCTAACCAAAACTCTCAAA GCCCTTAAGACTACATTGTGAATGCTGATTAAGTTAGAAGGAACATTCCTCTATTTATAG AGTCCTAAACCTTTTCCTACAAGAAAAGGATTAGTCAATCCAAAACTTTTTTCTAAAAGG AAAACCTATTCATGGTAAGAAATTTAGGGCAAATAAAACCCAACAAAACATTCATCTTTT AGGCTTGTCTGGGAAAATACTCCAAGCTAGACACTTTGATTGTTTTCTTTATTTTGAATT TATTGAGTTGCTTTTATTCTATTTGGGGAGGAACTATTGAGTTGGTTTTGCTGCACCATC ATTGATACATAAGATTGTGTTTGAGTCACCAAGTGCATGCCCTCCTTGTTCTAGGGAACT ATAGAACCTGTGCTCCTTTCAGTGATATGTCAATAATGATGTGCACATAGTAGCATTATA AGCTTCAGTTTGACGATTGGACGGGAAAAAGGTTTTAAATAGCCCACATATAGTTGGAGA AAGGTGATGTTAGAGTGCTGCCTTTCCAAAAAAATTTAAATCATGAATCTAGTTATAGTC ACGTCCCTTTGATGGATTTTGGAGACTGGTTTCATGTATCTCTTGTTTCATCAATCTGGA TTCTGCAAAGTGCAAACTTGTTTCTTATAGGCTTCCATTACTCTAAGTTGGACCTGTCTT ATCACTTGGTGAATCTTTTCAGGTGGAGGTGGAGTTTGAAAACGGTAGTCTGTATAAGTT GTCAGCTGAGTATTTGAGAATATACAGCCCCGCTGTTGATAGTAAGATCAGATCGATTTG CGGTGAGAAGGTAACTAGAGGAACACTTGCAGTTTTCTTTTACTGGGATATTCTCTTTGC AATTTTTGAAAACGAAGACGCATGATTTACTGGCAACATAGTTCCATCATCAAACTGGAT TTAATATTGCACGATTTAAATTTTTCTAACTTATGTGCTTGTGTATTAAGGTCATATCTG GTAGGCGTCATGTCGGAATTATGTCTGCAGAACCTATTGGAAATTATGGAGTGAGGTAAT AAGAGTAAACAACTATTTGTGTCTTAACAATTTACTTTCACTTTTTGTTATTTCTCATTC TCTTCATATGGTTCAACCTAGGTTATTATTTGATGACTTGCATAAGACTGGAATCTTTAC ATGGGACTACTTCTACCATCTTGGAAGTAACAAATTTGCCCTCATGAGAAATTACATCAG AACTCTGAAGAAACATGGACTAAGCCGCGATCCACCTAGACGAAGATGACCTTAAGACGT GCCCATGAGAAGGCTGATCCACACTATTTAAGCTGGAAACATCCTCCTTATATATGCTCA GAGTGAAATTGTGACATAAAACTGTACTGTTGCAAATATTCTAAAGACTAGCTCTTGATA TGTTATCATATGTTCAGGGATATTTGTGGTGTGCTATTTTCTAGATCTAGAGATTGACAT GTGATACAAAAGAGGTCATTAGTTTCTAAGGAACATTAAGGAACCTCTTCGTTTGTAATT TAGATTTGGGAAGCATGTTGGTGTTGCAGAACAACATGCTTGATTGAATGAAAGGAACAG TAAACGTTGAAAGTTTGTTTTTTCTTTTCTTTTTTAGTTTTGTCATCTTAGAATGTCTTC TTTAATCTGTATCAGAAAAAAGAGGAATCATGATAGAGATTGAACGTGGTTTTTTGATAC TCGTTCCTTCTATTTCCACAAAAATTATCCATATTCCAGTGATATTACTAAACAATTAGC ATTAGGTAGTATTAACACTATTCATATAGTTTCTTGTTCTTTGATCTCGGTTTACACTGG TTTTATATGTGCTCTGGTTATTTGCATTATTTTGTTTTTCCTGTTGTTCCATCTCTCGTT TGTCAGCGTTACACTGCCCCTTCCACATTAAGTTGTTTCTCCTTTTCAAACTGTTTGGCA GTTTATTTAAGCTGATGGTCCACCGGAAATGCCTCTCTATCTCTGTGAAATAGGGGTAAA GTTTTACCCTCCTCAAACCCCACTACCCCACTTGGTTTATCAATCTTATATCTCAGTTTG TGTTGGTTGTTGATAAAAGGAGGAAGATTGTCGTAGACGAACATTTTATGGTGAATCTTT CTGATACAAAATTTGTTTGAAATCTACAAATGAGCGGTTTACCACCATCTTCTCTATTCA AATACGAGGATATGTTTGAACGTGGGATAACATTATTAGCTGAAAAAGCCTTTTTTCATG TACTGTCTCAATCGATGGCAGACGCATGATTTGTAAGGTAGGGTCTTAATTGAATTGAAA ATGATCAGTCTATAATGAACTTTCGTATTTATTTGAATTGAAAATAGTTTATTGATTTAT CATACAAAATTATTCACATAGTTACAATAGCATTTGTTAAAGCACATAATTAGTGTTGTT AACACTGAACAAGACAAACACAGCTTCTTGATATGGTTCTTCATGTATGATTATTTCCTA AAGTGAAACAGCTACTTCAATTTTACTTGAAAAAATTGATCTTGTAACTACTAGTAGTTC AACAATCTGTAGCATATTACATTGGGACAATCTGTTGCTTCAAACAAACATGTATTTCTC CTAGAAATGAAAACGACATCTCTAAAATTATAATCAAGATTGTGTATAATAACTTTGTAA TTTTATAGAATCAAATCACATTATTATGAGTTAAATTTTCGTGGCAGACTGGAATTACTG CTCTTTACTTGGTAAAACGTCAAAATCTTTTTCATCTATTTGTTCTTTATATATATATAT ATATATAATGTGGTCCTACCCTTTGGTATGGTCTACAAATTAAGCAAAATATACGTATGA CTTACCAAACCTTGACTTCTCAAAATTTGTAATTCATCGGTTTGATTTCACGCAACAAAC TTTTGTATTATTTTAGTATATTTTGAGAAAAAATAAATTAATTTTGTATTCAAATATTTT TATCTTTACACAATCATATTCAATACACAAATTATTTTATTTCATTAGGAGAAAAGAAGT GACTTGTGGAACTTTTGATTTTTAGGTAAATATTCAAGTAAGAATATTAAAATTCGAACG TTACGAGGGTTAAGTTCAAATAATGTGGGTCCCGTTTTGGAGAAGAAAAAGACAACGTTT CACTTGGCCGAAGTCTAAAGAAAGTCGAGAAATCGAAGCACTTGGCCTAAATTTAAAAAA ATGACACCTTTAGCTTCTTCTTACTCTATGAGTGGCCTTTCTTAAACAACGTGTATCGCT TTTTTTACATTTGAATTTCAAATTTAAATGCTGAGATCCAAAAACAGAGAGACAGATAAG AGCCATAAAAAATCATTTTTAAGTAACGGCACAATAATTATTCTGTTGATTTTTTCAGGT TCCATAGCAGACTGATGATGGAAGATTCAGCTTGTCTTATACATGCTTTCTCTTATGCTT CTGCTATACCCAATGAAATAAAACAGGTATAAATAAATAAATAAAAAACTGTTTTATTTT TCAAGATTCTTGTGTTTCTTTTTCTTTCTTGCTGATTTTTTGGGATGGAATTGAGTATTC AGGGAAACCCTGTGCATGCACTTGGGGAGTCAATTTCTTTTGGGAGATTTGTGTCTGAGT CTTTAGATTGGGAAAAATGGTCAACTTTTTCTCATAAAAGATATGTAGAGGAGGCTGAGA GGTATGCTAAGCCAGGTTCTGTTGCCCAAAAAAAAGCTTTCTTTGAAGCCCATTACAAGA AAATTGCTGCCCAAAAGGCTGCAGCTTTGCTTGAACAAGCCAATCAACAAAACCCCGATT CTGAAATTACCAAGAATTCAGCCCCTGATTCTACTTCACTTGTGAAACCTCATGTAGAAG CTAATCAAGAAGAGGTTCATGAGAACCCTGATGCTTTAACAACAGATTCCATGGTTAAGG CTTCTGTTTCAGTTGCTGATGTGGAGGAGATAGAGAGCGAGTCCCCAGTGGAGGGTCCAG GTACTCCTGAAGCTACAGAGAAAGAACCATCAAACCACATTGAGAATGGTGAAACCCAAG AAACAGTTTCTGAGATTAGTGAAACATCTCATACTGAGAAGCCTTTGCTGAAGACTAAGG TAAATATGTGTTCTTTAAACTACTTTGGCCTAGATTTTTTGAACTTCTTAATCATACCAA TAGTGTAGGAAACTCTGGCTTCATGAAAAGTATAGTTAGTTTTCATGAGATGATTTATAT AGATGACCCCAATTAGCTTGTGATAAAAACCTAATTGATCTATTGAATCGGTATGACAAC AACATATCCAATGCAATCCCATAAAGTTGGGTTTGGGGAGGTCAGAGTGTTAGCAGACCT TACCCCATCCTCAGAGGTAGAGGTGTTGTTTCCGATAGACTCCTCGGCTCAAGAATAACC AGTCCAAAGCAGTTCATTGTATTGATTGATTCATATACTAATTTTTAATGCTATATGGTA CTGATTCATCTCATGTGATTCCGCAGAGCTCCAGCTCTAAACTTGAGGATGATGCTGCAT CAGTGACAAGCAAGAAAAAATCTGCTTTTTCTTCATTCAAATCAGCAGTCTACTCCAAAA AATCAAAATTTCCATTTCCGCCGACTAGGCATAGTATTCCTCTTGATGTCGATAAAGAGA ACAATTTTACTCCAATCACAACTAATACTAACTTGGACTTGATGAATGAAATGAGATCAA CCCCAAAATCTTTGAGCAAGTTGATCAACTTTACTCCTGCCAAAGAGCCACACAAGATAC CTCCTCCACCTCCCTTCCTCAAGAAGGAAAGTTCAAAGGTTGCTCCCGCTACTAGCAAGG CATCTAAGCATTGTGCAACTCCACTTAAGACTCCTATGGTAATTTCCTCCCCTTGTTTAA ACTCCTTTGTCAAAATGATAATAGTCTTTCTTGGTTTGCCTAATGTTTGCTTCACTTTCA CCTGCAGGCAACATCAAATGGTGCATCAAACCATCCCATGACAACGCCATCTTCAGAAAG CAGAAGGTATATTTCCCTATATTGTCTAATTAGAATTGTTAGCAAGCATTTCATTGATTC CATTAATACATGGTTCTTTGGTTTTTTCCCACCTTCCCCACTCGAATTCTTGTATCTTCG TATTTACAGGATTAAAACACCGATTCATCCCACAGCTTCAGGAAGTATAACAGCAGGGCC TAAATGGAACATTTTGTCTTCTGTGTAAGTGCCTATTACATGATGACCTTAGATTCTAGC ATAATCATTTATACATTTGAATGAATAGTAGTAGAGTGTTTTCGCTTTACGTTTAAAAAC TGCTGGTTGAAGGTTCAAGCTAAGTGTAACCAGGCTCTGTCATAACTCAAAATAGGTATC TTTTAGTGGATACAGTTTGAGCACTTTTCCAGGACCAGGAAACCTTTTAAAGAGAATCTG AGAGACAGTTGTTTCTACTTGAATTTAGTTATCTTCCACACACATAAGTATGTTGGTGTG TGATGTGTCAAACTATCATGAACCAGGACAGTGATAATCTTCTTTCTGCAAGTATTTGAT TATAGAGTATATAATTGCCTCATTGGATATCGCTTACCTTTGTTGTTCCTTGTTCAGTTC CAAGTCTTTCACAGCCTACCGAAACAAATTACAATCACCAACTTTATCCACTCCTTTCTC ACTGAGAACAGAAGAAAGAGCTGCACGAAGGAAACAGGCAAGTGTATACATTAAATACTA TGGACAATCTTCTTTTCATTATAAAAACTATTTCCACTCATACTTGTACTCCTGCAAATA CTTACAGAAGCTTGAAGAAAAATTCAATGCGAAGGAGGAAAAGAAGGTTCAACAACAAAC AACATTAAAGGTTCATTTCCTAATGCAAAACTTCCTTTATGGCTTGTCGAATGTTTTCTC TTTACCATGAATTCTGCACCACCTACTTTGAAAAGAAGGAAAACAAAGAAAAGTAGTGTG TGAACTTTGAGGTTTTCCACTCTGAACATTAGAGTAGAAACAGTACATAGCAATAGGTGC TTTTGCTCTTTCCACTAGTAATCAATTCTTCTTTTCGTCCATAAATTTGATTTTCATATG ATTTCTTCTAATCACAAGGTAGCAGCTCTTCTTTATCATTTATAACGATCTAAAAGTTTC CAACATTGTAGTATTATGTGATATTTCCCGAAAAATATATGCAAATGATTTGCACTATCA TTAGTAATATTTTCCTCATATGGTTTTCACTATCTTTTGTATTCTTGGGCCTCTAGAGTA GTTTTCCTCTACCATAATTTCTAATTTTCGAGTTACGTCTTAAATTGCAAATTCATAACG ACAAGCTCTTGCTTGCAGGAGAAAGCAGGAACGGAACTTAGGAAACTTGGACAAAGCTTT TGCTTCAAAGCTCGTCCCCTGCCTGATTTCTACAAGGAAACAGAAACAGCAAAAGATCAT GCAAAAAAGGTACACCACTACATCGTATTATATTTTCATGATTCAGATATTCCTAAAAAC TACTTTTGTCAAAATGCCATAGTGGCTTGTTCAATGTTGATCACACAGTCCTACTACTAT ATTTTCTAAATATATGTGTGCCTATCTATCCTCTCCCTTCTCCGGCAGTGGTTCATATGG GTTTAATTTGGTGCAGATCCCAGTAACACAAGCTCCATTGCCCAAACGTGGAAGAATGCC ATATCCCAGCTCAAAGCAAGGCTTAGTCTCGATGAAAAATGACTCTTGCAAGAATCCAAG AAAGAAGACTAGCTGAAAAAACTCACAAATCCATCACTCCTTGCAAAGAGTAGTGTCTTA TTAGAATGTGTTTCAATTGGGTATTTCTTCCAAGAGAATGTTTTGGAGGTGTGTCTTTCC TTAATATGATTTAAGGAGAAGCAACTCCAAAATCTTGTATAAAAAGCTATCCAGACGTAA AATTATTTTAACCACAATCATTTACCTTTTATATTAACGTTCTCAAGTCAATATTGTCCT CATACATTCAAATTGCCTTTGCAGCTGTGATTTAAACTTAAAAAGTTCATGATTTTTCCT AGGCCACTATTTTGATGCAATTTTTCTTATTTAAGTACATGCCATTCTAGAAATGAATCC TAATCGACAAACTGGTTGAGGACAACACAGAAACGCAATGTAAAAACTGTGACGAAGCAA TGAGTCAGTCGGTTGTGCGGTGCATCTTTTAGGATAACAATAAAAAAGTTGCCATGGGCA ATCATTTTCTTATACGACACTATTATCTTTGTTGACATAATAAAAGAATTATAAAGATGC GCATATATATACTATACTTTATTAATTAAAATAAGAAAAGTAGTTAGCATCGAAATTGTA ATTTTTTTTCTAACAGTATAAGGGTGAATGCAAATATATTACAAAGATGCAATGTCATCG AAATGTTCCAATTTATTTGACAGTAAATACAATTACAGAAATGTAACAATTTTTGTTCAA CAGGTTAACACAAATACAGTTGGAAGGAACTGAATTAGATTCCTTCCACAACACACCAAT CTTCATCTTCTTCAACATCTTCCCACACAAATCCCACCTCGCAGAAACTCATTTTTTCTT CATCGTTATCTTCAATCTCAACGCCGATCGCTGGAGACCCATCGGAGTCAACTACTAATT CCTGATCTCCGTAACCGTAATCTTCATCATAGTAAATTTCATGATCCATGTAATAAGAAG AATCGCTATCCAAATGATCCAAAATTCCAGTAGCTGAAAACCCTGAAAAATTGAACCCAG GCCTAGCATCCACAACTCTCCAAGTAACCAACGAAACGACGTCGCCGCATCCCTTTAACT TTTGTGTGCCCTTAGTTTTGTCCTTGGATTTTGCAGCTGGATGAACATGGCAGCTGGTGC ACCTGGGTCTACCGCACTTGCCGGTGAACTTGGAATGGTTACTGGGCTTAGTTGGGACCT TTGCGAAAAGCCCAGCGGTTGGTGGTGAATTGGACTTGTTCATGTACCTGGGCTCGGGTC TTGGGTTCCATGGAGAGGGTAAAATTGGGTAAGTACGGACCATACCGTGTTGGCGACCTT CTCTCCTCATTTTTGAAGAATAAAATGAAACTTTTTCTCTACGAATAAAAAATTCAAAAA ATGATTGATTTAGAAGATAAAAGTGTTTAACTGATTTGAGTATTAGCAAGGGAACCTATT TATAATATATAGCGTGTGAGGGGTGGGTGTGTCTTGGAGGTGGGAAAACTTGGGAAGCAA GGTGTTTCAATTAGTCAACTGAGGACATGTTCTTCTCTTTTTTGGGTGCGTGTCTTGCAA GCCTATAATTAACACAATTCCGAACAACACATAGCCACGTTGTAAATTAGGGCAAGTGTT AAATGGCCAGAATTGACAAAAATAATATGGTTAAGGGCACACTTTTTTAATAATCAGATT AAGTCCATTCGTCTTGATAATGCTGCAGAGTTTTCATCCCAATCATTTAATGATAATTGT TTAGCAATTGGGATAAGAGTTGAACAATCCGTTGCTCATATTCATATTCGGAATGGTCTC GCTGAGTCATTAATTAAGCGTCTGCAATTAATAGCAAGACTATTGCTTATGAAAACTAGG TTGCCCACTTTTGTATGGGGACATGCAATTTTGCATGCTGCAACACTTATTCGTCTCAGA CCAACAAGTTATCATAAAGTTTCTCCATTGCAATTGGTTATGGGTCAAGAACCTAATATA TCCCATCTAAGAATTTTTTGATGAGTTGTACATGTGCATGTGACACCACCAAATCGCACT AAAATGGGCCCTCAAAGAAGGTTAGGAATATATGTTGGGTTTGAGTCACCCTCCACTATT CGCTATCTTGAACCATTGATTGGAGATATATTTACTGCTTGATTTGCAGATTATCGGTTT GATGAGATATTTTTTTCCAAAATAGGGGGAATAGTGAAATAAAACGAGAAATTTTGTGGG AAAATGTATCATTGTCTCATCTTGATCCATATTCTTCTACATGTGAATAAGAAATACAAA AAATTATTCATCTGCAAAAAATTGCAAATAAAATGCAAGACGTATTTACAGATTTGAAAT GGATTACTAAATCACATATTCCTGCAGAAAATGTTCCAATTTGAATTGATGTTCCAAAAG CACACCTAAAGCGTGGTAGACCATTTGGTTCTAAGGATCAAAATCCAAGAAAAAGAAAGA TTAAATGTCAAGATAACACTATGAAAGAATCTCATATGGAAGTTCAAAATTTGAATAAGT CTGATATTCATGAAAGAATCAATGAACTTGAAACTCAAGGAAATAATGAACTATCCATAA ATTTAAGAGATGTTGAAACTAATCCGAATCGATCAGAAATAGTGATTGATTATGTCTTTG CATATAATGTTACAACAAATGTCATGCAAGATAATGAGGATCATGAACCTCAATCTGTTA TAGAATGTCGACAAAAGAAATGATTGGCCAAAATGGCAAGAAGCAATTCAATCAGAGTTG AATTCACTTGCCAAGCGTGAAGTTTTTAGACCTATAGTTAAACACCTAATAGTATTAAAC CTGTTGGTTGCAAATGAATTTTTGTGCGAAAAAGAAAATGATACAAAGGTATAAAGTACG CCTTGTGGCACAAGGATTTTTTCAAAGGCCTAGCGTCGATTATGAATAGACATACTCACT CGTTATGGGTGCAATAACATTGCGTTATCTCATTAGTTTCACAGCCCATGAGAAACTTGA AATGCATTTGATGAATGTGGTTACAACCTACCTTTATGGATCACTTGATAGTGAGATATA CATGAAAATTCCTAAAGAATTTGAATGACTAAATAATGTAACTCAAAATCTCGAGAAATG TATTCAATAAAATTGCAAAGATCATTATATGGTTTGAAGCAATCTGGACGCATGTGGTAT AATCGTCTTAGTGAGTATTTAATTAATAAAGGTTACACAAATGATGCAATTTGTCCATGT GTCTTTATAAATGTCACGACCGGAATCTAGACCCCAGACGAGACCGGCGTCGTTGACCTC TCAGAGGTCGCAGACAAGCCTGCTTACGTCATTCTTACTTTACATAGATTAATTTTAGCG GAAAATTTGAAATTTTTGATTCTTTAATCATACTTGCTGAACATTCTTAACATTTCGTAA TCGTTCATCATCAACCATCTAACATTTAAGAGATAAGCAACTGAAAGAAATAATTCATTA AGTATTAATTGTATATCGGCCAAAATAGCACCAATACAAAGTTTGAACCAAAACAGGAAA GAAACGCTAGTGGAACATGTTCCGCTAGCTCAACTCTAAAACTACGCTAGAATGTAAAAC AGTAGCATCCTCGAAAGCATGAGGACCTACCAAACTCCGGATGAATACTGATGTCCGGAT AGCTGCAACAACGAACCTGTAGCTCTAGCGTCCACCTGTGCCTGCACCTAAAAATAGATG TTCGTATGGAATTAGTACACACTTGTACTAAGTATGAGTATATGCAAGTACACACCAGGG ACATGCATGAGGAAGAATAGCTCTTTCCTAACAACATGATTTTTGGAAGTCAAGTCAGTG GACTTGCCAAATTGAGATTGGGAAAGTTATGCCATGAGAGTGACATGCATCATTATAATT ATCGTATAGCACACAAAACATAACATATTCATATAACACATAACATATAACACATACTTT CTTTCATATTATTCATTCGTATACCATGAGACCTTATTATCATAGACTTAACTTTAAGAC TTTCCAAAATGAGGGCTCAACATATGGGACCTCAACTAGGGAGCCTTCTTTAGCAAACAC AGAGTCTGCTTCACTCATTCATTCGTATTTCATTTCAATTCATTCATAGGCCAGTGCGAA CACCAGCTATACCTAGGATGTAGTTTAAGACTTTCATCGGGTTTGCTGTGCAATGATCAG GAATGACCTAATGTCATTACCTGAATCTAGCTCACCTCTTGATTATCCTATCCTAACACC TTCGGTATCATTCATTTCTTTATATGATTCATTTGAGGCTGGCCTCATTCATTCATTGGG AACTTTAACTTTAACCGACATAGATCATGTGAGCATCATGAAATCCAGTGTCTTCCCCAC ACCGAAAAGAGGTGAAATCACCGGCCAAAGCGATTCAAATAACATGCTAGCGTATATGGG AATTTAACCCCGCCAGATCCCTATAGTGGCAATATAGGTTCAAAGACTAGGAGATGTGTG GAGACCCATACCCGGCAAGCCGGACAGTCTCATCTCATGAGAATTACGTGAACCTCCGCC CTTCCCGAAAGAAGGCATCACCACTCATAGCTAGCCTATCGGTGCTCGGTATAAAGTTCC ATTACATGCAACTCATACATCATAGAAGTTTGCTTCTAGTATGAAGACATCATAGCTCAA TAGATGATTTCTCATCTCATCATTAGTATTAAGTGTTTTAAACTCAATATTTTTATTAGA GTATTCATAGAGACTGGTCTCTTCATTATCTTACACTCTCATTGGTGAGTATGTATCGGT AACATTTACTTAAGCTCATTTAAGATTGCTCTCATCATACGCATTAACCTCACATCATGA TTGTCACCACATTCTTCATTTCATTACGTATATCTTAGGTTCACTTATTCTTGAACGTAT GTTAAACTTATATATCTATACATACAAGCCATGAGGCTTCATTTATAGTTCGTTAAGTGA ATTCTTGTTTTTCTAAGATTATGTATTACAAGACTTATGTATCTTGTATATATGCCAAGA TCTTTGATTTTTGATCTACGTAGATGACATTATTCTTGAATATTTCACTCACGTATGACT TATGTATCAATACGGAGGTTTGGACACGAGAACCCAAATTTTGAATTATTTGGATATCAT TTATATTTTTCATTGATTTTTGTTCTAATATTCATAAATTTAGAACTCTAAGTTAAGTCT CAACATTTTCGTGAAATAATAAATTTTCTATTTTAATTAGAATTCTAAATTAAATTTCAA TCATTTACATGAAAGAATAATTTTCTAATTTAATTAGAATTCCAATTTAAATCTCAATAT TTACATAAAAGAATTAATATTCTATTTTTAATTAAAATTCTAAATTAAATCTCAATGTTT ACATAAGAGAATTAATTTTCCAACTTTAATTAGAATTTTAATTTACTATTATTATTATTT TTAATTAAATTCGCTTGAATAGGGAGGTTGTGGGTTCGAACCCCCACAGCCCCCTTATTT TTCCTCTCATTTTCGCTGAAGAGGAGGCTGTGAGGTGGTGGGTTCGAACCCCCACAGCCC CTCTATTTTTTTTTTAATTCTTTGACATCCAAAAATTTCCAGATTCTTTTTAAACCTATT TCTATGTTTTTGGAAATTTATTCCACTATTTTTTCTGCACTTTTTCATCAAGTTTCACAT TAGTTCTTAGGGAGATTTCATGGTTCATTCACTTCACTATGCTTCATCAAAATGAACATC ACATTGCACACCCATTTCACACATAAAATACATGATAAATAAACAACTTATATACCCCAA AACAATGCCTAAAACACTGCCCTATACACACCCATACATCAACTTTTTCCGGTCATATTC TGATGATCATTATCGCGATTTCCCGCACATAAACACACTCATATTTAATTTAAACACATC ATTCATGCAAAAATCTAGCAGCACAACATACCCATCCTACAAATTCATTAGGGAGCTAAG GACAAGGACATACGAAGGGGAACAACCTTAGTTTCAAGAGTTTAAGAAACGTCCGAAAGA AAGTACTCTTGGAGAAAGAATTCCATGAGAGAAACTCATACCTTAATCGATGTTCAAACT TTAATGTTGCTGCCCGGAAAACTCCTCCAAACCACTCCCAATTCACTTCAAAGTATACCT CTCTCGACGAACCTCTCTTAGCCTTGACGTTTTGATTACTTTTTCTTTTGCTTAAAAAAT TTTTTTGTGAGTTCTTCAAGCATGAAAATTATTGATATTTTGGCAGAAATAATGTGAGGA AGATGGAGAACGTGAGAGAGGGAGTTTAGAAGCGTGAGAGAGAGAGAGGGCTAATTGGAT TAGGAGACTAATTCAAGAATTAGTCAAATAACATTAAAATAAATAAATACAAATCTGTTT TATTTATTTATTTATTTATTCATTTAAAACGTGAAAGGACAATTATGCCCTTAAATACCT ATTTATTCTTATTTACATAATTCTCTTTTTTTTTTGAATCGTTACAATAAAGAAAACAAT ATCAGTATTTGTTGTACTTGCTGTTTATATTGATGACATAAATCTTATTGGAATTCCAAT AGAGATTCAAAAGGCAGTTGATTATTTAAAGAACGAATTTGAGATGAAAAATCTGGAAAG GACAAAATTATGTCTTGGTTTGCAAATTGAGCATTTGACAAATAGTATTTTTGTTCATCA ATCTGCCTACAGAGAAAAAGTGTTGAAAAGATTTTGTATGGATGAAGCGCATCGATTAAG TACTCCGATGGTTGTTCGTTCACTTGATGTGAATAAGGATCCATTTTGATCTCAAGAAAA GGATGAGGAAATTTTTGGTTCTGAAGTACATATCTTAGTGCAATAGGTGCACTAATATAT CTTGCTAATACTATAAGGTCTGATATAACTTTTATTGTTAGTTTGTTAGTAAGGTATAGT TTTGCTCCTACTAGGAGACATTGGAATGGGATCAAACACATTTTGTGATATCTTAAAGGG ACAACTGATATGGGCTTATTCTATTCTAATAATTGTAGCCCCAATCTTGTTAGTTATGAT GATGCAGGATATTTATTTGATTCACACAAAACTCGATCCCAAATGGGCTATATTTTATAT GAGGGGGGACTGCCATATCTTGGAGATCTACAAAGCAGTCCATCGTAGCCACTTCATCTT ATCATGCTGAAACAATAGTTATTCATGAAGCAAGTAGAGAATGTGTGTGGTTAAGGTCTA TAATACATCTCATTCGAAAGAAATGTGGTTTGGAGTGTGATAAAGTACCCACAACTTTAT ATGAAGATAACCCAGCATGCATAGCACAACTTAAGGGAGGATTCATAAAAGGAGATAGAA CAAAGCACATTTCACTAAAGCTTTTCTATACACCTTAACTTCAAAAAAATGGTGATAGAA ATGTGCAACAGATTCGTTTAAGTGACAACGTGGCTGATCTATTCATAAAGTCTCTACCAA CTGCAACTTTCAAGAAGATGGTGCACAAGCTTGGAATGTGCAGATTCAAAACTCTGGATT GATGTTCTCATTAGGGGGAGTTTATACGCACTGTACTCTTTTTCCCTTACGAGGTTTTGT CCCACTGAATTTTCCTTGTAAGGTTTTTAATGAGGCAGCCTAGATGCGTATTAATCGATA TGTGTACTCTTTTCCTTTACTAGAGTTTTTCTTTTCTTAAAGTTTTCTTTAGTAAGGTTT TTGACGAGGCACATCATTTATGAATTAGACATTCAGGGGAGTGTTATAAAGTATTTGTAT TATAGTGAATGTCTATCATGTGGAGTCCTTTTAGGATATGATTAAGAGTCCTACTTGGGG ACCAAGTTAGATTTCTCCTATAAATAAAGGACTCCTTTTCATTGTAAATTCATTCATCAA GAGAAATAATAAGTCTTCTTCTTATTCTATTGTTTCTTCTTCTTCTATAGTTTCATAACA TAAATAAAGAAACATTTTTGTTTTCAATATTTGAATATGAGATTTTTAGGCAGAAATAGA GGTACATAACGATATAAACCTTTTATTATTTCGACACACTTCTTAGTGATAACTTTTACA ATAATGAAGTTTTTGGAATTAATTTGATAGAGCCGTGAGCACCAACTACTTTTTGTTACA ATATATGTTGACTTAGTGGGCATGTTTTACTTTAATTTTGAACTTAGGTAAGTTCAAAAC TTTAAATTGAAAATTCAGAAGGCATTCATAATTGTTTGGCTACAAAAAATCATAAAATTA GTCGTATGTTGAAAAACAAATAATTTTAATTATTCAATATTCCAATTGAGAGATAACGTC AACATTTAAATATGCACTAAGAAAATTCCTTAAAATCGATCTATATATATTTGTTCATCT TTCAGGTTAATTTGCAAAGAACAATATTTACATGGAAGAAGAGAGTTTGTAATTTATTTG GTTTTTTTTTTTTTTGCCCCTATAGTTATCCATGCAAGTTCAAAATCAAAATTGAATTTC CTTCTTTTCCTTTCTCCATGTTTTAGATTAGATTATGCCTATCCACCAAGCTGATATTAT CTCATCTATATATATAGTTAATGAAGTTCATACATTTTCTCCGTAATACTAAAATACTTT CTAGTCATTGGAAATTAGTCAAAACAAGTTAATGACATCTCAAAAGTCCGTAGTCAAATT AGCAGACAAGATAAACTTTATATTTTCTCCAATATCCAAAAGTATTCTATTTCATTGATT TATCATCATCATATGTTAAGACTATAATTACTATCAATAACCAACATTCAGAAATCAAAT ATGCAACAAACATGACAATCAAGTGTTATTTGCTTCAACAATTCTCTTGTCACAACTCAC TCGTTGTATAAAAAATAAAAGAATTCAAATTTGGAGTGAATTACTTATAATATCGTCACA TATAGCAAATTGTACTCTATAATACATACAACTATATTATATGTTAATATATTGTTGAGT ATAAGCAAGGTCTGAATATAGGGAGCCAAGTGGAGGAAAATGAAAAGTAAAAGTATTTCT CTCATATGGTTAAAAGAAAGGAAAAGTTTATATCACGATGCGCATTTGCTTTGTCGTTGC CGCTCGATTCGGCTTCAATAACCAATATTAGAAATGTTAATCATGTGTTATGAGTTTGGA GCCTAAATGACATAAAATTTTAACAAAAATTTCAAAACAGTATATATATATAAATTTTCA TTTTAATCAAAACGACAAAAACATTGATAGAGCAGCGATTTTGTTCGCCGAAAAAAGCAA AATCGCTGCAATAGTAACGATTTGCTAATTTTAAATATTTTTTTAAAAAAAAAATTCAAG CCAATATAAATTTTTTTAATTTTTTTTAAATAAATTGCTGCCTAGGAAACGGTTTGAGAA ATTTAAATAATATTTTTTAATTTTTTTTAGTAGATCGCTGCTTCTGCACCGACTTTACAT TTTTAAGTAAATCACTGCTACTGCGGCGATTTTACATTTTGTAAATTTTTGTAAAAGATA TTTTTTAGTAAATCGCTGTTACTGCGCGATTTTACTTTGTTCAATTTTTAAAAAAAATAC TTTTGGTAAATCGTTGCTACTGCAGCGATTATACCTTTTATAATTTTTTTTAGGAAATCG CTGCAAGAGCAGTGATTAATTAATTTTTTAAAAAATGGTACAAATCGCTGCACCGATAGC GATTTAATTAAACTTTAAAAAATAAATTTTACAAAAGGTAAAATCGCTGCATGCGATTTA CCAAAAAATATTATAAATTTTTTTTTAACAATGTAAAATCGCTGCAGTAGCAGCGATTTA TAAAAAAAAATTTACAAAATGTAAGATTGCTGCTGTACTAAAAAATATTAAAATAATTTT TTTTAAAGTGTAAAGTCGCTGCAGTAGCAGCGATTTACTAAAAAAAATTTTAAAAAAATT ATTTATATCGCAAATCAGCAATTTAATTTACAAAAATAAAAAATAGATACCGATTTGGTT TAAATATTTTTTTAAAAAAATTCTAAAATCCCTGCCTAGGAAGCGATTTATTAAAAAAAT TATATTGGAAGCGATTTCTTGAAAAACATGTTTTTTTAAAAAAAAATATTTAAAATTAGC AAATCGCTGCTCTACCAGCGATTTTACCGTTTTGATTAAAATTAAAATTTATATACCATT TTGAAATTTTTGTTAAAATTCTATACCTTTAGGCTCCGAACTCCATTTGTTATCATACAC TATCTTTTCTGTTTCTTTTCATATTTTATTGTTTAATCTTTAGTTTCATAACAAGCATCT ATTTATCATATTTATTTATACTTAAAAAGGTTCTTTAAAGTTAATAAAATGTTAGTCATT TGTTATCATACAATATCTTGGATTTTACATGGTCATTAGATTTTAGACAGAATTTTTTTA CAAGCTCAAGAAAATAGGTTGATTGCACAAGAAAATGCTAAAATGAAGAGGGGAATTCTT ATGAATTGATTCTGATGTTCATTTGGAGTTTGTAGTTGGTCAAAAATTAGTATTCGATTA AAAAATTTTGATGGTCCATTGAATATCAAATAGAATTTCTATAGGTTCAAGCCTAAACGT TGAGAAAATGTTGTGGGTACTCTAGGCTTGCTGGTTCTAAATTTCATTATGGAACTGTGG TTCGCTTAAATTTAGTATTGGGCTAAAAATTTACCCATTCAATTTAGATAGAATTTTTAA AACAAGCCTAAAACATAGAAAAGATATGCCTATTGTGCAAGAAAATACTAAATTGAGGAG GAGATTCTGGAGTTCGTTTTGGGTTTGTGGTTAGCCTAAAATTAGTATTGGCCTAAAAAA TTTACATACTCTATCAATAAATAATTGCAGACGAAATATTTTTGTAATTTCTTACCAAAC ATAATTTATATAAGAATATACTTATTTTTCTCATTTCCTAATAACTTGTCTTTTTTCTTT CTTTCTTAATTAGCTATACTAATTACTTGTTCATTTTGATAAATCAAGACATGATAAATT TTCTTAAAAATTATACCATAAATTAATTGTTTTTTTAATTTTTTTTAACTTTTTAATTCA TCTACTTCATAATTAATATGGATAAAATTATAAATTCATTATGTCTATCATTGTTTCTTA ATAATTTTGTCGATAAATAATTAGAAACAAACAATATTAAGTAACTAATAAGACTGAATT TCAAAGAAAAGATTCTTTGAAGTTAATAAAATGTTGGTCATTTGTTACCTTACACTATCT TGGATTTAGTTGTCAAAATTCTTATTGATAGATATGAAAATTTAACTAATTTATTTTCAA AGTTCATAAATAATAGGTAAAGTTCTAATATGACAAACTTTGAAAAAATTAACTAAAACT TTATAAACTTGAATGGAAAATTTTTTTGGCCAGAAAATTTGGTCATCTTTGACCAGAATA ATAAAAAGTCTTGTTTTATTTTAGACATGTTTACATCTTTACTTTAAAAATTAAAGATAG TCAACTATGGAAAAAAAAAACTACAAATTCGACCAAAAGAGAACATTAAGTGAAAAACAA TTGTTTTCAAATTATGCTTTACAGGGGAAAAAAATGGTGACATTAGTAGTATTAAGTGAA ATATAATGTTCAAATGAGTATATTAGCGGATAAAATAAATAATCAAATCATATATTTTTA ATATTGATGATAGTGTATTAGTTCTACCATCAAGAAATTAAAATAAAGAAAACTAATGTA ATATTGTATATCGCCAACAAATTTTGTGTAATGAAGTTAGATATTAACGAATAATCTTTT ATGTTCTTAATTCTAGAATCGGATGATTTGAATATAATAGAAATAAACAAATATTATTTT ACAAATTCAAAATTAGAAACATTGATAAAATTTAGAATTTTTATAGTAAAATTAGTTTTA CACGCAATGGAAAAGAAAAGAGAAAGGACTAGAGAAAAGAGGAAGAAAGAGGAATAGAAA AAAGAGTGAACTAGGAAGAATTAAAAAAATGAAGTTAGATTGTAATGGTTCCACATTATA AAATTAAAAAATTTCTTTCCCACAATTAATAATAATTTTGACTCATTAAACATAACAATG AATGTTCATACGTATTTTTATAAGTTTAGGAAATTATAATAATAAAGATTTGATTTTACT TTGAAAGGAAAAAAGGTTAAAATTAGTCTTTTTATAAATCTGGCCAAATTATGATTAGAT AATTCTGACTATTAAGCACTTCCCAACTTTAATAATATAGGTTTTTATATTATCTAGGTG AAGTTTTTGATCAAAATCATCCTTCAATTATACCTGAATTTTAAAGTACATTCTTAAAGT ACCATTTTAGCGGAAAACAATATTTAAAAGTGAACAATTTTCATCCTTCTACTTGACTTA TTAGAAAACTAACACATCCACAAAAATCAAGTCATCCATTCGTAATTATTATTTTTAGAT ATGCCAAAAATACTATCGTGAATTTTTTCTATAGTAGAATTTAACATTATGCAAAATCTT TTAAATTGGCAGATTTTTTCCATTTATTTTTCATGTAATTTGATATTAAAAATATTATTA ATTGAAATGAGTTTCTTCTCAATTGAATATGCTGGAAGCGACATTTGTTGGAGGCTTGCT CTTCTATCTCTTCTAATAATGTAGAATGAAACTCAAAAGCGAGACATAATCAATATTTTG ATCACTTATATATTAGATTTGCTCAAATATTTATTGATTAAATACATTTTGGTTATGAAA AAGTAAAGATAATTAAGTTTCAGCTTCTTTCCGTTACCAAATGGGAAAGAGCAGATTATG TATCCTCACATCTTCCATACATTTTTTTTTTCAATGAGCAATATTCTAACATTCTTAATA TATATTTTTCAGGAACTTCTTATAGCATATAACGAAATTATGCAGGAAAATTTTTGTTAA TAGTCACGTGAACTGCTCATGTTTTTGTATGATTCATTAATTTTTTGACAATATCTAATA AAAGGATGAAAATTGTTCACTTTTATATATTTGAAGGATATTTTCCTGCTAATAATGATA CTTTAAAGATGTATTTTAAATTTGAGGTATAATTTAATGATATTTTTGACCAAAAACTCT ATTTATCGCACATTGGGTCAAAACTATACAGAGAATATATGAGGGATCAATTAAATATGT CGATTATGACTCAGTACTATTGGTTTAAAGTTTTTAATATAATTGAAACGGAATCATGAA TTTGGTTCATAATAAACTTGAAATATTCTTAAAAACATGTTCAATTATTAATTACAAACT TGAATTTAGAAATGACAGAGCATATCAATAAACAAACTACGATTTTGAAATACTCCAAAC GTTAAATTTATAAAATATAATAGACTACATCTTCTTTAACTATGTTTCGACTGGAGTAAT ACTGTTACGTACACCAAGATGACTTGAGAAAGTTCAAATTCCACTGTTTTACAATCAACG TCCCTGAATGTCCCTTGGTTCCTCCTGAGTAATGCATATATAACCAAATTATAAACGATA AATATTTGCACTAGAAACACTTCATTTGAAGAAGAAAAAAGTGCATTTTTATCTAAGACA TTATGTATGTGGAATATATTTGAGTGTTACCACATCAAATTTAGGAGAAACCACTTCTTT CGTTGAAGGATATAGCACATAATGTTGCAGAATGAAGAGAATGTCAAAGAATATCGACAC CTGCAACATTCATTTATTCAAAATACAAAGACGAGTGTATATAGGTAAAAACACAGACGA ACATTTCATACCAATGACAACAAAGTCTTGCCGATGTTTCCATAAAAGTTCACCCACGAA TCTGTGGGAAAAGTAGATCAAACACTCTCTCACTTAGGCACACAAACATTCATAACTAGC TAGATACTGCATATAGGAAGATTATATTATTGAAACTCACGTTGATCTATAGATTGCACT GCCATCTGCCCGTAATTTGTTAAACCTCCAAACAAATCCAGCAAAATGTTACCAATACTA AAACCAACGGTGCTCTTTCTCCGGAAGTTCATAACAGCCTATAGATTTTCGACAGCCAAC ATTCTTAAACCAGGGAAGCATTGGAAGTAAACTAAGTAATATGTCGAAGAAGCAGACGAC TCTATCATAAAAATAACTGGAAGCAATTGATAACTTTTTTCTCAAACAAAACAGGACTAA GCCATATTTACCTGGGGAATGTACTTGGTTACTGTCATAGCAACCTGCAATCCGCTGCAA TTGACAGAAACAAGTGTGAGATTTTATATTGTCATAGTAGATAGAGTTCGGGTTCAGTGA TATTCATTTATAACCCAATAACTAGGGATTGATCAGACAAAAAATGTGAGTTAAATTGTG GATTTTAAAAGAAGGTGGCTTACTTGAAACAGGACACTAGCCATAGCCAGGAATGCTTAG GGATAGCCACAAACACACAAACTGCAACACTTAACCAAGCAACAGAAACAATTGCTATAG CAATTTTCGATACCTTCTGATTTCCACGCTGAAAAGAGATGTACTACTCCATATGTCTAT GAGAAGGAAATTAATAATTTGAACTGAAAAGAGATAGGTACACTTACATACATCATAGAT AGAGATCTGAAACAAGGTAAAGGCTGTTAAAAGAAGAGCATGAGTAGAGAAAGCCACATC ATTGGCAGCTACAGGTATCATCTGAAGTTAAACAATTAATTAATTAATTAGCACAAAACA AAACACCATACATGTACACATGTGTTTATCGCACAATGAACCTCATTTTTGCCATATCGA TTATGATATTGCCTTTGAACAGCACAACTGAAGAACATGGAAGCATTGTAGATGAGATAA GACGAGTGCTTTGTCAAATTCAACACCACGAAATCAAAATTCAATCCCACCACACTAAAA AATTAGAAATAACTGATCAGAATAACTGAAGTTGCAAAATTAAATTAAAAATAAAAGCAG AAAATTACCTTTTCCGACGAAAATTCAAAATGACCTGAGGATAAAAGCTAATAGACCATG ACACAAACGCAATCCATCCCAAAACATTATACAACACTTCCAGTGGAACGGAATTCCAAG AAGCCATTAATTAACAAACTAGATTGAAGACAAAAATCGAATCGTAAAATCCCTATTTTT GTGTCTAGAAAAAGAATAGGGGTATTTATTTCGATGCAAATCCCAATGTAACCAACATTA ATACAGAAGTCAATACTCAGTCAAACTTGACCAATTTTTAAATTTAAGTCAACCCGTTTT CAAAATTAAGTCAATTTAACTAATCTTTAAAAATTAAATTATATTAATGTTTTTTCTAAA AAAAGTTTATACAAAAATATGCATTAAATTCTTATTGTTTGATGATAAATAAAATCATAA CAACTAAAAATGGACATAGAAAATAATTTATTTTACGCAAGTAATGAATGTGCCCCATAT