C00HBa0142A05.2 AAGCTTGATGACTATCACATTGAGTCTGAAAAAATTATAAAATAATCCTACTCTGGATGA GAGACTGCCACATTTGTAAATTGGCAGAAGCTGAAATTCCAAACAAGATTAATATCTTAG TTCCATAAGCGAAGATTCGCTGCATATCCCTAACTAGAGTCCCTCCTTTTTCTGATTGAG TTCCTTCAATCTGGAACACTCATTTAGATTGATGTATTGCATTTTAATGATCGAAAGGAA ACAAAGCTCGCTCTATCGTCCAAACAAATATTTAATATGTATGTGAAAGAGGCAATGTTT GGACATAAGGCACCAACATAAATAAGAGTTCCATGTTTTGAAAACTGCTCCCTCTATCCC CAGTTTGTAGTCTTACTTTGACCCCACATGGATGTCATGATTATATGTTGGTTTAGAGAA AACTGGGCCCAAACTAGACTCAGAGGTAACTTCTTAAGGTGTGAGTATATTAGGTTTAAA ACTGGCTCCATATGACTTTTGAGATTGAAAAGTATTAAGCAAAACTTATTTCAGTAATGA CTAGTGAATAAAAATAAGAATCATGAGAAAATTGAGCTTAATTTTGGGACAAACAAAAGA AAGGAAAGTGAAAATTATTTTAGCAATAAAGCGAAAATATAACAAAGATCCCATTCAGAA GTCTATGTTCTTCCCTATGTGGCTCTATGTAAAGGACAAATCGAGGACACTAACAATGAA ACTCAAATACTTTGAAGGTCAAGGGGAAGGAAGGTGAGATAACAATTAATTAAAAAACCT AATCTTTAGTTGCAATCAAGCCATCACTTTATGAACAACACAGGAAATGAAGCTTCAATC TGACTGTATCACCTCCTAATGATTAAGAACCGAGTTGCAATACCCAGAAAGTATGAATCA ATAGCCCAAAATGACACGGGTAAAAGCAGTCCCATGACAGGTGAATACTACTATACTGCA TATTCCAAAATAATTGGGACAGAACCGCTATGAAGCCACTATACACATTGTAACCGGGGT AGGATGCAGCATTATAACATCAAGTTCATCTGGACAGTATTTTCGATGCTGTGGTATAAG TACATGTGTAAAATCACTAACATTGCAATAAATAGTAGGTATGAAGCTGTAATTTTAAAT TTTTAATAGGTTCAATGCTAAGACAGTCTGAACCCATGGAGTTCAAATCCTGGATATTTG CTGATTGTATCAAGGCAAACACATACTCAAGTCCTTTTCAGTTTTCGAGTATAAATTAAG GCTAGCTAATACCTGAACAGGAGATGACATAATAAAAACAAAAAAACAAGAAGATAACAA CAACAACATATCCAATATAATCAATCCCGAGTCTGCCAAGGGTGAACTACCCTACCCTAC CCTGTGAAGGTAAAGAGGTTGTTTCCAATAGACATCCGCTCGAGTAAGCATATCAATTGT AGCGATAGCAAATAACATGATAACTCAAGCAAATCAAACAACAAGTACTACTAAAATGGA AGAAAAACATTAATAATAACAATACCGATAACGGATAACGGGACTAGACAAAGCCCGACT ACCTAATAAACTTCAACCCTAATTCTCGATATCCGTATCTAGATCATGATAAAATTATAA ACCGGAAACGAAAACAGAAGCTATACAAACCTTGAGGTCGATATTAGACCGATTAATCAA AATCGGGGCGAATTCAGGATCTCTGATGATATTCTTCCACCTTCCGCTACCGTGCTTTGT CACACCGGCTTTTAGGGCATCCTCCTCTTCCGACGTCCACTTTACCTTCGGATTTCCCAT ATCTCTCTATCGCTATTCGCTAATGCTCAATTTTTTTCTATTACTCTCTATATGTATATC AGAAGAATTAAAGAAATTTCCAGAAAAAGCCCATAGAGTTGAAGCGAGATTTTGTTAATA CTGTCAGATTCTATTGAAGAAACAGATTACATTCTACTCATACTTCTCCCGCCCAAGGAC AATTTTAGAGTTATAGGAGTCCCTTTTCACCTTGTTTATTTATTTATATTAGGTGAAATA ATGTTGGCTAAGATGAATTTTATTTTATTTTTAAATAAAAGAAATGTTAGTGATGATTCG TATAATATTGAGATCGAAACATTCTTTTCGAGATAATTAATTAACAAAATGTTTTAAAAC TACAGTAAAAATTCACTCAATTAATATAATTGAAATCACGAAATATAATTTTTTATAAAT ATATTATTTAATCGATAAATTAATATATATTAATATAAATAGCATTTCGACGCCGTAAAA TTTCTTCAACTTGTGAAAATGTCATTCATTAATTGAGTATTAGTTTAATGAGGCTATACT GTAAAACAAAATAAGATAAGAAATATAAAAGATGAAAGCAATAAAAATAGAGAGATAAGA GAGTTTTTATTATTCTCTTAAATATTCAACTGTATTCGATATGAATTTTAATACCTCTAT TTATAGTATTACATAAAAGTATACAAAAAGTTAGTCATAAGCATGACCTTGCCAATGAAA GTTATTGAAAAATTAACTGTATAATATCAAGGGAAAGGTGATAGAGGTGCAGGAATTATT ATACACTATGGTTTTATTACACCTTGAAATTTTTGGACATCCACATAAATATATTTATAA CACAAGAGTGATTATTTCTATTTTTCTGAAATTTTTTTATATTTTTGGGCGTTTAGTACT AGAAGTTATTTGTATTGTAGGGGAATTGGTAAAGTAATATAAGGAGCGAAAAAATACTTG CACATGATACTTATCGACCTATAAAAGATTTATCATTAATCTCTTTAAAAGATTTATGAC GATATTTAGAGGGTAGAGTTGTATGTTTGATGAACATTAGGGTACGTATGATGGAGCTGA GACTCAGTTAATGGATATGGGATAAAAATCAAAATACTTCTCAATTTTGTTTGGAATACA CAAATGACTAGCCCTTAACCAAATTTATCCACATTGGTGATAGATAAATTGACGTGACAA ATCTTAAATTTGATGTAGTGATGTATGTTATTAGGGAATGACTTTGTTTGATTGACGAGA TATGCGATAGAGTTAACTCTAACTAAAGATTTGAAGACACCACGACTATATTTTGGAGTG TAAATACATTGAAATGACATGGAGCTGAGACTTAACGTGTTTAAGACCACGAGGTTAAAA TACATTTTGATACGTCAATAAATATATATTTTTAGTTTAAAACTGTTATATTAAAAAATG CTTTTACAATTTAATTCTTTATCAAGTCAAATCTTAATAATCAAATTGAAACTGACATAA AGAAACTTATTGCCTTTTTTTTTTCTGAATTGCTTTGAATTATTTTTCTTGACTGGTGGA GTCTATTAAATTGGTTAGAGATAAAATTTGTCTACGCATTATTTTTTTCAGACCCTGCTT TGTGGATATGCGTAGTGTATATCTTAGTTTATGGGTAATTGTTAAGATGATGTGATTGAG ACATTTTTTGAAAAATCATAATCTTATAACACATGAAAAAATCAAACAAATTATGAGTAC CGACTAATCATATCACACTTCACTAAAAAATGAAATGTCAAATCATAATGTATTATTATA ATATGATTGTGATATAATATTATTAAAAACAAAAAAGGAAAATTTTTGCAGATAACCATT ATAATAAATTTAATTATGCTCCATGGCTATAGTTTGCATATTTACGGATTATAGCTACAG TTTAAACTATCTAGTTTGTATAATTCTCGGGTTTGTTGGTATAATTCAGTTATTTTTGTA TAAACTCTAAATAACACATTTATACAATTACATACATTAGACGTGTAAACAATTATACAA ATTTCGAACTATACAAAAGTTAATACAAATTATATTATGTAATTTTGAACTATATAAAAA TTGTACAAATTTTGAATTTAAAAATGTGTGAATTATACAAAATTAATAAGTTGAGCCACG TAATTATAGCTAAAAATAGACCGTGAATGTAATTAAGACAAATTATAAGGGCAACTTTTA CATATAGCAAACAAAAATATTCATATTTGTATGTTATAGTAAAATTTGCATAATTGCGCT CCATATTAAACATATAACTGTATAATTTGCTATACATATACAATTGTATGATTCGCTGGC CTAGATTGTATAATTCGTTGGCCTCGCCTATACATGTACAATTGTATGATTCGCTTGCCT AAATTGTATAATTCACTGGCCTATTTCGCTGCAATTGTATAATTCGCTGGCCTATTTCAT TGCAATTGTATAATTCGCTGGCCTATTTCGCTGCAATATCTGTATAAAATTTACTTTCTA TACAATTGAATCGAAGTAAAATGTTTGTATATTGTATAATTATAAATGTATAGGTTGAAG ATATATGTTTTTCTCTCGCTTTATACAAAAATAGAAACACATTTTATACACTTCTGTTGT ATAAAGCGAGAGAAAATTGTACTTCACTGCAATTGTATAATTCGCTGGCCTTTTTCGCTG CAATATTTGTATAAAATTTGCATTTGTATACAATTAAATCGAAGTAAAATGTTTGTAAAT TATATAATTAAGTGTATAGCACGAAAATATATGTTTTTGCATGTGCATATACAATTTCCT CTCGCTTTATACAAAATAAAAACACAATTTATACACTTCTGTTTTATAAAGCGAGAGAGA CGAGCAGTGGGAGAGTGACGAGCGAGAAAGGGAAAGTAAGTAGCGAGAGTTTAGGGAGAG AAGCGACTGACAAACGTTAACAAACGTTTGCTACGGGGCACAATTAAATCAAACAGTAGC TACTCCATTTATTTTAAATTATTAATTTGCTATTATATACCATTATCCCTTATAAATATA TTGACTAGTTAATTATTATATATTTACTTATACACGTATCCAAAAATTATAATTATCCAA TTAAAATTTTCGAATATCGTACCATTGAGCAATTTTCTTCTATGTTTTTTTGTTTCTACA GACATATAACAAAATAAAATTTCTAATTCCTTTATTTTAATTTATTTTTGATTTGAAATA AAATTTTAATTTAAAAATATATTATATATATTTTATAATACTAAAATTTAATTATATTAT ATACTGCATTAAAAAACAATTTAAAATTTAGTTTTAAACGAACATAAAAATAATAAATTA AAATAAAAAATAACATATATTAGACATATATTAGTAGGGTAAAAGTGACTTTTTCTTGTG AGATTTTTTTAACACCCTGAAAGAAAAAAGGAAAAATCCAACTTCCCCCCAAATACCACA GGGCGTTAAACCCCATGCTTCTTTGCATGCCCATTGCATTTTTGATTGGAATTCACGTTT TCGATCATTGATTTTTGATCTATCAACTAAAATCTAGAACTAGAACTAGAATCAGATGAC GGAAAAAATGGAGGTGACGGAGAAGATGTGTGCAACAGAGGAAGTAGTTGATGCGTTGCT GGAATGTATGGTGGAGCCGTTGTTAGGGCGTAGTTCTTGCAAATCAAAGGAAGTTCCGAC ACTTTATCAACAAAAATCCATGGCTAAACAGGTACTTGTAGCTTTTTATTTACTCTGTTC ATTCATTTGATGTGTTTTTATTTGATTAATTCAATTTGATCTTTTTTTTTTGCAATTGAA TTCACTGAGTAAAATTGAAAGATTTCTCGACTAGAACTCTGTGTGAGGTTTCTATGCTTT AATAGAATGTGTATGGAATCTCTGAAGTTTTAGACTATTTGGTGTAATAGAAGGGATTGA AAGGAAAATGATAACAAGATAAACAGTGCAAATGAAGCAACATGTAGTAGTGAAAATTGA AGAAAAAGATACTACCTGAGTATCATCTAATACTACTAAATAAGGAAAAATTGAGAAGAG GAAACTGACCCACTGCCTCTCACACATGAAAGTACGACAACACTTGTCTACCTTTGTACC CTTTATCGTCAACCTCCATACCTTTTCTGTCTAGAGTCATGTCCTCTGTGAATTAAAGAT GCGTCATGTTTTGCTGTCTAATCACTTCTGCTAATTCTTTTTCAGTCGACCTCTACCCCT CCTTAGACCTGCTATAGCCAACCTCTCACACCTCTTTCACATGTCCAAACCGTCTCACTC CCACTTCCCTCATCTTGTTTAGCACAGAAGCCACTCCCACCTTCTCATGCATAATCTTAT TGCTTATCGTATCTCTTCTAGTATGTCCATACATCAATTTGTTTGATAAAGTTATCATTT TAGGCTTCCAGGCCTTCATCTTCTTATTACTTTTGAGTATTTAATAACTGCAGAAGTGTG CGAGTTTAGAATATTACATGTGGTTTTAAATCTAACATTAAACACAAACTTATCCATTAC ACATTTTTCTTTTCATCTGTATACTCTAAACTTCTATATCTCATGCAATTGACTTTGGGG AAAGATATTCTGTGATGGGGATGGGTGGATTCTATGTAAATGATTCTAGGGGAAGTGAGC TGCATTATGATTGAATTTAGATTAATCAGTGAGCTAGAATACTCAAGCATGGTATGGAAG TTGAGTAATAAAGGTCATGATATTTTTTGGTTAGTGAGAGACCTTCTTGCAAGCGCTATG GTATGTTTGTTATGTTCTACTTAATCCATTCTTCTACTGGCTGCTGATGTTGGCAGGTGG GTGCTGTTGTGTTTCTCTACAACTACTACTACAGGAAGCAACATCAAGATCAGAAAATAG AGTTTCTTAATTTTGCATCATTTTGCCAATTAGCTGTAGTTCTGAAACCAACTTTGATGA CATATATGAAATTAATGCATCGATCAGTATACACAGACGTGGACAATTTGGAAAGCCAAC TTTCACTCACTGAGAAGGAAATTATGAGGGCATGTGATATATCTTCAACGCTGGATGATG CAGAAGTTGTTCCGCTATCACAGAAATGGCCTACTTCCAAAGTTGCTGTATTCTTAATTG ATTCAAGGAGGGAGAATTGCTTGCTCATGCATAGTTCTATGACCTGCGCAGTTTGGTCCA TTATTGAGAAACATCTTGATGTCTCTTCAAGTTATCTTTTTGATTCAAAGTGCATAAGCA AAAAGAAAAAAGCTAACATGTTTTCAACCAGTCTTCAGTATGCTGATGGATCATCGCTCC AAGATCTTGCGCTTTCCGCTGCCACAGAAGCAACAGGTATATGCTTAATGAGTAATCACA ATTCTAGAGTTTTATGTTCTCAAAATTTGCCTTTGGAAGTGATTTTCTCCTTCCCACCAA ATTGGGTTTGAACTGATCTTTCCTGTGGTGCCTGTTTATTCTATCAGTACTATGGAAGTA GTTCTTTTGGTTTGTTTGTGCTGCCTATCAGTAGTAAGCAAGTGGTTCTTGTGGTTTGTT TGTGAGAAGTGATGTCCATTGTGGTTCATGTTGTGAAAAGATGTTTCATGCACCTGTCAC TCAATGCTACAATGACTACATTTTATTTCTTTTAACTACAATCTCTCTCTCTCTCTCTCT CTATAAAGTAGAATATGAAAACGGTGATGTGGCACCTCTCAATGGCCATCATTATTATTT ATCTATTTTGTCAAATTTTTAAGCTTTTATCTCATTTTCCCAAATTAAAAATAAAATATA TTCATGATATAAAAGGATGAACGAAATTTTCATTATTCTTACAACCTTACATTTATCTTC TTTTAGTACGATTCTGTTATCATCATAACACCTAAAATAATTAATGTCTTATTCATGACA TTATTTGTTATTTCAAATCGTAGTCCTATAAATAGAGACAATAATGATCAGATTAGCATT TTAATTTGTTAAGGTGCTTATTATATTCATACTTCGGTTGACTTGAAGAATAGGATGAAG ACTATTGAATGATGATTGACTTATGGGAGTATATGTCGACCAGAACTCGGAAGATTTTGT ATATTGATCTCATTTTTTTAAATGATTATGATTGTAAAAATGACGTTGTATTATTTACTT TTTTTTATGCTCTCTCTATAATTACTCTTCATTTTATATTTTATATGAACTTTTTATTAT CGTAAGTCTATGATTTCTTTTCTTTCAAAATATAACTCACGATTTTGTTGAAAGTTTACT AACAAACCAAATATTTATACAGATAGATAGAAATGAGAGATACGTATAGTAATATTTAAT TTTTAAAAGATGATATCTTATCATCTTTCATAACTGCGCGAAGCGCAGATAAGTTCACAA CTACATAATACCAAGGAAGTTGAGGTGGTTTTATGAATCATCACTGTCCATGTCGTTCCA ATTAAGTCCGTCTCAGTTCAATTTTATAAAAAAAAATGTTCCACCAAGACTAGAGGTCAA ATTATTTTTTATGAATATATACGAGATGGTGAATCTCCTTGACTTCTTCGTGTGTTTGCT CTTTTACATTTTTAATCTTAGTGAAAATTGTGGTTCTGCCACCTACAAAGACCTCAAGTT AATTTACAATAATAACTTAGTTGACAATCATTTTTTTCTTGATATTTAAATTTTTAGTGT ATAGGGGTCTGGGCAAAAGGTAATGAGTTCCCGTGAATCCATTGGTTGTGTTCTAGATCT GTCACTGCCCCCATGGGTTCTCTATCTTTGAGTTATAGGAATCTTCCTTACATTTATTTT GTTTGTCTGAAAAATACTCTCAAGTTTGGTTTGATTTTTTGTGTAGCTAGCTGGATTGAT CTGTAATTATTTTTATTCCACTAGAATCAGTCATGATTAGTAACCTTTTTCTGCCTTTTG ATCTCTTTGAAGTAATTAACTCTGCTACTAGTATACTGAATAATATCCTATCTTTTAAGC AACCATATATTTTCTGCTTAGCCAAAGGCAGCTTCAGATGTAATGTTGGAAATATTGCCA TAATACTTCAGTTTATGTGCTGTAATATATGTAGAAGGACTAAATATTTCATGTAATTTG CATTTGAAACAGGCATCAATAGAAGTGATCTGGTTGTCCTAGAAAGCCACCTTGTATATT CCTTAGATAAAGAAAAAGCATCCACGCGATTATATCTTGTACAATCCACTAAGTTGGTGA ATGAAGGCTTTACGATTCCTATTCGCGACATCATTGAAAGGTTAGTTCATTTCTCTACAT ATTCAAGTACATGCTTCAACAAATTAACGGCAAAAACAATAATAAACTGGACCTTTAAAA CCAAATACATCTCTTGTCAAATGTGAGTCTTGTTACCAATATTGATGCATAATATATAAA TCTTTAATGTGCTCGTAGGAGATCCAATTTTGCATTTTTTATCAAGTAAAATTATTTTCA TTCATAAACATGGTCAAACTAGGCGTATTCAAGTGATATACTTAAAGGTAAAGATTCTAC ATAATATGATTCACTACAAATTCCATCCAATCGTCTAATACAATAAGGCTAACAGTATTT GAAGCTCATTCACTGCCCAATCTTGAAAATCCCTTCTAAATCTCAAGTCCCAAAAAGTCT CTCCATCGTGTGTCCCCCTAATTTATTGAATTGTAGCATCAAATCTTTAATTCCAACGCC TCTCATTTTGTAGGAGTTTGACAGGCTTCCATCGCACCAAGTTAAACTTTCTTGCCCCAT TTGCAGCATCTCAAAGAAGTCTTGTCTGAATCTTTTCCAGCTTTTTAGTGACCACAGTTG GAGCCTGAAACAAAGACATGTTGTTAGTTGGTATGCTCGATAATGTGCTCTTTATAAGCA CTTCGTTATACTTTTGGACATTTATCTTTTCTGCCACCCTGCTAGTCTCTTTTCAACACT CTGAAAACCCGGTTTTCACACCGCATGATCCTTGCTCGAAGTACCTAACGATACTCCCAG GTATGTAGTCAGTAGAGTCCCAACCCTACAATCCAATACTCGAGCAAGCAATCCAAGGTC ATTCACCTCTCGAACAGGAACAATCTCACACTTCCTCAAATTAATTTTATGACCTAACAC TACCTGAAACCAAATGAGAACTTGTCCTAATCCAGTTGGGTCTCAACTGCATCACAAAGA AACATGGTATCATCAGCGTTCGTAGCTCCCTTCTATCAGCATTGTGACAACGAATGAGGC ATCCATACTTTTTTTGAATTCACCTCTATCTTGGAACTCAACTATAGTATTCATCACATC ATTTTGCACTTGTATGAGCATAATTCAATTATGTTGATCTATTGATATGCTAAGTAGCCT GATAAGTGCATTTCATGGATTAAGGATCAAATTTTGTAAGGAATTGATCTCTCCTTAGTT TATTTCATAATCTGTTAGAAAAGCTGAATTTTGCATTTCATCCTCCTTAGTTTATTTCAT AATCTGTTAGAAAAGCTGAATTTTGCATTTCATAAATGAATATTGTTTTAAATTTTATTT TTTAGTATTATAAATATTGCTCCAATGTCGACAAATGACTGATTTTCCCCTGAATCTTCT TCTGGAGTAGCTTGCAGGGTCCTTTAATCAAGAAAAAATCATGTGGATGGTCGGTTGCTC CAGCTGTTGAGTATTTTCACTTGCTTTCCTACCGAGAGATTTTGTCGAATTGGCATTCTA GGTAGAAGTTGCATCTGATTTCTTTTGTTATTTCTTTTCCTTTTTTTGGTGCAAAATGTT TAGTCGAACATTGCCCTCTAGTCTCTGCAGCGAAAATGCTTTTTATTCTCAATTAATGTG CTCCAAGATGGAGCATACCTGCTTTCCTTCCAGTAGAAACTATCCTATGATTATCTTTCT CTGACAGATTTTCACAAACTCGATAATATTTCTATTCTGGTGGCATTGCAAGTGTCTTCC TGTGCTTTGTCTGGTGGTGCAATCTGTTTAGCATGATGTGTATCAGTATATAGAAGCTGC ACAGGGTTTGCATGTAATAAGTGAATAGTCTTCCAGTCAGAAGTAGTATTTTTGGCCTTG TTCTTTGTTTGGGCCCTTTTCCCTGGGGCGTTGAAATAATTATGTATTGCTTCATTTGGG CCCAAATTAGTTGAACCCTTTACTCCTGAAACACTAGCTTCATTGGGCCTGCTTACTTTT GCCTTTGAAGTACAGCAGAAGCACGTGGGTGGTCAGATAATTTCTTGTTTATTTCCTATA TATCTAGTTTCTGCTCTTTTAAAAGTATCGTGAGGAGGATATTAAGCATAGTTCCTTTTT TGTTGTAAATGGAATTCTCATCACAGGGAGCAGTTGTCAAGTGGCTTGCAAGATCTAAAT GTAGAAGTGGTAGCTGCCCATGCATATGATGTACACGTTGGAGGTAGCTCCTGTAAGAAA GAAGTAAATCAGGTGAAAACTAACTCCTACAGTAACTACACTATAAGGAATTCCAAGAGA TGCACCTTTTTCAAAGAAAGCTGGTGATAAATCACTTGTATATCCAATTGGCTTGGTGGA CCTCATCAAGTACGTTTGGATGACTGATGTGATTATCATTCAGGCTGAGATAAAATCATA ACAATTTTCAGCACTTATTATCACCAAATGAATCCTTTAGTGCTTTATATGCTCTTTTCT GTTTGATGTAGTACATGTGGAACTTTCTTCAATTATTTTCCCATCTAATAGTAATATTTT ATCATATTTATTTGTTTATTTATGGTGGAATGGAGTAGAGGGTGAATGATAGGATGATGC CTATTAGACTAGCTGTGGGAGGTCTGAACTTTGACACAGTGCATAAGGGTTTGGACGACA AGTTCAAGAAGTGGTTTTGGGAGGATTCGGATGAGGTTGTGAGAGGTATCCCACACATCA AGAAGACATTTACGGGAGGTGATTTTAGTGGTCATATAGGGAGCACTTTGAGGGGTTACG ATGATGTGCATGGCGGTTTCTACTTCGGGGATAGGAACGAGGGGGTTATTGCGCAAAGGT TGTTGACTTTGTCATTTATAACTTGAGTTTTCAGAAGAGGAACACTTGGTGACCTACCGT AGTGCGGTGGCTAAGACCCAAATAGACTACCTACTTCTTAGGAGGAGAGATAGAAGTTTA TGTAAGGACTACAAGATTATCCCGAGCGAGAATCTAACAACCCAACATAAGAATTTGTTT AGATATTTAGAGTAAGAGGAAGAAAAGGGTTGTAAATGTGGAGGCTTGACAATGCCAAAG CTTTGGAGTTGGGAGAAGTTGATAGCTATGTGAGCTTGGAGGAGTAGTGGCCCAGAAATA GCATGTGCACTAGGACAACTAACTGCATCAGATAAGCAATAGCTTCTTGATATTTATGCG AGTGTAAAAAGGAGTCTACTGCAGTTTCCAAAAGACAAGACACAAGTTTTTAGACAGTGA GACATTTACAAACATAACCCGTGTTAGGTTGCTTAAGTTTATGTGTCGCTGAAGTATCAA AAAACAAGAAAAGTGCAATCCTAAATATTATATTGCTATTAGCTACATAGAAAATTCCAA AAGACAAGACACAAGTTTTTAGACAGTGAGACATTTACAAACATAACCCGTGATAGGTTG CTTAAGTTTACTTTTAAACTATGTGTCGCTGAAGTATCAAAAAACAAGAAAAGTGTCATC CTAAATATTATATTGCTATTAGCTACATAGAAAACAAATGACACCAATTCAATTGATTAT GTATAGCTTACAAAATGTTGTAGTTTCCTTCAAAAATTTCAATTATTCATTACTTACATA TGGTTTTAAAGTTCAATTGAAATGAAACATACGGGCAACCCACATCTAGTCTAGAGACTA GTAATAAATAAAACTAGGAGGAAAAAGAAGCATATAAGATGCTCCAAACTTCTAAAAAAG CAAGTCAATGCTCACTTGGGCATACGTAAATCTTCTCTTCACATGCCCAAACATCAAATT TCCTCTATTTGTCCACCACCGTCCACCACGAAGTCTAGTCCCCCACCTTATCTTGAAAAA AACATTGAATTCATGATAACTTAATTGATAAAAAATGAAATAACTACTCATTTTAAGTTA AAAGGCCTCTTGTTTGATTAAATGACTGGACTATGCCATGTTATGCTTTCTTAGTAAAAG GGCATTTTTAGCCCTAAAAATAAAATTGAGGCCATTTTTGAACCATAAGGTGGAAGGAGG GAATCTTTATTACAGTTAAGGACAGTTTTTATCCTTTTCCGCATGACGTGTTTAAGACTA CAAGATTAAAGTGCATTTGGTAGTGTAGAATCTGTAGTTCAAATCACAGGATTCAATAGT CCTCATTACTTTTTTAAACTCCATGCCAAGTCAAAACAGTCAAACAAATTAAAACGGAGG AAGTAATAATTTCTGAGCAATAACTTTGAATTACCTGCAAGTTTTGTTATCACATCATGC TTTCAGAGTCAATTTTATGGACGAAAATGTTTGTGAGTATTCAATATGAGCACGTTGACA GGAAAATGTGGCTCCACCCATGATTAAGTTGTGCATTACTGATTTCAATGATGAAAAGAT TGTTGAAGCGAAAAGAAGAACTATGCAAGGAGTGTCTGCAGTAGGCCTGTCTCAGTTGGG TTCTCAACAATCTGTGGATGGAGTAACCACTTTGGCTTCAAAGGAATATGCAATATCACA ATCTGCCTTGACTGTTCTTCGCTGGAAAAGAGAGAAACTGGTAACTGCCTCTGATAATGC TACTCTTCCTACGTCTTCCTAGGTGCATGCCATTTCTAGTTTGCATGTTGACAATCCTTG ATTCTATGGTTAATAAATATGGCTGCTCGTTTCACTTTTGAAAAAATTGTTAATGTTGGA TCTGAATTTGCAAATGAAACTTTGGGTATTACATTTTCTGGACCTCCTAAAAAGAGAATT TGCCCTAGTTGATCTGACAAGTGACTGATATCCTATTCCCTTTCGATGATTTTTTCCCCC CAATTTTCCTTGACGAACTCTCGACTCGTTTTCAAGAATGTTCCCTTCATCTCACGACCA CCAAGATAGGCATAGTAATTCAATCTTTTAATCACCCATTTTTTGAAAAACATTTTTGGG GGCTTCCGCCTTACACTTGGAGGATTGGATTGCCTGAATCACGAGTCTTATATACCATGT TAAGATCACCTCATATTGATAAAAAGCCGAGAGACCATCTTTTTATGAAAATCTTATTCA AAAGGCGAGCAGCCCTTAAACAAAAAGGCCCCGCTTCCTTTGAGCCTACTGCCCCTTTTC CTATACCTGGTTACTTCTTGCTCATTTAAGTATACTTCGTTTCCCAGGACGAGCAAATCC TTTCTTCCTTCTAATTGATAAGAAAACTGTTTTCTTTTCCCTCAGGTTTAGATTTTATTT TAATAGTTATTTGTTTCCTGCATGAAGCGTCTGTTAACCAACTTGAGGAATCAACTGGAA ATTCCTCCTGTTAGTTGTCCTGAGTTTGAGGGTTGCCCATGAGAAGCATTTGACTTTGGT TGGGATTTTGGTCTCTTAATTTAGTTTCCAAGCCCATTAATCTATCGTTCCATTTGATGT GCACAGCCTACTATATCCTTCATAGTTTGGATTCCTTTTCCAGAGCTACTCCATCTTAAG CTATCTGGGACTAGAGGATACATTGAAACTCCTTCAAGTACTTTAAATAAATCAGTAAGC TCATTTAGTTCCCAGTCCTATATGTTCCTCCTGAAGTGAGGAACTTATATTTCACCTACT CTGTTTTGTGCCACTGAAGAGTCTGGGTCAGAAGCTAAGTGATAGAGGTTAGAATGGGAG GTTCTGAGGGGTTGATTGTTAAGCCACCTGTCCTACCAGAATTTTGAATGTTTTGCCATT TCCTGTCCTGAAGGACACCTCTTGAAAGAATTCATCTTTCAGGTTGTAATCATACTTCCA AGGTCCAACTCCATGTATTCTGTTTTGTTTTCCTTTTGTCCTGACTCCCGTATTTGGCAA TCACAACCTCTTCCCATAAGCTTGCTAATTCTTGAGCATATTTCCACCACCATTTCATTA GCGGACTCTTGTTGTGCTTCTACAACTCTCTAATTCCCAGTACTCCCTGTTGCTTTGGCA TAAGCACATTTTACCACTCACTAGATGGATCTTTTGGCCTTCATTGTTCCCCCTCCATAG GTCCAGAGGAAGGACATTCTGATTTGTCTAGTTGTTTCTGCACCTTGAACAGTGACATGA TGTAGGTGGGAATACTGTTAAGGGAAGACGTTGCATCGTCCGTCTTTTCTCATTTTTTTC TCCGGAAATTCATTCGAGACATGTACTGCTTTGAACTGTGCACTTACAAGAAGACCCGGG TAAGTTGTTGGAAATGAGCCCAATGCCACAACCCATAATGGTAGCTGTTCCACTCCCACT TTTCTATTTCTTATGTATTTCTATTTTTGCGTGCTGTGTATGATAGGGGTGGTGGTGTTC CTGTTCATGCTCAACATTGGACATGGAAGACCATCTGTGTGAAGGTTTAAGGAAGTTCAC ATTTTTAGTTTTCTCGATATGGTGATAGAAATGGTAGAAAACTGTGGATTATGATTTAGG CCCTTAATGTGCCGTCAAATTTTGAGATATTCACTTTCTTCCTATATTACTTTCAGCATT ATCAGCTACGCATTTTGGAAGACGAGATTGCTTTGTGTAATAAAACTATTCAGGCAGAAT TAAACGGTACGATCTTTTCTCCATTGCTAGCGTGTTTCATCTGAATCAATGAATATTAGA TTTTTATAAGACAGGAAGTTCTTTTGTTTCCTTTAAGGCATTACATAGATTGATGTGCCG TGTGCGGCTGTAAGAATGAGTTGAAAAGCAACAAACTGCCAGTTGAAGGTTCCATGTATC ATCAGTTTTTTTCTTTTTCTTTTTTTGTTCTCGTATATTCTTGTATTGCTATCTATCTTT TTATTTACAACTTGAAAAAATCAGAAATGAAACTTGCCTTCTCGTGTTTGTTTTCCTGTT TGCTCTTTTTCAAGGATCATATTGTTCCTTACGAGTTGGTAAGGGTTTGTTTTTCTTGTT TTCCTGCCACGACAGTAGTATTTTGTTCTTCAAAGAAGGAAAGAAAATTTGAATATTCCT CAACTAGTTATCTTCAATCAAAGTCTGTTCCTTTTAGAGATGCAGCCCAACATGGATCTA AAAGTTGCATTTTTGATAAGTTTCAAAATTTAATGAGATAAATCAAGACCTATTTGTTTC TTAAAAAAATGATAAATAACGAAAGGAAAATCTTTTATTAGAAATTGCTGACAGTTTTGT GTCACTTTAATTGGAACTGAGAAAAAGAATGGGCAGAAACTATTGTGGTACCTTTTCTCT TATGACAGGTGACATTATCTGTTGCTAATATTTGATGTTTCAATACCCATTATGATACTT TATGTCAGCCTTCGGGAGACTTTTCAGTTGAATAGCAGCAGTCTAATACAATTGGACTGG GAACTGTCAGCATGATTTCCTACTTAATATGTATGCAGGGGGTGAAAATGAAGCTCTTAA AGATGTCTGTAATGACATGTGTAAAGAAGATGAAGACAGTGCCAATCAACTGGTAGAAGA CTCATGTACTATTCAATATAGCAAGGGAAAAAGATTGTCCGAGGCTATTCTTACTTTGCA AAACCAATGTCAGGCAAGATGAGGCATCCAAATTTGACACATTATTTTTTTTCGCTTTCC TTATTTTCGGTCTGTCTTATTTTTCTTCTTGAGAATGGTAACTGTTAATCTCTATATCCA CATGTATACTACATCAGAATATGTTGTCCCCCTTTAAAAGTATTACAACTTACAACTAGA TCACCTATTTGTTGCTTTTCCTACAAATACTTTAGAACATCAAAGTAATCTTCTATTTGA GCTAACAGTTCCTGTTTAAACCAAAAGTAATAAAGAGCTAAGCAATTCGTCTTGAACCTC TGCAAATTGCTCTGCTTGTCCTCGAAACATCTTTTATTTATTTCTCTCCATGCTGTCCAC CAAAAACATGCTGGGACAATTCCATATCTTCTCCTTTTATGCTCTCTGGCTTCACCTACC TAATCTTTCTCAGGCTGATGAACATCTTCCATAGCTGATCTGTCACTTGCATGTAAAAGA AGATGGTTATGTCTTAGCTTGCTCCCCATATAAGAAGCATCTAGAGCATATGTAAAACTT CTTTTGTTCAGATTCTCAGGGGTCTATGCTGCTTCCTTTGCCAAAAGTCAGGTAAAATAG TTCACTTTATAAGGAACTTTTGTTTTCTAAATCGTCTTCCACGAGCAACTTTCCTACTGA AGATTTGATAAGTTTAGGTCCTTATATGCTGAACTAACAGAGAAGAACAGCCCTTTGATA TCTTTCTCCCATACCATAGTATCCCTTTCCCCAGATAAGCTATTGAAAGGTGAAAACTAT GTTGTAGAAGGCTTCTATTCTTTCCATTTTGCTATCGTTCAAATGTCTTCAGTTCGTCCT CTGTTGTTGGAAATTTTCTTCATGTTTGATATTTGTAAGATTTCCTTTCCAATATATCGG AAGTCATTATTGAGACACATATTAGACATGCTTGTTTTATTGAACTAAGAAAGATGGAAG TACTTGTTTTGACTTGCATGCATTTTTTTGTTCCTTGTATAAGATTTTGTATTGGGTCAG CGTATGGCATAGTGAAAACTTTCAACTGGTTATTTCTTCCCGAAATCAATTCACTGTTTT ACATGTAAAATTTTGGGCTAGCTGTGTTTGCTAAACTAGTTCAGCTGATAATACTCGACT CATGACTTGAAAAGAAGATGGCAGTATTTTCCAGTATGTTAATTTTAGATGATCCAAGAG TTGAGCCATAATTCTGATCTAATTCCTAAGAATCTGAAATCTTCCTTACTTATTTGGTCC AGTTTGACCTCTTTAGTTCCTCCATCATTTTCTTAAGCCAAATCATCTCATAGATTCCAG GGTCAACCTTATGCTTGGTGTCCAAATTATATTTCGGGTTATGGTTTTCAAACTAAATGA ACAGCTCATGTGTGGTTAGGGCTATCCCAAGGCTGTAAACCCCTCCAAGTCGACCACTCT GACATTATTCTTATCAAGGGAAAAAACGCATTCACTCCATAGGAAAAGAAAACCACTCTG ACATGATTCGATGCTTGTTTTTGACCGTAGCTTAATTAAAGTGTGTATCTATGAGCTTGA GGCGATCAGCAGACTGAGAAAGTCAAGTGGAATGTATTTATATTTGATTAATGAACATTT TATTGATGAGGGACAGCACCAATACAATACTAGTGTATGTCAAGGTTAATAAGAGTGCAA GAAACTGAGTCACTTTGCTTAACATGTAGGAAACTGAAGAAGTCAAGTGAAGTATATTCA TATTCATCTAAGCCAAAAATCTATTCAAAAGATATATTTGTATAATGTTTATTTACAAAT ATAGTATTTGGTTTATAATTCTCAAAAAATAAATAAATATAGTATTTGGTTATATTAGTT GTCTAGCAAATACATAAAAGATGAATGTAATTCTCCCACAAATGCTTTTGAAATGATGTA ATTTCACATTCCTATCTAAAAGTATTAGTGTGTTTTCTTCTTTGATCCAATTTATACTTG TTGGATGATTGTAAAACACATGCATTTATGTTTGAATTCTATGTCAGCAGCAACTGGATC AATTCTGCTGCAGGAATAATTGGGTATTGCCAACATATCAAGTCTTTCCACTTGAGGGTA AGATGTTAAAGCTTTGCATGTTCCTCAAAAGTCTATATATTTTATATCAATTAGGATACA TGCTATTGTCTATTGATGGAAATGATTGGACATTTGATGAGATCTAGCCTAGGAAAAAAT TATATTCTAAACTTTTGACCATTTTCCATCCAAATTTTTCGTATTTGTTTGATTTTGATG AATCAATGGATCCTCGGCCTAACTTAACCTCAATAGCGCTCATGAGGGAACGATTGCTCG TGACCTTGTAAGGAGAGATCACAACTCATTCCCTCAACCAATGTTGGACGTAACACACCC CTATACACCTAGTACTGGACAACTGGAGCATGGAGAATATAAGGCGTCAAGAAAGTAGTC TATCCTTGTGGAGACACTCTTTTTTCTTGGTGAGAAATTAGTAGGAAAAGAGAAGAGAAT TTGGAAATTAGTGTCTTAATTATTCCCTCAAGCTAATGGGATTAAATAGTGGTTACAAAA AAGGTATTAAGGTAAGAAACTGATAAAAATATTACACTATCTCCTGATTGCCTAATTATG AGGATTTGGCGATTCAACTCAAGCTATCTAATTATACAATATTTAACACTATATTGCTTT CATGGTGGGATATGCAAGTAGGAAAACAAGGGGAGGGATGCTCTGTCAGGGAGAAGCTAT TGTTCCTTTACCATCTTGCAGTTGGTTAAGGGGCTGTATTACAGGCAATGTAGTTATCAA TTGCCAAATGGTATAGCCCCTCCACTAGAAGGCTTGTCGTAGACTTGGTTAAACCTCTTA ACTTCTAATGTTTTTTCTTTCTTATTGTCGTCTCAATTAACCGAGCACTCCAATTCTAAG ATGTCTCGCGATGTTGGGCTAATCTTTGTCAGTGTTTGCCCCTGTTAAGGTGGATTTCTT GCCAAGGTCATTGTAAGAGCTGCTGATTCCAAAGTTGTCAGTAGAAGCAAGATCTGTGAG AGTCCGCGCGAAGCAAGGGAATCCGCTGCTGCGCACGTGATTTCAAGCTTTCAAAAGTGA GAGTCCGCGTGAAGCAAGGGAGTCTGCTGCTGCAAACATGAATGCAACGAGTAGCTCCGT GGTAGTTCAGAATCCATAGCTTTGCAAAGGGGCTATTACTGCTCTTTGCAAGTTGTACCA AAGATCGAATCTGTCTTGCCATTTTCCCCTGTAAACTCAACTCAAAACATGTACTCATAA GTTAAACTGTGTAAGAATGTGTAAACTTATAGATTCTAGTTATGAAGAAATACCAACTGT TGTCGACTCTTCGATAATGCTCAGCACCAAATAGATATTGGCGCCTATAAGTAGTTGTGT GTCTATCTACGTAGTATGTCAACGATGCCTAATATAGGATCAGGTTGGATAAACGGGGCG TGAAAGATAACGAAGCCAATTTCTTTCAAATTTCAACTGTGTCTCAACTAAGAAAGTAAA AATAGCAATATCATAGTAACACTAACCACTTTTTTATGTTCATTTTGCTTAGTCAAAGGC AAATTTGAGTTTTTTCTTTTAGGATGTCTGAATGGAGTTGAGTAGTGGGAGCAGCTGATT TACTGCAGTTACCAGACTCTGGAAAATTGTTAATGATTTTTGAAAGCTACTGTAAGAACC CACCTTTATGTAGTATATTTTGTATCATGTAAGACAATACAACAAAAAATTATCTAAACA AACTCTGCCATTAGGAAGAAGTTTGGGTGTACTTCAAAATTGCAAGTGTCACCATACTAG TAGTTAAGTTTAATGACATTTCATTTTGGAATGAGATATTTCTCATTACTCCCTCCGGAT TTATATGTGTGATTTCATCTTCGCTCACTATATTTTTCAAAATCATTAACCCAATGTAAA TGAATTGACACAATGGAAAAAGATCCCTGAATTGTCAAGAAATCTAGTAAAGATAAAAAT