C02HBa0030A21.2 GACACTCGATTCAGTCTAAGCGGCACAGACAGTGGTAGGAGTGATGGAGATACAGAAGAT GCTGCCGAGGAAGGTGGTTCTACTATTATGCTAGATCAGGTACTTGATCTTTTGAGCAGA AGGTGGGATCGAATCCATGGTGCCCAAGCGCTGAAACTGCTTCCAAGGGATACTAAGCTA CAGGTAAAAGAAACATCAAAATGTGATGGTATACATAAGCTAGATAAGGAAGTTGGTCAT TATTTAATCAAAACAGACTGAAGTAAACAAGCATCACTCCTTGTGTACAGAAGTGATTTT CTTTCTCTCACAAAAGAACCCAGAGACAGGCTCCTCTAAACCATCATGGCACAACCACCT CCCCATACCCAAAAGCTAAAAATGAAAACTCACAGAACACAAGCTAAGATATATGTTCAA GAGTGATTGTACTCTCTGCATCTGAGTACTAAACATGTTAATATGTCCTAAAGTTCTATG TGTGAGTGTTAGATTAGTCATGGTCCGTAACTGCATGTTAGATGTTTCCAACTATATTAT CTCTAAGTATTGACTTTGAGATAATACACATTAAGGAAGATGCAAGATGAGGTTTGATCA ATAAAGGGAACTCAATGCACAAAACATTTGGCGTTCACGCAGGGTATGGGGAAGGGCCGC ACCCTGAGGGGTGTGATGTAGACAACCTACTTCCCCAACTCACATATGACCTATCGTTCA TGCGGAGACAACTTTACCTATAGGTCACAGATTGAAATTTGATCAATCTGTCTTTCAAAT TGTCGAGTATATCAAATCATCTGTTTGAAACAACTATGCCTAGTAAAATACTATCGAATG TTACTCACTATGCACTGGTAGATATCAAGTTATGAGAAGCTAAGGTAGTAGACCCGACAT AGTTTTCTGAATATTCACATACAACCATAGTGGGATAGTACATATAACATTGTTTATTTT TTCGCGTGAACATCCTTTCGTACATAGTGAAACTGCAGAATCATTACATCTAGCTTTGTC TGTGCATGGAATGAATGTTTCACATCTTGATGTTATAGTATTGTGCTGATCCATTTTGGC TTCATGCAGAACTTGCTTCCATTTCTTGGACCTCTTCTGAGGAAATCCAGTGAAGCATAT CGGAACTTCTCAGTGATAAAAAGCTTGAGAGAGTGTGAAAACCTACAGGTAAGTTCTACT ATTGTCACATACAGATTCCATATCCAAAATGCTCTGAAGGAACCTTCGATATCCTACCCC ACGTGGAACCTGCCCTAAGAACAGTTTTCGAGAAAAAAACTGGTCATTCTGATGCATACA ACAGTTTATATGTGGTCATTTGGGTTTGCTGGCATCATTTTACCTGTTATTTTGTTCCCC AGCAAGGCTTAGGGGGGCTTGTTATATCAATGTAGAGTACATTGATATTTTTTACTGGCA TGAGCAGGGCATGGGCGTTTCACATCTTTTTTTCTTTTTTCTTTCCTTCTGTTTTATGGC AACTGCCAATTTCATCATTGCTATTCAACTGTTTGAGTATACTTTTAATTTCTATGACTG GATTGTTTTACTAAAGCTGCGGTCTAGTATTTGTTGCCCCTCATTTTAAAGCTGTGAACG AAACAGGTTAAAGATGAACTGTATAACCAAAGAAAAGCAGTTTTGAAGATCACAAGCGAT AGCATGTGCTCTCTTTGCAATAAGAGGATTGGCACCAGTGTCTTTGCAGTCTATCCTAAT GGTAAGACAATTGTGCACTTTGTCTGCTTTAGAGATTCACAGAATATGAAGGCAGTTGGA AGAGGCTCTCAGTTGAGGAAAAGATGATAATGAGAAGTTGGATTTGGGATTAACTGAATG TTTTGGGTTGCTATTGGTGGCATTGATCCCATTTCTTCATGCTAGCACCATTTAACATGT TCTGCAGCTCAGTTTTAAGTTGCCATTTATCCTGAAAGTAAGACACTTCTGCTCTCAAGT CACAAGGGCTGCAATGGGTTGCAAATGGTACAAGTGTGCAAGCCTAGAATGACAGTGCTC CTCAAGAAGTAACAAGTTATACACATTTTTTTTGCAGATTATGGCCAATGTAGAAGCGAA TACAATTGATTTGATGTTGTGTATTTTTTCTGTATTAAAATGGATGAGAGCTCTTAACTT GAGGTGTTTATAACTTAATTTTGAGTAGAGTTTTGTTACAACTCAAGGTTGTGAATGTTC AATTAAAATGCAATAATACACAACTTTCTTTGTTGATTGTATTTCCACGTAAAGCAAATA CAGTAGTTTTTTACTTCTTTGTTGGGCTAACCCCATCCCCATTGTTATACATGACATGAC AATAAGATTCAGACTGACATCCCACCAACATCTAGCCTTGATTGACTATAGTGGCTATCT TTTCCCGGTGAAAAGGTATACAACCACCCCAATCCTAGACCCATCGGGCGGAGGCTCGGT ATGTATGATTTGGACATCAAAAAGCTTCTTGGCTCTCTTGAAGAAAGCAGATTCCTTCTT CCATCTTCTCAAATGAGCCATAACAAAAGCTATCTTCTTTCCACCTCCTAACAGGAAGAA CCTCAACGTGTTAATCAGAGGATCATAGAGGTGATCATGGTACACCACATCAGATCCCAA AATCAGGTCATAATCTCTACCAACAGCCTCCATATGCTGGTTATCCCCCCAGCTAAGCGC CGCAACATCAACACCCCCACTCTGTTGTTCCAAAACTTGTGAGTTTGCATCAACATTGAA CTGTATATTAGGCAGCACATGAGGAAGGTCAGTGACAGTAACCTTAGCACCAAGAATAGC AGCAGCAGCTATCCCAACAACACCTGTTCCTGAACCCAGTTCGAGAATACGAAGGGGTAG CGAAACCCCTTTTTCCTGACGTTTGAACAAATCGGAAAACGGAGTTGATTCGCCGTTACG AGTGTTATCAAGGAGAGTGACGAGAATAGTAGCGGCAGGCCAGAGTTGGAAAGAAAGGCC TTCAGATGGAAGTTGTCTGATGACTACGTTTGAGTTAATGGATTGGAGGAAATGGAGTTG CTGTTTTTGCTGCTGCGGAGAGGCGTCATTGTCATGGCCATCTTGTGGGAGAATCATAGT GAACGGATTGAGGTCGTCCGTGTCAATGTCTCCTTTGATTTCGACAATTGGAGAAGTCAT GTGACAGGCGGCGGCGATTCCGGGGTTCTTGAGGGGTTTATCCGACCCAGTCTGCGGAGT CTTGCCCTAACAACAAATTTTTATTTTTTATTTTTTTTTGGTAATATAAATGGTAAAGTA GTATTACCATAAATATAGAATATAAAATGGTCAAGTTGCCAAAGAATTTGAAGGACGCCA GATGGTAATAACGAATTTAAAACCAAAAGGATTGATTTTTTTGTTTAAATAATTATCAAT CAATTAAGTCTGTTTTTTTAATAACTTTGGTTATAGTAGATTTTGTTATTTTCTTCGATT TATTCAGATTTTGCTGATGTTTTCAATATAATATATGATAATGTATTTTTAAGAACATAA TCAAAATATAAAGAAGAGAATGTGATTTGCTGCCTATGTATTCCAATGTAAATTTCTCAT CGGTTAATTGTTTGATGCATTTTCAACTTATGCACAAATATTTTTGGGGTTTTCAGTTCA TTATTGAAAGATAAATACATTTTTACTAATAACTTCAACCCAATAGAGTGTTAAGAGAAA CAATTTTCCTAGTTGTAATTAATATTACTATGACTTAATTCCCAGCATGTCACAATTATT TTCAAGGGTATTTTGCCCAAAAGTTCCAGACTAATAACTTTTACTCATGAAAATTGTATA GATCACAAATTATTTTGATTTTAACATCGTCGCCAAAAGCTAAAATTGACAGACTAGTTT CGAGTCAAAGTTGTTCAAGCAGATTGTAAAAGCTTGGAAAGCAAAAAGTCCACGGTGAAA ACGTCATTTCTAATTTTGGTGAATTGTAAAATTTTCTAATTTCCTTTATATTTAAGTCCA AAATTGCTATTTAAATCCAAAATGCAATTTAACTTATTCATGTCCAAATTATAACATATT GACTAGGTCTTCTATTGATTAGTGAATATAAATATACTTGTAAAAGATAATTATTTCATT AGTGTATTTTCATTAAAAACAAATCTAGTTGGTAATCTCATAATTTCTACTGGTATGAAT ATGATCGCGAGTCAAAAAACAAAAGGAAACAGGTTGGGCTTTTTCAAGAGTATTGGGCCG TAGTTCGTTCTAAATCATTCATGGTTAGTTACCGATATTTTGCCAAATAACAAACGAAAA ATTACTTAAATACACTACTTTAATTATCTTAATAACCATTTATCCCAACTTATTTTAAAA ATTTCAAAAATCCCTTATTCCCCCAATTCAAAAAAATATAAAAGATACATCAAGATTTTC CACCTTTTTTTCACCCAATTGGCAAGTTTTACTTTACCAAAAACTAAATCCTATTTTTAA GCTACCCACTTCCCCATTAACATCCCCAATTAAAATTTACCATATTAATTTTTATTCCTT TTCCTTTTTATTTCCCTACATTGTAGGTGTATAATTGTCTACTTTTAATTCCCCATTCCA CACGTTTGCAGGTTAATTTTGAATTCCAGTTAAAATTTCATCCATATCTATTTGATATTC TAGGACTCTCTTTCCATCTACCAAATTTTCTCCTTCAGCTTATTCATCGTGTGAGTTTAC TAATTTTTATTCCTTTTCTACTTTTAATTCCCCATTCCACTTGCAGGTAAATTTTGAATT CCCTTCAAATTTTCATCCATATCTATTTGTTATTTTGTAGGACTATCTTTCCATCTAACT AGATTTTCTCATTCATTCAATTCATCGTGTGAGTTTACAAATATCATGGAAGAGTGTGGT AATTTCAAATGTGTGTATGATTCTGATGATGAGCTGTGGGCTGAGAATAGATCTAAGCGA TTGCATGACCCATTGTTGATGAAGAACAACAATGATGAGCCAAAGAAGAAGACTGAAGAA ATCAAGAAAAAAAGGCCAAGAAAAGTTACATCAACTGTGTAACTTATTATACGTAGCTGG GACAGGATGAACAAGTTTATATGTTGTTTTGTGTTGAAGACAATTATCTTTTGTGTTTTT CTAAAAGCTTATTGGTATTACAATATTTTATTAGTTATGAATGTTATATTTTTTCAAGTT ATTTTTTTAGAAACAGTTGTTGCTTTACAAATTTTTTAGTGTTTCATTTTAAGTTATTTT GACAGCTAATTTACAAACTGAAGTATATTACACTTAAGTTCTAATGTGTATGATACATTA TTAAGTTTTTTTCACTTTATACAAATGATGTATATGATACATAAGTATAATATATACTTG AAAAAATATTGCAGTTATATATTTAGCAACTTGAATTATATGAATGTATATGATACATCA TATACATAAACAAACTTAACCTTGATTACTATTACAGTATAACGCACCACTAGAATGTAC TATATCAAAATTACAGTTCATAAGGCTGTACACACTAAACATGTCGTACACATTTGAACA AGTCAAGTTTTGGGACACTAGAATAACTCATGATGGAGTATACACGAAAAATATAACAAA ATTTTCACTAAAATGAATGTATCTGATACATAACTGGTTACAAATAAGCCCAGCTTGAAT TACTGTAAAACTGAAACCCAAACACTGTTGAATATAATATATCAAATTTATAACTCATAA GTATGTATACACGAATCATATAGTAAACAATTGAACAAATCAATTTTTTGTACACTTAAA TATCTCAAAATACAATATACACGGAACACATAACATCTTTTCAATAATATTCATGTATAT GATACATCACATACACAAACAAACTCCTATATCATTACTGTTACATTGAAAACGCACCAC TGTTGAATCTATTTATTAATAAAATTTGGAGTTTAAATTTGGCACATAATTAAACTGCAA AGTCACAAATTCTAGACTCGACCAGAGCAAGAGCTTCAGTATCTCTTTCGGTACCTTCCA CGCATATGACTTCACCTGATGAACAATCAAAATTACGTATATCCCCAACAATTTTATCAG TTGTATCAATACAAAGCGGATACATGCCAATTCCAGTTGCATTCTTTTTCACTTCGAAAT AAAGTTTCACACCCATGTCGTTTTTGATTTTCAACGGACATGAGCTTCCCTCGACAATGT ATCGTATTTCAATATCCTTTGTAACATTGTCGATCTTAAGCTCTGCTAAAATCAACGTTT TCAGATTCACAAACGAAATAGAATGGCTAACAACAATTCCATCAACTTTGTAACCTTCAT AATTAATATTGCTTACCCAAATTCCAGAATGCCGCAGCAGAATTGAGATATTCATCTTCA AAACCTTTTTTTTTTAATTCTTAGTATGCAGATCAACCTTTACAAGAATATTTTTGAATT ATGAAGCTAATCTGATTTAAAATTTGAATTTACTAATCAGTTACACAATCTGATGACCAT TAATTACGTGATTTCAGTTAAGAATAACAGGAATCACGTTAATTAATCCTAATTAATCGC AGCAGCCTTTTAATTATGATGTATCAGTTAATATGTATCCCGTGCCAGAGTGATGTATCC CTTGCCAAAGTGATGTATCCCTACTAATCCGTTACATAATTTGATGACCATTAATTACGT GATTTCAGTTAAGAATAACAGAAATCACGTTAATTAACCCTAATTAATCGCAACAGCCTT TAACTTTGATGTATCAGTTCTTATGTATCCCGTGCCAGACTGATGTATCCCGGTTCTTTG CTTTTTAAGGGATTTTTAGTAATTTCAATTCTTAAAGGGATAAATGGTCATTTTGTATTT ATAATATGCGGTTCCTATAATTTATACAATAACAAATAGGAAAAGTTATGCGGCTAAGCG AACTTATATTATTTAATCACTCATTATAGCTATAATTTTCTATATTACCACTGGCGATAG CATTATACATTAATTACGTTGACTGACTTCGAGTTTGTATAATTAGTCATGTTTGTATAT GTATAATTCATCAGGATATACAAATACATATGTATAATATAAAAAATTTTAACCTATATA CGTATACAGTTCACCTCTCTCCCACTGTATTTCCTCTCGCTTGCCTCTCTCCTCCCTCTC CCAATTTAGATTGTCATTTATACAAATGTATATGTATAATATACAATTATATACAGTTAT ATACAATTATATACATATACAATTCACCTCTCTCCCACTCTCGGACCTCTCTCGCTCGAC TCTCTCCTTCCTCTCTCGATTTAGATCGCGTCTCTCCTCTCTCTCCAGTCTCGCTTGCCT CCTCCTCTCTCTCCAATCTCGCTCGCCTCTCTCCTCCCTCTCTAAATCTTCTTGTTATAT ATACAATTACATATGTATAATATATACAACTATCTAACCAATATACATATACAAGTGGTC TTTCTCCCACTCTTTTCCTCCTCTCTCTCTTCTCTCTTCTCTCTCTCCCAGTCTCGCTCG CCTCTCTCCTCCATATAACATGTAACTACAAATTGTAATCATCAAACTATAATTATGAAA AGTAATTAATTATTTTTAGTGGCTATATGTAAAAAATTTCCAATTTAACGTATATCTATT TAAACTAGAAATTTATAAGGGAAAGCCTGCAGAATGCCTAAACGAGTCCCTATATTTATC ATTTATGCCTAACAGATTTCAAAGAATATCAATTACTATTTAGAACTATGAATGAGTACA TGCGTAGATACATTGAATTCAGATTTTTTATTGTTGTAATTTTTTTAATCTTGTTAACTT AGAAAAAGTATATATTTATCATAATTTTCTAATCTACCCCTAGAGATCTGTTCTCGATAT TTTATGCTTATTGTATGAACAATATTTGATTGCACAAATTGCATAGTAGTGTCATAAATA GTCATCTCAAATATCATCAGGGTCCTTCAAAATGTACTGGCATGTATGAGATTGAAGGGT TTATTTAATTTGTGAAGTTTCAATGCATTTTGTATACGTGCAACAGTTAAAACAAAATCC TTGTTTATTTAAAAGATACAAAGTTTTAGGAGAGGGGTACAGATTATTTAATATATTGAA GTTATAAGGAGGACAAAGAATAAAATCTTTAATAAGCTTGTGGGGAAAAGGAGCAGGAAT ATTATATATATTATATTATACATAATACATGGCGGTCGTAATTAAATTGATGAAAGGGTT CACAGATCAAAACCAAACAAATGTTACACATATAACAAGAACACACCATACACAGCACAG CAGGAACTTTATGCTCATCATTATAACCATTTCTTATGTACCTAAAAATGCCGATTGTCG GCTACATTTTCTCAAACCTAGTAAAATCACATAAAATAAAATTGACGCTCACTTATTCAT TGTCTTCGTACATTTTATTTGTTCATACTTTAGTTGATGTATCATATCCTATAACAAATA CAAGGGGCCGTTTAGTTAAAAATAAATTATTTTAATATAAATTATTTCAAAGTTAATTAT CTCATTAGTATAATATGAATGAAGAGATTGATAATCTCAAAAACTACCTAATACCCTTTC TTCAACCAAACACAAATTGAAATAATCTCATATTTTATTTTAGATTTATTATATTTTATA CCTCGTATTAAAATTACTTCTAAAATAGAGAAAAACAACAAATATACTCATAAATTATCA TATATTCTATTCAAATATCTTTGTCTTACTTTTGGGACATTGGTGTTTTTGAAAAATTAG