TTCGTCCATATTCACGTCCCTTTCACCCATCATCTATACCGAAGTGCTTACGTTCAAGCA AGAAAATATGATTGCATGATTTGAAATTGAACAAATTATACCGGAAAAGAGGAAAGGATC CCTCCATTATTATTTTGTTTATATGTAAGCCACGTGTCCACAATAAAAATGTTCTCTCCA TTCCGTTTTCTGGTATCAATCTTTCAGATTCAAATTATTTTATTTTTTAGTGATAAGTTT GTATTTTTGTAAAATTGAAGCAAACTAACAATATAAAGATAAAGAAAAGAAGAATATAAA AGAAGAGATATAAAAGATGAAAATAATAGAAGTAGGTAGACAAAAAGATGAGAGCTTTTT TTATTCAAGTCTTTACTAAACCTTCAAGTTATACAATATGAACCCTTATGCCTCTATTTA TTGTGTAGCATAGAGGCATATAAAAGGTTAGTCATAAACATGACATTAACATGAATATAA TGGAGAGGTCATTAACATGAATATAATGGAGAGGTTATGAAAGTGAAAGGTTACAAGAAT AATAGTTATAAAGGTGGAGGTTATGGAGGTTATGATCATCTTCATAATGAGGAAAATAGT GGAGATAATGGGTGAGTAACTTCTTGGTGTTTATATTGTTCTATAACACTCCCTCTTGGA TGTCCATTGATAATATGCTTTGTTAAAACCTTACTAGGAAAAAACCCTGTGGGAGAAAAT CTTACTGAAGGAAAAAGAGTACACATATTTTCTAATAAGCTTTGAATGTTGTCTCGTTAA AAACTTTACCAGGAAAACACATTTGGGACAAAAACATGGTTAAGGAAAAGAGTACAATAC GTATTTTTCTCTCCCTGATAAAAACTTCACTTAATATCTTGAAAACAATGCATTTCAATC TTGTATCACAACTTTCTCAAATATTGATGTTGACAATCTTTAGTGAATAAATTTACAAGA CTATCACTTGAATGGATCTTTGTACGTCTATCTCATCATTTTGTTGAAGATCATGTGTGA AAAATACTTTTGGTTAAATATGTTGTGTCTGTTCTCCTTTGATTATATCTTCCATTCAAT TGAACTATATATATTTGTCAAATGAAAATCACTTATTTTCTGAATATGATAGATTATGAT TCCAACCAAACACACCCTTGACTTACTTCATTGATCAATATGATTTGAAGGAGTGGTTAT CAATGTTTGTTGAATGTCAATATATTGTTGTGACTCCATATGTCAGCAAATAGTTCATTT CCGATCGAGCTTTCTGGTAGATCAAATAAATATTTTGCATACACATAATCAAATCATTTC TGACTCATGAGATTGATCAATTTCATTGAAACTCGTCTTTTCTTCTCAAAGAAAGTTACA CTTCTTCTAGCATATGCATAACCAGCAATCTGTAAGTGCACCAATTGCACTAATACATAA TATTTTAAATCATTTTCATGAGATTGAAGAAATCTTTTATTTGTGTTACGCAATCTCAAA ATCATTGAGTACTCAATAGAATTGTTTTAAGACATTTTAAATCTTTCAAGGATTTTAAAA ATAAATTTTATTAATATCTCGGCATATTTTACAATGGTTAATCAACGTTTTATATTAATA TAGACTATTATTTCTGATAACCAAGTTTTTTTTTACATTAACTAGTTTTACTAAAATTAA TTTTGTTTTAGGCTGGAATTATATACACTCAGATCGTTAGGAATCTTCATTAGTGGTGAT GTACCAATTACGAAATACTTGAGTATCAAATGATTAATGATCGTGTCCGCATCTAATTGT GAAGATATAGTAGTAATCAAGCCTTCATACTTGGTGTTTATATCTTACATCACTCCTTCA ATTTCGTAATTCACGTAATTACCTATAGAAAATTTTAAATAATTAATAATTTTTCTAAAA AATACATAATAAATTTTATGCACTCATCAATTTAAACAGTTTGGCAGTTACATTGATATT TGATACTAGTATATAAGACAATTACCGATATACTTTACTAATTGCCCGAAATGTGCATAA ATTTTTTCACCTCAATTTTCATAATCGATTACACCAAATAATTTATTACACTAATAAATA CATCAATAGTTTATTATGTATTTTGAAATTATGATATTATATATTAGACCAATAAATACA CCAAGCTCAACACATCATAGAATTATTTTGGTGTCATTTCACTTGAAACAAATATACCAG CATAAATATCATATCACATACCTAATAAATCAATTTGTGGTAATTCACACAATCGACGGA CCAAAAGTAATATGACATTCAACACAAAAAATACACTAACACATTCATCATAATTATAAT TTATCACCAATTTATAAAAATAAATACACCAGATTAAGTAACAGATCACATATGACCAAT TTTTGAATTATTATCTACACCAATTCAGATAAACAAAATACACCAAAAATATTAACCAAT TTTTTTTGAAAGTTATATTTTATATACCAAATAATACAACTAAATACACAACAATATATA TATGTATCTGAAATTTAACTTATATGTTTATAGCATATCACATACCAAAATACACTATTC ATAAAATCAGTTAATATTCAGCATTCAACATACCAATTAAATCACTTAAGTAATGAATTT ATATTAACTTGGTGCTTTAATCAATTTAACCTATTATTTAAAAAAAAAAACTTTTTCGGG TCATCAGATTATAACCAAAATCATATGATGTTGTTTTATTACACCAAAATCGTTAGTATA ATACAACGAATAAATACCAAAAAGAATGAAAACACAGATTATGTGAAAATCCTATTAATA TTCCACAAACAATTGCTAAATATTAATATCTATTTAATAATTATATCTGTTACTATTGCA CCAGAACATTAATCAAAATCTTAAGAATGTATATTCAACAAGTTCGACAAAATCAAAGGA ATCACTATCAACGCCTGCGATGAATTAAAATTGAAAAATTATTTAACTGCATATTTTTTT TTTATCTTAGTTTGGAACATAAGTTCTATTTTTTAAGAAAACCTTTCTTTATAGGATATG ATATATGTAAATTAGGGAAGATAAAATAATTGAAGAAATTTAAGGTGACTTGGTACACAT TTTCTTTTTGTAATTTTAATAAGAATTCCAATTTTGAAAAAAAAAAATTGCTATTCAGTT GGAAAAAAAAATATTGCTATATTCGTGTAATTAAAGTTAGGGCAAAGGACATGATTTGTA CTTTTAAGGCAAAATTATCATTTGTCCTTTATAAGGTTATAATTACAGAAATTCCTCAAA CTGATACAATAATATAAGAGCTGATACATTAATTTGATATGCGAGATACATTAATCGTTA AGTAAGATACATTATATTTTGTACATGATACGCTATTCTGATGTACATTTTATACATGAT ACACTAATATGATGCACAAGATACATTAATTTGATGCGCTGATGAATTAATCTGATGCAT GCTATCTAATAATATATGATAGCAGCCAAGAAATTGAGTTCTTCCTTCTTTCTTCCAACT TTGAAAGTACCGATAGATACTATCATATAAAAAGAAGAGGTGGTCTGACTAACTCAATGA AGTGAATTTTTCAAATACATGCTCAGAAAAATGAGAAAAATGGAGTTTTTGAAAAGAAAA AGAAATCCTTGTATAATACTCTTGCCCTAGACCCCCATTTTCTATTCTACCCCCATTCCT CTATGATTAATATTCAGTTAATTCCGCAAGTTACATTAATTTGATACGCTGATACATTAA TTTGATGAATGAAAATAAGAAATTTTAGAAATTTGTAAACTAATAATAGGAATTAATGAT AGTAAGAGAACTTAAAAGTGTGATTTTTGTCATTTTTCTTTAAAAGTTATTAAGTTGTAT CTTTAAGGCCCTTCAATATCCCTTAGTAAGTTAAATTCTTACTTAAATTCAGCTAATCCA AGTGGGCCTTGACTACATCTATGGATCCTGAACAATTAATTTGGGCCTAAATGCTTTATT GAGGCCTGTTTCCTGGAAGAATTTATCAGGCCCAAACCCAAAACAGAATGCTTCTCGTGC TGAGCAGTAGCAAATTCAACGTCTTCAGCTGCATCCATCGTCTTCTCTCCAAGCTATGGC GGCTGAAATCGTGAGAAGAAGTCTTAAAGCATCAAACTTTTCCCTTCTAAGAAACCTAAC CTCTTTGCATACTCGCTGTTTCAGTAACTTGGCTGAATCTGTACAACCGGAATCTGATGT CCCATCTTCCTCATTCACTTTCTCTGAGAATTCGGGCGATGCAGACTCGAATTATCAGAG AAAATCAGCAATCGATGAAAATATCTTCATTAAGGGTCCAAAGAAGGCTTCTTCGTCAAA AGAGGCGGATTCTGTGACGATGCCTATGTCTTTCATGACTGGATCAATTGTGGGAAAGAG GTTTTATCAGAAAGTGACGACTAGAGAAGCTGAAGATGGAAATGGTTGGAGTGTTATGCT TGATTACCGTACGCTTAAAACCCCTTCTAAGCGCCCTCTCAAATGCCCCACTCTCGCTCT TGCTAAGGCTATTGCTGCTGAATGGGAATACCAGGTCCTCTATTCCTCATTTCTCAGATG CCCATTTTAGTGAACTTCTCTTTTTCGTCATTCATGTGTTTTCTATATCCAGGGAACTTG ATATTTCCCATATTGCTTGATGTTTTAATTGTGTGTTTTGCTACCCTTGGCCTGAAATGT ATTTTGGTGTAGGAAGCAGATGGGATCAGGCCCTTTACTATGCCATTAATGAAACTATCA TGTACTGCACTAGAAAGAGTTCCACTGACGCGTCATAAGATAATTGAATATTTGATGAAG AAATTCCCTCAAGATTTAGTATTCTGTCGTGCTCCAGGGGATAATGATCTGACAAGCGGA GTTCTTGGTATGTTATTTTGCTAAGTGTAATTCTTTTTATATGCTCTCAACATTTTGCTT TTCTCATAAAACGGTTTCAAACATGTCTTTAGGAGCAAACTTAGTTTTGATATCCTTCAT TTGTTGGGCAATTTATGGTGAACAGGCTTGTTTTTACCAAGTGGCAAAAAGTAGTGGTCT GATATAATTTTCATAAGTCTTTTGCTGCCCAGCTGTACTCATTTTTTGAAAAAATAATTA AGAACGGAAAATATTGAAATGATTAATAATTCAGCTGTCCTATTTCTATGTCTAGATCTC ACCCACTGCTAGTGTCAGTCATAGCCAAGGATAGAGCATGCCGTTGTTAGCTAGTTTCTT TCGAGTTTAGAAGGAGGGAATCTTTTGCTTTTCCAGCAAATGGTTAGTAATTGGAGTCTG AAATTTATATCAGCCTCTGCTAATCTGTGTAAAGAATTTTTTATTGTGCTCTTTACTCTG GTATTTGGACGACCTCATGCATCTTGAGATTACATGGTTAATAGTTTCTGCTCTTTTTTT TTCCGATGAATGATTCGATCTTAAATAATGCAATTATCTCTCTAGCTTCTGAGAGCATTT TGTGATAGCACAATTCTGCTACCCCATGTTAGAGCGTATTGGAGGACAAGACAGTAATGA TATATCGCTTATTTTTTATCTCCAGAATTCCATTGCACCTTTTACATTTGAACCACCCAC TATATCAAAGTTTCATTTAGCAATATATTCTGCCCGCCAAGCACACTACTAAAACCTGGT AGATAATTGAACTCTCTTCAAGGTTTAATTCAGTGAACTGAAGAATAAATTTTGATGGGG AAAATGGTGCTAGGAACAGTGTGAGTATTATTAAGAGGGACTACAGTTCAGTGTTAGGAA GTGTGATCAGACATGGTTTGGTAGGTGGTTTGAATAGGGTTCCAGTGGCCTTCTGAATTT TATAGGATCTGATATGATGTAGGAAGAATGAAGACCTAATAGGATCCGCTCAGAGTTATG AGAAGGTTCACTGGAAGGGCAGTAGTGGAGAAAGGGGAGAGAGATGAGTGGTCTTGGTTG AATATGGGGGATTTCACCACAGTTTTTTTATTGGTCGAAGGAATTAATGTTGTGACTCTA GTCCCAAAACAAAAGATAAAATGAAACGTCATTTGAGGGCCACTTCTTTTTTCAACGTTA CTTGAAGTTATACTGTACTTCAGTGTTGATGGATCTAGGGAAGGGATTCTTTGAGCATGA CTATCATCACCCATGATGATATCTTTCTATTCTAGTCTCCTCATTATATTTTAAAAATCC AGAAGTCTCCTTTTGGATTCTTCCTAGGGTGATTTTAAATCCGATAGAGCATATTAGATA TTCCAGTGATCCTAAGCTTTTGTAACATTGTTAGCTCCTCCTATAAATGGAATATGCTTT GTGCTCAGAAGTTCCATCTATTTGGCCAACTGTGAAGCGGCCTAGAATTACTTTTTGTAT TGTTAATATCACAAGAGCTAGAAGAGTTTAGACTCCATATTCTGACTGCAAGAGCTATTT ACTGGTTTGGTATATGCTTACCAACAGCTAAGTTGCTCGGACTCTCCAAAAATGCTGCCA CATTCGTGTCGGATCCTTCAAAAATACACTATTTTTGGAGGATCCGACATGCATCCATTT ACATTTTTGAAGACTCCGAGCAACGTAGCTTATCAGCAAGCCTGCAGCACTCTTTTGTTT GTTTTGGCCTTTTATTTAGGTTTCATACTAGTACTTTTTGAATATTGATTTGACACTTCG AAATTTCACAGAGCGTCAAGTAGAGAAAATTGATCCCCTTCTTAAGTGGGTAGAGTCAGA ATTCGGCTTCAAACCCACTGTACACACCAGTTTTTTTGGTGGCAAGCAAGATGATGGTCT TGTTAGTGCCATCGGAAGCGTTCTCAAGAAAACAGATGATTGTGAATTGGCAACCATTGA TGCAATTGCTTCAGCTGCACATTCTTTAGTCATTGCACTTGGAATTTTCCGTGGTAGATT GGGGATTGAGGAAGCTATTGAGTTAATTAGGCTTGAGGAAGATTTGCAGGTTTGTACACA GTCAATTTCCTTTCTTTATCTTTTGTAGGACTTCGTGTAACCTATCTAATACGCGAACAG CCAGGGCTGTTGTCTCTCATTTAGTAGTATCTCTACATAATCGATGCCTGCGCTACCAAA ACGCAAGTTTTAAGTGTTCACTTTCCCTGGCTTCTTACAGGTTGACAATTGGGGTCTTGT TGAAGGTGGTCATGATGTTGATATTGCAGATTTAAGAGTTCAGATTGCGTCTGCTGTGGT GTTCCTTGGACTTACAAGGAGTGTATAAATTTTGGTAATATTTTAGTGAGTCTTACCTTC AGTTGAGGTCACCAACGAGGTGAAGTCAATATGTTGGGTAAGTTGTATTAAGCTTATTGC TTTCACAAGAACGGGAGATGATTGCTGCAAATAACCTGCTGATGAGGAATAATGAACATA TTTTTCTGAATTCGAATGCACTTCTTTGAACTTGGACTACCCATCAATTTTGATAGTTTA TTGATGTATGTTGTAAATGAAGAGAGCAAATCAAGTATCTTTTACATCTCTTATATGCAA TCTAAGTCTCTTATTTAAAAACATCTCTTATTTAAAAACATAATTAAAGGAGAGTTGGTT CCCCTCGTTGACCAATATATTTCTTCTATCGTTTTTGGCTCAACGCTCTTCACGGCAGCA CTGAACGCAGAGAGGTGGTTGTTTTGTAACATCACAATAGCAACAGGCTATATCACAGTC GTTGTTACACCCTGTGATATAGATATAGAAGAATGAAGTTATTTCATCAGTCACCTAATG AGAAAAAAATTAATACTATTTGTTTCAAGTGGTAACCTGTTACTGTGAAGTATTGAGATG GCTCCACAGTCTTAGAGTCTATGAGAAAGGGCAGACGAGTGCTTGTTCCAACAATTGTAC TAATAATAATCACCATAGAAACTAGAAAGCTAACTACTACTAACAACTTCATTCCTTTTC TTCTGATTATTGGTTTTCATGTGGTGGGGGTTGTTATATATAGCAGTATAAAATAATTAT CTCTTAATACTATCCTACTTTAGGAGTTTGAGCAAACCTCGTGAAGATAAAAACAATTGA TTCAATGGAGATCATCCAATGCTTGTGCTAATATAAGTACTATATCTACTGTTTTCAAAC TTCAATCTAATGTATAATCAAAGGGTCATACTTCTCATATGAGGAACTAAAACTTTTGGG GAGTGCCAGTTTTTCTTTCTTTTTTTTAGTGTCCACTGCGATTCTGAAAAATGTACTAGT ACTACTATCTCTTTTCATGCCCATAAATATCAAGTTCCGAACACAAATAACTTAAAACTA ATTGACTCAAAGAAACTCGAGTATCATTAAACACCACACAGATCTGTATGTTGCTGAGAA GCAACATACAAAGGGAATAACAAATAATCACTCCTTCAAATAACACACATTAGCTAAAAA AACTTATGAGGAAACACAAACTGCCTTAATGGCATTATGGAGCAATGTACTTGAAATTGA TACTGTATTATATTTCAGAGAGATGCACCTTTCATCTCAAATTCAAGTATTAAAAAGATC TCAGAGAGTAAATTACAATCTGTGCATACATTATTTTGGGACACAACCTCCTACTAGTCC TTCAAAATCAATCTTAGCAGAAAAGATTGGAACACACTACACTGCAGGCTCAAGGTGCCA TCTCCAGCTTCTTGATGTTCTGAATATGCTTCCCGGGATTTAATCCCTTTGGGCAAGCAC GAGAACAATTCAGAATAGTATGGCAGCGATAAAGCTTGAATTCGTCATTAACTGCATCCA GGCGCTCCTGAGTATATTCATCACGGCTATCCATGATCCATCTACATTTAAATACAAGAG ATAAGCCTCCGTTAAATATATCGCAAGGATGGGAATAATGGATAGTAGGGTTAATGGGGT AGAACTTCTTATAAACAATCCAAAACTCTAGAAAATCAAGGCAAGTACTGAAATTTCGGA AATCCAAAACTCTTACTCCCTCATCATGCAATTGACCTAGGTAAATAATGCCCTACATCT CTAAGCAAGTCGGTCATACAAGTCCAAAAGCCGTTTGGACAAGATGTTAACCGAAAACAT CTCTAGCATTTGGCCTCAGGCAACAGCATTCCTCTAATACTCCCTTTGACATAATAATAT ATATCCCCAGGTTTGTAGAACTGAATAGAAAAAGGTCCTCCTTTCATCTACTTTTCCTAT CAATTTCTTTTTTTCCTTTGAATGACGACTCGCCCAGGGTGTGATTTGAACTTTTTCCAT CCTTGCATGTAATTCCCACACTGAGAAAGAATAGCAAAGGACTTCTAACACTACTATTGT CTTTGAACCTTACAAGCTGATCAGTGGTGGCCCTAAGATTTTAGTATCATGATAGTCAAT GCCTTTGAATGTAGGTTGCGACACACTTGAAATTTTAAGGTGATTTAGTGGAGAAAGTCA AAAAAACATAATGAATATTATCATTACAAATAGAAGTGTTCCAGAAAATTAAAAAAATCA AACCAAAAAGAAAACTAAACTGAATTGATGTGTAACAAAAATTGACATATTCTTTGACTT GATTTGATTTGGTTTTAAATTTTAAAAATCAACCATCATACCCATCGGATATGATTCAAT ATTTGAAAAGAACAAAACGAAATCGACTGCATAGAGTACTTCATTTGTAGGATTCTCCCA TTCATATACAGTAATAAGGAAAAAAGAAATATGGATAAGCAAAAACACAGAAAAAGAAAG GGAAAAAGTTAATAAGGTAAAAAATAGAAGGAACAAAGAAGTATGAATTCAGTAACAAGG AAACAAGAAGAATAGATAAGCGTAAAACATTCAAAGGAAGATGCATAAAAACAAACGCCG GTTAATACTTAGATTGATCCCAGACACAATATATGCAGTGACCTTTCCTCTGCCCTCTAA ACCAGTGCACCCAAACCCTCATGTGCTTTGGGTGTTCACTGTGCCTCTATTTACAAAATA TAATTAATTTCCTATAAAAACACAGACAATTAACCACTAGTATGTGTTTGAGCACCCAAA GGACATAATGTAGGCTACCCCTACAACTAGTATGAGAGTTATAAAACTGATTGTTCTAGA GAGAAAGGATCAGCACAATAGGAGCGGAATGGTCCAAGAAGGACAGTTAGTTGTCAATTG GTGGTGCAGGCAGCAGAAGGAATGAAAGAGACGTGTATAATGTTAATGCAAAGGAGAGTA AAACCTAACTATTCTTGGCACATTAGTTAGATTTTTTATGGAGGACAGCAGAGCAAAAAA ATTAACCACACGGCATTCAAAAAGCTGAAAGATGTATTGTCTAAAATGAGATTTTGGACG TATATCTTCAGTTTTGAATCAAATTAAAGATGACAAAGGTTAGAAACAAGTACAAATTAA TGAACCAATTAGGGATTAGTAAGATGAGAAATTAATGTTTCAAAGTTGTCCAATGACAAC TCAGAATAAGATTACCAGAACTACCATGGAAATTGCACGGTTTTACCATAAAATAAGACG TTTCAGCATATGATTCATCAAACTTCTACAAAAAGTTTTTTCTTTGATCCATCTTCTACA AGAAGTTGGATAGTGTTTCAGCTCACGGAAATGAGATTCATTTCATATCTGAAAGGCACA CGGCGTTCTTAATCTGATACAATCAATTCAAATATTTTTATGGCCCAACCTGTTATATTT ATAAGTACCATATATTTGCTGCACTTCCAGAAAAGTTAAATGTTTATTGTTTATAGGTAT CTTTCTACCTCCCCACCAACACAGCTGCATAGGTTCGGGGTAACGCTATCCACCAATTAA AGATGTATTTAATTTGATATATGATCCAAACGACCAAACAAACTACAGCACATCAATAAA GAGTAAATGCAAAAGAGGAAGAGCTTGACATGATAATAACAAACAAATATTACCGGTTGG CATGGAGGAGTGCAGCGGGACCAAGATAAGACTCAGGATTCCACCAGTAGCTAGGACATG ATGTGCTACAGCAAGCACATAGAATACATTCGTACATCCCATCCAACTTAGCCCTATCGC TCTTGCTCTGTGGTATCTCCTTCCCAGGCGTTGGTGCAGGTGTCTTCCTCTTAAGCCAAG GCTCAATAGACTTGTACTGATTATAGAAATTAGTCATATCCACCACCAGATCCTTAATGA CAAACATATGTGGCAACGGCGTAATCGTCGATTCAGAATCCGACGAGATCTTGGTCAAAC AAGCGAGTCCATTACATCCGTCGATGTTCATAGCACATGAACCACAGATCCCTTCTCTAC AGGATCTCCTGAAGGTAAGTGTAGGGTCAATTTCATTCTTGATTTTGATTAGCGCATCTA AAACCATAGGTCCGCATTCCTTCAGATCGATTTTGTATTCTTTGAGCTCAGGTTTCCCTG GGTTGTCTGGAGTCCATCGGTAAATTTGAAATGATTTGAGATTAGGCTTAGATTCTACCT TCTGTGCTTGGGAGTCGGAAGCGTGAGCTCTGGCGACGAGTAGCCTCGCCGCCGGTGCTG ATGACTGAACCCTAGAAATCGCTCGTCGGATTAAACTAGTCGCCATTGAAGAATGAATGA ATACCAAAAACGGAGTGATTGGATAGGTTGCTACTAGAGAAAGCCAATAGAGGGGGATTT TATATTAAAGAAAAATATTGGTATTAAATGACGGAAATAGGCATGTAAAAGAAACCGACA TTGGGTGGTTTTGTGTTTGAGAATGGGTGGATGTGGAAGGGGTAGTTCGGTACATGTGAA AAATATTTGAGGTTGTATTTATTGTTTCGTCGACTAATAAGCTTTGCCGTGAATGAGTTG GGATCTGTGTCGAATATTGATGACGTGTCGGATTTGTAATCGTTAGATTATTTCTAAGTA ACGTGGTTGGCTCGCGTCCTGGATCAATCGCTTTTCGCTTTTTTCAGCATCGTTTTTACT GAAATACATAAATAATATCTTCGGTGTTGTGTTATTTATTTTGTGACCTAGAAAAAGGGA TAGCAAACTAACAATACAAATTAAATATAAGCAACAGATAATAATACAGGTCCTATTAAT TCGGGAGATACTTGACCGATTTAAATTCATTAATAGGTCGTAATTTACATTCCGTAAACA CTGTTATATTTTTATGTATTGTTTAATATGTTATGCTCATACGAGGCGATTCACGTTTCA AATTAACCATTTTAACTGTGATAGATAACCCTATTTGACAACTACTATTGATGTATAAAT GCAGGATGGCAATAGTTTCGTCAAAATTGAAATTCAATTTTTAATTTGAATTTTCAAATT ATGATTAGAATATTGCATTCAACTTTTCGGACACTAGTGTTTTTTATAGATTAAACATAA ACCCATATATCAAATTCGACTCATGGTAAATAGTGCAAGCTGAGATGTATTCACTCTGAC TGTATTTTTTATTTTGATTCAAGGAGTTGTGTCCTTAAGGAAATACTATATTAATTAATG ATTATATTTGAGTTATTTCATATAACTTAAAAGATTGAGTAATGAGTGACTTGAAGTTTT TACTTAATTTAGATTAGGAATTTCCTTCCTAATGATCCTTGCTAGAATGAACATTTTATT CGGATGATCGTGATAGGATTTAAAAATTATTAAGGCAATTTTGACATGATTATTTTATTA GGACTGAAAAATTATTAAGACATGAATATTTTATCTAAATAACCAAATCATTAATTCAAA ACCAAACTTAAGAAAACCAATTTAATGGAACAAATTTAGATCGTAGTTCTTTTGTTTCAA AAATAAAAAATATTTTGGTTTGAGATTTAAGTTTTGTAAACAAACAGCACAAGATTAAGT TGAGGAAGCAACTCTTTATAATAAGTGCATAATGTAGTATCCTAAAAATGACTTGTTAGT TCTTTCTCTACTGACAGCTACGAAAGATGACTTGTTTCTCTCTCTTATAGCTAGCAGCCA ACTTTGATGGACAAGTAATGTATAAGATACACAGTCCATGTAGGTTCAATCAACTATTCA AATCGAACATTGAAAATTTGCTCATAAAAATTCAGTATAGTGATGGATGATGCGTTGTAG ATAGAAATGGAGAGAGTGATCGACTATGCTTTTCAAGTAGAATACATTAGCGTGTGTTGG TCGACGATTCCCCTGAATACATACATACATATATTGGGGAGTAGAGAGTAGAGAGAGTTG AAGAAAACCTTATATGCAACAAATAATCAATAGAGTAAAATACAAACAGAAGGTGCAGCA CTCATTCTCCCACTTGGCAGACTTGAACTGCAATTCCCGATGGCCTTAAAGTCTCATAAT TCACAGCCACCGAAACATCCTGCTTTCAGAAACAGCAAAACCTTCTTTTCTGCATATATA CAAATACTACATATTAGAATCTAGTTGGGGTCTTGAGTACTGTTCTATGAACATGAATAA ATTCTTTACATTTCCTACTAACAAGATTACAAAGTCTCCTAACAAACATTCAACATGAAC TCTCCAACAAAACCGCTACTTGTTAATTTTTCTTTTGTGGACAATATAATCAGTTTCAGT TAGATCTGGTTCTAGTTTCCTTATTCAAACACATATCATGTCACCACAAGACAACTCTAA TCTAGAATAATACTTCTCTGAATCTCAAAAGACAGACTAGTACCTAGAACCAAACTCTAA ACAACAACAAATTACGCAGTATAGTCCCACAAGTGGTGACCTTACCCCTCCCTTGGCAGG TTCGGCACAAGGAAAGCAAAAACACATCATTTATGACAGTAACAACAACATATGATAGTA AGAAAATAACAACGACTAGACTTTAACTCCAAAATGTAATTTCTTGAATGCTTGTAGCAC AAAAAGAAGAAGTATTAGTAAGATTTAGTAGTTGAGGGGATGGATATACCCTGGTTTCTT GCTGATAAGGGTTCGGTTGTCCATATGCATAGTCATTTCTGGGCGTTTGTGTTGGTGCTG CACTGCTATTAGCCTTCTTGTCATCTCTAGCCTTAGCAAATATGACAGTGAATCCATCTG CAGAGGCTGGATTATTTACATCCCACTCCCCGAATTTCGGCAATGGCCGACCTTTCTCTT GCTAGAAATTGCCAATGTCAAAAAGCAGAGTTTTCAATAACATGCTAAACTTGTACAAAT GGCATAACAGGTTTTCTCTTCTTTTTCTTAAACTTGCCATAAAGTCAAACAACTCTAACG TGTGATTTTCTTCCAATCTTTATGTTTTGTATGAACAATCAACAAAATACCTTTGTTAAA CCGAAATGTAAAAGGGATTATCAACTAACACATGCTCCATCGTGCTATAAAAAAAAATAC ACAAAAACTTGTTGGTGAAATCAAATGCAGCAAACCGATTGAAAAGGTTGGTCGTAGCCA ATAAGACATATGCCATATAGGAACAAAACAATCATTTTTTCGTAACGTCTAATTCATTAA AAGAGAAATGTGAGGCGTCGGGGTTTTGGATTTTTACAGATTTCATGAATCTCATTATAT TTTAGAATAGCACAAATTCAAGAACCTTTACGTTTAGAGGCAGAACGAATTCAGAATTAA AAAAAAAAAACTAGAAGAGAGAGAAACTTACGGAATTCATGAATATGATATTTTTGGTGT AATTAATTGATGAAAGGAAGAAGAAGAGAGAAAGGTATGATCAGAACGAGTCTTGAGGGA GAGGATAATTAAAGGAGTGGGAAATCAATTTGCAAATTAGTTGTTGCACCCATGACACCC CCATTTTTTAGTTCAGCTAATAATTTTGTCTAACAAATCCTAAAAGTCAAATGCCCCAAG GAACATCACTCTCTGTCTTGTTTTAAAATTCCAACTCTTTTTTTTTTTTTAAAAAATAAG TAATATATTTTTGTGGCCAAAAAGAGAGAAATCCAAATTGAAATATCATGAAAAAATAAA AAAAGCATTGGACTACTTATTTGGACGGCATGGAAAATTTAAAATTAGTACGTATCATCT AGGGGTGCCGATTATAGCGCCATAAAAATATAATTAACTTGTTCAACTTGATTTGGATGG CTTTAGAAGGATATATATATATAAAGCAAAAAGTGTATTTTAGAGAATTAAGGTATTTGA TCAAACTTTAAAAGAAAAAATGAAGTGTTTTTGAATAGTAATTAGGGTCGAATTATTAGC CAAATATATTTTGTTGTTCTCGATAATTCATTTTTTTCTTTTTGAAAAAAATACAATTTA ATGAAAAATTCCTTTGTCAAAATAAGCAGATTTAAAAGTGGTTAAAGCTTTTATTATTTT GATTTGGTGATTAGAAGAAATTATAAAAGCAAAAAAGATATAAAAATAAACTTGTGTAGG TGAAAATGATTGATTATAATTCATTATTTAGCTTAAATCAATATGTTCATCTTTATCCAA ACAAATATAGGACGGTTTACTATCAAACTTATTTATTGAGTTTGACATATCAACGTCGAC CATTCATTAATCATTAAAAATTCACTTTCTTATGAATGCGACGGCATCTGGAGAATTTTA TTTTATGATCAAGTGGTCTCAAGAAATGTTCTGCAAACTAAAAACTTAACTATTTAAATA TTTTTGCTGTGCTTTTTCTTTTTCAAATCTTGTGAATGTTCCTTCATTTTTTTTTTCCTT TTTGAAAAAAGACACTTTCCTTAGCCAATCTTTTTTTTTTTAAAAAAAAGAAGCTAAAAT CCTTTGGTCAACCAATATTTTGGTAATATAACTCAGAAAGACGTGATTTTGGCTTCGATA GAATAGTTAGAATTTTTCTCTACCCTTGCTCAAAATTTTCGGATTCTAGCTCTCTGATTA GTTTAGACTCTACTAATTAGAAATGGATCTGCAATTTACAAATTTAGATTAATCGAACTC CAACATATTTAGTTAATTGACTTGGAAAAAACTAATAAAGGGGAGCTACTTACTATCTAT ATATCTTTCACAAGGGTTATTGTCACATACTGGTCAAATACAAGGCAGAAAGCAAATCGG GAAATACTATAAGATAATGTTGTTTGAATAAGCGTGGGTGCACGAACACTCCATTGCTAC CTCTATAAATAATGGTGAAACTATAACACCATACTCCCATTATTAGCTACTCTGTTTTCT TCTACGTTAATTATTTCTCCTTGAGAAAGATCACATACTAAAAAATCACCAAGGTGATAA TGTCAGGGCTCCGTGATCAACTACTGGAGAAGAATGAAATATCAGATAGTTACTATCATG TTGATCAACATAGCGATTCAATGAAGGTGGAAGAACAAAACAATGACAGTTGTGATAACC TGGACAATTCAGAGAACGATTCTCTGCAAACCAAACACTCCACGTATGTCTATATCATAA TTCCCCACTCTTTGAACTAGAATTAATTGAAACGTCAATCGACTATATCTTAAATTTGTC AGTAAACTTCATTTAGACACTACTATAAAATATTCCAATTGAGCACGTGAACACTTGATA AAGTGTTTGATCAGGTTTTTCAAGTGGTCTAATAGACCAATTCTATTATATCAAATGTAT GTTTTGTAGGTAGAGTTCTGACTGATAATATTTCTGCATCTTATATTAATGACAGAGGTA GCCCTGTTGACACGGGAACCGCATGGGTTTACAGAGATGAAAACGGAAAACAGTTCTTTG AAAAGCAATTAAGCGAAGATGACATTACTGGCGATCACTTAGAGATACCCAGGAGATTGG CGCATTATATACAGAGCTTGAAATTAAAACGCCGTGTTAATGCTGGAGAAAAAACACGGA AAGTCAATTTGGTAGGAGAAAATGAATGTTATTACTTCACTGGACAATGGAAGGATTTCG TAATGGAAAATCAATTGAAAGCTCACAAGGATTTGGTACTTCTTGAGATTTCTCAGCAAT TGGGCCTTCGTATCGGACACACTTGTGACCAAAAAGCTATTGACATGAATAACCCTGTAC TGCTCAGACGTTTGTCTAGAGCTGATGTAAAAGCCCTATATATAAAAAAGTTGAGTGAAC GATATTCGTTTAGTCGTGGTGCTACAGGATTAATAGAGATAGAACCAGTTGTTGAGATGA AATTATGTTCGCAAATTGTGTACAGATATGGTGGCCGTACTAATGGTGTAATGTTCATAG AGCTACCAAAGAAAGACGTGGAAGAGAATTTGGGTCGCGATCTTCCTCTTCCTGCAGCAG GCGGAGATATTGCCCTGCCTTTATTTGATCCTGTGGGGAACAATTTGGTGGAGATGAAAT TATTGCATACTGAAATCGGTGATCAATACCATCTTGGAGGGGGATGGGAAGTGTATGCTG CAAAACATGGCTTATTAATTTCTGATACAATTTTTCTTGACAAGGTAACCGTGCAGGTTG GCAATGATCATGATCAGCTGAATACTGCACAGTTTTCGTGTCACTATGAAATCACTTACC AGAGACGAAGACGAGGAGGCACTAAAGATCATAGTGGATCAGCAGCACCTGCCAATTCCG TTAAAGATGTAGTTCGTGTCACCAAAATAATAAGTGAGTCATCAGAATATGAAGGTGATT CGTCCTGGCTCCAATACTGCACTCCATAGTTTAGAATTTCAGCTATAGACGAAAAATGTA CGCTCCTTTAACCTCATGAGACCCCATCAATTGTCCATTCCCCTGTCTTGTACTCCATTT CATTATTGATTTATTGATCTTGAGTTCCTGGTTACTTATAGTTCTACGTGTTTATAAGTT GAAGATATTTGTTACATTCAACAATAGTGCATTGTGTATAAGTAGAAGTTATTTGCCACA TTCAACAACAGTGATAACTTAGCAATTTTATCTTTCTGAGGTGATGCAATTATCGTTAAA ACAATAACTCTCAATGGTGTTTGATTGAACACAATTTTTTTTAAAGGAAAGACCTTTTGC ATACATCCAGTAAGCCTGTATGGGATGCGTTGTCACAGAAACGTGCTAAAGGGGGGAAAA TGTGATAAATAAATTGAAACGCATAGAAGATTAAAAATAAACAAAGTATGCCAATGCAGA AGAAAAACAACGTCGCAGTAAGAAGTTAAAATAAAACAAGTGAAAGGAAAAGAAAGAAGA GAAGTTGAAGTTGTTGAAAGATTGGGAATGAGAATGGAGCATGAGAAGCAGTAGGTATGA GATCCTGGACCATAACCCTTAGTATCATTCGTTGTCCTCGCTCACAGTGTCCTGCTGCTC CACTTATGAAATAATAATAGCCAGAATGCTCCAACGTGAACATGGTGTTCCCACTGTTGG AAAAGAAATGAGGCTGTGTTGAGTTGCATTTCTTGTAATCTTTATCCGTCACCTCCATCA CTGAATCCTTCTTGTACTTGAAACCTAAATCCATCACCAAATTAAACATGACTTCCTAAC AAAAACTAGCTAGTAATACATATATATATGCTTATGCTTACGGATAGTGTCGCCAATTTT GAACCTCATAGCGGAAGCCCAGTTGTTGTAAAAAATTGTGTCATTTTGGGGAGGAACTGT CCAACCAGTAGTATCACCAACTTGGAATTCCATGGATGAGGCATTCACTAATTCAAGAGA AGACGTAATAATAACTATAATTGAGATGAACAACACGTTACCAAAACACGTCAAAGCCAT GATATAGATGAATTAAAGTAAAGTTTGGGAAGATAATGAGAAACAGAAATCTACAAGTAA CAGTTTTACGTATAGGGGAACAGTTATTAATAGAAGAATACGTGCACATAACAATTAACG TGGGCCGTGTGGGAGGGAAAATGGAGAACGTGGTTGCCTTGCTTTTTACAATTATATCGT TTTTAAAATATTGAAAAATCAATTAAATAGAGCGACCATCGCAAATTATCTCTTTCAAAT AAGTACTACTTTATCCATTATAATCTCAATTCTGTTTTTTAAAGATATTTATTAATGATT AATTTGACCTAATTTAACCATTTGCTACCTATTTTCAACTTTCCAATAAAAAGTCTATTT TTTTAAGAGCAACTTTCACACATATCTAATATAAAAATTATATTTGTATGTTATGATTAT AATTTGCATATTTGTGCTCCATCGCAAATTTCATTCATAATTGTAACCGAAGAACTAAGA TGAAAATTGTAAACTATTTGTATATTGTAAAAATTAATTAGTAATACAGTAAAAAAAATA GAATAAGTATAAAGGTAAATAATGGAGCATGAAAATTGAACAAAAGGTGCAATAAAAAAA ATTAGCTTCGTGATTTGCAGGCTACTACACAGTGAGGAGTTTACTCAGTGCAAACAAAAC ACTTACCACAGAGTGTTCACCCGAAGAGTAGAGGCTATAGCAACCGCAGGTTATCCGGAG TTAAAAAAAAAAAAAGTATATAGTTATATAATTAGTCAATTGACTTCATTATAAAGTATT CAGAACTAAGAAACATTTTCATTGATAACTCCAAAGAGAAGAATGGACTGGAATAAAAAA AGAAATTAGATTTGGGGTGGATATGTAGATAACCAAACTTGTTATTAAAAACTATTGAGG TCTACTTGTAAGTTCCAGAAGTTATAAACTAATTATAACAACCTCAACCCTCCGGTGTCT GTCTAAGCAAATTATTTACGGTGTATCAAAATTTGATGAACTCTTAACATAAAAATATTA TAAATTTAATAATTTAAAACATTATAAAAAGAAGTAACTGATTAGGCACATACATTATAT GTCCAACCAATGATTGTTACTAATAAATTTTGGAGGTTATATGTGGTTTTCCAGGATGGA TCACCTAAGTCGATAGCACACTAAATTTTGTTCAACGAACTTCAACTAACCAATGTAAAT CTCAGCATTAATTTGAAAAATTAATATTGCTATTTAGGCACCCTATTAAATACCCAACAG CAGCTGCCTAACCAATAATAGTCCATTCTCCCAGCTGTGCTGTGCCCATACAAGTGAATT AATAGACTGCTCCAAACCCATCGCGTGTAACACTCCAAGATTCAATCTTTAGATCTATAC GCTTCTTTATTTATATATAAAATTATCGTGTTCTCTTGTTTCTGCCACTCAAACATGGAG TCTTGCATCTACCATCAGCTCAAATCCCAGCCTGTATGGCTTCTTTTGCTTCTTTCTTTA GGTTTCTTGAAAGTCTTGTGCTTTTCAGTCATCTTTCTCAAATGGGTCTATGTCAATTTC CTCAGACCTGCTAAGAATCTTAAGAAATATGGGTCATGGGCACTTGTTACTGGACCTACA GATGGTATTGGGAAGGGCTTTGCTTTTGAATTAGCTCGAAAAGGGCTTAATCTAGTTCTT GTGGGTCGTAACCCTGATAAACTTAAGGATGTTTCTGAATCGATTAAAGCTAAATATGGA CAGACCCAGATCAAAACAGTCGTCGTTGATTTCTCTGGTGATTTGGATGAAGGGGTTAAG AAGATTAAGGAGACAATTGAAGGATTGGATATTGGGGTTTTGATTAATAATGTTGGGGTT TCGTATCCTTATGCTAGATTTTTCCATGAAGTGGATGATAAGCTGTTGGCAGATTTGATT AAAGTTAATGTGGAAGGGACTACAAAGGTTACTCAAGCTGTTTTGCCTGGTATGATTCAG AGGAAAAGAGGAGCAATTGTTAATATTGGTTCTGGTGCGGCTATTGTTATCCCCTCTGAT CCTCTGTATGCTGTTTATGCCGCAACTAAAGCGTAAGCTGAACACTCTCTACTATCTGCA TTTTCTTTCTATAATTTATACGAATTTGGTTTGTTGTTTCTTTTTGGATTGGCTGATAGC AAATGATTGCACCAACTTAATAGATAATTCATAAGTTGATAAGACATTGAAGCCTACTAG AAAATCTTACACGTAAACTATATGCTGATATTCCTAAAGTACACATGTAAACTTAACATT TTTGTGCAAACGGATGGATTTCCAAACACCGAATTTGAGTGGAGATCTGATTGCTAATCG AAACGTCCTCATCTCAGGGATTGGATGACATGAGAATCTTGATATCCTCTATATAAAAAA AAAAGAGATCAACCTGTTCCTGGGTGTAGATTCATAAATATATCATCAGGTGAAATGCCT TAAAGCTAATTTGAGGAACTGGTGATAGTTTTACATTACCATTAGTTTCGTGTTTTGAAT AATGACAATGTTTTAGACTTCTAGGACGACTTGTATTTTAAGCATGAAATAGTAGCTATT CCCTTATATTCTTTAGTATTGCATTGAACTTTTTGGATCTATATTTCAGATACATTGACC AGTTCTCCAGATGCCTCTATGTAGAGTACAAGAAGAGTGGGATTGATGTGCAATGCCAGG TATATGTTAACCCTTGGCTTTACTGGTTATTTATAAGTTCTCTAAATGCCTCATGTGGTG ATCATTTAGATACTGGCTTTTTGATCCCATTTTTCTTGTCAATTTTGAAAGTTGTAATCA TATTCTTTTTATGCTGGCGTACAAGTCCCATCTGATATTCCCTACTGTCGTATGCCCTAT TGCCCTGGATTCTTCTGTCTTTTGCTTGTTTGTATATTTATTCTACAAGACGGAACACAT TTTAGGAGCATATAAATAGTCTGGTATAAAGTCTTAAAATTGGCACTCTATTGGATGTTT GTTGGTAGAGTTCAGTAATTCACTATGGCTAGTTGTTTGTTATGGTCAAACATGTGAGGC TAACTAATATAGAAGTGTTTTGGGGGTTGAATTTCTGAAGAGTTGTTATGTTGATATGTA TAAATTAAAATTTTACTTTTTCAACTTTCCTCTTTATAATTAAACATTTGGAGTGTGATT TTTGTAGTGAATGAATTTGTCTGTTGGCGTCTAGTTCAACTTCATATATTGAATAAGGTC TTGATAAAGTAGGAGGACATCCTGACATCCTCCGTTACTTTCTTTTTTTTTAACTTTCCA CTGATGCGACATGATTCGTGGTTTTCCAAATTATAGGTGCCGTTATATGTGGCAACAAAA ATGGCGTCGATCAAAAGATCTTCATTTTTTGTTCCCTCGACTGATGGTTATGCTCGGGCT GCCCTGCGATGGATTGGTCATGAGCCAAGGTGCACACCTTACTGGCCCCATTCTCTTCTG