C09HBa0099P03.2 CACATATTTTGTTTTCAGCAAACTTCATTTTGGGCAACCCTCGGACTGGGTCCTTTGAAA TCAATTTATTCAATAAAGATGAACTCACATGTCCCAGCCTACGATGCCAGAGATCAGCAT TTTCATTTTGAGCACTGAGACATGTTAAGTCATCTCCATGAGAGATTTCCAAGTTTGCCA CATACATATTTTTACTTCTGTGTGCAGTGAGAATTACCTTGTTTGTAGTTAAACTCACCA CAGTGCATTTTTCAGAAGTAAACTTGACCTCATTTCCTTTATCACAGATTTGTGACACAC TTAGCAAGCTGTACTTTAACCCATCCACATGGTAAACATTGTCAATTGAATCTTCAAGAG ATCTTCCTACTTTGCCAACTCCCAAAATGTACCCCTTCTTGCCATCACCAAATGAGACAC CTCCTCCTTGGAGGGTCTTGAGTGAGAGGAAGTTCTTTACATCACCAGTCATATGTTTAG AGCAGCCACTATCCATATACCAACATTGTCTGCTGCTCCTCTCACTCACCTGCATCAAAA ATCACTTGTTAAGCTTGGGAACTCATTTCAGCTTGAGTTCCCAGTAGGCAAACAAAGGAG TGATCAGATTGTACTTGGTCCAATATGGTAGACTTTGAATCTTTCTAACAAAGGACCTAG GAGCAGGAACAGATTTTTTCTTTGAAAATCTGTGAGTTGAGACAGGATCTGTAGGACCAG GTCTCTCATTTGGTACATTTTTTCTTTCAGCATACTTAAGAGTATCTCTCACATGAGTTT CTCCAGCTAACACACTCATTCTTCAGATGTCCATTCTTACCACAATGCAGACACAATAGA TTGTCAGACACAAACACATACTTACTGTGAGGATTATAAAGAGGACTTATGTTCAGACTT CTTAGTCCTTTCTTATTGAAATTACTCTGATTTGTCACATTTGACAGCAACTTTGAGGAT TTGATCCACTTAAGAGAATTTTCAAGCTCTTTCTTAAATTTCACAACATCCTGTTCTAAT TTGTTACTCTTTTCAAGTGACAAACTAAGATTTTTCTCAGAGTTTTTCAATTTTTCTTGA ATTTCAGCTTGCAGACTATTTGGCTTTCCATTCAGATTTTCAGCTTCTTCAGTAATCTGA CACAACTGGTTCTTAAGTTCGGAGTTTTTTAACTCTAGAGACACCATTCTTGACATTGTG TCTTCAAATTGACCTTTGTTTTCAGTTAAAATTTCAAGTTCAGCAATTATGGTATCTTTT TCAGATGTTAACTCTATCACAGAATCTAACATGACTTTTGACAAGGTTCTCAATTTTTTA AGAGAATACTTATCCAAGTCAATTTTCATGTCAAGAAGAGTTACCTGATTGTCTTCTTCT TCATTTTCTGTGTGTGCCATAAGAGCAAACATTTCATTGAAGACAGTTTCCTCCTCATGC ACAGCAACCATTGACACATCTTTTGGCTCATCAGGATCTTCTGAGTCACTAGAAGAATCC CCTCATGCAGCAAGAGCCCTTTTGACAACCATATCAGCAGCAACTTTACGATCTCTGTTA CCAAGTACCAGGTCCCTTCTGTTTTCTTTGTCACCCCTGTGTTTTTGATGTTCCTTGTTT TCATTCTTGAGTAAAGGACACTCTCTGATGAAGTGCCCAGACTTTCCACACTTGTAGCAA GTATCCCCTTGAGCAGCATTGCGAGTCCCATTTGTTCCTCTTTTATACATTTTGTTTTTT CTCACAATCTTTTGAAATCTACTGATGAGATAAGCCATATCATCATCATCACTTGAATCT TCATCTGATTTATACTTCAACATCAATGACTTGTCCTTCTTGGCTTCCTTTTTTGACAAA TCATAGTTTCGATTCATCTCATGTGTTTTAAGATTACCAATCAAGGCATCCATGGTCAGC ACCTTCAAGTCCTTGGCTTCTGTAATGGCATCAACTTTGCTCTCCCAGGACTTTGGAAGA ATTCAAAGCACTTTCCTGACTTGTTTGGTCATGCTTATAGGTTCACCCAAACTTCGTAGC TCTTTTGTAATGGAAGACAACTTGGTGAACATGTCATGTATAGTTTCTCCTTCCTTCATT TTGAAGTTCTCATATCGTGAGGTGAGCATGTCAATCTTGGATTCTTTGACTTGTTCAGTT CCTTCATGTGCAGTCAACAAGCAATCCCAAATTTCTTTAGCAGACTCACAGGCTGACACT CTGTTGTACTCATCAGGTCCTATCCCACAGACCAGAAGAGTTTTAGCTTTGAAACCCTTT TCAATCTTTTTCCTGTCAGCATCATCATATTTCTGCCTGGGCTTTGGAACAGTAATGGTC TTTTCTCCATCCTTTACTTCCATCATTGGAACAAAGGGTCCATCTAGTATAATATCCCAT AACTCGCTATCTTCAGCCATGAGATAGTCGTGCATTCTAACTTTCCACCAACTGTAGAAA TGTCCATTGAAACGAGGAGGTCTGTGTGATGACTGACCTTCTTCGAGGTTAAGTGGAGCT GCTATTCTTAGAACAAAATCACTTCCTTGGTGTTAACCAAATAGGTAGTGCCTGCTCTGA TACCACTTGATAGAATTTATGCCTTCACTTATTAGTAATGGACCAGGTCTCTTACTTTAC TTCAGAAAATTACCAGAAAGTTAAATGCAGTAAAATTAACACAATGATTTTACGTGGAAA CCTCCTTGCTTAAGGGAGTAAAACCACGACCTATCTCACAGGATTTTCAATCGTTTTCAC TAATCTTCAAAAGCAAAAGCGAAACACGATTACACCAAACGTAAGAAAGAGTTATCAATC TTACCGTTAAGCAATAGACCTCTATTGCTCAACAAGCCAAAGTAGAAAAACAATCTACCC ACTAAGCTATCCCACCTGGACAACCTAGACTTTTAACACAACACACCAATTCCTTTATAG ATTTAGGAGTGGTTTACAATTTAAGAACAAGAGAATAAATTCCTAAACAACTAGACGAAA AGCTCCAGATGTTGCTGTTGTCCTAGGAATGATTCTGCCTTTGCTTTGTGTAGCCTTTGC AAGAGTTCTTGAAAAGTTTTTATCAAGTTGCAAAAACTGAAAGACAAATGTTTAGGAAAG TGCCTTTTATATGGGCAAGTCACTTTCCTAAACTTCTTTGCCATTGGTTGGAAAGGTCAC ACTTTTCTGACGCCATCGAGAAGTGTGCACCTACTTTCTGTACGTCTCCAATTGGCAGTT GACTGGCTCATCATCATGAGGGCCTGGTACCTCTACTAGGTCCCTGAGTTTGTTTCATCT GCAATACTTCAAACAAGACACCTGCAATACTCAAGTAGAAAACCCGGTACCTTTATGAGG TCCCTAAGTTTGTCAAATTATCAAAACTACAAATAACAAATATGTATGATGTTTCTATAA TAGCGTGAGAAGGTGATTAAAAATTTAGATGTTTTAATTTGTATTACTTTGACTTGACAT GGTAATATTCACAATCTATTGTAAAAAAATATATATATTAGAGTGACGCTTTCATAATTG TGTTTTAGTTTTTGAAGAAGAACTCATTTATTTGTAAAGCCCAAGTTAATGATTCAGTCC AAATGAAAATGAATTTAATTCAAATTTTGTATGAATTTGATCTAATTACAATGTATGTGT CTACAATATTAACGCTACTCCCCTATCTTTATATATAGATGATCCATTTGGTTCATATGT ATATGTATATAGAAATAACTATGAAGAGAGTATTTTCAATATTGGTGGACTCAAGTATAG TACACAACATTTTATGATGACGGAACTATTTACTACTATTAAGAAGGGAGTGACGATCCA TGGGACTACGATAAACTATTGAGAAAGGGTGAATTGATCATAATATTATGGTGGAATTAG AATGTAAGTTGACAATTTTATATCCGATTATCAGTTTATTCATACGTATTTTTTGAATCG GAATCGAAGGACTATGTGAGTTTCGTTTCCAACTCATTAAACTGTTCGTTTTTATGACTT CAAAATAGAGAGATATTCACGTTTGTGCCTCTTCAAGAGCTTTGGACCGGCCATAACATT CGAAATTGGAGAAAAAAATTAAGGAAACTCTTATTTTATCTGTAGAATAATACTTAATTT TTTAGCCACATTTTTTTCATCAGTCTTCTGCACTACTAATGAAGAAAAGGGATTACTTTT TGTGTGAGTTGGAGAAAGTTGAATGAATTTACTATAAAAAAAAACAAATATCCAATTCCC ATTATTTACTTGTTAAATTACGAGTGAACAATGAACCCAATTGAATAATTTAACAAAATA AATTTGAGAAAAATGTTTGAAAAACGTTTTAATTTTGGTCGAAATTGATGTTACGAAATC AAATTTTATAGATGATCTTTTACGTATTTTAAAGGTATATATATGTGCCCATGTGGACAC ATTAATATTTATAATGATACAATATTTGTGATGTCCATGTGAATATATATATATATATTT AAAATACACTATCAAATAGAATAGGGATAAAAAATTATTTTCAAAATTCAATATTATGAC AATAATCTCAATTAAAATTTGAATATATTTCAAATTTTTTTTTTCAATAAATTTTAAAAG TTGGATCAAACGTGTTACTGTTAATATTAACAAAGAAAAGAGTTCGTCGTAATACTACTG AATTATTGTCCTAAAAAAATGGAGAAAAATTATTGTAATGCATTAATTACGGACAGATAT TAGATAATGTAGACCCACCATTATATAAATTGACTATGTGAATTGAAACAAAATGTCTAA AAAGGTTGTCAAATTCCAGGTATTTGATCTCATCTTATTATAAAAAAAACTAATAATTGT TCCAGATATTCGTGGCATAACAAAATAATTGATACACATGCAATGTTTTATCTTCTAGAA AACACTTGAAATTATTTAATAAAATCTTCTTAACTTGTTGAAGTGTATTGATTAGAAGTG ATATGAAAAAGAAAAAAGAACATATGATAACACCCATAACTCTTTTGCACCTCACCTATA TATTTTACTAATTTCACAATTTTATTCTTTTAGTGTTTTTTTATTTTTATTTCTACTTGA GCAAAAAATGATATAAGTTTCTGAAAGAAAAAAAAATAAAACTTTATTAAAGAGGTATTT TTTATACTATTGTTGATTAAGAAAAACTAGGCACGAGAATCACCGCTTAAATATATAATT TTTAAATAAAGAGGTATTATTTGCGTATAAAAATATTTACTTTGATATAATTTTTAAATA TTTCTTATATTTAAGTTTGAAACTTAGAATTTTGGATGGTTCCATAAATATTATAGTCCA CATGTGTTGGTAATTATAATAAAACTCAAATCAAAATTAAATTAATATTGATGCAAAAAG GAAATCTATTTAGCATTAAGAATGACAATAATATTAAATATTTGTTCTTTGATTTTACGT TGATTTAGACAATTGAAATACATAATCTAATTTTAATTTTCTTTAATATTTAGTCATGTA ACTAATGCTTATTTGTTATAAATTCATTGAATGAGTGGATAGTCCATAAGGTTGGTACAT GAACAACCATTCATATTCACTAGGTTACATGAACCTTTTTGGATAAGAATGTATCTATTT ACTATGATACTTAATATGGTAACCTTTGGAGTGATTTCTCACTCTATAAATAGGGTTGTT CATTCAGTATTGTAATAGATACATATGAGACTTGAATACACTTGAATAAGAAGAAAATTC CTCTTCTTCTATATACTTCTCTTATCTTCTTCTCTTTATGATTATATTCTTATGAGCTTG ATTTTATAACACGTTATCAGCACGAGTCTCTATCTAATTGAGAGTGGGTTCTTGTTTTTC TTTAGCTCATATTTTGGTTGATCTCGTTATGAAGATCAAAGTATTATATGCATAAAATCA GGTATGTATTTTCTAAAATATTTTATGATTTAGAATAAAATAGTATTCAATCACTAATAA TTATCAGGAACCGAAGACATATACTACTATTGGTTGAATATGACATGCTATACAAAACTT CTTAAATAGAAGAAGGTATAAAATTTTAATAGCATGAATTTGAATGTTATTTTGATTGTT TTGAATGACTCAAAGGGTGAGTCATGTTGTACTTCGGTTTATTATACCGTTGGTTAAGGG TAAGACGATGAATTCAAGTTTCATCGCACCAAAAGGGTAAGACATCAGGTTAAAGTCCGG ATGCACCATAATGAAAAATATTTGAGGATAAGACGATAGATTCAAGTTCTATCGCACCAA AAGGGTAAGACATCAATTTGAGTTTTGATGCACCGCGATTGGGTTCAAGTCCCATAGAAT TATGGCGTAACACGCCTTATATGGATAAGACATTGGGTTTGAGTCAATGCACCATAGTGA TGATATAATGATGACTAAGGCTTTGATGAAAAGTCTTGAAATTCGTCCTGTTGAATTTGC TCCATTCCTTGAAAAGAATGTGGTAGCAACATACGATAATTTTAAAATTGCATGTTCACT TGCTCCATTCTATCGTATGAATGTGGTAGCAGTAAATAGTTAGTCTGAAAGATGACAAAT GATTAACGATATGAAAAAAGGCATGAAGGGACGGAATTATAATAGTCATCATTGTGGTAA TTATAAAAGAAAGAACACTATGGGTTCTCCAAATAGTCCTTCGAAATGTGAAGACAGTTT TCATTATCAAAATGGTACGAAAGGTCATTAGACTTGTGAATGTTGTCAACCCAATAATTT GACAAGTTTATAAATCCTCTATCATGATACAAGAAAATAAAGTGATGGTACACTTGATCA TTCAAAATGATGTTGAGGTGTGTCATGGAAATATGATGAATTTTAAAGTCATGACAATGT GCTTATAATGCAAATTGATGAAGTACATATAAATAATTAGTTCATTCCTTGAAGAGAATG TGACTTATGATGAGTATCGTGAATGCTCGACCATTCTATAAGAGAATGGGTCCAGATGTG AGCAAATCATTATGGGTTGGATATATGTCACAACTCACCTCTATAGAAGGTTTGAGAAAA AAAATGATACATGTCACTTCTCATCTCTACGGGAGATTTGAGAGAAAATAAATTTTATTT GGTAAAAATGGCTAATTGTATTGTACGTTTTATACGTCACTATGATATAAACTACCGAAA GGGCAAAAGAAAGAAATAGTTCTTGCCTATAAGGGTTGTGGTCATTATTGTGTGGCAATA CAAATTTGTCATTGATTGTGTACCTATGGTACAACAAAAGTAAAGCAAGAAAGACGTCTT GCTCGTAATGATTTTGATCATGACAATAATAATATAATTTCCTCATTGAAGGAGATGCTC ACCATAGGGATGGTGTCATGCAATATGTCATAGTACACAAAATTAATTGTAAGCTCTAAC GAGTTGTGCTATTATCAGAGGAATAATATTGGGGTTGTAGTAAGTCTCAAAAGAAACTTT TTAAGTTTCGGATGAATGAAAATAAATATTGAGACTATAAATCACTACAACCGAAGAGGG TTATAATGTTTATGTAAAAGATTACCCCACTTTTCCTCCTGTTTGTTCCATACAAACATG TACATGCTGATGAAATCACATGTAAAAGTAAATTATAAGTGTACTAAAATAAAGATCAGT TGGCATGACTGATTGACCATTCCGATTAAATGTAATGCAAACGTGATTGAGAATTCAAGT GATTTATATGATTAAGAAATAAAGATTCTTCAAGAATTCTCTTGTGTTGCTTGTTCTATT GATAAAATGATCATTGTACCAGCTAAGGTCGGGACTGTAATCCCGTAAAATTTTTTGGAA CATATAAAAGGGTGAATATGGGTCTGTTTACCTGTCATGTGGATCATTTGCAATTATATG ATTAATACATCTATGCGATGGTCACATGTATTTTGTTGTCAACTTACAAATTGGTTTTTG TAAAGTTGTTTGCTCGAATTGTTAAAATTAATAGCATAGTTTCAAATTATGAAATTATAT TGATAATAGTGGTTGATTTAGCAGAAATTGTATGCCTCCAATTATAGCTAAATCATGGTT ATGAGAACAAAACTCCCAAATAAAATTTGGTATGAGATAATTTTGTTTAACATGTAGCAA CACATGTATGCATCAAACAAAAAAGGTTTCCCCATTAAAATTGGTTCAGGGTCAGGAACC ATATAATTTTCATCTAAAATGTTGAATGTGCGATTATGATTTTAATTGCTCCACCACGCA CAAAGATGAACTTCCAAATAAGATTGGAATGAATGTTAGATTTTCTAACATTAGGGGGAG AAATGATTGACAGCTGAAAATTATGTGTGAAGTTAATTATGAATTATCTAGATCCTCGTT AAAATAAATATGTGAACTTAAAGTTCAAGAGATAATTCAGTTGCATAATGTTGAAAATCA GTTGCCAGATGAATGCACTGATCTTATGATATAATTCAGCTGCAAGTGCTCCAATGTGAA GTCCTTGAAGGACAGAGTCTATGATACGCCGGAAGCGTAATAGACCAATCGATTCCAAAT ATAAAATTCCTTGAAGAAGGAAGGAGCAAATGATCAATATGGTCATGATAATGAGGCAAG TGCTATAAAAGAGCACATTGACATAACACTTCATAAAATTTTGAAAAAGGTTCAGGTACC TGAAATAATGAAAAATGAAGAGATCTCGATAAGTTATGTCCTGTTGGAATCGATATCAAA TAACCGTCGAAGGTATCTTTGATATGAGGTAGCGCTCAATGATATAAATTGTGATGAGGA TCTTGAATTCAAATCTGTCATATAGTGTGAACAGATAAATGGTTGGCCAAGTAAAATGCA CAATTCAATTATATTTTGTTTCACTTAGAAAAGTGACATTTTGGACTGATAGTCCATAAA TCAAGATATAATGTCAGTGGGGTACAAATAAATTATTATGCGATAGTATAACCGTAAGAT ATCAAATACGGTTTGTGCCTTGGGGCATAAAGGTTTATCGCAAAAATCCTGACATTAGTG GAGATGTTTTCTCCTTTGGTGGATGAAATGAGGTTTGTTTTGATCTGGCAACATATGAAA ACTTGAATGCATGTAAATGAATAATTGTAATGTCTAGCTAGACAATGAAGGTTATATGAA AATTCTTGAAACAATCGAGGTGTCTGAAGCATATAAGAGTTTGAAAGAAACTTTTCCAAT AAAGCTTCAAGAATCCTTATATGGATTGAAATAGTCAAGGAAGAAAAAGGGTACAAAAGA ATGACCCTAATTTTCCTTGTATTTTTATGAAAAGGTCTTGGTAAGACAAAATTTTGTCTA GACCTACAGATTGTTAATTTGACAAATAAAATATTTGTCTAACAGTGCACATACACTGAA AAATTTTGATGCAATTTTATGTGGATATCTCGCATTCATTGAGTACCCCAATGATTATGA GATCACTTGACATAAATGATGATTCAGTTTGATCTCAAAAGAAGGATGAACAGTTTCTTG GTGATGAAACTCTATCTTGGTGCAATCAGGGCACTAGTGCATCTTACTAACAATATTTGA CCAGATATTTGTTTTGCAGTAAATTTACTGGCAAGATTCAGTTTCTCCCCGATAAAAGGA CATTGAAATGGTGTTGAGCACATGATTGAATATCCTCGAAGGACCATAGTTATGAGTTTA TTCTATCCCGAGGAATCCAAGACAAAATTGATTGATTACGCAGATGCATAATATTTATTT GATCCGCATAAAGCTCTATCTCAAGCACGCTATGTGTTTGCATGTGGAGGCACAATAATA TCCTGGGGATCAATGAAGCAAATGTTGCTCTGCAGAAATAAAAGTCCTCCATGAAGCAAG TCAAAAGTGCGTCTGGTTGAGATAAATGACACACCATATTCAAGAAATGTGTGGTTTTTC TTTAAAAAAAAGAATATACCAACCACAATGTACAAAGACTGGAGACATCATCACAAGAAA TTAAGTGATGTTTTAATCAGGGGGAGTACAATACGCGTTGCACTCTTTTTCCCTTGATCG AGGTTTTTTTCCCACTGGGTTTTCCTGGCAAGGTTTTTAATGAGGCAACAAATGGTGCGT ATCAAAAGATATGTGTACTCTTTTTCCTTCACTAGAATTTTTTTCCACAGGGTTTTTCCT AGTAAGGTTTTAACGAGGCACATTATCTATGGACATCCAAGGGGGAGTGTTATAAATTCA TTGAATGAGTGGATAGTCCATAAGGTTGGTACATGAACAACCATTCATATTCACTAGGTT ACATGAACCTTTTTAGATAAGAATGTATCTATTTATTATGATACTTAATATGGTGACCTT TGGAGTGATTTCTCACTCTATAAATAGGGTTGTTCATTCACTATTGTAATATATACATAT GAGACTTGAATACACTTGAATAAGAAGAAAATTCCTCTTCTTCTATATGTTTCTCTTGTC TTCTTCTCTTTATGATTATATTCTTATGAGTTTGATTTTATAACAAAACTTGTTTCAGCA TTTTTTAGTACTTTTAAATTATGATCATTTTCATTATGACTTGTTAATTTGCAATATTTA TTTTACGCAATTTTAATTTATATATATATATATATATATATATATATATATATATATATA CACACACACACACACATTTGATATTTTAGTATCATTAATCATACCATTGTTTATGTTATA TTCAGAAACACCTTAGATAGTTATATTTTGATAGGACTGAAGAAATATTTGAATTACAAA TAAATTATATTTTTATATAAATACTTTAGCGAAAAAATTCAAAAATACCCAAGGTTGAAA ACCTTGAGTTTATGCTTTGGTTTGGTTTATATATTTAAAAATTCGATACAAATAGTTTGA TTTGATATTTGAAAAACCCAAACCAACCCGATCATATACACCTCTAATGAAGTGAATAGA AAATTATGATATCTCAATTTAAATTTTAATAGGGAAAAAAGTATATAATAAATGCTTTTT TTCAAAAAAAAAAAAAAGTTTTAATATATAAAATTAACTGATATTTATATTTAACATGCT TACTTAAGCACCATAGTCATAAAATAAATTAAGAATCTTTGACCACTAGGAAGTTTATTC CAATTTAGGTGCAAATAACTAACCAAAATATATGACTAAATAAAATAAAGAGACAACCTC ACAACTAAACTTGTCAACTGGCCCGGATCAGCCCGGATCTAGCTCATTAAAACCGATAAA GCCCAACTCGGCCCGGCCCAATTTGGAAGGTTTGGCCGGAAGATATTCCGAGATGAAAAA TTACATAAAATAATAAATTATTAATTCAAATTAAATATTACAGTTATAGTTTATTTTATT TGTGATTCACAGTAAATATCTTTTTTTTGTCATCTCATTTGTATTGAAATATACTAATGC AAGATTCATTTGTGTACAAAAATATACAAATACAGGACCCATTACAGGATCCATTTATAT ACCGAAATATATAAATAGATCGATATACAATTTTTTCGTGTATATGTATATCAAAATATA AAGATTAATAGTCATATCAAACGTAAAATTTGCTATGAAACGCAATTATATAAACTATAG ATATAATATACAAATATAATTTTCATGTTTGCTATATGTGAAAATTGCTCATCCAGAAAA GGGTCTGGACCGGTCAGACCAACTTGGAGTTCGATCAATTCGAGGTCATATCAATTTTTC ACACTTTGATTATATTTTTTATTTACTTTTTAGATAATCTGATGATATAAATATTATTAT ACGTAGGGGTGTACAAAAATCAAACCCATAAAAGTGTTAACGATTTTTTCAACGGGTTTT TAATAATTTTATAAAAAAATTATTGAATTATCAGTTCGGTATTGGTTCTTAATATTGGGT AAATCGATAACCCATTAAGACTAGTAATTTACTACTTTTACTTGTACATAATATTATATA TTAATTTCAATATCTTACTAGTTACTATATTTGTCATTTAACCTTCAATTTACACTTCAT AATGACTTTGAGTTCACAAATTCACATAATACAAAACGTTAAAATCTAAAGTAAGAACCT TATTCTTCTTAATCATTTCCCTCCGTGTTACACATTTATAGTTCTTTTCATATTTATTAT TATTGTTTCTATTTTATGAATATTTGTAAAATTACATTATTGTGTTTTCGCCTCAAATTT ATTAGAAAAATTATATATTTATTTTATAAGTATCTTCTGATTAATTAAACCAAAAACTCT TAAACCAAAAATACATGAAAAATTATTAATTTTACACATTTAAAAATTAAAAATTAATTA ATCAAATTAATAATACGTAAAATCAATCTCCGTCAACATCTATAAAGTATTAAAAGAGTG ACGCTAAATAAATTAAAAGGATAGTGTGGAAGCAAATGGTGGGACCATAAGCGTAGATAT GAATAGGTACTATTAAATTTTAAAAAATCTAATAAACAATTAGTGTATTATCTTCTTGTT TATGAAGATATTAGGGAGATCTCAAAACCCTAACTAACGTATCTTCTTCTTTATCACCTT TCAATTAAAATACCAAAAAGAAGATCAAAATATATCCATTAGAGCATAATTAGTTCAATG GACAATAATTATCTTTGGGAGATCTTCACTGATAACAAACAAAATATTAGTGAAGATCAT GTTGATCATAACCACCACCTACTTCAGATTCAGATTCCTACTTTCCAATTAAATGGATTT TCCCAACAAGATAATCAAGATCTCATAGAGGATCATGTTGGTTCGTCAATTATTACGTCT CAGTTCCAAACAAGTTGTGATCAGCCGTATAAATCTTCAACCGTCAGCACAAATACTTCA ATTATTATGCCTCAGTTTCAGAGAAGTAGTGATTATTTATGTAAATCTTTGATTAGTACG AAAAGTACTTCAATTATTACGCCTCAGTCCCACACAAGTTATGATCGGCTGTATAAATCT TCAGTAAATAGAAGTAGTACATCAATTATTATGCCTGGTCAACTCCAGACAAGTTGTTGT GATCGACTATATAAATCTTTTACTAAGGAGGGGTTAAGAAGTCAAGATGAATCAAATAAG CTCAAGAAAGCTGTGCATAGAAATATTGAAAGGCATAGAAGGCAAGAAATGGCAAATCTT GTTACTTCTCTCAGATCTCTAATTCCCATTGAGTTCATCAAGGTGAGATAACTACTCCTT TTAGACTCTGGCCTTACGTTCGTCAACAAACAATGATTAATATAGGTATTTTACCATAAA ATTCATATTAATTGATGTATACTTTTTGGTTTCAAGAAATGATTTGGAAATAAGTAATTA ATATTAAGGTAAAAAAAATGTTTTTAATATATCGACAAGTAAAAATTAAAATTTGTTTTT AAAATACGGGACATAGTTTTATTTTCCTCTCCTCTTTTTTTCTTTTTTTGAAAAAAAAAA TGTTGAATATATGATCATTGACAAAAAAAAAATTGTTTCCAAGATAAAGTATATATATCA GCCTGTGTTATTTATTAATTCTAGTTTCTCTATATGTCTTTCTTTCTATTTTTTTTTGTA AGGGTTTCATTATATTGAGTACAAAAAAATTGAAGAACTTTTGCATTGATAATATAAATT TTTACATTATCTCTATAATTTAACATGTTATTTATCAATTTTTTTTATCAATGCTTACTA CTAAAATTATTTGCAATTACCTTCTAATTATACTATGTTATTTATCATTTTTTATCAATG CTTACTGCAAAAATTATTTGCAATTACTTTTTAAATGACTTGATTGTATAAATATCTTTT ATTTCGTTAGTACACACACCATGAACTTTTTTATTTTTAAATTATAACATGATTTGAATT TTTATTATAAAAATAGGGTAAACGTTCAGCATCAGATCATATGCATGCAGCCGTGAATTA TATAAAGTATCTTCAGAAGAATATACAAGAGTTGGATAATACAAGAAAATGTATTATTTC ATTGGATAATCAAAATAAAAGTTCAACAATTGTTGATATTTTTCAACAAAATAATAATTG TGTCACAGTGAATAAATGTGAAGATGGTATGGAAATTCTGATTAATGTCAATAATAGCAA TAAAGAGGATATATTTTCTTTATCCAAAGTGTTGAGATGGCTACTTAAACAAGGGCTAAA TGTGGTTAGTTGTGATAATTCCAAAAAAGATGAAAGGACTTTGATCAGGATCCAATGTCA GGTAAGAAAAAATTAATATACATATTTATATATTTCAATCTTGCAAATAATAGTTTGGTT ATTAGTATTTAAAATATTAGTAAAATATACTCTTTTTTGTTTCAATTTATACTACTAAAA AGAAGCTATATATTTCATCGTTGATCCGTCTTTGTAAAATATATCTTTAAATAGGATTAG CAACGAATTTTTCTATTTAACAATATAAATTTATCCATCGCTAAATCCAATGTCTTTAAT TTTTATATATTTTATTTATATTTCGGTTCTGTGTATTTAAAATAATCACATTTTTATGTT AAATTATTAATTCAAAGCTTTCATTCTACATCAAATGGCTCTAAACATAGAAATGACATG ACAATTGAGATGTTTTATACTATAAGATTCAAAATATATATGATGTGTTATACATGATTA TAGTTTATAATGTCACAAAATTATTTAAAATTTTCTTTATATTCATAATTTTTTGTGTTC AGCCAAACTAAGAAATATGAGACAAAACGAAAAAAGAGTTAGATATTATGTACATCATAA TAACACAAGGGGGGTAATTGGGTTAGCCTGATTTTCTCTTAAGCAATGGACTAGGTTGCT TTATTTGTTCCTTGGTTCTAAAATGTAGAATTATGAAGTGCATTAAAGTAAAAACACAAT TTTTTTACGTGAAAAATATCCAATTCTTTTAATTATAAATTTCAAAAATGGCATGATAGT TTTTATTTCATATTTTATTATATGTTCTCTAAAATAATCAAAAATAATATCCGAACAATG TCATTATAATTTATAAAAAAAAAATGTGTTATATACCTCTAGAATTAAGGATACAAAATG TTGTGTTCATTTATAAGGAATATATTTACTCTTCAAATAAAATAATTAATCATTTTCTTG CAGGTGAGTGATATATCATCAGGTCTCACTGTAGTTGGGTTGCAAAAGAAACTGACTGAT GTGATTAATTAAAAAAAGGTGGATTCAAAATTTAAATTTGGTAAGTTCAATTTTTAAAAT TCTTAACACTGATTTAGCTATATTTTTGAAGTCATGAGTTCAAAATATGTATTCCTTATA TCATTTGCTACACTTTCATAGTTTTCACGTGTATATATCTAAACTTCTAAAGGATGAGTT TATTCCATGTAAGACTTTGATTAATTTTAGAATGAATTTATCTCGATTTGATTGGAGATT ACAGAATCACAAAATAACTTTTTCGGAACTATAATGTTATTTTTATTTCATATTGAAAGT AAGATAATTAATATCAAGATAACTTGTTCTTCATCTAAACAACCCCTTAGTGTTGTGTTA GTATTTGGACCTATTATTGCATGCAGTTTTTTTTATTATAAGGACTTGATTTTAGTGCTA AAAATTGACAGCATATATATTGCTAAAAGTAAGACACCTCCAAGCTGGCTAACGTCCTTG CTTGCTTGTAAAGTTATATAAATACCAACTTTGTGTCTTAGAATTATTTGATTGCATAAG ATATGGGCATATGATGAACAATTAGTGAAAGTGACGTACACAAATTTTTTTGTAAACAGT GTCGATAGTGAAAGAAGTTAACAACTCAATAAATCACTATAATGATAAGCAGTGTCCTAT GCTATATTGTTTATATTCCAACATTTTTCTTTGGTACCAGCTATCGCGACTTGGTGGATT ATAGAGCCAGGGTAAGGACAAATGGGTGTACGAGCCTCGACTGTACCAACATTGATGAAA AAAACAAAAACTTAACCCCGTTGCATCTTTAGCCTATGTAGGATTTAAGATTAAGTCCAA GATTCAAGTCAAATGAACCTTCTTCCTCATCTCAGGGTTTGTTTCAAATGTTTGTTGTTC AATATCTCAGTACTCAAAAAGTTTAACTAGTTTCTCTTCCGACCTAGACTATTCTCGAAC TTAAAAAGGGTATAGCTGTGGATATATATCATGTACCATTAGAGACAACTCTGTAGTTTA AACCAAAGGTCAACAATTTATAATAGGATCAAGTTTTTTCAATAAATTTCAAATTACTTG TAACAAAGTGATAAATTTTCTTCTTCATGACTTAAGCAATTACATTAAATGAAGTTGAAC TATTATCATATAAATAAAACAATACATGTTATTCAACAGAAATAAAAAGTACGTAATATA ATTTTCCGACAAATGATGTTTGTCTGACCACGCCAAATTAGTAAGGAAAAATTAAAACAT ACACATTACACACTAAGAGAAAAACACAAAGAAGATAGTATTTCTATAAACTATTTATTC TTAGATTAATTATTATTATTATGTATGAACTGACAATCTTTTACAAGATATTACAAGGTA AAAACAAAAATGTTTTGCTAGTCAAAAACAACTACACCTATGTTGTTTTTTTATCTAGAC ATATCTTGATCTTCTCTTTTCTTTGAAACAAGAAAAAAACAAAATACAAATACTTAGCTT ATTCTCTTACAAAATCAGGCTTAGCTTAGCTTATCTCATACAAAATCCAAACAAACAAAC AAATTGAAAACTAAGAAATTAACAAAAAGAACATTATTTTTTCTTGTGCAAGCACCTTTT GATGATGGAAGTTGAAACATATATGGTGCCTTCTCCCTTGTTCCCTTCAACTCTATGCAC ATTTATTTTAAACCTTACAATTTTTTTTTAGAGAAAATAATCACCCTAAAGCTCACATGT CATTCCAACTTTGAGCATTCGCTTCGTTGGGATATCGAATACTTTGTTACTACTCTGTCT TAAGTTCCTCTTGAGGAAATTGTATGCGTAGTTGATCACCATTCTTTTGGTTACACCAGA CCCCTTGCACGCGACAACGTCTTGTTCTCCAACCAAATGAACCACTCCCATGTTGGAAGC TCTCTCAAGTACTTCGACGTCTTTCTCAATCAAGGAAGCAGTTTCTCCTTGATTGTCTCC ATTTGCTGCAACTGAGAACATGTAATCTTCCTTGATGTAGTTCTTTAGCCTTTCTACCAA TAACTTCTCGATAGGCTCTTCCTCATTGCGCATTTCATTGTATCCATAACGTATCACACA ACGGAACACATAGAGGTCATATGGTTTCACCCTTCTGAAGAGGAACCTTTCTTCTAGTGG AACTTTGCTTATGGGAAGTGATTTGACAGAAGCGAACACGAGGACAGAGTGTAAAGCAGG TACATTCTCAACATAATGCTTGAAGATTGGGGGGATTCCGTGGACTAGTTCAGAGTAGAA AATGGCAAGACCTGGAAGGCGATGTGAACTGGTTGCATCCAATGTTTCTTTAACTTTTTC GGGAGAGATCTTGTGTTCTAGCTCGTAGTGATACTTCTTACGGTACACATAGTTCCATAC GTACATGATAAACATTAGGAACAGAGCTAAAGCCACAGGGAGGTAACCACCTTGTTCAAA CTTGTAAAGGACTGCGCTTAGGTATACAAGCTCAACCGAAACAATGATTAGAATATAGAC GATAATAAGAAGAATGTTGGTTTTCCATATCAAGATCATGACTAGTATGAGGAAGCACGA TGTTAGGAACATCACAAACACCACTGCTATTCCTGTAATCAAGCAATAGAGTGATCGAGT TAATAATATAGAAAAGAAGGCAAGTCCCCTGCACTTTTTACATGTTTATTTCACTCCGTA GAAGAAATAGAGTTAAGTGGCCTTTACCATAAGCATTGCTAAGCTTTTCAGTAGTCTTGA ATCCGATAGTGGTAAGAACACAAGCGATCATGAGAAGGTTATTGATTTCAGGAATGTAGA TTTGTCCATGATGTTTCTTTGATGTATGCACGATTTTAACACGAGGAAAGCATCCTAAAG CCAGAGATTGCTGGATTATAGCGAATGTCCCGGAAATCAAAGCTTGACTTGCAATGATGG CTGCGAATACAGCTATGACAAACATTGGCCAATATATAGGTTCTGCATTTAATAAACACA AGATGTCAATTCATTTCCCAAACATAACTACTACACACAAGTAACTGATGATATAAAGAA CTTTGACACTACCAATGCAATTTTTACTTACTTGGAATGGACGCGTAGAAAGTGTTAGCA ACATCACCAGAGTTTTTCATTAAATAGGCACCTTGACCGAAATATGCTAATATGAGAGCC GGGTATGTGACAAAGCACATACTTATCTGAACAGATCGAACACTGAAATGACCAACATCA GCAAATAGTGCCTCAGCTCCTGCAATTTGTTTTTGTTCAGATGTTATTTCATTTCTCTTC TGAATTAGTACTCAGTAAAAATTTCAAGGTTGTTGGAAGCAAATTGTTACCTGTTATACA CATAACAACTCCGCCAAGGGAAACCCAAGCGTCTTTTCCATTTCTTTGGAAATAGGTCAC GATGTACATAGGATTAAGTGCTCGGAAAATAGCTATATCATAGATCACGAAGTTGTAAAC TCCAATACCAGCAATCAATACAAACCATAAGCAAAGTATAGGTGCAAATGTGTAACCAAC TTTTTCAGTTCCAAATCTTTGAAACATGAACAGAAGTATCAAGATGGCTACTGCAAGCCA AACGATCCTGTCTGTATACCACGAAAACAAACAAACGATTAGTAAATCGAGAATTAAAAC AGATAAAGAAGTTGATATTTTCATTAACAGATGCAAAATTTACCTTCAGTCATTGCGTCT GGAGCAGCTGCTTTAACTCCTCCAATTGCAGACAAAACTGATCACATAAATTAGCTTATT AGTATCATAAACTCTGTTAATCTCCAGTGTTCTAATTCGTATTATTTCTGTTAGAATAAA AGAGAGGGAAATCAACAACGTGCCTGAAATACAGGGTGTTAGGACACCATCACCGATAAC CATGGAAGTACCAAGCATTGTTGCAATTAGCAGAAAGAACTTCGCGAATTGGCTGTTTTC TAGCATCGACTTAAGTTGTGATGCCCTACGTGTACGTCTATCAGGCATATCAAGTTTAAA AGTCGAGACATCGCTGTCTTCTGCCATTGTACTCGGAATCAATCCCACCTTGGAATATCG GCATATCAATGAATATAAGGCGAACGTACCACCTGAAATTAAAAGACAAAATCATGAGTT AAAAAGGAAATTAAAGCATAGTAAAAGTGTGTAGGTGAAAAGTACTTACCATCTCCGTTG TCATTAGCTTGGAGAACGATGAATACGTACTTGACGACAGGGATCAAGGTGATCGTATAC AAGATGAGAGATAGAGCACCAAGTATATCCTCTTCGTGTTTTACACCTTCGAGAAAGATG GTTGAAAACACGTACAATGGTGACGTTCCAATATCTCCATACACCACTCCTATGCTTTGG AATGCAAGTTTTAGTAGCACAGACATTCCGACTACCTGCTCAACCACAAAAACATGAAGG GCTAAATCTCAGTGGATCATAACAGCAAGGCAACTCTGCTACTTACAATACCATATCTCG TATTTAAATGAGGTGGATCATAACAGCAAGGCACTCTCCTACTTACAATACAATGTCTCG TATTTAATTGAGGTAGCTAGCTAACACACCTTTTTGGCATCGGGCAATTTGCTTGCTTCG ACATCCAAAGAGTCATGTCGTTTCAACTTTTGGCTCGAAGGCTTCTTTCCCTTGAGTTGT AGCTCCATGGGAACATCTTCTTGGTTATCCTCAATGTTGCTCCCCATCTTCTTCTTTTTT TTAATTTATGAAAACGATTTTAATTTTTTTTTGTTTTGTTTTGAAAAAAGCTGATCAAAT CAAGCAAAATTAAAATTGGTTGAGTTCCATTGACATGTAAACTTAATCACCAATGAATTG GTTGCTTAAAAAAAGAGAAGAAAAACGAAGAGAAACGTAGGTGGGAGACACCAACGAAAT GCAAATGAATGATTGATTGAATTCGAAATCAAAACACCTCAGAACTCAATCAACTACGAA ATTTGTATGATTGATTGAGTTCGAGATCAAAAACCTCAAAACTCAATCAATTACAAAATT TTCGCAAAAGCGTTTCCCAACACTACAATTCTCTTATTACACCAATCTATAAAGTTGATA CCAAAATCGACTTATTTAAAATATGTGAAAAATGTATTATAAGAGAAAAAATTGGCCTAA GAATTCATATTGACCAATAAACATATCAATGGACAAACGCGTCTAACGCACCTATCTAAT TTCTCAAACTCACATATGTCCTGTTTTTTTCGAATCTCATCATATGTTTTGTTTGTTAAC TAATGGTCAATGTATGTAACTAAAATTTGAAAAATAACTAACTTATTGATCGATAAAAGG AGATAATTCTATGATAAATTTTTAGTACAATTTAATACATTGTTTAGTTATAAAGCTTTA GATCACTTATTTCGTGATTAATAATTAGTATATCGTCTTAATAATTTTGGGATAACTTAT ATCTATTCAAACTCTTTTTATACATCACTTTTCACATTGTTGAGGATATTTTTTGTAAAC AAACAACTTAATCTTATAAGTTATGCAAGTTAGTATTATTTTTTATACAATAAACCGAAC ATTCACTAATAAGTAATACATGGATACCTCATCTGATCATAACTAAATATTGCATAATCT CATCGTAACTTGCATTCAAAGTAAATGAACCCTTAGTGATATATATTCTATGTGGAGAAT GGGAGGATTTGACTGGATTTGGGCGGGTCAAGATGGGATTGAGTTTATAGATGGACGGAT TACTGATCCACCAAAAAGTTACTTAAGCCGAAATGGACTGAAGTGTGAGTCAAAACTCAA CCATGTCAATTCTTTCTAAGTTTTAATTTATTTATTTATTTATTTATTTTTAATTCCTAT AATATACATATTAGTACCTAAAAAATATTTTTTTTCTTTATTATGAGTATATATACAACA TGTCAATATAAAAACCCTACCAATCAAGGGTCTCTTACCTTCGAATCTTCTATAAGATTT TATTTAAGTTTGAATCGATTCTTCGATTTAAAAAAAACGCGCGCCAAAACCCCTAACAAA ACTAATTCGATTTGATTCGATGCCCCTATATGCTTCAAATAATGAAAATATAAAACTTTC AAATGTTTCTTCTTCTTTAAAGTAGTTAAATTACAAATTCTTCACGTATATTGTGCTATT ATTTGTGAAAACTTTAATTGTCCAATTAGGTTCATTTATTTTAGCTAGCACTTTTTCATG TTCTTCTTCTTTCTCATAAAAAAATATTAATTGAGGTAATTAATTGTATTGATTAAACAA GTCATCAAATTCGTGGTAATTACAAACATCTCACATGCATTAAGGTTTGTTAAAATTAAA TTGAAAAGGTATCTTTAATCAAATCAAATTTTACACATAACTAATATTAAAAGTGTCACA CCCAAACTAGAACCCTCATCTAATTAACATTATTTTTGTTCTTTTTTTTCACTTTGCAAT TAACACATTACAACTAATTAAGAAATTCAAACACTAGAACATTACAAGATTGAAAAAAAA AAAAGATCACCTATTTAACATAAATTTAGAAAGAAAAATAATGAATACTCATATAATTAA GAACACTAATATCCTCAAAAATCAAAATTAAAGAAGTTCATTTTAAAGTCCCTTTTAAAA ATAGTACAAAACAATACAATCAACTTAACTAGTTATATAAGCAAATAAGCACCAGTAAAC AAAAAATAGAAAACAGAAAGAAAAAAAATCACAAAACATTTGAGATAAAAAAAAAAAAAT AGAAAAGAGAAAAAACACTGACCTATTATGCCTATATAGGTGGAGTTGTTGCAAGTAAAG CTTAAGAAGTTTTTATTTACCCTTTTTTATACCAAGGTAGAGAGGGCTCAATTTATATAT ATTTGTTTCCTCCTTTTTTCCACTCTAGGTATTTTGTGATATTTTTGTTGAAATATTAAA AAATGTAATCAATTTATATAATTTTTTGGGAAGTGAAATAACGCGTATTGCTTTAAATAA GTTTGAATGGTGTTAAGATTGTGTTTTACATATAAGGAAATAAAATGAATGCATGGTTGA ATCTTAATGATTAAGATTCAGATCATATAAACAAACACACTAAGAGCCCGTTTTGATTGG ATTTAAAAAAAAAAACAGCTTTTAAATCAAAAATAAAAAGTCAAACTGAAATGATTCAAA AAATGAAAAGTAGGGAGACCTACTTTTGGTCTGACTTTTTTAAAGTTATTTTGAACTTAT TTAAAGTTATTTTTCACCTATCCAAATACTTTCCAACTTATTTTAAATTATTTTTTATAT TTGTCAAACACTTATTCGAGCAACTCTTAAATCAATTCAAACAATCTATAAATAAGTTGA ATCTTAATAATTAAGATTAAAACCTCTATTAAATACAAATAGACGAGGCCTAGGTTCAAG ACTATGTTCAATTCATGTGTGACAATTTTGTTTTGTTTTATTTCCATGAGCTAAAAATAT TCCCTTGATAAATGAAATATTTTACTTATTAATTAAAAAAAAAGGACCATGTGGACAAAA AATGTCCTTGCAATAATGATTCATATCATACATCCTTGGGTTGAGATAGATAAAAGGAGG TATAAGCTATCATATAGACAAATATATGGGATTATGAGGATAAAATTTAATATAAGTATA TATCGAAGTAAAGGTGTAAAGTTCATGAGAGTAGCGAAATATTATGTTTTTTTGGCCGAT ATAAAAAATTCATAAGTGGTAAAACTATTAAAATTATCCTAGTTCTTTATACAATTTTAT CAAAATAATCAATAGTTTATAAAATTGCATAATATGCTATCATAAAGCTATTCTGAAAAA ATACAACATTTATTAATCAAACTTTAGTTCAATAAAAAATAAAATTGAACATAAATTGTA GTGTACTGGTCTTTAATATAATCCTCCCATAGTACAAATTATCTTCTCTCGTTGAACTTT CATTTCTCGATGATATGATTGAGTTGTTATGTTGAATCATTTGTTGGTCAATTTGGTTGG TAAATAAATTTAACAAAAATAATGAAATTGATGAATATAAATGGTAAAGTAAAAATTGAT TGAACGTAATAATAAATTCTTTAATTGTTACATGAGATATCAATGGTTTGAGAAGTAATG ATATGAACTATTAATTTTATTTTTATATAAAATAAATGGTTGTTAAATATAAGAGCGTGT TTGACATGTCGGGAAGCCAGAAGCACTTATTTGAGAAAAAAAAATTGTTGAAAAATTAAG TGTTTCATAAATTAATAAGAGTGCTTTTAAATGAAAGCAGAAACAGTTTTTCTGCTGTTG GGAAGAAGATAAAAGTTTCCGGTTTTTTTTCCAAGACAAAAATATTCTTTTCATATTTAC ATATTTATCAATATATTTATTATTAATTAAATAAAATATTACATAAATTTGGTCAAATTT CATTTGAGAATTTTATTTTATTTTATTTTTATATAATAAATCTTATAATTCATTATTATT TTATAAATTATATATTATTTTGCGTATTATTTTGTAGCATTAGAAATAATGTAACAACAA TATTTTTACAATTTAGAAAAAAGAAAAATAATCAATTAAAGAGTTCACCCTCCCAAAAAG GTATAATATTGATTGAAAATTTAAAATTTAAATATGTAAATTTTAATTTTAAAAAATAAA AATTTAATTTTTTTTTATAGTAGACATTTAAAAGGGTAAATTATGTGGCTAAGCAAACTT ATACTATTTAATTACTCATCATAGTTATAGTTTACTATAATTACCACCCACGACTAACAT TATACATTAATTATATGGGCTGACCTCGAGTTTGTATAAGAAAAAGTTACATGAATTAAT ACATTTTAAAAAATAATTACTGATTTTAGCGATATTTTGTTTATGACCATTTATAGCAAT ACTGTGATAAATCTGTAATATGTATTAAAAGTGAATTGTTTATGCAATATATTTGAATTA TAATTGTTTTTTAAATATATTGTATTTGTTTGATAAAAAAATAGTCACGTTGTATTATAA GTGTATTAAAATGCGTGATAAGTGTATTATCCATCATTAAAACTTGTATTATATGTAAAT AATAAATTATTCTTTGTAATATGTATTAAACTTGTATTATAAATCAATTAAAAGTGATCA AGTGAAAAAATGTCATTGCTATAAATGGTAAATATTTTTTATTATAGCACATTTATATAA GTTTCTCTTTGTATAATTAGTCAAGTTTGTATATATATAATTCGCCAAGATATACAAATA CATATGTATAATATACAATTATTTAACCTACATACATATACAATTTGCCTCTCTCCCACT