AACATATATATCATTTATACTAACGAACATACATGTGTCACAATCTTATTTACCAACCTG ACATTTATTGATATTGAATCGATGAATAATATTGTATCACGTATCTCTATTTATCTTACG TTAAAATAAATAACATATATATTCTAACTTTAGAACGACTATAACAATAATATCTCAAAA ATATAACAAAAAATATCTTCATACTATTTATAATATTTCTAACATATATTTATCCATTGC CCTCTAAAATAAGAAGAGCGAGGAGTAATGTATTTGCCTCTCTCCAGTACAATTTATTTT ATTTTCATCCAATTTTATTATCTTATCCTATGACGGTGCATCTATCAAGTTAATTAATTA ATTTTCTTACTTTTATAAACTTATGTGCTTACTGGTATTGTTGGATCCTATTTCAATAAA AAAAATTGATGTGTCGATTCATTTGTTTATTCACAATCAAATTGATTTAGTGGGTGGATG AGGTGGGTGTACTAAAAAAATTACTGACCCGGAAAATTCATACTATTAATAGTATCTTTT AAGATCCATTTTACTAATATATTAGTTGAAGGTTTTGTTTGATTCATATATGTAATGTAA ATGCTTTAGTTTATCAAAAAATATAATTAAGTAATAAATGTGTAACATATCTAACAATTT TTTTAGAACTATATCACACAATTTAATATAGTAGTATATCATAATTGTGGGTACAAAAAC TTTTAGGTAAGATGGACAACATACTTCAATTAGTAAATTTTTAGTAATTTGTATTATCTA TATTTAATAATTTGTCCTATCTGTATTTAGGAGGTTATGATAACAAATGTGTGTTAAAGA ATGACAACAATCTAATATTAGTAATTAATGAGATGTGTGGACTCTTTATAAGGCTCAGAT AATTTTTTTTTGTTTAAATTAGCTTTTGGAGTATAAGTTAAACCTAAAATCTAATATCAC ATGAATTCAGAATAGAGTCCATCTCATTACTAATCCAATACTAGGGTCTCCGAAATCAAA ATTATGTCCGTCCATCTCACTAATAGTTTAATATTGAGATCTCCAAAATCAATATTATCA ACGCATCAGATATTAAGCATTGGACGTGAGTTGAAGGTTAAAAAAATAATAAAAATCCTG TATTGATTGATAATAATATTGTTACTCTTTGTAAGACTTGAATATTAATTTTCTTCCCTT TCTTTGAGCTAGTTTTTAGTACGTGAATTAATGTAACTAATTTCACGGAATAGAAATTAA AGGAGTTGGGCATACATATGAAGGGAACAAAGCTTACATGCGAAATGTATAGCCATGCTT TAATTGGCAAATTATATAATCTTAGAAATTGGAGAAACAAATTCTTTGAAAACTCACTTT AATGTAATTTGATCCAAAACTATACTTGTCATTTATTTATTTATTGGTTATAAATGTATA TATAGTAATAGAAAGAAACTCATGAAATAAGAACACTGTATCATTTTTGCACTAAAATTA CAAGACAAGGTAAATTCAATCTAGTTCAAGTACATACATCTAAATATGAAAAGCATGTAC TTAACACGAGAAATTCATGAGATGAGAAGATTTGGGAATAAAACTATATCAGTGATGTAG TGAATCTATCTTTTTCACCTTTTTAATTGAAGGGGATCTTAGTACGTACAATTGATGATT ATAAAAGCAAAAAGCAAAAAATATCACTGTTGTGTAACAGTATTAGTAGGTATTTAACCA TAGTTTTCAAATATTTTTCACTTAATTATTTTAAATTTATGGAGTTATGGATGAAAATAG AGTTGATCATATGCTTGAATGTAAATTATTTTCTTCATCCCATATAGTTAGTTATCATTA TACTAAAATAGACTCGATAGTTATCACATATCAGTTATCCACCTTATAAAATAAAATAAA AAGTATTACTTACATTTTTCATATTATCCTTTCAATTAGTTCTTTTTAGAGTGTTCATAA GTAATTTTTTAAGGATGAATTAGTGAAATTATCTGATTTCTTAATATGCATATAAAAAAA AAGATCAATTAATATAGAATTGAGGAAGTAAAAAGTACCTAGAAAGTGAGTTAAAAAACA AAGTATCACTGATTTTTTAAATTTGAAATATAATTAAAAAATTTATGGTCAAACGGATCT TAAATCGTTCCAAAAACAGGAAAAGTAATTAGGGGTATAAATGACATTATGGGCATTAGA AGAAAAAGTCTCGAGAGAGATCTAAGTTTGCTTTGGGTACAAGGCTACACCACCCTTACA GGAGACAATAAGAGGTTTCAGTTTTTATTCTTTAAGAGGAATAATATTGAGATTCATTTT TTGACCATAAAGTATAAACTCAAAAAACTTTTATAATGATACAAGTACAGCTTATAAGTT GTATAGATCTATCAATAGTTGCACTCTCTTTAATTTCTCTTTTGAATTTTCTTTTGCTTT ACACTATCTATATATGATCTATACATATGTAGAACCTATACTAAACTTACTCTAGTTATA CACATTGAAAGCTTAAAGAAGAGACTGCATTGAGACTAACGAAATGAGATTCATCCCAGT TGTATCTTTGTGACTTTTGAGGAATCACTTCTTTCTTTCTCTTTTTATAAAGTGTGTATA CTTCATTTGAATTTTGGATTTAAACAAGGCCAAATATACAACTATATATGGACAATGACA ATACATTTGTTACATCCTACTCTCAATCGATCTTTATGTATAGAAGTTTGGAATTTCTTA TCACATCAATTTAACCTTTATAAGTTTGAACTACGATAGAAGCACCTGTTTTGTAATTGG TTTTGAATTTAATATTTATACTAGCGATTTTTCAATAAATAAATATAAAATTTAGACCAA AGTAAATTAGGACCCGACCCATACTTAACTTTCTATCGAGTTATACACACATTCTATAAA CTTTTTATGTTATCAATGTAATTTAAGCAGTGATTTATATTAAGTTAAATTATTGTTTTT AGGGGAAAAGGGTTCAAATATGTCATTAAACTTTCAAAAAAGGCTCATATATGCATCAGT TAAAAGTTTGGCTCAGTTATGTCATTATCGTTAAAGAAAAGACATATTCATGCCATTATT TTTAATAGTAAGTTTGCAAAACTATTATTGACACGTGGCCAATTATAATTCAGCCGCATC ATTAATTTTTTTTAAATCAATTCAATTTTTATTCAGAATTTTGAATTTTTTATTTTAAAA AATTGATGACGTGGACAATTATATTCAACTTTTTTCAGAATTATGACTTTTTTAATTTAA AAAAATTATCACCGAATTACAATTGGCCACGTGTCAAACTGGTTTTGCAAAACCACTGTT AAAAAATAATGGCATGGATGAGTCTTTTCTTGAACGGTGATTGCATAGATGAGCCAAACT TTTAACTGATGACATAGATAGATTTTTTCAGAAAGTTTGATGGCATATTTGAGCTTTTTC CCTTGTTTTTAATTTTCCCATGCTATATAATATTTTATGATTTTCTTTTTACACGCATTA CTAAAAAATTATACATAAAAAGATAATTCTATTAATTCTTTCCTTAAAAAACTTTTTGAA AATTTACGTAAATATTTTCAAAAAAGAACTAAAAGGGTAACATAGGAAAATCTTTGATTA ATGATTTCTAATAAGATGATCAATTAATATGAAACAATTATTTTTAATAAGATGACCAAT TAATATGAAATGGAGAGAGTGTTAATTAATGTCCCAGATACTATAGATTGAGACTTTAGT TTAGCAATAATAATGGTGGGGTTGGTTATAGCTAATTTGCATGTGCATGCATTGCATGGA GAGTTGGATAAGTGCATGTAAAGGGCCGCGTGGCACGTGAATTAATGAATAATGATTTAA CACTTTATTGGGTTAGTGTATTAAGCAGCAAAGTACCATAATAATTAGAGGCAATATAGA GAAGTATTTGGAAAATTGGTCCCAAAGGGCCCACAAAATCTAACAAGCCACGTAGACAAC AACATCATTATCATCATCATAATAGAGAGTGGTGTATAATTAATGAAGGGAAGCGTGAGT ATATTTGTTGGTCATCCTTAAACGATGTGAACATTTAATGGTGCTTGTTTACATCATTAA CCAAATCCTAGAGAGTTTCATTAAAAAATTTAAAAAAATTACTACGGTCTCATATTAATT CTTAAGATTACAAGAGTAAAAATTATGTATCTGTATTTATTTATGTTTTTCCAAGAAACG TAAAAATAAAAACAAATATCACATTTATTTATTGGCATTTGAGATGGTTGTTTTCGTGTT TCGTTATTATTCCAATTTTCTCTTGGAGAGCCTCGCATCTGTCACTAGTAATAATCACTA TACATTATCTCACCCCTTTCCCTTTCTTAATTTGAAATAAATACATTTATGAATATTATT TGTGAGTTTAATTTGTGTGTAGTTATTTGTTTAAAAATAGTTACATAATAAAGTCTTAAA AAGTGCAAGTTAACTCTATGTAATAACATTAATTTACATATTTAATAAAGAAATAAGTAA TTTATTACTATAACAACAAGTTATCTTACGTGTTCAATATAATAATTATAAATTATTTAC ATTTATTTTAGGCTACCAATCAATATTTATTGAATTAAGTTACCTATAATTATTTTTTAC CTGACTTGACACTCTAATATTTTCTTCTTCTAAGTTTATAAACTTAAATTCATGGTGAGC AATTTAGTTAGAAATTAGTCAGAATGATCAATTGCTGTCGAATTTCTCTCGTCATATCAA ACACACGTGTATATATTAAGTGTTAAAGATGCATAATCGAAAGATAACATGTTATATTTT TAAAATCATAAATAATTTTACATTAAAATCTTTTTTATAATGGAAAGTGCTAAATGACCA AAAAACTAATCGATTTTATAGATATTTGGGCTAGAGTTGACAAACAAACAAAACCAGCAA TATACTTTATTAGTATCGCAAAAAAATTAATTATAATTAAAAAAAAACTATAATTTTTTA ATTTTAAAATACGCTGATACTTTTTTCCATTTTTTATTAAAATGTCTAATAGTTAAAAGG GGATAAACATTTAAAGGTAAAATTACATAAATAAAATATCATTCTAGCCAAATTTTTTGA TTAAATTTTTTTTTTCCTTTAATAAAATTATATGATCATATGGAAAAGTTAAAAGAATTG TTTTGAATCATAAATTTAGAAATTCTATTTTATTTTCTTCAATTTTATGTCATGGGTTTG TTTACACATAAATTGAGAGAGGAAAGATAGTATTTGTAAAAGGCGAAGCCAGAGTTCATC CGAAGCTCCTTCGGTAGAAGACATTATCAATTTCTCCATCTACATTTTATTTGTCATGTT GCGCTTTTAGAAAGTCAATTTGACTAATTTTAAAATATGTTAATGCAACATTTTAAGCAA AAAATGAATATTTAAAAACTACATGAAAAGTTCAATAAATTGTAATTTTTTACATATCAA TATGATGAAAAAATATATATTAAAATGTTAATCAAAATTCTTGTAGTTTGACTATAAAAA TAAAAACCATAACAATTAAAAGTAAAAAAAAAAAATACTATGTATACCTGATTAAAAATA TTTTTTATATATATACGTAATAAATATTAAATCTTCTTTGATTAATTCATATTTTTACTT TTTAAAATTTTAAATCTCTTATTAAAAAATTTAACAATTTTTAATTCAGTAGTAGAAGAT TTGAGTATATAGAGGGGTAATGAAAATTGTGTAAATCGAAGAAACATGGTGGGGTGTGTT GATAGAGCATCTTTTGGAAAGTGGAGGGTCTGGTCTGGTCTCTGGTCTTCCCGTTTGTCG AACTAAGGGTGACACCAATCTCAAGATGATCTGATTCTCTCTCTCTCTCTCTCTCTTTTT GTTCTTTGGACTTTGAATCTTTTAATCCCAAATCCCATTGATATTCCAGAGGTGTTTTTG TTCTCTTTTGGTTTTGGACCCCATCACATTTCATCATTAGTATATGTGATTCATGGTGGC CCCCACACCAAATCTAGCTTCATTTCCCTTTTTCTTTCTTTTCAAACAAATTATTAAAAT CCGGAGGGTACTTTTTAGCTACACTAAGTTTGCATCTTTGAGTCAAAGATTTGCTCTCTA TGTCATGTTCCAAACATTTGTTGCTTTGATGATTGCAGAGTATCTCATTTTCATGATTCC TATTCCTATTCCTTCTCATCCCTTTTTCTCTCTCCCACTTTTTGTCTACTCCACACTAAA TCTTTGCTCCATACTCTATCCATGTTTTGTTTTATTTCGTAACTCGAATTTATAATTTAA TAATAATTTACAGGGGTGTTTATTACGAAATTGTCATTTTTAGTTATTTTTTTATATGTA TAAAAATTTATCTTTAAATATTTATTTGACTTAGGTTCACATTTAAAATATATGACCAAA CGAGACGTCCTAGATCATTTTTATGAGTTATATCCAGACAATTATTAATCTTAATAGAAA TAAGTCTAGAAAAATAAATCAATGTCGGAACTTGGATTGAGAAGAATAAGAGTGAAGGGT GGTTGATATAGATAGATAATCATGATGACAAGAAGACCAAGATTACCTAAAACATTCATA GATTCTCTAAGTCAGTTCACGTGAATACATGGTAGTACGACCAATTTACTAGTGATGTTG GACAATGCCTAAAACTGCTAGTTGTTATATTCTGCACCTTAAGCTGAAGAGAGGAGTGGT GTATACTCAGTAATTAGCAACTTTTACTCCTCTTCAGTATCATTTTTATCAATCACTTAC AATATTCCTTACTCTAACTTGATGGATTTGACTGCCTATTACACTAATAAAGTGTGGTCT TTTTTCCTTCATACTTATAAACACCACTACCTTACACTGACCCAACCTAAAAGTCTCATG ACACTATAATAAAAATAACTTTTAACGATAATAAATAAACACATAAATAAAGTGCTAAAG TTTTTATCGGCATTAGTTAAATGTTATTAGATTTAATGTCGCTAAAGCCTTTAGAGACAT ATACAAAGAGTGTTAATTGTCACTATAAGTATATATTTAACGGCAAATGCTAATTAATTA ACGCTAAAAATCAATTTTAATGTTGTGTGACTTAAATCTGGTACATTGAGATTGAAGATT TGTTCATGTAAGAGAGATTATTTTTACTATTTTACTGTCATTTAGTACATATATAATTTT TTTACCATAAATTTTAATTTACTTTAAAAATATTTAAAAATAATTACATTAATGACAAAA TAGGAAAAATAATAGTTTTCCATCGTATTTACGAGTTTAAATAAGAAATAAAAACTTTTG ATACTTATAAAATATTATTACAAATCATTCTGTTAAAAAAATATATTTATTTATTTTTAA ATTGACTAAAAAGAAATAAATCATATAAAATAAAATAAGAGAAATAACCAACTTTGTTAT AAACTTGAAAAATGACCAATAATTTAAAAGGGAAAAAAAAATAAAGTAATTTCCAGTATG ATTGGGGTGGCAGGGAGAGTGCAGAAAGGTAGGGGTGGTGAGAGCTTAAGTATTGGGTGT TGAGTTGAGAGTTGAGACAGGTCGCCTCGTGATCGGAGAAGGCAGATCCCTGGAAGACTG TTCCCCCTTGTCACGTGGGTTTTCCTTTGACTAACAATAATGAGTTATGACCTATTTATT TCTTAGCTATAGATATGAAATTACAAAAAATTATAACGTAAGACATGAGAACTAGCAGTA TAACTCAGGTATTACTATATATATAGTGACCACATGGCATTTGCTTAGCTTATCAGTCTC TCATGTCACACATGATCATATGGTCCCTATCCCTCTCTGCAATTTTTTCTGCAAACAAAG AAACGTTTAACGATCAACGTGGACTGTCCTGCACCTGCTGACTGGTATTTCAACATTTTA TCAACTTATATATATCAGCTAACAGACAATACTACTAAACCCAAAGCTCTCTCTCTACTT AATTCAATTCAAACCTTCTATTATTACTTACATTTCCCTTATAACTATTCCCCTCTTTAC CCCTCCTTTCTCTATAAACTCCTCGTTGATTAATTTGAACAAGTCCAAAAATAAAAAAAT GATGCATCGTTGTAGTGGGAGTATGGTTGGTCCATGTTCATGCGGTCTTTTTCATAACCA AAGTGGAAGTAGTGGTACTACTACTTCATCTGCATTCTCAATGCTCTTCTCCCATGAATA TTCAGAAAACATGTACTCTTCTTCGTCTTCCAATGTTGATTGTACTCTTTCCTTAGGAAC TCCTTCTACACGCCTTATCAATGAAGACAATCATGAAAAGAGATCCTCAGTTTACTCTAA ACATGAACGTCTTCGCTCTTCATCTAACTGCATCTCTAATTTCTGGGATATACTTCATCC CAAACAACATGTTACTACTCCTCAATACAAGTCCACTCGTGGTGCCAACAACAACTCTAC TACTACTGATCCACTGGTCGCTCGCCGCTGTGCAAACTGTGACACCACTTCTACACCTCT TTGGAGAAATGGACCTAGAGGACCTAAGGTATATGTGATTCATTTTTAATTTATTTATTT ACATTTTATAATGATGAACAAGTAAGATTATTATTTATTTTTCTTAAAATGTTTTTTGCA GTCACTTTGCAATGCGTGTGGAATTCGTTTTAAGAAAGAAGAGAGAAGAGCGAGTGCAGC AGCAGCGACGGCTAATGGTGGAGGAGGAGCGGAAACGACGACGCATCAACACTGGGTTCA TCATCATCACCATTCACAGCCAACAAAAATGGCTTGTTTCTCTTCAGCTAGTTATGGAAA