TGGGGTGTTCTATGTTCATTGCCAGAGTCGATGGTTGATGCTTGGCGTCTGAACTTCTGC ATTGGAATTCGAAGGAGAGGGCAGCTGAAGGATTCCAGGAAGAAAGAATAGAAAGCATCT GCTTTACCTCATTCCATATCTTAAAAGTTTGATTAGTAGACAATTAATTTCCGTCTCTAT TTCCAATTGGGTAATGCTAGTTACTGTAATGCAACTAGAAGCTTGATTCTGTTCTTACTC ATTAAACAAGGCCTAGTGTTATTTTTGCAATTTTAGTTGTAGGCTGATCGAATCAAGAGC GTTCTAAAAGAAATTCCAACTCTTAAGATACTGTTTGTATTTATTCTTTGAGTTTGATGT TGCAGAATGAATTTTCTGTATGGTGTTTATTTCAGCGTCCTTTTTGCTAATTTTAATTTT ACCATAACTAGATCAAAATATTACTCCTGTGATTTATCAGATCATTTGAATATTGGGTGA GGTCTTCTATGAGTACTGTTTTCAAAACATTGGCTAAATTGTTACAATTGTACATTCTCA GCCTTGTTTACCATATAAACAGAAGGGGAAAAGAGAGTTTTATCTAAGTTCAGAGGAAAT ATTTGATGAACTGATGCACATATTCATAAACTTTGTCCAAGAAATATAAAATTCATTACT AGCAGGAAGAACTAATAAAAGCTTTCAAAATAGTCTTCAATCTAAACCTGTTGACTGAAA GTGCACAGACAGATTAAGCAAAGCATGCTAGTGGATAGAATTCATGCGGATCTTATCATT GAATTTCAACATCTCTATCAGTATCTACCAGTTGAGCCTCTTGATCACTCTTGCCATTTC TATTCTTGAAAGATTTCTCGCTAAACATACGAACAAACATGCTTTTTGACCTGGGAGTTC TTCCAGCATCTTCTGATTTTCTACTATCACCATTCTTCTTGGCCAGTTCTTCTAAGATAA CCTTGATGCTACTCTCAAAGCGGCGCTTGAATGTTGGAAATCTTGATATAGATTTGGTGA TGCCTCGTAGCCTTAATGAAAATTCAGGAGGAGTTAATACAAAAATCAGAATGCCATAAG TGAGTGGTAAAAACATGGGAAAACAAGGTTTATCACCTTCGAGCTAACGCCTCAAACTCA GCTCGCCTCAGTTCAGATTCAGGTGGTGATCCAATATTTAGGTCCCTCAACCTCTCTGGA TCACCACTCAACAAAACCAATTTGCCAAGGTACTCCTCGTCGCTGTCAGAAAGATTTCCG GCTTTGATCTGGTCTTTGATGATCAAGAGTGGATTGAAAAACCACTCCGCGAAGGTATCT CTAGGCCTGTTTGTGCTAGTTATTTCAGTGGTGTCATCATCTGCAATAAATGAAGGTTTA CATGATCAGTCTCTTTTTATAATCCCAATTTTTAACTAAATGGTCAAAGTTGCTTATTTG ACTTACTTAACAAAATACCAGCACTGTTGGCTTTAGCAGAATGTATAAGGGTCTGAAGGA TGCAATAGGCAGGCAAACCAATGCTAATGACTTGACCACTGTCTTTACTAGATTTGGCAT CTTCAATGTCTTTTTGTGTAATTACTCCTTGAGATACCATGATTTCGCCATGACGTTGAC AGCCCTTGAATAAGCCATCAAGAAGCTACAGTAGTAATATATGTTGAGCGCAAATTAGCA CCAAAATTCACAGCCAGGTAATGGTGAAGCATCAAAAAAGCAAATAACTTGAAGAATACC TCGAGGGGCTTCAACTCGAGTATGGGGACATTGATGGCGTTTGTACTAGATGGTGGATTT CTGAAAGAATCAGGCCTTGATAAAGAATCTGCACGGGAGTTGGTACTTGATGCAGTCTTC TTTCTGTACTGAGGCCTGTATGAATACCACAGATATATGGAAGCTATCAAAATTATTTGA AATTAAATATAGTTTTGTCAATTATCACAGTTCTGGAGGTCTAAAGGTTATAGTTATTAG AACCTAGGAAAGCAGGACCCTTCTGGCATGTCTAGCACATCATTGCTATATTCATCATAT ATGGACAAGGAAGCAACGATATAGCAAAGCCCTGCCCAAAGAGAACACTCCTGAAGTAGA AGGCATTGGTAAAACTTTAGCAGTTCCAGAAATGTATAAAACACAAGAGGCAATTTTGAA ATCATTGAAGTAAGGAGTTGGAAGAAAAGGAACAAAACCTGATATACAACTACTCCTGCA TAAGCGCCTAGAGGGACACTTGCTAATATTGATCCAAAGAATGCAGCAATAACAGCCAAT GGCCAGAGTAAGATAGCAAGGCCAGCAAATGGTACACAGATTGACTCTAGAAAAGGCCCT TCTCGGCCTATACAATCTTGAAATAAACGACGCCACCCCTTTACAAGCATGTAAGGGAAT TTGCAAGCAGCAATTAGCATGATCATTGGCATATCAACCACGAGTCCTAGTTCCACAGCT AATAGCGCCAAAGGAATATAAAGCACCCTGCAATAGATTGCATTGTAGCTTCTGAGAAAA AAGATAATATCTCATAAAGAATTGATACCCAGCCAAACCCCCAACATATGCTTGCAGATA AACAGCATAAGTTGAATCCATGAGAATCGAAGAACATTTTTGTCAAGGAAAACAGCAGAC TTTTTAAAATGTTGTAAGTGCAAAGACCTACAACATGCAACTTCAGACTAAAAGAACTGT AGCAAAGTACTGAACATTTCCAAAAACAAAATGCATCTGTGTTTCTGTTTGTCACAAGAA GGAGACTAAAACTTGCTGACAAGTAGAGTAACATATAGTATACCAATGTTTCGGTTGTCA TAAGAATAAGACATTTGACTGGTTAACAAGTAGAATAACATCTTGACCTCATCCTGGTTG TCCTAAGATAGCTAGAAATCCCAGGGGTTGATGGTTTTATTTTTGTCAGAATTAAGAGAA ACTAAATAAGTGTTTTAAGATTTTGCATGAACTAACTTGACGCTTCACTGATATTCAGAA AAATCTTGACAGTGTAAAGTGTTATAAGCAAAATATATGTGGAAGATGTAAAGATGCTAT GAACAGTAAGTATATACTTCTTATATTTCTTTTTGTATAGTTTGCCATTTAGTCACCGGG ATATATATTTTTGGAATGAACTAATACAAAAATAGATCAAACCTACAGGGAAAGCTGGAG TTTTGAAAATTCTTCTGAAACGGAAGTTAAAATAGATGAAATATTCTAGGAAAATAGGGG ACATTCAGATTCTCCGTTCATGTTTTTCTTTTAGGTTAACCATCATACGAGATATTCTCT CATCTGTCGTGCAAGCTTCTGTAGCTAAAATTACACCACCATCTCTACCCTGTCATCACA TATGGTAGGAGTTGTCAAGAAAGCTTTGAGGTGTAGGTTTCAACTGACAGAGATGTAAAA GTAGAGCATGTAATTAGCAAACAACGGCAAGCTGCTTTGTTGTATATTTCCAATAAAAGA TACAATTCATTAACTGAATTGACATACTAACTAGTTATCTGAGACTCTCTGATAATGAAA GATATAAGGTATGGAACTATAGAGAAAACTATCAAATTTCAAATTGGACAAAGACGGGAA AAAGAACTTTGAGATAGACGATTCAACAAAACCTGATCTCGTAGCATTTTCCATCAGGAG GTTCTTGAAGTCGGAAATCATCCATGATTGAGAAATAGGAATGGTATAAGACATCCTTCA AATCCCTAACAATGGTCAAGCTTCCTTTCACTGTGTCCCAGGTCCCATCCTACCATCACA GTGAACCAATTCACAAACTCAGTCAAAGGAAAATGAGAGATGAGATATCAACAGTGTAGG AAACAGGAATCATTAATACATACATATATACTGTGATAGAAGGCATTAGTCGCCCTTCCA TCCACTGCTTGGAAAGTGGCAAACACTGGTGAAAGGAAGCCATAAGCAGCCCCGCCAATA ATGCTAGTTGCAATTCCAATGAAGGGCCATAAATATAAAATAACAAGGGCACATATGCCT ACTAAAAATTTTAAAGCTGGACCTAGTTGCTTTGTGCTGCAATTCATAAAAGGTGGAAGT CATTAAAGAGCATCTTTAGACACATAAGGTTAACCATGAGAGCTTAAGAATGCACCTCCA TATACAGTAAAATGTATAGAACAGGTGCACTGGCCAAAGACCCAAAATAAGGGAACAGTT TCCGACAGTGAGTATAATAAGGACGATAGGGAACACAATGACACCTGCAAAGAGTAAGTA GCACAAACCAGTCATTTCTATGACTAGCTTTGGAACAGTAAAACAACAACAACTTACCTG GTGAGTGGGATCTGGTAAGTATAGACCTTACCCCTACCTTGGGAGATAGAGAGGTTGTTT CTCAGCTCAAGTAAAATCATTTTAAAGCAACAGAGATGAAAAACAAGAAAAATGAAAAAA GTATGCTAATTGAAAAAAAGGAAAGAAGAGACAACAGTGACATGAGTGTAATTGAAGAAG AAGAAAAGAACCTTTCAAGACACCCAAAATAAGCAGGCTAATGAAGTAAGGTAAGAAACG AATGAAGTTCCACACCGAATCAAAAACCCCCCTTGGAGGTTCCATTCTTATGCTTCGCTA AATCAAGAACCACTCGATCTTTACACAATCACTAACAAGGTACAACCCCTTTTCACAAAT CAATTAATCTTGGAAAATGCAACCAAAAAATCTCGGATTTTGCTGAAAAGAACTGAGTCT TTCCGTAGTCAGTACGTAAAATGGAAACATAGATGAAGATGTGGATGTGGGTTTTGAGGA TATTAGAACAAAAGTTGGCTAACTGTCAAATTATTGGGAAAAAAAAAACAGTTGCCAATG CGTTTTGAGTTTGCAGAAAAGAAAAAGGAAAATTATTTTTCCAAAAAAAAAAAAAAAGAG TTGATAATAATGTTTAGAAATGGGACACCATCCTATTATATTCCTTTATTATCTTTTTTT TTTCTTTTCATATAAAAAAAATTATAAACGTATAAAATTTCCAGCTTTGCTGAAAGTAAC AGCCTGGATTTTTGTGATTTGAGATTCAGACAAATTTCAATAGCAAGTCATCTTGTCTGG CCAAGTATTAAATATTAGACAAATTATTTTTGGAGACGTAAGAAGAACATGATTTTAGAG AAAAACAATAATTTAGTACTATTCAAAAAAACTTTGACTATGCTATAAAATATTTTAGAT ATGTCAAAAAATGTACAGAAACCCTTGAGGCTTGATTTATATGTACTTAAAAAAAAATTA GCCATTGAAAAACTAGATCAAGCATAATATAAAATATATTCGATTATATTTTGGTGTTCA AAAACCATAGGAAAAACTTTTGATTTGTAAATAGGACAAAAGTCTTTGTTTGTAGAAACA CATAAGAATTCAATTCACTCACCTATAAATGTTTGACTTAACGACGTGGCTGGTTGCCAA TAAGGCCATTACTCAGATCTACAAGTTCATGAACGATGATGCTGTCACGATGAAAATACT TTCTTGAATATTTAATTCCTTAATTATTAAATGGATCTGTATGTATTATTATGTTTGTTA AAACATTTTATAAAATGAATTAATATCAGAGATCCGGGAAAAAAAATTTAGCATATGAAT GGAAAAAGAAAAATTACTTCATCCCCTCACTTTAGATTGTCATTGCATCTTTTAAAGTTA ATTTTATTAATTTTCTAATTTAAGTTAAATTATATTCATATGATATTTTAATTAAGATAT TATATAAATCCAAAAATTATATAAAAAATATTATAAATTACAAGCTTTTATATATAATAT TAAAAATGATGTATCATCAAAATTATTATAATTTAATTTTAAAAATTAAAATTATGACTA TGGACGAAAAAATATTAAATATTTAGAATTGTCTGGTCGAAATGTCCAAAAAGTCTTCAT TGAGTTGTCCTAATTGGTCCTCGGTATACCAAAAAGATAAATAACAATATTAATAATAAT AAAATAATTGTCCTGATTGGACTTTTAACCTACTTCACTTGCTTCTGTAAATAAAATAAT AATAGGCTAGATATTGAAAGTTGTACTTATTCGTTTGGGAAGAATATATAATTTAATTTG ATACTGAGTTTACAAAAATAATAAAGAGTTTTAATATGTGATTTTAAACTAAAGTTATAT CAATATGTACAAAATTATTCTTTAATTTGTAATTGTAAATATATCATGTGAAAAGTTATT ATAAAAAAAATTATTCTTTTTGAAATATATTAAAAAGGAAAAATAGTTATTACTCTCTCC GTCTGAAATTGTTTGTCATGTTACTCTTTTTAAAAGTCAATTTAACTTATTTTTCAAAGT TAAATTAGATTACATAAATTCGATATTTTAAAGAAAAAACTTAAATATTTTAAAACGATA TGAAAAATACTATAAATTGCAATTATTTTCATTTTAATATAATGAATAATTGTATCTTAA ATGTTATCTAAAATTTGTATAGTTTAACTCTATAAATAGAAATCATGACAAATAATTTTA GTCGGAGGAAGTACTTGGTCCCTACTTATCGCTCGCCATTTAACAAGTTTAGATTTCACG TGTGAAAATATGACAAACGAAAAAGAAGTGAATAAACAAAAAAAATATCTTGTGACTATA TTTTCCGTTTATATTGTAATGCAAAAGAAAATCAGGCATCTATCATAAAATTTTACTAGA AGATGAGTGGAAAAACAAAAGTCTTCAAAATAATAAATTTAAATTATTTATTAAACTGAA AAAGAAAAAATAATCATGTGCGAAAAAAACAAATATATCCTTAAAGCTTTTTAAACTTAT GCAAAAGAATTAAATAAGCTTAAGTGGATTTTTTTTTGTCATTTATGTAATTATAAAAGT ATATGTGAGCCACTATTTTTAAGGTATATATTATGTGTTTTTTCATTATATTGATATGTA AGAAAATAGAATTTGCCGTACTTTTCGTATAATTTTTCAATATCTAATTTTTAAAAAAAA TATCAAATTAATATAATCTAATTTAATTTTAAAAATTAATTAAATTAACTTCAAAAACAC AACATGACAATAAAAAATGAACAGAATCAATTGGTTTAGAAAAATGTCAAAAACAATTAG TATGACAAAAAAATTTAGTTCAATAAATACTTACATCAAACATATGTCAAGGAATTGATT CTAGCAAGCTTTTTGGTAGTTGTACAAGAAGAATATTAATATGCTTCCTCAAATTACCTG TCAGCCTGAAATTCTATGGAAACAACTCTAAAGGGTTTCAACTTTTTCAGTACAAAAGGA AGGGTTTCAACTTTTTCAGTACAAAGGGAACAAAATTAGCAGAGTTGGTACATGCCATCT CACGCCAGCAATAAGTATGAATAAACTATATCCACTAAAGCTAGGACAAAGGGAAAGAAT CAACTAGTGTTTTCTGTCAAGGTTGAGTTTTGAACGAACACTCTCGGAGGCATGACTGTA TTTGATTCGCAAATTAAAGGGAGGCATATTGTATAAATTGATAATAATATGATGGGGCGG TTTATATATTGAAAGTGCAAGAGAAAAGATGAATGCTTGAATCCAGGATAGAGGTGAAAA GGTAATTGGGATAAGCCTGATTTTGCATCTAAAGTCAATCAACTAATGTAGCTTTACGCA AGAGGAAGCATACACTCTTTGTTGAAAACAGCACAACATATAGACAATGAGTTGTATACT TACACACACTAGCAATATAAAGTTGTGCTTATCATGTTCCTTTTGTCTGAGCAGTAAAAA TTTCTTCCCTGTCAAAGGGCCTGCTTCTTCTGGGAACATCGGCTATATGACAGAATTCAG ACAAACTTTTCCTGATTTGCACTCGTTTCTTTTTTTCTGGTGGGCGGGGGCCAAGAATGC TTAGATCAATACTTGCACCATATGCCTGTGTAGATGAGATGACTGCATCATAAGCCTTTG TAGAAAGACTCAGGCCTTCAGTTAGAGCTCTCACATACAACTCATATGCTAGCCTCGGCT TGCCATCATTGGCAAGAGCCTCAATTAGCACTTCATAGCTTACCTCATTCGGGGTTATGT TTTGAGTTTTCATACGCTGAAACCACTCGTATGCAACACTTTCCATACCATTCCGAGCAC ATCCACTAATAATAGCGTTGAATGTAACAACTGTAGGCTCAACTCCAGTAGTAACCATCT CCTTGATGATAGAATCAACTATGTTAAATTTCCCTTGAGCAGTGTAAATTGATGCCATAA TAGTATAGGCATACAAATTTGGCTCGATCCCCACTTTGATCATATGTTTCCAAACCTGAA GAGCTTCATCATAGAGCTTGCCTTTTTCTAGAGCACTGAGCAACGCTCCATAGGATATAA CTGTAGGTTTTTCACCTTTCTCTACCATTCTCCTAAATATCTGCACTGCAGCAGATGTTT CTGAAGCCTTGGAACAGGCAACAAGAACGGCATTCCATTCCCTACTGCTTGGTTTAAGCC CCTTCTCTTCCATTTTATTCAGCAACCTAACACCCCATCGCCAAATACCTCTCTTTCTGG CTGCACTCAGCAGTATGTTAAAATGAGAAACTATCAGTTCATATGACATGTTGTTTGGTT GAGGCCCCTTATCCAACAAATCCTCATAAATTTCAAGAGCTGCCCACCATTTTTTCGCCT TACCCATCAACCAAATAATATGGTTGCAAACGGATAGGCTAATATCTGTATCCCTCTCTC TTATCCTATTATACAGTTCTTTTGCTACAACATAATGTTCTTCACGAGTACAGGCCCACA CCAGACGTTCATATTCTGCACGACTTAGTTGGAGCCTAGCCCTATCCATATCCGTTAGTA GTTTCAGAACATTGGTGTTTGCATTTTCACCCTTTACCAGCCACTGCCGCATCACCTGGT AGCAAATTCGAACTATGAAATTCTCAAGCTTGGCAAATTCATCCTCCCAGTTTTCTTCCT CAATATTTCCTATTTCACCATTTTGATATCTCTCTCGTGTCTCGACAAAGAAAGTTATAG CACCAAATCCATCTTCAAGTCTCCGATAAGCAAACAAGGCAGTGGAATAGGATGCAGGAC TAGGAGTGAGTCCCTTCTTTGGCATCTCCCTGAAAAGTTTGAGAGCTTCAAGTTCCCGAC CTTGTTCTATATAAGTTCTCATTAAAGTATTGTACGTCACAACATTAGGCTGCACTCCTT CTGAAACCATATCATCCATGACTTTATCAACAAAATCATACTTCCCCGCCTCTTTTATGG CACCTAAAAGACTGTTATAAATGAACACATTTAAGCTAATAGAGCCAATATTGTCCTTGC CCCTCCTCCTCCTTAACCACTCGACAAGTGCCATAGCAGAGTTCAGTTTCTTATCTTTAC CAAAACCTCTAATCATAGATGAGTAAACTTGAAGGGGCAATTCAACCTTATCCTTAAGAA CTTCATCTACCTCATCTGCAGTTTTGACAAAGTGCAAGCTCTGTGCCAGAGCTCGAACGT CCACCTTCTCACCTTTCACTATCCCTGCCTCATCCTCCTCACTTACAACATCATCATACT CAACATTATTAGTTAAGTCCCCCTTTTCTTCCAATTGAACACAAGTGAAACCCTCAACCC CACCCTCCCCACTAGTGAAAGATAGTGAATTTTGTTTTACTATATCACAATCAATATCTT TCTCTCCAGAGGCTTGTGCCAAAGCACAAGATGGGCCAAAAGAATCCTTCTTTTGGGGGC GAAAAGGAACGGATTCTGTTCTCAAACAGAAATCTTGATTTCTAAACTTAGGCTTATTCC TTATAGATACATGATCAGAGGTAAAATTATGTGAGAGAGAGTATGCAAGGACACAACTTT CAGTTCTCCGCCAGGTAAAAACTGAAGTAGAAGATGAAGCCAAGTCTTGTTCAGAGATAA GGCAGTTTGTTCTTGAAGACCAGACATTTAGATAAGGCATTTTGTTCAGAGAAACTTAGC AACAGATGGAACTAAACAACCCCAAATTCAGAACAATTACATTGATGATTGCGTAAACCC CCCACAGGATAATAAAACAGAGGAGCAATTGCTGATAATAATCTTCAAGAAGCAAAAGAG CATACCTTGAAGAAGAAGAAATTGAAGTTGGGTCTTAGAGATTTTGGAATTTTGGTTTTC GACCATTCAAATTATTGCTGATGATTTCAATTTGCCAAGTTAGTGAGTGTACAAAGTAAT CTGAGGCTGAGAAAATTCTGCTGACAAAGGAACACAAATGTCGTAAGGAGCTTCAACTGA CCCACTGGGCTCTAACAAATTATTTGGGCTCAAATGATCCATCCATACCCACAAGTGTAC TTCATTCTATTGGGCCACAAACCATTATCCGCATATAACACATGTACTTCAGATGAGTTA ATTTTTAATTTTTGCTCGAGTTTATTTTAATTTTTGTACTTTGTTTTGTGAAGTATAACT TCTTTAAGAAACTAAAGTTAATTGTGAAAATATAAAATTATTTGTTATGAGGACAAAATT TTAAACATCAGCATAAAATAAGAGGCAAAAGTGCAAATGAACCCTTTATGGAAGCCTTGA ATTACAAATTTACACATTTCGCAATTCGGCCAAAATATTTGCAGTCTATTAAATAAAATT GAAACATAATCAACAGCAATTTATGTTTTAAAAAATATAAATTTTAAGGTGATGTCACTT TCTAAATATTTAGACGTCGTTTGAATTGTAACTGGAAAAAAAATCACTTGTTAATGTGAA AATATAACTTGGATCGCGAAAAATTACTCTAGCATAGTGTTTTATAAAGAAAACTTTAAC AATTGAAACTCTATAATGATGTGTTAGTTCCAAAACTTTGATCCCTATATGTTACACTCA AGCATATTGTGACGGAGTTTCGAACTTCTAATTAATCATTTCAAAAGTAATTTTATTTAT ACTTTAATCTCTTCTATACTTCTGCAGTCATAATTAATTTTCTCTTACATTCTAACCAAA CTAACATAGATCAAGATTTGTCTTAATTTGCAGGTAGAAATAAATAAATAAATTAGAGAA ACTTAGGATTTAAAAATTTTGAATGTACTATTATGATCTAAGTTCAAATGTGTGTTTTAA GCTAAATTTGAATCTTGATTTCAGAGGTGGTTTCTCTAACTTATATCAATAAACACAAAA GCACCCGTATGTTATTTACGGCGCACTTTTAACTATATCCTATTTTCTTTTAGTTTATCA AAAGATATACTTAGATCTAAGCTAGTGAATACATATGCACCCTTCCTAGAGATATGTGGG TCCACCTATTAGTTGCATAACTAGCCAAAATCTCGAAGGGATTTTATTCTTGGATCTCCA CATGTTTTAAGTTCTAAGTACCAAAAAAACAATAATCATAGGCCAACTAGCTAGAGATCA AGAAAGGAGTGTCTAATTAAATCTAGTTCCAAAAATTGTTTAAATGATCAAGAAAATAGT GTACTTTGGATTTGGCCTACCAAAGAATCTGCAAATATAGAAATATTTTGGGAGGCGTTG GAAAAGGAATCATATCTAAATCCCATCTAAAAATCTTTGACCTATATTACAAGTGTTGAG GTCTTAGAATTTTAAAAAGGTATAATAACTTGTTTCGCTATTTTAAAATAAATGCATTGT TGAGATAATACACACTCATTCAAAAAAAAAAAAAGATAAAATAAAAATTACTTTTCACTT TTGCCTTTCTTGATATTCTCAAACTATTCTTCAAAATAAAAATAATTTAAAATAAAATAC ATGAATATGACCAATTAACTCTCTTGAAATTTATTACCTTAAAAATGTAAATGAGGGGCT AAATAAAAATAAAAAAAATAATCAATACGAAGTCTAACAATTTACTTATTTTAAAATAAT AAAAGTAAGATTTCAAGCGTAGAAGGTAGACTTGTGAATTGATCAATAACTAAAATTTTG GATTCACGTTTCGTAACGGTTGTTAAGTTGGTTATATTGAATTAGACACATCAACACTTG ACACTTACTAAATTTAACTTGGTTTGTTAGCACAGAGGATCACTGACCTAAAATCTGAAT CTTTTTTTTTTCTATTCCAAGTGGAGTTATGGTAAATAGTCAAAATCTCATCTCATTAAA TAATTGAGCTATCTAAAAATATTCGTCTTTTAACTTCTCTTACAAAAAAAATTGTTATTT TTATCATTAATTGTATATCACAGACTAAAATCAGGCTCAAATAGACAAAACGAACATGGA GAATCTCTAAATTATATTTGGTTGATTAATTGTGTGGTTATATCATATCAAATCACTTAA AAGCTATGCCTAATTAGTTAGATCATCGAGTTCCTTTTTGCAATAATTGTTGGCACAAAG GAACAAAAAACTGCCATTCATGTAACATGCAAGTATAAGACAAATAAGATTTTATTGATG CTGCTTGTTGTAGAAGGCTATCAAGAACCATCATTTTCTTTTTGGTTTGATTTTTAGTGC ATCCATTAAAGTCTAATTAAATTCTAAATTGTTCTATTCAAAACTTGAATATTGAGATTG CTTTTCGATTTTTGTTGATCAAAAACAATATTGTATTAGGAATAGATTCATAAATCATTT CTTCCTTGGCGTGTATTAATAAATAGAAGGACGCATTACATTATTGATTGAACATAACTT TGTGTTGTAAAATCCAAAGGAAAGAAAATGAAATAATGGGCCGACAAGAATCCTTCTTTT TTTCAGACATGAGATTATGGGTCCTAAGAATTTTCCCAATAATCGATTCAAATGTTTTCA TGCATATTCCAAACCAACATGTGGAAGCTGTCCACTCCACTCCTAAGTTTTTTTCAATTT TCCTTCTTTTAATAAATAAATTATCTTCAAAATGTTGCTTTTTAAGCAATTGTCATGCAC TATGGAGACACTCTTATCTCTTACCTAATTTGAATTATGGGTAATTCCAATTAACATTAC AAAATTTTTAAATATCGGTTGGAAAGTGAGCTGATTAATTACTAATTAGCTTGTTAATCT ACGAAATATTTTATCCGTGGCGGATTCAGAATTTCTTAGTTATGAGTGCTTAACTATTTG TAATTTAAAATTAATATCAAAATGGGAGCTTAATTTACACAAATTATTTCAGTGTAGTCT CAAAATGTAATGGATGCTCAAGCACCCATGCACTTGAATGTGCATCCGCCACTTATAATA ATTTTACGCACAAAAGTATACACGAGATTAAAGTGATCCAATGGTTTAAAATTTGTAATT ACGAGTATGAGATACATATATCTTTATCTTAATATTTTATTTTTTGATAAATTATTTATA TAACCAGACAACATCTAGCGATCTTTCAAGTATAATGAAACAAAATCCTCATTGTGAACC AATTAAGGAAAGCTAGGTTTTATCTTATTTTTGCTTAATTCATTTTGCAAGTCGAATATA ATAAAAGTTGCGAATTATTTATCTGCTCAACTTATTCTAAATTGATATGAATAACCAAAA ATTCTATAAAAAAAATAAAAATTTACGTTCAATATATTTACCCATTTTGAATTAGTTCCC AACAACTGTCAAAGTTAGTTTGACTGCAAAACCATTCCCATCTGTGGGAGAACTGCCCTT ATCAACTAACTGTAAAACTTGTTTTTTATTCATTTGAAAATGATTCTTATATATATATAT ATATATTTAAAAAAAAGGAACTTTTCAATGAGGAAAAAGAATTTGTGGTGGTGGTTGAGG AAGGAAGTAATTAATTAGAGGGAAAATAAATGAAAGCTTAATTAATTTGTATGCGTTTTG TCGCTTGTAGCTTTCTTCATGCACATGGGAAGATACCTTTGATATTAACCACCGAATTTT GTCCAAATTAAACATATAGAGTATAGACCAAATTAAAGGCATTTCAATTTATTTATTATT ATTATTAAAAGGCACTCAATCATAACCTCCTAACTCTTATCCCTCTCATATTAAAATTGA ACAACTAATTGGGGAAATAATTAATTCGGATGACAAAGTCATTAGAGGAATTAATTAAGC TGTTTCATAGTCAATTACTCAATTAATTATATTTCATTTGACAATATAATTAATAAAATA TTCTTTCTGTCTTCAATCTTTACCAATCTAAAGCTGCAACCAACTCCAACTTCCAACCTG TATTCAACTATAAGTGGATTTAATTAAGATTATATTCTTTCAAGTTTTAAAAACGTAACA CGGAAACTCTAATTGATTTAATATTAGCATATCAAAAGTGTACAAATTGTACACGAATAG GAATGAGAATATTAAGGGGACACAAAGTTAACAGCATTGAACAGACTTTTTTCGCTACAT ATTGATGGGACGACATTTCATGTACGTGGCATTAATTGTGTTTATCTTAAATAAAACAAT ATAATAATAGGAAAGGAAATAATCTTAATTCCTCAAACAAAAACGTATTTTTATGGAGAA GTTAGTTAAAAGCATTGATGATTAAACTAGCCTTAGAAGTATAATTAATTTATTTGAAGC ACCGACTAGATTAATATAATGTAGGGCCGCTAATGAAGCAGAAGCTGCCACCCACCCATG TGCCCCAAAATCAGCATATATTTGGCAGGCGCCCCTACCCATTCTATAACCACCTTTATG AATCTAAACAATTTAATATTATTATCAACCAAATATATATGTTATTTAACCAGACTTATA GGATTAGAGACAAAGTTATACAAAAACAAAATGTGAATGACTTCCATGACAAATAAGATT AAAAAGAAAATATTCCAAAAAATGAGAACAAAATATATAAAGATATCTATAAAAGGTGCG AGGTGTTAGTAATAATGAATTTTTTTAAAAAAATAAAGATAGAGCAAAAAAGAATCGAAG AGAGTATGATATATTTAAACTCACTTGGGACATGTCATGTAACCAAATATTATTACACTT TTATGCGAAAAAGTAGTAAGAATAGGCTAGTCTCATTTTCTCCTTCCTTAATATTCCTTC TAAAATAAGTTGCGTGATAGAAAAATGAGTAAAAAATTTATGTACTCCAATTCTTTTTAA CTATATTCTTATATCGAAGAAGTTATTCTTTTTAATCGTATTCAATTCTCAAAAAATATG TAATAAATAAAAAATAATTAAATAAATTATATCTTGTAATTACATTATTTTTAAATTAAA CATTTATCTTATTCTCATTATTTTTTTTATGGATTTTAATTTAGAAATTAAAAACCCTAT TTTTATAATATCAGATATATTCGTGATAATGATAAATGTTAATTCCATTGAATGTTATGA ACTATCTAAGGTATGTCTATATGCCTTGGAACTGACATATAAATTGTTATATTTTCTTAT GGGATGTCCAATGACTTGGTGTAAAAATGTCGTTACGCTATCCTTCATGATAAAATGAAT ATCTATCGTCTCATAGTTCACGCTCAACGAATGGAAGAAACTAGAAATAGGGAGGCCAAG AAGGCCAAGTCTTATGAAGGTGGTTCTCTAAGGATAGACCAGCCCATGTTCAAGAAGATA TTAGTCCTAGGCCTTTTTAAGGACGACGACACTGATTACTTCTAGGGTGTTTTCAGATAT GACAAATTTGATATCATTAAAATTGAAATTGCAAAAAGATTAAATAGTCATTAGCTACTG AAGTTGGAATTGCAAGGATTTGGGTAGTCATTAGCTTTTTGGTTGGGATCATCAGAGAAT TTCTAAATATATAAATGGTAAAATATATCTTTTTCAATCGATACAATATAATATTTTTGA TAGTGAACAATCATAAACAGTAAAATTTGCGAATATATGCACAATAGAGTATATTTTTTT CAATAAACAATATAACATTTATTAAAGTGGGTCATCATGAACTGTAAATTTTGTAAATAT ATGAACGATAGAATATATCTTTTTTAATGAACATTATAATATTTCATGTAATATTTTGCA ATAAAATAATAAGCATATATAAGTGATTGTACGGTACAAAACAATACAAATATTTAAATC TCGTTTATTAAATATAGTTTTGTAAACTTTTTTAATAAAATCAATTATTATACAGAACTA TCAAAATTATTCTAAAAGCGTTTTAGAAAAATTAAAATTTTAGTTCATTGAATATGTCAT ATTATTTATTTTTTACTTATATAATATTTCATAATATTTTCAAATACTAAAATTCTTACC TTTATAAGACATTCAAAGTTAAAATAATATTTTTAAAATTTAATTATTTGACAATCTAAT TGTTTGAGCTTGAAATTTTAAATCTCAAAGAATTAAAGACAATTATACACGGTCAATATT AAAATATGATTGATCCAAATTGAAGTGAGTTAGAGAAACTTAGAAATAATAATTATAAAT TTAATTGTGTACAATTTTTAATTATATTTCCATCAATTATAAAATTTTAAAAATATATAC CTAATAAATAATAAGAGATTAGCAACAAACCATTAAAAATAATTTGATTAATACTGCCTT CATTCTTTTATGGACTACCATATATATAACAATTAAAAAAGAACAAGTAATAATAAATAC TTAAGTTTTTATATTCTACTTAGTTATCTCTTTTATGTGTGTATCATTTCATCTGCGTTT GACTCTTCGTTTAATCTTGCCTCTTAATTTGTTCTTCTTTTTTTTTTCATTCTTTTTTTT TGCATCTTCAGTATATTTTGGTAACTGAATTTGGAGGTTATTCCCCTTAATAGTGCTAGA TTCTCAAGAGTATCTAATAAATAAAAGTATTACGTTTTTCTTTCGCTATTATTCGTAGTG AATTTTATTTTTAAAGTTAAATTACAAGATTTGAAATTAACATTTTAAGATGTATTCTTT ATCATATTGAAATGCAAAAAAATTACAGTTTATAATATTTCTCATATAATTTTTGAATAT CTAAATTTTTTGTTTAAAATATTAAATAAATGTAATCGAATTTAATTTTAAAAATTAACA AAATTAACTTTTGAAACATATAACATGATACATAAAAATGAATAGAGAGAGTAACAATTA TTATTTTCTTTACGAATTTTAAATTATGATCTATCTCTGGAGGAATAGATGGAGAGTAGT ATTATTAAATATTCAGGTATCTCGTTCTTCTTCTTTCTTTTTTTTAACTATTATATATTG TTTTATTTTGTTTTGTTCATCTTGTTATTTTATTTTTGTTCTTTTATAATTGATGTATTT AAAAAATTGAAAATCTATCATAAACAATTTATCTATTTCACCAATATCTTTTAACTATAA ATTACAAATCTTAATTATTTGATGTGTAAACATGGATGCAAGTGTATGTTTTTTGGGCCC ACATATGTTTATCGTTAGCTATGATAATGAAGTTAGTAATAAATAATTGCTAAGCATGTT GGCTACTTTTATGTCTTTCTCAGTTTGCTATTTGTCTCCATACGGGCCCCTCTATTTCAT CCTATATATAACTATCCAATTCATCCACTTTCTCTAAGCCAGCCCTTTCTTAACAACTTT TATATTTTTATAAGTAAACGAAAATGATCAAGTTGAGATGCAAAAAGTTCTTCAGAAGCA ACTCAAAGGTTGCAAGTAGTAATGCCGTCGTAGCAGATACCAAATTAGGTGGTGAAATAA AATGGGAATTACGTCCAGGAGGTATGTTGGTACAAAAGAGAGAATGTGCAGAGAATGATG GAGATTCAATTATCACACTTAGAGTCTCTACTGTAACTCAATGGCATCACATTTCTATAC AACCAACTTCATCTTTTGGTAACTTCTCCTTTTTTGGGTCACTTTTACTGTCAAAATACT TTTAACTAGCAGGTCATAATCCAATTTTTTTTTTGAAAGTTTTATTAACTTTTTCCAACT ATAATTCCCAGTTTTAAATTTGGTTTTGTGTATTTAAGTTTTGTCCGAGTCAAATTACAC TATTTTGACCGACTCAAATAGTAGTCATGTAATTTGTGAAGTCAAACAGATATAACTTGT TACCAATTCATTTAAACTTAACTAGATTTTTGCATTGTTCTAAACTAGTTGTGGTTTATT GATGACAGGAGAATTAAAGATGGTATTGGCAATGGTAACTGGTTTAGAACCAAATGAGCA AAGACTATTATACAAAGGGAAAGAAAGAGAGGATTGTGAATACTTGCACATGGTGGGGGT GAAAGACAAAGACAAAGTGTTACTCTTTCAAGATCCATCTATCAAAGAGAGGAAACTTGC AACAAATGGACATGTCCAAGATATAGGATCCACTTACCACACCATTTGTGTCTAATGAGT AACATTATTAGTGTGTGCAATTTCTTGCCTTTTCTTTAAAAAACTAACCCCCTCATCCCC CTCCACTCCCCTCCTCATCAAGAAAATGAGTGATGATGGATCAAGATTGGTGATAAGTAT ATGCTCACCAACTTAGATCGACTAGATTATGTGGTTGTTTTTATGGTGTGTAATGCCAAA TTTTAATTTTATATGCCCTGGTAGCATATATCAAAATTCAAAATTAATGTGTAATCTACT CCAGCATCTCGATTAGGTTATCGAGTTTGTAAATGTTTACTATACTAATTTTAATTTTCT ACTTTAATGTTTTATTATTTTCACCGTTTGAACATATATGAGACATCTCTAATAAGCATA TATTAGGGCCCCGTGAAACTAATCGTAGTGCACCCGCCTTGAAATAGCGGGACTCAATGG ATACAGCTAATCGGGTTTGAAAAGCGATATCCAAAAATCACGGTAAAAAAGAAAGAAAAA AAAAGAAGAAGTGTGATAGAGACTTTTTATATTAACGGAGGGATTCTAACCATTTCTTTT TTTATTTAGAGTTTTATTCTCAAAGCTCTAGTTTGACGGAAAATAAGTTGTTTATAAATT AATTATTCAAAATTATGATTTAAAAACAACATTATAATCAATTATTTTACAATTCAAATT AAACACAAAAAAAAAAAATCATATCAAAATTAATTAATATTTTATCCCTCGGGTCTCCTA CACGGCTAGGTTGAATATATGGCTTATGGGGCACACAAAGCAATGGAGTAGTGGCGTGCA TCATTTAATAATGAAAAGTTGAGCCAAAAAGAAGAGATACAAACAGAATATTCACCTTTA AAAATATGGCATATTTAAGGAAGATTTGATAAAGAAGGAGGAGTAGAATTTACATTTTCT ATATTGATCGGTCCCTATTTTACTAGTGAATATAATGTTGTTTGTTTTTATAAGTTGACG CGTGATGCTTTGTTTAAGAAGCAAGTAGGGAGGGACCCCAAATTCACTTGCAAGTTGATT AGTGAATTGTGATGTTTGACAATCTGGAAAGCAACATTATGTTAGTTTATTGGTAATCGG TCTTAATTTTAGATAAGAGTTCGGTGTTTCACGTTGTTTGGTCAGTCTATTTCTAACTAA TGTAATTACTTAATACTCCAATTTCCTCTCACTTGGATATATTGAAACCTTATAAGTTAT CTATCGTCTAATCAATTAAATGAATTTTTTCTTCTTCAAGAATTTCTTTTTTCATGAAAA CTAACACGTCCTTGCCTTTGGGATTATGACCGTTCAAAATTGAATTGAAATTATCGATTT CGAACGAATTTTTTTATTAATTTATCAATATTTGAAATTTGTTAACGGTTTTAATTTTTT TTAATTAGGTTATCGATTTTTAATGGTTTGAGTATAAATTCGCTAGATATATATATTTGT CGGGTTTTAAAATTGAAATATGTATTTTATTTGTCTAAATTAATAGATTGTAACTGCTTT CCCTAATTAGAGGAGTAATTAAGAATTTTCACAATACATGGAGATTTAATTGTGAAAATT TAAATGAATTGAATTCCTTAATATAAGACGGAAAATTAAGTAATTTATCCATATTTGATT AATTTCATTTTATTATTCTTTGAAATAATAAATTTATTAGTACTACTAATAGAGGCAAAA ACATGTATATCCCCGTCATGTAATTTGATTACTTAATATATATATATATATATATATATA TATATATATATATAAGGGTAGACCGCTGAGGGGATTCACCCGAACATCATTGGCAAAAAA TTACGTTGCATATTTAAGATATTTTAATTATTTTTATATTTATTTATTGATTTTGAACCT CCTGAATATAAGATTAGAGGTTGACTTAGTGGCCTAGGATTCTTAAATCACTACTCTTTT TTTCGAAACCTCTTACTGGAAATCCTGAATCACCACTATATATATATATATATATTATGT ATCCCACAAAATAAACATACATGTGTATCATAGAAATATCTACTATTAATTTCATTTATT TGTTATATATGTCTAGTATTAATTCATGTATCTATTAATATGATGTAATATTAATTTCAT GTATTTAGTTTAGATGATCTAATTTCAATTTCATATATCCATTATTAAATTGATATATCA AGTACCAATTTCATAAATTATATTAAAAAAGAAACAAAACATGACCGGATACATAGTAAG TATATTCATATAACTATGTGTATCTAAATTTGAAAAGTAAGTGAAACACACGAGTTTAGA AACAAATCACAATGTGTATTACCTTTTATAAGACTCACCCAATTCTGAAAATGGTCAGCT ATTAATATGTTTGAGAAACATTAAAATGGAAAAATATAATACCTAAATTTTTAGAACTAA CTTAGATACAATACCAAGGTATGAAAGATAATTATCAAAATCATATTTAAGAGATTTGTT TATCTGTTTAAATTTTTTAAAATATATGATATCAATATTACAAGTAATAGTATGCATAAT AATTTTAATTTTAAACTAAAGATAAATATAGTATACATGATAATAATGTCTGTATAGTTA GATAGTTTTACGTTTATTATAATGACATAATACATAAGCACGATTCTTAACTAGGCTTGA ACGAATAACTATGCCCTTCAACTTTGAATGTTCACAAATAGACACTTAATTTAGTATAAA ATTGTACAAGTAGTCACAAGTGTCCTACACGACAAAATACATATAAGACGTCATATAGAA TACAAAATTACTACGTAGGATGAATATATTCATTTACTTAATTTTATACAATTTTAAGTC TCTATTTATACACACCCAAAATTTAAGATCATAATTGTCAACTGATATTAAATTAAAAAT TATGCGTATTTTAGTACAAATTTGATCTTATCCGCCTATTTAATACCCTCACGTGTTTTC CAATTGCCATGAGACCAGAAGTATTTGACAATTTATCTTGTTTGTTGTTTGGGCTTAGAA AATGAAAGGGTAGTCACCATGGAGTGGCCCAATAACAGGTTAATGCCATTATTTGACAAG TTGTGTCTTCCTTTTCCTTTAGTCCTTGTTAGTTGTTATTTGTTTCCACTCTATTTTTTC TACAGTTTTCAAACAAAATTGCCTTACGTTTCTACCTTATTTCATTTACTCTCTTTCTAA TATTTGTAATGTTAAAATTTGTCATCTTACTATACACATTAATAGAATCCAAATTGTAAT ATAGTTGCTATAAATTGTCACAAAAATAAATAAACCCAAATATTCGTAAAAAAAATTCTC CATAATAAATTTTTACAGTGTGAAATAGATCTATTTTCTTATCCCATAATCATCTATCCA TTACACTAAAGTACACTCATATTCATTTGTACTCCACGATTAAAGTTAAATAGAAAGACA AGCTGCTGGCTATGATTCAATTTTTAAGAAAAACGTTAACCCTTACGTACTTCATGGATT TTACCAAAATGAATTAGTGTAGTTGTAAGACTATTTTTCACAAGTAAATTACACTTAATC AGACATATGAAACTTAAAATTTAAAATTTTTACTCTTAATAGGAAGTATAAAATTTGAAA TTTATATAATTGTGAGACTACTTTTCACACGTACACTACTCTTAATCAAACTTAAATTTT GAAATTTTTACTCTTAATCAAAAGTATTAAATTTGAAATTTTAATTTTTTTTTTCTTAAT CAAAAGTGTCAAATTTGAAATTCGAAATTTAACCAATATGAATTAATCAAAATGGACCAT GCAATATTAAAGAAGACATAATACATATATTAGACTCTAAACTTGACTTCAAATTTTAAC