CTCTGCCCTCTCTCACTCGCATCTCTCCTCCCTCTCTCAATCTCGCTCATCTCTCTCCTC CCTCTCCTATTCTCGCTTGCCATATATACAAATGCATATGTACACAATTATATACATATA CAATTCACCTCTCTCCCACCCTTTGCCCTCTCTCCTCCCTCTCCTAGTCTCGCTCGCCTT CTCCTCCCTCTCTCAATATCTCTTTCCATATACAAAAATATATTTATAATATACAATTAT CTAATCAATATACTTATACAATTCACCTTTCTCCTACTCTTTTCCCCCTTTCTCTCACTT CTCTCCTCTCTCTCCCAATCTCGCTCGCTTCTCTCTTCTGTAACATGTAGCAATTTCAAA TTGTAATTATCAAATTATAGCTATGGAGAGTAATTAATTATTTTGAAGTGACTATAAGTT TCTATATTTAAAATAGTTTCTCTATCAAATAATTTTAATACTAGAAGTACATCAATAGTT GTCCTTTTTTTTTTTTTTTTGGTAATTTGACTATTAAAAGCATTTCTGAAAAAAAGATAT TTAATCATACACAATTTGCTCATTTTTCAAATGAATAAGCCAAACAAATTGCTTTTTTTC TAAAGCACTTTTCTAAAAAGGCATTTTTAAAAAGTGCTTCTAAAAATGTTTTTTAACATC AATGTCAAACAAACTCAAATGTAATTAAATAATCTCAAAATCATGATTTTTGAAAAATTC ATGTGATATGAAATTGCATGTCCGATTTCATTTTATGATTTGATGTCGCTGTATAAAATC ACATGCCTAAAAATAAATAATATGATTATATAAACAAATGTATTAGATAATTTTAAGATA AATATGAGATAAATTAATGAGTTTCACAGCGATTTTAAATGGGAAACCGTAATTTCCTGT TGAGTTTTGTAGTATTTTCCATCTTGAGAAATAGCAAGTGAGTCTAAACTTGCCATGTTT ATGTAATTATTTTACTGGTGATTAATACAAATCTGAGTTACCAAAACCAAAAACCAATAC TGAATTAATCAGCTTAAAAGCCACCAAATACCATATTTTGACATACAAACCACAGTTTGC AGGTCAATTAGGATACAACATTACATTCTTGATATAATATTTGGCAAAAGTGGCACCATC AAAATGGGAAAATTTGGTGCATGAAGCTTTATCTCTATTTACAGAAATGGCTATAGGTCA ACACCAGAATGCTGCATGAGATACTGCAGCTTTGAATTCTGGATCTTTGGCAAAAGTAGC AATCGACAAATCCCAGAAAACAGTGATTTACATGGATATCTACTTGTTGGAATTTCTTTG CCATCTTTCAAAGATTGGATTATCCACAACGCCTTTTGCAGAAGGACGACGTGTTGGATC TGGGTCCATCATTGCCTGAGAACATTTACAATTTGGACATAGAGAATTAGCATTTGCCTC TACAGATGACTATGGATTAGCGTTATCATACATAGCCACAGACAAACGAAATATATCATC TAACTACAGTTTAGATATACTCGGATTAAAATATATGGAATATTGTGCTTCAGATAGCGT GCTGGTTGTACAAGATGATAGATGATCAAGGCATATGAACATGAAGCATAAAGGAAAATA CAAATCCAGAGACTTTTTAACATAGTAAAAGGGAAGAAGTTAATACCTTGAGTAGATTCT GAAATTGCAAGGAGTGACCCGGAAGAAGAGGCAATTTCCCCTCCCTGAGGTTTAGAAAAT GAGGCCCTGATTCTGGCAGTGAAGACCCTCTAATAAGTTCATATATTGCAGCGCCCAAGG AGAATATGTCAACTTTGTCAAGATGATCATAGTTCTCATTAAGTATTTCTTGGGGCATAT AACGTGCATCACCCTCTTCAATTGGCTGGCTCTTATCAAGAAGAGTTGCACATCCAAAAT CACCAAGCTTATATACACCATTTTTCACATAAATATTATCTGGCTTTACATCTAAATGAG CGACCCCTCTCTGATGTATAAACTGCAATGCGTTGGCTACCTGCATATCAGAAAGCATCT CAAGTATCAATATTTTGACCTCAATTTGAACAACCATGTTTCCTCAGCCTTCCCACCCCA CAAATAAAATACCCAGATACACGAACAAAAACAAGCAAAGGGAAGTCAAAAGCAAATGAA GTTAGTAGAGGGTGAACTCTTAAGCATTTTGAAGAAGATCACGACTAAAAGCTCAAAATA GTTTACTATACAGGTCTTCGGCCTCTCAAAATTGAAAGCCAGTTCCAGTCATATCTCAAG CTAGAGGATAGTAATAAATCCTAAGATACATGATATAAAACAGCTCCCCTACCACCTCAA AGAGGGTTATTTGGATCACATATACAGTCAATGGTATCAGCTTCTATAACAGATATAAAA CTGATCCTCTCTTTTTCTTTTTTTATACAGCCTATAGTCTGATCCTCTTTTCTCGTGTGA AAGCAACAAGCACCAACTCAATGCAGGATTTTTGGGTAATATTATATGCATTTGAATGAG AATCAAGTTACAAAAGTACAACCTACCAATGTAAATAACAAAATGGAACTAGATCTGAAT ATTGTATTTCCATGAAAACCTTAAAACATTATGAAGTGTTGCATCTTGTGTGCTCCATGT TTCAAGTATTAGGAGGGTGGATTAGGTTCTGACTTTGCTACAGTTGTTTTCCCTAAATAA CAGATAGAAATCACAGTTATTTTAGCAGTTGAAGTTTCATGATTGATGATATGCTCATTG GTTATGTATATAGTAAGAAATTATCTCTTTGGTCGATGAATTATAATTGGTTTGCAAGAT ATATATCTTCCTTCTAACTTTATTTCAGACTTATAAGACAGTCATACTCAGTACATGACA CAAAGTAGCTCTTAAAGATTCCAACAAGAGCCGCACCTGATACATTGCTTCCAAAACTTC TACCTCCGAAAATAGTTTACAATATTTTTTATTGGATAAGCTGTGGTCACAGAGCTCCAT TTGGATGTAAAGGTGTTCATTTTCAAACCAAGATGAATAATAACCAACTACGTTCTCATG AGGTCCTGTAAGTATAAATAACAAAACATGTTTGAACAATAATCTCTGGGGTAGTTCAAA TAATAATATCAGGAACAGAAGTAGATCAGCATGCTACCTAAAGCAGCCAATGCTTGCACT TCCATCAAAGCCTGTCTCCTGGAAGAACACAATTTAAATGCATAAGTAGGACTGAACTAT ATTGAATATAAACAGCATGCTTGGCATCACATAAGATTCACCTTATGAAGACATTGTCCA AAAATACGTGCTCAAATCTATTGAAAATGTTTGACTTGGAGAAAACACAGTATGCCAAAT GTAAGAAACAGTACACATAAATTATAGATGTAGAACATTTCCTATTGCATTCTTAATTCG TATATCATGCAAACCCCATAGCAATACCACTAAAGCCTCACCCCAAACTTCCACTGATAT TAGATGCTACCAATTATATGGCCAACAGGATATCAGAAAATAACTAAGGAAATGTTTCTT TTAGTTATATGATATGTCAAGAAAAATATGCACACTCTGTAGTGTCATACCATAAAGGCC AGAGTGTTGAAAGAAAGGAAATATCACCTATCTGTGTCTTGATGTAACTGTTTAGTGCTA TGTTTCACTGCATACATACATCCATCAATTCTCTTAAAGACTTTGAAAACACGGCTGAAG TTCCCACTACCGATTTGCTGAAAGAATGAAGGGTCTTAGATAGGTCCAGAAAAAAATTTA AGAAAGTATTAGTAGGAGTCAAGAATACACGCATCAAAACATGCCTCAATTTCGTGGAAA TCAGTACGATACCGTGACAGACCATCATTACCAGAAATTGCAGGGTTAAAACCTACAGAT CAAAGAAAGAGTAACATCAGGAACTTAACAGAAAACAACACAATAATTCTGCCATGAAGA ACAAAAGATCACACTCTAATTTTCTTTTGAAGTACTAAATTGTTCCAAAGAAAATAGAAT CCACCAATTATTCAAACTCACTGACCAGTACCTGGGTACTTGGATCTCCTGTTACCAAAA GGATCAGCATCTATCTCGGAAGCATCCCCGAGATAAGGGTTTCTAATGCACGGAGGAGGC ATGACTCGATATCTTAAAGCAATAGCAGATTGTGACACATAACTGGGACCCTTTTCTGAC TCGCTTATCTTTTCTGATTTCATTTCGTCTGTCCCAAAAGTATCTGTAGGAATATCTACT GGCTGCTGCTGTCCAGATAAATCGGAACTAAAAGGCCTTACCGACGCTGTAAAGATGGGC ATCACGAAAGGACCACATAAGAAAGTTAATTTACAACTTTACGATTAATTATGGAAGATA ATTGTGCAAACAACAAACTTCAAAACATGCTAAAGTGGAGAGAGAGAGAGAAAGAGATCT CCAGATTCAAAGGTGTCCAACAGTAACAAAAAGAACGGCTAAAAATAGAAGCTTGATAAT GCAAGGGATATTCATACACAATATAGTTTCTTAAACTTTCAGAGATTATTCTGTTCTAAT TTTCTTCAATATCCGAATGTGCTATTAGTTTGTCCCCTTACCTTACTCGACGCCTTTGTC ATGCCTCAATAGTAGAACAAATATAAGAAAAGAAAGAAGAGAATTTACATGATAAAAGTT AAAAACTTGACAGAGCCAGTAACGATTCCACAAATGAAAAATGAAGTAAAATGGACACCA AAGTACGAAATATTTCATACCTAGTCGCGGCCTCTTTCTTGATACACTTAGAAGCTTCTC GGGTGATTTGGGACAAGGAGTATAATCATCCTAAAAGAAATAGAGGGAAACGCACAGTAT GACATACTGAAACTACAGCCTGTCATAGAGAAAAAAAGTCACAATTTTTAACACTCTGGT AAAGAAATTACCTTATCACCATCAAGCCCATTACAAATTGCAGGTGCATCTGGCGTTAGA TAATCCGGGGTACTGCATTCCAAAAAATTATTTATAAGCAGAAAACAAAACTAGAGGATA CAATGTGAATATATGATCTTTTATATTTATAAAATCGGGGGAGGAGATTACAAGTTGGGA ATCAAACCCTTACCAACAAGGTGCAAGTTAAGTTAGTGAACCAACTAAGCTACTAAGATT CACCAATACCAAGATACGATCAGGAATTGGGGGTAAAAGTTAAAAAACAAAACCTAACCA ATATAAAATTGAACAGTAAGCAATCAACTTATTACACCTTAATCAGTTCCCGGTCTCATA TGGAACATCAAGGGACCAAAAAAAGGGCACAATCGGAACCAGTTCAAATCTCAGTGGCTA CTCTACATCTTATTCCATTCAAACCCATATCCTTCTAATCGAAAAAAAAAGGGAAAAAAG ATTTACCAGAAGAAATCTTGACTGAGAATGAAGTCCTTTTCAGCAACATCGGCAACATCG GCATCATCATCAGCATCGAGATTCAACGGCAAAACTGAAGAGAACTGAGATTGAGCTGGC GGAAGGTCATCAGAATCCAGAAGTTTCTGGAATCTAGAAGGATTCGGTAAAGTAACATTA GAAAGTGAGGAATGAAGCTGTTGTTGATTAGGAAGCGGAGGTTTTGCAATCCCAACAGTG AAATGCCTAGACAGTGAACCCTTGTTCATCCTCTTCTTGCTTTTTTGGTTGCTTCTCTGC TTCCTCCTTGTTCTATTTGGAGTTTTCCTCTCCATCAGCTGGAAATGGATCTTCTTGTAG AGAGAATCTGGAGAGAGTTCGAGCTCGGTGCTTCACCTCTGTAATGGTGTCAGAAATGGG GATTTGGGGAGATTTCAAATTTGAGCGGGTTTATATAATTGGGTTCATATTATATTTTGG AAAAATTTCATATATAACAAACTTATTACGTTAAATAACATTATATGGGAGCCAGGCGTG CTGTGTAAGCTTTTTTCATGGGCCAGTAAAGCAACTTTTAGGCCCAAAGCTTCGCTTGGG CCCAGTACCCACTACACCTTGTCTTGATTTCAAGTTTTTGTACAAATTGTTCTTAGTTCG GGGTGATCTTTAATTTTAGTTATCGTTTGATGTAAGAGACAAAAATAAAAGATAATGATA GGATAAAATTGTGTAACTTGTTTTTGTTTGTCATATTTGAGATAATTTATTCCACCACTC ATATCATAATAATATATAAGTTATTTTACGTACATGGTGAGATAAGTTATCCCAAAATAG CTAACAAGTTATCCCAAGATAGCTAATCCGGGATAACTAATTCTGGGATAACTTATTCAC AACCAAATGACACGGTAAAGTTGTGCTCTTTAACTTTTGTTCACACTGCTCATTTGGTTG ATGTGTTGTTGAATTATTAATAAGTTTTATCGAACTGGTAAAATTTTCTTGAGTGCTTTT TTGTTTGTCTTTGCTACTCATTCGATCAATTCGTTATTGTATTACCTTGAAGTTTTGTTG AATTGAGAAGATTATTGTTCACAAGATATGTCGAATATTTAAGTCTTGTAAATGTTTATA GTAGATTATCAAAATATACTTGTAATGTTTTATAATGCATATTATTGAGTTGCCTTTAAA TTCAACTAGATTATCAAGACTTGTAATCATTTACATTATATGTTGTGATTAACTTGAAAT CTATCCTATTGGTAAGACTTGGTTCTTGTTCATTCTGTTCACGTAATTTGAATTGATATG ACTTTATGTTATCTATATATTGTTTATCTTGTTTTCTATTCACAAAATCTATTGAATAAA TATAATGTGCATGTGTTATTCAACAAGACATTACTTGAATATTAATAAAAAAAATACTTC AAATAAGCTCACATTTAAAACAAATCCGTTTTACACCACCATTAGAATGCAAATGCAATT TCTACACATGTATAACAAAAAGTGAGGGAGGATTAGGCTTTAGAAAAATTTAAATATCAC CATTTTATGTAAAAATTTGAATGCTTTATTGAGTTCAGAAATTAAAATTTTGTGTAATCC TCTAATTCTAACCTCAGTTGATATGTAAATCGAGATTATTGCATTGTTACATACTTGAAA AGTTTAGTTCTTAAATCTCATATTTAAATGTTCAAAAATTGAAAAATTTAAATATGTTTA GATGGTGCTGTTTGAAAAACTAATTTAAGAAGAAAATATTATATTTTTCATAAGGAAATG TTTATGTTTTATTGGATAATTTAAAATTTTAAATATGTTCATATTTGAGAAATTCGTTAC TCTACCTATAGTTTGCTTTAATGGTGCTGTTTGAAAGACTAATTTAAGAAGAAAATATCA TAGGAAGTGTTTATGTTATGTAGAATAATTATAGTTTTGATTTGATTATATTAGGGAAGT GCAGGGATAAAAATTTGATATCGTAACTATAATTTTATAAAAATAAAATATTTTTCAGAC GTTTTTTCATTATATTATATATAACAAATTTTTTCACGACTAGCTTTATTTAACTTAAAA AAAAGAAAAAATGTAAATTACAGTAGTAGTATCAGTATATATGCAGTTCAACTCCACTCC TCACTCTAAACTTCCCGCCACTGTTGCCCCAATTAGCTCCGCAAAATTGCGTCTCTGCTT GTTACCAGCTATGGAAGAGAAAGGTTCAGCTGCTAGTAGAGTATTTCTTCAGGTATTTCG AGATTTTCCTAACAATTTTCATCATTTTGCTCAAAAATCGGAGATTATCTCATCAGTATT GTAGTTTTAGGTTACCTGCAATTGTTCAGACGATTTTTTGTGTTGATTTTGAATGAATTT CGATGTTTTCTGTAAAGTTGAACTTGATTTCCTCAATTATAATGCAGGAAAAGGAAGATT CGAACCAGAGTTTTTCCGGTACCTTTCTTCTCCTTGAAAGAAAGCTTCACAGTAATAACC TAGGTCTGTTTGTTTGTTTGTTTTAATTGAATCTGCTTTGCTTTGTTTTAAATTGTTATT GTTAGAAGAGGAAGATATGGACGATGACGAATGGATGACAAATGACAATTGTTCCTTAGA AAACAAGGTAATGCCTAGTTAATTTTCTTGCTTACATTTTGAAATTCCTCGAGTTAAAAC GTCAGCTGCCTTCTATAATGTTCTAGGTAAGCTGTTAATTTATTTTTAGTCTAAGACAAA ATTTGTTTACTGTTAGCAGAATGGATATAGAGGAGTCGTATAGCCAATCCCAACTAATCT TATTGGCTGATTGATTGTTAAAATGTTATCACATAATTGTCTTGCTTACTATTCGTAGAA AAACAAATCTCAAAGTGGTTTGGAGGGTTAAGGTTTATGTTTTGGCTTTGATCGTTAGCA ATTTAATTATAGTTGTGAGATTGAGTGTTTAGTGTTTATTCACAATGCAGGCATGTTCAC TGCACACATTTCCTAGTTATCAGTGAACCCCTTATTTTGTATATGAATTTGCTGATGAAT ACTTTATAATGCCCAAGACTTGGATGTTTCTTGTTTGTCAGGGAGGTTTAGGAGTCCTTT CCCAGCTTGAACGGCTCACAGGTATTCCCAATGAAACTTCTCCACTTGATTTTTCATTCA TCAGCACCCCCCTGCAAAATATTCAAAAAGATAAGGACATTTGGGAAGTTATCCATGTTA ATCTTCTGCAGATGTCAAAAGACTTCATCATTCAACCGATACAGTGAACTCTGATCAGCT GGTACAGGTTTGAATTCACCTCCTTTTTTTTGTCATATGACCTACCTTCATTCCTTCTTT CTATTGTTCCTTTGGTCCTCGTCTTTTCCTCTCTGTTTTTTTTTTTTTTGGGGTTAGATA TGTCTCAAATAGTTCCTAGTTGACTTTAATGGGTCATGGTGGTTAAGAATTCAACATGGA AATTGACTTTTTGATGGGGATTCCAAGAAAAAGTTGCTCTCCACTTCTCCCGTTTCTTTT GAATCGTTCAGTTTAAGGAACAACATGTTGGGCTAAAATAACCTGGAGATACTCTTAGCA TGGTGTAATATCGTCCGCTTTGGGCCAAAAGTCGCACAGTTTTCCTAATAAGGGCTCAAA CATTAAGAGTATCCATCCCTATACCTTTTATGTAGTTTCTTTTTCCTTTCAGCTACCAAT GTGTGACTACCTTATCAGAAAAAAGAAAAAAAAATACCAACGTGGAACTTTGTTCATATA CGCAACACATAGCTTATTAATTGATGGGGGAGGCCTGTATTAACATTATGTGTACCCCAT CTACAAAAGGGATCTATTAGTAAGTGGAACTAGACAAAAATGATAAGCAGGAAAAAGTTC AGATGACAACTTCCTCTTACAGTTGCGGTTGCATTTTTGTCAGCAGAGGCGGACAGGTTT ATGCGAAGAAGATGACGTTGAAGTTCCTTTGTTTAAGAGTCAGGATGGTAGCCTGATCAA CAAAAATGATCAGGATGGTAGCTTCATCAACAAAAATGATCATTGGAAGGCGTTGTCCTG CTCCTTAGATGATGAATTTTGTCACGTCACTAGAATTACATCCACTTGTAATTCAGAAGA GGAAATTATGTCTGATGATGAGGTATGACTGCTGATCTCTATGTAGATCGATATCACTAA AACTTGAATAATTAATATTTTGTCCAACCTATACTAAGTGGATCTTTGGAGGTTAAAAAT CTGGCAGATGAGGCCTTCTACTGATGGAAAATTCAAAAGAGATGGTAAAAGTACAATGCT TAAAGTAAGCGCAGATTGCAAATCAGGAGCTTTCTTCAATAAAGATGCTGGGTGTTCATC GGTATACGGGGCCTCATCAAAATTGAACAGATCATCTAAAGGTATTAGTATTTCTGTTGA CTTCATTTCCCTATTTTGCATTCTTTGTCTTGATGCTAAAGATGTCGTCAACTCCCCCAA CGAGAAGAATGATCTTAATCAAGCATTGTTCATCACAGTTGGTTAAGTTGTCTTGGACTA AGCTGTTACTGACAAGCATAACAATGTAATCCCCCCCCCCCAGCATAACATGTGTAATTG TGGTGTTTCTCAGGAACAAGTGAACTCCAAGTAAAATAGAAAAGAAATGGATGCATCTCA ATATTGAATCCTCGAGTCTGACATCTATGACGGCTCTTTTTTTTTACTTGAGATCTGTGA TTGAGTTTTCAAGCTGTAAATTTTTGAACGACTTTTGATATCAACTGCAGGAAGCCCGGG CAAATCTAAGGCCAAATTTTTGTTCCAATCCCGGCCACAGAAGAAAGACTATGCTTTGGT TGTCCATGATAGTTGTGAAACCTGCATGCCCTTATCTGTGCTTCCACTAAATGCAGAATT AGACATGCAAAGAAAAAATATAGAGTCACTGGATGACTTATTGGAGAATTATGGTGGAAA TGAAGTACAACAGTTCGAGGAGAATTTGGTCTCATCTGAAGTAGCAGTTGTACATGATCC AAATGAGCATTCCATGGCTGAGGTTCTGGATCACTTTCAGCATACAAGTTCCTCACGAGG CAATCCTAAAATGGTTTGCTTTCTTCTTCTCCAGATCTCTTTTCTTAAAGATCTCAGCAG CGCTTCCGTATTACCATTTTTACTATTTCAATTATGTTTTTGAACGTAAGAATCATGCCT ATCCAACAGCTGCAAACAAAAATACCTGGATCACGGTTCTTACGGAAGAGAAACTTATTG CTGCTTGGTGACAGAAACATGAGCAATGGCGAACAACCTGAGGAACTAGATAGTGATCCA TCTAGTGATGAGGATGTAAATGTAGTTAATCTTTTACTGCTTAATCATCACGATCAATTG CCATATGTAGTTCTCTCAATTCCTTTCTTTTTGTTTCAGGAAGTTCCCCAGATTCTGAAG TCTGCTATACCTCAGAGGACCATGGCTGACCAATTTCATCTAGCGTTAGGAGCTGTATCC ACAAATGAGAGGCTATGTATTGCAAGGCCTAAGCAATTTGGGTGAGTTATGGAACTAGAA TGTATCAGTTATGAGCATATTCTGCATGTTTTCTATGAACAGAAACAGAAAAATATTCTT CAAATTTTATCTTTTCTTACTTGTGTTGATAAGTCATGCAGTTTATCTGGAAGGTTGCAG CACGTGATGCAATGTGAAAAGGACAGAGATACATATTTTTTGGAGAAGTCACAAACACAT GCTGCTTCAAGTGGTAAAAGGCCAAACTGTGTATCTCCTGTCTCTTGCTTGTTTCTGACC TTCTCCTCTGCTGTTAATTCAGGTGCAGAAAGCTTCATTGATGTGAGAATTTTGTCAAGT TCTTTGGAGGCCAAGCTGACTGTTTGTTTTTGTGCTTTACATGGAGATGAAGAGGTACTT GAACTAACTATTGTACATTTGCTAAACAGAAGGTTAAAAGTATGAGCATGTCTACTTTAT TGAGGATACAACGTTGCTTTCAACTTTTTGAAGGTCCTTCGCGTGCTTTTCTTGCTCTCA CTAGTTTCTTAAGTAAAAATTCCCAGTACTTGTTTTGATGATAGCCAATTTTTACTTGGT GCCTGGAACATTTACCATTCTCATATAAATGGACAACTTTTAGAAATTCAGCATGTTGCA TGGCACAAAAAGTCGGGTAGGGTGGCCTAGGACCGTGGATACTGAGGGTAAAGAACTTTT ACTTTCCATTATAGGTGGTAGCTTTTGGGTGAAGTGTCGTAGTTTCTTAACTTACTATAC ACCATTTCCCTCCGAAGCACTGTAAGAAATAAGCCCTGCAAATTAAACAAACAATGTGGT AGTTAGTTTTTTTTTTTTTTTGAAATGTGTAATCAGTAAGGAACTCCCAAAATTAATTTA TCACTGTGTTCAATAATTGCATATTTCACTTTTTTCCCCAATAATTGCAGTCGTTTAATA ATATGGCATTTACTGTGATCTGTATAAACTTTTTCAGAAATGTGTTCCTTGTAGTATCTA CGACTTGACTCTTAGGAGCTTCAGATAATTGAAGGACCATGGAGACGTTATATTTGTTCT ATGATTTCTTTCTTCTTTTGTTTTAGATCAATATTTTTCATCCTTTGTGCTTAAACCACT TCTTGGTTTCTTCTTTACCTCGTCTGGATCAATATTATTTCTTAATTCACAAAGAAGCTT GCAAATTTAGGGTCAGAATATGCCCATGATCCAAATGTCTAACCAAGGATGTTCGCTGTC ACTTACGATCTATATACGTAGTTTGTACTGGAGGATTATCTAATGCAAGATTGAATAAAT TGATATATATTTAGGTTTTATCTGCTTTTGTTTAAATACAGAAGGAGGGAAAAAAGTGAT CTCGACAAACACAAATCAGTACTCATTCCCCAAGCACATAGGTCTAGAAGGGAAAAAAAG AAGTTTCATACCATCTGGCTAGTCATTTCGTCATAATGGAAATTTTTAAGAATGAAAGTT GGGGTCTTAACATTTATTAACTGTTTATTTTACTCTAACTGGTGTTGATGGTTTCATTTA CCAAACAGAATAAATCTGTGGTGTTGGGTGATGCGATTGTCAATTTTATTTTTCTTTGCA GGGTTCTGAGTGCCTGAGCAATCCTCGAGAAAGGAAGGGTACTGGTAGAAGGGAGTTTAC TATCATTTTTAACTCAAGAATTTGTAAAGATGTCGAACTTGAAATAGGGAATGTTATCCG CATACATCAACCTTGGTAGGAGGCGCTAAAATATTTTCTTTTTTCAATATTTGTTGTTTT TGTTTGTTTGGATAATACTCTTTTCTCGGTACCGGGTTGAGTATGATGGCTCTTGGCACC CAACCTAAATTATTGTGATTGAAATGCCTAGAAGGCTAGAGCACCCTTTTGGTAGAAGTG GAGTAACTCTATACATTAAATTTTCTAAAAACAAGGAGACAAAGCTAGATTGATTTTAGC CCCTCATAGCATGGAGGAAAGTTCTGATTCTGTCCTTGTAAATTATTAACTGTACCTTTT ACTGAACTTTCTTGCATTGCTTAACAAATACTAAGTGATTCTTTAACAGACTGATTTTTT CTGGTGCAGGAAGGAGGTACATGTGAACGAGAAAGACGAGGCCATCATTTTGTGTGCATA TTTCTCTCAGATTTAGTCTTTGGATCACATTTTATACCAAGGTAATAGCAAGGTTCCTTG AGATAACTCTATTGTTGTACTTTGCACTTGCCTATATTTTCTAAATAGATAAAAATATAG AAGTCTAATTTATCCATTTTCGCCATAAATATTACTCATGACTACTGCAAAATGTATGAA TGCCTTGAAACAAATTGGTTGCATCTGCAAGTTTCCTGGTACATCCCCATGATGTATCCA AGATCCTATAGTTTAAAAGGAATTTTTATATTTTAGGAAAGAATAGAGATGGAATGTAAT TAACTCTAAACACTGTAGGATTTATGTAATTTTTACAGAAAAATAAAAATAATTCTGAGT GTTGAAGTTTACACCTCCCATAGTTTGAAGTAGTCAGTCTGTACTATCCAGCCTGTTTGT TCAACTTTAAAATGCACTTAACAAATTGGTTTAGTCAACATATAAGGATAGTTGTGAGGT CATTAATTACCTAATTAGATTATTAATCTGTTCTTTCTCCATCTTATAATCATGGTATTA CTTAGCCTCTAATCTTAAAGCATTTAAAAAAGGTTTGCTTAGGATTCAAGACTTTTTGGA TATATTGATTTTTTTAAGAATGATATCAAGAAAATTTTACCCTATATATACCCCTCCATA TAACTTCATTTCATCAACTTGGAGCAATCTATCATAATCCTAATTTATTATTCTTGAAAT AATGGCAATCAAAGTCCATGGTATCCCCTTGTCAACTGCAACCATGAGAGTTATTTCTTG CCTTATTGAGAAGGATTTGGATTTTGAGTTTGTCTTTGTTGATATGGCCAAAGAAGAACA CAAGAGGCACCCTTTCCTCTCACTCAATGTAAGCATAAATAATTACTCCCTCTGTACAGC TACATAAATATTTAAGAATTGTTTGACCATAAGTTTCAAAAGTTCTTTTCTTTAAACATG GTGTCAAGTCAAATGGTGTCAAATAAAATGGGACGGTTGAAGTACATTATTAGCATGTTT GATCAAGTTTTGGAGAAGCTAAAAGTATTTCTTTTTAAATGTTTATTTTAGAAATTTGAG ATGTTCAGTGTTTTTTAGTAGCAGCATAAACTGAACTAAAAACACTTTTTTGAAACTTTG GTCAAACACAAATGTTGCAAAAACATTTGTCATATTGATGGCAAATACAAATTGTCATCG TCCAAAATACTCTTTAAATACAACACTTTTTGAAATTAATAATTTCTAAAATGCTAAACA AACTATAAATTTATTTGGTAGTGAATGTTACTAGTGAAAAAAAATAAATCTATTTGGTAG TGATTTCTACACAGATTTATATTTGTCAAAAATATTTTAATTGGTTCACTTGTACTTGCT ATCAATCCATTTTTTTCCTTTAATTTAAAATCATGAATTCATATAGTATATTAAAATGAT ATTTTCTCAATGGGTGCAGCCTTTTGCTCAAGTACCAGCATTTGAAGATGGAGACTTGAA GCTCTTTGGTAAAGTGTTTTAGCTAATCTTACAATTTGTAGTATATGTCTGCACCAAGGT GTTAAATTTGAAAAGATTTAAGTTACATATACATAAACATTATTAAATATTTTTTATACT ATCAATGTAATCTATCATGTTATAGTAGGTTACTCATTATATTTACTAATTATTAGTGCT TATAATAGAATATTTAAAATATAACACAAAAAAATGCTCTTTAACCTTACCTCATCTGAC ATATATGCTCACCAACTTAGGATTTGCACGAGTGAACAATTAAACTTGTATATAATTGAA TAAGTGGACACACATCCTACATGACAATTTGCAATCTTACATGGTGTCCTACATGTATTA AGTCATTTTAGACATGCGTGTCTACGTGTTCAACTTTATATAAATTTAAATGTCTACTTA TGTACATATAAAATTGGACAGATGTCAGCTAAGTTCAAATTAAAAAACTATTTTTATGTA TTGTGCCAAATTTTTTTACATTACCATACAAGTTGGATCAGAGTTAGTAATACAGGAGTT AAACTAAATCCTCTCCGCCGAATAATTATATTTATGCAAATAGAGCAAGACCAACTGTTA TATCCAACCTTTTCCCCCTTGACATAAAAGGAAGATTTTACTAGTGATAAAGGGGTTCAT AAGTTCAATCTTAACTTTGACATCCTAATATATATTTTTGAACCCTTTTTATATATATAA AGAAGAATTAACTCAACGAGTCACCACCCAATCGTTCAACACATGTATAATTTATGTTTA TCAGTTGGGAAATGTAAACAAGTGAATCCATACAGTTAATTATGTAAAGATTCCTTATAT GAATTCTTGTTTCTACCATTGCTGATAAGTGACCTTTTCTTTAAAACTTATCAATTTGAA TGACAATATGTGCACTTGTAATGCAGAATCAAGGGCAATCACTCAATACATTGCTCAGGT TTATGCTAGCAATGGCATTCAACTAATACTCCAAGATCCAATGAAAATGGCCATTATGTC AGTATGGATGGAAGTAGAAGGCCAAAAATTTGAACCACCAGCTTCAAAATTAACATGGGA GCTAGTCATAAAACCAATGATTGGCTTGGGCAGTACCGATGATGTTATTGTGAAGGAAAG TGAAGAACAATTGTCTAAGGTTCTTGACATCTACGAAACTCGATTGACAGAGTCAAAATA CTTGGGTGGCGACTCCTTTACACTTGTTGATTTGCATCATATACCAAATATATACCATCT GATGAATACAAAAGCTAAGGCACTGTTTGATTCGCGCCCTCGTGTGAGTGTATGGTGTGC TGATATATTGGCTAGGCCAGCTTGGGTGAAGGGGTTGGAGAAGATGCAAAAATGAAAAAA AGTCGTGAATTAATGGATGATCATAATTCATATATATGTTTTTGTTTTGAAGCATTTGTG TCTTAATATGTTGTGTTTCTTGTCTGAAGATGTTTGTCTTGCAATACAATAAACAGTGAT CTATATCTATGTGATTTTACTAATTGTACTGATGTAAAATATGCTATGTTCCGGTCATTT ATAAAATAATTGCGCGCTATATTTTTGTGATAACATTTTTTACACTGTCGGTGTATCTTA CTTGAAAATCTTATAATAATTTGGCGTTTCTAGATTCAACTTCGTCTCTTTCCCTTTTCT TAGGTAAATAGGCAAACTGTTAGAATGGGTTATAGTTTCACATTGGTTGAGGAATGAACT GGTAGCTTGTTTATATGGATTTGAACAATTTTTCTACATTTTAGGGTTTAATTAGCTCAA AACAACATATTTTTATGTGATATCAGAGTCAAATACTCTACCATTTGAATTTTTGATTCA CGTTTCAATCAAGTCCGAACATGAAGGGGGTGTTAAAGTGGAGTTTTTTGAGATTATGCT CTTATCTGATATCCGGTGGCATCTAATCCACAACAGCATCAATTGGAAATAATATTCTTG TTCCACTAAAAAGTACTTTTCCTCAAACTTTGTTATCTGGAATCCAATATGTTAACAACT AGACAAACAAATCATCCAAATTTATTGCTTCGAACTTATATTATTTTTGCACAAACACTC ATCACAGAAGATGGGATTTTTACTGGAAGATTAAAAATAAAATAATTTATCGTGAATCAG TGAGAAATTTGTGTTACAAAACATAATTCTTTCACTATACCAACTCATTAGGAAAATGCA TGATAGGTTACAAATTCTCATTGAAATATTGAAAAACTTCCTATTTTTTTATGTGTGGAA ATACTACTATTTTTTTCTCTTCTTACTGAGTTCAATCAAAATATCTATGGAATCACGTTC TAAATATTTTTCAACAGAAAATTACAACGATAAAATAGTGATTTTTTATTATTGATAAAA ATTTAACCATATAATTTTCCGACGAGAGGGGTTCAAGTGATACGAGCAAATACTGATATA TACACCATCCACATCAACAGACATAAGGAATATATGCTTAATAAATGGAGATATCTATCA TATATTCCATCTCTAATGCTTTTCTCATTTCATGAAGTTTTTTTCTATAAATTTGTTTGT ATTTTGTCCACAATTTATAAGAAGCTTCAATATCTTAAGTAAAACATTTCAACACACGGA TGAAGCCTCACCATTTCTCTGAAGATGATAAATCTTTGATTCACAAATCAAAGAGAACAA CCAGAGAAAAGCTCTCAAAATCAAAACAAAATTCCAAAGAAAATCAAAATCAAAGAAGAA AGAGTTCAAACATGGAAGATCCCATTAGAACTATCATGTTCTTGGGGTTTTGGACCCATT CTTAAACATTAAAAGGGGATTTTCACACTGTATCGCCACCGTCCAAAATAATTATCTACG GATGTATAATATACGCAAAATTATACATCATTAGTGTATAATTTATGTATATTTATAAGT TATAATTATTTTCGGAGGACGGTGAAAACCAAAAAGAATCGTATTCCCTGTATTCAAAAT ATGTACTCCCATATCTATTTTGTACAGTAAAACTATATTTCTTAAAAACAGACTCTTTCT CTGTAATTTTCAATTCAAAAAAAAATCTTTAGTCATTTCATTATATAGAGAACATATATA CTTCTCATCCTGCTTGACAAACAAGTGAATAAGCATACAGAATCAGGAAGCTCTAAAAAA TCAATAAGATATCCACAGATTAAAAACAAAGCACCTAAAGAAGATAAGAAACCTTTGATT TGTCATCACAAGTCAACAACTAAAACAAAAACCTAATTATTCCATAAAAATTACTCCATC CATTTCAATTTACTTGTCTTGTTTTTATGATAAAGTTGCCACATGGTTTGATTACGCATA GATTAACATGTTATAGTGTTAGGTGAACACTCCATCAACAATTTCACAGGATACCTATTA CCTCTCCATCGGCTAAATAAGAAGACAGCCCAGAAGAAAACCCACAAATACAGTGAGGAA CATCACTCTAGCAGTTGACTGTACCTTGCACTTTTGTCTACTCTATGACTCATTTAGCAA TATTCTCGACCTAAAGGGTTGCATGCAAATTTTAATGCCACACTAATTCAGGACTATAAA CCACAAAACAACCAAAACTAAGAAGAAATGGGCTTATATAAATCACTGATTTATGATATT TCCTCCCATAAAGAAATTAGGTAACTGGGAGCTCATATAACAACGCAAGAGAGAACAAAA ATCTGGGAATAATGTCCTCCGGATTTTGAATCATCTGACCAAATAAAAGTGTCCACAAAA TTTAACCCATAAGTATCCTTTATTAATCACTTCTTAATAATGTGCATAGTACAAAATTTT CCATGCGGCAACTAAGTTGATTGAAGGGATTGCAAGTCTGTAGCACAGGCTTCAACAATG AAAAAGCAAGATAAAATCGTAATGGATGAACACTTATCTCCATGTTACTTGAGTTTTTCA AATAGCTTTGGGGCAACCTGTGTAACAATTCCATAAAAAGTTTAGAAACAAAACGAAATG CTAAATAGAGCAACAACGGAGAATAGAGAAATAGAGCTTACACATTTGTCAATGCATTGC CAATAATCAAAATACTGTCCAGTGCAATGCTTGCTCCCTGATTCATCACCTTCTATCCTT CTAGTACATGCCTGTAGGATGCAAAATACCCAAATAAGAGCCACAAAGTATGAAAGTCGG TACAAATTTTAAATACATTTGCACAAATTCAGAACAAATGAACGAGACATAAATGTTCAG GAAGTGCACAGAACAGTTAAATGCAATTGTTCTGAAGATCAAACGAATGCTACTGTACAG TTATCTAAGGTGGTAGTTGTCACAAATCAATTAGATATCATCCTTCAAGCATAACACACA AAAATCCCAGATTCCCCATGTCCAAAGCACATCCTTTGCACAAACCATTAAGTTGATTAA AAGATTTAGGCAGAGGGAGTAGATGAATAACAAGAAGTTGAAAGCCAAAACTAACTCGGA AAGGTTTAACGGGATCGAAATTAAAACTCTGAGTCTTTGATAATCAAAACCTTACAGCAC TGTGTTCTTCATAAAAAATTGTTACAGCAAATTGTTGGCAATAGAAAGAACAATGGACCC GATAGACACATATGATACAGAAAAATGAGCAGAGGAAACAAAAAAGATCATAGAAATACT AGCATTCTGCTGACCAGTTGAATCTGGAGAGCCAATATGAGAGGAGGTCGGTGGGTGTAC TTGGAGGCCCATAAACATGCCTTTTTGGCTACTTGGAAAGACCAAGCAGTTACAGATTAA GTCTCTTCGTCACATGTTGGTTCATCCCATTAGAGTGACATAACAAGAAAATTCTCCTGG CTTACTATATCAGTTGATTTGGTAATTAGAGTAGCTGAAAGTTCAAGTGATACATACTAT GTTAGGTCATATGTCGGCCATAGTACTTGATGTTTTCCAAATTTACAATTTTCAGGTCTA ACATGACATTGCCAAGACATTTTTGTGTCACTCTGAGTTCTTGTGGAGACCGTACAGGAT AATGTTAACAATAATAAAAATTAGCCTTCCACCACCGCAAACAATCAAGTCCAAGTTACA GCTCACCCAATAACAATTATATAAGAACAAGAAAATCCCTTTGATATAACTGAAAGGCTG TTTTGTTATGGTGGGAATCACCTGATAATCCTTTAGTTGCCTTACACACTTAGGCTTGCA AGATACTTCCATTGTCGCCTTTGGGTCAACAACTTCCTCGTCCGACCTGAACAAAGGAAA CCAACAGCAATTTATCTTCAAAGAGATGGCAATACTTGTGTGTGTGTGTGTGTGGTGGTG GTGGTGGGGGGGGGGGGAGTCACTGAGTGTCACTTGTCATTAATTACAACAGTCTAACTC TGTGTTTGTAACATGAGCTCGATATTTGTAAGTCATTGAGGACTATCGTGTAAGAATAAT ATCAGATGCTTCTGACATAATAGTTACTCCCTCCGTCTCATTTTATGTGGCACCATTTCC TTTTTGTCTCAGTCCCAAAAAGAATGTCACATTTTCTTATATGGTAAGTATTTAAAGGTG CAATTCCTCTTTTACCCTTGTTGGTCCCACTTAATTTTACATAGTACTCTAATACGTTTA TGAGAAAAGAGAAAAGTGAGTCTACTTTTGAAGGACAATTTAGTAAACAATTCAAAGTTT TCATTTTTTTAAAACTCCGTGCTAGGTCAAATTGTGCCACATAAAATCGGACGGAGGGAG TATTAGGAAAAATAGCATGAAAATTTCTCTCCACCTATAATGTCTGCAAGGAATACAAGC TTACGAAGAGGGCCAACACTATTCACAAACATCTCATTGCAGTGCTCCTTCGATTAACTT AATGTAAGCTAAGTAAAAATGGACAATGGTGTTTCTCGCCAACTAGTTACATCAACAAAC ACACTGAGAACATGGTATATCACAAGCAAATACTTGTGCATAAAACAAATTTTTAAAAAA TCAATCACAAAGAAGTTGAGCCTTTGACAGAGCATTTATGGAAGGTTTCAACACGGAATG TACACTCCAAAACTTTACTTCACACTAAAAGCAATATAATACTATCCACTACGGCTAATA AATGGATAGAGTTGTAAACCAATCAAATAGGGTAGAATATATAGTTGCGTACAAATTATT AGAATTGACACATGAAAGTAATCTTTAATACATGAAGTTACACCAATGAATGAATAAGGT AAAAATAATTAGCTGTTGCATCAGAGGGAGGATAAGGATTATGTCAAAGGCTCAAAGCAC TTCTGATTAACACATGAAATCAAGTAGTATCTGTAGAAGTTCGGTAAGTGTGCATTTGCT CAGCATAGCGCCATATACATGCTAATTGCCTGATATGCGCATAAATACATATATATCTGT TGGAATCTGTGGCACACTTGAAGTCTGTGCATATTATTTAAGGAACTTCCACGTATTTTT CATTTTTAAAGATAAATGTCTAAGATCTAGAGAATTGAAATTTTAAAATGTTTTATGCAA CAAAAGAAATAGACGATAGCAAGCTAACATGGTTGAAGACTTTAGTCCCATGACATTGAT GTTGGACTTTATTAACCGAATCCAAAATAACAGGATAAATTGGTACTAGGACACTCGCAC CCACTCTCCAATCAAATCCAATGAAGGTATTTCAATAAATGACGTACTGCTTCTTGAAGA GATACATAATTCATCCTTCTACTTCGGAATATTAGCTCACTAGTCAATACTTTTTAAACA GACATACAAAAAATGGTAATTCTTTGCACATTAGAAAGCAAAAACATTTTGAGTAAAATC AAACTATTTTTTCCTCTCTTTTTGGTGGCTGCAAGCATAATTGAACTGCTATTTTTCTAC ATTATATAAACAATGGGAAAAATCACAAAAAAATAATAATATTACAATAGGATTTCCAGC AACTTCATTTCTCTCAACATAGAGGTCCAACTAACACTTTGCTCTTTGACAGAATAAAGA TGACCATTCTATTTGTGTTTTTTTACTGTTCTAGATAGAATTTCCATCAACTTCATTTCT CTCAACATAGAGGGTCCAACTAACACTTTGCTCTTGGACAAAATAAAGATGACGATTTTA TTTCTATTTTTTTACTGTTCCAGATCAAAATTCTATATAAACTATTTAGGGAATCTCAAT TTCTACAGTGTATAATTGAAAAACTATTTAAAAATCACTCACATATATGGTAAGGAGAAT AAATTACTCATAAACAGTGAAATCCTATTAGAATAAATGGATTATACAAACGAAACGAAA CACATAAATCACATCAAAATTTAATTACTTTAATAAAGAGAGAATAGTTTCATTATAAAT AGATCAACAGTACTCACATGGCAACGAGATATTGGATACGAAGACTTTGATTCTACAAAA AAACCTGCAAATGCAATTTTTACACTAATCAATTTTGGATACGAAGACATTGATTCTACG AATTCACCAGCAAATGCAATTTTTACACTAATCAATACAAAATTAACCAGCTATCAAGCA AAAAAAACACAATTCTCCATGTGTGCGAATGCAACAAAACAAGATAAAATAGCAAAACCT AATATTATGCAGATCGAATGAACACATAAAGAGGAAGCAGATCAAATGCGTAGAAGAGGA GCAACCTGACTTTTCTCTGAATGAGGTGCGAATGGTGAAGAGAAGACAGAAGAGAGAGAG AGTTAAATTAAAAAGGCTTTTTTATTGGGCTTTTTGAATTGGTCTTCTAGCTTTACCCAT TAAAGGAAGTAGAAAACTTATGTACATATATGATAATAAAAAAATATTTATCATTTATAT TAATAATAATATTTTTTTATTTGATTATTTTTAGTTTATTTATAAAACAAGTTATAATAA TAAATAATACATTTATCACATATTTTAATATATTTATAATACAATATGATAATTTTTACC AAACAAACACAATATATTTCAAAAATAATTATAATTCAAATATATTGCATACATAATTCA TTTTTAATACATATTACAGATTTATCACAATATTGTTATAAATAGTAATAAACAAAAAAT ATCGCTAAAATCAGTAACTATTTTTTAAAATATATTAATTTATGTAATTTTTCAATGAGG TATGGAGTAGGTTGTACAAAATCGAATCGAATTGTAAATTGAGTCAAATCTTTAAAAAAA AATTGACTAGTGATTTAGTGTTGAAAAAAATCGATTATATTTGGGTTGGTTTGATTTCAG CTAAAAGAAACACAACCCGGGACCAAACCAACCCGACATTATATATATAATTTTAAAATT TTTATTTTATACGTAAAATAACTACTTTGATATAATTTTTAAATTATCTCTTATGCTTTT ACATAGTTTTAATCTTTTAATATATTTATTTCATGTTTGGAAGTTAAAATTCTTAATGAT CTAATAAAGATTATAGTCCATACATGTTGGTAAATATAATAAAGTTTAAATAAAAATCAA ATTAATACTAATACAAAAAGAAAATCAATTCAACACTAAGAATGACAATAATATTGAATA TTTATTTTTTAGTTATACATAGATTTAGACAATTAAAATACATGATCTAATTTTACTTTC TTTTAATATTTAATCATGTAACTAGTACTTACTAAACTTATTTTTAGCATGATTTAGTAC TTTAAATTATAATCAATTTCATTATGACTTATTAATTTGCAATATTGTTTTACGCGATTT TATTATTTATTTTTTTGTTGGATATTTTAGTGTCATTAATCATATAATATTTTGTGTTAT TTTCTTGAGAAATAACTTAGATAGTTGCATTTTAGTAGAAATAAAGAAATATTTAAAGTA CAAGTAAATTATATGTTTGTATGAATACTTTACTGAAAAAATCCGAAGTTGAAAACCTCG AGTTTTATTGCTTTGATTTGGTTTGTAAATTCAAAAATCCGACACAAATAATTTGATTTA ATATTTGAAAAACCCAAACCAATCCGGTCATGTAAAAGTGTCCAATTTTGTGTATTTTCG ATAATTCTTAAAAATATAATTTTAAGTTGAAAATAAATTGCAAGAAAAAATTTGTGTTGC CTATAAAGTCGAATTTATGGTCAATCGAGTACGTTCACTATCTCAAAATATTTTAAATTT TTGACTTGTAGGAAAAAGAAAAGTTAAGGAACTTTGATGGACAAGAAAAGTTTCATCTAT ATGTATTAACTTTTGTCTGGGAGGTACAACTTGTGATATATTTAATTTCGTTGTCTTCAA ATATAATAAAATTATATTTAATAGTAAAAAGTAAAAACTAATTTATGCCCGATGAGCAAC AAGACCTGCGCGTCTAACGAATTTTCTAGAACTAGTTTTTTCAGAACTTCTTATTATATG GGGTTAAAATAATCAAGAACACGTTACGATATCATTGTGAAATTAATCCTTTACCGGATA TTAAAAGACCAGATTGATGACTATTGTAGTTGTTATCAGTCCATCTCCAAAGTAAAAAGT GTGATATCCAAAGTAGAAAGCATGATATGAAAGACAATAGTGCCCATATTCGGATTGTTA AAATGTAGGCTCACTCGTTCTAAAATCATTTGCATTGTCCTAACGATGTTAAATTACATC AATAGTCCAAAGATTAAAATTATTCTATCAATTAGAGATTAAACAATTTAATTTATTGAT TTGCCACAATTGCATTTGAAAGCCTATCATGTGAGGGTAAGGTGGTGATGTCCATTGAAA ATTTGGTACTTCTTAGGCCGTTTTATGTACTTCCTATCAATTTGCACTTTTCAACCATTA CTTGAATATTTTCCTTCCCAACATCAATAAAGTAAATACGTAGGCTAAACTTTCTATTTG CATGACCATATTTTTAGCCATTTTTGAGACAAGACAACCGATTCATTTTGGATAAGACGT CTCCTCTGTCTTCATCTCTAATGGCTATTACCCCTCCCGCAGCATAGTGAGAATATAATC ATTTCACTCGATACTTGTTACCTCTCCATCGACCAAATAAGAAGGAACATACGGTATAAC