TGAGTTCAGGTTCATTGAGGATAATGAGCATCACCGTGACTCCGATGCTGCCGCCACCGC CATTCCATTCTTTCCTTGGCGTCTCAATGTTGCTGATAGGCCTAGCCTTGTTCATGACTT TACTAGATGATTTTTTTTTATTTTTTTTTAAAATCAAAAGTAGTAGGATCAAGGTTTAAT CATTAATCTCAAGAGGAGAAGAAATTAAAACGGGAGATGAAACTATTTGATGACGTGTCA TGATGATGGTGGGCCATGGTTGAAGAAATTCTTTTTATCTTTTTATGGTCCAAAGTCTTT CTTTCATAGAGATGGAGTGAAAATGAGTTAATTCTATGTTTTTATGTTTCTTGGCTTTTT TCCATCCTTTTGGGTACTAGTTGTTATATACATTACTCCTAGTATCTTTAACTTTTCACT TTGATGATGATCAATCATATATCTATATATATACATATGTTACTTTTGAGACTCCTATCA CTTTTTCTCTGTTAGTCCATATAATTTACACTTTCTTGAATATGATGATCCACCAACACT GCTCTCTTTATCAACTGAAAGTTTTCGACTGTTTATGCTGCCGGCAAATTCTGAAACACT CTCTTTTTAGCTTTCTGTGTGTCACTAGAATTATTGCTACACTACTGCTACATGCCTGCA TTTCTGAATTAGTAATCGTGGCAGAGTCGAAATTTTTGTTTAGAAATTCAAGACAAAGTA AATACACATAAAAGATAAAAAAGATTTGCCATTTATTATATATAATAACAAGCCATCATA TGGTGAAAATATATTTAGATAAACATTTATTATATATAACATAAAAAAATTAAAATTTAA ACTTAGATATATAGTGCAAATCTTACACTCTGCACCTTGTTCCGCCCCTAATTTATTAAT TAGTACGAGTAGTTCGTTTCATTTCATTTCATTCTGGGCCACAACTGAAATATTAGTTTC AATCAGTGTTTGAGTTAACTATGACTGAGATGATTATTTTGGTAACAATTACTCTTTATG TTTTAATTTATATGTACAAACTTTTTTTTTTTTGATTTGTTACCTTCCAATAGTTGGAAA CATTTTAATTTTAAAATTCTATTTTATAGTTAACGAAATGATTTATAGTCATACAAATTG AGTCAAATCAGTTGGTAAAACAACAATTTTTTTTTTTTGGTCTTTTCGTTTGAAGTGCAA CAGGACAGAACACTGAGTACAGCATGGTCCTGAAGAACATGAAAATGAAATTGCAGTGTT TAGCTGTAACAGAAAACTAAAGGGCTCTCTGTATGTATGCATTGCATGATGTGATGTTCC ATTTTGGCTCTTTCGGGTGCCTGAAATACGTTAATTATGGCTTTTCATTTGTGTCTCAAT TTATCTAGGCATGACAAAAAATTATAATTAAAAAAAAGATAGAGATATTTATGTGGTATA AATTGAAACAAGAGAAATTTCAATTCACTATTGGGTCTTCAAGATTCGGTTGAAGATAAG TTTACCATGTGAAAGACATATACAAAGTGAAGGACTAATCTGGAAAAATTTAGGTGTAGT GGCTAGTTTTTGGACTGCCTATTTACCACCATTTAAAATATAAATTAGAAATAACCACAT TTAAGGAACATTCATCACATAAATCTTCGATATTATAAAACTTTTTTATTTTTGGACAAG TTTAAACCGTCAATTTTAAAACCCCAACATTATTTATTGGAGTTCGCTCATTGTGCTCTG CTAAACTTCTCTGGCAACTCCTTTCAACTTTTATCAAACTCTTGAGTGGCAGAATAAGAT TTTGTTTTTATCAAAATATTTAAAAGTAAATACGAGAATAAATCAATAAAATTCAATATT TATTACGTATATGAATTAAAATAAATAATTTTAATTTTATATACGACATAATTTTTCAAG ACAATCCAAATGAACTGCCCCAATTTCAAAGTAATGAATTTGCATATTGTCATATGAGAC AAATGAAACGTCATGTAAAGAGGTCAACTTTTTCGTGTTTCTGTGTCCAGGGCTACTCTA CTTCATTTATTCCTTCTGTTAATTGCCAGAATATGGTATTTTAATCATATCGAAAGCTAT TGGATAGCAAATAAATATATTATACTATGATTAGATACAAACATATTTTAATTGAAAATG ACGGAATAATATTCTAGTATCAGTTGAAATGAAGGTTGGGCTTCTAGTGTTGATCCCTTT AAATAGCCCACGGAGCAGATGAAATGACCTGGCCATTATACTACTGAAGCCCATAACTCT TGGCATGGACAAGGAAATTGCTTTCATGATAGTTAACTATAAATATTCATAATCATTATA AACTTTTTTTTTTGGTTGAGTTAAGGTTGTTTATTCGAAAACAATCTCTCTATTTCATCC CAAGTAAAATACACTACCCAAATTTGAAATCACCCACAAACTTATATCAAAGTTCGAGTC ACCTAAAATAAAGTAAGTAAAAATGTTATTTATCATTGATTGTGAAGCTAGCTAGGTAGA CAGAAAAGTCGTAATGCACAATACATAAATGTGTATACACATTTCTCGTATAGTCACTCT GCTTTAATTATTGGCTTACCCCCCAAAAAAAAAGTCTACACAAATGAAAGGGATCGGTGC AATGTGGGTCGAAAGTAGGTAGTGTGGTTGATCAAAATTTAAACAAACTTTGTATTGTAT AGGAAGACAAATGATAATCAGCATTCAATTAATAATAAATTGTTTAATAGTAAACTGACC CCATCAAGGCCATAAAATATGTAAAATGACGTGCAAGAAATCCCCAATTGATTAATCATG ATCTTCAAACTATTTGTACCGTAAAAAAATGCTCCTCAATTTTTCTCTAATTAGATTGTG TCAAATAGACTAAAAAGTGATAATTTTCTTGGAACGTTTATTTTATGGATTTACTATATG TTTTACACATAATCGTCAGTGTAAATTAGACATTTTTTTATCATCATTATATTAAGTTTT TCAACGGATATAATCTTGAAACAAAGATATACTAATATATATTATTATTATTATTACTAT TATATGTATTGGTAGGAGGTGTGCAAAAAGTTGGTTGAAGTGTACAAGGATTAAATCTTT GACAGTTTTCTCCAACAAGATTCAGCTTCACTTTCTCTCCGCGAATTATCATAATTAATA CTTTGAATTAGAAGTCTCTTTCAATATCTATATGTCCCATTCAATCAACATATATATGTC CCATTCAACGAAACCTACGCATATAGATTTATGCGTATAAAGACATAATATACAAACATG TTCTTTAACTTGGTCTTTAACTGATGACATCACCTTCAATATACTCAATATTTATTTAAA TTTATTTAAAATTAAGTGAGTACACATATATCCTACGTTCTACGAGTGGTAGGCCTTTTA ATTGACTCAAAAGAATGAGACAAAGTACGTACCATCGGCAAATTGCATAAGTTCCATGAT TACTGCGCCGTAACAATAATATTTTTCTTATGTCAAATTGGTAGATATAATTTTTAAAAA AGTATATGAAGACGTAGTAGAGGTTTGATGACAAGTTGTTCCTCTATCACTCTTAACCAG CTCAACAAAAATTATGTGAACTTGAATTGGATGTTAGACCAAAATACAGTAGCATGTAGA TAGAGACTTGATAGTCATATATAGCTAGATTTGAAGAAGAGCACATATCTAATTTAGTGG TAAGTATTTGGAGTAATTTGATAAATTCTAAGGTAGATTCAAGTTCTATCAAGAAGTAGT TCACCTCATTTCAATGCTAAGATAAATTTGTTAGCTAAAATGAATGGGACTTGTTGAATA ATATAATTGAAGTCAGAAGGCCCTTTTCATTGAACTACCTTAGTACTATATATAGTTGTC ACTCGTCAATATCATATTTTTGGTTCTAATTAAACGTGAATTGCGGCCACAGCATTATTT CAACTTCCAATATACAATTCATCATATTAAATGCTATCATAGCAAGAAATATTCACGGCG TGCAACCAACAAAAGTTATAGTGAAGTGATAAGTATTTCATTATCTTTAAACATAAATTT TGAGTTTGAGAGTAAACCAACAAGCTCTGCATTATGACATTGTCTTTATTATGGAGTTTT TTACTTGAACTTAAAATACGAATGCTAAATATCAAAAACAAAAAAAAGTCCAATACAAAA AATACGATCATTGTTGAAAATTCATTTGATCACCACACTATGACAAAAATAATTTTTAGC GATATTAAATATTGATATTAATAAAAAATGTTAAAATTTTTGCCAGCATTAGTTCTAATG ATATATATTTTTTTTTGTGTAGTGTCACTCACCACAAAAGATAGGGGCTTCGGGCGTTTT TCGAGGCAACTATATGGACCATGTTGCGACTCATTATATTCTAAAATGCTTGTTAATAAA AATAAAAATGAATTTTGGGTCTAATTCTAGAGGTGATGATTGTTTCTTTTTTCTTTCTTG TTTTGGTTTGTGGGGCTTGGGGTTGTTTAGTCGTTTAGTGTATTCATACAAGTACGTCAA CTAGTTCACAGAGATACACTTACGAATAGAATTATTCTAGAAGTAGATGCAACTATATAT ACCAACTGCATCATCTTTGGTCATTGAATTTTTGTATAATATAAGCTTTGTTACATTTAA TGACGAATAACGGATAACAACTCAACACCTAACCTTACTTTAAAAATCCCCTTCCTCTCA TCTCTTCTATCCTTAATTCCTCCGTACACAAGAAACATTTTTCTTGCAAATAAAAAAATG GTGAACTTGGTTGAAGCACAAAAACCATTGTTACATGGCCTAATGAAATTAGCTGGAATC AGACCTCATAGTATAGAGATAGAACCAGGCACAATTATGAATTTTTGGGTTCCTTCTGAA ACCATAATTCAAAAAACGAAGAAAAACAAAAAAATCACAACCACTACTCCTCTCTCCAAC AACCAATATGCTATTTCCCCTGATTCCACCACCGAACCCGACCCGAACAAACCCGTGGTC GTACTAATCCACGGCTTTGCCGGCGAAGGAATAGTGACGTGGCAATTTCAAATCGGTGCA TTAACTAAAAAATACTCTGTTTATGTACCGGACCTACTTTTCTTCGGCGGATCAGTTACG GATAGCTCCGATAGATCGCCGGGTTTTCAAGCAGAGTGTTTGGGTAAAGGGCTGAGGAAA TTAGGCGTGGAAAAATGCGTAGTGGTTGGATTTAGTTATGGAGGAATGGTGGCGTTTAAG ATGGCGGAAATGTTTCCAGATTTAGTTGAGGCGTTGGTGGTGTCTGGATCGATATTAGCG ATGACTGATTCCATTAGCACTACCACGCTCAATGGTTTGGGATTTTCATCTTCTTCGGAG CTGCTGCTGCCTACCTCTGTTAAGGGTCTTAAGGCCCTGCTAAAAGTGGCTGCTTACAAG AAGCTTTGGTTCCCTGATCGTCTTCATAGAGATTTTCTCGAGGTTGGTTCATTTTTCTTT TATTTAACAAAAAGTTACAACTCTCTCTGTTTCACATGGATCGATCATGAGTATCAAAAT ATTTAGTTTTTTCATGTAAATTCGGACGTGAATCCTTCATGTTTACCGATGTATAAACTA AAAATTACTAGTTAGTTGGTTGTCACAGTATAGTATATCATTTACGTGTGGCTTTAATGC TCTCCACTGAGGAATCAGTTAACGGCAAACTAAAATGTTTATACTTTGAAAGTTTGGTAG AGGCAAAATTATATACAACAGTCTAACTATTTTTCTTTGCCAACAAAAGATAAAAAAGGG AAAATAAGAGAGGAGACAATTGAATTCATTAATAAGTTGAAGAAATTATGGCATACATTT TCCTACAAGGCCATAACTACATTTTACACATTTGTCAACAAAGAAGGAAAAAAAAAGGGG GGGCACCACGTAGACTTGCATAATTTGTGAGTTCATTATTACACATGTCATCCAGCCATA TGTTATTGACATCACTGCCAGTTTGCTCAACCAACTAGACCTAACTGCTTTTACCGTTTT ACGATCAACTATCTTCTACTTTTTTATCGTCATATATATGTGAATAAACCAAGTGACTAA AAAGCCCATTTCAGTCACTTCGTCAATTTCAAACCCGTTAGTGCAAGACAAATAAAATTC CAAGTTTCTTAACCAAATTCTTGAATGTCTCTCAAGTTTCTTTCGATAATATTAAAAGAG CAAGTTCATAACTTTGGTGAGATAAAATTAATAATCTTGGAGAGGAATTTTTGTATTTAT AGACGAGAGAGTGTTGCTCGAATGGTAAACACTTCTCACTTTCAACCTAAAGGTTGTGAG TTCGAGTCACCAAAAGAGGTGGGAGCTCCCAGAGAGGGGGTAAAAAGAGAAAGGAATTTT TGTATTTATACTAATACAAGTATGCAACAACATTGATGTCATCGTTGTGATTCATATCTA AAATGTCCCTCACTTGACGATATGTCAGGTAATGTTCACCAACAGAAAGGAAAGAGGAGA GCTGCTAGAAGGGTTGGTGGTGAGCAACAAAGACACAAGTATTCCAAATTTTCCACAGGT AATTGGAATTTCATGAGTTCTATTCTTCAACATTTCACACAAAAAACTAGAAAACATAGC CATTTTTCCAACTTCTTTTTTTGGCAGAGAATACATCTCCTCTGGGGTGAGAATGATCAA ATTTTCAATTTGGAGCTTGCTCAGAACATGAAACAGTAAGTTTTCAGGCTTATATTATAT ACTCAAACAAACATATGAGCTCCAGGAGTAGTATACAAGATCTCACATTAGAAACTTTTT AACATAGAAGTTATAGTAATAAGTAGTTCAATAATGCACCATTTTAATATATGGCCCATG TATATAATTCAAACTACTACATCAACAATAATTTAGTACAAGTGCCACAGAGAATTTGAA TAAACCTGATTGTTTTGCTTTACTTGATGCCAGTCAACTGGGTGAGAAGACTACATTTCA TGGCATAGACAAGGCAGGGCATCTGGTTCACCTAGAACGACCTTGCGTTTATAACAAGTG TCTCAAGCAGTTCCTTACATCCCTGCATGCAGAAAAAGCCCAAAAGTGAAGGACACTACT GCAAAGTTCACTATCGTAATATCATGTAACTTTTTGTCAATGAAAAGGAAAACAACTATG TGCTTCCTCTGTAATATTAGTTACTATGTAATTTGGGTTCAGAATTTGAAATCATCATCT TAAACAAATATATACAAACATATATTGCAAATTGCAGATGTTAGCTCCACAAGCACTAGC AGTACACGAGAAGAACTTCTTGGACAATATATAGCGGTACATGGTGAAGTGGAAAAAAAC AACTTTTCAGTCAGGCTGGAATTGCATCACTTGTTCCATATACTCGTCTTACTCAATTTT ATTTTGTATCATCTGAAGGACTGCTGAATTTCTTCCAGTGTTTTTCCTTTGGTTTCTGGA ACCCAAAGCTTCACAAAAACCACCGTAAAAGCTGATACCAGTGCATAGATAGCAAATGTT CCTGCCAAATTTACAGTCTTTAGAGTCACTCCAAGCATGGTGTGAATACCAATAGAGAAA CGGAGAGAGAGAGAGAAACCTCCTTTACTCCAAGTTAAAAGCAAATTTGCTGTCATTGTA ACAATCCATGCTGAAAACCAATTGGCCAAAGTTGCAACACTGCCACCCAGACTTTTGATG CTTACAGGCAGAATCTGCACAACCAATTAAAAACTTGATGTCTCAAGAGATGAAAAACAG ATCATTCTTCCTATTGTCGTGCAATAGGACTATTTATTAGAGCAGTGAGGCTCTTAAATC CCAAAAAATAAAGAGAATCGTAAAACCTATGCTAGTGTCCTTGAATAACATCTCAAGTTC AGTAAGAATATTTTCTAGGAAGAAAGTTTGAACCAAAAATTTGTCCTGGCAGTTACTTAA TATGTTAAAGAAACCTGCAATAATGCTTGATCTTCCTTTAAAACTAATATTATCTCCTTT AACGGGGTGATCTGTATGTCAGTTTTTCTCAAATTTCTCAACCACATTCTCCGGAAAATG TTACAAGTTTCATCTATGCTCTATTTTTAATTATGTTTAGGAACATATATATTTCCTGGT CTCCCGAACTATAGATTAGCTTTGTTATACCTCAGACATTATGATCCAAGGTATGGATCC CAATCCAACACCAAATGCCATCACCAAGGCCTGTAAAAATTAATACGTTAAGTGTCTCAG ATATGCTAGAATGCAACAATGGAACAGAGATGCGAGCAGGGGGGGGGGGTTAGGATCATA GGGTTGGAACAATAGAAGGTAAGACAGGAACTATACCACAAGTCCAACCAGAGACAATAC TGCAAAGAATGAATGCCAATTTTCAGAGGTGAACTCCTGGATTGAGTAGAAAAAGTTTGT GGAATGACATATAAAGAAAGTCAATCCCGACAGAAAGAAAGAGATCTCATTAAATTCAGG AAATTGCTTGATCAATTATTATGAATGTAAATTCAACTGACCTTCAGGAAGAATGACATT GCAACAAGCAAGCTGCTAGCAGTCATTACAGATGAGGATACCTAAAGAAAAGAGTATAAT CAAGTTATCCATTTGTTTTATTTTTCAGCAATAGAAACTTCATGTGAAATTTCTGGAAGG GCTTACAATGAGGAGTAGCCTGCGTCCCGCCTTGTCCACCAGTGATGCAGAGATACCAGT GACGATGACCTATAAAAGATGTACATCAACTTGGAATAATATATAAATATAAACTAAGAC