TTTAACCTTCAACTTTCATAATGTAGAAACAGACACTTAAACTATCCAACTTTTAAATAA ATAAACACATGAGTTCTACATGGCACAATACACATGAAACACTACGTAGGACAAAAAATG ACATGTAGAATGTGTGTCTATTTGTTCAACTTTATAGAAATTTAACTGTCTATTTGTCCA AATCCAAAGTTGAAAGACGTAAATGTGATTTGAAATCAAGTTAATGAGCCGGGTAAACTT TTTATAAAATTTGAACAATTCTCCTCTCTTTGAACTAATTTTTGAAGTGTGAATACCTAA TTTTGCTTGGACAATTCTCCTCCCTTTGGATTAATTTTTAAAGTGCGAGTATCTAATTTC CGTGAGGTGAAATGTTAAAACTTCTCTTCACAAGGACTTTATTCTTAATTAAAAGTCATC AAATTTGAAATTCAAAAATTTTAGCCACATGAATTATGATGTAATTGTCAAGACTCGAAA TAGTTACAATGATATTATGCACCCTTGATTGGGTGCTACAATGCGTTGGACACCAATGTT CTTAGGGAAAAGAATTTGAAACAGATCCACTGATTAAAATAGTTCATTATTTTTACTAGT AGCCTGACCTGATTCTATATTTTTTGACATATTTATAGGAAGGTAAGGAAAAATATAACA AATTCAGATGCTAATATTCATTTATTAATCACAGGGAAAATCATAGAAAACATATAAAAA CATGGAATCAACAGACGATTTATTTATTCATTCGAATTGCAATCCACAATAATAATAACT TAAAGTTCATGTTTATTTTTCTTCAATTTCAATTACTTTGGAGAAGGGTTTTTTGAGTTG TTGTTTAGGTACGGTGAGAACAAGGACACCATTTTCCATGGATGCCTCGAGTCGATCTGC CATTATATTTTTTGGAAGCCTAAACTTCCTGCAGAAATCACCCCTATTACGTTCCACTCT ATGCCATAAATTCTTCTTCTCATTTTCATCTCCAATTTCTTCTTCTGCTTTCCACTTACC ACTAATTTTCACTACTCTTCCATTGTCCACTTCCACTTTCACATCCTCTTTGCTGAGCCC TGTATGTACACAATATATACTCTTTCTAACATTTTTAATAAATAAATACACGTGTCCTAC ATATCATACTACATGTCAATTTTTATCCTACATGTATTGTGTCATATAGGATTCATGTGT TTATTTATTTAAAAATTAAATAATTAAAATATGAAAATCGAAGATTAAAGTTAAAATATA AAACCAGTTTAAAATCCAATATATGTATTATCCCTATTAAATTGTTAAATCGTTTAAATT AATACCTGGAAGATCGACGAAGAAGCAGTGAGCTTGAGATGTTTCTTTCCAGTCAATTGG AGTACTCAAAACAGGACACATATTCATCATCCCAACAATTGGATCACTGCTCCTCAATAA GCTGCACATCTTTGTTTTCCCCACTTAAATCAGCTAATTAATTGTATTTCCTTGTTGTCT TCTGTGGAATAAATTGAAACTTTGCACAAGTATATATAGTTGGTGAAAAAAGACAGTTCA AATGGGTCTTGAAACTTCTTGGATCGTCTTAACGTGGATAAAAGAAAAACATCTAGCATG TTCACCTATAAATAATTAAAAAAAAAATATTCGGATCATTCTAAAAGCTTCCATCTTCTA CTAGTACTCGTATCAAAAGGTAGTGCTACTTTTCATCTTATTGATCCATTTAACTGCCAC GTGTCTTTGATTAAATAAGTAAAGTAAAAAAAATTAAAAGAAAAAGAGTCATTTGCTAAA GGACATGTTTTATTTTTCTATCAATTTGTAGTATATTTATTTCTCTATAAAATCTATAAG TTTGAAGTATATAGCAAAAGGCTCATTTGAATCCAAATTTTCTTGATTCGTTATAAAATA TAACTTAAAGTTTACATGCATATGTTTATTCTATTTATGATTTAAATTATTAATGTTAGA AATATCAATAGATACATGAAAAATTGATCTCTGAAATTTATGAATGTCCCGTTAATTAGT TTTTAAAGGAAAAGAAAAATACTACTTACAAGTTTGGTACAATATAATTTTGAAATGGTC AGTTTCGGTTACAAGTAGAAAATTCAAATAATACAAATCCTAATAAAGTGCAATAAAAGG AGGCCCTGCATCCATTAATTTCAGTGTTAAATGACAAAACAATCAAGGACTTTTTGCTAT TTGAAAGCTAACAATATTTTATCTGAAACAAATTGAACTCTTACATATATATTTCATTGA CTGACAAGAGCTCCTTCTCCTTTGTAACAGTTTATATATCAAGACTACAATACACATACT GGTTTACTTCTCCAACTGAGGCACTTCAATCCCTCTTAACAAATCTCCCCTGTAAAAATT ATAAGACATGAATGGACGAATACTTTATTTATTTCACCAACATGAATCAATAATGTATTT TACGTACCTTAACGCGAGGGCGTTTTTCAGCGTTGAGCTTGCGAACTTGATATCGGATAG TTTTAGAAAAGAGTCTGTTCTGTCTCTTCTCTTTGTACCTCATTACACTCGCCTCTCTTC GTCCCGCCTTCATCTCCTCATCCTCTACTTCTCTTTGTTCATTTCCAATTACTTCTGGCA CTCTATGCACAACTGAACTGCTACTCATCAGTTGCCCCTATACAAATCACAATGATAATG TTTGTCATTTTTCAACTCAATTCCTCTGAATTATCTAATTCATTTTGTCATGTTTAACAC AATAATCAAACAAGTCCTCTTAATTTGCATCCACAAGATATGAAACTCTACAGTTTGAAC TAAATTTTTTTGTCTACACATATTACGGGTTGTGTTTTTACTATTAGCTAGCCAAAAATC ATGCAAGTTTATTACATTGCAAAATAAGTTTAACGTCTTTCTAAATAATATTATAAATTT TATTGAGCGGACCTAACTAACTGAAAGGATTAAAAATTAGGACTATCTAGTGCTAGAATT ATGATAAAAATTCACACGTGTTTTATTAAGTTTTGACGGAGAGCTACTATTTCTTACTAT ATGGTTTGATGGAGGTGTAGCCTACAGCTTGCAGACGAATAAAGACGGGGAAAAGGTTGA GCTAATTAAGTAAAAAGTAGGCCCACAAGGGTCAGGACAATTAAAGTGCTCAGCACTTAA TATGGTCAGTCCTATACACAGTTTAAACATTAACATCTATCGACCCACCACTTTCACCTT AGATTTAACCACACAACTATCTCCTCCTTCGATAGAGTGTATACGATGATGTTAAATATA ATAAGAAAATTATTTGATAGAGTGTATAATTATAATGTTAAATATAATATATTAATAATA TATGAATTAGGTATATTTACATCAATTATTTTAATGTATTATTTGATTTGATGTATTAAA AATCATATATATTGTATTAAATAATTTTTTTACAAAGATACTCCATATTTATGATGAAAA AGATGTAAAAAAATTTTGAGGGGCAATTGAATGCATGTACAAAAATCATTGAATTGCTAA TACCTAGAAATACATGCAGACCTTAATACACAAGCATTAATTATACATAAATAAATAAAA ATATCAAATAAGATACTAGTAATACACAACACTAATACATGCATTATTCTTTCTAACACC GTTAGTAAATAATTCTCATGTGATATTATCAACTGGTAGGAGGCACACATTCTTAGCCCC GGTAAAAATAGTACCATTGTCACAAAAAAAGAAAAAAGGAAAAGAAACTATTCTATTCGA TGAAAACAAGAAAATTAAAAACAATCTGCAAAAGCTATAGTAGTAAGAAGAGAACAGGAA TTCTCATAGGCCAGAAGAAAGAGAAACACAGACACAAAGCTGAAATTGCCTCGAGGATTC TTATCTTATCTTTTGCAAAATTAAAGTTGCAATGGAACATTTTTCTAAGTCAAATTAAAG CATTTCCCGAGTCACAGGTCAACAACAGTGAACGATTTCTTTACCGTTTGATTTTTCATA TTTATGTGAGCCCTAATTTTGTACCCATCCTAGTTTTTCTACTCACGTCAAAGTGGGATT CATATGAATGTGTATGTCATTTACCCTAAATCAGTGTAATTTCACTCTCTATGTCACAGC AGGTTATTAGATACCAATTATTATCTTAAATGAATTATTAATCAATAAATTACCGGCAAT CTATTTCTTCTGTAGGTGTATTAGATAGTGAAATATCAATAATATTTCATCAAATCACAT AGCTACAACATTACATTATGTTTGGTTCTAAAAGGTTATCCTTTCCGCAAATTAGAAATC GTTTAAATGACCTGATAACATAAATTTAAAAGTAAGGTAAGAAAAACTAACATTTATCGA AAAAGGCATGTCGAAGGCGAGGAAATCGTCATGGATGTCTGGAACAATCTGGGGGGACTG GGACTGAAGGTAAAGTGGACCTTTATCGGACCAAGCATTCAATATTTCGTCATAATCAAG CTTTAGTGACAATTGTTGTTGCCGTTTGTTCCACGGACAACTACTTACTTCTTCATCCTT CCTCGTACTCTCACTATGTTGATCCAAATCAACAACGTCTGAGTAAACAACCCATTTCTC TTCTTCCCTGTTTTCCCTCTCTTTGTTCCTCAGAGCCGTCCGTACAAGCTCACCTTCTTG TCCCCTATAAAAAAAACAAATTTCGAATTTAAAAGAAAATCGATCATATTGTTCCATCGT TATTCGATCTATATTTAATTAAATACTTATAAAAAAAAATGACTCCGGCCTCTAGAGTAC CTGTAAGTGTCGGCAAATGTGAGGCTGGCCTCCGATGACGAAACTGCCATGTAATTGGGA ACGCTAGTACTTATGTTGCTGTCAATTTCATCCTTTGAAGAAACAAGAACTTCGTTGAGT GTAGTGGCGCTGTTTTCAGCGCCAGCAAAGAAGAGAGCTACGTTGTCATCTTGGGCAGTA CTAGTACTGTCTTTATCATCTAATAAATTTTCTGGGTGCAGTGGGAACAGATTGAGCTGT TGATGATCATGTGTGCTACCGTTGGATGATGAAACCATCCTATCATCTGACTTCTGGGGT TTTTTCTCTGATAGCTCCACACTTAGGCTCAGGAACTTTGGTTTTCTGCGCTTCACCTTG TTTCGGCTTTTCGATTTACCATTCTTTGACCGGCATCCGGCATCGGACATATGCATAATA ACAACAATTATAATCAATTCACTCTATTAGTGTTTTTTTTTTTTTTTTAAAGAATAGTAC TCAAAAAGTGTAATGTTTGTAGGGAAGACTTGTGAATATTTTTATGATGCTTTTGGTGAT TGATCAAGAGCAGAAAGGTCAGTGTCGATATCATGTTGCACTTTTTGACACGTGGGGCTC GTTGATTGGACATGAATGAGGATTGTGTTGTTATCTGGATTGCATTGCTGGTGCCTTTAG ATATTTTTATTTTTTTGGAGAGGTAAATAATTGAGTAACAATAAGGACTATTCTCGTGAT TGAATTAAAGATCTCACCTAATTGCTCTATTAGTTAGGAACTATTAAATTTGGTCTTTAA CAAAATCATTAGGTAATAAATAACTTCTTTTTTTTTGTTTCTCTGTTAACATGGATCATT TTTACCACGGTTAAAAAGAATAGAGAAATCAAAAATTTAGTAAATCCTGTCAAACATTAA TTACGCTATGGTCTAATATTTTGTCGATAAGTTTGAGAGCAAATATTAGTTGATAGTCTG ACTTTGTAGGCAAAGGTAAGTAATTTTTCTAGGGACTATACTTGTACAACTTCACTAATC GAGACAAAATCTGAATAATAAAGTAAAAAGGGTATTAGTGTAAATCAGCCAATTAGTTGG TTCCAGTTTCCAGCCCAAAACTTAAATGGCCCATTAGGGTATAATAGGGCTATACAACAT TGTCTCAATGCCCAGGTCCAGGCATCGGCTCTTTTTACCAGCCCATAACTTAAGAAACCA TGTCTCAACAATTTTTAAATTGCGAAACTTACATTAATATAATATAATAAAAAAATATTA TCATTTATAGCAATATTTTTTTTCATTTGATCACTTTTAATTCATTTATAATACAAATTT AATTCATATTACATAGAACAATTTATTATTCACATATAATACAAGTTTTAATGATAGATA ATACATTTATAACACATTTTAATATACTTGTAATACAATGTGTCAATGTTTTACCAAACA AACATAATATATTCCATAAAATAATTATAATTCATATATATTACATACATGATTCACTTT TAATACATATTGCAGATTTAACATAGTATTGCTACAAATTATAATAAATAAAAAATATAG CTAAAATCAGTAATTATTTATTAAAATGTATTATTTCATGTTATTTTTCCTTTCAAATTT AACATTTTTCTTTTCTTACTTTCTCCCTTTTTTTAAAAAATACCTAGTTTACCGATTACG ATTTTATTTAGCTTGTCTAATGTATTTAAAAATATTTTGGTAGGAATAACTTATGTTTAT GACTTTTAATATATTAAGTTAGTCTACTCTATTTTAGCTTCAAGATTACTTAAATTAACA CTTAAACCAAATTAGATTCAATGAAGTATGGTAATAAAACTTTGCAAATTCCTAATTAAT TTTATTAACGTCTAGAAAAGAGTTAGTTAGGAGAACAGTACATATGCATATATAGTAAGG GTATCTAATTATAAATCTGTTCTGCACTCTTCCAAGTCAATATGTTCCCCGTGGCCTGTA GGAGAAAATGAAGACTCTACACTTTGAAGTTTGAATTGTAGTTATTTTTCCAAGTAGGTC TTAAGAAAGTTTACCTGCTTCTACATTTTTGGTTTTATGGCCAACTTTTAAAAATAGTAT TACGTTGAACTAATTAAAAAATATATTAATATACAAGATACCCTAAAATAAAATTTACAG TTATATTGGATCATTTTCTTCGTCCAATTAAAATATTGAAAAGGTTCTGTGTATTTGTTT TTAAGAACTGAATCTTAATTATTTATATTCAGTTCGTTTATTTTATTTTCTTATAAGCCT CTTAATTGATCTGGATATATCTAAATGAATCAGATCTGTAACACACCCTACGGAACCTAT TCTCTTTGATCTAGGACCTTCTAATTTCAAGATTCATAAATTTACTACTCACATGGCAAT AAAAGTGAGTATAATTTTCATTTTTTTCAAGTTTAGGTAGAGTGGATTTGAAATAGGATA CGTGGGGCCAGAACTTGTAAGCATGTCAAATAACCGATAATTTTGACTTTGCGTTCTTAC TTTAACGTCAAACGGTACATACTGTCTCTTTCAATATTTTATTTATCAACATATAGATAA AAACCTTATTTTTACCTTTGATATAATTTGGCTGAAAATGATTTTGGATAACATAACCGT CCAATATTTCTTTATAAAAAACTTATCATCTGGTTGATTATAATGAACTTAGTTTTGTTT TTATGTGGAATTATTTGGTGCTCAAAAAGAACATAATGTTTTGTGATTACTTATATGTTT TTTTAAAAAAAAAAATCAAATCAATTAATTATAACTATTGAGAAAAACTAAATTGTGTTA AAAACAGAGCAAAATAAAGCAGTCAATAATCACACATAAAACAGAAATTATACTTTTTGT CGTGAATTTGGTTATATAGCACCATTCCTTAATTTATGGGGGAAAATACCACTTATTTCG GTCCCCAAGAGTTCGAAAAAAAGAGATTTACTGTTCTCGTTTGACTTGTTATTGTTTTGT GAGGAAAATATAAATGTATAAAGAATTCATAGAATTAATATGTTGACAAATATTTGGACA CTGTCACAAAGTATTAATTAATTTTCATGAATATTGTGTTGCCACATTCTTAGTAACCAA ATCAGAAATCACTTCATTATCTAATTAATGTTATAATGATAAGAGCATGGCAACTGGTAA TTTCTAGTAACAGATCAATCTGTTTCGCAAGACTTCTTATTCCCTCCATTTTTTTTTTAT ATTTCATTTAGTTGGTTCATAGTATATGTTACTTTATAAAATTAATTTATAAATTATAAT TATTTTTTTTATCCTTATATGTTAATTAGTTTTTAGAATATGTATTTGAACACACCAAGT GAATAATTTATAGTTAATTTGTTAAACTAATTCATATTTATTTATTGATTTTTTTAAAAA AATAAAAATAAAATAATAAATTTATTTAAAATGTTAATGCACTAAAAATAAAAAAATAGT AACATATAAATAGGAATAGGAAATTTTCTAATTCCCTCATTACGTAAAAGTATTTATTTT ACCCACGTCATTTAAGACCACCTAGAGGTACTTGTCTATACTTGGGTGTATATATATATA TATATATATTCTTCCATCTTAAAATATTTTTATATTTTTATTCTCCAAAACAAAATATAA CTAATATTTTGTTATGGGGAAGTAATACTTTAAAGGTACAACCTTTTGAAATCGGTTAAA TCACATCCAGTAGGTAGAATTTTTTATAATTTGACACTGAATAGACCTTAACATTAAATA GTTTAAGAGTATATATACAATATTAAAATGGTAGGAATAAATTCCTGTAATTATTGTTGA TTAATGGCATGAGGTTAAAACAAAGCACGCCGCTTAAACAAGTTTTTTGTTTACCAATTA TCATTATGGTCGCCGTAATCACATGCAGTGTTTTTTTTAATTAGTCTTTGCATAATTCCC TCTTTTTCAACGGGTGGGAAGCCAAATAACATAGAATACTCCATCACATTATTACATAAT GTATTACCATTAGCTGAATAGATATTAAATTTTGGTGGGAGATTTGAATGGTATAATTTT GATTGGAGTATTTTTTTTTTATAAAAAAAATAATAATATATTTTTCCATTTTAAATTAGT TGTTAGATTTCATTAGATTTAAATTATTGAATATTAAGTTGATCTAATACATTTTAACAT TCTCTAAGAAAACGAAATATAAGTATGGATGAGATATATTATTAATATAGAAACTAGAAA CTAACCTAACTATCAAAACTACCCAGTGGGAATCCAAATGAGAAATTATGAATCAATTGA GGCCCACTTATAGTTTAATCACGCCATTCATCCCGGATACTTTCTTCCTTTATAAACCCC TCTCCCATTTCTTCATTATTTACTCAACTCAACACAATATATTCTTTTCTACCCCCACAC CATTAAAAATATGTCTACTCTTTTCTTCACATTTTCCCTCCTTCTTCTAGCACCACTACT CGTAATTAGTTCAATCCAAGATCCAGAACTTGTTGTACAAGACGTTCATAGGTAACACAA AAACCACTGCCGACTTCTATTTTTATTCAATTTATTAGTATTTACTAATTTTATTTTGGT TATTTTGAACAGGAGCATCAATGCGTCATTGACGAGGAGGAATTTGGGCTATTTATCGTG CGGATCAGGGAATCCAATCGATGATTGCTGGCGATGCAACCCCAATTGGGAAAAAAATCG CCAGCGTTTAGCTGATTGCGCCATTGGGTTTGGAAAGAATGCTATCGGAGGAAAAAATGG CCGAATTTACGTGGTTACTGATTCAGGGAACGATGACCCCGTGAACCCTAAACCCGGAAC CCTGAGACATGCTGTTATACAAGACGAGCCTTTATGGATTATTTTCAAAAGAGATATGGT CATTCAGCTCAAACAAGAGCTTGTCATGAACTCTTATAAGACCATAGATGGTCGTGGTGC GAGTGTTCACATTTCAGGTCAAAAGCAGATCCAGACTTGATATTTCATTATTTTCTAAAA ATTTATTATATAGTCGATTAACATTGTTTCAGGTGGTCCGTGCATTACAATCCACCATAC CAGCAACATTATAATACACGGGATTAATATACACGATTGTAAACAGAGTGGTAACGGCAA CATTAGGGACTCACCAAACCATTCCGGATGGTGGGATGTTTCTGATGGTGATGGTATTTC AATTTTTGGAGGGAAAAACATTTGGGTGGACCATTGTTCGTTGTCTAATTGCCACGACGG TTTAATTGATGCAATTCACGGATCTACAGCAATCACGATATCTAACAACTATTTCACTCA TCATGACAAGGTGATGTTGTTGGGACATAGTGATTCTTTTACACAGGACAAAGGCATGCA AGTCACAGTTGCTTTTAATCATTTTGGTGAAGGGTTGGTGCAAAGAATGCCAAGGTGCAG ACATGGTTACTTCCATGTGGTTAATAATGACTATACTCACTGGGAAATGTATGCCATTGG TGGTAGTGCTGCACCTACTATTAATAGCCAAGGAAACAGATTTCTTGCTCCCAATGAAAA ATACCGCAAAGAGGTATTTCAATTCATCAGTGAACATGAAATGATATACTAGTTACAGAG AAATTATTTTCCTTTGACCATCATATTTAAACAAAAAAAGTTTAGTTGAAAAATAATACC TACCTTGCAAATAAATTATAAAGTTGGTATTGAATTCTCTTCATATAAAACAGGAAATTC TAGTTAAAGGGTTTGAAAATTGCTACTTTTGAATCCACTTGTACAAATTTTTGGCTCGGC GCTGACATATATTATTTCCCAATATCCTAATTTTTTTAGGCTTGAACGTCGTTATCTTTT AGAATTTGAAATGTGGTAAGATTATGCTAAATATTTGAAAATTTAACAGGTGACAAAGCA TGAGGATGCACCAGAAAGTCAGTGGAGAAGCTGGAACTGGAGATCAGAAGGTGATTTGAT GTTAAATGGAGCGTATTTCAGGCAAACAGGGGCAGGTGCATCATCATCATCTACTTATGC CAGAGCTTCAAGCTTAAGCGCTAGGCCTTCTTCTTTAGTTGGATCAATTACCACAAATGC CGGTCCTGTTAACTGCAAAAAAGGCTCTCGCTGCTAGTAAATTTAAATCCAGTGGCTACT AAATTTATTTCAAAATGGAGAATGTACGATGACTAGTTGACGATAGTGAAAGAAGTAGTG TTTTAATTAAGCTGAAAATGGTGTACGGAAAATATATGGAGACCATTTCGCAAAACTTAT ATCTCATCGTTTTCTTTTTCTCAATTTTTCCATGAAAAACTATTACTACTAATTATTGTC ATTTGAACGTTTGTTTCTTAATATAGTGACTATCTTGCGTTTTTCCTAATATGTTCCTTT ATTTTTACTTGTCCAAACTAGCAAACTTTATAACTTAGTTTGCAATTTATCAATATTTTA TTATATTTAAATTTCAAAGCGACGAGCAAATGGTAAAAATTGAACAACTTGATGATCACT GATGGTATCATGATTTTTAGGATGCTTAACGACTTTTTATACATAATCTTCCACAAATGC ATGATCGATACAAATGCTGATTCCGAATTCATATTTGATGAGTTTAACCTTTTTAGGACT AGTCTTAATCCTATTCAACGCATTAATTATATTTTATGTACATACATAAATTTATATATT TGACCAAATTATTAAATTCAATTTAAATATACGTCTCATTTGTCTATATATCGTACCAGA AAAACTTTCGTCAATCTAAAAAGTTGAAACATAAAAAATTGTACGACACTACAAAAATAT ACTAAACATAGCACGCACATAAGAAAAGTTATAGCAAACTTATTTTGCATATATCACAGA TATAAGGGATCATTTTTGTTATTTTCTCGTTATTTGAGTATGATCCGATATTTAATGTGA ACATGCATGGGATTTTTACAACTGCTTTAGTTGGGAAGAAATAGATTGGTCAATACACTT GCCTTTTTTTCCCACTCTTCTTAGGAGCTTTTTCCGTCAATTATGGAAATGACCCTACGC TACAAAATAATGAAATTAACGGCATTATTCATAAGTCCTTTTTTTTTTTGACAATTTGAC ACTTAGCAATTAATAACTATTCCTCTGCTGGAATTGTAGGCATTAAATTAGATAACTAAA TGAACTACTGCTCCTTAGTCCATTATTATTTCTTATGATTTCTATAACTTTAATTAATAT TTAAGATGTATTTTTTTATTGTATAAATAAGTAAAAAAAAATATAATATATATTATCTCT GTGGCATTATTTCCTTTTTATCAATTTCAAAAATAATATCATATTTCTTTATATAGTAAA TATTTGGAGGTACAATTCTTGTTTAACCTTTGTTGGTCCAACTTACACAGTAGTCTAATA CATTATGAGGAAAGACAAAAATAACTTTACTTTTTTTTAAGGATAATTTGATAAAAATTT TAAAGTCTTCATTATTTTTTAAACTCGTGCCCGGTCAAATGTTATCACATAAAATGAGAT GGAGAGAGTATTACTTTTTATATAGTTTTAAAATATATAAGTATTTTATTAAAATTATGA AATTAATATAATCTAATTTAACTCCTTAAAAATTATTCAAATTGATTTTTGAAAGACACT GCATGAAAAATAAAAGTGAACGGAATATGAAATTTTCGAGCGTGAATTGAAATTTAATCG AGTCCAGTATTGAAAACACACACAATGCACACACAATGCAAATGAAATATTTATTCAAGC AATCAGATCTTTTTCATTTGATCATTTTATTAAAACAACAAAATATACATGATGGAAGTT ACAAGTACATGTTACTAAATCAACAAATTAGTTAGATGTTCTCTCTTTTTTTAAGTAATA AATTTCCATCTGTGAAAAATAAATTTCACAGAATTAAGAATTTTTAAAAAATAGTATTGA TTAATGAATCAATTAGAAGAAGAATGCGGCAGCGACTGCAGCAGCAAAAACAGAGGAGAC CGCCTTCAATGTAGCTGCGCCACTGGCGTCGGCGGCGGGTGCCTCAGCAGGTGTAGAAGT GGCGGGAGCGGTAGTGGTAGCAGTTTCGCTGTCGGGAGATGGTGGTGATGCGGGTTCTAC TTCCGGAGTTTCGGCACTTGAAGTTGGAGAAGAAGAAGAAGAAACAGAACCGGAATTTGA AGATTTAGGAGATGATGCTGATGATGATGGGGATGGTGACGATGATGATGGAGATGATGA TGATGGGGTACTTGCCTTTGGAGATGATTCAGAGGATGATGGTGCGGCAGCAGGTGCATT AGCACTACCGCTGTTTGGTGAAGCTGCTGCTGGTGTGGATGATGATGCAGGGGATGTTGC TGATGTGGATGGTGATGATGCAGGGGTTGTTGCTGATGTGGATGGTGATGCAGCAGGGGA ACTGCTTGGGGAATTATCTGCCGAAGCAAATACAGCAATGGCAACAAATACCAGAGCCAA AACAATAACTTGACGAGCCATTTTTACTAATTTTTTATTTTTTAGATTTTTTTTTTCTTC TTTTTGATGGAAAAAGTTTGAAAGAATAATGATCCTTCAATATTTGCAGTAGTTTTTTAA ACAGAAAAAACTGTGCAAATTAATAAGGATGAGGACAATGAAGAAGTTGAAGGGAATGAG TTATATAGGCCACAAAAAAGTTAAGAGGTGTTGGTCAATTTTCCATTTGCAAAGAATTAA AAAAACGAACGGTAAACAGTAAAGATATTGACCAAGCACCACAAGAATTCATGGGTACAA TTTATCTACTCCTCCGTTCTCCATGGCGAGTCATCTATTCTAGGTTGTGAGCAATTTATC TTATTTTTTCCCATGTTTAAAAAAATGTTAGCCCTCAATGAGTGAAAAATTCTACCTCAC AATTAATAAATAATGAAAATACAAAAATAACGCTATTTATAGCCAATGTTTTCATTTGAA TTAATAAATATTATAAAATGGTTAAGAAAATTATACTATGTTCAAACTTGTAAATACCTT CCATAATTTATTTATTTTGGGGTTAACCTTCCATAGTTTATACTATTACATAATTTAGAG CATGTTCCTGATCGTTGTTAAAAATATTTTTACTTTTAAGAGCATTTTCATAATGATATT TGGGAAAAGTATTTCTGAAAAACATATCTGTGTTTGATTAATTTATTTTAATTTTTTTTT TGATAAACACATTGTGATTGATTATAATTTTTTTAACAGAGTCGAATTACATATGCATTT TTAATATTAATATTATTTTAAATATCTATTATAGAATATTTCATATCAAATTAAAATCAA TATTATACATATATAATTAACATGATGATTAATATAATAAAATACAAAGAACTCATCATA AAAAGATAAAAATAAATAGAAGAGATATGTTTCTAAATATTTATATATGACAAGGATATT TTGAATTTGCATAAATAATTTTTTGCTTTTATTTTTTTAAGATACTTAAATATCTATTTT CTTTTCTAGGAAAACTCCCGCTTCTTTAATTTAAAAGAAATTTTGCTGATTAGTTAAACA CCTTATATTTTCAAAATACATAGTATTATATTGTGTAAATCAAATTACAACGTATACAAT AAATTTTTTTATATCTTTTTAAAGGAAAATTAAAGAGATTTATTTGTAATTAATATTCCC TCAAAAATTATAATTTAAATTATCTTTTTAAAATGTTTATTGTCACATTATTTATATAGA AATTTTATTTTGTGTGTCACATATTATGTGGGGCCATTTTGTAGCTTGACAAATGGACAT ACAATAACGGTGGACTGAAAAATAAAAAGAGGAAATTCCAAAAATGTTTCTCCATTTCAT TATATAAAAACAGCAATACTACATTTAGAGCGATAGCATATATTATATAATTATCGACTA ATAAAATAATATTGAGAAATATTTTTAATCCTTTTTCCCCTCTAATAATATTAGCCCTAC CAATACGTGCACAATGAATAAAGCATTTTGTTGAGCGGGAAATTTTTTCCTCACCAACAG CTTCAACATTTGTTAAAACATTCACAATTAAAAATATTGTCAATAATACTTTTGTGAATT TCATCATTTCTAATATTATTTTTTCCTCAATGGAATTTTTTTTTCTTTTGTCTTAGGTAC TTGATGAAAGATAACAGTGCTATTTATAATCAAAATATCAACTATGATTTAAGACATATT AGACTATAATTAATCATATAAAACATTTAGATTAATTATATCAAACTTATAGTCAATAAT ATAATTATCCAAGACTATATATTTTGATTTTCATATTATGTAAATATAACTAAAAACTCA AAAAAATTAATTAATGAGATAAAAACATTTAAATTATAATCAATAAATAGTTAGACAATA ATATAGATTATAGTCAAGCTATTAATAAATATAATATATAATTTTTTAGTCATATAATGT AAATTTAACTAACAACAAATAAAAAAATAATTAATCAGATAAAACATTTAGATTATAGTC AATAATATAGTTTGACTATAACAATATAGACTATAGTCAAATTCTTAATAAGTATAATAT TATGATTTAGTAATTTTTTTAAGTATATATTTTGATTTTCATATTATGTAAATTTAACTA ACAACTCATTAAAAAAATGTCTCACCTAACTTTATCACAATGAAAAGATAAAGTTATTTA TGTATAATAACTGCAATTGATTTCTCCCTTGACAAAGTACTTTTATTTAGAATTCTAATG GGATTTCAAGGAGTTAAAAAAAAAAGAGGGGGATTTCAAGGATAAATGCGACACACATTT CTAAAGTCTAAAACATAAAATTTTACACTATTAAGTTCGTTAAATTAAAAAAAAAAGTAT CAAAAAAAAAAATTAAATTTGATTGATATTTTTTTTTAATTATATAAGGTAACAATTGAA CAACTAAAGTTATAAAAAAGGACAACCCAACTCAATCCGACCCAAAATTAATCGAGTCAA GAAATTTGATGGGTTAAGTAGGCCGGCCTTTCATTTGGAAAGACTTTGTACTCCCTAAAC TTATTGTCATTCTCGATTATATTGAAAATTCTGACACACACCCATTAACATTTTTAAAGA GTCTAAGCAACATATATACCATATAATATACTAATAATATCTCTTTTAAGGTAAGTTATT CTCGAGCCTCTATTTGGAGAGTGAAGTTAATTATCAATAGCTCTATGGTAAGAAAGAGAT GGGTACAATATCATAGCAAATACCACAATATGGAACAAATCATTCCAGCTTCTTACTATG TAGATCAAATATGTAAGAAAAAAAGACAAGTTCCAAACTCATTTTTACAAACAAGTGATA CAAGATATGGGAATATCATCATCACTTGCCCAGATTTATAACAGCTGAGCTAAATCATCC ACTAACATATGATGAAATAAGTTCTGCCTTTTCTTGAATCTCCAACCCCATGCATACAAT AAATCAACAACAGCTTCAAGAAGGAATATCACGAATCTATCCAAGCCCAGACATTAATTA AAACATCCCCTCATAACTTACACATGCGGGTTTCTAAATTCCACACCAAACACCTATTAA TTTTATACATAGTAAAATAATGCCACCAAACGTCGTATAACTTACTTTCTAACCACCTAC CAAACGACCCCTAAGGAAAGAAATCATCAAGTGAGAGGGATCGAATAAAAGGCTATTCTT CTGGTACAACACTGGAAGATAGCCGAGATACAACCATTATAAAAGAAGAAACTATACGTC TTGGACATCAAGCAATTGTGTTAGTTGAAAATTCAGAAAAATATACTTCTGCTGCACATG ACAAAAGATATTACTAGCACCTGGAAATATTATATGGGTAAATGTGGAATCTCCAATATA CTTGTATACTGTGTGACCAAGTAGGCCAAGGCATATGAGCGAGAACAAGCATTACAAGAT CCTCAAGGAGGTTGAGGTCTTCGAGAGATCTTTTTTTTTATATATATCTTCTCTGGCCTG GACTGAACGTCACAATAATTAAAGTCGGAGAGCAATGAGCATGCTGAACCAAGTAGACAG ATACCTCTGAGACATAGACCATTCTTAGCATCTCAAGCCTCAGTAAATTCAATAACAACA CCCTTTGTTCGGAACTGGCTCAATGAAATGCCGATTATAAGTTGAAATATGAGTCAAGGG AAACCAGGAACGATGGGTGAGAAGAAACTATTCAACTGCCTTCCTATAAGTCCACAATAT GGGTGATAACTCAATCAACCGACCTACTTAATTAGCACATAATGCTTACCAAGGACTAGC TCAGCAACCTAGGTCCAGATTAAGGTGAATAAACTCCCTACAAAGTAGGACCCTTAAACC ACGAGAGAATCTCAGGAAACTTGTATGGCAAAAATTATAGCTATGAACGGGATAGTAGCT CTTCTCTCAAAGGAAGATTTTGCAGGATACAAGGGAATCATAGGTAAAGGCACAAGGATC TTATCAACCAAACAGAGGACACAAATAAAGCATCAAGATCAAATCAGGTAGTATCAAGAG TTCAAGTGCCTTAATCTTCTTCTGCGCCTCACAGTAGTTTCGCTTAGTTTTTATACCATA GTTTCAGTATTTGAATTAATTGGAACATAAAAGGCCCGAGTTAACATAGCAAAACCCAAA TGGCCTACCTATATCTCTCAATAAAAAATCACATAAATGACATAGGAAATATGGTTTACA TGTAAAGACAGATATATACCCACATACTCGCAAATGATAAGAAAACTATAACACATTTAT GTATTATTATTGTTTATTTAGTTAGAATGATGTCACCTTCGGGAATTGTTTTGAATGATC AAAACCTCGAGTTAGACCACAAATGGTGCCCCATCATAAGGGAACTTGCAATTAAAACAA AATCATTCCATTTACTTTGCTCCAAAACGTGAGGCATCTTACACAAAGTTCTACTTTTTC AGATAAAAAAAATAAAGCAGTAATACAGCAGTACACACAGCTGCACCTTGTACCTTCTCT CATATTATTATTGTTTTTATAACAGTAGTGTCTGGGCTATTCACAAACACATCAATTATT ATGCGGTTTACCTATATCTTCCCCACAGTACACTTAACAGTAACTCTGTCCACCAAGGCT TTAGGATAGGAAGAAACCGACTAGCTTTTTTGATTGTCTTAACTAGGATTTGAAGCATGA TCTTCCAGACTTCTATTCTAACGTCATCGACCTTAGATCACACTCTTGGGTATGCACATT ATTCTTTACTGGCTATATCGATTATCGACTACAAACACATGCTCTGAGGGATTCAATTTG GAAATATTATTGGAAGTTAGGAGATAGAGTAGTGCACGCACATACTTTATAGCCGTAAAA AGCAAAATCCATACAGTAATTTACCAAGGGAAAATCTGGATACATTAACACAATGAAGAA GAATGGAACAGTGACACATACAAAAAGAAACAGAAATTATAAAGCTGAAATCAAACAAAA GCAATTTAATGATATGAAACTCTTCAAATCACCAAAGAAAGAGGTGAAATGTGAAGGGAA CAGAGAAGGTGTCAAAGCAAATTATAAGCCCTGCAAAATAAATTATTAAGAAAATCCAGT GTAGCTTCTTTTTTACCTATTATTATCAGTTCTTCAGTGTTCAGATCATTGTAGATAATA ACAACAAGAAGCTATCGATCCGTGTTCTTCAGAGTTCAGATAATTGTAAATAACAGCAAC AACTATCTATAGATGTGGAAGAATTTCTCAAAAGTTCTTCAGAATTGCTCTAAAAGCTTC TAAGATGATGGCTTATCTATGTTAGACTGCAACAGTTACACAAAGCCTGACCAATAAATC CCAAACATACATCTCTACTCGGGAGGAAAAAGGTTCATTATTCCTAAAACATGATTTAGC AATCGAAATTGAGCAATATTTTCAACTCAAAATGGCGAGGACATGGGAAAAAGGACTATC TTTCAGTCAGAAACAATTAACATTATGCCGGAAAGGGACATCAAATTTCACCTATGCCTT TGTCTTCCTCCTCAAGCGCTTCCTCAGCTTCTTCAACTTGTGCTTGTTCATCTTCCTCTT CCTCTTTTTCTTCACACTATCCGCCCATATCTTAAGTGAATCTTCTCCTACGACGACGCC TCCATCATTCTCAGATTTAACTACCCCAATTTGAGAAATGGGGTTTAGGAAAACACCGAA AGGGAAACTTGGATAAACCAGTGGGCAAGGGGAAACCTTCTGATTTGGATCCTCTGTTTC GCGTTGGAGACAAAAGGGTATTTGATTTCGTCTGCTACAAGAAGGATGAGCCAAGATTGG TGGTTGAGGAGAGGTAGAACTGAGGATTGCCGGTTCGGATTTATTAAGGTTAGTGATGAT TCTTGTTGTGGAAGATTGAAATTGGTTCCTCAGAGCTTTCCGAAGAATTGAAGCCATTTA GTGCAACAATTCAAGAACCATCAAAAAGAGAAAGAAAGAAAGAATAACAGAGAATTGCAT CCGTTAGGGTTTTGCCAAAAAGGAAGACTTCGAAGTTTCAAAAATAAATATTTGCCCACA TGCAGGATCGAACTACAGACCTTCAGTTTACAAGACTGACGCTCTACCACTGAGCTATAC GGGCTATGTTCCCTGCGCTGACAAAGAAGCTATTTATTCAATCAATTAAATAAATATCGT TCCTGTATTAAAAATTATAACAATTTAGTTGGCTGGATAAAATAATAATATTGGTCATAA GACTATTATAAGCTGAATATGTGTTACCTAGTCCTATGATTATTTTATATAATCGTGAGA TAAATTATTTCGTATAAAAAATCTCATAAAATATCTTTGTTTATCTCATTCCACTAACTA AACGAGCTTTTAAAAGGATAAACAAATACTCGAGTCATATTCACTGTGAATTAAGTTTAT CCACCTCTGATCCCTATTTAATACACCAAAAATGATTTGATTCATTTAGATGATCAATTA AGGTTAGAATGCCAAATAGTTAACATAGTTAATTAAGTGAAGTACTGCTGTTAATGTAAA TATCAAACGAGTTTAGATTTGTAATCAAGCGAGGCCATTTGTGGTTACTAATTAAAAGTT GGGCTTATAGAACAAATAAAAAAATAAAAATGTTACACAATAATATACCCAGGTTTACTA CAAATTGAATTTAATTACAATGTATGAATACAAATTTATTCATGCACTGGTTTAAAGTTT CTGTAAGCTATAACTGCGTAAAAAGGATCCGATGAAGCTGATAACAACCCAATCAACTGC ATTATTTTACTGAGAGGTGATTTATTTTGTTGATCATCATTAGTTGGTAATTTACGAATC ACTTGTGGCTCTGTAAATCCCTTAATACATTGAAAATATTGTACCACAAGTTGCACTCTC CCGTATCCTGTACTGTCCCTCCAGGCACTAATTGCTTTATCGTAGAACAATCTGTTACTG AAACTTACAATAAACACTCCTCCAGGTCTTAGAATTCGAAATACTTCCGCGAAAACCTGA AATTTAATAACATTGTATTAGTAACACAATGATCAAAATAGAAACTAAACATTGTGTTCT TAATGCAAAATTTAGTTAATAATATAACCTTATCACTATATTGTTTGGCTTATAACCAAC CACACATTTTTGCAACAATGTTTATGTGGTTGTGGTGACACTTGATTCTCTTTATCATCT AATTAAGTTACCTTCTCAGGCTGTTGAAGATACTGCACACTGACAGTGCATAAAACAGCA TCAAAACTACAATTTTCAAACTCAAATTTCTCATCTTCATTCAAATCCCTCACAAAGAAA TAATCCAATTTGGGATTTTTTGCTAGCTCTTGGGCATTAAGTCCATGACCAACCACCTTT TTGTACTTCACTTCTTGTGGTAAATGACTGACCCATGAGCTCATAAGGTCAAGAATTTCA AATTCAGGTTTCAAACATTTCCTATAAAAACAGCGCAGGGGAGTCAAATTAATCAATAAC ATATTTGAACTTAATTTTGACACCGTTACCTGTAAAGATCGGTTAAATTGGAAATGAAAC GATCATCGACGTGTGTGACGAATCTTGGATAGGCATAAAATTCCTTGTCTGGTAAAATGT TTAGTTTGGTTCTTCCTTGTTGAGTAAGTACCATTCGTTTGATTTTTCCTGCTGTTGAAT TGTTATCTTCATTATTATAGGCTTTTGGAGTTATTATTATTGAGGGCTGTGTTTTGGTTT TGGATGGAAGAGGAAACAAGTGTAAGTTTGGGGATTTCCATGTCTTGGGATGGGAATGTG TAACGATGGTGAGAAACATGTCGAATTGTCTTTGATGATGACAAAGAGATTCAATTTATA TGGGCTTTTTGGTGTTTGAATATTCGGCCCACAGGTAATTGGACTGGTAGCCCACGTCCG TCAAGACTGCATGCCAAATTAAAAAGTTTCAAGGTAACTTTCACGTATAGCAAACATAAA TTTTATATTTGTATGCTATAACAAAGTTTGCATTATTGTACTCTATAACAAACATATGAA TGTATAATTCGCTATACATATACAATTGAAGCAAAGTGTATAAAACGAGAAAGAGAAAGA GACTTGGACAGAGAATTGTATAAAATAAAGTGTATAAAACAAATTGTATAATTATAAGTG TACAGAAATATTATATACAATTTGAATTTGTCAAATGAGAAAAAGAGAAAGGCGAAAGAG ACTTAGGCAGGGAATATACAATTGAATCGAATTGTATAAAACGAGAAAGAGAAATTATAT AAAATTTGAATCCGTATAAAATGAGAAAGAGAGAAAGGCAAAAGAAACTGGGCAGGAGAG TAATTTTATTGTATAATTATAAGTGTATAGGACAAAAATATATGTATTTGTGTGTGTATG TACAATTTTCTCTCGCTTTATACAAACAGAATATACATTTCGTTTCTGTTTGTATAAGCG AAAGAGGCAAGGGTGTCGAGCGAGATTAGAGAGAGTGGCGAGCAATTTGGGAGAGGGGAA CAAAAATATATGTTTTTATATAATTTCCTCTCACTTTATACAAAAAGAAACAAATTTATG CACTTGTGTTTGTATAAAAGTGAGAGGATGCGAGCGAGAAATGGAGCGAGAGAGGAGAGT GGCGAGCGAAAGTTTGAGGGAGAGAAGTGACTAGCAAACAATTTTTTACGGGGCACAATT AAATCAAAGGGTGGTTATAGCAATTAATTTGATTTATTAGTTTGTTATTATATACAATTT TTTCAAAAATATGCAACCTAATGCGGACTCAGAATTTTCGTACAGAGGGTTCGAAAAGAA