GAGTAAAGTGCAAACAAAAACGCACAAATACAGTGGACAGAACAAGCAGCTGACTGCATT TGCACTTCTGTCTACTCAAAGCAACTCATTTATCAATATATGCGCAGGATTCAGTGAGCA CAAGACGAGACGTTTTCCCCCATGAAGCCATCAGGGAATAACATCCAGGAGATTCTCAAT AATTCGAACGAATAAAAGGGTCCAATTCAACCCACGAGTATGATTTATTAATCACTTTTT AAGATGTGCATAGTTCAAAATTTTCCATGCAGCAACCAAGTTGATTGAAAGGGTTACAAG TCTTCAGCACAGTGAGGAATAATATGGTAATGACTTGTTCAACAACCAAAAAGAAGATAA ATTGCAAGGGATCAACAACTTATATCCTTGTTACTTGAGATGGTCAAACAACTTCGCAGC AACCTGTGCAAACAGTTCCACGAAAAGGTAAGAAAACAACAAACGACAACAACGGAGAAA AGAATCAAGAGGCAGCACACCCTGAAAACCCCAACACAAAAATGCCAAACAACCGGAAAA GGGAGCTTACACATTTGTCGATGCAGTGCCAATAATCAAAATACTGTCCAGTGCAATGTT TGTGCCCTGATTCATCACCTTCTATCCTTTTAGTACATGCCTGTAGGATGCAGAATGAGA CCCATAAAGTAAGAAAACCACTACTAATTTTGAAGCAACAAAGCTGGCCTTCTTCAGAAA TTCATTATCCACCCCCACCCCGCCAAAAGACAGGAAAAAGGGAAAGAAGGGGGATATGAC AAACAGAAAGATGAAAATAATCAAATATTGCAAGTTAAAAGTTTTTGGGACTGCAACTAA TGACAAAGTGCAAGTAATCTTGTCCTGTTTAATAAACATTAATGTGACATTTGCCAAAAA GAATTGTCAGATCAATAAATAAAGCAGGTCAACAGTTAACCATCATAGAGCAGTGGGAAC GATGTGCACCCGATAAATAACCAACCCTAACTAACACTTAATGTGTTTTTCAAGATAGAA AATGATACACCTCGTGGACTAAATATCCATCAAACTTAATCCACAAATGAAGTCCCCTCT GCCGGACAAAACAAAAACACAAAATATACATGTATATCTTGATGAAAGTAATATATACTT CCCAGGGAGGTTAGTGAAGGAATATCACCTTCATTCTAAGGTGCAATACTTCCACATCCA TTAGTTAAAATTAAAAAAAAAAACAGATCATGCGCAATTGTTCTGAAGATCAAATATGTT ACTGTATTGTTATATGAGGTGCACAGTTAGCACAACTAAACGAGACATCATTGTTCTGGA ATCCTTCCAAAAAAAAAAATCTTTCACTTCTCGCAGAAAGAGAGACCAAAATCCTTCCAA AAGTTAGAAACTCAGACTCCCCAACCAAAGCACATTCGTTGCACAAATAATTAAGTTGGT TACAAAGATGTTTGCAGAGGTAGTATATGAAGAACAAGTAGAAAAATAAAAAATAAATTG GAAAACGTTTAATGGCATCAAAATTATATTAGAAATCAGAGTCTTGGAGAAAGAAAACCT TGAAGTAACACTCCTCATCATCAAAAACTCTTACAGCAAACTGTTGGCGATACAAACAAC AAAAGGACCCCATAGAAAGCAATCAAACAGAATAAAAGGCAAGGTTGAAGAGAAAATCTG ATTGATGTCTTGCAATTCCTCTTGGATCTAAGAACATGCTACACACAAAACAAAGAAACA AAAAATCATACAAATACCAGCAACCGCTAACCAGCTGAAATCTAGAGTGCCTAATCTAAA GAGCGAGAAGTATTTGGAGGCCAGAAACATGTTTTTTTGGGGGGCTTCTTAGAGAGACCA AATAATCACAGATGAAGTCCCTATATTGGTTCATCCCATCAGAGTAACATGCAAAGAAAA TTCTCTTGACCTGCTATTTTAATTGATTTGAAGTAGATCCTGGAATCAGTACATACTTAG AGTAGTAGGTCCTGGAATCAGTACATATTATGTTCATAATATTTGATATTTTCCAAATAT AAAATTTTCAGGTCTAACATAACATAACATAATGCAAGACATTTTTGTGCCACTCTGAGT TCTTGTGAAGATCATAATTACAGTACAGAAGAAATAAAATATGAAACTACACTAGATTCA TGAAAGATAGAAAAGGTATTAACTTACTTAGTTCCAGATTTGTATTTTTGTAAGAAAACA CTTTGTTTTCAATGTTTTAGGGAGGATTGTTTTAGGTCTGATTTATGGAAAATAATGGTT TTGTGGTTCTTACTTGGAAAAATTTATGTGTATTTCAATTAGTTCAGAAGAAATGGTTTT AAGGGAAAAGGGAAAAGTGAACTAAGAACTGATTAAAAAAAATTGAGGCAGAAAAAAAGA TTTAATAAGTTTGTTGTCTTCTACTTAAAAAACCTAGAGGGTAGTTGACATAAACAGGCC CACTTACGACAGCGAGCCCAGAGCTGCGAGGACTGCAAATCCTTTTCTCCCTGTTCAAAT CCGAGTGTCGCATGATCAACGAAAATTTGTCCACATTAAAATTTACCATCTGGGGCTGTC CGTGTGATATCCATAAACTGCTCAGCAACAGTCAGATAAATGGGAAGGTTGGAATGGAAA CATAGGATTGATTGAACTCTTCTTTGATATCAAGGTAACATAGATATGAATAATCATAGA CTTTGTTTGGAGAAGAGAAGAAGAATGGGACCTATCATGGGACATACAATGCACTACAGA CATATGATCATTACTCTACCCTTCACCACTTAAATACGGGGCTTCCTTTTGCATGGTGTG GAGCTTGAACCTACGATCTAAGCCACAAATCCTCCCTCTTTTGCCATTCGAGCTTTTGAT CTGAATACACTTTAAACGAATAGCTTTGTAGACGATCCATCTAGAAGAGGGGTATTCTTA CAACCTTTCTAGTTATTTTGTTCTTTGTTTCTATCTAATAGGATCCTGAGGAAAAAGAAT TCATTTCCACCAAGCTAAAACATTATGTTGATGTCTCTATATAAACGATGGTTTAAGGCT AGACTAACAATACCAAGAGCAGTCATCCATAAACCCAGATTACTAATACAACTTATGTAA AGAAATGTATTTATTGAAAAAAGCAACCCCAAAAAGACGACGAGATAAATTCCCACAACA CTAAATACAAGAACTTACGAAAGAACTAGAATCTTGCTAAGGTATCTTGATTGAAATCCT TGTAAATAGTATTTTTTTATTGAAATAGTTTTGTTGCTTATTTCGATGATCTTTGATACA CAAGAAAGAGTGTGGGCATTACTAAATTGTAAAAAAGTTTGTCCTTGTCAATATAGGATT GTCTTTCATTCTACTTTTTACTAATTTTTCAGAAAATCTCTCATTTTCAAATTTTTTTCA TTGAATTTTGAACTGTAGGAAAAGATCAGATGCATTGGTAAGAAACATACCATTGTGTTC CATTTGAAGGCACTTATCACTAGAATGTCTCGAATTCTCAAACTAAAGGAAGATTCAACT GCTATACCCATCTATGAAACAGTGTATGATGATGCTAAAAATTACAAAAAAAGAAATAGC CTTTCACTAACATAAACGATGTCATAGCTCATCCTGATATTGGTTTAATCAGTGGAAGTA TTGAACACCCAAAATAAAGGAGATAAAAGTTCCAATAATTAAATTAGAACCAAAAGCTTT TGAAATAACTGAAAGGTTATTTCATTGCATTGGGAATCAACTGATACCCCTTTAGTTGCC TTACACACTACCCAAAATAAAGGAGATAAGTAATAGTTCCAATAATTAAAATAAGAACCA AAAGCTTTTGAAATATCTGAAAGGCTATTTCATTGCATTGGGAATCACCTGATACTCCTT TAGTTGCCTTACACACTTAGGCTTGCAACTTACTTCTAATGTCGCCTTTGGGTCAACAAC TTCCTCGTCCGACCTTGAACAAGAAACAAAAATCAGCAATATATCTTCTAAGAGATGATA ATATTAGCAAAAGCTCAAACTTGGAAGAAACTATCCTACAAGTATTTTTTTTCTTTCATG CAGAATTACTTTTTTTGGGTGTAAATTAAAATATCCTGAATGTAAATCACAATATACACC AAAACTTGAAGAGTAAAGCATACTTCAAAAATTACTTACCCATATAAAATTACAGATACA ACTAGAGAAGTATTTTTTTCTTTCATGCAGAATTATTTTTTTGGGTGTAAATTAAAATAT CCTGAATGTAAATCACAATATACACCAAAACTTGAAGAGTAAAGCATACTTCAAAAATTA CTTGCCCATATAAAATTACAGATACAACTAGAGAAGTGGTATTAGGGGATTGTAGACTAA TCAAATTTGCATTCAAGCTTTTTCACGTATCTTACCAAAACAAATTCAGTAGTGACTGAG TTGTCACTTGTCATTAATTACCAAAACGCAGTCTAACTGCCATTTTAACAACGGCTGAAT ATTTGTAAATCATTTTAATGATTAGTCTAAGAGCCTGTTTGTTTGGGCTTAGTCTTATAA GCCAAAAATCACAATTTAGGAATTCTAACTGACGGACTATTTTACTGAAACACAACAAAA GCGCTTAGAAGCACATCAACTAAGCAATTCAAACAGGCTCTAAGAATAATATAAGATTCT TCTGACACTAGTTATCAGGAAAGCACCAAGAAGAAGAAGACTCTGACAGAATAGATTTAT CGGAAGCTTCAACATGGAGTGTACACTAGAAAAGTTGCTTTTCACTAAAAACCAATAAAT ATAATAATATCTATAGAATAATATGCAGCTGTGTCCAAAATATTAAAATTGAGACATGAA AGTATTTTTTAATACATGAAGTTGCACCAAAGAAAGGATACGTTTAAAAATAAGCAGTTG CATCAGAGGAAGGATAAGGATTATCTCAAAGCACTTCTATTTAATAAATGAAATTAAGTA GAACTTGTTGTATTTTCAGTAAGTAGCAGTGCACCATATTTCCTGATATATGTATACATA CATACATACATACATACAGATGCGCTGGAGTTTGTGGCACCCTTCTGTGCATATTGTTAA AAAATCTATTAAGTATGTTTCATTTTCAAAAATAAATGGCTACGCGTTTAGAACAAGTTG AAATTTTAAGTTCTATGCCAAGAAAGAAATGGGAGCATGCTACCATGGTTGAGAGATTTT ACCCCGATGACATTGATATTGAAAGTGGAAACTTGAAAAAGAATTGACTTCTAACATTTA CAGATAACATCAGGTTAGTCAATACAGTCACAACGTATAAGCTGATAGTTATACTACAGA ATGTCGTGAAAGAAGCACACTGGACGGGCGTGCTTCGACCGTGTCTCTGACGCACGGTTG AATAGATATCATGAACGCGAGGTGCAGGATTAAAGGTAAAGTAAGTTAAGCTTCTAATTG TTGAAGGCTATGGTGAAGTCCTAAAACTAGTAACAATCCAAATATAACAGGATAGGTTCG GGTATGGATACTCACACTCACTCTCTACTTAAACAATTTCCAGCCATGACAGAGAACATA ATTCATCCATCTACTTAGGCTTGGCACTTCTACTGCTTACAAAGAACATGACATGTCTCT AGATAGGAAGATATGAGATTAAGGGCAGAAGGTAAGTAGGTGGTCTAACGTTGTCTAATT TCCTTATCCGTATTGTTCCTATTACTTTCCTACTATTTTATTTTTCAATTGTGGTATTAT TGTTATTTCCTTTGCTTGAGTTATCATATTGATTGTTGTTGTCACTTTTTCTCTTCTTAA TTGTTTTTCAGCATGACTTTTTTTGCTATTGTATTTCCCTTATATACTTGCTTTGATAAG GTTGTGTAAACATCACCCTCCCAGACAACACCCATGGGATTACACTACTTAGGGGATTAC ACGGGGTATGTTGTTTTTCTTACTTAGGAATATTAGATCACTAGTAAAGCCTTAAATAAA TGTATTAACCTGGTAAGTATTTGCACATTGGAAAACTAACAACGAATCAGTACAATCAAA CTGTTGATTTTGCTATATTATATAAACAATGGGAAAAAATCACAAAATTTTATAATATTA TTAAATTTCCGAAAAACTTCACTTCTCTCAACTTATAGTTCCAATCAAGAACAAACCACA AGTTGGTTAAGTCAAGCACTTCGCTCTTTAGAAAAATAAAGATGAACTAATGATGACGAG TTTGTTATCTTTTTAATTGCCCCAGATCAAAGTCTTCTGCATTATTTTTATTGCAATCTC AATTTTTAACAACCTAAAACCCGCACACCCACAGTTTAGAATCGAAAAAACTATTTAAGA CATATGGTATGGAGAACACAAGTTACATACTATTTGTAACTTACTAGTAGAGTGAATCGA TTTTACAAACTAAATGAGACAAATAAATCACATCAAAAGTAAAACTAAAATCAAATTACT AATGAAGAGGGAATAGATTCATTATCAATAGATCAACAGTTACTCACATGGCAAAGAGAT ATTCGAGACGAAGACTTCGATTCTGCAAAATCACCTGCAAGTGCAACTTTTATACTAATT AATACAAAATTAACCAGCTGAAACACCAAAAATCCTCCATATGTACAAAATAAACAAAAA TATTGAATAACAAAACCTAAATATGCAGATCGGAAGAAAAAAGTAAAGAGTAAACAGATC AAAATGCAGAGAAGAGGAGCAACGGGTAAACCTGACTGTTCTAGAATGAGCTGCGGATGG CGAAGAGGAGACGGTAGAGAACACAGAGTTTTTTAAGAAGGCCTTTTTCTATTGGGCTTT ATGATAGTTCATCTTCTAACTTGGGGCAGGTAACGCCGGGTTTATGGCCCAAATTGTTGT AGGATATATATAAACAAGATTAGGATTTAGGCGTGGCCGAGTCGTAAAATTATTCAAAGT TATAAGAAATTAAAATATGTATAAATTTAAGGAATCCCTGTAATACAATAATTATATTTT GTCCCGACAAATTTAGTATATACTAATAATTCCTTATAATTGTTGTGGCGTGATACATTA GTATGTTGTGATATATGGTAAATGATACACAGTAACTTAAAACTGTTAAGATTAAAAGGG GAAAAAAATGGAACATTTAAATTTGTTATCTAAATCAGCTTAAATTACGGTAACGGTTCA TTAATAAGCATTAATTCAGCACGTAATTGGATACAAAAATCAATTGAAGTAGACAATGTT ATCAAGAGGATACGGGCCAAATCTATTTTTTGATGGAGAAAGTATACAACACAGAGTGAG CATAAGTTTTTCGTGGATTCACAATTGTGGAAGGGAACTTTGGATGATTTACAGTGTCAG GGTACATTTGAGTCTCCAAAAACAATGCTAAACGAAGCTGATATACAAATCCACCTTTCC CTTTTACATTTATGATCCAATTTGCAGTGTAGAAATGTACACAAGGCGCAGTCGCTTGGA TATTCATTACTCTTCCTGATTTCTTGTCATAAACTATTGCCATTGGTTTCATTTTCTTAT TGTTGTCTAGTACATAGTTTCTATCATATCCAATTTGGACTTCATCGATCTTGCTCCCTA CCTTATATTTTGTCCCGACAAATTTAGTATTTATTAATAATCATTTATAGTTGTTGTGGC GTGATACATTAGTATGTTGTGATACATGGTAAATGATACACAATAACTTAAAACTATTAA AATTAAAAGGGAGAAAAAATGGAACATTTAAATTTGTTATCTAAATCAGCTTAAATTACG GTAACAGTTCATTAATAAGCATTAATTCAACACGTAATTGAATAACAATTTCAAATTTTG AAAATTCAAGATTATATCATCTAGTTTGAAGACATTTTTATGAACATCCAATTATTAAAC TTATTGACTGATACATGATAACAATTTTCAAAAACTCGTGATACATAGAAAATCATATGA TACACATCAAATTCATGTATCAGTGCATCGTCTAAACACTATAACACACTGAGTTGATAT GTATCAGCAAGCACACTTGATGGGGCAGTTATTAAACTTATTGACTGATACATGATAACT ATTTTCAAAAGCTCTTGATACATAGGAAATCATATGATACACATCTAATTCATGTATCAA TGCATCGACTAAGAACTGAACGGGAGAGAAGAACTGAAAACGTGATGGAGTAAGAACTGA ACGGGAGAGAAATTGTCCAGATTTTTAAAATTTCAGTTTTTTTAAATTTTGAAATTCAAA ATTGGGTGTTTTAATTAAAATTAATAATTCAAAATTCAAAAACTGATTTAAAAGGTTGAG TGTTTTAATGGAGAAAATTCAAAATCCAAAAACTGATTTAAAAGGTTGAGTGTTTTAATG GAGAAAAAATAGGCATTAAAATGGGTAATTGTGTATTATAGGAGAGAGAATGTTATGTAT CTATACACTTATACTAAAATTTAAAAAAAAAATTATGTAATATTTAAAAAAAGAAGGGAA AATTAGAGAATATAATACTTATAGTTGTGTATTTAAGTTATTTTTCCTTAAAATATTTGA TTCGTTTCTAAATAGCTATATCTTTTTTTACGAGTCAAGCTTTTTTTGTAAATGGTTTTT CTACCTCGAAAGTGAAAATAATTGTGTATATTAAATTCTTTTCAAATCTCATTTTTTGGA TTATATTAGGTTGTTGTTAACTTGTTGTCGACCGAGAAAATTAAGAATTTTTTTTTTTTA CAGATTGCTGAAATGTTTTTAAAGAAAATGGTGACTTCAAGCCATCAACTACAATATGTT CCTACTAAATACTTTTAACCTAATTAAATATACGTTCAGTTTTATTTGTTTATTATTTTA AAAGGGAAAATTATATAGCAAAGTGAACATGTGATATATATTTACGATAAATCATTATAA TTTAAACAAATACAATTTATAGCTATAAGTATGATTTTGTAAGTAACAAATTTCTCTTTC CTCTCTTCCTCTCTCCTTCCACTGCGCTATCTCTCGTCTTCTCACTCCTCTCACCCCTCT CGTCCCTCTCTCTCCATCCTAAACAATTGCAGCCCAAAAACATTCTACATAACATGATAA TTATATTTTGTATTATGTATCAAATGTATTTGTTTTTTATATCATTCATATATATATATA TATATATGTATGTATGTATATATGTATGTATGTATGTATGTATGTATGTATGTATGTATG TATATATGTATGTATGTATGTATGTATCAACTGTATTTCTATTCTATATCAATTGTATTA TGATAAGTTGTGTTCTTTATTGTATTCGTCAATTCATATTGTGTTAGTTAATGTAGTTGA TACAATTATATTCCATATATGATACAAAATCAATTGTATTTGTGTTAAAAATTGATACAA CTAAAACAATATACATTTATCATCTTTGTTAAATTACAATGTATCAACTGTATTCATCCA AGTAAAGGTGAGATTTGTATATCAAATGTATACAAACAATTATTTATATTTTGTATCAAT TGTGTATTTTTTATACAACAAATGCAATATGTATTCGTCTGCTTTCCTCCCTGTCGCGAT CCCGCTCGCCTCTCCTCCTAACATGCTGGTGAATACAATAATTTTTGATATATTTGTATT CATTTGATACAAATCAGTTATATCAATTGTATTGTGATACAACAAATATAACAAATACAC GAGATATTCAAACTCTCTCGCTTCTCTCCTATCTACTCTCTCTCCCAAATCTTGCTCTCC CTCTCTCCCCTTCTCCTAATAAGGTTACTTATTGATAGATCAAATGAATAATTATGTTTA ATAATTTAACTTATCGGATATCAGATTTTAAATATACTAATCCACTAGTCAACCAATAAG CTATCAGTTGGTACAGTATCATATTAGAAATAAACACATTGTTATCTGGTGGTATATTGG TTTCACTAGTTCATGCACCCTTCGTTCACTTTGACTCACAAATATATTTATCTCGCATCA AAGGAGCTATTTTTTTTAATATAGGTCAATCGGTGTGAGAAGCATATGAAAGTGTAAATT TTGAGGGTGTATGCATATAAGTATTTACTTAATAAATATACATACTGTAAAAATGTAACT ACGACAATTCTTAATGAGTTCACGGTTTAGCCAATAAGGAAAGTGAGTAATCTGCTCCCA CTTCGATAAACCTTTAACTAAAAGTTCACTCCATTCATCAAGCGTTAATCCGATAATTCA ATACCAAAAAAAGTTAATAAACCAATTTTGCGATTGGCTTATTAGTTACGTTTCATTTTG AACAGCTCAATTTCTGATCTCGCTCGCATCTCTCCTCCCCCTAATACGTATCTATAATTT ATAATTAAGCGAACTATAACTATAAATCTCTAATTAAGCCTAAACCATAATCATTTTATA AGAAAAATTTCACTTTTCCTTTGACACTTTGTATAAACCAAGAAAAAATCATTTTATTCT TAACATTAATTACTTATTCTTCAAATCATATTTCAATATTTAATATTAAACCCCAATTAA TATGTGTATTATGATAAAATAACATATCATTTCTCTTTTTTTTGAAGTATGCAAAGTTTA AATTGAAGAAATAAAATTAAACGAATTTTTTTTTATGTATAAAATAAACACCTATAGAAG AAATGTTAAGGAAATAATCAAACATTTTTGAATTAATATTTTTAAAAATGATTAAACATT ACAAATATTTTGAGAGTGAGGAAGTAATAATAATCCCTTAATAAAACCAAATTTTAGAAT TAAAGCCTTTTATGAAAACCACAAGAAGTGTAAGGTGTGGTGCGAATGGATAAATCTTGA CATGGCCATTACAACTCTTCCCTCCTCTCATCACCTCCATTTCTGCTTCTTCTCTTCATC ATCTTCCAAATTCTCAATCACTACACAATTATGCCTAAATTTTCCCCCGAAGAATCGTAT TTCACTCGTCATTTGTTCTTCTTCTACTTCGCCCCCTCCGCCATCATCGTCGTCGCCCCA AGTCAGTGAACCCACTCCCACTGCTGAGTCCTGTGTCAATGCCGGCCTCGACCTCTTCTC TAAAGGACGGGTATTATCTTAATTCTGTTTCAATTTCATGGCAGAAGAAATTCCTTAATT ATTATGTGATTGCATTGTTTTTCAGGTCTATTATAAACAATGATAAGGTCTGCATATACA TTATGCTTTATGAAACTCCTCAGTATTGTTGTTGTATTGTTATTTTTGTTGATTTAGACA GAGAGTGTGTCGATTGAGGTTCGTGACCATAAAATTTTTGTTTATTTATATATATTTATT TTTTTAACAAAGATATACTTCAATTGTAGCTACGCCACTAGTTGTAGATATCAAATAAGT TAAGTAAGTAAATAAAAGGGATTCGTTTTAATTTATGCAATTTAATTTGATAAATGACAA TAGAGGTTTTGATTTCGAGTTTTAATATCCCCATCATTTGATCATTTGCAGTCATATTAT TCCCTTCTATTTGTTACCTAATTTTCCTCAAGTGTTCTCCAAGAGTTTGTTGTTGGGTAT TTGACCTGAGTTTCTTAGCATAAATAGGTTATAAAGTTTCCGTTTTTGAGTAGTCATTTT CTTGTAGAAAAAAGTTTAGTACTCTATAAATTGAGGCTCGTTCCTTCTAACTTAATCAAC ATTCACAATGTAGTCATAGGGGGCTTTGAGAGTTTGGTTAGGGCAAGTGTTCTCCAAGAA TCTGCAACTTGAGCAAGTTTACTAGTTTGACATGTCTATTCAAAATTTTCCTGTTTTGAG TAAATCTTATGGTAACAGTTGTACTCAGAGGTGTATCTAGGATTTTTAGTTTATGAGTTT TGAATATATCATTTTACACATAGCAAATGAACTTTTTGAAACATAACTACGAGGTTTGAG CCAAAGCTACAGGGTTTTGTTGAACCAAATGGCTGAAGGGGTGGCTCTGCTCCTACACTT AACACCCACCCTAATCATGCTTTATTGAAAATTGGTCGTGAGTGGACTTTTGACAGTGAC TTGAAAAATAGGAAGGTACTTTCAGATTTTATCTGTAACAACAACTAGATTTCAAAATGC GTATGACTGGAACTTTATAATAATGCTAAGATTGTAAATTTGACATCAAACAAGAACATG TGTCACATGAATTGAGATAGATGGACTAGGAAGGAGTATAATTGGAAAGTAAATTTCTGT CTAAAACTGAAAGTGTACCAAAAGATTGATGATTCAAAGATTTTCCTACTCAACAAGTTT TTCTGTTAAATCTTGTGCACATCAGAAGCTTGAATGTCTGAGTTATAGTTTCTTGTGTAT CTCTATTTGATCCTGCATAGCAAGCTTAAGGATAGTATCTAGTAGGTTGAATCACAATTA TTACTGGAAAAGCTATCAATTTGTTAATGTCATTGATCAAATCTTCTTTTTGCTTTTAAT CAACAATTTGTCTTTTGTGAAATTACCTATTTAAAATCTATTCAGTTGGCTTTTTTTTTT TTGGTTATTTCTCACTTAATTATGTTTCCAATAATCTGCATTTTGGTTTGTGTACAAACC TCTTGCAGTTGGTTACAATTTCAATCTGCAATATGGGCGACATGCACCTTATTGTTCACT AAATTTGATCTTTCCAGGTGAAAGATGCTCTTGTGCTATTCGACACAGCACTTACTTTAA ATCCCAACCCTGAGGAGGCTCAAGCTGCATTTTATAACAAAGCATGTTGCCATGCCTACA GGTATATCTCTCCTTTGCCTCTTTCATGGTTGAATTGATTAAGCTGGATCTTATAAACGG TTATTTGTTTGAAATCATGTGAGACATTGAGAAAAAAAACATATTTTCGACTTTCTTCTC GTGTAAAATGCAAGTAAAGGAATTTAAAATTTCTTAATCACAGTTTTAGCTTTGTGAACT GTAAGTTGAGGCACCTGTAGTTTCTTAATCACAGTTCTTAGCTTAATTGTTTCATTGGAA GGATCACTAAAACCAATGTTGAATCTTCAATGAGCGTCTACTATACTTATTTATTCTTCT TCACTCTTTTATTATTTCTCTATTTGTTTAATAATTTATTTTTCTTTATTAACTCAAGGG GGGAAGGAAAGAAAGCTGCTGAGTGTTTACGCACTGCTTTGAAAGAGTATAACCTTAAGT TTGGCACAATCTTAAATGATCCAGATTTGGCTTCCTTCAGAGCATTGCCTGAATTTAAGG AACTACAGGAAGAGGTTTGTTTCCAGCTGTTGATATAGTTCTTTAGTTTTCGTCATGCTT GGATGTCTGAATTTAATTCAGCTCCTTACCACATTGACTATGTTACAGTATCTCCAGAAC TTCGTAATGCTCTAGCTTTGCTTCATTGTTTCTGAATCTCATAGTCTTCTATTTACCTCA CAGGCTAGGTTAGGAGGGGAAGACATAGGTTACAGTTTCCGTAGAGACCTTAAGCTCATC AGTGAGGTACAAGCACCGTTTAGGGGGGTCAGAAGATTCTTTTATGTGGCATTCATTGCT GCTGCTGGAATTTCTACATTTTTCACTATACCCAGGTTAATCCGTGCAATTCAAGGTGGA GATGGTGCTCCTGATTTAGGGGCGACTGCAGGAAATGCTGCTATAAATGTCGCTGGTAAA TAAGGACTACCTTTGCTACGAATCATTTAGTTCACTTCTAAAGTTCTAGAAATTATTTTT GCTGGCTATATTAACTTGCGCTTTTAAATGAAAAGAACTGTTTCTCAAAAATGATTAACC TCTTGAACCAGCACTCTGCAGGTATTGCTGTTTTTGTGGCTTTGTTGTTTTGGGACAACA AAAAAGAGGAGGAACAGCTTGCACAAATATTGCGTGATGAAACACTATCAAGGCTGCCTT TGCGCCTTTCAACTGATAGGATTGTTGAACTCGTCCAGCTAAGAGACACCGTGAGGCCTG TTAGTGAGACAATTTCCCCTTTACTCTTCCTGTCAATTTCTAGAAGTTGAGTGGAAAACG TCCGGAGTCCTTCAATTTTACCTTGAAGAATGAGATGTCCTGTATGAGATGTCCTGTCAC TAGTCTAGTTCTCGTTGCCATGTATCCTGCTTAACAGATCAAAAGATATTGTTTACCTCC TTCGTTTGAAGAATCCATTTCCATCACATTTACATTGTCGGAGGATAATTAAAGAGAAAA AGTCAGTAACATATTTTGCTAGGTTTGCAACAAATGTCTTTGTTTCATGAGCAAAAAGCT ATCCCATTACGTATTTGTTCTCTCTGTCTCTCTTTTTCCTTATTAAAAATTCCGGACTTG AACATATTCTCTCCTTGTATTTGAAGTTTGACCAATTTGCTTGTTAGGTTATTTTGGCTG GAAAAAAGGAGACAGTCTCTCTGGCTATGAGAAATGCTGAGAAATTCCGCACTGAGCTTC TTAAACGCGGGGTCCTTCTAGTTCCTGTTATTTGGGGTGAAGGTAGGGAAACAAAAATAG AGAAGAAAGGTTTTGGTGTTTCGCAAAAGGCAGTCGCTTCCCTCCCATCCATAGGGGTAA GATTGAAGATTTTTAGTAGCACTTAATGATCATTTTAAACAACATGATGCTATTGCATGC ACATCAAGTCTCAAAGTGCAAAATATATATTTTTTTTACATGCTACAGGATTTTTGAAAG TCGTTTCTTGTTGCTCAACAAGCATAAGACGATAATCTTAATGGTGCATTTATCTCATTC AGGTTCTTATTTTTGTCCAATCTGTAGGAAGATTTTGACCAAAGAACTCAGTCAATAATT GCAAAATCAAAACTGAAGTCAGAGATCCGGTTCAAGGCGGAGGTCGTTTCACCTGCAGAG TGGGAAAGGTATATCTACCTGTTCCAAATACTCTTGAAACTACTCATCCCGTCATGGTCA TGTGCATTTATGTTTGTGCCACTTTAATTTATTGTACATCCCGTTACACAGTTTGATCGA CTGAATTGTTTTCCCTTGTACCAGATCTATTGTCTGACATCAAATCTATTTCAGGTGGAT AAGGGATCAACAGAAGTCTGAAGGTGTTACTCCTGGTGAAGATGTCTACATTATACTTCG TCTAGATGGTCGTGTTCGACGATCAGGAAAGGTCAGTACTTGTTGCTGCAATTCTCTTCT TTGGTCCATTAATCCTGACTCAGTTATATACTTATATGCATAGATAATCAGCACATAAAT TGATCATGACATAACATAGATGACTGAATCCATAAAAGTATAATTTACTACTCATACGGG TTAATTCTTCGATTTTAATATCGACCAACTCTGCAGGGGATGCCTGACTGGGCTCAAATT TTAAAGGAACTGCCTCCAATGGAAGCAATATTAAGCAAGCTAGAAAGATAATACAAGTTC CTCTTGCTGAGTGCTAAAATCTTTTCACTACCTGGTGTATTTTCGGTCAGTCTCCTTACT TGAAATATAAAAGGCACTAATTGATGCCTGTTGAGCTTGTCTGTTTTACGTTTCCATTTT TTCACGAACATATACTGTACTATAATTCTATAAATTGATATTGATATTTGCCAGATGAAT ATCCAAAGGATATGAAATCCCATAGGAAATAGAAATCCAAACAATGGAACTCATAGTTAT TCATCTACTGCTGAAGCTAGAGGTGGATCCATGATTTTAATTCAATATATACGAATTATC ACTATATGACACTTTTTATGACACTGGATCTGATATTTAGCTTTAGTTAGCACTTTTATC ATTGAAGGTTGGTTTGTTGAACAACCTTTGGCGGAAAACTATATTGCATGCATATATAGG TCAAATTATCAATCTCACTCACACAAAAACACACATTAAACCTTGAATATACTTAGTGAA ATTTCTGGCTTCGCAAGTGCATACAAGTGAATCCACCTGTGCTTGAAGTCTTGGTTTTTG TTACCTTATTGAAGGTTGGGACAATCAACTGGACAAAGAAGGAAAAAACAAGAGAAAATA TATCTAATGGGCTAGGAAGTAATTTCTGCTATGTAGTTGACTTCTTTGAGAAATATTATT ATTATTTATTTATTTGCAGACGTTCAAACTGAGTTTTAGTTTATAATTTGTTAGTACATC GATCTGTTTTAATATTAACCTAAGTCTTTTTTATTAAAAAACGAGAAAATAAGAAACTAT ATAAGCTGGAATGGTTCCAACAAGAAAGATATTCTGAACCTACTCCAATAAAAAAATACC AATAACTTTGCCAGGAAGACTTTTTCATATTAAACTACAGTATAAGGTGAAGGCAGACCA TGATTTGAAGTTCATGTATATTAAATTTTAGTCTTTTTTGAGTGTTATCGAATTCTAAAT TAATAATCTATACGTATTAATAAATTGCTTGAAATCAAAATTACTAAATTTTGTCGAACC GTCTTGGTTGAACTGTCTTGGTCGAAGAGACCAAGATGATTGTGCATTATTCTATTCCTT TTAAAATTTGAGTCCTTCCTTTGCCTGCACGGTCACTCTGCTTGATGCATTTATTTAAAA AAAAAAATTCAGTACTCAAATATTTGTGTAATTTTTAGTATTAGATTATGAATATTTTAA AATCTCGAGAATAAATGTAATGATTTACTATTGTACAAGGCACCTAGACATATTTTATTT CTAGTATTTCTCCCGGGACTTTATTCTAAAGAGCAACCATGGTGTTAATTTCTTATTTTT GCTTATGTAACATTTGACATATTTTAAGCCTATATAAAAAGTACTATACTACTAGGGCCG TTCAAAATTGAATTGAAACCGATAAGTCGAACTGATAAAAAAGTTATTGATTTATAGTAT TGGGTTATTGGTTTAGTGGTTTTGATAACGGTTTTGATTTTTTTTTGTTATCGGGTTATC GGTTCTTAACGGTTTAAAGTTTTTTCTTAACGGGTTAATCGATAACTCGATAGTAAATTA AATAATTATATTTATACCATTTTGTATATAAAGTTCTCGACTTAGAGTTTAATTTCCTAC TTTTATTTTTAATTGTCTCAAACACTTGATTATTCTACAATGTGAAAGTGTTTGCTTTTG AGCGAGATGTAACTTGTGAACTCAAGTACATGGTTTATTTGGTTTGTCACCTTGTTTCTA AGTGATTTTTAATATTTTTTTGTTTGTGTCAAATCTTAACGATTAAATCGATAGCCGAAC CGATAACGATAAAAAACTGATAACTCAATATCTTAATGGTTCTATCACGGTTTAGCATCT CTACAAACTGATAATCAATAAGCCAATTCGATAGACTTTAAAATCAAATCGAACCAATCG ATACATAGCCCTATATACTACTATTAACCATAACATTATTTAGAACATGTTTGAAGTCGG TGAAAAAATTGTTTGGACTCTATAAATAATACAATGTTTTTCTTTTTGGATTAGCTTTCT CGTACCTTGATTAATTTTACGGAATATCTATCACATTCCGCTATAAATAAATATCAGTTA ACTCTGTCCACTAAAACTAAGACAAATTGAAAAAATTTATTACTGAGAAAACCAATATTA AGCAATTTTGCCTTCTCTTTGATTTTTGGCCTAATATTACTCTCACTATTTGAAAAAGTG AAAAGTTTTTTTTTTTCCTAAAATGTTTGTACAAAAAAGAAAATCTCTCAGAGAAAAAAA TATGCGAGTGAATTACAAAATCAATTCTCGTTGAGTTGAAGTTTTTTTTTTTTTAAAAAA AATAAAATAAATTTAAACACATGGAGTATATCCATTTTGCATTGGAGCTACATATATAAT AAAGAATAAAAACGAAACAATTTGCTAAAGATTAAGTATGAAAAAAGATATTAAGATAAC AAAGAAAACATAATTAATTAAGTTGCCTATTATAATAATAATATAATAATTGACATCATT TTCTTTGGTAGGTTTTGAAAGGTTCATCTATTTTGATGATGACTTGAACTTTCCAACAGC AATGAGTAACGCGTTTGAACTGGTAAATAAACGAAACCCATTACCAAAGAAGCTTCATTT TTCATTTGAATTTAATATCATATTATTATTATTATTATATCCATTGAAATTAATATTATT TCTTCTCCGACCATAATAATACTTGATTTGCCTTACGTCCACTATCATTTTATATTATGA TTAGGTCTAAGATTAGGACAACTAAACTCTTTTACTAAATCAATATGACCATATACTTCT AATAATAAACTCTACTTTCCCCTAAATTTCATTATATTTTATTTTTCAAATTATAATGAA ACTAAGTTTTAATATAAAAAAAGAAATTGTTCATATTTAATGTATATACTAGATGCTCAG AATATACATTATTCAAATAATCGAGATGCACACAAAATGATCTGAACACTATTAATATAA TAAAATTACATAGAAGACATGATTTTCTATAAAAAAAATTTAAGTGAGACCTTATATACC TTTATTCTTGGATTTCTTATTATTGTAATTAGCAACACGTTACGTTATTGATACAAGTGG TAACATCATGTGCCTTCATATGGTGAAATAGTTTTCGAGAATGTTGGGATTATAACGACA ATGATGAATCCTTTGGATCACAACTATTAACTATTTTCCCACTATAAAATCTCAACTTTA CACTTAAATCCTTCCCACATAATTATATACCAAGGAAAATTAGTTTCACATAGAAAAATT ATATAAAATATACAAGTTGAAAATTACTTTTATATATATTAAATTTTAAATATCTTTAAT TAAGTTTCGCGACTTTATCATTGCCTTTTCCGCAATATATATCTATATTATAGTATACAA AATGTTTATTACTCTAAAAAATAATTTTCATCCTACCAAGTACCGACCACACTTGATGTT TAAAATATACGGAGAGCTTATTTGGATTGACTTTAAAAAATAGCTTTTAAGTAATAAATA AATAAAAATAAAATAATTTTTAAGTTAAAAATAAAATAAAATTCTAACTTAAACAACTTG TAAATCAAAAAATAAAAAGTATGAAAAGGCCTACTTTTCATTTTTAACTTTTTAAAAGTC ATTTTAAATTAATTTTAAGTTATTTATAATTTTATCTAACGCTCTTAATAATTAAAAAAT GACTTAAAAATTGATTTGATAAACTTTTAAATCAATTCAAATAGGCTACGAGTCAAATAT ATTTTGTACATGTTATTTATATTTTGAGAATGGCACTTTGGTAAATACAGGCAACATGGA CACCATTTCACGAGAAAGGCCAAAAATATAGTACTATTCCTAATCCCGCCATATTGTCGT GGTGCTAAAAACAGTAAGAATATACCAACAACATGGGTTGCGTGCGATTGTTTCGCTCTT AATCAGAGATTTTATATATATAAAAATATTATTAACGATATTTAATAAGTAAGAATATAT CAAAAATATGAATTGTGCGCTGAGTATTTCACTTTTAATCAAAGATTTTATATATAAAAA AATATCATTAATAATATTTAATATTATATAATTTAAATTTAATGGAATTTTAATGTGTTG GAAAATTTAAATTACAGTGGGAATATGGCAGCACCAGTAGTAGTAGTTAGAACATACAAA AATAAAAAAAAAAATCAAGTTGTTGTATCTCTCTATTGATATATATATATATATATATGA GTAAGAGAGAAGGAAGATAACGCACCGATCAGCATTGAAAAATTTATCAACAATGGCTGC GAATTCCTTTTGTTCCATTTTCATCATCTCTTCATTATTGATCGCAGCTTTGATCATCTC CGGCGATGCTACCGGCGGCGATTTCGACGTGAGCGGTTGGATTCCGATGAAATCCGCCGA TAGCTGTGAAGGTTCGATAGCGGAGTGTATGGCTGCCGGAGAATTCGAAATGGATTCGGA GAGCAACAGGCGTATATTAGCAACTACTGATTATATAAGCTATGGTGCGCTGCAGAGTAA CAGTGTTCCGTGTTCTAGAAGAGGTGCGTCGTATTATAACTGCAAAACAGGTGCTGAAGC TAATCCGTATACACGTGGTTGCAGTGCTATTACTCGTTGCCGGAGTTAAATTAATTAAAG ATCGAATTAATCGATGTTAATTAATTATTAGTAAGTGTAATTGTTTTGAATAATTTCGTA GTGTTTATATTGTATACTTTAAGTAGGAGTATTTTTCTTTTCAGTTGCAATTTCAAATAA AGTGACAGTGGTGCTTTGGCAGTGGTTTATGGTTAATACAATGTTCATTTGGTGTTTGTT AATACATGTATTATTCTCTACTTGTTTTTGTTTTTTTTATTATATTCGCACAAATATTGT TGCAAACTAAAGGAAATATTGACGCAATTGGTAGATTTGTTATTAGGTGACTAAGGAGGT CATAGATTCGAATTGTGAAAACAATATCTTGTAAAGATAGACTTTGTGGTTCAGAGCTCT TTTTATAAATTTCCCACATAACGAGAGCTTAGTGCTATAAGATGTCTAGGGTTCTTTTCA TAAATTTCCCATATAACGAAAACTTAGTGCTATAAGATTGTGACAAACTAGCAGTAGTAC CGAAAAATTAATGACAATATTTTCTTTGACTACGATTTTTCCGGTAATTTTGAACGATGA AGATTGTCATTGTACTATATATTATGTAATTGTTATAAATATGTAAAATTCTTTTCAAGA AAATATCAAATAAATTGTCAAAAAATCACCGTAGTTCAGCACTAGTTAACTTGTGGGATG TCATGTACTCTACAGGCACGTTGTCAAATTCAAAATCTGATGAATCATGAAGAGGGACGT AAACTATATGCCAATTATAGGTAGAACTTTTCCATGAGCAGGCACAAACGACCAGCTAAC CTCGGCGAAAATGACTAAAGGTCCTTAAATCTTGACAATAAATAGTACACCATACAGATT TAGATAAATAAAATAGGTTGACCTTCTAAAATATTCAAGTCTAATTCAGATTTGAGCTAA TGAAATCCTCAAATGTTGAAAACCCCCAGAAAATATTCATCCTTGATGCCATTGGATGAT CTTCGTGTGGTTGTTACCACCTTTCTGGTTTTGTATACCATCTAACAAAACTGTAAGCAT TAACACTACGAAAAGAAACAGAAAAACAAAAACTTTGTTTTATCAGTTGTTTTTTCTTTA TCTGCCATTCACATGCATAACCAGATAGTGCTTTATCTGGCCTTCTTCTTAGGTGTAGAT TTATAAGTTGTTTTTTCTTCGACGTACGGATATTCTGGTGAACTTATCCATAGACCGGCC AATATGATCAAATGGACACAGAGGAGGACAAGTGATGAGCAAGTGTTGGAGGGGAAGACG TTCCAGCAAAACTCTACAGCTGCGAACAAGAATAAACTGCAGTACAACACGAAAACTTGT CAACAGAAAATACCAAAAAACTAAAGCAAACAGAGAAGTTTGAGTATTAAGTTGTATACC GTAGGAGGGTTGGAAATGGTGCTTTCCACAATAAATATGGTAAGCAATAGAAGTACCTGC AAACAAGCTCTAGGACATCAATGGTTTTATCTTAATTCAATTAAAACTTTGACACAGAAC CCAGGAACGCAGTGAAAGAGCGAGTAATCTTCCAAATTTCCATTTGCTTGGCAAATGTTA GTCAAGGCCTTTATGTCTTGTTTGGTGCCATGCTAGCAGGGGAGAGGAGCTGATTTTTTG TGATCTTCACCGACTCACCGGGGAAAAAGTTACACACAGAGAGGTGGTCAACTACTCAAT GAGCATTTTATATTTAAATACACTTCTCCCTTAAGTACATGCTGCAGTCCCGTGAACTAC TAACAAAATGCACCCCAAAATTCTCTGTTCTTCAATGAGATGCTGAAGCATCTCTATTTA TTACTATGTCTGTCTGAAACGCATTATTTATTTTAGTGTGGCACAATTACTAAGTTAGAA TAAAACAGTTTATCATTCTGATTTCTGATTAAACATTTCAATTATGTCCTCTTGAAATAT ATGTTGTGCTTTTATGAGCAGTTACCACCAGAACTGAGCTCAATACAAACATAAGATCAT AAAAGCATGCATCTATCTCAAGCTGAATATTATTGTTAACTATTCCAAGAATCAAAGCAA AATTATCATTTACTAAAGCTTTTCAAATGTTTAAATATATGGAAAGTTGCATATTTAAAT TAATGTGGACAATTAAAATCTTCTTCTAATTCACTCTGAAAATTAGTTCAGCTAACCCTT AATAACACATCAAGACATTTGTGTTAAGAGGTGAGGAGTATGAGATCGAATCCATGACCT AAAGAAAGAAATAAGCTGCAAAAACTTACCAAGAATAAAATTGGTAATGGAGGGATCGGG CACATATAATGCCAATGAAATTCCCAACAAACATAGTCGTCACAATATCTGAGAATGAAA TAGACACAGACCAATTCAGCAACCAAAGATCATGTCAAATCAAGACAAAACTAGTGACAG TATAACACTTGACAGCCTTTTTGAGTATAGAAAAATCACAAAATAAATTGTGCATGTTGC TTACGGTCAGCTTGAAGGACTTTCTTGGTTGAGGAAGGATTTCTCTGAGAAACTCTGAGC TTCAGTTGAATGATTTTAGAACGCACAACAGCAAACAGTCCTCCTTCATGCCTGCAAAAG ATGAAAAAGGAAAAATGCAGTCCAGTAGCCGCTAACTTATTGCCTTTGTATGTAGAGAAG AAAATGATATAGTTATCATATTATGACTTTTCTTTTCCTACTTCAGTACTGGAATATCAA CGCCACTACACTAGATGTAATGATAATATGAGAAATACTCACCTGCACCATCTGTAATGA GCAAACACCAATAGCAGACTGAGATGAGCAACTAGCAAAGAGAGAGCAAAAGCTTTAGAA ACAAAGATGTCTTCAGGAACAAATTTGAAGTTGACAGACCTGCAACAAAAGAAGAGAGTT ACGATAAATTGTTCTTTGTAAAGGATAGCACAACATCATGACATGAGCATAATGTTGCAC CAACACAGTTGATAGAAATACAGTTCTTAGCGAATAAGATTATTCTAAAAGGCATACCAA ATACAACTTAAAATTTATAAGGATTTGACTGAACTTTAGTTAGAAGATCAGAGTAGGCTT AGGGTAAGAGTGATATTCAAGGGATATGGGGAAAAAAAGTACTTTGCTGTCTACGTCCAC TGAAAGAAACGAGCCCACTACCCACCCGAACTCCCAAGGGACGAGACAGAGAACAAACTA CAGCCAGCAGTAAGAACATGCATCTCCTACATTTAGCAGACACCACCAAATACCAGTGTA TTGTTTGATGACATTTAAGGTAAAAAGTGCATGACAAATACAATAATGTTGTTTCATATA ATGATAATGCACGATTATATAACAGTGTGTCAAGTGAATAGATACACAATCTCTTATCAC CATATTAATGCTGATTTCATAAATATCCAGGGGTATAATGTTTATTCATTTTGCACATTA AAACAATTTTACTGAAACATAAATAAATCCAGAAAGAAGGATGACGGCAATGTTAAAGAC TCAAAAGTTGCATGATATTTTTGATATGGTGCCTCAGAGTACCCATTATGCACAGATTGT GTTTAAGAAAGTACCAGAAGTGGATGAAAACCCGACCAAGATTGAAAGCGTTTGATAAAT ATGAAGCTGGATGTGACAGGATAAAAGGAAGCCCTATGAGAATCTGCACCAATCACCAAT CACCAATCACCATGATCATTGGTAAAGAATTTGATCAGAAGAAGCTCCATTCAACAGAAG TATACTCGTAACCGACTCACCTATGCATATGAACCACAAACTCATCAGTCGATCTCTGAG GAAAGAATAGAAATAATATTGTAACAATTAAAAGAATGCCCAAGAGCATTGAAGATGGAA CATATAGATCACACAAAAGTTAAAACATCAAGTTTTGTTCATGAGTACGCCGAAGAAAGC GATGCCTTGATCCTGGAGCAACCACAAACCTCCCCTCCCCAAATAACGAAACATGCTTAA ACTATTTTCCATAACAACATTTACAAAGAACACAATTGCAGTCATGAACACAATAACAAA AGTAAAGATAAGAAAATCATGCCGCCCGCTGAACATCATTGCATTAGAAATTAGAAAGGG AACTTGGAGATTACCCACCTGCACTAATGCAGCCCCTGCTAAAGCAGATATAACTCCAAC AATATCCATTGCCTGTATTTCAAGTTCCCACCATATAACACAGAAGCTAATCAGAGATGT AATTCAACGTCCTACAGAGATTATTAATGACCTATACTGTCCCAATAGTATACCTTCACC ATGAGGAGCAACAGAGGTGGTGCATACAGGAGCACATTCATCTTTATGGAAACAGCTCCG CTGTACGAAAGAGAAGACCATTGATCAATCTTAACTGATGGTTTTTAATCAATGACATAG AGAAAAATTTAATCCAACGATTAAAATGTCTAAGCAAGCAAGAATATACCTGAAAATTAC CAACCCTAGATGCCATTTTTGGCAGATAATTGAGACCAATGCAGCATGGAGGAGAGTAGT GGCAAAACAATCATTAAATAATCGAAGAACAAAGATAGAGTGAACTCTTTTCGACAGAGA