CAAATGAAAAATATTTGACACATAGCCCAACAGAGGAAGTTATTAACATCTCTGATTTGA ACTTAAATTCGAGCAGGAACTTCCACCATGCGAAGACATAGACCACTAAATCAAATTAAA GTGAAGTTGATGGCTTTCTGCTCCGATTTCACAATCAACTCTAAAGAAAACAAAAACAGG AATGCTTATGTAAAACCACTGAAAGAAAAACTATACTTTCTTTAGTCCAATATCAATCAA ATTCAAAATCTAAGAACAGATGACATAACACACAACGTATGTTGCATACGCATAATCTGC TCTAAGTGGTAAGTACTAAAGGCTTGTTTCTTCTCCCGAATATCTCATTGTGTCAAGTCT GCTAAACATCTTCTATGCTACATGGTGTGTATACATGGCCTCTCATAGCATTTTCATAAC AGAATCTGAGAGGGTAATACTCCAATCCAAGGACCACTTCAGTCTCTTGTATCCCTTTGA ACACTGCAAGGACCTTTACATGAGAGAGATCGAATGAGCAGTACAAAGAATGGGACAGTG ATATTGTGTAGGAATAGTTTGCGGGGAACTGTCACAGCCAGAGAAGGTGTCAACCAAGGT TGTGGTGATATGAAGTGACTTGGGGGAAGGGGGAGAAGAGGGGGAATCTGGCAAGAGGGA GGAAATAAAGATTGGCTGAGAAGTGTTGGAGCAACTGAGAGTTGCAACTAATTGGTGGTG GTATTGTGATAAAGAACCTCAAATACAAAAAAGACAAAAACCAAGGAAACGGTAGCCAAA CACAAGCTGGAAACAAAAGAACCAAAAGACAAGCAAATGTTTTAGTAGAAAATGGCATCA AAACAAATTCTTCCTCTTTATCCTATTTCCAAGTCTTAACACTCTTTTTCATATCCAAAG TTTAACACAATCTTTTTCAGAATGAAATCTAACACAATCTTAGCAGAGCACTAGCACATG AAATTCAGTCACTTAAAAATTATTGATAAAAACTGCCATCAGAAGGGGTGAAAACTCAGA ATCCTTTCAAAGTCCCATCCTTAGCTTATCCAAGGCATGAAACTCAAAGCCCTTGCGCAA TTACCCAAACATCATATGGCAGTAACAAAGAGCTTAAAACAAAGAGAACCAAAAACATAT AGACAACAGGTAAATATGGAGGTAAAGTGAAAGAAAGGTGGTATTTTTTTCCTCCAAGAT ATCATTCAGCTCCTCCATAAAACAGAGGATCAAAACTACACTTCTTAACACTTGACATTT TAGTAAATATAGAGAGAGATATCTATGTCTAGTACTACCTTAGCAGCAGTAGCAAATAAA ATTCAAGCACTTCACAACAATCATTGATAAAAACTGCGATCAGAACGGGTGAAAACTCAG TATCATTTCAAAGTTCCATCCTTTAAATATTAATGGCATGAAACTCAAAGCCCTTGCGCA ATTACCCAAACATCATGTGGCAGTACAAAGAGTTGGATCTGAGACAACCAAAAACATATA GACAATATGGAAATATGTAGGTCAGTATAGTGAACGAAAAGATGGTAATTTTTTCCTCCA AAATGACAATTAACTCCTCCATAAAGCAGAAAATCAAAACTACTCTTCTTATTATTACTT ACCATTTAGCATATATAGATATAAATATATCTAAGTCGAACACAATCTTAGCAGTCTTGA CAACAATCATTGATAAATAATGCCATCAGAAGGGGTGGAACTCAGGATCATTTCAAAGTT CCATCCATTGCTTATCAGCAGCATGGAACTCAAAGCCCTTGCGCAATTACCCAAACATCA TATGGCAGTACAAAGAGCTGGAAACGAGACAGCCAGAAACATTTAAACAACAGGGACATT CAGCTACTTGGTGCCTCGAGTCTTTCCACAGATACTTCAAAAAGCATATACATACACATG CAATTAATAACTGGAACAGTTTTATTCATGAGAACCACAATTAATTTCCATCCACTAGCT GGTGCTTGCCATCAAGAGCACACACTTTAATACAGTAACACAAGAAAAAAGATCTAAACA CCCAAAAAAACGCATTCTATCATCTGCATAAATCTGTCAACACAAACAACAAAATAAGTA ATGAAACAATCATATCAAGATTCAGTTTCTTTCAACCTTATTCAAGAGAAGATCTCCTCT AAGCCTAGTTTCAGAATATATATTCAATAAAATTGTTAAAATATATCTAGAAAGCATGCA ACTTCCATGCCAAATTACATTACTGGGCAGTGCGAGAACACAATTTCTCAAGGTATTATC AAAATTTTTGAAACAAATAACAGCTATCAAGATTGAGGTCATAAATCCAAAAGCAAACCA CAGCACAAATCTCAGATCGGTACGTATCGTTTTAGCGCCTGTTTTCCAGTCACTCCCAAG CCAACAACGACGCCACCAATAACTCCAGCCACGGCAGCTGACCTCAGCCCCGAAGCCGCC CTGTAGAACGCACCAGTCCCCAAGCCAGCAACCACGCTATTGATAACATCATCCGTATCC CTAATAGCAACCATTCCACTCTCCATCCCAGCATAAAGCAACCCAATAACACCAGCTCGA TTTCCAAACTTCCGGCCCGTATGACCCGACGCATTCAGGATTCTATTGATCCTGAGCTTC ATAGTATCACCAGGCTCCGAAGCTTTCACACCTTCAACAAATCCTTTACCAGCGCCGGCA ACGGCCCCAGAGAGATAACCGATACCAGTGTAATAAGTCAAATTCTCTCCCCATGATCTA CGCTGGGCAATAGATTCTTCCTGAAACAGAAACTCAGGTGAGGTAGGAAGCTTGTAAAGT GTTTTGCTTGGAACTTGTAGGTCTTGGTAAGGGTTATAGAGCCGTCGATTCTTGCCGTCG TCGTTGTCTCCGGTGTGATTAGATGATTGGTGTTGATACGCCATGGGCTCCCTCCTGATT TGTTCTAGGGCTTTGAGCTAGGGTTTTGCTATTTTTCCGATCGCAGAGAACCCAAGAGGA GAAAATTCGTTCCTTTTTTCTTCTTTATTATTACACTTTTCCAGAATGTGGCTGCGTTTA ATTACGGCGAGTTTTTCATTAAAAATCCGGTTTAGGTCGGCGCGTTAATTTGAGGGTTTT CTGAACCGGTTTCTAAAACTTGGACTTTGACCGGTTCAATTTCCAGTGACTAGTTTATTC TCGAATCTCGTGTAGTGGGGAATTAAGAAAGCGTTCTATTTAATATTCGCATCCCACCTC TGATATTAGAGTTTTTGACATAAATGGTCCATCTGGTTTAAGGCTTGTACTTACATTATT CGACAAGAGATTATTTATATTGTATATTAAAAAATAGTTCATTTTTTATTATTCTCAAAG GATAAGATTATTTTTTTTATCAAATATATGCGGATCCAATTATGATCTTATATATAAGAA GAACAAAAGATCTTTCTTGATCAATTCCTTTGCCAAGTTAATCTTTGAGGTACCTCAAGA TCCTGTATATTACATGTAGGTGTGCTTGACAAAGAGCATGATAGGGATTCAAGCTTGCGA AATGCTTTATCATTCTTACTGAAGAGTAAAACTCAACTGGCTTTTTGACACAGGTGCGAA GCAAGTCTATGCGGAAAGAATAGAAAAAAGCTCTATACGATACGCGAGTTGTTGGTGGAA TACGAGTAAGGACTTTGTTTGCCCAAATCCCTTGCTTGAAAGACTATTGCACTTTCAGTA GTATTGAGACTGTCCCTATCACTATCCTTTATCAAGTTGGTTTATAAGAGTTCTGGCTTT CCCAATCGGACAAACTTCTAGGGAATAATATGGCTTTCCCCTATTATATTTATATGCGGT CCTAACCCTGCTACTCTTACTTCCACTAGCAAGAGAACTTCTGCTCGTAACAGACCCCTA GGCTATGGATATAATCTTATTGGTGATTGATCGAAATATTTAAAAATATGTGTGTGAGGA CTTTATAATAAAAATCAAACAATGATTTCACTTTTCTTTTCATGTTCAAAAAGATTTATA TTTTTTTGTGGTGTTTGTAGAATGATCTATAGCAAGAAAAATAAAATAAATGGTTATTTT ATTAAAGTAATTATCAGATTTTATGATGGACAGAATAAGTGAGATTATTGATGTAAATGA AAATGTTGCTACATATAATGATTAAAGTATCATGTTAAATTGTATAATTCAAGATGAAAT TAATGTAACATAAATTAAAATATTTCAATTTCTCTTCTTAAGATATATAACAAATCTTTG ATTGACTTTAAATTTTGTTAATCAAAGAATAAAAACTACACATATTATATAATTAAAAAT TAAATATTTTAAATATAACCGTAACTAAAACAATAATAAATAGGAAACAAAAAAAAGTTT TTCCCTTATGAAATTGTTTTCTTGTTTAAGTTCTCTTTTTGTTTTGTTGGTTGAAAACCA AAAGTGACCAAACAAAACTTGGACTACCATTTTATGTGTAATTGTATATTAGAGGATGAA ATTAGACAACCCAAATACTTACGGGTGTTTTAGGTGAAAATAACAGCTGTCACAGTCCTA CGTGGTCGTTTTCACTGTCGTATCACATGTACGTCGTCGTTTTAGCTTACTTCATCCAAA ATCTCCTAACAACCAACCGCAAGCGTGGGGGATTTGGGTGGCGTAAAAATGCATGCAGCC GGTGCTCCTCCGGTTACGGTGTCGCCGGCGAAGTGGCAAGGTATTTCAGCGCCACGTGTA CGCCGGAGACATTTGAGTATTCGATGTCAGACTTCATTTTACAGCCAGAGTGTAAACCAC CATTACAGCAGAAGGTCTCAACAGTACTGGGATAAGTTCTACAAGCTCCACAAAAACAAG GTATTAAGCTCCGGCCTTGTCAAAACAAGTTTAAAAAGAAATTCAAATCTTCGATGTTAT CTCGAGTAACTGGTAAAGTTGTTTGTAATGTGACCGGGACCAGGTAAACAGCCTCTTGCA GAAATGCAAGGTAAGGTTGCATAGATCTTATAGTTCAGTTCTTCCCTGGACCCTGTGTAT ACTGGGAGTTTTTAGTGCACCGAGCTGCTCTTTTATAATTTTGAATTCAGTGACGTACAT TTGCACTTTGGGCAGTTTTTCAAGGACCGACACTACTTAGAGAAGGATTGGGGAAGATAT TTTGATGATGAAATTGAATCTTCCAATGGGAAGGTTGTTCTAGAGGTAATTTCACTGGTG CTGTAAATGCATCTTACTGTAGTAGTATTTCCCTGAGTTCAACTGAATAGATATTGGCAG GTGGGCTGTGGAGCGGGTAATACGATTTTTCCTCTCATAGCTACGTTTCCGAAGCTCTAT GTTCACGCCTGTGATTTCTCAGCTAAAGCAGTAACCCTCGTTAAGGTTTGTCAACTTTCT TATGTTATGCTTTCATCAATAGTAACCTAGTTTAATCATACTATTCCCTAGACGTTGAAC AAATATTCGTAAAGAATCAGCTTTTAGCTACAAGTTATACTACAACAACAGTGTAATCTC ACGAATTCGATCTGGGGAGGGTGGTGTGAACGCAGTGTTACCCCTGGCTTTTGGCTACAA GTTATAGTATTTTGGAATTTGTTGGTATTTGCTCTGTCACTGTTTAACGGCTAAGGAGTC CTTCCAATATGGTATGAGTCGTATGAAAAGTAAGTAGATTTGACACGACTCATCATCCGA AAAATGCTACAATTTACTGCTGAAAGAGTAAGGTCCTCAATGGAACTCTATGTCGATCAT ATCTAAATGTTCTTCTTTTGCGTAGAGGAATTTTTTCACATCTTTGAGATCTTTCATCTG CAACTTTCTAAAATCATTACCAGTAGTAAAAGTATTTTAAGTGTTATGGTTACTTTACGC CTATTGCATTGCCTGTAATCTTGTTGGGATCTCAGTCAGTACACTGGTCGTTTTATCTTA GATTAGCTGCTATATCAGTTTCTTTTCTCTGATTTTTTTTAGCTTCCATTAAATTAGTCT ACTTGTTAAGATCAGCAAACTTAAAATATCTCATTTCTTATTCATCACTTTGTCATTTGC ATTTAAGTTTACAATATTTCACCTGCATTGCATTTACTGTAATTTGCTTAGGATTTCATT GAGCATCTACATTGTTCCCTCGATGACTCTCTGTAATTTCAATTTTTGTTCTTCAAATTT GTGAGCTTCCATTTGATAAGTCTGTTAACCTCTTGGACTGCTACGAAAAACAGCATCGGA TTTCTTGCATTTAATTAATATGTCTGAGGAACTATGCTTGTTCTCTATCGTACAACAAAC TCAAAAGTATAATCCTTGCTTTTCTATGACATGATTGTGGCGTAAAGCTACTTATCCTAT ATGATGGAGTCCCGTGCAAACTCCTAAGTCTCTTTATCATATATGATGCAGTCGCATGCA AATTACAGTTCAGAAAAGATTAATGTCTTTGTCTGTGATGCTGCAATGGATGATCTCTGT GCTAATGTCATGCCTTTTACCGTTGATGTTGTAACCTTGGTAAGTGAAGGGAGTAAGTAA TGATAATCATATCTGAATATGTATTAAGTGATTAAAGCATAGTGTTCACCTAAAAGCAAT TTAATAAACCGTATATCCTTCCTTCGGGAAAAATGTATGCCTACATGAGCATCTAACTCC TTTAAGTAGATATTTACATTGTCTGCAGTTTCACCATGCAAGATGGCTTCAATTCTGGAG AACTGTAAGCAAGTACTAAAGGTAATACATGAGCTATGGAGATGTCTTACCTCATTTTCT TTTTTCTTTCTCTATTATTTGATAATTCAATGGGTGTGCTATGCTATTGCGATCTCATTT TGCAGCCAAATGGTCACATTCTTTTACGAGATTATGCAGTTGGTGATTCTGCTCAGGTAA AGCCCTGTATGTGTAGCCTTTGAACCTTCATATATAAATGATGACGCGAGAGAATTCCCC ATGTCTAGCTTCTTCTTTTCCTGAAAGCAGAGTTACATGCTTAACATGAAATAGGTTGAA CGTATGAAATACATGAGACAAGAAAAAAAAAGCAATTTCTTTTCCCAGGGGTCTAAAAGA GAGAAAATGGATATGTATAGTCATTCATCTTATAAATTGTTGAAGGCTAAGATTAGGTAT TTCTTCACTGTTCTTCGAGTCTGGAACTGCAAGCAATTTTTTGTCATGGAATTTACGCTA CGAATGTTTCAGGTGAAACTGCATGACAGAAACCAGATGATTAGTGAGAACTTTTACTTC CGAGGAGATGGAACTGTAAGTATTTTTCCGGGTTTGTTGGGTTATACATGATGTCCCACT GTTATATCAACTTTAATCAAATCCTGTAATTATGGTCTCAGTGTTCGTTTTACTTTTCCG AGACTTACGCGTCAACCTTGTTTCAAAGTGCTGGTTTTGCAATTGTGGATATTAACACGT ACTGCAAGGAAATTACGAACCATTCTCAGAATATTACCATGCAGAGGTATATCTCTTTTG ATTCCTTTTCCTCGACTGATTGTACTATCATCTTCTATTAAAAAGGGAACATGATTTCTT TAATCAACAAAGTAGAGATCATCCTTGTTGTCATTAGTTTTTCTGAATAATTAAGCTTAT TTACTTCAATAGATCTTTGTTCTATTGATATCTACCGAAATTAAGTTAGATATTGGACAT GAGTACCTAGTTTCGGAGGAAATGTAAGATGAATGATCGTAGAAAAGCATTACTTTGGTA GTAGTATATTGATATATTCACATGTATTTGCTCTGTTAAATGCTCTACTAGACTACTGCC TCCTAAAACTTTTGTATTCTGAACCTAAGAATTCAAGATTTTTCACTCTCCTGTGCCTTA AAATGTGCTTACATATGGTTAGGCGCTGGATACGTGGCATATTTGGTCGTTCATGATTAC GAGTTTTCTTCTCCTCTTTCATCGTTGATTCAAAGTCGATAATCCAAAAACTTAGATGAT GCACGCCGTTTGTCCCCTGGATCCTAAATCCTGAACTCTGAAGTTTGTATTGTAGAGCAG ACACCATTGATGAGGCTTGTAAAGCTGTGAGTATATACTTGACCTGAAGTCGAGAAGTAA TGATGAAGAGTATATTTGGTACAAGAGAAGTTATTTTTCCTGGAAAATGTTTTCTTATTT TTGGTTGTAGAGTGAACATTTTTCCAGAAAAACAGTTGATCAAAGATTGATAACATATTT GCAAACCAGTAATGTATTGAAATATTTAGTACTGAGTTTGGTATTAATGTCCAAGTGTTG GTTGAATATGACTTCGATACATAATAGCAAGAAGTGATTTTTCTCCTCTTGGTGGAAAAT ATAAAAATATCTTGTATTATATACCAAACACACCTACCACCCAAAGGGATTTAGATTTTT TTTTTTTCATGTAGTGTATCTCTTTGTTGTGCTAGAGAGATATTCTTCAATTAAAGTATT AATATTTAGAAGATTATTCAATGTTTTTATATTTTCTATATACTTGAACATAATAATATA AATGTTGTTTCATTTTCTCCTATAAAACGGGAGGCGGAAAAAAAAGGTTGGTATGTAAAT TAATTTTGTCAAATGTTTTGTTTTACGAAGGTAAAGTCTTTCGAAAATAGCTTTTTTGTT TCACATCTATAGGGTAAGGTGTAACGATTTTTTTTTAATTTCAATTTATTTATTCTACTA TCTATATATCTATTGAAATAAAAACACACTTTCTAAATAATTAAAAGAAAAAGACTTATC TTTTCTTTCCACGTCCATCATGTTACCCTTTTTAGGAAAAATACTAACCCTGTACTTTTC ACCCTCTAAAAGTAATCAAATATTTTTAAAAATATATTTAACTATCACCCAAATTGTGCG GTAATCGTAATCCAAAGCTCAGGTAAAAGAAAAAAAAATTAACACCTTTATGTCTCATCC AGCAAAGTTATACAAAGTAACAATAAAGATATTTTGAATTCGAATATTAAAAATAAAATT AACAAAAATAACAGAATTTCTCAATATAATTTTAAAATAATCGAACTATTTTACCAAACT TGGTTATTGACCTACCATCTTTAATCTAAAAGCCCTTCTTTATTAAGCCAAGCAAAGTAA AACCTACTCTTTGCTTCCTTGTAACATTTCCATTGGATTCTTTAAAAGATAGCCCTTTTT TTCTTCTTTATGTAATCAATTCTTTGATTGTAACCTTTGACGTGTTATGTTTATAATATT TTTGTTGTTTCTCTTTATTTTCAAAGTTTATCTTATTTCCTTTGGCCAATGATATAGAGC CATTAGTTCAATTCTTACACGTTAACCTTTTGTTTTTGTTTGTTTTTAGAAAAGAAAAGT CTAGAACATTATGAAGTCTCATTTTTATACATAAAAATAAATAAAAAAATGAAGTCGATT ACGTATATATCTTGACTTCACCACACTGACTTGTCTCTTCCTCCTCCTCTCTTATATTTC TACTCTATTTTTAATTTATTTGAATAATTTTTTATTTGAAAGAAAAATTATTTTAGAAAA AATATTAAAAGATAAGAGTAAAATGAACTTGAAAAAGGGAGTGACAGTATGAAACAAAAC GAAAAAAATAATAATATAAAAATCATTTTATTTTAGTAATTCTTTGTAAATTATAAGAAT CTCTTTGTACTTTTAGTTCTATATATACCCAACTTGAAGCATTATTATTAGAAATTCTAT TATTGAAAAAACTACAAATATATTGAAAAAAAATCGAATATGATTAGTGAACTAACAAGT GTTTGACACATGGAAGCATTATCTTAATTTGATTCAAAACCGATTAGTGTCTTGGTTTAT GAAACAATAGGATTGACGATATTTCAATGCTATAAATTAAGTGTGTTATTTTTTTCAGTA AAGAATGTTACTCCTAAAAAGTAATGTAGAACTTTTTAGCTTGTAATGATAGGTGGAAGA TGATGTAAAATTTAAAATAAAATTAAAATAAATTAAAAAGTAAGAGAAATTATATTTTTA AAGGAAATGAACACGTGACACATAATGATAGATGTGTAATAATATTTATTTTTTAAAATT TTAAATTGATAAAAAAAAAATCAAAATTAATAGAAGGGTAATTTTTTTGAAAAATTTAAA ACAATTTCAAATATAATACGTAAAAACTTAGACAGAATAATTTTTCAAATATTATTTCGA ATATTCCAAATCCCAAACTTTCCAAGTTTAGCTATTGTCCATCGATGCACATATAGACAA ACATTTTTTTTATTGCATCATTATGTAATGCATGACGAAGTGCACAAAATTGGCAAAAAT TTGCACTAATAAGTTAATAACAACATTAATCTAGTGAGAAATGTACCCAAAAAAAAAAAT TCCCTTATTTTAATTTATTTAATTTAGTTTGTAATTTTTTACAAAAGAATATATTTTTAA TTTTAACTTTTTATTTGACATGTGTATGATCACAAGTTAAAAAAATCATTTGGTACATTT AGTAACAATAACAAAATATATCTAGCAAAAATTTCACATCTAGAATCTGAAAAGGATTAG GCTATTTTGAAAGAATCATTATTGTATATTTGAAATATAATTAATTTAAAACTATAAGAT TCACAAATATTCTTCTACTTTTTAAAACATCCTACAATATTAAAATACGTCAAATATATT GAAACAAAGATACTAATAAAAATTATGATGATATCACTTTATCTCTAATTAAAAATTTTA AATTCCACATTAAATATTTATTAAAAATATTTTATCACGAATATAAATTAAATCAAATCA AATCATAACTTCAGACAATAAACAAATAAAAAAAAGATATTTAACCTAAAAAAAGTTAAT TAATTGTTTTGAGAATTGAGAAAAGAAAAGAAGTAAATGCAACGTGTCAAATAATAAAGA GTTGAAAAGAACATACAACCCCAAAATACCAAATATTTTTGAGCAATAAAAGTGGAAATG CCAAGGCAAAATAACAAGACGTAGATGAGTAGTAAACATAGAGAAAAAAATAATGGAGAC ATTATTTAGGTAATGGCTGACCTGCCAAGAAAGGACACGTGTTGTTCTTGAAAATGGTCC TCATGGGAAGTTCATGAACTCCCTTTTGTTTTTGTTTTTGTTTTTGTATGTAATGTAATT AAGGGTAAGCACAAAACAATTCAAAGCATTTCTCTGTCTGCTAGCATTGATTGGAGTTAG ATAATTGAATCTACACGTGTCCTCCTAAGGAGTCAGTGCATCAAAGGTAAAATCTTTTCT TTTCTACATCCCCAAACAAGTTGTATTTTTGTTCTCTCTCATGTGTATCACAAAGAAAAA AAGAAAATAAAATCTTGTAAAGGGGCTGTAGCTGCAAGGTGTTTTGGTAAAAGGGTTTTT GTTGGTAAGCTTACTTTTGTTACTGTTTTAGTTGAATTTATTGTAAGTAGGACCTTTTTT TTTTTTTTTATGTTGTTGAATGGTTTGTTGCTTAAAGATTCAATTTTTATCTGTTGGGTT GGAGGAAGAAGAAGAGTATATTTAGTAAATGACCTGTATTTTGAGAGGTGGACATGAGTT GCCTCAGATCCATGAAACCCAAGTTACATGTGGCAAAAAGGTTGTATCTTTTTAGGGTTT TTTCATGTGATTCTTGATTAGTTGTCTGTTTTCTTCCCATTACTAGGTTCTTTTCCATGA TTCTTTCACTTTCACTTCTTCAATTCATGGATAAGGGTTTGATTTTGTCGTTTTCCCCAT TTTCTTGTGTATTTAAGGGTTGGTGGTGGTGGAGCTAAGATTTGCTCTTCTTAGTCCTGT TTCTTCTCTTGAAGAGAGAGATATAATTGCATGATTTTTTAGTTCCAGGTACAAGAAAGG TCCCCCCAACTGTTCTCAGTCTAGGACGTGCCATCTACAGATCTGTTTATAGCAACAGAT CTCCTTCACACTCTTGTTAGTCTCACTTATCTGGAGCTTGTTCCACCTTTTCTATGATGT TGGTAGTGTACCCTTTACTTCTAGTAGTGAGCTGTTGACTGAGATCTACTTGCCTCATTC AATTTTTATCTCTCCCCATTTTTGTGGATTCCTACCTCGTTCTCCCTGTGCTTATAATTT AGCTGTCTTGCACATTTTTGTGGATTCCTAGCTCATTTCATTGTGGATTCAATTTAGCTA TTTTATCGCACTTGTGAGTTCCCTTCTAAAGCAGTCCTACTCTGTGAAACATAAAGCTTG GAACAATTTGTTGCTGGTAGTGCTGCACGGACTAACGCGGTTGACTCAATTGCATATTGT TTTCACTAGAAAGAATTAATGGAAGAGATGTCTCCAGCTGTTGCTGTTACACTCAGCTTA AGCAGCTCTATCTGTGATAACCCTGCAATTTCGAACCATGTAGAAATCACAAGGCTCAAA TTAGTGACTGACACAGCTAGCTTACTTTCAGATCCTACATCTTTGTTGCATGCTGAGTCA AATACCAGTTGGGATGGAAAAAGCAACGGTATGAAAGTTGATGTTGGTAGAGTTCCCTTG TTGACCCTAGGAGAAAGCTCTGGAAAATGTAGTCTGCCGCAGACTGTATTGGGAGCTGAA AATGGCCTGATTGTTAGCGATAGCATCATTCAGGGAAGTGATGAAGATGAGATTTTATCT GTTGGAGAGGATCCATGTGGAATTAATGGCGAGGAGTTGTTGCCACTGGGCGCTAGCTTG CAGTTGAGCTTGCCAATTGCTGTTGAAATTGAGGGTATTGACAATGGACAAATAGTTGCC AAGGTCATAAGTTTGGAAGAAAGGAGTTTAGATAGAAAGGTTAGTAATACCATAGTTGCT CTTCCAGATGATGAAATTACTAGTGGCCCTACACTTAAGGCATCTGTAGTGGCCCTTCCA TTGCCCAGTGAGAAGGAGCCTGTCAAAGAAAGTGTCAAGAGTGTGTTTGAATTGGAATGT GTGCCACTCTGGGGTTCTGTATCTATCTGTGGAAAGAGACCGGAGATGGAGGATGCTCTT GTGGTTGTTCCTAATTTCATGAAAATTCCTATCAAGATGTTTATTGGTGATCGTGTAATT GATGGACTAAGTCAAAGTTTGAGTCACCTGACATCTCATTTCTATGGAGTATATGATGGT CATGGAGGATCTCAGGTATAATGAATATTGTTTGTTTTCTCTTGATTAATTAGCCTATTA AGTAAATCAATTTTTCACATAAATTATTTAGTCCAGATCTTGCGATTACCTTATATGCAC TTCGCCAGCCATTTCTTCACCCCATGATTTCAACTGTGTAGTATGATAGACTTCCAGTAA AATCTACAAATTTAACCTAGTTCTCCAGTTTAACTTCCTGGATGTTTGTTCTATCATCAG TTTGTTTCCTGATAAATGTCAACCCAATGACAACTAAGCTGATCATAACTGACTGCTGTT TCGTCATGCAGGTTGCGGATTATTGCCGTAAACGTGTTCATCTAGCATTAGTTGAGGAAT TAAAACTTCCCAAACATGATTTGGTGGATGGAAGTGTAAGGGATACCCGGCAGGTGCAGT GGGAGAAGGTTTTTACTAATTGCTTTCTCAAGGTTGATGATGAAGTTGGAGGAAAGGTCA TAGATCTCTGTGATGACAACATTAATGCCTCTAGCTGCACCTCTGAGCCTATAGCTCCAG AAACTGTTGGGTCCACCGCAGTTGTAGCGGTGATTTGTTCATCTCATATTATAGTTGCTA ACTGTGGGGATTCAAGAGCAGTCCTTTATCGTGGCAAAGAAGCAGTGGCATTGTCAATCG ATCACAAAGTAAAACATACTTAGCATCAACCTCTTGTTTTCTTTTTTTGTTCTTCTCTTA CTTTATTTTTTCACATACATGTGTCTAATTTTGACAGGAAAGAATGCCGTTGATGCATTA CCATCTCACTCTTTTACCTTGTATTCTTTTACCAGCCAAGCAGAGAAGATGAGTATGCCA GAATTGAAGCATCTGGTGGTAAGGTCATTCAGTGGAATGGACATCGTGTATTTGGCGTTC TTGCAATGTCAAGATCTATTGGTTGGTGTTCTAAAACCTTTCAGCTTGCATGACTCTTTG CTTTCATGATTTGTTATTGGTGTGCTGTGCAATGGATTTGCTTGATACCTGTTTTCTTTT GGTAAATGTTAACATTCATGTATAGAAAATACTTGGCTATATTATCCTCATAAGGGAACC TCTGAGATCTTTAGGGAATGCACATCAGGTGATGTGTGGCTAATATTGATATCAAGCTGT TATTGCCCAAGTTAGAACAGCTGCTAGTATTGAAGATCTTCTGCGCACTCGCGTTACTTT AGGTTCAATGATTCCCATGAATATTGGCTAATACTCTCACGTTCGTCTTGTCTTGCGAAA ATTTTATGCCCATAGAAAATGTAGAGAAATTCAAGTGCCAAGAGAGCTTGAATTTTTTTT ATATATTGGATTAGGACACCTTTATCAACGGATATTGGATTGAGATGTGATCTAGATTAG AGACATGTATATCAAGAATTCATATAATCAAGCCCAATTTAGTTTGAGATTGAGGCGTAG TTCTAGTTATTGTTTCCCGTCCAAATTCTGGCTTCTAATAAGCAGGATCCCATGGGGCAA TTACTGGGAACGACCCACTGAAATGTCTTAACAATATAACTAGGCATTGCATGTTCTTTG ATCACCAACAGTTTCAGTACTCTCCATGGACCATGGTCAATAAAATCTAGGAATGTCAAT CAGGGATATCCCTCTACATCCTCTTTTTAGTTTTGCAAGTATAGCTAGAATGACTTTTTG GTTATTATTGTTAATATATTGAATCGACTACTGTATGTGTGGGCTCAATCTTACATGGTC AACATTTAATATATTCTCAAGGGGCAGCCTCAAGGTTCTGCATGTTCCTCATTATGTTTA ATTCAGCGATATACCTCTACATTTTTTATTTTTTATTTTTGAAGACAAGGGAAACCCGGA GCCGCTACCCTTTTGGGTGCGCACAGGGTAAAACCCCGCTCCTATACAATAGCTTGCAAA CCACATAAGAGAGGTAACCCGCACTAGGCAAGCCTGGTGTGACGAGCTCGACCCAGAAGG CAAACCCCTTGCTTTCGCTGGCAAGGGGTTTCGAACTTGAGACCTCCAACATGGAAGTCC CAAGCTCAAACCACTGGTCCACCCCGAAGGGTATATACCTCTACATTTTAATCCTCAAGT TTCCTTTATATTACATTGTATAGAGTTTAATATAGACGTTGATCAAGTAATTGTTCGAAT TGTAGACCAGAACAGGTAGTGGCCAGTGGCTGACATGTTAAATCAAGTATTAAATTCTCT TTCCGGCCCAATTCACATGGCACCGTTTTGACTTAGCACAATCTTTAAGAAAGAAAGGAA GACTTTTGAAATTTGTGATCTAGATACTCTCTGATTATTTGTAATTTGTATACCTATAGA CCATTTCATTTAGGGTAATAGGGCAATTTTAAAGTTAAGTTGTTTCTAATTATAGAAACG TGACACTCTTTTTGGAACGAACTAAAAAGGAAAATAAGTCACATAAATTGGGATAGATGG GGTAACGTGTAACAGGTAGAAGTATATGATTTTATTAATTTGGTTCATTGGTCTCTGGGG AAATAATTTCCATTTATATTAAGGTCAATTTTTCAAAGAAAGAACTGTAAAGGAAAGTAA GGTTAGTCTTTTCTTAATAGAGAGTTAACATATATGACCTAGGGTGCAACGCGGTCTGTT CGTTTTTCTCCCTGAGTTTCCGATACCACCTTGGTTTTGCTTTCTCTTAGTTCTTATTTT ATCGTTTGTTTCAAGTGCCCGTCTTTGGTTATTTGTCTCATTATTCTGCAGCTGCTAGTG CTTATGGTGTCAATTTCTCAATAGAGTTTGGATAGATGGAGTGAAAGTTAATACTTTACT GTTTCTCTCTGTTTATTTTTGTGTCCCATTATCCTCAGGTGACAGATATTTGAAACCATG GATAATACCTGAACCAGAAGTTATGTTTGTACCACGTGCTAGAGAAGATGAATGCCTAGT TTTAGCCAGTGACGGTTTGTGGGATGTGATGACGAATGAAGAAGCTTGTGAAATGGCTAG ACGGCGAATTCTGCTGTGGCACAAAAAGAACGGGACTAACCCTCTGCCTGAAAGGGGCCA GGGAGTGGATCTTGCTGCACAAGCAGCAGCGGAGTATCTTTCATCGATGGCTCTTCAGAA AGGCAGCAAAGACAATATATCCGTGATTGTGGTGGACCTTAAAGCTCACAGGAAGTTCAA AAGCAAAAGTTAGAGATGACATGTTCACTACATTTGGTTTAGTATAAATCTGTACACGGC GACGGGTATAAATCTCATTATTACATAACTCAGTCCATTAATTTTTCCTATGGGCTTAAG GTGTGTGTATGAGAATAGTATTTTAGCAATGTATTATAGAAGAAAAAACAGTTGACAAAC GACGTTTATCCAAATTTTTTGGTGTTTGTTGCGCCAGAAAATGGCTATGTAAATTGAGCA TGTTGTAGCAAATATCAGAAATGCAATTTCTTACTTCTTCCGTTCGAGTATATGTTATAA AAGCTAAGCCACAATTGGTTACTTTAAACTCCTGATGAGTTGTGCTTGTGCACTATGAGA CCTATGTGGGCCTTGTGAATCGAACGAAGGTCGAAGGGTCATTTGATTCATTAAGGGCTC GGACCTAGTAACATACAAGTGGGTCATGCCTAAATTCAGAATGGCTTAAATCAAACAAAA AAATTAAAAATGTTTTAATAAGTTTACTCAAAGGGTCATCTCGAGTTATATGTTTAGCTT TAGTTAGTTTAATTTTTAGAAGTAGCTAAAACAAGTGAATTAAAATGAATCGAATTAACA AATGTAGCAACTATTAAGTAAAGAACGAAGGCGGAAAAATAATACTTAATTAAGTATAAA GTGAAGAAAATATTACATACCTCCATAAGAATAAAAGTATTCAAACATTCATGATTATCA AGAGAGAGAAATTTAAAATCATTTTTTTAGTAATATATTGATGGCGTGCTGGTTCTCCGT ATGGTTTTTTCCTCTTGGAGTGTCCAGTGGTTTGAGCTTGAGATTTTCATGTTGGAGGTC TCAAGTTCGAAATCTCTTATCTGCGAAAGCAAGGGATTTGTTCCTGGATCGAGCTTGTCG CATAAGGCTTGTCTAGTGCGGGTTTGTGATTTGCGAGTTTTACCATGTTCACACTCAAAG AGTAGCAGCTGCTGTTTTTCATTGTAAAAGAGAGAGAAATCTAAAACAAAATAAACTATA TATTATAGCAAATAAAAATATTGGACCACATTTTTTAACTTGATTAAAATTTGTCATTTC AAAAAAAAGTATTATCCTTAGCTGTTCAAAATTGACTCGTAAAACTTAATCAATTAAACT TTCTATAAATCCATCCAATATACTATAAAGTTTTTCTCGGCTCGTGGTGTACAAAAATAT AAAAAAAGGGACAATTCAGTAGTATAATTAATCAAGTGAATTAAGTATTACATAAGTAGG ACCTGTGGCACTCAATACATGGTACGTGGGCCATAAAAAAATATATCAAAATATCTATCA AAATTAACATAATTTTAATATGAAAAAAATAAGAAAATATCATATAAATTTGAAACATCG ACAAGAGGGAATAACAAATTGCAAACAGTAGGCTGTTGAAACCATCAAACTTCAATAGTA TGGTACAATATTGATATAATATTGGTCGAGCAATTAATGTGACTTGTAAGGTACAATAGT AATTAGAAAATTATCAAGTTAAAATTATAGTTACGATTTAACGAGAAGAGTGAAAGTGAT TAACGCATGAACTTCTACAAAGTGTTCCAATCAGAGGAATTTCTATTTATATGCGTTTAA TTTTTTTAGAAAAAAGTTTATTTATTGTAACATATACCTGCTTCATATTAGTGAATAAAC TTATTAATTTTATTCAAATACTGAATTCGTTTCTGATCCACCGTTTGATCATAGAGATGC TTGGACACAAAAAATGGGAGCGTAGTTGACGAAGACGTGGGATGTCAATATCACACGATA TCTACGTTGTTCGTTTTTTCTTCTTTCTTCACTTGAAATACGGTATATGAGCTGGTGCAT GCATTGCCCTTTGTCTTAGGAAAGAAAAGTTTCAAGTCTCAACAACTCTCAAACTTTTAC CCAACAAACGGTACCGTAAAATGGTAATGATTTTTTCATTTTTAATATGTACTTTCGAGT TTGAGTTTTGAAAATGAAATTTTCTTTTATACAGAACGTACAAAATTATCGATAATTAAT TCAGTTTATGTCTTATATATCACCGTGATTTTGACTTTAGATGAATGGATGGATCATGGA TCTTTCCGTGGTGCTAGCTAGAGGTAGACTACTAGTTAATTGTTTTATATGAAGGATTCA AGTGCTTAGAAAATGACTTCAATATCTGGTTCCAATTAGGCTATGAACAAGGGACTAATA GACTGATACGCAATATTCGATCTAATTCAGTAATTTCAGATCAAACTCTCTTATTAAAAT TTAAATAGAATTTCAAACTCGAACTAAGCCTACTAATAATTGTCGACTTTAAATTTATAA AGTTTAAACCCTGATCTGACTCGACTACGCACACTTTTGTTCCTTTTTTCCAAGTTGTTG CTTAGGCACATGTATGTTTGCTTTTAAGTAATTTGTATGTTGTCCATAACAAGCGTCAAA AATATATCCTTAAAACGTTATCAAAATTCATATGATTGGTTCAAAGATACTTTAATTACA ATATACGCGGTATTGATATTTTGATTATATAGGCTGTCATTCTTAGCTAAGCATGTGAAA AATCTCAACTCTTGCTTCATCATATATACACTTATAATTCCATTATTTAATAAATATAAC TTTTCAATATTCCCCACAACTGCTCCATTTCCAACCCCACAAGTAATCTTACAACTCTAA AATTTCATAAAACTTTATATTATAAATATAAAGAGTATAGTACCAATTTTTTTTAATTTT ATCCATCCAACAAAAAGTGCCAAACCCAAGTCTTTAAACAAGCAAAATTACAAAGTGTCC AAAAGAGCTCCTTTTAGCCTAAATCAATGGCAGATGATGGGGAAGATATGACCCCATTTT GGCTACAAAACACCACCAATCTCCGCCGTACTGAGAGGCTACGCCACCGGGTGTCGTCTC TCTTCTTTAACGCAGGACTGTTGCTCATTATTCTGTTGTTGGTGACGGCGATCTTCTTTG CAGTTTTTGTAGTTCCTTCAACACTATCTATGTTTAAACCAACCAATGTAAAGAAAAGCT GGGATTCTGTTAATGTAGTGTTGGTTCTAGTTGCTGTGATTTTTGGTTTTCTCAGCAGAA ACAACAATGAAGATAAAAATCTCAATCAATATCAACGAACAGCTTCTCCGATTAACAGAA ATCAAGTTCAGAAATCGAATCCATCAACACCAAATAGTAGATGGTTTAGTGAAGTTCGAA ATCCGAATCCAATAACGCCACGAACATGGTTCGATAATGGAGACCGGGGTTATTTTAGCA ATAATGGTGGTGGAGGCGGTGGATTGAGGAGGAGTTTTAGCTCGTATCCTGATCTTTGTG AAGTATCGCCGCGGTGGATCACGGCGGAAGATCATTGGCGATTTTATGATGATACTCACG TGGATAGTTATAGATTTTCCGATCCCGGTCAGCTAAATCGCCGTCGTAGCTGGAGAGAAG TTGATCGTTCTCCGGAACCTGAAACTAAAACTATTTATGAAGATCCTTTGAGATCTCATA ATGTTCCTACCTTTACTCCACTAGCTACAATTCCACCGCCGCTCTCACCGCCGTCTCCGC CTTCAGCGCCGCCAGCTCCGGCACCGGTCTATGAGGAGAAAGTGATAAGAGCATCTCATA GTGTTCCGCGTAAGAAGGAGAGAGCAAGTAAAAAGAGGGAAAATCATGAGCGAGAAGCAA CTAAAATTATTATGGCACCGGCGACGCTTCCTCCTCCACCACCACCTCCGCCACCGCCGC CTCCATTACCACAATATGTGGAGCCGAGGAGCAGCAAAAGTGATCGGAAAAGAGGTGGTG CAAGTGCGACGAAGGAGTTTATAAACTCTTTATATCACAAAAAGAAGAGAAAGAACAGAT CAAAAAGTGTTGATAATTTTGATGCTCTTCTCTACAAATCAGAACCACCTCCTCTCCATT ACCAACGGCCGGCATCCTCCACTCCACCACCACCACCTCCTCCGCCACCGCCACCACCTT CTTCTCTGTTTCAAAACTTATTCACATCCAAAAAGGCCAGAAGAAAGAGAAATGCACCTC CACCACCGCCACCACCTCCTCCGCCAGTCAAGGCAGTACCGGTCAGGATATCAAGACCAA ATACCCCTTTCACCAGAACTCCAGCACCAAAGCCAGTGAAAATAAGAAGCTTCGACAGTG TCGAAGAAAACCCAAACAGCGGAGGAGAATCGCCGTTGATACCAATTCCACCACCACCTC CACCACCCCCATTCTTCAGAAAACACGCCTGGAAATTCGTAGTACAAGGCGACTACTTGA