C08HBa0167P18.1 AAGCTTACTAAAAATCTCAACTTTTAACTCAAGGTTCAAAACCAACTTTTCAAACTCAAT CAAAAATGATTCTAGATCGATATCGGAAGAGCAAAATGGTAATTTCTACGGTTAAACAAA AAATGGCCGACGATCATAACAACGAGTGAAAGCCAAAAAGAGGTACTTTTTTTTAAAAAA AATATGTTTTTATTTTTTATTTTATCTCTTGCCACCATCAATACCAGCACTCTTCACTCA CGATATTGGATATATTGGAGTCAAAAAAGAATTCTTTTCTAATTGAATGATTTAAAATTT ATCTGGGAATAACACGACAGTTTTTTAATTGGGGTCAAACACTTAAACATCTCCTCTAAT TTGTCCTCAATTTTCATTTTGACACTCTATCTTAGCCTTGTTCTTTTCAACTCTATATTT ATGTATCGATTAAACACACGATACTACTTTTATGATTACATTATTTTTTTATAAGATCAT CAAATGAAATTTTTCATTTTAAAAATAACCATTCGGCCATTAATTTTCATAAAAAAAATT AAAATTTGACAGACGACATTGATTTTTTTTTTAAAAAATAAATATTTCTTTTTTAGAGTT TCTTTATATTTTTGTGTAAATAATAACTGAAGAAAGTGCGTCAAATTTTCTTTCTTAAAA AAATTGATAGCAATCGAACACAGCCTATCGAGTTTAAACATTTTTGTACTAGTGTTATTA GCAATGAGTAAGAGTCTTTTTTACTCTTATTGAAGATATGTTCTTTTAGCTCTATTGAAT TAAATTAATAATAAAAAAGTTGATATTTGAGATAAATCCCAATAGATGGAATATGAAAGG AAAAAAAGATAATAAGTGTTATTTAATTTAAATGATTGTTTAAAAAAGAAAATCAACACA ATTATTTTTCACACAAAAATGTAGTGAAATGAAAATTGATGTTCATCCGTAAATTTTGTT TTATAATATTATGAAAACTAACAGACAAACGTCGATTTTAAAAATGAAAAAGTGAAAACG AAGAACATACATAAAATAAAGAAATCGTAAAATTAGTATTTGTCTTTAAATGGTGCATAA AATAGATTTGAAAAAATAAATGGAACAGTGCTAAGATAGAGTGTCAAAATGAAAAATAAA GGCAAGTTACACGGTTGTGTATGTGTTTTTAATTGGCTTTTGTGTCATGTCATGGTGTGT AAAGTACACACATCCCACTTTATTGATTCTTTGGACAGAAGTGTCTAAATGAAACATGAA AATTGGAGTTGACGGGTTAAAATGGAACACTATTGAGTTGAAGTGTTAAAATAAAATTAG GGATAAGTTTTAAGGGTAGGAATACACATTAATCAGTTTGATTTAGAAGTTTATTGATTT GACTTATTTGTTATTATATCATTGATCGTTATTAGTTCGTTATCAGTTTAATAATTAAAA TTTGACACAATAAAATCATTAAAAATTACTTAAAAACAAGGTAACAACCAAATGAACCAC ACACATGAGTTCATAAATTGCATCTCGCGAAAAAGCAAATATTTTTACATTATAGATAAC CAAGAGTTTGAGACGTCTAGAAATAAAAGTAGGAAACTAAACTCTTAGTCAAGGACTTTA TATACAAAATGGTGTGTCTATAATTATTTAAAGCTTAAGTCATCCTCGACCTCTTAAAGT TGTCCACATAACTCATTTAGACACCTGAACTAGGACTTGTACCTATTGAATACCTAAATT GTTAAAGACATGTTACTATTAAACACAAAACACTTATGTAGCAAACTAAGTGTATCTCAG TAGCTACTGAGTGCCTGAATGCCTTGTTTTTTATTTTTAAAATAAATTTGTGCCTACTTT CTTGACACTTGACATGCATTGACTAAATAAATAAAAAATTAAATTCATTAAACATTACTC TTTTAATTAAAATTACCCCACCCCACCCATGTACCAATCCTCTTCTTCTTCAACCCCCAA TTTAAAAGACTTTAAATTTCTCTTACCTTTTATTTTGGCTCTTTTTTTTCTTCATTTTTT TTTTGTTATAGACAAACAGATGAACTTGCAAGAAGAAAGAAAAAAATTGACCATTGGAGT CAAAAAGTCTATCGACATTTATGCATCTCTATTTTCATAACTCTGATTGAATATTCACCA CCATTCATTTAACTTATTGAAAGTGATGTACATTTTTTTTATATACTTTTGATCTCTCTT CGTTGTCGATTTTGAAATAATTTATCGACGAAAATTATTTTTACAAAAATCTCAATAATC ACTTGGAGGAATAGAATATAACAAGTAACAAGAGAAGAAAAAGAAAGAGGAAAAGATTAG GTGGATGTATTTGGGATGGCGTGGGGAGTATTTTCTTTTTTGTTATCGCCGGAGGAATCT ATGGTTGGATGGCTATGGCGAAATCACAGGGAAGAAGATGATGAAGAAAGGGCGATAGGT TATATGAGGTGGGGGTTGGGGGGGGGGGAGATGGAGATTTTTTTTTATCAATTTAATATT CTAGCTTATTAAAGGGTGAAAAGTATTTTATTTTTTTCAAAAATTAAAATTTTGGGCCAA TGTGCCACGTGTGATAATTCTATTCGTGATTTTTTTAAAGATAATGTGTCTGAACTACAT GGACACTATGTTTAAAGCTAGTTGTCATTTTATGTTCAATAGATACATATTCGTTTATAT TAAGTGTATAATAGGTAAAGGTTTCAGTTGAGGTGTCTAAATGAATTATGCGAACAACTT TAAAGGGTTGTTAATGACTGAATCCATTATTTAATTTGCTATCATGTAATCGGTTAATCC GTTAAGAAAAACTTCAAATTGTTAAGAACTAATAACCCGATAACCAAAAAAATTTAAAAC CGTTAGCAAAACCGCTAAGCCAATAACCTATATGACAAACCAATAACTTTTTTGGTTCGA GTTATCGATTTTAGTTTGATTTTGAACAACCCTATTTAATGGTCAATATAACTTTCACAT ATAGCAAACACAAAATTCATATTTGTATACTATAGCAAAGTTTGCATAATTGTGCTCCAT ATCAAACATAAATATGTATATTTCGCTATGCATATACAAAAAAGAACAATTGTATCATTC GCTATACATATACAAAGAAACCAATTGTATAATTCGCTATATATACCAAACAAGCAGTTG TTACAAATCAATTGCATAATTTGTGTATGTATAAAACGTGAAAGAGAGCAAGACAAAAGA AAATTGGGCAAGGGAATATTTGTATTGTATAATTATAAGTGTATAGGACGAAGATATATG TATTTGCATGTGTATATACAATTTTCTCTCGCTTTATATAAATAGAAACGAAATATATAA ACTGCGTTTATGTTTGTATAACCGATAGAAGCGAGGGTGGCGAGCGAGATGTAGGAGAGT GACGAGTGAGTTCTGGGATAGGGGAGAGAGGGGAACATATATATATATATATATATATAT ATATATATATATACACAAAAAAAAAATTTCTCGCTTTATACAAACACAAACACATTTTTA TATATTTGTGTTTGTATAAAAGCGAGAGAGAGGGAGCGAGCTCGAGAAGGAGAGAGAGAG GGAGAGTTTGAGGGAGAGAGACGACTAGCAAACAGATGCTACAAGACACAATCAAATCAA AGTATAATAATTATAACATTTAATTTGATTTATTAATTTGCCATTATATATAATTTTTCC TTTTATTTATGTGATCCTTTTATTTACGTGGATATCCACTAATTGTAATCTCTCCATCTC CCCACTATCTACTACCCTTTGGTACACCTCCTATGTGACCTTAATTCTTAATGCTATGTC TATCTCCTTCTTCATTATCTTATCTTATAATTGTCATCATTTATGCATGTTATTACAATA TTTTGTATGCCTTTATTAACATCTATAAATAAAAGTATTCTAACTCTTATTGCAGATATT TAAAATATAGTTGAAAAAAAAGAAGAAAATTTTATCATTGTTCTATATATCTTATCTAGT ATCTTGTTGTTGTTGATCTTTTAACTTACAACTTGTTTGGTGGTCTTATTTTAATGTTTT TAAGCCCAAACAACCTTTCAACATATTTGAAGTGTTGGGGTATACAAAAACTAAGCTTAT AAGTGCTTAGTTATAAGTTAAAATGGTAAAAACAAGTAAAAGTCAATTCAAACGGGTTCA TAGTTTTACGATAAAATAACAGGTAAAAAAAAAAGAGAAAATTTCATTAATAGCAAAGGG ATTAAAACTTAATAAGTCTTCTTAGCTATGTTTGCATAATTACGGTCAATAAATATAGTT TCGTTTGCTGAGTATTTTTATTTGTATATTTCGCTTGCCACTTTACAAATAAAGTAAATA TATACAATCTTTGTATTTGTACATTCATGACTTTTTCATAAACTCCGATTGTATATTTCG CTCACCAATATACAAATAAGGTAATTTGCTAAGAATTTATCGTAACTTATAAAAATCAAA TTGTATCAACAAATGGTTAGGATAAACATATACAAATTCTGAATCTTTACAATCAAAAAT CGAATTATACAAATAATAAAGTATACAATTAGAAACCAAATATCAAAATTTAGATAATTA TAATCGCGAAACATAAATATCCAAATTATGGCTAAATTAAAAAATATACTATAAATGTTT GTCGTTTTACATAATTTTTCCTAAAAAGAATAGTGGAAGAGGGGCAATATTCATAGTTAA TTTAACTTAGAGGGACTAGCCATACAAACTCCAACCAAAAAAAGCAAAAAGAAAAGAGGC AAAGTTATCAAATCAAAAACCCTACTTCCTCCCTTGTTGTTCTTCTTCTTCTTCAAATCC GCCGTAAATCTTTCTAAAACCAAAAATCTAGAGTGATGGCAAGCACTACTGTTGAACCCA AATTGGAGAAGAAAGAAGAGGAAGTAGAAGCAGAAGTAGAAGAAAACCCAACTGGCGATG ATGAAGACACTGGTGCACAAGTTGCTCCCATTGTTAGGCTACAAGAAGTTGCTGTCTCCA CTGGTGAAGAAAATGAACATGTTCTTCTTGATCTGTTAGTAACTCTTTTCTCTATGTCTT CATTTTTTCCAAAATCAAGCTTTAATTTCTTCATCCAGTGCTTGATCTGGTAGTAAAGCT TTGATTTTTCTGAAAATGATTTGTAGATGTAAAGAATCTATTATCCTTATTTCAGAATGA TCAATGTACTAAGTCTCAATTCCAAAGTATTTATCCCACTCGATGTGATAGCTATATGCT AAAATAGCTACTATTGTTTTTTTCCTTTGATTACAAACGACTCTGTTGGGGTCGGCTCTA TGAATCTATAACTAATCATGTTATTTCATCCCGTGGTGGATCCAGGATTTTTAGTAAGGG GTTGGAAAAAATTAAAAATGTAGTTCTTGGGATTTGAACTTAGAGCCTCAAGGTAATTTT GAACCTTCTGAGCCATTGATTCGAACTCTAGTATTGTGTTGAGGGGATTTGTAGTCTATA TTTGTACACTATTTTTTTTTAAAAAAACCCTTATAATGTAGTGTCATTATTTTGCGAGGG TGTTCGGATCCTCTTAGATCCGCCCCTGGCTCATTTGATTATGATTTCAAATATTGACTA CTGTAAACTATAATTATATTATCTTGTATGTCCTTTTTAAGTATTTAAATCTTATTCTAA AAGTTCAAGGAAATGAAATGAATTTGTTCTTTCAAACCCCACAATTTTAATCACAAAGGG TGGAGTTATACATAAAAAAGTTGGCGAAAGATTCCTCTTGGCAGCAAAGAGAATGTTCAT TGTTTCTGGTTGTAATCCCTGATGTGAATTTTTGTAGGAAATCAAAGTTATACCGATTTG ACAAGGAAGGGAGTCAATGGAAAGAGAGAGGTGTTGGGACTGTGAAGCTTCTCAAGCACA AGGAAACTGGAAAGGTTAGGCTTGTGATGAGGCAATCCAAGACGCTGAAAATCTGTGCCA ACCACTTGGGTCAGAATCCTTCTTTTCCAATTCTCTTGATTGTTGATTTCCCTTATTGGT TTTTCTATGTTTTGTTAATGTTTGTGGTTGTATTTATTCTGAGCTGCTGTTTGATAAAAT CTTGTGTGTAGTCCTTCCTACTATGTCGATCCAAGAACATGCTGGGAATGAGAAGTCTTG TGTGTGGCATGCTGCTGACTTTGCTGATGGAGAACTGAAAGATGAGACTTTTTGCATCCG CTTTGCTTCAGTTGAGAGTGAGTAATCTGTTTATGCATCTTTTGGGTATTATTATTGTGC CTTTAGTTAAGATATGCTTTTTGAGCTATTTGTCTTCTCCTATGCGTATGTAACACTTGA AAGTCATTGTGATAGGATTTCCATATGCTATTTGAAATCTTCTATTTTCAATCAACATGT GATTTATCAATTGATAAAGATGAAAAATGAAATAAGCTCACCACTTCCACAGGGTGGATC ATTAGTTAAATTACATACAATTGATGGTGTTGTTTCTAAGTAGTTTAGAGTGCCCTAATT TGTATTAGAAGAAGTGATTTAGTATTGAAATAAAATGGTCCCAAACAGAATGGAATGGAT ATTGAGGATTTATATTGCCAAGTCCAACCATACCAAAGAATGGTGTTTGTCATTGGTACT CAGTGCACATTTAGGTTATTGATTATGATATGTTGAATGATGGTAATTAGCTTAATTATG TGGCACACACTCCATACATCCATGAGTTATACTCTTGTTAGTGCTTCTTCAGGAGTTGTC TTAACTAATTTCCCCTGAAGATGGCTGAAATATCTTGGATGGTGGGTTATGTCATGCGAT ATTTGATACTCACCACTCTTTAATTGAGGTTGATGTATTGGGAATCAGAAACTAATTTCC TTGATGTATTCTTTACTTGTAAATCACAAATTATGAGCTTCTTATTACAGTGTGATTACT AATTAATGGCTTACACAAACTCCTTGAGTACATTCATGAAACTTAGTTGCATTCCTTGCA TGGGCTGTAATCCTGCAAGTCATCTTAAATCAACACTGAACAACTGTTTAGGATTACTCC AGATTTGTAGAACCAAGTTGAATTAGATGTTTGGAACAATTCTTAACATTACCCCTGTTT TTCAAAACCAGATTTTTAACTTTATTTTAATCTTGTCTGTCAGATTGCAAGGCTTTCAAA GAGAAGGTTGAAGAAATTGCTGAATCTCAACAGACAAAGTCTGGACAAAGTGAAGAAGCT GGTGCTGCTGCTACTGAACTTATTGAAAAGCTTAGTGTTGAAAGCAAAGATAAAAATGAC AAACCTGAAGACAAAGAGGCCCCTGCAGCTACAGAGGAAAAGGAAGATAAGAAGGAAGAG AAAGCTGAAGAAAAGAATTAAAATGTTTGTATTGTCGGTCAGTTTTTTTTTTTTGAAAGG TTAATAGCATTCGTTGTTTCTGTCTGATCCAATAGATATGATAGATATAAGCAATGTGTC TCTTGTGGTCTTATTTGTTGTTGTTGGGATGGTTTGGATTTTCATTTGGGTCTTGAGTCG AGTGCAGCTTCATGTTTTATTGTGGTCTTTGGTGTTTCCTTGTACTTATTTATTGTGTGT TTGCAAATTTTGGTTCATGGGGGTACACCACCCAGTATAAGGGATTACGTTTGTTAAAAC CTTTAGCACTGTTAGTGAGATCATTTTTGAGTTACAGTTGTTGCAGGTAAGGGAATGGCA ACTCGTCCCATCTGTTGAGATAAGAGCTGAAAGTTAAATTAGTCTCTTTCTTGATTGCCT TTCTTAGCTTTGTTTATAGGAGATAATTTGGATGTTGATGAAAATGAAAGAGCAATATTC TTTCACACTCTTGACTATACATCATATATATAAAAATATTGATAGTTTGACTAAATATTT TATCAAGGCATGGAGCCAATAGAATATGGAACTGTAATTTGAGAATCTTTGGAGGAAAGA TCAGAACAGGAGCTGGATTCAATCAAATATAGTGATATTTCAGAAGTGAAATAATTGTTC