C08SLm0073D06.1 GATCATGATTTCAAGGATCTCATTGCTGCTTGTCCTCGAATTGAAAAATTACGTGTTCTG GATACTCGAGAGTTGCATACTATTGTAGTTTCAAATCCTCATCTGAAATTTTTTGGAGGG AATCTTTCTTGTTCTAATGGTAAAATACGAATAGAGTCTGCAGAGTTTGATTCACTTGAA TTTTCATTCACCAAGTACGTGTGTAAAGTAGAGATTACTTCCGCCACAACTGTAAGAGAG TTGACAGTGGGAAATGCTAATAACCAAGAGGCGTTGATGCATTTGATAAATAAGTTCCCT CTACTTGAGAAACTCATCATACATGATTGCAGTAGGTTGCAAAACCTTCATATTTCTCAA CCAAATTTGGCTAGCTTGGTGCTGATGGATTGCACGGTAGTACAGTTGATACGACTAACT ACACCCAAGTTGAAATCGTTGGAGTATAAGGGTCAACACACAAATTTTGAGGGCATAGAA GATTTGGAAGAACTGGAATTCGTTCTGTTGTATTTAGAACCTGTAGACATGGATACATAC TGGTGGTACAAATGGATTCGAGATATTTTGAAGTCGTGTGCTCGTTCCAAGCATTTGAGT GTGATTTGCAATAGTCAAAAGGTAACCCAACCCACCCTTTTTCTTCCACTCTTTTTCAAC TTCAATGTCTATAATGGGAACGAGTATACGATTGTTTGGTTTTCTGAGTTGCTTTTTGAT GGTTGTCAGGTTATCATCATTCCTGAATATCTAAAACATTTAGTGTCGATAACTGATATG GAGCATCTGGAGTTAGAAATTAAAACACTTGATGCTACTTTTAAAGAGGTTACAGATGAG CTCATCAGTATTCTTCCAGATTTGAAGACTTTGTCATTGACTTTGGGTTCCACCACAAAG TACTTCCAGGTAACCTACACGACTCACTAAGAAGAGAATTTTAGGATTCAACTGTTTGTT TGTGCTTGACAAACTTCATATTCTATTATTGCAAATGCAGATTCGTATAGACGAGGATGG TGATCTCTCCGCAGAAGAAGAAGTGCACAATCCAAAACCTAATAGGAGAGTATCCATTCT TAGAAGTATGATCAGCAAACAGATTGGAGAGTGATTTTGTTCTGTTTTTCTACTTACTTT GCATGATCCTCTGTTGACAAAAACTCATCAAGTTACTGTTTGTTTCTCTACATTTCGGTG AAGAAATATTTTGCTACAATCAAATATTTCGTTAATCTCTTTCATATTTTCAATACCATT CTCGTTTTCATTCCTTTTTATAGAGCATACAATATCTTCCCTTTCAAACTTGGTTACATG GGAAACGCGTTTCAATCCTTTTAACTTGATTTCAAATCGTTCAATTTTAGGTGTGTTGAA TGTATATCTAACTCACTTAAATCCTGTTCCTCTAATCGCTAGACCTTTTAACAATAACTA ATTGGGCCTGGATCCCAAATCAAAATCTCTAATAGGGCCTTACGGAGCCAGCTTGGTTCA CAAACACACAGCCTTGTGTAAATAGAGAATATAAATTGACATCCTAAACCTAAAAGTTGA GTCTGAAAATATAACGCCGATGGACAGAATATCGAATTTGCCAATTGAAATCATCCGTGA AATTCAGAGTCGTCTTCCACGGATCTATGCAGTGAAAACTAGTATTTTGTCGAAAAAATG GCAAAGAATCTGGGCTTCTCACCCGAAAATTTTGTTGGACGAAATTGATTTTGGTGCCGA CTATTCACGATACAGAGTTAAAGATAAACCTAAAAGAGATGCCTTCCTAACTTACTTGAT TAAGTCGTTAGAAATCCGTGAGAGGCACAAAAATTGTGAAGTTGACGAACTCTTTCTTCG AATGATAGTTTATTCTGATGCTGATGAACTGCTCGTAAACAAGTGGATTTCTTTTGCCTT GGAAAATAGCATTAAAAGGTTATGTCTCAGTTTACAAACGATTCGTCGTGATCATTACTA TCTGTATGGTGTTGCATTTTGTTCTCATAAATTAGTTGATTTAATTACATCGGATTGTAA GATTACAAACTGTTCCTTTAAGCTTCCTGCTCTTAAGTTACTCTTTCTATTTGTTGAGGA TGATGATTTTAAGGATCTCATAGCTGGATGCCCACTGATTGAACAGTTACGCATTCAGGA CACTAAAAAGTTGCGTACTATTAATCTAGTTTCAAATCCTAACCTGCAATTCTTTGGAGT GCATCTTCCTTGTCCTCATGGTGGTGGTAAAATACGTATAGAATCCCCAAATCTTCATTC ACTTGAATTTATTTCATTCAACATACACCTGTGTGAATTAGAGATTATGTCCACCACAAC CGTACGAAAGTTGACGTTGCTACATGCTAATGACCCAGAAACATTTATAGAAAAATTCCC TCTACTTGACAAACTCGTCCTAGATACTTGCGGTTGGTCGCAAAAACTTCATATTTCTCA ACCGAATTTGGTTAGCTTGGTGCTCAAGGATAGCACTGTGCGGCGGGAGGTAAGAATAGA TTCACCCAAGTTAAAATCATTGGAGTATAAGGGTGGCCTCACAGATTTTACGGGCATACA ATATTTACAAGAATTGGAATTCGTTCTGTTATATCTAGATCCCATTGAGCTTCCTGATAA CTTGTACAGTTGGTTTAGAGACATTTTGGAGTCGTGTGCTCGTTCCAAAACTTTGAGTTT GATCTGCGATATTCAAGAGGTAACTCTTTTTTTGGGACTCTCCAGTTCTCTATATGCTTA CGACGTTCCTTAATTAGTTGCATGCCATACTGCATTTACTTGGTTAAAAAATATTGCTAT TTGAATTTGACTTGCAATATTGCTATTTGAATTTGATTTGCGTGTTAACATTGTAAAGCT CATAGAATACATCTATGTCAATCATCTTTAATGTTCCTTTATTACATGACACAACTTTTT CTTGATGCACATCTCCAGCTTCCTAATCTTAATAAAGACGAAGGAAGTGCTTGCATATTA TATTATCAGTAACACATCCATAATAGGTTAATTGGATGAAATGTTACGAAACCTTTGATT TGAAACACTGAGTTGGATACTAGCTTAATATATTTTGTTTCCCAAGACATATATATAATA AGCTGCTTTTTGGTTATTGTTATTTGTAACTGTGACTTGATAGGTATCTTGACATGCACT ATTTGTAATTGCAAATTAATGTTTGTTTACAATTTTGTCGATCATTTCGGTTTCAACTTG AAATAGACAATTTGAAGTTTAACAACTTGTTTGAGGAGGCATCTCAAGGGAAATAATGGT TCATTTTCTAGTGAAATTCATTTCCAGTCACAATCTTCTGAGTACTCTTCAACATCATAT AGTCTTGTCGTCAACATCACTAAATGTTTTCTTAATGGGACACCAGAACGAGTATACGAT TGTTTGGTTACTAATCATTCTGAGTTGCTTTTGATGGTTGCCAGGTTGTCCTCATTCCTG TTAAGGTAACTGACATATTACCAGTAAATGATATCAAGAATCTGGAGTTAGAAATTAAAA CACGTCATGGTACTTTTGAAGTGGTTATAGATGAGCTCATCAGTATTCTTCCAGATTTGA AGACTTTGCCATTGACTTTGGGTTCCACCACAAAGTTCTTTAAGGTAATCTACAACTCCA ATTGGCGTCTAAATTCTATCATTGTCGTTAATTTTTTGTCAAGTCATTTTGGCCGGCAAT GGCACTGCACGACTGACTAAGAAGAGATTGTAGAATGGCTGAGGATAAAATATTAGGATA TGCGTGAGAGTTCATGGATTCGACTGTTTTAGTCTTATTAGGTTGGGAGTGTTTTTCCTA TGTTTTTTATTTCCGTCTCTGTGATTGTACTTGACGAACTTCATATTTATTATATTGCAA ATGCAGTTTTCGTAGAGAGGAATGATGTGAAGGAATTAACAACTCATTTTGAACTCCATA TTATCGATCAGAGGTTGAAGCTTAGAGATTCGCAACTGTTATCGCTGAACAATTGTTCCA TGACTTGGTCAGTCGCTATGGTACTGGACCAATTTTTTGAAAGAAAATTTAATATGTAGT GATAGGTGTAATTTGTTCTTCTTTTTTTTTTTCTTTTTCTGCAGAAGTGCCTCTTTAACT CTTGAAAACTTTGTTATCATCAATATTACTATGCTTATTAATGGCAGATGCAGCATTGAA AGCGTTTTTACTTGTGTAACGTAGCATTCTAGCTTCTAATGGAGATTATGATTTCACTTG TGTAACATACCTACTCTACGGTCACTTTTTTCTGAATTATGTATGCATTGAGGATCTAGG GCATTGTTGTGTGCCCTAGAATCGAAGAGTTAAAATATTGCATATACTACAACAAAAACA ACTTTTAGCGGTACTAAATATTGATACTAATAAAAAGTGCTAATATCATTACCGGTATTA GTTAAGTGTTATTAGAACTAATGTCGCTAAAGACTTTAGGGACATATATAAAGAGTGACA ATTGCCGTTAAAAATATTTAATGGCAATTAAAAATTAAATATCGCTAATGATCATTTTTA TTGTAATGCTAATGTGGTAAGTTTCAAATCTCACCCTAAAACATTTTCCCTGATAAAGTT GTAACAGAGTCATCAATACAATTCGAGAATCAATAAACAATCACTAATTATCCGGGATTA TTAACAATTCTACGACCCCAGATCATGAATTCAATCAGAATATATTTATTAATTTTCTCA TATTTAATTAGCTTAAATATTTTTAAAAGTGCTTTCCAATTTTCTTCTTATTTTAACAAA AAAAATGACTTTGACAACATAAAATACTCTTTCAACCTCACCAATCCCAACTTGAGATCT GATTCATGACTTGAGACACAATGATGACTCTAATCTCCAATCTTGACCACGAGTGGGCTC GGGGTCATATCAAGTTTCAAATTGAGTTAGTTTGCTATTTAGTCCCTTTCTATTTTCTGT TTTGCATTTTAATCCTTCTTCTTTGATACCCACAATATATATATAACAGAATGAACTCAT TATTCTTCTCTCTGTAATTCTTTTTCCCCATTACATCAGTTGGAAAGCAACAACACTTTT ATCTTGAAAATGACGAAACGAAGAAGATCTCAGGACAGAATTTCCGATTTGCCAGAAGAA TCAGTGAACGGTATTTCCAATTTTCCAGAAGAATCAGTGAACGGTATTTCCAATTTGCCA GAAGAATCAGTGAACGAAATTTCCAATTTGCCAGAAGAATCAGTGAACGGTATTTCCAAT TTGCCAGAAGAATCAGTGAACGGTATTTCCAATTTGCCAGAAGAATCAGTGAACGAAATT TCCAATTTGCCAGAAGAATCAGTGAACAGAATTTCCAATTCGCAGGTGGACGGTATTTCG AATTTGCCAGTGAAGGGTATTTCGAATTCGCCAGTGAACAGAGTTTCCAATTCGCCATTG GACAGAATTTCGAATTTGCCAACGGATATAATCCGTGAAATTCAGTCTTATCTTCCATGG AAAGTTGGCGCGAAATTCAATATTTTGTCGAAAATATGGCGAAGAATTTGGGCTTCTCAT CCTAGAATTATTTTGGACGAAATGGATTTTGGTGCCGACTATTCAAAATATCGTGTTTCA GATAAAGCTAAAAGAGTTGCCTTCTTGAGTTACTTGATCAAGTTGTTAGAAAGCCGTAAG AGGCCCTCTGAATACGATTGTGATATTGACAAATTCTTTCTTCGAATGACAACACTTGAA GACTCTCCTCCTCCTAAAAATCTGGTAAAGAAGTGGATTTGTTTTGCCTTGGAAAAAAAC GTTAAATTGTTATCTCTTGCTTTAAAGACGATTTATCCTAATCATTACTACCTGCATGGT ATTGCATTTTGCTCTACTACATTAGTTGATTTAACTATATCCGATTGTCACATTACGAAT TGTTCATTCAAGCTTCCTGCTCTTAAGTTTCTCTTTCTATTCGTTGTTTGCATTGAGGAT CATCATTTCAAGGATCTCATTGCTGCTTGTCCTCGAATTGAAAAATTACGTGTTCTGGAT ACTCAAAAATTGAATACTATTGTAGTTTCAAATCCTCAACTGAAATCTTTCGGAGTTCAT CTTCCTAGTTGTGATGGTAAAATACGTATAGAGTCCCCAAATCTTCATTCACTTGAATTT ATTTCATTCATTGTGGACTTTTGTGAATTAGAGATTACTTCTACCATAACCGTAAGAGAG TTGACATTGCGAAAAGCTTATCATAAAGAGACAGTGATGCATTTTATGAAAAAATTCCCT CTACTTCAGAAACTCAAGATAGATGATTGCACTATCTTAAGTGAAGCTGAGAGTAATCCA TTGCCAACAGTACGGAATTTGACATTGCGAAGAGCTTATCATGAACAGACATTGTTGAAT TTTATAGGAAAATTCCCTCTACTTGAGAAACTCGAGATAGATGATTGCAGTATCTTAAGT GAAGCTGAGATTAATCCAATGCCAACGGTACAGCATTTGACATTGCGTAATGTTAGTCAA GTAAATACGGCATGGGCGGTTTTTTTAGAAAAATTCCCTCTACTTGAGAAACTCCTGATA GATGATTGCGATATGGTAAGTGAATGTGAGAATGATCCATTGCCAACAGTAAGGAATTTG ACATTGCGTAATGTTAGAGAAAAATATACGACATGGACGGATTTTATCGACAAATTCACT CTACTTGAGAAACTGATCATAGCTGATTGTAAGTTGCAAATGCTTCATCTTTCTCAACCA AATTTGGCTAGCCTGGTGCTGATGGATTGCATTGTAGAAGACGAGGTACGAATAAATTCA TCCAAGTTAAAATCGTTGGAGTTCAAGGGTCGCCTCACAAAAATTAAGGGCATAGAAGAT TTGAAAGAATTGGAATTCGTTAAGGTATATTTAGATCCTGTAAGGCTTTCTAAATGCTGG TACAGATGGTTTAGGGATATTTTGAAGTCGTGTGCTCGTTCCAAGCATTTGAGTGTGATC TGCAATAGTAAAAAGGTAACCCTTTTTCTGTCTTCCATATGCATACGATGTTCTGCATTT CTTCCAAGTACTCTCTTTCAACTTCAACGTCATATAGTCTATGTTGCCAATATAATGGGA CACCAGAACGAGTATACGATTGTTTGGTTTTCTGAGTTGCTTTTTGATGGTTGTCAGGTT ATCATCAATCCTAAATATGTAACACACATATTGCCAGTAACTAATATGGAGCATCTGGAG TTAGAAATTATTTCACGTCATGGTACTTTTGAAGAGGTTACAGATGAGCTCATCAGTATT CTTCCAGATTTGAAGACTTTGTCATTGACTTTGGGTTACACCACAAAGTTCTTCCAGGTA ATCTACAACTCCAATTGGCTTTTCCACAGTTAACTTTTGTCTGGTCGTAACAACTAGTAT AGAATGAATGACTGTTTTAGTATTGTTACTTTTCGTGTCTCTGATTGTGGTTGGCAAACA TCATATTCTATTATTTGCAATTGCAGTTTAGTAGAGCGGATAATGTGCTCTCAGCAAAAG AAGTGCCCAATCCAAACCTGATAAGATTTTGAGATTGGAGAAGTTGTGCAGCCAAACAAT TGTTCCATGATTTGAAAGAATGCTTTTGTTCTGCTTCTTTTGACAAAAACTGATGAAGTT ACTGTTTGTTTCTGTACATTTCGGAGAAGAAATATTTTGCTCATTCAAGGTTGATTTGCT ATGTTTCATTACTCTATTTCGTATTTTTTACAACAAGTCCCATTTTCATTCTTTTTTATT GAGCATGAAATTATTCAGAGAATAGATGCACTGAAGTTTCCACCTTATTAGCATCACATA GGCAGCATTTGTCATCTTCAACTGGTATTTGCAACCTACACATCCTCTCTTTCCTTAGCA GCTTACCGTGATAGAAAATTTTGTTCAGGTTATACTGTTCATTACTAATCGTATGAATGT CTTCGGAAAGCCATAGCCCTGTAGTGCCTCCTCAATGAACTCCCATATCATAAGCCTTCC TGAGGTCTATCTTCATCATACACCGCGGGGATGTCTTTCTCTTTAATGCCTTAGAAGGTC GTGACATATCAACACATTATGCAATAGTGACCTTCCTGTAACAAAGGCTGCCTGATTTCT GCGACAATATAGCTATAGCACCTTCCAGTCTTCCACAGATCATCTTGGAATTATCTTGTA CAACACATTACAACATGATATAGGTCTGAATCGGCCTGCATTTTGAGGGGTTAGTGATAT CATAGTAGCATTCAACTGTTGCAGTAGCTTACCATTTTTAAAGAGTTGCATTTTTATAGT CATGAATGGATAAAAAAAAAAATCATGCGACAACATTGTCTACTTTATTTTAATGAGAAA TGGAGCGTGAAATATTTGTATCGTTTAAGTAAAGCTCTAGAATTAATATCCTTGAATGAC AGTTTCTTTCGGTTAATAATACCGTTCTTAAATAGTACTTCCTTCGTTTAAAAAAATGTC TCTGTTTTTTTTTAGTCTGTTTCAAAAAGAATAATATGTTTCCTTATTATGACAAAAGTA TTCAGTAGTTTAAGTGTCTATTTATTCATACTCAAAATTGAAGGACATAAATATGAAATT AGACCAAATTAAAGAGCTTATTAATGTATTATGTCTTGAATCTAATAGGGTCATGTATCG GGTCGTTGGTACGGTCATATTAGTTTCAAGATGAGTTTGTGTTAAATCTTGGGTTTTTAG GTCCGATGTCATAGTATTTTCCCAAATTAATCATATATTATTATAAGTGGGAAGCTCTCA ACTTCAAAGTTGAATTACTAATTAGCCTTTAATACAAATTAAAAAGTAATTAAATTTTTA ATTAATTAGATAAAATTATTGAACAACATTTTCTGTCAATTAATTTGAAAGTTGAAAAGA CTTAATCACTTTATTAGGAAATTTGAAAGGATGCATGAAAAATGAAAGGAGTATAATCAT TTATATATGGAATTTAAAGGGTTACATCACTGTAAATATGCTTATATACTTCATTATATG GAATTCAAATGGCTACATCAGTACCATACTGAGATATACTCATATTCATCATTTAGATTG TCACAAAGAGAAAGTTTTCCAGGTTAGATGGAATTCAAAAAATGAAACCATCTTAGCTTC TTGGGCAAATATGCTTTGTGCCTTGATAGGAGAATCATGGTTTGGGATATCAGGATCGAT ATATGAAGAATAAACTCCAGAAGATAGATCACCAGAGTTGTTATTTATTCATGGTTATAT TATTACAAATCTGACATATGATTGAAAACATCTACCATGATGATACCTGTCCGGAGATAA TCTCCCCCACCACCCGATGGTCCTAAGATACTAATATATATATATATATATATATATATA TCCCTTAGGAGGGTAAGGTAACAACTGTTTTTTTCTTTAACATTTTCATATGTGTATTTA GCCAAAAAAGATTGAACCAAATTTTATTTTCATTTAAACGTGTAATATACACGTGCAAAG CAAGTGTCGAGAACTAGTCTAAATTATATAAGCCAATAATTTCTTATTACTAACTAAACA TTAGAAACAGGTAAGAAAATTATTTAAAAAGATACCAAATTCATTTATGGGAAAAATTTT TACTAAGCTCTTCATCTCTTTGTTCTAAAACAAAATCCTAATCTAAATTTCTAAAATTTA TGCTTCTTATACGTCAAAGAAAAAATTGTTCAAGATATGTGTAGAAAAATTATATTCTTG AACGATTTTCTATCTTCTTCCTTAATTTAATCAAGGTTTAACACTTTACAAACAAGAATT ACATATTGTTGATCAGTTATTCAAGTCAATATGGAAATCACTAGTCAAGGTTCCTTAATT TAGTCAAGGTTCAACACTTTACAAACAAGAATCGCATATTGTTGATGAGATATTCAAGCC AATATGGAAATCACTAGAGGAATTTAATGTTTTTGTTGCAAAATTATTTCAGAGAAGGAT TTAAGGGAGAATGCACAAGTACCCCCTAATCTATGATCGAAATCTCAGAGACACATCTTA ACTAAACTAAGGTTCTATTACCTCTGGACTTTTTTTTAAAAATTTTTATACATATTTTAT CTTACGTGGCATATTTCGTGACTTCACGTAATTGAGGCGCATGAGAGATATTTGGATGTC ACGTAAAAAAAGGTGTATAAAATTACAAAAAAATAAGTTCAGGGGGACAATAGGACCTTA GTTTAGTTAAGGTGTATTTTCTGGAATTTCGATCATAATCTAGGGAGGTTGTGCATTTTC CCAGGATTTAATAGTCTTTTCAATGTTTTTTTACTGTTTATCTCCGATGCGCCTAATTTG GGTGTATTTCACGCATTTTATTAGGTAGGATTCGAGTGTTTTTTTAAAGTTTTGAATAGT TAAAGTATCTATTTGTGCAGTGACAAAGTTAAAAGGTCAAAGTTGTAATTTGAAACCAAA TAAAGGATCCAATTTATATGTAGTAAGTAAATATAGAACATATAACCAAGAACATTTGTC ATCTTCCTAAACCTAAAAGTTTAGCATTTTAACTTCTTCTGGTTCATCTAATTTGTTTCA CCTCCGTCTGAAAATGCCGAAGAGAAGAAGGTATTACAGACGTAAAAAAAACCCAAAACA ACAAAGAAATTCGGTGGACAGAATTTCCAATTTGCCAATTGAAATCATCCGTGAAATTCA CTTTCGCCTTCCACGGATCGATGCAGTCAAAACTAGTATTTTGTCCAAAAAATGGCAAAG CATTTGGGCTTCTCATCCTAGAATTTTTTTGGACGAAATTGATTTTGGTGCCGACTATTC ACGATACAGTGTTGCAGATAAACCTAAAAGAGATTCCTTCTTAACTTACTTGATAAAGTC CTTAGAAATCCGTCAGAAGCCCTCTGAATACAATTGTGATGTCGACAAACTCTGTCTTCG AATGACAGTTGAAAATTCTCCTGCTGAACTGCTCGTAAACAAGTGGATTTCTTTTGCCTT GGAAAATAGCATTAAAAGGTTATGTCTCAGTTTAAAAACGATTAATCGTGATCATTACTA TCTGTGTGGTTTTGCATTTTGCGCTCATACATTAGTTCATTTAATTATATCGGATTGTGA GATCACAAATTGTTCCTTTAAGCTTCCTGCTCTTAAAGTACTCTTTCTATTTGTTGTTTG CATTGAGGATGATGATTTTAAGGATCTCATTGCTGGATGCCCACTAATTGAACAGTTACG CATTCAGGACACTAAAAAGTTGCGTACTATTGTAGTTTCAAATCCTAATCTGGAATTTTT CGGAGTGCATCTTCTTTGTTCTGATGGTAAAATACGTGTCGAGTCCCCAAATCTTCATTC GATTGAATTTATTTCATTCAGCATAGACATGTGTGAAGTAGAGATTGCGTCCACGACAAC AGTACGAGAGTTGACGTTGCGAGATGCTTATGACCCAGAAACATTGATACATTTTATAGA AAAGTTCCCTCTACTTGAGAAACTTATCATAGATGGTTACAGTGACTTATGTGAAGTTGA GATTACTTCCAAACCAACAGTGCGGAGTTTGACGTTGTGTAATATTAATGATGAAGATTT GACATTGTTTGATTGGGATGGCGATGATTTAAAAATGACATGGATGAATTTTATAGACAA TTTCCCTCTACTTGAGAAACTCATCATAGATACTTGCAGTAGGTTGCAAAAACTTCATAT TTCTCAACCGAATTTGGTTAGCTTGGTGCTGAAGGATAGCATTGTGAAATGGGAGGCAAG AATAAATTCGCCCAAGTTGAAATCATTTGAGTATAAGGGTGGCCTCACAGATTTTACAGG CATAGAAGATTTACAAGAATTGGAATTCGTTCTGTTATATTTAGATCCCCTTAAGCTTCG TGATTACTACTACAGTTGGTTTAGAGATATGTTGGAGTCGTGTGCTCGCTCCAAGCATTT GAGTTTGATCTGCGATATTGAAGAGGTAACCATTTTTTCTCCTCCTTTTCTGGGACTCTC CAGTCCTCTATATGCTTACAAAGTTCCTTTGTTGTATGCCATACTGCATTTTCTTGATGC CCAACACTCGTACCCTTGCCAGAGGATCATGTATTTATAAATATTAGAACGTGACTGCAA ATGAAATTATTGATTACACATCAACATAGGTTAGTTGCATATTAGCTTACTTTTCCTTTT TACTTATAAGCTATCTTTGGATGGCCTTATAGGAAAGCATCGACTGTTTGATGGTTTTTT TTGTTACTTAATATGGTGGCCTCAAGTCTTTCCCCTTTAATAAAAGCTTCTCACGAGTTT TGGAATTTGTTCAATTTTATTTATCACCAGAAAGCCATAACGCTTTTTTTTTGTTAAAGG CCTGAATTCATAAATAAAAATAGGTATGAAAGCCATAATGCTTGCTTGTACACAAATTAA AGCATTTGAATTCAATTTGCGTGTTTGTACTCATCTTTAATGTTCCTTTGTTGCATGACA GAACTTTTGCTTGATACGCATCTCCAACTTCCTAATTCTTACTAGAGGATATATTGAGAT AAACACAAAGAAAGTGCTTGCAAATTATATTGTTGGTAACACATCCAAAATAGGTTAATT GGATGAAATGTGGCGAAAGTTTTGATTTAAAACACTGAGTTGAATACTAGCTTACATTGT ATTTGGTTTCCAAGACATATGTAAGCTGCTTTTTGGTTATTGTTATTTGTAACTCTGACT TGATAGGCATCTTGACATTCACAATTTACAAATGTTAATATATTGCAAATTAATGTTTGT TTACAATTTTGTCGATCATTTCGGTTTCAACTTGAGGAGCATCTCAAGGTAAATAATGGT TTTCACTCTATTAACTTTCTGCCATTCTTTTCTAGTGAAATTCATTTCCAGTACAACCTT CCAGAGTACTCTTTTTCAATTTCAACGTCATATAGTCTTGTTGTCAACATCAACTAAGTG TTTTCCAAATGGGATTCCAGAACGAGTTGCTTTTGACTATACGATTGTTTGGTTACCAAT CATTGTGAGTTGGTTTTGATGGTTGTCAGGTTGTCCTCATTCCTGTTGAGGTAACTGATA TATTACCAGTAAATGATATCACGAATCTGGAGTTAGAAATTATTTCACGTCATGGTACTT TTGAAGGGGTTATAGATGATTTCACTTGGATTCTTCCAGATTTGAAGACTTTGTCATTGA CTTTGGGTTCCACCACAAAGTTCTTCCAGGTAATCTACAACTCCAATAGGCAATGGCACT GCACGATTCACTAAGGAGAGATATAGGATGAATGACTAAGGATAAAATTTTAGTATATGA GTGAGGATTCGACTGTTTTAGTCTTGTTAATTTTGGTGTGTTTTTATTTCTTTGTTAATG TGATTGTGCTTGGCAAACTTCATATTCTATTATTGCAAATGCAGTTTCGTAGAGAGGAGG ATGGTGAGCTCTCAGCAGAAGAAGTACACAAACCAAAACCTGATAAGAGCGTATCCATTC TAAGAAATAACAAGTTATTGCATATTATCGGCAATGAGATTGGAGGATAATTTTGTTTTG TTTCTTTTTGTGCAACTAACTACTTCTTTTTGGATGATCCTCTTTTGAAAAAACTGATCA AGTTACTGTTTCTGTACATTTGGGAGAAAATGGTCCTTTTCAGTTGATGGTTTAAAGTAT GTTCCAAGTCAAACGGTTGCATATATACTGATAAGTTGGATTTATATACCTTTTGATGGG AAAAAGTTACTCTCTCCATTCCTATTTATCTGTCGTTCTTATTAAAAATAGATTTTTCGT AATATTTGTCATTTTGTAAAATTAATGCATAAATGTTTGTATAAGTGAGATTGCAAGTTC ATTCTCTCCTCCTCCTACCCCCAATGTTTTGTTCCTTCACCTTCAGTAAGTCATTTCTCA ACATTCCAGAAATTGATGAAGTTGGAATGATAACAGGGGAAGGACAAGATAGAATTTCCA GTTTGCCTATCGAAAATATCCGCCAAATCCTCTGAATATGATTTTTGAAGTTCACACACT CGTTCTTCGCGTCACAGCTGATAATTCTTCTGCTGAATCCATGGTCGAAAAATGGATTGA TTTTGCCTTGAACAATAAGGTTGAAAAAACCACATCTTAGTTTTAAAATGACTCATGAGC GTTTTGACTTGCGCGATATTGCATTTGTAGCTGCTTCTTTCGTTGATTTAAACATACATC CGGTGTTGTGAGATTTCAAATTGTTTTTTCTATGCTCCCTACTCTAAGGTGTCCTGCATG GAGGGGAAAATGATTTCAGGAATCACACATTTGATGGGTGACCGCAAATGGAAGAGCTAA GCATTGAGGATACTGCATTTTCTTGTTTTTTATTTCTCATGGTCAGAATATTTTAAAAAT TGTTTTTCAGAAAAACTTATTTTCTTCTAAAAATTTTATAAAAAGAACTTTCGTACATAA ATACTCTTTCAGCACCCGAACTTGGGATTTGACCCATGACCAGTGGCTAAGCCACATACT GTCAAGGGTAAAAATTAGTATATATACAAGTAAAATGATATACGAAATGATTAAAGAACC TATTTTGGACACACTTAACATAAATAGTTGTTATTTCTGGACACTCTTTTAGATATTTCT GGCTCCGCCACTGCCCATGACTTAGGACTGATGGCGACTCAGGCTGTAACCTCGACTCTA ATATCAAATTTGAGACCAGAGAGCTAACCTTAAGCCTGAATCTGATCTTGACTCCGAGTT GGGCTCAGGGAAGATTGAGATTCAACTCGAGGTCAGGTCCCTTGAGTTGAGGATCAAGTT ATTGTCAGGGTCAAGGATCGTGTCTCAAGTCGGGTTGGTGGACAAGGTTAGGGTCGTGTC TCAAGTCGGGTTGAGGGATAAGTGTTGACTCCAAATTTTGGTTCGATGGTTTTAGAATTA ATACGTTTTGAGTCAAATACAAAAAAAAATTAGGAATTCTATTTTTTAATTTTGGGCCAC AAAATTGAGCCCATAGCTTAGGCCCATAATTTTTTGGTGTGGATAATATTTGTGGGTTAT GGATGAAAACAGAAAATAATTGATTTTATCTAAAAAAAAAAAACAAAAAAAATCTGCCTT TCCCACATCGTTTCTCAAACAATTTTCAATTTTGCAACAGTCCCACATCAGTATTTCATC CTTTTTGAGGATTTTTGGGTTTCTATATAAACCCACTTCATTCACTATTTTTAGGGGAGG ATTTTAGAGGGGAAGACCAAAGAGTACCCATAAAATTTTGAGATTTCTTGGTTCCATAGT TCAAAATTTTAAAGTGTTTTGTGGTTTTTCGAGTTGAGGAGGTGGAATCGTCTCCTTCAA ACTCGTAGTTCCGGTTCGCTGCCCAGAACCAGGTAATTTTTTTTCTTAGCCTGGTTCTGG ACAGCGAATCGAAACTACGAGTTTGAATGAGACGACTCCACCTCCTCAACTCGAAAAATC ACAAAAGCATTCTCAAAATTTTATGGGTACTCTTTGGTCTTCCCCTCCAAAATCCTCCTC TAAAAATAGTGAATGAAGTTGGTTTATATAGAAACCCAAAAATCCTCAAAAAGGATGAAA TACCGATGTGAGACTGTTGCAAAATTGAAAATTGTTTGAGAAACGATATGGGAAAGACAT ATTTTTTATTTTATTTTTATTTTTTTAGATAAAATCAATTATTTTTTGTTTTCATCCTCT ACCCACAAATATTATCCACACCAAAAAAATTACGGGCCTAAGCTATGGGCTCAATATTGT GGCCCAAAAATAAAAAATAGAATTCCTAAATATTTTTTTGTATTTGACTCAAAACGTATT AATTTTAAAATCATCGGACCAAAATTTGGTGTCAACAACTTGCCCCTTTGTTTGATTAGG ATCAATGAAAGAGATCTTGGTCAAACTAAGTTGACGAACCAAATTTGGTTTGATAAACAT TGAACAAAACAATTGAGATGTTAGTAGAACTTTTGAGCAAGACTCCACATTGATCGACTG GGATGAAAATAATAAACAAAAGACGGAGATAGATTGCAAACTGAGAAATTTCACATACCT TTGATGTTACTTGCAAAATTGCACAATGAAGGTGGTATACCTTTTTGAAAGAAGGATGAT GCGAATAACATGTTACTTTGAATAAGGTGACAACCCAGCGCGTCTCTTTGAAAGGAGGAC GACCTAATTTGAACATAACATATCACTTTAAACGAGGTGACAATCCAACGTGTCTCGTTG AAAGGCGGACAACCCAACTTGAACTTAATATGTCATTTGAAGGGAGATGACAACCCATCG TGTCTCTTTGAAAGGAGGACGCCCTAACTTGAACTTAATATGTCATTTGAAGGGAGATGA CTAACCAATCATGTCTCTTTGAAAGGCGAACGACCCAACTTGAACTTAACATGTCATTTG AAGGGAGATGACGACCCAATCCTGTCTCTTTGAAAGGCGGACGACCCAACTTGAACTTAA TATGTCATTTGAAGGGAGATGACAACCCAATCTTGTCTCTTTGAAAGGTGGACAATCCAA CTTGAACTTAATATGTCATTTTGAGGGAGATGACAACCCAATCTTGTCTCTTTGAAAGGC GGACGACCCAACTTGAACATGCCATTTAAAGGGAGATGACAACTCAACTTGAACTTAATG TGTCATTTGAAGGGAGATGACAACCCAATATTGAACTTAAGTATCATTTGAAGGGAGATG ACAACCCAACATGTCTCTTTGAAAGACGGACGACCCAACTTGAACTTAACATGACGTATC ACAAAATCTGCAATATTAATGTTAGTAGCAAATATAACATAAATTATGCAAACATGACCA TATAAACAAGGTATTAACCAATGCAATGATTCAAACATAATAACATCATGAATTAAATAA AATGTCAATTTAAAATGGAATAAGAAAAATGTCATATTGAACGGCATGACAAACCAATAT GAAATAAATCATTTTATTTGATATAACAAATCAATTTTGAGAAGATATAATTTTGAAAAG TATGAGGACCTAAATTTAAGAAAATGTCATGTTGAAAGGTATGACTACCTAACTTTAAAA GATGTCATTTTGAAAGGTATGAGTACCTAAAATAAAAGATGTTATTTTGAAGGATATGAC GACCTAAAAATAAAAAGATGTCATTTTGAATGATATGACGACCCAAAAATAAAAAGATGT CATTTTGAAGGATATGACGACCCAAAAATAAAAAGATGTCATTTTGAAGGATATGATGAC CCAAAAATAAAAAGATGTTATTTTGAAGGGTATGACTACCCAAAAATAAAAAGATGTCAC TTTGAAGGATATGACGACCCAAAAAAAAATGTCATTTTGAAGGATATGACGACCCAAAAA TAAAAACATGTCATTTTGAAGGGTATGACTACCCAAAAATAAAAAGATGTCATTTTGAAG GATATGACGACCCAAAAATAAAAAGATGTCATTTTGAAGGGTATGACTACCCAAAAATAA AAAGATGTCATTTTGAAGGGTATGACTATCCAAAATGTAATGAACGGTTTAAGTGGTCTA TTTCGCATAGTTCAATGGCAATTTTGACCCTTTTTCGTATTATTTTTTATAACATTTTTA ACTAGTTAGGAGAATAAAAATTTTATTGTCATGATCACTATTTTCTCAATTAAATTATTT GAGTGTAAATAATTCTCATCTTAATAAATTGGAGTTAATATCTCAAAAAGTCACACAACT ATAATGATTTATAGAGAAAATTTATTGAACTTTGTTTTGTATCTATAATTTTTTTTTAAA AAACTCTTTATCATAAAATAAAATTAAATAAATAAATAAATAAATATAGCAAAATAAATT AAACTATTTTTATACTCGAGATGTGTGTGTATATATATATAGCAAAATAAATATACATGC TCTTGTTTTAGACTACTTGTATAATGTTTAATGAACTTTCGTTTAGATGTAATATTTTAC TTATGAATTGTTTTTAAGTTTATACATCAGCACTAGCATATTAGTCGGATTATAATATTT TATATTAATAATAAATAGATTAAATAACTCATATTTTAAAAACAAAAAATCATATCTAAA TAATAAAATTTGTAAGCTAATTTATTTAAATAAATTTATTAGTATAAAAATAAAATATAA AATACAAAATATAAAATCAAGAAAATAAATAAAATGATTAAAAGGTTTTGAGGGGGTGTT TTTGTCTTTACCTGAATTAGTCTCATGGTATTAGAGTTAATACCACCAAATGGAAGGTAT TAGTTATACACCCTCTAATACAATGTAGGGTGCATAACTAATCCATGGATTAATAATACA TAGACTCAAAATTCCTACCACACATAATACTTGGACTATTTCTCCTAATACATCCTACCA AACGATCCCTTTTGTTCCTAATTTATCCTTATCATTAATTATATTTATTTTCTTATTACA TTTTTCAAGATACTGTATTTAATATATTCAAATAGTGATATATTAAAATTAATCTTCTAT ATATAGTTTCTTAAGAAAGGTGTACAGGCAAGGAAATAGTGAACAAGTATTGTAGGATAG ATGGAGTGATATTTTTTATATGGTAAGTTAAACTTTTTCAATATTCAGAAATTTTATAAT AATTGAGGGGTAACGTGCGTTGCACGACGTTCCTCAAAGCTAGTATACTTATAACTAGTT AGTATTCATTGAAAATTTCAAAGTTTTATCATTTTTTAAAATACGATTGATGTAATTGTA ATTAAAAATTATAGGCAATTAAATATACTGAATCAATCGTGATTTACATTAGCTTTATAA GATGGAAAAATTATTAAACTACACTACATATATTTACATATTGTCATTTAATCCCTATTC TTTCATAAAAATTCAAAAATCCCTATTTTACCTCAATTTCTCTATTTCGGATACTTAATT CTGAAAGAAACTAAATCCACCTTTCAAATCCCTAAAATCTCGTCTCTAATCTTTTTCACT ACCAAATTAGTTACCGGATTCAAAGGAATTTGATTTTCAAACTATTCAACAATTCAAATT TCAAAATAAGCATATCTTCTTCTTCATTTTTCTTTCAAAATCAATTCTGTGTTTCAATTG ATTTTGTATCAGTTGTCAAAATGGATCATCTATCTTTTAGTATTGGGATTTCCCAAATAA TAACACCTTACAATGATCAAATTGTTGAATCAAAAGACCCCAACTTGACAGAAGAGGTCT AAAAGCTTGCATGCATCGCTATAAATGGCGAATCGAACTTTTACGAAGCGAAAATCAAAA AACTGAAGCGGGGCATCATCTAAAGCAAAAGATGCAAAAACTAAAAGGAAAGGGATAGAA AGATTGCCTCGATCATATCCAGATTTGCATTACCAACGACGACATGTATTTTATTATTTT ATTTTTTATTTTTATGTAGTTTGTATTCACTTGTTACTATTGGATTCACAATAGTCGTTT GAGGTGGAATTTGTTCAAGATATTATGCAACAAGTAAGCGAGAGTCCATAACTATTGAAT ATTAATTTTTCTTTACATACACAGTTGATATGTTTTTATAATGTATCTTCTTGTTTTTTG TAGTGACCGCGAAACGTTTTTTGTTGTTTTGTTGAATTTTTGAGCAGTGAAATCAACATC CCATCTAATGATTTTCGAAGTGACTATCTTCGCACAAAATATGCAATACTGTTATAAAAG TATGGTCACAACAAGGCCAAGACGGAATATGTTAGCGAGAATATGATCCTACAAGGCCAA AGAGTGACTACACTCCACCAACGGAAGATGATCTTATTAATGTAGCATAGATTTTTATAT ATCAATTCATCGAAATTTGTTGATGATCTATTGTTTTTAAGATACATTAATTTGTGTTTT TGAGTACTTATCTCTTTTGACGATACTACTTCTTAATGTGAAAGTTTTTTTGTTGACAAT TGTTTATTTCGCTTTTCATTTTGTTTTCAATATATTTAATACCTTGTTAAATTTTATCTC TTATAAGTATAATACACATCACTATAATTGATACCATATTATTAGCATCTACAAAAAAAT TTAAATAACTTTATTATGTATTTGATACACGATTACTTTTGATATAGCAAAATTTGTATA TATCACAACACATGATACTATATATTTATACTTGATATAAATCAATTAATTTTCAATATA TTTAGTACCTTTTAACATTATAAATTTGGTACAAATGATTACACTTGATACTATATTATA AGCTTATACAAATTCGCTAAAAAATATATTATGTATATGATACACAATTATTATTTTGTC TCTTATAAGTATAGTACACATCACTATAATTGATAATGTATTATTAGCAAATACAAAAAT TTTCAAAACTTTATTATATATATGATAAACGAATATTTTTTATGTAACAAAATTTTTATG TATCACAACACCTTATACTATATTTTTATACTTGATACAAATCAGTTAATTTTCAATATA TTTAGTATCTTTTAACATCATGTCTCTTATAAATTTGGTACAAATGACTATACTTGATAC TATATTGTAAGTTGATAAAAATTTATCAAAAAATATATTATGTATATGATACACAATTAT TATTTATCATACTTTTAAATCACAAATGAATGTGTATAAGTTAATACAAATTTGTCAAAA AAATATATATTATGTATATGATACACAATTATTAGTTATTATGCTTTTAAAATCACAAAT TGATGTGTCTCACAAAATCTGATATTATATATTTACAATTGTTTTAATCTTCTAAATTTG TAATATATTTAGTACTTTTTAACATAGTTTTATTCTATACACATCACAACTCTTACAATA TCACAATACTTGATACTATATTATCCGATGCAAAAATTTTCGAAGAATTAAGTATCAAAT TCATTATGTTAAACAAATCAATGCAATGTAATAGTATTTCAGTACTTATTAACAGTTACA TATACATTAATTAATTAATTAATACAACATATATTTAAAAAATAACTTTATATTAAACAT ACAACAATACAAAATATGTATATAGGATTCACTTCATAAAAAATTAACAATAAAAAGATA TAGACAGAATTGAAAAACATAATATTTCAATTTATTGAATCAAAAATTAGTAAGCTAAAA