TAGATCCAAGGGAACCAGCTTACCTGAATAGCCCCAATACCAAATGTTGCTGCTTTACTG GATGATATTCCTGCCAATTTGAAGAGCATTACAATTAAACTCCTATGTCAAACCAGTTGT AACATTTCATAGTGTCTCTATGATTAGGCGGTATTATACATAAAGTCTAATTCTGATACA CCTGGAATTAATTTGGCAAATTAAGAGAAGGCTCGTGATACCTTCTTAGAGTGGGATACT GCACGCGATAATGTAGAATTAAGACAATAGTTCGTAGTAACTTGCCTATTTTACTTGAAT CTACTACAAAAACTTCATCCTGATATCAGATGTGGTCCCGACTTTTTGTTGTCTAATTCT CCAGTTCATCACCTCTTGCTGACAATGTAATCAAAAATTTTGTTCAAGGTGGATATCATG CTACAACATGGTTGGGTCATGAATGAATATACAAGTCTCTAGCTGGTGTTTGGTAAAGCT GTTTACCCAAACTGTAGTATATGTCGATCTGCTTAAGGGCATATTACCTTTTGGCACTGC AGTGTATGTGAATCTGGATAATGGTATATTATCTTAGATTGAGAGATCATCACAACATGG GAATCATTTCTCAGGTACCAACAAAATGAAAATGATAGTTCAAAAGGCATGGCATATTTG AATGGACACTCATGAAATATGGCTAAGTTCCATATCAATTTCCATCAAGCAGATTTTCCA GGCATACGTTCAAGCAAAAGCAAGAAGTACTGGAAGGAATTTGAAAAGGACATAAATATC AAAACTTCGTTTTCACAAACATCAAAATAAAAATTCAAAACAACTTAAAAAGAAACTGTT TATTGTGTTTAGTCAACTTATTGTTTTTTCTTTCAAGAGTACCTTAAAAGTAGGCTTGAT CTTACCAGGTGATATACATTCTACGGTTCCTTTACAGTTAATAGCTTTAATACTTTTCTT ATTAATAAGTTGATAGTTTCTTTTTTAGATGGAATAAGTTGATAGTTCAAAACTTCAAAC TTTGTCTTTTGAGCTCTCCCCCCTCACACAAAACGAAGTCTTTCGTCATCCCATATTTAT TGCAGGGTGTTATCTAGGATGCAGAGGAAGAAATTCATTATACTCTTCATGCAAAACGTG GAATTCTTTTTCCCATTTCTGCTCTCCGGGTTGTTACTTACTCTGTTTCTACCAGCCAGA GTAAAGAACAAAAAGAATGGTGTGATAATACTTGTAACTGCCAGTTTCAAATCATTTGAT GATTCAGGTATGCATTTCTTTTTCTTTTTTTTTTTAATGACAAGGGAAACCCGCAGCAGC TACCCCCTTTGGGTGCGCACCATGGAAAATCCCCGCTCCTATTGCTAATTCAGGTATGCA TTTCTAACAGATAATCAAGGAACGGAACTGACCAGCTGATTTGAAGATGTTACTGGAATA GAATAAAACACCATTAACTCCACTGAGTTGCTGGAGTGCGAGTAGTCCAATACCTACCTG AATAAAATCAGCCGATAAAATGAGTCTTGACAAGAGTAGGGGGTTTCCTTTCAAGTCCTT GTCTAGTCAAGGATACCAGACATAAATCAGCATAATTAAGGAATTCAACACAAATGTGTA CCAGCAAAGGATAGTAATATCGCCGTATCTTAAGCTCAGAAAACCGAATGGTAGCTTTTT TAGTTGATGATCTCACAGATTTCTGAGACAAGGACAGGAGAATCAAATGATGATGAACAC ATTTTTAGTAGTTTGCATTGCAAGAAGTTTTTGCAGTGCAATTTGAGGGTTCAAAATAGT TGAGAAATCATCATTTAACACATTCCACATATTACCTTGATCTCATTCACTTCTGAGGAT ATATCTGTGTCAAATCCCCGTAGAACTTGCAAAGAAGTTTCAAAATCTTCATTCAGCCCA TTTTTAGCCTAAATAATGCAGCATTGACATCAGTATAATGTAAAAATGAAAACCTAGTTG TGACAAACATAAGTTTGGAACTCATACCAACCAACGAGGAGATTCAGGTATAAAAAATAG ACCAGGTATCAAAACCATGCATGGTAACATTCCTGCAGAGTGACATAAAGGATTATTAAT AAATATGTTCAAAATCAGGTATACAAATGACTTCACATTATAACAGAAAGACATCAGCTC ATTCAATGTTTTTGAGTTGCTTCAATGAACTTGCAGATGAAGAATAACTTCAAATATTTC AAGAAGGAAAGGGAATTTTAGAAAGATGAAAAACTTGTTTCAACAAGATGAACGTCGTCA AATGCTTACTTGATTAAAAAAAAATCCTACTAATTCTACCATCTTAAAATAGAGAAGTTA ATAAGATAACAATCAGTTTGTCAATCACCACATGGTTAGGGAAACTATTGCAATTAAGCT AATTTAAAAAGAAAAACTGTATTGCTCACCTATAACAGCAAGCACTCTCCAGCTTACAAA TAATCCCAACAGATATACCAGCATAATCCCCACTGTTACAGAGAGCTAATGCCAAGAGAT CAAATTATTTCTTTTTTCAATTGAAAATGAGCCATTTTTATTTGTATATCATAAAACCTA GAGAATTGAGTGACCAGGGATATCTCTAAATCCCAATACAAAACCAACCTGGTTAATGGA TCCAAGAACTCCCCTCATGTTTTTAGGTGAAATCTCTGCTATATATACAGGCACCTACAG ATAACAAGCAAGAAGATTCACCAAGCAGGACTATTAACCATAACTTCAAGAAGAACAAGT AGAGAAGTTGAACACTTAAGATTACCACATAGGAAATAATGCCGACACCAAAACCTTCCA ACAGCCTTCCCATATATAAAAATGAGACATCCTGTTAAAAGTGGGAAAAGGGCATGTACG GTCAAGTAAATTACCTATAAAATTGCAGATTCAATCAGAATGAGCAAGAGATAACAACTA ATCACTTACAGTGGCAAATGAAACGGCAAGCCATCCAATAATATTAGGAATTGATGCAAT CATTAGAGTCTGTATTTCAGAGAGAGATGAGGTAACTGGGAAAGTTACTAAAGAACCAAA GAAAGAAAAATAAAAGATTATCATAGTGTTGAACTATTGTTGAGAAAAGTTTTAGACCAA CGGTAGAGTTGCTCCTTTGGTGACATGTAGCTCACAGATTTGATGTGTGAAAACTTTTTA TTTCTTTTTTTAAGCAGAAATGCGAAGGAAAGGTTGTGGCATTAAGAATACAAGACTAAA CAGTTGAAAGTGCCTTAGAATTATACCCCTTTTCGTCCAATGTATTCTGATATTTGACCG CTTGCAATTGCGCCAATCATTGCACCAACATTTGCTAAAGATCCAAAGATTGAGAACTGT CCATGAAAAAATAACACTATGTTTAACCATACATCAGCAAGAAGATACTAAATAAAATCG GCCACCTATGAACTTTTTCAAGAAAAGTCCCACGGTTTCTTTCAGTCACTAATTCTATTG TTTCCGTTTAGAACTTGTAGCTTCACTACACTAGATACACGGTGTGTCTGGTAGGAAGGT AAGTGTTTTCCATGAAAACCTCATTTTCTATTCCTTATAATTATTTTCAATTGTAACTTC ATATAACAAATCACTTGCTTCAATTAGCATTATTATCAATCTGTAGATACTTACTCAAAA GAAAAGTCTAATCAAACACTCTAATTTGCGACGTAATAGTATTAGTATCAATTTTTTGAT ATATACTTGTGTATATATATAGGGAGAGAAACAAATTTTCATTTTACTGTACCACATACA CCACCAAAAAACTACCCCAGTTTCCCTGATGTTGTTGAAAAAAACGGAAATAAATGTACT AAGACAATATAAATACCTCTGAAATGGTAAGTCTAAGGTCTCTGGTGATTTCGGATTGGG TAGGGTTAGAGTAGCCACACTACAAAATTACAAAAGCAACCATAATACAATTAATTATAT AAAATTTGTATATGGAAATGCAAGGAAATTAATCGTCATACAGTGAATCCAAATTGAATT GGGCCTAATGCAACAATGAGAACACAAAGATAAATGGAGATAGATTCGCGGAGGATTTGG GCTGAGGATCCCATCATACTGGACTGGCGGGAGCTCATCCGGTACCAGCTACCGGTATGC AGCAAGGGCTTCCGAAGCCCGTCCTCTGTGTTATCATCTCGGAAACTCATCGTTGTTCCG TGTCTTCTGTTTCCGTTTAGGATAAAGGTGAAAAAAGATGAGAGGAGAAGTAGAATGGTG AAAGGGATTATTCATGAAAACGTTAATGGCGTATGCTTCGCAACTGACTCTAAAATAACG GTGAAACATTTCCCGCGCCACTAGAAGCGGAATGGACACACCTTTTCTATTTATTTATTT AACTTCCTTTTAATAGTTCCAATTTTATTTTATTTTGATTTAATATCAGTGACATAATTG AAATATGAAATATGCAGGTTTATATAGGTCGTTTGATATTGCTCTTAAAAATCATGATCA AATATAATATAGTGGATAAAAGTTTAATGAGACCTCATTTATAATTTGCCAGGTGATCCA TTTCAGATAAATGGTCAAATTTCTCTTTCTCTCGTTTTTGATTTCTTTTCTAATAAATTT TTTACTTTCACTTAAATAACATTATTCATGGAAAATATAAAGTCCAAAAAATCTTGTGAG ACTCATTTTATTTATAACATTTTGATATTGTTTTTATCTCGATTTTGATTATTTATATTA TTAAAATAGTTATAATTATTTGTTAATTTACAAAGATATAGTTAATGATAAAATTTCTAT TTTATTACTATAACAGTTAATTATTTTTGAATATATAAATAAAATTTATAAGTTACCAAG AAAATTAAGGTATAACTTAGTAAAAGTATTATTCTATTTACAATTTCTTATAGAAATTTG TAAAAGAAAAAGTAGATTATTAATATGATAAACAAAGAAGGCCTAAATTTAAGAAGTTAT TTTATTTTTCTCTTAATAATTTCATAATTTAAAAGCACTTCAATCTACAAATACTATTCA ATAATTAAATATAACGGAAAAAATATCAATGATCTTGGCTAACAATTACATGAGCTTTGA TACTATTACCATACAATCAAAAAAACGAAAAAAAAAACATCCATAAACATCAACATAAAT ACATATTATTTTCATCTATTTATACGATATTTTTATTCTTAGAATTCATGCTAGGTGAAA TTTAGTAAATATTTTGCTTATCTACTCTTCTTACACGTTTCTTAAGAAATTATTAATATA AATAATAATTTTAATAATTTATTCCTTAAAAGAATTTTTGAAATTTTACAAAAGTTATTT ATAATTTAGAAAACAATAATTGTTAGGATTAAAAAACTACTTATATCTTAATTTTATAAA CTAAAAAATAAATTTCAAACAACTATTTATTATAATAGAATAAATAGCATGGAATAGAAA AAATAATATTGAAATAAAAAACTAAAAACTTGTATAATGAATCTAAACATTAAAATTAAA ATTCAGTACGTAAAAAAAAGAAAAGCAAAACCTAATTAGATCAGCAAATAAAATTCTTAA AAGATTTGATTAATATAATTTTAGAGAATAAAAAAAATTAAAAAGATCAAAACACAAAAT TTATTGAACAAGGAACATAAAACCAAAAAATAGGCATAATGCATGTTATGATCCTTAACT TGACGTCAATTGATAATTATGACCTTTAATTTTGTGTGTGCATAGGTATACACTTAAACT TGTATAAAATTGAACAAATAAACATATTCGTCCTACGTGGCAATTTTGTATCCTACATGG CATCCTACGTGTATTATGATATGAAAGACACTCGTGTCTACTTGTTTAATTTTATAATAG TTTAATTGTCTATTTGTACACATTCAAAGTTGAAGGGTATAATTATTTGTTTACGTCAAG TTAAGAGTCATGTTTATGTATTATACCAAAAAACAAAGGCAACTTAAAGATATCCCTTTA TTAGCTTGACAAATGAGTTCCATCTATGTCGATTTTCAAACAAAGAATGCCTCACACAAG TATGACATGGCGTGCCTCATACCTAATAAATTTTTCTAAAATCTCTTATTTTTTGAAGCA TTTTTCTTAAATAGCTTTTTAGAAAATGCTTTCAAAAAAGCAATTATTTTTTGGCAAATT CCTTTCAAAAAGATTTTGATAATCAATTTGTGATTGACTGATTTTCTTTAAAAAGTTCTT CTGTGAGTCAAATTAAGAAAAAGAATAAGTATCAATATACTTTCAATATTAAAATTATTT TATAGAGAAAAACTATTTTAAACATGTAAAAGCTCTAATTACGTTTTTAATTTAATTATT TAAAATGTACATATTCAAATTTTCAATCAATATTGTACGTAGTTAATATTGTTAAAAAAT ATTAAAAAGAGAAATCCTTTTCTCCTTTTTAATCCTACAATAATATTGTTGGCACATTTA TTTTTAATTCTGTAAAATAATACAACATAATATATAGATATTAATATGAAACATAAATAT GTAGAAAATTTATTGTATAAAAATAAAAAATAAAAATAAATCAAACTTATCAAATTTGAT AATTTATTACTAAGGGATATATAATAAATATGTATATATGTAAGAATATTTAGTCTTAAA AATTAATTTTCTATTTCTGTTTTTATTTTTTTTAGAAAAAAACATAATCTTTTTAGATTC TTTCCTATCAACATAAACTTAAAAAAAACAACATTTCTGACCTCTTAATAATCTTAATAA CAATAGCAAATAGGCTCTTAATTTCTTTGACTATGGCCAACAAATTTATCATGGTTATTA ATTGTGTCATCACTTAATTACTCCTATATTATATTGAGGTTATTTTATTATTTCATTTCG ACACTATATAATTATAAATATATTTGAGAAATAACATACAAAGAGATTAAAAATACATAT TAGTTAATTGATGATTAAATATACTTTTTAAAATATACCGAGTATTAAAATTAATGATTA TCAATTACTCGGTAACCAACCAAAAATTAATTACTAGTATTATTTATTTTTGTGCGTTTT CTTTTCAATTTTCTTTTTGTGATCTTCATTCTTCCTCGATGTATATATTTGTCATGGCAT ATTGAGGATATAAAAGTGATTAGTAGTTTATTCGCTTTGAGTTTATACATATATATAAAA TTGCACGTTGATTTTGCTATTTTTCAGATTTAATATATACTGAATCTTTCATTTCTCACA TGAGTAATATGTGTGATTAATTATAATTTAATGTTAATGAAATATAGTTAAATGCTTATT ACATGATATGCATTTAGATATGATTTCAAAAAAATATTCTACACTTAAAAGAAAATGTAA ATTATATGAAGATTTTTTTGAAATTTAATATGAAAATTCATAATAAATTTATTTTTTTTA AAATTTTTCATATTAATCTTTAAAAAAATTATCATATAATTTATAATTTTCTTATAGTGG ATTAAAAATTAGAATGGGCTCGATCTTTGCAACATTCCAAAACTTTGGGCAAGCCTTTAG TAGGCCATAGAAAAAGAGGGAAAAATATAGACGCACCTTTAGTCCATCACATATGTTGGC ATATGGACTCATGGATTACCAAATTGTATGGTGTAATTTCGCAGTAAATTAACTTGAGTG AAGTTGAAAAGAAATAATCTTGAACTTATTACTAACTCTCAAGATCAAAAATCAAATATC GTCAAACTTGACGATAGAAGTTGAAAGTATGACAAATAGAGGAATTTATTCTGTTCGCTT TCGGCTGTTGTACACATCCAAACCTGATAAATTCTTTTTAAAAAAATTAACACTTCAGTT GAAAGAGCCAATAATGTGTTGATGTCGTTTGGGGGGTCTTACATAGAAATTTTACTAGGG ATGCAAGTGTACTTTTCTATGACACATTGTCCCCTAGGGAGGATTTATTCATCTTTATCA TAATCATGTCCTTGAGTTATTTGACATAAGGTGAAAGCCAGGGAATCGTAGAAACTTTAT TTCTTTATACACGTAACATTAATTTTCACTTAAACACTTATTTATCGTACATATCTATAA TAAAGCATAGTATATATGGGGTGATTTGAAAGGGATTGACTATGCTAGTGGAGAAGTATA TATGGGCGGGATTTGTCTACTTTTCTCCTTGTTTTATTCCCTTAAGAAACGACAAAATAA CCTTTGCAATAGTGGTGGAGCAGCCATGAGAAAATTTAAAATACTAAAAGATAATACAAA GGAGTAATATATTTTTTTGTCAAAAGAATTTTAAAGAAACTTTTCGATCTTACTTGATTC CGCTTATACTTACAACCTATCTTTTACGCGAACCAAGCATAACATTTTTAGCTTTAATGA CAAAGATAATAAATTTTTTCAGCCTTCCAAAAGAGTTTTTCCATAATAATGGACCTTAGT GTATGTCTGGAGAATATATTACTTCTTATGTTTTATAAAATGCTATAATTGATAGGGGCC GGAAGGCACGTGAGATTTGAGAATGCCAAATTGGCAAAACAGTGAAAATTAGATTAGTTA TGACTTATGATACTACTCCTTTGCACAGTAAGTAATTAGAGTAAAAGAGATGGAATGTTA GTTATAAAAAAAAAAAAAGAGCGTTACTTTGGATTTATTTCTCAACTAACAGTTACTTTA TTTTAGATAGTCATATATCTTTTTTGTTCTAATTTAGTTTAATAAAAGAATAATTTTTTT AAAGATAATAATTATTAATTGGAATCACTATCGACTTTCATGTGACTTTGTAAGAACAAC GGTTGGGCAATTCCTTTTTTTTTTTCTCCAAATTAATTTCTTTGATTTTGTGGTTTGTCA