AAAACTATGAAAAATGTGAAAAGATGGAACTGAATCTAAAATAAATAAAATGCTAACACT AGAATTCAAACTTTCGACGTGAAACTTAACCTTAAGACCTTCCGCTAGGGGTGATTCGAT AGTGTTAAAAAAAGACATGTGTCTTAAGCCCCAAATTTAAGGGGCTTCATTTTTAATAAT AATAGGTTATAAATTATTATTCTTTAGCAAATATTGAATAGCATTTGTAGAAAAAGTAAA CATTTAATGAAAAAATGAAGGAATTATTAGAAAAATTTGACATATTTGGAGTACTATATC TAATGAAAAATGATTAAAAATAAGAATAATTATATTATCAAATGAAAATTAGAAGAAATC ATTTATATAAAAGTTTTATTTAGGACCCCATTTAATTTTTATTTTAGGTCATTAATACGT TTGAGCAGTCCTGCTATGCTGCAATAAATTTCTTTTTGTGAATGATAAGGTTATACGGCA GGGCAGCCTTTTTGCTTTTTTTTTTTTTCAATTTTTGCTTTCGATGCTGCAGGTACATGT TTTTTCGCTTTTACCTTCTGTGAACTTTGAATTGTCATTGTTAAAGGATCATGTAACCTT TTAGATCTGTTTTTTTGTCCATTGGAGATTATTAGAATCAAAGATTTAATTCATATTAGG TGTAACTATTTGGGTAATTCCAATCCAACATGAATGAGTTCATATATATTAGACAAAATG ATGAAATAACAAAGAAGAAAATTGATGTAGATGAAAATATCTACATATCTGAAATTAGTT TATTGGAGAGAAAATCTCTTGAAATTTAAATTTTGATTAATATGATAACTGATTTGATTT TGTGAGTGAAAAGAGGGAGAGATATAATTGTTTGAAAATCAAATTGCTTTGAATTCGATA ATTGATTTGGTAATGGGAAAATATTAGAGGCAAGATTTTGGGGATGAGAAAGGTGGGTTT AGGTTCTTTCACAATAAAGTATCTGGCAGGGGAAAAATAGGAATTTTTGTATTTTTATGA AAGCGTAGGGGATTAAACGAAAATATGTAAACATATGTAGTGTAGTTTAGTAATTTATCC TAAGAAATATACTTTTAATAAAAGATGGTTGGACCGGCAAAGTCCGTAGCTCATGTACTT GTAAATTGGATCGATCTTCTTTTGGCGCACACAAAAAATGGACTAACTCGGCCTGATCTA TCAAATTTCAAAGTCCCGCCTAGATAAGATGGGTCAACCCATATTGAAAGTTCTAATTTA CACATGTATGTGTTAAGTATACATAACTTTATTTGAATTTGCAGTTTAGCTTTAGTAAGA TGTTGATGAGTGTGTTGAAGATGGAACGAGGAGAACCACTTGGTTTGGAGTTATAAAAAA AGATTTCCTCACATTTATGAAATGCTTTGTCTCCATTCCAATTAACCTTCCGTTGACACA CTATGGCAAAGCCATCAAGGTACTAATTTCTTACATAATTTTTTTAAAAAAATTAAAAGT CTAGAGTTTGACTATATGATTCTTTGTGGTGAGTACAGGCTCGTAGCAGGATCACATCCA CAATGAAACAAATAATATTAATGAGGTAATGTTATTGAAAGGAAAATTAAGTGATGTGGA GAAAGTGAGCATTAATTGTACTAGACCTTCTTTTTGCAGGTTTTGAAACAACCTCAGGAC TTTTGTTCGATGAATTTCTAATATAAATATCGTATGTGTATATATATTAGATGGAAAATA CTGCCTATATTTTCTTCGATCCATCGGAATTTAACCCTTGGAGATGGACCATAAGTTTAC CTTTTTCTGGTGATGCATATTAATTTCCGATATATAAATTAAGGGTGAATTTTTTTAGGA AAAAATATATTCTTTACTAACACAATTTATTTTTCTGAAATTCAGGATGCAGCCACAAGC AAAAAGGTAATCCCATTTGGTGGTGGAGTGAGGATGTGTCCTGGATCGGAGCTTGCCAAA TTAGAAGCAGCTTTTTTTTCTACGTCATCTTGTCCTCAATTATATAATCAAAGATAATTG TATAGAACGACAAACTAATAATATAAAAATAAATATAGTAGTTATCTTTAATTTATTTGT GTTTCATAGCAAATTGTTTTTCAGTCACTCTCTCCGTTATATTCTCTCTCATCACTCTCC TTCTCTCGCTTTATACAATAAAATTGTATATATTGTGTTTCTAATTGTATAAAGCGAGAG AAAATTGTATATACGCATGCAAATACAAATATCTTCGTCCTATACGCTTATAATTATAGA GTCAATACAATTATTTTTCTGCCCAAGTCTCTTTTGCCTTTCTCGTTTTATACAAATTCA AATTGTATATAATTTCTTTCTTTCTCGTTTTACACAATTCAATTCAATTGTATATTCTCT GCACAAGTCTCTTTTTGTCTTTCTCTCTTTCTCGTTTTATACAAATTCAAATTGTATATA ATTTCTTTCTTTCTCGTTTTATACAATTCATTTCTGCCTTTCTCACTTTTTCGTTTTATA CAATTCAAATTGTATATAATTTCTCTCTTTCTCTCATTTTATACAATTCATTTTTTACAA TTCGTTTCAATTGTATATGTACAACGAATTATACATATATAAATTTGTTATGCAGTGCAA TTATGCAAATTTTGATATAACATACAAATATAAATTTCATGTTTGCTATATGTGAAAGTT GTCCATTTTAATACGTAAAAGACTCAAATATATCTATTTATTGTTTAAATATATACAACT CATTATACTATCATTTTCGTTTGCCTTTTATCTTTTTGTAAATTCTGATAATTTTTTATA ATTATACATTAAATCTTATGATAAAAACATTTAATTGTGCAGGTGGACAATGAAAGAAGA TGAATATCCAATGTTGTGCCCATACATTGACTTCCCGAAAGGACTAATAATAGCTTTGGA GGCAGAAGCAACTGATCTTTAAGAACTGATGAATTTGTATAAATACAAATTTGTTGAATA AGAATTAGATTGATAATTAATCTATTAATCTTGTAAATTAATTAAAACAAATGTTGCAAT GCTAAATTGAACTTCTGTTTTTTATTCGCCTTTCCTACTTTTTTTTTTCTTCAAAAAGTC ATGAGCATACTATGTGTACATTTTAAAAAATGACATTTTGTATGATGATAATCAACTAAT TGTGAAATATTCAATTAAAATGACTTTTTGTACTAAGTAATCAATTTTCTATTTTTATTC CATTATTTTATTAAAATCAAATTTTTTTTCATGAGAATCATCACTAAAGGGGGTAATAAT AGCATTTAATCATTTTTAGCAGGGTATTAAAATTCTCGCAAAGGTTAAATGAATGTATGT GACAGAAAAATTTAATCAATGTTCAAAGATTTTTTAAATTGTGAATAGGAGATTATGTAT ATAAATATGAATCTTGAATACTCTACAACTATAAAATAAAATGTCATAATTATTTAGAGT ATATGATTAAAAAGGGGAAAAAATAATTATATTAAATTAAATGATTATATAAGGTCTACT ACATTTAATGATGTATATTATAATGTGAATATATAATAATAATATTCCTAGCTTTTTTGG TAAAAGGATAATTGTTTCCATAAATAGAATTAAGTCAATGTATTTTTTTAACTAAAAAAA GTCAAGATGTATTACAATTTTGGCAATATAATCATATCATTTATTCTCCAACTATATATA TAAATGATTTAGAGGGCATGATAACTCCACATTCTAAAATAAATTGGTAGTACTAAATAT TTCTTGTTTATCATATCATCATGATTTTACTCCTTCCTGTGATGTTATCTTTCTTATTTG GTACTGTAATTTTTGTATTCACGTTTCACCATTTATTTTTCCGTTTTTATAAACATGATA CTAAAATCTTACCTGGTGGGAACATGGGGTTTCCCTTCGTTGGAGAGGCATTTGGCTTTT TTACCCCTCATAAATCGTTCTCCATTGGTAACTTCTTGCAACAACGTTGCTCTAGGTATA TTTACTTTTGCCCTAAATTTTCACTTTGGTTCGTACTTGACATGTTTTGACCCATATGTT TTTTCTTGCTTGCATTTTAGATATGGAAAAGTGTTTAAATCGTATATATTTGGGTCTCCA ACAATAATTTCGTGCGACTTGGAGCTCAACAAATTTATCCTTCAAAAAGAGGGAAAATTG TTCCAAAGCAGCTACCCTAAACCAATTAGAGACATTCTTGGTAATCACTCTTTGATGATT GTCACTGACGTTGAACGTCACAAAAAGTTGCGACGTATTGAAGTTGGCCTCATCAACAAA TTCAGTTCCACATCCAATTTTCTCTGTGAAATTGATAAATTATGTGTCTCGTTAATGGAA TCGTGGAGAGGAAATCAACTTATTCTCTTCTCAAAACAAGCTAAACAGGTCTGTATAATC AAAATATAACTTTTCATCTGGATAACATTACTATTAATGTGTAATTTGTATTTGCAGTTT AGTTTTAATTTGATGTTGATGAATTTGTTGGACATGCAACCGGGAGAGCCACTTGGTTTG CAGTTATTACAAGATTTCCTCACATTTATGGAAGGATTTGTCTCTATTCCAATTAACCTC CCCTGGACACCCTATGCCAAGGCGGTTAAGGTAACCCTCATTAATCAGAGATTTCGAAAA AAATCTTTGATAATAATTGTTTAACCATACTTTTTGGGGTAACAGGCTCGTAGGAGGATT TCATCGACGTTGAAACAAATACTAAATGAAAGGAAAAATAGAAAAGACGTGCAAGGAAAA GGAGACCCTTTTGATGAGATTTTGATGAAAGAGGACTTAATTAGTGATGTGGAGAAAGTA AGCATTTTACTGGACCTTTTATTGGCAGGTTATGAAACAACCTCAGGACTTTTATCCCTG CTCGTCTATTTTCTTGCCCAATCACCACAAGCTCTTCAAACTTTGAAGGTAAAAACAATT ACAACTCTTTTATAACTCTCTTCTACATTATATAAAACTTCTATTTATCCTATGATCAGG ATGAACATCTCGCAATAAGGAGAAACAAAAAGGAAGGGGAACCCCTAAATTGGGAAGATT ATAAGCAAATGGAATTCACCACTATGGTAAATTCTTCAATCTTCAGTTCAACCTAATAGT GTACATACATTTTCATTTGATTAACCAATTAACTTCCTCTTATCTATGGTTTCTACCATC GTCTATCATTATAATTCAGGTAATAAATGAAACTCTACGTTGTGGCAACTTGGTGAAGTT TGTTCATAGAGAAGCTATCAAGGATGTAAAATTCAAAGGTTTGTTTGTAAACAGGAAATC ATTAAAGAGAATATATTATTCTTAAGCGTAGATTAAATATACATAAAATACAAATTTTTC TTTTTTTAATCATTGTTCTTGGATTCCAGGATATCATATTCCAGCAGGCTGGAAAGTGCT TCCTATTTTGTCTGCAGTACATCTTGAACCGTCGCTGCATGAAAATCCATCGGAGTTTAA TCCTTGGAGATGGACTGTAAGTTTTCGTCATTTTGTTCACATATAAATTTTTCTAAAGCA ATATAATATAGACTTTCAGTAACCGCAAGTGTGAGGATACAAAGCCAAGTAAAAAAAATT TCAGGATCCAGCTACAAGCAAAAATGTGGTCCCATTCGGAGGTGGATCCCGATTGTGTCC TGGATCAGAGCTTGGTAAATTAGAAGCATCTTTCTTCCTACACTATCTTCTCCTCAATTA CAGGTATTTAATATGGCAATCAGTAAAAATAAATAAATACCATTTTACTAATTTTAAGTG TTATTTAAATTGTATTTCTTTTTATACTATTCATCTTCATTTTTTGCCTTTTTTAGAAAA AAAATTATATTTGATCATCTGATAAAATAATCATCATCTATTTTGTAGGTGGACAATGAA AGAAGAAGAATATCCAATGTTATACCCATATATGGACTTCCCAAAAGGATTGCTAATAGC TTTGGAGACGGAAACAAAAAATGTTATTTAAGTATTATTGTTTGTTTAAGGAAAAAGTTG TTGAATTAGTTACATTGTTTAAATTTAACTAAAACATTTATGATATTCATTTCATCAATT GTTTGACTACTCTATGGAATCCTTTTCTAGCATAACGTTTGGTTACCATATTACTCTCTC TCTCTCTCTATACATTTTTAATTGTCAAAATTGTGTTTTTTAAAAGTCAATTTGATTAAT TTTCAAAATTAAATTAGATTACAGTAATTTGATATTTTAAAACTATATGAAAAGTATTAT AACTATTAATTTTTTTATATCATAAAATATTAGTCAAATTTATCATTTGACTCGAAAAAA AGACTATAAAAATTAAAAATAGACTAAAATAATAAATGATATACATACTCTATCGCCCC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.966 1403 1609 match_part 0.983 1957 2014 match_part 0.964 2204 2343 match_part 0.970 2588 2857 match_2 match_part 0.966 1403 1609 match_part 0.983 1957 2014 match_part 0.964 2204 2343 match_part 0.955 2588 2829 match_3 match_part 0.956 3235 3618 match_4 match_part 0.987 3235 3618 match_5 match_part 0.987 3235 3618 match_6 match_part 0.984 4055 4240 match_part 1.000 4405 4487 match_part 1.000 4559 4788 match_part 1.000 4909 4958 match_part 1.000 5063 5137 match_part 0.980 5447 5648 match_7 match_part 0.904 6488 7006 match_8 match_part 0.982 19313 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.998 21262 21736 match_9 match_part 0.914 19345 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.994 21262 21732 match_part 0.857 21796 21802 match_10 match_part 1.000 19345 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.976 21262 21507 match_11 match_part 1.000 19347 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.998 21262 21732 match_part 0.429 21796 21816 match_12 match_part 1.000 19348 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 1.000 21262 21704 match_13 match_part 0.955 19360 19425 match_part 0.972 20843 20950 match_part 1.000 21111 21175 match_part 0.922 21262 21605 match_14 match_part 0.949 19367 19425 match_part 0.972 20843 20950 match_part 0.985 21111 21175 match_part 0.924 21262 21719 match_15 match_part 0.949 19367 19425 match_part 0.972 20843 20950 match_part 0.985 21111 21175 match_part 0.924 21262 21601 match_16 match_part 0.959 20853 20950 match_part 0.985 21111 21175 match_part 0.992 21262 21732 match_part 0.857 21796 21802 match_17 match_part 0.978 20859 20950 match_part 0.985 21111 21175 match_part 0.915 21262 21719 match_18 match_part 1.000 21122 21175 match_part 1.000 21262 21732 match_19 match_part 1.000 23316 23606 match_part 1.000 23703 23915 match_20 match_part 1.000 23316 23606 match_part 0.994 23703 23883 match_21 match_part 1.000 23385 23606 match_part 0.981 23703 24239 match_22 match_part 1.000 23385 23606 match_part 0.992 23703 24230 match_23 match_part 0.960 23458 23606 match_part 0.948 23703 23798 match_24 match_part 1.000 23477 23606 match_part 0.994 23703 24188 match_25 match_part 0.971 23537 23606 match_part 1.000 23703 24144 match_26 match_part 0.932 24792 24998 match_part 0.983 25088 25146 match_part 0.973 25270 25344 match_part 0.960 25738 25837 match_part 0.921 25928 25990 match_part 0.938 26479 26526 match_27 match_part 1.000 24892 24998 match_part 1.000 25088 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 1.000 26777 27044 match_28 match_part 1.000 24892 24998 match_part 1.000 25088 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 0.986 26479 26552 match_29 match_part 0.909 25086 25752 match_30 match_part 1.000 25090 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 0.997 26777 27098 match_31 match_part 0.980 25294 25344 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 0.994 26777 27134 match_32 match_part 0.933 25808 25837 match_part 1.000 25928 25990 match_part 0.991 26479 26589 match_part 0.984 26777 26967 match_33 match_part 0.927 27557 28186 match_34 match_part 0.990 46450 46954 match_part 1.000 47113 47287 match_part 1.000 49092 49134 match_35 match_part 0.946 46457 46954 match_part 0.972 47113 47218 match_36 match_part 0.944 46473 46954 match_part 0.954 47120 47465 match_37 match_part 0.958 46476 46954 match_part 0.977 47113 47287 match_part 0.982 49092 49147 match_38 match_part 0.958 46476 46954 match_part 0.977 47113 47287 match_part 0.962 49092 49117 match_39 match_part 0.956 46476 46954 match_part 0.962 47113 47245 match_40 match_part 1.000 46481 46954 match_part 1.000 47113 47218 match_41 match_part 0.958 46482 46954 match_part 0.972 47113 47218 match_42 match_part 1.000 46488 46954 match_part 1.000 47113 47162 match_43 match_part 1.000 46499 46954 match_part 0.993 47120 47271 match_44 match_part 1.000 46500 46954 match_part 0.966 47113 47287 match_part 1.000 49092 49117 match_45 match_part 0.949 46504 46954 match_part 0.947 47113 47413 match_46 match_part 1.000 46507 46954 match_part 1.000 47113 47220 match_47 match_part 0.990 46764 46954 match_part 0.966 47113 47287 match_part 0.960 49092 49369 match_part 0.932 49541 49614 match_48 match_part 1.000 47172 47287 match_part 1.000 49092 49369 match_part 0.991 49541 49872 match_49 match_part 1.000 49170 49369 match_part 1.000 49541 49905 match_part 0.562 50151 50182 match_50 match_part 1.000 49303 49369 match_part 0.995 49541 49912 match_51 match_part 0.946 49333 49369 match_part 0.918 49541 49834 match_52 match_part 0.965 50851 51221 match_53 match_part 1.000 62371 62869 match_54 match_part 0.981 62376 62911 match_55 match_part 0.907 62381 62874 match_56 match_part 0.912 62384 62869 match_57 match_part 0.926 62396 62966 match_58 match_part 1.000 62396 62868 match_59 match_part 1.000 62449 62979 match_60 match_part 1.000 62483 63011 match_61 match_part 0.988 62497 63152 match_part 0.986 63710 63779 match_part 0.958 64417 64464 match_62 match_part 0.992 62497 63152 match_part 1.000 63710 63774 match_63 match_part 0.998 62506 63152 match_part 1.000 63710 63779 match_part 0.979 64417 64940 match_64 match_part 0.998 62517 62980 match_65 match_part 1.000 62522 63152 match_part 1.000 63710 63779 match_part 0.975 64417 64619 match_66 match_part 0.989 62523 63152 match_part 0.986 63710 63779 match_part 0.973 64417 64528 match_67 match_part 1.000 62523 63152 match_part 1.000 63710 63742 match_68 match_part 0.997 62523 63152 match_69 match_part 0.982 62523 63020 match_70 match_part 0.987 62523 62990 match_71 match_part 0.989 62523 62978 match_72 match_part 0.997 62523 62916 match_73 match_part 1.000 62537 62865 match_74 match_part 0.974 62559 63064 match_75 match_part 0.988 62560 63152 match_part 0.986 63710 63779 match_part 0.934 64417 64522 match_76 match_part 1.000 62599 63058 match_77 match_part 1.000 62633 63152 match_part 1.000 63710 63779 match_part 0.971 64417 64620 match_78 match_part 1.000 62633 63152 match_part 0.986 63710 63779 match_79 match_part 0.981 62633 62999 match_80 match_part 1.000 62633 62931 match_81 match_part 1.000 62633 62851 match_82 match_part 1.000 62777 63152 match_part 1.000 63710 63779 match_part 0.995 64417 64627 match_83 match_part 1.000 62777 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64522 match_84 match_part 1.000 62799 63152 match_part 1.000 63710 63779 match_part 0.990 64417 64814 match_85 match_part 0.982 62820 63152 match_part 0.971 63710 63779 match_part 0.949 64417 64515 match_86 match_part 1.000 62831 63152 match_part 1.000 63710 63779 match_part 0.989 64417 64776 match_87 match_part 1.000 62862 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64630 match_88 match_part 1.000 62862 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64567 match_89 match_part 0.988 62990 63152 match_part 0.986 63710 63779 match_part 0.942 64417 64759 match_90 match_part 0.957 63060 63152 match_part 0.957 63710 63779 match_part 0.884 64417 64892 match_91 match_part 1.000 63115 63152 match_part 1.000 63710 63779 match_part 0.973 64417 64892 match_92 match_part 1.000 82130 82398 match_part 0.985 82689 83150 match_93 match_part 1.000 82134 82398 match_part 1.000 82689 83188 match_94 match_part 1.000 82135 82398 match_part 0.997 82689 83052 match_95 match_part 1.000 95959 96111 match_part 0.992 96193 96557 match_part 1.000 96633 97153 match_part 1.000 97490 97851 match_96 match_part 1.000 95983 96111 match_part 1.000 96193 96554 match_97 match_part 1.000 95993 96111 match_part 0.966 96193 96424 match_98 match_part 1.000 95993 96111 match_part 0.972 96193 96371 match_99 match_part 1.000 95994 96111 match_part 0.995 96193 96557 match_part 1.000 96633 96696 match_100 match_part 0.931 96011 96111 match_part 0.956 96193 96557 match_part 0.936 96633 96896 match_101 match_part 0.931 96011 96111 match_part 0.956 96193 96557 match_part 0.977 96633 96763 match_102 match_part 0.933 96900 97153 match_part 0.907 97490 97940 match_103 match_part 0.953 97004 97153 match_part 0.914 97490 97920 match_104 match_part 0.947 97004 97153 match_part 0.980 97490 97540 match_105 match_part 1.000 97017 97153 match_part 0.984 97490 97978 match_106 match_part 0.936 105245 105929 match_107 match_part 0.925 106768 107155 match_108 match_part 1.000 107322 107768 match_109 match_part 1.000 107322 107743 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_110 match_part 0.942 7462 6880 match_111 match_part 1.000 8325 8266 match_part 0.994 8141 7511 match_112 match_part 0.987 28237 27527 match_113 match_part 0.986 28237 27534 match_114 match_part 0.998 28275 27662 match_115 match_part 1.000 28257 27673 match_116 match_part 0.967 28236 27777 match_117 match_part 1.000 42036 41889 match_part 1.000 41814 41682 match_part 1.000 41601 41512 match_part 0.992 41428 41304 match_part 1.000 41154 41133 match_118 match_part 1.000 42038 41889 match_part 0.992 41814 41682 match_part 1.000 41601 41512 match_part 1.000 41428 41376 match_119 match_part 1.000 42036 41889 match_part 1.000 41814 41682 match_part 1.000 41601 41512 match_part 0.978 41428 41384 match_120 match_part 1.000 50330 50197 match_part 0.976 50111 49817 match_121 match_part 0.988 53502 53334 match_part 0.989 51221 50695 match_122 match_part 0.977 53506 53334 match_part 0.955 51221 50776 match_123 match_part 0.997 54015 53334 match_part 0.960 51221 50871 match_124 match_part 0.989 53421 53334 match_part 0.994 51221 50871 match_125 match_part 1.000 53419 53334 match_part 0.997 51221 50871 match_126 match_part 0.991 51221 50871 match_127 match_part 1.000 51217 50871 match_128 match_part 0.970 51102 50871 match_129 match_part 0.998 53998 53334 match_part 0.954 51221 50877 match_130 match_part 0.997 54000 53334 match_part 0.987 51221 50909 match_131 match_part 0.988 53677 53334 match_part 0.500 53184 53169 match_part 0.800 53089 53085 match_part 0.996 51206 50927 match_132 match_part 1.000 54020 53334 match_part 0.979 51221 50931 match_133 match_part 1.000 53976 53334 match_part 0.996 51221 50964 match_134 match_part 0.997 53944 53334 match_part 0.992 51221 50965 match_135 match_part 0.999 54010 53334 match_part 1.000 51221 50981 match_136 match_part 0.999 54036 53334 match_part 0.987 51221 50992 match_137 match_part 1.000 53999 53334 match_part 1.000 51221 50996 match_138 match_part 0.974 53724 53334 match_part 0.953 51221 51008 match_139 match_part 1.000 54015 53334 match_part 1.000 51221 51016 match_140 match_part 1.000 54015 53334 match_part 0.985 51221 51018 match_141 match_part 0.991 53999 53334 match_part 1.000 51221 51018 match_142 match_part 1.000 54019 53334 match_part 0.995 51221 51019 match_143 match_part 0.951 54043 53334 match_part 0.987 51221 51065 match_144 match_part 0.999 54021 53334 match_part 0.987 51221 51067 match_145 match_part 1.000 53805 53334 match_part 1.000 51221 51071 match_146 match_part 0.946 53983 53334 match_part 0.860 51221 51079 match_147 match_part 0.997 54000 53334 match_part 0.986 51221 51083 match_148 match_part 0.997 54020 53334 match_part 1.000 51221 51084 match_149 match_part 0.997 54030 53334 match_part 1.000 51221 51093 match_150 match_part 0.974 53988 53334 match_part 0.938 51221 51109 match_151 match_part 1.000 53847 53334 match_part 1.000 51221 51117 match_152 match_part 1.000 54030 53334 match_part 1.000 51221 51121 match_153 match_part 1.000 54002 53334 match_part 1.000 51221 51122 match_154 match_part 0.975 53976 53334 match_part 0.957 51221 51129 match_155 match_part 1.000 54008 53334 match_part 1.000 51221 51130 match_156 match_part 0.973 53998 53334 match_part 0.946 51221 51130 match_157 match_part 1.000 54012 53334 match_part 1.000 51221 51144 match_158 match_part 1.000 53795 53334 match_part 1.000 51221 51176 match_159 match_part 0.970 53466 53334 match_part 1.000 51221 51197 match_160 match_part 0.977 53976 53334 match_161 match_part 0.968 53998 53371 match_162 match_part 0.973 53982 53385 match_163 match_part 0.998 53859 53386 match_164 match_part 0.959 53998 53396 match_165 match_part 0.974 53982 53398 match_166 match_part 1.000 53975 53398 match_167 match_part 1.000 53993 53415 match_168 match_part 0.997 54011 53416 match_169 match_part 1.000 53990 53455 match_170 match_part 0.995 54018 53457 match_171 match_part 0.996 54047 53479 match_172 match_part 0.994 54010 53512 match_173 match_part 0.971 53998 53517 match_174 match_part 0.972 53985 53517 match_175 match_part 0.992 54001 53521 match_176 match_part 1.000 54008 53522 match_177 match_part 1.000 54018 53527 match_178 match_part 0.961 54019 53553 match_179 match_part 1.000 54008 53553 match_180 match_part 0.991 54010 53555 match_181 match_part 0.995 53998 53559 match_182 match_part 0.974 53998 53582 match_183 match_part 0.971 54014 53602 match_184 match_part 0.936 53969 53611 match_185 match_part 0.997 54011 53643 match_186 match_part 0.990 53874 53669 match_187 match_part 0.990 54014 53713 match_188 match_part 0.998 54396 53835 match_189 match_part 1.000 57080 57032 match_part 1.000 56521 56330 match_part 0.996 55789 55530 match_190 match_part 1.000 57080 57032 match_part 1.000 56521 56330 match_part 1.000 55789 55530 match_191 match_part 0.951 57092 57032 match_part 0.990 56521 56330 match_part 0.975 55789 55629 match_192 match_part 1.000 57079 57032 match_part 1.000 56521 56330 match_part 1.000 55789 55763 match_193 match_part 0.986 62885 62529 match_194 match_part 0.955 62837 62529 match_195 match_part 1.000 65710 65677 match_part 1.000 65591 65138 match_196 match_part 1.000 65881 65677 match_part 0.986 65591 65155 match_197 match_part 0.979 65495 65155 match_198 match_part 0.985 65495 65156 match_199 match_part 1.000 66063 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65163 match_200 match_part 1.000 65881 65677 match_part 1.000 65591 65163 match_201 match_part 1.000 65880 65677 match_part 1.000 65591 65163 match_202 match_part 0.995 65541 65163 match_203 match_part 0.973 65458 65163 match_204 match_part 0.914 66578 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 0.986 65591 65313 match_205 match_part 1.000 65687 65685 match_part 0.924 65591 65317 match_206 match_part 0.931 65591 65317 match_207 match_part 0.935 65591 65317 match_208 match_part 1.000 66617 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65402 match_209 match_part 1.000 66423 66300 match_part 1.000 66205 66007 match_part 0.996 65920 65677 match_part 1.000 65591 65462 match_210 match_part 1.000 66551 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.988 65920 65677 match_part 0.963 65591 65483 match_211 match_part 0.969 66790 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65514 match_212 match_part 1.000 66557 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65514 match_213 match_part 1.000 66554 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65515 match_214 match_part 0.875 66551 66544 match_part 0.963 66435 66300 match_part 0.965 66205 66007 match_part 0.951 65920 65677 match_part 0.973 65591 65555 match_215 match_part 1.000 66594 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65695 match_216 match_part 0.667 66314 66300 match_part 0.925 66205 66007 match_part 0.938 65920 65711 match_217 match_part 1.000 66984 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65759 match_218 match_part 1.000 66631 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.959 65920 65774 match_219 match_part 1.000 66553 66544 match_part 0.993 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65780 match_220 match_part 1.000 66345 66300 match_part 0.985 66205 66007 match_part 1.000 65920 65787 match_221 match_part 1.000 66338 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65838 match_222 match_part 0.865 68229 68193 match_part 1.000 67047 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.947 65920 65883 match_223 match_part 0.928 66979 66759 match_part 0.953 66650 66544 match_part 0.919 66435 66300 match_part 0.935 66205 66007 match_part 0.955 65920 65899 match_224 match_part 1.000 66337 66300 match_part 0.980 66205 66007 match_part 1.000 65920 65901 