GTACTTTTCAATGTAATCATTTGTAACAGTGGAAAGAAATGTTATAATTTGAAAATTATT AGATTTGAAAAAATAAAGTACTCCAAAAAGGTATTGATAAAGATTCTTTTGGGAAGAAAG TACAAGTCCTTCAATTGTGATCTTCTTGTCCACATTGCCATAACAATTCATGTTTGATGT TAGTTTTTCATCTGAATTTTTCTTCCTTTTTTTCTTGATCTGCTGGACATCTTTTATATC TTGTTTGCAAGATAACTTCTTCCAAACATTATTCGAGACTGATCAATCACTTTTGTCCGA CATTGATTCCATTGAAACTGCATTACACACAATACATATAGGCAATTATACCAAATATAA AATAATAAACGCTCTGACACCAAAGATTCAAGAAGCCAAAACAACCTCCCAAGCCAAAAG AAAATAAAAAGAAAAAACAGTCATAAAAAAATAAAAACAAAAACTTGTAACTGCTATGTC CGAAGACCACCAATCTTGCAAGAATTTTGCATCTTCTCACTAAATGAACCAGCAATTTCT TTCTACTCCAGAATTTTTTTTGATCAAGCAGTTTATTGGAAGAATAGGGAGAAACAATTT GACAATTTGAAATTTAAATTTTCTAGTTATGTTACCTTTTTCTGACGACTGATTGTTAGA AGAAAAAAACGTACGCTTAATTTGTGGGATTCAATTATATTTTCTAATTTTAGTTTCTAA TTTAGGACAGTGTTGACACCCAATTTTGGCCTAACATTTTAAAAATTCGTGATTTTGAAG CTTTATTTATTTAATAGCAAATTTTGATCCGATGATTTTAAAATTCATACATTTTGAGTC AAATACAAAAAAAAAATTGACTTTCCCACATTGTCTCTCAAACAATTTTTCAATTTTGCA ATAGCCCCACATCGGTATTTCATCCTTTTTGAGTATTTTTGGGTTTCTATATAAGCCCAC TTCATTCACTATTTTTAGAGGAGGATTGGAGGGAAAAATAAAAGAATACTCATAAAATTT TGAGAATTCTTGGTTCCCATAGTTCAAAAAATTTTAAAGTGTTTTTGTGGTTTTTCGAGT TGAGGAGGTGGAGTCGTCTCTTTCAAACTCGGAGTTCCGGTTCGCTGTCCAGAACCAGGT AAATTTTTTTTTCTTAGCCTTGTTTTATTTAATTTCCAGCTCTTTTATGTTTTCTGTTTA TTATATGTAGCTTGTTTTGTTTTTTAGTTTAATGTAGTTCTAAAAGTCAATCAATATTTG TGTTTATTGTAGTTTTAATATTAGCATTATTTTACGATTCGATGTTTATTTATTTATTAT TACTATTATTTTAAAATTGTTAGTCAACTATTTGCTATCTTAACTTTTCAGGATTTTGTT ATTATTCTATTTTAATGTTATTTTTAATTTTTATATATTACGTTATTGTTGTTTCCATTT CTAATTATGTTATTTTAGTTTGGTTGTTGTTTTCCATATTCTCTTGTGATAAGTTTGTTA TGTTTTGTTGATGTTCAGTTTATATATTTTATACGTTGAAAAGGGCCAATGAGAAAACTC TCCGTCGGTTTTGGAGGCCTCCCCATTTTTAAAGACGGAAATCTAATTCAAGTTTATATA TATTTTTAGTTGTTGAAATGGGCCGATGAAGAAATTACCGTCGATTTCCAAGGTCTCCCA TGTCAATAAGACGGATTTTTGTTCTTAAGTTATTATTTGAGTTATTCATTTTTATTTATA TTTATTTGGCACTAACTCTTTTACTAAGTGTCTTTACAGGTACCCGGAGGTGCTTCTCCT TTTATTTCATTATTGTAAATATTGACGTTAGACAAACCTTAGGCCGATAATTATTATTTT ATTTTATTGTGCATATTCAATGTTTATTATACTTGTACATTATTTTATATTTTTCCTCAA TTTGAAAAAAAAAATGAATTCAGTCGGGAACCACATTTGTGGATTCCGAAGGGTGCCTAA CCCCTTCCCTTCGGAATAACTTGAACCCCTTACCTAGAATCAATTTTGGTTTCGTAGATT AATAATCGGTTTCCTAGTTTTTCCTAAAATTAGGTGGCGACTCATTTTAAAACTCGTTTA TTTTTAAAACTTTGTTAAAATTGAATCAATTAATTATTTTCAAGTTGTCGCGACGTTTCG TCCTATTTCAAAAGAGTAGGGATGTAAACAGAATGGCGACTCTGCTGGGGAGTTTAGAGG TTTTAACCAATATGAATTTAATTTTTTTTCAAATTGAGGAAATTTTGTTATGTTATAACT TGTATTTTTATATTTCGCTGATTATTTGTATATTGTATTTATTTATTATTTATTTTATTT TGTGTATATTATCATTGCATTTCATGGCATAATTTTCGTCAATTGACAAATAGTTTGCAT TAGGACAAATGAAGTTACGTGGCTTACCACGGCTTCCTTCAGAAAAACACACAAGTCTAA TCTTTGGAAGTAATAAACGAATAGTTGGCTTGCGGTCATCCAACGTCGTTTATTAGCTTC ACCCCGTTGTCTGTCCGACTCGGGTAACCGTCACTTCTATACCAATTCTAATCACCCTAG GATAGAGCAAAACCAAATTCGAATTTAAGCATCGGCCTAAGATGACCCAACACCCAAGGC GTGTTGAGTCAATTAGAAAGACCACCTTGAGTCCATAATGGCTTTTAGCCTAAAAGGACA ATCATGATTGTATGTAATTTGAAGGATGTATACGTCGTTTGACAAACCACTGTCCATCTT AATTAAAAGGTTATTTTAATAGTTTATTTTTGTCAAGCTTGAGTTTGCAGAAACTATCAT TTCCATCCAAAAGTGTTGGCAATCGGAGATGACAAGATTTTCAAGAGGAAGACCCTTCGA CAAAGGCTTAGAATAGGATGGTACCCCTACGTGGGCTTGAATATTTGTAATATTTTTCCT TCTTACTTTTTCCTCTAACTTCATAATTTTATTTCATTTATTCGTAAATTGTATTAAGTG TTTTGGGGGACAATGGAAAGTTGTCAAAAGGCGTAATACATCCTTCGAATCGATAGGCCT ACCCTAGGCATAAAAGGGTCACATATTTGTATAGGACGCGCAATAATTGTTTGTATGCTA TGTGATATATTCAGTTTGTCTTTAATTAAAACAAAATTTATGTGTTCTATTCATTATTTG TGTGATATTTTGCGTTATCTATTATGCACAGGAACTAACACTTTTACATTTTTGAGTTGT TCTTCTTCTCAGCAAAAAATTGATTTATGTTCGAATTCAGAAATCATTATTTGTCCAAAG TTGCAACAGACAAGAGGATTAGCGAAATTAGAGTCCTTGCATTTCTCGATTATATCAAGT CAAAACGATAAATCAGGGGAGTATTTGACTATGAGGTAACATTCACTTATTTTTATTATT ATTTTGCATGATGGTCCTTCTCTCACATATTTCTCATATTTTTGTAGGGATACCGTCCCC GACATCAGTCGGGGATGGTCATAACAGTGTTTGGATCTCGTGAAAATTGGAAGGAGACAA AGATCCAAGAAAACATCCAAAAAGAGTACAACCTACTGTAGAAATTCGTAGGGTATATTC AACAGACAATATAAATATTGACGATTAAGAGGTTATAAAAGATATTGGTGCGGAAAAAAA AAACTTCATGACTAAAAATTTTAGTGGCGTGGGACCTAGGAATTTCTTTGAGTTGTCTAA GTCTTTAAATTATTATATGCCACATCTGGACGAACTACGCGTACCTGATTCTCATTTCGG TGAGATACGTAGGCAACCCTTCTTGGGTTCGGTATTATCTTTTTCAAAAAAAAAAGAAGA AATTTTTTTTTGTAAAGTAGTTTGTGCATATTTTCCAAGTCATATCTGCACGAACTACGC GTACCTGATTCTCATTTCGGTGAGATACGTAGGCAACCCTTCTTGGGTTCGGTATAATCT TCTAAAAAAAGATTTTATAAAAATTGTTTGTGTATATTTTTCCAAGTCATATCTGGACGA ACTACGCGTACCTGATTCTCATTTCGGTGAGATACGTAGGCAACCCTTCTTGGGTTCGGT ATAATCTTCTCAAGAAAAAAAAAGATTTTATAAAAATTGTTTGTGCATATTTTTCCAGTC ATATCTGGCCGAACTACGCGTACCTGATTCTCGTATTAATGAGATACGTAGGCAACCCTT CTTGGGTTCGGTATTATCTTTTTCAAAAAAAAAATATAGTTTGTGCATATTTTTCAATCC ATATCTGGACGAACTACGCGTACCTGATTCTCATTTCGGTGAGATACGTAGGCAACCCTT CTTGGGTTCGGTATTATCTTTTTCCAAAAAAAAAAGGTATAGTTTGTGCATATTTTCAAA GTTATGTTTGCACGAACTACGCGTACCTGATTCTCATTTCGGTGAGATACGTAGGCAACC CTTTTTGGGTTCGGTATTATCTTTTTCTAAAAAAAAAAGTTTGTGCATATTTTTCAACTC ATATCTGCACGAACTACGCGTACCTGATTCTCATGTTAATGAGATACGTAGGCAGCCTTT CTCGGGTTCGGTAATCATTTTTAAAAAAAAAATATTTGTACATACTGTAAGAGTCATGTC TTCAACTCGGTCGGAACCTATGCAGTTAAGAGTGTGTAAATACATTCGATATGGTTGAAA AGATTGGCTTTGCGGTGAACTACAGATTATCGTGGTACCTCTTATCTGTACTTTTGTGAT GCTTGAAAATTCTCTTGCATTCAATCAAGATAAGAATAAAACTAACCTTATGTATCATGT GCATTGTGTGGTGAGATTTTGATCAAAGTTCAATTGTGTTACACTGTTGATCTAGAACTT GACCTGAATGTTTTTTGAGGCGAAATCATGAGTAAGGTTTGGTGTGAGGAAGGATTGTAG GCCTTTTTTGACCCGATTATGCCTTTCAAAGCCTACCAAATTACATTAATCCCTAGTTTT CTCATTTTGAGCTTGAAACCTTCATTTGGACAACCACATTTTAACCACTACCCTTTTGAG TGCTTACGAGCACTATCCTCTCTTGGTCCAACCTTCTTGAGTGCACAAAGAATGTGAAAA TTATAAAAGGAGATCAATGTTTGAAATTTCAAAAAGCAAAGATATTGAGTCTCTCAAAAC CAAGGAAGCAAAGACTCTAGAGAAAAAGAGAAAAAAAAGTGTGGAAGAATTAAAGAAAAG CAAAAAATTCCTTTACAGGACTAGTGAAAGGTTGGAAGAAAAATACTCCAAAAAAAAAGG AAAAAATCATTATAATAAAGAAGTGAATAAAGAAAAGCTTCAACGAATAAGGAATCAAAA GAAGAAGAAAAAAAGAGAAGAAGAGAAAAGCTCAAAAACAAAAAAAAAAGAAAAAAAGAA AAAAAAAAGGGGGAAAGTGTTCAAAATGAGAATTCAAAAGAATTTGAAAACTGGGAGAAC AATGAAGAGGATCTAACGCCAAAGGCGTACCAATCATTAAGAGCACAAATTCTGTGTAAC ACTCAAGGAGGAATTCAGTCACTTTTATCTCAAATAAATATCCTACCCATCCCTAACCCT ACGTTACAAGCCAATGACAAGCCCTACATGATCTCATTCCAAATGTTCTCACATTAGTGG AGATTTACATAAGGGTCAAGCATATGGTATCACAGTTGTGTGCATTGAACATTCTTGTGA GTGTGAGTGCACTCTGAAAAATGTCCTATAACCAAATGTTTCAAATATGTGTGGAATATG ACTAGCCTTTGTCGCGAGGGCACTTAAAACATGAGGATTGATACAATTCAAAATCTTCGT TTGAAACAAGATGAACGGATCTTGTCAATCCTTAAGTATATTTGAGGTACCACTTGAAGC TGTATGAATTACCTTAATTCAATCTTAAAAAAATAAAACAGAAAAGAATGAGAGATTTGC CTGCAATCTTAACTGTTGGTACCAATCGTGGTGAAAAATTGACTATCTCATCGCATTTTT ATTTTTGAAAAAAAAAATTGTCTTTTGAGTTGTTCATTATAAAAGGTGTTGTTAAGTTAA TCTTATATATGTGAGACGCCTATTTTTACTTCATTGGATTGTCCATCCCCAAAATGTGAT ATGTCTTGTTTTAGGCTTTGAATATAGCAAAGGATACCATTTGCATACTCCATCATGTTC ATATTGTGCATTTTCTACTGATAATCTTTTAGATTCTTTGCAGCACTCGTCATCCACAAG AGGGGAACTACGTTTGACCTGATTCCTGCTCCAATGGGATACGTAGGCGCCACAACGGCT CAGTCATATACCCAGTAAGATTTCCGTTTCTCTTCATAATGGAAACTGGGACAGAATTTT TGAGAGGATCTCAAAAATTCATTTGAAGTTGGAATATTATCGAGCATCCACCTCGTTACA GTTGGAATATTATCGAGCATCCACCTCGTTACAATTGGAATATTATCGAGCCATCCACCT CGTTACAGTTAGACTATTATCGAGTCATCCACCTCGTTACAGTTGGAATATTATCGAGCC ATCCACCTCGTTACAGTTGGACTATTTTCGAGCATCCACCTCGTTACAATTGGAATATTA TCGAGCGATCCACCTCGTTACAGTTGGAATATTATCAAGTCGTCCACCTCGTTACAGTTG GAATATTATCGAGCCATCCACCTCGTTATAGTTGTAAACCATCGAGCCATCCACCTCGTT ACAGTTGGACTATTTTCGAGCATCTGCCTCGTTACAGTTGGAATATTATCGAGCCATCCA CCTCGTTACAGTTGGACTATTTTCGAGCATCCACCTCGTTACAATTGGACCATTATCGAG CCGTCCACCTCGTTACAGTTGGAACATTATCAAGCCATCCACCTCGTTACAGTTGGAACA TTATCGAGTCATCCACCTCGTTACAGTTGGAACATTATCGAGCCATCCACCTCGTTGCAG TTGGAACATTATCGAGCCATCCAGGCCTCGTTAAAAATCATGCATCGCGGGAAGATATAC ATGCCCCGCAGAAGATCATGCATCGAGAGTTAATATTCATGCATCGAGAGTCAATTCATG CATCGAGAGTTAATATTCATGCATCGAGAGTTAATTCATGCATTGCGAGTTAATATTCAT GCATCGAGAGTCAATTCATGCATCACTAGTTAATATTCATGCATCACGAGTTAATTCATG CATTGCGAGTCAATTCATGCATCGAGAGTTAATATTCATCCATTGCGAGTCAATATTCCT GCATCGCGAGAACATTTCATACCTCGCAGATTTGTATGCATCGCAAGAAGATTTCATACC TTGCGGAATTCATGCATCACTAGTTAATTCATGCATCGAGAGTTAATATTCATGCATCGC GAGAAGATTTCATACCTCGCAGAAAATTCATGCATCACTAGTTAATTCATGCATCGAGAG TTAATATTCATGCATCGAGAGTTAATTCATGCATTGCGAGTTAATATTCATGCATCGAGA GTCAATTCATGCATCACTAGTTAATATTCATGCATCGCGAGTTAATATTCATGCATTGCG AGTTAATATTCATGCATCGAGAGTTAATATTCATGCATCGCGAGAAGATTTCATACCTCG CTGAAATGTATGCATCGCAAGAAGATTTCATACCTTGCGGAATTCATGCATCACTAGTTA ATTCATGCATCACGAGAAGATTCCATACCTCGCAGAAAATTCATGCATAGCGAGAAGATT TCATACCTCGCAGAAAATTCATGCATCGCGAGAAAATTTCATACCTCGCAGAAAATTCAT GCATCGCGAGAAGATTCCGTACCTCACAGAAAATTCATGCACCGCTAGAAAATTTCATAC CTCGCAGAAAATTCATGCATCGCGAGAAGATTCCATACCTCGCAGAAAATTCCGTGCATC GCGAGAAGATTTCATACCTCGCAGAAAATTCATGCATCACTAGTTAATATTCATATATCG AGAGTCAATTCATGCATCGAGAGTTGATTCATGCTTCGCGAGTTAATTCATGCATCACTA GTTAATATTCATGCATTGCGAGTTAATATTCATGCATCACGGATTAATATCCATGAATCG TGAGAAGATATCATCCCTCGCAAAATTTCATGCATCGCGAGAAGATTCAATTCCTCGCAA AAGTTTACATATCGCAAGAAGATTTTATACCTTGCCGATTTTATGCACTGCGAGAAGATC TCATCCCTCGCAAAATTTTATGCATCGCGAGAAGAATTCATCCCTCGCAAAATTTGAACA TCGCAGGAAGATATTCATGCCCTGAAAGCAATCATGCACTGCAAGAAAAAGAATCGTGCA TCTCAAAGGAAATATTTATCCCTCAACGTCAACTGACGTTAAATGCCGAGGAGAGAAATT GAGTGTCGACACGGTGGAAGTCACTGTCTCCCATTTAAATTGCATTTTTAAGCTGACGAG TTTTATCTCAGTCTTTGTCAAGAGCATTCGAAAGGATGAATTTCTTCAACAAAAAAAATA AAAGAAGATAAAAAAAAAAAAAACAGGTGCATACTACTTCAACAAGGACGCAACGCATCA TGGAACCTTTTGGAGACAGGTCTGGGATTGACTTCCACCACATGCAACCGTACTTCTCTA CAAAGGTCATGTGTTCGGTCAAAATTGGGTTTGTCAATTTTCGTTGTCCACGATTTCTTT CATCAATCATACACAACGAAAGGGACAGCTGTTGACACCCAATTTTGGCCTAACATTTTA AAAATTCGTGATTTTGAAGCTTTATTTATTTAATAGCAAATTTTGGTCCGATGATTTTAA AATTCATACATTTTGAGTCAAATACAAAAAAAAAATTGACTTTCCCACATTGTCTCTCAA ACAATTTTTCAATTTTGCAATAGCCCCACATCGGTATTTCATCCTTTTTGAGTATTTTTG GGTTTCTATATAAGCCCACTTCATTCACTATTTTTAGAGGAGGATTGGAGGGAAAAATAA AAGAATGCTCATAAAATTTTGAGAATTCTTGGTTCCCATAGTTCAAAAAATTTTAAAGTG TTTTTGTGGTTTTTCGAGTTGAGGAGGTGGAGTCGTCTCTTTCAAACTCGGAGTTCCGGT TCGCTGTCCAGAACCAGGTAAATTTTTTTTTCTTAGCCTTGTTTTATTTAATTCCCAGCT CTTTTATGTTTTCTGTTTATTATATGTAGCTTGTTTTGTTTTTTAGTTTAATGTAGTTCT AAAAGTCAATCAATATTTGTGTTTATTGTAGTTTTAATATTAGCATTATTTTACGATTCG ATGTTTATTTATTTATTATTACTATTATTTTAAAATTGTTAGTCAACTATTTGCTATCTT AACTTTTCAGGATTTTGTTATTATTCTATTTTAATGTTATTTTTAATTTTTATATATTAC GTTATTGTTGTTTCCATTTCTAATTATGTTATTTTAGTTTGGTTGTTGTTTTCCATATTC TCTTGTGATAAGTTTGTTATGTTTTGTTGATGTTCAGTTTATATATTTTATACGTTGAAA AGGGCCAATGAGAAAACTCTCCGTCGGTTTTGGAGGCCTCCCCATTTTTAAAGACGGAAA TCTAATTCAAGTTTATATATATTTTTAGTTGTTGAAATGGGCCGATGAAGAAATTACCGT CGATTTCCAAGGTCTCCCATGTCAATAAGACGGATTTTTGTTCTTAAGTTATTATTTGAG TTATTCATTTTTATTTATATTTATTTGGCACTAACTCTTTTACTAAGTGTCTTTACAGGT ACCTGGAGGTGCTTCTCCTTTTATTTCATTATTGTAAATATTGACGTTAGGCAAACCTTA GGCCAATAATTATTATTTTATTTTATTGTGCATATTCAATGTTTATTATACTTGTACATT ATTTTATATTTTTCCTCAATTTGAAAAAAAAAATGAATTCAGTCGGGAACCACATTTGTG GATTCCGAAGGGTGCCTAACCCCTTCCCTTCGGAATAACTTGAACCCCTTACCTAGAATC AATTTGGTTTCGTAGATTAATAATCGGTTTCCTAGTTTTTCCTAAAATTAGGTGGCGACT CATTTTAAAACTCGTTTATTTTTAAAACTTTGTTAAAATTGAATCAATTAATTATTTTCA AGTTGTCGCGACGTTTCGTCCTATTTCAAAAGAGTAGGGATGTAAACAGAATGGCGACTC TGCTGGGGGAGTTTAGAGGTTTTAACCAATATGAATTTAATTTTTTTTCAAATTGAGGAA ATTTTGTTATGTTATAACTTGTATTTTTATATTTCGCTGATTATTTGTATATTGTATTTA TTTATTATTTATTTTATTTTGTGTATATTATCATTGCATTTCATGGCATAATTTTCGTCA ATTGACAAATAGTTTGCATTAGGACAAATGAAGTTACGTGGCTTACCACGGCTTCCTTCA GAAAAACACACAAGTCTAATCTTTGGAAGTAATAAACGAATAGTTGGCTTGCGGTCATCC AACGTCGTTTATTAGCTTCACCCCGTTGTCTGTCCGACTCGGGTAACCGTCACTTCTATA CCAATTCTAATCACCCTAGGATAGAGCAAAACCAAATCCGAATTTAAGCATCGGCCTAAA ATGACCCAACACCCAAGGCGTGTTTAGTCAATTAGAAAGACCACCTTGAGTCCATAATGG CTTTTAGCCTAAAAGGACGATCATGATTGTATGTAATTAGTGGGTTTAGGGTCTGAAAAA CTCAGAAAATTAGTGCTGTTTATCAGCTTCTTCTCTTGAATAATTCAACGAGATGGAGTT AAATCATGGCACTAAATGTTTATAAATTTTTTGTAATGCATTGAGTTTTACTCGATTTGT ATTATGCTCACTTTTTGTGGTTGAGTGTAAATGAGAACTCATAAATTGCGTGCAGTCCAT CACCTCCTATCTTGCATATTATACTAAGATTGGAGTTAAATATCAGCACTACATGTTTGT AAAATTGACTATTAAATGTTTGTTCAATAACACCAAACAATACTAGCCGGAGAACTTTTA TAAGGAGTTGCTTCTAGTTTTACAGAGATATGATTCATATTCTAAAAATGATTTTTCATG AGACCATTTTATAAGGGTGAATTCATACTTTAAAGAATTAGTTCCATGAGATTACTTTTT GATTATAAAATTATCATCAACATCATAGTTGTGATAATGAGAATTGATGAATTGTTGCGC GCAACACAAATATAAGATGAGGCATTAAGATATTTCACTTTTGTTAATACCTAATTTTCA CGACTATTATTGTTTATTTATGATGGTTAATTGTGTTGTGTATTGTTGAAGACAAACTAA TGCAAAAATGAATAAGAAGAAAGGTGGCATGAAATTAGTCGATGATATCTCTTGTATTCA AATAAATAAATTAGACAAAAAAAAGGAAGGAAAAGAAAAGAACTATCTAAAACTGATTGT GTGCCCTTTAGAAATTCAAGAAGCAGTTGCAATTTAAAACTGTTTGTGTCGCCTTTTGAA GATCGTCTAACAGTCAATAAGGGTAGCCTTGCCATGCCATTGATGATGAGGTAATCACCT TTCACAACAACACTATGAGAGCGAAAGTCTTGCGTAGCCATTGATGGTGAGGTGATCACC TTCCACAACACTACTAGAGTAAAAGTACAGTTCAATAAAATGTTAATAATCATGTGGTAT CTAAGTTCATTTTGCATCTAATTTTGCAGATCTAAATCTCACCAGGGCCTTCCCCTTCCC AAATCCACTGTTGCAACTCCTAAAATATAAAAAAATTCAAGAAAAAGTCTCAAGAAATCA AATACAAACCAACCAGAGGGATTTGCACTATTTTGAGGGATGAAAAACCCTTCTCCATTG CCTCTTTTGCTGCCAAATTTCAAGAGAATAGATGAACTCGCGACACGACCTTAACCCCAT GTGCTTGTTTTATGTTGAAGGAGAAAATGTAAAAGAATTTTTTTTTACAAAAATCTTAAG ATTCTCATAGGGCATTTGCCCCTTTTGCTTTTCTTATGTAGTAAATGGAGCAATGGGCCA TTTTTCGCTATTTATACACTTCAAAAATTCAGTCAATATTCTTCTTTGGCCATTATACCA AGAAGTCTCGCTCATTAATATGCTCGTCTATGCAACTTCTGAGGAAAAAATAGAGCATCA CTCCATATGAAGTGATCCAATCTTTGTTGCATAACACACTTGAACAAAAGTTCAACTACT TAAAATTAGCAATTTTGGCATTCTGCTAAAAAATATTCGAAGTACCTGGCAAAAGTCTCT GTTGGAGAATTTTAGCTGATTGTTGACCAACGGAAAGCATGGGAGAAAAAAAATGCACAA ACGAAAAAGGGCAAAAGAATATCAAGAAAATAGCCTCTGTATTTCTAATATCGACATGTC AACCGCTGGAGTTACAAAGGCTCCAATTGGAAAGAAAAAAAAGGTGACGAAGACTGTTCA AAAAATATCACCTCCCTCATTTACCAATAGACAATATATATTCAGATCACTAGAAGTGCG TCAATTTATTGAATTTTGTTCCGCCTTATTGCGGAATATATGCACCTTCAGCGTAAGTTC ATCAGCCTGAATGCCCTTGATCAACTCAAAGACACAAGCATCTCCTAACACTAAACTATT ATCCCTAACAAAATGTACCCATCCTTTGCTTAGAAACATACACGTTTTCCTCCTAACGCA ATGTGCAGTCCACTTACTGCCATCAGAATTTTGAAGTTTAATTGGTTCTGAAGTCTTTGG CATATAATCTCGGCTAAAATCAGGTGGTATATTCTGCAGATTAGGACAAATTGCAAAGTA TGTGTCAAGATACAATAAGAATGTTAAATTAGTTTTTACATGAGTAAAGAACATATTAAG ATACAAAGAAGTTTCAGCCAAAAAAAAACAAAGGAAATCAGACAACTTTAGTTTATTGTA TAGGTAGACAGGCTCACCAGAATATAGTTCCGCACCACGTGATATTCTCCAAGAGTTATC ATGAAGTAAGGATTCTCTGGCGTAAACATTTTGGCAGCAGTAGTTGCCCTGTTTGCTTTT GCATCCCTTAGTCGTCTTCCTTTACGACGATTACCAGAGCTGCCATGCACTACGGATTTC TCCTCTTGCTGTCCGGATGAATTCTCTGTATCTGCAATTCATCAAATTAGCTCTCAGTGA TGCAGATAAGTTTTTCGAGCTTCAGATCTGTTGGTTAAACAAACTAACCAGTGTTTGCTT CTGCAACCCTTGGTCGTCCTCTTTTACGACGATTACCAGAGCTTCCATGCACTACGGATT TCTCCTCTTGCTGTCCGGATGAATTCTCTGTATCTGCAATTCAACAAATTAGCTCTCAGA GATGCAGATAAGTTTTTCGAGCTTCAGATTTTATGTTGGTTAAACAAACTAACCAGTGTT TGCTTCTGCATCCCTTGGTCGTCCTCTTTTACGACGATTACCAGACTTCCATGCACTACG GATTTCTCCTCTTGCTGTCCGGATGAATTCTCTGTATCTGCAATTCAACAAATTAGCTCT CAGAGATGCAGATAAGTTTTTCGAGCTTCAGATTTTATGTTGGTTAAACAAACTAACCAG TGTTTGCTTCTGCATCCCTTGGTCGTCCTCTTTTACGACGATTACCAGAGCTTCCATGCA CTACGGATTTCTCCTGTTGCTGCCCGAATGAATTCTCTGTATCTGCAATTCGTCAAATTA GCTCAGTGATGCAGATAAGTTTTTCGAGCTTCAGATTTTATGTTGGTTAAACAAACTAAC CAGTCTTGTGATTGGTTCTATCTGAAGATAATGGTTTGAATGCATCTGAACTCTTTGTAT GATTACTTTCATCGAACTGAAGTATACAATTTTTACCGGTAGACAGAGTTGGTTCAGATA GGCTACCAGTGTGTAAATTTTTCGAATTTTCTTCCACCCTATTGCGAAACATGTGCACCT TCAGTATTAATTCAACAGCCTGAACGTCCTTGAGCAACTCAAAGACGCAAACATCTCCTA CCAGTAAACTATTATCCGTAACAAAGTTCAACCATCCTTTGCTTAAAAGCACCCGAAGTT TCCTCCTAATGCAACGGACTTTCCACTTATTTCCATCAGTATCTTGAAGTTCAATCAGTT CTGAAGTCTTTGGCATATACTTTCGGACAAACTCAACTGGTATATTCTGCAGATTATGAC GCGTTGTGAAGTATGCATCAAGAAGAATGAAAGATTAGTATGCATGAGTATGAATATATT GAGATACAAAGCAGTTTAAAGAAGAAAAAAATGACACGTTCAGTTTAATGTATAGGTACA AAGGCTCACCAGAATATAGTTCCGTTCTACATTGTATTTTTCAAGAATCTGCAAGAAATA AGGATTTTCTGGAACGATTTGGCAGTTTGAATGGCCTTGCTTGTTTCTGATACCTTTTGT TGTGCTCTTTCGCGACGATCATACCTTCCACGCCCTAAAGATTTCTCCCGTTGCTTGCTC GTGAAGGATTTCCTTGTATCTGCATTTATCAAATTAGATCTCAATATGATGCCGATAAAT TTTCAAGCTTAAAATATTTGGTTGGAAAACAAACTAGCTGGTTTTGCAATTGGTTTTATT TGAAGATACTGATACAAATTCATCTGGAATCTCCATATATTTTACTTTCATTGAAATGAA GTACTTTGTTTTACTTCTCTCTTGTTCATTATTTGGATTAGTCATACCTCCAGTTGCCAT TGCAGAGTGTATAGGAGTTTTAATACTTCGCCGAACAGATTTTCCACCTACTGGCTTAGT TAAACTGCCATTGCCCGATATGTTCAAATTCTTCGCATTTAATAGCTGTCCGTTATCATG TAATTTGTTTGTTCTGCTTCTTGTTTCATAGCAGCGTGTAATCTTAATCTTTCCAGATGC TATTTTACGTCTTTTGGCTCTATGCAGAAGTTCAGATGACTTAGCTGAACTCTCTGGTCC CTGCTCAGTTTCCAAGAGATCCACAATTTCAATGGAGCTCGTGAAGCCCTTGTCACCAAC AATTTTATCCTTTCTGTGAGAAAGTTCCTGAGCCACATCACGTGATTTAGCATTACCATG ACTCCTAAGTTGATAATCAATCTCAGTAGCGGCTAGGTCAAATATGTGGACATTGAAACA TGAGGTCTGTCCATATTTGAAGAGTAAAAAGTACCAACAGTTGACAGAATGATGTTCCAT AAACTCTTGCCAACCATCATGAAGCCAAATCATTTTACCAGCCTTCTTCAGGCCCACACA CCAGAAATCATCAGTGGGAACAATAATCTTGACGGTATCAAGGAGTTCATCTCCATGTTC CTGGACAAATTTGTCTGGCAACCGCTGCACACAGAAACAACAAACATAGATTTTTAAAAT TAAGATCAGACATAAGTTATAACCATTTAAGACATAAAATTGTAGTGCGAATTATAAAAC TAATTAGAACGATGCAACACAAAAGTTTTACCAATTTCGAATTGAGTGCTCATGTACAGC AAGCAGAAAAACAATCTTAACAAATAAGCAGGAGCCACGAGACTAGAAGAATATGGCTGA CAATCTCAAGAATTCGATCAGTACCAACAGTGTAATCTAAAGCCAAAAACTAGCCAATTT GCCATAGATACTGAAGAATCAATATCCGAACTACACCACAAGTATTAACTATGTATCCTA GTTTCTGTATTATTATCAACCATAGATTATCCATTCTTTGCTTTGTTATAAAAGGAGATT CTAAGTAACTTAAGGGTTACACAATTCTTCGAAGAAGCGGGGACATTGGACAATGATACA TGCTGCATTAAATTCTGTTTACCACTAGAATGATAATCAAGGAACATCTCTCCGATGGGG AGGCAACTAAAATCATAAGACCTCAGACATAAATCCTCCATCATCCGCACCTGAACTTTT ACCATCATTTGCACTATTGAATAGAGCAAATTAAAAAGGGATGACAACTGAACATCAATA CAAGAACCAGGAGATACAAATAATTTATGTACAAAGCTCTCTTATATAAAATCCTTGAAG AAAATGCCACCTTAATCCTCCTAGTACTCCATCACGTTATTCAGTTCAAAAAGTACAGAT ATCGCGTAGCAATGAATTTCCTTGCGGGATCATTGTTTCACTTATGTGCACAAATTGAAA ATGTTCTGCTACTTCTAATTATGTTGAATAACAAATGTCTCTTATGCGCACCCACTGGTT TCTGACCCTTAATTTGGGATTTGCCTCTTAGCAGGGATAGAACCGCCACTCGAGATACAG GTTCAGCAAAAACCAGTAACTTTAGCTGAAACTCTCATATGGATAAATAATCTATAAAAA ATCCAGTAAGAGAAACTATGGCGGTGAAGTACAGTAGTATTAAACCACCTAAAAATCGTA CTGAAGCTTCATATGAGAAAGCCTAAACTAGACACCAAGATTATAAGCTAACTAATATTG TCTGGTTCATAACAATTTATGAGTTCTAACTTCTACATACACTACTAGATCACCTAAAAG ATAATTAGGTGAATTGTTCAAAGTAAGTATGAAAGTACTAACCCATAAAATAAAGGTAAT ACATAAATAAACACTCGAACTTAGTAAGCACTCCAACTTCGAGATCGTGAGTACATATAT AGACATTCTCAACCTGCAACTAAACACTCTAACTTGTCCCTATGATGCTAATACCTATAT GATTGTTTTGTAAATTGGAGCGTTGATGAGTTAGTTGTCTATATTTGCACTCAAAATTGG AGCTTTATCAAGTTTGAATATTTCTATTGTGCATAAAAATAAAGCATTCAATCAAATTGA TACAGCAAATTAAATATATAACCTAAATTCTCTGTACTATTGTAGTACCAACTTACAAGT TGACGGTCATCCATGACAGAGGGCTCAACAATGACGTAGAAACTGCCGGCCGAGTAGGAG TTGGAGCACGATTCCATCATCACGCCGCATGCACTGACCGATTTCCGGTTGGCCAGTTTT TTTGACCCTTTGGCTAAAATTTAAGGGTACAATCTGTTCTTACTCGTTTAATATCTCATA AATGGGTTATTACTCATTTAATATATGATAAGTGGGTTATCGATCCATTTAATATCTCAT AAGTGGATTATTGTTCATATAATATCTGATAAGTGAGTCATCATTGAGTAACTTAGCACT CGGGCCTTTACGTGTAGGACACTGTAGAAGATTTTTCGGCTTTTTAAAATTGAAAGGATA TATAGGATATATATTCCCATGAATAACAAAATATGTTGTTAATTATAGATAATTAAAAAT AAATTTCTTTGCCCAAATATTTTATGAAAAACTTTCACATATAGTCACTTAGAAATAATT AATTATTCTCCATAGCTATAGTTTGATAATTACAATTTATAGTTATATGTTATATGGAGG AGAAAGACGAGCGAGAATGGGAGAGAGAGGCGAGAGAGGGGAAAAGAGTGGGAGAAAGTG ACTTGTATATGTATATTGGTTAGATAATTGTATATTATAAATATGTATTTGTATATATGG CAAGAGAGATCGAAGAGGAGGAGAGAGACAAGCGAGATCGAGAGCGGGAGGAGAGAGGCG AGCGAGAGAGGGCAGAGAGTGGGAGAGAGGTGACTTGTTATGTATATATAATTGTATATA AATGTATATTATACATACGCATTTGTATAAATCAAAAGCGAAATTGGAAGAGGGAGGAGA GAGGCTAGCGAGATTGAGAGAGGGAAGAGAGAGGGCAGAGAGTGGAAGAGAGGTGAATTG TATATGTATATAGGTTAAAAAATTGTATATTATACATATGTATTTGTATATTCTGGCGAA TTATACATATACAAACGTGACTAATTATACAAACTCAAAGTCGACCAACATAATTAATGT ATAATGTTAGTCGCGAGTGGTAATTATAGCAAGCTATTTCTATGATGAGTAATTAAATAG TATAAGTTTGCTTTATTGCGTAATTTTCTCATATTTTATTTTCTCTGTTTTAATGTATTA GTGTTGGTGGATTGGGCTCCTCTCTAGATATGAATCCCTTCGGTTCTTTTATTATCCCTT TAACATTTTGACATGTCATATAAATAATCTATGACTCAAATTTGTTTGATTAACTAAAAA GTTTTATCATAATTAATTTTAATCTCACTTCCTTTCTGTTTTTAAAATCCTTTCTTCTCT GTCAAAGTTTATTTTTTCAAATTCTTTTTTGCAACAAATCAACAATTTTGGATTTTTTTT TGTATTGTTGATATTTTACACTTTGAATTCATTTTATTATTAATGACTTGGTAATTTTTC AATTGATGCCTCTCTCTCACAAAGTTTAATTGAAATTTTCTGAGTTAGACCCCACCATTG ATTTACCTTTTCGTCTCAAAAAGCTTATTTCAGTTTTCATATGTTATTTTTTTTAAAATA AGTTCTTTCTCTATCACTCTTACGGAACAACTTGGCAATAAGTCCTAGATATTTTTCAAA TTTTGGCTTCTTTGAAACCCCTTTTTCGCAACTTATTTTCATTTATTTTGTTGGAATATT TGTATATCAAATTTTTCAATATCAGACTTAGTTAAAGAGAAAAAATATGTTGAAATGGTG TAAGAAGAAAATTAAATATGATGAAGAAGAAAATATCGAAAACATTCTTCAACACATGAA CTCATGAATAATGAAAAGAGTCGCAATTATAAGTAATGCAATGAAATCGAATGAATAATA TATTTTTTTATAAAAAAATATACATATCATTTTTCAGAAAGTTAATGATTTTTTTTGAAA AGATTTGGAAATTGGGAGATACGTTTTTTTTCTCTTTTTAAAGTAATGTGAGGAAAAAAT GTTAAGGAGCCAAATTCATAATAAACTATGATAGATAAGAAAGGATTTTAAGTACAAAAA GAAAGTGAGATCAAATAAATACCGGCAATTAGAGACTGGGAGAAATTCATTACTAGAGAG GAGTCAAATTGAGTTTGAGTTGATATGTAGCTTTAAAAGAAAAAAATGTTATTTTATTTT GAAATTAATAATATACATATAAAATATATCGTGTTTTAATCTTGTAATTTTAAACCTAAA GTTAAAAATAAAAAGTTATATAAAAAATATTTCTTGATCGAACTATTTAACCATTGTGAT TTTCTATATTAATTAAGGGATTGATACGTATACTAGCACCAAAAATGAAATGTATGATGA TCATTTATAGCTTGTTTCTCAATTTTGAACTATAAAAGTTTTTCTTGTAAGATTTCGCAC ATTGCAAAATTAATCTGGTGTATTATTAGTATTTTATTTGGTACTTCTTTTTAATTTATG TACAAGTAATGTTTGCATTAGTTATATACTTCATTATAATGTAATACTAAGAATTTTTAG GTATTAGCAATGTAATGATTTTGATACATGCATTAAAATGATGAATGACTCAATTGCCCC TCAAGATCCTCTTTACATCTTTTCTACCATAGTAGTGGAGGGTATCCTTGTAAATTACTT TTTATGCATTATATGCTATTTTTTTTAGGAAAAATAACTTCAATACACAACTTTAATTTT TATATTCTCCAATTTTCCCTACTTTTTTTAAATATTACATAATTCCCTATTTTTTTTATT TTAGTGCAAGTTTTTAGATACATTACACTCTCTCTCCTATAATACACATTTACCAATTTT AATGCCTATTTTTTCTCCATTAAAACACTCAACCTCTTAAATCAGTTTTTGAATTTTAAA TTTTTTCCATTTAAACCTCTTAAATCAGTTTTTGAATTTTAAATTTTGAAATTTTGAATT TCAAAATTCAAAAAATATAGAAGCAGGGTAACTTCCACTGCATTCTACCGTTTTGTTCTT ACCAAAGTCACCTTTCACTTCTTTTTTTTCCTTAATCGTCTTCATCCCACTATTTCTTCA TAACTTTGAATCTTTTCAACCCAGCAGATTTTTCTATTTTCTTCTTTTTATTCTTAATCC ATATTCGACTATTTCTTCCTAATATTGAATCGTAAGAACCCAGACCCTTTTTATAGTTAA TCCATCATCAATTCGTATATTCTTCTCTTTTTCGTTTTTGTTAATTGTTCTATTACTTCA TAGTAATGGATCCGTCAATTAATAGAAGGATATATGATTCCGATGATGATAATTGGAAAG AAAATAGGAAAAAGTCTTTGCATGATCCTATGAATCTTCAAAAAGATTCAAACAAAGACC ATGGCGAAAATCAAAGGTTGTAAAAATACAACAAAAAAGGAAAAAAGAAGCAGCAAACAC TGTTGTTAGGCCTACATTGTCTCGGGTTAGTATTTTGGTACTTAAAAATGGTGTTGTTTA AATTAGTAAAATTTTTAAGGAATCAAGTGTGCTTGCTGATACATTTTAAAAAGGGTGTAT AGTGTTTTAGATGGTCAACTGATACGTGAATTTGTTGTGTTTCATAATATTTTATATGTA TCATTAGGTTTTTGAAAATTATTATAATGTATCATTCAATAAGTGTAGTAAAGTATAACC TGTGCTTGATGATACATGTTGAATCTGTGTGTACATTGTTTAGTCAATGTAATGATACAT GTTCTGCATGTAGAATGAATTCCTGTATGATATCATGTATCAGTAAGGTATTAGTTGTTT AGTTGATCTACTCATACATGTTTTGAAACTTGTTATAATGTATCATTCATTAAGTTTAAT AAATGTTTCATCAGATATAGTTGATGATACATATAGATTCTTTGTGTATGTTGTTTAGTC GTTGTTTATGATACATGTATTAGACATGTATCACATGTTATAATGTTTTATTTAATTCAA TGATACATGTTATAGACATGTATCACATGTTTTTCATATAGTATGAAATTCTGAAAACTG AAACCATGTATCATTAAGTTATTAGTTGTTTTATTTAGTAGTTATATTTCTATATCGTTT TAATTTGCAGTTTTATTTTCAAATTGCAGCCATTGAAGTACAAGATTAAAAATATACCTA CACATCCCATAAGGTTTGCTGTCAACTTTAACAACAATTTCCTAAAGGACTTTGAAAAAT ACGTGGGGGATAATGTTATCCAAATGTTTAAGGATACAATTTTTGGACCCTTTTTAGACA