GAATAGACAGCACCCTCAGCTCACGTTCTGGGTCTCCTGAACTTGAAGATATAGATTCAG CCGAAAACACCCCGATGGCAGAAGACGCCGGCGCTGGTGAAGGGATGGCGTTTGCTCCGT CACCATTGTTTTGTCCAAGCCCAGATGTAAACACAAAAGCTGAAAACTTCATATCAAAAT TTAGAGCTGGATTAAAGCTAGAAAAAATCAATTCCTTCAACAAAAATGATCTAGGACGAA GCTTATCAAATCTCGGCCCAGGAGTAGGCCACAGTTAGATTCTTTTCTTACCACATTGAT TGATTTGTTAAAGTTGTCATTTTTTTTGTTCATCATTTGAGATTTGAGTTATTATTAGTG TACAGAAAATAGAGAGATTGTTTAAAAAAAAAAAAACTATCATAGGTCACTTAAGCTTCC GCTATGGATTGAACATTTGTTAATTTTGTGTTTCTTTGTTGCAGTTGATAAGTTGGTCAT GTAGTACTTGACTAGCCTAAGTTATGAAAGAAGTGTGATTTTGAATAATCGATCCATGAT GATGATGTATTTGATAAGAGGAAATTAAATTCGAACTTGTTGCTAAGTGATAGCTCGCTT GTATTTTCAAATTAGATACTTGGTTGTATCAGACATGCATTACTTGATTAAACGTAAACA CGTGTGAGTAATTATTTTTCCATAACTAATTGGGTCAATTGCTATTTCATTTGGATTTTT TGTGTATGAGGCAGGTAGAGTCTGTGAATTAGTTATGAATCTAGTTCATGGCTGATATAT GGATAATTTCTTACATATTGATTGATTTGTCAAAGTTTTCATATTATTTCATTGACATGT TTTCTGTTTATAATGATTGGGAATTGATGGTGTTTTCACAAATTACATGCACAAAGACAA CAAGAAATGTGTGATTTTGAATAATCCATGATATAATGATTGATAATAAGAAAATATCCT TGGATACTACTGGTTGTAGAGATTTTTTGTCAAAAGCAATATTTGGCATATCAAAACTTT TGAACCTCTTTATCCAAAAAACTTTTTATCCTCTAATATAACTTTTCGATGTGAATTCAT ATTAAATTAACTTTCGATACAAATATCAAATATGAACTTGAAAACTGAAAAGGATAGTTG GCTTGGGCAAGACTATGTACATGATATCCTTCACACTATATTATACTGAATATGTTATTG TCGACTTGCGTCAATAGAACGGACACATTTAGGACGCAAATTAGCACTTCATTTGGATTT TAGGGTATGGGACCAGCAAAAGGTGAGTTGTTGAGTATTTGGTTGAAATGTGACGTTGAC ACACATTTGCAATTACATTAGCTAACATTCACACATTTCATCCCTTCTATAATTGGATTT GTTAGGGCTGTTGCCAAATTCAAATATTTCAAAACATTATATTGAGGGTCAGTGATAAGT GTCACAGACCTAGACACTTGCCATAATCATATTGGTCGATTTGAAGGTTAGTGACAAATG CACAAATAAGACGATGGCACTTGTCATGTAACTTTGAACTTGCCGTAAGACACGTGGCGT GTCCTCATTGAATGACCAATTTCATTACACCTATAAATATACCATTACTCATGACTGAGC CCCCTATTATATCACTGCATCATAATAACTATACCATCTTTTATATAAGTTTGAAATTTT GTTTGAAGACTTGTTTAATTCAAGAAAAACTTCCAAACCGTAAAAATAGTTTTTGAAGAC AGTGCATAACACGACTCAGGTGCTACTTGTACTTGTTCGTTACTCAAGCTTAGACTAGTT GTATTCAAACAATTCAGTTAATATGAATTAGAGAGAGTGACATTATAAAATTGGAACGCA CTCAAAGAAAAAGAAAGGAAAAACAATAACAAACCACTGAATTATTAAGTAAAAACAATA AAGCTCGAAGTACACATAACACACGGTGATACAAGTATAGGAAAGTGAGAGCTTAGAAAG CGTCAATTTTCATAACGAGGCTTATTCAAGTAACAAACGCTTTCAACTTTTAATTACTCA TCTTTAATTTAGCAACGGGGAGGATTAGGTAGTCTGCATTTCTGAGGGAGCTGAATTGCG AGGTTAGGATCGATTCCAAGAGAAGGCAATAACTGGGAATTTTTGTAAGAGCAAAGGCAG GCCATGTCTGCACGAGACAGCGCGTTACAGCACTGTGCTGTAGGTGCTGTCGGATAAGGT GGCGTGATTGATGGTCTGCATGACATTAATCCTTCACCAGACACGTTGCATATTCCTTGT GCCCGCACCACCTCTATATTAACACTACTTAACACTATGGCAAACAAAGCCAATGTCATG ATCTTTTGGGCAAAGTTATAATGCTCCATCTCTATTTCTTTGTCTCAATAATGTGTGTGT ATGAAAGTGAATGAAATAGAGGGTTTATATAGTTATAATTAGATAGATAGGAATTTAATG TGTGTTGTGTGATTGGTTATGGGTGTGGATAGTGTAAGAAATGGAAATCCGTGAAAGTTC ATTGGATTTACTTTTATGGCAAAAGTGTGGGGTGTCACGGGCTCTGGTTTTTTGTGCAGT CAAGTGGCCATTCTCATTATTAAGTCATCATTCAATACATGAGTTATACATTTATATTGC CTCAATTTATGTATTGTTATTTCTTCCTGTTGTTTATTGAGAGTTAATTTGAAGCTAATC ATGCAAAAGAATATTGCATAAATTGTAATAAAGGAAGTCAATATTCAATCCTTGCAAACA AAGTTTGAAGATAATTTTCAAGTTTTGGGACTTTGACAATCACGGAAATAGATTTGATTT AGACTCCTTAATTGATATTCTAAGTCACGAGATGAACTATGACGTCAATAGGTATATATA TACTCATGCTACTACTACTGGTCGTGACTTGTGTTTGAAATTAGAGGTTTCGAATTCAAG CATTTGAGAATGGTAAAAAAAAAAAATCTTATTTAGAGTATCATCCCAAAAAAATAAGCT CTACAATGCGCTAATTTGAATTTAATAGGACCCCAAAATGGAATTTCTTGATCAATCAGG TAGAACGGAAACCATAAATCTCAGTAAGGCCGATTTCCATCTATTCAAGACACGATTAAC TGTGTTACTAGGAGGTAGCAGGTACCCAATGAAGAACAGATGTAACATTCTAGAAGCTAT GCGATTAGATTAAGAGAAAAAATCTGATACCTTAAAGTACTGCTGTTCTTCAAGTTATTT CAAGCTTCCAGAATGAGATGCAAATCATTCAGCGCCTCACCCCATTAGAAACTGAAGATT GTAGGACAAAAATGCAAGGTCTGTAGTATTGAAGTGAGAACACCAGCTTTGTTTTACTCA CACAAAAAGTCATGCAAGCTGGGATTTGGACGTTTACCCTTCACCTGATCTCATTCTTTG TCAGCCAGCACTTTCAGTCTATACTCCAGCGTGCGTTTAACCCTAAAATTTCATCAAGCA CACACACATTCTTCATCCAAGCTGTTGTAAATTGCAATTTTCAGAAAATTGAACATGAAG TATTCAGATGTTATGGTTAGACCAATCATACCATTAGTCCACCATAATCTGAAGTTCTGA ACTGAATATAGAATGGAAAGGTAAATAGGTCTTGAGTTGTTCATAAGGATCAAAATAACA CTGTAACAACGCGTTAAATAGCTGGTATATGATTGACTAATATACAGTTTGACTTGTAGA AACCATCACCGGTAGAAACGTGCATCTTCAACATTCCCCAAACTACCAATACTAAACTCA GTTTTAGTCTTTAAAAATGAATTCCATAGTAGATTTTTCAAGATTGCATTTTGTTATATC CAATTTGCCAGACTCTATTGTTTGGCGTAATAATAACCAAGCAAGAAACAAACTTACCTT CTAAGTGTGTCCAACCATCACAAAGCCAATCAATTTACTCTACCTAAATATGCTATATTA ATCTACTATATCAATATTGCTAATATAAGGTAAATTTCATTCCAAAACATAAGACAAATT AGGAGCTCCCTTAAAGTAGAGTTCCTCTAAATGTCACTTATATTTTGGGATAGTAACAGC CAAATACACCTTCCTACAAGGTCAATCAAGTCTCTAATCAGAATGAGAAGACACTTGACA AACACCGAACTAAATGTAGCAAAACGTAATTTTCACTAGTTGGTCTTGGCATATTGCGTT CACAGTGGTTAATGAAGCGGAGGAGAATGGAAACCATGAAGCCTCAGGTTCAAATTCCAA TGGAGGCGAAACACACTAGATGGTTTCTTTCTACCTGTACAAGATTTGGTGGGCAGATTG CCCAGCATTTGTGTTGGTAGGAGGTAATTAGGTACCCACGTCACTAAGGAAAAAATCAAT TTATTGACACCACCTATATTGGATGCTTTATTTCCCATTTGTTCGAGTCTTGGCTAAATT CATATTGATAAATGTTTGTGAAAACTTTAAATAAGTTATCTCAAAACAGATGAAGAGAAG ATAAATGCAAGCTAATCCAGATTATTAGTTCCAAAGACAATGGTAACTGATAAATGTATA TTACAGTCCCACACTCGCACTGTTGAATACATTATAACCCAATGAGCCAAATCAGAGCCT TCTAGGCATGACAAGGATATGCATGATTAAAAAGACAAGAAATACTAATCAGATAAGAAA CAAATTTCTAGCTGCAGTATCCGAAGTGAATTCTCTTTAAGGTCATATAATTTAACAAAA CAGGTCAAATTAAGGCAGTTTCCATTGTGATGCACCAAAGCAATGCTACAAAAAGCAGAC TGTTACAAAAAACAGAGTTCCATAAAAGGACTCGAGTTCGTAGTACTCTCAAAAGTAATG TAGAGCCTTTCTCTCCCCAACTCTGCCAACAACAAAATCACCATCTGGTCATTTCTATAC GGCAAATTAATGGCGATAAATGACCATATGCTGACAAAAGGAGTACATATTACAAACTTA CTATGTTTAAAACTGACAACACATCATAGCTTGGAATTTTGGCTCAACAAATAGCTCTTC AGAACATCCATAACTGATCCAAAATCTGCTTTCACTTCCACAGGTGGGTTAGAAAACCGA CATTCCATGTCTTTTATTTCCTTTGAGTGGTAATCAATCTTGGATTGAGTAAACTTCAAT CCATGAGCTGTACTCACAACCACAGTCCTATCAGTTGGTGCAATGACTCCACTGTTTCTC AGCTTGAACAGCGCAGTCAATGCCACACCAGTATGCGGGCAAATGAACATCCCAGTGGAG TCTGCCTGAGCCATAGCATCCATCAACTCCTCCTCGGTGGCCTCCTCAACTATCCCGTTG CAGTTCTGCAGGGCAAAAACAGCTCTGTCTATAGACACTGGGTCACCAATCTGTATAGCA GATGCAAATGTTGTGTTCGCCTTCACAGGTTTGAAGTCTTTCCAACCAGATTTGTAATGC AAGTAGAGCGGATTAGCGTTGGCAGCTTGAGCACAAACAAGCCTAGGGATGCGATCCACA AGTCCCAACTCTTTGCACATCTGAAAACCTTTATAAAATGCATATATGTTGCCTAAGTTC CCACCAGGAACTATAACCCACTCCGGAACTTCCCAATCAAACTGCTGTAAAATCTCGATT GCTGCCGTCTTTTGCCCTTCCAACCTCAAACTATTCAACGAATTTGCCAAGTAAATAGGC AACTCAGCAGTAACTTCACGAATCAACTGCATACAACCATCAAAATCAGTGTCAATACTC AACACAAAAGCCCCATTTGCAATAGGTTGAACCAGTTGCGCCATAGAAATCTTATTCGCA GGTAGAAATACAATTGATGGAATGCCTGCAGATGCACAGTAAGCCGACAGGGCCGCAGAT GTGTCTCCAGTAGAAGCACACCCCACACCGACGACCGGTTTATGCATTTTGCGCAACCGA TTAACTTGACTCACCAAAACAGTCATCCCAAGATCCTTAAAACTACCAGTATGGCTAATC CCACAGTGTTTGACCCACAAATCAGTCATGCCTAGAAACTGTTTGCCAAAACGCTCAGCC CAAAACAGATTCGAGTTCCCTTCAAAAGCACTAACAATATCATCACTATCAATTTCAGGC AGAACCCATTCCTTCTTAGACCAAACACCGGACCCATAAGGCCAAGTGGTCTTACCGACA CGAGAATCAAACAAGGATCGCCAATACTGACCATCAAACTTCTTTAAGGCATCCATATCA TGCTGAACATCAAGTAATCCACCAGACCGACTCCGATAAACAATCTCATCTAGAGAATAC CATTCATCAGAAGTAGGACCAGCATTAAAAGGAACATACCTGGCTGAAAAATTATGAGAT GAGCAGTGACGGCGCGCTTCTTCACGGATGTTCTCGTCAGCAGGACGTCGGTGCTTCTGT TGAGAAATCGCATCGTTTGTGGCTGTAGCTTTAATCGGAGCGAAGAAATGAATACCATTA TTGGGTTTTGAAGTTGATTGATGATGAAGTTGAGGAAGACCAGGAGAGAGGAAAGAGGAT CTAAGCATGCAAGAAGCCGCCATTGTTGTGTGATTGTGAAGCTGAGAAGACGCGCCTTTT GTCTATAAGGGGCCATACACATATACATCTGGTAATGCTCTGCCCTTAACAGGTATCGCA TTAAGATTACGACATGTGTACAGGTCATAAGATCCAGTGGCTTACAATGACTTTACCATT TTCACGTGATTAAATTATTACTACTATTGATATCCCCATGAAATATAATTCAATTTGTCC CAACTTTTATGGTAATATGAAATTATTTATATTTTACACCTTCAACATTCAAATTCACAT CAAACTTTTATGTGTAGGCATTTGTAGCGAGAGATGAAATATACTAATTGAATCAGTAGA TTTTATAACGGTAATATTTCATTCGTTAAAAAGAAAAAAATTAATTCTTTTTTTTGTCTG CTTTTAAAAAGAATGAATCTTTTTTTTTATTTGATAATATTTTTATTTTAATTTTTTATT AATTTTAATTTATAATTATTAAATTTAATTTTTTTTTATATATTTTTAAAAATGAAGAAA GTATATTGTGTCATTTACAAAGTCAAATAGGGGCATCAAAATCGAGTATTCGTGTTTGGC AATAACACCGGCGCTCACATGGCAATACTTGTGCATGACCTGTTTTTACGGGGAAAAAAA GTGATATTCCTTTTGAGGTTATTACGTTTATTAGTTGCACGATTGCAGTATTGTAAAATA GTTATTTTGTTTTTTGTTTTCTTACCATATTTCTGTTTATTCTTTTTGCAATGTGTTCTA TTTTTCTTACTATTCTGCTTTATAAACTCTTCTAATTTTGTGTTCAGAATTTATTGAAAT TTTTTTTTTTTTTTTCATAAAATAAGTGTAGGATTTATGTGTATATTCTTGTCTATTTTT TTAATTTATTTTGTGAATTATATCACACGTAAAAGAAAATGTTGAAATAGCATGTGAACA TACAACTATTAGGAATGATAAGATTACGAATGAAGATATTCAAAATAAGTTGAAATGACA TCTATAGTAAATATGATGAGAAAATGAATATTGAGATGTTTCGGACATATGTAAAGAATA CATATACAAATATATATTCAATTTAAAAGGCGTGAGAGGTTAGATATAGTGAATATAAGA AGAGGTAGAGATCGACCAAAATATTATTCAGGAAATATGCTTAGACAAGACATAAAGCAA TTTCGACTTATCAAAAATATGAAAATATTAAATCACAAATTATGATAAAAATTAATAGGT AATTGAATATTACGTTGCTTTTCAACTGGATTAGGCTTAATGCTAGCCTAGAGACCATAT CTGTCAAAGTAATATTTTTGTTATTTGATAGCATATATTGTTAAATATGTTTTGATTATC ATTGCACTATTTCGTTAATATAACTATTCCTAATTATTTGTATGCCTTCAATTTTTTTTA AAAAAATAATTGTCATTTCTTCCTTTTTATTATTATTTTATTCAACTCCACTTGAATTGA TGATCTTTTAGAGATAATATAAATATCTTTACAAGATACGAATAACACCTACGTAGATCA TATCGAATCCATTTAATTATTTTTTGTTTCAAAAATAGTAAGATCCCAAATACAAATTTA TGTATAACCAAAAAATCATTTAATAAAGGGACCCGCAAAGTGTTATTGGGCCTAATTAGA TGGCTAGTCGACCCAACAATTGGGCAAATGCAGGTACAGGGAAGAGTGATATACGTGCAC GCAGCGTATCGGTTTTACTGATGAAAGGATAAGGTTGGGCACGTCAGGATGTCGTCGTTT TGGAACAATATCAATTTGTTCGGACGAATATAACCCTACCCACTCTGCCAATTGAAAGTT GACACCTCCTCCTTCTCTCCACTTTTTCTAAATTCCCAGAAAAATATATACTACAACAAA ATTGTTCATACAAAGAAGAAGAAATAGCAGCACAGCACAAGCAAGTTCACTCCGATTGAA TATCTCCGCCGAGATCCTAGATTTTCCGGTGAGTTTTCCGATCTATTACGATTTGTATAG TTGACCATTATGAATCTTTCTCATATGATGCGATTACAGAAATGTTAGGTCCTTTTGCTA TTACCCATTTCCGATCCAAAATATGGATTCGCCAGCGAAAAAAATCTTTACCTTCTCCAT CTAGCTTCAATTTAGTAGATTAGACGTTGATTTGTACTGTACATTTCCCGGAAGGAATAA AAGTATCTTGTGAAAATTGAGACCGAGACAGGAAAACTGGGGAAAATGAGTTTAGGTGTA GCGGAGGAGGAATCGGGTAAGGAAATCCAGTTGCCGGCGGATGTAGACTGGCAAATGCTG GACAAATCTAAGTTTTTCTTCCTCGGCGCCGCCTTATTTTCAGGTGTTTCAGCTGTGCTT TATCCTGTTGTGGTGTTGAAGACTCGACAACAGGTAGCCCAAGCTCATCTTTCCTGTTTT AGAACTGCCTTATCCGTTGTTAGGCTTGAAGGAATTCGTGGATTGTATCGGGGGTTTGGG ACTTCGTTGATGGGTACAATTCCTGCTAGGGCACTTTATATGACTGCTCTTGAGGTTACC AAGAGTAGTGTTGGTACGGCCACGGTTAGGCTCGGCATTCCTGAGCCAACTGCGACTGCG TTAGCCAGTGCTGCTGCTGGATTGAGCGCAGCTGTGGCCGCACAATTGGTTTGGACTCCG GTGGATGTGGTCAGCCAGCGGCTCATGGTGCAGCGTGTTTGTGCTGCACCAGCATCCTGT AAATATCTCAATGGGATTGATGCTTTTCGACGAATCCTCAAGACAGATGGACCTAAGGGA CTCTACAGAGGTTTTGGGTTTTCAATTTTGACATATGCCCCATCCAATGCACTGTGGTGG ACATCCTACACCATCACTCAGCGGCTTGTCTGGAGTGGGTATGGATGTTACTTCAGCAAG AATGGTGATGACAGAATTGAGGATAACATCAAAAGTACTCTGAAGCCTGATTCGAAGACT GTTATGATGGTTCAGGGAGTGAGTGCAGCCATGGCCGGAGGTGTTTCAGCGCTGATTACA ACACCATTAGACACAATCAAGACAAGATTGCAGGTCCTGGATGGCGATGAGAATGGACGG AGAGGGCCAACAGTAGCTCAGACGGTAAGAAATTTAGTAAAGGAAGGTGGGTGGATGGCT TGTTACAGAGGATTAGGCCCTCGATGGGCTTCAATGTCCATGTCTGCAACCACAATGATC ACTACTTATGAATTCCTCAAACGCCTCTCCACAAAGAATCAAGAAAATTGGGCATAGTCA TCCCCATAGATAGCTGTCACTCTTCTTAGATTTATGTTTCTCTCTTTGATCCATGTATAA GTTTTCTTTTTGAATGATCCTTTTTTAGGAATCAGTATGCTGAGTTTAGACATAAAAAAA ACCTAAATCAAGAACAAAAAGAATGATGAATGTACAAAGTATGAATCTGTATATATAGTC CACTTCACTAAACTTATTTGGCTGTTGTTACTGTTTCTCTTTCCGTTAAGCTACCCTATG CTTTCTCTTGTGCTTGTTTTAACTCTCGCGGTTCTTTCGGAAACAGCCTCTCCATCTCAA TGAGGTAGGGATAAGCAGTGTACACTCTACTTCATCTCAATGAACTAAAGTGGGTATGTT GCTGTTGTTGTACTGAGCAATTTGTCTACTTACAGATGTGAGACTTCTTTTTCTTCCTTC AAGAACTATACTTTTTCGAGAATGGAGCCAAAATAGTTGGAAGCTATCCTTCTCAGGCAC TGATCAAATAGTAAGATGAGAATCTGTAGTGGGCTTAATTGACTTTTAGCTAATCTCAAC CAATGGAAGATGAGATTCTGCCTGATCATGATGTTGATTTGAACATGTTGCGTGCACAAA GGTTTTAGCATATCTATTCTTGATTTAATGTGACAAGAACTCAGTCAGATTGAGGTTGCT CATATTGTCGGATGAGGGTTGTTGTAGGCTGAAAACCTGTGTAAAATTTGTCAATTTGGG AATAGGAGCTAGGAGAGGTAGAGATAAGTAAAAAGAGAAAGTGATTATGTGTATTGTTAT TTTGTTGTCTCCTTCCCTCTATTACTTCTCTTTTTTCTTTTTTTCTTTTTGTATGTTGAG TATTTATCGAAAATAATACCTTTTATCTGTTGAGATAGGAATAAAATTTGTGTATATCCT ATCCTTCTTCAGATCCTATTAGTGAGGTTCATGTTATTATGACAGATCTTCCTAATAAAT GTCATTGTAACATGAGTTTAGTGGAAATTCATACTAACTAACCCAACTTGTTTGAAAGTA GGATAGTTGTTTCTTGTTTAACGAGACAGGAAAATGTGGTGGGGGCCTACGTAATTATCC AACATTTAGTAGATTATCTCATTGTTTAATATTCAGATAGCCCAAGTGGCCGACCATTAT ACATAAATTTCTATTAATATAACTCTTGTCTATATGTAACTATTATATCAGCAACCACGT TTCTTCTATTTTTTTTCTAAAAAATCATATAGTGGAAAAAAACTGATTGCTTCACTTGTT ATATTCAACTAATTTCTTAATAACATCAACCCTACCTACCGGAACTGTTCAGGATATTCT AAAAGAAGTCTTAATATTATCAAAAACTTTGTCCTAATCAATCGAAATTTAAAAAACACA GTTAATGAAAGCGAGACAAGTGGTTTAAAAAATAAATACGTTTAAAATTGGGTGGGGTTG GGGAGTACACACAGACACAATTTTGGTGTCACTGTTTAAGTAATGTCCTAAATTTATAAA ATTTTGGTACATCTACTCAATTCGGGACAACTTTAGACGTAACGACTGAAGTTAGTCTTA ACAGAGTCTAACTTCAGTTTCATACTTCAGACATTTTAGCAAAACATCATGAATAGACAG TTAGCAGCAAGAGAACTGTTGTTGATCAGTATTCTGTAAAGTGAGTCCGGGCTCTTTTGC TGCTGCAAGGCGGGCACTTGTATTGCTTCATATACTCAGCTGTGGCAGCGGTGATCTTAA CACACTGGCCGTGGAACCATGTTTCACAATGATCGCAACATATCCAAAATTCATCCTTCG CATACTTCCCCTCACATATGCCGCACAGTGTCTCACCTTCCTCCTCTTCAACATCCATCT CAATACCCCATTCATCCTCATCTTCTTCTCCTGCTTCGTCGTCGTCATCATCATCATCAT CATCTTCTTCATATTTTTGCTGCATCTTCGTAAACATATCCTGAGGCTCCGCTGCCCTCT GTTTTATCAAGTGGAAAAGAAAACATCGATAGCTCAAAAAGAATGTGGTAGAAGGGTTTA AGCTAGTTTAAGACAAGCTATTCATGCAACAACTAGTCTAGATACCAGAAAATCAGAACT TTAAAGCATAATTTGAATCAAAATCTGCCAAAAATGACCATAAGATTGATATCTGGATGC TTGCAAACACATCATTTAAGTCTTACCAACTCGCAAAAAGGTATCACAGAGCTGACATGC AAATAAAGCATACTCTGGGAACATAATTATTTACCTTAGTGGCGTTTGGCTTGGATTTGT TTTTACTTTGATTAGCGACTGTAGGTTTTTCTTTTTGTTGCGTCTTTGGAACACCAATCA CTACTTCATGTATTGAAGGTAAATCATTTATCATGTCAAAGAGCTTCTTCCTGGAAAACA GAAGGCAACTAATGAGCAACAACATAGTAAACGTCATGAAGTGTTAAAGCAAAATGACTT GTCTCACAATTGAGGCACAGTCTATACATTTTCTAGCAAAAGACTATCACTGGTAGCTTA ATAGAAATCTGAATGTACTAATCCTCTATGCACAAAGTTCAATACGAAAAAATCTAGAAC AAGGGCTTCTCATTAGAATCACCATTATGAACGATTTCACAAATAACAAACACGAAAGTG CAGAGATGAATTTAAGTTGAACCATACATTCAATGTTGCTGTTGGTTGGTCGACTCAGAT ATCAGCTTGACAAGCATGAGTTACGTTCATCATACAATGTCAAGAAACCAGAGCCCAGAG GTCAATGATCAACGTTAATTTGAGAGCAAGCCCTACTAAATAAACCACGTTAATGTTCTT TTTACTAAACCAAACTAGTTGAATCTTATTAACCTGTTAACAGCCACTCCTTGCGATTCT ATCAGCTCATTTTAAGAAGTGCAAGCTAATATTCAAGGTAATACTGAACGAGCTATTTGC ATTTTTTTCACACCTCTTTTTTTATGCATATTTTGCAGTTTGCATCCTGTCCTTCCTTTC ACTTTTGCTACCGAACTTCTTATCTTCTTACAAAATGACTAAAATAGGTTTCCATTCAAA CATGAACATTCTATAGGGAGTAAAATGGATATATTACTTACAAAGCTAATTAACGACTTC TATATCCTGAACATCCTCCATTGTTTCTGCTTAAGTACTAGAGGTGCTATTAGGAATTTC GGCAAAGAAATTCATTTCATAGGGTAATAGTTCAATTTTAAAAAAGTAAAATATTCAGAT TTGGACCAAAAAAATACTTAAATGATTTTTCCCAGAAAGTAAAATGTGCACCAAAGGTGC AAAATGCAATGAATTGAAATTAATCAAGCTTACTGCTTTTAGCTTTTCTTGCTAGTAATA GGCACGGCTGTACGGGCAGTGTTAGCTCGATACTAGAAGTACTATTATATTACCAACCTA AAACACATTAATCAGATGCATTACTTCTGCTTTTAACAGAGAGCATTGAGAAAAAACTTT AATGCATTGAGAAGCAGAATCAACACAAAAAAACATCAAATGAGGTACTGGAGCAGGCGG AATCGCTAAACGTATATTGTCAATCATCAGGACATGCTCACAAAGATGCTTTTACGAGCA TGGAGATGTTTTGGCTGCATAAAAGAAATTCAAGTGAGAAGAAGTACCTGTCGGCTTTAC CAAATCCACATCTAGCACCAGCGTAGAAGGCAATAGCAAGCAACCAAGAATCACTGTGAT AAGCAACAAAAGAAAGCCACTCCTTTTGTTCCATTCCCTCTCTAGCAAAGTTGATACCAA GAACAGGCTCTGGAAGGCCTGGTGGTGAATCTTCAGCAGGCAGATTGACCTCCCATCGCT CATTTGGGAGTCCATACAAGCTTAAGTTCTCCTTTTCTACATAAAAAAGGTAAAAAAAAA CAGTTGATATGTTTGACCACGAACAAGAAGAAATAGAAGTACTGTGTTATAAGCAATTTG AGATAAGACAGATTAAACATATTGACTGTAATAAACTTGGAGGAAGACAGGGAGGTGTGG TGAGGAGGGAGCTTATAATAGATGTTGCTCGGATTCTCCAAAATTCTGCCACACCCGTGT GAGATCCTCCTTTGAAACGCACTGACCAACATTTTTGAAGAGTCCGAGCAACATAGAGTA TTCAATATAAAAAGAAGGCCCAGCAATCATGACATTACTCTGATACCCTAAATATCACTT CCAAAAACATGACGTACAAAGTCTTCATTCGATATCTACCATTAATTACAGCTGTAAGGC TTAGTATCCTATGTATACTTATTTTTCACCGCTGAAACAAGGAAGGAGTTATCAAATCAA AAGCAAGGACTTAGAATTAGAATTGTTACTTTTAAGCTAAGCACGAACTTGATTCTAATT CTGCTTCTAGGAGGGGTAAAGATTTCCCTATGATGCCTGTGGATATGAGAACAATCATAT CCAGATCTACCTTATCATAACGATTTTTTATAAGAAATTTTATGTTCTGGTTAACAATGA CTAAAATGTTTTGAATTTCATCTTTCCATATATAAAAATTTAGATACAGGAACAAAAGAT CACTGATATGGAATAATGTTAAAAGCAATGTAATGATTATTGGAGAGTAGAATTGATGTT CTTACTCTATCATCCAATATTCAGGGGTGGCTCTACTCTAGAAATAGTGTGCACATGAAC CCAGTGGTGGAGGCAGGATTTTCATTGAGGGGTTCAAAAAAATAAGTAAATACGCTAATA TTACCCACATATAAACGGGTCGGATCAGATATAAATGGATCAGGTCGGATATAATTAAGT AGATAAAATTCAATTCTACGTCAACAAGAACAGTAAAACATAGGAAGTAGCAGCAGCAAG CTAAAATGTGATAAAAAAAACGATGCTACCCGGACTCGGTCAACAAGAACAGTAAAACAT AGGAAGTAGCAGCATAAAATGTGATAGAACACAGGAAGTAGCAGCAGCAAGCTAAAATGT GATAAAAAAAGAACGATGCTACCCGGACTCGAACTCTCGTATCCGAGAAGATTTGACCGA ATCTTGAACGCAGTTTACCACTGAAACAAGCCTTTTAGCTTATGTTGAGGTAGTTCACTA TTAAATTATACTCATAAGTGAATAAATCGATGTTCTATATACAGTGTAGTTTTCCGACGA AGGAGGTTCGATAAGTACCATGTAGCTCCTCCCCTGCATGAACCCATATCTCTTCGCCAA ACAAATTTTCTAGAATTATCTGTTGCTATCCATGCTCCAAAAGCATTGAATGAACACTTG GTTGAACGTTGAGCTATTTATCTATAATGACGAGGAACAGTTCCAACTTAATATATATTT TGTTTCCCTTTGTTTAGCAGTGTATATAGGTTCTCGAAATCCTAGATCCGCCTCTCCCAA TATTACTCCAAAATCTTTCAACTTCAAATAACTACAAAAAAAGACATACACCAAGAGTCC AAAGGCGGATGGAGTTTACATACTATGATCATTGGAGGGTGGAATTTATGTTCTTATTCG TTGATTCAATTTTGTCCAAAATCTTTCAATGTCTATCTAAAGAAAAAAGACATATATCCG AAAATACATAAACCCAAAGGCGGATGGAGTTTTCATACCACAATCATTGGAGGAGAGTCA AATTTTTCTTATAAAATGGATAATCCAAAATTTATATACTATGCATATACAACTGTATCC AGTTTTTAAGGAACCCTTAATTTTAAAAGCACTTAATTTAACCTTAAAAGTTGAACTCAT CGAGTTTAAATACCGAATTTAACAATATGCATATAACATAGTACAAATTATTACAGAAAC AGAAAATTTTCAACCCTATTCCACTCATAACCCAAAACAGAGACCATAACTTAAAAAGAA ATATCCTTACCAGGATCACACTGCTTATAAAATTCATCCACATCTGAATACAAAAAAAAA ACAAAATCGATTAAATAAAGCAAAATTAAAAATGATAACAAAAAAAAAAAGAAGAAGAAG AAACCTGTTGTGAGAGCTTTAATTAGACCAGTATATCTGCCCTTGACATTCTTGAAGACA TCAATGGGTTTTGCCTTCTTCTGTCCTTTAGCTCCAAATTCCATCTTTTTTTAAAAAAAA TAATTAAACACCACTTCTGCGGTTACAAGCAGCGTCGTCAAAAATCATATGAGAGAAGAA GAAGAAAGTTTGAGAGAATTTGATAATACGCTTACCAATTCTGATACTGCTATATTTGTA CTAATTTTTCTATTTTCTCCCAATATATATCAACGGGAACTTTTTTTTTTTAATGCATAT ATAAGTCAACATAATTAATAATCTATTTTTCAAAAAAGAAGGTATTTATAGTAAAACATT TGACTACAAAGAATAAAATTTTCAATCATTTTTCTAATAGTGAATTTTTTCGAAAATTGT CAATCTAATCATTTTTCTAATAGTGAATTTTTTCGAAAATTCTCAATCTAATTAACTAAA ATTATATCCTAATAGAATTGAGAAAACAAGAACACTAACTAATGTTCGGCGCATATATGA CTTTATTATTGTATTACTTTATTTACATTCTAATCGCTTTAGAGCAATAGATTATATTAA ATATGATCAATTTATGATGTTATTAAATTTTGGACTAGTTGAATCTTTTGTTATGTATTA TTGTTAATTCTGATTCTATGAACATATAGTGTTAGGTTAATTTGGATAAACATGCCATTC AAAGTCGCTGATTCTATGAACAAGGTATTGTGACCTAGTGATTTAAGATGGCTCGAAAGA GCTAAGCTTTTATGAATTTGTGAGATCAAAAAAAATTCTTTTATGTTACGTAGTTTAATT TTTAAAATTTCTAATACACTCATTCAGCCAAAGAAAAAATGTATTCGCGTATAATTTCTG GATACCCTTAGTGAAATTTCTGGCTACGCGGCCTACGCCACTGCTTCACCCAAGGACTTT TCGATACAAATTCAAATTCACTCAAACTCTAATGTAGATACCGAACGCCAGAACGAGCAA CCCCCAAATAGAAAATGATGAGAAACCCCAGAATAGACTAAAAGTTACTCTTTGGATTGA GGTAGTCAAAGCATTAAGCATTAAATAGAAAACAAGCATGCCAGGTAATTCACTAACTAT AAAGTTCCCAAAATAATGTACTAGCATACTAATATAGCCAAGGATGACTTCCCACATTTT AATAGCAACACTTGCATCAAAAAGATGATAAACATGGATAGCTCATGTTATCTTTCTTCT CTTTGTCCAGCTGTGAGACCCCTACGTTATGTGCGGAGAAGGCGGAGTAGTTAAATAGCT GGTGATGGTAAATAGCATCACCTTTCGAGCCACTAGTGATTGCGGAGTAGAACGGCGTGG AGTGGCTTCCAGATTGATCAACATCGCGCTCCAACATTTTTGTGTTGAGTTGCAGCTCAT CAGGTATCTGATTGTCTTGACCATTGATCAAATCGGGGGATTTGGACTCTCCAGGCTTCT TCATGTTGACAAAGCGTCCACCAGGTCCCCTAGCCCTATTCAATGCATGCCGGTGCCGGG ACTCATGGAGATATGGCTGAAATTTGTGGTCAAATAAAAATAAGATGACTGAAGTAACAC TTAATAGTGTGAGAACTTTTAGGGAAAACCATGCAAGCTTGGCCCAACGCAGATAATATT ACACCACGTTAAGGGTAATCATCCACTGAAAGCACATTAACACATGTATACTCGTACGAG TGAGTGACTCAATACTAAGCAACAAGAAGGGTGAAGCTGAACCATCATCAAACACTTACC TTCCGTCCTTTAGAGAGTTTGTTTTGAGCTTCCAGCCTAGCACGGTATTGTCTACGCCTG AGGATAGCCTGATATTGTTTAGCATTGACAAATATAGGCTCATCTTGCTTAAGGTCAAGT GGAAGTGGCACCCGAGGAGCAACCGTGCCTAACATTTGGGATTGAACCTGAAGAAAACTA AAAGGTAAGGATCCCACGGGGTGCATCGGCAGATCACACTGGCTTAAACAAATACAAGCG TAACAAAAGACTTGATTAATCATGGGCAGCTTGACATGAAAGATAACTATAGGTATCTAT ATAAGAGAGAAACTAAGGAATGGGGACCACATACTTATACCACTAATTGGAGATGCCTTT GATATTTTAATGTAGCTAATGCAAATATATAATCGAACAAGTCTGTACAAAGGATCTCAT GTTTGGTATTATAATATTTAAATTCACATGAACATATGAGTGGACTTTCCTTCTTCAAAG AATAAGTTGGCCAAAAAAAGCAAGGAATCATCAAAGTAAAGCAGATGCAAAGTGATTAGG ATAATCCAAAGAACTCTAAAATGGCATAGACCTTTTCTAGAATTTACTGATGATCCTTGA CAGAAATGCAAAGCCAACACAAGTTGAGCACATCTCTAATTCCTTTGAAGAATAAGTTTA AAAGTGCTGATACCAGATTAAGTCAGTCCAAACCCTGATCAGTGGTTTTAGATGGTTTTC ATTCATTCTAAAAGTACATATCAAATATTATAAATTGGTTGGAGGGGTAGTGGACGAGGG GGTGTTGCAGGTGGATCATGACCTAGATATCATACAGAGAACCATATAACACCATCCTTC CCCCCCCCCCCCCCCCCACCTACCCAAAAAAAGTTCTGTTTCCTACGGAACAAAAAAAAA AGAGGAGAAGAAGAGTTGAGAACAAGTTCTCACTTTTGAGTGATTATTTAGAGCACACTG GTTATTCACTAGTTAGGTGGTTTTTCAAATACAAGTACCTCTCAAAACTATAGTATAACT TGCTCCATATCCAATGGATTGAATGATTTACTCACCCTAAGATAGTCAAGATCACTGGAG ACAAGAAAATGTCCACAACAGGTTTCATATGTTTGTTGCATATGTTAATTAAGATTCAGG GTCAACAAAAAAGGGTGTTGTGGTGTGTGTGTGTGTGGGAGGGGGGGGGGGGTCAATGTA AAAATCAGCCAGACAGATATAAAAGGGAGGTTTTTCTTAGATGACATAACCAAAGTCATT AATTGAAATACTAGTGAAAATATTGATGACATAATGGCTCTTTTAGAGCCGCTGTGCTAG AATTATTCAAAAGAATCGCTGATCATCATAAAGAAGAGAATGTGATAAAACAATCAAATG GAAAAAATGTTCAATTCTCTCTCTGAGTGTCTTACAAAACCAAATAAGCAGTGCACATCA TCAGTACAAAAATAATTGAGCTTTAATTGTACTCACCAAGGTTGGATTTCCATAGGCAGC AACTAGATCGTGATAGTAAGGATCCGGGTGAGGAAAAGGAACAACAGCCTAATAAAGATC AATAAGTACATAAATAATTTACTAGAGATTGCATATCCCCACTTGTGGGATTACACCCAG AATGTTGTTATTTTGTTGTAGATTGCGTATAAAAAGAGTAGGGAAAAACTAACTTAATGA ACTCACAAAATTTGTCTGATACGTATCGAAAGTCCAACCATGCTCCTGACTTGACACACT TTGGGAATCATCGGACTTCCCACTACTTCTAACACTGCCTGGAGTGGTCCAAGCAGATAT CCACACGATCAGAGTAAGAAAATGCAGAAGTCAGAAAAGAAATAAGTGAAAGTTGAGGGA AAAGGAGAGTTGTGGCTATTTAAAATAACTTAACTCACTAACAGCTAGTAAGCCAAATAG GAAATACAACCTCATCAACCTTATATATCATGTGGGTCAGGAAATAGCTAGATGATTTAG ATAATAAGAATGTCTGCCCTTCGAAAGGAATGAGAAATGAAGGGCAGCATGACACAACAT TTAGTATGTGTATATCTTTCGATGCTTAAGTGGGGGTGTAAAGGCATTACGCCCCAAAGC AATAAAGCTAGAAAGAGATAACTTTCTCCAGTCTGTTCAATCATCACTGTCTAGCAAAGA ATTAAAACCTACTTTCTGGAAATGAGCTCTCTATTCTAACTCAATAAACAAGCGAACCAA TCTGCAGTACAGGCCTTGTACCGACATTTCAAGTTCATTTCTGTGGTGCCTCCTTAGCAG GCTAACAAGAACCTACAATCCACCACATTTAAAAGGTTGTAACCGATCACATTTGGAGGA ACAACATGGAAGTACTTAAATTGATAAACCTACTAGACAATCAATTTGCAAATTTCTCTT CAACACTCCTATCAATTAGCTTCTCCTAATTGATGTATGGTAAAAAGTTATAAACAAGCT AATCATGAACACGATTACTTTGTTTCAAAACTTCTCTGACATAACTTAAAGTGTTGTATA TATAAAACTAGATGCAGAACAATAGTGAATATCCTCACCTGCTCGCAAAGAAATATTGTT TTTACCATGGATTTTTGTTTCTCGTTCATTAGGAGCTTCAGGACATGATTGACTCGTTGA TTGAGTAGACGAGGAATCCTGATCTTGAAAATGGTGATTCAGTTCCTTGGTATTCTGAGG ACCAGGAAATGTAGACATTTGTTGCATCTGTAAATCTACAAAGGTCAGTGATGAGCATTA ACACTAATAAATGGGGTTGAGATACTACTAAGCTCAAGATCCTTTCCGAAGAGATCCTGC ATTTTCTGACCATTGAATGTCCTTGTTCGAGAAGTGAAACATCCAGGAGTTTCTACAGCT TATACATGATGATATGACATGCAATTAACAGCTCAAAAATGAGATATTCCAACTTTTATT