ACGTTTGACCTGATCAAACTAACTAAAACAAACTCGCTTTGGGTACTTAATTTTCCAACC CTTAACTTAGGTTATCATAATGATGGTTCACTAATTTTGATAAATGTTGTGGTGGAGTAG TAACTACTCTTCATCTTTAATCAAGTGATTTTGGGTAAGGATCATTTTATCGACTTCTCC TCATTAAAAGACCTTGGATACGAGTCTCCTTAGATATGGAATCACCTTTGCAAAAAAATA CTTTATACATAAGATTTTATAATGCGAATCAAAATTTAATCAAACTTTAATGCATATATA TACGCGAAACAAAAACCAAAAATGACGGTTAGTTGAATGTATACATTCTTTTGTTATTTT ATCTTCTATGATCATAAAATAAATCAATATCGTCGGGGGTGAAGAAAGGATATGAGTAAA TGTTTTAGAAAGTTTGTGAGTTGATGATGTGGGACAGTGGGACTAAAGAACATAATAATA TGTGGGCTCAAAAATGAGAATGCTAGAGAAACCATATACTTGAGGGATCCTGGAATATTG ATTTTGATAAATTTTTACACAAAGAGCTAATCTTCTAAAATTTTGAGTTAGGTTCGAAGT TTGATTTTGACATGATATCAAGTCATGTCCATCCATATTATGATGCATGTCCTAATGGAT CTCATCTTTTACTGGTCATTTTCCTGTTGACGTCAAATTTGAGAATGGGAGGGTGCAAAG TATATTATTTGGCATAATATATAAATATGTTATTTAAATTAATTTTAAATTATATTTATG TTCTTAAATTTTGGGTGTGCATAAGTAGACATTTAAACTAGCATGAAATTGAGCAAGTAG ACACACATGACATCCTACATGTCTTATTTTGTCCTAAGTGATGTCCTGCGTGTATTGAAC CACGTAGGACTCATTTATTTACTCGTTCAACTTTATTTAATAACAACATTTACATTTTAT GCTTATTTTGTGAATAAATATTAACTAAAAGTAATTTTAATAAGGAGAATTATATATATA TATATATTAAATTTGATAGTAGTATCAAATAAATTGAGACGTAACAAATGTGTGCAGATT CCACTAATTTCTGAGGAGACTCAGATTTAACTTTTATTTTTTTTTGGGAGTAGGAAGCGT GAAGCTGGTGATGTGACTTGTCCATAATCTCCCATTAGATTTTGCCTGTCCTTTTCTTTC CGCTCTTCCAGGACTCTGTATTGGACCCCCATCCCCTACACCCATATTTTTCTTCTTTTC TCCTATCAAATTTAAGGGTAGTTTAGCCGTAGATTTTTTAAATAATATTTAAAAAAAAAT TTGATAAATAATGTTTGTTTATATAATTGTCATTATTGATAAATATAAATATTTTAAATT TTCAAATAGTAATTTTTTTTAATATTTGGGTCAAATTTTATTATTTGGAATCTTTTGAAA ATTAAAATTACATTCCAAACTATTATATTTACAAAAACACCCTCTATAGTAGTTGTTTGC GTTGTATGACATAATTTTTTATGTGAACACCAAAATATTGATTAAATATTTAGTGAATAT TAGATAATGATATGATTGTTGATGAAAATGATGAAAAATTAGCTCAAGATAACAAAGTCA TATGTGTTTTGTCTACTTCACGGTGTATGAAATGATGTTTGTTGCATTCACTCCAAATTA CTACATTGCTCTAGTATCATAGACACTATTTGTTATTGTTGTAACGAACATCCAATTGAC TTGTAATACAAACTCATAGTTAGTTTTGATAGTTTTTAAAACTTGTGGGTATAAATCATA TTTTTTTTAAAAAGGTAAAATATATTTTCCAAATTTTATGGCCAAACACATAGTGAAATT CCATCCAAATTTTCACTCAAATAATATTTGAAAATTTCTGGCCAAATGTTAGCTAAATTT CTTTGAAACTCTCATATATATTCATTTTTACGTAACAAAATATTTTTTTATTTCCAATCC GATTACGCACTGCACAATCCATTTGAAAGTGACACTTTCAATAAAAAAAATCTCAATACA CAAAGCTCAAACTAAAAATTTCAGATTAAAGGTGAAATAGTTTCACCACTCCACACGATG CATATTTACTTTTATAGTAATAGGTTTTTAAAGTGCTAGATATTTCTAAAAGACTCACAA ATAGTCATATTAGTATGCAGATCATAGAAACAAACCCAACTCTCTGAAACAATGATACCT TACTAAACAATCAAGTTCTTCGAAAGAACTGTTTTCTATCTATAACAGTGATAATCGTCT TTACAACATTATAACATTTGTTTTTCTTTTTTGTAGTATGATTACTAATCATTTTAATAG AATTCTAGAATATTTTTTTCCTCTATATATTATGTGAACATATTTTTCTTAATTGAAAGA TTTTCTCGTTCATTAAGCTTAAGATTGTTACATCCAAAAAAGGAAAAAACAAATTTATGC CTATAATGATCAAATATTATTTAAATAGTGCTATTGCAGACAAAAAATCTTGAAACCAGT TATGTCATGACAGAGACATTTGATTGTATATGAGTTTTCAGGTAAGAAAACACTAGGAAA TGTTACTCTATCAATTCCAAATTACGCAACAAAGATAAATTCGATATGATATTTATCTCA ACTAGTGGATGTTGTGTGAATATAAGAGTTTATAAAATAGAAAAAGAAATCTCAAATCAA ATCGCAGATGCCACGCGATTTGTCCTGTTGACTCTTACTCCTCAACAGCCAAAACATAGC CATAGGCTAAACGTGACAAAGTAATAGATGTGAATAGTGACAAACAAAATAAAAATATAG TATTCTGAATTTAAATGTGGCTTTCACCCAAAATAAATAAATATACGATCTCATAATTCC CAATATTACTAAAAAAATATGCTCAGTGATAACTATTATTCAAACACATTTTATATATCA TAATGTTATTTACCAGTATATATTTTTTCGATAGTTGTCAATAAATCTACTCCAGTACAT TTTAAATTCATTTTCGCTATATTAGTAATTATTTGAAAGATTGACAAAATAAGAACAGAA AACAATCGTATCACTTTAATTGCAGTACAATTATTTTCTTCTACTTCAAAGTTAGAGAAG AGGAAGAGAGATACTCATGAAATGGGACGAAACTACCGTCTAAACGAGTAAAATAATGCT TCCTCCTTCTCATTTTACGCCAGGCTGTTTGACTTAATATAACATTTTTTAATTTTTTTA AAAAAAATTATAATCTAAAATGATTCTCAATAGTTATTAATCATTTCATTAAAAATAATA AACAAAAGTTTTGAAGTGAGAATATATCTAATTATAGCAAAGTCTTATTCACTCTGTTCA CTTTAAATTATCAATTTTCACTTTTTAAAATTCAATTCAACTACTTTTTAAAGTAAATTG AATATTCAAAAATTATACAAAAATTACTATAAATAATAATATTTTATGTATTAATATGAC TAGAAAATATACTATAAAATATTAATAAAATTCTTATAATTTTGAATCCAGGGCAATAAT TAGAAGCGAATGGAGGGAGTTTCATTTTGGGACTAATAAAAAGGACGCATAAAATGAGAG TAACAAATAATAAGGTTAGGGTTCTGGCACGTGTATCCATATGAAGCTACTCGTTGTAGT ACTTAAATTAATGATTAGTAAGACCCTTATCTCCTAATTTAATAATTGAAACCCTAATCC AACATTAGATTTAAATAACATACTACATGTTCCACCAATCAAGAAAAGCGTAGTCTATGC AGATCAATTAAACAAATGGTTTCTAGCTTTCCGTTTTTTGTGATAGGCAACTTCAATCAT CAATGATTAAACTAGTCTACTAATGGATTAAAGATTATTTAATTGCTTAATTTTAGAATT GAAAAATGTGCAAACACTGATCTTGGACTCTTTTATTGTTACTATTTTCAGAAATTCTAA TAATTTATCCTGTTCGTATGTTTTCATTGGACGGTGGTGCAGTGATGGCCAGGAACAATT TCCAAATCCTTCTCCGACAGATAATCAAAAGTAAAGATTATAAAAGTTGCACAGTGTTAT CTTCTTTCCAGCTCCTAACAGAATAACAGCTAAGCTGATTGCCTAATATAATGACAAGTT AAACTTTCTATGTGTAGTATTATTTAAAAAAAAGTATTTACTATCCAAACAACTCTAATT TGATTTATTAGTTTTTAAGTGAGGAAATTTTCAATGTCAAAAGTTGCTTTTTAAATCCAC AATGAGTACCGTTAGATTTAATTATATTCGTAAGCAATCAGATGACGAATTCTTGTTTTT CTCCATACATGTCTTTTCTCCCTCATTTTTCGTATTTTAAAGTTCTGGTGTACATTTCAA TTGCAATACTAAAATAGTTATGTTGCCAAGCCGTATCGCACAACACAAGAGGCCATTCAG TATCGTCTTTATTTGTGAATATTAATGTGTCCATAAGAAGTTCTGATAGCAACCGCTATC CCCACTTAAAACAATATCCTATTGAGAAACATAAAGAACAATCAACCTCTCCATCTCAAA ACTTCTAAAATAGTTAATCGTAGATAGGGAACGTACCCTCTACCTCTAATACTAAGATTT CATTTAGCTTTAAATTTTGAAGTTGAAACTTGAAATTTTGAATTTCGAAAAATCTAAATT ATATTTTACATGATTTTTTTAATTTTTTTTTTTTTGTAAATTTTAGTTTTGGAAACCTAA AATTACTTGAAACAAATTATATTTCATCACCAAACAAAGAATTGAAGATGAACTTCCAAA ATCTACTCTCAATACCCATGATCAAAAGCTAGCTAAGTCAAGCATAACTCCCCCAAAAAC TCATGTCACTACAAAATAATATCCATCACTTATTATATAGCACCCTTTATTTAATTTTTT TCGACAACCCCACGCCAAACAAATTCCGTGGAAATTCATACAAGAGGTACACATACGGAA GTCTTTACATGAGACCCACACCTTAGGCTGTCACGAAGTCCCAAATTTTGACTATACCTC TCCCCAAATGGATATCATCCCCCTCCCCATCAAAATAATTATCTGCCTCTTAAAAACATG GAAGTAAAAAAATAAAGGTAAGATCACTTTAATAAAACAAAGTGATAAAACCAGGGAGCA GAGATGCCATTTTGCTTGTAGAAACAGTTGCATTTTACTACTATCTATCATCATCATCAG AAAACTAAAGGCAAATCTCCTTTACAGATTCTCTTAATAACAAGGTTGGTAATTTGCAAG CACTGCCTTGTCGTTTTAGAAAGAAAAGTGAGAGTGTGTATAACATCTGACACACACACT AACGGAAACAAATTGCTGCAATTGCTTTACCGTGGACCATAATACACGTCCCCCACTTTA TCTTTCCAGTACCAAAAAGCCCCCCCTTCCTTTGATGCCCTTTCTCTTTTTTAATATAAC CTCTGATTTTGTCTTATCTTTGAAAATTAGGGCTAATGCAATTGTTATCTTGTGTTTTGG TGAAGAATTTAATCTACATATTAGATTAGATGGACCCTATTTAGTTAGGTCACCATCTAT AATTTCTTCTCATATATATATCTATATTCCACGTTTTCTGACCTAGTGAAAGGAAGCGTT AATCGTAATAATAATGAGATTGTTGGACCAGTGTGCAGGCTGCAGAAGAGGACGAACATG ACCTTGTCGGTTGTTTAGTGGAGTAAGTCTAACTTTCATCAATGTCTTGTGGCAACTCAT TACTATTTCTTTACCTACCAAACTCTCTTTCTTTTGTGCTTTCTTCGGTTGGATGCCTCT TAAGGAGACACAAGATCATTTAATTTCTTCTCTAAAAATTATCTTCATTTTCTTAATAAA TTTCGGTATTTTACCTCAAATTATTACTTCCCCCCTACCTCCTACTACTAGAGCTAGCTC AGCACCAAGGTCATTGGGTCAATTCTTTGTCCATTTATTAGCCTCTCTAATAGTACATAC AGTGGATTTAGCACTAAAAATATATCACACTCAATTGATTAGTCCTCCAATTATGATACA TCACTGTGTTACCTAAAAAGAGATTACAAGATATTTTTATTTTTGTAACTTAGGATAGAT TACCAGAAGGTGAAAGTTTAAGATCATTTTCAGATAGATAGCAAAATTAGGATTTATGGA ACACAGAGGCCAAGAAAAGGATATGGGCTTGCCTAATCCCAATCCCATGAGTTATAACCC ATCTCAACTTAACCAGCAAGAATCATCTTCCTCTGCAGCAAACAAGTTCCTTACCGCACC AAATAGAACAACAAATGAACATGAGAATACCATTTTTAGCCCTAACCAAACCCTAGATCA GCATAATATTACTCAAAATTCAGATCCAGATCCAGTTCGACAACTATCTACTAGTTCAGC AAGTGAGAGGAATATTACCCCCGTCCGGTACAAAGAATGTCTCAAAAATCATGCTGCAAA TTTGGGAGGATATGTACTAGACGGTTGCGGAGAATTCATGCCAAGCGGAGAAGAGGAGAC ACTAGAATACCTGAAATGTGCAGCTTGTGATTGTCACCGCAATTTTCATAGGAAAGAGAC TGAGGACGAATCACAAACACCTGGTGTGCATAGAAATAACCACCGTATACCCAACCAAAC TCCGCCTTCTCTTCCAGCTGTGCCTACGCAGCAACAACACCATCATAAATACCCTCACAG CTATCCAAGAGGTCACATGGCACCAGTAATGATGAGTTTCGGCGGGAACACGGGAGTTGC AGCTGAATCATCAAGTGAAGATCTGAATATGTTTCACGGAGGACAAGGGGTAATTCAGCC TTGTAATTTTTCGGCATCGAAGAAGAGATTTCGAACGAAATTCAGTCAACAACAGAAAGA TAGAATGCTAGAGTTCGCTGAGAAACTGGGATGGAGAATTCAGAAACAAGATGAACAAGA AGTGCATCAATTTTGTAATGAAGTGGGCGTGAAGAGACAAGTGTTCAAAGTGTGGATGCA CAACAGCAAACAAGCAACCAAGAAGAAACAAAATTAAACAGGCAAGACTACAAAATCCCA ATTTAGATAAATTAATTAGAGACACTCTTTTTTTTTGTGCATAAATCTGATAGTTTATTA TTAGACAAATAGTAGTAATTACTATTCTTTGATCACAAAATTTAAACCTTATGTGGTAAG TACTCACTAGTAGCACCAATTAATTCTATCACAAAAGTCTCTTTAAATTCCCTATTCTGT GCATTGGATTGCGATCGCTAAGTTACTGGATTTGTATTTTTCCTTGTTTTTGTGTTGTCG GGGGTATCAATCATGGAAATAACATAGACAAAATTAAACAGTCTTTCTCTTTCACCGTGC TTGCTATAATTTGAGTAGCAAAGTAAAGGGAAATTAAACTACTGAACTAATCAATAGGTA GGTAATAGAATTAATGATTTTATGCTCTACAAATATAAAGTACTAGTAGGATGCTTGATT ATATTTAACATACTATGATATTATTAGTAAGTAGTTGCTGAATAGGCTTAATAATGCTTG AAAGGTTGTACTTGTAGATAATCTTAATTATTACTAGTACAATGAACTAGTACGTATAGG GCCCTCACTATATCATCCCAGAAACTCTTCGGTCAAAAATTAGAGCCAAAACATGTGACA ACCATAACACCATAGCCATCGTTGCTCACCCAGGTGACATGAGATTAATATGCTTACTAC AACGTTTTATACTCTTATAGTGTCCTATCGGCAGTATTGCAGTAATCACAAACATGGAGT TCAAGTTTTTTTAAAAAATATGAAGTATTACAGAAAAAAGTCCATTGTCGTAGTAGGTTA TTGTGAGGAAATTTTTTTCCCAACCCGGAAAGGAAAAGAAACGCAAGTTTTTGCGACTGA ATTTGTATGTGTAAAATTTAAATTCTTGTAAAAGGGGCATCATGCAGATAAAAGTTTAGA TCCAGTATTCATCTATGGTGTTTCATAAGCAGAAGAAAACTTTAAGCACGTCAATACCGA AGGAGGGAATTTAAACGAATATCCAATGATATTTATGATACCTATTAACCCAAATTATAC TAGTTCTACTATTAGTTTGGACCGTCCAAATTGAAAAAAGATTTTTGTATGGCCCATCCA GATCTTAGCCATTAATAAATTCTATGGAGAAAACAAGCACAAACTCACTACGAAAATGCC ACTAATTTTTGATGAAATTAGATTGAATCAGAATGAAGAGAAGACAATAAAATATATATT TAAGCATAGGTCTTGTCATTACAGTAGTCATAAATTGAAATAATGAGATTCTCGTACACG ACTGCTCAAATTCAACGATATTATTTTAATAGCTGGTAGTTGGTACAATCACTTTTGCAC CTATTTTATTTTGTCAATGGAAGTAGTGACAAGTTTGAGAAAATAGTATGCATAGTAAGC GTCGTCATTTTCTTTATTCAATTTAACACGAGTTATAACCTTACAGAATTGAGAAAGATA TTATAGTAAAATCTAAGCTACTCACCAGATAGAAAATTACTTCAATGAGGATTTCTGGGG CTGTTATATATGTCTAATTGATCATCATATCATAATTCATTGCCACTCGCACTTCTCAAT TTTGCTCCAACGTTACCTGCAGCGTCCGACGCCTTCTCTTTGGCCGTTTCATATTTATCC TTTGCTTGTTCATTCATCGTGTTCTTGGCACTGTTGTAAGTTTCATGCACTTTTGATTTG GCCCCCTCATATCCAGCATAAGCTTTGTCTCTCGCTCTATCGGTAGCCATTCTTATGGTT TGATCGGCTTTACTAGAGGCGTACTCATACGCATCCGATGCTTTATTGGAAGCCTCGTCC