TCTCTAAATGTAATTTTCAGGGCCAAATAACTAAGTGCTTATTGCTTTTAGAATTGGAAC AAAGCAACCCTAATGTGTTGCATATTAGACATTCCAACGGGTGTGTCCTGAAATTTGGTA TAGATGATTTTGCATTATTAACAGGACTTAAGGTCAGAGGAAATACCAATGATTTCAAAT ACCCAGAACAAACTAATTGTATGCTTTTTAAAAAGTATTTCCCTGGGGCAGTCAATAGTG TTACAAAGCATCAACTAGTTCAAAGGTTTAAGATGGGTAATTGGGAGAGCAATCAGGATG CACTTCAAATGTCTATACTGTTCTTTATTCATACATTTGTATTAGCTACTATTGATAACA CAGCGATATCTATTGTCGACTTTCTAATGGTTGAAGATGGTAGATATCAACATTTTCCTT GGGGTCAGCTATCATTTTCCAAACTAATTGGTTCACTTAGACAGGATTTTGACGTTAGTA AAAAGTTGTACCGATTATATGGGATGCCATATGCACTAAATGTTTGGATATACGAATGTG CATCCAATTTAAATTCAGAAATAGCTGTGAGAGAACGCAATGTCATCCCAAGAATATGCA ATTGGAGAGTTGTGTCTGAAAAGGCAAAGTTTGAAATGCTTATGTCCACCATTTTCCAAA AGGTAAAATTTTATTTTTGTATATGGAATATCGTTATTTATGTCTTTGTGATACATTATG AATTATTACTGTATCTAACAGTTAAATTATCTTATGTGTTTGTGATACATTTAGAATGCA TGTTCAAACATTGTCCCAACAGCAGAGGAAATTGAAGCTTTTGATATTGCTCAAGTTGAA CATGCTCATTCTACATCAATACCATTAGTACAACCAAACGAGAAAGATGATTTAGATGAT TTCTCCACAAGACCGCCAGAACAATTATTGAGGACATATTCTAGAGTGTCTGATACATCT CCTCCACCACCGTCAAAAAGAAGAAAAAAATCAATTATTCAAAAAAAGAAGGTGTCAGAA CAGAAACAGCCTGATCAATCAAATGTGTCTCCGACATCGGATGATGATGTACATGGTTCT GTTCCACAAGTGTCACCGAAATCGGCTGCTGATGTACATGGTTCTGTTCCAGACGTTTCT CAGAACTCGGCTTCTGATGTTCATGGATATGCAGATTCACAGAATGTCAACAATATAATT CCTCATATTGAAGAGTTGAAAGGATATTTGAAAACTTACGTAAGTAAATTATTTTGTAAT TTTTAAACAAACTTTTATTTATCCTAAATGTATCTACAATTTTTAGGTTGACAAGAAATT TGAGGAATTGATTATTTTGATAAAAGCAAATCACTCCCAGCTGATGCAATCTATTAGCAA AGAGAACATCAATTTTCAGGCTGATACAAGCACATTTCAGTCTGACAAACAAACATCTCA GCAAATACCGGTTGATCTCGATGATATGGGTGGTGTAGCTGAGGATGGTGGTGGTTTTTC TGGTAAAAATGGTGAGCATCATATCGTCGACGGTGCAGGGGATGTCGATGTGGATGGTGT TGGTGTTGCCGTAAATGAGGGTGAACCAATAGTCAGTGATTCAAAGGTAATGTTTATGAT ACATTGGGTATGTTGTGTATCATGCACATATAGTCAATGATTTGTATCATGATCATTTTT TTTCTCATTTTATATTCTGTCATGTATCATACATATTTAATCAATACTATGTATCATGTG ATTGTTATCAATGTTACGTATCAGCACAAATTATATTAACAGTTTTTATTTCAAAACTGC ATATTCAGGATGGTGACGCACATCAGTCGCACCAAGATTTAAATGAACATATCATGGACC AAGCCGTTGACGACAATGTTCATCACAACATCCCTCATGTGTTGCCCGAAAAAACAACAA CGGATTCATCGGTACATTTTTCAATTTTGATTTATGACACATAATTTCATTACACACAAA TTTATTCTAAAAATCATTACATCATATTATACAGGATTCTTCAACTTCAACAACAATATA GCCATCAACTCAAGCAGCAATAGATGCGCTTATCAAAGATTTGGGTAAAGATGCTACCAA TGCTAGACCATTATATTCTTACGATCCAAAGAATATAACTAGCAGTCAGTACTTGTTGAC CGACAGTCAATTACCCACTGAAATTCCAATAACGGAGATTGCTGTTAAAACTGATGCAGT CACTCCTGCGCATAGAAATAGAATGCCTTCGAGAAGGATTCAATCTCCATATTGTACTTC TTTTGGGTCAAGCGAAAAGGGAAAAGAGAAATTGAAGGATATGGCTCGACTCCATTTCCC GTTCGAAGGATGTGGCATTGCAGATAAAGTTTCGCCGAAACTGATTGAGGATTACATGAA TTGGTTGTTGAGGGGGCTTATAAAAAATCATAACAATAAGTAAGTTTTATACATTTTTTT TCTCAGTGTTAGGCGTAATCATTTTATATACAACTAATTCATGATACTTTGTTATATAAA AACTGTAAATAATTGAGTGTTATGTATTATGTACATACATTGAAAACTTATGTATCATAT ATGCAGGAACCCATCGGACGATAAATACAGATCAAGATCTTCTTCTTTTGGATTTACGAT GATGGACTTTGTTGTTGCTTTTCCAATGAACAAGAATTGGTTTTATGCCATGTCACAGCC AAACAAGTGTTGGTCTGATGAGGTAAAATATTAAACTATTTATGAAATATGTATTAGTCA TAACTATATTATAACATCATGATACATTATCTATAAGTATCATACTATTTAATTAGCAAT GATACATTATGTATAAGTATCATACTATTTAATTTGCAAAAGTATCATACTATATTCACA TAATTATATTTCTTTTTTTATATTGTTTAGATGTAAATAATTTCTTACTCTGTTTTCATT TTGTTTATAGCACATCGATGTGATTTTTTACTACCTTCGTAAAAAATCAAAACTTTGCAG CATGGATCAATACAGATACACAACAACCCACTGTTTGTTCATGTCACATGTAAAAAACTG TTATGATAGATATTACATGGACGATGATGATGATAGTCTTACTACACAAGAACATATTGA TCGCGCTTCAGTTGTATCTGTACATGAGAGGTCAATAATTAACATCATCAAAGGGTTTGG AATACCAGCTGCTTTACCATGGCATCTTGTAGATGAGGTCTACATCCCAATTAACTGTGA TCAACAATTCCATTGGGTATTGGCTGTTGTTGAGTTGAAAAACAGGTTGATAAGGGTTTT TGACTCATCAATTAGCACAAGGAAACAAACAATTCCTCATGAGATCAAGATGTTGTCTAA AATGCTTCCTTCATACCTACTTGACAGTGGATTTTTTGAAGAAAATGAACGCACAAAATT TGCTGATTGCCAAGCATATAAAGACAACAATAGTGGCTCACTTCTGGAGCCTCAAGTTCC TTTCATGATAGAATTTGCACAAGACATCCCTACATAGGAAAGCGATAGCCTGTAAGTATC AAGAATTTTTTCATTTGCCCTTTTTAATGTATCATTAAGTTTTTAATTTATTCTTTATTT TTTGTAGAGACTGTGGGTTATATGTTACTGCATTTGCCGAGTATATCAGTGACTAAATCA ATATATCTTATGCTGATTTTAATCCTGATTACCTGCGTCAAAGATATGGAGCATTGCTTT GGAGTTATGGAAGTGAGAAGGCTAAGTGCGGATATGTTAGCGACAATGATGATCCACCAA AATCCAGGGGCGTAGTCACACCACCACCAGAAGAAGATTTAGTTCACATAGCGTAGCATT TCATGATAAAACAATGTTTTAATGTTATATTTATTATTTTTATATGTTATTGAACAACTA TTTTTATCCTTTTTAATGTTATTTTTTTGGTTTTGTCAATTTCCATGAATATTTTTTTTC ACATTACGTAACAAATTTGTTTATATTGAAGATATAAATATCAAATGATAGACGTAAAGA TTTTTAAATTTTTAATTAAAAATAGACATAATAAATATACTGACAAAACCAGGTTTAAAT CATTTAATAAAGTATAATCAAAGTATTTATAATCAAACATAGACATAAAGATTTTTAAAT TTTTTATTTAATCTAGATGATACACTGCCAAAACCAAATGATACATATGTACCAGAAACA CACTAAAAATAACTGATACATTGGTCAAACCGTATGTATAATGTACAATATGTTACACTC TAATCCTTAAATTTTACAAGATATTTAGGTAAATTGAATAGCATATTCATATGAATTGCT ATTATTTTTTTAAAGGAAAGTTATTTACTGTATATTTCAATAAAAACATATCAAAAAAAG CATTACACAAGTTAAATTATATAAATTCACATGATACATGATTTATAGTCATTCTAAAGT ACTCAATAACATTAACAATATATTTGTATTTTTTATCTAATGGAGATGTATCATTGTGCA AACCAATGATACACACTAAAAGTACATGATACTTTATACAAACAATGTGTACAAAAAATA CACAATAAATGTACATGATACACTAGATTAACCATATGTATCATGTACATTATGTTATCT TACCGTAGCATAAGATTTATATATTCAAAACAAATATTGACACAAGTATTTTTATCAACA CCAATAATAAGAAAGTATTTATAATCATAAGCACGACTTCAAATGTAATTACCACATGTT TGTACGTTTATTTATCTAAACACAAAGTGTTCAATTTGCAGTCGTAATTAAAACTGAAAT TCATTAAAATGTTTACGTGATAAATTATTCTTTATATCATAGAAACATTACGACAAATTC ACTTCTCTTTTGGGTAGAAAGTACAAGTTCTTCTGTTGTGCCCTTCTTTTCCACATTGTC CACAACAGTTTGTGTTCACCGAAATCTTTTCATCTGCATTCTTTCTTCTTCTTTTTCTTG GTCGTCCAGATGATCTTCTGTATCTAGGTGGATACACAGTTTCAGCTACCACGTGTTTAG GATCTGACCAATCTTTCTTATCTGGCATTGGCACCATTGGAATTTCATATGTTTTTGCCA ACGCATCAGGCTTGTAATAATCAGAGCAATACGGATTCATATCGGTGACATTCTTTTTTT TCAATACAGCGATTGCATGTGAACAAGGTATCTCATCTAGTTGAAATCTACCACAACAAC ATACTTTCCGCTCAAGACAAACAATATATCTTCTTCCATTTTCATAAACCGAGAAAATAA ACTCAGATGATGGAACAACCTGTGTACATTAAAAATTTTAAATATATAACTTTTAAAAAC CAAATCATGTTAAAAAAAGCATAATGATACACAGAATTAGATATATATAATATAAAGTAT CATATAATGATACATACCTCCATTTTTGAACTTTTAGCCGCGTTTATAATCAACAATTCC TCAAATTTTCTACCTAATGTGTCCTTTGTGTATGAGGCTACTTCTCTGTTTTTGCAATGC CAAGATCCAAAAAGAATTCTAACCTCTTCCAAGAATTCTAATATAGTTAATTGGCGTGCT TCAACAAGACAACCATTGATACATTCTGTAATGTTTGAAGTCATCATTCTACCTCTGTTT ACTGTTGCATGAACTCTTGACCACTTTTCGTAACCTGCATATTCAAGGTACTCCTTAACC CTGTGATCAATTCTATCAACCTTAGCCATCAACTTATCAAAATCTTCCTTTCTATATGCC TTGGCCATAGAGTAGAATAGATCACTTATGGCCTTTCTGCTCCTTTTGAAGTTTCCACAT ACATTCTTCCAAAGATGCCAGATGCATGCATAATGAGGTACATCGGGGAACACAATCCTT ACACTCTTCATGATACTCTCATTTCTATCTGAAACAACACACATATCTTTTCTATCGCCA AATGCATGTTTGAACTGTTCGAAAAACCATGTCCACGAACAATCATTTTCGGTGTCAACA ACACCATATGCCAATGGAAATATGCAACCTGATTACACACACATTATATTATTTGATACT TAATATATAAAAAGACATCATTACTATAAATTAAAAATACCTGCGCCATCAAGTGTGCTT GCTGATACAAATGTCCCTTTGTAAGCTCCACTCAGATGTGCACCATCCACAACAACTACT GGTCTGCAGTATTTAAATCCCCTAATGAATGGTCTTAAGGCGATGAACAGATACATAAAT TCATCCTCTTCAGTCTTATGCATTCTTATATAAGAATCTGGATACACAGTTTTTAACATG TGTATGTATCGCGGCATCCGTCTATATCCAGCAGATGGTTTTCCTCTAATCATGGAGAGT GCACGTTCTTTAGCACGACATGCTTGCTGGTAAGATATTTCAACACCATAATATTCTCTA ATATCATCAATTATATCCCTTGGTGTATAAATTCGTTTATAATTGACCAATTTTGGAGCT GTCACTCCACTTACAAATCCCACTGTTGCTTGGACTTTGGTTAATACCCTCTCCCTCATC GGACACGTATGTTCACTATTGAAATTTCTAACAATGAATATATCAGATTTTTTCCTGCAC GACGCCTTCATAGTCCAACCACATTTGTCTGAAAAGCATACCAACACATAGCTGCGTACA TTTTTTAAGCATATTAATACACATATCAAATACATCATATATAATATATTCAACAATAAT GTTTAAAGTAATCAAACAATGAATCACACAAAAAGTATCAACCAATTTTTAAGAAAAGTA TCAAACTTTAATGAAATTTATCCACTATTTGTGATATGACTGTTTAAAATGATATAGTCC TTACTATATCAGTAGTAGTACTTTCAAGTATCAAATATACTTATTTCAATGTATCAAAAA CAAATTCCTGAAATGATGATACATTAGATTATAAAATAACATATGAAACTTGCAGGTTTT CATATAGAACAGTAATGTTTCATGTACTAATTAAATTATAAAACAACACATGATACATTA AAATATCAAAATACTGTCATACCTTTGTTGATCAGACCTCTTCACTTTGCAGTTGAAGTT GTTCTTTATCTTATATTTCGTCATCACATCTACAAGTGTTGCTTTATCCTTGTATATCTG ACCTGTCTTCACATCAACAATATCTGAATTGATTATAACATTTGCAACTCCAACTTCTGA ATTTTTATGTGTCTCAAATAAGCTATTTTCAACTATTGCCAAAGCCTGTGTATCATTTGT TGTGCCTTCTACACACGTTATTTCTCCACTTCTTCCATCAAAGTTATGTACAGTACCACT ATTCTTCTCAATTGTGTCAATACATAATGGATATATTGAAAATCCAGGCTCGTTTTTTTT CAGTTTAAAATATAGTTAAACACTCATATCGTTCTTAAGTTTCATCGGACAGGAGTTACC TTCTACAATGTATCGAATTTCAATTTCTTTCCTTGATACATCAATGTCCAACTCGGCCGC AATTGCTGCTTTGAGATTAGAAAACGAAATTGATCTCCAACAACGATTCCATCAATTTTG TAATTTTCATACTGCAATTCGTTCACCCAAATTTCGGAATGTCTCATCAAAATCGAAGTA TTCATCTTCAAAAACTCACTGCAACAACAAAAAAATTTCGGCAGCTCCAATTGTTTTCTA AATAACTGATACAATCTTTGATTTTCAAATTTTGAAATTAATATCCAATTAAGTGCTGAT TTAATGCTGATTAATGATCTGTTACCACAAATTAAGCTATTTTAGTAACAGCTTTAAATT TACCGTTTTTATCCCCTATTTTTTCTTAACAGTTTTAAGTTACTATGTATCATTTACCAT GTATCACAACATTCTAAAGTATCACGGCTCAGCAATTTTAAGGGATTTTTTGTAATTATT AAACTTATCGGGACAGAATGTAATTATTAAATTACACTATGGGATTTCTTAAATTTATAC ATTAAAAAATGTATAATTTTTAAAAAGTGAGCTGACTTGACAAGCCTGTAGCCCACGTAC TTATGGGTCGGGCCTGCCGTTTACTGACCCACACCAAAAATAGAATAGTCCAACCTGACT CGTAAAATATCAAAGCATATATGAATTAACCCGAATAGAATAAACTAGCCCATATTTATA GCTCTGTGGATTAGCTAGTCAAATATAAACGACTACTCACCAAAATTACTTTTTCAAAAT TGTGCATGTGATTCTTCTATATCTAGCAGCATCTATTATATTGACTGCTTTTGAAGGTCA AGTAACTATCTATTTATTTGATTCCAAGCCAACATTGCTTTCAATTCTTTAACATCATTA ATATTCCAATCTAGTTTGACTATTGTATGTAGAGCCAAAATTTTCAGTAAGCAAATACAA AATATTAAAAGTAAACACATGAAGAATATTGGCGAAGTCAGAATTTTTACGAAGAGTGTT CAAGTGCTAAAGTGAATTTACTCTTCTTAAGCAAGTAAAAAAAATAAAATTGCTAGTAGT AAATCCGAACACACAAAACACTTTGAATTTTTGTATGTTTACTCTTTCAAGGTGCCTGAA ATTACTAGGCTATATCATATTATTATGTCAACAGTGTCCAAAATATTTTATTTAACCACT TAATTTATCATTTTACTTGAATATACGGTATACTATTACGACGAAGGGTGTCCAATTAGA TACTCTGACACAAGTGTGGCTACACCACTGATGAAGAAGATATAGGAATTTAATATCTAT TATATATACATGAAAAATAATTTTAACTATATATAAACGATGTAATCTTTTACCGAAATA ATTACCCGTTGACAATTGTATAACAACAAGAAGAAAATTAATGTTCATTTCCAGCCTAAA TGAGCATATTCCTCCAAGAGAACAAAATAAACATTATATTGGTGATTGAGATTGAGATTG GGACAAGGGCATATTAATTTATGGATGAGGCAAATTGTGTAAATGAAATGCATTGAATTT CATAGCTATAAATTGCATATTACATTCATGAAAAAACATAGTATACAGTATATAGAAATT TAGGAAGAGAGATCTTACATGAAAAGAAAAGCCTTTGTTAATTAGCCAAGGATGACTTGC CTAATGCACCTACTATTTTCCTCCATTTTTTTTTATGGAGTACTTAATAGTATACTAGGC AGTCATCTTTAGCTATATTGACACATTTTTCTTTATCATGCTAGTTCTCTTCTTCTGATT TATATTAATTTATTATATTTAACTAAAGATCTCGGACTTAAACATGATAATGGTGAAACT TTTTAAAGCACTCTCCTGGACTGAGATTTTTGCTAGAGGCGAATTCAGGTTTGAAATTAT ATAAGTTTAATCTTTTAAGATTATAACATTGAATTCGCTATGTTTTTAAAGTTATGATTT CATATCTATTATATGTAGCAATTTACCACATAAATAAAATGTATATTTTGCATGTAAAAT AGTAGGTTCATTAATCATTCTAGTAGATATAGGTTGGATCTTTGTTGCAAATTCGAATTA GTCGATATTATTGATTTTGGATACCGAATTGTTAGATCATAAAAAAAGATATCTTTGAAA CAAAACATTCTGGTGAAGTTCTAAACGTAAGTTAGGGAATTTTTAATCAAAATCAGAATA AAAAGCTTTAAACAAATATATACAATATATTATAAATAAAAGAAACGTATCGACCTATTA CTATGTTACGAAACCTTTCTTTCTTTTATACTCTATTGATAAGAATTAATTTTAAAAAGA ATGAGTGTAACACACTTCATTCCCTTTTCTCCAAATCAAACATTCTCCCAAATATAACAA GAAGAGAAAATGAAAATATATATGGTACTACTTACTACCACAATGTCCTCTTAATTAAAT TATTTTGTCATTCTTTCTATTAATTTCTTCTTTATGACAAATGGTACCAAATATTGAGTT AATTTTCCTTGCACTTATTTATGGTTCAATCATCTCATGTGTTCTTCTTCTGGCTGTCTT TATCATCTTGATTTGCCTTTTGCTCGCAATTGCTATCGTTCTCTTCTCCATTGTTTTGAT CGATTCATATAATGTTGTTGCCTTTGTTTCGTGGTACTTTGAAATCTTGAATGCTAATAT TCAACTAGCTTTTGTTTTATTTCTATGTACTTCGATACAAATTGGTCTCAAATATTATAC ATCAGTTTCCAAGCCTTCGATGGAAAGTATGTTGACCAAGATAAACGCGAAGATGAAGAA CGTATGATATCGATCTTAATTAACTAGATATATATTTTATTTGTTGTGTAATTAGCGGCA TTTCCCCCATATTTATAAGATTAAATGCAAATTAATTTTAAGATATTTCGAGTTTGAGTT ATGTGATTGATTTTTCCCTTATTTTTTCATTTTTTTGGGCTTTAACTTTTATTGATTGCA GCATATCGATTGTGTTATAAGTAATAAGTAGTGCAGTTGTTGGATCTTGTTATGTAATTT ATTCGTTGATTATTTTCTTAATATGTCCAAAATAAATGTATACCAGGAAAAAATAAATAT GAAATATGATATTTTATAGAGTCGTCAAAATAAGCTTAGCCCATAGGGCTGGTTCAATCC GTTTGTCATTAGGTAAGATTGTTATATGATTTTTTTAAGCCCATTTAAACTAGTGTTTAT AAGTCGGATCCATATATGCCCTTGAAGCTTGAGGTTTGATTAGGGTTGGGTCAGCTCATG GGTCAATACTAATTATTTAAGGGTAACTCTCAGAAAATTTACTACTATATGAATTAATTA CTTATGTGCACGCTATGTTGCAACACCTGATTTTGGTGCGTCCAGATATATGTATCTTGG GATACATGGACTCAAAATTAGATTTTAATTTGTTCTAGATACATTTTCTCCAAGTAGATT TGCATGTATCTAGGATATATAGACAAATCCCGCGTGGTCGCCTCCCTCCCATCTTGCTTA CCACTCTCTTATCTCGCTCGCGTATCTAGAAACATTACACTAGAGACATGTATCTCGCAT ATCTAATATCTTAGATACATGTTAATCACACTAGTTTTCTTACTAATGTTATTGAAACAA CACCATTATTTGTCATATATGATTTGAAAATCTTCTTATTTTCTTCATGTTATAGAATTT AAAGTTTGAAAAGAAAATAAAGGACTAACTCTCCCTAGCCTACGGTCCTTTTAGAATTAG ATTGGAATGAACATTTTAGGCTCTTCCAAATAAAGAATCAACCTGTCCTAGCCCATAAAA TTTCTTAACCTGCAAGGCTTAGACCGGATGAGATTAGATCGACCCTTTTTAACAAGGAAA ATTACGCGGATAAGCAAACTTATACAATTTAATTATTATCATAACTATAGTTTGCTATAA ATTACCACTCGCGACTAACATTATACATTAATTATATGGGCTGACTTGAGTTTGTATAAG TACTCACTTTTTGTATATGTATAATTCACCAGGATATACAAATACATATGTATAACATAC AATTATCTAACCAATATACATATATAATTTAGCTCTGTCCCACTCTCCCGCTCGCCTCTC TCCTCCCTGTCCCAATCTCGTTTGCCGTATATACAAATGCATATGTATAATATACAATTA TATACATATGCAATTCACCTCTCTCCCACTCTCTTCCCTCGCTCGCATCTCTTCTCCCTC TCCCAATCTCACTCATCTCTCTCCTTCCTCTCATAATCTCGCTAGCCATATATATAAATA CATATGTATAATATACAATTATACAACCGATATACATATATACAATTCAGCTTTCTCCCA CTCTTTTTTCGCGGTCTCACCTCTCTCCTCTCTCTCCCAGTCTCGCTCACCTCTTTCCTC CATATAGCATGTAACTACGAATTGTAATTATTAAACTATAGTTATGGAGAGTAATTAGAC TATTTTTAAGTGGCTATGTGAAAATTCTCCTTTTAACAATTTTATGACAGCTAATTAAAA TTGACTAATTAATTGATAATTTTCTGACATTAATAACCTAATAAGTAACAAAAAGACGTT ACTCAATCCATTAATATAACAATATCTAGTGTCTCATCCATTTATATATATATATATATA TATTGGCTGAATTCATAGATAATCCTTTACGATTTAGATGATTATTGCTTATTGTTTCAT ACCGTATAATATTATACAATGTTATTTTAATGAAAACAAAATTTTATATTATATCATAAT ATTATTTTAATGAATACAAAATTTTGATATGTTATATCATTTTTGTTGTTGCATGATGTC GCATATCGATAATTTAAAAGCGGAAAAGCTTGATGGACCCTTGTACTTGTATGCGTTTGT ATTGTGAACCCTTCTATTTACATGTTTGTCAACTGAACCCCTAAACTCATCAGAACATAA TATTTTAAACCCCTTTAATCATTGACCGAACTTATGTGTCATTGATAATGTTGAGTTGGA AATTTACGTGAACACGTGTTTGATAGCGAGTGAAAGATATTTTACATTAAAATATTTAAA TAAAAATAATAATTATAATTTTTTTAAAAAAAAAATAATTAAAAATCCCTCTTCCTCAAC CATCCCTCTCCCACCCCACTCCCACCCGTCTCTCTTCCGCTTCAGCCCCTTTCTCTCTTT TTTTTCTTGGTATTTTATCCTTAGGGCCGCCACCACTACTACTACTGCTACTACTAGCAG TTGCTCGAATAGAAATAGAATCAAGAAAGTTTCTCTTGTATCCTGAACACAAAAAAAGTA CTAGAAAAGAGTATCAGGGTGCCATTGAATGAAGCAGAGATGGATCAAGATTCTTGGAAT AGTGAAAGTACAAATAAATAAATAACCTTTAGGGGGTGGAGGCAAAAATGGTGAGTGTGT GCGTCCAAGATGAAGGCGAAAATAATGATGGTGTTCGGCTAGATCTAATATGTTTTTTTT TAAATCAAAGTGACGTTTTCTTTACTAATAATGAAACAAAAAATCAATAATTCAAAAATG AGAAGATATGGCTCATTAATAACTCAAACAAATGATATAAGGTTCAAAATAAGAAGATAA ATGGGCAAAGAATAGCTATGTTTAATCTTTTTCTCTGCTTCATTCTCAGCAATGTCGAAG TAGCATAACTCATCTTTACGCTCTTGATTTCTCTTATGTTGTTATTCAAATAGGGAGAAA TTCAACGGCCGACTGCCTAGATCTTATGGTTGGTGGCTTAGGTTGTTGATTTTGTGGAGG TCGGAAGAGGAAAGGAAAGGAAAATGATGATGATGTGCAAAGGAGATGAAGACAAGTAAG GGTGAGAATATGAGCTGCATCACCGAAAAAAATAATTTTCCGGCGATGGCTTTGGTGGTG AAATAGTGTGAGTAGGAGAGAGTAATGGAGTTCTACTGTAAAAAAAATATAATTAATATT TTATTCTTTTTCTTTTATTAAACAATTTTGATTAATAATAATTTTAAAAACAATTATGAC ATGTCATATATATGTGATGTGGATATGACATGTCATTTATATAAAAGAGATTGAGCTACA CACATCGTTCGAGGGGTTTAAAAGACTCATTATAATTGAGTTTAAGGGTTCCATTGACAA ACATGTAAGTAGAAGGATTCACAATACAAACACATACAAGTACAAGGGTCCACGAGACTA TTCCGCCTAATTTAAATGATAAAGGTAAGAAAAAAAGAGAGTAGAGAATATGTGATAAAA TTATTATAAAAATGTAGAAATAATGTATATAATGGCAAACTAATAAATTAAATTAAATGC TATAACTACACTTTAATTTAATTATCCCCTGTAGCGAACCGTTTGTCAGTCACCTCTCTA CCTCAAACTTTCGCTCGCCACTCTCCCTCTCTCGCTTGCTCCCTCTCACTTCTATACAAA CACAAATTTATGAAATGTGTTTGTGTTTATGTTTGTATAAAGCGAGAAAAAATTGTATAT ATAGATATATTTTCATTCTCCTTTCCCCCCTCACCCGCATCTCACTCGCTGCTTGCCGCT CTTCCAGATCTCGCTTGCCACCCTCACCTCTATCTCTTATACAAACAGAAACAAAAATAT ATAAATTGTGTTTCTGTTTGTATAAAGCGAGAGAAAATTGTATATACATCTGCAAATATA TATATCTTTGTTCTAAACACTTATAATTAGACAATACAAATATTCCCCTGGCCAGTTTTC TTTTGTCTTTCTCTCTTTCTCGTTTTAACATACACAAATTATACAATTGATTTGTATATA ACTGTTTTTTTTGTATATGTATAACGAATTATACAATGAATTTCTTTGTATATGCATAGC GAATTATACATATTCATGTTTTCAATGAAACACAATTATGAAACTTTGTTATATCATATA AATGTAAATTTTATTTTTCTTTATGTGAAAGTTGTTCAATTAAATAATGCTAATAAATAT CTATTCTTTAATAAAACTATTCCACATTGCGTGAATATTTTTTTCACTTTAAGTATACAT TTTTCAATCAATTATTCTTCAATTTAATTGGTGAAAAAAATTAATAGCGTAACTTTTATG ACCAAACAAAAATTCCAAAATAAAATAAATAATATTCAAAAATAAAGTGAGTAATATGAA ATTATTATTTAGATTCAATTTAGTAAAAATTAAAAATTGATAATCATCTTTCATATCCAA ACTTTTGTGGGTTCGAGCAGCTTCTTAAATGTGTAAGAATAAAATAAAAATTTAACTTGA AAAAATCAAACAAATCGTTATATATATATATATATATATATATATATATCTATTTCATAT TAATAAATTTTTCGAAACTTATTTTATTGTTCAAAATAATTAAATTGGTCAAAAATTAAA TATTATTTGATTTTTTTCCTATTTCTCCTTTCCTTTTAAGCGAAAGAGAATGTAATTTAA ATTTGTGTTCTTAAATATTTATAATATATAAACTAGTTATAAAATTATATTTTTGATATA AAATAGGAATATAATTTAAATTATTTGCTTAAATATTTTTCAATTACGTGTATAAAAGAG GGAGTATTGTACTGTGGCAGACAGTTGCCGCTTTCACTTCACCTCAAAAACTCTAAAAAT CCCACCTTTGATCCAAAATCAACCATGGAGTGTGTTTCCGCCATTTCTCCAATTTCGAAA AATGGTGGATTTTGTAGAATTAGGACCCATTTTGCAACTTCAATTGCAAATGGGGAAGTT TTGTTGAACAATTATTCATCTGCTGTTCTGAAGTTGCAGTCTCAAAAATCAAGACATGCA TTTGTAGTTAAAGCTGATTCAGCTGTTGACACAACAAAGAAGGAAAACAGGGAGCCTGTG AAACCGGTTTACTCTTCTACGCCTTCTAATCGTCCTCTTCGAACTCCTCATAGCGGGTAA GAGAACTTCTAATTCATCTTCCTAAAATTGATGATTTAGTTGAATGGAATTGAGATAAAA CAGTGATTTTCTCAAAAAAGATTTGATTTTTAAGAACCCATTGAATTTGTGTGTTTGATT TTTAATTGAAAAATGAGGGAGGAAGTTGCTGGGAAGAACTGAAGATATGGTTGTGTCCAG TTTGTTGCTTATTTTCTTGTGGTCGGTGTTTTTATAAAATACATTATTTGTATATAATCA AGAATAATAATCTGAGAGGTGGGGATTGGGTAGTGGGATGGTGTCTAGGGGTGAGGTGAA GATGAGGTGTGTTAAGAGTATAGCGAAGAAATGATCAATGTGGAATCTCACTAGTAGAAT TTATTTTTCCTATCTCCATTAAGGAAGTAATTATTCCTCATTTTTAAGGAACTTATTATG AGAGGTAGGGATGGTGTCTACGGGTTGGGGTGAAAATGAGGTGTGTTGGAGTACAGGGAG GAAATGATCAATGTGGAATCTCACTTGTAGAATTTATTTTTCCTACTTCCATTAAGGAAG TAATGTTTCCTCATTTAAGGAGCTTATTATTATGAGAGGTGGGGATGGTGTCTACGTGGT GGGGTGAAAATGATGCGTGTTGGAGTATAGGGAGGAAACAATCAATGTGGGATGTCACTT GTAGAATTTATTTCTCATTTTTAAGGAACTTGGGTGTTGGGTGGTGAGGGATGGTGCCTA CAGGGGTGGGGTGAAGATGAGATGTGTTGGAGTATAGGGACGAAACGATCAATGTAGAGT GTCACTTGTAGAATTTGTTTTTCTTACTTACATTAAGGAAGTAATTGTTCTCATTTTAAT GAACTTATATTTTCCAAAAGAAAATTTTTACCAAATATTTTGACCAACGGAACGTTAAGA AATTGGAAACCATTTTCCATTTCATCCATACCGAACACACCCCATGCAGTATCTGTTGAA AAATGGGAGGGGTGTAGTGATTTAGAGTTAAAATTTTCTTTTTGTTATCTAGAATGCAAC GTAGAAGCCAAAGGGATCCATTGGTGATAACTCACTTTATTTTGATGCCATAGGTATCAT TTTGATGGAAGTACCAGAAAATTCTTTGAAGGTTGGTTCTTTAAAGTATCAATTCCAGAG TGCAGACAGAGTTTCTGCTTCATGTATTCTGTTGAAAGTCCTTCATTTACCAAGAAATTA AGCAGCTTGGAGGAGCTGCAGTACGGGCCTCGGTTTACTGGCGTGGGAGCTCAAATTCTT GGTGCTGATGACAAGTATATTTGTCAATATAGTGAAGAGTCTTCAAACTTCTGGGGAAGT ATGTTCTTTTTTTTCCCTTTTCTATATGAATCTTGTTATTTTGATCTATCATTGTCCATC GTTCTTAGCCGTATTAAAGCCCGTCTATTGAAAGTAAATGATTGAGCTCTTTGCATGCTT AGTTATGATTCTCTAAGTGAAAGCTATTTTTATCCTTTTTTAGGAAAAGGTTTTTGTTTT CCTTTTTGAATAAAGCTTACCTCATATAGTAATAATTTTTTATATTACTAGACTTACTAT CTCTGTTAAAATACTAATAAATAATAAAACTCCTACTAGTTAAACGCAAACACAATTAGA TGATAACTAAAAAATCTTCCATAAATATTTGAGGCATTTTAAGAAGAAACAAAAATTATA TTTTAAATTTTTTATGTAAAACCGATATTCTCGAATACGACAAGATTTCAAGAAAACTCT CAAATTTAGGCTTGTGAGCATTCTATACAAGGAAAAGGACAATTGTGAACACCTGACCTG TTACAAATATATTTACTGTATATTCGTTTTTCATGCTTACAATCATTAATCTTGGACTGG TCATACATATTTGTAGCTTTTCTATGTCTGAGCCTTTTATCATTAAAGCCCAGACTTAAT TTGCGCTTTGCACTTAAAGCCCCGAAGGACCTTAGAGCCTTTTTGCATTTTCCGCTTGTG ATAACACTCCATATGTAGCATGTTATACTGTCCATTTAAAATTTTTCCTAGTGTACTAAC AAATACCAATATCTCATGATCAGGTAGGCATGAACTGATGCTTGGCAACACCTTTGTTGC CCAAAATAGTGCTAAGCCTCCAAATAAGGAAGTTAGCCCTCAGGTCTGTACTTTTCATTT TCTGTCTTCTGTTGAACTTTATTTTTCTTAAGTAATAGTATATTTTTAGAGATCATTTCA TGACATTACAGTTTGGACATTGATATTGCATTTACCTGAGCTTACTTAAATAATCACATG ATGACACTATCCATTGAGTAATTTATTCAGCTAAACACCAATGATGTTGCACTTTTATAT AATTGGCGAAGTGTTTGTAGGAGTTACTTGAAGCTACCCTCTACAGTTCTATTTAATTGG AGTAAACTATTATTATAGATCTATTCTCTATAAAACTTAAAGATCTTGACATGGTTGTGA TAATAGCTACTCCCATTATTTCAATTTGCTTGACCTACTTTCCTTTTAGTCCGTTCCAAA AAGAATTACCCTTTTCCCTTTTTAGCATTATAACTTTCCTCTTCACCCACCCAATCCCCC CAACCCCGACCCCAACCCCAACCCTTGACTATCCCACCCTTGAACCCCTAGATCCCTGAA CCTTACTTCCCATCATCCTGCCTCCATAGTGTTTTGCTATCACATATAAATGCTCTTAGG ACAATATTTTCTTGCTTACTTACCGAGCAGTAGAAAATAAGTAAGAAACCCACTTAATTT CTGCAGAAAAACATGTGCCGTCATACCAAGCTCACCCTAAATGAATCAAACGTTGAGGCA TTATTTTCAAGCATAGCTTGTAGAGTAAACTACCCAAACAAGCAGTAGTGCGCCAAACTC CCAAGACATACAATGTATTAACTTCAGCTGTCATTGGTGAAACATCTAGAAGAATCTTTT GGTTGTTCGTGACTGGTGACACTTCCTATAAGAACAAATATGGGACGTTAAGTATTTCTT AAGTCTATCATTCACATTCCCAGTATGCCCTATGATTGACTGTTTGTCTTTCTAATGGTT TATACAGGAGTTCAATCGTTGCGTCACAGAGGGTTTTCAAGTTACCCCACTTTGGCATCA AGGATCTATTCGCGATGACGGGAGGTAGTTATTTCATTGAGAACTTCTTGTATTATTTCC AAAATGCATGTTCTCTTGAAACATAGGGTAGAAGAAATTGAGTTCAGCAGCAGTTTTTGC TTCCATTTATTGTGATGCTCTTAGAGTATCAGTATTTCTTCGTCCATGATGGTTCCCATC CTAGGGTACTTAAGTCTACATGATGTAATGAGTTTGATAGACTTCTTCTCCTTTTAGTCA CCCTTACTCAAGGAAGGGAGGAAAGGATATGGTCCTGGATTTAACAATCCTTGGATCTTT TTTTAAATTCAATCACGGCATATCAAGGTTGTAACAGATATACTGTAGCACAAAGCAAGG ATCTTGTTTTACATCCGAATGATGAGATTAGAATTCTCTACAGTAGTCACCAGTTAACTT TAAGAAATGGAATTTATCCCACCTTTAGAAACCAATTGTTTTATCTTATAGCTTCATCTC AATCAGTTCTCTTTTTAGAAAAAAAACACCACAAAGGTGAAAAAGTTATGACTGTCTGTT GAAGTAAAACTTGAAAGTGAGTTTTATGTGATTTCTTCATCTCCAGGTAGAAGCAGAAAG AAATGGTAACAAAATGCATAATCCCTGTCCCCACTCCTCTTGATTCTTCTCATCTGGTGC ATGATAGCGGGATAGAGTTAGGAAATTGACTTGGTATAAAGTGTTTGGGAAGGTTTCACG GCTCTCTTCAATTGTATGCTACCATGATATTAGCTAGGGTTGTTACTGTAACAATTTCTA CTGTCTCTCTTTTCAAGCACATTTCTCTTTCTTAAGCATTGACAAGTTTTCTAAACCTTG CTGATCTCCTTACCCATTCTTTAAGAACAGTCTCTGGTCCTGAGCTTCTCCCATATGTGA TGCTATCAACCAGTTCATGAATAATATTTGATCCCTCTTATCTCGTAATCAGGGTTGATT GAGCCTCAGATATTTTATGGTCAAAGTAAGGCAAGAGAAAAATTATGTTTGTATTTTCCC CCTTATACGTTCATCATGTGAGAAATATAGGTGTTGATCAATTGACATAACTTTACTTGA CAGGACAGATTATACTGAAATTGTGAAAACTGCTAGCTGGGAGTATAGCACGCGGCCCAT TTATGGATGGGGCGATGTTAACTCAAAGCAGAAGTCCACGGCAGGATGGCCTGCTGCTTT TCCTGTATTTGAGCCACATTGGCAAGTTTGCATGGCAGCTGGACTTTCAACAGGTAATAT CTGAATTCTTTTCCGAGCTTTTCAGTTTTGGTTTCGCTTTTCGAGCACTTTTCTCTTCTC ATATTTCATTCATGGAGTCCTCTGTTGTATGTGTTGGAAGCTTTTCATTAATTTAACTCA ATAGCTCTTTCAGTTTGATCTCATTGCCCAGTTTGGAATTATATGATTCTATACACCACT TTACACCCTCCTTAAGTCTTCCAATTTTCAATTTTACCATGTTAACAGGTTTAATCTCAT AACTTGGATCTTTATGATCTTTTGATCTGGATTGTGATCTTGACAACCATGTGATAAACA TGCTATTATGTAATTTGATTGGTCATTTGATCATTTCTAGTGATAGATAAGCCTAAGAGG TGTTTCTTTGTTATAGTGATATCCTTTTAGTTTGCAATGAAAGAGATGATTCTTAACTAT GCATGTTGAACAACGTTACTACCTGGCTGAAAATTACATTTTCTTTTGAAAAACATCTTA GACCCTAAGAGAGTCGCAGAACTTTAGGATTGAAATATTATATTACGATATTTAATAATC TTATTTAAAAACTTTATTTTAAAATTGTTATCATATATAAAATGACCTCAAAGTTTGGCC TGCATAGAATAAAGAAAATAGAAAAGATTGGTATTTTGTACTATGCCTTAGAAACCAGAT TTACATTTCATGTTCTTCAGTATTTGAGCTAAACTGCAGATATTCATCAGCTGAAAAGTT GACTGCAGTGTTTTACGTGTTTCATAAATCATAAAAAAGGAACATTAGGGAGTACCTAAT CATGAATTATTTCTGTCAGGCTGGATAGAGTGGGATGGTCAGCGGTTTGAGTTTCAAAAT GCCCCTTCTTACTCCGAAAAGAACTGGGGTGGTTCCTTCCCAAGAAAGTGGTTTTGGGTA CCTCCTTCCTCCTTGGCATCTCACTTTTGCAGAATATTTTCAATTATTTGCAGCTCCTTA TTTGTATCCAACTTTGTCTTAGGATTGTCGACCATTATATATATCTCGTCTGCTGTCCTG CCTTTGGGAATTGGGATCACTAGTTTAGGGATCTGATATTTGCCGTTATAGTCTCCATGA GATTTCTGTGAGGCAAACTTCTGAAGAAAGGAAGAACAAATGAACTATTAGTTATTCAAT TAGCCAATGTGGAGACTTACCTATATTCACCAGAAACTCCAGAAGGGAAAAAAAAAAGGG TCAGTGGGCTGGATAGCCAAATATGCAGGTGAAAGGAAGAAATGAGAACAATCAGTAGTT TGTCAAACTGGTCATATATGACACGTTCAATGGCAGAAATACAACAAGCCACTATTTTCC TTTCTCAATTTGTACCGGATCTTTTCAATTACAGGTCCAGTGCAGTGTATTTGAAGGTGC AATTGGAGATGTTGCTTTGACTGCTGGTGGTGGACTAAGGCTACTTCCGGGATTGAATGA