AAGCAAGGAGAGAGCCCACCAAGGTACCTGGAAAAAATATGTTTCCAATTACTCATAGCA TATCTTAACTCCAAGGAATAAAGATTTTCTACTTAGTACAAAGTGGTTGAATTCTGAATA TTTACTGAAAGAACTTATTAGAAGTTTCAAGGCTAAAGCTAAATCAGAAAGAGAAATGGT TATCAGAAGAAAGTAAGACATATTGCGGACATTCTCCTCTTGCTACAGTTGAAAGCCAAC CTTGATTCAGTGTGAAAAGATATACAAATTCCCAAAAGTTTTGGTCGAGACTCCGTCTTA TTAGAGATGTTCAGACAAATTTTTACAGATGTCCTCAATTACACATTACAACTTCCTCTG AACCACACATAATTATTTGTGGAAATTATTTGAGCAAAAATTCTTGATCTCCTTAGCATA AGATTTGAATGATATTGATAAATGGTCTAACTACAGTCCCAAGATTCACTGTTCTTTAAC TTCTTTATTTAGAAATACCTCCCAGAGACGTAATAACTTGTCAGCCTCATCATATTTTTC CTCCATAAATCCCGTTGAAGTTCAATTTTGATTTATCGTTTACCAAGATACCTCCTTTAA ATAAAGCTCATCTGTGTAAGCTTAAAGAAGGTGCATTTTGTCACCAGGTCTCAAATTGAA GTCTAGAATTTTATTCTTTATAAAATGATAAGGTTTCATTCATAAGAGCACTAAGATTAT GCTAGAGTTCAGTCTATAGTGGCAAAGGTGAGAAGATAAAGTATATCCATGTATAAAACT ATATATAGGGACCTAGAAACTCAAATCTTTTGAAAGTGTATGCAGACCTTAGCTCTAAAC ACTCTACCCTCCCCAAACCCCACTTTGTGGTAATACACTAGGTATGTTGTTGTAGTCAAC ACTAACAAATTTCACCACTGGATCCAGTCTTACAGCAGTCACAATACAACTCTTTTTCAA GAATACATTAGCCTAAAACATCATCCATAAAATTCAGAATTACCAGTTCCAAAAAAGTTA TCCATAAAATTCAGATGAAGAGGACGCCTACCACATCAGTCTTCAAGTAGATGAACAAGA CAATTGCAAGATCCAGCACGTAGAGAAAGCCAAAAAGAATCTGCACTGGCATGAGAAAAT AGAAATCAACAACTGGCAGCAAGTAACGTGACCATATACCGAAGGACATAATAGTGTACG GATTATCCAATGAACGAGCTGAATATGCCCACATTATACAAAAGTCACAACTAGTTAGCT AAACAAGTGACTACACCTTATGTATGTATGAACCTTCCAGAACATGCAAAACCCAGAAAA AGGATACTAATTTTTTTTCTCATGCTGGAATCTACTTTAAGCTTACACCAGCCACACAAG CATAGAAAGTGTACCATTGCAATTTTTTCTAGTTAGTATTAAGTTAGAGGAAAAGAAAAT ATTTACTTCAGATTGTCATTATTGGAAAAGAAACACTCTAGAAGATGGTATACTTCCAAG AGTAGTAGCATCTTCAAAGAAAAGTGCATCACGCCTCACGGGCATGAATATCTAGCTGGA GTTCCAAAAATTATGACACAGAGTCGAAGCAAAGCAAGAGTTAAGATTGTTAATGTAGCT GCTTAGAAATCAAAGCCTGCATAAGAAAACACCTACTTTACTAGTTCACATCATCAATAC AGATGCTATGCTTCCATTTTATTATTTGTTAACACATAACAACTATTGTCTCACTTACTT AAAATTCAGTAGCAAAATCTATGAAATTTGGAAGGGGACAACCAATTAACTGCATTTACG TGCTCTTTCAAATCTAATCAAATTTGAAAGTGGACAATCACAATCAATCTAACAACTCCT TACGCAAGTTCACTGGCTATCACCGCAAAAAAAGGCACCTCACGGAAATGGAGAAAGTAG GAAAATTACCTGAGCAGGATAGACTTGACCTCCAGTAACATATTGTATAGCAGAGTAAAT ATAAAGAAAGCCTGCTGGGTAAACTAGAGGCCCCGTGTCACCTTTCAAGTTACTATAATC CCTCTCTCCTTCGAGAAAACCAGTAACCTATTAAACCAAAAAAAAATAAAAAATCAATCA ATCAAAACTATATAAGTAAGATATCAATAAATCACACTATAATGTCAAATACTGGTAAAT ATTTTGCCTTAATTTGTCATTTAAGCCAAATTACTGATCAGACTGAATTCAACTCAAACC GTTGCTACATTACTGAACAAGACAAACAAACAGATCAAAATGTTGAACTCTCACCTGAGA CATATAAGCATCCCAATCAATTTTCGTATCTAAAAAAAGGAGAAATTGAGGAATTTCACA ATTTATGAATTTTATGATTTCATACACACATAAGAAAAAAAAATGGAAATGAAGTGTGGA AAACTGAAACTTACATGGAACGTAAGCGATAATCAACGCAACGAGGATGGCATCAGCAAT GAGTATTGCAATAGCAAAAGGTATTTTAGGATTTTTAACGAGTTTTTGAATGAAATTCTC CGATCTATTACTCTTGCGTATAGCAGCTGCTTTGGCGGCCATGGCTGCCGGAGCAGGAGA ACTGACGATCTCGGCGAAAAGACGACGTCTTAGGAATTTGGGAATTGGATTCCTTTGCTG TTTAAAACGCAGCGTTTCATAGTTCTAAAAATATGGAGAAATAACCCTGATCTATTTGAA GTTGAACAAAAAGGTCCTCAATTTTTTTTATGTTTAAAGAGGCCCCTGAACTATTAGAAG TAGAATTATAGTGCCATATCTGTCAACAAATAGCACAATTAGGCACCTGATTCTAAAAAT TAGACAAAAAAGACCCTGATTTATTAGAATCTGAACAAAGAAGCCCTCTATTTGTTTTTT AGTTTAAAAGGGCCCCTGAACTACTAGAAGTAGCATAAAAATGTTTAAACTAGTTTTTTA GCAAATAGCCCATTTATAATTTATCCACATAATCATGTTAGGGACCTTCATGTCCAACGC ATTCCCCTTAAATATAGTAATTTATTGACTAAATATCTAACTAATCTCCTAATTTGAATT GGGATAATTATATAGAATGACAAACTAATAATGTAAAATAAATATAGTATCCATCGTTTG ATTTATTTGTGTTTCATAGCAAATTGTTTGTCAGTCGCCTCTCTCACTCATATTCTCGCT CACTACTCTCCCTCATATTCTCGCTCGCCACTCTCCCTCTCTCGCTTATACAATAGAAAT GTATAAATTGTGTTTTTGTTTGTGTAAAGCGAGAGAAAATTATATATACACATGCAAATA CATATATCTCCGTCCTATTTATAATTATACAATACAATATTTTCCTGGTCAAGTCTCTTT TATCTTTCTCTCTTTCTCGTTTTATACGAATTCAAATTGCATATAATTTCTCTCTTTCTC GTTTTATACAATTCGATTCAATTGTATATTTCCTGTCGAAGTTTATTTTGTCTTTCTCTC TTTCTCGATTTATACAAATTCAAATTATATATAATTTCTCTCTTTCTCGTTTTATACAAT TCGATTCAATTATATACAAATTCAAATTTTATATAGATATACAAACACATACAATTGAGT TGAGAGGCTAACAACGATTTACACAAATGAGAGGCTAACAGCAATTTATAAAAATGATTT GCCAACGAAATTATACAAATCTGAAGAGGAACTAACGAATTATACAATTGCTTCTTTTGT ATATATGTATAGCGAAATAGGTATAATTCGGTTGTATATGAATAGCAAATTATACATATA TGTGTTGCTATGGAATGCAATTATGTTCACTATACTAATCACCTTAATAAGTTCACATAC TTTTTTTTTTTTTGAAGTTGATGTGTATAACTAAAAAAAGCATATCTAATTAGCGAATGC GAATCTGGATTATCTTTATTTAAAATAGAGCTGCTCTTAATTGAGATTAGTTCAAGTATC TAAATAAATAACTTGATAATTTGAAGAAACTAACAATATTAAACCTCAGTTTTTTGATAT TTTACTTATTTTTACGTTGGTATATTTTCAACAGATTCATATTTGATCTATTCATTTGCC TTCCTAACTTGAATCGTGTCAGCTAATAGAAGATAGGTATACTTAAATATATCATCGAAT TTTGAGAAAAAAATTATTTATGTCATCTATTAAAAAAATAATTGAATGACATAAATAAAA TAAATTTTAATAAATGACACGAATAAATCTTTTTAAAACTTTGATGACATACTTGAACTT TTTCCTTAAAAAAAATGAATAATCAATGATGTGGTCAAAGCATAATTGACCACATGCAAC ACAAAAGTTTTGTAAAATCAATTTTTTATTTCTGACAACAAATAATGATATTGATTAGTA AAAATATATTTATTTATTTCATTTATTACTTTTATAATATCAAGAAAAGATGAACATTTT TTTCTTTTAAACAAACGTCATGTCGTTGAAAAATGAAAAATTATTTTTCGGATACATAAA TAGAAAGAGTTGATAAGATAAGATAGAAAGTGCGTTCACCAATAGCGTTTTATGAGTAAA ATTTTGTGTCTTCTTATTTATTGTTGAAATTACTATATTACCCATTCTGTTTAATTTTAT TCATCCACTATACTAAAAATATTTATTTCATTTACTACTTTTATAATATCACAAAAAGAT AAATAATATTTCATTTAAAAAAATGTCAAGTCGTGAAAAACTTGAAAAAATGCTTCTCGA ATACCAAAATAGAAACAGTTGATAAGATTAGGCATAAAACACGTTCACCAATTATATTTT ACACGCAAAATTTTGTTATTTATTATTTATTATTAAAATGACTATATCACCCCTTCTGTT AAATTTTATTTGTCTACTATATTAAAAATGTATTTATTTATTTCATTTACTACTTTTATA ATATCAAAAAAAGATAAATATTTTATCATTTAAAAAATGTTAAGTCCCACTAGAAAAAAT GCTTCTTGGATACCTAGATTGAAAGATCAAATAAGATTAGGAAAAAAACGTGTTCACCAA TATCGTTTTATGAGTAAAATTTTTGTTACTGTTTATTTATTGTTAAAATTACTATATTAC CCCTTCCATTTAATTTTATTTGTCCACTATATTAAAAATATATTTATGTATTTCATTTAT TACTTTTATAATATCCAGAAAAGATAAAACATTTTATCTTTTAAACAAACGTCATGTTGT TGAAAACTTGAAAAAACGCTTCTTGAATACCTAAACAGAAATAGCTTATAAGATTAGGCA TAAAACATGTTCATCAATAGCGTTTTATAAGTAAAATTATGTCATTTCTTATTTATTGTT GAAATGACTAAATTACCTCTTCTATTTAATTTTATTTGTCCACTGTATTAGAAATATATA TATTTATTTCATTTATAATATCTAGAAAAGATAAATACTTTATCATTGAAAAAAAGTTCA TGTCGTTGAAAACTTGAAAAAGCGCTTCTCAAATACCTAAATAGAAAGAGCCGATAAGAT AAGACATAAAATGCGTTCACCAATAGCGTTTTATGAGTACAATTTTATTACTTCTTATTT ATTGTTGATATGACTATATAACTCCTTCCTGTAATTTTATTCGTCCACTTTATTAAAAAT ATATTTATTTTTTTCATTTATTACTTTTATAATATCAAGAAAAGATAAACATTTTATCAT TTAAAAAAAGTTAAGTCGTCGAAAACGTGAAAAAAACACTTCTTAGATACCTAAATAGAA ACAATCGATAAAATTAGGCATAAAACGCGTTCAACAAATAGCATTATATGAGTAAAAATT GTGTGTCTTCTTATTTATTGTTGAAATTACTGTATTACCCTTTCCATTTAATTTTATTTG TCCACTATATTAAAAATATATTTATTAATTTCATTTATTACTTTTGTATAGCAAGAAAAG ATAAACATTTTATCTTTTAAACAACCGTCATGTCGATGAAAACTTGAAAAAATGCTTCTT GTATACCTAAATAGAAAGAACTAATAAGAACAGACATAAAACGCGTTCACCAATAGGACT TTATGAGTGAAATTCTGTTATTTCTTATTTATTGTTAAAATGACTATATTACTCCTTTCG TATAATTTTATTTGTCCACTATATTAAAAATGTATTTATTTATTTCAATTATTACTTTTA TAATTTTAAGAAAAGATAAGCATTTTATCATTTAAAAAACGTCAGGTCGTTGAAAACTGA AAAAACGCCTCTCGAATATCTAAATAGAAAGAGCTGATAAGATTAGGTGTAAAACGAGTT CAGTAATAGTGTTTCATGAGTAAAATTCTATTAATTCTTATTCATTGTTGAAATGACTAT ATTATCCCTTGCTTTAATTAAAATTCTATTACTTCTTATTCATTGTTGAATGACTATATT ATCCCTTGCTTTAATTTTATTTGTCCAATTTATTAAAATATATATTGTTTATTTTATTTT ATTACTTTTATAATTTCAAGAAAAGATATACATTTTATCTTTTAAACAAATATTGTGTCG TTGAAAGCTTGAAAAAACACTTTTCAGATACCTAAATAGAAAGAGTTGATTAGATAAGGC ATAAAATGCGTTCACCAATAGTGTTTTATGAGTAAAATTTTGTGTCTTCTTATTTATTGT TGAAATTACTATATTACCCATTTCGTCTAATTTTATTTTTGCACTATATCAAAAATATAT TTATTTATTATTTTTATAATATCAAAAAAAGATAAATATTGTATCATTTAAAAAATTGAA AACTTGAAAATACGCTTCTCGAATACCGAAATAGAAAGAGTTGATTCACCAATAGTAATT TATGAGTAAATTATGTGACTTCTTACTATTGTTGAAATTACATTATTACCTAGTTTTATT TGTCCACTATATTAAAATATATTTCTTTTTATTTTATTTTACTTTTATAATATCAGGAAA AGATAAATATTTTATCATTTAAAAAAGGTCAAATCGTTAAAAACTTAAAAAAATTGCTTC TTGTATACCTAAGTAGAAAGAACTGATAAGATTAGGTGCAAAACGGTTCACCAATAGCGT TTTATGAGTAAGATTATGTTATTTTTTATTTATTATTGAAATTACTGTATTACTTCTTTG ATTTAATTTTATTTCTCCACCATATTATTTATTAATTTTATAATATCAAAAAAAAGAAAT ATTTTAACATTTAAAAAAAACATCAAGTCATTAAAAACTTGAAAAAAGCTTCTCAAATAC CTAGATAGATAAAGATGATAAGATTAGACATAATTTTATTTACCCACTATATTTTCTATT TGAAAACTATATTAATATTTTTCAAATAAAAATTACATAAATGTTCAAAGTTCATATAAA TGAGTCTTTTCTCAAATTCGATAACATATTCAATATTTTTTGGCAAAATGCCCAAGTACC CCCTCAATCTATGTCCGAAATCTCAGAGACAATACTTATACTATACTAAGGTCCTATTAT CCCCCGAACTTATTTTATATGTAATTTTCTACTCCTTTTTAGCCTACGTGACACTAGTTC GAAAAAAAATTCAACCATTGTTGGACCCATAAGATAGTGTCACATAAGCTAAAAAGGGGT AAAAAATTATTAATAAAATAAGTTTAGTGGGTAATAGGACCTTAATATAGTATAAGTGTG TCTCTGAGATTTCGAACATAGGTTAAGGGGGTACTTGGACATTATCCCTATTTTTTTTAA TAATAACATCAATTAGTGTTGTGAGTGACTTCTCTCCACGTGTAGTACTTCTTTCCACTC TTCATAACCTCTTTCTGCCAAATGTCAATTTTCTTTTAATTACTAATCTTCATCTTTGCT TACACATATTTCACGCCTACAAGGGATCGAACTTACAGGTAACAAGTGCAATTCTTATCA CATCCTAAATATTACTAATATTGAATAGCTTACCAAAATAATTATATACATTATATATAT ATTTTTTATGATAGTTCATATTAAACTATTATTGAGTTTGTATTGTCGTTTTTTAATTGT TATTTCAAAAGAAAATATTAATTAAAAAATTTAAATTTTTTTAATTAAAAATCTAATTAA TTTAAATTCACACCATGTACCATGTATGTTATATTTCTTATATATACTCAATTTACCATG TAAGTTATATTTATTATTTCTTATATATACTCAATTTACTAAACTAAAGTCTGATTATAC ATTAGATATTCACAATAAAATTTGATTATTTTTTACTATTCGAAAGAAAGTGTCAAATCC ATATGAAAAGAAATTTATACTCAAAACTCAAAACTCAAAACCTTTGGCTTAGATATAAAC AGTCTCATATGATACATCATATCAATACCAAAGTTATTATTTTATTTATCAATAATTATT TATCTATTTTTTTATCATTATTTATTTATTTATTTATTCTCATAAATAAAAGATAATTTT TCCCTATTATATCACTTTCAATCAATTCCTTTATAGAAAATATGAAATTCCTTAAAAAAT TTAATTCATTTACTTTATAATTAATAACAACAAAATAATAAATTAGTCATATTAATCTGT TATTTTTAAATAAAAATAAATAAATAATTAAAAACTAAGTGAATATACTATTTAAATAAA AGTCACAGTACATAAATATGCTCTTTAATTTAGTTTCGAATCACATTTATGTCATTCAAT TTTGGGTTTGCACAAGTAAATACTTTAACTTGTATAAAGTTGAACAAATAAACACGCATA TTTCATATGTTGTTTTTTGTCCAACATGGTATTCCACGTGTAATGTGCCATGTAGAACTT ATGTGTTTATTTATTTAAAAGTTGAACGGTTAAAATATTTGTTTGTACGTTATGAAAGTT TAACGTCAAAATTAAAATTTAAAGCTATTTATGCCTAAATAAAAATGCATATATAATGAG CAAATATAAGAGGATGGATATAAATAGCGGATCCATCTTCTTTCAATATCATTACATCAC CTGAAATTCCTCCTGACCCTTCTTCTTCTTCTTCTCCAATTCTACTTCCTTTTACCTTTT GCACTCAAAAAACTCTCTCACTTTCCTAAAAAGTACATTTTGATAATGGCTTCTCAACAA GATGAGCTAAAACACAGAAGTACTACGAAATCACAACAAACAGAGCAATACACAAAATCT GCTCACGATAAGGATTCAAAATCGAACAAAAACATCAACAGATCAACAAGAAAACAGATC GCTAAACGAGGCGTCAAATCATTGACAATCGCTTTATCAATTCCACTTCTATTAACCCTA ATTGACATCTCTCTATTCGGATCAAGTTACCAGTACGTTTCAATGGAGAAGCCTTTCTGG TTTCCGCGTCTATGGGCTTTACATTTAGCCTGTTTAGGTTCTTCTCTTCTAATGGGTCTT TCTGCTTGGCTTGTTTGGGCTGAAGGTGGGTTTCATCGTCAACCTATGGCTATAATTTTG TATTTAGCTCAATTAGGGTTGAGTTTGGCTTGGGATCCAGTTGTGTTCAAAGCAGGTGCT ACTAGAATTGGGTTAGTGTTATGTGTGGCTTTGTTTGGAGTGTTGATTGGTTGTTTTAGG GCTTTTAAAAATGTGAATCCTATTGCTGGGGATTTGGTTAAACCTTGTTTTGGATGGGCT GTGCTTTTGAGTTTAGCAAATCTTAAGCTTGTGTATCATTAGGAAGAAATAAATAATATG CACTTGTTTTTTGTTTTGTTTTGGCTTGTGAGGCTTATGTACTGTAAATTTACATGTTCT ATATTTATGTTTTAATTAAATTAAATTTACATGTGTGTTCTATATTTTATGCTTTAATGA AAAATTAAATAAGCTTTTGCCTGTTCCATTATATGGCTATAATTCGAAGCAAACAGAACT ACTACTACGTTGTTGGTTAAATTTATATTACTCAGCTAGTAATCAAAAGCTATAACTAAC ACTTGCTATTAATATTAACCTTAATTATGTAGATCGATTTTTAGTTTGTATAATTTGTCA CAGTTAGTATAGTATAATTTGCATGTTTTTTTTATTTATTTCGATTTTATTACTATATAC TACATTCAATAATTTTGGTTTTTAATTTTTTAATCTCGTATAAACGTGTAACTTTTAGTT TTCGTATAATATAATTTGTATCACTATCAATCTATTATTTCGGATCTTATTATACTTATA CAATTCAAGACTCTTTACTCAATTATGGGAAAAAAATACATTTGTACAATTCAGACTTTA CTACTTAATTATGAAAAAATAATAATACGAATTTTATAAAATGAAATGCAAATTATAAAA TTATTGTCCCCTCTCCTCTCCCCTCCTCTCGGCCTCACTCGGTAGATAAAATGTACAATA ATTACATACTTGCTTGTTCAATCGTTTTATTTCATGTCTCACTTTTTGAATTTCAAGAGT TAAACAAATATATCACCTTTGAGATTTCAAACAAATGTATAAGTTTCCATATATATTGGA TTATACCATAGTATAATCTGCAGAAACGTGTTGATGCATTATATCATAAGCTTCAATTCT TCAAGCAACATGAATAATGCAAGTTTCTGTTCTGCCTAAGCACAAGAAAATGACGCGAGC AAATGTGTAGCACTAAATTTCTAGTCAGTGCGACCAAGTTTCCTCAGTGTCACTGAGATT CTCTTCTTTTGATCAATCTCTTGACCTTGCCATATTTGGAACCCAGGTTTTCGATTTATT TCGTGTTTCCAAAGATAGCGTGCTTCTCCCCACATCAGAATAAGACAACCTGGTGTCAAA AGCACCGGCACTTTGTGTGGTGGATCTTGAGCTGTGCATGTTTCATTTTCGACTCCAGAA AAATGCATTACGCAGGATGAATCTAGAGAAACAATAGCTATTCCATCCTCAAACCGCATT AGATCAACATGTGCGCAGATACCCTGTTATAAAGCAATGTGGTAATTCATCACCAGAATT CCACTGTAAAGAAAAGGATGCTGATCCTTTTCATGAGCAAGTTATACTACATCAAAATTT TATGGTTGTATTTTTTTATGATGAGGAAAATCCGCGGTCGCTATATTATGGATGCACATA GGTAATAGAAGAGGTAACAAGCAAGTCTGGTTCGACAAGTTCGACCCAGAAGAGGTCCTT GCTTTTGCTGGCAAGCGATTTTAAAACTTGAGACAAGTCTAGTGCGACGAGCTCCTTGCT TTTGTTGGCAAGCAGGTTTCGAACTTGAGACCTCTAACATAGAAATCCCAAGTTCAACCG CTGGACCACCCTAAAGGGTTTGATGGTTGTACTACTTACTCAGTAGCACTGTAATTTATC ATGGTACAACAATTACCACTAAAAAAACAGTTATGTGAAAGGATAAAGTCGCACCTCACC TGGTTGATACATGTTAGCTATAAGTTGATCAAATAGAGGTTCCCTCCATAACAGATCTTG TGGAAAAATACATGCTTCCTTGCCCTTTTCACAGTTTTCCAACTCTGCAGCATAACTACC GAAAAGAATCACCTCATGGATAGACCTGGAGAGCTCAACCGCCCATCCTGGTAGGTCGCC AAATCTCATAGCCTGTATGAGATGAAAATACATGTGATCAAGTGCATTGATAAATGACTA CAGGTTAAAAGAGTCGAACAGGGTGATCTAATTATGATTTATGAGAAATTCAAAAATTTG TAGTTGGTTTACAAAAATGCTAAACTAGTCACTTAAACAAAGGAAAAGAAAATGTTAAAC AGAACCAACAGCCCTGCTGTCTTTCTTAGAGAACTGCAGGATGAACTTTTCCATTGTTCA AGTACATGACAGATATGCGTTGCAGTATGCTCATTCGAAGGTTAATTAACAACTATAGGG TAAAAACAAAGCTGAAAGCAGAGTGTAAAGTTTTTAAACTTTGAACGAAGGATATTGGTT TGATGCACACGGTCGAAATAGCGTACGAATCAACATCGTGATGATTAGTACTTTCAGAAT CTCTTTTTTTTTTAAAAAAAAATAAATTCTTGAGCATCCAGCCCTTTTGGCTTATATATG TTTTTTTAATCCAAAATCTCTTAGGGGTTGTTTGGTAGGGGATGGGATTGACAAAGTTAT CCCACCATATAATGTGATAACTTATCCCATCATAGCAGTATAAATGGTGGGATAAATAAT TCTGAAACGAACTAATACCCCTATCCAAACACATAAAATCTCACATACCAAACAACCCCT CAGTATTCAAGTCCTTGTTTTGATAAGTCTCCCCAGAATGAATACTAACGTACAATTATA AACGGCAGACAAATAAATGAAAAACATTTATTCCATTCACAATATTCAGAGAGAAATGTC ATAAGTTCATCTTCTGCCTCAAGTGGTAGTCATAGTATTCTCAAGATTTAGCGCCAGTAA ATAGAGAAGTTACATTTTGACATAAAAATTACTACTACAACAATCATCTTATTTCAAATG CTCTTACACAACTCAAGGGCATAAGTATGAAAACTAAAGATTTAACATGAATATAGTGGT CGTCGGGTAATATATCCTTCAGCCAAATGACACAAGATTATTGATCACACTTGATGAATG CATGATTCTCAAGTTGATATGTAAGGGAATAAGATATAACAAGTTAAAGGGAATAAGTGT ATTATACAAGAATACCCAAAGGTTTGAGGATCCAACAACACCTGATTGCTTGAAGACTCA GCAAACCATCCTTCTGCAACCACAACCATCAAGAAGCAAATATAAGAGCTCTGCCTGATC AAATACATTTGTCTTACTCCTTAGCCAAATGAAACCATTGAAATATCACTGATAATACAT GCGCAGTAGTAAATTTACAGGGAAACCCGTGATAAGGAGCTCCCTGATGACTGCTTAAAC TGTTCTCTCAAAAGCATTGAGCTATAATTGAAACAAAAGGCCATTCACTACATTATTATG CTGAAACTTTATATACATATAGTTGAAAATTTCTATATGCAAAGAATCTTTAAAATGCAA ACTTTATATGTATATGAATACCTATATATATATATAGGCCAAATCATCTTTAAAATGTGT GAGTATATATGTTTGTACATAAGTAAATTTAGAGGCAAGGCTAGAATTTCGAGTGTGTGG GTTCCAGGTTCTGGAAAAGACGAGTTTGTTGGGTTCTGAATAAATTATTTATACATAATA AGTGGACTTTTAAAAATCGTTTTCCGGAAAAAACGGCATTCAATCTTTTTTTTTTAATGA CCAGGAAAACCCGCCGCCGCTACCCTTTGGTGTGGACAGGGTAAGACAATTGATTCTATG CAATAGCTCGCATGCGACACAAGAGAGATAACCGCACTAAAGCAAGCCCGTTGCGAGCTT GACTCGGAAATCAAACCCCTTGCTTTCACTGGCAAGGGGTTTCAAATTTGAGACCGCCAA CATGGAAATTGAACTGGCGTTCAATCTAATAATTGAATTTGTAAAAGGGGTCAAAGGCAA GTGAGTCAAGGCCAATCAAGTTCATTTCCCCTATGACTAAAACGTCAAGGTCGTGATTTT TTTACAAGTACATAACTTCCAAAATGGGAAATGAATTGTGCAAGTGGGAGAGGTTCTAAA TCCTTTTTCATGGAGAGGCTAAAATGGGGGAGAACTATCAAATAACTAAAACTTCTTGGT GTTTTCTAAGAAACCATGCCTTCTATTGCCTGCAAAACCTTCTTTATAGACCAAAAAACT GAACCGTCACCTCAATGTGAAACGATAGCACTCTTGGATATTGAAAAGACTATTTCATAG CAAGTGTGTATGTTCTAACTTCTCACTTGAAGCTGATTGCAAGGCTTCTTTTGGTTGTTC GGTTGCAAGTCAGTCCCAACCAGGAGCTCAAGGCTTCCTCCGACATACCGGGGAGAGCCT CACCATTCGCCCACAAACGTTCCTTCATATTTGGACTTACCATGTGTAGCCACATGATTT CGCTTCTTTATTAAGTCCGATTTTTCCCCATACAAACACAAATACAGTGTCTAGGCTAAA GCTACTACGTTTCTCAGAACCCGTAATCGCCTTGTTGCTCCGCCCTGTGTATATGCAAGG CCCGCGTAGGTAGTCTAGAAGAGTAGTAAATGAATTATTCAAAATTCTAGGTCATTGTAT AATAATGGATTCAGAAGGAGTGCTATCTAATTATACGCATACATTTTACTTCAATTTGAT ATATATTCGAAAAATTGAACCAAAAAATCCGCCCTAAATCTGCTTTGAAACAGTATGAAT ATGAGCAACAAAGAGAGGGGCTATTACCTTGTTGGATTGATGATAACAACTTTGATTGTT GATCAGGAGATAAAAAGTCTTTGCACAGCCAAAGGCCATCAATTTCACTGATTCTTTCCC AATTATGAGTTTCTCCGAACACTGACCTGATTAGGGCTTTTCCATTGACCTTATTCTCAA CAGAATGAACATGGAGAAATTGTTCTTCTTCTTCGCCTTCGCTGTTTGATGAATCGCCAA ATGCTTCTGTTAGAATCATCTTCAGCTCATCCATATTGTTGTATAATCTGCGGCTCTTTC TAGTTCAATTTTGCCTTGAAAATTCTTATGCTATGAATCCTAGAATTATGAATTGTGAAA TTACCTAAATCTCAATCTTATGATGCTATCTCATGCTTCTTTTATTATATATCTAACCCA TGGAATCCTTAAACTTGGTATGAAATTTTATTTAGACATTTTAATTGTGCAATATTTATT TTAAACCCTATCATGTAGAATTTCATTGTGTTATTTTGATACTTTTTGTTGACAAGACAT GGTGAGTGTAATACACTCAAAGTCAGCCCGTTAGGAGCTTATTTTCAGGCCAAAAAATAT TTTTAAACACTGTTCATCTTCTTCCCTCAATCTTTGTGATAATTTCATCCACTATACACC ATCAATTAGGGTACTGCAACATCGCCATTAATCTTGTTAAAATCAAAATAATTTTTAATT TTGCAAATCTAAAAATCACCACAACCATTATCTTCTTCTCATTTTGTTTCTTTAGATCCA GCAAAAAATTCTTCCGTTGTTAGTTATAATTGATTCTTTTTTAAAGTAAAGAAGAGGAAA AAGTGAACTTTTATAAATTATTTTTTTCAATGTAATTAAGATTCTTTTGAAAGTGTTTCT TTAAAAGACGATAGAGTGAAAACGATTGAAGTTGGAGTGGGTGGAGTAAAGAGGATGGAT GCTCTAATGGGGGTGGAGGAGTGGTTGGGTTGGGATGGGTGGGGTGGAGAGGACAACAGT GAGTTTCTTGAAAATTAGAAGGGTTGAATTTCTTTTAAAAAAATAAGGAAAATGCACAAG TACCCCCTCAACCTATGTCTGAAATCTCAGAGACACACTTATACTATACCAAGGTCCCAT GACCCCCCTGAACTTATTTTATAAGTAATTTTCTACACTTTTTTGGCCTACGTGGCACTA GCTTGAAAAAAAAATAACCAGCGTTGGGCCCACAAAATAGTGTCACGTAAGCCGAAAAGG GGTAGAAAATTATTAATAAAATAAGTTCAGGGGATAATAGGACCTTAGTATAGTACAAGT TTGTTTCTGAAATTTCGGGCATAGGTTGAGGGGTACTTGTGCATTATCCCTAAAAAAAAT TATTATTTGAGTTTTAAATGCCACATGTCAACACATGTCATCAAGTGAGTGGTTATTTAT CTTTATATTTAAAATCATTAGTTCAGAATTATTTTTTTACATATATGACATGACATGTGT CTTTGTTTAATTCGTCACTTTGACATGCCATCGCCAAGTGTATTACACACACTTTGTATT TTTGGATGATTATTAAAATAGTGTCAAAATGACACAACAAGATCCTACATGAGGGGTTAA AATGAACATCGTCCAGTTGAGGTGTCTAAGTGAAACTTTGTGCCAAGTTTAAGGGACCAT TGGTGGGTTAGACCTTTATTATAATGGTATGATTTGATATATGTCTTTTATGAAACGCAA AATTGTAATACATAAATATAATTTCATGATATAATAATATGAACTTAAGTTATTAACTGT GTTTATTGAAAGTCATGAATATGAATTTTTGGGCTAATCCATGAACATATGAGCTAAAGA GAGTTATAATTGATCGGAAGTGCATGAATCTAAATGATGAACGTATAAAACTTCATTTGT CAACGCTGTTAAGGATAATATCAGGGGGAATTGTTCTTTTATGCCCCTGATAAGGGATAG TTATACTTATGGATACACATGATATGTACATATATGTCTCACACCCAACGAGGTATGAAA TATCATAGTTGATTGGGTCGAGATCAAACTTCATGCATTCACATAGTATTTGTATCAATT ATACTGACAGAATTTCATTACGATAAAGAAATATATGATAAAAAGATGTACCATTAAGAT AGTGTTAACGATATTATCGCTTAATCTTCGTATGTTATACTATGCTTTATGTTTTTAGTG ATCTGGTATGTACTGATATGTTTACATACAATACTATTTAATATGTACTTACATCCCTTT TATCGAGGGTGTTGCATATACACATACATGTGATCAAGTCACTCACTAGGTCCCATATTT TCTGCTAGTTGGGGAGCCTCCTTTCTGTTTCCCAAGACTTAATTTACGTATTTCTAGTAC TTTATATTTATGTGTTTGAAGTATATCAATGGTCTTGTCCTAATAGATACTTCTCAGTCA TGTTTAGAGATTTCATAAGAGATACATGGTTATGTTTCAGATTGAATCTTCATGTCTTTT TTTAATGATTTCAATTCCACAATTTATGTGTTATACAAGTGTATTCTTTTGCAGAACTTG TCTCTTTGATTGCTTTTAAACTGCACTTTCACTCATGTCTTGATGTATGCTCATGTCCAA TGCCAGGTTATGGGTACGCTTAGAGCAACAATTACATCGAGTGTTGGTCATGTTCAATGT GTAGGCTCAAAGCGACATATTACAAAAATAGTCTTAGTTATTCAGTATTCAAATCTATAT ACATGATCTTAATTATTCTAACAAGTACATTTATATTCTGTCATTTTTCATCTTAGTGAA AACAAATGAGGTTTTAGTCCATTATCCTAAATGTAGATTTAAATACGTACATTTATATTT CGACTTTTACTTATTATGTTCGAAAATCAAGAGATAATTTACAATCTTATGATTAGTATG GAGAATAGTTTACAATCTTATGTTTAGCATGGAGGAAAATATTCAAAAAAAAAATGTTCT TCTATTATTATTTTTATGTTTAGTTGGTCAAAATATTTAGAAAAAATAAGATCTTTAAAC ATGAGGAAATTGACCTCTCTAATGGAAAAAAAAACAGTTACGTAAGTGTTATTCCAAATT TATTGTCTCCTTCCCGCCCATTCAATCTCCTCAACTCCCACCCCTTGATTATCCCCTCCC CCCACCCCCCATACACCAATCGATTCAACCTCTATCATATTTTGTTAAACAACATGTAGA TTCTCTTGAATAATATTTTCTTGCTTAGTTATCTACTAAAAAGTAATTAAAAAACACTTT GTTTTTCAAGATGACATTTGCTGGGAAAAACTTATTTTTCATACCAAACACATTTGACCT GTTTTTCTAATCATTATAGAAGTGTTTATATACATTACAATGAAAAAGTGGGCTAATACA GAAAGAGGCCCTCCCAAACTTTGTAAGTATTGGGTCCAACAAAGGCACAAAGCCCATATA CTGGAATTTATGGTTTCATAAATGCAAGTGTTGTTGATAAAAATACCACATCGTAATGTA CGTGAGTAAGCCAACAGCTACAAGAAATATATAAGAGACTTGTGCTACTAACAAAAGATT CACGCAGCCACGCAGTGAGCACATAGCGAACTATTCTTTCGCCTTTTACTAAAGAATACC GTGCGCGCGCTGCAATTAGTGGCATACGCTAATTTTTGGAGGGATTTTCTTAACTGAAGA TCCCAACAATACTAATAACAAAATTTTCTGGGTTGTTTATAAAGTAAGTTTAAGACCCTC TAAATGTGGTTAAATTACTGTGGAAATCGAAAAAATGTGGTTAAGATTACTTTGAAAGTT ATTTCAACTGTCATAGTTTTCTTAAATTATGCTCCTTTCGTCCCAATAAATGTGGTTAAA TTAATGTGGAAGTCGAAAAAATGTTAGTTAAATTATTTTGGAAGTCATTTTAACTGTTAT TATTTTCTTAAATTATATTCCTTCGTCTCATTTTATATGGCAAAATTGTTAAACAATTAT AATATATATAAATATAATTTCATGATATGATAAGATGAACTTAAGTTATGAACTACGTTC ATTAAAAGTCATGAATATAAATTTTTGGGCTAATCTGTGAACATATGACCTAGAGACAAT TATAGTTGATCGAAAGTGCATGAATCTAAATGATGAACGTATAAAACTTCATTTGCCAAC ACTGTTAAGGATAATATCTTGTTGATTTGGGGGAATTGTTCTTTTATGCTTCTGATAAGG GATAGTTATACTTATAGATCCACATGATATGTACACATATGTCTCCACCTTAGTTGATTG GGTAGATCAAACTTCATGCATTCACATAGTATTTGTATCGTTTATTATATTTTCAGAATC TTATTATTGATAAAAAAAAATATGATAAAAAGATGTACCATTAAGGTAGTATTAACGACC TTATCTCTTAATCTTCATATGTTATACTATGCTATATGTTTGTATTGATCTGGCATGTAC CGATATGTTTAGATACAAATACTATTTAATATGTAATTACATCACTTTTATCGAGAGTGT TACATATACACATACATGTGATCAAGTCGCTCACTGGGTCCCATATTTTCTGCTAATTGG GGAGCCCTTCTCTGTTTCTCAAAAGACTTAATATACATATTTCTAGTACTTTATAATTAT GTGTTTAAGGTAATACCAAGGGCCTTGTCCTAATAGATACTTCTCGATCATGTTTAGAGG TTTAATAGAGAGATACATGGTTATGTGTCAGGTTGAATTTTCGTGTCTTTTTTTAACGAT TCCAATTTCACAACTTATGTGTTATACAAGTGTTTTCTTTTACTGAACTTGTCTCTTTAA ATGCTTTTAAACTGCACCTTCACTCATTCTTGATGTATGCTCATGTCCAATGTCACGTTA TGGGTACACGCTTAGAGCAACAATGATATCGAGTGTTGGTCATTTTCAATGTGTAGGCTC AAAGCGACATATTAAAATATATTATTCAGTATTCAAATCTATATACATGATCATAATTAT TCTAACAAGTACATTTATATTCAGTCATTTTTCATCTTAGTGAAAACAAATGAGGTTTTA ATCCATTGTCTTAAATGTAGATTCAAATACGTACATTTATATTTCGACTTTTACTTATTA TGTTCGAAAAATCAAAAGATATTTTACAATCTTATGATTAGTATAATAGAGAATAGCTTA CAATTTTATGTTCAGCATGGAGGAAAATATTCAAAAAAAAATGTTTTTCTATTATTATTT TTTTATGTTTAGCTGGTCAAAATATTTAGAAAAATAAGGTCTTTAATGAAAAAAAAAAAC AATTACATAAGTGTTATTCCAAATGTATCGTCTCCTTCCCGCCCATTCAATCTCCTCAAC TCTCACCCCTTGATCATCCCCTCCCCCCACCCCCATACACCAATCCATTCAACCTCTATC ATATTTTGTTAAACAACATATAGATTCTCTTTTGAATAATATTTTCTTTCTTAATTATCT ACCACTAAAAAATTATTGAAAAACATTGTTTTTCAAGATGACATTTGCTGGGAAAAACTT ATTTTTCATCCCAAACACATTTGACCTGTTTTTCTAATCATTATAGAATTGTTTACATTA CAATGAAAAAGTGGGCTAATACAGAAAGTGGCCCTCCCAAACTTGTAAGTACTGGGTCCA ACAAAGGCACAAAGCCCATATACTGGAATTTCATAAATGGAAGTGTTGTTGATAAAGTAC CACATCGTAATGTAGGTGAGTAAGCCAACAGCTACAAGCAACATATAAGAGACTCGTGCT AATATCATATAATTTACGCAGCCACGCAGTGAGCACATAGCGAACTATTCTTTCGCCTTT TACTAAAGAATACCGTGTGCGCGTTGCAATTAGTGGCATACGCTAATTTTTGGAGGGATT TTCTTAACTGAAGATCCCAACAATACTAATAACAAAATTTTCTGGGTTGTTTATAAAGTA AGTTTAAGACTCTCTAAATGTTGTTAAATTACTGTGGAAATCGAAAAAATGTGGTTAAGA TTACTTTGAAAGTCATTTTAACTGTTACAATTTTCTTAAATTATACTCTCTTAGTTCCAA TAAATGTGGTTAAATTACTTTGAAAGTTATTTTAACTGTTTATTATTTTCTTAAATTATA CTTCCTTTATTTTATTTTATGTGGCAAGATTATTTTAAAATGTTTACTAAATTATTCTTA GTAAACTTACTTCTTTTTTTTCTCTTATTAGAGTACTATTTTTAAAATGAAGTGGGACCA ATAAGGATATTACCTTTAAATAGTTATCATATAAGAAAATGTGACATTCTTTTTGGGACT GACAAAAAAAGAAATGATGTCACATAAAATGAACGAAGGGAATAATATTATGGTACCTAA TATTGGCTAAATATTTGAGTAAATAATTCAATATGATAAACCAATTTTAAGTTAGTGTTA CTAATAACCCAACGAATTGCGTTATTAGAAACACAAACCTTGGTAAGTTTAACCCTATCA ACAAAATTTAAAGTATTGACCCCTACAACCTTATACCTATCAACATAATTAAAAAAATTG AAATTTCTCTATCGTTATAATATATAAAGTTATTATTGTAATCGAAAGATTAAAAATTTA AATTGTGAAAATAGCTTCCTTGCAAAATATTTTTCAATTCTTTGCTAACTTAGGAGTTAG GTGCACATGCATAATTCAACACAATTATCAAAAATCAAATTAGTATGCCAATAACCCCAA TATTTAATATAAAGTAATAATCAAACGAATGGTGTTATTAGAAATTTAAATAAGAGAAAA AAAAACTTATATACATATGAAAAGTCTAATTATTTTTTGCCCTATTATCAAACACAACTA AAGAATTGAACCCCAATTGTTTTTACCTATCAACAAAATTAAAGAGTTCAACCCCTTGCA CCCTTATATCGACACATTAAAAAACGAACTTTCATCCGCTGTTATGATAACTAATAAAGT TATTATCATGTAATTAAAAAGTCACAGTTTAAATTATAAATTATAACCTCTTATTTTATA TTTTATTTTATATTATATTTAATTTTTTCTTAAATTTTACACCTAACGAAAATTTAATAT ACCAAATTATTAAAAAAAATTACCCCTTCCACCCTTATGGGTTTTAGCCCACCAACAATG ATGATATTTTAACCTATCGACATTACTAAAAAAAAATGTGAAGTGTACAAGACATAGACA AATAAAGAGAGAACCTTATCGCTATCTTATGAGCAAAGAAAAGTATGAAATGATCAAAAT GAGCCCATAACTCTCCAGAAGGGCATAATTCAAATAAAAAATCAAGAAGATGGGGAGACA TACACCAACCTCGATTACCGTGTCATGTACTAGTTTCATTTTTCGAGAGTCAAATTATTT TAAATTTAACTGAAAATTTATATATGAAATTTTTAATTTTTTTTATATTTATAAACTACA TAAATATATTTGTACAAGTCACAATATTTAATAGTTTAAAATATTTAATTTTTTTTATAA AATAGTTACAAATTAAAATAGATTTATTTAAATTTATAAATATATTTATACAAATCACAA TATTTAATAATTTAAATATTTATACAAATCACAATATTTAATAATTTAAATATTTTTATA AATTAAAATAAATTTATTTAAATTTCAAAATTCAAACGCACCTCTATAAATTCTACCAAT TTTTCAATTTTCTCATCAATGAGTAGGTACCGAACAATGTAAGTGATAATATAAAGTATT CCATCTTTCTTTATTTTAATATTATTAATACTATAACTTTGATGATGATCCATTTTAACC AGACATTCCTTTTAAAATAATATTTATCATAGGTATATTGTTGTTAAATTAATTATATTT TGAAAACTTCAATTTAATTGTTAATACATGCAGTCATCTAATAATAAGAATTGTACCTTT GATTTACTAAAATCGATAGGTAAAATACTATTAAAAAAAAACTTTAAGGAATAAATAATA TTTCCTATGTTTCAAAAAAGAATATTCTTATTTTTTATTTAATTTTTTTAAAAAGAATTT AATTTTAACTTTTCACGTGACATGTTTAAGACCACAAGATTTAAGAACATTTTGATACAT TTGACATAACTTTAATTTAGAACCACAAGATTAAAAAGTCTTCTTTCTTTTCTTAAACTT CATTCCAAGTCAAACTAGTTCATTCTTTTTTAAACGGAGAAAATATGAAATAAGAGAATA TACAATATACTATCTCATTTTTAATATTTATATTAGAACCTGACTAATCTAAATTCACAC AAAAAAGTAATGCATTGAAGAGTAATTGTCTATTTTTTTTTTATACGTCTCTTTAAAAAC CATAAATAAAAATGTTACTTTTACTAATTTATACTTTAAAAAACTCTTTTTGAATTTTAC ATAATTATTTATATTTTCAAGTGAATTAATTAAAATAATTACCTTTTTAAAGAAAAAAAT AAAAAATAATTGAGGACAACTATAAATCTAGACAATCTAAAATGAATCTTCGCATAAAAG TTAATACCCGGGATCCGATCCTATTAAATTTAATTATTTTTATTAATAAACAAAATAAAA ATAAAAATAAACAGGTTATATACGTGATTCTGTCGAGATTCTAGAACAGCTAGCTAATCA CGTGAGAATAACCTACTTACTGAAAAAGTGACATGCATTAAAGTGTAACCGATAATAATT AAAAGGGTTAAAGAATTATACTCCTTTCATTTTATAAAAATGTTGGTTTAAAAAAATTAA AATAAAATAATTTTTTTAGTTTTAAATTAAAGTTGTATCAAATGTATTAAAAAATTGATT GTATGGTGTTAAATATATCACGTGAAAAGTTGAATTTAAAGAATTGTAAAAAAAGGGGAC TTTTTTATTTAAACAGACCAAATAAAAGAGTAGGCTATTCTTTATTATTAAACGAAGAGA GTAATATTTTAAAGAGAAAACAACATTTATATCAAAAAAGAAAAACTATTTATAAGTGGT TATCCTCCTTATTTTCATATTAGTGGCGAAATCAACAATTTCACAAAGAGTGTCCAGATT AAGCACAATAAGAACTCTTTTAAAAGTAGAACTAATGAGATTCGAACATATAAGCAGTTA CTCATTCCAAAGAGGCGAAATCACTAGGCAATAACAACTTGTTAGGTTAAGAGTGTTCAA AATATGTTATTTAATAATTTTGTATGTCATTTTACTTGTATTTTTTTTTCCCGACGAATC GTGTCAATTTGGACACTCTGACCATAATGTGGCTACCCCACTGTTCTCATACCCCTATTC TTAACTACTAATGTGTCCTTAATATTCGATACCATCAAAGTATATATATAGATAGACACA CACTCGTGGTATCAAAGAGGAAGAAAAGTGCAGTGATTCACTTATTCTTTGATACCATTA GAGTAAAATTTTAGAAAAAGAGACAGTGTTTCAGTGAAAACTCTACTCAGTTACTCTTTA ATATCATTCTGATGACATCAAAGAAGAAACTGCTCAATTACTGATTAATATCATCGAAGT GTATTTAAATCGTATCAAGAATTAAAAAAAAATTTAGTGATTGAACAAGAGGAAAGTAAG GTAAATAATTTGGATTATGTGTTCCATCAAAGTAAATAAATTGAGTAAAGTCTTAACTTA GGACAATTTGTGTAATTTTCCTTATTTAAAAATTAACAAAAAAATATTATTAAATAATTT CTTTCTATTTATGGTCATGAATACTAATCACTTTAATTAAGAATATTTATTCACTTTATT TTTGTGTTTTAAACATTAATTGAAAACCTGTAAAATTTTCATCGACTTCTCCGCACACGA TTATTACGTGCCCCGTCCGCTATAAAAGAGGGCTTGCCAACTGCCTGCCTTTTCGAAGCT CTCCTGTACAAACTCCATTACTTAGTTTTTCTCCATCTCTACCATGGCTGACGCAGCTGC AACGCCGCCTACTGATCCAGCAAGCACGGCGCCACCTGCTACGACTGATCCAGCAAGCAC GACGCCGCCTGCTAGTACTGATCCAGCAAACACGACGCCGCCTACTAGTACTGATCCAGC TGATCCAGTAAGTATACAATGTCTTCTACGTTTATCATGATATTACAGTTAAATCAATTT TAATTTTCAAACACACACCGTTGTAGCGTGGTTGTAACTTCATATTCTGTTATTCAGGCT TCACATATTAGATCTAAGTTGTTCAATTACTCAATTTAATTGCCAGAATGAATTGTTATC