CTTGCTCGGTTCATCTTTTCAGATACAAATCCATAAGCATCATACGCTTTGTCTTTCCCA ATTTCTTTCGCATCACTTGCTTTATCAGAAGCAAAACCATAAGCATCCGATGCTTTATTC CTAGCTGAACTACCCATTCCGGAAGCAGCATTCATGGAATCATGCGCCTTCTCAGAGGCG ACATCTTTGGCATTGTAAGCTTTATGTTTGACGCTTTCTTTGGCATCAGCGGCCATGTCA GAAGCAATGTTAGTGGCTTGACTTGCCTTGTCAGAAGCATAAGCATAAGCATCATGTGCC TTCTCTTTGGCAAAATCAGTAGCATCATGAGCCTTATTTTTGGCACTTTCTTTAGCATTG GCGGCCGTATCTGAAGCAATGTTCTTGGCTTGACCTGCCTTATCAGATGCATAGGCATAA GCACCATGAGCCTTTTCCTTGGCAAACTCGGCAGCTGTTTTTGTGGCTTGGCCGGTTTTC TCCGATGCATAGGCATAAGCATCATACGCATTTTCTTTTCCTCTTTCTTTGGCATGACTA GCGGTATCTGCTGCTGCATCCATAGCTTGATTGGCTTTCTTGGACGCATAATTTTTAGCA TCACCAAATTTGTCAGATGCTACATCAGCCATCTCCTTAGCCTTTTGAGAACCATACCTT TGGGTTTCTGCAAAAGAACATCTGATTATTAGTAACTCTTTGCAATACAAGTTGTCTCTC GGTTTCTTGTAGAGAAGAGCGTGTCTGGATGGGCTTATAGTTCATAAGTTAAAGAATCTA AGTTCTTGACTTCGACTTATTTGTATTGTTCTGACTTGAAAACAAGTGCAAACACTTGCT TGCTTTACCCAAACACTAGAAAAGTGTTAAAAATGACTTTTCGCACAAAAAAAAATACTT AAAATAAGTCCACCCAAACAAAGCTTGAAGACAAGACGAATAGGTACCATGTGCAGCAGA ATTAACAGAATCTCTTGCATTTGATGCAGTTCCCTTTGCTCTATCCGCTAATCTTTGGGC TTCATCTTTCGCATCGTCTTGGTGCCTAAAAATAAGAGTGGTAATCCCACAAATAGTTAT TTAGATTAGCGTACTTACAGAGACCTGCGCCCAATTTAGAACTGATTGATCGACATTTGA ACAGAAGGCGATGTCCGATAATGAAACAAACTACTACAGTATTCACTTGTTGTAAAAGCG TACGTAACAAGAAGTAACCAACATTTGCCTAAACAATTCAAATAAAATGTTTCAAACCTT CACCTGAAAATGCTTCGGATATGTTTGAGTTTCTTTCAAAGGTTTTCCGAATAAATTGTA TGACACTTACACTTGTCCATTTATAAAAGGGGAAATGAAATTTGTAAAAACTTGTTTATC AATTACCTCCATTTTGAAATTTTTTCGATCACTTAAGAATAGATTTCTCAAAGAATTAAT TGATCGTCATACAACGAAAAAGCCATGAGCTACTACCTATTTTAATGTTACAATCACAAA AGGTTGACAATGGAGACTCTATCTATGCAAATCAAGGGTCATGTTGAACAGTGCTCAAAA TAGATTCTATATCCACTGTCTTAAGAGTGTATCCTAGAGAAAGATACAAATTTTGAACCT ACATTTAGCTAGGGACTAGTTTTGTAAAAAGGCATCCAAATGTTATGTCTACGAGCCCAA AAAGATTTGTAGAGTATCACTTGCTCAAATAAGGCAGAGACTCATCGAAGATAGCAAAGA AGGATAAAGGGAAACTTACATACACTACATTAACATAAAAAATATCAGTTAGCGGCAATT AAGTTAATTGCCGCTAATTATATATTTTTAGTTGCAATTAAAATTCAACATTCTTTGATA TGCTCGTAAAACTTCAACAATATTCGTGACAATTAGCCCTCTTTATTAATATAAATATTT ATCGCTTAAAGTTATTTTTGTTGTAGTGATAAAAACATTATATTTAATCTAAATTATTTG TAAAAAGATATTATTACACTTAATTTTTGTGGCAATAGCTAAAAGTTTATACGTTGGTCA AACAAATTCATACTTGTTTTTTTTTTGGGTTACTTTTATGCATTTGATAAAAATGAAAAA TGCTTATAAAGCAAATATTTATAAGCCAGAAACAGTTTTGAACCAACAACCTTAAAGGCA TTTTTGGTTTAACCATATTTTTCTGGCTTTTACCCTAATATTATTCGTACTCTCTAAGAC AACTTTAATTAAGTATAAATCTAATTTTTCCGCAGTTTTGTGTTCCTTTTTTTTTAAAGT AAACATAAATATAACTTTCAGTTCATATTTTTTCTGCAAACGCTTCGAGGATATTTCGCA TATTTTAATTTTAAAAAAATCTTTATCAACGCCCTTTTAGTACTCCCTCTGCCATATTAC TTGTTCCCTTTCTCCTTGTGAAAATTACTAATTTAGCCTTTAAAGAAACTTTTTATAAAA GTTGACATAGTACTCGTAACTAGTTTTACAAGTGTAAACAAGAAAATTTTCGTTAATTCA TCTTGATTATTATTATTATTATTATTGTAGACGGGTATAACATGACAAAGAGAAAGTTTT GTTCCTTTTAACAGTTGTATCCAAACACAAAGACATACTTATTTATAAAAAAATCAATTG GGTTGAATGAATGTTATGTTATAAATAGAGGGAGTAATAAATTAGCTTACTGCGACAATT TGGAAGAGACCCAATCAGTCCAAGAATCACTTTGCTTAGACTGTTGTGCTTTGTTATTTA TCCCTCCCGCAGCCATACTCGCTCTCTGCCACGCAATCTCCGCCGCTTCCTCTCCCCAAC ACCAACTCACACTTAATATACACCCCAATAACACTAGAAACAACGTCATCTTCAAACCCA TTTTTATACTTATATGTATATGAATTTTTTTTTTTTCAAGTTTCCAACTTGATCGATTAC TTTTCGTTTTTTTTTTTGGGAATTATTATGAAATAGTTAGAATGGAAGAGGGAGGGAGAT ATATGTACTATAAACTTTGGAAGTTGGAGAGAGCGGTTCTTTAGAGAAACAAAATAGCAA CGTGGATGCATGTGAAATGAGGTCTTATGTTTTACTGCCACGTAATTAAAATGGCTAAGA CCAAGTCTTTGCCGTTGATTTTTACTTGTTTTTTTCTCTCTCTCAACTATTGGACAACTT TCTTTTCTTTTTCCAACAATTATTATTCTGAATAAATCATTTGAAACTTTGTTTGTGTTA AAAAGAATGACAAAAGTTTAAAGGATAATTTCAGAGAAAAAAAATACTTTTTAGCAAAGA AATTTAGCATTGTTTTTCCGTTGTAAAATATGAGAATTAAATGAAAATTGTAATATTAAG AAAGGATAAATTTGTCAACTTGTATTTAGTTAATATCAATGAAAAATAGATAAAAAGATT TGTTATCAAAAAAATTCAAAACAAAGAAAATATATATAATATCGTGAACAACGAAAAAAG TCAATGTGATCGAGCGAAACATGAGGAAAGATCTCTTAAAATTATTCCAAAATTTTATAT AAAATGGCTAGATTTGGATCATCTTCTCCTTTAATCTAAAAATCACTTTCAATAGAGGTT AAATTTTTATTAGCCAAACGAATAAACAATTCAAAGTGAAACGAACAAATGTCATTAGTA AGAATGGATAGTACAATTTATTCATTAGGCTAATAAGACCTTCCCTTAAGTAGGTCAAAA GTCGGTTAATCATAGCGTGGTAATTTTTATTGTAACGGTGCACTTTAGGTTCGATCTATT CCTTGAATAGTTTTTCACATATGTATCTCAAGCCTTGTTCAATAATTGTTGGGCTCATTA AATTAATTTGAGAATTTTCATCTACCATACAAATGTCATTCAAAAAGATATGATCTCCAT TATGGTTACAACAATTGTTTAATGATGTACTACAACTCAACAATATGAAATTTATCATTA CATCAAGCACAATAATTGTACTTCAACATCCATAAATTATATTATGCTCGTTAATTCGAA ACGATAATAATCATGGTTATATAATGATAACACTAACACATCTTACTAGATCTAAGAAGA AAATAATAACTTAGTGTATTCATAATTTTGAGAGAATAATGTCTTTCCACGTACCACATA TCTTTGACTTTGACTGGTATTATACCTCGTACTCCTGTACAAAGAAGAACTTTAAATCAA TTACTTGAACCAAAAAAAAGTTTGACGCATCTCATGAATTGACGGTTGATACATTAAAGT AAACAATGCTTACTAACATGACTTGTTAAAAAAAACAATACACTAAAAACTCCATATTGT CAAGACAAACTTTATGGTAGTATCAGAATCACATATTATAGATTTCAAAGTATGGAATAA AATATTGAGTTAGATAATGGTCGGGTACGGAGTATCTAAGTATATATAGACAAAAGAAGT CTCTCAATACTTACCTGTATTTAGAAAATATTGGACCTTAAGAATTTTATCCAAAAAAAA AAAAAAGACTAGCTAGGAGGATTACATCTCATGTGGGCTCATTGACAGGATAACAAATTG AATGGAATGTGCATGGCCAAACATACTAAAAATATTTTTAATTTTTTTATCGCGTACCTA TAGTTTGATCCAAAGTTAATTATATTGTTACCTTTAATCGATTAACGAGACTTTCCACCT GACTTGTATTTTGGGAATGGGACGTCACCAGATTCAATGTGCTTAAGATCCTCTACAAGT ATAGCATAGTGATGTTTAACTTCTTCAACTGATTTCCCACCAACGTATCTAGCAATGTTT TGCCATCGATCAGATGTGTCCTTATCGTAGACCGCGAGTGCCTGCTCGAATTTCTTGTTT TCTCTTGGAGTCCAAGCAGTGAGTGAATTTGATGCCATCTTTATGATAAAAATACTGAAG TATATATATTAATTGTTGAGCAAATCTTGAGAACTATGAATTGTAAATTGGAAGTGAGTG AGAAGTTGTTAAGGGAGGTGTTGAATTTATAACAAGGAGAAGATGCTGGGTGGGTGGGGT AATGCCAGTTGGGGAATATATAAATTCTTACAAATGAAAGAATCATTGGGTGATTCGTCA GTTTAGAAACCACAAGTACGTAGAACAAATTAAATGGTGAAGAAGGAGAATCAGTACTTA GTACCATAATATAAAGGACATGTTGTTATTTATTCATGGTCTCTTGGTGTATAACATTTG TAGTGGAATATGATTGTACATTGATAAGACTAATGGAATAATTAGGGAATCAATTAAGGG AAGAAAGTTATAAACCATTGTAATTAGATTAAATTAATGTGGGATATTGGTTATTGGTGA TAGGTGTGAGATGATGGAAGAAATTTTTATTATTCCTGTCCGTACTATTAAATTCACTAG AACTTTGATGACCTCATTCCTTTTCTTAAGAATCCCATAAAGAGTTTTCTCCGTCTTATT TCGTATGAGTTAGTTTGATTATTTTTAAAATTAAATAACAATTTATAAAATTTATAATTT AAAATAAATTATAAATATTGATATAAGATATTTCAAAATTAAATTATTACTTTATAAAGA GATATATCATATTTTTGAAACCGATTAAAATGAAAGAATATTTCTTTTGCACTTAGCTAG CTTTATTGTTTGGCTGATCCAGCTTATGTAAGGCCATATACTGCTAGAAATTCTATTAAG TCAAGGATGCGGGGTTATAATTTTCCATGTATCAATCAAATTATTTTTGTTTAATATCCT AAGTTGACCTGAAGTGATAATAGCTAGCTAAGAGTCTGTTTGTATTATCGATAAAAAATA ATTAATTTTCAGAAGTGAATTTTAAAAAATATTTTTAATAAGTAAATTGTATTTGTCTTA TTTATTTAAAAGTGTTTTTAGAGTTAAATTATAAAAAAATTAATATTAATGTGTTTTTAA TAATAAATTATTCATAGAAAAAAGCTATTTTAAATATTAAATACAGAAACTTCAATTACA TTTTCAATTTAATTATTTTAAATGTACCAATACAACTTTTCAATGAATATTATATACTTA AGATAAATATTGAAAAGAGGAATCTTTTGTTATTTGTTACTTATTTTTTTATTTAATCTT AGCTATTTTTTTTTTTTGGTTTGTTTGTCATAATACTCTCTAGTTTTAAAAAATTTAAAT TAAAATACATAATACGTAAAAGTAAGAAAAGAAAATTTTGTTATATATTACTTTTTGGAG AGGTCTAAATCTTTAATGGTTACTTTTCCTCTTTTTTAATCCTACAAAAAAAATAGTTGT TACTTTTGTTTCGAATTATATTAAATATAATCCATAAAGTAAAATATACAACATAATTTA TAAATAATAATATAAAACATAAATAAAATATATAAAAATAAATACAAATTTTTGAATAAA AATTAACCAAACGTATGAGATATGTTAATTAATTAATAAGTGATATATTAATAAATTATA TATATATATATATATATATATATATAATAGAGATATTTTAGTCATTAAAAAATTGTTTCT TTATTTTTGGGAAGAAATTTTTAGTTTCTTTCTTGACATCCGAAAAACTAATTTTGCTTT CATTTAAAAGCAATTTTGAAAAACTTATCAAACACTTAATTTCTGGAAAAAAACACACAC ACACACTTCGAACCCCAAAACAGCAATGTCAAAGTAGTATAATGTCTTCTATACTACATC ATTGTGGATGAAAAAAAACTGAACACAAAGATGATGTAGTTGTAGGAGGGTCTGCATTAG CTATTCATGTAACTAAAAAAAAATTGTTTCACATCTCTTTATGTAAAAAATTGAGAATTC TTATAAAAGAATATAAAACTAAAAAAAAATAAAAAGTTTGTAAAGAGCTATAAAATCTAA GTATTTTTTATGATATACGTGTATATTTCTAATACATAAAAATTGCTGATTCAAATGTCT TTAGATTGATACAGATTGAAAGTAAGGTTATTAGGTCAAAGTAGAAGCATCTTGACTTGG CATATGTGGAGAATAAAATATACGAATTGTACAATATAGTCCAAAAATATTTTACAATAT CGTCCAAAATTCATCAAGTAATTTAAACAATTTGAAAAAAAAATTGTTATTATTTAGTAT TTATCGTTATATCAGGTAAACATATGAATGGTATTTGTTGAGCCAGTGCTTTCGTATTCT TTAATTTGGTTTGTTGTGCCAAGTTGACCATGTACCGGCCCCATATATTAGCATACTTGC CAAAAGGACCATTGCCTTTTTGTTAGCGGAACCAAGTATTGTCACGTCTCACTGCACGGA ACCATCTACATGTATTTGTATTGAGACAAAGATTTAACGTAGTTATGACAATTAATTTAA TTTCACAGATATAAATAATTTACTATATAAATATAAGAATATACGAAAAATAATTATAAC CCAATTTACTCGAAATCTAGCGATGTTTACACAACTTTTCCGCATAGAAGAAATTTTCAA AGCCTTCTAGGACTACGCACCTTGTGAATGCTATCAAAAAAAAGAAGGAACGATTTGTTG GATTTTATTTGCCTCGCCTTTCTTGCCACTAATAGGTTTTGAGGAAAAAGTTTTAAGATT TGACTAGTTTTTTTCTTGTAGGATAGATGTTAGGACTCAATAAATATGTGTTTGCTCCTT CTAACTTGATCAATATTCACAATGTAATAATAGGGTTTTGATTATGTGGGAGAATTTGTG AACCTTTTAATATTTCGAGTGACACTATGACAAAAATGATCATTAGCGACAATTAATTCT TAATTGCTATTAAACATGTATTTTTAGCGGCAATTGTCACTCTTTGTATATGTCCCTAAA GCCTTTAGCGACATATGAATCTTAACTAATGCCGGTAAAAACTTTAACACTCTTTATTAG TGTCAATATTTAATGTCGCTAAAAGTTATTTTTGTTGTAGTGTGAATTGATTGAGGATAT TTCTCTCTATATCTGTATTCCTATATTTATTATGGATTGTTCATCTCTTTTGTGAACGTA GGTCGATTGATCGAACCATGTTAAATCTATGTGTTTTTTGATATATTTCTCATATGTCTT CTTACTCGTGATCTTTGAAAGTTTACTTTCCTAACTTTTATATCATATCTAATTATTTCA ATCCTAACACGAATCTCTATTTATAGGATACTATACATTTCTACAGAAAAAAGACTAGCA AAATATGCTAATTTTAGGTTTTTTTTAGGAAAAGAAAAATTAAATTATATAAGAAATTAA ACTCAAGATAACTATACGAACAACACTGTAACTCAGATAAAATAAAAATAATGGATAAAA AATGTGCTCATTAATAACTCTATTTACAATTAATAGTCAATAGACTCATTTAAGCTTGTG CATATTCTTGCCCACATCGTGTGATGATCCTCTGGTTCGATGCATGAGTCATCAAACCCT TATATATTCGGATTTAACTTATACTTTACGCTAACTTTTAGATGATTTAATTGTGTAAAA ATTAATTATTGTTAATATATAACAAACAGTCTAGCACTATATGAGCTGGGGGAATAGGGT AACTATAATGGGGATGCAACCATAGGATGAGAAAGACCTGTGGAAATGAGGATCAATGGA TATTCTGCTACAATTATTGGTGGTCCTTCATATCATTTCATTTTATAAAGGTAATATTTG GATTCCTTATCATTTTGTATCTACCACTGCGTAAATCTCCATTTTGGGATATATTTTTTT TCACAATGAGGTGCTTCCTGAAGGTATACGTGGACTATGTTTCTTCGTTTCGTTAATTTC