CCAGTCCAGCACACTTCTTATAGTTTGCCCTTTAAGACTTCAAATGACACTGACACATTG GATCTTCTTACTTTCACCTCATCTACCCCGGCTATAACTTGTAAAATCAGAAATACGACA TACTTGAGACATTACTTCATAATCCTCAGACTTAGATATAATACACTTCTACACTGTGTA GCTAGGTAACTTTTAAAATCTATATATACTACATGTTGAATCAACTTGGCTTCTTTGTGT GTACTTCTTCCTATTCTGACTCGCCTTTAGTGAAAATTTGGGCTTCGCCATTGCTTATGA GACTCTAAGATGAAACATCTATGCTATCTTCAAATTATCTGTTTAGCCTCAAATTTTGGA AGTATGGTCTTCAAATATATCAAGTTCCAAACTCACTGTGTCAGACCAATTTTTGGGTTT CTGACACTTACATTCACAAAGCTTCAAAAAATTTCCAAGTAAAATGCATGTCCAAACACA ACTTCAAATTGCAAGAATCAAATCAAAAGCTCAAATTTTCAAGTTTCTACTTCAAAATCT ATACCCAAAAAGGAGCCTAATTTTACTTGTTAAAAAATGGTAAAATCTCTCGACAATGAA TAGAGATGCTAAAGAATCAGGCATAGAACCGACAAAACAAATGCACTTTTTTTTAAAAAA CTCAAAAGAAATGAAAAATGCAACAAACAGAGTAGTATACTAGTATATCCCTAAAGAATC AAAGAATCAACAAAAACAAAGTAGTAAATAATTATTAACTAAGAAAAAAAAACCCTCTTT CGGGACAAGTTAAAGATTAAAAAAAACTCCATTTTTGCATGCAACAAATAGCTTAATAAA CAAACCTTGTTGATTTAGTGAAACTTTATGGTTGAACCAAACTCAGAATTCAAGCACCTC TGAATCTTTGGTGGTAAAAGAAGTCCAAGTCCAGTCTCTCTGTATACAGAACACCACAAT ATTTGGCTGCGAAAAATGGATCCTCCCCTACTTTAGCAATAAAAATGGCACTGCAAGAAA AGACAAAGCTAAAAAAAGGAGAGAAACTTGAAGAGGTGTATTTCTTTTTGACTAGATTAA TAATATCACATCAACAACTTCTTTTGTCATTTTATGTGATGTGTATAAAGGACTCTCTTC CTCTAACATAATAAAAAGAGATTTGTTTCGAGATTAGTTATGACGGTATTAAATTTTTTA TGAGTAATATAATTATAATGATTAAAATAGACGAAAGTTATTCAAATAATAAACATTGTC ATTTTTAATTTGATTGCAAATTTAAATCACCAAGAAAACAAAAAGGATGAAAGCTCTAAA AAGGTTAAAAAAAAAAAAATTACTGTTAAAATACACCTTCTTTGTTTTATTTAGAAATTC ATATAACTAATAATATAATATATGGATAAAATGGAATAACTAACATTAAACTTCACATAA TTGGAAATCACCTGATGTATCTTTTAATAGTAGAGGAAAATTTTAATGGGAAGCATCTTT ATAAATTATTTTTTGTAAAACAAAATCACAATTTTAATAGAAAATTGGGAGCCGTAGGTT AATACAATAATGAAAAAATATGGATTATTTGAGTAACGGTTTGAAAACGAATGATAAATT ACCATACGGAATACATTAAAGATTGAAATTAGACTTATGTTATTTATTGGTATATTATTT CTAAGCTTTAATCACTTCAGAGAAATTAGGACCCGTAGGTTAATATAATAATGAAAAAAA ATGGATTCTTTTTTTGCATTTTAATAACATGTCACCAAAGGACTATCTATCTATGCCTCC TCTTCTTTAACAGTGCCACGAATATGCAAAGACAAGGATAACAGTTAAAATGCAGGAAGT GACACCAATACTAAAATCAGACTTGACAAGAACTGCAAAGATTTGTCCATAGAACCATCA TTTTACACACCAAACTATCATGTAATAAGACAATATAGGAGGCTGGTTAAATATTTTCCA AGGAAAAAAAAAAGTTGAAGAAACCCAAAAGATGAAAAATAATCTGTAGTATGATGACAA AGAACACCTAAGAGCTAGAACACTACGATTATGAAAAGCAGAATAATTAATTCGTCATTA TACAGGAGTGCTAACAAAACCATTTCAGCCAGCAGGTGCAGATTGCAGCTATTTTATCAG AAGAATTAATGCACCAACAAATGATCCATGCAATCTACTGTCAGAATTTTGTTTCCAATA TCAGCAAAGGGTTAAGCCACCAAGCAATGCAGATCACCAAGAACTGGTCAATACTCTCCC CTTCCCTTGTACGGTGACTCCTGTTGGCATCCAGACAGATAAAGAAAGAAAGCTAAAAGC TAATAGTATGTAATCCTATTATCATATGCACACAAGATCTTTTTGCAAGTACTGTTGACA TTTAAAGATACGAAATAAATCACTGCAACATCAGATTAAGAAACATAATTCTACTACATT ACAACAACTTTACTTGACAGTGTTCATTTCCCCAAATGCATCTACAATAACTTGAATGAT CATAAGTAATTATTTTCTATTTTTATTTATTGAAACAGGTAATGTCATAAATAATTATTT TTTTTGGCATTAAATTAACTTATATCATAAGTAGTCTAGATGAAGTGGTTGCATTAATCT CGGCTTGGAGGCGGTGACTAATTTACTAATTCCATTAGAAATTATGTGACAGCTCTTCTA TTTTTGCAAAATAAATAGCCAAATTATGAAGCATTTATGACTTAGCTAAAAACGGGTCGT AACACACCCATTGTAGTTCCTGTTTGTATGGAGGCTACGGTGTCTTTTGGAGAAAACCAT GTTTTGTATGTTTCCCCCTTTTTGGTATGCCTCTCGTTTATGGCCAAGTTTAGCCTAGTT ATTATTAATGAGAACTTTTCCTTGAAAAGAATGTCTTATATCAACCTTTGGATGTAGGTC CTGTAAAACCTCAAACCATGGTAAATTGGTAACTGTATGAGTTAAAAGGAACTGAGGTAG ACCCAAACTCACATGAAAGAAAGGAAGACATCCCCCCAAGACCTACAATCTCTTGAGATC TAAGCAGACCTAGCGGAAAAAAAGGGTATGGAAAAAAAGATCTCAACAGGAGATACCAAT TAGTTGGGTCTAACTTAGTCATGCTACCATGTCAGAAAGTAGAGAATTTCTAGTGCTATA AGAACAAATTTTGTTTTATCATATTGGATAGAGACAAATTCAAATGCAGTGACTTGGATA TTATGGATTCATATAACCGATAACTTGCTCGGTATTAAGGCATAGTTATTACTTATTATT GTTATTGTATTGCCTTGTATTTTTGGTAAAATTCCTCTTTAGCGTTACCATTTTTGACAA GGACCATTGTGATCATTAACTCATTGTCAAACAAGGTACCCAAAATAGACCATCACATTG AGAGCTACTAAAATGGCCAGAAGACTGTAACTGCGCAATACTGAAAAAGTAGAAGGTACA ATTGCAAAGAAAAGATTCTTACAGGGGGATAAGTTGGCATGTAGACAACTTGCCGAGGGT GACCAATCATCATCTGCTGTCCATACTGAAACCGAAGGAAGAAATTTAAAGCATTATGCA ATCCACTTAAATTAAATAGGCACAATGATTAGTGCATTAACCAAATCTCAAATAGTACAG GCAGAACAATCAGGCACATACAAAGGGAAATGGTCGAGATAATGACGAACCTGAGGTCCA TTTGGATGAAAATATGGCTGTGGCACAGGGGTACCCTGTGGATTATATACAACAGACTGA TGTCCAGCAAACGATGGACCAACCTGCACATAGTATGTGACAACATTCAACACCAGAAAC ACCGCCACCCCTAATGGAAATAGTTAGACACAATGAGAGAGAAGCAACAGCATGCCCAAT CACACAAGACACAAACAGATTCAAAAATTTATGAACTTCACCGTCTATCTATCAAATTTG GGAACAGCTTGCAATTCAATCTCGTATCTTTGTTCCTGAAGAGTACTCCAAACATCTACT CTAAAAAGGATCAGTCCTCACTAGTCAACAGAATTGCAGCCATGATACAGTTACCAGTGG AAACTGGAAAAAAAATCAATTAAGGGCTCATGCAAAATCAGGTGGCTGTTACTTTAATCT CTTTCTATACCCCTTTTATGTTGATTAACCATAAAACTCCCAAGTCAAGTGTGCTTGGGC AAAGTACTAGGAAGGATGACCCCCTCGGAAGTCCTTATGTTGCAACCCACGAACTTCGTC CACGTCCTCGGCAAATAAAGGATGAGGTAACACCAAATATTTCAGGATGAAGTGACCACA AAATATTCATTTTAACACCACTATGGTAAATATATAAGTAATATTTTGAATTAACTATCA AAAGATTCAGTGTCCATTATTCCACCAAGAGAAATTACCATACTATGAATCTTTTTTAAG AAAAAAAAGTAAGAGATATGATCATTTGCAAGTCCTATATCGTACTTCGATTCTATATTG ATCCAACTCTATCAAATGAAATGTGTCCAAACCAGATCATACGGGCTTAAAAGTACCCAT ATAAACAAAAAGCAGCATCATAAACGCAACACCAAGCAGTAATAACCTCAAGTATCATTA CCCCTAAGCCCATAGACATGCCATGCATGTGTGGCATAGCAGCCATCCCAGCTGGATAGT AGAAGGAATTATCAGACACTGGAGATGTCGGCCTCAAAGTCGCTTGAGATGGGACAAAGC TCTTTGCACTGGGATTAAATTTAAATTCCTGACAGAAAATTCAACATAAGCATAACTGGA TGGTGTAAGCTAAGAGCCCATTAAAACTGTGAAATGACTGCTTGCTGACCATCATGGTTT GCTGGATAGGAAAAGGTATCAAAGAAGAACTCTTACCTTAGCATGTGGATTTAATGTGGA CTTCGTGGATTTTTCTGAAGATAATGAACTCACGGAAGAGCTACGTGATAATCCATTGCT AGATGCAGCACCTGCTCTATCAATAGAAGATAAAGCAGAACTGCTAGGTCTAACACAAGA ATTAACAGATCGGGTGTTGTCTCGACTCTTGGAAGACCCAACAGCCCCCTTTTCACTAAA AGAACCTGTGATCTTTTCCTGGAATTCAGGAACGGGGGCCAATGCAGAGACATTCATAGA TGACACACCCTTATCCAAGGTTTCCATTTTCACTCTTAGTGATGACTTTGAATCTACATG TAAAAGCCTTAGGAATCAACAGAGATGCATGAAAGATAATTTTTAACCAATGTTATTAAA AGCAAAAAGCGCAAAAAAGCTCTAAGGTACGTTGCAGCTTTAGGCACAAATAAAGCATGG ACTCTCATGAAAAAGAAAAGGCACAAAGGGATAAAATACAAAATATATATGGTCAAGACT AATAATTACAAGCATGCATGAAAAATATGTGATCAGGGAAATTGATTTAAATACAAATTA GGATAAAGTGAAATGTCAATACTTTAGTGGCGCCACTTCAGAAGAGGCTCATTGGAAAGG ATAAGTATGCCTTTGTTCCTTGATGACGAAGCTAAAGTGCACATTAAGCAAGGCAAAGCG CTCAACGAGTTATGAGCCTCGCTTCAGGGATTAAGCGCGGTTTAAGAGCACCTTTGATAA CATTGCTTAAACCTCAATAGAACGGGTCAAAGAAACATGTTTTTAAACACAAAAGATAGA AAGAACAGACACAACGCAAAGCACGACAATTGTGATGAATCAGTATACTGTACAACAGCC TAGAAGTAACTATCATTACACAAGCATGACTGTAAAGGAAATGAACTACAGTAAGAAAGG AAGACATAGTAAGAAAGGGAGACCGTTAAGGCTAATTTCCATTAAAAAGGAATATCTTTA AGGAACCAATAGCATCCTTGATTCACATGAACATCCATACAAGTTTGTTTTGATTGAATA TCCATAAAAGTAATGCCACCAAAATTAATCTATTACTTTGACCGCTCAGTACACAATTCC TTTAAGTAGAAGTTCAGAGATGTACAAAATCTATCAAGAACTAATGAAGCATACCTAGAC CTTCACTACCCACCCCTTCTTCTTTTTAGCTGGCAGGCAGAGTTCAGAAAAAAGACAGTT TTTTTTTGTTTTACTGATGGCAAAAGATCGAAGTGACATTATGACATCCTATTAAATATC AATCCACTGGAGGAGCTATTTTGAGGAGAGAGAAGATGATAGGCTACAAGTCAGCTAGCA GCGTGTAGCAAGAAGGAAAATATTTATTTATCAAAACCCTATTCTTAGTTTCTTACAAAA TGCGGGCATGGATATTTGACTATTCGAGTACCTCAAGACAAACTCACCTTCGGGTATCGA TGTATGCGCCCCTTCAGCTAACTACAAGAACAAGTACAGACCATGAGAGCTTTCAAAGCA AGAAAAAAAGGAATAACAAAGATGTAGATTTCAATGACAGCAATAAGTATATAAAGGGGT CAATGTTAAGCTACCATTTGCATTCTCGTCTCCTCGTCATTGCAACTAGCTCCATCATGT TCATTGAAAGTGATCTTGTGCCCCCTAAAGGACAACTTGGTTAGGAGCAACAAAATTCGA CTACTAAAGGGGTAAGGATTGTTGTATTTCTCTTTTAACAGTAATAAACATGATACCAGA ATGTAGACTTCTCAGACTAAGTAGAGAAGGAATGTCAGAATGAGAGACACTGTTAACAAC CTGCTCTCATCCATCTTTGAGGCACTTTGAGGAACATGTTTAGCTGATGACTGTTTGCTA TGATCATCATAGTAAGTCTGATAGACATCCCTGCTGGTACTCAACTGAGAGGATTGCAAT TCATCCTACAGAAAAGATTAACACCAACAATGTAATCTTAAGACACGAACAGAAACCCAA AGGCATAGAGCTATCACATGAATGCAGGCACTTTAAACCACCATTCTGATTTTTTTAATT TTATTTTTATAAGTGATGGCTTATGAGGTCAGGTTGTGCACAATTCAACTAATCTACTGT GAGGTACCGGAAACTCAATAATCATAGAATGACGAAAAGAATCATCTGAAGTTTTTTTCC TTGGTTGGGATTTGACTCGCAGACTCCAGAAGGAAGATGAAAACTCCGCTGAAGATGTCG AAGATTTGGAAGAAACACATGATTGAATATGATTTACACGAATATGTCAAGTTGAGAACA GATTGAAATTGTTCTCTTACCATTCCTCCACCTAACTGTAGTATAGATCGAATTGATGAT GAAGACTAGAAACGACTAATGTGACATTGTCCACCCACCCCATAGCAAGTCAGTATAGTA TCTCCTGTATGGATATGGTGCTAGCAAATCTTGTAACTAATTAGCTTCTCAAAAGCTCAT ATGACCGCACTAAACCTCTTTGCGGTGCCTAATTCTTCCATAGCACCTGATATTTGTTGA TTGTTATGTTAATCAGGCAGTCGATTCCAACTCCATTGACCACTAGGTTACATTCTTGAG TGCCACTTCAATCCACTTTGCTGGAAATATGAAAAGCTAGGGAAAATTTTTTGAGTGCCA CTTAAATCCACTTTATTGGAACTATGAAAAGCTAGGGAAATTTCTTGCTAGCAGGACTTA GTGTCTACAAGACATGGCTAGTTCTCGTATTTGCCAGCACTTTCACAGCATTACTCCGCA ATAAAGTTCCCAGCTAGATGAGACATTTGATTAGTTAGAAAATACTTCTCCTATATCAGG AATATCGGAACTAAATGCCTATGCTAGTGAAAATAAATTAAGCACAGCCGTAAAACCGAA ACTAGTAGTACATGGATTCAAAGGAATAAAGTTCTCATACCACAGAGGAATAATTTACGC AAGACACAATGAACCTAAATGAACATACACATACCAAAGAGGAAGATCTTGATGAGAATT CCACACCATCAACAACTTCCCCAACACTCATACCAGTGAATGACTTTCCCATAGAAGAAC TAGAGATACATTGAAATGTTTCATCATTACGTGAATCCAACAGTATGTCCTCACAATCAC CATATCCACTATCATCAACCCCTCTAACAACTGCTGAAAATCTGGTTTCTTCATCAATTT CGAGGCTCCCATGAAGTTGAATTCCTCTCTCCTATGAAATAAAATTCCAAGACAAGCGGA CCATGTTAGAATAAAAAAGAAGAACAAGAACCGTTACGAGTATGGCAAGAAAACAAGGAC TCACACGATTGGTGTTCTCAAAAGTAGAAAGCAAAGAAGTAACAAGACTCCTGGGGTTTT ATAAGTAAGAAGTAAGTGCACGCTTCTTTGAAAGTCAGAATCATAGCATTTTGTTCTTAT AACATCAAAATAGCAATTAAAATTTCTAATTTCTCTCATAGACATAGTGAAATAATTATC AACAATTCAAAAGAAGACAACTTCAGTTACAAATTTGATTTTAAAATTTCAAATCCCAAC TGAAAGACCATGATTTTATATGCAAAATTAATTACACTATAATTCATTTTAGTAACAGTG TTAAATAATTAGTTCTAATAGCAAAGGGGTTATTTCAATTTATTCAAGGTCGCTTTATTA TTGTCCCCTTGTTCGGCCTACAAATCAAGAATCGGAAAATAGTCAATGAAATAGAGAAAC GAATCATCTTAAAGAAGAAAACAATAATAAAGAAGCAAATCTGGAAAAACAACAGCTGTA GTTGTTAGCCCAGCGAATAAAAAAGACAGAGAACACTAGAGTGTATCTGGAAAAGAGTTG GTAAGCAGCACTACTTTATTATTATTGTTATCTTTTCAAGTTAAATAGAAGAGGTGACTT CTTGATCGAATCACTTATGCCTAACTGTCAGAAGCTCGCGCTTCTTTGAAGTTGCTATGT TTCGCACATGTGATGCAAGAACCCCTTGCTTTCATTGCTCATTGCTTTAAGCAACTGAGC TATAACTTTTAAGAACACTGCACAAGTAAAAGCTAACTATGTAATTTACCTCTGCTAGAT GAAGATCACGTGTTTCCTCACCCTCGATTTCCCTAGCTATTCTTAAAGCTTCTTTTTCCA ACTCCCTCATTTGAGGACCTTTGTCAAGCTTTGTAGTATAAAGTTCCTCATTGAATGTGC TTTTTACTCCAAATAGTGTTTCATTGGCCTGAAATTGATCCCAGCCCCTGCAAGAACATA TTCAGTGATATAGGAGGTGAAACACATTACCATGTTAGTAGATAGCCTGTAAACACATGC CAAAGAAACATAATTCACAACTAGCACAAATTAGAAACCTTTCTATGCATTTATCTGGCA CCACTATAGAGCAGAAAACTCAAATCTGACTTTTGGTAAACTTCCAATGAAGAAGTAGAA GAGACCTTTGAACACAGGAAAGGCACTGCTTTCTCCCCTCTGTAATAGGAAGCTCAAAGG AAAAGCAGAACATAAGCATGAACTAACAATTCCCACCAAGAAAACATTGTATTCATATAT GCTTAGGTTTATGCATGTTTATTGATGTGAAGGGTAGAAAGGAGAGTACAGGAATATCTA ATATTTTACTTTCCTGTTGGATATTTTGGCCACGACAAGGGAGAATGGTAGACTGGAGAG ACGTGAATAGGGATCAACACACAAGAACAGAGGGGGGAAGGAGACTTCTTTAATGGAACC ACTGTAAAACCCAAGAAAACCTAGTGCTTAGATTCCTTCTCTCTTAGTCAACCAAAAAAA AAATCTGATACTTCTTTTCTGCTCTCTTCACTCATTCTATCTTTCAGCCTCTCGACTTTC TTTTGTCTTTCTTTCATTCCAAAATATCTGTTAGAAAGAACTTCTACAGAATGCAAGAAG ATCACAAACAACTTCCAAAACAAAGAGAGTAAACAGCTGTCTAAGTAGAGAGAGAGAGTC AAACTAATAAAATGCTAATGAGTATGATTACCTATAGAGAATCAAACACAACCTCACTTG AAGTTTAACATTTTCAGCACAATGAAGGGTGATTAGGAATGGGTAAACAGCAAAACAAAG ATAGTAATATAAACAGATTTGTTTTTTGAATTTTTCATTGTAATAATCAGTTTATCCAAG ATCACATTTTTTGGTGGTGGTGGGGTGTGTGGGGGTGGGGGGTGGGGGATTTATATTACC ATAGCTACTTTGACAAATATCAGATGAACCAAACTAAGATTGATCTAATAACCTGTTCCA GTGGCCATCAAATATGTTATCCAACTCAGGACATTCAAGAGCATCATCATCAGGCACCCA ACGTTCCAACTGCCGCTCTACCTCACCATGCCGGGACTGTGATATGCAGGAATCTGTCAA CAGTTCCAGCTGTTTTTCCCGCAGCAATTCAGCTCTGAAGACATCTAAAGAGGCAGGAAC ACCCTATTCCAAAGCAATAGTCTCATTATTATACTTTGACTGTCTAACATATAGACAAGA CATAAAATCTGATTCTAGCATCTGTTAACAGTGATCTATAGCTTAGTCTTGCATAAAATG CCACCACATACAATATTTGGAAGTTAAAATCATAGAAGTAACATACAAACCTTTGCTAAA ACTTGCACAAGCTCTTTACCCGGTATAATCAAAGTCTTACTTGGAGGTTTGACCAGAGAT TCAGGAGTATTCTTACTCTCCAGGGAACCATCTTTTATCAAGTGGGCCAGTTTCAGAATA ATACCTGTCCAAAAATCAAGGAAAGAATAAAGTGCCAAATGCAAAATAGCTCAATACATG CCAGAGCAATCTTCAAAGGCATAAATACCAGATAAAATAATCTAGAAATCTATTTTAATT TTTCAGACATACCAAAATCTTTGTCAGCATTTGTTGCATGAAATATCCCTGAAAACACAG ATCCATCCGTTGTTTGTACTTCCACTTGATGTCCAAGAAGACATGTACTAAAATAAACTA GTCGATCATGTGAAGGACTTTCGTATGATCCCCCTTTACCTGTAAGTTATGGCAGTTAGA ATTAAGCATATGAAGCAATTTAGACAATTCTCAATTAGCAGCTCTCACCTACAGCTGTCG ACTTGCTGGAAGTCGTTTTTGTAGACTGCATTTTACTCTCCAACCTTGTCCCCATTTCTT TTTCGCCTTTGCGACTGCCAAATCCATTGGCAAAGGACCTTGACTGAACAGCTTGCTGCA TATTGTCCCCGAAAGATATAAGCAAGATACAGTTCAGCTCAGCTTCACCCTACACACTGC AGAGGACAATACTCCAATAAATATGTTGTCCTTGCCCAATAGATGAAAATGCTAATGAAG CATATTCTTTCTCAGATATGACATATTGTCTATCCACACACCAAGTTTGAGCAGAGAACA TGTAAGAGTACACGGAAAAAGAACGATACAAACGGCATCCAGGCGCACTAAGTCCCTGCT CTATCAGTGGGTCTAAAGAAGAGTCATATCGAATAGGAACTATCATACAGAGCCTAACCT TGTGCTTCTGCAAGAGTTGTTTTCAGGAGAAAACGTGTCTCACAAACAATAATTAGGCAA GTTAGCAATTGTACGTACTAGACAAGTTCAAATACCCTACAACACAAAGGACTTCAACGG TTCAACCCCTACCTCCACCCCAACAATATTCTTCTTAGTTTGAGATCAAAACAAAATCAT CACTAAAATTTAAAATGGAACATACTATACAATAAAAATTACACGTGGGCAACAAAAAGA CTTCCGGTTGGTAATATAGCCGATCAACATGTAATCAATGCTCTTGGTTCTATAGCGGAT GTTCTTCCTGATGAATAACTGCACTTTTAGGTTCATCAATAATGTATCAACCCTGAGGAG AGTCAGAGGAATATCAACACTTAAAAAAGTATTGGAAACTTCACTAGCTTAGATCTTAAC ATTGTCTCTTACAAATGGAAAGCTATGACTTTGACACATTCCCTAAGCACATATCTATCT GCCTAATTCAAACAGAGACATGAAACTAGGCCTTAGTAAATGGCTTCTCAGGTAAGTAAA AACCCTCCATCAGTCTTAGTACCTGGCCTAGGTAAACTCATTAGAAGAATCCAAAATTAC TAAAGCAAGTAATTGCAGCAAAACTATGATCAAGAATCTTGGCTAACCACCTGAAAGTAA GGAAAACACCTGAGCAAGATATGTAGAAACGATAGAAAACCTTTAGGGTCTGGTTGACTG GCAGTAGTTCTAAAATCTTGGAGCAATCTTGGTCCTCCCCCATCCCCCACCCCCCACTGA CACAATCAACCTTTTCCTAATCAATATAAAAACCCTAACCCCAAAGTCTCGATACTAACC CACATTCGGGGTTTCTTTTTCCTGTAATTTACAATAGATATAGCTTACAGTTATCACGTA GAATTAACCCATATAAGCAGCAAGAACAATCAAGAAACACTAAACATATAATCAGTGTAG CGCACCAAACACAAACAACGAAGTTGTACAAGAAAACACAAAACAACCCATAAGAAATCT TCCACAAAACCGCACAATCAATAAATTTGTACAAGAAAACGAAAAACATTAATAAATCAA ATAAAAAGTCTAGCTCATACAGAAGATAAGAAACTTCATCAATTTTGCCGATCCAAAACA GATGATCCAACAAATATACTATCAGATACGGATGAAGAAACTTACGAATAGATAAATATA TATAGATATCTAGAGAGATTGAAGGTGGCGATCAAGAAAGGGGATTGATCGGAGACGACG ATGCTCTGTGTCGAAGAAAAATTGAAAGATGAACACAATAGTTTTTGCGGGTCTACCGGT ACCGGATAGCCCAACTTAGACCAAAGAGAGACTAAATGGCCCGTTTTATAATATGGGCTC GGACTCAACCCAAGACCCGAAATACGTACTCCATAATCTCTTCTAAAGAGATATTTTGTT ACCGTTTAAAGTTTTAAACGCTTGTTGATTGTTTGGAATAAGTTATTTTGGTATTATTAT TTTATTTTTAATATGTGATAAAATAATATTATAAGTTGGGTTAACTAATTTTAGGATAAG TTATTTTATAATTTTATTTTAACCAAATATAGATAAATTAATTACAAAATTAATTATTGT TTATCCCTCATATGTTTAATATCTTTTTGATAAAATTTATTTAAATACTCAAACTATTAA TACTTTTTTTTTTTTTTGAACTTGAACAATTTAGAATTTTTGTGTGCTAATGAAGTTGTT AAGTTAGGCATATAAAATATTTGTTATGTTTAAATTATACAAACCTATCTTTGTTTTATA ATTTATTAAAATTAAATCATATCATTAAAGAAGATAGAGATATTTTAATCTATTGCCTTG TATGAATAAATGTGTGAGTATTACAAGTTGCACATATATAAGTTTAAAGTCCTTTTTTTT ATCCGCTTGAATCAAAGCCTTTCAAAATCTATTTTCATCACATTTTTTCTCTTTTCAAAA CATCAATCATGAAACAAAAGTCCTATTAATTTTTATTGAGTTTATCATTTTGTTATTGAT AAAAATCTAAAGAGGTTCTACTTTTTAAAAAAACATGAACTCACTAAATAAATTGAGGAT ATAAAAGGTAAAAAAAATATCAATCTTTTTTTTATTTGTCAAAAATAAGCAAAAAGGGAC AAATAAAAAGTCGAAATGGACAAATAAAATGTAGAGGATGAACACCTGTAGTACGACAGC TTTCACTTACACTGCTAATTATAAGCTTTAATGGTACAACATCAAACTCAATCCCTACTA CACACCTATTATTCTTTGTTGTTGCATAGCGAGATGAGCTGCGTTAATGTTACAATTTAC ACCACCGGAAGTAATAAATCCTGCACTATATCTGGAAAAATACCTGTTCATTTCTGAATA TTTGAATGGCATCCAGTGGAAAGGGTATGTAAGTTCATAAATAACATGTCAAGCTGGTAT GTTGACACAATGAAACTGGTGAGTTTCGACAGATAATCACAAACGTAAATTGATCTTCTC AGACCACTTGAAGATATCTGAGTAAACTTGATCACCTCCCAAGTTTTTACTTGTTCCACC AGCAGCAACTCTCATTACATCCTCTATCAAAGCGAAATTTCCCATTATATCAACATGTGC ACCACTCTGTGTACCACGACCCTCAAGAAGGTTTGCAGGGGGAGCATGAAAATACTCCCT TATATAAGTTTTGATACCAGAGGGATTAAATCTAGTTTTTCCTCGCCATCCTTTTGCACA CATGAATCCTGCGCTTAATGCAGGCACAGTCTCATCACCATCTACCGTGTAAACACCAGA TTTCAAGCAGCTACCTTCATCATTATCATCAGCTGAAGTATCAATCTGGAATGGAATATT GCATCCTGCTGTAGGTATCCGCTTGTAAACATATGCTCTTTCAGTTTCAATGCCAACTCC ATACAGTGAATAGATCTCCATGTCAGGAGCATTTGGTAACCTGAAGAAAAAATCAGATCA AAACAAAATAACTAAGATTAGTTTGAACTAAAGAAGCTGCTGCAAATTATAGCAAAGCCT TGTCATGGACATTCAAGTTTGTCTAAACCTTCTGAGAAATTCAAAGGGGGGACAAAGGAA AGAGAACTCAATAGAAGAGAATCTAAATAACAATCAGGTAATTTCCATGAGCCACAAGAA AACAAAAGTATCTCAAAGGGCTTGTGATCCTATCTTTTTCCTGTTTAAAAAACTGTACTA AGGGGGAACTTCTTGCCCGAGTGGAAGCTATTAATGTTCTTTACCACACAAGAAGGCAAT GATAGAGCTTTACTGCCTTAAGTGTCGGGTTCTTTCTTCAGATTGGAAATTGCTACTGAA ATTTTGTGTGTTTTGAAGTAGGATAGTCGAGGCTCTTGGCTGTAAAACCAAATTTCGTTT TGGTTCTTGAACTTCAACCTATACAGTTAAAAGACTTCTTTTCGTCTTATCTGAAAGGAT TCAAGTTAGAACTACATTTTTTTTGGCAATTAAAACTAACATTTTATTACCAAACTAGCA GATCTGTACATAGTCTAAAAAACCTGTAGTCTTATAAGTTAGAACTACATTATAAGACAC AAAAGCAAAAATATGAGAGGACTCACTTTGTCTCCAATGGATTTGACCAATATTTGTAGT GTGAATACTTAGGATCATCCAAATCATCAGCTATCCCATATGAAAAGTGAGCATTACCAC GGGCCATCATTTTCGGGGCAACAAAGTTGAGCAAATCCACAATCTCTCCAGCTGTATAAA CCTTGTACTCTTCCACTGCTTTAGTGCCACTAACACCCATGTCTTGGTACTCGTTCCACA CATCACAGGTGTTATTTGCAACATTACTGCCCTTAACAGCATCCTGCATGTAAATAAATG CTAGTTAGTTAGAGGCATCAGGAAGCAATGGATAAGACAATTTATTTTGGAAATTACAGC CTGTGAGCACAAAAAAAAATCTGATAAGGAAGTTAAGACAACTTCTTCAGACAATATTTG CATAAATAGGAAGAAAAGGCACCCATATCATGGAAGGCCACTGAGACATCACAGATCACC CATCTTTAATGTTATTTAGTTAAATCTCCTGGTAACTTTTTATTTTCTTGATGAGGTCAA TTTTATTTTAAAAAAGTACAAGATGGTACAGGGAAGTACAAAAACCAACTGCATGAGAAA ACATCACCACATCGAGTAATCCCTTCTAGCAAGCTAAGGACATCCATGCACTGATCCAGG CTGTCTACTCTACTCATATAACACCAGAAATATCAACTAAGCAAACAAGAGTTCTTAATT CTAGAAACATGCATCTTTCTTCCTTCAAAGCAAGCCTTATTTCTTTCCATCCATAAGTCC AAAAGATGCATATGAGAATGGTTCTTCAGATCTTCTTCAGATTACTTGATTGATGCACAC TAAACATGTGCTGCTGCTGATGTAGGGATCTTAAATATGAGTAATAATTACAAGAAGAGA AGGAAATAGATATTTCTTTGCTCTATAAGAAGCACCTTATAGCATAACCAATATGGTCTT CAAATTTGAAATATTTGAGAGAACATGGTTCCATTTTTCATTGCTTTTCCTGGCAGTTAT GATGCTTTGCTTGTCTAGTTCTGCTTCTACTCAGTGGAAATATTTTTGACTCTTGTGGTC TTTTTGGAGCATAATAAATTCAGATGAACTGACAAAATGAATGGAGTTCCTCGTTCAAGA AAAAAGAAGAAGACAAGTGACAAGTTTGGAATATTATATGCAAGTAAAGGAACACTTTTC AAGAGGAAGTCCAATATGAACTTAATTGTAACCATCTCGTCCCATTTACATTGACAGCAG ATTTTCCTTTAAAGGAAATTCTGAACAGATATTTCGTTGAGATAGCAAGTGTTAAAGGAA TGCCTCATGCAGTACTTTATCTTATTTCTTTCTTTTGTTAGTGGATAAGTCCTCATCTAA TATTATCACAAAAAAGGGAATGTCTTGCAAAGAATGTGTACAAAAACAATTGATATACAA GGACATCATCCAGTTGTAATATAAAGATTAGACTTCATTTATTTCCATTATTTTACACTG ACATCACACCAAGCACAACACATTGGCTCTGAATCGTGTAACTCATGACATGTGAGCCCA CTGGTTTTATTATGACCAGCCAGGTATCCAAATCATTCTTTGGCAATTCCCCAAAAGAAG CAGTTTTTAGCGAGGCAACAGGTCATACCCATGCTTGCCTATTGCATAAAAGTATAAGTA AAAGAACCATAATCAGAACAAGAACTTCACATTAGAGTACTAACCACTTTATAGATAGTT TTATTTGTGCTACTTTAGGCACATTTGAGTTATATGGATTCAGATTTGGAATTCTGTCAC ATCCCATATTAACTGGGTCTGATATCTATTATCTGGATGATTTCTGAACACATATACATG GTCCAAGGTAAAGCTACTGGGTTGAGATGAACACAGTTTATTCACTAAATCCCTTGGACT ACAGCATGTCTGCTGATCATAGAAGTCCCTAAACTGGTAATCCGAAATCACCTACACCCA CCACTAACAAAATCAATGCTCAAAGTTGAAACACATAAAGGAAAGTAGCGTATACAAGAG AAACAATGAGAGAATTTGGTTTCAGATTAACATTACCCTGAAGTCAATCCTCTTAAGATC TGATGGATGAGCTTCTGCTGCATCCTTTCCAAAGGACATCATCCTTCCATAACTGTAATA TTTTGCTTTAGAATCTGTAGTTTGATTCTCGTGATGTCCTGAATTCTGAGCAGCATCGTC TCTGGACTTACTTCTGCAAGGAGAATAGCCTTCCTCGGGTGACCATTCAAGACCGCCCCA GATCGTGTCCCCTCCTCTTGGTATCATTGACATGGTTGCATCCCAGGTTCGTGACATCTT CATTATGTGCTCTAATGTTTGAAGATGGAACATATCCGTGTCCAGAACACCTGGAGCCAG AGCCCTGAAATTCAGGTGAATTACTAAAGAAAGAAGAAGAAAAAATACATTACATACTAG ACAAACTTAAAGACCATGCTGCTCTGAGAAAGGACTATGAGGATGTTGGGCTGGACTGAA TGATAACCAAAGGAGGATGAAGAAGATGAGTGCTGATTACTGAGCGAAGACATTATGGAG TAATATGTTTGTTTGGTGTTGCCTGGTTGTTGGGTTTTTAAGGCACTAGAACAGTTTGTT TTTCCTTTTATTGCGTACTCTAAAATGAATTGTGCTGACACGAACAACAATGTTGTACAA TACTTTTTAATAGTTCAATGGTTGAAAGGATATTCATAGAAACCTTTCAGGAATCTGGTT AACATTTTGGAGATGCTCAAAGGTTTCAGAACACAGCTTGAAAGCCATAAAAGAAGGGAT AATTTCATGGCATGTTAAGGAAGTTACTCCATGGGCCACAAATTAGTTTCAGCAACCAAA TAAAAGGATTTCGATCCACATAATTTGCACCCTTCCTTTTAACAAGCTGCAAAGAAGAAA GATTTTCAGAGAGTTAAGTTTACCTGGCAACAGCAATATCCCGTGCTTCAGCTGAGAAAA GGCCAGCTATAGATTTTGGAACACCTAGCAATGGCCCACCAATATTCATCACAGCTTTAA TGTGCTTGGCGCACCAATCGGGTCCACCACCACCACCCACAGGAGCTGGTGCCTCCACCC ACTTCATAAAATGCAAAAAGTATACAACCCCCATGGAATGTGGAACAATTACTGCCTTCT TGCCACTGGTTGCAACCATCAGTTCTATATTGCTTTTTATCCGACTTAGGGTCTGGTCTC GCACCTATTGAGGAAAATTGAGCATCACAATTATAACATTTAAAAATGATTTAATTGGAA CAGCTTTTAACGTGATTTGACCAAATACAAACACAGACGACACCACATAGGAGACATCAG TACCTCGGTGTTCTGAAAGGCAAGCCTCCAATCATATGCAGCCATATACATGGTTTTCTC CTCGTATCCAATTCGAGCCAAGTTAGCAATCAAAACTGCCCAGACAAAGTATCCTGGAGC AAAGTAATCTGCAGCAACAAGTCCACTAACTGGCCTAACTCTAATACCAGGAGGATCCAT CCCAGTTTCATTATCTAATGTCATGTGGTTCACCCAGCATAGTGGTCTGCAAAAGACCAT ACATAAAATTTAAGAAGTGAAAGAAAATGCTAGCAATGACGACAGAGATTTAGTTCTTAC GGGGTGAGCTAGAGGTTAAGATGTTTTCTATTTTTGTTTTTTGTTTTTTTAAGGAAAAGG TTTTAGGTTAAGAACCATGACTTTGAAGTGGAAAAAATACAAGAAAGAAAGTAAATATGA GATCCTTTCATTCCTAAACAGAAGTCTCTTACTAAATCAGAAAGTCGCACTGCCTAACTG AAAGATGTATTACACTGTGAGCCGTGAGGCTTACAGTTCCTGAAGGGCAAAATTCAATGG GCAAAATTAATTATGGTGGATTCCCTATTAATATTTTTCAAACCTTATAGCTAGATATTA CTAGTAGTTTCTTTGACCGAACAATTTCAGTGTATTCAATGCCACAGTTGTTCTATCCCA AAGACAGATGATTGTTTACAACAATTTCAGCAGTATATCCCTCCCAGAGGTGAAATTTAT TCAGTGCACTTGCTCTGCCTCATTTTGTGGCCTTGTTTGACTAGAATGTATATGAGGGGA AAAAATGGAAATTAGTGGGCTTCTTTGTTGAAAAGGAGTAACCTGATGTTCTTCATTTCC TCTTTTTGACAGATGTGTCATATGATGCTCAAAATTCACAATATAGTGGAGCAATAGTTC GTATGAGAAACTTTTTCAATTAAGCAAAGGATCATGTAAACCAAAACAGATTAAAACGGA TTGTCCGCTTGCGAATTGAGACAGGTAGAATATCTAAGTAATTGTTCTTGAGTATAACCG TCCATGACGTTCGGAAAAAATTGAGGCTAATTAGAAGCTAGTTTCCGCTAAGGAAATTGA AATCTTTAGTTTGTTTCTTGGTCAATCTGGAAACAGCAGTGTAATATGATTAAGGGTCTA TAATCCCATCTACTAAACCATTTAAGTTGTAAAGCTAGATCTTTTATCATGACTATAGAA TTGCTTTAGTAGAATTAACTGATGCAAGAAGTATATCCTATATTGAGCTTTGTATTAATC ATCATGGATAATTACTATATGAACTAACGCCAGAAGGAAGATATTCTAAATTAAATCAAC TTAAAGACACTGTATTAGTTTGTAAGTTGTAACTTTGACAGACTTGAAATTGCAAGCAAT AGAACAGCATAAAATTAGAAGAAGGTTTCCAGTGTCAAATAGCTTCATTATTCAGCAATA TTTAGCTGAAAAAGCTATCTCAAGAGATAAGATCAGTGCAAATATCCAGCTGAAACTAAG ATAAATCATGCTTATTGCAATCAAAACAGTATTTAAGAACCAAAATCTTTGCAAAACCAA TTACCCAGAACAGTAACAGACAGAGGCATTACCTTTTGTACACTTCTCCAAAAGTCCCGC CCCAAAGCCGCTTCCGAAACAATCCTTCAGCACACTGATGTCCTTCCCACAGTTCAAGTC CACACGTGACAATTCCAGGAATAAATACCACCGGATGCTTAGCCTTCAACCCTTCCTTCT GCAACTTGATGCCCGGTGGATCAGGTAACGGGCCTGTAATCGCCTCCGTAACATACTGCG GGAACGACGCCGGCATAGCATTGTATAAAAACAACAAAATCCACCACACACAACATATGC ATCCTACGAACCAACAGCAATTATCGATACACGACCATTTCTTCTTCTTTCCAGACTTCA CATTCTTCTTCCTACTCTTCTTATCGTCTTCTTCCGCATCAAGCTTTGGCTCCACATCCG GTTGAATTTCATTTTCAGGTGCTTTTCTTCTTCGTAATAACGACATCTCTTTATCTTTTA TTTTACTTCAATTAACATAACATACGGAGAGAGCTTCCTATATTCTATAAGAACAGAGAC CACCGGAAGCCGCCGCCGGCAACGGCTGAAGTATCGGCGAAACAGGGAAGATAATGGGTG ACTGAATTAAAAAAAAAAAGAAAAAAATGTGAGTAATTTAGAGATGGAGAGCTGTGTGGG