TTCTTATTTTGAGGTGTTAAATTAGGAATGAGTTGTTGTGCAATGCCTTCATGGTTGCCA ATTTCATCTTCGCAATACATATGGTCACTCGACTGATAAAAAATATATCGAGAAAGAGTA GTTAGATTTGATTAAATGCATTGACAGGTAGAATACTAGTATAATTTGTTGAATTTAATT CGAGATGTGTTTTCTCAACATAGGTGAGATTCAGAATTTTTGAGTTTTAAATCTGTACCT GATTTGTGTTTATAATTGAAGGTAGCAGAAGATGAGAGGAAACTTAAATATCTGGATTTC GTTCAAGTTGCAGCGATCTATGTGATTGTTTGCTTCTCAACTTTGTATGAATACGGCAAA GAAAACTCCGGTCCGTTGAAACCTGGTGTACAGGCCGTAGAAGCCACTGTTAAAACTGTT ATCGGACCGGTTTATGAGAAGTTCCATAACGTTCCTTTCAATCTCCTCAAGTTCATCGAC CTAAAGGTTCACCTTCTTTCTCCAAAATGAATTTTACCCATACTGTCTACACCATACTTA TTTTGCAGCTGAAAGTTTGCTGGAATTGAGAAGGTATTTGTATGGCATTCAGAAATTGTC TTCTCCAACTAATCGAAATCCTAGATCTAGCTCAATCTGGAAGAATGTGCATGGACATGC ACATGATAATTCACTAACATAGAAACGAATGTTGTAAACTTTGAACTCGAATTTCAGTGG CAAGGATTTGAAAGTTTGAATCTATGCAGGTTGCAGACTTGATGACAGAAGTTGAAAGCC ATGTGCCTTCTCTACTAAAGCAGACATCATCTAAAGCTCTGTTAATAGCTCAGAAGGCTC CAGAATTAGCTCGAGATCTCGCCGGCGAGGTACAGCACGATGGCTTAGTGGACACAGCGA GCAACGTAGCTAAAACACTCTACACAAAGTACGAACCCACAGTCAAGGAGCTATACACAA AATACGAGCCAGTGATCGAGAAAAATGCGGTTTTGGCATGGAGATCTCTGAATAAGCTTC CTTTGTTCCCTCAAGTGGCTCAGATTTTGGTGCCGACGGCTGCTTATTGGAGTGAGAAAT ACAATCAAGCGGTGACATATGCGTCGGAGAACGGCTATACGGCGGCGCATTATTTACCGA TTATTCCCGTAGAGAGGATCGCGAAGGTGTTTGAAGGCGGCGCCACCGCTGAAAACGAGC AGTCCGTTCCCTTGACCGACGGCACTGTTGCTCCGGCGCAATGACCATTTTACATTACTG TACTGGGGGGGGGGGGGGGGGGGGGCTTAATGGGCCGTCAGGTTAATAACTTGGTTTATG TTTGTCGGTAGTAATTGTTCATCTTTATATCGTGAGCCACTTCTTAAGTTCCTTAATATA TTGTATTTAGTAATTATCCTAAATCACCAAATTTAAATTCTTGAACATATCATATTGTAT CAACTTTTAATCAAGCAGGTGAAACAAAATACAAGAATAAAGAGGTTTTAGGGAGTATCG ATGGTAAAGAACATCAAAAGAAATGATTTGATTTTGTAACTTTTCACAAAGTTGAATAAG ACGTGCGTTTATTAGATTTCGATCAGTCTAGGAAAATATTTGTACATTGTCCCGAGATCA TTTCCATCATATTTTTAAGCCTCACGTGTTTAAATCGAAGAAATTTTCACATATAGCCAC TTAAATATAATTAATTACTCTCCATAGATATAGTTTGATAATTATAATTTGTAGCTACAT GTTATATGAAGAAAAGAGATGAGCGAGACTAGGAGAGTGACGAGAGAGGCGAGAGAGGGG AGAAAAGAGTGGGAGAAAGGTGAATTATATATGTATATTGGTTAGATATTTGTATATTAT ACCTATGTATTTGTATATATGGCAAGAGAGATTGGGAGAGAGAGGAGAGAGGAGATTGGA AAAGGGAGGAGAGAGGCGAGCGAGACTAGGAAGAGAGGTGACTGTATACATATGTAGGTT AAATAATTGTATATTATACATATGTATTTGTATATTCTGGCGAATTATACATATACAAAC GTGACTAATTATACAAATTCGAAGTCGGCCCATGTAATTAATATACAATGTTTGTCGCGA AAGATAATAATAGCAAACTACAACTATGATATGTAATCAAATAGTATAAATTTATTTTAT TACGTAATTTTCTCTAACCACCACCCTATTTTATTTTTATCTGACACGAAGAAGTAGCAA CAATATACATTTTTTTAAATGACTCAAGATCCATCATGATCGTTAGTTGTTTCTCCATAT TTGCTTACAATATGCAAATAGCTAATGATATCTACTCGTACTAAAAAATGATGAATTGCT TCTATGCATATCTAGAAAATTAAAATATGAATGATTAATTGGTAAAAATGGTGAAGTAAC ATTTTAAAATAAAATGATAAGGTATAATTTTTACATTGATAATATCTATCACTTCTACTT GAAACATTTTTGCAATAGTTCGTACATAATTCTAAATGCTTTCTAAAGTTCATGCTTTAC AAAAGAGTGAAATGACAGATTCAACCCAACCCCCCCCTCCCCCCCCCCCTCTTTACTTCC TTGTCCTCTATGTAACACAGCATAAACACCTTTTGAGATAAGATTGGCACCAAAAATGAA AATCAACAAACAACTCAAACAAACATTTACTCAACAACATATTCAATGTAATCTCAAATA GGATATGAGAATAGTTACGTACGCAGACCTTATCTCTATCTTGTGAGAGTAGAGAGTTGT TTCTCGACTCGGGTAAAACAATCATTTTCTCCAAAAAGAGATCAAAAAATGACTTCACAA ACTCGATAAGAAAAATTTTCAAGCAAATACTTCTACTACTATGAGATAGTACATCTATTA TGTCCTTGCCCAAGCATAAGCCATTAGTGACCTTAACCAAATTCTACTCCAATATTGAAC CTTGTAATATCACCACTCAAGAAGTATCAGTCGGTTCAATTAATATCATGTTATAAAACA ATAAATATCAACAATCAAGGAAACTCTGCCTTGTGGACCCTTGTTTGTAAGATGTATGTT GTTGAATAGAAGTACATTAAATGAGAAAAAGAATCACAGTTGTTCAATACATTGTAGGAA GCATATAAAGCAACACAAACCTCTTCATTTCATCTGGCAAAAAAGTACATTCAATCACTC AAAATTGACTTATAACTCATAACAGTAGGAATCCTAAATAGATGGGAAATTAACAGAAGC ATTATTCAATGAACTGACAAAGACAATATGTCATCATGTAAGGTCTAATGAACCAAAAAT GCAATGCTGATATGGAAATGAAATTTAGTAGATTGAGTACTTCTCGCCAGCATCCGGCCA AAGCTTCCTGTAGATGCCAATTGCAGTTGGAATAATAGCAGTAAGTGCAAGAGAGAGATG GTCTGAACTGCTTGTCCTCACGGTTACTTGCCCACTGAGCTTGTTATTGATTCCTGCTCG AACAGCTACCTTCGAATTGCGTCCCACAGCGAATTGCGCCATACTGTTGAAACCTAGAGC CAAATCACCTCTCCACTTTATGACGGACATAGACAATGTAGATTGCACCTGACCGATTGG GAAATCTGCCTCCCTCCTCTGCAGTTCAAAGTTAGCCCCATAAGCTGTGTCACTCTGAGA TCGAACAGTGCCAGCACTGCCAACTAGAACGTATTGCTTGCCTAAGATGATTTGATCTTC AACTTTAAGTCCAGTGACCATATTTTCACCTAGAAATGTAACAGAAATTCCGCAAGCAGT CTTGTTCTTCTTCAAGCTTTTGAATTTGGTTTCTCCTCGGACAATATAGGCAAGTTGCTT CCCTATGCTTTGAATATCAAAGCCAGCCATGGTTGATCCATTTTCTCCGTGCTTAGCAGC AATCGAAGAGTCCAAATTGATACTGAAATCCTTCTTATCTTTGGTGATTTGCACAGTAAC TGCAGCAGGGAAACGACTGGCAATGGCTAAACTTTGTTCCACGTTAACACCATCATAGCC ACAATCATGATCCCAACCATGCGTGTCCAGAACAGGCCTTGCAAGGAACTGTGATGTGGG CTCCAAGAAGCGGTACCTATAGGCGGGATTATCACTATCAAAAGAAGGTGGAAGGGCCAT GTCAGGAAGGGGAACTGCTACGGGAGCTGCTGCACCTGCATCAGCTTCTTCCTCTGCATA ACCATTGTCAATTGCAGCCTCTTTTCCCTTACTTTTCATCTCTTTCATTCTTTTTAAATC TTCTCTCAACTGTTTCTTCTGAAGGAGCTTGACCCTGTAGTCATACTCCTCAAAGTACGC CTTCCTCTGTTCTTTGCTGAGCTTAGCAAGCTGAGCCTTCCGAAGAGGCTTGAAGGGAGG AAGCTGGTCATACTCATCTTCTTCTTCTTGGTCAGAGTCTGACAAATCATCTAAGTCAAT GTCTGAATCACCGTTGTCACCACCCTGCTCAGCAGAAAGCTTTGGATGCGCACGTGACTG CAACATTGAAGAAAGCATGTAGGGAAGAGGTGGTGAGCGTGTGCGGAAACCAAAGAGCTT ACGGTGATCAAATGGATCTTCAGGCTTTGAAAGTGCACTTGCTTCAGATAAGATCTTCAT TGAGTAGCTTAATAGTAGTAATTGAGGCCTCCAGCTCTGGCCATTAGGTAGTATCTTATG TCCATCCCTATTCCTCCTGCAAGATGGATGATTTTCTACCAGAGAGACGGGATTCATCAG ACTTGGACTCATCATTCGTAAATCGCCTACTGCTTGCCCGATGGACTGCTGAACAACATG AGATCTTTGAGTAACAAACACCTCATAACTTAAAGGGGATCCAGAAGGTCCATCTGGAGG TGCAGAAGCTCCATGTGTGAGGGTGACTATGGCGCTTCGCCATATTGAAGGGCCAAGACA ACTTGTGATAGTCTTCAGCATAGGAAGATCATTGAGATCTCTAGTTTGGGCATCCAACCG ATCGACATAGAGGTAAATATCAGGGGGATTCTTCTTAGTCAACTTCTTTACTGAAGACAA GACACTGCGATTGAAACCCTGTTCCATCGCAGAGGACTTGAGGCCAGGTGTATCAAACAC CCGAATCTTAACACCATCTACAACACCACTGATCTCTTTCACACTGGTGGTAGCAGGTCC AAAGGCATCAATTGATGTTTTTTCCTCTCCAAAGATAGAGTTTATGGTAGCGCTCTTACC CACCCCAGATTTGCCAATAACCAGGATATTCACAGAGAAGTCCAAATCATCTTTCCCCTC TGCTTCAAGCTGGAAAGCTTTCATCTTGGCAGCCTCAACGCTAAAAAGTGGACTGTTTTG CCTTCGTGCAATAAGTGTCATCCGGTACAAAACTTGTGCAGCTATGGGCTCATCAGAAGA TAGACCCAACCTGTGAATAAGCCTCAAAAACTTGACCCTGATCTGCTGTAGTGTGTCCAG TTTCTTCTTCTCTTCTTCACTCAAGTTGTTCTCAGATTCTCCACTGTTCTGGAGATTGGA ATGAGTAAAAAGATTGGGTTGGCTTGGTCGGGGAGCTGGCCTCAGTGACCGGAGTGATGA CCCAAGACCAGCAGGACGTTCAACAGAGAACAGTCTTGATCCATCTTGAGACGTGACTGT TATGTTGCCACCATCAGAATCACCACCTGTTGCTGCTTTTAAAAGAGCAGCTAAGGCAGC TGAATCAAACAACTCCTTCACATCTCCTTCTTCATCAGTATCAGCCTCCTCATCTGAGTC GGTGACAATCTGACCATCAATATCCTGAGAAACCTCAGCACCAGCATAGGAGCCACCACC AGATTCCCTTTCCAGCTCCTCCATAAACTGTTTGGCAGCTTCAGAGCTTCCAAAAATCAT ACCATCTGTCTCTCCATCTGAAACTGAGCCTTCAAGGTTAGCTTCTTCATCTATATGATC TTTAGCTTCTCCTTCTTGCTCTGAGCCAGTGATTGACCTTGATATAGCAGATGTTTGACC AGAGACTTCAACTTCCACTACATCTCGCTCGACGCTTTCTCCGGAATGGTCACCATTGGC ATATATAGTTCCAGACACTGCCTGCTCAGGTTCCACTTCAACATCCTTGGTGTCCAGACT TTTATTAACAGTTTCAGGATCAGCTTCTTTAATTTCCTCAGTAACAGCTACCACATCACC AGTCTGAACAACTCCAGAATCAAGTTTTCCAGCACCAACAATGTTATCCACAGGCTTTGA TTCTGCAGTTGCAACAGTATCATCCACCACAGGCTTAGGGTTCTGTGCATCTACTTCATC AACTGTCATTTTAGCCACTTCTTCAATAAGTTGTCTGGTCTCACCAACATCATTTACTGA TGTCACATTTTCATCATGGGTACCTTCAATATGTTCTTCCACTTCCTTGCTCTCGTCCAC ATCTCCAACAACAGCAACCCCTGGCCCTGAGACATTGACTTCAATAGCATCCACAACTGC ATCTCCTTCGGAAGTAAATTTCTTACTACCTGTTTCAGCCAACAAAGATTCCGACGGTTG TTCAACAACCACCTTATTGAGTTTTTCGGCATCATCACTATGTATAGCTCTCTCTTCAAT GACCGAGGTAGGTTCTTCGGCCTCCTTCAAATTGGATGAAGCAATAGCAACCTCTTCAAA GACCGAGGTAGGTTCCTCAGACTCTTTCAAATTGGATGAAGCAATAGCACTCTCTTCGAT GACCGAGGTAGGTTCCTCAGCCTCCTTTAAATTAGATGAAGCAACACTAGTTAAAGCTTC ATTCTTTTCATCCTCCACAATCTCCTTCACCTCCTCCTGAATGGACCTATCCTCACCCCC TTGCAATTCTATCTTTTCATCCTCCACAGTCTCCTTCACCTCCTCCTCGATAGACCTATC CCCGCCCTCTTTCGGTTCCATCTTTTCATCCTCCACAGTTTCCTTCACCTCCTCCTGAGT GGACCTATCCTCACCCTCTTTCAATCCTGCACCAACCGCAACCTCACCACCATTATCTTT CACCTGCTCAATTGAATTCAACTTATCAACCGAGTCAAACTCTTCAGTATTACCCTCCGA ACCCTCGATTCCCGTCCCCAGTGATTTGGTAGCATCAGAGTCAGTAGAATCAGGTAAACT ATTCCCAATAACAGGAACAGAACCACCAACATCTCCCCCTAAAGCCTCAACATTTTCAAC ACCCTCACTCATAGAAACCTCAGAAACAGGCTTCTCAATTTCCGCAGAACCCACAACGGA ATCATCCAACTTCTCTTCCCCAATAGTTTTTTCTAGGGTTCCCTCATCTGGGTCAGCAGG AATTGGCAATTCTTGCTGACCACCCACAATAGTTACATCACTAGCGCTTTTACCCTCACT ATTGCTATTACTATTAATATCGGAATCATTGATTTCTACATTAATTTTGGAGACATTTTC AGTTTCAGTATGATTAGAAGAAGAATTGTTGATGGGAGAAGAACCTGGAGAAGAAGAAAC AGCAGGAGGCGAAAACGTCGCTTCTTCAGAATCCATGGCGCCCAACAAACAACAACAACT CCGCTACTCAACTGTGAAGAATTGAAAAAAGTGTAAAGATAACAAAGTTCTCTGTGGAGA GAACAAAGAGGGGTTTGGTTCTTGTGAGATAAGAGTAGACGATAAGGTTTATACTACTAG CTGCATTTTGGTATTGGCACACTATGGGCTTTGGGGTTTTTGAGATTTTTCGGGTATTTC GGTTCGTGAATTAAATTATTCGAAATTTTTATTTGATACACGTTAATTAAATTTAAACTA TGCATTATAAACTATATTTGAGAATGACGTTTTCAATAAAAAAAATTTCATATTCAATAT AATATAAGATATATTGAGATTATAAAATTTGAGGTATAAAATTATGAAATTTATCATTAG TAAAATGATTAATTATATTATTAATTAAATAAAGTATATGATTTCAATTAATTTTGATTA CTTGTAGAAAATGTGGAAGAAAAAGAATTAACTAAAAATACTAGAAATGTCTGTTAAATT TCACAGATTATTTATTACAAAAGAAATTATATTAAACACCAAAAAAGATACTTTTTTACT TCATATTGTAAATTAATGAATAAAAAATATAGTTCAAAATAAGTAAATTTTTCGAAATTT TAGAATATTATTAACACTTTTTGCTAATATTTATTCTTAATTTAATGAGATTGTTAATTA TGTTTCTTTTTCTAATAGAATAATTCGAAAATAATCAAAAAGATAATAGTAAAATATAAC TTTTTATTTATGTTCTTAAATATTTTTTCGATAAATGTATCAAATCCATATCATTCACTT TTAATATGAACTAGAAAGAGTATATATAATGGCCTATTATTTTTAAATATTTTCTGAATG TTTTTAATTATAGAAATCATGATCTATAGTAATTTTATTTACTTAGTGAGTGTGTTATAA AAAAAAAAGATTGAACTATTAAGGAATGAACATAGAATTTTCTCATTGGTTAGAAATTTT GACAAAACACCACAAAAGGGTACACTTCTAAGTGTTATATAAGTTTTGAAGAAGTGAGAT GAATTTCAAATATAAAAAGTGAATTTAAATCAAATAATAACTTCAAAAAAATTATTCTTC ATTTTGAACATATGTGTCTTAATATTAAAAAACGCATGCATATACTTTCTTCGTCCAATT TTAATTATTATGATTTCTTTTTTAAATCAAATATTAAAAACTTTAACTTACATGTTACGA TATATTCTTTCATAATATTAATTTGTAAAAAGTTGTAACTTATAATATCTTTTAATATAT TTTTGAATATTTAATTCTTTTTTTTAAAAAAAATATCAAATCAATATGATCTAATTTAAC TTCAGAATTAGTCAAAATCCATTTTCGTAAAATATAGTATGACAACTAAAATAAAATAAA GAAAGTAGAGGTTGGGCCTTAGAAAACATTAATAACAAACCAAAAAAAACATTAATGACA AACCAAATTTCCAATGTATATGTCGAAAGTCTACTTGTAGAAGAAAAAATGCCTAACTTC AAAAATAAAATTTATAACTTTGTTTTGAAATGGAAAAAAAAATGTGACTTGTGAATTAAA TGCACATTAGGAGTTTGAATTTGACATGAACTAAAGCCTAATGAGGTAGTAGGACAAACT TAAGTTAGGTTATTAGCATTTTAATATTAATATTTAACCTATTAAATTGCTTTATTTTGA AGTTATAAGAATGGATGACTTCTACATCATCTATTAGCATTGGTTATCCATCAATGTATT TCATTCTTAATTCCTCCATTACTTCCTTTGTAACCTATGTAACATATGTAACTCCCTTTG TAACATATGTAACTCCCATTGTAACCTATGTAACTCCTATTGTAACCTATGTAACTCCTA AGGTCATTATCTTCACTATTTACTATCTCGTAGTATAAATAGTGGTAGTCTTCATTTGGT TTTAGAGACACACAATTCATAAGAGAAAACAAAGAGTGAAAGAGTTAGTCTAAAGAGAGT TCTTATTAGTTGAAGGGAGGTGTTCTTTTTTTGTGGAGCTTTGGACTCAACTCCTGTCCA GAGTTGTTGAGTTATACTTTGTAAAGGCTGTTGTATCCTGGAGGGGACAAGTCAAAGAGG ACTACTGCTGGACCGGTGAAAACATTTGCTGCAGTGGGCTTGAATCTCCTTAAAGAGAGC GAGATATCCGCGCCTCAGCCTGAAGAGATTACTTTCTTCATTTTATTTTCAATTGTAATC TTGCAATTTTATTATCTTGTAAGTTTTTTTTCACTAACACTTAATTTATTATTTTACACA TACTGAAGTTTTGGATTTAGTTTAAGCATAAATTTTATTAGTAACTATTTAGTCAATATT TAAAAAGTGCATTTAGGAAAAATATAGTATTAAAAAAAAACAATTTTGCATGCTAATTTA TGAATCATTTTTTTTTCTTATTAAAAACATGTTCAACGTCTTTAATTCTTTGAAATAAAT AGTTTTTTTTTTACTTTGAAAATTTTGAAAATCGAACAAAGTATAACAAGATAGAGTGGT TGTGATGGATTTAGGATGGGGCGAGAGTATTCACCTGAACCCTTTTGATAAAAAATTAAC TATTTATATAAAGTATTTTTTTTTCAAAATTTTAGTGAATATATAGGATTTAAATACCTA AGCATAAGACTGAAAGTTACCTTAGTAATTTAGGGACTTCATAATTCATTTTTAAATAGA TATATCATATTTATTTTTCTAACCTACTTAATAAAAATTCTGAATCAGTATTTAAAAATA CAATTTAATTTCACAAACTTACTGAATAATTTGAATTGCATATTTGTTTGGTTGTAACTG CAGGCTTTGGATGGAATGATGATAAATGATAATATTTTTGGTCTGACTAAGTTACTTTTT TTAAAAAAAAATTTTTATAATATCTTGAGGGATTTTAATTCCCCACAAAACCCTTTTTTT TTTTTTTTAGAGTATATTCCATTTGCTTTTTAAAATTTTGTCAAACATTGGGTTTTTACT GATTTTATGTGGACCTCAACTTCCTCATCTTTAATGTATGGCCTTCTCTTTTTTTAGGCT TCCATGATATTCCAATTCCCTAAATTATCTATAAAACTATATATTATATATTTTAAATAA TTTGATTTTAAATTTTAAAAAAAGAATTTAGCAATTGATCTTATGTTTAGTGAACTCTAT AATTTTTGGATATGATGATATGAATATGTACTTATGTCCTCCTAAAAATTATTTTATTTG TCTCAATTTGTATGACATAATTAAATTTTTGAGAGTTGAATGATTTAGTTATATCTGTGA AATTAGACATGTAATATGTAAATTTATCAAAGTAAATTTTACATATTTGAAAACTACGTA TAAATACTATAAGACATTATAATTGATATTTGAAAGAGGGAAAATGGTCGGAAAAATACT TCAACATTGGCCAAAATAGTTGTTTCGATATCAAATTTTATGGAGAACCTTTTACCTCAT GCACTTTTTAAAAGTATATTTTAAAGATATATATGTGCCCACGTGGACACATTACTTTTC AAAATGATGCAATATTTATGATGTTCACGTGGACACATATATATCTTTAAAATACATTTA TTAAATAGTGCAAGGGGTAAAAGATCATGCATGAAGTTTGTATTGTAGCAACAATTGTGG TCAAGCTTCGAATATATTTAAGACCTTTTTTCTTTTAAAAATATATAAAATTATTGAAAT CTCAAAATTTGCAAAGTATCACATAACTTAGGACAAAAAAAAAAATATTTGTCACGAAGG CATAAATTAAAAACCTAACACAAAATATGGGTAAAAGTGCAAGTGACCCTAACACTTGTT TGGATCATTGTTATCAATTGTATTGTATTGTATCGTTATTATACCTACAATGGTTGTTTT GATTGTTACTTAAAATATATTGTACTGTATTGTTAAATTTCGTTGTTACGTAACAATGGA AATCCCTATTTTATGAAACAACTAATTTGGTGTGTTCCCATTGTTACTAGTTTCTTAATC TTTACATAATATTTCAAAATACTATTTTACCCTTTACCTTAATTATTTAAACCTAGTCAA ACCTCCTACCCTGAAATAATTAAGGATATTTATAAATTACATTACTGTATGATACAGTCA AACCAAACAATTAAAATGTTACTAAACAAAACAAACAATACAATCTAACCAAACATTGTA TCTACCATACATTACGATACAATACATTATGAAACAATAGATAACAATAATCCAAACAAA ATGTAAAATATTTTCTTGAACGGAAAGAAAAAATCTTCAACTTTCCCCCTTTTTGGGCTT TCTAAAGAAAACATCTTCACATTTTAATTGGGCTTTGCAATCATGTCTTTTGGTTTGGGC CTTGCATCGTGAGGCTTCTTTTCTTTTATAAAAGTGACTTTTGATATAAAATCGAAACAT TTTGTGAGGTAGATTATTTTGACATTATTATTTAATTTATATTTTTTTAATGTATATTGT ATGCACATTTTAGACACTTTATTTGACATTAGGTTTTGGTACGTCTATTGTCTAATACTG CATACGAGTGATGTTTATGCATTTATAACTGAAGTTTTAAAAAAAAATGGTTGAATTTTA GTCATATATAATCAAAGTATTTTTATCTATCAATTGTTGCTTGTACTGTTATCGCATGTA TATAAACTTCATACATAAATAGTTGAAATTAGACAAGTTATTTTTCCAACTCTTTAATAA AATCAATACGCTCCGACCATAACATGCTGGATACAATAAGGTATCATCACCTAAGTCAAG TTTTAAAAATATATCATAATCTACCTTAAATGTCAAACAAAAATATAACAAACTTTCATA AATACATATTTTCTTTTTGAACAGATTCAAAACAATAATTTTCATTTTAAAATATCATTC ATACACCATAGATGCTAAGTCTAGAAATAAGTTAATTTCATCCTGAGTTAATACTCCAAT AAAAAAAATCATTTCTTCATCCTCAAACTTAAAATCTCACATTTATACGATCATATCATG GATAATACGTTAACAAATTTTTTTAAAAAAAATCATAAAATGAGATATCATTGAAAATCT TTCTACCTCACAAAAATCGATGTTTAGTGAATGATATGAAATTAGTTTTTTTATATAGAG AGATCTTCACATTTGCGATAAAACTTTTGTAACTACGAGTCCATCAGAAGAACAATACTT CACACTAAAAAAGCATAACTTTTTCGTACAATTTCAACAATTCATTTCGCTATGATTTTG AAATTACTATGCAAAATTAATTTTTTCAATCAAACACAATTTGGAGCTTACTTGCTTCAA GGTACCATTTGCTAAAACTAGGTCAAAACATCAAATTTTTAATCAAGCACTCAAAATTCA TTTGAGACCTCCCAAAATATATATCAAATATGTAAATCAATCATGTTTTTATGAACATGC TGAAGTCATCAAATCTTCTTTTCGAGGTCATGTTATTCAGATATTGATCATGGTCGATTC TAGATTTTAAAAAAAATTCACTAAAAATCAACTTAATGATTTAAACCACTCTTTTGAGTG TCTTGTAAATCATCCTTCAAACCTAATAGAGCATCAAAACTCAAATTCAAATGCATTTAA TCAAAATATATATTGGCTTTTGTCAAACTTCTCGTTTTCAAACTTTTTGAAATAAAATTT CTTCTCCAAAACACATCTAATCACTTCAAAAACTATGTTGCTCGTACGTGTAAGTAGTAA CTAACATAATAAAACTATGACAAATATCAAAATTGAAGAAAAATATATATTCAATAGCAT AAAACGATCATACATATCGCAACAAAATCTAAAAGTTATAATTAAGATCAAAGAAATTTC AACTCTTTCGTCGATCAACCATACCACTCCTCAACTAAAATAATTTTACAAATTATGATG ATTACTTTAATAATTATAGTCTAAGAAAAAGTCTTACAAATGTTACAATTAACTTTATTT TCTATTTTTGTTATGAATATGAATAAACGATATCCAATCAATCTCTTTTCGATGATAATA AAAACAAAACATATATTATTCACCGATGATGAAAAGAGGAATTTCACATAATCATTCTAA ATTGTTGGTCACATTAGAAAAAAAAATACATCACAAAATACAATTCTTCCTTAATCTTTC ACACAGAGCAAGTTGTAATACTAATAGTTTAAAAATAGGTTTCAATATACAATGATTTTG ACCATAATTAATATTATGTATCATAATATAATGTATAATATTGTATGCATGTTTATACTA AACAAGAGGAAGGAAAGTACAAAGAATAAAATGAAGTAGTTATACTAAAAAATAAATAGG TATGAGAATCTTTTAATTTACAAAATTCAAAAAATAATTTTAATTTATATAAATTTATTG TTGGTTGTTTCTTCCTTAACCATTCATTGTTCCCAAGGAATAGCAAAAATAGAATAAAAT AATGGTAAAAGTGTGTGGTTAAATAAAGGCAAAAAAAATAATTAAAATTATAAAATAATA ACAGAAGTGTATATAGTGCCCAATAGTTGTGTTTTCCATCTTTAACAACAAACAAACTAA TAAAATATTCCAAAAGAGGATAAGACAATAAAAATTGGATACAATATAATATTTTAGCAA ATAGAATTTTTTTTAACTAAAATAATAATTCTATATTAAAATTTAGGATAAAAAATTAAA TTTTTATTTAAATTATAATAAAATAAGTGTATCACAAATTTGTGTAAAAGATAAGAATAA TATAATCATAGATTGAAGTTGGAAGTTAAATTGTTCGTGTTAATTACTAACTTCATTTCA AACAATTTGATAAAAGAGAATGAGAGATATATAAGATTATTGATAACAAAAAAAGAGGTG GATATGAGATAATTAAAACTTAAATTTAACTAAGGTTAAATTATAAATTTAATTAAATTA ATAAAGTTAAAAATATAATTTCAAAATTGAATAGCAAAGACATTCATTACTAAGAATGTC AAGAGTTAAATTGCCCAACTTTTTAATAAATGAAAACTTTTATGCAGAATTTTAGAGATA TGTACCAATGATTCTTTCTAAAGAAATAGATTAAGATTTCAATTGAAAATTATATGATCG ATTGAGTTCAATTGATTCGTTGAAGAAGCAATGTTATTAAAGAATTCAATTCTCAATAAA ATGTTAAGTTCAATGTATTATAACATTATTTTTGTGACTCGTTAAAACGTAAGTTTATGA ATTTTCTTTTCACTCAATATCAGTATGAGCATAAATTTTTTGTGCTCAAGCATAATTATT TTTTATTAGCTCTCTAATTATCTCTTTACAAATTTATCCTCGTAACTAACAAACAAAACC TTCTAATAACAAATCATTAATAATATATTTGATAAAAATTGCAAAATTTCAAAAGCTACA AATGTTTAGGATGCAAAATGCTAAGTATTTATTAAATTTTGATGACTAAAAAAATGTCTT AAATATACTAACAACCTAAACCTACGTCCTTCAATTATCCATATGAACAAAAATTATTTT AAATTTGTTTAAAATGTGATAATTTACGTTATATCGTTTAAACATATTAATGAACTAACA ATTCCCATCAGTTCTCCAACGAAGTCTCCAAATTTTACATTATTAATCACATTTTTTGCA CTTAGACACACAAAGGAATTAGTACTAGTGATACTCGAGAAGATATTAAAAGTGATTTAT ATACAATTATCAAATAAACATGAATCAGAAGATGAAAGTTAAGTTAGGTGCATAAGAATC ATATGTGACAAAAGATTATAAATCACATTCAAATTAGAACTCTAACGATTTATTTAATAA TAAATTTACGTTCATCGTTTGACTGATATTTTAAATCATATGATTGGATGTATCAAATAC CACTTCCTTTATTAGACTAAGAAGCAGAAGAATAAAAAAGAAGTCTAGGAAACAATAAGA GAAAATAATAAATTACATTATCATTGAAAGCAATCTCCGCAAAAAGAAAAAGAATTAACT CTATCATCTCAAATGTCATGTTCAAATCGTATATCAAAAGATGCTTTGATTTCATGCACT TCAATATTATCCTTTTTAACTTTCAATCTTTTTCTATTTCATATTGATACCATTATACGT ATTTGTGAAATTTAGGTTCTTTAGAAAAAAAAAAAAATTGAATGATAACATTGAGAGATT ATAATCATTTAATTATTTGTGCATGTCAATCATAGTGGTTCAATTGATTGAATACATAAA ATTTTACCTTGTTAGTAAGAATTTTATTTTCAAATTTTATTATTGCACATCTGGCCTATG AATGTCTATTTAGTGATTTAAAAGCCAAAGAAAAGCAAATAATCAATTCAAATATGAAAT ACAATGTTGTTATGAGGTGATACTAAATAGTAATAATAATAAGAAATTGAATTTTATTAT TGGTCCGTCCAATCTATATACGTCTCATTTAGGAATTTATAAGTCAATTCGAGTATGGAT CATAACAATGTTATTATGAGCTAATAGACATGTAGTAATGTAAGAAACAAAGTATTGTTA CTGGTCCGTCCAACCTATGTATGTGTCATTTATAGAGTTAAACGACAAAAAAAAAAAAAA AGAAGTAAATAACCCATCCAAATATGAATTACATTGTTGTTATTTTTTTTATTTGTCACT CGATGTCCGAAGTCTACATTGGAGTTCTTACTGAATCATAGATAGATATGTATCGATCAC TCTATCACAATCTTGATTAGTTTTTGTTTCTTTTTGAAAGAAGCACAAGCAAATAGTATT TCAATTTCTTTGGCAAGTGAATACAACCAAGTCATTGACTTTGCTTTATCTCTTTCTCTT TTTTCTTTTTACTTTTATGTTCGTTATTTAAAATTCACTAGCTTGATTAATTCGAATGTT GTTATCACAAGTTTTTTCATTTTCAAACCTCGAAATTAAGTTACAAAGCTTCTTTGAATC TCTTTTATTATATGAGCGTAAGGAGAAGAAAAAACTACGCTTTCAATGAAATTTGAACTT TCTATCTTGTAAGTGAAAAGAAAAGAATTGCGCTCCGCAGGTTCCATTCGGGGGTGACGC TCCTAATAAGATTTTCTCCATACCCATGGTTTGAACCTGATACCTCTAATTAAGGATGAA ACAATCTCATCAATACCTATTAGTCAAATATTTTATATTCGGTGTCCGAAGCCCACATCG AAGCCCACGTAATAATTTGCTTTTTTTTTTTTAATAAAAGATTAAATAATCTAACCCTTA TTTTTCCAAATAAAGTTTCTACTTGCTGCTAGCTGGTCCTTGCCAGTTGCCATTTTAAAA ACTTTAGCTGCATATAAATTCAGCAACAAACGGAGCTCGATAACTGATATTCACGCAATC ATTTCACCTTTTACCCATTTTTTTCTCTCACACACAAACCCAAATCGTTTTTTTTTTGCT TCATTCTTCTCTAATTCTTTGGATCTGTAGAAGAAGAAGTAAAGAAGATCAAACATGGTT GAGACCAGAAGAAGTTCTTCTTCATCAAAGCGTTCGCTTTCACCATCATCATCTTCTCTT CAGAATAATGGCAAGCGGTCTAAGGTTTGGCTTTTTTTTCTTATCTGATTATGAATTCAG GATTTTGGGGGTTATTTCCGTGTGAATCGATGTTAAAACATGCAAGAAAGATTTGGGGTT GTTTGAATTTTGTTTAATAATTTAACTAGAGTTTAAATCTTTGATTTTTTTGTTTTGTTT TGGGGTTTCTTTTTCTTGAGTTGTTTGAATTTTGTATGTAATTTGATCCGCCTTGTAGGC GGTGGAGGCATTGTCATCGACTAATGATACCCTTGGGATGAAATCTCAGGGTGGGGTAAA TGATTCAGGGCCGGAATCTGCTGAGCAAGAGGTTCGATCAGCTGATCTCGTAGGAGCCAG TGTTTTGAAATCATCGGATGATGCTGCTGCTACTCCGGCTGCTGCTGCTGCGCCACAGAA ATCGATGGAAACTGAAGGGGCAAACGAGCCTTTGGTATCACCGATGACTTTAGGTATGTT TTTTTTTTTCCTTTGCATGTGCTTCGATTTTATCGAAGTTTTGATCTTTCTGATGTTTTC TGAACTTCTGTGTGATGGGTTTAGGTGATTCTGCGATTGATGTGGATAAATCCAAGTCAA ACGGGTCGGCATTGAACCGGGGAAAGAAGCGGCAGCTGAAATCTAATGGTGCTGCATGGG GTAAACTTCTTTCGCAGTGCTCGCAGGTGGGTTCTGAAGCTTTCTGTATGTTTATCTTTG ATTCTTGCAGGTGGGTTTTGCTTCTTAAGCTCTCACTGTGATTATCTTCTACTCTTGTAA GTGGGTAAAGTAGTAAAGATTCAAGTAAAATCTCGAAATGAATAAGCAGGACATATGTGA TGTACTGTTGATGATTTGACACCAAAATTAGTATTCCATTAACCAGCTTACTGCCACGGG TAACAAATGAGTAAAGTTTCAATTTTTGAGCAACCTTAAAAAATTTATGGATGTGGACAA GTGTAAAATCTGATTTTGTGGGAAGGGAAGGAGTTCATAAATCTTCTGATGTAATGTGGA CAAGTGTAGAAAACGGGGAAGCCGGGGGAGGGGTAATAGGCTAAACTCTAAAGTGATCTG ATAACAGGTAGAGGAACATCATGACGTCGAACACAAGGAGTGTAGATGATCTCTTGAAAT GAGTAGCAGCGAAAGCCAGATAGAAGGTGGACAAAATTTGGCAAATCTGCAAAAGACAAA CACTGAAGATGTATGAAATACAATTGTATCATCGTTATGGGGACATCTTTCTTTTTTAGT TGAAATCATTGTTATGGAAAGTTAGATTTGTGTGCTGGACTTTCTTGGTAAATTGGCATC AGCATTGTTAATGAAGTGGGACAAAAGGGTGCTCAAAAGTATAAGGTGCCTCTCCAGACA CATTCTTATGAGATGTACCTTCAAACATGCCAATTTTTGTGTGGTTTCTCAAGGATTACA GCGACTGCATACATGGCCTACTGATCAAATGAGGAGGGAGATTTGGGAGAAACAGAGTAT GAAGTATGTTGGAAATGTCATTCCTGGGTAGTAGCGAGGGCATATCATTTTGTTAGATAT GTGGAAGACAGGATTCAAATGAGGAGGGAGATTTGGGAGAAACAGAGTATGAAGTATGTT GGAAATGTCATTCCTGGGTAGTAGCGAGGGCATATCATTTTGTTAGATATGTGGAAGACA GGATTCAAATGAGGAGGGAGATTTGGGAGAAACAGAGTATGAAGTATGTTGGAAATGTCA TTCCTGGGTAGTAGCGAGGGCATATCATTTTGTTAGATATGTGGAAGACAGGATTCAAAT CTATCAACTTGCATTGAGGAAATCCAAAATTCACATGGAGAAATGGATATGTGGTCCATA TCTTTATCATTTTCTGATCTCCAAAAAATAGGAGGAAAAGTTTCTCATTTTCATCCAAAA GGGTTTACCGAGGTCTTTCAGACCAATCTTTTTTCTTACTTTTGGTTGATACGTAAATGT ATTTCCTTAGCTAGTACCATGAAGGTACTGCAGAAGTATAAGAAAGGGAGCTACGGTTTC ACAACTATCTGTGTAGATTCATATACTCCAAATACTCAAAGAGGAGAGCCATAAGCATCA TGTCTCTTTTTCAGAGTACACACTTACAGAGACTATGTCTATTTCCACTTGTCAATAGAG TCCTGCACAAGACTCTAGTCCTCTTCAGATCTGGTATTTGTAGGTAGAACATCAGAATTT AACGAGAATGTGAAATCTTGGTGTGGTAGTTACTCCATTTTGGGATGACTGCAATGTATT GGTGAGAAAAGTGAAGTTGCGGAGGAATGATTGGAGAAATGGAAGTAAATGGGATCTTTC CATTTTTTCAAATGGAAGATTTCAAATCTATTCTGGGCATTGAAGTTACTGGATTAAAAG GATTAAAGGAAAGACCTAAGCGACGATGAGGAGATTACAAGAGAAATGACACATTAAATG GTTATAACAGGTGATAGCGAAATGAAGTTCTTCTTTGAAATGACTAACGCTCATTACTCA TAGAAGAGATAATTTTGTGAAGTATCTTATTATTGATAGAGCGGAGGCATTAGAGCAGGA AGATATTAGGAACGAACTCCAAAGTTTTATTGCAACCTCTATAAGGAGAGGGAAGATTTG GGGATCAATGTTGAACTAAGTTACTTTTGAGACTATAGGGAAGATTTGGAAAAACTATTC AGCAAAGAGATCTTACTTTCAAGCACTCAAGGTCTGGGACGTTGCTTGGGAGATAACGTG CCCGGTACGGATGGCTTCACTGTAGCTTTCTTTACACCAATGTGAAGAATGGAATTTGTT GGGAAGAAGTGGTAGAAATGCCCGTTCCACTGGTATTAGCATGGACTCTTTGAAAGGAGT TTTTCTTTCCCATCTTAATTAGAAATCTGAAAAGGTTAGGTGACATTTAAAAGATATTTG GCCAGGCTAGTATGGTTGAAAGTGTGGCCTGATATAAACAGTCTGGGACTCAATAAGATG CAATACTGGCAGACTACAAAAATCAGGGTAGTAGATGCATAACTTTTAGGAAGAATCTGA ATGATTGGGAAGTCTGGTATAGGCATCTTACTACTTTTTGTTTTCTGGAAAGTTGTACAA AAAAGACAAGATGTGGATGCGTAGTCTGGTATGGGGACTTTAAAATTCTAAATGTTGCAT TAGGAAAAATCTGAATGATTGGGAAGTCTGGTATAGGGATCTTACTATTTTTTATTTTCT GGAAAGTTGTACATAAAAGAGAAGACGTGGATACATTGTCTGGTATGGGGATTTTAAATT TCTTAATGTAGTTGCAAAATCTTGACCTTCATTGTTGATTAAAAGGTGTTCTTTTTGTTT TTGTTAGGCTGTTGTTTTTTGTTTTTATTTTTAATAAATTTAATTAAAGACTTGTTCAAA GAAGGATGGATTTGACATTCTGAAAGGTCTCATTATGCGTAGAATCCATTTTTCTTCTGT GGAAGTTTGTGTTGTGTGCTGGAAAAGATCTTCCAGAAAAGCATAAGATTGTGTGATGTA GTGTCTCAACGTTGTCCAACAAGCCAACATGAGTATCCAGGCAGGTGAGATGAGTGCTGA AGAGCAAGTTGGCTTTTTATGCTATTGTGTGGACTAGTGGTCAATAAAGTGAGTTTAAGA GGCATGAGGTGTCAAGCTCATATTTCAGCCGAAGTAATAACACTAGGTGATTTATTCCCA TCTATCCCAGACTTGGTGGACAGAGGTACTCAGTACCTGAATTAGTAGGAGGTAATGGGT ATGTTGTTGAAGTAGTCAAGGTGCACCCAAGCTAGCAAGAACACCACATTATAAAAAAAA TCTTTAAATTATGATAGTTATGGACATGGTAGGGTTGGTATTGGAAACATGTTGAAAGTT TAGTTAGACTTTACACAAAGGTGCACCTTATAATGTCTCCAGACTGCTTTGATCTGATTC ATTCACTTAAGTCTGGTTGTAGTTGTTCTTTTGATATGGAAGTTTGAGAGACTATTCTAT TTTTAGTGTGTCAAGGAGACGAGGCTTGGTGTTGGCCACTCAATTGTCTGTCTTTCAACA TTAGCCTTATGGAAGTTAACAATTAGAAAGTTTCTTTATACTGTTAAAACTTAAATATAC CCGAAATGTTTGCACATATTATCAAGCTCTTTTCACTTTTCAATGTAGGCGGAATCACTT TACATATTTACCGTTCCTTATATCAACAGCATATTATATGCCAACTTGTTGATGGGTTTT CTTCTGAAATTAGGCCACCTAATACACTAATTAGCTTCTACTTGCTTTTGCAGAATCCTC ATCTTGTCATGCATCGCCCAACGTATACTGTAGGTCAAAGTCGTGAAAGTGACTTGTGGA TAGGAGATTCTACAGTTAGTAAAGATTTATGTAATCTCAAGCACACTGAGACAGAGGTAA GCCTGAGTTTTTCTTAAGACACTATTTTATCCTGGCTCAAAAATTGTGATTCTTCATAGT TTAACATTGTTTTCTATTGTTTCTCGCTTTTAGTAAAAAGATAACCACATTACTCATTCT GTTTATGTTTTCCTTATGACTAGAAAGGGGTATCCATTACTCTTCTTGAAATTACGGGGA AAAAAGGCGATGTGCAAGTCAATGGCAAGGTCTACCCAAAGAATTCTACTGTTCCTCTCA AAGGAGGTGATGAGGTTGTTTTTGGCTCATCTGGTCAACATGCTTACGTATCCTTAATTC ATTATGTATGAGAGTTCATACTCATGTAAAAAATTTGAAACCCATTTGGATGTTAGAACT AGAGTTACCAGCATTTCCTTGACTTATACTTTAGATCTTTGATAACGACTTATCTGCTAC AAGTTTGGCCCATCCTGTTAGCATATTGGAAGCTCATAGTGGATCAATCAAGGGACTCCA TCTTGAGGCAAGGTCTGGGGATCCCTCCACTGTAGCAGTTGCATCGACCCTAGCATCTTT GTCAAATCTACGGAAAGACTTGTCCCTTCTCCCACCATCATCTCAAAATGGTAAGGATGG AAAACAAGGTTCAGAGGTGCCAATACTACCCTCTGCAAGTGGTCTGAGTCTGACAGAGAA AGATGATTTAGATACTGATATGAAGGATGCTTCTGATGGTAATGACGAACCTGGTGTTTT GGTGGATGAGAAGAATGATGTAATATCTCCTGGCGTTGAGAATGGTAACTTGAATCTTGA TAATGTTGTACTAGATTCAGTTGATGCAGAGATTGGGAAGGTGCAACCTCTCCTTCAAGT GCTTGCTGGATCTTCTGCTTCTGAGTTCGATTTGAGTGGTAGCATTTCCAAAATTTTTGA GGAGCAAAGGAATTTCCGAGAACTACTCAAGGATTTTGATCGTCCAGTTTCTGCTTTAAC TAGGCGCCAAACATTTAAAAATGCCTTACAGCAAGGAGTAGTTGATTTCAACACTATTGA TGTCACATTTGAAAATTTTCCATATTACTTATGGTAAAAATTTGATCTTACCCCCCTTCC CCCCCTCTTTCCAGTTTTCTGGTTGGTATTGCTTTCTTTTCTGTCTTCTCTCGCACCAAA ATTATGTTTGTTCAAGTTGAAATTGGCACTTGTGTATTTCTGGAATGTGTTCCATTGATT TCTATACTACATTTTTGTCTGACAGTGAAAATACAAAGAATGTTCTGATTGCTTCCACTT ATATACACTTGAAGTGTAACGGGTTTGCAAAATTTGCATCAGATCTTCCCACAGTGTGCC CTAGGATTTTGCTATCAGGTCCAGCAGGTAACTACTGCTCCATAGAAATCACTTATCTGG CTTTGTTCAGTTCTCCTGCCCTCGAAATCACATTTTGACTTGCTGCTCACAGGTTCAGAG ATTTATCAGGAGACATTGGCCAAAGCACTTGCTAAGTACTTTTGTGCTAAGCTAATGATA GTTGATTCTCTCTTGCTGCCTGGTGTAAGTGTCTTCTATTACTTGGCTCATGTGTCCTCA TTTGAGGGGCTCATACTTTTTTACCACTGGTTACACCCAATATGCCTCTTTATATTAGTT ATCTTGCTTCCTATCGCCTCATTTCATGGGAAGTTAGAAATGTAGTTGAAAGTTTTGAAA GTTATACGAGAAATACGCGACAAGCTAAGACTGTTCGGATTACAGGCCATTTCTGGTTTT CCAATTCCTTTTTTAGTAATAAATTGAATAGGAAAGTCTGTTTATTGGGGTTGAAAAAAG GAAACTTTGTATCTAAAATTGTGAGACCAATAGCTCCTTTGCATAATAGCCAAATTTTTC TTTTTTCTAGTGTAACCATCAAAAGATAAACTATTACATATATTAATGTTCATTTCATCT AACATTTACTGACAAAATATATGCAAAATGGCTTGAAAATAAGGAAAAAACAGCTTTGAG TAAGGGGGGAAAGAAAGGAAAACATTTTGGTTTGAGCCTTGGCCTCGAGAACAATAGGTA TATTACTTCAATGGGGTATTACAGAATGGGACAGAAACTTTGGCTGCAAATTTGTTAGTT TGCTTGTGTGAATCAACAATTTTCCTTGTTTCATTTGGGATTTTGTCAGTATGCTCATAT AAATCAACACTGATCATCCACACTGCCCACTGCAAGCCAGATTAGAAGTAAATAGGGAAG TGCTTGACGGCTGGCTCAGGGCAATGCAATCTAAAGTTTTGCAAAATTTCTAATAATCAT ATGGATGGTGGTCAGACTATTGAACAGCTGCCCACCTGAGAATTATTGGGCAGTGTTAAG TGAAATGGGAGTGATTGTAGTTTGAACATTTCTGTTATTGTTGGTGTAAGAACAGGTTAA TATGATCGAATTTTTATTACCCTCCAATTCATTTCCTTTTTCTTTAATATTATGTAGGTT TCAAGTTCCAAAGATGTCGAGCCTGTTAAAGTAAGCTCAAAACCAGAGAGAGCTAGTGTA TTTGCTAAACGTGCGGCGCAAGCGGCAGCATTGCATCTGAATAAAAAGCCGGCTTCAAGT GTTGAGGCTGATATAACTGGTGGTTCAATTTTAAGTTCTCATGCTCAGCCCAAGCAGGAG GCATCGACTGCCTCATCAAAAAACTATACTTTTAAGAAAGGTAATTGTTTCTTTGATAGT GAGAACTCCCTCTCTCTCTCTCTCTATATATATATATATATATATATATATATATATATG TCAGGCTAGAAAATATCCTTTGTAGGTGGCAGTTTTGTGCTTAATGCAAAACCGTCATAT TGACAGGTGATAGAGTGAAGTACATCGGATCTTTAACATCAAGCTTTTCTCCGTTGCAAT CACCTATAAGGTAACTGCAGTAAGTCTGTTAATTTATTTTCCAGTGATATTAGTTCAGTA AGCTCATTCAATCTCATACATAATATGATTGATGATGCATTTTGAATCACTTCTGAAAAC TTGCTGTTTGAATAATGATCTCTGTTAGGATTGAAAAACAAGCTATTGGTCTACTTGTTA