GACTTTTGAAAGTGTTGCTCTGGTACTTATCTCTAGCTAATTATCTAGAATCTACTTTTC TCCCCTTCTTTCTTCGTTGGTTACCAATTTTGTTGAACTTGATTTGAGCAATGCATTGAA ACGACAAAAGAGATAGTGTTTTTGTACTGTATCTTGAAGCTTCTACTTTACTAGTTTTGC TTTACTGTATTATTTTACTAGCTTTATTAATCCTTATGCTTATTGCAGATAGGAATTCAC TATAGAGGTATCTTCTATGAATTTGTTCCATGGAATGCTAGTGTTAGTTGGGAAATTACT CCCTGGGGTAAATGGCATATATCTGCGGAGAATGAGACACATATGGTAAGTTTGCATTTC GAGAATATAACTCCTTCGTCAATGTCTTGCATTAATGCTGAAGAAAGCTTAGCATATTGG ATAGCCTTTACCAGATGAAAATTAATGCCCTAATCATGTCCAAAACCCTATATTTCGTTG ATTAGCTGGAAGCTAATTTAGTCGCATTTGTGATTGATTCATTAGCTTTCTAATTTGGAT ATTTAACTTGAACAGGTATTACTAGAAGCAACAGCAGAAGATCCTGGTACCACGTTGCGG GCTCCTACGGAAGAGATGGGTCTCGCTCCTGCATGTAGAGACACTTGTTTCGGTGAGCTA AGACTGCAGTTGTGGGAACGGAAGAGTAATGGGAGTAAAGGAAAGGTAAATATTTACTTT TGGGGCATACTTATCATTTTTGGATATTAAAGTGGAGAGATACATGTATTCATAGGGTGA TGCAAGAATGTAACACTTGGAATTTGGAGGACTTTTTAGGTGTCGTTTGGTTATAGGAAT AAGAAAACTTGATCTCCATATATGACTCTGTATTATACAAAGATGCCTTATATTACCAAT ACTGAAATTTACAGTACTCCCTGTTTTATACTGCGTAGTGCATTGATTGCTTCATTTAGT TAATTGATGCTATTGATGTTTGTAGGTTATTTTGGATGTTACAAGCAATATGGCAGGTCT TGAAGTTGGGGGAGGACCATGGTTCAACACATGGAAGGGAAACGCAGAGATGCCGGAAAT TGTTACTCGAGCTATCAATGTTCCTGTGGATTTGGATGGCATATTCAGCTGTGTTCCTTC ACTTCTCAAACCTCCTGGCCTTTGAGCAAAATGCAAAAACTAGTTATAGAATGAGAATCA TTATACTTGATTACATTTTGTAAATAGCGTCATCTTGCCTATTGACTTGTCTCAGGTTGC ACCTAACAGTATTTCTATGGAAAATCTTTTTGGTTGGAGTAGAAAATTGTTTTGTTAATT CCCGTGAAGGAAAACCTAGTAAGGGTCAACGCAAGGATCTTATTTCAAAGTAATCTCTAG AGTTAAATAGGATTTTATATTGAGCTTCAAACATATGCTATTCCCTCAAAGTCAAAGAAA CGTGGAATTTTATTTTATTTCTTGAAGCACTTGGGACATAAAAGTGATTACATATTTCAA CATACTAGTGTAATTCCACATGTGACATCTCATTTTGGTTCAATTTTTAAGATTAAAATT TGATTTTTGATGGAAGACAAATCTGGTAAGTTGAGTGCTGCATTACATAAACAAAATTTA TCAAATTTATTTGATGAACAAATTGTCAATCCACTTAACTAAATGGTAAGGACCTAAACT CTAAAAGTAGCTGAATTCTACCATGAAAAAGAGAAGCAAAAGCATCAAGACTTTTAATCA TTCTCTTGTGCCTTTTGGGTTCAAAGAACTGTGGAACAATCCTGTTTTTTTCTTTTTTTC ATCAGCTCGGACAAGCATAGCCTTCCTCCAATGGTTCTACCGGTACAGCATATGGTGAAG TCCAGTCAGCATTGAAGATTTCTTGAAGTTGTGAAACAATGGCAGGTTGATATGTCCCAA AGCTAACGCCTGCTGTGGTGTAAAAGTAGTCCCACACCAGGTTGCTGGTGCTTACGTGTG CACGCACATCACTAACTGCATATTTACCATGATTAACCCGTGTATAGCCAGGATACATAT TCCCAGTGGCAGCACCATTAAGTACTGCAGGTCCAGTTGAATTGTATCCTGGAACAATGT AATATTTGATCTCAACTTTACCAGAACAGTGGTTGTACTTTGAAGAAGAGCATAGGGTGT TGGAGTAAAGAAGGGACTTCAGATACTGGTCAGTATTGTTTATAAAATGAGCCCACTTTG CGACCAGTATTTGAACCTTTGCACCCTTGGAGAAGACAACCTGCATTAGGAAATTATAGA AAAAAATTAAAGTAAACCTAATTTCACATGCGGGATGAGGGTAAAGCTTGAATCTATGAA AAGATTTCAAGGTTGCTCTAATCAAGGACAAACACATGCTATCCTGAGATATAGTGATTA TTCTAGATCAGGGAGTTGGTATTGTGTATATCCGATGTCATCTTTTATATATAGTAGTCT CACATGTAAATTTATAGATCCGTTAGAACAATTATAATTCTACGAAAACATGAATGCAAT GGGTAATCAATGCAGCAATTACAAATAAATATTTTAAAGTGCGACAAGAAACACCAAAAG AGGGTTTAATTTCAATGTTTAAAATTAATTCCTTTTAAGCAACCTACTGTAAATTTTGAA CTTTGGTCAATAGGTAGAAAACTTCCAATAAAGTCATAAATTTATCTGCGGCAGGGTTTG AACCTATGATGTATGCCTAACGGATATATCATGTGTTTGCTCTTACCACTTGACCAAAGC TTTGGCGGCTTCAACAAGGGTATATTATTCTTTTAAAAGATAGAAAAGAATGGTCTATGT ATTAACCTTTACCATTGTTGTAGACTGAAATGGGGCTACAAGATGCTTTTTCCAATTGAA ACCATATAAGGGACATTAGTATATAGAGCAAGAAAGCTACCTAATCTCCAGCTCATACCC AGTTTCTCCCATACCCTTCCACTATGTTGCCACGAAGGAACAAAAACTACCTAGTTGAGT AAGCTGAGTTTTAACGATTCTCTATGTATACTTTTCCGCAGCTCCTTTCTGAACTTTTCT TTTTTAAGAGACTTCATGTTGAAGTAATTTGTCTTTTGCACATTACTGCTTATTCGTAGA ACACTCCTTGAGCATAAACAAGAACTTAAGTATTCTCAGAAGTCAAAAGCATATTAAAAA GACCATATTATGCTTACCACTTACCACCACCTCTTTTAACAATTTAAAAAAAGAAAGAAG AGAAGATCATACTATGACAAGCAACATTCACTAAGAAACATGAGAAAATTGCTATCAGCT TCCACAAAATGATTTTTTACATGGTTTTATCATAATACTTGATTGCAAATCTGGCAATAT ATTTACCACCATACTTTAACCTAATATTGCTCCATAAGTATTTTGTAAGCCTAAATAGGA AAGGAGAAATTATAAACTAAATAGCAGATTTATGCAGTAAAAAAAGGGAAAAGAACTAAT TAATAAGCAAAAACTATCATGGAGAAATTCTATAAAGAATTTTCACAATGATGAAACAGC TACCGTGATTGCCTCCTAACAGCATCCAAGCAATAATTCATGACAAAGCTGGAAACAGCG AAATGAGAAGAACTGGATTAGCCAAATAAGTTGGTGTGTACCCCCTTTCCTAGTAGTAGG ATCCATCTTTTCGTAAGAATTTAGTGGAGGCATTTACTTCTTACTTTTTTGACAGAATTC TTTTTGTATTCAGCTGACGAATGTATAATTTCTCCAGTGTTCTTCGACAAACCCAAGCAC AACTACCAATTCGAGTTATCCTGGCTCCTCAAGTTTGGGTTGGTTGATAGACGGAGTGAT CATCAAGGGCCTAGGTTAAATACCTATATCTGTACTTGGAACAATTTTTCTTTCTTCTAC CAAAGAATATATCATTTTGAGAAATTTCATGTAGGCAAAAACAGGATAGTTTTGGCATCA GATTCAGTTTAAACTAAATGACCAGAGCCTCATCATATTAGGAAACATAGAGTTCATCAG AAAGAGGATGCTCTATTTTATTTAATTCAACCGGCACACAATAGAGGAGTAACTTCTCAG TAGATATTGCTTTTAGGTTTCAATCGAAAAAGTGCATCATTCATTTGAGCTGTATAGGCA GTATTACTAATCAGGTAACAGGAAATACCAAACTCTAAAGTTTCACTTATTCCATTTTAA AACTACAGAGGGACCATGTTGTCAAATACACTAAGCAAACAATATGAGAAGGTCAATCAG AAGTCAAAACAGATACTCTCTCTGTTCCAGTTTACGTGGCATAGCTTGGATGGTCATAAA GTTTAAGAAATAAAATGAAGAATTTTGAAACTTGAGGTCTAAATCATTCATAACATTTGT GTGGCTATATAATTTTTGGAACTTGTGGCCTTAAACATGTCATACCATTGTGTGGTTATA AAAGATTCTCATTAAGGGTAAAATGAGAAGTTGTAAAGTTAATTATACCTAAATTTAATA GTGTCGTTATTTTTGGAACAAACTTCAAAGGGAAGTGAGTCACATAAAAGAAGGTATATA TGTATATAGACTGGATGTAGAAGATTAACATGCAAAAGATAGAAGCACAAGTTACCTCTG AAATAGCTGAAGAAAGTGTCGGCCAATAAACTGTTTCTTTTATGTATCCTGACTGACCAA GCCAATCCATGGAGTTAATTCTGACTGTTCCTCCTTTTCCTACTGATTTAATGGTGTCCA CCCACGCCTGTTCATCTGTTTGGTACTTGCCAAACAAGAGCTGCAATATGGGACTGCATA AGTATAATATTTACAAAGGACATGATTGTAATAATTAATTCTTTTTAGCAGTTAAGGCAT ATTGGCAGTTGACTTGAGGATATCTAGATTAACTGGAGATTATAGATTTTATATAACAGT ATCCATGAAAGCGTAGAAAATAAAAACTATTTATATAAGATCTAGATGAAAAAGGGTAGT ATTTAACTTCTGCTTCAGTGTAATGAAATTAGTGTATCCACATTTGCAGGCATTCCAAGA AAATCTAATTTGCTCAAGAATTTGGATCAGTCATTTCTGGACAGTTCGCTGAATAAAGGG TTACGTAAACATGATGAAATGTATATACTTACTGACTTCCCACTGTGTACAAAGGAAAAG AAAAAAATATGAAAAGGAAAAATGAAAAATAAAACCCCAAGAGATAAATGTCATATAAGA ACCGATGAAAATGAAGATAATAACTAGTAAAAGGTTGTAGTGACCACATACCTCTGGAGG AGCAAATGAAAGATAGTTGGGTTGAGGATTGGAAGATGAATCATTGACTCCAGGTGTCTC CATGGAAAGGTGAGACATGTACGGGTCTGACAATACAGGGTAGCCAGAGACATGAGCAAT TTCCACGTACTTGGGAAGTGGTGATCTGTCGAGACACAACATAATGCCATATTAATAACA GTTAAGGTCTGGGGCAGGAAGTTTCAAATCAATTCATTTTCTTAGTAAGGAAATTTAATC ACATTAAAGTCAATCCCGAGCTTATTTCGCAAACTTGAACACCTGATTTTTCGAGTTCAA TCCTATCTCTCTTCCGAATACATCAGCAAGGAGGGGTTTCAGCAGAGAGGTACGGGAATA ACTACAGCAAGGTATTTAGCAGCTCCCCAAATAAATTTTTGCAGACTCCAAATTTGGTTT GGTTATCTGTACTTTCATTGCGTAAAGGCATAGATTTTTCAACCTGTAGAAGTAGGAATA CCCCAAAGCATAGACTTTTGCAGACCAATATGACTTCATTTTTTTATTCTCCTTTGTTGC TTCTTTATGCAATTATTATGTGCAAGAAAATATAAAAGAGTTTCCCACTCTTATAAAGCT GCTGCAAGATGTGGAGAAAAGGGGGAAAAGCCAGTTACTCGAAAGAGTGTCTGCTTTTTT ATTTTTCACATACCTGCACCTTTCTTTAGGATTTATAAAATGGGACCAACATGGAACCTT GCGATTAATCTGCCATTGCTGATCCCAAACTGATCTTGTATAAGCTGAAACATTAAGGTG GGAAAGTTTCCAAAGGTTGTTATAGTAGATTTCAACCTTTTTTGCTATTTCTGGGCAATC AGTGAGATATATTCCTACTTCTTTCACCTGAATAAAATGGAGAACCAGAATAGTTTCATA AACCAAGATGCAAAACAATAAAAATGAACGCAATGTACTGGAGTTCAATTATGTCATATG CTGTCCACTTTGGAGGGGAAGATAAAATGTTGCAGAATCAAAAACTCTTTCTTTTGCTGT TGGAAAATATGCAAAAAGGACGGTAGCACTTGGTGAAAACAATGCTTATTAATTTGGACC AAAGTAATACCTGAGTAAGAGATTTCCAGTCATTGTTTGCAGACCCAATATAAACATCTC TACTGTCTGAGATCCAAACTTTAGCATGAACTATACCTGATCCCCACCAGTCGCTAAGAA GCAATGTAACATTCTTTACATTTGGCCTCCCTGAAGCTAAGTTGGATGGTTCTTCTGTGT AATCGGGAGAAACTCCAGAATGCTGTAAAAGTCTAAACTATGATTAGTTCCAAGGGAACT GAAGAAATCAGCATATGCACATACAAGCCAAGCAAAGACCTCAAGTTTTCCTTTGGTGGC TGAAGCATGCATAAAAACAAGTTAAAGCATATACATTGGTAAAGAACATAAATATTTCTA TTTTAAGGTCAACTTCAACTATTGTAAGCTAGAGTAATCTTGACATTCCTGTAAAGCCAA ATAAGAGGTTCCTTAGAAATAATCTACAGTTGACATTTAATTTTTCAGCCTTCCCCTATA CAATTTTTGACTTTTTTTATAACCGAGAAATTCCGATGGCCACTCCTCTACCTATCCCTA CTTAAACACCCATCTCTGTTTGCAGATTGGTTTGAACTTGTGACGTGTGCCTAACCACAC ATCGCAAGCTGCATCTTACCACTAGACAGGAGACCCTGGGTGTTCTAGTTCTAAGATGCA ACTTGTGATGAGTAAAGGGGTAAAAGAGATGCTCTTGCAATCCATTTTTTGCTAGAATAT ACATGTCTTTCATCTCTTTCCCTAGTTGACTTGTAAAGGAAAACATAAAAAGAGACCAGC CAATTACTCTGATTGACAGACTTAGAACTTTATTCATTCATGAAGACATACAAGTTGATC CAGGTAACCTATGTCCAAGCCCAAAATGAAAAAACTTAGACATCTGATAACCATTCATGA AATCTTTACGATCCAGCACTTACAGCAAGTTGTAACTCAGGGTAAGATAGTAGATACAAA AGTCTTGAGTTTATATTGGTGTTTTCCAACCAAAGACCTAATCTTCACTCAACATGAAAG TTACTCATCATTCTAAATAGCATTGCATATGAGCATATCAGTTTAACCAAAGTTTAATAA TGGATTGGGAATACTTTTGCCATCTTTTTAAAAATGACTCTTTCGTCATCTTTTTGGTTC TTTTCCTCATTTTATTTTGCATCTCTTTTTTCATAGAGCCAGATTTGGCGCAAGAAAAAG CAGATTATGTTTATGAAAGTAATAATAATAATAACAATAAAGCAGATATTTGATAACAGA TCACCTTAAGCTGTATTACCTAATTGGAAGTTTGCGATTCGCAGCATTTTCTAATGCTTT ATAGACTTTCAACCCTTCGTTCGCACCAAATCTGAGTAAATCCTCTTTTGAATATCCATA ATCTCCTGAACGAGGATCAGCGGGATGTGGTACTAATTGCCAATATTGTGCAATTATGTC CAAACTCTTTGAAGAGTTTCCAGCCAGCCACTGAAGAACATCCGCTGAAATAATCATCAA CCCAATTAACAAGCATATATCTGACATTATGAGCTATAATTTGAGTCGATGAAAATTCTC TCAGTATACAAATTAAGATCAAACTTTCCAGCAACAGAGACATTGGTAGCAAAACTTCAT AGAAAAATGAAGATATTTGGGTGAAGTGAAGTTACCTGTGGAAAGGACTCCGTGAACAGT AGCAAGTTCAGGCATATCCGTGGGAATGGATTGAACCAACCAAGCTTTGCATTTGGAAGC GGCATCAGCTGTGAAAAAAAGGAAGAAAATAGTGATTATGCAAATAGTGGCTCTCATCTT CTTGCCCTTTTCCATCTCTACCTTAATATTTCTCTCAATTTTCAAATTTGCTCGAATCCT CTTTTGTTCGTGGTAAGTTACAATTTTTTCAAACTTGGTTTGTTCAAATAGTTTCAAAAG TAGCTTTTATTGGGAACAATGTTAAGATTACGATTCTGCTCCCGTATTAAATATTAAATA ATAAATTATTGTATATTAGTACATGAGTCTTATCGTTATAAAGACTCTTGAATATATATA TTAATCTTTTTATTAGTTTCATGTGACTCTTTACGAAAAGAAAAAGAATCATACAAATCT ATATATGTATATATTTTTTTAATATATATATTAGTATCTGTTTTAGTGCGAAGTACATTA TATAAATTTTATTAATACTAACTCTAGTTTATGTAAATATATGTAATTTTCACTAATTAT ATTCATAATGTTTTTTATCCTCTCTTTTCGTCTTTATTCATGATCTCAAATATATTAATG TTATATTCATGACAATTCTTTGATTTCCTCAATTATATCCTATAAATAAATGACATTAAT TTTTTTTTTAAAAGGTGAAAATTTCAATGTTCTCTGCTATCGTCTCTTTTGATTTGTTTT GTTTGTTGTTTATTGTTTATTGCTTATATTTTTATTTGTTGTTGTTATTGTACAGCTTTT CTTTTTTGGTTATTATTATTGAGATTTTACCATGATTTGTTATTTTGTATACATTAGCCT ACAGTGCTATTTTACTATTCTCATTTGAATTTTCTATTTTTATAATGGTTAGTTTTACTT TATGCGTTTTTAGTTAATTTTATAATTTAAGGTATATTCTTTTTATTAGAAAGATATATT TACGTATAAAAATAATAAAATATATCTTTTGTAATACAAAATTTATCAGAAATATTTTGA GATAAACGTACAATGTATATTTTCAAAACTAATTCTAACAAAAGTAGGAAAAATAAGTAT ATTTGATTTGTATCTTGTCATCTTTAAACACATTTCACTTCACTCCATCCCCAATATATA ATCCTCATCCTCCCCTCCTACAGTAATATTTACAAATACTTTTTTTTTTTTTTTTGCTTA CTTATCCAATATAGGAAAATAAATTCAAAAAGCTTAGTCCCTATAAAATATTTTTTGTGA AAAATATTTTTCATTCATATTGAACAAACCCTTTAATCATATTTTCTTTTTAATTTTTCT TTAAAATATTTTGAATCATTAACTAGTTTGAATATAGAGTCGATTTTTTAAATAAACAAT TTAAAAATTTTATTTACACTAAAATAGCAGTATTGTTTTTCAAAAACAGAATTTAAAATG AAAAAAGGATTTCCAACTCAGCCACGATAATCACTATTTCCATAAATTACTCCAAAAATT TTATACCTTCCCTTATTTATTCAAATTTCATATATATTATCTTTTATAAGCTGTTTCCTA TCAAAACAAAACCCTAATTCTCTGATAGGGGACCGATCGAGCGACCACCGATAATGAGAT TTCATGTAGATTTTTTTTAAAAAAAATTATACCCAACATAGTATAATTATTATTGGGTAT ACTTGCTAGTGAAAAAACACACCAATTTGACATCTATGATATATGTTCATGTTATAGTTG TTAAATTGGTGTATAAAATAAACAGAGAACACTTCATATGTTGATTAGTTTTATCCTAAA AAAAGAAAATGAAGAAATTTAAATTAGAATGTTTTCTGGAACATATGATGGTATATTTGT TAATACACAGTGACACCAATTATAGCACAGTGACTGTGTTGATGTATTTTATGGTACAAC TATATAACCTTATTTGAATAATTATAAATTTACAGGTAATTACATAGATTACCATATTGA AGGAGTAATGTATGATTCAATAACCAAATACAACGGACTAGTTACTGCTATATCTTCACA ATTACGATTGGATACAAATATTTATCAATTGAAAATCAAGTATTTTGTAAGTGGTACATC TCCACCATTATGATAAAAAAAACACCAAAGTGAAGAAGAAGATGAAAGGTAAGAGAGAGT TTCTAGAATAACTCATATACCTATTGAAAACAGTACTAATCTTTTTGTATCATAAACATA AAAAATCTTTAATTAAATAAAATAAATAATTCAATTACACCAAAATATAACTCAACATGT AAAAGGAAAAAGAAAAACTTAACGTGTGAAAAGGATTTGTAAATTTCTAGGAACTATAAC CAACTTTATTGGTTTCACAAATCTGAATATAAAACGAATCCAAATAATAACTACACAAAA TATTAAAAAAATAGATTTTTTTAAATAATAAAAACGTGTGAATGTGGGTGTATTTACTAT GAGAGAATAATTGATAATTAAATACCAAAATATAGTCCACTAAATATGGCACAATCTACT AAAAGTCAGAAAGAGAAAATTTTGAAAAAACAAAATTAAATATTTTGTTATGTATGTAAT TTAAAAACTTAGTTTGTAATTAAATATAAGTATTTTGATATTTTGTTAATAATAGTTTTA AGTAGCATACTTTTGTAATTTTTCCTCGAATATATATATAATTTTATTTTGGGGTGAGAG ACTGGATGTTTACTATACGTCTCTACAAAATCTATGTTTCGATCAATGATTTATTGACCT CTTGACTATTGTTATTATATCCTCTGATTTTGCTTTGTGAAATTTTATTTGTCCTAATTT TATCATAAATAAGTTTTTCTTTTAGAAAAAAAATTTAATATTTTGACTAGTCCTTTTTTT TAATAATTTTTTTTAGGATTTTATAAATATATGTTTGTTCCTTCTAACTTAATTAACATT CACAATGTAGTCCTAAGGTTATGAGAATTTCGGTTATGGGAGAGAATTTCGTATACCTCT TTGAATTCCGAGTGAATTTATTGAGGTTATTTCTCTCTATATTTATATTTTGTAAGTGAA TTGCTCATCTCTTTTGTGGACGTAGGTCGATTGATCAAACCACGTTAAATCTTTGTATCT TTTGGTATAGTGATTGCTCATCTCCTTTGTGGACGTAGGTCTATTAATCAAACCACGCTA AATGTTCGTGTCTTTTGATGTGTTTCTTGTTTATCTTCTTACTCATACTTAGCTAACTTC CGCCTGACACCTGATTTTTTGGTTCCTAACATGTTTAAAGTTACGTAGATTATTCATTTA ATGGCTGTCACATATGAAAGCTGCAACAAGTCTAGTGACTTGGCGAAGCTGGAATTTCAC TAAGGAGTGTCGAAGATAGAAAGAGGCAAAATCGCATAGAAGGTAAACGTAATACATATA TACATAAAACAATATTTTTATCTAGCTACACAATGTAATTTGTATTTGACTTCTTGTAAA TGCTCTCATTGTATAATCAAGTGAAACGTTGATAGAAATTTCTTTCTTATCATCTTTGAT CTTCATCTCTGTTATTCGTATGTGTGAGAATCCATAAATGCATGGTAGATTGGTGAAACT TAATAGGAACATACACTCACAAATGGAACTATTTGTATTTGAACTGGCTGGTTAGCAAAT AAGAGTATGAGCCCTGGTGAATATAAATACTCCACCACCTCCAACAGCGCGGCCTAAAAG CATATTCTTATCCAGATAAGAAAGGTAATAGAGGCCCCCCACAGAGTGTCTGCACATGGA CCATCATCACATGAATATAATGGACTAGTCAATTGTGATATTTATGGCTACATAAAGTTA TACCTCTCTGGACTGGTCACTGGAACTCGAGCTTTGAAACTTCGAATAAACTGCAGTATC TGCGAACCAAGAAAATCATTTTGACAATATTTCTGCAACTCTCAATAAGCCCATAGAATG TTGATAGCAATTCGTGAGGTCATATATTTACTCTATAGTTTAGGGATATGTATTTTTCCT GTCATAAAAGCTTGCTCCATGTACAAGTTGTGTCTTTAATGATATGCATATGACTTAGGA AGAATGAACTTGTTATACTAGATCAAAACTAGGTCTCTGTTATTTTATTGTTTGAACTGT ACCTGGACCAACTCTCCATTTGGGAGAGGTGCTCAAGTTGATTCTATGCACCTATTGAGT AAATTTATACAGAAGACTAAAGAATGCACTACATAACCAAGTACCTGTAAACTTAAAAAT GACCTTGGCAGAATTGCTGGAGCTATTACAGCTTGCAGATCGTCACTGATGTTAATATTT TGAAGACCTATCTGCAAATAAAAAATTTCATGCATAATTCTAAAGAAAATATTGAAAGTC CAACAATGAGAACATCAATGATCGTTTTTAAGAGGAATGTTCATATCATAATAAGTAGTT TTGGGCCGGCTTCGTGATTTTATGCTTGGTAAATTTTCTTGTGCATCCAATAACGAGAAA ATCAATATTCATTATCGGTGATGTCTGCAACCAAACATGACTTCTAATTTTATTTGTTAT CAGTAGGTGACTCTGTAACCAAGCTCTTAGAGACGTCAACTACTGAAATTTAAAATCAGA AGAGGCAAAAAGCACAGAAACATGGAAGGCTTCACTATTCATCATCCATGTAGAATTTTC AAAATTTATTTTTTCCAATTAGAAAGCATCAGAAGCTAAGTAAAGTAAAGCATCCCAAAA TAATCAATTCAAAACTACAAGAGAGACCCAGCACAAAACAAGACATAAAAATCCAAGAAG ATAGGCAATGAATCCGTTAATGTCTATTATCTAGACATGGCCTACTGTATGGAGTTCCAA AACCCTACTTCAGAAGGACATGGACCTGGACTTCTACTCGAGCACCAGAACCAATGACAA GATAGTATATGTTAAGGAGAAGGATGCGGACTCATCCATAAAATGCCAAGAATAATACTA GTATACTTGATTAGTGATCAGAAAATTTACCTCCTCAAACTTGAGGTAAATATTACGAGC AGAAACGGAAGAAAATCTGGCAGTTACTATCAGAGTAGCACCTTCATTCTCCTGTAGGAT ATAAGCAGATAGCTATCAGATCATTTGAATTAAACATGTCTTCTCTTTTTCCTTCTTAAT ATGTAATCTTACATTTCATTTCTTTCTATTACTTCCTCTCAACCTCGCGTTTTTCTAGTG TGTATGAAAGTTCATAAGTTGAACAGTTTTACTTATTAACAAAATGATGAAACGACAAAC AAGAAGAAGAGAAAATACATGACACCACTTTCAAAGTGGGCCCAAGACATTGTAAGATAC CAGGAGAGTAACATAGGCATTAGACTGTGGCATTGGCATGCTTTCTTTAGGAGGAACTTT ACAAACTTTGGTATCAACAAGAACTTTGGATGTTTTAAAATGTAATACATTGAAGCTTAA AGCAGGTACAGTTTCAATACTTCAGAAGTGAAAGCAGAACTGAAGGAAACAGAGGGGGCG GAGGGTGGCGTGAAAGGTCATGTTTTACACCAACACTAGTTTTCCACAGAAAGAGAAAGG TTATGCTTTACATCAGTACTAGTTTTCTACCTTTCTGTGGATACAGGTCATTTCTAACTA AATAGACTAGTAATATATGAGAGTAGAGATAAAAGATACTTGGCGGCCAAATGTTATTGG ATTCTCAGAACTTAGGGCACCTGCTTTTTTCAATTTACTAAAAGTGTGGACTGCTTGTGG ACTAAACAGCCCATTAGAAAGGTTTTATTTTGTATGCTAAATATATCAGATATTGAGGCT CACTTTATCTTGATAACACCACAGCTGCCAAGAGGACATCAAAAGAATAGCCCCAAAATG TTTTAACTCAGATGCCATCTAAGTGTCAGCTAAAATAGTGGTTTAGGAGCTTGAGTGAAT TCCCTGTGAAACCAAAGTTCAGTCTAGCAGAGGCAACGCTTGGTGAACTTTTCCCATTTT GCCAAATCCTTGCCAGAAATAACTATTCAACATGTTCTGATAAGAGGTAGCAGATATCTA CTGGACTAGTAGATGCACAAACTAATCCAGACGCGTGTATGTGTGTAAAACAAAAATATA TTAGAAAGCGAAGTGCTTAAGCAAATTAGTTGCAAAAAGTATAATTTTTGGGTTTCCTTT TTGAAGTGTTTCTTGTTCAAGAATCCATAAAAATGTAACTACTTACCATCTCAATTTTTA TTCGGAAGCCTCAAATTACTAAGAAATCAGCATCCATTTAATCGTGGAAGTTTTAGGAAT TGGAATAACTGGGACAACTCATTCATGTCGTTTGTGATCTGTTGACTTACTGTGTCCCAA ACTTTAGAAACATCAAGGGTTGAGATGCCATTTTTAAGCTGTTGAAACCTTCTTGTGGCT ATTGAAGCAGCAAACATCAACTTTGGAATTTCACACTTCTTAGATTCGGCAATTTGGAAG ATGCTATATTCTGGCATTCCTTAAGATTGTTGATAATTTCTGACATCTCAAATTTCTCCT CCTTGACACAAATGATTGTCAACTAAGAGCGGAACTTCATGCAAGTCGCTCTGTTATTAA CCAAAAGAACAGTTAAGTAGATGATCCTTCTGATACTTTACGTCATACTATTTTTTCAAG TATCTTTCCAATCTTCCAGGCTTCAGTCAGGACCGCATTTCTAATTTCTAGCTGTTTTAC CTTCACAGCGTTGAGGCTTAAAACAGTTTGATGTGGTCAGATACTACTAAGAGAATTTCT CAACAGCAAAAGATGCTAGAAGGAGAAGCACAGTGCACAACTCCAAACTCGAGCATAAGG TTTTTGTACAGGTCTAACTATCCTGAAGGACCTGAACAATTACAATAGGATCACCTTCTT TAACCTCCTTAATGGATATCCTGATAGAGTATCATGAAAAGGGAGGGTGTGGGATTAATG AAGAGCTGGATAAATTAGACAGGGGCTGAGAAAATATTGAGTGAACATCAGTTCTAAAAG TTTTCACCTAAAAAGGTGTGTTCAAGTGTCTATATCTGTTAACAATATATGCCAATCAAT TATGCCTAAACCTCATAGTAAGTAGGATTACATCTGTTTATAAACCTAGAGTAAAAATAG CTTAAGATAAAGCAATAAAAAAAAGTTTACACCTGCAAGCAAGTAATGGGAGGAAAGGCA TTGTTGCACCTCTAATAATCGTGGAACACTCCATTTGATGACATTGCGTACCAATCCTCC ACGGGATTCATTCTGGCACTCAAATTTCTGGAAAATTTGACCCACCTATTACATAGCTCA AAAAGATCAGTTCAGCTGAGTATGCATGTAACTAGCAAATGATATGATAGGAGTTGATAA ATCTCGCATGAACTGCAGGTTGAGGAAATTGACTCGTCATGGAAAAGAAAATGGAGCATT TTGGTCTATTTGTTTCTTGTTCATTTTGTAATTATATTAGATGGTAGTGGAACAAATTTA TGATTAAAGAAAAAAGTAGTAGACATATTAGAGACACATGATTGGAGATAGCCAAGAGGG GTTTAAGGAATAAAGCTGTTTTTCCTTTTCCAAAGCACACAAGATCCGTGCAGTAAAAAG TTATACCAAATTACTGGTTAGGAAGCCTCTATGAACTACGACAATACGAGGTCATTTTAC ATATTATTTGTTAGTTAAACTACTACTGATTTAGAAGTTGACTATTTATCTAGCATGCAC CAAATTGAACCTGAAAGAATGGAAGCCTAGCAGCAGATTCAAAAAGAATGAGCACGTCTG GTGCAGATGTATACTGCAACCGCCATGTTCCGTCCAACTTACTCAAGTCAATTTCCTTGC CAGCATCAAAACCTTCAACCACAACCTGATTATATCTCAATTAGTCAATACACTAGGATA AACTGGAACTTCATTTTAAGCACGAGCAGCAGACCATAGCCTCCTCAATGGTGGATCGTT GATCAGCAGTTGTCACTAGGCCTCGTTGCGTATCTTGGATGATATTAAGCAGTTCATATT TTCGGTTTTCCAATTCGTATTCAGCATCCTAAGAAAAATCCAGATGTAAGAAGTGCTGTG AATAACCCAAGGCAATATCTTAAAAGTGTTTCCATGTTAAAAAATAAAGAAACTAGAACA GTAGATGTTTAACGCAAACAAGTATGTAAAAGAGAACATGGCATATGAAAACAGTGAAAT ATTAGGACATACTCTTGCAACAGTCATTGAGGCAGATGACATGGATGTAGCCAAACATGT AACTCTTCCATGGTTGTGTACTCTTCTTATGGTGTTTGAAAAGGAGACAACAGGTCTCAC GCATACGGCAGAGCCGAAACCTGCTGGAAAGTAAAAGTAATAGCATTTAGATCATTATCA CTTATTGTGCTGAATAAACCCGATTTACAGGATTTAAGAGCTTGAGTGTGGGGTTCATCA TCTACAACCCAATTCGTTCAAGACAACTCTTTTATGTAATCAATCGTTGTCTATCTTTTT AGTAATGGAGATCGTGCTACTGTTAATCCATTAGTATTAGTATATTCTTCCAAGCATCAG TTTATAGAAAGGAACATTAGCATTGAATTGTTAAATGCTAATCAGTTTATAGTCCCACAA ACATAGCTAAATGAATGCAGCCAGCTCAATTTGTTATTCATTTTATATCAATGTATTTGA ATTGGGATATAATCCGCATTTCAGTCCAAATAACTTCTTAGGGTGAACCCACTAATTTAT TAACTCAACTCATTTTGATGCGCCCAAATTCAGCTCAACTCAACCTATACTTATGACTTA CATTTTCCACAGTGAAAATTTGTTAGAGCTACTATTTGCAACAACTTCACCAGAAAATTT CCATACATATACTTGAATCTTCAAATTGGAAGAGAGCAATAAGCAAATTTGTAATAAAAT ACATGCAACAATTGAAAATAATTTTTATTTTTTACCTGAAATCATTGGGTAGCGATTAAA GTCTCAAATGAGGCATGAAAGCTCAAATTAGAATCAATCTGAGTTTTAAAACACAGAATC AACATCAGAAAAAGTGAGAGCAAAAAAAATCTGACAAATTGAAATACTTACCCTAAAAGC TGAGATTCTCAAAATGCTTAATTTAGCACTAAAACATCTCAAATTGTTTTTAGCAAAAGA AGAGGCTGAAAGTTTTTCTGCACCAAAAGCCCCTGGTTGATGCTGGCCTCATCCAAAATG TGTAATTATACTTATACCCCTCATATATTGTACTACTCTACCTTAGGACTTGTAAAATGT CTTTTTCATTTCAATTTGGATCCTTTCGATCTTTTTTATTGCATTCATACCAAGATGATC CATTCGATTTCGATGTCATCTCAATTTTTCTTTAATGCCAACATGAATCAATGTCTTATT CTATTGTTTGGGGAACAAGCATTATATTGATACCAAAACCATATAGGTGTAGACAACTTC TTAGTTTTTAAAGAAAAAAAACCTACAACTATCTAAACAACAGTTTGATAGCGCTATTCT ATCAAAATTAATCTATCATCAAGTATGCCCCTGTCAAAAACGAACAAAAAAAATAAAATA CATATACAACTTTCATGCTGTCTTCCCTTTTTGTATGTATGCATCTACTTCTTCATTCGT AATCTTATTTCAATCACAAATTAACAGTAAGTTCATGTTACACAAAGAGTGTTTAAACAT TTTCATTAAAAAAAGTTTCAGGTACACAATTCAATTTCAATGTTGGAACAAAAGAATGAA ATAATAAGAGTTACAAAATGTCATCTCTCGTTTTCTTTGCCTTCTAAGGACTAATATAAT CAATCTTATGATAAGAGCATGCACAATTTTGAGCACCAATATCCTCCCCAACACAAGGAG CCTCTGCTTTTCCATCTCGGTACCATTGTTTTCTTTGTTGAACTAGTTCACTGACGAAAT TGTCAAGCATTTCTCGGGTGATGCCTGGCATAACAATAACATGTGCCATATCTTTGACGC ATGAAAGTTGCCAACGACGCACAAATTCATGGTCACGAGGCCTTTCAAGTACAACTATGA TGCTAAGCTCATTTAACATGACACTTATTCCTGCTTGTTGAAGGCGATTTTTCAAATATT TGGCATTGTCGAGACATCTTTTAACATCCTTTTGAAGTCCAACTTGACCTTTTGCGCTTA AGCTATACCATAAGAAAATTGGAGTCAAACCGTTACGACTACCAGAAATAGTGGCATCGA CAGAAGCAATGTATTCCACATTTGTTGAGAGATTATTGATGTAGCTTTTTCTTGTTATTT GGACACCACAAGGCATTGGGCATCCTAAGAACTTGTGACCAGAAATTGTGACACTTCCAA TTGGCTTCTTGAAACTAATCATCTGTTGAAATTGCACAAAGAATTATTAGAATATCGCTT TGAGAATTACTTGCGAGTTTGTTAGAAGTAAGAAGCAATTGAAACTCACATTGTTTATAA AAGGGGTCATAAGACCACATAGTGCTGCATCACAATGGATGTAAAACCTATCTTGTGAAT AGCCACATTCTTTGAGTGTTTCAAGAATAACATCCAGGTCATCGATTGCTCCTTTGAACG TAGTTCCTATAGTTAAAAGAACCATCAAAGGAAAAGTCATAAGATGGCTAAATTCATAAA AGAGATAAATAAAAAGGATAGAGGTTGGAGTATAGGTATATACCAATTGTGACATTTATA ATAGCTGGTTTGTCCTTATTTTGAAGTAACTTTGCTCTTAAATCTGAATAATTCATCTCT CCGTTTACTGATGTGTTGATTGTTTCTGAATCCATTCTGTACATTCTTGCAGCTTTGAAG ACTGAGTAATGAGAATCTTTTGATGCATATAATATTCCTTCAGGAAGTAACTCTCTCCTG CAAAATTATATCAAAAAATTTAACAACACCAAAAACATAAATAGATGTTATTATATTATA TGAACTTGTGTGTGAATATATGAACTTACCCTAACAAAATACCATGGAGATTGCCTTCGG TGCCACCATTGGTAACATATCCCCAATATTGATCCTTTTCAATTTCCCATAGTTTTGCAA ACCAATCCAAAACAGCCACTTCAAAGTCTTTAGAATGGAAATCGACAGTGTTTTGAAGGA AAGGATCACCACAATTGTTTAGGTGAAACTGTAAAAGTGGTGCTAGCGTTGCATAGTGAT CATAACATATGTTAACTGGATAACCTAAATGATAATTGACTCGTTGTGTAAGTGTATCTA AATAGTTGACCAATATAGTGTCCAAAGAGGGACCATCATTCTTCAATCCAGGCTCCATCA CCTCAAGTTGCAAGTTCTTCCTTGGCCCATCCCCTGGTGGTGCCACCTTTTGTTTTTTGT TGTCCACATTCGGAAACAATCTTCGCCGTGCTAAACTTCTGGGTGTCATCGCTGCTAAAC TTCTGGGTGACATGGGCAATGACTCAAAATCCTGTCAAGCATCATAATCCAATTTAAGAC AGATATAATTAAGTAAATAAAAACATATATTTTAATTTGTCTAACAAGAGTGGTACAAAA TCCAAATATATTTGGGTAGGGGCAACAAAATTTTGCGAACAAATCTTTGTGAATGAACAC AGTGTGAGTTGTTTAACAAGTGGAGATGTAACCAACATGAAGATCGAGTACGTACCATTT CAAGCAAGAGGCTACCCATTATATATTTTGAAACACAAATTTATAGTAAGTTGTTTGTTT TTGTTTGCTTAGGCCTTAGAAAAATGGAGAAGCAACTAGTGAGTACATTTTGTTCATATA GTTATATATATATATAGGTCTTAAAAGATGAAGGTTTTGTGCACCAACCACCCCTCTTCT TTCCTCTCTTTTTCCTGTTAGTTTCTCACTTGCAATTTTCAAATGATTACTTTTCCCATG TGTGGTCTTTGACGAGGCTATTCTTAGAAAGTGACTACTCAACTAACGAGCCAATAGTAT TATGAATGATGGGTTGGTGAGGTTAATAAAAACACAAATCCAAATAAACTAAGCATGCAA AGATCACTATAGTCACAAATTAAACGCGTGCGTATAAATAATTCATTCTTTATTAAGAAT TATAGTAATGGTACTAATAGTGACTATTCATTTCTAACTTCGACCAATAAAATATTACTC TTTCCGTTTCAAAAAGGATGACTTAATTTGACTTGAAAAAAAAGACTTTTTGATCTTATG GTTCTAAATTAAAGTTATGTCAAATGTACCAAAATGTCATTTAATCTTGTGGTCTTAAAC ATGTCACGAGGAAAGTTAAAGTTAAAGTGTTGCCAAAAAAGGAAAGGAGTTTTTCTTTTT GAAACAGACTAAAAAGAAATAGGAACATTCTTTTTTAAACGGAGGTAGCAATTACAAATC TATCTACCTTGCATATTACAAATGGTTTTACTAATTAAGGCTGGATGAAAGAGCTAATGC ATAATATACTATGAATAATGTTCATTTTTGTATATTATACGTATAAATACAACTTTAAAT GTGACATGTTATAATAAGTTGTTTACCAAATTTGAAGTGCTACTTTAAGTTTGATTTAAA AATTTAGAATTATTCCAAAAAAATATGAATAATTTTTTCCTAATATTTGGATTTCACTAG GATGCTACTTGGTGGATTCTTTGTCTGAATACAAGCGAAGTGGAATTAAGCTACTTACTC CACCAAATGTCTTCGAGAATTGGTCAGCGAACAAAAATAGTTGGAGCTTTTCAAACGCAA GTTAGCATTTGAATTGGTCTATTTTTGACTCTTTTGACACCAATTACTTTTAAGGAAAAA TTACATAAATTAGTACATTTTAATAAATAATTACTGATTTTAGCAATACTTTTTATTTAT TACCATTTATAACAATGCTATGTCAAATCTACAATATGAATTAAAAGTGAATTATGTATG CAATATATATGAATTATAATTGTTTTTTAAAATATATTATGTTTGTTTGTTAAAAATTTG ACATATTGTATTATAAGTGTATTAAAATGTGCGATAAATGTATTATCCATTATTAAAATT TGTATTATATATGAATAATAAATTGTTATTTGTAATATGTATTAAACTTATATTAAAAAT GAATTAAAAGTGATCAAGTGAAAAAAAGATATTATTGCTATAAATGGTAAATATTTTTTT