ACCGGAGGTGTGCTAAACAATTAATTTACGTAACGTGGCGTGAAATATTATATTATTAAG ATACTATTTGATTGGTGAAGATTGTTATGTACATTTTTATTTATTTAATATTCTGCGTGT CACAGAGTATCAAAGGCGCCTGTTAACGTCACGATTATTTTTTATTTGATTTTTGATATT TTTATTAAATGTAACGATTTAAATATGAATTGCGTAAGGCCTATTAATAATGTTGTGGAA GAATTATATATCTATATTGTTAAGTAATGGTTGTATGGAGAGTAGGGACACAGCTAAATA ATTCACAAAAGGTCAAACTTTTTGAGTAGGGGGGCTGAGTATGGAGGAAAACAGCCAATT GTCAATGTTACTGCTGTGGAAACTTCTAATGTTGGACCCACCTTTGATTTTTTTTATTTT TTATTTATAACACAATTTTTGAATTTGCGAAAAAGGAAAAAGGTAATGAACGTTTGAAAT AATTTGTATTGTTGAATTATTTTGTTTAATTTATTGTTGTTTACTTTTGAATTTGAGAAA AAGGATAAAAGCGATAAACGTTAGGTGAAACCTTTTGCCACGCTTTCCATCTTATGGGAT ATTAAATTATTTGTTTCACATTTTAAAAATATATATTTTGCTTGTCCCTATTAATTAATT ATTACATTATATAAACAAATGATGTGTAATTTTAATCACATGTCACGTAGATCTATAGTT AGTTTTCATTAAATAAAAGCTAACGTGTGTTTTGATATGTAAAGTCTTTGATTTGGATAA TGGAGGGGGCATTTACTTATCTGATATGCATAAATCTTTAATTTAGGTATGGTTAAAAAT TATATTTTTTTGCTTGTTTAACTATTTTGTTTGATTCAATTTATATATATGTTTGAAGTT CATATACATAATATTAAAGTTCAAATAAAAATGAGTCAATATTATATATATTGTCAACGT TCAAGTAAAAATAATTAAAATTCATCTATTTTTGTATCATGTGTTTAAAATGTTATATAT GCAAAAAAAAAAATATTAAAAATATGTACAAATTAAATAATGCTGTAACACTGTCAAAAA AAATTATCGCGTAAATTTTTATGCGAGTTGATTCAAAAGAAGTTGCCTATTGTACAAGGC TTTTAAGATTTCTTTGGTTGTGATTGAACATACAATATAAAATTATAAGTTCAAGCAATA TCTAAAATAAAAAAGACATGATTTGATTTCAAAATTTTAAAGTATAAGATTTTCGTCTAG ACTAAAATTTGATCCAAGAAGAAATCTTAGATGCAGATTAAGAACAGAGGAATATTTTGG ACCAAGTGGCGAGACAACTGTCGTGCGAAATATAAGTGAAACTCTAAATCCGTGACATAA TATTTCAATTATCGAAATATTCGCGAAACTCTAAGTCCGTGACATAAAAGCCCAACTATG CCAACTATCTTTTTGAGGAAAAACGTGAATAAGAGAAGAGTTGGGTTAAGCCCAAATCAT TCAGTAGAAGAAATTTGGGCTATGGCTTCAATTCATTTAAGTTTTGTTCTTATCATTATT TGTTGGCTTGAGACTTTTGACATTTAAAAAACTACTTTCAACTTGGATGAATTTCCACAA GAGTTTGAATTTATTTATCAAGTGTTGCTATGATATGCAAAATTGTCTTCATCTTTTTAT GCTTGCAATTATTTATCAAACTTGATTTATTAGGTAAACTTAAGCTCCAAGATTAACTTT ATAATCGTCTATATTCTTTCCTAAAGTGATTTTGTTGTTTGTTGGTGTGACTAAAGTGAC CGATCTTTTAACAAAAAATTACGTAAAAAATTAAATTTATACTATTTCTTTATCGCGACT AACATTATGCATTAATATGTGGGCAGACTTCGAGTTTGTATAATTAATTACGTTTGTATA TAAATAATTCGTCAGGATATATAAATACATAGGTATAATATACAATAATTTAACCTATAT ACATATACAATTCATCTCTCTCCCACTCTCTGCCCTCTCTTGCTCGCCTCTCTCCTCCGT CTCCCCCTCTCTCCTCCCTCTCCTAATCTCTCTTGCCATATATACAAAAAATACAAATAT ATAATATACAATTATCTAACCAATATATACATATACAATTCACCTTTCTCCTACTCTTTT CCCCCTCTCTCTCCCAGTCTCGCTCGCCTCTCTCCTCCATATAACATGTAGCTAAAAATT GTAATTATCAAACTACAGCTATGGAGAGTAATCAATTATTATTAAGTAGCTATATATGAA AGTTTCTCGTCTTTTAAACCGACACAAAAGGCACCAGTTGGGCCACTCTCTGTGTTTCGA TGAAGGTCTTAATGCTCGCATTTTTGTGGTAACTCTTTTGGAAAAATTATTTGATTAAAC ACATTTTACTATTACTATATATATTATCACTATCTATATTTTCAAAATATTACGCATCTT ATCACTAATTAAGAGTCTTTAATCAAATATTGATACATATATTTTTTTCTATCAGATATA TATATATTTAAATACACTAAAATACATAATATTACAAAGTAGAGTGTAAGTACCACCAAC TTTTTTTACTGTTTACCTTTGTCACAAACAAAGGACGAAAGCTTCAAAAGTAGTAACTTG TGTTTTTGGTTTTGAGTTTCTTTGTCTTGTATTTTAATAGTAATCACGGAAAGAAAGCGG AAAACATGATGGTGTTTTAATAGTAACCACGGAAAGAAAGCGGGAAGCATGGTGGTGTTT TAATAGTAACCACAGAGTTCACTATTTCTTTTGTGGATCGTAAGATTAGTAATAATTTTG GAGCAATTGAAAAAGGTAGCAAAGAGCCTGTTAGACAAATTCATGAATTAACTTAAATAT TCGTCAATTCAACTTCTTAAACTAAAAATAGTCTAATATACATGTATAATAATTACAAAA GGTTTACAAATCGGCTAGTTATTTGATTAAAGATCCCATTGATAGATAATCTGCTAATAG ATACGAGAACGATATTGCACGAGGAGGTATAACAAATGATAATACATGCAAGTTGACCTG AACATCACCCTCGAAAGACAAAGGCAGGTGAGTTTTTGCATCATGATTTCACATTCCAAT TTTCATACCATGACGTGTGAACAAAAGTTCAAAATTCCCTCTTTAATTCCCTTCTCTTTT CATTTTTGCTTTTAGGTGTTTTGCTTGATAGAGAAGCTGAAGAAATTCCAAGTTTCCTAT CTAAACATCAATTGTATTTTAGTGCAAGCGTGCAGTAAATCACCTTGGGATCGACAAAGA TTACTTTTTTTTTTTTTTTAAAATAGAAGAATAAAGGAAAAAACTTTGATATACTTTGGA GGAATATGGAACAATCTTATGCTCTTTTTTCCTTTATTAAACTTCAAACTAAAGCCTTTT CTTTTTCTTTTCTTCTTCTTTCTCTCTTTCTTCATATATAATTTGATCCAAAACTTTAAC TAGGCTGTTAATACTACTATTTCATCATTAGTGGCGAAGTCAGAAATTTCGTTAAAAATA TTTATTGACCTATATATTTTCGTATAATTTTCTATATATATGTGTGGATTTATATGCTTC AAAAGGATAAATCGTTGTAATTCGATTACCTATCTCTAGTAGGGGCCGGAAGACCTTTAG TCTTTTGATTAAAGTAGTGGTCATCTGTTATTGAAGTAGTAGTTTTCAATTTTTTATGAG ATATTTTCCAACTTTAATGGATTTGCTTGGTGGAAGCTTTTAAGTTGTCTTAAACCCTAA TAAACCCTTCACTTAATGACTGAGCTCTCATTATGTGAATATATTGAATTATACTGTGGG CGCTGAGTTTTCAACAGTGATTACGAAACATAGCCGATTTTTGTTTTCTTTCTTTAGGGC CGGCCTATCTTGAGAAAGAAAAATCCAAACTCACTTAGGTCACGTTTTGTTAGGGAATAA ATTATCGTAAAATTAATTGTTTCAGAAAAAATTATCGTAAAATTAACTTAGGCCACATTT TGTTGGGAAATAAATTGTCGAGATTAATTATATCTTATTTCTCATACCAAATGAATCATT TTAATTAATTAGAGCTCAATTGCATAATGATTGTAGCAATTACTAGTATAGTAGTAATTC CTCCTTGTTAGCAATTGGTATACTAGTTGTAGTGGAAATTATAAGCTCCCACACAATGAA TACAAATAGAAGAGGATTAATCATGATTTTGATGTTATTATAAGTTTCAATTCACGTTAA TAATTATAATATATCATCATTGAATTTGCAGTTTTGCACATACATATATATGGTTTACTT AAATTCTTAATCAAGCCTCTAAATCTATCCTCATGTACAAAGATATACATGTTAACTATA AAATTATGGAATGTGCTATAATGTACGAATCTTTCCACTCTTAACCAAAGTTCAAATATG TTACATTCAAATTTTCGAAACAAAAAAAAAAAGCAATATCTTATTTTCAATTCTACATCA TAAATATTTGAATGACTCTGATCAGTATATTCCGGATAGATGATGATTTTTTTTAAAAAA AAATTTGATGACACGATATAGTAGCATTAATAGAAGGAGACAAATTATATTGGGATGAGC ACTAACGTTGATTGATAAGACAAGTGTAATAGGTGCAATTGGAGGATAGCAAAGAGTGAA CTTTATTTTACATTTAACATGACTCCAACGTAGTACAATGTTTTTTCTATTTAGTGCCAT GCATGGAAATAGAAATCAAAAATGGATTGACACTTTATCCCTACAAAAATAAAAATAAGT TTCCTCTCACTTTCATGGATTGTACATTTTGTCATTTCAGTATTTAAAAGGAATCTAACT CCCTTCTTTTTATATTATTTCCCCTAATTTTATGAATCTTTTGTTTTAGTCTTCTCCTCT TTCATTTCCTCACGTATATCATATCACTTAGACTTTAAAGATTATCTTTTTAATAATTGT CTTATTCGAGCCAGTTTATGTGTAGGACTTAAGCTGATTTTACGTAATGTTTGTTGATGA AAATATCATAAATTAAAATTGGAAATAAAATGAAAAGAGCGAATAAATAAAATCTCGCTT TTTTAAAGAGATTCAAAGTCTATATGGTATTAATCTTCATCGATACATAATATAATAACA CGACAACGTCAAATAACTCAAACAATTTCAAATTATTTAAAGAGTATTTATTATCTTTTT ATCCAACATACTTATCGAGTAACTCTATTTATAAAAACTTGATCAAATAAAAAGAAGTCA CACCTGAAATTGATCCCACTTATAAATTCATTTTGGAATTAGTATTTTGAAAAAAATGTT ATAAATTACTTGTTATAATAATGAATTGTGTAGTTTTGCTTATGCTAGTAGAATTATGAT ATATGAATTTGATTTTTTTTTAAAAATTATTTGTAGGTCAATTTATTTATGAATCGTCAT ATATTTGTGATATTGATCCGTTACTCCATAAAGATTGACAGCCACGAGTGCAATGATTAA TTTAGCATTGTGTAAATCATGTTTGACATAAAGTTGGCCACTTTTGGGGTCTCTTTCTCA AAATCTAACACATATCTTCTACACAAATAATAATTATAATAATAATAATGAACGACTTGG AAGTATACACTTACGCACATCATTGAAATTTCTACCATCTTTCTTTTATTATGATAGAGA CTTTTTTTTTTCGATTTCATATAGTAGTCTTTTTTTTGTAATCGTATTAAATCTCCAAGA TAAATATTCGTCCATCGAAAAAAAAAATAGTAAGAATAATAGATTAAAATGGGTCAATAA TTTCGAGAAAAAAAAATTAACCTTGTATCACATAGTCAAAGTCCCAAAAAAAGGCCATTT TAGTAATTTGGATTATTAAAAAATGTTTAGGTATTTTTAGATGCAAAAGTTTAGATTAAC TTTCTTTTTTATGGTCGATCTTTACCTTTGTTGATATATAGATTAGGTAATTCAATTTTG ATGGTCTAGCTCCGTTATTATTCTAACTATTATTATACTTGTTCCAGATATAAATTTTAT CTGGTCAATTTATGATGGTTTGATCCAATTTTTTTAAAAACGCTTATTGCGGCGAGTTTT GGATGAATTTGGGGGTGGAGCGTACTAAAAACGTTTTGGGCGCAAATTAAAGGTGTCGAT TCATAGGTTCGTAAACTTCAACCATGAAAACGTAAGTCATGGCTGTTGTTTCTTTTTATT CTTTTTGGTTTTTAAATTTTTTTTGTTTTAAATCACATCTTTTATTGTTGTTGCAATGAT ATTTCTCAAATAGTGATTGTAATACTTTTTCCCATTGTTGGTTATTAATACCCTTCTCAA ATCAAAATCATGATATTTTTCTATATACTTTAGGTTATTTATTAAAATTTATTTATAAAA TAATTGATAATACTTTGCTTATTTTGTGAATAATAAAATTATAAAATTAAATATACATGA GATACTTCTGTAGATCTATACGACTTATGTTATATCCCGAGACTTATGTGTCTCCTTATA TTATATAAAATGTCGTCTCACGCCCTCATCTTTTAAATCATTAGGCTTTGATCCTTAAAG AGAAATAAAAATTACTCTTATGAATCCTACCTTTTTAAGACCTATTTTTAGTGCTACAAT TAATTGGTAGTTGAGATATTTAAGGAGTATTACTAATACTAAATAGAAAAGAGAAGTTTG GACAAAAATCTAATAATTAGAATTTAGAGCTATTACTTAAATGTTTTCATAAATGATTGT GCAACAACTAAGATATAGACGGGGTGGAGGAATATTTTAAAATGATTAATAAAGTTCCCA TTTTTTCCTCTTATAAGGTTTTGATTCATTTCAAAATAAATTAAGCAAACAATAGTTAGA AGTTAATTAATCTTACAATCAATTCTTAAGAAAATATATTTTGTTAATCGTTCAACAATT TTTTTCATATGCTTACCGAATAAATTTATTTCTATATAATAGCTTGCTAATTATACAAGA AATATAAATTATATTAGAGAAATCTCATACGGAATTTATCACCTGATATCAACTAACCTA ATTACCTATACGGACATTATTAAATTATCTTTATTACTTTTTTTTCCTTTCTATTTTAAA AGTCTTCCATTTTCTCAAATGTTAAGGATAAGAACTAAGGGAATATATCTTCATTCTCTT TTCCCCTTTCAAAATAGAAATTATTAATTTTAATAAAACTAAAAAGGGAGATATTGTTTT GGGGAAAAGAAAAAGAAAGATAATGTTGGAGATTAAGGTAACATAATTAAATAATATGCA AAATTGTTATGCCAAAAGGAATGTCTAGCTTAATATGGCACATTGCTTCATCTTTAAGAC TTTTTTTGGGGCTATTTTTTCAGTTTTTCACACTCGTCATTATTTGATTATTTATTTGTA TACAAAAAATTAATTATATTCAAAGATTAAGTAATAAATAAAATAAATTTTAAAAGAGAA ATACTTATATAATATTTCAATTTTGTTAGAATAAATTATATTCTGAATAAGACATAATAC CAAATTGTTCACTAGTCTTTTCTTTCACCCTCACTTGTAAAATCAATACCTACTCTTTAT TCATATTAAAAATACATAATTAATACATGAAGTAATTTCGATATAATAAAAATCTAATAA ATGAACGGTCTAAATTATGTCTTGTCAACTATTTTTTTGAAGTTTATTTTATTAATCATA ATGATCAAAATATAATAAATGAACGGTCTAAATCATGTCTTGTCAATTATCCTTTTGAAG TTTATTTTATAAATCGTAATGATCAAGTAGAGTAAAAATTTACATTTTAACAAGGATTTA CATTTTAGTAAAAACTTCACCATTATAAATTAACTTTATATATAATTTTATAAGTGAAAT AACGATGAAAGGTAAAAAATATATTACTGTCAAGAAAAATAATCTCTTGATATTGAGTCA TATCTTAATGAACGATATTAACCATAGTTGTAAGCGATAATCCGCGTAGATATCATAATT ATCAGGAAAAAAAAGAAGAAAAGCAAGAGGTATATATTATTTTTCTTTAATATTGTAGCT TTTTAAATGTTTTAAAAATGTAAATTCAAAACACAATATGGACAGAGACTATTAAATAAA TTTCTCTGGTTCTTCAATTAAGTATTGTTACTTCTAGTATGGCAAGACAGACTACGAAGA GCGAGTAATTAATATTTTTTAAGAACCTAAAGAAGTTAATAGTCATTATTTTTTAGGTGC ATAAAGTAAATTTATATTTGTACAAATAATTTACGAACCACAAGAATACAAGTTACATTT AAAAAAAAAAACATTGACGGAAAATCAATTGTTGGTCTCCCTTTAAGGGATTTGCTCCAA CCCAATTTATATTATATTATAATTTCTTTTTCTATATTTACTTATCAGATTATATTATTT TTAAATATTTAAAATATTTATTCAATTTATAAAATTAATAAATAATTTATTAATATATAC ATACGAGTATTGTTTTACTTTTGCTACTATTAAACATGATTTATTTTTTCAACTTTAAAT GAGTTACATTTAATAAAAATACATTTGATAAAATTATCTCTATCATATATTGTGTTTCGG TGTTTCTTAATTTTCGTGTCAGGATAATATGCTCTTTATTTTTAATTACTTATTTATTTT TCAGTTGAGATCCACATTAAGAAAATAATTAATTACACAGTGAGTTTATCATTATTACCC CTATTGATTATAAAAATGAATGAGTTAAAAATTTAAGATTTTTAAAAAGCTTTATGTTTT TTGAAGTACTTACCTCTCCTTAATTACTTGTTCACTTTTGAATATGCACATGTATTTAGA AAACAATTATCGACATAGTGAGTTTGTCATTTTATGCCTATTAATTATGAAGTGGATGAA GTAAAAACATAAAAAAAATTATATATTTTTCAAAGTAATTAATTGAGGATATAATATATA AAAAAATTATACTTTCTTGATTTGTCAAAATAAATAAATAATTAGGCAAAAATATAAAAA AAAAATTGACAAATAATTATAAACAGAGAAAATAATTGATCGAGAATATAATAGATAAAA TATTTATCCTTTCTTGTACAAATAATAGAAAAAATAAGACAAATAATTAGGAACGAGAAG TATTAAATTAACATACGTATTCCTCGTGAAAAAATAAATACGTATTGCCATGTCATCATT GCCAAGTTTGCAGTGCGTCCTTGTTGGACCACCCCACCCCCTTAGTAACCCTCACCCCGA ACCACCACCTACCCACCCACCCTTCCCCTGTTTTCAAGTTTGATAATCATATAAAGCTCA AAGTAGAACAGAACACAGAAAAAAAACACAGTGTTCTCTCTCTCTTCTTCAGGCGTGTCA TCCAAATTACAGTCTCTAATTATGCTCTGTTTTCTCTCTCCCTAAAACCATCATCAGTTA TCCATAACTCTTTGTCTCCATTGTCTCTTCTTCACATTCCTATTATTATTATTACTATTG TGTGTATGTGTATGATGATCAATTCCTCATTGACATCACTATTATGCCGCAGCTTTTGAC TCATCTATAACAGACAATAAAGAGATTCCTTCAATCATTTTTCACCCCACTCCTTCACTT CCCCTGTTTTTCTTCCTGTTGCTCTGTTTTTTTTTCTTCTTCTATAAAAATACTCAGATA TGGATAGGTATAGTTATCAACGGGAGAGGGAAATTTCTCATTCTTCAAACCCATCTTTCT CTTCTACACTTCTTGACGCAATTTACCGTTCAATTGATCAAGGAGAAGAAGAAGAAGAGA TTGTTCTTTACAAAGAAACAATGCGTAAGAAACAGAGCAACAATATGGAGAGTTTTCAAA AAGCTTGTATGATTGAGAAATGGATGGAACATAAAGCAAGTGAAAAAGTTGTTGTTCGAA GAAAATCTATAGCTGATTTCGAAAGGAATCTGATGAACTCGAGCTCGAGTTCTTCAGATT CGAGCTGTGGGGGTGTGTTTTCTTCTTCAGAAACTGAATCCAGTTACAATAATGTAGTTA TAAATTCTGCTGGGTCATCTTCTTCTTGTTATGGTCTAAACAGGCCTAAACCAATCAGAA CCTCAATTTCCGGTTCAAACCCTGAAAAACACAGCAAAAATCAAGCTAAACAGCTCAACA ACTATGGCGATTTCCGCCATAATCATCCTCCTATGGAAAGAGATTTCGCTCCCAAAACCA AAAGTGAAACTGGTTTTGTGAAGACGAAATCAAAAGCGTTGAAGATTTATGGAGATTTAA AGAAAGTGAAGCAACCAATTTCTCCGGGAGGTCGATTAGCAAGTTTCTTGAACTCACTAT TCACTGCTGGAAATACAAAGAAACCCAAAGTTGTTTCTTCGAATTCTGCAAATGCATCTT CTACATGTTCTTCAGCTTCTTCATTCTCCAGGTCATGTTTAAGCAAAAGCACACCCAAAT CCAGCAGCAACGGAACCAAACGTTCCGTTAGATTTTACCCAGTGAGTATCATCGTAGACG AAGATTGTCAGCCATGTGGACATAAAAATCTGTACGAAGAAAAAATACCCAAACCAGAGT CTCTAAAGAATAATATCAGAAACACCGTTAACGAAGAGCTCAAATTTCATTCAATGGAGA AAAATCGTCGAGTAGAAGAAGCTACTAAGGAGTTGCTGAGAAATTATCAGAGAAATTCAA ATTCCCAAATCAAGAAAATGGAAATTTTCGACGATGAAGATGATGACGACGATGATGGTG CAAGTTGTGCTAGTTCAGATTTATTCGAACTTGATAATCTTTCTGCAATTGGAATAGATA GTAATAGGTATCTCGAAGAATTACCCGTTTACGAAACTACTCATCTCGATACTAATCGAG CCATTGCTAGTGGTTTGATTTTGTAATAAAAGTGTATTATTTATTGTTAACTAATGTAAT TTTTGTAATTGGTTTGATTGGGGGTTTTATTTTACATTTGAGAGAAATGAAATTTCTTCT CAAAATTAATCTTTAATATCTATCTTGTGTATGTATGTGTAACTTATTTACATCAATTTG CTTGTTTGCTTGAGGAGAAAGTAAACTTATCTCTTTGTCATAGATAGAGTATCGAGTCGA GATCGAGTTCAACTGAGTTATAAATAATAATATTGAATTAAGCTGAATTCAACCGAGCTA TTTATAGTATTAAGTTTGGTTTAATAAAATTTTGTTAGAGTATAACTGAGTTGAACAAAT TTGAGTTTGATTCTCTAATAGTTGATTTTACATAGTACTATGTCATTGGAGAAGTTAAAT TAATACTACTAGTAGTTTAAATTGGTAATTAAATTTAAATATGATTGAATTATTAAAAGT AAAATAAGGTTAACTTAATGATTTTTTTTTAAAAAAAAAGTTCAGTATAATAGTTGTTAA ACTCCAAAAATGAAAAAGGAGGATTATTGAGAGATCATGTTCACACGAGAAGAATATGAA ATAAAAGCAATTCAAGAAAAGGTCACAAAGGCAGATCGTTGTATTCATCAAAGAGAGAGT TCAGACTGTTTATTTCTTTTCTTTCCCTCCGTTTATATGAGCTTGTTCAGGTTATTATTT TAAAATTTAAAAATGAAAAATTATTGAAGGTTAATAGAAAATAATTTTTCTTTTCCATAA AAATAAAAATAAAATAACACATCTTATTATAACTACATTTATGAAATTATACTGAAATTA TTGATGTTATCGTTATTCCGTTGCTTTTGTTGTGGGTCCTTTTTATTTTTGCTTGAAGAT GGCGCTAGCATCACTACCATAAATATCCCCTTCGAATTATCAAGTCAAAAAGCACTCCTA CTATAGCTTATTTATCAACAAGAGTAGTACAAATGCTACTTCTTCAACTTGGATACATTT ATTATTTCCTTTATTTTTATTAACTATATTTCACTGCTAGTAAATGCTACTTTTACTACT AGTTTTTTAGAGAAAAGTTGTTTGTATTGTTCCAAAAGAGTGTTAATTAATTAAGTAAGA TACTTGAGAGAGAAAATAAATAAGAATTTAGGCTAATATAATTAAAATTGAAGTTATTTA AAAGATAAGATAATAAGAAGAGGAGACATTAACCATGATGGTAATTAATAAAGCAAAGTA AAAATGTGGATGATGAAAATGATAATTGAAGGAAGAAAAAGATGATGCAAGGATAAAAGA GGGATTGCTCATGGTCTCCAAAAGTTTAGGACATAAAATCTATGGTCAGATTTTTGTTGG GTCACCCTTTACCTTAGTATTATTTTTTTATATTTTTTATTTTTTACTCGATATTCGATA TTTACTTCATCTCAACTAATTCAAATTTACTATGAAAAGTTTCAGTTTGGGAGTAAAACA TTCTCAATAATTTTTGCTAAAAGTTTCAAAACATAAAAAGGTAAACACTTTGAAGCAACT ACTCTCATTTTTTTCATTTCTATCTTTTTTTTAAGTAATAAATAAATAAAATAATAATCA CTCAATTTTTAGAGTTATAAGTGAAATTCAACTAAATATGTTTAGATAATTTTAATTAAT ATCAAAAAATATTTATCATTTTATCGCTAGCTTTGATGGTCCAGTTCTTCCTTGCTTATT ACCACCACCTACTTATGTAGAAAAATGAAATAGTCCAAGAAATTAATTAAGTATACTGAC AGTACTTGTTTGTGTACACAAAGGTCAAATTAAAGGGTCTTTATTTTTCAAAGGAACTGT TTTTCTTCTCACCCCAATATGCCAACAATATACAATTTTGTTCCTACTGGAACCACATAG ATATGATGACATCCAGTGGAACTCTCAAGAAACTATATTAAAATTATCATATAAAAACTT TATATTATAATTATTAATATTAATAATAATGTGTGGTTGTCCACATATATAGATCAAACA TTAATAGATTGAGGCCCCTCATTTTGGAATCCTAAGTTGCTTAATAACTCTATTTTAAAT ATATATATACAATAGTAATATGTGCTTTGAGGTTTTTCTTTTAAAAAAATTTATTAAATA TGTAGGAATCATCAATAATACATAAATTATAATGGAGAGATTAGTAATCTAAATAATGCA ATGCAAGAATTGTTTTTATTAGGTGTTTAGTATAAATTAGTATAGAATGTATAATTGAAA ATTTGTATTGATTATTTGATTAAATGTTTGTTTTACTTACAATGACAAACAAAGGTTTCT CCGTCACGAATCAATGAAACATTTATCTATAAAATATAATTTTTCTATCAAATTAACTCA CTGAAAAATATATGATAAAAATAAATTCTCATCCAAATGTTGAGAAGCTTTCTAATTTTT CATATACAAATATTTTTAGTTTTTTTCTCTTGATTCAATTAAGATATTTATGAAAATAGT CACTAAATATTTTTGTCGAAAAAACTTTAGTGGGAAAATAGTTACTCCACCTTTTAGTAC TGATTGTTACGAAGGTTAGTTTTTTTATATATAAATTTTAGCGTTATTAGTTATAACGAT AATTTTTTATTTTATTTTAGAAAAATCACATTCGATTTCATATAAAATAATATATATGCC TTTATAGGACAATTTTTAAATTTACTACTAATAAAAAGTTTTATTTTTTCGGGACTAATA AAAAGTTTCTCATTTTCTTATTCATGCTTTTACTATTCGTTTGATGATTAGGTTTAGTTC ATTTGTTACTCATCCTAGTACTGTTAACTTTAATTTATTAATTAATTATATAATTGCTGG TTAGGGGCCAAATGTACAATTTCTACAGCTAAAAGTATGCCTATTGTGAGCTGTTATACG TACTTGAAATTTGTAAACAGTATACTAAAGCAACTTAATTAATTAGTACACGTGATGTCC ACGATCAAAAGTTCAAATTAAAGTAATTACTCTACTAATTAGCAAATGTAATGTTAATTA TCTTGTGATTACTGTAAAGATAGTGAAATCTAAGAAAAAGGAATGCTAAGGAGAGAGAAA CATATTCAAAATTCAAAATTTATTAATTTTGGGACAGAACAATAACTGGGTTTAGAATAA AATATTTATGAGTTAATAACTCGGTTTAAAATAATTATTTATGAGTTAATAACTCTTTTT TTTTTTCAGTTTCTCACTTAATTATTATGATTTTGATTTTAAACACATTTAACCTTCAAT CACTTGAAATAGGTCTTTTTGATTCCTTTGCTCATTAACAATTATAAATTTTCCAATGTA CAATAATAAAATCAGTATAATCTTACCAGTAGAATTCTGAAAGGCTGAAGTGTATACAGA CCTTATCACCTACTTTTAAAAGGATAGAACAATTGCTTCCGATAACGATCAACTAAAAAA AATAAAAATCAGCAAAGTACAAGTGTAAAGAAAGTTGTAATGAAAATATGAAGATAGATA AATATTGACATTAAACTACTAATGTGCATATTTGACGGTAATATTCTTTTAAAAATAATT TTAATATAATAATTAATCACATAAAATAATTTAAAAAATACATATTTTAATATATTGAAA ATACCATAATATATAAAACATATGAAAATAATTTAAAACGTTAATATATATAATTTTAAC GTAATATTATTGAGTTTTATCAAAGTCATAATTTAAAGAGGTGGACCTTCTAACTTAATT AATTAAAATAAGTACCCTACAAGGGAAGTTAAAAAATAAAACAGGAGATTAGAGATGAGG ACCACTAAATCATAACAGTTTGATACGCTAATTAAACTATATATATTCTATGCTTAACTT CCACATTAGTATAATATAATATAATCACAAAGTTAAGGGTAGCTTGAACTATAGGAAAAG AAAAGCCTATATCCTACTTATAGACTTTGAATTGCCTATGCTAAAAAAAAAGATAATAAT TTTTTAATTTAGGACCCATTTTTGTTAGTTCACAACCAAAGTTTGATGGCTCTAGGACTT TAACGTACAATATTTAATGTAATTAATTATAGAAAAGACTTTGAAGTGTATAAAAAGGCT TACATCAATAAATTTTAGTACTAAAAGAGAATACTCATTATCAGTTAATGGCTCATTTAA GACCTAGCTAATATATTGATATGCTAAGACTTTAAGCTATGATTTTTAAATTTCATACTA TATACTAAAATTTTAATTAATTTCATATATGAATACGTACACATGCTTTTTTTTTTTAAT AATCATGCACGCCTATAAAGTAGGCATGTTGCATGCTCATATTCCTTGTCCCATTTCACA TTACACTAAACTAGCTAGTTAAATTAGTGGTACAATATGTCTTATTTTGCAGGCTATTAA TTTCATTTGTATGGATAATTATATGTAATTATCATTAGTGAAAATTACTAGTTTTTCGAT GCAATTTTGTGCTAAATATATAATTATAAGTAATTATTATTAGTGAAAAGTTACTAGTTT TTCAATATGTCAGTGAGAATTTGTTTATATTTCACCTTGTGTTTTTTCAGTGAGCTGATT TAATAGGAAATGAATGGAAAAATATAATCATATTTTGTCGGAAAACATTTGTTTCTAGTT GTGCGATTGCATGAATGTATGTAGATCTATTTTAATTTTTAGTTTCTGATTCCAACATTT GGTGTCTATATATTGTTCTTAGATGAAGTTTACCTCCTTAATTTCATCCTTCCTTAGATG CATTTGTTAATTCACTTCCCTCAATGACAATGAAATAGAAGATTGTTTTATCTCGTAGAA TATGGAATTGCTAATTTCATCCTCGTATTTATCTCATTCCACATGTCAAACGGTCTTATA TGTGATGACCGTGTTAAAATTTAATTACAATCTTTATCAACAAAAGTTAATTAAACTCAA TAACTATATATGAAATGTGTCTATTTTTTTTATTTTTTTTATTAAAAAAACTTTAGTTAT TCATTAACCAAGGAATAGTGGGGAATCAACATTAATCATGAGAAGAAAAAGGAAACTCCT CTACTCAAGTCAAAAGTTGCTAAAAGAACATTCTCTAAAGTTTATTTAGTTTGGATACAT ATATAGAAATGGATTTTACAAATGAAAAAAATTCACCAAATAATTTAATTTAATACATGA AGCTTTGTATATATTTAATTAATTAATGGCGCGTTGAGATAAGATGTTAAACTTGCTTTA TAATATATGGTTGGTGAGGTGGGGAATTAAGTTAAAACTTCAATTAATCATGAAATTAAA TAGGAGTCTAGCCGTGAGACCACTCTGAGTTGACTATTTTGTTTAGTTTCAAACATAGAG ATAATCATCATCCTAATCTTCTCCATAATGTAAAGTTTGACACAATTACTAGAACTAGCA GCTAGTACAATTTTTTTAGAGTAGGTTATTTCTTTTATTTTTCACCTTACTAATATCATT TAAAATGAATTATTATGAGTACTTATTTTTTAAAATCAAAACGGTAAAATCGCTTATGAA GTAGCGATTTTGTCCGCTTGAAAAAGTAAAATCGCTGCAATAGTAGCGATTTGTTAAATT TATTTATTTTTTTTAAAAAAAAGTTAAACAAAATCGCTCCCAAAGGAGTGATTTCCAAAC TAAATTTTCTTTTTTTTAATATGTCGCTGCTGAGGCAGCAATTTAAGTTTAATTTTTTAA ATATTATTTTTTGCTTTTTTTTTAAAGTTTAAATAATTTTTTTTAAAATCGGTTTTTAAT TAAATTTTTTTCTTTATTTTTAAATCAAATGGCTAAAAAGATTTTGATTTATAGTCACTG CCTTGGCAGTGATTTGATTTTAAAAAATAAATAAAAAATTTAATTAAAAACCAATGCAAT TTGATTTTTTTTTTTTTAAAAAAAGTTATTTAAACTTATAAAAAAAATAATAATAATAAA AAAAATTGAACTCAAGTCGCTGTTGCAGCGACATAACAAAATATAATAAAATATATATAT ATATTTTGAAAATCGCTTCTACGGAAGCGATTTTGTTTAATTTTTTTTTTAAAAAAATAA ATCAAATTTGACAAATCGTTGTTATAGCAACGATTTTTCCGTTTTAGTTAAAAATAATAA TTCATATACCGTTTTGAAATTTTTGTTAACATTTTTCACCTTTTAGACTCCAAACTCGAC ATAACTCGGTCAATAATAAAATAATTACTAATAATTAATTTCTAGGATAATCATTAGTTA GTGATCTGGTAAATAATTGATAATCAACTGTTGTTATAGTAGGTTAAACTACACTTACAG CCGGAGGTAAATCAAAAAGTTGGTCATAATTCATTAGTTGTGGTTCAAATATTGTATTTT TTAAAAAAAAAACATATAAATTTAAAACTCACGAATTTAAATTTTGATGAATTACATCTG ACTATACTAATATTGAATAATTATAACACATATATTTGTGAACCTAATTAGCTAGCCAAA AAAATCTGTAATAATATGTTGCCCCAATCAATAATTAAATGAATGTTTCAAACTCTATCT GAGTTGTTACAATCACAGCATAGTTAGTGTCTTTTTTTGTGCATATCCTAACAAGATCCA ACTAGAACTCATCTTTGAATATGTATTATTCTTATAAAATTATTTCTTATATATATTATG TGTAATATGCTGGATTTGTTATATACCAACCATGCACATGGAATTTTCATATATGTGGCT GCTGTTACTGAATTTATCAAGTGTGTAGGACATATTGATTCAAAGTTATATACTCAAAAG AATGACACATAAAAGGTAGAGATTAAATGTTTTTTTGTTTTTATTATTATTATTTGGTTT TTTGTTCGATATGTTGTGTATTGTCTTTTATCTTATATTATTTCGTTATCGTTATTACGC TCGTATATGTATCGAAAATAATCTTTTTGTCTCTATGAACTAGTCTCTACGAGTAAGATC TATTGATTTCCCTAACTGACTTGTGGGATTACACCGAAGATGTTATTGTTGTTTGGAATT TGAAAAAGAAGATTAATCAATTGGTTCTTCATAAATAAGTTGTTGTTTTAGAAGGGTGCA TAGAGGGTCATAGAGTAAGGCACCTACCCAGACAAAACTGATCCTTTTGTAAGACTGTGT TTCATCTGTTCTTGACTTGCTACCATCTTTTTATTTATAATATTATTTGTCTATTGTCTG GTCTTGATGATAATAGTTTCTCTATATTGTCCTTTCTCTTCAATTAATTTACATGTATTT ACAATGGAACATGATATTTATATTATTCGCATCGTTAAAAATATTATTGCAGTCGTATTA GATTTGTCTCTAAATTCATAACTTCTGAAAGATTTTATTAGAATTGAGCTATAGTTCTTT TTACGAGTTTGATTAAATTTTATAGCTTTAACCTTTAACATTGTATTTGTGTTAAAATTT CACTTAATATATATATTTAGTTGTTTCATAATCGAATAAATTTTCTATTTTAAAAAATTC AAAACTCATAAAATTAAAATCCCAAATCAATGGTGCTGTAATTATTATTTGCCTGTACGT TGAACTGCCTTGTCGTGGAAGCTAGGGCTGCACTATGGACTCCTTATTGATTAGTCCTCA TCCATAGAGAACAACATATAGATATTATAGCTCCAAACATCGAGTGAGAAATCAAAAAAT AAAAATATTTTATAGCCATGAAAATGCTTATGCATGGAAGTTTTGGAGTACTATATGTCT TTAAAGATCTGATCTCTTTCTTAACCTTTTATGTTCAGTCTAACATCGTTATATAAATTG AGATTACAAACGAGATGCTTAACCAATAGATATACACTCAACTAAAGCTTTTTTGTGCTT AACAAATCTTGCTTCACAAAGAATTCCCAATACTATTTAGCCAAGATTTTAATGTGGATT TCATATAGGAAAAAAAAGAAGAAGAAATAAGGGGAAAATTATTTAGAATATCAAATATTT AGCCTGTATTAAGTACCATAGCTGTAGTTTAAGAAAATTATAATTCGCGGCTATAGTTTT CACAATTCTTTCTATTAGTCTAATTTGTATAAATACAGATTTTGTATAATTTGGTTTATG ATGGTATAAATCCACAATTTTGTATATGCTTACTCTATTTATTTATATACAATTTAGAAT AAATTACCTTATTAGCATATTAACAAGTAATAGAGGTCTAAAAAATTATAAACGTACAAA TACATAATTTGAATAAATAATTATTCTATTTACTTACAAACGAAATATAAAAACGGACCA AAATATACTAATCATAATTTCTATAGCAAATAAGACTATACTTATGAAACAGAATTATCG AATCTATAACTATATTTGATATTTGTAAAAATTTTATTGTGAAATAATGTGTGAGGACAG GGTGAGGGCCCAGTTTTGATCTGGCAAATCTGTATATGTGGTTTGGTACGGGCCCAAAAA TGACTTTTGGGCGCACGTGATGGGCTGGCCTGCATCTACAGTACCCATTTTGTCGCGCAT GCACACGTGCGTTCCTTCTTCACCGATCCCTATTATTACCCAGTTAACCCTCCCCCCCCC CCCAATTATTTTAGAGTGGGTTCGGTCGAAAATGTTTCGATTATAAAGATCGGAGATCAT ATAAGGGTGTCGAGTTGGTAAATAATTGAACATGTCTAGTTTCATTTGATTATGTTAGTA TTATTTTTTCGGTATCTTATTTGATTTGATTTTGGTGTTGTTATTATTTTCTTCAATTAT TATATTATTTGTGTTGTTATCGTTCTTTTTTTTTTGTTTTTAGTTCTTACTTTACATACT TTATAATACTTGATACTCTCTATGTTCTTATTTACTTGTCTATATTTTTTTTTTATCTGT CTCTATTTACTTGTCAATTTTAACAAATCAAGAAAGGACAACAATTTTTTTCCTAATATG TCCTTATTTAATTCAAAAAAAAATTATACTATTACTAAGTTGTAATGCATGTTTCTTAGA ACAAAAAAATATATTTATTATATTCGAAGAGTTGCATAATCTTTTAAGTTAAGGATAAAA CTGTAACTAACCTATAATAATAATTGATGGCTTAAATATGTGTTCCACTTTTAAAATAGA CAACTAAATAGAAATAGAGGGAGTATGTTTTCTTTATGTTAAGGGTGTATTCGAAATAAT TTATCTATCCTAATAAGGTAGAATTAGGATAGTATAATGTGTAGACACTATCTTCACCGG ACACTACTTATAATATAATGAGTATTTAGTTATTGTAATTTTTATGTGTCTATTAATATA ACTACATTTTATAATTAACTTCTACATAAATTGAATCGGAAACTCCAATATTGCTCAAAT ATATATTTTTCTTACTTGAAATATAATTCTCCAACAAAAAAAATCAATTGAAACTTATTT CTTTATCGGTTATGTGATCTGCCATTAATATCTACTTTTAGTAGTTATACTTTAAAGTGA GAAAAATATGCCACTTAACTATATTATAAAAACATTAAAAAAAAAAAGCACACACGGTTT CTATTATTGGTTTAGCCAAAACACAGTAGGGATATAAATATTTTAGGTTTGTTTAATATA CCATTCATTTATCAACACCTGTAGGTGTAACTTAAAAAGATATCTTATATTAACATCGCT