TTCTCTGTGAATAAAATGCTCTCTGTCAGGACTAACTTCTTGCTTAGTTCATTTTCTTGT GAACAAAATGCTGTCTCTATTGAGATATGTCGGTCAGTCATTTCTTTATTTTAAAATCAC TATAACATGCATGATTGCAGGGGTCCAACATATGGTTACAGGGGCAAAGTGGTTCTTGCA TTTGAGGAAAATGGGTCCTCTAAAATTGGTGTCAGATTTGATAGATCAATTCCTGAGGGT AATGATCTTGGTGGCCTGTGCGATGAAGATCATGGGTTCTTTTGTGCTGGTATTTCTCTG CTGCTGGTTTATATCAGAAAGTTCCATCATTTATTTGTTGCCTGTCCCAGCTATGTCGAA CAACAGAGCATGCCGTTTTTGTGACATGATCTTTTCTTTTTCCGCAGCTGACTTGCTCCG TCTTGATAGCTCAAGTAATGATGAAATTGATAAACTTGCTATTAATGAACTCTTTGAGGT ATTTTCTAATATTCCTTTCCATGATACTATTCCACTTCTTAACCGAGTGTGATAGCTTAT TTATATGTTTTATCTGTATAGGTTGCTTTAAAAGAAAGTAAAAGTGGCCCTCTTGTTTTG TTCATCAAAGACATTGAGAAGTCTATGGTGGGTAATCCTGAGGCCTATGCTGCTTTCAAG ATTAAGCTCGAGCATTTGCCAGAGAATGTTGTTGCCATAGCTTCCCATGCCCAGTCGGAC AGCCGAAAGGAGAAAGTATGCAAGGCATAGTTATTCTGCATTTCTTTCTGATAAAAAATT GCCTTGCGATGCTGATAGCCTTACTTTTTATCTGTTACAGTCGCATCCTGGTGGCTTGCT ATTTACAAAATTTGGAAGTAACCAAACAGCATTGCTTGACCTTGCCTTCCCAGTATGTAA CACTTTCTCTTCCTTTTCCTTTTGTTTTTGGTTTTCCCTTTTCTTGTTCTCAGTGTTGTA CCTAAGAACTATGAGGTTGTGAGGCACTTTAGCTGCACGTCTTAGGGGGAGTTTGTCAAT GTGCTAATAGCCTCATATGGATTTTCTTTATTTTGTTATTACCCATGACTGACACTAGGA GTCTCCAAGCCTTTTACATTTGGTCATTTACGAACTGCATAGTTAAAGAGCATACAATAC AAAAGAGACTCCTTTTCCTCAATATGCTGAGATGTAGGAGTTGTCAAATGATTGGGTGTC AAATTGGGTTTTAAAAATATGGTGCCAGCTTTAATCCACAAAAACCCATTCCTTGTACTT CATTCTTATACAATACATTCTTCTCTACTCTAATGGGTCTACCGCTCTACTCTCCACTTA AATACCAGACTTCTGTCTGTGGTTGGGTTCGAGCCCATAACATGCACCTAATTACATATC ACCCACTGCACTCTTACCACTAGACCAAAGCCCTCGGAGCCGATTCCTGTCCATATTTTA TATTTCTCAATAACCCAAACTGCATTTACCCATCTGTGTCTCTGTCCTCAAGTAATTATT TTTTTAACACACACATGTAGATACATATATATGATGTGTCTACACTTGCAAATGGTTTCA TATAATTATTTGAAAGTATTTTTGTGACAAGTCAAAAAATTCAAATTTATCTTCTATTTT CCTGTGGCTGACATTAAGTTCTGAAAAGTATTACACTCATATGTTTGCATGGTTGAGCAT ACAACCCAAACTCTTTCATACATTACATGAAATTCTCAGGCATAGTGTCAAATTTGTGGA TTAGATTGGGTATCGGCAGGAGTAGATTGGTTTTAGTAATCAGTACAGACATTACCAAGC CACCTGACTCCCATTTAATCCATATCCTTGTTCTTTTTTCTTATACAGCACAGATATTTC TGTTCTTACCCATCTTATACTAGGCATACATTTCTACTCTTACTCATATCTCTTTATCTT TCAATCACTGAAGCTACTACCACCCACCCAGTGTTGAGTGTTGTCAATAGCAGTAAACTC AAAAGCTCTTGAGATCACTAAGGGAATTAAGAGCAAAAAAAGCGTGAGGCCGTGAGCTTT AATGAAAAACACGCGAAGGGAGAAAAAAGTACAAATATATATGTTTAATTCAAGACTAAT GATTAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.930 5822 6206 match_2 match_part 0.907 6442 7086 match_3 match_part 0.941 6716 7069 match_4 match_part 0.965 8814 9491 match_5 match_part 0.960 8815 9369 match_6 match_part 0.952 8819 9272 match_7 match_part 0.967 8863 9445 match_8 match_part 0.956 9221 9629 match_9 match_part 0.913 9297 9777 match_10 match_part 0.947 32178 32272 match_part 1.000 32448 32478 match_part 1.000 32586 32647 match_part 1.000 33102 33141 match_part 1.000 33252 33301 match_part 0.989 33944 34038 match_11 match_part 0.965 32188 32272 match_part 1.000 32448 32478 match_part 1.000 32586 32647 match_part 1.000 33102 33141 match_part 1.000 33252 33307 match_part 0.995 33947 34162 match_12 match_part 0.995 33978 34162 match_part 1.000 34268 34421 match_part 1.000 34791 34913 match_13 match_part 1.000 34936 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 1.000 35682 35773 match_part 1.000 35843 35869 match_14 match_part 1.000 34936 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.952 35682 35764 match_15 match_part 0.989 34937 35113 match_part 1.000 35230 35361 match_part 0.992 35440 35561 match_part 0.967 35682 35773 match_part 0.978 35843 35934 match_part 0.918 37142 37214 match_16 match_part 1.000 34950 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.978 35682 35773 match_part 1.000 35843 35922 match_17 match_part 1.000 34950 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.978 35682 35773 match_part 1.000 35843 35922 match_18 match_part 1.000 35441 35561 match_part 1.000 35682 35773 match_part 1.000 35843 35934 match_part 1.000 37630 37721 match_part 1.000 38415 38514 match_19 match_part 1.000 35853 35934 match_part 0.963 37142 37275 match_part 0.975 37630 37913 match_20 match_part 1.000 38249 38860 match_21 match_part 0.978 38368 38548 match_part 0.980 39140 39188 match_part 0.968 40107 40386 match_22 match_part 0.943 38373 38548 match_part 0.959 39140 39188 match_part 0.953 40107 40513 match_23 match_part 0.943 38373 38548 match_part 0.959 39140 39188 match_part 0.937 40107 40470 match_24 match_part 0.941 38380 38548 match_part 0.959 39140 39188 match_part 0.945 40107 40564 match_25 match_part 0.941 38380 38548 match_part 0.959 39140 39188 match_part 0.945 40107 40564 match_26 match_part 0.953 38443 38548 match_part 0.959 39140 39188 match_part 0.913 40107 40726 match_27 match_part 0.944 38513 38548 match_part 1.000 39140 39188 match_part 0.996 40107 40597 match_28 match_part 1.000 40263 40769 match_29 match_part 1.000 60116 60962 match_30 match_part 1.000 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 0.984 62704 62895 match_31 match_part 0.980 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62428 match_32 match_part 0.967 60159 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 1.000 62704 62935 match_part 0.979 63082 63221 match_33 match_part 0.958 60205 60370 match_part 0.971 61938 62041 match_part 0.961 62399 62525 match_34 match_part 1.000 62719 62935 match_part 1.000 63082 63239 match_part 1.000 63648 63718 match_35 match_part 1.000 63804 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.990 64597 64896 match_36 match_part 1.000 63804 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.990 64597 64896 match_37 match_part 1.000 63805 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.980 64597 64896 match_38 match_part 1.000 68977 69529 match_39 match_part 0.992 69029 69520 match_40 match_part 0.974 69047 69502 match_41 match_part 0.982 69048 69502 match_42 match_part 0.981 69244 69553 match_43 match_part 0.901 83075 83428 match_44 match_part 0.924 83092 83406 match_45 match_part 0.998 83292 83743 match_46 match_part 0.961 98144 98347 match_part 1.000 98782 99006 match_part 0.997 99270 99659 match_47 match_part 0.824 98168 98360 match_part 0.978 98782 99006 match_part 0.985 99270 99666 match_48 match_part 1.000 98180 98347 match_part 1.000 98782 99006 match_part 1.000 99270 99427 match_49 match_part 0.940 98181 98347 match_part 0.947 98782 99006 match_part 0.929 99270 99678 match_50 match_part 0.940 98181 98347 match_part 0.947 98782 99006 match_part 0.966 99270 99416 match_51 match_part 1.000 98182 98347 match_part 1.000 98782 99006 match_part 1.000 99270 99475 match_52 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.923 99270 99670 match_53 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.942 99270 99666 match_54 match_part 0.817 98186 98360 match_part 0.978 98782 99006 match_part 0.985 99270 99664 match_55 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.934 99270 99649 match_56 match_part 0.932 98186 98347 match_part 0.947 98782 99006 match_part 0.952 99270 99599 match_57 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.954 99270 99595 match_58 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.950 99270 99586 match_59 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.950 99270 99550 match_60 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.950 99270 99530 match_61 match_part 0.932 98186 98347 match_part 0.942 98782 99006 match_part 0.955 99270 99492 match_62 match_part 0.895 98186 98347 match_part 0.500 98427 98466 match_part 0.978 98782 99006 match_part 0.986 99270 99485 match_63 match_part 0.932 98186 98347 match_part 0.947 98782 99006 match_part 0.953 99270 99481 match_64 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.952 99270 99457 match_65 match_part 0.932 98186 98347 match_part 0.947 98782 99006 match_part 0.967 99270 99450 match_66 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.939 99270 99449 match_67 match_part 0.932 98186 98347 match_part 0.947 98782 99006 match_part 0.925 99270 99442 match_68 match_part 0.938 98186 98347 match_part 0.947 98782 99006 match_part 0.950 99270 99369 match_69 match_part 0.926 98186 98347 match_part 0.947 98782 99006 match_part 0.837 99270 99318 match_70 match_part 0.943 98190 98347 match_part 0.947 98782 99006 match_part 0.961 99270 99625 match_71 match_part 0.901 98217 98347 match_part 0.982 98782 99006 match_part 0.930 99270 99681 match_72 match_part 0.901 98217 98347 match_part 0.982 98782 99006 match_part 0.973 99270 99607 match_73 match_part 0.901 98217 98347 match_part 0.982 98782 99006 match_part 0.975 99270 99553 match_74 match_part 0.901 98217 98347 match_part 0.982 98782 99006 match_part 0.974 99270 99539 match_75 match_part 0.878 98217 98347 match_part 0.987 98782 99006 match_part 0.963 99270 99538 match_76 match_part 0.893 98217 98347 match_part 0.982 98782 99006 match_part 0.985 99270 99474 match_77 match_part 0.901 98217 98347 match_part 0.973 98782 99006 match_part 0.995 99270 99463 match_78 match_part 0.878 98217 98347 match_part 0.987 98782 99006 match_part 0.979 99270 99461 match_79 match_part 1.000 98219 98347 match_part 0.982 98782 99006 match_part 0.967 99270 99361 match_80 match_part 0.913 98222 98347 match_part 0.982 98782 99006 match_part 0.990 99270 99369 match_81 match_part 0.943 98261 98347 match_part 0.973 98782 99006 match_part 0.963 99270 99624 match_82 match_part 0.976 98265 98347 match_part 0.901 98782 99466 match_83 match_part 0.880 98298 98347 match_part 0.938 98782 99006 match_part 0.968 99270 99454 match_84 match_part 0.929 98310 98351 match_part 0.956 98782 99006 match_part 0.938 99270 99576 match_85 match_part 0.968 98321 98351 match_part 0.956 98782 99006 match_part 0.957 99270 99669 match_86 match_part 0.964 98810 99006 match_part 0.933 99270 99877 match_87 match_part 0.965 98832 99002 match_88 match_part 0.938 98847 99006 match_part 0.932 99270 99874 match_89 match_part 0.958 98887 99006 match_part 0.927 99270 99869 match_90 match_part 0.982 98950 99006 match_part 0.928 99270 99895 match_91 match_part 0.982 98950 99006 match_part 0.928 99270 99894 match_92 match_part 0.981 98953 99006 match_part 0.929 99270 99848 match_93 match_part 1.000 98971 99006 match_part 0.938 99270 99902 match_94 match_part 0.936 99298 99887 match_part 0.643 99976 99989 match_95 match_part 0.932 99325 99884 match_part 0.576 99979 100011 match_96 match_part 0.927 99332 99918 match_97 match_part 0.909 99349 99821 match_98 match_part 0.925 99430 99815 match_99 match_part 0.943 99477 99738 match_100 match_part 0.914 99505 99887 match_part 0.615 99979 99991 match_101 match_part 0.900 99550 99909 match_102 match_part 0.902 99581 99887 match_part 0.680 99979 100003 match_103 match_part 0.930 99582 99867 match_part 0.636 99979 99989 match_104 match_part 0.909 99731 99895 match_105 match_part 0.571 101356 101362 match_part 0.940 101638 101952 match_106 match_part 0.958 101651 102368 match_107 match_part 0.977 101772 102328 match_108 match_part 0.970 121040 121173 match_part 0.951 121346 121467 match_part 0.967 121553 121644 match_part 0.946 122578 122800 match_part 0.891 122947 123010 match_part 0.991 123321 123430 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_109 match_part 0.930 3232 2745 match_110 match_part 0.939 9208 8533 match_111 match_part 0.933 9208 8806 match_112 match_part 0.966 17334 16542 match_113 match_part 0.959 16837 16542 match_114 match_part 0.959 16837 16542 match_115 match_part 0.956 16836 16542 match_116 match_part 0.968 17352 16546 match_117 match_part 0.968 17321 16878 match_118 match_part 0.991 17650 17210 match_119 match_part 0.992 18203 17968 match_part 0.996 17852 17300 match_120 match_part 0.985 18035 17968 match_part 0.958 17852 17445 match_121 match_part 0.997 17831 17543 match_122 match_part 0.979 18202 17968 match_part 0.988 17852 17692 match_123 match_part 1.000 19435 19430 match_part 0.988 19352 19104 match_part 0.963 18997 18944 match_part 0.967 18851 18732 match_124 match_part 0.983 19945 19830 match_part 0.978 19655 19430 match_part 0.980 19352 19104 match_part 0.963 18997 18944 match_part 0.897 18851 18755 match_125 match_part 0.946 19327 19104 match_part 0.962 18997 18946 match_126 match_part 0.954 20326 19830 match_part 0.970 19655 19524 match_127 match_part 0.954 20326 19830 match_part 0.978 19655 19564 match_128 match_part 0.925 20312 19872 match_129 match_part 0.946 20330 19922 match_130 match_part 0.936 20339 19965 match_131 match_part 0.945 20338 19973 match_132 match_part 0.945 20338 19973 match_133 match_part 0.945 20339 19974 match_134 match_part 0.961 20255 20025 match_135 match_part 0.974 20336 20147 match_136 match_part 1.000 30495 30007 match_part 1.000 29592 29532 match_part 1.000 29430 29361 match_part 1.000 28906 28652 match_part 1.000 28492 28425 match_part 1.000 28337 28228 match_part 1.000 27798 27758 match_part 1.000 27665 27517 match_part 1.000 26620 26267 match_part 0.997 25995 25625 match_part 0.826 25101 25079 match_137 match_part 1.000 30495 30007 match_part 1.000 29592 29532 match_part 1.000 29430 29361 match_part 1.000 28906 28652 match_part 1.000 28492 28425 match_part 1.000 28337 28228 match_part 1.000 27798 27758 match_part 1.000 27665 27517 match_part 1.000 26620 26267 match_part 1.000 25995 25626 match_part 0.826 25101 25079 match_138 match_part 0.985 26469 26267 match_part 0.967 25995 25602 match_139 match_part 0.959 26580 26267 match_part 1.000 25995 25678 match_140 match_part 1.000 26579 26267 match_part 1.000 25995 25852 match_141 match_part 1.000 26579 26267 match_part 1.000 25995 25853 match_142 match_part 1.000 46904 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.994 43157 42814 match_part 0.571 41838 41832 match_part 0.581 41485 41443 match_143 match_part 1.000 46914 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.988 43157 42902 match_part 0.571 41838 41832 match_part 0.595 41485 41444 match_144 match_part 1.000 46875 46866 match_part 0.936 46624 46578 match_part 1.000 44446 44362 match_part 0.989 43331 43242 match_part 0.953 43157 42922 match_145 match_part 1.000 46875 46866 match_part 0.936 46624 46578 match_part 1.000 44446 44362 match_part 0.989 43331 43242 match_part 0.919 43157 42948 match_146 match_part 1.000 46875 46866 match_part 0.936 46624 46578 match_part 1.000 44446 44362 match_part 0.989 43331 43242 match_part 0.919 43157 42948 match_147 match_part 1.000 46875 46866 match_part 0.936 46624 46578 match_part 1.000 44446 44362 match_part 0.989 43331 43242 match_part 0.919 43157 42949 match_148 match_part 0.917 46601 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.961 43157 42954 match_149 match_part 1.000 46882 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.995 43157 42962 match_150 match_part 0.816 56060 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49454 match_part 0.696 47956 47934 match_part 0.750 47073 47050 match_151 match_part 1.000 56049 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49467 match_part 0.696 47956 47934 match_part 0.750 47077 47050 match_152 match_part 1.000 56024 56012 match_part 0.957 55834 55788 match_part 0.953 53233 53149 match_part 0.978 49900 49811 match_part 0.940 49683 49467 match_part 0.674 47101 47056 match_153 match_part 1.000 56031 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49452 match_part 0.694 47969 47934 match_part 0.483 47487 47459 match_154 match_part 1.000 56031 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 0.996 49683 49450 match_part 0.714 47968 47934 match_part 0.500 47498 47471 match_155 match_part 1.000 56025 56012 match_part 0.979 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.988 49683 49441 match_part 0.842 47956 47938 match_156 match_part 1.000 56024 56012 match_part 0.957 55834 55788 match_part 0.929 53233 53149 match_part 0.989 49900 49811 match_part 0.945 49683 49467 match_part 0.818 47959 47938 match_157 match_part 0.933 53193 53149 match_part 1.000 49900 49811 match_part 0.996 49683 49453 match_part 0.842 47956 47938 match_158 match_part 1.000 56025 56012 match_part 1.000 55846 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49444 match_part 0.625 48474 48459 match_159 match_part 1.000 56021 56012 match_part 0.957 55834 55788 match_part 0.929 53233 53149 match_part 0.989 49900 49811 match_part 0.906 49683 49292 match_160 match_part 0.989 49903 49811 match_part 0.906 49683 49292 match_161 match_part 1.000 56016 56012 match_part 0.957 55834 55788 match_part 0.894 53233 53149 match_part 0.989 49900 49811 match_part 0.918 49683 49343 match_162 match_part 1.000 56016 56012 match_part 0.957 55834 55788 match_part 0.941 53233 53149 match_part 0.989 49900 49811 match_part 0.918 49683 49343 match_163 match_part 1.000 56050 56012 match_part 0.957 55834 55788 match_part 0.929 53233 53149 match_part 0.989 49900 49811 match_part 0.915 49683 49354 match_164 match_part 1.000 56016 56012 match_part 0.957 55834 55788 match_part 0.941 53233 53149 match_part 0.989 49900 49811 match_part 0.909 49683 49410 match_165 match_part 1.000 56026 56012 match_part 0.983 55846 55788 match_part 0.988 53233 53149 match_part 1.000 49900 49811 match_part 0.957 49683 49429 match_166 match_part 1.000 56020 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 0.961 49683 49429 match_167 match_part 0.975 49676 49433 match_168 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.972 49683 49434 match_169 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.976 49683 49434 match_170 match_part 1.000 56035 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.956 49683 49435 match_171 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49441 match_172 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49442 match_173 match_part 0.988 53233 53149 match_part 0.989 49900 49811 match_part 0.996 49683 49445 match_174 match_part 0.975 55827 55788 match_part 1.000 53233 53149 match_part 0.978 49900 49811 match_part 0.979 49683 49448 match_175 match_part 1.000 56035 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.996 49683 49455 match_176 match_part 1.000 56023 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49478 match_177 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 0.988 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49607 match_178 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49607 match_179 match_part 0.988 51366 50591 match_180 match_part 1.000 71922 71825 match_part 1.000 71688 71610 match_part 1.000 70796 70740 match_part 0.992 70656 70162 match_181 match_part 0.929 70661 70465 match_182 match_part 0.907 71211 70740 match_part 0.911 70656 70489 match_183 match_part 0.958 71966 71825 match_part 0.975 71688 71610 match_part 0.930 70796 70740 match_part 0.883 70656 70580 match_184 match_part 1.000 73498 73459 match_part 0.995 73100 72915 match_part 0.957 72219 72103 match_part 0.972 71931 71825 match_part 1.000 71688 71630 match_185 match_part 1.000 73498 73459 match_part 1.000 73100 72915 match_part 0.991 72219 72103 match_part 0.982 71931 71877 match_186 match_part 0.932 75045 74972 match_part 0.968 73947 73790 match_part 0.985 73680 73614 match_part 0.983 73512 73455 match_part 0.978 73003 72915 match_part 0.933 72219 71965 match_187 match_part 0.929 76376 76335 match_part 0.971 76229 76195 match_part 0.993 75987 75850 match_part 0.957 75040 74972 match_part 0.994 73947 73790 match_part 0.985 73680 73614 match_part 0.981 73512 73459 match_part 0.966 73003 72915 match_188 match_part 1.000 76513 76335 match_part 1.000 76229 76195 match_part 1.000 75987 75850 match_part 1.000 75040 74972 match_part 1.000 73947 73790 match_part 1.000 73680 73620 match_189 match_part 0.912 76493 76335 match_part 1.000 76229 76195 match_part 0.993 75987 75850 match_part 0.942 75040 74972 match_part 0.987 73947 73790 match_part 0.983 73680 73621 match_190 match_part 0.912 76493 76335 match_part 1.000 76229 76195 match_part 0.993 75987 75850 match_part 0.942 75040 74972 match_part 0.979 73947 73808 match_191 match_part 1.000 83735 83235 match_192 match_part 0.931 99937 99376 match_193 match_part 0.926 99876 99376 match_194 match_part 0.929 99857 99376 match_195 match_part 0.924 99874 99399 match_196 match_part 0.903 99909 99569 match_197 match_part 0.990 102125 101647 match_part 0.545 99918 99875 match_198 match_part 0.970 102107 101647 match_199 match_part 0.951 101931 101647 match_200 match_part 0.978 101870 101647 match_201 match_part 0.971 102262 101651 match_202 match_part 1.000 102149 101716 match_203 match_part 0.971 102298 101743 match_204 match_part 0.999 102589 101745 match_205 match_part 0.970 102335 101797 match_206 match_part 0.973 102485 101818 match_207 match_part 0.943 102375 101818 match_208 match_part 0.943 102575 101845 match_209 match_part 0.971 102570 101849 match_210 match_part 0.980 102646 101933 match_211 match_part 0.994 102646 102022 match_212 match_part 1.000 102655 102057 match_213 match_part 0.992 102822 102074 match_214 match_part 0.999 102980 102090 match_215 match_part 0.996 102702 102157 match_216 match_part 0.997 103121 102214 match_217 match_part 1.000 103163 102314 match_218 match_part 1.000 102705 102343 match_219 match_part 0.977 103084 102463 match_220 match_part 0.935 102746 102530 match_221 match_part 0.993 103015 102583 match_222 match_part 0.972 103339 102603 match_223 match_part 0.970 103340 102716 match_224 match_part 0.993 103285 102717 match_225 match_part 0.979 103607 102859 match_226 match_part 0.977 103328 102885 match_227 match_part 0.979 103626 102920 match_228 match_part 0.939 103322 102997 match_229 match_part 0.975 103730 103015 match_230 match_part 0.994 104192 103491 match_231 match_part 0.971 104640 104083 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 3232 2745 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 5822 6206 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 6442 7086 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 9208 8533 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 8814 9777 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 18203 17968 exon 17852 16542 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 20339 19830 exon 19655 19430 exon 19352 19104 exon 18997 18944 exon 18851 18732 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 30495 30007 exon 29592 29532 exon 29430 29361 exon 28906 28652 exon 28492 28425 exon 28337 28228 exon 27798 27758 exon 27665 27517 exon 26620 26267 exon 25995 25625 exon 25101 25079 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 26580 26267 exon 25995 25602 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 32188 32272 exon 32448 32478 exon 32586 32647 exon 33102 33141 exon 33252 33307 exon 33947 34162 exon 34268 34421 exon 34791 34913 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 32178 32272 exon 32448 32478 exon 32586 32647 exon 33102 33141 exon 33252 33301 exon 33944 34162 exon 34268 34421 exon 34791 34913 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38368 38548 exon 39140 39188 exon 40107 40769 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 34936 35113 exon 35230 35361 exon 35440 35561 exon 35682 35773 exon 35843 35934 exon 37630 37721 exon 38415 38548 exon 39140 39188 exon 40107 40769 gene_14 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 34936 35113 exon 35230 35361 exon 35440 35561 exon 35682 35773 exon 35843 35934 exon 37142 37275 exon 37630 37913 gene_15 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38249 38860 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 46914 46866 exon 46624 46578 exon 44446 44362 exon 43331 43242 exon 43157 42902 exon 41838 41832 exon 41485 41444 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 46904 46866 exon 46624 46578 exon 44446 44362 exon 43331 43242 exon 43157 42814 exon 41838 41832 exon 41485 41443 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56050 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49292 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49441 exon 47956 47938 gene_20 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49453 exon 47956 47938 gene_21 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49450 exon 47968 47934 exon 47498 47471 gene_22 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49452 exon 47969 47934 exon 47487 47459 gene_23 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56060 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49454 exon 47956 47934 exon 47073 47050 gene_24 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56029 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49467 exon 47959 47938 gene_25 gene GT_PGL_12_AGS_8 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56029 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49467 exon 47101 47056 gene_26 gene GT_PGL_12_AGS_9 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56026 56012 exon 55846 55788 exon 53233 53149 exon 49900 49811 exon 49683 49429 gene_27 gene GT_PGL_12_AGS_10 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56049 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49467 exon 47956 47934 exon 47077 47050 gene_28 gene GT_PGL_12_AGS_11 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56025 56012 exon 55846 55788 exon 53233 53149 exon 49900 49811 exon 49683 49444 exon 48474 48459 gene_29 gene GT_PGL_12_AGS_12 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 49903 49811 exon 49683 