ATTTTAGTATATTTATGTAAGTTTCCCTACTTTTAAAGATATTGCTCATATATAAATGAG TTATAACTAATAACATGTTGAATAATGAATCATTCCTACCATTTCAAAAAGAATCATATA GTTTGATTTGAAACGGAGTTTAACAAAAAGAAGTTTTTTTTTAATCTTGTGGTTCTAGAT TAAAATTATGTCAAATGTATCAATATATCCTTTAATCTTGTGATCTTAAACATGCCACAC AGAAAGTTGAAGTTAAAGTGTTGCTAAAAAACAAGGAAAATAATCATTTTTTTAAAAATA AACTAAAAAGAATACTAGATTATTCTTTTTTAAATAGAAGGAATATTATTTTTTTCTGTT GCAGCTGTGGCATTGTTTACGCAAAATTGGAATTTGAATTTTTATTTGGGTTGCAGTTTT TTTAGGCAAACTCGGGATTTTTCTGCAACAATCTATTGGATTTGCCCTGCAGTTTAACTT TTGGATTTGATCTTTTTTAAAAAAGGAAGTTAGATGTCATGATCCAAAATAGGGAGGGAC GATCAACACTCAATACCGTATTCAATCGAGTTAGCCGCTGAAACATATTAGCTAATTAAA CTGCGGGTCTGAATCGGACAACACAACATCTGCAATATAAAGTTTGGACCGTTAAAGTTA TGACCTAAATAAAAATAAGTCATATAAATATAAATAGTGGTAGACAAGTCTAAAATAAAA AAGCACTAGCTAGCCGACGAGGCCGAAATATATACGCACTCACACACACATTATTATAAG AGGGAACAAAAAAAAGTTAAAAGTTGAATTACAATTTTACCTTTACTGTAAATTAAAATG TTATAAAGCATTTAATTATTTAGTTTAAATGTTAAATTGTCTCATCTTAATAAAAATGTA GATGACTTTTGCATTTCCTTAAATTAATTCTTAATTAAAATATAAGGAAATAATTAAATG TTTGGAATGTGAAAATATATATTTTATTTGTACATGTATATCCTAGAATAATTACTGGCA TACAAAAAAAGTGACCCCCCATTTATCCGATTAATGTCACTAATTTTATTTATTTGATTT ATTATCACTAAGATATTAAAAGTGTGTTATTATATATGAATGAATTAGTAATAAATTATT GAGATGACTTCTAATTTCCTCAATTTATTACTTATTACAATGACTTGTGTTTTTCATCTT TTTAATTATTCATTCAAACTAGACTAGATTTCAAGTTCAAAGCAATAATTATTAGTGGTA ATGTTAATTCTCTTATTAAGTCTAACTATGATTTGTATTTTTCATCTTTCCATCTATTCA TATATTAAAGACTATTTTAGAACTGAAAAAATATAGAATTTAAACTGACATTTTTACTAC TATTTAAGAACTAGGTGATAACCATTGAAAAATGAAAGATATTGTCATTCAACTAATAAT AAAAAAACTATTCCATCTATGATAGGCAAAAAAGACATGAAAAAATAGAATACATGAGGT GGGGAGAAGAACTTGAAGACTTCTTTTTAGACATGCCTAAGTCCTCATATCTCTTTCGAT ATATATTCTCTATCACAAAGATTAGTGTTGTTTCTAATTTCTTTAGCATTTCTAATAAAC TCATTGTGGTGTTGTAATCTTTTAGTTATTATTATGAGCTTTTGAAATAGATGTATATAT GAAGTTCAGTGTTTAAATTATATATCTGTCAGTTTTATATTTTAAATATAATTGCTTTTA ATCTTGTATAATTTTGATATTACGGTCTTTTAATTTTAGAACCTTAAATACTATAAATAT TTCATTCTATCATTTCTCATTAATAAGTGTGCATGTATTTTTAATATCCATTTATGGCTA TAAAATGTTATCACTGATATTTAGATCATAAAAAAGAGTTAAACAAAGTTAAAGAAGGCT ATATTATATTAATTAATTTCACATACTTTTTGCTTGATGCCAAATGTGCAATCCCTTTTT ATTTCTTTTTGTTGATACATGAAATATAATTGGTAAAATTAATATTGTTGATTTAAACAT TTTCTATTTGATAGAAAAAATTTATATTATGTAACAATAGTAAAAAATAAACGTGCAACG CACGTTGTCAGAAACTAGTATATATATACATGTCAAGCCTATGGACTAATGATTGAAACC TACAAAAAAAACCTAGAATATTTTGTCCACAATAACCTCTATGAGTAACATAAGCACTTG TAACACCACAAAAGTTTCTAAGGTAAGGTCCGAAATATTATTTTTTGTAGTAAAAATGTT ATATCGGGTAATTTTTAAATTGTTCATATCACGCCTCGAGCCTACACCTTGGACGTGGCT GGCACTCGAAGAGTACCATTGTTGGCCCTAAACAAACCCTTGGTCTGGCTTATTTACTTA GAGAAAAACTTAAAACACAAAAATAACCTATATAAGGAACTTGTGAAATGAACTGAGAAT GTCTTAAAACAAAGCATTTAACGGGCCAGAATGGCTATTCAAGTCTCATAGCTAAACATC TGCATTACAAAGCTCAAAGACTTATAACTAAGTGTCTACACAACTGACATGGATGTTGGA ACAATTCCACAATAACTTAATGAACTAAATCAGAAAGCAATAAAAGAGGGGTCCCTCAGA ATGCAAGGAGGCTCACTAACTGACTCACGGAGTGCTGAACCGAATCAATAGTGCGTTGGA TGCCGATCCTCGTTATTTGTGTCTGTATCATAACACGATGCAGACAACTGAATCAGTACA TTGAATGTACAAGTATGCGAATTGGAATATTAAAACAATATTGGCTAGAAAGAATATGAA AGAAACTGAAGACTTACCTTCCTTAACTCAAATCAACATAACTGACTCATTTCAATATAA AACAATTTAAAAAGCAAGTGTAATATAAAGAAAAGTTATTTAAAAACATATTGTAAACTT TGTATGTATGCAAAGATACAATTTATTCTGAGATGTATGTAAGAATATAAATGAATTGTG TATATAAAAATACAATAACTTATGTGGGAGTTTCTCTAACCGACAACCATCACATAAGAG CTATAGTGATGATACATCAATCTACCTCACGCTGTCAGAGCATCTCTATACCCGGCCAAA GGTATAAGACCTGAACTGTCTAATGGACCTACTAGTCTACTATGAAAAGGATTCATCTAA AAAGTATGACCCTTTTTTACTCAAAGTGGCTACATAGTTTTATGGAGATGTGAGTTATTT AAACTTATGCTCGTCCCTAATTACGTGCTCAATACTACTCCAAGATATACTGGCTCTTAT GTTTTTAAAACATACTTCTTCTGTGATTTGTGATTAGTGCTCAAAACTTAGCTCAAAGGC TATGTTGGAAATCTCAGTTTCTATGCCTGCTTCATTTTAGAAAGCTATAACTATTTTCTT AAAACTAGCCCGAATGCTCTTTGGAAATCTCAGTTTTTGTTCTTGTTTAAATGTGATAAC ATTTGTTTTAAACCTTTTTGGGAATAGATAGTCCCCATATAATTTTTGAAGAAAGAACTT CAACTTTACTCTTTACTGAACTCAACTCTTAAGTCTTAAAAAAAATTAAAACATTGCTAA AGACTCTTGAACTGTTAAGAACTTTGCTTTAACTTGTTTCTTAACTTCTAAACTTGACTC CTAACTTATTTGACTTTAATATTAACTGTTCTTGAATTAGATTATGGTTTCAAGGTCCAT GATCTCATGTTAATGAATGATTTCATGATGTTTGAATGTACCTTAGAGTGTTGGAATCAA CTAAAAAATATAGGTTCATCACTTTGGAACTATCCTCCCCCCCTCCCGTTTAAAAAAGGA TGACCTAGTTTGACTTAGAACGAAGTTTAAGAAAAGAAAGAAGACTTTTTAATCTTATTG TTCTAAATTAAAGTTGTGTCAAATGTACCAAAATAATCTTTAATCTTGTGTCTTATATAT GCTATGTGAAAAGTTAAAATTAAAGTGTTGCCAAAAAAAGAAAGAGGTCATTTATTTTGA AACAAACTAAAAAATAAATAGGGTCATTCTTTTTTAAACGGAGGGAGTCATACGAAAAGG TGGGGAAAGAATGGAGAGAACCGGCGTCCCTGGCGCTTTGATAGTCGTGGGTCACCAACC CTCAAATTACAGAGAGCTGGGCGGGAAGTTCTGGTTAGCGCGACGCCCCAAGGCCCTACG GACAGAGACTGGTCTATGGGGTTTTGAGAGTTGCGACACCCCAACCCCCTTACCCAGGTG TTCTTGACTTTCCTCCTTTGTTTTTCATATTTAAACCCTCTAAACTTCCATGGTTATCTC CCCAAACACTTAAAATCATTAGTTTTATCAATATATACTAGATTCAACTCAAAATTATAC CTGGACATGAATCAAACAATCAAGAAGCTTCAACAACACAACCATCAAGAACTCAACGAA TTTTTCAACAATGTTCTTCAAGAACTCACTTTCTTAGCATTCAAACAACTTAAATTCGCT GAATTGAAACAATATTGGTGTGTGGATGAACTAATCAAACACTATGGAATCTCACATACC TTTTTAGGGATCATCCCTGACGAATTTCACGTGCAAAGCTTGACCGCTCTTGGCGATTTT TGATTTCTCTCCTCTTTTCTCTCTCTAGCGTGAATTTTATTTTTCTAAACTGAACAAAGG TCTGGTTTTACCCCAATTAATTTTTAAAAACGAATTAATTTAATTAGGTAAGGAAAATAC AACTTTATCCTTCCCAAATTCGGATAGGGCTTTCCTTAATTCAACAACCCAACTTCTGAA AGACATAACTCACTCGTACGATATCGAAATCTCACAAACTCAGAGGCGCATATCTGAAAA TACACCTAAATCATCCTAAGCTAAGAGTTATGGTCGTTTGAAATTGAACAAAAACTCACT TTTTTAACTTACTTAAAATTTTCAAATTTTCTTATTCTTTCAAAAAATAAGTATTTTCAG ATTTTAAACTCTTTTCTAGTTCTTTCTATTTGCGAGATGTTACAACTCATATGTGTAAAG ATCATATCTTAAGTGTTGGAATGAATTTGAATATGACTTAAGGTCCCAAGAACCCCTAGC ACAAAGTTGAGTCAAAAGCTTCCTTACTGATTAAGTTTTGACATAAGATTCTACTTAACC CAACTTCATACGATCACATCTTCCAATACATAATGAATTGTGTGTCCCATGACCTATCAT ATTGAAGCTCTTTGAGTCTTTCTAACTCTACCAAGTTTACCCTATTTTGAGTTTTGAGAA AAACGTTATGACCGCTTTACTAGAGATTGTCATATAAGTGTTTTCTGAATCTGCGAACTA TGGATCCATTCCACAGGTCGTAGATTGAATTACGACCCGTACTGTCAGAAACTTCAGAGA GGCTGAATTTTAATATCCAATACCTACGATCCATTATTCGAGTCGTAAGAACTTCTAGGG GCTGTAGTTTGGATCTGTACTAGAATAGACAATTGAGCCCGAAATTAAATTGTATAAAGT CTACATATTTGATATACGGTTAGTAGAAACTTCTACGGATCGTAGATTGGACCCTTTGAA TAAAAGAGTGTTAAAACTTTATAATTTAAAAAAAGTTTCAGGTATACAATTCAATTTCAA TGTTGGAACAAAAGAATGAAATAATAAGAGTTACAAAATGTCATCTCTCGTTTTCTTTGC CTTCTAAGGACTAATATAATCAATCTTATGATAAGAGCATGCACAATTTTGAGCACCAAT ATCCTCCCCAACACAAGGAGCCTCTGCTTTTCCATCTCGGTACCATTGTTTTCTTTGTTG AACTAGTTCACTGACGAAATTGTCAAGCATTTCTCGGGTGATGCCTGGCATAACAATAAC ATGTGCCATATCTTTGACGCATGAAAGTTGCCAACGACGCACAAATTCATGGTCACGAGG CCTTTCAAGTACAACTATGATGCTAAGCTCATTTAACATGACACTTATTCCTGCTTGTTG AAGGCGATTTTTCAAATATTTGGCATTGTCGAGACATCTTTTAACATCCTTTTGAAGTCC AACTTGACCTTTTGCGCTTAAGCTATACCATAAGAAAATTGGAGTCAAACCGTTACGACT ACCAGAAATAGTGGCATCGACAGAAGCAATGTATTCCACATTTGTTGAGAGATTATTGAT GTAGCTTTTTCTTGTTATTTGGACACCACAAGGCATTGGGCATCCTAAGAACTTGTGACC AGAAATTGTGACACTTCCAATTGGCTTCTTGAAACTAATCATCTGTTCAAATTGCACAAA GAATTATTAGAATATCGCTTTGAGAATTACTTACGAGTTTGTTAGAAGTAAGAAGCAATT GAAACTCACATTGTTTATAAAAGGGGTCATAAGACCACATAGTGCTGCATCACAATGGAT GTAAAACCTATCTTGTGAATAGCCACATTCTTTGAGTGTTTCAAGAATAACATCCAGGTC ATCGATTGCTCCTTTGAACGTAGTTCCTATAGTTAAAAGAACCATCAAAGGAAAAGTCAT AAGATGGCTAAATTCATAAAAGAGATAAATAAAAAGGATAGAGGTTGGAGTATAGGTATA TACCAATTGTGACATTTATAATAGCTGGTTTGTCCTTATTTTGAAGTAACTTTGCTCTTA AATCTGAATAATCCATCTCCCCATTCACTGATGTGTTGATTGTTTCTGAATCCATTCTAT ACATTCTTGCAGCTTTGAAGACTGAGTAGTGAGAGTCTTTTGATGCATATAATATTCCTT CAGGAAGTAACTCTCTCCTGCAAAATTATACCAAAAAATTTAAGAACACCAAAAACATAA ATAGATGTTATTATATTATATGAACTTGTGTGTGAATATATGAACTTACCCTAACAAAAT ACCATGGAGATTGCCTTCGGTGCCACCATTGGTAACATATCCCCAATATTGATCCTTTTC AATTTCCCATAGTTTTGCAAACCAATCCAAAACAGCCACTTCAAAGTCTTTTGAATGGAA ATCGACAGTGTTTTGTAGGAAAGGATCACCACAATTGTTTAGGTGAAACTGCAAAAGTGG TGCTAAAGATGCATAGTGATCATAACATATGTTGACTGGATAACCTAAATGATAATTGAC TCGTTGAGTAAGTGTGTCCAAATAATTGACCAAGATAGTGTCCAAAGAAGGACCATTATT GTTCAAAGAAGGTTCCATGACTTCAAGTTGTAAGTTTTTCCTTGGCCCTGCGCCTGATTG TTCCACCTTCTGTTTTTTGTTGTCCACATTTGGAAACAATCTTCGTCGTGCTAAACTTTT GGGTGTCATCGCTGCTAAACTTCTGGGTGTCATAGGTGATGGCTCAAAATCCTGTCAAGA ATCATGATAAATATCCAATTTAAGATTAGATATATTCAAGTAAATAAAAACATATTGTAT GTATAGAGGAGGTCGTACAAAATCAAGAGACATAATTTCAATAATAAGTAGAGGAGATGT TTGTGCATGTTACAAACATGAAGAGTACGTACCATTTCAAGTGTGAGGCTACCCATTCTT GTGAAATACAAATTTATAGTAAGTTTTTTTTTTTGGTTGCTTAGGCCTTAGAATAATGGA GAAGCTAGCAACTGGTGAGTACATTTTGTTCATATGTTTGTGATACTTATATATAGGCCT TACAAGTTGAAGGTTTTGTGCACCAACCACCCTTTTAATTTCCTCTCAGTTTCTTCAATT GTGTCCCACTTGCTTTTTCTAACTTCCATTAAGTATATATTTATATATTTTTCAAATTAA ATGAACTTTTTCCCTGTGCGGTTTTGACCAAGCTATTCTTAGAAAGACTAGTCAACTTAC TAGAAAATATTATTATGAATGATGGGTTGGTGAAAGTAAATCCAAATAAAATTAAACATG CAAAGACTATAATCACAAATTAAACGCGTACTTATAAGCAATTCATTCTTTATTAATATA ATAACCATTCATGTCTAACTACAACCATTAAAATGTTATTTCTCCATTTGCCTTGCATAA TAATGCTATGAATAATGTTCATTTATGGATATACATAACTATGACTTTAAAAGTGAAAAA TCGGTTGAATAACAGGTTATAAGTTATTCTCTAAATTTAAAATGCAACTTTAAATTTGAT TCAAAAAATTTTATACTCAAACACTAATTTTTAAATGAAATAAAATAAAATAAAAAATAG TCCAAAAAGATAAAATATTTTTTTATGGTCAAATGAGTCCTACTTAATATTTGGATTTCA CTAGGATGCTACTTGGTGGATTCTTTGTATACAAGCAAAGTGGAATTTAGCTACTTCACT CCACCAAATGTCAATAATTAGGAACCAAAGACACGAGTCAACCTTTGAATTGGTCTATTT TAACTATCTTCACACCAATTATAATTTATAGATCTAATGGGGCATTAATAACATGTTTGA ATAATGAATATTTTTTTATTCCGATTGCAATTGAGCTTTCAGAAATTGATATTTTTTTAA ATATATAAATGTTAGACTCGAAATTAATTGTATTTAAAAATTTAATTTTTTTTTTATAAT AACTTTATATTTAGTCTGGCCATGTTAGACACTTGATGATAAATGTCAATCCAATAGTCG ATTTCAAGATTCCTACTTTAGAAATATCTAAAATTTATTAGTCTAGTTATTTCAAAATTA ACGTTAGACCTATATGGCCAAAGTTAAAAACAAAAATCAAAGATTGAAAATAAATTTTAG ATATATGAATCTAAACTTATGCTTATTAAAGTCAACCTTCAGACAATTTGAAAGCTTTTT GGTCTGATAGTAGCGGATGTATTAGCAAAATACACGAAGAAAAACGAAATATCCACGTAT AATCAATAACTGACCCATGTTTCTGAGGCATCTCCTTCTCTTATATCATATAAGATTAGT TTCACTTTTGTATGAATAAACATTATAATAAAAATGATTATTAGCGGTATTTAATTTTTA ATTGTCGCTAAATATGTTTTTTTATCGGTAATTATCACTCTTTGAATATGTTCCTAAAGC CTTTAGCGACATTAGTTCTAATGAGTAAAGAATTTATCACTTATTACTAAATAAAACTTA ACTTCAAAAGAAAATGTGTATGGATTTTGTATCTTTTTGAAGTGTGATGTGGTACTCAAT TTGCCACTAGACATGGTGGAACCTAATCCTACCTATTATTGGTGAACGTTTGCTAATTCA TACAACTGAAATTTTCAAACTTCAATTTTTCTTTAGAAATTACAAGGTCCAAGTATGCTA GAACCAAAACTTAAAAATTGTATAATTGTTTGTCCTATATCTTGAATTCTGTCACCATAT TTCTATTTGTTGTGCGAAATTTGAGATAATACGAGAAAATATATAAATGCGAAAAACAAG ACAACAGATTTACGTGGTTCACCAATAAATTGGCTACGTCCACGGGAAGAGAGGGAGCAG TTTTATTATGGAGAGGCAAAAACAGAATTACAAAATAGGGTTTGCCATAGCGTCTATATA TATATATAGTGCTAAGCTACGCCCTAACAGGCTTGGGCCCAACATACAGAATTGACAGAA AATTAAGGGCCCAATACAACAACATTGTATATCCTTTCTGTTTGTAACGGGTCCGATTCA AGACATTCAACACTATTATGATCAGTATTTACTTTTATCCAACTCTATGAGTTAAGAGTA AAAATTTGGTAAGTTTGTTGTTAATTAATAACATATAGTATTAAATAAATAGTATTAAAT AATATTAGTATTTACTGTGTACTAATCCAAGTCCTATTAGGATTAGTACTCCTTAATCCT AGTTCTATTAGGATTAGTACTCCTTCCTATATCTCCTATATATATCTCCCATGTATTCCC TTATTAGGTTAACACTTCAATACAATCAATATTCCTTCATGGTATCAAGAGCCAGAAAAC CTAGATCTTCTTTTCTCTAGTTTTTCTTTTCTCTCTTTAGGGCACCGATCGTTCCCTCTC TTCTCTTGGGCGGCGGCAGCCATGACAACCGAGGTGGATCCTCTCGATTCATTTCCTTCT GGCATTAAACTCCTTCTCAGGCATCTTCATGCCCTGATTCCCAAAAAATTATCAGACATA AATTACCCTACATGGAAAATCACCGTTCTTACAGCCCTTGAGGCCAATTACCTTCTCAAA TACGTCGATGGAAGCACAGAACCGCCGCCGGCAGTCATCACCGCCACGGACAAATTAGAA AAAACCAATCCGGGCCATGCCGCCTGGAAAGTCGTGGATGGCCAGACCCGATCATGTTTA ATTGCGGTCATCTCTCCCACGGTTCAGAAACACGTCCGATCCTACACAACTGCTTCAGCC CTGTGGACGGCTCTCGCAACACGCTATGCATCAATTTCCCACTCTCATATTTTTCAATTG CGTGATCGTCTCCACACAATTACCAAAGGCACGAAAACTATGACGGAGTATTTAGACGAG GTCTCCACCATCATCACAGCCCTCGACACCGTGAATGAAATCATTTCCGAAAAAGATCTC GTCATGTGCGTCGTTCGGGGGCTCCCATCAGCTTACTCCTCCATTAAACAGGCGGTTCGC ATCAGTCCAACGCCCGTGACCTGGCTACTCTCTCCTCGTGGCTAAAAAGTGAAGAAATCA ACGTGGATCTGGAGAGCAAACTTCTTCTCCGAGAAGCCGCTGTAATGGAGCCGGCCACCG CCCTCACCGCAAGCCAGAACTATCGCGGGGGGCGTGGTGGCAGCCGGCAGGGGGGCCGCG GCGGCTACGGCAGAAACAGCGGAGGTAGCGGGCGTGGCGGTCGGCAGGGCAGTCGTCCGC CGTACGACGGTCAGCAGCACGACAGCAACAACAGCCTGCACTCCTTCGACAGCGGCGGAC AGTCATCTTCCAGCGGCGGGCAGGGCACTTACGAGCGGGATCGTCTAACTTATCAAATCT GTCAGAAAACAGAACACACCGCTGTTCGTTGCTGGTTTCGGTATAAGGAGAGCCGAAATA GTGATAACCGTGTCAATTATGCATCTCAAGCCGGCCCTTCCTCTGAATGACTGTTGGATA CTGGGGCCAACATGCACGTTACTTCTGATCTATCCAAGCTTAACGCTCCAAATCCATATC ATGGCTCCAATGGTATTACTGTTGGCAACGGTGAGTCCCTTAATATTTCTCACACTGGCA CGGGTACCATTAAAACCCCCACCGCTATCTTTCACCTAGGTAACCTTACCCACGTCCCTT TTATTAAAATCAATCTCCTTTCAGTTCACCAATTCACAAAAGACAATAATTGCTCACTCT TGTTCACCTCTAATGATTTTCAGATCCTAGACAATACTACCAAGAGGGTGATTTTTTAGG GCCCCTGTGAGCATGGTCTGTATGTTCTTCCTGGCACAAGTTCGTCTGCCCACCCAGTTT CAAAAAGCGTTCCTGTGGCTCCGCTGGCTCTTTCGGCCGATGGCCACAGTCTGTTGTGGC ACAGTCGTCTAGGTCACCCGTCTACTCAAATAATAAATTCTTTAATGTCTCAATTAGGTT TTTCTTCCATTCATGTAAACAATTGTGACTCCTGTTCAATTGCCAAAACCTCATAAATTA CCTTTTACTTTATCTGAGAAGCGTACAACTGCACCTTTTCAACTTATTCATTCTGACCTA TGGGGTCCTACTGCTGTTTCTTCATTTACTGGTTTTCGCTATTATATTTGTTTTGTGGAT GATTTTACAAAATACACTTGGTTGTACCCACTAAAACACAAATCACAGGCATACACCACC TTTGTCACTTTTGAAAAAATGGTCAAAACACAATTCAATTCTCATGTTAAACTTTTTCGA AGTGACAATGGAAAGGAATATGTAAATAACATCTTTGGCCAGTTTCTGCAATCCCTGAGA ATTATACATCAAACCTCCTGTCCATACACTCCCGAACAAAATGGGGTGGCTAAGCGTAAG CATCGCCATCTCATTGAAACGGTGGTTACTCTAGCCACCGCAAACTACCTCATTAACAAA ATGCCCAGTCACACCCTCTCCAACAAATCACCCTATCAACTCCTTTACCAAGAACTTCCC AATTATACCAACCTCCGCGTCTTTGGGTGTCTTGCCTACCCTTGGCTACGCCCTCATATT ACTCACAAATTACAACCCCGATCCCGTCCTTGTATTTTTTTGGGCTATCATCCTACCTCC AAGGGTTATCGCTGTCTTGACCCACAAACTCATAAAGTCTACATATCTCGTCATGTCAAA TTTGTCGAAAATGAGTTTCCTTACGAGTCTATTTCCTCCTCCACAAATACATCATTCATT GGCGTCCTTCCTCTTTTTCCAACATACTCACAGGGTCCCTCATCACCTTCCCCCACACCT CTATCCACTACCCAACCACCCTTCATCACCCCTTCGACCGTCACCCACAATACACCCGCA ACCACCACCCACACTCACAACCAACCCGAACCACCCCATACCCACAACATCTCCAGCCCG ATCCGTTTTGGGTCCTTCCCGGCCACCCCTGAATCACCACCGCCCGTGCCACCCGCCAAT ACCCATCCCATGTTAACCCGTGGCAAAGCCGGTATCTTTAAACCCAAAACCTTTCAGGCT ACCATACTACCAAATACACCCCTTCCCGATAGTGAACCAACAACCTACTGTGTTGCCTCA CAAAATGCTTATTGGCGTCATGCTATGGATGACGAGTTTAAGGCTTTGACTGATCAGAAA ACTTGGGTTCTTGTACCCACTGAAGAATAACCGGCTGATATTCTCACCAAGCCTCTCCCG AGCCGACAGCACGATTACCTCAGTTCCAAGCTTTCGTTCGCTTCCGCTCAGCTCAGCTTG AGGGGGATAATGACAGATAGTATTAAATAAATAGTATTAAATAATATTAGTATTTACTGT GTACTAATCCTAGTCCTATTAAAATTAGTACTCCTTAATCCTAGTTCTATTAGGATTAGT ACTCCTTAATCCTAGACATATTAGGATTAGTACTCCTTCCTATATATCCTATATATATCT CCCATTATTCCCTTATTAGGTTAACACTTCAATACAATTAATATTCCTTCATTAATATAC CTTGTTTTTATGTGAAACTTTATACTTCTGCAATAACATCTAGTTTCCACAATTTCCAAC AAATAATAATAATAATTTTTTGAATAATTAATGAATTCAACTTGTTAATTTTAACTAACA AGACTAAGAATTAGAATGTCAAGGAATTTTATTCAAAGAATATCATAAAAGAGTGTCAAA ACTTTATAATTTAAAAAATGTTTCATGTATATAATTCAATTTCAATGGTTCTAACAAATG AAAGAATTAATAAGAGTTACAAAATGGCATCTCAATGGAAAACATACTAACGGCAACAAA GGTCGTCTCTCATTTCTTTGCCTTCTAAGGAGTAATGAAGTCAATCTTATGGTAAGAGCA TGCACAATTTTGAGCACCAATATCCTCTCCAACACAAGGAGGATTAGTCTTTCCATTTTG ATACCATACTTTTCTTTGTTGCACTAATTCACTCATGAAGTTGTCAAGCATTTCTCGTGT GATGCCTGGCATTACAATAACATGTGCCATATCCTTGACGCATGAGAGTTGCCAACGACG CACAAATTCATGGTCACGAGGCCTTTCAAGTACAACTATGATGCTTAGCTCATTCAGCAT GACACTTATCCCTGCTTGTTGAAGACGATCTTTCAAATATTTGGCATTGTCGAGACATCT TTTAACATCCTTTTGAAGTCCAACTTGACCTTTTGCGCTCAAGCTGTACCATAAGAAAAT TAGAGTTAAACCGTTACGGCTACCAGAAATCGTGGCATCCACAGAAGCAATGTATTCCAC ATTTGTTGAGAGATTATTGATGTAGCTTTTTCTTGTTATTTGGACACCACAAGGCATTGG GCATCCTAAGAACTTGTGACCAGAAATTGTGACACTTCCAATTGGCTTCTTGAAACTAAT CATCTGTTCAAATTTTTAAAAAGAATAATTAGATTGTCGCTTTGAGAATTACTAAAGATA TTGTAATTAGAAGTAAGAAGCAATTGAAACTCACATTGTTTATAAAAGGGGTCATAAGAC CACATAGTGCAGCATCACAGTGGATGTAAAATCGATCTTGTGAATAGCCACATTCTTTGA GTGTTTCAAGAATAACGTCAACATCATCAATAGCTCCTTTGAACGTAGTTCCTATAATTA AAAGAACCATCAATGGAAAAGACATAAGATGACTGATTTGGTCACATAAAAGAAAAATGA AAAATGATAAGAGGTTGGAGTATAGGTATATACCAATTGTGACATTTATAATAGCTGGTT TATCCTTATTTTGAAGTAACTTTGCTCTTAAATCTGAATAATCCATCTCTCCATTTACTG ATGTGTTGATTGTTTCTGAATCCATTCTATACATTCTTGCAGCTTTGAATACTGAGTAAT GAGAGTCTTTTGATGCATATAATATTCCTTCAGGAAGTAACTCTCTCCTGCAAAAAATAA TATGATGAAAATGTAAGAGCACCGAAATAATAAAATTCATTATATGATATGCTTGTGTCA TAAGTATATATGAACTTACCCTAACAAAATACCATGGAGATTGCCTTCAGTGCCACCATT GGTAACATATCCCCAATATTGATCCTTTTCAATTCCCCAAAGTTGTGCAAACCAATCCAA AACAGCCACTTCAAAGTCTTTAGAATGGAAATCAACAGTGTTTTGAAGGAAAGTGTTGAA TGCCTTGAATCGGACCCGCTACAAACAGAAAGGACGGGGGTCTCGCTGACGGTATACAAT GTTGTTGTATTGGGCCCTTAATTTTCTGTTGATTCTGTATGTTGGGCCCAAGCCTGTTAG GGCGTAGCTTAGCACTATATATAGACGCTATGGGAAACCCTATTCTGTAATTCTGTTTTT GCCTCTCCATAATAAAACTGCTCCCTCTCTTCCCGTGGACGTAGCCAATTTATTGGTGAA CCACGTAAATCTGTTGTCTTGTTTTTCGCGTTTATATTTTCTCGTATTATCTCAAATTCC GCACAACAAATTGGTATCAGAGCCTCTCGGTTAATCGGTGTTCTTGGCGAATTCGAGATG TCTGCTTTGAACGTGAAAATCGACAAATTCACAGGGAGGAACAGTTTCAGTTTATGGCAG ATCAAGATGCGGGCCTTGTTGAAAAACAGCAAGGCTTCTGGGCGCCGTTGTCGAAAGACA AGAACGCCGTCGTTACTCCTGAGATGGCGATTCTGGAGGAAAAGGCGCACTCGACGATCA TGCTGTGTCTCGCGGATGACGTCATCACGGAGGTCTCGGATGAAGAGACTACTGCTGGTC TGTGGTTGAAGCTGGAGAGTTTGTACATGACAAAATCTCTAACCAACAAGCTGCTTCTGA AACAACGTCTATTCGGTTTACGAATGGCTGAAGGTACACAACTCAGGGAACACTTAGAGC AATTGAATACTTTGTTATTAGAATTGCGTAATATCGATGTGAAGATCGAGGATGAAGATG CTGCCCTGATTCTGTTAGTATCTCTCCCAATGTCGTTTGAGAATTTTGTTCAATCGTTCA TTGTTGGGAAAGATACTGTGTCACTGGAAGAAGTCAGATCGGCCCTTCATAGCAGGGAAT TACGGCATAAGGCTAACGGCACAAGTACGGACATACAGCCTTCCGGTCTGTTCACCAGTA GCGGAAAGGGAAGGAAAAACGGCGGAAAGAAAAATAAGCCGATGTCGAAGGGTGCAAAGC CGGATGATGTTTGTAATTACTGCAAGGAGAAGGGACATTGGAAATTTGATTGTCCGAAGA AGAAGAAGCAATCGGAAAAACAATCAGTGTCTGCTGCTGTTGCTGAAGAAGACACCAATT CTGAAGAAGATATTGCCCTAATTGCGGATGAGCACACTCATTATTCAGATGTGTGGGTTC TTGATTCTGGGGCATCCTATCACATCTGTCCTAGGAGAGAGTGGTTCACGACTTATGAGC AGGTAGACGGAGGCAGCATCTCGATGGCCAACAGTTCTGTCTGCAAGGTGGTTGGGACAG GCTCGATCAAGTTAAGGACACATGACGGTAGCTTCTGCACATTGAACGAGGTCAGGCACG TTCCATTGATGACGAAAAATCTGATATCTCTCAGTCTTTTGGACAGCAAGGGATTCAGCT GGTCGGGAAAAGATGGAGTCTTGCGGGTCTGGAAGGGTTCAAATTTGATTCTGAAAGGTG TCATGCGTGGTACTTTGTATTTTCTACAAGGTTCCACGGTTACAGGTTCAGCCCATGTTG CATCGTCAGAATTTCACCAGAAGGATATGACTAAGTTATGGCACATGAGACTTGGTCATA TGGGTGAAAGAGGGATGCAAATTCTGTCAAAGGAGGATTTACTTGCTGGTCATAAGGTTA AGAGCCTAGAGTTTTGTGAACATTGTGTTTTTGGAAAACTACATCGCAACAAGTTTCCAA AGGCCATTCATAGAACAAAAGGCACACTTGATTATATCCATTCTGATTGCTGGGGTCCAT GCCGTGTTGAGTCTTTGGGAGGCTGCAGATTTTTTGTGTCCATTATTGATGACTACTCAA GGATGACTTGGGTGTACATGATGAAGCATAAAAGTGAAGCCTTCCAGAAGTTCAAGGAGT GGAAAATTTTGATGGAAAATCAAACAGGGAAGAAGATCAAGAGGTTGCGAACTGATAATG GGCTGGAATTCTGTTGGTCTGAATTTGATCAATTCTGTAAGGATGAAGGGATTGCTCGAC ATCGTACAGTCAGAAATACACCACAGCAGAACGGTGTAGCTGAGCGGATGAATCAAACAC TTCTGGAGAGAGCAAGGTGCATGCTCTCTAATGCTGGGCTAGATAGAAGATTCTGGGCAG AAGCGGTTAGTACAGCTTGCTACTTGATTAACCGCGGACCACATACAGGCATACAGTGCA AGACACCTATGGAGATGTGGTCAGGAAAAGTTGCTGATTATTCAAATCTGAAAGCTTTTG GTTGTACGGCTTACTATCACGTCAGTGAAGGTAAGTTAGAACCAAGAGCTAAAAAGGGAG TATTTGTGGGCTACGGAGATGGAGTGAAAGGTTTCAGAATCTGGTCTCCAGCAGAAAAGA GGGTTATTATGAGCAGGAACGTTGTCTTTGATGAAAGTTCTCTGCTTAGAACCATTGTGA AGCCTACAACTACGTCAGAAACTGGGAGTCTTGACAAACAGGTGGAGTTTCAAGTCATTC AGAACGAGAGAGATTTAAAGGAACCTGAAGAGGAGGATCAAGAGCCAGAGACAGAAACTG ATATTCCAGAATCTATGCCATCAGATATCCATCAGAGTATAGCTCAAGATCGGCCAAGGA GGGTTGGAGTTCGGCCACCTACGAGGTATGGTTTTGAGGACATGGTGGGTTATGCACTGC AGGTTGCTGAAGAGGTAGATACATCTGAGTCGTCTACTTACAAAGAAGCCATTTTAAGTT CTGATTCTGAAAAATGGTTTGCCGCTATGGGAGATGAGATGGAGTCCCTACACAAGAATC AGACATGGGATCTGGTCATACAGCCTTCGGGGAGAAAGATTATTACTTGCAAATGGGTTT TCAAGAAGAAGGAAGGGATATCACCAGCAGAAGGAGTCAAGTATAAAGCCAGGGTTGTTG CCAGAGGTTTCAACCAAAGAGAGGGAGTGGACTACAATGAGATCTTCTCACCAGTGGTCA GACATACTTCCATCCGAGTGTTACTAGCGATAGTTGCACATCAGAATCTGGAGCTTGAAC AACTTGATGTGAAGACAGCGTTTCTACATGGAGAGTTGGAGGAAGAGATATACATGACTC AGCCGGATGGTTTCCAAGTTCCAGGGAAGGAAAATCACGTCTGCAAGTTGAAGAAGTCCT TATATGGACTTAAGCAGTCTCCAAGGCAGTGGTATAAAAGGTTTGACAGCTATATGGTGA AGTTGGGCTATACTCGGAGCTCATATGATTGTTGTGTCTACTACAATAGGCTCAATGATG ATTCATTCATCTATCTGGTGTTTTATGTAGATGATATGTTGATAGCTGCAAAGAAGAAGT ATGACATTCAGAAGCTGAAGGGTTTACTTAGTGCTGAGTTTGAGATGAAGGATCTGGGAG CCGCTCGGAAGATTTTAGGGATGGAGATCATTAGAGACAGAGAGAGAAGGAAACTTTTCT TGTCACAGAGAAGCTATATTCAGAAGGTCTTGGCGAGGTTTGGCATGTCTTCATCTAAGC CCATTGATACCCCCAGTGCTGCCAATATCCATCTCACTGCCATGTTCGCTCCACAGTCAG AAGAAGAGAAGGAGTATATGTCACGAGTCCCCTATGCCAGTGCCGTAGGAAGTTTAATGT ATGCTATGGTCTGTACAAGGCCAGATTTAGCACATGCAGTCAGTGTAGTGAGCAGATTCA TGGGACAACCAGGGAGAGAACATTGGCAGGCTGTGAAGAGAATTTTCCGGTACCTTAGAG GTACATCTGACGTTGGTCTCATTTATGGAGGTGATACTCAGTGCTTGGTTACTGGCTATT CTGATTCAGACTATGCTGGAGATGTTGACACAAGAAGATCGATGACTGGCTATGTGTTTA CCCTTGGAGGATCTGTCGTCAGTTGGAAGGCAACTTTGCAACCTACAGTGACTTTGTCTT CTACGGAAGCGGAGTACATGGCCTTGACAGAGGCTGCAAAAGAAGGGATTTGGTTGAAAG GGCTGGTTAGTGATCTTGGTCTGCATCATGATCAGGCTACGGTGTATTGTGACAGTTTGA GCGCAATTTGTCTAGCCAAGGATCAAGTCCATCATGAGAGAACCAAGCATATTGACGTAA GGTATCATTTTCTGAGAAGTGAGAAGAGAATCAAGGTGAAGAAAGTAGGAACTGCTGATA ATCCTGCTGATATGTTTACAAAGCCGGTTCCACAGAGCAAGTTTCAACACTGTTTGGACT TGCTCAACATCAGAAGCTGTTAATTGCCCTGCGGGGCAACTCTGAGGAAGAGGGGGAGTC CTGGCACTATCATAGTGCGTCTGAAGAATCTGTTCGGAGAATTCAAGTCAAGGTGGAGAT TTGTTGAATGCCTTGAATCGGACCCGCTACAAACAGAAAGGATGGGATCTCCCCAATATA TTGAGTCAATACATTTAACTTTTAAGAAAATATTCTTTCTCCCATGTTTTTATCAGTGGC ACATTCATGATTTTGTGACAATAGTTACTTAATGTTTTTTGTGTTAAGATAAAGTTATGT TGTATTGGGCCCTTAATTTTCTGTTGATTCTGTATGTTGGGCCCAAGCCTGTTAGGGCGT AGCTTAGCACTATATATAGACGCTATGGGAAACCCTATTCTGTAATTCTGTTTTTGCCTC TCCATAATAAAACTGCTCCCTCTCTTCCCGTGGACGTAGCCAATTTATTGGTGAACCACG TAAATCTGTTGTCTTGTTTTTCGCGTTTATATTTTCTCGTATTATCTCAAATTCAGCACA ACAGAAAGGATCACCACAATTGTTTAAGTGAAACTGTAAAAGTGGTGCTAAAGATGCATA GTGATCATAACATATATTGACTGGATAACCTAAATGATAATTGACTCGTTGAGTAAGTGT GTCCAAATAATTGACCAATATAGTGTCCAAGGAAGGACCATCATTGTCCAAAGCAGGTTC CATGACTTCAAGTTGTAAGTTCTTCCTTGGTCCTGCACCTGATTGTTCCACCTTCTGTTT TTTGTTGTCCACATTTGGAAACAATCTTCGCCGCGCTAAACTTCTAGGTGTCATCGCTGC TAAACTTCTGGGTGTCATGGGTGATGGCTCAAAATCCTGTCAAATATCATAGTTCAATTA ATGATATAATTAAGTAAATAAAATATATTTTGTGATATAATGAGGATGTCTGAGACATAA TATACGACAAAATTGTGCATGTAACTAGCTAAGATGAAGAGTGCATACCATTTCAAGTGA AAGGCTACCCATTCTCGTGAAACGCAAATTTATATTTTAATAGTATGTTTTCTGTTTGCT TAGAATAAAGGAGAGGTATTTATAACTGTTGAGTGCATTTTGTTGATATGTCTTGCATAC TTATATATAGGTCTTATTATGCATGCACCAACTACTCCTTTAATTTCCTCTTACTTTCTT CCATTTTGTTTCTCACTTGCAATTTTCAAATGATTAAATTTCCCATGTGTGGTCTTGACC AGGCAATTCTTAGAAAGTGACTACTCAACTAACGAGCCAATAGTATTATGAATGAAGGGT TGGTGAGATTAATAACAACACAAATCCAAATAAATTAAACATGCAAAGATCGCTATAGTC ACAAATCTAAACGCGTGCGTATAAACAATTCATTCTTTATTAAGAATTATAATAGTGCTA ACAGCAGTCATTCATGTCTAACTAAAACCCATAAAATTTACACACAAGTATAAATGGTTT CGCTAATTAGAAGGCTGGATGAAAGAGCTAATGCATAATACTATGAATAATGTTTATTTT TGAACATATGTAAATACAACTTCAAAAGTAAAAAATTAGTTGAAAAACAGGTTATAAGTT ATTTTCTGAATTTGGAATGCAACTTAAAGTTTGATTTAAAATTTTTATAACTAAACACCG ATTTTTAAATAAAATATAAAAATTATTCCAAAAAATATGAATAATTTTTTTTTTTGGTCA AACGATTCCTAATATTTTTGGTTTTCACTAGGATGCTACTGGTTAATTATTTGTCCGAAT CCAAACAAAGTGGAATGTAGCTACTACTTCACTCCATCATATGTCAATAATTAGGAACCA AAGAATTACTTAACTAAAAATAGAGAATTGGTCAGTGGACAAAAATAGCAGTTTTCAGAG ACACAATAGTCAACTTTTTAATTGGTCTGTTCTCACCAATTAAAATTTAAAGATGTTACT CATATTTAAATGTCTCACCAATAACATCTGTTGAATAAAGAATATTTTTTCTGTTGAAAA AAAAACATAATTTACGCAAAATGGGGATTTGAATTTTTGATTTGGATTGCAATTAAGCTT TCAGATTTAATTTTTTAAAAGAATGAATTTTAGATTTGGGATGAATCGTATGTAGAAGTC