ATTGAACTTATATTCATTTTTTTTTTTTAAAAAAAGAAAATCGTTTAAATAAAATTAATT TAATTTTAGTTATGTTTGAAATGGATATATTTATAATTTTTATTGGAAAAATGGTATGAT ATATTCCTGAACTGTGTTATTTAAAGCTGACATATTCCTTATTATTAAAATGGCTCATAT ATATCTCTACTTGTAAATAAATGGCTCACATATACCCTTTTTCTCTAACGGAAATGAAAA AAAATAATTTTAATTTTTATTATTTTTTTCCAAAAAATATAATCCCATATCAGTAAATTT AATCCTCGTCAAACATATTTTTTTGACTTTTTGTTTCAGTGACTAATTTATAATTATTAT TTTGATAATCAAATTTATTTATGTTTCACTAATATTTTTATAAAACTTATTGTAGAATCA AATTTTTTATTCGAATACAAAATTAAACTACAATACACACATAAAATAGTTTAATTTTTT TCTTCTTTAAACTAAAGAATGAAAGAAAAAACAAAATAAAAATAAAAATCTCAAATAATT ATAATAAAAGAAATAAAAAATAATTTATGTATGAAATAATTAAAATATACCTTAAACTTT AATAGAAAAATCATATATACCCCTAAATAATTTTTTTTTTAAAAATAAAAGTAATAAATA TAAATTTTAAACTAATTTATTAACTTTCTATAAATGAAGGATATATGTGAAATATTTTGT AATAGCAGGAGTATATGTAAACTATTTGTATAACCATAAAAATATATATAATTCACTTTT GTAACGATAAATATATAATCTCGAAATAATAAAATGAAGGATATATCGAACCTTTTTCCT TTTTTATTTGTAAGAAAGAAGAGACAGAGTGCAATGCAGCTTTGGTTAAAGTTAAAGAGT GAGAGGAATAAAGAAAAAGTAGTGTACAATCTATTTTTTCAAAGTAATACTCTTTTGTTT TGGTGATCCCAATGTTATATTCAATTTTTCAGTATTATTATTCAAGTGGATGCAGCTTTT TGTTTTCTTTGGCTTTTATTGGGAAAGAGTAGAGTCACTCCTTTTTCCTTTTACGATTTT TGAATTTCATATCCGATTATCGTCGTATTATTTTTATAATTTTTTTTTACGATCTTTTAA TTTTAAATTTACACATAAGATTAAAGAATATTATAATATAACATGATATTAATTTAGAAC TACAAGATATATAGCGAATCAAATTTTATATTAAATCAAATTAGATTTTTTAAATGGATG GGATATTGTATATTTTGCTATTTTTTTTTTCACATTTATTTTGTAACCGAAGAAATAATA CAACTTTTTTGTGCTAAAACATTGGAAGAGAGAGAAGTTGAATATAGAAGATATTGGTAT TAGATAACTCAAAAAGATAATTGTAATTTAATAGTGTAATAAGTAGAGAAAAAGAGGTTA AGTAAACTATGTATCAATTTATAGCTAATTTCCTTTTACATATTAATTTTGGTGGTGTAA CTTAAATTTAATTTTTTATTGCTCCTCAATTTAACTCACATATAGTTGAACCAACCTTTT TTTTCTCCTACATATAATTTAATAAATGTTCTAGCCTTTTAAAAATAAAAATAAAAAAGC CAAAAACAAATTTAATTTACTCCTAATTGATATTGCTGTAAAATTAATGCTAAAAGGACA ATAGTAGATCAAAACCGAATTTACACTTTAGCAAACTAAATTAATTTTCATGAATGAAGT TTTGTTGGTTAATTAATTATTACTTCCTTTGTTCCGATTTGCTCGTATTATTATTTTATT TTTTTAATTCGTTCAAAAATGAATGTTTATTTTTGGCATTTTCTTTAATTTCGACGTATT ATGTGACATATTTAAGATTATTGAATTAAAAAAATTACTTTCTAAAATTCAATATAAAAT TAAAATCAGATAAATAAATTAACGAACGACATGTTTGTGTGGTCAAAGAGTCTTGAATGC ATATATTGAAGAGTTGCATCAGTTTGGTTTTATGATGGCAACTGTTGAATTTTAATACAT AGCACAGAGTCATTGACAAAAATAACCCCAACTAACCCTAAGCAGCCACGTGGAAGGATC CACACCGCTAGCTATAACATGTTCGATAAAACTTTAATATTAATTCAAATAAATATTATA TTAAAAGTTTACTTAGTCTGTCGCATAAGTTATCTAATGAAAAATCTAATCGTTTTTTGT ATTTTATATAGTAATTATAAATTTTTAGATTTTGATTTTGATTTTGGACGAAATTGTACG ATTCTTAATTGATGTTTTTTTCTATTGTCTGCTTGTCTACTGTAACTAGACTCTCCAGTC ACAATCTGAATTACTGCTATTGTCTACTACTTTTATTTATTTATTTGACAAGGCAACCAT ATATAGTTTCTTTATAAGAATCACACGTTTAATTTAAGAAATTGACAAGAGAAAACTAAT GTATTTAATTCATAATATGACTAACTGAATGGTAAAGACATGCATCTATCAAAAATGCAT CTCTATCGTTGATTTTGTTGATTGATTTGAAATTTTGGCGTACTTAACTGGTAAAATAAT TTATCATGTCACTAGAATATTACGAGTTTAAGCTTGCAGAAATACAGGATAAACTTTTCA AACTACTACACACGGTGAAAGCTTATTGCTCTACATAGGATGATTGTATACGGGCTAATT AAGTACAACTAATAGACGACTTTTAATGTTTGAATCTAGTCGTCGTTTTGTTCTAAAATT CAAAACTCATAAACGTAAAATCTTAAATTAATCTTTACCAATATCTATTGTCTGCTTGTC TAGTGTTACTGGCTCTCATGTCGCAGTCTAATGTGTCAACTGTTTGTAATTGAAAATTGA AAATGCAAGCAAAGATTGACAATTGCAATCACACGTTTGGTTTTAAGAAATTAAAATAGA CAAGAGAGAGATGCATTTAATTCATAATTTATCTCACTAATGAATATTTCATGGTGGGTA TATGAATCTAAAAAAAATAGTTATATTAAACTATCCCCCTCTATAGTATATACATGTTAC TTATTTTATATTATTTCAAACATGATTTGACATATTATCAGTTAAAGCTATTTATTTTTG AAATTTATCATTTTAGGAAATATTTCTCATAATTATAATAAGTTAAAAAGCATTTAACTT TATTTCCGTGAAAGAAGAGATAAGATTTCTCAAAGAAGAGAATAAAATTGAGTGTCCCAC TAGTATATTGCCCATGCAACTTAGGGTTTAGAGTCATGAGTATACAGATATTACTATATT ATATAATTTCTCATTTATATTATGATGACTAGTTTGATTTTATTTTATTTCATTTCTAGT GATTGATGGTAACGTACTACCCGTATTAATTAAACATAACTAAATTATAGTAGAAGTAAT TTTTGAGGAACCCGACATCATGTTTTATAAATGACTTCCACTAACTTTGATCTGATTTTG ATGGGACAATAATTCTCAATGTCAGATTTTCTTCGAGTAAAAAAAAAGGCACAACACATA CTTCTTTCGTTCCAATTTATACGACTCATTAGTTTCTTATAACTATCTAAAATATATATA TTTCTATGTTCATTAATTATTTAATCATAAAATACTTGGCCATACCGGTAGTTTCATAAG TTATTCTTTTTTTCTTAAACTACATAATACAAAATGAGACAAAGGGAGTAATTAGACATT CAAACTTGATTAGGCAAACAATTTTGAAAGTGTCATATATTTTAATTTGATTTCAACTGA CTACTGAACTCTCTAATGAATTCATCTTCATTGTGTTTTGTGGACACCAACGGTGACGTG ATATACACAAATTCTAGAGTGTTCAAGTGACACAATGAAAATAGAAAATGTCTAGAAGTA ATACTCCAAGTTGAAGTGTATGTATAATTAGTTGTTGAGGTCAAGTTAGGATTTATATCT ATGCATTATGCTAAAAAACAAACAAACATGAAAGGCATTTAATTTTGAATTAAAAACTCG CAACTCCATCATTTATATTTACCTAAATATTCGGCCTCTGTAACTTTCAAATAATTATTA TGTGAACTTGTTTCCACCTAACTGAGTGAGTATTTTTCAGTCTAGTTTAGTACTCCTACG TAGTAGTACTAAGCAACAAAACATTAAAAGGCCATTTTCCTGCAGGAAAACATTGTACAA TGTTTTTGGTTGGAGGGGTTAGAAAATAATTAATGCAACATTTTGATTGCTATACCTTCT TTTACTTGGGTTAATTTTTTATCCCCAACTTCTTGAGTTGGTGGTCTACTGCAAATTAAA GTGTCTATCTACCTCTCAAGTAACGCTCGCATACGCAATATTCTTCGCCCATCAAATTCA ATTTGTGAAATTATACTAAATATGTTGTTTAACCTCAAGTAGTTCTATGAGAATTGTTAA GTGTAGGAAAGTGAAACCCTACTCAAAAATGTAAAAGGGAAAGTCACTATGAATAGGGAT AGAGACTAGACAAGAATGATTGGACGTTAACCACTTCCTCAGCAATCTAAAGTGATCGAT ATCCCCACATATATATACTATATGCTAGCTATATGATTTTATTATAAAGAATTACCTGAC ATGCACGAAAGCACTGACCCCCAAATATAATTACTGAAAAAAGAAGAAATACTCCATTGG TTACCTGTCTTGTTCACTGTTTTCATACACAAAATTTTAGGCATGATAAGTTAGGCCCCT TTCTTGGACTTGCCGACTTTTCCTATGCTTTAAGCTACTGTACACAAATTCGGTTCATTT GAAAAATAAAAAACATACATAAATAAAGTGTTCATATAATTTGATCTATCTTCCGGGTGT GCATTGACTCAAATTTCTATAGAGTTAGAAAAAGTAAACATACACATCCTAGGGTGTGCA TTGACTCAAATTTGTATTAAGTTAGAAAAAATAAATATACACATCTACGTCGTACCGTAC GCATCAGTATATCCACTTGATTTATTTAATACAAATTTAAGTGTCTACTCATGCACTACA CTCAAACATTTTATGGGTATAGATACTAGTTGAGTTAAAGTTATAAGGACATACTTATAA GTAATGTCTTTGAGAACTATTGGGCAAACAACAAGAAACTACAATCTAGCGAAAAAACTA ATCTCAGTCTTCATTAAATTTTAAAAATAAATTCTACAATTCATGCCAAGAATGCCATCA AAACCGTCTTATCTACTTTCATAAAGTAGGAACAAAACTCAATACACATAACCCATCTTA GACTACACTTATGAAATTATACTAACTATATTGTTGCTAACTTGCTATTCAACGACTCAC AGTGGAGTTAAACAAGATGACTACATTAATCGAGGGATGCATGTGATGGTCGGCCCATTT CCAGTTCTCGACTTCTAAAGTCCAAATGTTTGAATAAGCAATAAAGAGTAGAAACAGTGA AAAGTAGCCATATTGTCATGGAGTTTTAAGAAGGTTTCAGATTCCAAAGGTAAAACTCCA CGATAATAATGTCCTGAAATTGCACCTAAAGAGTTTAAAGTTGGCTATTTGTGAATTATC ACAACGGAAATTATAGTCCGACACTAATACGGACTGTCGAATTATAAGAATGTCAAGTTC ACTAAATCCAACGAAAAGAATATTCATCTAACCTGCATTGGCATGTAGTCCTTAAAATAC ACTTCTCCAACGATGAACAAGCTTGCAGTTACTCAATTCGACTGCAGATAACATGAAGCT AAGATATCCAATTATTAACGCATTGACACTTTCAGGATCCAAGACCAAAACTTTTTATCT CACATTTCACAAATGAACGGCAGTTAATATTATCTGGAGGAAAAAAGCATGTCCCCAGAT ATTGTACTTACTCTAGGGTTGTAACATGATCAAATATAGAATACAACACTGAAATCTTCG AGCCACTACTGATAAATAGGTTTCACTTCATAAAGTTGAAAAAACTCTAGCTATTCTCAT TGTATAGCTCATTCTTCAATAGTAATACCTGGCACATGGATCCTACCAGATCAGCATATA GAACTAGCAGCGCCACTATCTGGCTCAATCAGGTCTTCAATGGAGCCTTCTTTTCACGGT CAGATATACGAGAAGGAGCATTAGAATGTGATTTGAATCGGCCTCTACCTCCTCCATCTT CCTTCTCCTGCATAACGTAAACTATTTGTGAGCATCACAGGCATCAACTTTCTCTGGAAC ACCTAGTTTGATGACATTGGCACCAAACTACACCTCTATACATCTTAACCTTAGCTGTCC TAACTTCCTCATCCTGGGTGCTTTGGTCGATAAGACCACTCATACTTCTGTGACACAAAT TCCTATGCAATTAGACTAGAAAGAAGCTAATGGCATTGCATGTTGCCTGAAGAAATGCCA AATCACCATATGATCATGAAGCTTATACACCTGTGAATATGATGGCCAGAAGAAATAGCT CGATATGCCAGAGCTGATAACACTATTGATGGAGAGCAAATGTGAAAAGCACAAGCAGAA ATCCTTTACCTTTTTCTTAACAATCTGCACCACATCTTCATCCTCAAGCATTTGAGCAAG GCCACAATGCTGGGGGGAGTGCCTTGCACTAGTACCCCAAACCAACACATACTTCACATC CTTAACAAGACTCCGATGTATGTGATTACAGAAATCTTCTACCGTACAGCCACCTCTATC CTAAAATCATTAACAACAAAGAAGATGCATCAACACAATTAGAGAAAAGTAATGAGCAGG AAATTAATTCTTTCCCTCTGTGGGGGTTCTCAAGTTACTATTTTTAACATGAAACCATCT CCACCAATCTATGATCAGTGAATGAAATTTCTAGAGTAACCAAGCATGGAAAAAAAAAGA AGAGAATCTTCAAGCATGATCTGCAACATAACATACAGCAGAAAGCACCACTGGATCTGT GAAGTCTGGTTGCTGGCCTTGAGGCTTTGTGTAAACTCTGACAAGACCCATCGCTTCCCA CATTTTTGCAAGCAATCTATCCAGATTCAGCTGTATCATTAAAATAAATGCAAACATTAA CTATATAGACAATGCAGGAAACTTCTAAAGAGCATGTCAGTATGTAGAGATCGTTTGCCA AATTCAAAAATCAGAGGAAGTGAACCCATTATTCAAAAGCCATGTCCAAATCGGGCAAAG GAAAACAAAGTAAATCTTTTCTGTTCCATCATCAAGATCAAAAACCAACTTGGAAGTATC TTAGTGACCATAAGAGTGTTCTTATTTGCAGAAGGATAAACTACAGGTAAGAAGATTCTC CTGGTCAAACCAAGTTTTGGAAATTCTCCAGAGCCACGCAAAAGAAAGACTTCATATACT ATCATGAGCTGCAATTAACTTTATGCGCACCCAAATATGTTATTTGATCTTGGAACCAAT ATATATGTTTGCAAATGTCCAATAACAACGAATTATAATGATTGTAGTACCTTGACACAA AATTAGATAAGAGCAATGAGCTTATGGGTCACCAAAACATGCTATAGCTCATCTCATCTG CTAATGAATCTCACAAAATTTTGAAATACCTTCATGTTGCAGCTGATGACAACAGAGTTT GGCTGTCTGGCTAATCTGTCTACATCATCAATACCAACAACATCTATCTTGTTGTAGACA TATATGCACTTCATGTATTTACGATTGCCCTCAATAACATCAATAAGGTCATCCACTGTG GCATCTTCACGAAATAACACCTAAAAAGGTGAACAAAAAGACAATAAGGTAGAGAAACAA AGCAGAAGAAAAAAATTCAAACTGGAGTTTCTCAATGATAAAAATCCCACGTTCTACAAT ACCTCAGCATTGTGGATCTTGTATTCATGCAGTATTTGATAGCATAGCTTCTCATCCACA TGTGTCAGATGCAGAGTGCTATTGAAAGAAATTCCACCAGTCTTTTTCTTCTTGAAGTAT ATCTGCAACCATTGCACAATTTAAGTTAAGCCCTGAAATCAATCTGGTCCATCGGAAGAT ACACAACCAATGATGGCATGGATTTTAAATTAACATTTTAAATACCACGAAAAAGTCTCT TCTAGACAGAAACATTGTGAGAAGAACATTTTCTCGATAACTACTTAAGGACAGGAAGGA ACCAAGATCTATAAAAGTGCAATAATGATATGGCAGGCTAGTAGTGCGAATAAGCTATTA ACTATTGAAGAGAACTTCTAGAAACATGTGGAAGTCAATGGAATAAAAAAAACAGATAGA GAAAAGGAGACAAATGAATATATATATATATGTTATCAGAACAAGGACACAGAACCGCAA TATGAATAACATAGCATAATGGATCACCTGAGGAGGTTTCTTGTTTAGTCGCAGGCCCAC CGCTTCCAGCTCCTTTGTCAATATTTGCCGATGGCCTTCACTCTGATGTTGTATATTTAA TTAAGACTCGAGTGAATCAACAAAAAAAAGAAAGCATAAGCTAACAGAAAGTCTGGACAG AGAGATGACTTAATTCTAATTTCAATTTAACATGTAATGAAACATTGATATTCTTCGAGA TTAATGCTGGAAATGAGAATATAAACCCAAACAAACTCTTCTTTTATAATTTTCCATTTT TTCGTACCATGTGTGCGGTGTGCCTTCTTTTTCTGTTTCTTCTCTATACCACTGAGATCA GAGAACAATATGTACTATGTTTTTTGGGTCATATAATATTATGCTGTTTGTAATTTTTTT CTGTATTACCAAGCATAATTAGTTTTTTAATAGGTGAGAGCATATATAGAGGGATCATCC CCAGGTGTTCACCAGCTGAGAAACAGACCAACTTCATTTCTTTTAGTTATTTGGTTTTTT TTCAATGACACTTTCACCTTCAACTCTGGCCGTGCCAACTCAGCCCAAGCTCGACTCTGC TACAAGGATTGAGGCGGGCTCAGAGCAGCTTAATTTAGTACAGCCTGAGCTTGGGCGGGG CTGAGGTGCAATTGTAACGAAACGAATATGACCAAAAGAGGATAAAAATAAACCTCAACA GGCACAATGATCATCACTTACTTTTGAAGCATCGAGAACCATTAATACAATGTCCGCTGA CTTAGAAACAGCAATGACCTGTTTAAAATGACTATTGTTCAGAGATTGTAGCGCCAGCAA CTATACAAATTACAACATAAATTGTTTGTCAATTTGCTAAAGCCATCTTCAATGTACCTG CCTACCACGACCCTTGCCTTCAGATGCACCTTCAATGATTCCCGGAAGATCAAGCAATTG AATTTTAGTATCATTGTAATGGATAATACCAGGGATGCAAGTAAGTGTTGTGAACTCATA TGATGCAGCTTCAGAATGTGTTCCTGTCAACATTGTAAGGAGTGTAGACTTTCCCACACT AACAAAAAGAAAAACCAAAGAAGGTTAATAGCCTATCTGGACAAACTTTTGAAATGTCTA CAACAATGGTGAAAAGATAAAATAAAGAACACTTATTTTACATGCTTTTGAAATCTCTCC TTATTTTGCAAGCTTTTTAAATCACTCCCTTTTTAATGACAACATGTAGGTGCTTTACGG CTCAAACGGGTGGGGGCTTTCTATTTGCTTGCAATGCCTGTAGTAAGCCTTTAGTTAGAA GTAGAACTGCAGAAGTAGAGGGCGCCGTTTGCCCCACACTTACAATGAGACTAAGTGAAT TTGCAAGCTTACCCAACCTATTTTAGTTTTAAAATTCCAAGTGGATGAATCAAAATCTTG AGATGAATAATTGGAATCCATAGTTGTGATGCATTGTTGTGAATCTCGATCTAAAGGCTT TTTGTTGAACTAGCTACAAGGAGGGGGGAGTATGGAAAGATAAAATATGGAACCTAATAG AAATGTAGATAATGTAAATAGATTGTGTTGCATGATTTCTTTGTCTGTTCTTAAAGTTTA GGGCAAGACTTGATAACAAACACCACCACAGGTCAATGTGGTGGTCACTGGTCCACCACA AAGCTGCTGTATAAGGGGAGGTAGAATTCCAAACCTTTTCTCTCGAGTATACCCATTACC AAAAACTATACGTCACTTTGGGATACATGCTCATAGCCAAAGTCAACCAAAAAAAAAAAA GAGCTCGGACTCTTTTCTTTTTAGTTCCACTGAAACTTATTGGTGTTAAATTTAAGAGTT GTTAAACTAAGTCAGGAGTTACAAATCATAACATGCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 5295 5551 match_2 match_part 0.992 5296 5551 match_part 1.000 6657 6899 match_3 match_part 1.000 5299 5551 match_part 1.000 6657 6789 match_4 match_part 1.000 5326 5551 match_part 1.000 6657 7176 match_part 1.000 8953 8980 match_5 match_part 1.000 5327 5551 match_part 1.000 6657 6901 match_6 match_part 0.952 5386 5551 match_part 0.981 6657 6964 match_7 match_part 1.000 15558 15606 match_part 1.000 16419 16573 match_part 1.000 18591 18657 match_part 1.000 19550 19936 match_8 match_part 0.903 16419 16573 match_part 1.000 18591 18657 match_part 0.992 19550 19916 match_9 match_part 1.000 16443 16573 match_part 1.000 18591 18657 match_part 1.000 19550 19934 match_10 match_part 0.963 19622 19948 match_11 match_part 1.000 25360 25440 match_part 1.000 25696 25785 match_part 0.990 25861 25965 match_part 0.997 26992 27321 match_part 1.000 27426 27476 match_part 1.000 27793 27855 match_part 1.000 27942 28066 match_part 1.000 28463 28499 match_12 match_part 0.987 31909 32746 match_13 match_part 0.997 31923 32535 match_14 match_part 0.975 31923 32279 match_15 match_part 1.000 31924 31984 match_part 1.000 32817 33321 match_16 match_part 1.000 32135 32758 match_17 match_part 0.972 32792 33354 match_18 match_part 0.996 33028 33574 match_19 match_part 1.000 33116 33536 match_20 match_part 1.000 33143 33346 match_21 match_part 1.000 33144 33735 match_part 1.000 34032 34086 match_22 match_part 0.943 33260 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_23 match_part 0.963 33300 33735 match_part 0.925 34032 34257 match_24 match_part 0.998 33313 33735 match_part 1.000 34032 34109 match_25 match_part 1.000 33437 33735 match_part 1.000 34032 34243 match_26 match_part 0.993 33469 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_part 0.964 36579 36690 match_27 match_part 1.000 33545 33735 match_part 1.000 34032 34312 match_28 match_part 0.952 33673 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_part 0.995 36579 36797 match_29 match_part 1.000 33674 33735 match_part 0.997 34032 34388 match_part 0.962 34536 34615 match_30 match_part 0.946 34056 34388 match_part 0.981 34536 34641 match_part 0.941 36579 36797 match_31 match_part 0.944 34056 34341 match_32 match_part 0.941 34372 34388 match_part 0.962 34536 34641 match_part 0.938 36579 37171 match_33 match_part 0.927 34533 34641 match_part 0.938 36579 37144 match_34 match_part 0.972 34535 34641 match_part 0.936 36579 37155 match_35 match_part 1.000 34538 34641 match_part 1.000 36579 37173 match_36 match_part 1.000 34544 34641 match_part 0.982 36579 37088 match_37 match_part 1.000 34574 34641 match_part 1.000 36579 37082 match_38 match_part 0.932 36643 37173 match_39 match_part 0.977 36649 37166 match_40 match_part 0.985 36649 37166 match_41 match_part 1.000 36649 37044 match_42 match_part 0.974 36649 36960 match_43 match_part 1.000 36772 37173 match_44 match_part 0.922 36887 37194 match_45 match_part 0.959 36891 37181 match_46 match_part 0.940 36891 37173 match_47 match_part 1.000 39673 40147 match_48 match_part 1.000 39673 40005 match_49 match_part 0.991 40570 41450 match_50 match_part 0.959 40813 41473 match_51 match_part 0.939 45899 46535 match_52 match_part 1.000 49707 49768 match_part 0.996 50144 50899 match_53 match_part 0.997 49708 50330 match_54 match_part 1.000 49715 50033 match_55 match_part 0.990 49716 50424 match_56 match_part 0.865 49717 49768 match_part 0.993 49840 49981 match_57 match_part 0.976 49838 50123 match_58 match_part 0.939 50173 50833 match_59 match_part 1.000 50176 50719 match_60 match_part 1.000 50372 50877 match_61 match_part 0.986 50412 50840 match_62 match_part 0.998 50471 51066 match_63 match_part 1.000 50472 51085 match_64 match_part 0.995 50472 50897 match_65 match_part 0.995 50800 51228 match_66 match_part 1.000 50965 51228 match_67 match_part 0.997 51193 51945 match_68 match_part 0.986 51289 51953 match_69 match_part 0.998 51370 51927 match_70 match_part 0.988 52567 52903 match_71 match_part 1.000 91843 92533 match_72 match_part 0.991 91932 92388 match_73 match_part 1.000 92198 92706 match_74 match_part 1.000 92275 92644 match_75 match_part 0.998 92803 93436 match_76 match_part 1.000 92803 93436 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_77 match_part 0.987 21202 20564 match_78 match_part 0.932 23576 22856 match_79 match_part 0.993 33455 33026 match_part 0.969 31980 31885 match_80 match_part 0.982 33351 33026 match_part 1.000 31980 31916 match_81 match_part 0.993 33470 33026 match_part 1.000 31980 31918 match_82 match_part 0.985 33570 33026 match_part 1.000 31980 31953 match_83 match_part 0.951 33350 33026 match_part 1.000 31980 31953 match_84 match_part 1.000 37121 36881 match_85 match_part 0.979 41753 41179 match_86 match_part 0.981 41753 41179 match_87 match_part 0.994 41752 41258 match_88 match_part 0.991 43543 43103 match_part 0.600 42854 42845 match_89 match_part 1.000 43603 43105 match_90 match_part 0.994 43601 43105 match_91 match_part 1.000 43586 43105 match_92 match_part 0.996 43604 43111 match_93 match_part 0.998 43603 43111 match_94 match_part 0.996 43603 43115 match_95 match_part 0.998 43590 43191 match_96 match_part 0.938 43591 43202 match_97 match_part 0.975 43577 43417 match_98 match_part 0.999 46641 45932 match_99 match_part 0.956 46427 45932 match_100 match_part 1.000 46637 45965 match_101 match_part 0.997 46531 46202 match_part 1.000 46102 45965 match_102 match_part 1.000 47792 46202 match_part 1.000 46102 45971 match_103 match_part 0.999 46788 45971 match_104 match_part 0.944 46593 46021 match_105 match_part 0.996 46254 46025 match_106 match_part 1.000 46765 46166 match_107 match_part 0.987 46870 46337 match_108 match_part 0.969 47058 46379 match_109 match_part 0.933 46934 46563 match_110 match_part 1.000 47244 46568 match_111 match_part 1.000 47244 46616 match_112 match_part 1.000 47751 47560 match_part 0.994 46946 46771 match_113 match_part 0.998 47572 46926 match_114 match_part 0.974 47415 46958 match_115 match_part 0.995 47813 46963 match_116 match_part 0.991 47783 46963 match_117 match_part 0.989 47788 47003 match_118 match_part 0.974 47747 47006 match_119 match_part 0.977 47586 47067 match_120 match_part 0.980 47806 47112 match_121 match_part 0.981 47793 47124 match_122 match_part 0.999 47802 47128 match_123 match_part 0.980 47777 47129 match_124 match_part 0.970 47807 47143 match_125 match_part 0.983 47788 47145 match_126 match_part 0.983 47791 47153 match_127 match_part 0.998 47802 47159 match_128 match_part 0.972 47768 47162 match_129 match_part 0.985 47794 47179 match_130 match_part 0.982 47794 47181 match_131 match_part 0.980 47788 47181 match_132 match_part 0.961 47713 47181 match_133 match_part 1.000 47728 47182 match_134 match_part 0.980 47771 47183 match_135 match_part 0.980 47809 47203 match_136 match_part 0.979 47771 47204 match_137 match_part 0.977 47773 47208 match_138 match_part 0.958 47780 47213 match_139 match_part 0.976 47796 47247 match_140 match_part 0.988 47772 47277 match_141 match_part 0.955 47805 47278 match_142 match_part 0.981 47772 47300 match_143 match_part 0.994 47772 47307 match_144 match_part 0.936 47542 47307 match_145 match_part 0.976 47809 47308 match_146 match_part 0.989 47779 47310 match_147 match_part 0.979 47793 47318 match_148 match_part 1.000 47791 47318 match_149 match_part 0.987 47782 47321 match_150 match_part 0.973 47773 47334 match_151 match_part 0.973 47788 47374 match_152 match_part 0.968 47658 47442 match_153 match_part 0.994 47787 47447 match_154 match_part 0.915 47804 47498 match_155 match_part 0.995 50111 49721 match_156 match_part 0.985 52882 52480 match_part 0.781 52292 52261 match_157 match_part 1.000 52822 52480 match_part 0.781 52292 52261 match_158 match_part 0.989 53037 52480 match_159 match_part 0.989 53037 52480 match_160 match_part 0.950 52955 52480 match_161 match_part 0.998 53036 52543 match_162 match_part 0.983 53036 52576 match_163 match_part 0.934 53037 52661 match_164 match_part 1.000 57269 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54708 match_part 0.993 53450 53315 match_part 0.986 53038 52965 match_165 match_part 1.000 57268 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54708 match_part 1.000 53450 53396 match_166 match_part 0.963 57281 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54746 match_167 match_part 0.802 62760 62665 match_part 0.606 62241 62209 match_part 0.904 61595 61419 match_part 0.978 60638 60547 match_part 0.917 60408 60337 match_part 0.964 59027 58860 match_part 0.895 58636 58532 match_168 match_part 1.000 60995 60547 match_part 1.000 60408 60337 match_part 0.990 59027 58923 match_169 match_part 1.000 60995 60547 match_part 1.000 60408 60337 match_part 1.000 59027 58923 match_170 match_part 1.000 62770 62646 match_part 1.000 61595 61419 match_part 1.000 60638 60547 match_part 1.000 60408 60337 match_part 0.989 59027 58933 match_171 match_part 0.997 60994 60641 match_172 match_part 0.989 61525 61075 match_173 match_part 0.946 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_part 0.986 64100 63736 match_part 0.459 63612 63576 match_part 0.500 62942 62935 match_174 match_part 0.927 66875 66697 match_part 0.952 66568 66422 match_part 0.978 65603 65511 match_part 1.000 65365 65303 match_part 0.933 64100 63861 match_175 match_part 1.000 66726 66697 match_part 1.000 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_part 1.000 64100 63895 match_176 match_part 0.958 66744 66697 match_part 0.952 66568 66422 match_part 0.968 65603 65511 match_part 1.000 65365 65303 match_part 0.937 64100 63896 match_177 match_part 1.000 66917 66697 match_part 1.000 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_178 match_part 0.964 69890 69695 match_part 0.960 68645 68521 match_part 0.914 68364 68295 match_part 0.912 68181 68148 match_part 0.911 67013 66766 match_179 match_part 0.868 74551 74446 match_part 0.952 73016 72829 match_part 0.980 72759 72613 match_part 0.963 72484 72351 match_part 0.935 72183 72122 match_180 match_part 0.868 74551 74446 match_part 0.957 73016 72829 match_part 0.966 72759 72613 match_part 0.963 72484 72351 match_part 0.929 72183 72128 match_181 match_part 0.877 74510 74446 match_part 0.926 73016 72829 match_part 0.925 72759 72613 match_part 0.922 72484 72383 match_182 match_part 0.837 74543 74446 match_part 0.941 73016 72829 match_part 0.980 72759 72613 match_part 0.938 72484 72388 match_183 match_part 0.934 74567 74446 match_part 0.625 73700 73693 match_part 1.000 73016 72829 match_part 1.000 72759 72613 match_part 0.972 72484 72414 match_184 