TTTTATCTAATTAATTTTGACATGATCGACTTGAGATTTAAAAAGTAAAAAAAGATTTTT TGAATCTTATAGTCTTTTAACTCTTAAATTATAGGTATGTAAAATATGCATGTCAAAGTA AACCGCTCATGAGGATTTGAGTATTTTGTTCCATTTGGTTTAATTAGTAGCTAATTTAAA TATAAAGTTAAAGATAGATATTGATGTATGAGTTTACTGTTGTATGACTATTAGCGTAAA AGTTGAAATCGTCCTTTTGGAAGAATCTGTAGAAAAGCACAATATATTCAAAGAATATTG AATGACGTTAGTCTGATTTTATATGATTTTGTTCTCAAAGATAATACTAAAAAGAATATA GAGATGGGTGCCAAATTATATTATGTTTATACGTAACACAAAATAAAGGATAGGCCACCT TACATGGTTTATATGAGTGCACTACGTAAAAACAATTCTCTGGAGAAAGCTAAGCTTTCA ATGACCATCAAAGATTATTCCAGATAAGGGTGATATATTCAGTTCATGATCCCTAAATTA AATTTGCATACTAGCTAATCCTCATTAATTGAGGCTTCACTAATATAATGGGAACTGATG AAATAAGAAATTGTTCAATTTATTTGCTAAATTACTGGACTACGTAGTTGCTGTTATTTT CCCCCAATCTGTCTATGAAACGCTTATAAATGCATATCAAACAAATAATTAATGCATTGC ATTTGTCTTGACATATAATCATGGTTAGCTACTTAGTGTCATTTTTATCTATTACCACCT GGTGGTTGTTATAAATACACGTGATTATGATTTGATGAGATAATATCAAGTGCGCATATA TATCTCTCATGATATCCACCCAATAAAGAAATGAAAATAAAAAAAGATATGATGCTCTAT TCTATGTACGTCATTCAACTCTAAGAAATTTAACTTACTTAATTTGTGTCTTGTACAATT GATACAAATCGCGTTAGACTCTTCAGAACCCAAAAATATAAGATTTGAATTCACTAACTT GGAAAATAAATAGAAATCTCCCTGCCCCTCTCCATCCATAAAAAATGAAAAAGATCCAAA GAAAATAGGTAATAATTAGGGAGTGGGCATGTGGGTGGGGAGAGGAGGAGCTGTTTCTTT TTGTTTTGTGCATATAATTTGTTGAAAAAAAGTTGTTCTTTGTATAGAATCCAGGACCTC CAACCCAATTGGAAAAAGTATATATGAAGGGAATCCTCTTCGAAACTATCCTCGAATTTT GCTCTGAATCATGTTCAACATTGTCAAAAATCCTCTACATTTGTCATTATCATGAATATT TATCTATCTAATTGTTATAGTGGACTAATAATGTCTACACCTCAGGTAGTAGGAATACTT AGAAGGGGTCGATAACTATATTTTAGGAATTTTTAGTATCTCACTTATCTGACAAGGTTC TATTCTTCATCTTATAATCCGTTAGCGAACTTTTTCCTTTAAAAGAAAGGCAAAATTGTA TATAATAGCAAACTAATAATCTAAATTAAATGGAATAGTTAGGGTTTGATTTAATTGTGC TCCATAGCAAACATTAGCTAAAATTTGCCAGCGTCTCTCTCCAAAAAATCTCGCTCGCCA CTCTCCATTCTCGTTCGCCTCTCTCGCTTTATACACAGAAGTGTATAATTCTGTTTCTGT TTTGTATAAAGCAAGAGAAAATTGTATATACACATGCAAAAATGTATATCTTCGTGTTAT ACATTTAATTATACAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAGGCCAAC GAATTATACAACTGCGAATTATACAATTGCAGTGAAATACAATTTTCTCTAGCTTTATAC AACAGAAGTGTATATATTGTGTTTCTGTTTTTGTATAAAGCGAGAAAAACATATATCTTC TTGCTATACACTTATAATTATGAAATATACATATATTTTAATTCGATTCAATTGTATGCA AAACAAATTATACAATTGCAGAGAAATAGGCCAGCGAATTATACAATTTAGGGCAGCGAA TTATACAATTGTATATGTATAGCAAATTATACAATTTTATATTTGATATGAAGCGCAATT ATACAAAGTTTACTATAGCATACAAATATGAATTTTTTGTTTGCTATATGTGAAAGTTAG AAATAATCAATAACTCTCTTTTCAGTATACTTTAGTTGTGAACAATCATACGAGAACTCA GGTAAATTTAAGTAGAGGTAAACTCCGGCGAAAACTATGAAGTATGACGATACATATGTA ATCTAGAGGCATGATGATATTGGGCTATAATTTTCTCTCCGGGCCTTCTAAAATTATGTG AAGCCCATTCAAAGCCCACATCTACTGACCGATTCAATTGTGTTTTAGAACTCTGAATTA CTCCAAGGCATGACGTTAATTTGTCATTTCTCATATGTGTCACCGTCGTCTAATGTTGAT GTTTATTTTACAATGTTCTGTTTTTATGAATTATTATTCTTTTATGTTATGCTAATAATA TATATATATATATATATATATATATATATATATATATATATATATATATATATATATATA TATATATATATATGTTGACTGACACATGGAAAAAGATTATCAAAAGACGACAATGTCTTT TTCGTTAATTTCTGTGATTACAAATGAATAGGTTAAATTAGTGCTTTATTTTTTGTTTCT GAGTTTGTGGCTAGCACCATCCTGCAAGTTGTTCATGATTCGTTAAACACCATGTTTTCT CTTTTTTTGGGAAAAAACACTATAGATAATAGATTAAATTACTTAATCATATTTTACATG TCCATAAGGTACTTTGTACATTTTTTACAATTCAACTTGGGAAAAGAGATCATTCAGCCA TATTATGAGCTAGTATATTTCATACACAAAACATATACTATTAAAATCGATCGCTTGAAA AAAACTCAACAATCTCAAATATTCTGATTTGTAAAAGGTATTTTGATGTAATGACAGAAC TCTATATTACGACGATATTAGACGATATTAGAAATGTTTATAAATTCATCTACCACGCAA GTTGCAACCGATTGGATATTTCAACGTGCTGCACCTAATGCACCTTCATTGTTATTTTTT AATCAGAAAGCCCCCAATTTATTTTCATTAATGAAATGTCCACACAGTAGTTCTATCCTA TTTATAGATAGTGACATCTGCGTAGGCCAGTGGATAGACATCCATTACATGGTTGTTTAT GAACAATTAATTAAGATCCCTTGTAGAGTACCATTTATGAATTAATATAAAAGAAGATAT TTTTTTCTGATTTTTTTAATGTAAAAAAATAAGACCTTTTACTTATAAAAAGGATTATTT TTAAGTGAATAAGCTATAAAATTAAAAGAAGATATTTTTTTCGATTTTTATGAAATTAAA AATAAGACCTTTTACTTACAAAAAGGATTATTTTTTAGCTGCTCGATCACATTAAAATAT ATATTTATATCTCTGAGGCCGATTCATCGAAAAGAAGACGAAATTACACATCACTTGGTT AGATATTTCTAACGGCTAGTCACTATACAGTAATGCTTAGAGTTTGGTGAAGTCAAATGT GTTGCACATTCATTTTCCCAGCAGATGCCTATGATTCTGACTTCCCAATATATTCTCAAC TGCAACGAATCCTCTTAGCTACAACCTCTTATTTGCTTTTGCTTACTACTATTTTTATTA CGACTCATTATTAAGGACGAAGTCTTTAAAAGGTACACTTGCATGAAAATTAAGTACCAT CAACTGCCAAATATATCCAATTATTATCGGGGCCCATTCAACAAAATTGGGGTCTAAAGC CAAATCTCAAAGAGGAGCCCTAATGTTTATTAATTTTTTTTTGAAAAATATATATTCATT TAAAAGCTATTTTTATTGCTTTTTAGATGTGAAGTCATTAATTACTGTTTTTTGATCAAT TTATTTTACTAATTTCTTTTCAGTTGATAATACAACTAATACATTCAATCTCACATTGTT GATCTTAGATAAGATTTTATCAATTTTAGTTTTTTCGAAAAATTTCTTTCGACCGAGGCA ATAGTTACAGGAATGGTTAACATTATTCTATAAACAATATATCCATTCGAAAAAGAATCA AGTCATTTTATTTGATTGAGTATTTCCAATAAATCATTATCTTCTACTTATATTATTTCT CTTAATAATAACTAAAATGAGAATATATATATTTACTAACTAAGAATATCAACAATGACA AAATTTTTAAAAAAATTATAAAATAAATTAGAATAGTAAAACCTTGATCACAAATTTGAT AAGATTATATAATAATATTGAAATAATTTTACGATCCTTCAATATAATTTAAAAAAACAC TTAAAAACAAATTTTATTCTTTTTTGATTTGTAAGCAATAGTAAAAAAAATTTTTAGGAA AGAGCTCAATATTGAGAATAAAAATAATAAAAAAGAGAATTTAAAAAAATGAGTATAAAG TAAATAATAATATAAGGTCAATTTTTTCGAAAATAAATAAGAAAACAAAATTTCTCACTT AAGAAAATTATATTCATAAAATATTTCATTTTCTTAGAAAAGTGAGAAAAATAACGGCTA TTTTGTTTTTTTATATATCTTACATGTTTTTTTTAAAAAAATTAAACATATGTATAATTT TAAGTAAAATGCATAAGTATTTTTTAAAAAAATTAGGAGCCCCATAATAGAGACCGCTTT AGTAACCTAGTGATTAAGACGACCCTGATTATTACCAGCTTAACCTACAAAACCCTAGAT TAGGCAGGTTAGTTAGTAGCTCACCAACAAATGGATGTACTGCATGTCTGCATCGTATTT TGTCTATGATGCTAGCAAAATAATCCAAGGTTTACCTTTACTTAATTCCGAACGAGTATG ATCTTATTATATATAATTTCACGCTAAAAGGTAATAAATTCTCTGATTGTTGGGGTTGAA TTTTAGTATTGAAAAATGAAAATGAAATTAACTGGGCAAATCAATAGATTTTTGTTTTTA GGTTTTAGGTATAATTAGTGAAATTGGGCTCATGATCATGACTATAGAGGTCACTTTACG TTCACGTGTATTGAGTCTTAATTAACATGCATATACACTGTTCTCCTAATTAATCTAAAA TCGACAAGTTGATAGTAAATGCATAAAGCTAATCCTTCAATCATATATTAGTACTTGGTC AAATGTTTTCACAGTATATAGTGGTGACTCTGTGGACTAATAATAATTACGGGTAGACGC GTGGGAGGGTATAAGAGAGCTTAGTCCACAAGATTGTCAATGGGTTATTTAGTTACACAA GAAAATTATGTCATATATTTTAAATTTTGAGATTTAAATAAGTTTAACTAATTTTTATTA TAAATTGTTTTGATTTATTTTTTAAATGGTTAATTATTATTATTTATAGTACTTTTTACG TAATTTACAAATACATAGATTTAAATTTTATAAAAATTAAAAATTTCATATGCATTTTCG ATCAAACTTAAATTGTTTGACATCAAATAACAAAATGTCTCACCTAATTAGGACGGGGAG GGGTGGGGGGAGTAGTTTTTATAGTACGTAAGTTTTTTTCTTTGAGAGTGTGTAGGAAAA TATTTTTATTTTTCTATTTTATTAGGTATGATCGATCGAAATATTCAATAAGTATTTTAT TTAAGAAAATAAATTTCTTAAAATAAGAAAAATGATGTTTCTAATTAGGCAGAGAACACT AGTTTGTATGTTTTTAAATATTTAAATTATAACTTACAAATATAAAATAAATTTAATATA ATTTAATCTTAAAATTTAATTTAATTGATTTCTCATAAGCATAAAACAATTAGTATAAAA CCCCGAGTAATTTTTGCCCACAAATTATAATCTCCACACAATTTACTCTTGACAAAGTCA GTCGCTACACTTTTCTGATTTGTCATTGTCAGAGTCTAACCCTCCAAACAATAAAACTAA ACAGAAAAAAGAAATTAACAATAAAGTATTAATCCTATCCTTTTCTTTTTTCTTTACGCC ACTATAGAAAAGTGATAAATATTAGACATCGTTTAATAAAGTGTATGAGTATAAATAATT ATATTTTATTAAATATATAATAAATATATTCTATTTAGCATCATTTTTATAGTATACTCT ATTAAATCAAAATAGCGCTATTAGCAATATTCGAAGTAGATAAAATAATTATTCTTTCTT TGATTAAAAAAAAAGAATGATAAAGTAATCTATAGGTTACAAAGGGAAAGTAAATATATT TTTGCTCCAAAAAAAGCAAATAAAAAAGTGTGAACTTTCTTGGACTATATGAATTTGCTT GTAAGACCATTTTTTAAATTATATTGTTCAAAGTTGGTAGGCTAAATTTCACCTTTAAAA ATAGTTGAATTGAACATTTTATTTTTTAGTGAATAAATTTAGCTTGCTTAGCAAATTGCT GACATAATCCAAATAGAATCTTCTTAAAATGTTATTTGTAGATTTATTTTAATGATTTTA TCTTTATTAATAAAATTTACATTAATTTATATATATATATATATATATATATAAATATAC ATGTATCCGTCAAAGAAAGACAAAAGATACAGCTGGTAGCGGGGCCCACGATTTATAAAG TGATCTCATGGGCCTTACAATTATTTGGCTGGGCCTTTAAGCATCAAGAGGGCCCAGTGG TCACATCACTATTTCCTCTTTTAAAGGTTCAAACGACAGCGAATCGCAAACCAGCTTTAA CTTTATTATTATAGCCAACTTAGGCGATTGGCTAATGGAACAAGCTAAATAGTTAAACTG TATATCTCATTTTACGTGAAATTTATTTATATTTAAAATAAATACAAGCTTATTATAATT TGATATAATTCATTAACTTTTTTTTTATTCTTAATTAAATGATAATATATAAATACACAA GTATCTAATAATTATTTTACATCATAAATATCAAAAAAATTCTTTAATTGTTTGTTAATA ATTATGTCAAGTCAAATACTATCGTATAATTAGGAATACTTTAATTTAAAGTTTCATTTT ATTCTTAATTAGATGATGTATAAAAACACAAGTACCTAAGGATTATTTTTAAAAAATCAT TTCAAAAATTTACATTTTATTAATAACTCATCAAAAATTATCACATGAAATAAGACGGAA AAGTTTTAATTTGTATTTGTAGCATTTTGTTTTATTTAAGACTAGCTATATAGATTTTAT TACCCAATGAGAAATCAAGTTCAAAGAAATAATTTGATACGTTTTCATTAGGATCACAAT TTTTTTTTAAAAAAAGTTCCGTGATAAATTAAAATTACTGAATACTTGTGTCTTTATCCT AAAAGAACAGTCCCTGTTGGCTGCTCTGCCTTTTCCATTACTTAATTATTACTTCTTCTA CCCTTTTGCTTTAGTTAGTAGTAATATATTATTTTATATATGTATAACATTTGACCAATT CTACCATATTCCTTAAAGAAAATATCAAGGGGTTGTTTGGTTAGAATATAAGAAAAATTA GTTTGATAGTAATATTCTCTATTATTTTCACAAAATTAATTTAATTTTCGGATGAAACGT ATGTTGAATCATAATATCTTCTTCAAATACGATTTTCAACTTTAACTACTACTTTTCAAA TATAATTTAATATCAGATAAAAATATTTGTACTAGAGTATCTATGGTCAAATGGGCTACA TGTGAATTGTGGTATAGTATTGATATTTACATACACAAGATTTTTTAAACAAAATATTAA TAATAGTAAATAATTAATGTAATGACATTATATTAATAAAAATTATTCAAAACCTATCAA GTATATTATTAAATTTTACTTGAGAATTTTTATATTTTGAAATATATTGATGATAGTCAT TGAAGACAATACTAAGCACTAAATATTCTATTGCAATTGGTTTAACTTGGTCTAATTTGA TTTGATTATAAATAGAAGAGGTTAGAGGTTCGAACTAAAAGACAAACTCGAATTAAACTT TTCTCTAAAAATATTTCAAATATAAAAGAAAGCAGTGTCATTAACATTATTTGTAGGTTA TTTTTCCAGATTTTTAAATATATATAAAATACTAATTTTTTTCAACGAAGCAGTATCGGT CGATACTCTATGACATAGGATGAGTCCGCTCTTAGTGATGCACTGCTTCATCCCTAACTA AAGATTTCGAATTTTAGCTTTGGATATAAAATCTTTTTATTAGGATTGCCATCAATCCTG CTGTGCGCAATCTGAATTTAATAGGAATTTCAATGTATGCTCCGAACAACAACAGGGCGG ATAGGAAAAAAAAAGAAAGAAGAAAAAGGTCAAAATGGACTAAATTAAAATAGACAATTC CAATTCTAATGAATTCATCACACACCAATTTACACATTATTATTCATCATATATGGGCCC GTTTGGCCATAAATTTTGCAAGTAAAATTTGGGAAAAAATTTAACAAATTTTGTTTGTCC ATATACTTTTTTATTATTTGGTAAATTTTTTTGGCAAATTTTTCAAATTCCCAAATACTA GAAAAAACTAGTATTTGGGTCAAATTTCATTATTTGGAAAGTTTTAGAAATTCAATTTTT ACCTTTAACTTTTTATTTTACAAAAATAATATATTTATTGACACCAACCAATTCAATTAG CACAATGTTTCCTTCTACATGCATTCTTTTGATTTCATACATTCCTTTGTTACAGTTAGT CTTAATGAACTAGCTACTAAATAAAACATGAATTGCATTTATTTTATTTAGTAGATAAAT ATTACGTTGTTGATGCTGGTCTACGGAACACAAGAGGATTTTTAGCTCCATTTAAAGGAA