match_225 match_part 0.976 66884 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66038 match_226 match_part 1.000 68254 68193 match_part 0.990 67047 66759 match_part 0.981 66650 66544 match_part 0.931 66435 66334 match_227 match_part 1.000 66983 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66348 match_228 match_part 1.000 68537 68424 match_part 1.000 68329 68193 match_part 1.000 67047 66759 match_part 0.991 66650 66544 match_part 1.000 66435 66381 match_229 match_part 1.000 69079 69072 match_part 1.000 68804 68696 match_part 0.948 68616 68424 match_part 0.942 68329 68193 match_part 0.945 67047 66811 match_230 match_part 1.000 69205 69072 match_part 1.000 68804 68696 match_part 1.000 68616 68424 match_part 0.971 68329 68193 match_part 0.990 67047 66856 match_231 match_part 0.998 68331 67496 match_232 match_part 0.943 68598 68424 match_part 0.938 68329 68202 match_233 match_part 0.953 69282 69072 match_part 1.000 68804 68696 match_part 0.943 68616 68424 match_part 0.857 68329 68316 match_234 match_part 0.998 69372 68813 match_235 match_part 0.971 72322 71704 match_236 match_part 0.979 72378 71797 match_237 match_part 0.999 72843 72157 match_238 match_part 1.000 72988 72285 match_239 match_part 1.000 72988 72508 match_240 match_part 1.000 74006 73362 match_241 match_part 1.000 74006 73417 match_242 match_part 0.931 73955 73738 match_243 match_part 1.000 91804 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89379 match_244 match_part 1.000 91804 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89379 match_245 match_part 0.968 91808 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89413 match_246 match_part 1.000 91931 91561 match_part 0.987 91444 91132 match_part 0.750 90865 90858 match_247 match_part 0.991 91395 90965 match_248 match_part 0.997 91931 91561 match_part 1.000 91444 91328 match_249 match_part 0.952 92058 91561 match_part 0.978 91444 91354 match_250 match_part 0.929 100159 99522 match_251 match_part 0.927 100085 99552 match_252 match_part 0.936 106063 105263 match_253 match_part 0.992 105943 105284 match_254 match_part 0.923 106103 105308 match_255 match_part 1.000 106106 105406 match_256 match_part 0.994 106106 105422 match_257 match_part 0.937 105972 105431 match_258 match_part 0.953 106063 105471 match_259 match_part 0.921 106213 105540 match_260 match_part 0.993 106126 105578 match_261 match_part 1.000 106128 105709 match_262 match_part 1.000 107928 107670 match_part 1.000 107601 107352 match_part 0.988 107156 106911 match_263 match_part 1.000 107706 107670 match_part 0.997 107601 107249 match_part 1.000 107156 107140 match_264 match_part 0.993 107933 107326 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 1403 1609 exon 1957 2014 exon 2204 2343 exon 2588 2857 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 3235 3618 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 4055 4240 exon 4405 4487 exon 4559 4788 exon 4909 4958 exon 5063 5137 exon 5447 5648 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 6488 7006 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 7462 6880 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 8325 8266 exon 8141 7511 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19345 19425 exon 20843 20950 exon 21111 21175 exon 21262 21732 exon 21796 21816 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19313 19425 exon 20843 20950 exon 21111 21175 exon 21262 21736 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 23316 23606 exon 23703 24239 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 24892 24998 exon 25088 25146 exon 25738 25837 exon 25928 25990 exon 26479 26589 exon 26777 27098 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 24792 24998 exon 25088 25146 exon 25270 25344 exon 25738 25837 exon 25928 25990 exon 26479 26589 exon 26777 27134 gene_12 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 25086 25752 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 28275 27527 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 27557 28186 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 42038 41889 exon 41814 41682 exon 41601 41512 exon 41428 41304 exon 41154 41133 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46450 46954 exon 47113 47287 exon 49092 49369 exon 49541 49905 exon 50151 50182 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46450 46954 exon 47113 47287 exon 49092 49369 exon 49541 49912 gene_18 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46457 46954 exon 47113 47413 gene_19 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46499 46954 exon 47120 47287 exon 49092 49369 exon 49541 49905 exon 50151 50182 gene_20 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46473 46954 exon 47120 47465 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 50330 50197 exon 50111 49817 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 54396 53334 exon 51221 50695 gene_23 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 54396 53334 exon 53184 53169 exon 53089 53085 exon 51206 50871 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 50851 51221 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 57092 57032 exon 56521 56330 exon 55789 55530 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62371 63152 exon 63710 63779 exon 64417 64940 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62885 62529 gene_28 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69282 69072 exon 68804 68696 exon 68616 68424 exon 68329 68193 exon 67047 66759 exon 66650 66544 exon 66435 66300 exon 66205 66007 exon 65920 65677 exon 65591 65138 gene_29 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 65687 65685 exon 65591 65155 gene_30 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 68331 67496 gene_31 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69372 68813 gene_32 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 72988 71704 gene_33 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 74006 73362 gene_34 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 82130 82398 exon 82689 83188 gene_35 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 91132 exon 89437 89379 gene_36 gene GT_PGL_24_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 90965 gene_37 gene GT_PGL_24_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 91132 exon 90865 90858 gene_38 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 95959 96111 exon 96193 96557 exon 96633 97153 exon 97490 97978 gene_39 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 100159 99522 gene_40 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 105245 105929 gene_41 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 106213 105263 gene_42 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 106768 107155 gene_43 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107933 107326 gene_44 gene GT_PGL_30_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107706 107670 exon 107601 107249 exon 107156 107140 gene_45 gene GT_PGL_30_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107928 107670 exon 107601 107352 exon 107156 106911 gene_46 gene GT_PGL_31_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107322 107768 RepeatMasker tomato repeats master Copia00110 13407 13498 1 Copia00110 13407 13498 1 nucleotide_motif 401 8803 8893 GYCUME1_LTR 351 439 1 GYCUME1_LTR 351 439 1 nucleotide_motif 251 11271 11366 Gypsy00046 4092 4199 1 Gypsy00046 4092 4199 1 nucleotide_motif 378 11293 11392 Copia00039 272 483 1 Copia00039 272 483 1 nucleotide_motif 788 11955 12168 Copia00063 1018 2679 1 Copia00063 1018 2679 1 nucleotide_motif 6630 28512 30128 Gypsy00003 5074 8393 1 Gypsy00003 5074 8393 1 nucleotide_motif 20619 30132 33306 Copia00039 264 443 1 Copia00039 264 443 1 nucleotide_motif 610 36052 36239 Copia00039 386 450 1 Copia00039 386 450 1 nucleotide_motif 236 36369 36438 Copia00039 956 1036 1 Copia00039 956 1036 1 nucleotide_motif 271 36675 36753 Copia00110 10832 12139 1 Copia00110 10832 12139 1 nucleotide_motif 7274 42607 43916 Gypsy00043 521 610 1 Gypsy00043 521 610 1 nucleotide_motif 396 61438 61528 Gypsy00042 1254 1471 1 Gypsy00042 1254 1471 1 nucleotide_motif 483 79973 80162 MuDR1_HV 479 1290 1 MuDR1_HV 479 1290 1 nucleotide_motif 271 84611 84679 Copia00110 2408 2693 1 Copia00110 2408 2693 1 nucleotide_motif 1543 86713 86984 Copia00143 110 209 1 Copia00143 110 209 1 nucleotide_motif 425 86981 87070 Copia00110 13163 13358 1 Copia00110 13163 13358 1 nucleotide_motif 665 108094 108278 Copia00110 13333 13623 1 Copia00110 13333 13623 1 nucleotide_motif 1203 108413 108722 Gypsy00043 1046 1313 1 Gypsy00043 1046 1313 1 nucleotide_motif 816 108660 108904 Unknown00019 50 698 1 Unknown00019 50 698 1 nucleotide_motif 697 110993 111450 RepeatMasker tomato repeats master Copia00039 926 1038 -1 Copia00039 926 1038 -1 nucleotide_motif 257 12374 12265 Copia00039 264 410 -1 Copia00039 264 410 -1 nucleotide_motif 812 12630 12484 Copia00107 240 734 -1 Copia00107 240 734 -1 nucleotide_motif 3643 20359 19865 TS 58 2041 -1 TS 58 2041 -1 nucleotide_motif 410 24538 24413 Unknown00008 2526 3122 -1 Unknown00008 2526 3122 -1 nucleotide_motif 3816 33406 32807 Copia00019 4 3742 -1 Copia00019 4 3742 -1 nucleotide_motif 9696 34867 33407 Copia00113 5096 5346 -1 Copia00113 5096 5346 -1 nucleotide_motif 280 36719 36481 Copia00039 264 367 -1 Copia00039 264 367 -1 nucleotide_motif 545 37123 37021 Copia00172 5191 5358 -1 Copia00172 5191 5358 -1 nucleotide_motif 413 48993 48822 TS2 95 591 -1 TS2 95 591 -1 nucleotide_motif 283 68977 68866 Unknown00025 234 480 -1 Unknown00025 234 480 -1 nucleotide_motif 773 71113 70844 Gypsy00029 7977 8070 -1 Gypsy00029 7977 8070 -1 nucleotide_motif 301 80236 80146 TLP1 10 294 -1 TLP1 10 294 -1 nucleotide_motif 1020 85803 85518 Copia00110 2488 2618 -1 Copia00110 2488 2618 -1 nucleotide_motif 518 87992 87874 SONATA1 1 79 -1 SONATA1 1 79 -1 nucleotide_motif 340 99130 99055 ATCOPIA24I 2727 2818 -1 ATCOPIA24I 2727 2818 -1 nucleotide_motif 269 99890 99790 Unknown00019 144 697 -1 Unknown00019 144 697 -1 nucleotide_motif 588 108645 108096 Copia00110 13164 13381 -1 Copia00110 13164 13381 -1 nucleotide_motif 704 111661 111451 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2113 30864 32017 match_2 match 2161 30864 32017 match_3 match 1479 33407 34567 match_4 match 2185 30864 32017 match_5 match 1669 30864 32017 match_6 match 1362 33427 34567 match_7 match 2200 30864 32017 match_8 match 1796 30864 32017 match_9 match 1796 30864 32017 match_10 match 2192 30864 32017 match_11 match 2185 30864 32017 match_12 match 2185 30864 32017 match_13 match 2272 30864 32017 match_14 match 2214 30865 32017 match_15 match 2177 30864 32017 match_16 match 2216 30864 32017 match_17 match 1804 30864 32017 match_18 match 1796 30864 32017 match_19 match 1790 30864 32017 match_20 match 2208 30864 32017 match_21 match 2208 30864 32017 match_22 match 2177 30864 32017 match_23 match 2216 30864 32017 match_24 match 2192 30864 32017 match_25 match 2185 30864 32017 match_26 match 2185 30864 32017 match_27 match 2555 4038 5371 match_28 match 6920 509 4020 match_29 match 1788 30864 32017 match_30 match 1788 30864 32017 match_31 match 1796 30864 32017 match_32 match 2280 30864 32017 match_33 match 2185 30864 32017 match_34 match 2185 30864 32017 match_35 match 2185 30864 32017 match_36 match 2185 30864 32017 match_37 match 1788 30864 32017 match_38 match 1796 30864 32017 match_39 match 3237 106771 108403 match_40 match 3461 112546 114354 match_41 match 7781 102761 106757 match_42 match 1796 30864 32017 match_43 match 1804 30864 32017 match_44 match 2272 21762 22907 match_45 match 2288 30864 32017 match_46 match 2401 9450 10774 match_47 match 3118 29195 30767 match_48 match 3885 15948 17943 match_49 match 4264 4038 6233 match_50 match 5493 18925 21737 match_51 match 5529 6297 9157 match_52 match 6920 509 4020 match_53 match 8954 23682 28246 match_54 match 2185 30864 32017 match_55 match 2185 30864 32017 match_56 match 1903 30866 32017 match_57 match 2280 30864 32017 match_58 match 2216 30864 32017 match_59 match 2232 30864 32017 match_60 match 2272 30864 32017 match_61 match 2272 30864 32017 match_62 match 2153 30864 32017 match_63 match 1842 30864 32013 match_64 match 2105 30864 32017 match_65 match 1840 30864 32015 match_66 match 1875 30864 31993 match_67 match 1885 30864 31994 match_68 match 2169 30864 32017 match_69 match 2169 30864 32017 match_70 match 2169 30864 32017 match_71 match 2272 21762 22907 match_72 match 2288 30864 32017 match_73 match 2401 9450 10774 match_74 match 3118 29195 30767 match_75 match 3885 15948 17943 match_76 match 4264 4038 6233 match_77 match 5493 18925 21737 match_78 match 5529 6297 9157 match_79 match 6920 509 4020 match_80 match 8954 23682 28246 match_81 match 1939 30864 32017 match_82 match 2216 30864 32017 match_83 match 1883 30864 32017 match_84 match 1740 30864 32001 match_85 match 1772 30864 32001 match_86 match 2206 30865 32017 match_87 match 2206 30865 32017 match_88 match 2206 30865 32017 match_89 match 2177 30864 32017 match_90 match 2177 30864 32017 match_91 match 2206 30865 32017 match_92 match 2206 30865 32017 match_93 match 2206 30865 32017 match_94 match 2177 30864 32017 match_95 match 2177 30864 32017 match_96 match 2206 30865 32017 match_97 match 2206 30865 32017 match_98 match 2206 30865 32017 match_99 match 1542 33407 34567 match_100 match 1542 33407 34567 match_101 match 1818 30864 32013 match_102 match 1963 30864 32017 match_103 match 1818 30864 32013 match_104 match 2173 30866 32017 match_105 match 2192 30864 32017 match_106 match 1796 30864 32017 match_107 match 1796 30864 32017 match_108 match 1283 33410 34567 match_109 match 2185 30864 32017 match_110 match 2200 30864 32017 match_111 match 1415 33407 34567 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 343 509 681 clone_1 clone 1153 9823 34462 clone_start_2 clone_start 1063 9823 10403 clone_2 clone 1102.5 16816 64761 clone_start_3 clone_start 1027 16816 17381 clone_start_4 clone_start 823 24044 24462 clone_start_5 clone_start 1302 25574 26230 clone_3 clone 1349 29759 53582 clone_start_6 clone_start 1245 29759 30386 clone_end_1 clone_end 763 30127 30523 clone_end_2 clone_end 997 30130 30644 clone_end_3 clone_end 1213 30132 30767 clone_end_4 clone_end 1033 30132 30652 clone_start_7 clone_start 805 30132 30548 clone_start_8 clone_start 1059 30168 30717 clone_end_5 clone_end 1080 30171 30739 clone_4 clone 1089.5 30220 31988 clone_end_6 clone_end 1063 30220 30767 clone_end_7 clone_end 1084 30221 30767 clone_end_8 clone_end 763 30315 30715 clone_start_9 clone_start 252 30636 30766 clone_start_10 clone_start 757 30864 31269 clone_start_11 clone_start 967 30864 31359 clone_end_9 clone_end 1104 30864 31444 clone_start_12 clone_start 1009 30864 31400 clone_start_13 clone_start 1342 31054 31758 clone_end_10 clone_end 971 31186 31703 clone_start_14 clone_start 1207 31352 32000 clone_start_15 clone_start 1296 31352 32017 clone_end_11 clone_end 726 32765 33175 clone_end_12 clone_end 739 32770 33175 clone_5 clone 1053.5 48799 85645 clone_start_16 clone_start 1207 48799 49428 clone_end_13 clone_end 1047 54994 55565 clone_end_14 clone_end 775 65366 65760 clone_end_15 clone_end 805 72584 72992 clone_end_16 clone_end 924 73554 74030 clone_start_17 clone_start 1178 113761 114354 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_17 clone_end 835 3443 3023 clone_end_18 clone_end 1243 34462 33815 clone_end_19 clone_end 1178 64761 64129 clone_start_18 clone_start 1435 25932 25193 clone_start_19 clone_start 1144 30152 29576 clone_end_20 clone_end 1453 53582 52850 clone_start_20 clone_start 874 30604 30132 clone_start_21 clone_start 1116 31988 31414 clone_start_22 clone_start 680 30593 30247 clone_end_21 clone_end 268 30767 30633 clone_start_23 clone_start 807 31274 30864 clone_end_22 clone_end 710 31237 30864 clone_end_23 clone_end 765 31253 30864 clone_end_24 clone_end 1546 31857 31062 clone_end_25 clone_end 1558 31859 31066 clone_end_26 clone_end 1096 31718 31142 clone_end_27 clone_end 1051 31696 31143 clone_start_24 clone_start 1302 31838 31162 clone_start_25 clone_start 835 31647 31199 clone_start_26 clone_start 813 31646 31217 clone_end_28 clone_end 1279 31886 31218 clone_start_27 clone_start 1178 31831 31218 clone_start_28 clone_start 1148 31830 31220 clone_end_29 clone_end 1499 32017 31262 clone_end_30 clone_end 1057 31864 31324 clone_end_31 clone_end 1041 31936 31404 clone_end_32 clone_end 674 31757 31410 clone_start_29 clone_start 1094 32017 31450 clone_start_30 clone_start 1098 32017 31460 clone_start_31 clone_start 1031 31984 31461 clone_start_32 clone_start 1094 32017 31466 clone_end_33 clone_end 973 32017 31507 clone_start_33 clone_start 886 32017 31547 clone_start_34 clone_start 852 32017 31572 clone_end_34 clone_end 737 32958 32567 clone_end_35 clone_end 737 32958 32567 clone_end_36 clone_end 890 33051 32567 clone_end_37 clone_end 890 33051 32567 clone_start_35 clone_start 674 32930 32567 clone_end_38 clone_end 722 32958 32567 clone_end_39 clone_end 745 32958 32567 clone_end_40 clone_end 688 32981 32623 clone_start_36 clone_start 797 33175 32745 clone_end_41 clone_end 482 42629 42387 clone_end_42 clone_end 747 43102 42723 clone_end_43 clone_end 1160 48286 47675 clone_end_44 clone_end 900 85645 85192 clone_end_45 clone_end 714 50988 50608 clone_end_46 clone_end 1245 54921 54294 clone_end_47 clone_end 1362 64758 64009 clone_start_37 clone_start 1304 67940 67283 clone_end_48 clone_end 858 70247 69752 clone_end_49 clone_end 807 72818 72391 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.956 3235 3618 match_2 match_part 0.987 3235 3618 match_3 match_part 0.987 3235 3618 match_4 match_part 0.984 4055 4240 match_part 1.000 4405 4487 match_part 1.000 4559 4788 match_part 1.000 4909 4958 match_part 1.000 5063 5137 match_part 0.980 5447 5648 match_5 match_part 0.982 19313 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.998 21262 21736 match_6 match_part 0.914 19345 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.994 21262 21732 match_part 0.857 21796 21802 match_7 match_part 1.000 19345 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.976 21262 21507 match_8 match_part 1.000 19347 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.998 21262 21732 match_part 0.429 21796 21816 match_9 match_part 1.000 19348 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 1.000 21262 21704 match_10 match_part 0.959 20853 20950 match_part 0.985 21111 21175 match_part 0.992 21262 21732 match_part 0.857 21796 21802 match_11 match_part 1.000 21122 21175 match_part 1.000 21262 21732 match_12 match_part 1.000 23316 23606 match_part 1.000 23703 23915 match_13 match_part 1.000 23316 23606 match_part 0.994 23703 23883 match_14 match_part 1.000 23385 23606 match_part 0.981 23703 24239 match_15 match_part 1.000 23385 23606 match_part 0.992 23703 24230 match_16 match_part 0.960 23458 23606 match_part 0.948 23703 23798 match_17 match_part 1.000 23477 23606 match_part 0.994 23703 24188 match_18 match_part 0.971 23537 23606 match_part 1.000 23703 24144 match_19 match_part 1.000 24892 24998 match_part 1.000 25088 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 1.000 26777 27044 match_20 match_part 1.000 24892 24998 match_part 1.000 25088 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 0.986 26479 26552 match_21 match_part 1.000 25090 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 0.997 26777 27098 match_22 match_part 0.980 25294 25344 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 0.994 26777 27134 match_23 match_part 0.933 25808 25837 match_part 1.000 25928 25990 match_part 0.991 26479 26589 match_part 0.984 26777 26967 match_24 match_part 0.990 46450 46954 match_part 1.000 47113 47287 match_part 1.000 49092 49134 match_25 match_part 1.000 46481 46954 match_part 1.000 47113 47218 match_26 match_part 1.000 46488 46954 match_part 1.000 47113 47162 match_27 match_part 1.000 46499 46954 match_part 0.993 47120 47271 match_28 match_part 1.000 46500 46954 match_part 0.966 47113 47287 match_part 1.000 49092 49117 match_29 match_part 1.000 46507 46954 match_part 1.000 47113 47220 match_30 match_part 1.000 47172 47287 match_part 1.000 49092 49369 match_part 0.991 49541 49872 match_31 match_part 1.000 49170 49369 match_part 1.000 49541 49905 match_part 0.562 50151 50182 match_32 match_part 1.000 49303 49369 match_part 0.995 49541 49912 match_33 match_part 1.000 62371 62869 match_34 match_part 0.981 62376 62911 match_35 match_part 1.000 62396 62868 match_36 match_part 1.000 62449 62979 match_37 match_part 1.000 62483 63011 match_38 match_part 0.992 62497 63152 match_part 1.000 63710 63774 match_39 match_part 0.998 62506 63152 match_part 1.000 63710 63779 match_part 0.979 64417 64940 match_40 match_part 0.998 62517 62980 match_41 match_part 1.000 62522 63152 match_part 1.000 63710 63779 match_part 0.975 64417 64619 match_42 match_part 1.000 62523 63152 match_part 1.000 63710 63742 match_43 match_part 0.997 62523 63152 match_44 match_part 0.982 62523 63020 match_45 match_part 0.987 62523 62990 match_46 match_part 0.989 62523 62978 match_47 match_part 0.997 62523 62916 match_48 match_part 1.000 62537 62865 match_49 match_part 1.000 62599 63058 match_50 match_part 1.000 62633 63152 match_part 1.000 63710 63779 match_part 0.971 64417 64620 match_51 match_part 1.000 62633 63152 match_part 0.986 63710 63779 match_52 match_part 0.981 62633 62999 match_53 match_part 1.000 62633 62931 match_54 match_part 1.000 62633 62851 match_55 match_part 1.000 62777 63152 match_part 1.000 63710 63779 match_part 0.995 64417 64627 match_56 match_part 1.000 62777 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64522 match_57 match_part 1.000 62799 63152 match_part 1.000 63710 63779 match_part 0.990 64417 64814 match_58 match_part 1.000 62831 63152 match_part 1.000 63710 63779 match_part 0.989 64417 64776 match_59 match_part 1.000 62862 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64630 match_60 match_part 1.000 62862 63152 match_part 1.000 63710 63779 match_part 1.000 64417 64567 match_61 match_part 1.000 63115 63152 match_part 1.000 63710 63779 match_part 0.973 64417 64892 match_62 match_part 1.000 82130 82398 match_part 0.985 82689 83150 match_63 match_part 1.000 82134 82398 match_part 1.000 82689 83188 match_64 match_part 1.000 82135 82398 match_part 0.997 82689 83052 match_65 match_part 1.000 95959 96111 match_part 0.992 96193 96557 match_part 1.000 96633 97153 match_part 1.000 97490 97851 match_66 match_part 1.000 95983 96111 match_part 1.000 96193 96554 match_67 match_part 1.000 95993 96111 match_part 0.966 96193 96424 match_68 match_part 1.000 95993 96111 match_part 