49292 gene_30 gene GT_PGL_12_AGS_13 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 51366 50591 gene_31 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60117 60370 exon 61938 62041 exon 62399 62534 exon 62704 62935 exon 63082 63239 exon 63648 63718 gene_32 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60116 60962 gene_33 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 63804 63836 exon 64048 64148 exon 64315 64411 exon 64597 64896 gene_34 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 68977 69553 gene_35 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 76513 76335 exon 76229 76195 exon 75987 75850 exon 75040 74972 exon 73947 73790 exon 73680 73614 exon 73512 73459 exon 73003 72915 gene_36 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 75045 74972 exon 73947 73790 exon 73680 73614 exon 73512 73455 exon 73003 72915 exon 72219 71825 exon 71688 71610 exon 70796 70740 exon 70656 70162 gene_37 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 73498 73459 exon 73100 72915 exon 72219 72103 exon 71931 71825 exon 71688 71610 exon 70796 70740 exon 70656 70162 gene_38 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 70661 70465 gene_39 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 71211 70740 exon 70656 70489 gene_40 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 83075 83743 gene_41 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 83735 83235 gene_42 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99918 gene_43 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99887 exon 99979 100003 gene_44 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99884 exon 99979 100011 gene_45 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99887 exon 99976 99989 gene_46 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99867 exon 99979 99989 gene_47 gene GT_PGL_19_AGS_6 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98310 98351 exon 98782 99006 exon 99270 99918 gene_48 gene GT_PGL_19_AGS_7 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98168 98360 exon 98782 99006 exon 99270 99918 gene_49 gene GT_PGL_19_AGS_8 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98186 98347 exon 98427 98466 exon 98782 99006 exon 99270 99918 gene_50 gene GT_PGL_19_AGS_9 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98265 98347 exon 98782 99918 gene_51 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 104640 101647 exon 99918 99376 gene_52 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 99937 99376 gene_53 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 101356 101362 exon 101638 102368 gene_54 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 121040 121173 exon 121346 121467 exon 121553 121644 exon 122578 122800 exon 122947 123010 exon 123321 123430 RepeatMasker tomato repeats master Copia00151 5608 5829 1 Copia00151 5608 5829 1 nucleotide_motif 966 4402 4615 Copia00008 1 5115 1 Copia00008 1 5115 1 nucleotide_motif 1423 5534 5854 Copia00196 624 710 1 Copia00196 624 710 1 nucleotide_motif 279 6442 6528 Copia00173 689 985 1 Copia00173 689 985 1 nucleotide_motif 378 6541 6827 Copia00013 158 293 1 Copia00013 158 293 1 nucleotide_motif 283 7394 7509 Copia00124 1720 2279 1 Copia00124 1720 2279 1 nucleotide_motif 1078 7512 8050 Copia00124 3388 3890 1 Copia00124 3388 3890 1 nucleotide_motif 1021 8813 9279 COP2_I_MT 5009 5063 1 COP2_I_MT 5009 5063 1 nucleotide_motif 267 9282 9338 Copia00013 2604 3289 1 Copia00013 2604 3289 1 nucleotide_motif 3748 9331 9998 Copia00008 1 5115 1 Copia00008 1 5115 1 nucleotide_motif 3035 9995 10516 Copia00181 1816 1881 1 Copia00181 1816 1881 1 nucleotide_motif 268 10640 10706 HarbN_I 5 202 1 HarbN_I 5 202 1 nucleotide_motif 866 30683 30911 HELITRON7_OS 1375 1496 -1 HELITRON7_OS 1375 1496 -1 nucleotide_motif 317 58382 58418 Copia00112 7615 7702 1 Copia00112 7615 7702 1 nucleotide_motif 495 58419 58505 Gypsy00042 5939 6041 1 Gypsy00042 5939 6041 1 nucleotide_motif 442 58425 58527 Copia00107 273 462 1 Copia00107 273 462 1 nucleotide_motif 815 60830 61007 Copia00094 4312 4464 1 Copia00094 4312 4464 1 nucleotide_motif 973 81323 81476 Unknown00034 3710 4018 1 Unknown00034 3710 4018 1 nucleotide_motif 2085 81347 81650 HarbN_I 109 199 1 HarbN_I 109 199 1 nucleotide_motif 240 86021 86112 Unknown00034 3680 4040 1 Unknown00034 3680 4040 1 nucleotide_motif 2309 89249 89599 SONATA3 157 245 1 SONATA3 157 245 1 nucleotide_motif 294 94516 94604 Copia00151 8217 8379 1 Copia00151 8217 8379 1 nucleotide_motif 605 100172 100336 Copia00168 4153 4655 1 Copia00168 4153 4655 1 nucleotide_motif 2708 107704 108145 Copia00005 1 86 1 Copia00005 1 86 1 nucleotide_motif 603 108255 108342 Copia00151 5496 5862 1 Copia00151 5496 5862 1 nucleotide_motif 1301 109457 109825 Gypsy00168 1337 1387 1 Gypsy00168 1337 1387 1 nucleotide_motif 230 122831 122881 RepeatMasker tomato repeats master TORTL1 1 3395 -1 TORTL1 1 3395 -1 nucleotide_motif 28786 3398 1 Copia00198 8049 8142 -1 Copia00198 8049 8142 -1 nucleotide_motif 276 5870 5780 Copia00012 2461 2723 -1 Copia00012 2461 2723 -1 nucleotide_motif 580 8321 8072 Copia00110 12110 12981 -1 Copia00110 12110 12981 -1 nucleotide_motif 3630 9208 8323 Copia00112 7413 7495 -1 Copia00112 7413 7495 -1 nucleotide_motif 299 10697 10617 Gypsy00178 6466 6564 -1 Gypsy00178 6466 6564 -1 nucleotide_motif 246 10737 10707 Gypsy00043 514 610 -1 Gypsy00043 514 610 -1 nucleotide_motif 468 11705 11609 LSU-rRNA_Ath 3287 3359 -1 LSU-rRNA_Ath 3287 3359 -1 nucleotide_motif 496 19749 19677 Copia00151 8236 8385 -1 Copia00151 8236 8385 -1 nucleotide_motif 480 25016 24869 SONATA3 1 117 -1 SONATA3 1 117 -1 nucleotide_motif 376 38684 38575 TLP2 6 306 -1 TLP2 6 306 -1 nucleotide_motif 1095 39666 39383 SONATA3 134 245 -1 SONATA3 134 245 -1 nucleotide_motif 365 44779 44665 SONATA1 1 74 -1 SONATA1 1 74 -1 nucleotide_motif 376 44942 44871 Unknown00050 3310 3865 -1 Unknown00050 3310 3865 -1 nucleotide_motif 3215 66613 66053 Gypsy00043 1008 1313 -1 Gypsy00043 1008 1313 -1 nucleotide_motif 1194 77266 76981 Copia00110 13333 13570 -1 Copia00110 13333 13570 -1 nucleotide_motif 956 77328 77091 Gypsy00073 691 867 -1 Gypsy00073 691 867 -1 nucleotide_motif 967 77628 77448 Copia00110 13203 13326 -1 Copia00110 13203 13326 -1 nucleotide_motif 462 77741 77621 Copia00110 2438 2719 -1 Copia00110 2438 2719 -1 nucleotide_motif 1299 82828 82559 Copia00172 323 538 -1 Copia00172 323 538 -1 nucleotide_motif 1023 87366 87148 CLOUD-7 12 50 -1 CLOUD-7 12 50 -1 nucleotide_motif 226 89885 89846 SONATA2 1 208 -1 SONATA2 1 208 -1 nucleotide_motif 1025 96465 96248 TS2 552 649 -1 TS2 552 649 -1 nucleotide_motif 317 101283 101192 Gypsy00046 4060 4121 -1 Gypsy00046 4060 4121 -1 nucleotide_motif 254 122906 122845 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 6250 6330 10475 match_2 match 3469 594 3308 match_3 match 3491 594 3308 match_4 match 2040 8908 10266 match_5 match 3140 5829 7893 match_6 match 4137 7908 10457 match_7 match 1376 7602 9287 match_8 match 4423 7248 10257 match_9 match 1733 8607 10266 match_10 match 1439 7591 8761 match_11 match 2440 7190 9548 match_12 match 6645 5829 9963 match_13 match 3445 8402 10470 match_14 match 1255 7785 9287 match_15 match 6022 1 3399 match_16 match 3830 1 3399 match_17 match 5309 1 3398 match_18 match 3166 5829 7988 match_19 match 3971 8016 10470 match_20 match 1701 5829 7051 match_21 match 2874 8820 10470 match_22 match 2300 1306 3399 match_23 match 1407 1 1186 match_24 match 3205 1330 3398 match_25 match 2181 1 1320 match_26 match 1733 8607 10266 match_27 match 1439 7591 8761 match_28 match 3118 1 3308 match_29 match 3699 1 2636 match_30 match 2912 381 3337 match_31 match 5372 1 3398 match_32 match 5769 6540 10266 match_33 match 2127 6540 7905 match_34 match 5372 1 3398 match_35 match 1631 8304 9440 match_36 match 3108 5829 7988 match_37 match 4201 8016 10470 match_38 match 1637 5829 7076 match_39 match 4008 7811 10475 match_40 match 2567 8304 10077 match_41 match 1310 8309 9384 match_42 match 846 1234 2264 match_43 match 5590 6442 10257 match_44 match 1118 7761 9005 match_45 match 2551 8654 10471 match_46 match 3879 1 2636 match_47 match 7202 5829 10466 match_48 match 1806 5829 7051 match_49 match 5576 7146 10474 match_50 match 1544 56475 57500 match_51 match 1816 7754 9674 match_52 match 4242 6442 9458 match_53 match 1405 9469 10475 match_54 match 1306 8116 9357 match_55 match 3879 1 2636 match_56 match 1283 7952 9334 match_57 match 1314 7928 9334 match_58 match 4579 6862 10473 match_59 match 1786 7591 9489 match_60 match 708 1410 2629 match_61 match 823 49 1391 match_62 match 1455 8099 9416 match_63 match 3550 12 3399 match_64 match 5440 1 3399 match_65 match 1195 8162 9337 match_66 match 3517 551 3398 match_67 match 6534 6337 10475 match_68 match 4579 6862 10473 match_69 match 6932 5946 10281 match_70 match 1927 6634 7971 match_71 match 3703 7938 10352 match_72 match 1681 5829 7051 match_73 match 3418 8459 10470 match_74 match 2085 9164 10466 match_75 match 995 7591 8832 match_76 match 1469 7573 9299 match_77 match 1616 7852 9325 match_78 match 4375 7190 10257 match_79 match 2492 5829 7542 match_80 match 4038 7811 10470 match_81 match 2341 1225 3398 match_82 match 1374 1 1207 match_83 match 6534 6337 10475 match_84 match 3550 12 3399 match_85 match 4167 1 3337 match_86 match 2492 5829 7542 match_87 match 4038 7811 10470 match_88 match 2730 1 3300 match_89 match 5440 1 3399 match_90 match 2234 7811 10281 match_91 match 4266 1 3398 match_92 match 1604 5829 7076 match_93 match 4014 7811 10473 match_94 match 624 1216 2629 match_95 match 624 1 1140 match_96 match 3130 6442 8704 match_97 match 2878 7804 9804 match_98 match 2107 12388 13474 match_99 match 8706 1 4482 match_100 match 9034 5829 10475 match_101 match 1687 3 2612 match_102 match 1978 56261 57500 match_103 match 2462 7602 10266 match_104 match 1626 5829 7064 match_105 match 2194 7942 9470 match_106 match 4992 1 3399 match_107 match 5509 1 3399 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1207 3 627 clone_end_1 clone_end 991 6195 6721 clone_start_2 clone_start 1080 7806 8350 clone_end_2 clone_end 993 7819 8331 clone_end_3 clone_end 1045 8830 9364 clone_end_4 clone_end 1124 14626 15250 clone_end_5 clone_end 1281 14639 15400 clone_start_3 clone_start 1437 25765 26489 clone_start_4 clone_start 1013 29393 29981 clone_start_5 clone_start 301 30000 30151 clone_start_6 clone_start 1104 36716 37293 clone_start_7 clone_start 379 37331 37537 clone_end_6 clone_end 1092 45033 45590 clone_end_7 clone_end 1285 73091 73738 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_8 clone_start 997 2724 2186 clone_end_8 clone_end 1160 9702 9082 clone_end_9 clone_end 963 13474 12961 clone_end_10 clone_end 1082 29017 28472 clone_start_9 clone_start 1057 30551 30000 clone_end_11 clone_end 1205 36249 35642 clone_end_12 clone_end 1425 39095 38321 clone_end_13 clone_end 948 71326 70842 clone_start_10 clone_start 1481 102318 101572 clone_end_14 clone_end 1090 125269 124688 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.930 5822 6206 match_2 match_part 0.907 6442 7086 match_3 match_part 0.941 6716 7069 match_4 match_part 0.965 8814 9491 match_5 match_part 0.960 8815 9369 match_6 match_part 0.952 8819 9272 match_7 match_part 0.967 8863 9445 match_8 match_part 0.956 9221 9629 match_9 match_part 0.913 9297 9777 match_10 match_part 0.947 32178 32272 match_part 1.000 32448 32478 match_part 1.000 32586 32647 match_part 1.000 33102 33141 match_part 1.000 33252 33301 match_part 0.989 33944 34038 match_11 match_part 0.965 32188 32272 match_part 1.000 32448 32478 match_part 1.000 32586 32647 match_part 1.000 33102 33141 match_part 1.000 33252 33307 match_part 0.995 33947 34162 match_12 match_part 0.995 33978 34162 match_part 1.000 34268 34421 match_part 1.000 34791 34913 match_13 match_part 1.000 34936 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 1.000 35682 35773 match_part 1.000 35843 35869 match_14 match_part 1.000 34936 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.952 35682 35764 match_15 match_part 0.989 34937 35113 match_part 1.000 35230 35361 match_part 0.992 35440 35561 match_part 0.967 35682 35773 match_part 0.978 35843 35934 match_part 0.918 37142 37214 match_16 match_part 1.000 34950 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.978 35682 35773 match_part 1.000 35843 35922 match_17 match_part 1.000 34950 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 0.978 35682 35773 match_part 1.000 35843 35922 match_18 match_part 1.000 35441 35561 match_part 1.000 35682 35773 match_part 1.000 35843 35934 match_part 1.000 37630 37721 match_part 1.000 38415 38514 match_19 match_part 1.000 35853 35934 match_part 0.963 37142 37275 match_part 0.975 37630 37913 match_20 match_part 1.000 38249 38860 match_21 match_part 0.978 38368 38548 match_part 0.980 39140 39188 match_part 0.968 40107 40386 match_22 match_part 0.944 38513 38548 match_part 1.000 39140 39188 match_part 0.996 40107 40597 match_23 match_part 1.000 40263 40769 match_24 match_part 1.000 60116 60962 match_25 match_part 1.000 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 0.984 62704 62895 match_26 match_part 0.980 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62428 match_27 match_part 0.967 60159 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 1.000 62704 62935 match_part 0.979 63082 63221 match_28 match_part 1.000 62719 62935 match_part 1.000 63082 63239 match_part 1.000 63648 63718 match_29 match_part 1.000 63804 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.990 64597 64896 match_30 match_part 1.000 63804 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.990 64597 64896 match_31 match_part 1.000 63805 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.980 64597 64896 match_32 match_part 1.000 68977 69529 match_33 match_part 0.992 69029 69520 match_34 match_part 0.974 69047 69502 match_35 match_part 0.982 69048 69502 match_36 match_part 0.981 69244 69553 match_37 match_part 0.998 83292 83743 match_38 match_part 0.961 98144 98347 match_part 1.000 98782 99006 match_part 0.997 99270 99659 match_39 match_part 0.824 98168 98360 match_part 0.978 98782 99006 match_part 0.985 99270 99666 match_40 match_part 1.000 98180 98347 match_part 1.000 98782 99006 match_part 1.000 99270 99427 match_41 match_part 1.000 98182 98347 match_part 1.000 98782 99006 match_part 1.000 99270 99475 match_42 match_part 0.817 98186 98360 match_part 0.978 98782 99006 match_part 0.985 99270 99664 match_43 match_part 1.000 98219 98347 match_part 0.982 98782 99006 match_part 0.967 99270 99361 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_44 match_part 0.930 3232 2745 match_45 match_part 0.939 9208 8533 match_46 match_part 0.933 9208 8806 match_47 match_part 0.966 17334 16542 match_48 match_part 0.959 16837 16542 match_49 match_part 0.959 16837 16542 match_50 match_part 0.956 16836 16542 match_51 match_part 0.968 17352 16546 match_52 match_part 0.968 17321 16878 match_53 match_part 0.991 17650 17210 match_54 match_part 0.992 18203 17968 match_part 0.996 17852 17300 match_55 match_part 0.997 17831 17543 match_56 match_part 0.979 18202 17968 match_part 0.988 17852 17692 match_57 match_part 1.000 19435 19430 match_part 0.988 19352 19104 match_part 0.963 18997 18944 match_part 0.967 18851 18732 match_58 match_part 0.983 19945 19830 match_part 0.978 19655 19430 match_part 0.980 19352 19104 match_part 0.963 18997 18944 match_part 0.897 18851 18755 match_59 match_part 0.946 19327 19104 match_part 0.962 18997 18946 match_60 match_part 0.954 20326 19830 match_part 0.970 19655 19524 match_61 match_part 0.954 20326 19830 match_part 0.978 19655 19564 match_62 match_part 0.925 20312 19872 match_63 match_part 0.946 20330 19922 match_64 match_part 0.936 20339 19965 match_65 match_part 0.945 20338 19973 match_66 match_part 0.945 20338 19973 match_67 match_part 0.945 20339 19974 match_68 match_part 0.961 20255 20025 match_69 match_part 0.974 20336 20147 match_70 match_part 1.000 30495 30007 match_part 1.000 29592 29532 match_part 1.000 29430 29361 match_part 1.000 28906 28652 match_part 1.000 28492 28425 match_part 1.000 28337 28228 match_part 1.000 27798 27758 match_part 1.000 27665 27517 match_part 1.000 26620 26267 match_part 0.997 25995 25625 match_part 0.826 25101 25079 match_71 match_part 1.000 30495 30007 match_part 1.000 29592 29532 match_part 1.000 29430 29361 match_part 1.000 28906 28652 match_part 1.000 28492 28425 match_part 1.000 28337 28228 match_part 1.000 27798 27758 match_part 1.000 27665 27517 match_part 1.000 26620 26267 match_part 1.000 25995 25626 match_part 0.826 25101 25079 match_72 match_part 0.985 26469 26267 match_part 0.967 25995 25602 match_73 match_part 0.959 26580 26267 match_part 1.000 25995 25678 match_74 match_part 1.000 26579 26267 match_part 1.000 25995 25852 match_75 match_part 1.000 26579 26267 match_part 1.000 25995 25853 match_76 match_part 1.000 46904 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.994 43157 42814 match_part 0.571 41838 41832 match_part 0.581 41485 41443 match_77 match_part 1.000 46914 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.988 43157 42902 match_part 0.571 41838 41832 match_part 0.595 41485 41444 match_78 match_part 0.917 46601 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.961 43157 42954 match_79 match_part 1.000 46882 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.995 43157 42962 match_80 match_part 0.816 56060 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49454 match_part 0.696 47956 47934 match_part 0.750 47073 47050 match_81 match_part 1.000 56049 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49467 match_part 0.696 47956 47934 match_part 0.750 47077 47050 match_82 match_part 1.000 56031 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 1.000 49683 49452 match_part 0.694 47969 47934 match_part 0.483 47487 47459 match_83 match_part 1.000 56031 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 0.996 49683 49450 match_part 0.714 47968 47934 match_part 0.500 47498 47471 match_84 match_part 1.000 56025 56012 match_part 0.979 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.988 49683 49441 match_part 0.842 47956 47938 match_85 match_part 0.933 53193 53149 match_part 1.000 49900 49811 match_part 0.996 49683 49453 match_part 0.842 47956 47938 match_86 match_part 1.000 56025 56012 match_part 1.000 55846 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49444 match_part 0.625 48474 48459 match_87 match_part 1.000 56026 56012 match_part 0.983 55846 55788 match_part 0.988 53233 53149 match_part 1.000 49900 49811 match_part 0.957 49683 49429 match_88 match_part 1.000 56020 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 0.989 49900 49811 match_part 0.961 49683 49429 match_89 match_part 0.975 49676 49433 match_90 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.972 49683 49434 match_91 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.976 49683 49434 match_92 match_part 1.000 56035 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.956 49683 49435 match_93 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49441 match_94 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49442 match_95 match_part 0.988 53233 53149 match_part 0.989 49900 49811 match_part 0.996 49683 49445 match_96 match_part 0.975 55827 55788 match_part 1.000 53233 53149 match_part 0.978 49900 49811 match_part 0.979 49683 49448 match_97 match_part 1.000 56035 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.996 49683 49455 match_98 match_part 1.000 56023 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49478 match_99 match_part 1.000 56029 56012 match_part 1.000 55834 55788 match_part 0.988 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49607 match_100 match_part 1.000 56025 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 1.000 49683 49607 match_101 match_part 0.988 51366 50591 match_102 match_part 1.000 71922 71825 match_part 1.000 71688 71610 match_part 1.000 70796 70740 match_part 0.992 70656 70162 match_103 match_part 1.000 73498 73459 match_part 0.995 73100 72915 match_part 0.957 72219 72103 match_part 0.972 71931 71825 match_part 1.000 71688 71630 match_104 match_part 1.000 73498 73459 match_part 1.000 73100 72915 match_part 0.991 72219 72103 match_part 0.982 71931 71877 match_105 match_part 1.000 76513 76335 match_part 1.000 76229 76195 match_part 1.000 75987 75850 match_part 1.000 75040 74972 match_part 1.000 73947 73790 match_part 1.000 73680 73620 match_106 match_part 1.000 83735 83235 match_107 match_part 0.990 102125 101647 match_part 0.545 99918 99875 match_108 match_part 0.978 101870 101647 match_109 match_part 1.000 102149 101716 match_110 match_part 0.999 102589 101745 match_111 match_part 0.980 102646 101933 match_112 match_part 0.994 102646 102022 match_113 match_part 1.000 102655 102057 match_114 match_part 0.992 102822 102074 match_115 match_part 0.999 102980 102090 match_116 match_part 0.996 102702 102157 match_117 match_part 0.997 103121 102214 match_118 match_part 1.000 103163 102314 match_119 match_part 1.000 102705 102343 match_120 match_part 0.935 102746 102530 match_121 match_part 0.993 103015 102583 match_122 match_part 0.993 103285 102717 match_123 match_part 0.994 104192 103491 match_124 match_part 0.971 104640 104083 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 3232 2745 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 5822 6206 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 6442 7086 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 9208 8533 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 8814 9777 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 18203 17968 exon 17852 16542 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 20339 19830 exon 19655 19430 exon 19352 19104 exon 18997 18944 exon 18851 18732 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 30495 30007 exon 29592 29532 exon 29430 29361 exon 28906 28652 exon 28492 28425 exon 28337 28228 exon 27798 27758 exon 27665 27517 exon 26620 26267 exon 25995 25625 exon 25101 25079 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 26580 26267 exon 25995 25602 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 32188 32272 exon 32448 32478 exon 32586 32647 exon 33102 33141 exon 33252 33307 exon 33947 34162 exon 34268 34421 exon 34791 34913 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 32178 32272 exon 32448 32478 exon 32586 32647 exon 33102 33141 exon 33252 33301 exon 33944 34162 exon 34268 34421 exon 34791 34913 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 34936 35113 exon 35230 35361 exon 35440 35561 exon 35682 35773 exon 35843 35934 exon 37630 37721 exon 38415 38548 exon 39140 39188 exon 40107 40769 gene_13 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 34936 35113 exon 35230 35361 exon 35440 35561 exon 35682 35773 exon 35843 35934 exon 37142 37275 exon 37630 37913 gene_14 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38368 38548 exon 39140 39188 exon 40107 40769 gene_15 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38249 38860 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 46914 46866 exon 46624 46578 exon 44446 44362 exon 43331 43242 exon 43157 42902 exon 41838 41832 exon 41485 41444 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 46904 46866 exon 46624 46578 exon 44446 44362 exon 43331 43242 exon 43157 42814 exon 41838 41832 exon 41485 41443 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49429 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49441 exon 47956 47938 gene_20 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49453 exon 47956 47938 gene_21 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49450 exon 47968 47934 exon 47498 47471 gene_22 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56035 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49452 exon 47969 47934 exon 47487 47459 gene_23 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56060 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49454 exon 47956 47934 exon 47073 47050 gene_24 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56026 56012 exon 55846 55788 exon 53233 53149 exon 49900 49811 exon 49683 49429 gene_25 gene GT_PGL_12_AGS_8 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56049 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49467 exon 47956 47934 exon 47077 47050 gene_26 gene GT_PGL_12_AGS_9 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56025 56012 exon 55846 55788 exon 53233 53149 exon 49900 49811 exon 49683 49444 exon 48474 48459 gene_27 gene GT_PGL_12_AGS_10 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 51366 50591 gene_28 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60117 60370 exon 61938 62041 exon 62399 62534 exon 62704 62935 exon 63082 63239 exon 63648 63718 gene_29 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60116 60962 gene_30 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 63804 63836 exon 64048 64148 exon 64315 64411 exon 64597 64896 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 68977 69553 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 73498 73459 exon 73100 72915 exon 72219 