GAACTACCTAAAACAAACATATCTAGTGGAATCTTAGAAGTGAAATAATTATTCGAAATT AACTAAAACATAATTCATAGAGTTAATTAATACCTCAATAGGTGAGGTGAGCATGTGCTA TTCTTCGCACCACTTGCTGGTTAGATGGTTAAAATAAAGTAGTATTTGATGTTGAGGCGT GTGTTGATATGAAAAGTGAGAAGTTGTTAGTGAACTTGCAAAAAGTCTATATATCGAACT CCAGAAGTAAATATCTCAAGTTTGTGCCAATTTGATAAACAAACACTTGCATGAAAGAAT CATCTCTCATGCAATAACAAGGTTATGACTTGGGCGATGCTATTTCCTAGCCATGTCTCA AAAAGTTTTTTTTTTTCAAAGATGTCAAATATTATAATTTATTTTTAGTCATAGTATTTG ACATATCATGGTCCATATTTACTGAAAAGCCTCTATCATAACCAAAAGATAAGATACAAT GGGGGTTGCAATATTTATGAACAAAGTTTTGCCCATATATTTAAAAAAGGAACCACAGCA TAATTGGTCCCAGAAGTAATAAATTTCATCTGACCAGCAATTGCCACAAGAGTTAGCATT TGATTGCCAACCTGGGCAATGGACGATATTAAGCAGTCTAAGTTTCTATTGCACAAACAT TACATTTCCTACAACAGTTTCCATGTCCTACGAATCAACCAAGTTTCTCAAGCATTAACT GTACACTTATATCATGGTGCCAAACACACTTGGAATGCTGATGAAGGGGTGAACAACCTG ATCAAATACAACAGGTGTATGCTACCACCACCTTTGCTAGTTTCTTTTTCAATATAAAGC TCTGGCGATATCATGGAGATATTGCACAACCGGTTGACGTTATCATATCTGTGTCTATTT CTCCACTTGTTCCCTTTGTTGAAGGATAGTCCTTAGAATTATCTGCAGTCATATTAATTA GACTAGTAGGATAAGAAGTTCGATATTTAAACCATTTACAAGGTCACAACACTTACTGAA TATGGAATCAATTGACGGCCGCCTAGGTGATGTGTCCCTTGTAGGATCTGGAAAAAATTG AAATGAGAATGAAATCACTCTGTGCGCACTTATATGTAGACAGATAAGATGAACATTTAA CATCACATAAAGCAAATAGAAACATGACAGATACTACTCATTAGTTCAGTAACAGAGATT AGGTTCAAAATAGCAGAAGGTCCATGCGGTCTTTTGAAGATCTATTTGTTTCCGATTTCG GATGAAGTGCCATTGGATGTTAAACAAGAAGGTACATAGTCTAATGCCTGGTATGCCTTC TGAAATAGTTTAAACATTCATTTTGGTTCTTGATAATATAATTTCCACAAAACTTCTTGC AGGTTAGCATCACTAGTTTATTATTATTTTATAATTCCAGACCAATAATTATAAACCATG TGCAATCGAGAAATGCATCCTTAAAATATCAGAGAGCTTGGGAAAGGAAGCAAAGTAGTT GTACCAAAACCTTCAAATTCAGCCTAGAAGCCAGATAAACAAACAAAAAGATTTACAACA CCATCATCATGAATAGTAACAATAACAATAATAAGTATTAGAAATATCAATCTTGTGAAC TCTGAACTGGTTTCATTTTCAGATAAGAACTTGCAGAAACTCCCCCCAAAGTTAGAGGAA AACCTACAATGCTTCTTTGGAGAGTGCAGTTACAGTAGTTCCGAGGAGATTTCTAGATAG GTGTCAGAGGTCCACTTTTATGAAAGATAAGCACACGCAAACATCTAACTAAAGTATAAT TACACAATTGTAGAAGGCATTGAAAGGGGAACAAATGACTCACCGGAAGAGTTGCGCAGT GCCTTGACAGCATCAAAGTTTTTGTATGTATAGCCCACAAAACTTAAATCTTTGGGAGTT AATGACATCTATAAACATGAAACTTGAAGTTAGATAACTAACTTAGAATTCTGAGGCTGC AAACACATATTAGCAGGTTATTATTATGCATCAAATATTTCACTTGAAGTTTGGCTTCAC ATAGGGTACGTAGAAGAATACCAGGATGAAACTATTGCGAGAAATTTCTAGATGTACCAC AAATCATGCAGGCTGCAGAACAAACACTGGAAGAACTTTATAATCCTTCCAGAATCTTGC ACAGTTGGGTTCAAATCCATCTTTCTATAACTTATGCCCAAACACTTTATAACCACTTGT AAATTGCAGCTAAGCTTTCTTTCTCAATAAAAAAAAATTGCAGCTAAGCTTTGTTTCATT ATTTATGCATGTAAGGACACATATCCAAAGGAATGGACATGATTTCTAAGTGCAAAATGT CATGACTTCTAGGAGGTTGATGTACAAGAAACAAAACAAGAAGATCGAAGTAAAAGAACA GCTTTCCTTTTTTTTCTGTTTTGGTAGTTAAAGATATCGACGATAAAGTACTTGATTAAA GTAAACCATCTACTTTACTAGCGATTCATAAAGCTTGTTATACACATGACCATTCAGTTA GGTTTTATTCAAAAGTATGTATGCAATAATGTGGTGTCAATTGGATCTAGGGCTATATAT CTGTTACTAGAAAAGAAAAGATATAGAAAATATATCAAAAATCTACAAGCCTCTGAAATA TATATATACACACATAAGAAATACTCGCTGGATGTGATGAGGAAATAGGATTTGGCGAAA GATGGATTAGGTAAATTTAAGTTTTGCATAAGCAGTGTCAAATTTTCAGTACTAATAAAT GGTACCCTGTCTGGTTTTTTTCCTTCCCAGAGAGGCTTAAGGTAAGGAGATCCTCTCTCT CTTTTTTCTTTTCAGTTTTCATCATAGCCATGGAAGGACTGAATGGTTTGGTGAAAAGTG CACAGGAAAATAATTGGTTCAGGGGTTCAAAGTTAGCACAAGAGCTGACTGAAGTATGGC AATTTCTCACCTTCAGTATGCTGATGATTTTCTTGTATTTTGTGAAGTTGACAGAGAACA GTCGATGATGATGAGGGTGATTTTTTCATTCTGTTTGAAGATATCTCAGGCTTACATATT AGCTGGAACAAGAGATATTGTATATCGAGTTAATGATGTAATGATATCCTAAGTTTGGCT AATATTTGTACAGAAAAGTTGGGGAACTGCCAACTGTATGCTTGGGGATTCCTCTGGGAA GCAAATCAAATAGGATATGGAATGGAGTAATAGAAAAATGTGAGAAGAAACTGGCTCATA GGAAATGCCAGTACCTTTCATTTGGGTGCCGCTTACTCTAATAAACTCAGTTCTGGATGC TATGCCAACATACATGATGTCTCTATTCCCTATTCTAGTGAATGTTGGCTGTTGCCGAGA GAACTGATTCTTTAAGAAGAAATTTTCTATGGGATTGAAACAGTGAAAAGAAAAAAATTG ACCTTGTCAAATGGGATTCACTGGTAATCAGCATAAGGATGGGGGTTTGGGGAAAAAAGC TTAAAAGGTACAGAACTGAAGCTTGATGATGAGATGGCCATGGAAGTTTCTTCAAATAAG TATTTATTGTGGAAGGAGGTGATTAGGAGAGATACAGTACAGAACAGTAGACCACCAACA AGGTAAATGAGCCTTCCTTATGGAGTCGATCTATGGAGGCCCATAAGGAATCCTTGGCCA GGATTCAGCACCAAAACCACTCTTAGAATTGGTAATGGTATAAAGATTTATTTTTGGAAC GGCAATTGGTTGCCAAGTGATGCTTTGGTAAATCACTTCCTGATATTCACAGGATCAATC AACAACAAGAAGCTAAAGGTGGAGAGGATTGGAGTCCTCAAGGCTGGAACCTTACCTTCA GAAGATTCCTTTTGATTGGGAGATGGACAGAGTGGTTGAATTATATAAAATGCTGGAGCA GTTCAGGAACTGCAGATTACTAGGATCAGTTGATATGGCAAGGACATAAAACAGGGAACT TCTCTGTTAGTTCAGCTCAAGGAAATTCAACACATCTAATTATTGTTTTGGAAAGTTTGG TCATGGAAAATGATATGGAAGGTTAAAATTCCATATGAAGTTGCATTATTTACTTGGTTA CTGGCCAGAGGAGCAGTTCTTACACAGGAAAATCTTGCCAGGAGAGGATAATACCCTTGT TACATATGTGGAGAAGAGGCAAAGCCAGATATTCATCTTTTTTTACATTGTAAGGGAACT TCACAGCTATGGAGGATGTTTTTAAACTTGAGGGGTATACAATAGGTAACGCCAAGAAGT ATCTCGTAATTTCTCAATTGCTGGAACAGTGAAGGCCACCCAACTGGCAACAAAAAGACA TGGAGGATTGTCCCAGCTAGCATTTGGTGGACAATCTGGGAAAGAAAACAAAGATGTTTT GCAGAGAAGACTAGCAACTCCCAGAAGTAGAAAATGAAGTGTAATCTTTTTTTACTTTTG GTGTAAAGGGATAAGCTGAGAAGATCACGGTCCAAATTTCGATGTTCTAATTCCTTATAA AGAAGATATAGGATGGCAGAGATATTTTGCATGGCATTTTGTAATCATGGGGGACTCACA CAATTGTGAAGTGGGAGGTCCAACTTTATATCTATATACAAATATGTTACCTTCTCAAAA GAAAAAAAAAGGAACTAGAAATATATAGAGAGCTACTGATTTGCAATCCAACATAACTAG CATTAAAAAAAAAGAAACTAGAAATATTTAGAGAGCTACTGATTTGCAATATCCAACATA GCTTGCATTTATATTTTTGGATAAGAGTGGATGGAAACAGATTTAAGTAGTTTTTATGTT TGATTGGAGCCAAAACACGTTTCGACAGTAAGTTCTGTGTTAACCCTTCTAGCTTCCGGC TTTTGCTTAGTACTACAGAATTTTAGGCAAGTGGCAGTAATAAGGATGCAGATACTTTAT CAGTTCATTGGCCATAAAATACTATCATATACAAAAGGTATTGAAACACAGACAGAAAAG AACCAGTGGTTACAAACCTTCCGAGAAGGTCCTGAACCAGATCTTGCTGATGTTGGAGTA TCCATCTATGAAGAAGTCCAGAAGGAAAGAAAACAGTTACTTACAAGGAGAAACAGACTA CATTTGAACTAGATGATAAAGGTGACAAACTATAGATCCACCAAGTATAGTTTCAGAAGG CTAACATGTGAATCAAGCATATTCTTGCCAATAGGAAATTGAAAAAGTGAGGACTACTAG TTTGAAATCACAAAGCAAAATCCTCGGCATGAATCGTCAATAAAAGATGCCAGAACTAAA GACCATGCACAATATTGTGACTAAGTCTGACAAGAAACAGAGATTAAGGAGAAAGCTTGA CTTACCTAATACAAGCGTAGCAGCACAGATAAAATTTAGATCTTGACTTAAAGTTAGCTA GTCAAAAAAGCACCATACTCATGGAGTAATAGAAAGCAACTGCTTTTAGAAAGTGAGACA CTGAGATTACAGGCAGGATACAAATTGCATTGCAAGAAACTCTACCAGTTTCTTGTCTTA ACTTATTTGTGAAAAGAGAATGGAAGAGAGAAAACTCTTTTGAAAATGGTCATTAGGGGA CATATCACAGATTACAGCCTCTAACAATTTAACTTGAAAAACGAGGTGATTCACACACTT CAACACTGTACAAAAGCAAATATACATCCTAGGTTGAGTCTGAATGTTGCCCATCAACAA AACTTTGTACATGCTTGGCGCAAGAAAAAAAGAAGCAAGCCTGGAAAAACAGCATTTCAT TTCCTTTTTATAGGTTGCTTATCTAAGCATACAAGTCGAACAATAGATATGATTGCAAGC TTTTGCAATGTCAGTTTTTTGAAGAGCATTATTTCACTTAAAAATAGTAAAAGGCTCAGG ACAGTTATCGTTACACTCAATACAGTGTGCCTCCTGAACTGTGCTCTTCATTTACACTGG GGGTGAGTGGACAGTACTCAAGGTAGTTGATGAGTTGTGACGTTCAAACTACAGAACTGA GGAATCAGATGAATTTTGATTGAAAAAATGGCCAAAAGAAAGTTAAAAGAAAAAAGAGGC GTGTATATATATATATATATATATATATATATATATATATATATAGAGAGAGAGAGAGAG AGAGAGAGAGAGAGAGTACCAACTAGTTTTTGAGTAAAGAATAATATGTAGAACGTAAAT GTGCCTTTTTTTGTTAAATGAAAAAATTACAAGAAAGTAGGAGCGATTGACTCTAAGAAA TTATTCTTGGTAGCAAAGGACCTTTCTTTCTGACACATTTATTGGAGAATTCTGGAGAAC CTTTATCTAGAATCAAGACTAATTCTTCAGCATCAATCTCTCTTATTGTTTTCCTAACTC CTTCATTTCTGCAGAATATGTGCGCGCACACACACATACATATACACATACATTTTTTTC TTTTCTAAACCTAAAAAATAGTCAGCTAAAACACACACACAATTACCCCCTCTCCGATCT CAAACCTAACTTTACTCCATGCTCATAGCAATCGAGTTTGAACTTAAGCAACTCATCGAC AACTTCCAAGACCAATATATATATTCAACCCAAAACAAATGCACAATTGAGGAACACATG CTGTTGAATGCGAGAATAACCATCATGGGATTTTTGTTATTTGTTTGAGAAAGAATAGTG CTTTAAGAGGCTGCTATTTTGGAAGGTTGTGTGAATGCCTACTATCTGACTTATATCTTC TAAAGGGAAACATACAAACAGTATAAAACTCTTAGATGAGTAGGTCCACGCGCTTCACAT GGTCCCACATGCAAGAAGGTGTGCTGTGGATCTAAAAACAAATAATAGAAATCTACCCTC TACTAAACCTTTCGGATGAGGCATTCCTCACAGTTCACCAATATTGTAAACAGATAGTGA AAAGAAGACACATGTTGCAGTCCATTTTGTAAGTAAATAGAGATGGTGGGACAGTAATGT ATAAATAAAATAAGGAAAATTCTAGGTGTTACAGATGGACATTGACTGTGCATTAGATAT TTAAAAGTATCAAAAGGGTGTATGTCACTGGCTATAAAAGTCATTAACTTTCTCCAATAA AATACAAGACTCATTCAATTTCATGAAATACCTCATCATACTTCATGAAATTCTGGGTGT CCAGCTCTCCATTAACTTCTGGTTTGAAGGCTGCTTCCATTTCATACAGCCTATCCCATT CAATATCCTTGAACCAAGGATGAGCCTGATAAACCACTTCAAATAAATTAACAGAAGAAA CATGAAGGTTCTAGTGAAAGTGATTGGATGAGTGCTTCAAATATTACCTTTATTTGGTTT GCACCTCCAGTTCCCAGTCTATGCTCAACATCACATAGTAACCTGCAAATAAGATCCTTT GCCTCATGTGAGAGTTTAGTATCTTCAGGAAATCTTAGGTGATTTCTCCAGTGAACTATC TGGCAATCACACACATGGAGTTAGAATCGGATAAATTTGGAAGTAGCAGGAGAACCAGAA AAGAAGGTTTACTTCAACACGAAGGCAATCAGTACGTTTTAGTTGGTATAATACAGAGAT AGTCACTAATACACCACGTTCACATAGTAAACATTGATTGTAGCACTGGCAAGCGTATCA CTATGAATGCAATACATCTTAGACTTGTAGTGCAAAAGGTAGAAGACTTAGACCCGGATT AACCAAACGAAAGAGACTAATCTAAGGGGTTAAGCATCACGTGAAAAGGTCCAGACATCA GCTGTCCAAGCTATCAGTTCTCCGGCATCAGCAAAGAGAGGTGGTTCATACTCGGATGAG ATTGCATACAAAGCATTCTTGTTCTTTGTATGTGGTCATTTTGCAACAAATTCTTAGCAT CAAACTTTTCTACCATTCTCTTGATTTTTACAGTGAAAGAAGAAGGCACTTTCTGTTATC TCAGAAGCAGTAGATATCCTTATCATAAAAAAAACGGAAAGCATACAGCATATTTTAAGA ACACAGAAAGTAAAGATGCTACCTTTCTGCAAGTAGTTATCGGATCATCGGCATAGAATG GAGGGTAACCAATGAGCATTTCGTACATAATTGCACCAAGGGACCACCTGCATGTAGTGT