CAATTTTTTTTATAATGACTTTATATTTAGCCTGACTAATTAGACACTCGATCATATGAA AAATGTCAAATTCAATAGCCGATTTCAAAATCTCTATTTAAGACGCACTCAAAATTTGTT AAAGTATTGTTGTTTTGAAGTATGGCAAAGTTAAGGAGTTGTAGTAGTAACATGGCAAAA GAAGGAAGATGTGTGTCTTATTTGCTGAGTTCGAAATGTATAATTGTCATTCTCAAAAAG GGGGAATTTGTTAGAATGATAAAGATTTTGATAATTGACAAATACAGAAAAAGATGAAAG AAACTGGTTGTACAGAGGTGTTCCTTACAGAACGAATTCGACTTGGATAAGGAGAACGTC AACCACGTGAATTAGAAGTTATAAAGCTGTGGAATTATTATTTTTTCAACAAGCAACAAG TACAAAAAGTTTCCTTTTATAAAGGAGTTCAAAGCCAAGTGAAAGAAGGAAAACTAATTC CTATTTAAGGAAATCTATTTAAGGAAATTGTGTTTTCTTATTTATTAAGGAAATTCTGTA GAAAAGGAGTCCAAGTAGAAGTCAACAAGGATTTGTAGAAGGCAAATACAAGTTGAATTA TACAAGGATTTGTTAAAGTTTTGATCTATAAATAGGGAGCTATTTGCATAAAAAAAAGTG TGCACTTACATAGAGAGAAGATCAAAACACGATCAAGAAGTTTTAAAGAGTTTTGAGATT TATTGAGAGTGTAACAATTTGTGAGAAAAAATTGTAAAATTGTATTCAAGAGTCTTGTTT ACAATCTGAGTTTTGTGAGTAGGAGTTGTTCGACAAGTTGTAGAACTTGAAGAACATTGG AAGATATAAAACTGGGGTTTTTGTATCTTTGGGTAGCTAGAAATTAGAGTTTATAATTTC TTAGCTAGGAATTAGAGTTTATAATTCCTTAGGTTACATAGCTTTGTAATCTTTTGTTGA TACGTGAAATTTAATAAAGTGGAGTTAAATCCTACAGAGGTGTAGGTCCTGGTTTTTACC CTTGTGAGTTGGGGTTTTCCCGCGATAAAATATTGTGTCATTATTTTATTTACTTCACAA AACGTATCTGCTGTAATTTCTCAAAGGAACATATAGAATAAACCTGTTCCTAAGGCGAAT TTGGGGGTCAGAAATCCAACAATTGGTATCAGAGCAGGTTATCTTTGAAGAGTCTAACAA CTTAAGATAAGATCATAATGAATTCTGCACCTCCTCTTGGGTATGGTCAAGGGCAACACA TCAACAGACCACCATTATTTAATGGAGAATACTACTCTTGGTGGAAGACAAGAATGGAAG ATTTCATTCAAGCTGAAAATTACGAACTATGGGTTAGAATTACTAATGGACCATTAATTC CTACTATTACTGATAGTGAAGGGAATAAGGTGCCTAAACCTATAGAAAAGTATGAAGAAG CCGATTACAAGATGTTAGGAAAGAATGCAAAAGCTAAATGCATTCTGGTATGTGGATTAG GACCTGATGAGTTTAACCGCATCTCTAGTTGTACCTCTGCAAAACAAATATGGGACACTT TAAAAAACGCTCACGAAGGTACAACTCAAGTTCGTAAATTCAGAATTGCCAAACTTTGTT TTGAATATGAAACTTTCAAGATGAAACCCGGAGAATCACTTCAAGATATGATCACCAGAT TTACCATTGTTGTAAATGAGTTAATATCCTTGGGCAAAGTATACACCACTGAAGAACAGG TAGACAAAGTACTAAGGACTCTGCCTAGATCATGGGAAATAAAAGTTACTGCAATCAGAG AAGCCAAAGATCTAACCAATATGACTTTGGATGAATTAGTAGGAAATCTCAAAACTTATG AGATGAATGTTGACAAAAGAGGTGAAAGAAAAAAAGAGAAAAATCTTGGGTTTAAAGCAA CTGAAAGTGATGAATCTGACATAGATGATGATGATCTTGCTCTTATATGTAAGAACTTCA AGAAAATCTTAAAAAGGGATTAAACGCTAGCAAGAAATCACCACCCCAAAAAGAAAGAAA TTTTGAGAGACTACAGAGCGGAGGCTGCTTCAAGTGTGGTGAGACAGATCATCAGATCAA GGATTGCCCAATGTGGGAATTAGAATGGAAAAAGGAAAAAACTGAAAAAGAAAGGAAGGA ACTCTTTAATAAAAAGAAAAACAAAGAAAAATAACAAGCAATATATGCAGCTTGGGGAAC AGGTTCTTCAGACATGTATGAAGAAGAAGATGAGGACATTGCTTTGATGGCGATAGAAGA ATCAGATGCTGAACCTGAATCAGACTCTGAAGAAACTGAGGTAAATCTTCTTAACTTAAA AGATAAACTAGTAAAGTTCTCTAAGAAAAAACTTTCATTCTTATTACTTGCTTCCATAGA CACAATTCAAGAACTTGTTAACACCAAGAGCCAACTACTTGCTTCCTTATCTAGCTTAAA GTTTGAGCACATTGATCTTAATAAGAACAAACATGACCTTCAAGGGAAAATCAAGCAACT TGAATCTCACAATCTGGAACTAAGAACTGAGAATCTACAATTAAAAGTTCTTGGTAAAGA AAAAGGGAGTGAACTGCCTGACCAAACACTTGAGGTCGACAAACTAAAAAATATTTTAAA ACTAGAAAAGGAAAAATCTAGAAGAATAAATTTTGAATTAACTAGGATGAGAAGTGATCT GGAAAGAGCAAATAAGTGGACAAAATCCTCCATGATAGTAACCCATCTAGGTAACAATAA TAGGAACATTAAAACTGGAATAGGGTATGAACAATCCATAAATGAGAATCCTATGTTTTG TATTATTTGTGGTATCTCAGGTCATTCTAAACAATATTGTCCTAAATACAAAGCTATTGC AGAAAATAATGCAAGAGGAACTTATAAAACTGTTCAAAGGAACAAGTATACTCAAAGGAA AAATAATCTGCCCAAGTGGGCTTATAGAGATCTTATTCATCCTTTTTGTCAATACAAAGG ACCCAAGCTAGTCTGGGTTCCTAAATCTAACATTTGAATTTGCAGGAAAAGTGAGAGGAA GCAGACAACATTCACCAATTGAACATGTTGTTTCAGATGCATGATTGTAACTTAAAAAAA GAAAAAAAAAGGGAAGAAGAATGGATGAATAACATTAACGGAAAAAATTTGAAAAAAATT GGTTGAAAAAATGGAGAAAGACTGAAGAAACATGTTGAAGGAAACAGGTTCAACCTATGC AGTATCTAACAATTATGCGTATTAAGATGATCAATCAATCAAAAATATGATCAGCCAAGG AAAACACTTTCAAAAGGAACAATTTGAAACCTGGGGATGATTAAGGTTGCATAAGTATCC AAAAATGGCTAATGAACATTGTGCATATTGCCCTCTAATATTGAATTCTATGCTCAGGTT TGCACATTAAGTTGTATGTCTCTATACCACTTTTAAAGTCATGCTACTCATGCCCTATAA CATTGTATTTGCATCTAGCACAGGAGAGAGATTTGGTAAAATTGAAGCAAAATTCAGCAC TATCCAGAGATCTAAGGTATGTGCACTACATTTATTCATGATTAAATATAAAGTAAATGC ACTTGAACCTATTTCTTTCACTTATCCCAAAAGATATTCATGCCCTAAATACTACCAAAA CAAATATCTTCTTAAAAAGCCTTATCCCAATGTGATGGTCTGTGGTTGAGATGAATTTGA TGGAGGACACCCCTACTTGGGGCCTTATAAATACAGATTAAGAAAATAGAGTGTGCTGGT TCTTAGGGGGAATATTTTGTATTGAGTAAAGTCTTGGAGGATTTACATTGTGAGGGGGAA TATTTTGGAGACCCTATACCTAAACAAAGTTCACTTGTTAGGATCAACTTGGGTGCATCT AGTAAAAGGGAATTGATGAGAGATACATCTGTCGAACCTAGTTCTTCTATTGGGAACCAT ATAAACTGGGATTTTGAATTGATATAAATAAAATTTATAGCTGGTGCTGCAGTTGATAGT ACACGTCGAAGGAACATATTGAGAGAACATGTTCCTTTACAAGTGATATTCAAGAAAACT TGTTCCTCTTACTGACTCTATTGAAATTAAAGATGAGTGAACTATTGTTTCTGCAGAAAG AACATGATTGATTGAACAAGTTCCTCAAAAGTGAAAAAAAAGGATTGAGCGTGCATAGAC CAAGGTTAACTTTGAAATTGAGAAGGCTGCTAATTTTGTTAATCCAAAGATATTTTTGCT GCTGAAAAATGACTTTTATTTATCCTCTCATCTTTTGATATTACCTAACCACTCTAGCCT TTGACTTCCAAATTTTTTTTTCATCACAAGTGCTTGATTCTATGTTTAATTTTGATTACA TTTGTGGTGTATATGCTTTTTGATTAATGCTAATATTGGGTTTGAGTTTCAGGTTACTGT CTATCTCCTATGTTTATGCTAATGCTTTGTTTTAGCTCATTGGGTTCTTGATTTTTAAGT GTTTGTGTAAGTGATAGCCCAGTGGTCATGAGTATCGAATTTGCCTAATGTCAAAAGGGG GAAGCAGCTGCATATGAGTTATGTGTACCTATTCAATGCAAGCAGATAAAATTTGCCATA GTCAAAAAGGGGGAATTTGTTAAAGTATTGTTGTTTTGAAGTATGGCAAAGTTAAGGAGT TGTAGTAGTAACATGGCAAAAGAAGGAAGATGTGTGTCTTATTTGCTGAGTTCAAAATGT ATAATTGTCATTCTCAAAAAGGGGGAATTTGTTAGAATGATAAAGATTTTGATAATTGAC AAATACAGAAAAAGATGAAAGAAACTGGTTGTACAGAGGTGTTCCTTACAGAACGAATTC GACTTGGATAAGGAGAACGTCAACCACGTGAATTAGAAGTTATAAAGCTGTGGAATTATT ATTTTTTCGACAAGCAACAAGTACAAAAAGTTTCCTTTTATAAAGGAGTTCAAAGCCAAG TGAAAGAAGGAAAACTAATTCCTATTTAAGGAAATCTATTTAAGGAAATTGTGTTTTCTT ATTTATTAAGGAAATTCTGTAGAAAAGGAGTCCAAGTAGAAGTCAACAAGGATTTGTAGA AGGCAAATACAAGTTGAATTATACAAGGATTTGTTGAAGTTTTGATCTATAAATAGGGAG CTATTTGCATAAAAAAAAGTGTGCACTTACATAGAGAGAAGATCAAAACACGATCAAGAA GTTTGAAAGAGTTTTGAGATTTATTGAGAGTGTAACAATTTGTGAGAAAAAATTGTAAAA TTGTATTCAAGAGTCTTGTTTACAATCTGAGTTTTGTGAGTAGGAGTTGTTCGACAAGTT GTAGAACTTGAAGAACATTGGAAGATATAAAACTGGGGTTTTTTATCTTTGGGTAGCTAG AAATTAGAGTTTATAATTTCTTAGCTAGGAATTAGAGTTTATAATTCCTCTAGGAATTAG AGTTTATAATTCCTTAGGTCACATAGCTTTGTAATCTTTTGTTGAGACGTGAAATTTAAT AAAGTGGAGTTAAATCCTACAGAGGTGTAGGTCGTGGTTTTTACCCTTGTGAGTTGGGGT TTTCCCGCTATAAAATATTGTGTCATTATTTTATTTACTTCACAAAACGTATCTGCTGTA ATTTCTCAAAGGAACATATAGAATAAACCTGTTCCTAAGGCGAATTTGGGGGTCAGAAAT CCAACAAAATTTAACACACCCTCTGTTTTAAAAATGATGACCTAGTTTGACTTGGAATGG AGTTTATGTAAAGAAAGAAGACTCTTTAATCTTGTGGTTCTAAATTAAAGTTATGTCAAA TGTATCAAAATGCCCTTTAATCTTGTGGTTTTAAACATGTCACGTGGAAAACTAAGGTTA AAGGGTTTCCAAAAAAGGAAAAAAGCCATTCTTTTTTAAACAAACGACATTCTTTTTTAA ACGGAGGGAGTAATTTTTTGTTAGAGTGGGTTAAATTGGCTCAAAAGCTGATCAAACCTA ATTTTAAGTTCTCAAACCTAATTTTAAGTCGATTTTTTAGTTCTCAAACTGTTTGAAATG TATAAAAAATAAGTTAAAATAAGTCCGAAAGTGTTTGACAATATAAAAAATGACTTAAAA TAAATTAAAAATCAAAAGTAGATTTCCCCTAGTTTATATTTTTTGACCTAAAAGTCATTT TCGATATCCTCCGTCATATATATTTTTACGAAAAAGGACAAATATGCCCCCGAACTATCG TAAATGGTATGCAGATACCCTCCGTCATACTTTTAGGGCATTGATGTCCCTGCCGTCCAA AAACTAAAACATATATGTCCTTCACTCTAACGGAAGACTAAATAGAGACACCGCGTGGCG TTATCTTATCTGTCGATAAATGTTGGATCGGTGGATAAGATTATGACACGTGTATGTCTG TCACATGTATGTCCATTATATAAAGGGTATATATGCTCTAGTTTTTTATGTTAGGGACAC CAATGTTCTAAAAGTATCACGGAGGGTATTTACATACCATTTACGATTGTTCAGGGGTAT ATTTGTCCTTTATCCCTTTTATTAATAACATACATAAAAATTCTCTATAAGAATGACTAC AAGCAAGGGAAGCTAGGTCTTAATTTACCAATCCTAATGTGGTACCTAACATCTACTAAA TAACAACCATGAAGAAGATATGAGCCACAGAGAACGTAACTAGATATTCTATGATCATCA CAAAATTTATTAAACACTCTATGATGATATTACAAGTGAGGATTCTTAAGTAATGAAAAA TCATAAAAGCTAAGGATAAAGTTGAGTTATCAACATCAAACTTCCTTTTACAAATGTATA AAATAAAAAAGATAGTTTGACCCTCTAAAGGAACTTGTAGTATGTTTCTTTGGTCTTCTT CTTCAAATTTGTTCATTAATATATACGTGATAGTTCATCACTTCTTGATTTTATTGGATC TTGTTGAAGTTATTGACTCTATCATATGATTCTATTTCTTAGTCGCATAGGTAGGTGTCT TGGAACAAACTTTGTCACTTTACCATCCCAACTATGCTTCCTTTCATGCTTTGTTTTGTT GTAGCTTTGTTGCCTAGGAGAGATATCAGCATTCCTAGCTGTATTTGCAAAACAATAATC CAACATTTGCTCTTCCTCTTCCTTACCTTCCTCAGAAATGTCCTCAGCAAATTTATTTGG GAACAAAGTACTACTATATACCACCAACTTGAAGTTGTTTGTTAGAGTTAATAGGTGTAA GAGAAACCATTTTTTCAATATTAGAACTCACCAAATGATCATTTAAGATTGCGATAACAT TTGTTGATGATGACAAACCTTGTCGGGGAGTTACTAACTTGGCGCTACTAGTCACAAAAG CATGAGCTGTTGGACTCAATTTCTTTTGCATAGGAGGGGAAGTGACTTGTTCTTGCTTTT CATCTGCTATATCTTTCCACCTCGGAGTACTTGTTGCGCCCGGTTGTTCCTTAAAAATAA CTAATTTTTAACTTGAGATGAATTGATCTCATGCACAATACTATTCGTAAGAGCATCAAA AGTGTTAAAACACAAGACCTCGTTCAATGAGATTGATGTACCAGTTCCACTCCTTTACCT GTACTCTCTATCAGCTCCAATTCTTTTATCTCCAAATCTACACCCATTAACATTTATTTT TATCCAACATTATGAGCTAGAGTTAAAATTTTATAATTTTGCTGTCAATATACAATACTT TTATATGAAACACTATATTTTTGCATTTACCCATTTGATATGACTAGAGATACTACATTT CATTCTAGTGATAGAGATTTTATTAGTCCCTCCATATTTTAATTGCAAGCGCATCTAGTT TTCCACAATATCCAACAAGTAGTAGTAATAATAATAATAATAATAATAATAATAATAATA ATAATAATAATCTTTTTAATAATTAAAGAATGCAACTTGTGAAAACTTTATAATTTAAAA AATGTTTCATGTATATTATTCAATTTCAATGGTTCTAACAAATGAAAGAAATAATAAGGG TTACAAAAATGCCATCTCAATGGAAAACATACTAACGGCAACAAATGTCATCTCTCATTT CTTTGCCTTCTCAGGAGTAATGTAGTCAATCTTATGGTAAGAGCATGCACAATTTTGAGC ACCAATATCCTCTCCAACACAAGGAGGATAGGTCTTTCCATTTTGATACCATACTTTTCT TTGTTGCACTAATTCACTCATGAAGTTGTCAAGCATTTCTCGTGTGATGCCTGGCATAAC AATAACATGTGCCATATCCTTGACACATGAGAGTTGCCAACGACGAACAAATTCATGATC ACGAGGCCTTTCAAGTACAACTATGATGCTAAGCTCATTCAACATAACACTTATCCCTTC TTTTTGAAGACGATCTTTCAAATATTTAGCATTGTCGAGACATCTTTTGACATCCTTTTG CAAGCCAAGTTGACCTTTTGCGCTCAAGCTATACCATAAGAAAATTGGAGTCAAACCGTT ACGGCTACCAGAAATAGTGGCATCGACAGAAGCAATGTACTCCACATTTGTTGAGAGATT ATTGATGTAGCTTTTTCTTGTTATTTGGACACCACAAGGCATTGGGCATCCTAAGAACTT ATGACCAGAAATTGTGACACTTCCAATTGGCTTCTTGAAACTAATCATCTGTTCAAATTT AAAAAGAATAATTAGATTGTCGCTTTGAGATTTACTAAAGATATTGTAATTAGAAGTAAG AAGCAATTGAAACTCACATTGTTTATAAAAGGGGTCATAAGACCACATAGTGCAGCATCA CAGTGAATGTAAAACCTATCTTGTGAATAGCCACATTCTTTGAGTATTTCAAGAATTGTA TCAACATCATCAATAGCACCTTTGAAGGTAGTTCCTATAGTTAAAAAAAAAACACCATCA AGGGAAAAGTCGTAAGATGACTAACTCCATAAAAGAGAAGAAATAAATAAAAAGGATAGA AGTTGGAGTAGGTATATTTACCAATTGTGACATTTATAATTGCTGGTTTGTCCTTATTTT GAAGCAACTTTGCTCTTAAATCTGAATAATCCATCTCTCCATTCACTGATGTGTTTATTG TTTCTGAATCCATTCTATACATTCTTGCAGCTTTGAAGACCGAGTAATGAGAATCTTTTG ATGCATATAATATTCCATCAGGAAGTAGCTCTCTCCTACATAAGTAATGTTAAGAAATTA AAGAGCACTGAAACAATAAGAGAAGTTATTATGATATATACTCGAGTCAATATATATATA TACATGAACTTACCCTAACAAAATACCATGGAGATTGCCTTCGGTGCCACCATTGGTAAC ATATCCCCAGTATTGATCCTTTTCAATTTCCCAAAGTTGTGCAAACCAATCCAAAACAGT CACTTCAAAGTCTTTAGAATGGAAATCGACAGTGTTTTGTAGGAAAGGATCACCACAATT GTTTAGGTGAAACTGTAAAAGTGGTGCTAAAGATGCATAGTGATCATAACATATGTTGAC TGGATAACCTAAATGATAATTGACTCGTCGCGTAAGTGTGTCCAAATAATTGACCAAGAT AGTGTCCAAAGAGGGACCATCATTGTTCAAAGCAGGCTCCATGACTTCAAGTTGTAAGTT CTTCCTTGGGCCTGCACCTGATTGTTCCACCTTCTGTTTTTTGTTGTCCACATTTGGAAA CAATCTTCGCCGCGCTAAACTTCTAGGTGTCATCGCTGCTAAACTTCTGGGTGTCATGGG TGATGGCTCAAAATCCTGTCAAATATCATAGTTCAATTAAAGATATAATTAAGTAAATTA AAAATATATTTTGTGATCTAATGAGGATGTCTGAGAGATAATATACAACAATATTGTGCA TGTAACTAGCTAAGATGAAGAGTACATACCATTTCAAGTGAAAGGCTATCCATTCTCGTG AAATTCAAATTTATATTTTTATAGTATGTTTTCTGTTTGCTTAGAATAAAGCAGAAGTAT TTATATTGTTGAGTGCATTTTGTTGATATGTCTTGCATACTTATATATAGGATTATAGGT CTTATCGTGCATGCACCAACTACTCCTTTAATTTCCTCTCTTTTTCTTTCAATTGTGTGT CCCACTTGTTTTTTCTACAGTTCTATTAAGTATATTATATATGTCGCAAATGATGAACTT TTCACATGTGCGATTTTGACCAAGACATTCTTAGAAGGTGACAATTCAACCTACCAGCCA ATATTATGAATGATGGGACGGTGAGATTAATAATAACACAAATTCAAATAAACTAAACAT GCAAATATACTATAGTCACAAATTAAACGCGGGGAGTAAAAAAAAAAAAGCATACTAAAG ACGTATAAAATAATATGTTGGATTATTACTTTTACAATTTAATCATCTACGTTCTATTTT AGCCCTTATTTTTCTGATAATTACTAAACCTCATTAACCTTTGCCATATTACTGTATGTA TTATGTAAAAAATACTTAAAATAATGTTCATGTTTAAATATACTTAAATATAACTTCAAA AAAACGAAATGTCAATTGGAGAACACATTATAAGTTGTTTCAAATTTGAAACACAAATTT TAAGTTGAACTTAGAACTTTTATGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.994 10569 11045 match_2 match_part 1.000 10580 11150 match_3 match_part 1.000 10580 11150 match_4 match_part 1.000 11979 12025 match_part 1.000 13110 13289 match_part 0.996 13485 13736 match_5 match_part 0.993 42532 43082 match_part 0.973 43191 43409 match_6 match_part 0.968 43746 44026 match_part 0.984 44229 44351 match_part 0.982 44435 44653 match_7 match_part 1.000 57512 57836 match_part 1.000 58914 59135 match_8 match_part 1.000 57526 57836 match_part 1.000 58914 59158 match_part 0.955 59904 59925 match_9 match_part 1.000 60918 60984 match_part 0.994 62049 62213 match_part 1.000 63020 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 0.990 64646 64840 match_10 match_part 0.935 60939 60984 match_part 0.976 62044 62213 match_part 0.980 63020 63117 match_part 0.972 63575 63682 match_part 0.969 63889 63920 match_11 match_part 1.000 63074 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 0.997 64646 64965 match_12 match_part 1.000 63074 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 1.000 64646 64965 match_13 match_part 0.594 89518 89549 match_part 0.978 90489 90846 match_14 match_part 0.986 102191 102839 match_15 match_part 0.974 102192 102576 match_16 match_part 0.993 102850 103657 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_17 match_part 0.997 35330 35041 match_part 0.990 34962 34858 match_part 1.000 34777 34764 match_18 match_part 0.944 47656 47138 match_19 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.984 75469 75096 match_part 0.727 74965 74955 match_20 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75097 match_part 0.727 74965 74955 match_21 match_part 0.990 79007 78910 match_part 0.975 76791 76711 match_part 0.989 76031 75945 match_part 0.911 75599 75544 match_part 0.976 75469 75264 match_part 0.897 75154 75116 match_22 match_part 0.921 76773 76711 match_part 1.000 76031 75945 match_part 0.911 75599 75544 match_part 0.966 75469 75264 match_part 0.897 75154 75116 match_23 match_part 0.980 76046 75945 match_part 0.911 75599 75544 match_part 0.976 75469 75264 match_part 0.897 75154 75116 match_24 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.988 75469 75136 match_25 match_part 0.992 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.988 75469 75304 match_26 match_part 0.952 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.993 75469 75331 match_27 match_part 0.971 80846 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75356 match_28 match_part 0.862 80733 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.987 75469 75392 match_29 match_part 1.000 80846 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75398 match_30 match_part 1.000 80731 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 0.954 76031 75945 match_part 0.980 75599 75550 match_31 match_part 1.000 80799 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_32 match_part 0.964 80866 80812 match_part 0.921 80738 80676 match_part 0.945 80060 79933 match_part 0.974 79768 79655 match_part 0.993 79585 79451 match_part 0.990 79005 78910 match_part 0.901 76791 76711 match_33 match_part 0.818 80855 80812 match_part 1.000 80063 79933 match_part 0.991 79768 79655 match_part 0.978 79585 79451 match_part 0.990 79005 78910 match_part 0.947 76791 76754 match_34 match_part 1.000 80815 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 0.990 79005 78910 match_part 1.000 76791 76761 match_35 match_part 0.982 80868 80812 match_part 0.937 80738 80676 match_part 0.922 80060 79933 match_part 0.965 79768 79655 match_part 0.978 79585 79451 match_part 0.979 79005 78910 match_part 0.933 76791 76762 match_36 match_part 1.000 80846 80812 match_part 1.000 80738 80676 match_part 0.969 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76762 match_37 match_part 0.955 80878 80812 match_part 0.905 80738 80676 match_part 0.924 80063 79933 match_part 0.974 79768 79655 match_part 0.970 79585 79451 match_part 0.976 79005 78924 match_38 match_part 0.942 80727 80676 match_part 0.947 80063 79933 match_part 0.974 79768 79655 match_part 0.940 79585 79220 match_39 match_part 0.942 80727 80676 match_part 0.947 80063 79933 match_part 0.974 79768 79655 match_part 0.967 79585 79372 match_40 match_part 0.955 80878 80812 match_part 0.921 80738 80676 match_part 0.916 80063 79933 match_part 0.947 79768 79655 match_part 0.980 79585 79536 match_41 match_part 1.000 80829 80812 match_part 1.000 80738 80676 match_part 1.000 80060 79933 match_part 1.000 79768 79588 match_42 match_part 0.956 80856 80812 match_part 0.921 80738 80676 match_part 0.947 80063 79933 match_part 0.957 79768 79723 match_43 match_part 0.990 81936 81414 match_part 0.486 81363 81327 match_44 match_part 1.000 82205 82190 match_part 0.987 82102 81386 match_45 match_part 0.988 82058 81386 match_46 match_part 0.998 81925 81412 match_47 match_part 1.000 82426 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81662 match_48 match_part 1.000 82540 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81738 match_49 match_part 1.000 82540 82424 match_part 1.000 82326 82190 match_part 0.997 82102 81774 match_50 match_part 0.930 82466 82424 match_part 1.000 82326 82190 match_part 0.994 82102 81932 match_51 match_part 1.000 82577 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81970 match_52 match_part 1.000 82427 82424 match_part 0.964 82326 82190 match_part 0.982 82102 82047 match_53 match_part 0.988 83479 83396 match_part 1.000 83191 82710 match_part 1.000 82617 82424 match_part 0.978 82326 82190 match_54 match_part 1.000 83489 83396 match_part 1.000 83191 82710 match_part 1.000 82617 82541 match_55 match_part 0.955 83484 83396 match_part 1.000 83191 82739 match_56 match_part 1.000 83484 83396 match_part 1.000 83191 82757 match_57 match_part 1.000 83484 83396 match_part 0.981 83191 82882 match_58 match_part 1.000 83489 83396 match_part 0.989 83191 82918 match_59 match_part 1.000 92456 92433 match_part 1.000 92271 91790 match_part 0.995 91697 91504 match_part 1.000 91406 91270 match_part 0.998 91182 90604 match_60 match_part 0.950 91543 91504 match_part 0.956 91406 91270 match_part 0.941 91182 90637 match_61 match_part 1.000 91506 91504 match_part 1.000 91406 91270 match_part 1.000 91182 90742 match_62 match_part 1.000 91639 91504 match_part 1.000 91406 91270 match_part 0.995 91182 90743 match_63 match_part 1.000 91796 91790 match_part 1.000 91697 91504 match_part 1.000 91406 91270 match_part 0.997 91182 90794 match_64 match_part 0.979 92031 91790 match_part 0.969 91697 91504 match_part 0.905 91406 91270 match_part 0.943 91182 90918 match_65 match_part 1.000 91841 91790 match_part 1.000 91697 91504 match_part 1.000 91406 91270 match_part 1.000 91182 90979 match_66 match_part 0.930 91546 91504 match_part 1.000 91406 91270 match_part 0.994 91182 91012 match_67 match_part 1.000 91507 91504 match_part 0.964 91406 91270 match_part 0.982 91182 91127 match_68 match_part 1.000 92016 91790 match_part 0.995 91697 91504 match_part 1.000 91406 91286 match_69 match_part 0.971 92065 91790 match_part 0.969 91697 91504 match_part 0.935 91406 91300 match_70 match_part 0.968 92011 91790 match_part 0.923 91697 91504 match_part 0.967 91406 91316 match_71 match_part 0.976 92517 92433 match_part 0.965 92271 91790 match_part 0.932 91697 91610 match_72 match_part 0.774 92494 92433 match_part 0.934 92271 91790 match_part 0.977 91697 91655 match_73 match_part 1.000 92633 92433 match_part 0.994 92271 91736 match_74 match_part 1.000 92444 92433 match_part 0.995 92271 91855 match_75 match_part 1.000 92516 92433 match_part 0.975 92271 92114 match_76 match_part 1.000 92515 92433 match_part 0.993 92271 92125 match_77 match_part 0.917 105012 104989 match_part 0.921 104856 104528 match_part 0.954 99712 99560 match_part 0.995 99467 99274 match_part 0.927 99171 99035 match_part 0.974 98943 98365 match_78 match_part 0.955 99406 99274 match_part 0.964 99171 99035 match_part 0.897 98943 98516 match_79 match_part 0.925 99313 99274 match_part 0.956 99171 99035 match_part 0.953 98943 98538 match_80 match_part 1.000 99586 99560 match_part 0.995 99467 99274 match_part 0.927 99171 99035 match_part 0.982 98943 98555 match_81 match_part 0.919 99446 99274 match_part 0.956 99171 99035 match_part 0.953 98943 98628 match_82 match_part 0.936 99446 99274 match_part 0.956 99171 99035 match_part 0.962 98943 98631 match_83 match_part 0.943 99447 98871 match_84 match_part 0.971 99487 99173 match_85 match_part 0.962 115765 115454 match_part 0.948 115355 115162 match_part 0.912 115054 114918 match_part 0.971 114828 114759 match_86 match_part 0.919 115935 115454 match_part 0.956 115355 115196 match_87 match_part 0.727 116146 116070 match_part 0.919 115935 115454 match_part 0.958 115355 115214 match_88 match_part 0.939 115845 115454 match_part 0.955 115355 115268 match_89 match_part 0.716 116143 116070 match_part 0.937 115935 115495 match_90 match_part 0.893 116097 116070 match_part 0.933 115935 115518 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 10569 11150 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 11979 12025 exon 13110 13289 exon 13485 13736 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 35330 35041 exon 34962 34858 exon 34777 34764 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 42532 43082 exon 43191 43409 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 43746 44026 exon 44229 44351 exon 44435 44653 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 47656 47138 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 57512 57836 exon 58914 59158 exon 59904 59925 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 60939 60984 exon 62044 62213 exon 63020 63117 exon 63575 63682 exon 63889 64005 exon 64216 64365 exon 64646 64965 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 60918 60984 exon 62049 62213 exon 63020 63117 exon 63575 63682 exon 63889 64005 exon 64216 64365 exon 64646 64965 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80878 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80878 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75264 exon 75154 75116 gene_12 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80799 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_13 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80878 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79220 gene_14 gene GT_PGL_9_AGS_5 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80855 80812 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_15 gene GT_PGL_9_AGS_6 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80868 80812 exon 80738 80676 exon 80060 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_16 gene GT_PGL_9_AGS_7 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 79007 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75264 exon 75154 