72103 exon 71931 71825 exon 71688 71610 exon 70796 70740 exon 70656 70162 gene_33 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 76513 76335 exon 76229 76195 exon 75987 75850 exon 75040 74972 exon 73947 73790 exon 73680 73620 gene_34 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 83735 83235 gene_35 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 83292 83743 gene_36 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99659 gene_37 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98168 98360 exon 98782 99006 exon 99270 99666 gene_38 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 103285 101647 exon 99918 99875 gene_39 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 104640 103491 AUGUSTUS_tom_cdna de novo gene_1 gene 2 32231 37696 transcript_1 transcript 32231 37696 start_codon_1 start_codon 32231 32233 CDS_1 CDS 32231 32272 CDS_2 CDS 32448 32478 CDS_3 CDS 32586 32647 CDS_4 CDS 33102 33141 CDS_5 CDS 33252 33307 CDS_6 CDS 33947 34162 CDS_7 CDS 34268 34421 CDS_8 CDS 34791 35113 CDS_9 CDS 35230 35361 CDS_10 CDS 35440 35561 CDS_11 CDS 35682 35773 CDS_12 CDS 35843 35934 CDS_13 CDS 37142 37275 CDS_14 CDS 37630 37696 stop_codon_1 stop_codon 37694 37696 transcript_2 transcript 32231 37696 start_codon_2 start_codon 32231 32233 CDS_15 CDS 32231 32272 CDS_16 CDS 32448 32478 CDS_17 CDS 32586 32647 CDS_18 CDS 33102 33141 CDS_19 CDS 33252 33301 CDS_20 CDS 33944 34162 CDS_21 CDS 34268 34421 CDS_22 CDS 34791 35113 CDS_23 CDS 35230 35361 CDS_24 CDS 35440 35561 CDS_25 CDS 35682 35773 CDS_26 CDS 35843 35934 CDS_27 CDS 37142 37275 CDS_28 CDS 37630 37696 stop_codon_2 stop_codon 37694 37696 gene_2 gene 1 38444 40555 transcript_3 transcript 38444 40555 start_codon_3 start_codon 38444 38446 CDS_29 CDS 38444 38548 CDS_30 CDS 39140 39188 CDS_31 CDS 40107 40555 stop_codon_3 stop_codon 40553 40555 gene_3 gene 1 60122 64671 transcript_4 transcript 60122 64671 start_codon_4 start_codon 60122 60124 CDS_32 CDS 60122 60370 CDS_33 CDS 61938 62041 CDS_34 CDS 62399 62534 CDS_35 CDS 62704 62935 CDS_36 CDS 63082 63239 CDS_37 CDS 63648 63836 CDS_38 CDS 64048 64148 CDS_39 CDS 64315 64411 CDS_40 CDS 64597 64671 stop_codon_4 stop_codon 64669 64671 gene_4 gene 1 68993 69349 transcript_5 transcript 68993 69349 start_codon_5 start_codon 68993 68995 CDS_41 CDS 68993 69349 stop_codon_5 stop_codon 69347 69349 gene_5 gene 1 98204 99764 transcript_6 transcript 98204 99764 start_codon_6 start_codon 98204 98206 CDS_42 CDS 98204 98347 CDS_43 CDS 98782 99006 CDS_44 CDS 99270 99764 stop_codon_6 stop_codon 99762 99764 gene_6 gene 1 115615 124072 transcript_7 transcript 115615 124072 start_codon_7 start_codon 115615 115617 CDS_45 CDS 115615 115704 CDS_46 CDS 115919 116153 CDS_47 CDS 116245 116366 CDS_48 CDS 119994 120116 CDS_49 CDS 120264 120407 CDS_50 CDS 120515 121173 CDS_51 CDS 123321 123469 CDS_52 CDS 123588 123658 CDS_53 CDS 123742 123915 CDS_54 CDS 124001 124072 AUGUSTUS_tom_cdna de novo gene_7 gene 1 19967 16966 transcript_8 transcript 19967 16966 stop_codon_7 stop_codon 16968 16966 CDS_55 CDS 17852 16966 CDS_56 CDS 18222 17968 CDS_57 CDS 18499 18332 CDS_58 CDS 18851 18591 CDS_59 CDS 18997 18944 CDS_60 CDS 19352 19104 CDS_61 CDS 19655 19430 CDS_62 CDS 19967 19830 start_codon_8 start_codon 19967 19965 gene_8 gene 1 30269 25900 transcript_9 transcript 30269 25900 stop_codon_8 stop_codon 25902 25900 CDS_63 CDS 25995 25900 CDS_64 CDS 26620 26267 CDS_65 CDS 27665 27517 CDS_66 CDS 27798 27758 CDS_67 CDS 28337 28228 CDS_68 CDS 28492 28425 CDS_69 CDS 28906 28652 CDS_70 CDS 29430 29361 CDS_71 CDS 29592 29532 CDS_72 CDS 30269 30007 start_codon_9 start_codon 30269 30267 gene_9 gene 1 49250 43125 transcript_10 transcript 49250 43125 stop_codon_9 stop_codon 43127 43125 CDS_73 CDS 43157 43125 CDS_74 CDS 43331 43242 CDS_75 CDS 44446 44362 CDS_76 CDS 44622 44579 CDS_77 CDS 46624 46578 CDS_78 CDS 46936 46866 CDS_79 CDS 49250 49222 start_codon_10 start_codon 49250 49248 gene_10 gene 2 56767 49651 transcript_11 transcript 56767 49651 stop_codon_10 stop_codon 49653 49651 CDS_80 CDS 49683 49651 CDS_81 CDS 49900 49811 CDS_82 CDS 53233 53149 CDS_83 CDS 55834 55788 CDS_84 CDS 56020 56012 CDS_85 CDS 56767 56633 start_codon_11 start_codon 56767 56765 transcript_12 transcript 56767 49651 stop_codon_11 stop_codon 49653 49651 CDS_86 CDS 49683 49651 CDS_87 CDS 49900 49811 CDS_88 CDS 53233 53149 CDS_89 CDS 55846 55788 CDS_90 CDS 56020 56012 CDS_91 CDS 56767 56633 start_codon_12 start_codon 56767 56765 gene_11 gene 1 88459 70473 transcript_13 transcript 88459 70473 stop_codon_12 stop_codon 70475 70473 CDS_92 CDS 70656 70473 CDS_93 CDS 70796 70740 CDS_94 CDS 71688 71610 CDS_95 CDS 71931 71825 CDS_96 CDS 72219 72103 CDS_97 CDS 73003 72915 CDS_98 CDS 73100 73086 CDS_99 CDS 73512 73459 CDS_100 CDS 73680 73614 CDS_101 CDS 73947 73790 CDS_102 CDS 75040 74972 CDS_103 CDS 75987 75850 CDS_104 CDS 76229 76195 CDS_105 CDS 76584 76335 CDS_106 CDS 85435 85315 CDS_107 CDS 88459 88347 start_codon_13 start_codon 88459 88457 gene_12 gene 1 106056 101845 transcript_14 transcript 106056 101845 stop_codon_13 stop_codon 101847 101845 CDS_108 CDS 106056 101845 start_codon_14 start_codon 106056 106054 AUGUSTUS_ab_initio de novo gene_1 gene 1 98204 99030 transcript_1 transcript 98204 99030 start_codon_1 start_codon 98204 98206 CDS_1 CDS 98204 98347 CDS_2 CDS 98782 99030 stop_codon_1 stop_codon 99028 99030 gene_2 gene 1 99282 99764 transcript_2 transcript 99282 99764 start_codon_2 start_codon 99282 99284 CDS_3 CDS 99282 99764 stop_codon_2 stop_codon 99762 99764 gene_3 gene 1 115615 123930 transcript_3 transcript 115615 123930 start_codon_3 start_codon 115615 115617 CDS_4 CDS 115615 115704 CDS_5 CDS 115919 116153 CDS_6 CDS 116245 116366 CDS_7 CDS 119994 120116 CDS_8 CDS 120264 120407 CDS_9 CDS 120515 121173 CDS_10 CDS 123321 123469 CDS_11 CDS 123588 123658 CDS_12 CDS 123742 123930 stop_codon_3 stop_codon 123928 123930 AUGUSTUS_ab_initio de novo gene_4 gene 1 19967 16966 transcript_4 transcript 19967 16966 stop_codon_4 stop_codon 16968 16966 CDS_13 CDS 17801 16966 CDS_14 CDS 19352 19230 CDS_15 CDS 19655 19430 CDS_16 CDS 19967 19830 start_codon_4 start_codon 19967 19965 gene_5 gene 1 88459 28389 transcript_5 transcript 88459 28389 stop_codon_5 stop_codon 28391 28389 CDS_17 CDS 28492 28389 CDS_18 CDS 28906 28652 CDS_19 CDS 29430 29361 CDS_20 CDS 29592 29532 CDS_21 CDS 30146 30007 CDS_22 CDS 53233 53194 CDS_23 CDS 69123 68966 CDS_24 CDS 70639 70528 CDS_25 CDS 71688 71610 CDS_26 CDS 71931 71825 CDS_27 CDS 72219 72103 CDS_28 CDS 73135 73101 CDS_29 CDS 75987 75850 CDS_30 CDS 76229 76195 CDS_31 CDS 76584 76335 CDS_32 CDS 85435 85315 CDS_33 CDS 88459 88347 start_codon_5 start_codon 88459 88457 gene_6 gene 1 106056 101845 transcript_6 transcript 106056 101845 stop_codon_6 stop_codon 101847 101845 CDS_34 CDS 106056 101845 start_codon_6 start_codon 106056 106054 AUGUSTUS_tom_ugs de novo gene_1 gene 1 38444 40555 transcript_1 transcript 38444 40555 start_codon_1 start_codon 38444 38446 CDS_1 CDS 38444 38548 CDS_2 CDS 39140 39188 CDS_3 CDS 40107 40555 stop_codon_1 stop_codon 40553 40555 gene_2 gene 1 60122 64671 transcript_2 transcript 60122 64671 start_codon_2 start_codon 60122 60124 CDS_4 CDS 60122 60370 CDS_5 CDS 61938 62041 CDS_6 CDS 62399 62534 CDS_7 CDS 62704 62935 CDS_8 CDS 63082 63239 CDS_9 CDS 63648 63836 CDS_10 CDS 64048 64148 CDS_11 CDS 64315 64411 CDS_12 CDS 64597 64671 stop_codon_2 stop_codon 64669 64671 gene_3 gene 1 68993 69349 transcript_3 transcript 68993 69349 start_codon_3 start_codon 68993 68995 CDS_13 CDS 68993 69349 stop_codon_3 stop_codon 69347 69349 gene_4 gene 1 98204 99764 transcript_4 transcript 98204 99764 start_codon_4 start_codon 98204 98206 CDS_14 CDS 98204 98347 CDS_15 CDS 98782 99006 CDS_16 CDS 99270 99764 stop_codon_4 stop_codon 99762 99764 gene_5 gene 1 115615 124072 transcript_5 transcript 115615 124072 start_codon_5 start_codon 115615 115617 CDS_17 CDS 115615 115704 CDS_18 CDS 115919 116153 CDS_19 CDS 116245 116366 CDS_20 CDS 119994 120116 CDS_21 CDS 120264 120407 CDS_22 CDS 120515 121173 CDS_23 CDS 123321 123469 CDS_24 CDS 123588 123658 CDS_25 CDS 123742 123915 CDS_26 CDS 124001 124072 AUGUSTUS_tom_ugs de novo gene_6 gene 1 19967 16966 transcript_6 transcript 19967 16966 stop_codon_5 stop_codon 16968 16966 CDS_27 CDS 17852 16966 CDS_28 CDS 18222 17968 CDS_29 CDS 18499 18332 CDS_30 CDS 18851 18591 CDS_31 CDS 18997 18944 CDS_32 CDS 19352 19104 CDS_33 CDS 19655 19430 CDS_34 CDS 19967 19830 start_codon_6 start_codon 19967 19965 gene_7 gene 1 30269 25900 transcript_7 transcript 30269 25900 stop_codon_6 stop_codon 25902 25900 CDS_35 CDS 25995 25900 CDS_36 CDS 26620 26267 CDS_37 CDS 27665 27517 CDS_38 CDS 27798 27758 CDS_39 CDS 28337 28228 CDS_40 CDS 28492 28425 CDS_41 CDS 28906 28652 CDS_42 CDS 29430 29361 CDS_43 CDS 29592 29532 CDS_44 CDS 30269 30007 start_codon_7 start_codon 30269 30267 gene_8 gene 1 49250 43125 transcript_8 transcript 49250 43125 stop_codon_7 stop_codon 43127 43125 CDS_45 CDS 43157 43125 CDS_46 CDS 43331 43242 CDS_47 CDS 44446 44362 CDS_48 CDS 46612 46578 CDS_49 CDS 48819 48795 CDS_50 CDS 49250 49222 start_codon_8 start_codon 49250 49248 gene_9 gene 1 56767 49651 transcript_9 transcript 56767 49651 stop_codon_8 stop_codon 49653 49651 CDS_51 CDS 49683 49651 CDS_52 CDS 49900 49811 CDS_53 CDS 53233 53149 CDS_54 CDS 55834 55788 CDS_55 CDS 56767 56633 start_codon_9 start_codon 56767 56765 gene_10 gene 1 88459 70473 transcript_10 transcript 88459 70473 stop_codon_9 stop_codon 70475 70473 CDS_56 CDS 70656 70473 CDS_57 CDS 70796 70740 CDS_58 CDS 71688 71610 CDS_59 CDS 71931 71825 CDS_60 CDS 72219 72103 CDS_61 CDS 73003 72915 CDS_62 CDS 73100 73086 CDS_63 CDS 73512 73459 CDS_64 CDS 73680 73614 CDS_65 CDS 73947 73790 CDS_66 CDS 75040 74972 CDS_67 CDS 75987 75850 CDS_68 CDS 76229 76195 CDS_69 CDS 76584 76335 CDS_70 CDS 85435 85315 CDS_71 CDS 88459 88347 start_codon_10 start_codon 88459 88457 gene_11 gene 1 106056 101845 transcript_11 transcript 106056 101845 stop_codon_10 stop_codon 101847 101845 CDS_72 CDS 106056 101845 start_codon_11 start_codon 106056 106054 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.960 8533 9629 match_2 match_part 0.947 32178 32272 match_part 1.000 32448 32478 match_part 1.000 32586 32647 match_part 1.000 33102 33141 match_part 0.982 33252 33307 match_part 1.000 33947 34162 match_part 1.000 34268 34421 match_part 1.000 34791 34913 match_3 match_part 1.000 34936 35113 match_part 1.000 35230 35361 match_part 1.000 35440 35561 match_part 1.000 35682 35773 match_part 1.000 35843 35934 match_part 1.000 37630 37721 match_part 1.000 38415 38514 match_4 match_part 1.000 35853 35934 match_part 0.963 37142 37275 match_part 0.975 37630 37913 match_5 match_part 1.000 38249 38860 match_6 match_part 0.989 38368 38548 match_part 1.000 39140 39188 match_part 1.000 40107 40769 match_7 match_part 1.000 60116 60962 match_8 match_part 0.996 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 1.000 62704 62935 match_part 0.863 63082 63612 match_9 match_part 1.000 63804 63836 match_part 1.000 64048 64148 match_part 1.000 64315 64411 match_part 0.990 64597 64896 match_10 match_part 0.991 82927 83743 match_11 match_part 0.961 98144 98347 match_part 1.000 98782 99006 match_part 0.997 99270 99659 match_12 match_part 0.842 98177 98360 match_part 0.978 98782 99006 match_part 0.954 99270 100065 match_part 0.667 100255 100278 match_part 0.667 108147 108152 match_part 0.905 114256 114276 match_part 1.000 114707 114721 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.930 3232 2745 match_14 match_part 0.992 18203 17968 match_part 0.979 17852 16542 match_15 match_part 0.955 20339 19830 match_part 0.978 19655 19430 match_part 0.988 19352 19104 match_part 0.981 18997 18944 match_part 1.000 18851 18732 match_16 match_part 1.000 30495 30007 match_part 1.000 29592 29532 match_part 1.000 29430 29361 match_part 1.000 28906 28652 match_part 1.000 28492 28425 match_part 1.000 28337 28228 match_part 1.000 27798 27758 match_part 1.000 27665 27517 match_part 1.000 26620 26267 match_part 0.987 25995 25602 match_17 match_part 1.000 46914 46866 match_part 1.000 46624 46578 match_part 1.000 44446 44362 match_part 1.000 43331 43242 match_part 0.994 43157 42814 match_part 0.571 41838 41832 match_part 0.581 41485 41443 match_18 match_part 1.000 56049 56012 match_part 1.000 55834 55788 match_part 1.000 53233 53149 match_part 1.000 49900 49811 match_part 0.992 49683 49441 match_part 0.706 47971 47938 match_19 match_part 0.988 51366 50591 match_20 match_part 1.000 73498 73459 match_part 1.000 73100 72915 match_part 0.991 72219 72103 match_part 1.000 71931 71825 match_part 1.000 71688 71610 match_part 1.000 70796 70740 match_part 0.992 70656 70162 match_21 match_part 1.000 76513 76335 match_part 1.000 76229 76195 match_part 1.000 75987 75850 match_part 1.000 75040 74972 match_part 1.000 73947 73790 match_part 1.000 73680 73620 match_22 match_part 0.999 103276 101647 match_part 0.545 99918 99875 match_23 match_part 0.988 104639 103491 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 3232 2745 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 8533 9629 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 18203 17968 exon 17852 16542 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 20339 19830 exon 19655 19430 exon 19352 19104 exon 18997 18944 exon 18851 18732 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 30495 30007 exon 29592 29532 exon 29430 29361 exon 28906 28652 exon 28492 28425 exon 28337 28228 exon 27798 27758 exon 27665 27517 exon 26620 26267 exon 25995 25602 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 32178 32272 exon 32448 32478 exon 32586 32647 exon 33102 33141 exon 33252 33307 exon 33947 34162 exon 34268 34421 exon 34791 34913 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 34936 35113 exon 35230 35361 exon 35440 35561 exon 35682 35773 exon 35843 35934 exon 37630 37721 exon 38415 38514 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38368 38548 exon 39140 39188 exon 40107 40769 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 38249 38860 gene_10 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 35853 35934 exon 37142 37275 exon 37630 37913 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 46914 46866 exon 46624 46578 exon 44446 44362 exon 43331 43242 exon 43157 42814 exon 41838 41832 exon 41485 41443 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 56049 56012 exon 55834 55788 exon 53233 53149 exon 49900 49811 exon 49683 49441 exon 47971 47938 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 51366 50591 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60116 60962 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60117 60370 exon 61938 62041 exon 62399 62534 exon 62704 62935 exon 63082 63612 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 63804 63836 exon 64048 64148 exon 64315 64411 exon 64597 64896 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 73498 73459 exon 73100 72915 exon 72219 72103 exon 71931 71825 exon 71688 71610 exon 70796 70740 exon 70656 70162 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 76513 76335 exon 76229 76195 exon 75987 75850 exon 75040 74972 exon 73947 73790 exon 73680 73620 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 82927 83743 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98144 98347 exon 98782 99006 exon 99270 99659 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 98177 98360 exon 98782 99006 exon 99270 100065 exon 100255 100278 exon 108147 108152 exon 114256 114276 exon 114707 114721 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 103276 101647 exon 99918 99875 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 104639 103491 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.996 60117 60370 match_part 1.000 61938 62041 match_part 1.000 62399 62534 match_part 0.996 62704 62935 match_part 0.863 63082 63612 match_2 match_part 1.000 83235 83743 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.912 76493 76335 match_part 1.000 76229 76195 match_part 0.993 75987 75850 match_part 0.942 75040 74972 match_part 0.987 73947 73790 match_part 0.983 73680 73621 match_4 match_part 0.998 103285 101647 match_part 0.545 99918 99875 match_5 match_part 0.964 102570 101649 match_6 match_part 0.993 103285 102717 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 60117 60370 exon 61938 62041 exon 62399 62534 exon 62704 62935 exon 63082 63612 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 76493 76335 exon 76229 76195 exon 75987 75850 exon 75040 74972 exon 73947 73790 exon 73680 73621 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 83235 83743 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0099P03.2 type gene exon 103285 101647 exon 99918 99875 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 32231 37696 transcript_1 transcript 32231 37696 start_codon_1 start_codon 32231 32233 CDS_1 CDS 32231 32272 CDS_2 CDS 32448 32478 CDS_3 CDS 32586 32647 CDS_4 CDS 33102 33141 CDS_5 CDS 33252 33307 CDS_6 CDS 33947 34162 CDS_7 CDS 34268 34421 CDS_8 CDS 34791 35113 CDS_9 CDS 35230 35361 CDS_10 CDS 35440 35561 CDS_11 CDS 35682 35773 CDS_12 CDS 35843 35934 CDS_13 CDS 37142 37275 CDS_14 CDS 37630 37696 stop_codon_1 stop_codon 37694 37696 transcript_2 transcript 32231 37696 start_codon_2 start_codon 32231 32233 CDS_15 CDS 32231 32272 CDS_16 CDS 32448 32478 CDS_17 CDS 32586 32647 CDS_18 CDS 33102 33141 CDS_19 CDS 33252 33301 CDS_20 CDS 33944 34162 CDS_21 CDS 34268 34421 CDS_22 CDS 34791 35113 CDS_23 CDS 35230 35361 CDS_24 CDS 35440 35561 CDS_25 CDS 35682 35773 CDS_26 CDS 35843 35934 CDS_27 CDS 37142 37275 CDS_28 CDS 37630 37696 stop_codon_2 stop_codon 37694 37696 gene_2 gene 1 38444 40555 transcript_3 transcript 38444 40555 start_codon_3 start_codon 38444 38446 CDS_29 CDS 38444 38548 CDS_30 CDS 39140 39188 CDS_31 CDS 40107 40555 stop_codon_3 stop_codon 40553 40555 gene_3 gene 1 60122 64671 transcript_4 transcript 60122 64671 start_codon_4 start_codon 60122 60124 CDS_32 CDS 60122 60370 CDS_33 CDS 61938 62041 CDS_34 CDS 62399 62534 CDS_35 CDS 62704 62935 CDS_36 CDS 63082 63239 CDS_37 CDS 63648 63836 CDS_38 CDS 64048 64148 CDS_39 CDS 64315 64411 CDS_40 CDS 64597 64671 stop_codon_4 stop_codon 64669 64671 gene_4 gene 1 68993 69349 transcript_5 transcript 68993 69349 start_codon_5 start_codon 68993 68995 CDS_41 CDS 68993 69349 stop_codon_5 stop_codon 69347 69349 gene_5 gene 1 83026 83622 transcript_6 transcript 83026 83622 start_codon_6 start_codon 83026 83028 CDS_42 CDS 83026 83622 stop_codon_6 stop_codon 83620 83622 gene_6 gene 1 98204 99764 transcript_7 transcript 98204 99764 start_codon_7 start_codon 98204 98206 CDS_43 CDS 98204 98347 CDS_44 CDS 98782 99006 CDS_45 CDS 99270 99764 stop_codon_7 stop_codon 99762 99764 gene_7 gene 1 115615 124072 transcript_8 transcript 115615 124072 start_codon_8 start_codon 115615 115617 CDS_46 CDS 115615 115704 CDS_47 CDS 115919 116153 CDS_48 CDS 116245 116366 CDS_49 CDS 119994 120116 CDS_50 CDS 120264 120407 CDS_51 CDS 120515 121173 CDS_52 CDS 123321 123469 CDS_53 CDS 123588 123658 CDS_54 CDS 123742 123915 CDS_55 CDS 124001 124072 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 19967 16966 transcript_9 transcript 19967 16966 stop_codon_8 stop_codon 16968 16966 CDS_56 CDS 17852 16966 CDS_57 CDS 18222 17968 CDS_58 CDS 18499 18332 CDS_59 CDS 18851 18591 CDS_60 CDS 18997 18944 CDS_61 CDS 19352 19104 CDS_62 CDS 19655 19430 CDS_63 CDS 19967 19830 start_codon_9 start_codon 19967 19965 gene_9 gene 1 30269 25900 transcript_10 transcript 30269 25900 stop_codon_9 stop_codon 25902 25900 CDS_64 CDS 25995 25900 CDS_65 CDS 26620 26267 CDS_66 CDS 27665 27517 CDS_67 CDS 27798 27758 CDS_68 CDS 28337 28228 CDS_69 CDS 28492 28425 CDS_70 CDS 28906 28652 CDS_71 CDS 29430 29361 CDS_72 CDS 29592 29532 CDS_73 CDS 30269 30007 start_codon_10 start_codon 30269 30267 gene_10 gene 1 49250 43125 transcript_11 transcript 49250 43125 stop_codon_10 stop_codon 43127 43125 CDS_74 CDS 43157 43125 CDS_75 CDS 43331 43242 CDS_76 CDS 44446 44362 CDS_77 CDS 46612 46578 CDS_78 CDS 48819 48795 CDS_79 CDS 49250 49222 start_codon_11 start_codon 49250 49248 gene_11 gene 1 56767 49651 transcript_12 transcript 56767 49651 stop_codon_11 stop_codon 49653 49651 CDS_80 CDS 49683 49651 CDS_81 CDS 49900 49811 CDS_82 CDS 53233 53149 CDS_83 CDS 55834 55788 CDS_84 CDS 56020 56012 CDS_85 CDS 56767 56633 start_codon_12 start_codon 56767 56765 gene_12 gene 1 76482 70473 transcript_13 transcript 76482 70473 stop_codon_12 stop_codon 70475 70473 CDS_86 CDS 70656 70473 CDS_87 CDS 70796 70740 CDS_88 CDS 71688 71610 CDS_89 CDS 71931 71825 CDS_90 CDS 72219 72103 CDS_91 CDS 73003 72915 CDS_92 CDS 73512 73459 CDS_93 CDS 73680 73614 CDS_94 CDS 73947 73790 CDS_95 CDS 75040 74972 CDS_96 CDS 75987 75850 CDS_97 CDS 76229 76195 CDS_98 CDS 76482 76335 start_codon_13 start_codon 76482 76480 gene_13 gene 1 106056 101845 transcript_14 transcript 106056 101845 stop_codon_13 stop_codon 101847 101845 CDS_99 CDS 106056 101845 start_codon_14 start_codon 106056 106054 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 124 120521 121171 match_2 match 57.0 120267 120425 match_3 match 72.8 123742 123915 match_4 match 25.4 123623 123670 match_5 match 52.0 123998 124072 match_6 match 122 69113 69346 match_7 match 127 62701 62937 match_8 match 148 40106 40537 match_9 match 145 40106 40537 match_10 match 140 40106 40540 match_11 match 159 40106 40525 match_12 match 159 40106 40525 match_13 match 159 40106 40525 match_14 match 141 40106 40531 match_15 match 142 40106 40537 match_16 match 107 40106 40543 match_17 match 105 40106 40525 match_18 match 160 40106 40540 match_19 match 169 83059 83610 match_20 match 123 99255 99695 match_21 match 108 40106 40540 match_22 match 112 69125 69343 match_23 match 159 99252 99692 match_24 match 115 69125 69343 match_25 match 125 40106 40531 match_26 match 56.2 119991 120410 match_27 match 131 120521 121171 match_28 match 79.3 123742 123915 match_29 match 24.3 123623 123661 match_30 match 50.4 123998 124072 match_31 match 142 40106 40522 match_32 match 125 69071 69343 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_33 match 190 26623 26279 match_34 match 184 17853 16984 match_35 match 75.1 19353 19060 match_36 match 63.9 18506 18312 match_37 match 88.2 18810 18589 match_38 match 103 18217 17921 match_39 match 106 19640 19416 match_40 match 188 17853 16978 match_41 match 89.7 19353 19105 match_42 match 71.6 18506 18312 match_43 match 101 18810 18589 match_44 match 94.7 18217 17966 match_45 match 99.0 19634 19416 match_46 match 155 17856 16981 match_47 match 79.3 18810 18577 match_48 match 60.8 18506 18312 match_49 match 72.8 19353 19105 match_50 match 107 18223 17882 match_51 match 90.9 19637 19416 match_52 match 629 105243 101881 match_53 match 181 17853 16981 match_54 match 74.7 19353 19105 match_55 match 75.9 18810 18589 match_56 match 66.6 18506 18333 match_57 match 82.0 19637 19416 match_58 match 100 18223 17939 match_59 match 21.2 19001 18957 match_60 match 178 17853 16984 match_61 match 67.0 19353 19060 match_62 match 65.1 18506 18312 match_63 match 90.1 18810 18589 match_64 match 102 18217 17939 match_65 match 106 19640 19416 match_66 match 178 17853 16984 match_67 match 64.7 19350 19060 match_68 match 65.1 18506 18312 match_69 match 90.1 18810 18589 match_70 match 102 18217 17939 match_71 match 106 19640 19389 match_72 match 153 17856 17212 match_73 match 81.6 18810 18589 match_74 match 80.1 19353 19105 match_75 match 69.3 18506 18312 match_76 match 104 18217 17939 match_77 match 90.5 19643 19416 match_78 match 153 17856 17212 match_79 match 81.6 18810 18589 match_80 match 80.1 19353 19105 match_81 match 69.3 18506 18312 match_82 match 104 18217 17939 match_83 match 90.5 19643 19416 match_84 match 158 17853 17191 match_85 match 66.6 18506 18333 match_86 match 77.0 19353 19081 match_87 match 82.8 19652 19416 match_88 match 96.3 18223 17966 match_89 match 617 104118 101881 match_90 match 131 84866 84576 match_91 match 1033 105804 101848 match_92 match 224 17853 16969 match_93 match 111 19353 18994 match_94 match 106 18810 18577 match_95 match 79.0 18506 18312 match_96 match 115 18223 17939 match_97 match 106 19634 19416 match_98 match 163 17847 17191 match_99 match 60.1 18506 18312 match_100 match 73.6 19353 19105 match_101 match 93.2 18810 18577 match_102 match 101 18223 17963 match_103 match 105 19661 19428 match_104 match 20.8 19001 18960 match_105 match 128 17853 17251 match_106 match 87.8 18810 18577 match_107 match 64.7 18506 18333 match_108 match 83.6 18223 17948 match_109 match 171 17853 16978 match_110 match 61.2 18500 18312 match_111 match 82.0 18217 17942 match_112 match 78.2 19353 19105 match_113 match 89.7 19649 19416 match_114 match 154 17853 16978 match_115 match 89.4 18810 18577 match_116 match 81.3 18214 17942 match_117 match 65.9 18500 18333 match_118 match 149 17856 17047 match_119 match 79.3 18810 18577 match_120 match 75.5 19353 19105 match_121 match 106 18223 17843 match_122 match 66.2 18506 18327 match_123 match 95.5 19637 19416 match_124 match 105 56881 56552 match_125 match 391 103962 101884 match_126 match 391 103962 101884 match_127 match 370 103875 101884