ATAGTAGAAAAAGATGAGAAATACATAAAGCACAACATGGTTCATTGTACTTTAGCAAAT AACTAGAAATTATACAACGGGTTAGAAAACAAAAGCATTTTCCTGCAGTCCTCATCAAAC TAAAGTGAAAACATAGGTCTGTGGATATGGTCAAGCTTCCAGTGAAGTTCCACGAAATCC CAAAATACAATTTGCCTCATCCACTAGAGATTGTTGTGCAGATGAGGCACTAGATCTTGT AGCATCAGATATATCATATCCCCAGAATGGTGAAGGCTTGAAGGGGGGGGGGGGGGGGAG GTTAAGCACTTAATTTACAGCTCTCCACTTGGTCATAAACGGAGGCAGGTGGAACCCCTC ACAGATATATCCTACTTCTTTCTTCCTAACCTTTCCATGGACTAAAGTCAAGAAACTCTT ACTCCATTCACCTTCAAATTAACATGTTTTGTCGCCCCAGGGAGAAATTCTTCTCTAGCC CCCTCTTCCAACTGCTCCAAAATCTTTCTTTGTCCCCCATCCCACTACCTCATGCAGTAT CCTCCCATGCTAACACTGATGTCCTCACTCCTCCCTACTTCTCCTTTGCCTTCCCAACAC AAGCAGGCAGCAGGCAGCCCAACTAAAAACACCAGATAACCTTAGTCTGCTTTCTCAACC TCCATTTGTATCTAACTTTGCTTTCTTTTCTGTTATTAGTGGTTACTTGACCATTCCATT CCTTGTCTAGTAGGGTTCTTTTTTGTTTTTTGTTTGCCACTAATAGGTATTGCTAGATTG AATTTACTTAAGATGAACATAGAGGTGCCACAAATTTTGACTCCTCTACTTCATTTTATT ATGGATAAGGAGTTTAAGAAAAGAAAGGTTTTACATCAGGCAGAATATGACGCACCAAAA GTACCCTTAATATCTAATTGCCTTAAACATGACATTGTCAATTAGGATAAAATCAGAATG TTCAAACTAAAGAATTTCCAAATATAGAAATATGTCGAACTTTTCTGAGCAGACTGAAAA GAAAGTATATCTTCACCAAAAAGAATAGAATATCTTATAAAATAAAGGCCAAACCCATCG GTGGCCACCTAAAGTTGGCACTAATTTTCACTTAGACACCTTAACTAAGCTCCATTCATT TTATGTCCCGCTGTGTTAATTCGAGACTTTCTGCTGAGATGGCATAGCAAGTGTGATATA CTCACTGGACGCGCGTGAGAGCCTCATTTTATCAAATTTAACTTTTTTTTCTTCTTCTTC TTCCCCATTTTTTGGCTACCATTTTCAAAGCTTAAACTCTTTCCATGGTGAAATAAATTT GACAATGCCACAAACAAAAAGTGAATTCTAGTGCCCATAAATTTTAAGCTTATTGGGGGA AAAGCTTCACTATCCTATCAATAGTGTGCTTAATACAGAAGGTTTGACCAGAACACTAGG AGGCAAGGTTGAGGAGCTTCCAACTGCTTACCTAGGTATGCCTTTGGGAGCTAAAAAAGC AAGTCCAAAGGCATATGGAATGGGGTACTGGAGAAATGTGAAAAGAGACTCACTAGCTAG AAGAGTTTGTACTTGTCCTTGGGAGGAAGATTGACTTTAATTAACAGTGTGATGGATGCA TTACCCTCTTATATGATGTCAGTCTTCCCTATGCCTGCCAGTGTATCTAATAGCATTGAT GCTCTTAGAAGAAATTTCTTATGGCAAGGCAGTGAAGATAAGAAGAAGTTTCATCTTGTT AAATGGAAAGAACTGATGGTGAGTAAAAACACAGGAGGCCTAGGTATAAGAAATCTGAGG AAACAAAACCAGAGCCTAATGATGAAGTGGTTGTGGAAGTTGGCAAATGAAGATAACATG CTCTGGTAAGAGGTCATCATAGCAAAATATGGCATGGAAGATAAGCGGATGACTAAAATG ATAAGTACTCCATAAAATGCACCGTATGGAGGGGAATCAGAAATCTATGGCCAGTGCTAT ATCACAGAACCAAGGTAGAAGTGGGAGATGGGTCAAAGACATCCTTCTGGGAGGATAAGT GGAATGGGTCCTGTCCCTATGAAACAGTTGCATCCTGAATTGTTCACTTTATGCCAACAT TAACAGGCCACTGTGGCTACAATGTGGACTGGACAAGGATGGAATTTGTTCTCAAGGAGG AACCTACAGGATAGAGAGATTGACAAAGTGGCAGATTCAGTAGGCTCTTTCAGCAACCTC ACTGAAAAAGAAGGACTTATTAGTTTGGCAGAATGATACCAAAGGTCAATTCTCAGTAAA TTCAGTGTATAAGGAACTCAACAAGAATGCTGGACAGGAGATGGAATGGCCATGGAAGAT CACCTGGAAACCAAAAGTACCCTACAGAGTAAACTGCTTCATGTGGGCTATCAACAAAAG AAGCAGTTTTGACTCATTAAAATCTAAAGAAAAGAGGCTATCAGTTGGCTTCGAGATGTA CTTTATGTGGAGAACATGCTGAGACAATTAACCATCTTTTTTTGCATTGTACATGGACAA AACAATTATGGAGAATGTTCATCTGTCTAAAGGGGATAAGATGGGTGAAACCAGGAAGCA CTAAAGGAATCCTGAGCAGCTGGAATAGAGATGGCAATGCTTCTGACTAGGAGAAGAGAT GGAAACTTATCCCGGCATGTATTTGGTGGACAATCTGGAAAGAGAGAAACAGCAGGAGTT TTGAAAATTGGCAGAATAGTTTACAGAAGATCAAGATGGACTGCTTAGCTCTTTTCTATT GTTGGTGTGAACAAGATATATTAACTAGGACAGAAGATATCTTTGATGTGCTATTTACAG GTAGCAGTTTAGACTAAGACTATTTTATTCTGTAAGTTGTAAAACTTTTAAAGGGGAACT TTTTGTTGTAGTAAACCTGTGGATATATAGACTAAAGTTAACAGTTTAAAAAAAAACAAA TTTAAGCTTAAATACTTTAACTTATTTTGTTGTCCTTCTTCCTCCTCAAAATAATTTGAG AAAAACCAACACAAATCTCAAGAAGAAAAAAAAAACACTCAGAAATGGAAGGAAATCATA TTTTCAATTATTAAATCCTACCTTAACCATAAACAATTTTAGTTCCAATCCATTTGTATG TCTTCTTACATCATAATCAAGGAAAAGTTCAAATTAAATAGATAAGCTATATAATTTTTA GTAGAAAAAATGGGACTCCATATTTATGTACTAAAACAACAATTTTTGACTTGCATTAAT TATTTGGTTAAAGACATGTCAATGAGTCATTGGTAGTTTTTTTCCTACTCAAAATTCATC GTTTAATAATTAATTTTATGCCACATGTCTTTATTTAATTCGTCATTTTGACATGTCATT AGTGAATGTGTTACACACACCTAACAAATTTGGCAGATTGTCGAAAAAGTGTCAAAATGA CATAGTTGTGCATGCCATGAAGTGTCTAAAATGAACAAAAACTTGTTGAAGTGTCTAAGT GAAAATTCATGCCAAGTTTAGGTGGCCACTGATGAGTTCTCCCTAAAATAAAACACAGAG AATACAGTTTTTTAATTATCATTATCAGTAAAAGGTACCACCACATATGTTAGCAATCGA ACTAATCAAAAGAGAAGTATCCAAGGTAAATATTGGGAGGGAAATCCATCAATTAGTTCA ACAAATTTATTTACCAACTTGAAGAAGGTATCGCTATTGACATTTAGACATTTGTCACAT TGATTCATGCATGAGCAGAGAATCCCAGAACTCCTGGTGATCTATGCAAAAAAGCTAATT CTACTTTCGGAATGAACACTAACCAATCACATTCCATTCCATATCCTTTCTTCAATAGTA CCTCAGGAGCAATATAGTCTGGTGTACCGACAGTTGAAAAGGCCTTTTAGATGAAGAAGA CAAAAATTAGCTTTAAATACATAGAAAATTCAATACTTGCTAAATAACACAGATCTAAAT TTAGTGTCTACAAAAGTGAATATTAAGATTTTATATCAGAGTTATTGACATATTGCAAAA AAGCATTCTTCATTGACTGAAATAAAAGCCAATACAATTTGTCATTCCTGCAATAATCTG GTATTACATAAGCGCAAGTGTTTGGAACAAGATAAATTCATTCAACTATAACACGTGATT TTGTATCTTATATTAGCTTTCTGCTGTTTTGAGATATCCTTTTCATTTATTTAGGGGTTC CTATAAAGATGTTTCTTATACTATGCTTTGGGTTGTATTATTGGTTCACCTAGCAGGTAG TGGCTTGTTGGGTTCCATGTTGCAACACGTGAATTTTGTTTCCATGACATTCTGTAAATC CTCACACAATGCAAAGAAGAAACAACATATATCAGTAATATTGCATACCAATTTCCTTCT GTTTATCTGCCAATGATGAAGCTTTTCGCGGGGGGTTTTCCACTTATTTCCATCATTGGT ATCTGGGAAGCTGCTATCTATATCCATAGGATCCTTTATATTCTCATCATCCATAGCTTC ATTTTCTTTTAATGTGGATAACGTTCTACAATCAAGAGGCTTACAGAGACCAAAATCAGA GAGCTTCATGTGACCATTTTTGTCCAAAAGAAGGTTGTCAGGTTTGATATCTCTGTAAAA AAAGAAATCAAAATATAAACACCAAAACAGTCACAACATGGCAAGAACTATACCTCAAGA AAGTGATTACATATTCACATTCAAATTATGCACATAAATTACCTTAAGTCTTAATTATTT CATAACAGTAGCTTTCACAAATAAGAAGTTGATGCAAACATACCTGTGAATGTAATGATG CTTGTGAATAGACTCTATAGCTAGGACACTCTGACCAATATAAAATTTAGCTACACTTTC AGACAATGTATCTTCTCTCATCAGCAGAGTCATCATGTCACCGCCAGGAAGATACTCCAT GACAAGGTAGAGATATTCAGCATCTTGGAATGAGTAGTATAATTTTACAATACAATGGCT GGCCACTTCTGCCAATAAATTTCTTTCAGCTCTCACATGCTCCACCTGCGAAAATCAATT TTTTCAATAGGGATTACAAAGTTGGCGGATATACCCCATGTAAACAGGATACAGACCCCA CCCTCCCAACTTCCTATTAAATAAAGAATGCACGAGCAGCTTCATGAGTTCCAATCATTC ATACAGCGGACACTGAAAAATTACTTCAATATGACACTCAATCATTTCATTTCATGCGGG GAACAATCAACCTTGGTGTATTACTTGGATCATTTCTGTTTCTCGAAGGCAATAAAGTTT TCTTAATTTAAGAAATCAATGCTGAACCTACATGAGAAGGGGGCTCCAGAAGAAGATTAA GTTACAAAAGAAAAGCTGTCCAGTAAAACGAGGAGAAGGACCACAGGGACCCCTTTGAAC GTACAAATAAAATATAGCCCTAGAAAACATGTCATGAAAGTTTCCAGAGAGTACTTTCAT ACGATAAGATTAAAAAGAAAAAATTTTGAACAGGAGATCTGTAACTATTCTAGTGCTACA CTTCATATCAGTTGTCTGGGATGCTAGCAAACACCTCAATTAATGCAACAACATATCCAG TCCAAGAGCACTAATCCTAATTGTTGGCTGATAGATGGTATTTTTCATATCAATATTTGA TCCTCTAAGATCTTAAAGATAATTGTTGTAATCTAGAATATCTTTTTCTCCTTTTTATGG CAAAATATATGATTTTATAGAATTCCAGATTTCATGGGATCTAGGTCATTCTGTTCCAAA ATCTCTCATGAATATAAAGCCATGTATATGAGATAGAAAGATATGAATGAAACTATTCAA CTACCTTATTCCATATGGTATCAGAGTTTTAGGCTTATTCTTTAATGGTTTTATTCATCT TGTCCAGAAAATGTGATTGCCGCAACTATTCCAGCCTCTGGAAATGTTTCTGCAACTGTA GCGAATAACTCTACAGTTTAATCGGGTGATTTGCAAATCATTCAAGCCTCTTATCGGTTG AATGGAAAAAAATTACCTAAAATGGGCTCAACCGGTTCATACCTTTTTAAAGGGTAAAGG GAAAATACGACACCTTCTTGGTACAGGACCATCTAAAGAAGACACCACATTTGATGTATG GGATGAACATGATGCAATGGTGATGTCTTGGTTATGGAACTCTATGCTTCCAGAAATCAG CGATAGCACTATGTTCCTGAGCACCCCTAAGGAAATTTGGGATGCAGTGAAGGAGACAAC TCTAAAGTACATGATGCTGCCAGGACCTATGAAATAAAAACAAATTCTGCAGAACCCAAT TTAGATCTATAGCTATGGGAGTTTATGAGTTGTTATGGTTAAAGATAATCCTTGATTATT TGAAGATAAGATGGGAAGGACCTACGAGACTATTGTGACAATAAATCAGCAATAAGTATA GCTCATAATCATGTACAACATGATCGCACAAAGCATACTGAGGTAGATAGACATTTCATT AAGGAGAAATTAGATAGGGGACACATTTGTACATCATTTGTATCTAAAAAAGAACAGGTG GCCGATGTTTTAACAAAAGGACTACCAAATAATGCGTTTCAAGATCCAATACGCAAGCTA GGAATGGAAGATATCCATTCACCCGCTAGAGGGGAGTGTTGACTGATAGAGGATATACTC CATATCAAAACTTGATCCTCTAAGACCTTAAAGATAATTGTTGTAATTTAGAATATCTTT TTCTCCTTTTTTTTTGAAAAATATATGATTTTATAGAATCCCAGATTTCATGGGATCTAG GTGATTCTGTTCCACAACCTCTCATGTATATAAATCCATGTATATGACATAGAAAGATAT GAATTAAACTATTCAACTATCTTATTCCACTAACCACCAAAATTGGCACAAATGCGGTGA TAGCATCTAGCATCGCAGGTTATATAGAGAAAGTGAATAAATATAAAACCTAAATAAACA AACCTTGTTTCTCATATAAAGAAGAGAGGGTATTAGAAAACAACTATTATTGACCGAAAA ATCTTTATCTTTAAATGACAAAGAAACCAATGAGGGAAATTCTAATTCTGAAGATTCCTA TCTTTTTTCCTAAATTCAAAATCTTGGTCCGAGTTGATGGGATGATGTCACTATGAAATG TACTGACTACTATATAATGACAGACATTATATCTGGCAAACGATCAGTGCAGAAATACAT GAAAGTATGGTTACACAAGAGCCCAAGAGATCACACACGATGCAAAATAGAAACTAGTTG GCACATGCATTTTGGAGATGCTCAAACTGGTCTTTTTGCATGTTCAGAGATGAAACATGA ATCAGACAAGAGTATGAAAACCTGACGCTCCAGGAGGTATTAGGAATCCTCTTTACTCGC TTTTACTGTTTTACAAGTATTGGATGTTAAAGGGTTCAAGAGAACACTGCATGGGAGTTC CAATAACTATGTATCAATCCCAAACTAGTTGAGGTTGGGCAGTAATCCATTATATAATCC GCTCTGTTCTCATTCATATCCCTCCAATATTAGTAACCAATTTGTCTTTTTAGTCAAAAA CACAGATTTTCCCAAAACTAGAAGTTCTGAATCTCATACTTAACCATTTCAAGACCTACT GCAAGTGTAACAACAATAACCTCTTAATCTGAACTAGTTAGTATTGCCTATATGATCCTT GTTCTCTTTCTTTAATCTATTCTTAGTTAAATCCACATACTAATATTCCTAGAGATTGTA GCTTAGATGGGAGTTTGTCCGAAGAAGTATTAGTAGTAGTACTAAAGTCTGCTCATAAAT TTGTTGTTAGCACATCTTAATTCTTAGCATAATATAAACTCCGCATATAAGACATAAGTG GTGCTTTAAAGATGAAACAGGACAGTAACTGAATTAGTAGATTTCTGCAGGATACCCCCA GGTGCAAAAGCTTTTAATCTGTCTGAAAAGTGAATGAGATTCAGATGCAAAGGTTGAACT GTGTAAATCTTGCGCTGATTTTGGATATCAAATACTCCACCCTAAGGAAATTTTTTTAGT ATGGTAACAGTATTTTAAATCAGCACAGAAGCAGTGCTGCAGACATATGTACAATTAAAA