75116 gene_17 gene GT_PGL_9_AGS_8 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 76046 75945 exon 75599 75544 exon 75469 75264 exon 75154 75116 gene_18 gene GT_PGL_9_AGS_9 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80829 80812 exon 80738 80676 exon 80060 79933 exon 79768 79588 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 83489 83396 exon 83191 82710 exon 82617 82424 exon 82326 82190 exon 82102 81386 gene_20 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 83489 83396 exon 83191 82710 exon 82617 82424 exon 82326 82190 exon 82102 81414 exon 81363 81327 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 89518 89549 exon 90489 90846 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 92517 92433 exon 92271 91790 exon 91697 91504 exon 91406 91270 exon 91182 90604 gene_23 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 92633 92433 exon 92271 91736 gene_24 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 105012 104989 exon 104856 104528 exon 99712 99560 exon 99467 99274 exon 99171 99035 exon 98943 98365 gene_25 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 99487 98871 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102191 102839 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102850 103657 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 116146 116070 exon 115935 115454 exon 115355 115162 exon 115054 114918 exon 114828 114759 RepeatMasker tomato repeats master Gypsy00046 4031 4112 1 Gypsy00046 4031 4112 1 nucleotide_motif 256 9336 9421 Unknown00046 202 497 1 Unknown00046 202 497 1 nucleotide_motif 1411 10025 10322 Copia00145 6935 7053 1 Copia00145 6935 7053 1 nucleotide_motif 363 15887 16006 Copia00175 2419 2542 1 Copia00175 2419 2542 1 nucleotide_motif 433 18490 18615 Gypsy00049 509 852 1 Gypsy00049 509 852 1 nucleotide_motif 1274 31540 31893 SONATA1 1 117 1 SONATA1 1 117 1 nucleotide_motif 467 67934 68049 SONATA1 67 226 1 SONATA1 67 226 1 nucleotide_motif 434 68052 68208 Copia00107 569 669 1 Copia00107 569 669 1 nucleotide_motif 621 74826 74926 TOTO1_LP_LTR 294 426 1 TOTO1_LP_LTR 294 426 1 nucleotide_motif 568 74927 74943 AT10MU1 3493 3530 1 AT10MU1 3493 3530 1 nucleotide_motif 245 79653 79690 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1298 83876 84110 SONATA2 2 253 1 SONATA2 2 253 1 nucleotide_motif 1113 84992 85245 Gypsy00155 4841 6342 1 Gypsy00155 4841 6342 1 nucleotide_motif 2998 87209 88711 SONATA2 3 252 1 SONATA2 3 252 1 nucleotide_motif 1432 88720 88968 Gypsy00155 3 522 1 Gypsy00155 3 522 1 nucleotide_motif 2068 89420 89925 Copia00172 3556 3901 1 Copia00172 3556 3901 1 nucleotide_motif 920 89928 90268 Unknown00046 1875 1977 1 Unknown00046 1875 1977 1 nucleotide_motif 420 93870 93984 Copia00037 2493 2750 1 Copia00037 2493 2750 1 nucleotide_motif 2125 94268 94533 Unknown00049 4568 4687 1 Unknown00049 4568 4687 1 nucleotide_motif 903 97808 97927 Unknown00049 4625 4762 1 Unknown00049 4625 4762 1 nucleotide_motif 898 97896 98031 Copia00205 9998 10052 1 Copia00205 9998 10052 1 nucleotide_motif 492 99714 99768 Copia00001 1 6515 1 Copia00001 1 6515 1 nucleotide_motif 36948 99815 104573 TORTL1 652 1525 1 TORTL1 652 1525 1 nucleotide_motif 790 107127 108008 SONATA2 2 253 1 SONATA2 2 253 1 nucleotide_motif 1266 111856 112092 RepeatMasker tomato repeats master Unknown00046 1869 2066 -1 Unknown00046 1869 2066 -1 nucleotide_motif 767 4565 4360 SONATA2 181 253 -1 SONATA2 181 253 -1 nucleotide_motif 330 8565 8496 TLP2 7 461 -1 TLP2 7 461 -1 nucleotide_motif 474 8687 8587 Unknown00034 5143 5206 -1 Unknown00034 5143 5206 -1 nucleotide_motif 383 8851 8789 Copia00110 2420 2534 -1 Copia00110 2420 2534 -1 nucleotide_motif 297 10517 10405 Copia00039 95 208 -1 Copia00039 95 208 -1 nucleotide_motif 470 14715 14590 Copia00145 6888 6992 -1 Copia00145 6888 6992 -1 nucleotide_motif 472 22062 21965 Copia00145 194 468 -1 Copia00145 194 468 -1 nucleotide_motif 1582 23032 22754 Copia00145 6918 12394 -1 Copia00145 6918 12394 -1 nucleotide_motif 19108 30037 23494 Copia00145 4 468 -1 Copia00145 4 468 -1 nucleotide_motif 2006 31183 30753 Copia00145 12210 12394 -1 Copia00145 12210 12394 -1 nucleotide_motif 1261 31539 31493 Copia00145 11953 12209 -1 Copia00145 11953 12209 -1 nucleotide_motif 1261 31958 31894 VANDAL3 2685 2756 -1 VANDAL3 2685 2756 -1 nucleotide_motif 275 48440 48369 Copia00151 8221 8379 -1 Copia00151 8221 8379 -1 nucleotide_motif 583 54391 54234 Gypsy00043 1066 1305 -1 Gypsy00043 1066 1305 -1 nucleotide_motif 700 56406 56184 Copia00110 13530 13613 -1 Copia00110 13530 13613 -1 nucleotide_motif 364 56449 56364 Gypsy00073 937 1201 -1 Gypsy00073 937 1201 -1 nucleotide_motif 877 56686 56416 Copia00110 13161 13557 -1 Copia00110 13161 13557 -1 nucleotide_motif 2204 56857 56459 Copia00191 1585 1959 -1 Copia00191 1585 1959 -1 nucleotide_motif 765 74829 74495 Unknown00029 4342 5552 -1 Unknown00029 4342 5552 -1 nucleotide_motif 3801 88712 87469 Unknown00029 3372 4349 -1 Unknown00029 3372 4349 -1 nucleotide_motif 1917 89923 88962 Copia00205 9998 10256 -1 Copia00205 9998 10256 -1 nucleotide_motif 1854 94572 94280 Copia00018 1 88 -1 Copia00018 1 88 -1 nucleotide_motif 684 94733 94646 Copia00018 1 31 -1 Copia00018 1 31 -1 nucleotide_motif 260 94764 94734 Unknown00018 1 3042 -1 Unknown00018 1 3042 -1 nucleotide_motif 27467 97807 94766 Copia00018 1 205 -1 Copia00018 1 205 -1 nucleotide_motif 1667 97895 97692 Copia00037 2493 2772 -1 Copia00037 2493 2772 -1 nucleotide_motif 2327 100028 99756 Copia00108 5 299 -1 Copia00108 5 299 -1 nucleotide_motif 1177 106963 106658 TOPIE1_LE_LTR 95 242 -1 TOPIE1_LE_LTR 95 242 -1 nucleotide_motif 428 107214 107070 Copia00073 5322 7228 -1 Copia00073 5322 7228 -1 nucleotide_motif 12053 109210 107305 Copia00108 489 613 -1 Copia00108 489 613 -1 nucleotide_motif 448 110813 110680 Copia00108 5 299 -1 Copia00108 5 299 -1 nucleotide_motif 1192 111484 111179 TOPIE1_LE_LTR 95 242 -1 TOPIE1_LE_LTR 95 242 -1 nucleotide_motif 447 111759 111615 Unknown00046 644 1291 -1 Unknown00046 644 1291 -1 nucleotide_motif 2319 113361 112716 Gypsy00071 3410 4135 -1 Gypsy00071 3410 4135 -1 nucleotide_motif 284 114075 114010 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1788 95831 96932 match_2 match 498 16283 17333 match_3 match 4482 43482 45964 match_4 match 5416 47400 50401 match_5 match 2135 42260 43392 match_6 match 1788 95831 96932 match_7 match 3186 94928 96932 match_8 match 7523 99789 104118 match_9 match 8389 99768 104142 match_10 match 8183 99789 104118 match_11 match 8421 99768 104142 match_12 match 6260 99768 103036 match_13 match 2099 103048 104142 match_14 match 7977 99885 104142 match_15 match 3247 94928 96932 match_16 match 7977 99885 104142 match_17 match 3283 94928 96932 match_18 match 8421 99768 104142 match_19 match 6260 99768 103036 match_20 match 2099 103048 104142 match_21 match 8421 99768 104142 match_22 match 3168 94928 96932 match_23 match 1778 95832 96932 match_24 match 8421 99768 104142 match_25 match 8421 99768 104142 match_26 match 6859 100579 104142 match_27 match 8237 99789 104118 match_28 match 8025 99874 104092 match_29 match 3251 94928 96932 match_30 match 8181 99789 104118 match_31 match 5493 100752 104121 match_32 match 7404 100213 104126 match_33 match 3364 99849 101647 match_34 match 4433 101799 104142 match_35 match 1786 95831 96932 match_36 match 8237 99789 104118 match_37 match 7438 99789 104118 match_38 match 1859 95811 96928 match_39 match 3168 94928 96932 match_40 match 1778 95832 96932 match_41 match 3057 99790 101577 match_42 match 4472 101557 104132 match_43 match 1338 85696 86723 match_44 match 3582 43482 45964 match_45 match 1818 42260 43392 match_46 match 3223 47400 49369 match_47 match 2042 94928 96216 match_48 match 1705 95902 96932 match_49 match 6928 99849 103838 match_50 match 8373 99768 104142 match_51 match 8421 99768 104142 match_52 match 7965 99768 104142 match_53 match 8389 99768 104142 match_54 match 2597 102701 104142 match_55 match 3176 94932 96932 match_56 match 3128 99789 101620 match_57 match 7807 99878 104119 match_58 match 3223 94928 96932 match_59 match 2298 102936 104142 match_60 match 6098 99768 102942 match_61 match 3229 99812 101829 match_62 match 6901 99812 103922 match_63 match 2694 102571 104119 match_64 match 4482 43482 45964 match_65 match 5416 47400 50401 match_66 match 2135 42260 43392 match_67 match 7533 99789 104118 match_68 match 7807 99878 104119 match_69 match 8118 99853 104142 match_70 match 7533 99789 104118 match_71 match 7807 99878 104119 match_72 match 8027 99922 104142 match_73 match 2298 102936 104142 match_74 match 6098 99768 102942 match_75 match 3184 94928 96932 match_76 match 2074 42260 43392 match_77 match 4484 43482 45964 match_78 match 5430 47401 50400 match_79 match 1735 94928 96041 match_80 match 3209 94928 96932 match_81 match 4101 101966 104130 match_82 match 2298 102936 104142 match_83 match 6098 99768 102942 match_84 match 2105 42260 43392 match_85 match 4187 43482 45766 match_86 match 8429 99768 104142 match_87 match 3223 94928 96932 match_88 match 1776 95831 96932 match_89 match 2448 95447 96932 match_90 match 1893 95766 96932 match_91 match 1251 85696 86723 match_92 match 1513 12872 13874 match_93 match 1645 7439 8509 match_94 match 3106 10427 12402 match_95 match 2948 1404 3125 match_96 match 4320 34492 37035 match_97 match 3881 5140 7438 match_98 match 2351 1 1337 match_99 match 8282 99822 104118 match_100 match 7483 99789 104118 match_101 match 2712 94928 96932 match_102 match 5380 99796 102882 match_103 match 8397 99768 104142 match_104 match 1786 99776 100854 match_105 match 4653 100861 103519 match_106 match 8328 99768 104111 match_107 match 3975 43482 45964 match_108 match 4375 47400 49884 match_109 match 7386 99789 104118 match_110 match 7525 99789 104118 match_111 match 7559 99789 104118 match_112 match 1786 99776 100854 match_113 match 4645 100861 103519 match_114 match 8247 99792 104142 match_115 match 3247 94936 96932 match_116 match 7563 99789 104118 match_117 match 4508 43482 45964 match_118 match 2135 42260 43392 match_119 match 5503 47402 50398 match_120 match 2450 95406 96932 match_121 match 3263 94928 96932 match_122 match 6203 99768 103398 match_123 match 8181 99789 104118 match_124 match 7406 99789 104118 match_125 match 6486 100248 103910 match_126 match 8138 99813 104060 match_127 match 3051 100032 101763 match_128 match 7460 99789 104125 match_129 match 4502 43482 45964 match_130 match 5440 47400 50399 match_131 match 2167 42260 43392 match_132 match 6988 100087 104142 match_133 match 7406 99789 104118 match_134 match 5140 101146 104118 match_135 match 2204 99789 101067 match_136 match 7640 99768 104142 match_137 match 2014 99789 101051 match_138 match 4922 101247 104117 match_139 match 3251 94928 96932 match_140 match 8181 99789 104118 match_141 match 3598 100032 102325 match_142 match 4381 43482 45964 match_143 match 2087 42260 43392 match_144 match 4807 47400 50068 match_145 match 8421 99768 104142 match_146 match 8213 99792 104142 match_147 match 3326 94928 96932 match_148 match 4446 47973 50399 match_149 match 2014 99789 101051 match_150 match 4922 101247 104117 match_151 match 8256 99823 104142 match_152 match 6998 99771 104126 match_153 match 2244 85696 87019 match_154 match 3255 94928 96932 match_155 match 6988 100087 104142 match_156 match 2244 85696 87019 match_157 match 2119 98159 99227 match_158 match 2313 115443 116645 match_159 match 2333 83537 84758 match_160 match 2373 93145 94434 match_161 match 2603 67498 68810 match_162 match 2603 114087 115429 match_163 match 3465 112278 114025 match_164 match 3665 106118 108014 match_165 match 4325 68855 71114 match_166 match 4720 94928 97329 match_167 match 5202 109332 112030 match_168 match 6139 89898 93048 match_169 match 7408 85623 89515 match_170 match 99245 105623 match_171 match 74595 83522 match_172 match 1370 81496 82619 match_173 match 1394 90576 91699 match_174 match 1326 90709 91699 match_175 match 1475 81516 82625 match_176 match 1499 90596 91705 match_177 match 1505 81512 82625 match_178 match 1576 81542 82687 match_179 match 1528 90592 91705 match_180 match 1616 90622 91767 match_181 match 1683 114303 115429 match_182 match 3112 81435 83248 match_183 match 3112 90515 92335 match_184 match 8179 99793 104121 match_185 match 3253 94928 96932 match_186 match 3231 94928 96932 match_187 match 4214 99789 102293 match_188 match 3200 102361 104118 match_189 match 1407 106875 108011 match_190 match 3253 94928 96932 match_191 match 8249 99848 104142 match_192 match 3287 94928 96932 match_193 match 5521 101090 104118 match_194 match 6746 99789 103770 match_195 match 3287 94928 96932 match_196 match 3287 94928 96932 match_197 match 1752 95881 96932 match_198 match 8274 99768 104140 match_199 match 8381 99768 104142 match_200 match 8221 99768 104142 match_201 match 8373 99768 104142 match_202 match 3255 94928 96932 match_203 match 5812 99789 103167 match_204 match 2395 100028 101478 match_205 match 3223 94928 96932 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1457 2061 2835 clone_end_1 clone_end 1209 6302 6932 clone_end_2 clone_end 1326 24068 24740 clone_end_3 clone_end 1162 24114 24711 clone_start_2 clone_start 1499 37684 38460 clone_end_4 clone_end 1314 44824 45567 clone_end_5 clone_end 1166 47912 48523 clone_end_6 clone_end 1451 47973 48749 clone_end_7 clone_end 1352 47973 48690 clone_end_8 clone_end 1384 47978 48675 clone_start_3 clone_start 1435 48007 48753 clone_start_4 clone_start 1158 48011 48637 clone_start_5 clone_start 1225 48012 48657 clone_start_6 clone_start 1382 48012 48744 clone_start_7 clone_start 1415 48012 48748 clone_start_8 clone_start 1255 48024 48692 clone_end_9 clone_end 1237 48111 48770 clone_end_10 clone_end 1197 61890 62493 clone_end_11 clone_end 1362 63834 64531 clone_end_12 clone_end 1170 65460 66070 clone_end_13 clone_end 1372 67375 68097 clone_end_14 clone_end 1273 74697 75338 clone_end_15 clone_end 1142 100074 100692 clone_end_16 clone_end 1334 100297 100989 clone_start_9 clone_start 1316 100406 101113 clone_end_17 clone_end 1164 100506 101112 clone_start_10 clone_start 1334 100546 101254 clone_end_18 clone_end 1306 101067 101729 clone_end_19 clone_end 1150 101571 102170 clone_start_11 clone_start 1275 101740 102414 clone_end_20 clone_end 1263 101880 102532 clone_end_21 clone_end 1409 101957 102695 clone_end_22 clone_end 1199 102074 102706 clone_start_12 clone_start 1170 102290 102908 clone_start_13 clone_start 1253 102721 103364 clone_start_14 clone_start 1150 102853 103456 clone_start_15 clone_start 1342 102957 103661 clone_end_23 clone_end 1328 103021 103722 clone_start_16 clone_start 1152 103150 103754 clone_start_17 clone_start 1247 103155 103815 clone_start_18 clone_start 1409 103157 103887 clone_start_19 clone_start 1140 103159 103753 clone_start_20 clone_start 1481 103180 103950 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_24 clone_end 1334 43226 42534 clone_start_21 clone_start 1132 100395 99798 clone_end_25 clone_end 1328 101159 100470 clone_start_22 clone_start 1483 101295 100524 clone_start_23 clone_start 1271 101668 101004 clone_end_26 clone_end 1154 101674 101089 clone_end_27 clone_end 1174 101721 101122 clone_start_24 clone_start 1296 101968 101295 clone_end_28 clone_end 1237 101970 101332 clone_end_29 clone_end 1283 102078 101416 clone_end_30 clone_end 1176 102194 101590 clone_end_31 clone_end 1187 102221 101591 clone_end_32 clone_end 1211 102279 101641 clone_start_25 clone_start 1344 102575 101878 clone_end_33 clone_end 1310 102884 102188 clone_end_34 clone_end 1316 103138 102451 clone_end_35 clone_end 1265 103144 102487 clone_end_36 clone_end 1168 103095 102487 clone_end_37 clone_end 1247 103148 102488 clone_end_38 clone_end 1376 103227 102503 clone_start_26 clone_start 1394 103356 102626 clone_end_39 clone_end 1213 103314 102675 clone_end_40 clone_end 1277 103808 103137 clone_end_41 clone_end 1185 103773 103148 clone_end_42 clone_end 1132 103773 103179 clone_end_43 clone_end 1275 104079 103417 clone_start_27 clone_start 1183 104053 103429 clone_start_28 clone_start 434 104523 104293 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 10569 11045 match_2 match_part 1.000 10580 11150 match_3 match_part 1.000 10580 11150 match_4 match_part 1.000 11979 12025 match_part 1.000 13110 13289 match_part 0.996 13485 13736 match_5 match_part 0.993 42532 43082 match_part 0.973 43191 43409 match_6 match_part 0.968 43746 44026 match_part 0.984 44229 44351 match_part 0.982 44435 44653 match_7 match_part 1.000 57512 57836 match_part 1.000 58914 59135 match_8 match_part 1.000 57526 57836 match_part 1.000 58914 59158 match_part 0.955 59904 59925 match_9 match_part 1.000 60918 60984 match_part 0.994 62049 62213 match_part 1.000 63020 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 0.990 64646 64840 match_10 match_part 1.000 63074 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 0.997 64646 64965 match_11 match_part 1.000 63074 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 1.000 64646 64965 match_12 match_part 0.594 89518 89549 match_part 0.978 90489 90846 match_13 match_part 0.986 102191 102839 match_14 match_part 0.974 102192 102576 match_15 match_part 0.993 102850 103657 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_16 match_part 0.997 35330 35041 match_part 0.990 34962 34858 match_part 1.000 34777 34764 match_17 match_part 0.944 47656 47138 match_18 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.984 75469 75096 match_part 0.727 74965 74955 match_19 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75097 match_part 0.727 74965 74955 match_20 match_part 1.000 78959 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.988 75469 75136 match_21 match_part 0.992 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.988 75469 75304 match_22 match_part 0.952 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.993 75469 75331 match_23 match_part 0.971 80846 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75356 match_24 match_part 0.862 80733 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 0.987 75469 75392 match_25 match_part 1.000 80846 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75398 match_26 match_part 1.000 80731 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 0.954 76031 75945 match_part 0.980 75599 75550 match_27 match_part 1.000 80799 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_28 match_part 0.818 80855 80812 match_part 1.000 80063 79933 match_part 0.991 79768 79655 match_part 0.978 79585 79451 match_part 0.990 79005 78910 match_part 0.947 76791 76754 match_29 match_part 1.000 80815 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 0.990 79005 78910 match_part 1.000 76791 76761 match_30 match_part 1.000 80846 80812 match_part 1.000 80738 80676 match_part 0.969 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76762 match_31 match_part 1.000 80829 80812 match_part 1.000 80738 80676 match_part 1.000 80060 79933 match_part 1.000 79768 79588 match_32 match_part 0.990 81936 81414 match_part 0.486 81363 81327 match_33 match_part 1.000 82205 82190 match_part 0.987 82102 81386 match_34 match_part 0.988 82058 81386 match_35 match_part 0.998 81925 81412 match_36 match_part 1.000 82426 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81662 match_37 match_part 1.000 82540 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81738 match_38 match_part 1.000 82540 82424 match_part 1.000 82326 82190 match_part 0.997 82102 81774 match_39 match_part 0.930 82466 82424 match_part 1.000 82326 82190 match_part 0.994 82102 81932 match_40 match_part 1.000 82577 82424 match_part 1.000 82326 82190 match_part 1.000 82102 81970 match_41 match_part 1.000 82427 82424 match_part 0.964 82326 82190 match_part 0.982 82102 82047 match_42 match_part 0.988 83479 83396 match_part 1.000 83191 82710 match_part 1.000 82617 82424 match_part 0.978 82326 82190 match_43 match_part 1.000 83489 83396 match_part 1.000 83191 82710 match_part 1.000 82617 82541 match_44 match_part 0.955 83484 83396 match_part 1.000 83191 82739 match_45 match_part 1.000 83484 83396 match_part 1.000 83191 82757 match_46 match_part 1.000 83484 83396 match_part 0.981 83191 82882 match_47 match_part 1.000 83489 83396 match_part 0.989 83191 82918 match_48 match_part 1.000 92456 92433 match_part 1.000 92271 91790 match_part 0.995 91697 91504 match_part 1.000 91406 91270 match_part 0.998 91182 90604 match_49 match_part 1.000 91506 91504 match_part 1.000 91406 91270 match_part 1.000 91182 90742 match_50 match_part 1.000 91639 91504 match_part 1.000 91406 91270 match_part 0.995 91182 90743 match_51 match_part 1.000 91796 91790 match_part 1.000 91697 91504 match_part 1.000 91406 91270 match_part 0.997 91182 90794 match_52 match_part 0.979 92031 91790 match_part 0.969 91697 91504 match_part 0.905 91406 91270 match_part 0.943 91182 90918 match_53 match_part 1.000 91841 91790 match_part 1.000 91697 91504 match_part 1.000 91406 91270 match_part 1.000 91182 90979 match_54 match_part 0.930 91546 91504 match_part 1.000 91406 91270 match_part 0.994 91182 91012 match_55 match_part 1.000 91507 91504 match_part 0.964 91406 91270 match_part 0.982 91182 91127 match_56 match_part 1.000 92016 91790 match_part 0.995 91697 91504 match_part 1.000 91406 91286 match_57 match_part 0.971 92065 91790 match_part 0.969 91697 91504 match_part 0.935 91406 91300 match_58 match_part 0.968 92011 91790 match_part 0.923 91697 91504 match_part 0.967 91406 91316 match_59 match_part 0.976 92517 92433 match_part 0.965 92271 91790 match_part 0.932 91697 91610 match_60 match_part 0.774 92494 92433 match_part 0.934 92271 91790 match_part 0.977 91697 91655 match_61 match_part 1.000 92633 92433 match_part 0.994 92271 