match_part 0.991 74558 74446 match_part 1.000 73016 72829 match_part 1.000 72759 72613 match_part 1.000 72484 72416 match_185 match_part 1.000 75832 75363 match_part 0.857 75230 75224 match_part 0.733 74121 74107 match_186 match_part 0.996 82271 81813 match_part 1.000 80446 80224 match_part 0.996 80104 79824 match_part 0.994 79264 78937 match_part 0.992 77143 76887 match_part 0.993 76240 75363 match_part 0.933 74957 74943 match_187 match_part 1.000 75695 75397 match_188 match_part 0.997 76188 75466 match_189 match_part 0.994 76188 75471 match_190 match_part 1.000 77108 76887 match_part 0.998 76240 75616 match_191 match_part 0.994 77067 76887 match_part 0.990 76240 75668 match_192 match_part 0.996 76189 75739 match_193 match_part 0.982 79102 78937 match_part 0.981 77143 76887 match_part 0.961 76240 76036 match_194 match_part 0.965 79051 78937 match_part 0.988 77143 76887 match_part 0.968 76240 76083 match_195 match_part 0.956 80005 79824 match_part 0.988 79264 78937 match_part 0.978 77143 77098 match_196 match_part 1.000 81882 81813 match_part 1.000 80446 80224 match_part 1.000 80104 79824 match_part 0.982 79264 79100 match_197 match_part 0.982 81305 80487 match_198 match_part 1.000 82350 81960 match_199 match_part 0.968 110047 110017 match_part 0.994 109800 109630 match_part 0.921 109267 108827 match_200 match_part 0.771 110051 110017 match_part 0.977 109800 109630 match_part 0.964 109267 108846 match_201 match_part 0.938 110048 110017 match_part 0.994 109800 109630 match_part 0.964 109267 108846 match_202 match_part 0.968 110047 110017 match_part 0.994 109800 109630 match_part 0.948 109267 108846 match_203 match_part 0.906 109026 108857 match_204 match_part 0.965 110130 110017 match_part 0.988 109800 109630 match_part 0.922 109267 108873 match_205 match_part 1.000 110977 110943 match_part 1.000 110840 110670 match_part 1.000 110130 110017 match_part 1.000 109800 109630 match_part 0.995 109267 109074 match_206 match_part 0.979 112365 112318 match_part 0.982 112218 112162 match_part 0.960 111522 111448 match_part 0.992 111062 110943 match_part 0.971 110840 110670 match_part 0.965 110130 110017 match_part 0.944 109800 109712 match_207 match_part 0.938 112398 112318 match_part 0.895 112218 112162 match_part 0.853 111522 111448 match_part 0.900 111062 110943 match_part 0.924 110840 110670 match_part 0.930 110130 110060 match_208 match_part 1.000 112354 112318 match_part 1.000 112218 112162 match_part 1.000 111522 111448 match_part 1.000 111062 110943 match_part 1.000 110840 110670 match_part 1.000 110130 110062 match_209 match_part 1.000 112403 112318 match_part 1.000 112218 112162 match_part 1.000 111522 111448 match_part 1.000 111062 110943 match_part 0.970 110840 110808 match_210 match_part 0.960 111522 111448 match_part 1.000 111062 110947 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 5295 5551 exon 6657 7176 exon 8953 8980 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 15558 15606 exon 16419 16573 exon 18591 18657 exon 19550 19948 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 21202 20564 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 23576 22856 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 25360 25440 exon 25696 25785 exon 25861 25965 exon 26992 27321 exon 27426 27476 exon 27793 27855 exon 27942 28066 exon 28463 28499 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 33570 33026 exon 31980 31885 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 32792 33735 exon 34032 34388 exon 34536 34641 exon 36579 37194 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31924 31984 exon 32817 33735 exon 34032 34388 exon 34536 34641 exon 36579 37194 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 34533 34641 exon 36579 37194 gene_10 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31909 32758 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 37121 36881 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 39673 40147 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 40570 41473 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 41753 41179 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 43604 43103 exon 42854 42845 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 45899 46535 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47813 45932 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47813 46202 exon 46102 45965 gene_19 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47751 47560 exon 46946 45932 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49708 51953 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49707 49768 exon 50144 51953 gene_22 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49717 49768 exon 49840 49981 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 50111 49721 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 57281 57065 exon 56983 56951 exon 54936 54708 exon 53450 53315 exon 53038 52480 exon 52292 52261 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 52567 52903 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 60995 60547 exon 60408 60337 exon 59027 58923 gene_27 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 61525 61075 gene_28 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 62760 62665 exon 62241 62209 exon 61595 61419 exon 60638 60547 exon 60408 60337 exon 59027 58860 exon 58636 58532 gene_29 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 62770 62646 exon 61595 61419 exon 60638 60547 exon 60408 60337 exon 59027 58933 gene_30 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 69890 69695 exon 68645 68521 exon 68364 68295 exon 68181 68148 exon 67013 66697 exon 66568 66422 exon 65603 65511 exon 65365 65303 exon 64100 63736 exon 63612 63576 exon 62942 62935 gene_31 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 82350 81813 exon 80446 80224 exon 80104 79824 exon 79264 78937 exon 77143 76887 exon 76240 75363 exon 74957 74943 gene_32 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 81882 81813 exon 80446 80224 exon 80104 79824 exon 79264 78937 exon 77143 76887 exon 76240 75363 exon 75230 75224 exon 74121 74107 gene_33 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 74558 74446 exon 73016 72829 exon 72759 72613 exon 72484 72351 exon 72183 72122 gene_34 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 74567 74446 exon 73700 73693 exon 73016 72829 exon 72759 72613 exon 72484 72414 gene_35 gene GT_PGL_21_AGS_5 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 81305 80487 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 91843 92706 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 92803 93436 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 112403 112318 exon 112218 112162 exon 111522 111448 exon 111062 110943 exon 110840 110670 exon 110130 110017 exon 109800 109630 exon 109267 108827 RepeatMasker tomato repeats master Copia00110 10881 11125 1 Copia00110 10881 11125 1 nucleotide_motif 642 2351 2580 Gypsy00043 490 1408 1 Gypsy00043 490 1408 1 nucleotide_motif 4432 3975 4884 Unknown00057 303 8660 1 Unknown00057 303 8660 1 nucleotide_motif 1116 16637 17021 Unknown00043 8666 9050 1 Unknown00043 8666 9050 1 nucleotide_motif 792 16995 17390 SONATA1 3 243 1 SONATA1 3 243 1 nucleotide_motif 977 35937 36184 Copia00172 287 446 1 Copia00172 287 446 1 nucleotide_motif 672 37691 37839 TS2 2 255 1 TS2 2 255 1 nucleotide_motif 285 48688 48951 TS2 542 655 1 TS2 542 655 1 nucleotide_motif 351 51330 51430 Copia00172 5286 5313 1 Copia00172 5286 5313 1 nucleotide_motif 229 55169 55196 Copia00110 2601 2724 1 Copia00110 2601 2724 1 nucleotide_motif 308 108179 108196 RepeatMasker tomato repeats master SOD_SINE 82 132 -1 SOD_SINE 82 132 -1 nucleotide_motif 225 1417 1369 SONATA2 8 151 -1 SONATA2 8 151 -1 nucleotide_motif 293 3295 3150 TS2 19 358 -1 TS2 19 358 -1 nucleotide_motif 838 6220 5909 SINE1_SO 3 106 -1 SINE1_SO 3 106 -1 nucleotide_motif 410 8442 8346 Copia00172 286 523 -1 Copia00172 286 523 -1 nucleotide_motif 1506 35792 35548 HATSOD1 4236 4330 -1 HATSOD1 4236 4330 -1 nucleotide_motif 451 55835 55742 Copia00172 1077 1491 -1 Copia00172 1077 1491 -1 nucleotide_motif 1521 67471 67065 Copia00151 8217 8371 -1 Copia00151 8217 8371 -1 nucleotide_motif 481 84734 84580 Gypsy00073 1 383 -1 Gypsy00073 1 383 -1 nucleotide_motif 2212 103557 103186 TLP2 15 253 -1 TLP2 15 253 -1 nucleotide_motif 322 108178 107931 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1176 46230 47522 match_2 match 1176 46230 47522 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 636 1689 2037 clone_1 clone 837.5 13251 57736 clone_end_2 clone_end 1233 13251 13872 clone_2 clone 835.5 13251 57434 clone_end_3 clone_end 1233 13251 13872 clone_end_4 clone_end 1358 18688 19396 clone_3 clone 1402.5 44247 78399 clone_start_1 clone_start 1370 44247 44937 clone_4 clone 852.5 44624 84144 clone_end_5 clone_end 1039 44624 45147 clone_start_2 clone_start 1235 70887 71513 clone_end_6 clone_end 710 92680 93037 clone_end_7 clone_end 775 105382 105772 clone_end_8 clone_end 932 105763 106264 clone_start_3 clone_start 1493 106910 107682 clone_start_4 clone_start 565 111448 111756 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_5 clone_start 442 57736 57514 clone_start_6 clone_start 438 57434 57181 clone_start_7 clone_start 1340 14037 13358 clone_end_9 clone_end 704 20593 20239 clone_start_8 clone_start 811 32458 32050 clone_start_9 clone_start 278 35793 35642 clone_end_10 clone_end 777 41602 41159 clone_start_10 clone_start 1122 44466 43844 clone_end_11 clone_end 1435 78399 77676 clone_start_11 clone_start 666 84144 83809 clone_start_12 clone_start 1433 50219 49472 clone_start_13 clone_start 728 75369 74958 clone_end_12 clone_end 882 76463 76012 clone_end_13 clone_end 1033 92341 91770 clone_start_14 clone_start 735 98363 97993 clone_start_15 clone_start 297 98544 98391 clone_start_16 clone_start 1336 112634 111905 clone_start_17 clone_start 1415 112809 112084 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5295 5551 match_2 match_part 0.992 5296 5551 match_part 1.000 6657 6899 match_3 match_part 1.000 5299 5551 match_part 1.000 6657 6789 match_4 match_part 1.000 5326 5551 match_part 1.000 6657 7176 match_part 1.000 8953 8980 match_5 match_part 1.000 5327 5551 match_part 1.000 6657 6901 match_6 match_part 1.000 15558 15606 match_part 1.000 16419 16573 match_part 1.000 18591 18657 match_part 1.000 19550 19936 match_7 match_part 0.903 16419 16573 match_part 1.000 18591 18657 match_part 0.992 19550 19916 match_8 match_part 1.000 16443 16573 match_part 1.000 18591 18657 match_part 1.000 19550 19934 match_9 match_part 0.963 19622 19948 match_10 match_part 1.000 25360 25440 match_part 1.000 25696 25785 match_part 0.990 25861 25965 match_part 0.997 26992 27321 match_part 1.000 27426 27476 match_part 1.000 27793 27855 match_part 1.000 27942 28066 match_part 1.000 28463 28499 match_11 match_part 0.987 31909 32746 match_12 match_part 0.997 31923 32535 match_13 match_part 0.975 31923 32279 match_14 match_part 1.000 31924 31984 match_part 1.000 32817 33321 match_15 match_part 1.000 32135 32758 match_16 match_part 0.996 33028 33574 match_17 match_part 1.000 33116 33536 match_18 match_part 1.000 33143 33346 match_19 match_part 1.000 33144 33735 match_part 1.000 34032 34086 match_20 match_part 0.943 33260 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_21 match_part 0.998 33313 33735 match_part 1.000 34032 34109 match_22 match_part 1.000 33437 33735 match_part 1.000 34032 34243 match_23 match_part 0.993 33469 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_part 0.964 36579 36690 match_24 match_part 1.000 33545 33735 match_part 1.000 34032 34312 match_25 match_part 0.952 33673 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_part 0.995 36579 36797 match_26 match_part 1.000 33674 33735 match_part 0.997 34032 34388 match_part 0.962 34536 34615 match_27 match_part 1.000 34538 34641 match_part 1.000 36579 37173 match_28 match_part 1.000 34544 34641 match_part 0.982 36579 37088 match_29 match_part 1.000 34574 34641 match_part 1.000 36579 37082 match_30 match_part 0.977 36649 37166 match_31 match_part 0.985 36649 37166 match_32 match_part 1.000 36649 37044 match_33 match_part 0.974 36649 36960 match_34 match_part 1.000 36772 37173 match_35 match_part 0.922 36887 37194 match_36 match_part 0.959 36891 37181 match_37 match_part 1.000 39673 40147 match_38 match_part 1.000 39673 40005 match_39 match_part 0.991 40570 41450 match_40 match_part 1.000 49707 49768 match_part 0.996 50144 50899 match_41 match_part 0.997 49708 50330 match_42 match_part 1.000 49715 50033 match_43 match_part 0.990 49716 50424 match_44 match_part 0.865 49717 49768 match_part 0.993 49840 49981 match_45 match_part 0.976 49838 50123 match_46 match_part 1.000 50176 50719 match_47 match_part 1.000 50372 50877 match_48 match_part 0.986 50412 50840 match_49 match_part 0.998 50471 51066 match_50 match_part 1.000 50472 51085 match_51 match_part 0.995 50472 50897 match_52 match_part 0.995 50800 51228 match_53 match_part 1.000 50965 51228 match_54 match_part 0.997 51193 51945 match_55 match_part 0.986 51289 51953 match_56 match_part 0.998 51370 51927 match_57 match_part 0.988 52567 52903 match_58 match_part 1.000 91843 92533 match_59 match_part 0.991 91932 92388 match_60 match_part 1.000 92198 92706 match_61 match_part 1.000 92275 92644 match_62 match_part 0.998 92803 93436 match_63 match_part 1.000 92803 93436 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_64 match_part 0.987 21202 20564 match_65 match_part 0.993 33455 33026 match_part 0.969 31980 31885 match_66 match_part 0.982 33351 33026 match_part 1.000 31980 31916 match_67 match_part 0.993 33470 33026 match_part 1.000 31980 31918 match_68 match_part 0.985 33570 33026 match_part 1.000 31980 31953 match_69 match_part 1.000 37121 36881 match_70 match_part 0.979 41753 41179 match_71 match_part 0.981 41753 41179 match_72 match_part 0.994 41752 41258 match_73 match_part 0.991 43543 43103 match_part 0.600 42854 42845 match_74 match_part 1.000 43603 43105 match_75 match_part 0.994 43601 43105 match_76 match_part 1.000 43586 43105 match_77 match_part 0.996 43604 43111 match_78 match_part 0.998 43603 43111 match_79 match_part 0.996 43603 43115 match_80 match_part 0.998 43590 43191 match_81 match_part 0.938 43591 43202 match_82 match_part 0.975 43577 43417 match_83 match_part 0.999 46641 45932 match_84 match_part 1.000 46637 45965 match_85 match_part 0.997 46531 46202 match_part 1.000 46102 45965 match_86 match_part 1.000 47792 46202 match_part 1.000 46102 45971 match_87 match_part 0.999 46788 45971 match_88 match_part 0.996 46254 46025 match_89 match_part 1.000 46765 46166 match_90 match_part 0.987 46870 46337 match_91 match_part 0.933 46934 46563 match_92 match_part 1.000 47244 46568 match_93 match_part 1.000 47244 46616 match_94 match_part 1.000 47751 47560 match_part 0.994 46946 46771 match_95 match_part 0.998 47572 46926 match_96 match_part 0.974 47415 46958 match_97 match_part 0.995 47813 46963 match_98 match_part 0.991 47783 46963 match_99 match_part 0.989 47788 47003 match_100 match_part 0.999 47802 47128 match_101 match_part 0.998 47802 47159 match_102 match_part 0.961 47713 47181 match_103 match_part 1.000 47728 47182 match_104 match_part 0.988 47772 47277 match_105 match_part 0.981 47772 47300 match_106 match_part 0.994 47772 47307 match_107 match_part 0.989 47779 47310 match_108 match_part 1.000 47791 47318 match_109 match_part 0.987 47782 47321 match_110 match_part 0.968 47658 47442 match_111 match_part 0.994 47787 47447 match_112 match_part 0.995 50111 49721 match_113 match_part 0.985 52882 52480 match_part 0.781 52292 52261 match_114 match_part 1.000 52822 52480 match_part 0.781 52292 52261 match_115 match_part 0.989 53037 52480 match_116 match_part 0.989 53037 52480 match_117 match_part 0.950 52955 52480 match_118 match_part 0.998 53036 52543 match_119 match_part 0.983 53036 52576 match_120 match_part 0.934 53037 52661 match_121 match_part 1.000 57269 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54708 match_part 0.993 53450 53315 match_part 0.986 53038 52965 match_122 match_part 1.000 57268 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54708 match_part 1.000 53450 53396 match_123 match_part 0.963 57281 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54746 match_124 match_part 1.000 60995 60547 match_part 1.000 60408 60337 match_part 0.990 59027 58923 match_125 match_part 1.000 60995 60547 match_part 1.000 60408 60337 match_part 1.000 59027 58923 match_126 match_part 1.000 62770 62646 match_part 1.000 61595 61419 match_part 1.000 60638 60547 match_part 1.000 60408 60337 match_part 0.989 59027 58933 match_127 match_part 0.997 60994 60641 match_128 match_part 0.989 61525 61075 match_129 match_part 0.946 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_part 0.986 64100 63736 match_part 0.459 63612 63576 match_part 0.500 62942 62935 match_130 match_part 1.000 66726 66697 match_part 1.000 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_part 1.000 64100 63895 match_131 match_part 1.000 66917 66697 match_part 1.000 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_132 match_part 0.934 74567 74446 match_part 0.625 73700 73693 match_part 1.000 73016 72829 match_part 1.000 72759 72613 match_part 0.972 72484 72414 match_133 match_part 0.991 74558 74446 match_part 1.000 73016 72829 match_part 1.000 72759 72613 match_part 1.000 72484 72416 match_134 match_part 1.000 75832 75363 match_part 0.857 75230 75224 match_part 0.733 74121 74107 match_135 match_part 0.996 82271 81813 match_part 1.000 80446 80224 match_part 0.996 80104 79824 match_part 0.994 79264 78937 match_part 0.992 77143 76887 match_part 0.993 76240 75363 match_part 0.933 74957 74943 match_136 match_part 1.000 75695 75397 match_137 match_part 0.997 76188 75466 match_138 match_part 0.994 76188 75471 match_139 match_part 1.000 77108 76887 match_part 0.998 76240 75616 match_140 match_part 0.994 77067 76887 match_part 0.990 76240 75668 match_141 match_part 0.996 76189 75739 match_142 match_part 0.956 80005 79824 match_part 0.988 79264 78937 match_part 0.978 77143 77098 match_143 match_part 1.000 81882 81813 match_part 1.000 80446 80224 match_part 1.000 80104 79824 match_part 0.982 79264 79100 match_144 match_part 0.982 81305 80487 match_145 match_part 1.000 82350 81960 match_146 match_part 0.968 110047 110017 match_part 0.994 109800 109630 match_part 0.921 109267 108827 match_147 match_part 0.771 110051 110017 match_part 0.977 109800 109630 match_part 0.964 109267 108846 match_148 match_part 0.938 110048 110017 match_part 0.994 109800 109630 match_part 0.964 109267 108846 match_149 match_part 0.968 110047 110017 match_part 0.994 109800 109630 match_part 0.948 109267 108846 match_150 match_part 1.000 110977 110943 match_part 1.000 110840 110670 match_part 1.000 110130 110017 match_part 1.000 109800 109630 match_part 0.995 109267 109074 match_151 match_part 0.938 112398 112318 match_part 0.895 112218 112162 match_part 0.853 111522 111448 match_part 0.900 111062 110943 match_part 0.924 110840 110670 match_part 0.930 110130 110060 match_152 match_part 1.000 112354 112318 match_part 1.000 112218 112162 match_part 1.000 111522 111448 match_part 1.000 111062 110943 match_part 1.000 110840 110670 match_part 1.000 110130 110062 match_153 match_part 1.000 112403 112318 match_part 1.000 112218 112162 match_part 1.000 111522 111448 match_part 1.000 111062 110943 match_part 0.970 110840 110808 match_154 match_part 0.960 111522 111448 match_part 1.000 111062 110947 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 5295 5551 exon 6657 7176 exon 8953 8980 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 15558 15606 exon 16419 16573 exon 18591 18657 exon 19550 19948 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 21202 20564 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 25360 25440 exon 25696 25785 exon 25861 25965 exon 26992 27321 exon 27426 27476 exon 27793 27855 exon 27942 28066 exon 28463 28499 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 33570 33026 exon 31980 31885 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31924 31984 exon 32817 33735 exon 34032 34388 exon 34536 34641 exon 36579 37194 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31909 32758 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 37121 36881 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 39673 40147 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 40570 41450 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 41753 41179 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 43604 43103 exon 42854 42845 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47813 45932 gene_14 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47813 46202 exon 46102 45965 gene_15 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47751 47560 exon 46946 45932 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49708 51953 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49707 49768 exon 50144 51953 gene_18 