AGGCCACAATTGTATCCTGTATTATCTTACTAAGAATCTAACATGTCAACTAAGGATTCT GAATCATCTACAACATTTTCTTTACACCAAAAGTCAAACAAAAGAATACAGTTACATTCT TCAAAACATCTAGCATTTCTATCTTTCCCAATTGTCAATCATATACATGTAGACATAGTT CTCCACCATAACTTCTGATTTACACAGTCAAAATCATAGTGCGAGCAACAGGATATAGGC TGAATTAGGCTAAACAGCTTGGCAGTATATCACCATAACCAGTAGTATGTCAATGTGTAC AAGCAGCCAATTTCCAAATCTGAGGTATCTTAGCATCATAATTACATACTCTACCAGAGA GTAGAAGCAACATTGATAAAAGTAGGCATATAATGAAAACCAAATAGAAAAAAAATAATG AAGGCAATTGCTCTTCTCACCTGTCCTCTGATGAGCATTTCAGATTTCTTTAACTTCTTC ATGGCATAAATGTTACCCGATTTCTTCTCCCTGCATAATCTTACCTGCAGAGCACATTCA CGTATTAGAATTGGGAGTGTTCTGTAAAAAGATAAGTTCAATAGCAGCACAATCCATGTA CACAGAAGAAGAAGATATTGGTGAATATAGTGATTTTGATTTTATTGAGAAGGTAACATT TATTATATATTATCAAAACAGCAGTAAGATTGCTCGAACCATATTTTAAAGTGAAAAAAG AAGAGAACTGCTCCGGAGACCTTAACAAAACACTATGGTGTCCATCATTGAAGCGATATC TTCTATGTAACTCTTGTTAGACCAAAAACATAAAAGTCTAAAGCAATTCAACTTAATCCT CTGAAGTGAACTGCTAACATCTTCAAAACATCTGGACTTTCTCTCTTTCCAGATTGTCCC CCAAACACAAGCAGGAACCATCCTCCATCTACCTCTGTGTATCAATCCTACACCTGTTTC TTCCCAGCTAAGCAAGACCTCAGTAATCTTCCTTGGTGTTGTCCAAATAAAACCTCTGAG GTTAGTCATTTCGATTTTCTCCCCAAGGACATTTGAATACTGACTCCAACATCAACCATG AAAGCCAGCAATAAGCATTAATGCTAACATAGATATCGAATCATATAGAGAATAAGATAC TCATTGTCCCAAGAGGTGCAAAGCCATAATAGTCCCCACTCGCCCGCAAATAGAATAGGT AGTTATTTATGGGACATGAGGTGCAACTTCATTCATTGAAAGCCTTGTTCTTGTGTAGTC ATGGTCCCAAGCGATGCTAGCAATTATAGTCCCACTTCTCCCTAAAATAGAACGATAGTT TTTTCTGGGAGAGGAAATGTAACTTTATTCACTGAAAGTTTCATTGTTATGTAGTTTGTT TTGGTAGAACTTGTCATTTAAAAAAGAAGACCAATTTTTTTGGAAATTTCTGCAATCATT CTTCAAGTTAGACTTTAGACTGAATATGTCTGTGTGTTGTTGTTTGACATCTAACATGGT AGGCGTTCATAAAATGGACCTTGGGCCTAGATCCCAAAAGTTAGCTCATGAGATGAGGGT TCTCCAACATAATAACATAAGGACACAAAAAGAGAAAATGCCCACCAGATCGCGAGCACT CAAATAGCATGTACTTTCTACTTCCCCATATATTTTATTGGACGAGATTTGACTGTATAC GGAATTTAAAATAATTATTGACTTTTGTGTAATGTCAATTGAGATGGAAAAATAATATTG TACTGGCTGAAAAGTTTTTTTTATAGAGAAACCTTTCTAGATTGAATTAAAACATCAAAT GAATTTGAAATTTCCTTAACCTGATGTACCTAAAAGAACAATTTGTGGAAATTGCAATTT TATGAATAGAAATGTCAACCTTCTGGAATTTACCAAAATATTAGGTGTCATATAGATGTT AGAAGTATATTACTTTTTTATATTATCAGTTTCTTTATATCCAAGCATTTGTATGAATAT AATTCAAATACAGTAGAAATGGAAACGGAAGATCATGAAAGGAAACCATTTACTTGCAAC GTGAACAAACAAAACTCAGACCTTAAAGGAATAATACTGACCTCACCGTAGGCTCCTCTG CCAATAATTGTTAGAAGTTCAAAATCATCCACACATATTTTGTGCCTCTTCAGTCTCATA AACTCCGTCTCCTTTTGCTCTAGATCTTTGATCAGATGCATTTGCTCTTCTTTAGGCACA TCAGAAGATGCTAACTTTCTTTCTAGAATCCAACGCCTATTTTTAGACAATGTTGTAACA AATATAAGACAAGGAAGATATTTAGGGCCCGTTTGGATGGCTTAATAAAAGCAGCTTTAA AAAAGTATTTTTGAAAGTGCTGAAACTTATTTTTAAAATAAACAGTTTTGCGTTTGGATA AAAGTGCTGAAATTGCTATGTCAAACGTGAAAAGGGAAAAATGGAAGAAAGAGATGTTAG GGTTATGTGGGTAATTTGGAGATTGTATAAAAATATTAAGGGCAAAAAGATAAAAATGTG GTCAACTTAAAACAGCTTATAAGCTAAAAAAAAAAAAGCACCCCTACCCCATCTTTTAAC TTTTGACTTAAAATAAGTTTTTTTGAACCTAAAATAAGTTATTTTGAGTATTGTAAAACA GCTAAATAAGTCAAAACCAGCTTTTAAGTCAGTTTGATCAGCTTTTAAGCTGAGCCAAAC AGGCTCTTAGAGAAGTGTACCTTAGTTATACTCTCAAGCTATTGTGGGTTTAAATAGTGA TGTACACATTCTAAAATAGGAACGATTATCAAGATTATAGATCCTACAGGAAATTAACAT GGTGATAGTTATAGATCCTAAATGCATGCATATATATATATATATATATATATATATATA TATATATATTAACAATCATGCCTGTACACATAGCATGCTAAGCTTCTTCTTTTACTTTCT TTTTCCTTCTTTTTTTTTTTTTTGGGGGGGGGGGGGTGGGGGGGGGGAGGAGGGGGAGGA GGAGGTGGGTTTAGTCTTAGTGAAATATAGTCAAAGAAATGTCAAGATTAACAAGTGAAC TCTAGAAAAGATCAACTTTGTTTTTTTGCTTAAAAGTTTAAATTGCTATTTCTTTTTTTA TTGATGAAGCAATGGTGATGGAGAAAAATCCTTGAATACAAGATGTAACAAAAGCATCGT TGAATACAAGAATGTAACAAAAGCAATTAACATCGTAGGAAACATGCTTTTCTACAATAG CACCTAATCTTTTGTAACAGGCATCTCATACGTGTTCCTACTGTATACTACCATATAAGT ACAATACCTCAAAACAAAATGTTGATCAGCTTTTATATCCTTAGGAAATTACATTAAAGT ACACATTCCATTTAGATAAAATTGTAATTACTCTACAGGCCCTCAATTTATGATTTATAC TGTAATAAATTTCTTGATTCTATTACACAACTTCCATACCCATGAGTTAAGAAAGCATAA AACTGCTCAGCCTGATCTCCCTAATAGAGTCCCAATTTGGCATTTGCATTTGTCACTCTG ACCTAGTAAAATCTGGACCTTTAAAACTGATCATCCATAAACAACCAGCTAAAAGTAGGG ATTTCGATATATAAGACGTCAAAGTCAAATGCTCATCCCGGATGACATACTATGATCATC ATAGAGTAAGCAGCTTAAGAGTTCATGTCAAGTGATACATTTAGACGCAATACATCAACA ACAACCCCTCCCCCCCCCCCCCGGGCCTTAGTCCTAGTTGGCTTGGCTGTATGACTCCTC AATATTCATTCCTCTTCAATTGGGCCTGTTTCATTCCACTACTCACAATGTAGCCAAATT GAAACAGTATACTCGTAATGCATCATTAGCTCTAAGTCAAGTCACCACCGAAATGTTCCG ATTATGTACCACAATTATATCTCCTTGTTCAAGTAGTGGATCCAATTTCGGTGTAACTAA ATTAAGTCAAATTATTCCAAATAAGAATAGCAGTGTTGCCTAGCCATTTTGCTTTCCAAA AAACAATGTGTTCCACTACCTACTTTGAAAGAGGAGTTCAAGGAAGATTCAACCCAAAGT TTGCTAATGAACTTCCAAATATCAGTACGATGAGGGCATAATGTACCAATGATTTTGCTC TTCATATTTGTGTTTAACAGTTTTGACTTCTTGTTCCCACATACCTTATTCCTCTAAGTT GTATTTCCACAACCATTTCATCAACAAACACTTGATGTGCGCTGCTAGATCTTTTATACC CAAAGTGCCTTGTAATTTTGGTTGAATAACTTTGGATCACTTTGTTATCATAACCCAGAC CGTTCCCTTCCCACAAAAAAAGATCTTTCGAATCTAGCAAGCTGCTTTTATAGCTTGATT AGAATAAGGAAAAAGAGACATAAAATTAACGGGGATGCTGTTTAAAAAGCTACTTATGAG TGTTTATTTTCTACCAATAGAGGGATAATACTTTTGCCAGGAAGCCAACCTTTCCTGTAG CTTCTCTAATCACCCAATTCCAGATCCCAGAGGATTTAAATCTAGCAACCAGAGTAAACC CCAAATAAGTAGTGGTGAATGTACTTATACTGCAACATATAATTAAATTAGGGGCTTCAT TGACTGATAATAATGCTTTTGAGCATGTTAATATGTGCCCCTGACAGCTTCAAATATCAG CAATGTAAGTTTGAGATGGATGCTTTGGACCTTTCTGCACCACCAAAAAATAGTGTATTA TCGGCATACAACCAGTGGGATACTGAGACTGAATCCGCAAAATTGCTGAATCTACTGTGA ATGCTTGGCTTTCTTTAGCATTTTGCTAAGATACTCCATTTCTGGAATAAAAAGAAAAAG GAAAAGGAGGTCTCCCTGCCTGAAACCTTTTTATGGGGAGAAAAGCCATCAGGGACCCTG ATTAATCAAAACTGGGTACTTCACTATAGTAATAGTGATTTATCCACCTTTCACTGAATC CCTTTTTCTTTAGAATTGGGAGAAGTTAAGATCAATTATTGGTCAAAAGGCCTTCTCTAT TTCAAGCTTGAAAAAAGGCCAGATCTCATTGCTTTCCAACAATGTCAAAGAACAGTACTT GTCCTAGAGCATGATATGGTGACTATCAGAGATTAAGCAGCTTAACTGAGAATTCATGAT GGCAGGTGATACATTCAAACTTAGTACTACTACAACAGCTATATCTCCACCTCAAACTAG TTTGGCATTGGCTTTATGAAACTTCCATATCCATTCTGTTGCATTTGGGCCAGTTTAATT GCAATACTGATAATGTAACAACATCAAAAAAAGGATACTTGTGATTTAGTGCACCAACTA CCTGATGCCAAAATGCCCCAAATCGTTATCACAAAGATATTCCCTTAGTTCAACCAGCTG ATCCAACTGAGCATAACTAAATCAAGTCAAACTATTCCAAACATGAAAAAGAAAATCATG AATCCCAAAAACCTGCAACCCTTTTTGTCTACTTCCAGCTATTAACACATAAAAAGCTAG TGCTAACAACAGATCTTTGAAGAAGAAAAAACAAGCAGAAATAAACATAAACCATCAAAC TAATTTGACCCCACATAAAATAAACAAGAAATGTTTTTTTGTTTGAAGAAATTACCTTTC TTTGCGTTCCTGAATACTCTTCATCTGGGTCTTGTAGTGATTCTCAATAAATTGCTTAGC AGCAGCAACTTTCTCCATTGTCAAGCTTGAACCAAGCACTTCCTCTTCGCACTGTCCTTC CTCCATGTTTTCCCCTCTTTTGAGCAAAACCAAAACAACCCTCTTCTTCTTCTCTCTACT CTTTCTCTCTCTATATGTATGTATGTATGTATAGGTTGAAAAAATAGAGTGAAACCTGAA ATGTACAGTTAGGTTGGGAGTACTGTTTGCCTCATCAGCACTGAGACTTCACCAGTATTC GCTGGCAATTCTTTGCGTCTTGTTTGGACGATTCATAATACACTGTGTAATTTCGACACT AAAATATCACTAAATTAATATTGATTGAATTATAAAATATTACTATTTTATAAATATGTT ATTTAATAATAAATAAATTTTTATTAATTTAAAAAGTATTTTTGAAATTCAATAAAAGTT AGTTTTGATTACGTTAAAATTATTGTATCTTACTAATTTATATAGTATCATATTTACTTA ATTCATATAAATACAAAATTTATTAACATAAAGTAGATGACTACTTCAAAATCATTACTC TTACTAAATTGTGTATCATATTTATTGAATTCATATAAATATAAATTCATTATACATAAA GTACAATATATATGTATGAATTGTAATATATACTTTTGTTAAATTAATTTATTGTAAAAT AAATTCAAGAATTTAATGTTTCATTACTAGAATAAATTATTAAATATAATAATATTCACA GTTTCTTAACAAAATATTATTCATTGTAGCTTTACTAAAATATTCAATGCAAGATAGTGA GGAAATAAATTAGGCTGAACCCATCAGTGTCCTCCTTCTCCCCCAAAGTTGCCACCAATT TTTATTTAAACACCTCAATTAAGCTTTGTTCATTTTAGAAATCTCATGTCGTGTCTTGCT GTGTTATTTAGATATTGTTGACAATCAATCAAATATATAAGGTTTGTGTCACACACTCAA TGATGACATGGCAAATTAAATAAAAACATGTGGCATATATATAAAAATAATATTTAAATA GTGATATTTTAGTAGAAAGAAGAAGTGGTCAACGACTAAATGATACTTGGAATTTTTTTT AACTCAAAAAATTTAAAAAAAAAAACTCGACCGCACCTAGATCATCTTCTCTGCCCCCAC CCACCCAAACCCCTCTCCACCAACTCAAATTGGCTTCTCCGCTCTTCCCCTCCCACCCAA CGGCTTCTCCACCTCTACCCCACCCTAACACATCTCTTCCTCACCCACATCGTCTTCTCT GCTCCTCACCTACCCCACCAATCGTCTTCTTCAAAGTTTGTGTTTGAAGAGGAAAAAGTG TTAAACAAGTTCTAGAAGTGACCAATCACCGAGTTCGACTTAGTTTGACGAACTCAAATA GAATAGCAAACACACACGTACTACTATTCAAAACTAAGTTTAGATTATTTATGAATCTAT GATTTTTCGCTGTCTTTCTTCTTTACCGCAACACAAATTGTGAGTCTTCTAATGGGTTGA AATTCATTTTTTAAAAAAATATCTTCGTGTTTAAATTCATTATTTTATCAATAGCATTAT CAAACTTATTTCTCCATGGAAGAAGTTCAAGTTATGCGAGATGGTGGCATACCTGTTTCT CCATGGTGGTTGAAAAATGAGAAAGAAAATGAAAAATAAAATAAAAATAATTAAATGAGT CTTTCAAGCGCTAGTACTAAGTATATTACACTCATTATGCCATGTCAGTAAAAAGTGTCA AAGTGACAAAGTGAAACATGACATCAGGTGTCTAAAATGAACAAAGCTTAGTAGAGGTAT CTAAGTGAAAATTGATGTCAACTGTAAGGGCCATCGATGGATTCAGCCAGAAAATTATAT AAGCAACATAGGAAATTTCTAAATCATATCCAAAAATGGCTTATCAAAAGACACTACAAC AAATATGATATATAGCTACAAAATTATTAGCTACGATATCAAATTCGTCACTAATTATTC GCTTTTAGTGACAAAATTTATTTTTCATGCTTAAATAGATGAGACACATATTTTTAGTGA TGAAACATAAGAATTCGTAGCAAAGTTTTGTCAACTAAAGTTTCCCATCAAAATATTATT TGGCGCAATTTTGTTAAGTAGTGTTAGTCACGAATTTAAAGTTATCAGTGACACATTATT TTGTTACTAATAGTGTATGTAATTCATGACATACTACGACATCAGATTCGTCACTAAATA TTCACCTTTAGTGACAAAATTTACTTTTCGTGCTTAAATATATGAGACACATACTTTTAG TGACGAAACATAAAATCCATAACAAAGTTTTGTCCACTAAAATTTCCCATCAAAAATTAA TTGACGTCATTTGTTAAGTAGTGTTCGTCACGAATTTAAAGTTATTAGTGACACATTATT