91736 match_62 match_part 1.000 92444 92433 match_part 0.995 92271 91855 match_63 match_part 1.000 92516 92433 match_part 0.975 92271 92114 match_64 match_part 1.000 92515 92433 match_part 0.993 92271 92125 match_65 match_part 0.917 105012 104989 match_part 0.921 104856 104528 match_part 0.954 99712 99560 match_part 0.995 99467 99274 match_part 0.927 99171 99035 match_part 0.974 98943 98365 match_66 match_part 0.955 99406 99274 match_part 0.964 99171 99035 match_part 0.897 98943 98516 match_67 match_part 1.000 99586 99560 match_part 0.995 99467 99274 match_part 0.927 99171 99035 match_part 0.982 98943 98555 match_68 match_part 0.943 99447 98871 match_69 match_part 0.971 99487 99173 match_70 match_part 0.727 116146 116070 match_part 0.919 115935 115454 match_part 0.958 115355 115214 match_71 match_part 0.939 115845 115454 match_part 0.955 115355 115268 match_72 match_part 0.716 116143 116070 match_part 0.937 115935 115495 match_73 match_part 0.893 116097 116070 match_part 0.933 115935 115518 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 10569 11150 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 11979 12025 exon 13110 13289 exon 13485 13736 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 35330 35041 exon 34962 34858 exon 34777 34764 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 42532 43082 exon 43191 43409 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 43746 44026 exon 44229 44351 exon 44435 44653 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 47656 47138 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 57512 57836 exon 58914 59158 exon 59904 59925 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 60918 60984 exon 62049 62213 exon 63020 63117 exon 63575 63682 exon 63889 64005 exon 64216 64365 exon 64646 64965 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80846 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80799 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_11 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80855 80812 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75096 exon 74965 74955 gene_12 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80829 80812 exon 80738 80676 exon 80060 79933 exon 79768 79588 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 83489 83396 exon 83191 82710 exon 82617 82424 exon 82326 82190 exon 82102 81386 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 83489 83396 exon 83191 82710 exon 82617 82424 exon 82326 82190 exon 82102 81414 exon 81363 81327 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 89518 89549 exon 90489 90846 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 92517 92433 exon 92271 91790 exon 91697 91504 exon 91406 91270 exon 91182 90604 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 92633 92433 exon 92271 91736 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 105012 104989 exon 104856 104528 exon 99712 99560 exon 99467 99274 exon 99171 99035 exon 98943 98365 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 99487 98871 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102191 102839 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102850 103657 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 116146 116070 exon 115935 115454 exon 115355 115214 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 1114 transcript_1 transcript 1 1114 CDS_1 CDS 1 909 CDS_2 CDS 1001 1114 stop_codon_1 stop_codon 1112 1114 gene_2 gene 1 1580 7413 transcript_2 transcript 1580 7413 start_codon_1 start_codon 1580 1582 CDS_3 CDS 1580 2036 CDS_4 CDS 2619 2719 CDS_5 CDS 3465 3644 CDS_6 CDS 5080 7413 stop_codon_2 stop_codon 7411 7413 gene_3 gene 1 10634 13610 transcript_3 transcript 10634 13610 start_codon_2 start_codon 10634 10636 CDS_7 CDS 10634 12025 CDS_8 CDS 13110 13289 CDS_9 CDS 13485 13610 stop_codon_3 stop_codon 13608 13610 gene_4 gene 1 43056 46215 transcript_4 transcript 43056 46215 start_codon_3 start_codon 43056 43058 CDS_10 CDS 43056 43082 CDS_11 CDS 43195 43659 CDS_12 CDS 43727 44026 CDS_13 CDS 44229 44351 CDS_14 CDS 45371 45676 CDS_15 CDS 45912 45951 CDS_16 CDS 46028 46215 stop_codon_4 stop_codon 46213 46215 gene_5 gene 1 57716 64825 transcript_5 transcript 57716 64825 start_codon_4 start_codon 57716 57718 CDS_17 CDS 57716 57726 CDS_18 CDS 57834 57836 CDS_19 CDS 58914 59158 CDS_20 CDS 62049 62213 CDS_21 CDS 63020 63117 CDS_22 CDS 63575 63682 CDS_23 CDS 63889 64005 CDS_24 CDS 64216 64365 CDS_25 CDS 64646 64825 stop_codon_5 stop_codon 64823 64825 AUGUSTUS_tom_cdna de novo gene_6 gene 1 35416 19290 transcript_6 transcript 35416 19290 stop_codon_6 stop_codon 19292 19290 CDS_26 CDS 19399 19290 CDS_27 CDS 34053 33978 CDS_28 CDS 34411 34218 CDS_29 CDS 34593 34489 CDS_30 CDS 34777 34670 CDS_31 CDS 34962 34858 CDS_32 CDS 35416 35041 start_codon_5 start_codon 35416 35414 gene_7 gene 1 38240 35854 transcript_7 transcript 38240 35854 stop_codon_7 stop_codon 35856 35854 CDS_33 CDS 36624 35854 CDS_34 CDS 38240 38157 start_codon_6 start_codon 38240 38238 gene_8 gene 1 57584 47279 transcript_8 transcript 57584 47279 stop_codon_8 stop_codon 47281 47279 CDS_35 CDS 47719 47279 CDS_36 CDS 48351 48141 CDS_37 CDS 49583 49463 CDS_38 CDS 49928 49860 CDS_39 CDS 57229 57192 CDS_40 CDS 57584 57523 start_codon_7 start_codon 57584 57582 gene_9 gene 1 69459 65462 transcript_9 transcript 69459 65462 stop_codon_9 stop_codon 65464 65462 CDS_41 CDS 65920 65462 CDS_42 CDS 69085 68932 CDS_43 CDS 69459 69404 start_codon_8 start_codon 69459 69457 gene_10 gene 1 80685 75352 transcript_10 transcript 80685 75352 stop_codon_10 stop_codon 75354 75352 CDS_44 CDS 75469 75352 CDS_45 CDS 75599 75544 CDS_46 CDS 76031 75945 CDS_47 CDS 76791 76711 CDS_48 CDS 79005 78910 CDS_49 CDS 79585 79451 CDS_50 CDS 79768 79697 CDS_51 CDS 80063 79933 CDS_52 CDS 80685 80676 start_codon_9 start_codon 80685 80683 gene_11 gene 1 83419 81524 transcript_11 transcript 83419 81524 stop_codon_11 stop_codon 81526 81524 CDS_53 CDS 82102 81524 CDS_54 CDS 82326 82190 CDS_55 CDS 82617 82424 CDS_56 CDS 83191 82710 CDS_57 CDS 83419 83396 start_codon_10 start_codon 83419 83417 gene_12 gene 1 92456 90604 transcript_12 transcript 92456 90604 stop_codon_12 stop_codon 90606 90604 CDS_58 CDS 91182 90604 CDS_59 CDS 91406 91270 CDS_60 CDS 91697 91504 CDS_61 CDS 92271 91790 CDS_62 CDS 92456 92433 start_codon_11 start_codon 92456 92454 gene_13 gene 1 104814 98365 transcript_13 transcript 104814 98365 stop_codon_13 stop_codon 98367 98365 CDS_63 CDS 98943 98365 CDS_64 CDS 99171 99035 CDS_65 CDS 99467 99274 CDS_66 CDS 99677 99560 CDS_67 CDS 104814 104739 start_codon_12 start_codon 104814 104812 gene_14 gene 1 115935 114235 transcript_14 transcript 115935 114235 stop_codon_14 stop_codon 114237 114235 CDS_68 CDS 114828 114235 CDS_69 CDS 115054 114918 CDS_70 CDS 115355 115162 CDS_71 CDS 115935 115454 AUGUSTUS_ab_initio de novo gene_1 gene 1 1 1114 transcript_1 transcript 1 1114 CDS_1 CDS 1 909 CDS_2 CDS 1001 1114 stop_codon_1 stop_codon 1112 1114 gene_2 gene 1 1580 7413 transcript_2 transcript 1580 7413 start_codon_1 start_codon 1580 1582 CDS_3 CDS 1580 2036 CDS_4 CDS 2619 2719 CDS_5 CDS 3465 3644 CDS_6 CDS 5080 7413 stop_codon_2 stop_codon 7411 7413 gene_3 gene 1 10634 12160 transcript_3 transcript 10634 12160 start_codon_2 start_codon 10634 10636 CDS_7 CDS 10634 12160 stop_codon_3 stop_codon 12158 12160 gene_4 gene 1 43056 45937 transcript_4 transcript 43056 45937 start_codon_3 start_codon 43056 43058 CDS_8 CDS 43056 43082 CDS_9 CDS 43195 43659 CDS_10 CDS 43727 44026 CDS_11 CDS 44229 44351 CDS_12 CDS 45371 45937 stop_codon_4 stop_codon 45935 45937 AUGUSTUS_ab_initio de novo gene_5 gene 1 35416 19290 transcript_5 transcript 35416 19290 stop_codon_5 stop_codon 19292 19290 CDS_13 CDS 19399 19290 CDS_14 CDS 34053 33978 CDS_15 CDS 34411 34218 CDS_16 CDS 34593 34489 CDS_17 CDS 34962 34858 CDS_18 CDS 35416 35041 start_codon_4 start_codon 35416 35414 gene_6 gene 1 38240 35854 transcript_6 transcript 38240 35854 stop_codon_6 stop_codon 35856 35854 CDS_19 CDS 36624 35854 CDS_20 CDS 38240 38157 start_codon_5 start_codon 38240 38238 gene_7 gene 1 48311 47279 transcript_7 transcript 48311 47279 stop_codon_7 stop_codon 47281 47279 CDS_21 CDS 47719 47279 CDS_22 CDS 48311 47964 start_codon_6 start_codon 48311 48309 gene_8 gene 1 80044 65462 transcript_8 transcript 80044 65462 stop_codon_8 stop_codon 65464 65462 CDS_23 CDS 65920 65462 CDS_24 CDS 69085 68932 CDS_25 CDS 71405 71300 CDS_26 CDS 71768 71676 CDS_27 CDS 80044 79933 start_codon_7 start_codon 80044 80042 gene_9 gene 1 83149 81524 transcript_9 transcript 83149 81524 stop_codon_9 stop_codon 81526 81524 CDS_28 CDS 82102 81524 CDS_29 CDS 82326 82190 CDS_30 CDS 82617 82424 CDS_31 CDS 83149 82710 start_codon_8 start_codon 83149 83147 gene_10 gene 1 92229 90604 transcript_10 transcript 92229 90604 stop_codon_10 stop_codon 90606 90604 CDS_32 CDS 91182 90604 CDS_33 CDS 91406 91270 CDS_34 CDS 91697 91504 CDS_35 CDS 92229 91790 start_codon_9 start_codon 92229 92227 gene_11 gene 1 104814 98365 transcript_11 transcript 104814 98365 stop_codon_11 stop_codon 98367 98365 CDS_36 CDS 98943 98365 CDS_37 CDS 99171 99035 CDS_38 CDS 104814 104739 start_codon_10 start_codon 104814 104812 gene_12 gene 1 115893 114235 transcript_12 transcript 115893 114235 stop_codon_12 stop_codon 114237 114235 CDS_39 CDS 114828 114235 CDS_40 CDS 115054 114918 CDS_41 CDS 115355 115162 CDS_42 CDS 115893 115454 start_codon_11 start_codon 115893 115891 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 1114 transcript_1 transcript 1 1114 CDS_1 CDS 1 909 CDS_2 CDS 1001 1114 stop_codon_1 stop_codon 1112 1114 gene_2 gene 1 1580 7413 transcript_2 transcript 1580 7413 start_codon_1 start_codon 1580 1582 CDS_3 CDS 1580 2036 CDS_4 CDS 2619 2719 CDS_5 CDS 3465 3644 CDS_6 CDS 5080 7413 stop_codon_2 stop_codon 7411 7413 gene_3 gene 1 10634 13610 transcript_3 transcript 10634 13610 start_codon_2 start_codon 10634 10636 CDS_7 CDS 10634 12025 CDS_8 CDS 13110 13289 CDS_9 CDS 13485 13610 stop_codon_3 stop_codon 13608 13610 gene_4 gene 1 43056 44461 transcript_4 transcript 43056 44461 start_codon_3 start_codon 43056 43058 CDS_10 CDS 43056 43082 CDS_11 CDS 43195 43659 CDS_12 CDS 43727 44026 CDS_13 CDS 44229 44351 CDS_14 CDS 44435 44461 stop_codon_4 stop_codon 44459 44461 gene_5 gene 1 57565 64825 transcript_5 transcript 57565 64825 start_codon_4 start_codon 57565 57567 CDS_15 CDS 57565 57836 CDS_16 CDS 58914 59158 CDS_17 CDS 62049 62213 CDS_18 CDS 63020 63117 CDS_19 CDS 63575 63682 CDS_20 CDS 63889 64005 CDS_21 CDS 64216 64365 CDS_22 CDS 64646 64825 stop_codon_5 stop_codon 64823 64825 AUGUSTUS_tom_ugs de novo gene_6 gene 1 35416 19290 transcript_6 transcript 35416 19290 stop_codon_6 stop_codon 19292 19290 CDS_23 CDS 19399 19290 CDS_24 CDS 34053 33978 CDS_25 CDS 34411 34218 CDS_26 CDS 34593 34489 CDS_27 CDS 34777 34670 CDS_28 CDS 34962 34858 CDS_29 CDS 35416 35041 start_codon_5 start_codon 35416 35414 gene_7 gene 1 38240 35854 transcript_7 transcript 38240 35854 stop_codon_7 stop_codon 35856 35854 CDS_30 CDS 36624 35854 CDS_31 CDS 38240 38157 start_codon_6 start_codon 38240 38238 gene_8 gene 1 48311 47279 transcript_8 transcript 48311 47279 stop_codon_8 stop_codon 47281 47279 CDS_32 CDS 47719 47279 CDS_33 CDS 48311 47964 start_codon_7 start_codon 48311 48309 gene_9 gene 1 80685 65462 transcript_9 transcript 80685 65462 stop_codon_9 stop_codon 65464 65462 CDS_34 CDS 65920 65462 CDS_35 CDS 69085 68932 CDS_36 CDS 71405 71300 CDS_37 CDS 71768 71676 CDS_38 CDS 75469 75399 CDS_39 CDS 75599 75544 CDS_40 CDS 76031 75945 CDS_41 CDS 76791 76711 CDS_42 CDS 79005 78910 CDS_43 CDS 79585 79451 CDS_44 CDS 79768 79697 CDS_45 CDS 80063 79933 CDS_46 CDS 80685 80676 start_codon_8 start_codon 80685 80683 gene_10 gene 1 83149 81524 transcript_10 transcript 83149 81524 stop_codon_10 stop_codon 81526 81524 CDS_47 CDS 82102 81524 CDS_48 CDS 82326 82190 CDS_49 CDS 82617 82424 CDS_50 CDS 83149 82710 start_codon_9 start_codon 83149 83147 gene_11 gene 1 92229 90604 transcript_11 transcript 92229 90604 stop_codon_11 stop_codon 90606 90604 CDS_51 CDS 91182 90604 CDS_52 CDS 91406 91270 CDS_53 CDS 91697 91504 CDS_54 CDS 92229 91790 start_codon_10 start_codon 92229 92227 gene_12 gene 1 104814 98365 transcript_12 transcript 104814 98365 stop_codon_12 stop_codon 98367 98365 CDS_55 CDS 98943 98365 CDS_56 CDS 99171 99035 CDS_57 CDS 99467 99274 CDS_58 CDS 99677 99560 CDS_59 CDS 104814 104739 start_codon_11 start_codon 104814 104812 gene_13 gene 1 115893 114235 transcript_13 transcript 115893 114235 stop_codon_13 stop_codon 114237 114235 CDS_60 CDS 114828 114235 CDS_61 CDS 115054 114918 CDS_62 CDS 115355 115162 CDS_63 CDS 115893 115454 start_codon_12 start_codon 115893 115891 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 10569 11150 match_2 match_part 1.000 11979 12025 match_part 0.994 13110 13289 match_part 0.980 13485 13736 match_3 match_part 0.968 43746 44026 match_part 0.984 44229 44351 match_part 0.982 44435 44653 match_4 match_part 1.000 57512 57836 match_part 1.000 58914 59158 match_part 0.955 59904 59925 match_5 match_part 1.000 60918 60984 match_part 0.994 62049 62213 match_part 1.000 63020 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 1.000 64646 64965 match_6 match_part 0.594 89518 89549 match_part 0.978 90489 90846 match_7 match_part 0.986 102191 102839 match_8 match_part 0.993 102850 103657 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.997 35330 35041 match_part 0.990 34962 34858 match_part 1.000 34777 34764 match_10 match_part 0.944 47656 47138 match_11 match_part 0.992 80799 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75097 match_part 0.727 74965 74955 match_12 match_part 1.000 83489 83396 match_part 1.000 83191 82710 match_part 0.979 82617 82424 match_part 0.978 82326 82190 match_13 match_part 1.000 92456 92433 match_part 0.992 92271 91790 match_part 0.990 91697 91504 match_part 1.000 91406 91270 match_part 0.990 91182 90482 match_part 0.706 89569 89553 match_14 match_part 1.000 92633 92433 match_part 0.996 92271 91790 match_part 0.932 91697 91610 match_15 match_part 0.733 105048 104989 match_part 0.921 104856 104528 match_part 0.954 99712 99560 match_part 0.995 99467 99274 match_part 0.927 99171 99035 match_part 0.979 98943 98375 match_16 match_part 0.943 99447 98871 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 10569 11150 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 11979 12025 exon 13110 13289 exon 13485 13736 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 35330 35041 exon 34962 34858 exon 34777 34764 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 43746 44026 exon 44229 44351 exon 44435 44653 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 47656 47138 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 57512 57836 exon 58914 59158 exon 59904 59925 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 60918 60984 exon 62049 62213 exon 63020 63117 exon 63575 63682 exon 63889 64005 exon 64216 64365 exon 64646 64965 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80799 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75097 exon 74965 74955 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 83489 83396 exon 83191 82710 exon 82617 82424 exon 82326 82190 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 89518 89549 exon 90489 90846 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 92633 92433 exon 92271 91790 exon 91697 91504 exon 91406 91270 exon 91182 90482 exon 89569 89553 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 105048 104989 exon 104856 104528 exon 99712 99560 exon 99467 99274 exon 99171 99035 exon 98943 98375 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 99447 98871 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102191 102839 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 102850 103657 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 63074 63117 match_part 1.000 63575 63682 match_part 1.000 63889 64005 match_part 1.000 64216 64365 match_part 1.000 64646 64965 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 80846 80812 match_part 1.000 80738 80676 match_part 1.000 80063 79933 match_part 1.000 79768 79655 match_part 1.000 79585 79451 match_part 1.000 79005 78910 match_part 1.000 76791 76711 match_part 1.000 76031 75945 match_part 1.000 75599 75544 match_part 1.000 75469 75097 match_part 0.727 74965 74955 match_3 match_part 0.857 80738 80676 match_part 0.906 80060 79933 match_part 0.930 79768 79655 match_part 0.948 79585 79451 match_part 0.969 79005 78910 match_part 0.901 76791 76711 match_part 0.931 76031 75945 match_part 0.829 75599 75559 match_4 match_part 0.955 80878 80812 match_part 0.905 80738 80676 match_part 0.947 80063 79933 match_part 0.974 79768 79655 match_part 0.940 79585 79220 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 63074 63117 exon 63575 63682 exon 63889 64005 exon 64216 64365 exon 64646 64965 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80878 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79220 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80738 80676 exon 80060 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75559 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0073D06.1 type gene exon 80846 80812 exon 80738 80676 exon 80063 79933 exon 79768 79655 exon 79585 79451 exon 79005 78910 exon 76791 76711 exon 76031 75945 exon 75599 75544 exon 75469 75097 exon 74965 74955 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 1114 transcript_1 transcript 1 1114 CDS_1 CDS 1 909 CDS_2 CDS 1001 1114 stop_codon_1 stop_codon 1112 1114 gene_2 gene 1 1580 7413 transcript_2 transcript 1580 7413 start_codon_1 start_codon 1580 1582 CDS_3 CDS 1580 2036 CDS_4 CDS 2619 2719 CDS_5 CDS 3465 3644 CDS_6 CDS 5080 7413 stop_codon_2 stop_codon 7411 7413 gene_3 gene 1 10634 13610 transcript_3 transcript 10634 13610 start_codon_2 start_codon 10634 10636 CDS_7 CDS 10634 12025 CDS_8 CDS 13110 13289 CDS_9 CDS 13485 13610 stop_codon_3 stop_codon 13608 13610 gene_4 gene 1 43056 46215 transcript_4 transcript 43056 46215 start_codon_3 start_codon 43056 43058 CDS_10 CDS 43056 43082 CDS_11 CDS 43195 43659 CDS_12 CDS 43727 44026 CDS_13 CDS 44229 44351 CDS_14 CDS 45371 45676 CDS_15 CDS 45912 45951 CDS_16 CDS 46028 46215 stop_codon_4 stop_codon 46213 46215 gene_5 gene 1 57716 64825 transcript_5 transcript 57716 64825 start_codon_4 start_codon 57716 57718 CDS_17 CDS 57716 57726 CDS_18 CDS 57834 57836 CDS_19 CDS 58914 59158 CDS_20 CDS 59904 59983 CDS_21 CDS 60908 60984 CDS_22 CDS 62044 62213 CDS_23 CDS 63020 63117 CDS_24 CDS 63575 63682 CDS_25 CDS 63889 64005 CDS_26 CDS 64216 64365 CDS_27 CDS 64646 64825 stop_codon_5 stop_codon 64823 64825 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 35416 19290 transcript_6 transcript 35416 19290 stop_codon_6 stop_codon 19292 19290 CDS_28 CDS 19399 19290 CDS_29 CDS 34053 33978 CDS_30 CDS 34411 34218 CDS_31 CDS 34593 34489 CDS_32 CDS 34777 34670 CDS_33 CDS 34962 34858 CDS_34 CDS 35416 35041 start_codon_5 start_codon 35416 35414 gene_7 gene 1 38240 35854 transcript_7 transcript 38240 35854 stop_codon_7 stop_codon 35856 35854 CDS_35 CDS 36624 35854 CDS_36 CDS 38240 38157 start_codon_6 start_codon 38240 38238 gene_8 gene 1 57584 47279 transcript_8 transcript 57584 47279 stop_codon_8 stop_codon 47281 47279 CDS_37 CDS 47719 47279 CDS_38 CDS 48351 48141 CDS_39 CDS 49583 49463 CDS_40 CDS 49928 49860 CDS_41 CDS 57229 57192 CDS_42 CDS 57584 57523 start_codon_7 start_codon 57584 57582 gene_9 gene 1 69459 65462 transcript_9 transcript 69459 65462 stop_codon_9 stop_codon 65464 65462 CDS_43 CDS 65920 65462 CDS_44 CDS 69085 68932 CDS_45 CDS 69459 69404 start_codon_8 start_codon 69459 69457 gene_10 gene 1 80685 75352 transcript_10 transcript 80685 75352 stop_codon_10 stop_codon 75354 75352 CDS_46 CDS 75469 75352 CDS_47 CDS 75599 75544 CDS_48 CDS 76031 75945 CDS_49 CDS 76791 76711 CDS_50 CDS 79005 78910 CDS_51 CDS 79585 79451 CDS_52 CDS 79768 79697 CDS_53 CDS 80063 79933 CDS_54 CDS 80685 80676 start_codon_9 start_codon 80685 80683 gene_11 gene 1 83419 81524 transcript_11 transcript 83419 81524 stop_codon_11 stop_codon 81526 81524 CDS_55 CDS 82102 81524 CDS_56 CDS 82326 82190 CDS_57 CDS 82617 82424 CDS_58 CDS 83191 82710 CDS_59 CDS 83419 83396 start_codon_10 start_codon 83419 83417 gene_12 gene 1 92456 90604 transcript_12 transcript 92456 90604 stop_codon_12 stop_codon 90606 90604 CDS_60 CDS 91182 90604 CDS_61 CDS 91406 91270 CDS_62 CDS 91697 91504 CDS_63 CDS 92271 91790 CDS_64 CDS 92456 92433 start_codon_11 start_codon 92456 92454 gene_13 gene 1 104814 98365 transcript_13 transcript 104814 98365 stop_codon_13 stop_codon 98367 98365 CDS_65 CDS 98943 98365 CDS_66 CDS 99171 99035 CDS_67 CDS 99467 99274 CDS_68 CDS 99677 99560 CDS_69 CDS 104814 104739 start_codon_12 start_codon 104814 104812 gene_14 gene 1 115935 114235 transcript_14 transcript 115935 114235 stop_codon_14 stop_codon 114237 114235 CDS_70 CDS 114828 114235 CDS_71 CDS 115054 114918 CDS_72 CDS 115355 115162 CDS_73 CDS 115935 115454 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 310 102447 103877 match_2 match 139 58915 59157 match_3 match 117 62042 62215 match_4 match 124 101163 101516 match_5 match 147 103029 103733 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_6 match 133 92301 91789 match_7 match 130 115887 115453 match_8 match 151 99484 99023 match_9 match 257 114945 114271 match_10 match 313 82351 81545 match_11 match 313 91431 90625 match_12 match 128 82999 82709 match_13 match 75.1 115064 114906 match_14 match 255 98961 98386 match_15 match 83.6 99711 99559 match_16 match 95.9 82616 82422 match_17 match 99.8 115363 115160 match_18 match 97.8 91696 91502 match_19 match 112 79768 79448