0.972 96193 96371 match_69 match_part 1.000 95994 96111 match_part 0.995 96193 96557 match_part 1.000 96633 96696 match_70 match_part 1.000 97017 97153 match_part 0.984 97490 97978 match_71 match_part 1.000 107322 107768 match_72 match_part 1.000 107322 107743 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_73 match_part 1.000 8325 8266 match_part 0.994 8141 7511 match_74 match_part 0.987 28237 27527 match_75 match_part 0.986 28237 27534 match_76 match_part 0.998 28275 27662 match_77 match_part 1.000 28257 27673 match_78 match_part 0.967 28236 27777 match_79 match_part 1.000 42036 41889 match_part 1.000 41814 41682 match_part 1.000 41601 41512 match_part 0.992 41428 41304 match_part 1.000 41154 41133 match_80 match_part 1.000 42038 41889 match_part 0.992 41814 41682 match_part 1.000 41601 41512 match_part 1.000 41428 41376 match_81 match_part 1.000 42036 41889 match_part 1.000 41814 41682 match_part 1.000 41601 41512 match_part 0.978 41428 41384 match_82 match_part 1.000 50330 50197 match_part 0.976 50111 49817 match_83 match_part 0.988 53502 53334 match_part 0.989 51221 50695 match_84 match_part 0.997 54015 53334 match_part 0.960 51221 50871 match_85 match_part 0.989 53421 53334 match_part 0.994 51221 50871 match_86 match_part 1.000 53419 53334 match_part 0.997 51221 50871 match_87 match_part 0.991 51221 50871 match_88 match_part 1.000 51217 50871 match_89 match_part 0.970 51102 50871 match_90 match_part 0.998 53998 53334 match_part 0.954 51221 50877 match_91 match_part 0.997 54000 53334 match_part 0.987 51221 50909 match_92 match_part 0.988 53677 53334 match_part 0.500 53184 53169 match_part 0.800 53089 53085 match_part 0.996 51206 50927 match_93 match_part 1.000 54020 53334 match_part 0.979 51221 50931 match_94 match_part 1.000 53976 53334 match_part 0.996 51221 50964 match_95 match_part 0.997 53944 53334 match_part 0.992 51221 50965 match_96 match_part 0.999 54010 53334 match_part 1.000 51221 50981 match_97 match_part 0.999 54036 53334 match_part 0.987 51221 50992 match_98 match_part 1.000 53999 53334 match_part 1.000 51221 50996 match_99 match_part 1.000 54015 53334 match_part 1.000 51221 51016 match_100 match_part 1.000 54015 53334 match_part 0.985 51221 51018 match_101 match_part 0.991 53999 53334 match_part 1.000 51221 51018 match_102 match_part 1.000 54019 53334 match_part 0.995 51221 51019 match_103 match_part 0.951 54043 53334 match_part 0.987 51221 51065 match_104 match_part 0.999 54021 53334 match_part 0.987 51221 51067 match_105 match_part 1.000 53805 53334 match_part 1.000 51221 51071 match_106 match_part 0.997 54000 53334 match_part 0.986 51221 51083 match_107 match_part 0.997 54020 53334 match_part 1.000 51221 51084 match_108 match_part 0.997 54030 53334 match_part 1.000 51221 51093 match_109 match_part 1.000 53847 53334 match_part 1.000 51221 51117 match_110 match_part 1.000 54030 53334 match_part 1.000 51221 51121 match_111 match_part 1.000 54002 53334 match_part 1.000 51221 51122 match_112 match_part 1.000 54008 53334 match_part 1.000 51221 51130 match_113 match_part 1.000 54012 53334 match_part 1.000 51221 51144 match_114 match_part 1.000 53795 53334 match_part 1.000 51221 51176 match_115 match_part 0.970 53466 53334 match_part 1.000 51221 51197 match_116 match_part 0.998 53859 53386 match_117 match_part 1.000 53975 53398 match_118 match_part 1.000 53993 53415 match_119 match_part 0.997 54011 53416 match_120 match_part 1.000 53990 53455 match_121 match_part 0.995 54018 53457 match_122 match_part 0.996 54047 53479 match_123 match_part 0.994 54010 53512 match_124 match_part 0.992 54001 53521 match_125 match_part 1.000 54008 53522 match_126 match_part 1.000 54018 53527 match_127 match_part 0.961 54019 53553 match_128 match_part 1.000 54008 53553 match_129 match_part 0.991 54010 53555 match_130 match_part 0.995 53998 53559 match_131 match_part 0.971 54014 53602 match_132 match_part 0.997 54011 53643 match_133 match_part 0.990 53874 53669 match_134 match_part 0.990 54014 53713 match_135 match_part 0.998 54396 53835 match_136 match_part 1.000 57080 57032 match_part 1.000 56521 56330 match_part 0.996 55789 55530 match_137 match_part 1.000 57080 57032 match_part 1.000 56521 56330 match_part 1.000 55789 55530 match_138 match_part 0.951 57092 57032 match_part 0.990 56521 56330 match_part 0.975 55789 55629 match_139 match_part 1.000 57079 57032 match_part 1.000 56521 56330 match_part 1.000 55789 55763 match_140 match_part 0.986 62885 62529 match_141 match_part 0.955 62837 62529 match_142 match_part 1.000 65710 65677 match_part 1.000 65591 65138 match_143 match_part 1.000 65881 65677 match_part 0.986 65591 65155 match_144 match_part 0.979 65495 65155 match_145 match_part 0.985 65495 65156 match_146 match_part 1.000 66063 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65163 match_147 match_part 1.000 65881 65677 match_part 1.000 65591 65163 match_148 match_part 1.000 65880 65677 match_part 1.000 65591 65163 match_149 match_part 0.995 65541 65163 match_150 match_part 0.973 65458 65163 match_151 match_part 0.914 66578 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 0.986 65591 65313 match_152 match_part 1.000 66617 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65402 match_153 match_part 1.000 66423 66300 match_part 1.000 66205 66007 match_part 0.996 65920 65677 match_part 1.000 65591 65462 match_154 match_part 1.000 66551 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.988 65920 65677 match_part 0.963 65591 65483 match_155 match_part 0.969 66790 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65514 match_156 match_part 1.000 66557 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65514 match_157 match_part 1.000 66554 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65515 match_158 match_part 0.875 66551 66544 match_part 0.963 66435 66300 match_part 0.965 66205 66007 match_part 0.951 65920 65677 match_part 0.973 65591 65555 match_159 match_part 1.000 66594 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65695 match_160 match_part 1.000 66984 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65759 match_161 match_part 1.000 66631 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.959 65920 65774 match_162 match_part 1.000 66553 66544 match_part 0.993 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65780 match_163 match_part 1.000 66345 66300 match_part 0.985 66205 66007 match_part 1.000 65920 65787 match_164 match_part 1.000 66338 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65838 match_165 match_part 0.865 68229 68193 match_part 1.000 67047 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 0.947 65920 65883 match_166 match_part 0.928 66979 66759 match_part 0.953 66650 66544 match_part 0.919 66435 66300 match_part 0.935 66205 66007 match_part 0.955 65920 65899 match_167 match_part 1.000 66337 66300 match_part 0.980 66205 66007 match_part 1.000 65920 65901 match_168 match_part 0.976 66884 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66038 match_169 match_part 1.000 68254 68193 match_part 0.990 67047 66759 match_part 0.981 66650 66544 match_part 0.931 66435 66334 match_170 match_part 1.000 66983 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66348 match_171 match_part 1.000 68537 68424 match_part 1.000 68329 68193 match_part 1.000 67047 66759 match_part 0.991 66650 66544 match_part 1.000 66435 66381 match_172 match_part 1.000 69205 69072 match_part 1.000 68804 68696 match_part 1.000 68616 68424 match_part 0.971 68329 68193 match_part 0.990 67047 66856 match_173 match_part 0.998 68331 67496 match_174 match_part 0.998 69372 68813 match_175 match_part 0.971 72322 71704 match_176 match_part 0.979 72378 71797 match_177 match_part 0.999 72843 72157 match_178 match_part 1.000 72988 72285 match_179 match_part 1.000 72988 72508 match_180 match_part 1.000 74006 73362 match_181 match_part 1.000 74006 73417 match_182 match_part 1.000 91804 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89379 match_183 match_part 1.000 91804 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89379 match_184 match_part 0.968 91808 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89413 match_185 match_part 1.000 91931 91561 match_part 0.987 91444 91132 match_part 0.750 90865 90858 match_186 match_part 0.991 91395 90965 match_187 match_part 0.997 91931 91561 match_part 1.000 91444 91328 match_188 match_part 0.952 92058 91561 match_part 0.978 91444 91354 match_189 match_part 0.929 100159 99522 match_190 match_part 0.927 100085 99552 match_191 match_part 0.992 105943 105284 match_192 match_part 1.000 106106 105406 match_193 match_part 0.994 106106 105422 match_194 match_part 0.993 106126 105578 match_195 match_part 1.000 106128 105709 match_196 match_part 1.000 107928 107670 match_part 1.000 107601 107352 match_part 0.988 107156 106911 match_197 match_part 1.000 107706 107670 match_part 0.997 107601 107249 match_part 1.000 107156 107140 match_198 match_part 0.993 107933 107326 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 3235 3618 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 4055 4240 exon 4405 4487 exon 4559 4788 exon 4909 4958 exon 5063 5137 exon 5447 5648 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 8325 8266 exon 8141 7511 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19345 19425 exon 20843 20950 exon 21111 21175 exon 21262 21732 exon 21796 21816 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19313 19425 exon 20843 20950 exon 21111 21175 exon 21262 21736 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 23316 23606 exon 23703 24239 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 24892 24998 exon 25088 25146 exon 25738 25837 exon 25928 25990 exon 26479 26589 exon 26777 27098 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 25294 25344 exon 25738 25837 exon 25928 25990 exon 26479 26589 exon 26777 27134 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 28275 27527 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 42038 41889 exon 41814 41682 exon 41601 41512 exon 41428 41304 exon 41154 41133 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46450 46954 exon 47113 47287 exon 49092 49369 exon 49541 49905 exon 50151 50182 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46450 46954 exon 47113 47287 exon 49092 49369 exon 49541 49912 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46499 46954 exon 47120 47287 exon 49092 49369 exon 49541 49905 exon 50151 50182 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 50330 50197 exon 50111 49817 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 54396 53334 exon 51221 50695 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 54396 53334 exon 53184 53169 exon 53089 53085 exon 51206 50871 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 57092 57032 exon 56521 56330 exon 55789 55530 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62371 63152 exon 63710 63779 exon 64417 64940 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62885 62529 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69205 69072 exon 68804 68696 exon 68616 68424 exon 68329 68193 exon 67047 66759 exon 66650 66544 exon 66435 66300 exon 66205 66007 exon 65920 65677 exon 65591 65138 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 68331 67496 gene_22 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69372 68813 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 72988 71704 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 74006 73362 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 82130 82398 exon 82689 83188 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 91132 exon 89437 89379 gene_27 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 90965 gene_28 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 91132 exon 90865 90858 gene_29 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 95959 96111 exon 96193 96557 exon 96633 97153 exon 97490 97978 gene_30 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 100159 99522 gene_31 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 106128 105284 gene_32 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107933 107326 gene_33 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107706 107670 exon 107601 107249 exon 107156 107140 gene_34 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107928 107670 exon 107601 107352 exon 107156 106911 gene_35 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107322 107768 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1320 3413 transcript_1 transcript 1320 3413 start_codon_1 start_codon 1320 1322 CDS_1 CDS 1320 1609 CDS_2 CDS 1957 2014 CDS_3 CDS 2204 2343 CDS_4 CDS 2588 2861 CDS_5 CDS 3078 3413 stop_codon_1 stop_codon 3411 3413 gene_2 gene 1 4044 5936 transcript_2 transcript 4044 5936 start_codon_2 start_codon 4044 4046 CDS_6 CDS 4044 4240 CDS_7 CDS 4405 4487 CDS_8 CDS 4559 4788 CDS_9 CDS 4909 4958 CDS_10 CDS 5063 5137 CDS_11 CDS 5447 5936 stop_codon_2 stop_codon 5934 5936 gene_3 gene 1 16694 21409 transcript_3 transcript 16694 21409 start_codon_3 start_codon 16694 16696 CDS_12 CDS 16694 16826 CDS_13 CDS 19259 19425 CDS_14 CDS 20843 20950 CDS_15 CDS 21111 21175 CDS_16 CDS 21262 21409 stop_codon_3 stop_codon 21407 21409 gene_4 gene 2 23538 26896 transcript_4 transcript 23538 26896 start_codon_4 start_codon 23538 23540 CDS_17 CDS 23538 23606 CDS_18 CDS 23703 24239 CDS_19 CDS 24627 24998 CDS_20 CDS 25088 25146 CDS_21 CDS 25738 25837 CDS_22 CDS 25928 25990 CDS_23 CDS 26479 26589 CDS_24 CDS 26777 26896 stop_codon_4 stop_codon 26894 26896 transcript_5 transcript 23538 26896 start_codon_5 start_codon 23538 23540 CDS_25 CDS 23538 23606 CDS_26 CDS 23703 24239 CDS_27 CDS 24627 24998 CDS_28 CDS 25088 25146 CDS_29 CDS 25270 25344 CDS_30 CDS 25738 25837 CDS_31 CDS 25928 25990 CDS_32 CDS 26479 26589 CDS_33 CDS 26777 26896 stop_codon_5 stop_codon 26894 26896 gene_5 gene 1 46496 49648 transcript_6 transcript 46496 49648 start_codon_6 start_codon 46496 46498 CDS_34 CDS 46496 46954 CDS_35 CDS 47113 47287 CDS_36 CDS 49092 49369 CDS_37 CDS 49541 49648 stop_codon_6 stop_codon 49646 49648 gene_6 gene 1 58620 60029 transcript_7 transcript 58620 60029 start_codon_7 start_codon 58620 58622 CDS_38 CDS 58620 58783 CDS_39 CDS 59036 60029 stop_codon_7 stop_codon 60027 60029 gene_7 gene 1 62515 64671 transcript_8 transcript 62515 64671 start_codon_8 start_codon 62515 62517 CDS_40 CDS 62515 63152 CDS_41 CDS 63710 63779 CDS_42 CDS 64417 64671 stop_codon_8 stop_codon 64669 64671 gene_8 gene 1 96011 97717 transcript_9 transcript 96011 97717 start_codon_9 start_codon 96011 96013 CDS_43 CDS 96011 96111 CDS_44 CDS 96193 96557 CDS_45 CDS 96633 97153 CDS_46 CDS 97490 97717 stop_codon_9 stop_codon 97715 97717 AUGUSTUS_tom_cdna de novo gene_9 gene 1 8377 6652 transcript_10 transcript 8377 6652 stop_codon_10 stop_codon 6654 6652 CDS_47 CDS 8141 6652 CDS_48 CDS 8377 8266 start_codon_10 start_codon 8377 8375 gene_10 gene 1 28183 27635 transcript_11 transcript 28183 27635 stop_codon_11 stop_codon 27637 27635 CDS_49 CDS 28183 27635 start_codon_11 start_codon 28183 28181 gene_11 gene 1 42007 41097 transcript_12 transcript 42007 41097 stop_codon_12 stop_codon 41099 41097 CDS_50 CDS 41154 41097 CDS_51 CDS 41428 41304 CDS_52 CDS 41601 41512 CDS_53 CDS 41814 41682 CDS_54 CDS 42007 41889 start_codon_12 start_codon 42007 42005 gene_12 gene 1 50332 50020 transcript_13 transcript 50332 50020 stop_codon_13 stop_codon 50022 50020 CDS_55 CDS 50111 50020 CDS_56 CDS 50332 50197 start_codon_13 start_codon 50332 50330 gene_13 gene 1 57040 51050 transcript_14 transcript 57040 51050 stop_codon_14 stop_codon 51052 51050 CDS_57 CDS 51221 51050 CDS_58 CDS 54033 53334 CDS_59 CDS 55381 55336 CDS_60 CDS 56521 56330 CDS_61 CDS 57040 57032 start_codon_14 start_codon 57040 57038 gene_14 gene 1 69165 65336 transcript_15 transcript 69165 65336 stop_codon_15 stop_codon 65338 65336 CDS_62 CDS 65591 65336 CDS_63 CDS 65920 65677 CDS_64 CDS 66205 66007 CDS_65 CDS 66435 66300 CDS_66 CDS 66650 66544 CDS_67 CDS 67047 66759 CDS_68 CDS 68329 68193 CDS_69 CDS 68616 68424 CDS_70 CDS 68804 68696 CDS_71 CDS 69165 69072 start_codon_15 start_codon 69165 69163 gene_15 gene 1 74560 72332 transcript_16 transcript 74560 72332 stop_codon_16 stop_codon 72334 72332 CDS_72 CDS 74560 72332 start_codon_16 start_codon 74560 74558 gene_16 gene 1 91970 89126 transcript_17 transcript 91970 89126 stop_codon_17 stop_codon 89128 89126 CDS_73 CDS 89149 89126 CDS_74 CDS 89437 89228 CDS_75 CDS 91444 91132 CDS_76 CDS 91970 91561 start_codon_17 start_codon 91970 91968 gene_17 gene 1 100101 99553 transcript_18 transcript 100101 99553 stop_codon_18 stop_codon 99555 99553 CDS_77 CDS 100101 99553 start_codon_18 start_codon 100101 100099 gene_18 gene 1 107959 106836 transcript_19 transcript 107959 106836 stop_codon_19 stop_codon 106838 106836 CDS_78 CDS 107156 106836 CDS_79 CDS 107601 107352 CDS_80 CDS 107959 107670 start_codon_19 start_codon 107959 107957 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 76.23 106264 106193 AUGUSTUS_ab_initio de novo gene_1 gene 1 4044 5936 transcript_1 transcript 4044 5936 start_codon_1 start_codon 4044 4046 CDS_1 CDS 4044 4240 CDS_2 CDS 4405 4487 CDS_3 CDS 4559 4788 CDS_4 CDS 4909 4958 CDS_5 CDS 5447 5936 stop_codon_1 stop_codon 5934 5936 gene_2 gene 1 23685 25323 transcript_2 transcript 23685 25323 start_codon_2 start_codon 23685 23687 CDS_6 CDS 23685 24239 CDS_7 CDS 24627 24998 CDS_8 CDS 25088 25146 CDS_9 CDS 25296 25323 stop_codon_2 stop_codon 25321 25323 gene_3 gene 1 46496 49648 transcript_3 transcript 46496 49648 start_codon_3 start_codon 46496 46498 CDS_10 CDS 46496 46868 CDS_11 CDS 49092 49369 CDS_12 CDS 49541 49648 stop_codon_3 stop_codon 49646 49648 gene_4 gene 1 58620 63156 transcript_4 transcript 58620 63156 start_codon_4 start_codon 58620 58622 CDS_13 CDS 58620 58783 CDS_14 CDS 59036 59973 CDS_15 CDS 62582 63156 stop_codon_4 stop_codon 63154 63156 gene_5 gene 1 97500 100093 transcript_5 transcript 97500 100093 start_codon_5 start_codon 97500 97502 CDS_16 CDS 97500 97550 CDS_17 CDS 99557 100093 stop_codon_5 stop_codon 100091 100093 AUGUSTUS_ab_initio de novo gene_6 gene 1 22244 6652 transcript_6 transcript 22244 6652 stop_codon_6 stop_codon 6654 6652 CDS_18 CDS 8141 6652 CDS_19 CDS 22244 22148 start_codon_6 start_codon 22244 22242 gene_7 gene 1 28183 27635 transcript_7 transcript 28183 27635 stop_codon_7 stop_codon 27637 27635 CDS_20 CDS 28183 27635 start_codon_7 start_codon 28183 28181 gene_8 gene 1 53986 53330 transcript_8 transcript 53986 53330 stop_codon_8 stop_codon 53332 53330 CDS_21 CDS 53986 53330 start_codon_8 start_codon 53986 53984 gene_9 gene 1 91970 65336 transcript_9 transcript 91970 65336 stop_codon_9 stop_codon 65338 65336 CDS_22 CDS 65591 65336 CDS_23 CDS 65920 65677 CDS_24 CDS 66205 66007 CDS_25 CDS 66360 66300 CDS_26 CDS 74329 72579 CDS_27 CDS 89437 89228 CDS_28 CDS 91444 91132 CDS_29 CDS 91970 91561 start_codon_9 start_codon 91970 91968 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1320 2595 transcript_1 transcript 1320 2595 start_codon_1 start_codon 1320 1322 CDS_1 CDS 1320 1609 CDS_2 CDS 1957 2014 CDS_3 CDS 2283 2343 CDS_4 CDS 2588 2595 stop_codon_1 stop_codon 2593 2595 gene_2 gene 1 4044 5936 transcript_2 transcript 4044 5936 start_codon_2 start_codon 4044 4046 CDS_5 CDS 4044 4240 CDS_6 CDS 4405 4487 CDS_7 CDS 4559 4788 CDS_8 CDS 4909 4958 CDS_9 CDS 5063 5137 CDS_10 CDS 5447 5936 stop_codon_2 stop_codon 5934 5936 gene_3 gene 1 16694 21409 transcript_3 transcript 16694 21409 start_codon_3 start_codon 16694 16696 CDS_11 CDS 16694 16826 CDS_12 CDS 19259 19425 CDS_13 CDS 20843 20950 CDS_14 CDS 21111 21175 CDS_15 CDS 21262 21409 stop_codon_3 stop_codon 21407 21409 gene_4 gene 1 23538 26896 transcript_4 transcript 23538 26896 start_codon_4 start_codon 23538 23540 CDS_16 CDS 23538 23606 CDS_17 CDS 23703 24239 CDS_18 CDS 24627 24998 CDS_19 CDS 25088 25146 CDS_20 CDS 25738 25837 CDS_21 CDS 25928 25990 CDS_22 CDS 26479 26589 CDS_23 CDS 26777 26896 stop_codon_4 stop_codon 26894 26896 gene_5 gene 1 46496 49648 transcript_5 transcript 46496 49648 start_codon_5 start_codon 46496 46498 CDS_24 CDS 46496 46868 CDS_25 CDS 49092 49369 CDS_26 CDS 49541 49648 stop_codon_5 stop_codon 49646 49648 gene_6 gene 1 58620 64671 transcript_6 transcript 58620 64671 start_codon_6 start_codon 58620 58622 CDS_27 CDS 58620 58783 CDS_28 CDS 59036 59973 CDS_29 CDS 62582 63152 CDS_30 CDS 63710 63779 CDS_31 CDS 64417 64671 stop_codon_6 stop_codon 64669 64671 gene_7 gene 1 96011 100093 transcript_7 transcript 96011 100093 start_codon_7 start_codon 96011 96013 CDS_32 CDS 96011 96111 CDS_33 CDS 96193 96557 CDS_34 CDS 96633 97153 CDS_35 CDS 97490 97550 CDS_36 CDS 99573 100093 stop_codon_7 stop_codon 100091 100093 AUGUSTUS_tom_ugs de novo gene_8 gene 1 8377 6652 transcript_8 transcript 8377 6652 stop_codon_8 stop_codon 6654 6652 CDS_37 CDS 8141 6652 CDS_38 CDS 8377 8266 start_codon_8 start_codon 8377 8375 gene_9 gene 2 42007 27635 transcript_9 transcript 42007 27635 stop_codon_9 stop_codon 27637 27635 CDS_39 CDS 28078 27635 CDS_40 CDS 40741 40692 CDS_41 CDS 40958 40841 CDS_42 CDS 41154 41112 CDS_43 CDS 41428 41304 CDS_44 CDS 41601 41512 CDS_45 CDS 41814 41682 CDS_46 CDS 42007 41889 start_codon_9 start_codon 42007 42005 transcript_10 transcript 41601 27635 stop_codon_10 stop_codon 27637 27635 CDS_47 CDS 28078 27635 CDS_48 CDS 40741 40692 CDS_49 CDS 40958 40841 CDS_50 CDS 41154 41112 CDS_51 CDS 41428 41304 CDS_52 CDS 41601 41512 start_codon_10 start_codon 41601 41599 gene_10 gene 1 53986 51050 transcript_11 transcript 53986 51050 stop_codon_11 stop_codon 51052 51050 CDS_53 CDS 51221 51050 CDS_54 CDS 53986 53334 start_codon_11 start_codon 53986 53984 gene_11 gene 1 57040 55766 transcript_12 transcript 57040 55766 stop_codon_12 stop_codon 55768 55766 CDS_55 CDS 55789 55766 CDS_56 CDS 56521 56330 CDS_57 CDS 57040 57032 start_codon_12 start_codon 57040 57038 gene_12 gene 1 69165 65336 transcript_13 transcript 69165 65336 stop_codon_13 stop_codon 65338 65336 CDS_58 CDS 65591 65336 CDS_59 CDS 65920 65677 CDS_60 CDS 66205 66007 CDS_61 CDS 66435 66300 CDS_62 CDS 66650 66544 CDS_63 CDS 67047 66759 CDS_64 CDS 68329 68193 CDS_65 CDS 68616 68424 CDS_66 CDS 68804 68696 CDS_67 CDS 69165 69072 start_codon_13 start_codon 69165 69163 gene_13 gene 1 74560 72332 transcript_14 transcript 74560 72332 stop_codon_14 stop_codon 72334 72332 CDS_68 CDS 74560 72332 start_codon_14 start_codon 74560 74558 gene_14 gene 1 91970 87553 transcript_15 transcript 91970 87553 stop_codon_15 stop_codon 87555 87553 CDS_69 CDS 87839 87553 CDS_70 CDS 88209 88086 CDS_71 CDS 89437 89228 CDS_72 CDS 91444 91132 CDS_73 CDS 91970 91561 start_codon_15 start_codon 91970 