CCGTCACTAATAATGTAGCTAATTCATGACAAAATATTTTTTGTCTTATAATTTATTAAA TTTGGACACAAAAAATTTTATCTAAAAAAATATGTTGTTACAATATCGACAAATTAGAGT TCATAGTCAAATATTATAAATTTTAGCTATGAAAATTTATATTTAATTATGAAATTTATT TCCTCACTAACAATATAAATAATAGGTGTCAAATATTATATTGTGTCTAATCAATCTATA ATTTAGTTACAGCAAAAAAATTGTCACAAAATATGTCAGGTGTTAAATAGCGACGACTTA AAATTTGTAGTGAATAGTTAAATTATTTGCTACAAAAAAAATCATAACTAAATACAATTT TTTTTCTACAATTTTTCATAATTACAAGTGACGACTTATAAAAAGAATAATACAAGTGCT TCATAAAAAGTAGGCAGAATCCATTCATTAATTGGCAAGTAAAAATATTAAAACCAATCA ATTCGGTCGATTTTATAAAAATGAAAAAGTTCACATCAATTTTCTTAAATTACGCAATTA TAAAATGCATCATTTGAAAAGTACAATCCGGGTTATAGGTATTGTGAGTGTGCACGGTTC TACTACTAGATCACTAATATTTTGCATTTTTTTTATTTGATACACTTTCATTGATAAGCA CGATAAAAAAAATTGTCAAGTCTTTGTGCTAAGTTTTGTGCATATCTATCGATTTGTGAT TGGTAAACTACATAGTGTAAGTCGATCTATTTGCTTTTGTCTATAAATATGTACATATTT AATATTAATTTCACATACATACGTAGAGTAACTATACAGAGATAACGTCGACTTACAAAC TAAGACTTTGCAAAGGTGCAATATATTTCATAACTTTCTATTAACTTTTTCCATCAGTGT TAAAATTGAAATAAACTAAAAAATGAAATCACAAATAAAGAAATGAACTAATGAGAATTT CAAATATATTATGATGAAGTACTATAGTTATTGGTATCGATGTTCAACTTGAACCGATTA TTCATTTTTTTAATAAAACCAAAAGTTTAATTTTAAATAAATTTATTATTGTACTGAATA ATTTTTAAAATTTACAGAAAAAAATAAATAAAATGACAAAATCATACTGAATATATTTAA AGATATTTAAAAAATTACACAATTTAATTGAAATATAATCTACATTTGAATGAATTGTGG GTGGTAAATTTCATGCATTTGTGTATAAGTATAAATAATCATATAATATATTGTTTCTAC AAAAGCTAAATTTGAAAGAAGTGAATGAGGTATAAAATAAAACAAAAATGAGCGACAAGA GAGAGTTGGTTTGATGGTAAACTGTAACGACCGACAAGCACCCCCTAGAAGTTAGGGAGA ACCCTTGGGTCATGACAGGACGTACTTGACCCTTTGGGGGTCTTGTATAAGCCCTTTAAC TATCGTTCATTACATAAGACATGAAAAGTAGTGCGGAATTAAAACTTTTCACGAATATTT TAATAAAAGAAAATTTTTCATAAAATATCAAGGAAGTCTCACCGTCACAAGCCAATCTTA AAGACACTACATAATATCTTAGGGACACGGCTACTTTGCATTGAAAGAAAATACATAATA AGTCTTAATAACAAAACTAAGAAACATAGACTATGTCCTCGAATATATGAGGACATACGA AATCTTGAAAGAGAAGATTTCCCAAGCTTTGCCTACTAGATTTCTTCTTGCTTCCAAACT TATACTTATAGAGTATAGAAAAGTATATCATTAGTACAAATAATGTACTAAGTATGAAAA ACATGCAAAACTGGACATTTTAGTATAAATACAATTTTATGCCAATTAAACAAAACATTC AAGAATATAGAAGTAAAACAACATAATAATCATCATTAACACTTAGAGAAGAATTTCCAT AACTTTAACAACAAGAAGCAATTTACAGTAAGCTTTCCAAAATATTACAGTAAACTCCTT TTGGACATTACAGTGAACTACTTCACTTTTTTGACTTTACAGTGGACTATCCCTATTCCA AAATAGTGAACTTCCAAGGCCAAGCAAAGAGGAAGTGAACTCATTTCCGTAAGAGTTTCC CTAACTAAGGTTATCCTAAGACTCACCAAGGTAAGACATGAAGGAAACTCACATATACCT CCTTCAATACACACCAAAGTGACCCTCAAGACTACCTCTTTTTTGGCTTACTCACCTCGG GAGAACAAGCACCCACACAATGACAAAACATTAGAAGAACACTCAAGCAACACCAAAAGA CTTCTTCGGAATGCCTACTTAGTGCAATGAGTAGATGGTGTCTCATTCCACCACCTACCC TAAGTAGTACACTCTTTTAGAAGGCTTAGCACCAAAACTCCCCTTTCGGAAGGTCTACTT AGAGCAATGGATAGATAGGGCCCATTCCACCACCTACCCTAAGTAGTACGTTCTTTTAGG AGACTTAGTTCATTCAATTCATATAAGACTCACCAACACTCCCCTTTCGGAATGCCTACC TAGTGCAATGGATAAATAGCGTCTCATTCCACTACCTACCCTAAGTGGTACACTCTTTTA GAAGACTTAGCATTTTCATTACTTTTGTAGGGGTTAGCTTAATCGACTTAGACCATGAGA GCTAGACATGGAATCCTGATATTAACCCTATCGGATGAGGGATCCTCACTTGCCTAGAGT AAGGTCATTCTCTTAGCTTTTACATGGCTTTCCTAATAGCTACACCTATGCGGGGGCATA GTTAAGGGATAAGGAAATTGCTGGTAAGTAACTCATTCTCTACTAACGAGGAGTACTCAT CTCAAGAGGTACATTGGAATACAACATCTCAAATGTAACCACCCCTTATTCATATCCTCT CAGTGCTAGGCATAACTCCCCACTGATTCTAAACATAATATACTATAGGTTAAGGATAAC TAGTGAACATCACATCTCAACTCACGAAGGGCATTCATCCTCCGATCTATCTTAGAAAGC TCTTAGGATGTAGTAAGGTACTAAACACTTCATCTCAACTCACGAAGAGTGTTCACCCTA AAACTTCCCTTTTGACTTAACTTAGCTTCATTCATTCATTCAAGTGTGAGTGTTTGTACA TATGAGCACACCTTGCGCATAAACATCATTTCATTTACATCTAACTTCTATACATGCTTA GACCTTCATTCATTTCATCACACACTTTACATGTTTTACATAATCATATAATTCATTTAA GCATACTATCTAGCCTACTTCACATAATAGCTTCAAAGAGCACATTTAACAAGAATAACA TCATTATCATCTTACATCATATAACACGCCTTCATGGCCTCATACACAATAAACAAGTAA CTTCACATTCATACAATTCAAGTAAACACCGCCACCAAGAAGGTGGACCATACCATTCAA GAGCATTTCGAAATTAAAGCTAAACAACATAACCAACTTACCTTTTTATTCAAGCTTCCA TCACCTATAACATTTTACTCAAAATTTCATCATAATATAGATATTAGGGCAGTAGCTAAA CAACAATATAAACCATAAGAAACCAAAGCTCAAAGACTACCAATTCATACTCATTTAACC CATTCGTTAAGCCAAAACTTTGATAAAAAGCTTTAACATGTTTTCGTTGAAGTTTTAGCA TTAAAATCATCAACTAACATTAGAAACATCATTTTTAAATCATTCAAAACATTTTCATGC AAGACTCATAGTTAGAGTTGAAGATAGAGGAAACTACGGTTGAAAACCCTTTTTGAAAAT CCATTAGAAGGGACTCCTTGAATGGAAGAGAGTTCAAGGATGGATACCATACCTTAAATA GGATAAACCCCAATGATTTTTTATGAAGAAACGTCCACCAACAACCCTCCTAGCTCTTTC TTGACTTCTAGCTTCTATGGAGTTTGAGAGAGAGTTTTAAGAGAGAGGGATTTTGGATTT TAGGAAATGAGGTCTAAAATTAGGTCTTAGGGTTCGAAACTCTTTAATATACCTAAATAA CCCTGAAAATGACTTCCTAGGTTAATAAAAGACTTGGGGAGAATTTACAAAACACCCCAA GCCAAGACAGTCTTTTAATAATTTTCCACAATAGCACCCATTATTCCTTAACGACGGACA GACCGTCTGTCAACAAAGGCCCTGTCGATGGGGGTTCGTTGGTTGGGTCTGCAACTCTCC AAACCTGCAGGTCCAATCGACGGACCAACTCGAAGAGTCGTCGATTGGTCAACTGGCCGT CGACTGGTTCCGTTGGTGGACTGTCCTGCAGTTTCGTACCTAAGTCTTGGGCCATTCTCT AGGGCCCCTTGTGGGTCCTAGTGGGGTTGTACCGGGACGAAAAACCCCCAAACATAGTCG TCTAGGTCTTAGGAACATCGCACACCAATTTCAAGAAAAACGAACACGTAAAACTCAATC AAACACATCAAGACACACGAACACTTTCTAAGGCATATCTTTCGAACGTCATGGACGTCT TACCTCCAAACTTAACCAAACTTCGCACACTGCCTAAGGACACTAATATAACTCATTTTA TCACAAAATTAACTCAAGAAACAATCACGAAGCTCTAGTTCATCTTGGTTCATTTTAGGG TGTTACATAAACAATCTTCACTTCCAACCTTAAGGTTATGAGTTCGATTTCCCAAGACAA CATAATGTGCAAGTTTCTAACCAGGGTTGAAAAATATAGAGGTAGGAGATATTCATTATA TATATATATAACCATTTTCATAATGATAAATTTTATTACATATATACATTTATGAAAAAT AATTTGTATATATGAAATAGTCATTAGTGATGAAATTAGATTTGTTTAACTACGAAATAC ATAGAACTTTAGAGACAATTGATTTCGTCACTGGTTGAAGTAAAATAATTAGCGACATTA TAATTTTATCGGTAGTAATAACCTTTTTAGTGACAAAACATACTATCAACTACAAAAAAT ATACTTTTTACAACAAATAAATTTGTCACAAATGGTTAAGAATTTGGGGACGATTTTACT TTTTGTAGTTAATATAATACTTTTAGAGATGAAGCACTAAATCGTCTTTGTATACTTTTA AAGACACATTTAGTGACGACTAAATGACAAATTATTTTTTGTCACACAAGATTTTTAGTG ACAAAATATGATTTATTAATGACGAAATTATTTATCCCTGATAATCAAATTTGTTGTAGT GAGGTGTCACAAAATCACGAATGACAAATCAGATATGTAAAGCATTATGTGAGTACAAAA AAAATCATTCTAATGCACTAAAGAGGATTTGTTTTCATGGCTTAATGAAAAAAATCATTT AAAAATTAGTCAAGGTATGATATCAAATACACTCAAACAGTCAACTGGATTTTATGGTGC AATCGGAAAAGACTTTAAAACTTGCAATAAGAAAAATTATAGATAAACTTCTAACTAGAT TCAAATTTTAAAGAAAACAAACACAATAGAATCATATTTCACTAAATTGTATTAGATCTA TTTGTACTTTTAAGAAAATATTAATTTATTTATAATATTAATAGACTATATTTTTCATAT AGGGGTTTTCTGAAAATATATCACCTTATCTTATCTAGATGAGTATTTTTTTCTTTGGCC CGAATTGAAATCGAAGAAAATATTATTTTAGAAAGACTATTATTTAATCGGATATTGAAT CAAATTTCTATTACTATAAGTTTGTGCAATTTCTATATTGAATCAAATGGTACTATTTTT TTATTTTAAAAAATAAACATTCAATGCTTTTCTAGTTTTTTAGTATTTAGTATACTCGAA AATGCTACAATTGAATTTGTGAAAATGATTTAAAAGCACGTGAACTAAAAGATTTTATGA ATGAGATAGTAATGAAATAAATTACAACATCAATAAGATATAGTGAATATGAAGTAAGAA AATAGTTAAGTCGTGTGTGTAATATTGATAACATAGTCTTGATGATGTAAATATAATGTG TCCAAAATAACTCATGAATTTAAGAACTTTCATGTGCGGAGAGAGAGAGAGCATAAATAA GTGTGTGAGTCAAAAATCAAGAGCCCTTAACGTAGATGCCTAGATTGTTAATAGGTTCTC ACCTCTCACAATCTTTCACTTGAGCACTTATATTCGCTTGTATACTCGTTGGCGAGAATA TCAGACTCTTCTAAAAAGTTTAGTTGACCAACTTATTTTATTTCTATCATTAATTATTTT CTTCATGTTCAGATCCTATCTTTTTGAAGCTATATAGGTTATATTAGTGAGATATCAACT TTGATGATGTACAAATATCAAGATTTTTCTAAGTTATTATTTTTAAGTTCGTTCCTTTAA GGGATCAATTGTATTTTTCTTTAATTTCATATTCAAAAATTTTAAAGTAGAGTGAATTAA AGTATATTATGAAACTTTTTTGCTAGGGTATTCAAAAGGGATTCAATGTATAAAATAACC TAAATAAGCCCAATATAATTTGAAGTCGAACCACTTCTGCCATCAAAAGTCAGATAGACT TTGAAAGAACAAGATTTATCCTTCTATTTTCATCGATTTCTTCAGAACATGAAAAAATAA GATATAAATTCTATATCAGTGGCACAAAATTTAATTTATTGTCGAAGTTAAAGACAAATT CTGAGAAGTCATGATGAAAAATGCAATTACAAAAATTTATAATTGAGTTTAAGTAAATCA GTGAAGTACGTTTGAAACTTTTAGTCTATTTTTCTTAATAAGTTTAGTCTTTTTTTTAAA AAAAATTTCTTTCATTTTTCAGCTCTCTAATTCAATGTGGAAGTTTGAATCAACGATTTG TTGTCATTAAGAGAAATTAAATGAAATTGAGAAGAAAAAAATAAAATACAATATTTTGAT CAAAACTATCATCTAGATAAGAATTGCGAAAGGTCCCTTTCACTTGGTCATGATCAGTGG CTGACCTATATTATATACTTTGGGTACTTAAGCACCCATTGCCTTTTGTAACAAATACTA TTATTTATGTATAATACATTACATCATTGAAGAATATTAACTGAGCACCCACTCTATGTA CGTATTTTCAAAATTAAAACAGTTACCCATGATATAGAATTTGTAGATACACCATTGGTC ATGATATTTATACTTATTCTTTTCTTCAATAACTTAAACCTTAGAGGTTGATGCAATGAT TGAATCAAAATTAAAGGATGAATAAACAATTAGATAATTATTGAGGAAAGAAAGTGAGTG TTACTAGTGAGTTTGTAGGTAGACAAAGGTTTTAAAAGATATAGTTATTACGAATAGAAA ATAAATCATAATTTTTTAGGCTTAAATCATTGACATCTCCTTAAAGTTTTCGAATAATTC ACTTAGACAACTTAACTTGAATTTGTACCTAGCAAATACTTAAATTGTTCAAAATATATA CCTACTAAATATAAAATACTGGCAAAGTAAGTGTAGCTCATTGTTGTTGGGCGTGTGAGT AGTGTTTTTTAAAGATAAATTTGTAATTGTTTTGTCACCTAACAAACATTAACCGAATAA CTAAACAAAATCAATAATAATCTTAATTTAAAAAAGAATCACCTCACACTCCTTTACCTG TCATTTTCTGCACTCCATTTTACAAAATCGCTAGTTCTTTATTTTGGTTTCATTATTGTT TCTTCTTTATTTTTTGTGTAAAGAACAAATTGAGTCTTAAAAAAATATATCAGGATAGAG TATGTTGTTAGTGTCAACATCATTGTCAAAAAAACATATAAATTAAACAAATGACTGGCC AAAACAAAAAAGAGTTTATTTATGAAGATGGTCATTGAAGTTGTAAAAGAGTATTTCCCA ATATCTCAGAGACACACTTATACAATACTAAAGTTCTATTACCTCTTCCCCTCCCGAACA TATTTTATAAATAATTTTTTACCCGTTTTTAGCCTACGTGGCACTAATTTGAGAAATAAG GTCAACACGATGGGTATAGAAGTTAGTGCCACGTAGGCTGAAAAAAGGTAGATTTTTTTT