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49717 49768 exon 49840 49981 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 50111 49721 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 57281 57065 exon 56983 56951 exon 54936 54708 exon 53450 53315 exon 53038 52480 exon 52292 52261 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 52567 52903 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 60995 60547 exon 60408 60337 exon 59027 58923 gene_23 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 61525 61075 gene_24 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 62770 62646 exon 61595 61419 exon 60638 60547 exon 60408 60337 exon 59027 58933 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 66917 66697 exon 66568 66422 exon 65603 65511 exon 65365 65303 exon 64100 63736 exon 63612 63576 exon 62942 62935 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 82350 81813 exon 80446 80224 exon 80104 79824 exon 79264 78937 exon 77143 76887 exon 76240 75363 exon 74957 74943 gene_27 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 81882 81813 exon 80446 80224 exon 80104 79824 exon 79264 78937 exon 77143 76887 exon 76240 75363 exon 75230 75224 exon 74121 74107 gene_28 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 74558 74446 exon 73016 72829 exon 72759 72613 exon 72484 72416 gene_29 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 74567 74446 exon 73700 73693 exon 73016 72829 exon 72759 72613 exon 72484 72414 gene_30 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 81305 80487 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 91843 92706 gene_32 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 92803 93436 gene_33 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 112403 112318 exon 112218 112162 exon 111522 111448 exon 111062 110943 exon 110840 110670 exon 110130 110017 exon 109800 109630 exon 109267 108827 AUGUSTUS_tom_cdna de novo gene_1 gene 2 5408 19680 transcript_1 transcript 5408 19680 start_codon_1 start_codon 5408 5410 CDS_1 CDS 5408 5551 CDS_2 CDS 6657 7176 CDS_3 CDS 8953 9100 CDS_4 CDS 11187 11292 CDS_5 CDS 15537 15606 CDS_6 CDS 16419 16573 CDS_7 CDS 18591 18657 CDS_8 CDS 19550 19680 stop_codon_1 stop_codon 19678 19680 transcript_2 transcript 5408 19680 start_codon_2 start_codon 5408 5410 CDS_9 CDS 5408 5551 CDS_10 CDS 6657 7176 CDS_11 CDS 8953 9100 CDS_12 CDS 11187 11263 CDS_13 CDS 16419 16573 CDS_14 CDS 18591 18657 CDS_15 CDS 19550 19680 stop_codon_2 stop_codon 19678 19680 gene_2 gene 1 25167 36913 transcript_3 transcript 25167 36913 start_codon_3 start_codon 25167 25169 CDS_16 CDS 25167 25300 CDS_17 CDS 25365 25440 CDS_18 CDS 25696 25785 CDS_19 CDS 25861 25965 CDS_20 CDS 26992 27112 CDS_21 CDS 27269 27321 CDS_22 CDS 27426 27476 CDS_23 CDS 27793 27855 CDS_24 CDS 27942 28066 CDS_25 CDS 31830 31984 CDS_26 CDS 33032 33735 CDS_27 CDS 34032 34388 CDS_28 CDS 34536 34641 CDS_29 CDS 36579 36913 stop_codon_3 stop_codon 36911 36913 gene_3 gene 1 39747 41498 transcript_4 transcript 39747 41498 start_codon_4 start_codon 39747 39749 CDS_30 CDS 39747 41498 stop_codon_4 stop_codon 41496 41498 gene_4 gene 1 50026 51057 transcript_5 transcript 50026 51057 start_codon_5 start_codon 50026 50028 CDS_31 CDS 50026 51057 stop_codon_5 stop_codon 51055 51057 gene_5 gene 1 92160 93386 transcript_6 transcript 92160 93386 start_codon_6 start_codon 92160 92162 CDS_32 CDS 92160 93386 stop_codon_6 stop_codon 93384 93386 AUGUSTUS_tom_cdna de novo gene_6 gene 1 23504 22932 transcript_7 transcript 23504 22932 stop_codon_7 stop_codon 22934 22932 CDS_33 CDS 23504 22932 start_codon_7 start_codon 23504 23502 gene_7 gene 1 44634 43269 transcript_8 transcript 44634 43269 stop_codon_8 stop_codon 43271 43269 CDS_34 CDS 43597 43269 CDS_35 CDS 44634 44625 start_codon_8 start_codon 44634 44632 gene_8 gene 1 48508 46224 transcript_9 transcript 48508 46224 stop_codon_9 stop_codon 46226 46224 CDS_36 CDS 47822 46224 CDS_37 CDS 48508 48506 start_codon_9 start_codon 48508 48506 gene_9 gene 1 57164 52706 transcript_10 transcript 57164 52706 stop_codon_10 stop_codon 52708 52706 CDS_38 CDS 53038 52706 CDS_39 CDS 53450 53315 CDS_40 CDS 54936 54708 CDS_41 CDS 56983 56951 CDS_42 CDS 57164 57065 start_codon_10 start_codon 57164 57162 gene_10 gene 1 61587 58277 transcript_11 transcript 61587 58277 stop_codon_11 stop_codon 58279 58277 CDS_43 CDS 58636 58277 CDS_44 CDS 59027 58860 CDS_45 CDS 60408 60337 CDS_46 CDS 60638 60547 CDS_47 CDS 61587 61419 start_codon_11 start_codon 61587 61585 gene_11 gene 1 72895 64068 transcript_12 transcript 72895 64068 stop_codon_12 stop_codon 64070 64068 CDS_48 CDS 64100 64068 CDS_49 CDS 65365 65303 CDS_50 CDS 65603 65511 CDS_51 CDS 66568 66422 CDS_52 CDS 67013 66697 CDS_53 CDS 70967 70822 CDS_54 CDS 72164 71993 CDS_55 CDS 72484 72380 CDS_56 CDS 72759 72613 CDS_57 CDS 72895 72829 start_codon_12 start_codon 72895 72893 gene_12 gene 1 82246 75757 transcript_13 transcript 82246 75757 stop_codon_13 stop_codon 75759 75757 CDS_58 CDS 76240 75757 CDS_59 CDS 77143 76887 CDS_60 CDS 79264 78937 CDS_61 CDS 80104 79824 CDS_62 CDS 80446 80224 CDS_63 CDS 82246 81813 start_codon_13 start_codon 82246 82244 gene_13 gene 1 112463 109169 transcript_14 transcript 112463 109169 stop_codon_14 stop_codon 109171 109169 CDS_64 CDS 109267 109169 CDS_65 CDS 109800 109630 CDS_66 CDS 110130 110017 CDS_67 CDS 110840 110670 CDS_68 CDS 111062 110943 CDS_69 CDS 111522 111448 CDS_70 CDS 112218 112162 CDS_71 CDS 112463 112318 AUGUSTUS_ab_initio de novo gene_1 gene 1 25167 36913 transcript_1 transcript 25167 36913 start_codon_1 start_codon 25167 25169 CDS_1 CDS 25167 25300 CDS_2 CDS 25671 25785 CDS_3 CDS 26992 27099 CDS_4 CDS 32890 33735 CDS_5 CDS 34032 34289 CDS_6 CDS 34536 34578 CDS_7 CDS 36579 36913 stop_codon_1 stop_codon 36911 36913 gene_2 gene 1 39747 41498 transcript_2 transcript 39747 41498 start_codon_2 start_codon 39747 39749 CDS_8 CDS 39747 41498 stop_codon_2 stop_codon 41496 41498 gene_3 gene 1 50026 51057 transcript_3 transcript 50026 51057 start_codon_3 start_codon 50026 50028 CDS_9 CDS 50026 51057 stop_codon_3 stop_codon 51055 51057 gene_4 gene 1 92301 93386 transcript_4 transcript 92301 93386 start_codon_4 start_codon 92301 92303 CDS_10 CDS 92301 93386 stop_codon_4 stop_codon 93384 93386 AUGUSTUS_ab_initio de novo gene_5 gene 1 23504 22932 transcript_5 transcript 23504 22932 stop_codon_5 stop_codon 22934 22932 CDS_11 CDS 23504 22932 start_codon_5 start_codon 23504 23502 gene_6 gene 1 47768 46224 transcript_6 transcript 47768 46224 stop_codon_6 stop_codon 46226 46224 CDS_12 CDS 47768 46224 start_codon_6 start_codon 47768 47766 gene_7 gene 1 82246 52706 transcript_7 transcript 82246 52706 stop_codon_7 stop_codon 52708 52706 CDS_13 CDS 53038 52706 CDS_14 CDS 53450 53315 CDS_15 CDS 54936 54708 CDS_16 CDS 56983 56951 CDS_17 CDS 58636 58402 CDS_18 CDS 65650 65511 CDS_19 CDS 70967 70822 CDS_20 CDS 72164 71993 CDS_21 CDS 72484 72380 CDS_22 CDS 73009 72829 CDS_23 CDS 73612 73483 CDS_24 CDS 76240 76022 CDS_25 CDS 77143 76887 CDS_26 CDS 79093 78937 CDS_27 CDS 80104 79824 CDS_28 CDS 80446 80224 CDS_29 CDS 82246 81813 start_codon_7 start_codon 82246 82244 AUGUSTUS_tom_ugs de novo gene_1 gene 1 5408 19680 transcript_1 transcript 5408 19680 start_codon_1 start_codon 5408 5410 CDS_1 CDS 5408 5551 CDS_2 CDS 6657 7176 CDS_3 CDS 8953 9100 CDS_4 CDS 11187 11292 CDS_5 CDS 15537 15606 CDS_6 CDS 16419 16573 CDS_7 CDS 18591 18657 CDS_8 CDS 19550 19680 stop_codon_1 stop_codon 19678 19680 gene_2 gene 1 25167 28496 transcript_2 transcript 25167 28496 start_codon_2 start_codon 25167 25169 CDS_9 CDS 25167 25300 CDS_10 CDS 25365 25440 CDS_11 CDS 25696 25785 CDS_12 CDS 25861 25965 CDS_13 CDS 26992 27112 CDS_14 CDS 27269 27321 CDS_15 CDS 27426 27476 CDS_16 CDS 27793 27855 CDS_17 CDS 27942 28066 CDS_18 CDS 28463 28496 stop_codon_2 stop_codon 28494 28496 gene_3 gene 1 33091 36913 transcript_3 transcript 33091 36913 start_codon_3 start_codon 33091 33093 CDS_19 CDS 33091 33735 CDS_20 CDS 34032 34388 CDS_21 CDS 34536 34641 CDS_22 CDS 36579 36913 stop_codon_3 stop_codon 36911 36913 gene_4 gene 1 39747 41498 transcript_4 transcript 39747 41498 start_codon_4 start_codon 39747 39749 CDS_23 CDS 39747 41498 stop_codon_4 stop_codon 41496 41498 gene_5 gene 1 50026 51057 transcript_5 transcript 50026 51057 start_codon_5 start_codon 50026 50028 CDS_24 CDS 50026 51057 stop_codon_5 stop_codon 51055 51057 gene_6 gene 1 92301 93386 transcript_6 transcript 92301 93386 start_codon_6 start_codon 92301 92303 CDS_25 CDS 92301 93386 stop_codon_6 stop_codon 93384 93386 AUGUSTUS_tom_ugs de novo gene_7 gene 1 23504 22932 transcript_7 transcript 23504 22932 stop_codon_7 stop_codon 22934 22932 CDS_26 CDS 23504 22932 start_codon_7 start_codon 23504 23502 gene_8 gene 1 47768 46224 transcript_8 transcript 47768 46224 stop_codon_8 stop_codon 46226 46224 CDS_27 CDS 47768 46224 start_codon_8 start_codon 47768 47766 gene_9 gene 1 57164 52706 transcript_9 transcript 57164 52706 stop_codon_9 stop_codon 52708 52706 CDS_28 CDS 53038 52706 CDS_29 CDS 53450 53315 CDS_30 CDS 54936 54708 CDS_31 CDS 56983 56951 CDS_32 CDS 57164 57065 start_codon_9 start_codon 57164 57162 gene_10 gene 2 82246 58277 transcript_10 transcript 66957 58277 stop_codon_10 stop_codon 58279 58277 CDS_33 CDS 58636 58277 CDS_34 CDS 59027 58860 CDS_35 CDS 60408 60337 CDS_36 CDS 60638 60547 CDS_37 CDS 61587 61419 CDS_38 CDS 65365 65303 CDS_39 CDS 65603 65511 CDS_40 CDS 66568 66422 CDS_41 CDS 66957 66697 start_codon_10 start_codon 66957 66955 transcript_11 transcript 82246 64068 stop_codon_11 stop_codon 64070 64068 CDS_42 CDS 64100 64068 CDS_43 CDS 65365 65303 CDS_44 CDS 65603 65511 CDS_45 CDS 66568 66422 CDS_46 CDS 67013 66697 CDS_47 CDS 70967 70822 CDS_48 CDS 72164 71993 CDS_49 CDS 72484 72380 CDS_50 CDS 72759 72613 CDS_51 CDS 73009 72829 CDS_52 CDS 73612 73483 CDS_53 CDS 76240 76022 CDS_54 CDS 77143 76887 CDS_55 CDS 79264 78937 CDS_56 CDS 80104 79824 CDS_57 CDS 80446 80224 CDS_58 CDS 82246 81813 start_codon_11 start_codon 82246 82244 gene_11 gene 1 112473 109990 transcript_12 transcript 112473 109990 stop_codon_12 stop_codon 109992 109990 CDS_59 CDS 110130 109990 CDS_60 CDS 110840 110670 CDS_61 CDS 111062 110943 CDS_62 CDS 111522 111448 CDS_63 CDS 112218 112162 CDS_64 CDS 112473 112318 start_codon_12 start_codon 112473 112471 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5295 5551 match_part 1.000 6657 7176 match_part 1.000 8953 8980 match_2 match_part 1.000 15558 15606 match_part 1.000 16419 16573 match_part 1.000 18591 18657 match_part 0.970 19550 19948 match_3 match_part 1.000 25360 25440 match_part 1.000 25696 25785 match_part 0.990 25861 25965 match_part 0.997 26992 27321 match_part 1.000 27426 27476 match_part 1.000 27793 27855 match_part 1.000 27942 28066 match_part 1.000 28463 28499 match_4 match_part 0.996 31909 32758 match_5 match_part 1.000 31924 31984 match_part 1.000 32817 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_part 1.000 36579 37173 match_6 match_part 0.943 33260 33735 match_part 0.997 34032 34388 match_part 1.000 34536 34641 match_7 match_part 1.000 39673 40147 match_8 match_part 0.999 49715 51228 match_9 match_part 0.997 51193 51945 match_10 match_part 1.000 91843 92706 match_11 match_part 1.000 92803 93436 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.987 21202 20564 match_13 match_part 0.990 41753 40570 match_14 match_part 0.999 47813 45932 match_15 match_part 0.933 46934 46563 match_16 match_part 1.000 47751 47560 match_part 0.994 46946 46771 match_17 match_part 1.000 53037 52480 match_part 0.781 52292 52261 match_18 match_part 0.934 53037 52661 match_19 match_part 1.000 57269 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54708 match_part 0.993 53450 53315 match_part 0.986 53038 52965 match_20 match_part 0.963 57281 57065 match_part 1.000 56983 56951 match_part 1.000 54936 54746 match_21 match_part 1.000 60994 60547 match_part 1.000 60408 60337 match_part 1.000 59027 58923 match_22 match_part 1.000 62770 62646 match_part 1.000 61595 61419 match_part 1.000 60638 60547 match_part 1.000 60408 60337 match_part 0.989 59027 58933 match_23 match_part 0.989 61525 61075 match_24 match_part 1.000 66917 66697 match_part 1.000 66568 66422 match_part 1.000 65603 65511 match_part 1.000 65365 65303 match_part 0.986 64100 63736 match_part 0.459 63612 63576 match_part 0.500 62942 62935 match_25 match_part 0.934 74567 74446 match_part 0.625 73700 73693 match_part 1.000 73016 72829 match_part 1.000 72759 72613 match_part 1.000 72484 72416 match_26 match_part 1.000 82350 81813 match_part 1.000 80446 80224 match_part 1.000 80104 79824 match_part 1.000 79264 78937 match_part 0.996 77143 76887 match_part 1.000 76240 75363 match_part 0.857 75230 75224 match_part 0.733 74121 74107 match_27 match_part 0.982 81305 80487 match_28 match_part 0.968 110047 110017 match_part 0.994 109800 109630 match_part 0.964 109267 108846 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 5295 5551 exon 6657 7176 exon 8953 8980 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 15558 15606 exon 16419 16573 exon 18591 18657 exon 19550 19948 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 21202 20564 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 25360 25440 exon 25696 25785 exon 25861 25965 exon 26992 27321 exon 27426 27476 exon 27793 27855 exon 27942 28066 exon 28463 28499 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31924 31984 exon 32817 33735 exon 34032 34388 exon 34536 34641 exon 36579 37173 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 31909 32758 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 39673 40147 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 41753 40570 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47813 45932 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 47751 47560 exon 46946 46563 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 49715 51945 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 57281 57065 exon 56983 56951 exon 54936 54708 exon 53450 53315 exon 53038 52480 exon 52292 52261 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 62770 62646 exon 61595 61419 exon 60638 60547 exon 60408 60337 exon 59027 58933 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 60994 60547 exon 60408 60337 exon 59027 58923 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 61525 61075 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 66917 66697 exon 66568 66422 exon 65603 65511 exon 65365 65303 exon 64100 63736 exon 63612 63576 exon 62942 62935 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 82350 81813 exon 80446 80224 exon 80104 79824 exon 79264 78937 exon 77143 76887 exon 76240 75363 exon 75230 75224 exon 74121 74107 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 74567 74446 exon 73700 73693 exon 73016 72829 exon 72759 72613 exon 72484 72416 gene_19 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 81305 80487 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 91843 92706 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 92803 93436 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 110047 110017 exon 109800 109630 exon 109267 108846 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 5295 5551 match_part 1.000 6657 7176 match_part 1.000 8953 8980 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.990 41753 41179 match_3 match_part 0.970 79102 78937 match_part 0.984 77143 76887 match_part 0.971 76240 76036 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 5295 5551 exon 6657 7176 exon 8953 8980 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 41753 41179 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0142A05.2 type gene exon 79102 78937 exon 77143 76887 exon 76240 76036 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 5408 19680 transcript_1 transcript 5408 19680 start_codon_1 start_codon 5408 5410 CDS_1 CDS 5408 5551 CDS_2 CDS 6657 7176 CDS_3 CDS 8953 9100 CDS_4 CDS 11187 11292 CDS_5 CDS 15537 15606 CDS_6 CDS 16419 16573 CDS_7 CDS 18591 18657 CDS_8 CDS 19550 19680 stop_codon_1 stop_codon 19678 19680 transcript_2 transcript 5408 19680 start_codon_2 start_codon 5408 5410 CDS_9 CDS 5408 5551 CDS_10 CDS 6657 7176 CDS_11 CDS 8953 9100 CDS_12 CDS 11187 11263 CDS_13 CDS 16419 16573 CDS_14 CDS 18591 18657 CDS_15 CDS 19550 19680 stop_codon_2 stop_codon 19678 19680 gene_2 gene 1 25167 36913 transcript_3 transcript 25167 36913 start_codon_3 start_codon 25167 25169 CDS_16 CDS 25167 25300 CDS_17 CDS 25365 25440 CDS_18 CDS 25696 25785 CDS_19 CDS 25861 25965 CDS_20 CDS 26992 27112 CDS_21 CDS 27269 27321 CDS_22 CDS 27426 27476 CDS_23 CDS 27793 27855 CDS_24 CDS 27942 28066 CDS_25 CDS 31830 31984 CDS_26 CDS 33032 33735 CDS_27 CDS 34032 34388 CDS_28 CDS 34536 34641 CDS_29 CDS 36579 36913 stop_codon_3 stop_codon 36911 36913 gene_3 gene 1 39747 41498 transcript_4 transcript 39747 41498 start_codon_4 start_codon 39747 39749 CDS_30 CDS 39747 41498 stop_codon_4 stop_codon 41496 41498 gene_4 gene 1 50026 51057 transcript_5 transcript 50026 51057 start_codon_5 start_codon 50026 50028 CDS_31 CDS 50026 51057 stop_codon_5 stop_codon 51055 51057 gene_5 gene 1 92160 93386 transcript_6 transcript 92160 93386 start_codon_6 start_codon 92160 92162 CDS_32 CDS 92160 93386 stop_codon_6 stop_codon 93384 93386 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 23504 22932 transcript_7 transcript 23504 22932 stop_codon_7 stop_codon 22934 22932 CDS_33 CDS 23504 22932 start_codon_7 start_codon 23504 23502 gene_7 gene 1 44634 43269 transcript_8 transcript 44634 43269 stop_codon_8 stop_codon 43271 43269 CDS_34 CDS 43597 43269 CDS_35 CDS 44634 44625 start_codon_8 start_codon 44634 44632 gene_8 gene 1 49808 46224 transcript_9 transcript 49808 46224 stop_codon_9 stop_codon 46226 46224 CDS_36 CDS 47822 46224 CDS_37 CDS 49808 49692 start_codon_9 start_codon 49808 49806 gene_9 gene 1 57164 52706 transcript_10 transcript 57164 52706 stop_codon_10 stop_codon 52708 52706 CDS_38 CDS 53038 52706 CDS_39 CDS 53450 53315 CDS_40 CDS 54936 54708 CDS_41 CDS 56983 56951 CDS_42 CDS 57164 57065 start_codon_10 start_codon 57164 57162 gene_10 gene 1 61587 58277 transcript_11 transcript 61587 58277 stop_codon_11 stop_codon 58279 58277 CDS_43 CDS 58636 58277 CDS_44 CDS 59027 58860 CDS_45 CDS 60408 60337 CDS_46 CDS 60638 60547 CDS_47 CDS 61587 61419 start_codon_11 start_codon 61587 61585 gene_11 gene 1 72895 64068 transcript_12 transcript 72895 64068 stop_codon_12 stop_codon 64070 64068 CDS_48 CDS 64100 64068 CDS_49 CDS 65365 65303 CDS_50 CDS 65603 65511 CDS_51 CDS 66568 66422 CDS_52 CDS 67013 66697 CDS_53 CDS 70967 70822 CDS_54 CDS 72183 71993 CDS_55 CDS 72484 72351 CDS_56 CDS 72759 72613 CDS_57 CDS 72895 72829 start_codon_12 start_codon 72895 72893 gene_12 gene 1 82246 75757 transcript_13 transcript 82246 75757 stop_codon_13 stop_codon 75759 75757 CDS_58 CDS 76240 75757 CDS_59 CDS 77143 76887 CDS_60 CDS 79264 78937 CDS_61 CDS 80104 79824 CDS_62 CDS 80446 80224 CDS_63 CDS 82246 81813 start_codon_13 start_codon 82246 82244 gene_13 gene 1 112463 109169 transcript_14 transcript 112463 109169 stop_codon_14 stop_codon 109171 109169 CDS_64 CDS 109267 109169 CDS_65 CDS 109800 109630 CDS_66 CDS 110130 110017 CDS_67 CDS 110840 110670 CDS_68 CDS 111062 110943 CDS_69 CDS 111522 111448 CDS_70 CDS 112218 112162 CDS_71 CDS 112463 112318 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 149 32899 33738 match_2 match 174 34029 34643 match_3 match 179 36518 36910 match_4 match 191 92208 93368 match_5 match 159 32899 33738 match_6 match 178 34029 34643 match_7 match 187 36572 36910 match_8 match 159 32899 33738 match_9 match 178 34029 34643 match_10 match 407 50026 51051 match_11 match 183 92172 93383 match_12 match 120 92211 93383 match_13 match 150 34029 34643 match_14 match 154 36572 36907 match_15 match 224 50080 51027 match_16 match 343 50026 51045 match_17 match 144 34029 34643 match_18 match 166 36572 36910 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_19 match 129 54958 54707 match_20 match 172 111065 110637 match_21 match 138 112506 112147 match_22 match 172 111065 110637 match_23 match 138 112506 112147 match_24 match 216 23480 22935 match_25 match 171 111065 110637 match_26 match 138 112506 112147 match_27 match 171 111065 110637 match_28 match 138 112506 112147 match_29 match 171 111065 110637 match_30 match 138 112506 112147 match_31 match 216 23486 22935 match_32 match 820 47726 46236 match_33 match 128 54937 54707 match_34 match 173 23480 22935 match_35 match 117 54937 54701 match_36 match 119 54958 54701 match_37 match 122 54937 54707 match_38 match 127 82111 81812 match_39 match 127 80104 79736 match_40 match 106 77128 76886 match_41 match 214 76242 75760 match_42 match 127 80448 80221 match_43 match 851 47783 46248 match_44 match 105 112506 112315 match_45 match 110 54958 54701 match_46 match 110 54958 54701 match_47 match 135 79266 78937 match_48 match 139 77155 76886 match_49 match 260 76242 75760 match_50 match 149 80457 80221 match_51 match 161 80104 79823 match_52 match 205 82111 81812 match_53 match 123 54958 54707 match_54 match 131 54958 54707