91968 gene_15 gene 1 107959 106836 transcript_16 transcript 107959 106836 stop_codon_16 stop_codon 106838 106836 CDS_74 CDS 107156 106836 CDS_75 CDS 107601 107352 CDS_76 CDS 107959 107670 start_codon_16 start_codon 107959 107957 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.984 4056 4240 match_part 1.000 4405 4487 match_part 1.000 4559 4788 match_part 1.000 4909 4958 match_part 1.000 5063 5137 match_part 0.980 5447 5648 match_2 match_part 0.982 19313 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 0.998 21262 21736 match_3 match_part 0.997 23314 23606 match_part 1.000 23703 24239 match_part 1.000 24627 24769 match_4 match_part 0.991 24890 24998 match_part 1.000 25088 25146 match_part 1.000 25738 25837 match_part 1.000 25928 25990 match_part 1.000 26479 26589 match_part 0.992 26777 27136 match_5 match_part 0.994 46449 46954 match_part 1.000 47113 47287 match_part 0.993 49092 49369 match_part 0.997 49541 50113 match_part 0.993 50199 50332 match_6 match_part 1.000 62368 63152 match_part 1.000 63710 63779 match_part 0.994 64417 64948 match_7 match_part 0.970 65163 65429 match_8 match_part 1.000 82127 82398 match_part 1.000 82689 83188 match_9 match_part 0.977 90976 91151 match_10 match_part 0.992 95981 96111 match_part 0.995 96193 96557 match_part 1.000 96633 97153 match_part 1.000 97490 97968 match_11 match_part 0.990 107321 107935 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.997 8644 8266 match_part 0.987 8141 7447 match_13 match_part 0.996 28292 27536 match_14 match_part 0.994 42054 41889 match_part 1.000 41727 41512 match_part 1.000 41428 41304 match_part 1.000 41154 41112 match_part 1.000 40958 40849 match_15 match_part 0.523 43024 42981 match_part 0.939 42068 41889 match_part 1.000 41814 41682 match_part 1.000 41601 41512 match_part 0.984 41428 41304 match_part 0.977 41154 41112 match_part 1.000 40958 40948 match_16 match_part 1.000 54397 53334 match_part 0.989 51221 50862 match_17 match_part 0.951 54044 53334 match_part 0.985 51221 51020 match_18 match_part 1.000 57092 57032 match_part 1.000 56521 56330 match_part 0.996 55789 55528 match_19 match_part 1.000 60969 60882 match_part 0.997 60804 60422 match_20 match_part 1.000 69317 69072 match_part 1.000 68804 68696 match_part 1.000 68616 68424 match_part 1.000 68329 68193 match_part 1.000 67047 66759 match_part 1.000 66650 66544 match_part 1.000 66435 66300 match_part 1.000 66205 66007 match_part 1.000 65920 65677 match_part 1.000 65591 65140 match_21 match_part 0.996 68332 67496 match_22 match_part 0.996 69374 68813 match_23 match_part 0.987 72990 71703 match_24 match_part 1.000 74008 73359 match_25 match_part 0.978 92058 91561 match_part 1.000 91444 91132 match_part 1.000 89437 89228 match_part 1.000 89149 88940 match_26 match_part 0.935 100159 99391 match_27 match_part 0.922 99836 99412 match_28 match_part 0.981 100228 99856 match_29 match_part 1.000 105944 105293 match_30 match_part 1.000 106107 105480 match_31 match_part 0.984 106139 105652 match_32 match_part 0.996 107930 107670 match_part 1.000 107601 107352 match_part 0.987 107156 106926 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 4056 4240 exon 4405 4487 exon 4559 4788 exon 4909 4958 exon 5063 5137 exon 5447 5648 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 8644 8266 exon 8141 7447 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19313 19425 exon 20843 20950 exon 21111 21175 exon 21262 21736 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 23314 23606 exon 23703 24239 exon 24627 24769 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 24890 24998 exon 25088 25146 exon 25738 25837 exon 25928 25990 exon 26479 26589 exon 26777 27136 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 28292 27536 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 43024 42981 exon 42068 41889 exon 41814 41682 exon 41601 41512 exon 41428 41304 exon 41154 41112 exon 40958 40948 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 42054 41889 exon 41727 41512 exon 41428 41304 exon 41154 41112 exon 40958 40849 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46449 46954 exon 47113 47287 exon 49092 49369 exon 49541 50113 exon 50199 50332 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 54397 53334 exon 51221 50862 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 57092 57032 exon 56521 56330 exon 55789 55528 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 60969 60882 exon 60804 60422 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62368 63152 exon 63710 63779 exon 64417 64948 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69374 68813 gene_15 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 68332 67496 gene_16 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 69317 69072 exon 68804 68696 exon 68616 68424 exon 68329 68193 exon 67047 66759 exon 66650 66544 exon 66435 66300 exon 66205 66007 exon 65920 65677 exon 65591 65140 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 65163 65429 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 72990 71703 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 74008 73359 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 82127 82398 exon 82689 83188 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 92058 91561 exon 91444 91132 exon 89437 89228 exon 89149 88940 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 90976 91151 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 95981 96111 exon 96193 96557 exon 96633 97153 exon 97490 97968 gene_24 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 100228 99391 gene_25 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 106139 105293 gene_26 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107930 107670 exon 107601 107352 exon 107156 106926 gene_27 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 107321 107935 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.966 1403 1609 match_part 0.983 1957 2014 match_part 0.964 2204 2343 match_part 0.971 2588 2861 match_part 0.944 3078 3436 match_2 match_part 0.987 3235 3618 match_3 match_part 1.000 19345 19425 match_part 1.000 20843 20950 match_part 1.000 21111 21175 match_part 1.000 21262 21732 match_part 0.727 21796 21806 match_4 match_part 0.955 19360 19425 match_part 0.972 20843 20950 match_part 0.985 21111 21175 match_part 0.919 21262 21719 match_5 match_part 0.958 46476 46954 match_part 0.983 47113 47287 match_part 0.960 49092 49369 match_part 0.932 49541 49614 match_6 match_part 1.000 46481 46954 match_part 1.000 47113 47287 match_part 1.000 49092 49369 match_part 0.997 49541 50113 match_part 1.000 50199 50330 match_7 match_part 1.000 62371 63152 match_part 1.000 63710 63779 match_part 0.975 64417 64892 match_8 match_part 1.000 63115 63152 match_part 1.000 63710 63779 match_part 0.973 64417 64892 GenomeThreader_SGN_markers SGN marker sequences match_9 match_part 0.997 28275 27534 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 1403 1609 exon 1957 2014 exon 2204 2343 exon 2588 2861 exon 3078 3618 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 19345 19425 exon 20843 20950 exon 21111 21175 exon 21262 21732 exon 21796 21806 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 28275 27534 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 46476 46954 exon 47113 47287 exon 49092 49369 exon 49541 50113 exon 50199 50330 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072B02.3 type gene exon 62371 63152 exon 63710 63779 exon 64417 64892 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1320 3413 transcript_1 transcript 1320 3413 start_codon_1 start_codon 1320 1322 CDS_1 CDS 1320 1609 CDS_2 CDS 1957 2014 CDS_3 CDS 2204 2343 CDS_4 CDS 2588 2861 CDS_5 CDS 3078 3413 stop_codon_1 stop_codon 3411 3413 gene_2 gene 1 4044 5936 transcript_2 transcript 4044 5936 start_codon_2 start_codon 4044 4046 CDS_6 CDS 4044 4240 CDS_7 CDS 4405 4487 CDS_8 CDS 4559 4788 CDS_9 CDS 4909 4958 CDS_10 CDS 5063 5137 CDS_11 CDS 5447 5936 stop_codon_2 stop_codon 5934 5936 gene_3 gene 1 16694 21409 transcript_3 transcript 16694 21409 start_codon_3 start_codon 16694 16696 CDS_12 CDS 16694 16826 CDS_13 CDS 19259 19425 CDS_14 CDS 20843 20950 CDS_15 CDS 21111 21175 CDS_16 CDS 21262 21409 stop_codon_3 stop_codon 21407 21409 gene_4 gene 2 23538 26896 transcript_4 transcript 23538 26896 start_codon_4 start_codon 23538 23540 CDS_17 CDS 23538 23606 CDS_18 CDS 23703 24239 CDS_19 CDS 24627 24998 CDS_20 CDS 25088 25146 CDS_21 CDS 25270 25344 CDS_22 CDS 25738 25837 CDS_23 CDS 25928 25990 CDS_24 CDS 26479 26589 CDS_25 CDS 26777 26896 stop_codon_4 stop_codon 26894 26896 transcript_5 transcript 23538 26896 start_codon_5 start_codon 23538 23540 CDS_26 CDS 23538 23606 CDS_27 CDS 23703 24239 CDS_28 CDS 24627 24998 CDS_29 CDS 25088 25146 CDS_30 CDS 25738 25837 CDS_31 CDS 25928 25990 CDS_32 CDS 26479 26589 CDS_33 CDS 26777 26896 stop_codon_5 stop_codon 26894 26896 gene_5 gene 1 46496 49648 transcript_6 transcript 46496 49648 start_codon_6 start_codon 46496 46498 CDS_34 CDS 46496 46954 CDS_35 CDS 47113 47287 CDS_36 CDS 49092 49369 CDS_37 CDS 49541 49648 stop_codon_6 stop_codon 49646 49648 gene_6 gene 1 58620 60029 transcript_7 transcript 58620 60029 start_codon_7 start_codon 58620 58622 CDS_38 CDS 58620 58783 CDS_39 CDS 59036 60029 stop_codon_7 stop_codon 60027 60029 gene_7 gene 1 62515 64671 transcript_8 transcript 62515 64671 start_codon_8 start_codon 62515 62517 CDS_40 CDS 62515 63152 CDS_41 CDS 63710 63779 CDS_42 CDS 64417 64671 stop_codon_8 stop_codon 64669 64671 gene_8 gene 1 96011 97717 transcript_9 transcript 96011 97717 start_codon_9 start_codon 96011 96013 CDS_43 CDS 96011 96111 CDS_44 CDS 96193 96557 CDS_45 CDS 96633 97153 CDS_46 CDS 97490 97717 stop_codon_9 stop_codon 97715 97717 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 8377 6652 transcript_10 transcript 8377 6652 stop_codon_10 stop_codon 6654 6652 CDS_47 CDS 8141 6652 CDS_48 CDS 8377 8266 start_codon_10 start_codon 8377 8375 gene_10 gene 2 42007 27635 transcript_11 transcript 28183 27635 stop_codon_11 stop_codon 27637 27635 CDS_49 CDS 28183 27635 start_codon_11 start_codon 28183 28181 transcript_12 transcript 42007 27635 stop_codon_12 stop_codon 27637 27635 CDS_50 CDS 28315 27635 CDS_51 CDS 41154 41112 CDS_52 CDS 41428 41304 CDS_53 CDS 41601 41512 CDS_54 CDS 41814 41682 CDS_55 CDS 42007 41889 start_codon_12 start_codon 42007 42005 gene_11 gene 1 50332 50020 transcript_13 transcript 50332 50020 stop_codon_13 stop_codon 50022 50020 CDS_56 CDS 50111 50020 CDS_57 CDS 50332 50197 start_codon_13 start_codon 50332 50330 gene_12 gene 1 55590 51050 transcript_14 transcript 55590 51050 stop_codon_14 stop_codon 51052 51050 CDS_58 CDS 51221 51050 CDS_59 CDS 54033 53334 CDS_60 CDS 55590 55566 start_codon_14 start_codon 55590 55588 gene_13 gene 1 57040 55766 transcript_15 transcript 57040 55766 stop_codon_15 stop_codon 55768 55766 CDS_61 CDS 55789 55766 CDS_62 CDS 56521 56330 CDS_63 CDS 57040 57032 start_codon_15 start_codon 57040 57038 gene_14 gene 1 69165 65336 transcript_16 transcript 69165 65336 stop_codon_16 stop_codon 65338 65336 CDS_64 CDS 65591 65336 CDS_65 CDS 65920 65677 CDS_66 CDS 66205 66007 CDS_67 CDS 66435 66300 CDS_68 CDS 66650 66544 CDS_69 CDS 67047 66759 CDS_70 CDS 68329 68193 CDS_71 CDS 68616 68424 CDS_72 CDS 68804 68696 CDS_73 CDS 69165 69072 start_codon_16 start_codon 69165 69163 gene_15 gene 1 74560 72332 transcript_17 transcript 74560 72332 stop_codon_17 stop_codon 72334 72332 CDS_74 CDS 74560 72332 start_codon_17 start_codon 74560 74558 gene_16 gene 1 91970 89126 transcript_18 transcript 91970 89126 stop_codon_18 stop_codon 89128 89126 CDS_75 CDS 89149 89126 CDS_76 CDS 89437 89228 CDS_77 CDS 91444 91132 CDS_78 CDS 91970 91561 start_codon_18 start_codon 91970 91968 gene_17 gene 1 100101 99553 transcript_19 transcript 100101 99553 stop_codon_19 stop_codon 99555 99553 CDS_79 CDS 100101 99553 start_codon_19 start_codon 100101 100099 gene_18 gene 1 106077 105652 transcript_20 transcript 106077 105652 stop_codon_20 stop_codon 105654 105652 CDS_80 CDS 106077 105652 start_codon_20 start_codon 106077 106075 gene_19 gene 2 107959 106836 transcript_21 transcript 107959 106836 stop_codon_21 stop_codon 106838 106836 CDS_81 CDS 107156 106836 CDS_82 CDS 107601 107352 CDS_83 CDS 107959 107670 start_codon_21 start_codon 107959 107957 transcript_22 transcript 107794 107343 stop_codon_22 stop_codon 107345 107343 CDS_84 CDS 107601 107343 CDS_85 CDS 107794 107670 start_codon_22 start_codon 107794 107792 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 437 96194 97156 match_2 match 99.4 16939 17247 match_3 match 65.9 16694 16834 match_4 match 90.1 16939 17247 match_5 match 60.8 16694 16834 match_6 match 132 16939 17415 match_7 match 55.5 16694 16828 match_8 match 345 96251 97156 match_9 match 328 96239 97156 match_10 match 102 16939 17247 match_11 match 62.8 16697 16834 match_12 match 124 16939 17493 match_13 match 50.1 16694 16828 match_14 match 112 16939 17292 match_15 match 47.4 16694 16828 match_16 match 57.8 16694 16828 match_17 match 113 16939 17292 match_18 match 197 62617 63153 match_19 match 103 16939 17418 match_20 match 36.2 16730 16828 match_21 match 318 96251 97156 match_22 match 112 16942 17283 match_23 match 64.7 16694 16825 match_24 match 57.8 16694 16834 match_25 match 111 16936 17286 match_26 match 39.7 16721 16828 match_27 match 97.4 16939 17265 match_28 match 106 16939 17379 match_29 match 60.8 16697 16834 match_30 match 126 16939 17484 match_31 match 52.8 16694 16828 match_32 match 52.8 16694 16828 match_33 match 102 16939 17283 match_34 match 139 16939 17496 match_35 match 84.3 16694 16834 match_36 match 107 64417 64668 match_37 match 291 62515 63150 match_38 match 483 96074 97165 match_39 match 98.2 16939 17265 match_40 match 43.5 16727 16828 match_41 match 103 113059 113913 match_42 match 77.8 114200 114790 match_43 match 26.2 114036 114089 match_44 match 114 16939 17421 match_45 match 53.1 16694 16828 match_46 match 115 16939 17472 match_47 match 46.2 16694 16828 match_48 match 94.0 16939 17256 match_49 match 55.8 16694 16834 match_50 match 100 16939 17247 match_51 match 59.7 16697 16834 match_52 match 321 96251 97156 match_53 match 113 16939 17307 match_54 match 60.1 16694 16834 match_55 match 28.1 16733 16828 match_56 match 103 16939 17262 match_57 match 99.4 16939 17379 match_58 match 36.6 16724 16834 match_59 match 99.4 16939 17379 match_60 match 36.6 16724 16834 match_61 match 93.2 16939 17427 match_62 match 49.3 16694 16828 match_63 match 97.1 16939 17247 match_64 match 62.4 16694 16828 match_65 match 117 16939 17280 match_66 match 58.2 16706 16828 match_67 match 334 96239 97141 match_68 match 102 16939 17280 match_69 match 41.2 16727 16828 match_70 match 117 16939 17283 match_71 match 64.7 16694 16828 match_72 match 99.0 16939 17280 match_73 match 45.8 16715 16828 match_74 match 442 96182 97156 match_75 match 40.0 16727 16834 match_76 match 103 16939 17250 match_77 match 114 16939 17421 match_78 match 48.1 16691 16828 match_79 match 104 16939 17247 match_80 match 61.6 16700 16834 match_81 match 116 16939 17391 match_82 match 60.1 16706 16834 match_83 match 56.6 16694 16843 match_84 match 101 16927 17247 match_85 match 53.1 16694 16828 match_86 match 102 16939 17247 match_87 match 100 16939 17379 match_88 match 70.9 16694 16834 match_89 match 421 96215 97156 match_90 match 38.1 16724 16828 match_91 match 93.6 16939 17244 match_92 match 429 96182 97156 match_93 match 105 23694 23885 match_94 match 480 96074 97156 match_95 match 94.4 16939 17307 match_96 match 39.7 16727 16828 match_97 match 35.8 16730 16828 match_98 match 92.0 16939 17247 match_99 match 54.3 16694 16828 match_100 match 116 16939 17292 match_101 match 100 16939 17490 match_102 match 53.9 16694 16834 match_103 match 92.8 16939 17388 match_104 match 40.8 16724 16828 match_105 match 95.1 16939 17256 match_106 match 59.3 16694 16828 match_107 match 90.1 16939 17433 match_108 match 36.2 16730 16828 match_109 match 95.5 16936 17247 match_110 match 49.7 16694 16828 match_111 match 129 113059 113913 match_112 match 110 114200 114775 match_113 match 43.5 112869 112979 match_114 match 38.5 113997 114089 match_115 match 404 96197 97156 match_116 match 379 96191 97156 match_117 match 114 16939 17286 match_118 match 70.9 16694 16834 match_119 match 97.1 16939 17427 match_120 match 61.2 16694 16828 match_121 match 125 16939 17457 match_122 match 52.0 16694 16828 match_123 match 125 16939 17457 match_124 match 58.2 16694 16843 match_125 match 119 16939 17283 match_126 match 60.1 16694 16828 match_127 match 112 16939 17433 match_128 match 62.4 16694 16834 match_129 match 432 96182 97156 match_130 match 439 96215 97156 match_131 match 129 16939 17481 match_132 match 60.1 16694 16828 match_133 match 73.9 113029 113907 match_134 match 68.9 114197 114733 match_135 match 36.2 114000 114089 match_136 match 73.9 113029 113907 match_137 match 70.9 114197 114727 match_138 match 36.2 114000 114089 match_139 match 117 16939 17283 match_140 match 64.3 16694 16828 match_141 match 326 96251 97156 match_142 match 333 96251 97156 match_143 match 134 16939 17295 match_144 match 82.0 16694 16828 match_145 match 490 96068 97156 match_146 match 91.3 16939 17244 match_147 match 40.4 16730 16828 match_148 match 117 16939 17283 match_149 match 65.1 16694 16828 match_150 match 56.2 16694 16828 match_151 match 119 16939 17292 match_152 match 91.7 16936 17247 match_153 match 47.0 16694 16828 match_154 match 115 16939 17319 match_155 match 59.3 16694 16834 match_156 match 392 96185 97180 match_157 match 73.6 114200 114730 match_158 match 128 113059 113913 match_159 match 32.3 112869 112979 match_160 match 32.3 113997 114089 match_161 match 128 113059 113913 match_162 match 55.5 114200 114493 match_163 match 32.3 112869 112979 match_164 match 32.3 113997 114089 match_165 match 67.4 113239 113913 match_166 match 73.6 114200 114730 match_167 match 32.3 113997 114089 match_168 match 110 16939 17310 match_169 match 54.3 16694 16828 match_170 match 115 16939 17421 match_171 match 49.3 16694 16828 match_172 match 207 96350 97162 match_173 match 114 16939 17283 match_174 match 59.7 16694 16828 match_175 match 41.2 16727 16828 match_176 match 108 16939 17256 match_177 match 138 16939 17307 match_178 match 93.6 16694 16834 match_179 match 136 113134 113907 match_180 match 45.4 113997 114131 match_181 match 30.4 16730 16828 match_182 match 95.5 16939 17253 match_183 match 332 96239 97141 match_184 match 118 16939 17283 match_185 match 64.7 16694 16828 match_186 match 118 16939 17283 match_187 match 64.7 16694 16828 match_188 match 140 16939 17310 match_189 match 84.7 16694 16834 match_190 match 117 16939 17283 match_191 match 63.2 16694 16828 match_192 match 117 16939 17283 match_193 match 63.2 16694 16828 match_194 match 92.8 16909 17247 match_195 match 46.6 16694 16828 match_196 match 55.8 16694 16828 match_197 match 124 16939 17286 match_198 match 32.0 16718 16828 match_199 match 99.0 16939 17307 match_200 match 39.7 16727 16828 match_201 match 92.8 16939 17241 match_202 match 147 46496 46957 match_203 match 111 23694 24233 match_204 match 111 23694 24233 match_205 match 71.6 113029 113907 match_206 match 67.8 114197 114733 match_207 match 28.5 112869 112925 match_208 match 39.3 114000 114089 match_209 match 71.6 113029 113907 match_210 match 66.6 114197 114742 match_211 match 28.5 112869 112925 match_212 match 39.3 114000 114089 match_213 match 442 96182 97156 match_214 match 94.7 16939 17247 match_215 match 63.9 16694 16834 match_216 match 100 16939 17400 match_217 match 43.5 16730 16828 match_218 match 48.5 16694 16828 match_219 match 117 16939 17283 match_220 match 34.7 16727 16828 match_221 match 95.1 16939 17250 match_222 match 348 96191 97156 match_223 match 120 16939 17283 match_224 match 58.9 16694 16828 match_225 match 98.2 16936 17400 match_226 match 45.4 16694 16828 match_227 match 115 16939 17304 match_228 match 52.0 16694 16828 match_229 match 112 16939 17394 match_230 match 54.7 16694 16828 match_231 match 122 16939 17421 match_232 match 66.6 16697 16828 match_233 match 91.7 16948 17493 match_234 match 57.8 16694 16828 match_235 match 95.9 16939 17493 match_236 match 57.8 16694 16828 match_237 match 491 96074 97156 match_238 match 120 16939 17283 match_239 match 57.0 16694 16828 match_240 match 94.7 16936 17247 match_241 match 49.7 16694 16828 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_242 match 107 73798 72518 match_243 match 122 73876 72518 match_244 match 135 74002 72533 match_245 match 113 73888 72434 match_246 match 109 73975 72473 match_247 match 425 8076 6664 match_248 match 45.4 60999 60880 match_249 match 90.9 60802 60593 match_250 match 114 73972 72485 match_251 match 128 74005 72416 match_252 match 130 74044 72515 match_253 match 136 74044 72578 match_254 match 127 73879 72416 match_255 match 133 74044 72578 match_256 match 108 74113 72518 match_257 match 141 74044 72578 match_258 match 119 73879 72416 match_259 match 140 74110 72416 match_260 match 124 74113 72416 match_261 match 116 74089 72554 match_262 match 139 74005 72515 match_263 match 122 74029 72512 match_264 match 116 73999 72518 match_265 match 122 73879 72497 match_266 match 108 73441 72515 match_267 match 118 73996 72617 match_268 match 119 73393 72512 match_269 match 109 73867 72512 match_270 match 131 107159 106839 match_271 match 146 107627 107349 match_272 match 105 73345 72488 match_273 match 45.4 61047 60880 match_274 match 88.2 60808 60611 match_275 match 122 74005 72473 match_276 match 133 74005 72617 match_277 match 548 8088 6661 match_278 match 357 53986 53333 match_279 match 63.5 65602 65342 match_280 match 165 67049 66282 match_281 match 74.3 66193 66005 match_282 match 89.7 65927 65721 match_283 match 764 74107 72446 match_284 match 124 74098 72497 match_285 match 110 73345 72539 match_286 match 106 73162 72518 match_287 match 121 66995 66543 match_288 match 272 7830 6664 match_289 match 125 74053 72578 match_290 match 114 73528 72512 match_291 match 42.7 61053 60880 match_292 match 99.0 60802 60575 match_293 match 148 74008 72512 match_294 match 138 73900 72608 match_295 match 54.7 65602 65375 match_296 match 182 67049 66240 match_297 match 87.0 65918 65721 match_298 match 79.7 66199 66008 match_299 match 359 53986 53333 match_300 match 62.0 41434 41306 match_301 match 68.9 41816 41679 match_302 match 24.3 41604 41512 match_303 match 74.3 42007 41891 match_304 match 155 28210 27833 match_305 match 565 8088 6664 match_306 match 107 73393 72518 match_307 match 112 74017 72554 match_308 match 108 73345 72389 match_309 match 107 73240 72515 match_310 match 249 53857 53333 match_311 match 115 74047 72485