TTTATAAAAATAAGTTCAGGAGACAGTAGGACCTTAGTATAGTATAAGTGTGTATCTGAG ATTTTAGGCATAGGCTGGGGAATTATTATGCATTTTCCCTCAAAAAAAATAAAAATTAAA TTGCGTCAAAAATAATTCTGATGAAAATAAGTTTTTAACTAACACGAATTTGTAGATTAT TTTTTAAAAAATTGGTAAGAAAATTAAACCTCGAAGAACTCAAATTTGAATTGAGTTTGA TGGGCATGGGGTGGTTGCGTGGGTGGGTAGGGTATTCTGTAAAAGAAGAAATTTGAGAAG GAAAGTTATTTCTTTTCCCTTTTTTAAGCTAAAAGCATAATTTTTATTTTATTTTATTTT TAGTTATTTTTGAATTGTTATTATGGGCTCAATGCCACATATTTTCTTTTTTTAATTGGT TCCTATCTAATATCTTTCGCAAATGTATGACATAAATTCTATAATTTTAGTCGATTATCA GAAAAATGTTTAAATTATATATTTTCTAACTAATAAAGATGTTCAATTGGAACAAGCCTA AGATAAGGCGTGTAAGTGAATTATGCGGACAATTTTAAGGGACAACAAGACTTGAGCCTC TCTTTCTTTTTTTCTTTTTCTTTTTAAAAAAAGAAATTGTTGCCTTATGGATACCGTAAT TTCTCAGCAGATATGATAATGTTCTTAAATCGTTGAAATTATTTTGTCAGGATATAAAGC AATATTTTTTTCTATAAATACATCTAGATGAATTATGTAATGGAATTATTATCTTGTACT GACTTATACAAAGGATTGAGGTGTGTCAACAGTCAGTGGAGTCAGAATTTTTGCTTAGGG GGTTCAAAGTATAAAGAAGAAGTTTAGGTGGTAATGCAAGTGCATGGTGAGCGTAGTAGA CCCTCGACCTGCTTTTTGTACAAGAACTATAAATATTTCATTGGTTCATAAAAGTAAAGA CTAAGTCAATCAAAGATGTCGAGAACAAAGATACAATCATTAGAATTTTAGTAGATCGAC TGTATTACATAAGTTAATTCTTAAAACACATGAAAATTAAATGATGAAAAAGGGAGCAAG GCAGGGAAAAAAGATATTTATCTTAGCATGCTGAATTTTACTTATTTTATCATACTGTAT TAAGCATTTCTTTCCACTTTTATCATGTTCCATCGAGCATTCTTCAAATTTATTGTGTTT TTATACTTTTATTTTGTAATTTTTTATTTTATTTTTAACTTTAAAAAAAAATTAAATAAA CATCCATTCAATCACATATTACTACAAAAATAGTCAAGATTCTCAAAAAGTGTGTACGAA TAGAGTTAATAATATTATAATGCATATTCAAAAGATAAATGAATCGCATCGCCGAATTTT TTTAGTTCATATAATTTAATTTACCAGGTTAGTTATAATTTGTAGAAAAGACAAATAACG AATAAATCAAATATATTTAGTTTTTATATCTCTAAAATAGAATTAAAAACATAAAAGAAA TTCCATAAATGCTACAATTTAATATTTTAAAAGGGTGTTGGCCATATTTAAGATTCTTTA TTCAATTACATCTAATTTACCCTTTTTCTTAAAAAATAAATTATATTTCTATCCCAATTT AAAGTTAAATATAATTTTTCAGTTTTAAGAAGGTTATTCAAGTTAGTATACGAAAAAAGA GTTACGTAGAAAGAAAATAAATAATGAATATAAAAAAAATTAAAAAAAAGAAGAAGAAAG AAAGTATCTAATAAATTGAAAGAAAAATAAATTAAAAAGAAGAAATGAAACAAAAGGAAA AAAGAATGAAAATGAAGAAGAAAGTCTAAGCCCAAAAGTTCCATTTTTCAAAGCATTAAA AAAGAGAAAAAATGCTGTCCATAAGGATTTGAACCAAAGACCTAGGAGCATTTATTGAAC CACTTACCCATTGAACCAAGCCTCTACCTTGTTTTCAAGGGAGTCATTTTAATATATTTA ACTATTTAATCAGAATTGGACGTTATATATACAGTGTAATTTTTGGACGAGGAGGTTCGA ATGTACCCCTTAGGTCCACGCCCCCGTCGACAGTAAAAATTTCAATAACAAAAGTATTTT TTTTAAATAATATAAATATATCGTGACAGATTGTTATAAGGACTTTGATATTTTGATATC TTGTGGATGATATATGTTCTTGAAGCTTAATAAAGTAGTGTCTACAGAGGATTTTATTAT GTACTGTCACGACCTAAAATTGATGTGATGGAACTCGTCTTATCCTACCAAGACAAGTCA GCCTAAAACTCAACTACTACAATAATATGCGAAAAATTTACAATCAACTTAAAAATACTC TTAAAATGTGGTTGTCACGTGTACAAGTCTCTAATATGTTATAACAAAATTGAAAGAAAA ATACAAGTCTCCAATAACCTTGTTTCTAGAATAGAACAAAATCATTAATAAGGAGAAAAA AGGTCTGCTAAGATGATAAGCAACTATCTTACAAATCTCCAAGAAGACTCGAAAAAGAAG AGAACATATCACAAAGTTCCGGGCTAATAACCTACAAAAAATTGTAGAAGCAAGGAATGA GTACCAAACCACACGGTACTCATCAAGTAAACCTCTAAACACAAGCTAAGGGGGGTGACA TAGGGGTACTCCTACTACCCCAACCGAACCTCCACGACTACAACCTACACAAAAGAATCA GCCCAACCTAACAACTCACAGTTTACATAGCACATATTATCCACAACAACACTTAGACAA TTATATATTCTCCACAACAACACTTTGACAAATTACATATCCTCAACAAAAACACTTCAA CAAATTATATATCCTCAACAACAAGCTCAGTATTCATCAATCACAAGTTTCGCAGAAATG CATTCACAAGATCAGCAAAACATAATATCAATTTCACTAATGATAAGTATGTGCAATGCA ATGGAATACGATGTCAAGTATAATGATGCATGTCTGACCTAGTGATACACACCCGCTGTC TCTCAGTTTGGGACCCATGGGGGACATATCTGTCAATGCATCTATCGCTGCGTGCGATAG GTCCCTCAAAATATAGTTCCATCGCGGCGCGTATGCATCAGTTAATGCTCATATGCTTTG GTATTATCATTTTAAAATATATCATACTCGTAACAATGCCTGTCACACCATTGGTGCGAG ACCTCCGTCTTTCACCCTTACCCATTATTCAATTTATTTTTAATCTTTAATTAGAAAACG TCCCTTAACGAAGTCTAGGAAGTCTTAACATACCTCGAATATTGAACACATCACTAATCC TCAAGATCTTGCATTTCCCTTTCACAAATCTTCGAGTTTTTCCAATCTATCAAATATACA CTATTTGTAAGTAAGCAAATCTGTTGACACTCTTATTACTATATGCCTATTCAAAACTAA AAATTCACCCTAGTTTAAAATCAAGCTCCTAATTTTGGTGTCAATTAATAAGACAAGTCT CATATTTGCTAAATTTCACGCTTACGACAAATCTTTATTTCTCCTAATCTCATAAATCTA ATAATATTTATATAATGTAATACACCTAATATTCAATTTCCTATATCAATAAATTCAAAC TTGAATCATAGGGTGATAATTATTGGAAGAATCTGAAAATATACTACGCCGAACTTAACG TGAAACCATATGCAAGCCTTCCAATCACTTATCAATTGATTACATGCACCCAATTTGTAG AAATAGAAGTTATAGCACGATATTCTTAAGAGATAATCCCCCACATAAAATTAAACTACA AAAATTATATCAATAAATGTAGGAATGCTACACCGCAATCCCTTATATGACTTTTTTTTC TTAATAAATTAGTCATCATTATGCCATAAAGGACCATTTTTTTCTTATCCCCCAGATTTA CAGAACCACAAAAAAACAGAAACACGTTGCATCAGCAACATATGGTTTCAACATTGTCAA ATTTTCAATAAATCCATTTAATATAATAGTAAATATTATTGATTTCTATCTATTCACTAT ATTATATTAGCTATAGAAAATATGAAATATCAACTAGTTATTATTTGCTTACCTGAACAT GAGGCACAAAGCGTCTTCCATTCCCCCGTCTGAGGATATTAGCCCTAATAGGTTTATTTT ATAATTTAATTAAAAACTACCTTCTTTTAACTTGTTTTCAGTAAATGGGTAAAATGGTAT AGGTATTAAATGAATTATGGACGTGGCCCATTTACCACCAAAAAGTTTTTTTTCCATTTA AATAACCATAGTTAAACGAATAGTTCAAAATTTCTAAATTTAAATTTTACGGGAAGAGTC AAACAATTTTAGTAATCAAAACGATCTAGCGGGTTGTCACATCATCTACCACTAAAATAA ACGTTCGTCCTCGAACAGTAAAAGAATAGAATGTCAATGGTCTCCCAAAAATTTAGAGAG TTGTACTTCTTAGTAGCCTCATCATCCATATAATACTTTTTCAATATCAAATCATTAAAC ACAATGAAAACGCTGATAAGTCAGGTGGCAAGCCAATTAGTAAGCTAATCTCACTATTAC GCTAAAAAAATCCAATATAACTCAGGTTCAACTTTCCTTTCTTTTTTGAATTTCATCACA CCCTTCATGAGTGAAACCTTCAACAAAACATGTTCTCCAATCACGAACTCTAAATCATGA ACTTTTTAATTTGTATAACTCTTTACCTATTTTAAACGATGAGAAACCTATCTTGAAAGA TTGACCTCATATAAGAACTCTCTCAAGCGATCAGTGTCCCACAGCCTAATCAACTCAATG CATCAAGTTAGACAATTGGATATCAATATCCTACCATGTACTATCTCAAATGATGTTATC TCACTATTCGAATGATAATTGTTGTTCTATGTAAACTCCACTAAAAGCAAAAACTTGTCC CAATGACCACCAAAGTTGCTCACACACGCCTGCAACATGTCCTCTAAGTTCTAAATAGTT TATCAACATACCATTAAGCTGAAGGTGGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.997 4772 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.976 7184 7692 match_2 match_part 0.993 4777 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.996 7184 7713 match_3 match_part 0.995 4786 4982 match_4 match_part 1.000 4792 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.988 7184 7349 match_5 match_part 0.986 4792 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6246 match_6 match_part 0.915 4792 5074 match_part 0.936 5858 5997 match_7 match_part 0.953 4797 5074 match_part 0.987 5858 6009 match_part 0.966 6132 6249 match_8 match_part 1.000 4800 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7445 match_9 match_part 0.955 4807 5074 match_part 0.951 5858 5898 match_10 match_part 0.940 4809 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.977 7184 7227 match_11 match_part 0.992 4811 5074 match_part 1.000 5858 6009 match_part 0.978 6132 6222 match_12 match_part 1.000 4814 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7435 match_13 match_part 0.958 4815 5074 match_part 0.987 5858 6009 match_part 0.984 6132 6257 match_part 0.945 7184 7292 match_14 match_part 0.984 4828 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.970 7184 7417 match_15 match_part 0.996 4831 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.996 7184 7440 match_16 match_part 0.951 4832 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.938 7184 7328 match_17 match_part 0.951 4832 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.938 7184 7328 match_18 match_part 0.951 4832 5074 match_part 0.987 5858 6009 match_part 0.988 6132 6216 match_19 match_part 0.958 4835 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.966 7184 7241 match_20 match_part 0.996 4836 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.989 7184 7468 match_21 match_part 1.000 4837 5074 match_part 1.000 5858 5950 match_22 match_part 0.962 4839 5074 match_part 0.987 5858 6009 match_part 0.957 6132 6225 match_23 match_part 0.961 4842 5074 match_part 0.993 5858 6009 match_part 0.976 6132 6257 match_part 0.948 7184 7414 match_24 match_part 0.961 4842 5074 match_part 0.993 5858 6009 match_part 0.976 6132 6257 match_part 0.959 7184 7328 match_25 match_part 0.965 4846 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.971 7184 7323 match_26 match_part 0.965 4846 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_27 match_part 1.000 4847 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7388 match_28 match_part 0.965 4848 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.958 7184 7327 match_29 match_part 0.965 4848 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.965 7184 7298 match_30 match_part 0.977 4855 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7438 match_31 match_part 0.967 4864 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.932 7184 7257 match_32 match_part 0.966 4870 5074 match_part 0.993 5858 6009 match_part 0.976 6132 6257 match_part 0.966 7184 7358 match_33 match_part 1.000 4875 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6233 match_34 match_part 0.959 4906 5074 match_part 0.987 5858 6009 match_part 0.968 6132 6257 match_part 0.927 7184 7470 match_35 match_part 0.968 4917 5074 match_part 0.993 5858 6009 match_part 0.976 6132 6257 match_part 0.961 7184 7390 match_36 match_part 1.000 4918 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7286 match_37 match_part 0.993 4929 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.984 7184 7305 match_38 match_part 0.955 5943 6009 match_part 0.952 6132 6257 match_part 0.912 7184 7661 match_39 match_part 1.000 6199 6257 match_part 0.940 7184 7700 match_40 match_part 1.000 6200 6257 match_part 0.978 7184 7673 match_41 match_part 1.000 6200 6257 match_part 0.982 7184 7671 match_42 match_part 1.000 6200 6257 match_part 0.996 7184 7662 match_43 match_part 1.000 6200 6257 match_part 0.995 7184 7554 match_44 match_part 0.926 6231 6257 match_part 0.974 7184 7679 match_45 match_part 0.925 7228 7642 match_46 match_part 0.915 7243 7656 match_47 match_part 0.998 7258 7679 match_48 match_part 0.975 7284 7685 match_49 match_part 0.952 7299 7695 match_50 match_part 0.997 7330 7679 match_51 match_part 0.928 7430 7694 match_part 0.562 9160 9191 match_part 0.630 9575 9601 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_52 match_part 0.919 7685 7178 match_53 match_part 0.920 7685 7299 match_54 match_part 1.000 15176 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 0.994 8982 8479 match_55 match_part 1.000 15202 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 0.998 8982 8577 match_56 match_part 0.949 10019 9884 match_part 0.961 9107 9057 match_part 0.887 8982 8601 match_57 match_part 1.000 15352 15348 match_part 1.000 15265 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 1.000 8982 8750 match_58 match_part 0.904 12576 11961 match_59 match_part 1.000 20586 20509 match_part 1.000 20023 19944 match_part 1.000 16127 16043 match_part 1.000 15479 15348 match_part 1.000 15265 15152 match_part 1.000 13085 13054 match_60 match_part 0.967 21133 20924 match_part 0.984 20752 20509 match_part 0.975 20023 19944 match_part 0.976 16127 16043 match_part 0.945 15479 15389 match_61 match_part 1.000 24726 24681 match_part 1.000 21165 20924 match_part 1.000 20752 20509 match_part 0.975 20023 19944 match_part 1.000 16127 16043 match_part 0.918 15479 15419 match_62 match_part 0.985 26388 26322 match_part 1.000 24764 24681 match_part 1.000 21165 20924 match_part 1.000 20752 20509 match_part 0.921 20023 19935 match_63 match_part 1.000 24725 24681 match_part 0.963 21165 20924 match_part 0.970 20752 20551 match_64 match_part 0.952 30061 29876 match_part 0.989 26496 26322 match_part 0.964 24764 24681 match_part 0.983 21165 20924 match_part 0.964 20752 20587 match_65 match_part 0.920 30049 29876 match_part 0.954 26496 26322 match_part 0.905 24764 24681 match_part 0.953 21165 20997 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 4772 5074 exon 5858 6009 exon 6132 6257 exon 7184 7713 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 4772 5074 exon 5858 6009 exon 6132 6257 exon 7184 7694 exon 9160 9191 exon 9575 9601 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 7685 7178 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 30061 29876 exon 26496 26322 exon 24764 24681 exon 21165 20924 exon 20752 20509 exon 20023 19944 exon 16127 16043 exon 15479 15348 exon 15265 15152 exon 13085 13038 exon 9968 9884 exon 9107 9057 exon 8982 8479 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 30061 29876 exon 26496 26322 exon 24764 24681 exon 21165 20924 exon 20752 20509 exon 20023 19935 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 10019 9884 exon 9107 9057 exon 8982 8601 gene_7 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 12576 11961 RepeatMasker tomato repeats master Unknown00050 3417 3698 1 Unknown00050 3417 3698 1 nucleotide_motif 1095 1368 1651 Unknown00050 3690 3869 1 Unknown00050 3690 3869 1 nucleotide_motif 780 2786 2978 Copia00110 13165 13560 1 Copia00110 13165 13560 1 nucleotide_motif 1705 2990 3422 SHALINE11_MT 1639 1816 1 SHALINE11_MT 1639 1816 1 nucleotide_motif 246 10827 11019 Copia00105 7465 7519 1 Copia00105 7465 7519 1 nucleotide_motif 286 14091 14145 PDR1_I 3272 3612 1 PDR1_I 3272 3612 1 nucleotide_motif 1037 22438 22776 Gypsy00019 567 648 1 Gypsy00019 567 648 1 nucleotide_motif 288 27055 27129 Copia00089 5554 5636 1 Copia00089 5554 5636 1 nucleotide_motif 333 27063 27145 ATHPOGO 413 579 1 ATHPOGO 413 579 1 nucleotide_motif 661 37562 37727 ATHPOGO 1809 2096 1 ATHPOGO 1809 2096 1 nucleotide_motif 599 37763 38038 Unknown00034 3738 4041 1 Unknown00034 3738 4041 1 nucleotide_motif 1348 40197 40502 SINE1_SO 1 49 1 SINE1_SO 1 49 1 nucleotide_motif 286 41194 41239 SINE1_SO 125 179 1 SINE1_SO 125 179 1 nucleotide_motif 278 42384 42437 Copia00205 4513 5391 1 Copia00205 4513 5391 1 nucleotide_motif 4905 42605 43479 Gypsy00203 6317 7092 1 Gypsy00203 6317 7092 1 nucleotide_motif 1227 43473 44000 RepeatMasker tomato repeats master Unknown00019 48 697 -1 Unknown00019 48 697 -1 nucleotide_motif 836 3720 3423 Unknown00043 9978 10148 -1 Unknown00043 9978 10148 -1 nucleotide_motif 399 10898 10719 Unknown00057 476 2050 -1 Unknown00057 476 2050 -1 nucleotide_motif 1521 12487 10921 ATHILA7_I 6330 6415 -1 ATHILA7_I 6330 6415 -1 nucleotide_motif 254 14144 14062 Gypsy00046 4078 4127 -1 Gypsy00046 4078 4127 -1 nucleotide_motif 242 14152 14102 Unknown00043 8232 9829 -1 Unknown00043 8232 9829 -1 nucleotide_motif 3887 19080 17512 Unknown00045 880 2044 -1 Unknown00045 880 2044 -1 nucleotide_motif 4796 34820 33683 Gypsy00033 5071 7809 -1 Gypsy00033 5071 7809 -1 nucleotide_motif 7253 36964 34228 Copia00191 2141 2289 -1 Copia00191 2141 2289 -1 nucleotide_motif 293 44690 44548 Gypsy00016 5160 5310 -1 Gypsy00016 5160 5310 -1 nucleotide_motif 535 44790 44639 Gypsy00006 6946 7512 -1 Gypsy00006 6946 7512 -1 nucleotide_motif 1931 45391 44839 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 706 34436 35497 match_2 match 1540 17877 19067 match_3 match 1540 17877 19067 match_4 match 831 34421 35553 match_5 match 1007 34385 35516 match_6 match 1007 34385 35579 match_7 match 1031 34369 35546 match_8 match 793 34460 35519 match_9 match 765 35209 36233 match_10 match 2508 35812 37076 match_11 match 2593 43976 45394 match_12 match 3241 42253 43911 match_13 match 1933 3747 4775 match_14 match 3461 5548 7293 match_15 match 1170 34540 35549 match_16 match 1170 34540 35549 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 790 27 45393 clone_end_1 clone_end 278 27 166 clone_2 clone 962 204 45393 clone_end_2 clone_end 622 204 562 clone_start_1 clone_start 555 1568 1883 clone_3 clone 660.5 6873 41838 clone_end_3 clone_end 952 6873 7352 clone_4 clone 882.5 6873 41567 clone_end_4 clone_end 952 6873 7352 clone_5 clone 309.5 7398 41838 clone_end_5 clone_end 250 7398 7559 clone_6 clone 531.5 7398 41567 clone_end_6 clone_end 250 7398 7559 clone_end_7 clone_end 1285 9116 9763 clone_end_8 clone_end 1338 10721 11416 clone_start_2 clone_start 1423 17429 18153 clone_start_3 clone_start 1181 17516 18123 clone_end_9 clone_end 896 17626 18077 clone_end_10 clone_end 492 29772 30040 clone_end_11 clone_end 353 30073 30250 clone_end_12 clone_end 674 30573 30912 clone_start_4 clone_start 1358 35969 36685 clone_end_13 clone_end 1116 38392 38970 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_5 clone_start 1302 45393 44705 clone_start_6 clone_start 1302 45393 44705 clone_start_7 clone_start 1435 7292 6569 clone_start_8 clone_start 369 41838 41632 clone_start_9 clone_start 813 41567 41151 clone_start_10 clone_start 369 41838 41632 clone_start_11 clone_start 813 41567 41151 clone_start_12 clone_start 517 26726 26451 clone_end_14 clone_end 537 27089 26798 clone_start_13 clone_start 537 27089 26798 clone_start_14 clone_start 912 29586 29106 clone_end_15 clone_end 353 30250 30073 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.997 4772 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.976 7184 7692 match_2 match_part 0.993 4777 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.996 7184 7713 match_3 match_part 0.995 4786 4982 match_4 match_part 1.000 4792 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.988 7184 7349 match_5 match_part 0.986 4792 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6246 match_6 match_part 1.000 4800 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7445 match_7 match_part 0.992 4811 5074 match_part 1.000 5858 6009 match_part 0.978 6132 6222 match_8 match_part 1.000 4814 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7435 match_9 match_part 0.958 4815 5074 match_part 0.987 5858 6009 match_part 0.984 6132 6257 match_part 0.945 7184 7292 match_10 match_part 0.984 4828 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.970 7184 7417 match_11 match_part 0.996 4831 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.996 7184 7440 match_12 match_part 0.996 4836 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.989 7184 7468 match_13 match_part 1.000 4837 5074 match_part 1.000 5858 5950 match_14 match_part 1.000 4847 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7388 match_15 match_part 0.977 4855 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7438 match_16 match_part 1.000 4875 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6233 match_17 match_part 1.000 4918 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7286 match_18 match_part 0.993 4929 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 0.984 7184 7305 match_19 match_part 1.000 6199 6257 match_part 0.940 7184 7700 match_20 match_part 1.000 6200 6257 match_part 0.978 7184 7673 match_21 match_part 1.000 6200 6257 match_part 0.982 7184 7671 match_22 match_part 1.000 6200 6257 match_part 0.996 7184 7662 match_23 match_part 1.000 6200 6257 match_part 0.995 7184 7554 match_24 match_part 0.926 6231 6257 match_part 0.974 7184 7679 match_25 match_part 0.998 7258 7679 match_26 match_part 0.975 7284 7685 match_27 match_part 0.952 7299 7695 match_28 match_part 0.997 7330 7679 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_29 match_part 1.000 15176 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 0.994 8982 8479 match_30 match_part 1.000 15202 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 0.998 8982 8577 match_31 match_part 1.000 15352 15348 match_part 1.000 15265 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 1.000 8982 8750 match_32 match_part 1.000 20586 20509 match_part 1.000 20023 19944 match_part 1.000 16127 16043 match_part 1.000 15479 15348 match_part 1.000 15265 15152 match_part 1.000 13085 13054 match_33 match_part 1.000 24726 24681 match_part 1.000 21165 20924 match_part 1.000 20752 20509 match_part 0.975 20023 19944 match_part 1.000 16127 16043 match_part 0.918 15479 15419 match_34 match_part 0.985 26388 26322 match_part 1.000 24764 24681 match_part 1.000 21165 20924 match_part 1.000 20752 20509 match_part 0.921 20023 19935 match_35 match_part 1.000 24725 24681 match_part 0.963 21165 20924 match_part 0.970 20752 20551 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 4772 5074 exon 5858 6009 exon 6132 6257 exon 7184 7713 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 24726 24681 exon 21165 20924 exon 20752 20509 exon 20023 19944 exon 16127 16043 exon 15479 15348 exon 15265 15152 exon 13085 13038 exon 9968 9884 exon 9107 9057 exon 8982 8479 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 26388 26322 exon 24764 24681 exon 21165 20924 exon 20752 20509 exon 20023 19935 AUGUSTUS_tom_cdna de novo gene_1 gene 1 4785 4867 transcript_1 transcript 4785 4867 CDS_1 CDS 4785 4867 stop_codon_1 stop_codon 4865 4867 gene_2 gene 1 4896 7401 transcript_2 transcript 4896 7401 start_codon_1 start_codon 4896 4898 CDS_2 CDS 4896 5074 CDS_3 CDS 5858 6009 CDS_4 CDS 6132 6257 CDS_5 CDS 7184 7401 stop_codon_2 stop_codon 7399 7401 AUGUSTUS_tom_cdna de novo gene_3 gene 1 26441 8891 transcript_3 transcript 26441 8891 stop_codon_3 stop_codon 8893 8891 CDS_6 CDS 8982 8891 CDS_7 CDS 9107 9057 CDS_8 CDS 9968 9884 CDS_9 CDS 13085 13038 CDS_10 CDS 15265 15152 CDS_11 CDS 15479 15348 CDS_12 CDS 16127 16043 CDS_13 CDS 20023 19944 CDS_14 CDS 20752 20509 CDS_15 CDS 21165 20924 CDS_16 CDS 24764 24681 CDS_17 CDS 26441 26322 start_codon_2 start_codon 26441 26439 AUGUSTUS_ab_initio de novo gene_1 gene 1 4896 7401 transcript_1 transcript 4896 7401 start_codon_1 start_codon 4896 4898 CDS_1 CDS 4896 5074 CDS_2 CDS 5858 5954 CDS_3 CDS 6104 6257 CDS_4 CDS 7184 7401 stop_codon_1 stop_codon 7399 7401 AUGUSTUS_ab_initio de novo gene_2 gene 1 30006 15131 transcript_2 transcript 30006 15131 stop_codon_2 stop_codon 15133 15131 CDS_5 CDS 15265 15131 CDS_6 CDS 20752 20509 CDS_7 CDS 21165 20924 CDS_8 CDS 24764 24681 CDS_9 CDS 26496 26322 CDS_10 CDS 30006 29876 start_codon_2 start_codon 30006 30004 AUGUSTUS_tom_ugs de novo gene_1 gene 1 4896 7401 transcript_1 transcript 4896 7401 start_codon_1 start_codon 4896 4898 CDS_1 CDS 4896 5074 CDS_2 CDS 5858 6009 CDS_3 CDS 6132 6257 CDS_4 CDS 7184 7401 stop_codon_1 stop_codon 7399 7401 AUGUSTUS_tom_ugs de novo gene_2 gene 1 30006 8891 transcript_2 transcript 30006 8891 stop_codon_2 stop_codon 8893 8891 CDS_5 CDS 8982 8891 CDS_6 CDS 9107 9057 CDS_7 CDS 9968 9884 CDS_8 CDS 13085 13038 CDS_9 CDS 15265 15152 CDS_10 CDS 15479 15348 CDS_11 CDS 16127 16043 CDS_12 CDS 20023 19944 CDS_13 CDS 20752 20509 CDS_14 CDS 21165 20924 CDS_15 CDS 24764 24681 CDS_16 CDS 26496 26322 CDS_17 CDS 30006 29876 start_codon_2 start_codon 30006 30004 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 4777 5074 match_part 1.000 5858 6009 match_part 1.000 6132 6257 match_part 1.000 7184 7679 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 1.000 26383 26322 match_part 1.000 24764 24681 match_part 1.000 21165 20924 match_part 1.000 20752 20509 match_part 1.000 20023 19944 match_part 1.000 16127 16043 match_part 1.000 15479 15348 match_part 1.000 15265 15152 match_part 1.000 13085 13038 match_part 1.000 9968 9884 match_part 1.000 9107 9057 match_part 0.998 8982 8479 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 4777 5074 exon 5858 6009 exon 6132 6257 exon 7184 7679 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0167P18.1 type gene exon 26383 26322 exon 24764 24681 exon 21165 20924 exon 20752 20509 exon 20023 19944 exon 16127 16043 exon 15479 15348 exon 15265 15152 exon 13085 13038 exon 9968 9884 exon 9107 9057 exon 8982 8479 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 4785 4867 transcript_1 transcript 4785 4867 CDS_1 CDS 4785 4867 stop_codon_1 stop_codon 4865 4867 gene_2 gene 1 4896 7401 transcript_2 transcript 4896 7401 start_codon_1 start_codon 4896 4898 CDS_2 CDS 4896 5074 CDS_3 CDS 5858 6009 CDS_4 CDS 6132 6257 CDS_5 CDS 7184 7401 stop_codon_2 stop_codon 7399 7401 gene_3 gene 1 7572 8583 transcript_3 transcript 7572 8583 start_codon_2 start_codon 7572 7574 CDS_6 CDS 7572 7726 CDS_7 CDS 8490 8583 stop_codon_3 stop_codon 8581 8583 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 30006 8891 transcript_4 transcript 30006 8891 stop_codon_4 stop_codon 8893 8891 CDS_8 CDS 8982 8891 CDS_9 CDS 9107 9057 CDS_10 CDS 9968 9884 CDS_11 CDS 13085 13038 CDS_12 CDS 15265 15152 CDS_13 CDS 15479 15348 CDS_14 CDS 16127 16043 CDS_15 CDS 20023 19944 CDS_16 CDS 20752 20509 CDS_17 CDS 21165 20924 CDS_18 CDS 24764 24681 CDS_19 CDS 26496 26322 CDS_20 CDS 30006 29876 start_codon_3 start_codon 30006 30004 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 108 17635 18153 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_2 match 60.5 15482 15348 match_3 match 66.6 15268 15152 match_4 match 139 21168 20923 match_5 match 129 21168 20923 match_6 match 227 21168 20509 match_7 match 64.3 15482 15348 match_8 match 78.2 15268 15149 match_9 match 134 21168 20923 match_10 match 63.5 15262 15137 match_11 match 71.6 15482 15348 match_12 match 142 21168 20923 match_13 match 62.0 15268 15137 match_14 match 71.6 15482 15348 match_15 match 142 21168 20923 match_16 match 62.0 15268 15137 match_17 match 71.6 15482 15348 match_18 match 142 21168 20923 match_19 match 62.0 15268 15137 match_20 match 71.6 15482 15348 match_21 match 142 21168 20923 match_22 match 239 21168 20509 match_23 match 109 26504 26274 match_24 match 80.5 15482 15348 match_25 match 76.6 15262 15149 match_26 match 239 21168 20509 match_27 match 109 26504 26274 match_28 match 80.5 15482 15348 match_29 match 76.6 15262 15149 match_30 match 64.7 15482 15348 match_31 match 65.1 15268 15149 match_32 match 133 21168 20923 match_33 match 64.7 15482 15348 match_34 match 65.1 15268 15149 match_35 match 133 21168 20923