TGCGCTATCATTTGCAGGACTACCGAGGAAGTGAAAGAGAGCCTAAGAATGGAAAAGAGC TATTTAACTATAGACATGCTTCTCTGCGCAATGTAATTAAAAGAACTTTTGGTGCGTGGA AAAGTAGATTCAGAATACTAGAACAAGGCATGAACAACTATGAATGTGACATGCAAGTGA AAATAGTAATTGCTTGCGCTGTATTGCATAATTTTTTACGTGAACACCAAAGTAGTGATG GAATATTCAATGAATATGAAAATGATGATATGGTTGTTGATGAAAGTGACGAATGATTGG CTCAGGGTAACAACATCGCTTCATCTTCTCAATCATCTGATTCGGAAATGCAAGCTCATC GAGAAGAGAATGTTCATAAAATGTGGGAAGGTTATATTAGAGAATATGTTGAACTCTTTC AGATGAGAAAGCATAGGTTCTTAGTGATTGCAATATATATTTTCTTTTGTTTTCTTCTCT TTTTTTTCCCCGAATTTATATTAGTTGTATTTTCATTATCATGATTTGTACCAAGACCTT TTCACTATACTAATATTTACTGTAATGATTCTTGTTGATTTGTTGCGGAAGTCATAAATC TTATTACGTGAGATTTCTATTGTGCTATGTAATACAAATTTATGGTTAGTTTGATAGTTT TAAAAACTTATGGGTATAAATCATATTTCTTTAAAAAATGAAATATGTTTCTCAAATTCT ATGGCCAAACACATGGTAAAATTTCACCCAAATTTTCATCCAAATAATATTTGTCAAAAA TATTTGAATATCTATGGCCAACCGCTAGCATAATATCTTTGTATTATTAGCTTATTAAAA CAAACCATACATTATAATTTGTCAGTATAAACCAAACATCCCTTGGTGAGCAGTTTTTGT AGTTAGTATGCTAAAATATTAAAATACAATGGTAGTTGTGTGGGGTTGATTGACTGGACA AAGGTGAAAAATTGTATCTTTATGCTGAGTGCGGTCTTCTTTGGAGTTTTGAGATTATTA TTATTATTATTATGTGTTGACTCTTGACAAAGTTGAGCTCTCTCATATTCAAAAGAAAAT CTTCCACGCCTGCTTCTACAAACATAATTATCATATATTCATATGATTATTGTTTCCGAG GTTCGTCAAAAAGGTGTAAAGATTGCAGCTTTAATTAATGTTTTGGTTTTCAAGACTTAA TAATTGCGAATATGAGTATGTTTTCCCAGTCTTGACGAGAAAGAATCGGGTCTTATTTCT CCTTGTGTAGAATTGGGAAAAGTATTCGCTTTTGCTGGGAATTTGATGAGGTTTTTGAAA GTGGACTTCAGTTTTTTGCTGCTGGAACTGTAAAGAAACAATTGGAACTATACAGAATTT TGAATTTTCATCTTAATCAGAGAGGGGTTCTTTGTTACTCTCCTCTAGGTATGGATACTA TGCATCTTACCTATTTATTTAGGTTTTGGTGCTATCAGCTATGGGTACAAAAAGAAATTC TGAATTTTAAATCTTAATTGCTTGTTAAGTAAAGTTTGTTCTCTTTGGCTTTTCAATGTT AACTTTCTTATTTCTAGAGTTCGTCTGTGAAGGAGAACAGATGTGGTTATGCATCTGTCT TTGTGTTTCTTGATTATTTTGAAAATTGAAGAGAGAGGAGAAAGTGAATATTTGTTATAG CCTGAGATGTAATGATTTTATAAGTAAAATTTTCAATCTTTTATGGATTTGTGTATAGAT TTTCTCACCTTTAAGATGAATATGATACATGATGCTCAACCATCAATTTGTTGTATGACA GATCTGCTTTTTTGAATTGTGTGACTATCAGTTCTTGTGTTTACTTAATTAGGCTATTTC ATGTGTGGGGCTGGTTCTTTTTATGAGCCAAGCCCGTGGAAATAGTTTTTTGCTCTTTGG TTGGCCGTGAGATTTAAACCCAAGAACACTTGCTAGCTCTGATACCTTATTGAATTGTGC GACTGTTTCATCTAAATGCTTTAGAGAGAGAACACCACTTTTGATTGTGTGATTATATAG GTTTTTGTTCATCAGAAACTTAGAGTGTGTAAACACAAAGCTGTTCCTGTCAATTTATGC TAATGAAGCCATGAATTCCTGATATAGAATAATTGCCTAGTTATATGCCTAAATATATAT TATTTTATTTTGGAAATATTTCTATTTCTGATGAATTTTGTCCTTTCTTCATATGGATTT TCATGTTTGTTTTATTCTCTGTTATATTCTGACTGGTTGATACTTGTATTTATTACTCAA TATTACAAACTAAGTTTTTTGCTCTTCTTTAGTAGAAGTTCCTTATGGGGAGTGATGCTG CTTCAATTGCTGGGATACCATCTCCTCGTGACATTAAGGTATAGAAATCTCTGCTCTTCC ATCTGTTTTCTTTAGCTCCTGATATTATCTTCACGCGGAGTTTAATTAAGGCAATTTACC CTCAAGTCATTCTTCTAATCACAAATGAGATGTGTCAAAAATTCCGGATTTCACTCATCT CTAGAGCAACACTCCTCTTAATCTTGGTGCCTTCACATTAAGGAGTAATAGTCACTATGT CGTATATAAAGAGAATGGAAAAAATGTTTTCTTGTAATGGAGTTTTGCATGTGTCAGCTC TAGCTCCTGATGAACTATAAAAGGGTTATTTAACTCTTGGACTGAATCTTCATGAGGATG CTACAATTCAAATCTGAAATTTAAAGTGGTTACCTCATTTGCAGCATTATAGGTTTAAAT TTTGTCCTTCCGAGTTTGCAGAATGCTAAGTTTTGTTCATGGATTATGTACCTGTCAAAT TTCATGGTTTCCTTGTCATTATCGAGTCCCATTGTGCTATTTATGTTTTGCCATACAATC TTTTCTATGACTAAATATATCCTACATTGGATGATTACAGGTGCATCGTCTAATGTGCAT GGAACTAATTAAATTTGTAGCTGGAGTTTTAATGTTACTTCCAGCAATTGAAGAAGCCCG TCCTGGATCCAATCCTGGAATACAGGTACTTTGCCAGATAAACAGAGCACTTGACAAAGC CAAGGACATTCTTCAGCATTGTAGTGAATCCAGTAAACTATACCTGGTAAGCATCTTTAC TCAATCTTACAGAACTAATTCTGTCTGTTTTTTTTTAATATATATCCCAATTAATACCCT TCGGGGTGGCCTAATGGTTTGAGCTTGGGACTTCCATGTTGGAGGTCTCAAGTTCGAAAC CCCTTGCCAGCGAAAGCAAGGGGTTTACCTTCTGGGTCGAGCTCGTCGCACCAGGCTTGC CTGGTGCGGTTACCTCTTCTATGTGGTTTGCGAGCTATTGCATAGGGCGCGGTTTACCCT GTGTGCATCCAAAAAGGATAGCGGCTGCGGGTTTCCCTTGTCATCAAAAAATATATATAT ATATATATCCCATTAATAGGAGATTACTTGCTTCAGAAATTAGTTGAAAAGAGTGTATAA TATTTGGCTAGTGGCTGGCATTTAATTGATCATCAACATCTGTAGGTTTTCCAGTGGATT TTTTTTATTACATTTCTATATATCATAGGAAGGGAGAGAAGATCCAAAGAGTTCCAACTA CTAGCACACTCGAAGGTCATGCAATTAAGTGTAAAAATGTAAATGCTGCAAGTGCAATCC TTCTTTATGTTATCAATCTACCTGTTTGGATAATTAATGTGTTCATTCATATAATGGAGA ACTAAGTCTTAATAAAATTAGCACCGTATTTTCAGGCACTAACTGGAAATGTTATACTTT CAAGATGCAACAAATCAAAAAAATTGCTTGAGCAAAGCTTGAGCTGTGTGCAGAATATGG TTCCTGTGATGTTGGCTACACAGGTGAGTCAAAATATTTTCTTTTTAGAGATTTGTCTGT GTTTATTTGCTTTCTTTTTCTGTCCATCTTGATGGCAAAGACATTGTTGGTGTGTCCTGA TTATTAATTCTACATCCAAGCCAGAGTGTATGCAGTTTTAATCGAAAATAACTTTGCTGT GTTAAACTAAATGACAATGTCTGCAGTTTACATTAGGCTATCCATTTACTGTTGCCAGAG CTTTTTGTTTCTTTATCCTGCGAGCTCGTCCAATTTATTTCCTTCATCCTTATTTTCAAA GCTTTGCTTTACAATGAAAGAGAAGGAAGAAGGATCAGTCTTAAACTGTGGATTCTTCTT TTTCTTTCTTTCCCTTTCTCTACCTGGTTGGTTTCTGTTTCTGTTTGATGGCTCTGACAG CACTTCAATGGCATTATTGGCTGCAGATATCGCAACTGGTTGCTGACCTGGGAGCTGGAA TATTCAGCTTGGACCCATCTGAAGAGGAGGCAAGGAAAGTATTGAGCAAGCTACTTCATC AGTATACGTCTACAACACATTCAGGGGAAGGACACGTCTTTGAGGCTATTCAAATTGCTA TGGAGAAACTGCGTATCACATCTCCAAAAGATCTTTTGATAGAGAAAAGATCCATCAAAA AACAGCTGGAGAAAATTGGGGAGGGTGATCCACCAAAAAGGAAAATCTTACTGTTCTTTC TGAGTCTTCTCAACAAAAATGGCAAATCTATTGTGGCAGAGCACACAGAGAATGGATCTC TGCAGCATGAAGACTCTCTTGAATTTGAAGTGGAATCTCGTCTGAAATGTAATTATAATG ATGCTCAAAGAGATATCTTCAACGGCTCTCGACTTCCGGATGAGTTCAAATGTCCTTTAT CATCAAGACTAATGTATGATCCCGTTGTCATTGCTTCTGGACAAACATATGAAAGATTTT GGATTGAAAAATGGTTTGCTCAAGGTAATGATACATGTCCAAAAACCAAAAGGAAATTGG TTCATTTGTCTTCAACCCCAAATAACTCAATGAAGGACCTTATATCAAGGTGGACTGCAG CACATGGGGTCAGCGTTGTTGATCCCAGTGTACAAGCAGCAGTAGGTCACTCATGGGAAT CATCTTCCACTTCAATTGCTAGCTTGAGCAGTTCAATGATGGATCTATCTATAAATATAG ACTTCAGCAATTTATCAATGGGAACTTCAGATGCTAGTTTTGTATCACATACTTCGCATT CTAAGATTTCAAATGACTTTCATAAAGGTCAATCTCGTGAAAGCATACATGAAATGGAAC TGGAGCGTTTAACAAGGCTCAGTTCACTCTCTTGGGAGTCTCAATGCAACTTGGTTGGAA ACATCAGAAACATGTTGACACAAAACGATGAAGCTAGCAATTGGATGTCATCGGACAATT TTATTCAAAAACTTTTCAGATTCTTGAAAGATGCGCATAAATGTGATGATCAGGATGCTC AATTATTGGGATGTCAGTCATTATTAGCAGTTCTAGATGAATGCGGGTAAACCTGCTCTC TCTCTCTCTCAGTGTCTGATTCTTTATCGTAGATGGCATCCCCCACCTAAGAGGATTAGT AAACGGGTAACTGCTCAAAGAACCTCTGTGGTAACAAATCATTCTAACAAAATCTCTGGG GGGAGAAATCCATGTTACAAAATTTTGAAATCCCTTTCAAGTAGTTACTTTTTCTGATGA AAATGTGAACATGTCTGACTTCTTCCCCTTAGGAAGAATTTATTTATTTTAATCAAATCC AATTTGAAATTCAATTAATTATCTTGATACACTCGGTGTTTAATGCTTCTGGGCCTTTTT GAAATACTAGTAAGTGACGTCTTCTATCTTATTCTGCTTCCACATATTGATACTTGTATG GTTCCTCCGTCTCAGAAGCAGTTTGCCATACTTGAATGATGATGCATTTGCTCTTTTGAC TTCATTGCTTGGTTCGGAGGTTTCTAAAGAAGCTATTGCTATAATCGAAGTGTTGTCCCG CCACCAAAACTGTCACCATAAAATTACCATGTCTGGTGCACTACCTATTCTCCTGGAGAT TCTTGATGCCCACAGTAGAGAATTGCAGGAATCAGCCATCAAAATATTATGTAACATGTC AGGAAGTAGCAAAATTGGTTCCTTGATTGCACCTTCAGAGTTGGTCCCAAAATTGGTTCC TTTTCTTGAAGATACAGCACTCGCAAGAAATTGTGTTATCATTTTGCATAGTTTGTGCAA CAAAGAAGATGCTAGAATTGCTATAGCTGAAACTGATGGATGCATTGCAGCAGTTGTGAA ACTGCTTGAGCGTGAGAGTCGCAAGGACCAGGAACATGCTGTGGATTTTCTTCTTTCTTT ATGCCTTCAACGGGTTCAATATTGTCAACTGGTAATGGATGAAGGTGTCATCCCTGAACT CGTCTCTGTATCTATTAATGGAAACAACAAAGCAAAGGCAATGGCTTTGGAGTTGCTGAG ACTGCTGAAGGGGGAATTTAGTGATACTGTAGAATCTTACGAACCGGAAATCGACATTCC TAAACCCCCTACCTCTGACTTTACTCAACAGAAATCTCATTCCGAAGGAACAGGAATTTT TGGGAAATTTTTCTCAAAACGTAGTTCGACTACTGCCAAAAGGATAAATAGAAAGTGATG CGGTTTGAAGATTTTTGTATGATAGGATGTGTATAATTTCACAGGTTAATCTAGTTTTTG TTAGGGAGAGGCATAGACAGTAAGCATTTATATTGTTATAGCTGCTTGAGAGTTGGGATA GAAGGTGTAATTATTGTTGTTGTATCTAGTTTTTGTTTGTATTTAATTGATTTCACTGGA CAACATATTCAGGTGTATAGTGTATTTTGTATGTACAAATATGATAAATTTTCAAAGAGA TGGTCATTTTTTGATTAAAAAGTTGAGAGTTGATGAATATCCATCTGTGTCCTCTACTTT CCTATTCTTCTCAAGGAGATCATCATCGTTGTGACATTGGTTCTAATGACTCTTAATCAA TGTCAATATTTAAAGCAGCTAAAAGTTTTCGTAGTAATATGGTCATTTTTTTGACTTGGC ATTGTTTACTACTTAGACTTGGACACCATCATTATTAATAAGATTTGCAAACATATCACG CCGATTAAATCTTAGTAGCTCAGTTGATTGGTTAATTTTATTTAATACCCCCAAAAAATA GGTAGGAACATATGTTTTTCGTCATTCTACTTTTCTCTTCTTTTTTTTTTCCAACTCCAA ATGTATGTGTCTTGATTTCTATTTTTTGTTCAATTTTGACGAGCGAGTTAGTTCTGGAAG TTGACTAATAATAATTGGGAATTCTTGGTGTGCTATACTTTCTGTATTTAGTCCTCTTTC TGTTTTGGCTCTATCTTATTTAAAAGTAAACTTATAGCCTGGGAAGCCAGAAAAAAAATT CCTGAAATTTCTCGTTTTTTGTATATGTTCTTCACCTCAAACCTCAATACATACATAATT CAAACACAACATGTGGAATTTGCTTGTTTTTATTTGTTTTGTTGGAAAAAGAAATATTTA TTTCAAAAAAGCTTTTTAGACCTTCAAATCAGCTTTGTTGTACTTTTAATACGAGGATGT AAGAAAAAGACATTTTGTTTTCACCAAACTTTTTGTCATAGTTTCTGGATCTAAAATGTT GTTACTCAAACAGGGTGAGGTACATGCACTTGGGCATAAAATTGCACATTTAAATGGCCA TAATAGCTAAGACTGGTAAATTGCGTAAGTTCTCTCCCTTGACATAGTAACTTTCACGTG ATTCAACAAGTACAGTACTAATTATATATATAATGGATATTTGCTGCTGTAATATGTCTA TTGTCAAAGAACTTGGAGATGTTCAAAATAAGAAGGAGGACTTTGAGATCATCGTGAAAC AAAGATAACGTGTTTAAAGAATGGACAAATATTAGTATTATTTATAAAGAGTTTCGGGAC AGACAAAGTCACCCAACTATCTAGCTGGTAGTAGTCCAAAACAGCAGCTTCAAGCCTTCA ACCAGATACCAATTCAACACAAACAATCTGAAATTTCCAAGGGACTATTACACTTACGAC AAGAAATAGCTAAGGGAAACTAAGTTTAACAGACATTTGACGTATAGTTTCCAGAACCTA GGGAAAACTTAGTTGCAAATAGTGATTGATATATGCAAAGGGATAGATAGTGTTATAAAC TAGGTGAATAACTTATCGAATGGTAGGAACAATATAATTTATTATGATGACCAAGACTAG TCATTGAACTAATGAAAAACTGGTGTGTATCACAGTACAAATGCAAATTCAGCTTTGAAG TATCAGAAATGATGCAAGTTAGCAACTCAAAGGTCTAGACTGAGAACTAATGCTCATGAA AAAACATTGGAAGGGGATTGTATGGATCATAATTATCTTTTGCACATGAAAGTAAACATG AGAATGCTATTGGAACATGAGAATGCTATTGGAGAAACTGGCACATGGCACAACGAATAT TCTCATTTATACAAAGGTCATGCGTTGAGAACTTCCTCAGGGATTCTACATGAATTTGGA ACATTACTAAGCAACCAAAGAGAAGAAAAGGAGCTTATCTTGATTTGCAATCTGCACGAA ATCATTCACAGGCTGGCTTCGTGTCAAAGCTGCTCAAGCAGATTGCAAAAGCTTGGAAAG CAGAAAGTGGATAGCGGTAGTCCATGGTGAAGATGTCTTTCCCAATTTTTCCAAACTGTA AAATTACTTTTTCTTGTTCTGCGACTGGTATATTGTGAGATGGATCAACTGCTGCCACTA GCTGAAAATTTTTCACAGAAGCAACTGTAACACGGCCTTTAAAATTTAAGCACCAGCACT GCAATTGTTCATGCCACCTAGGAGCCTTGTTTTTTAGCACAAGTATGTCTTGAGAAGTCG CCGTTACTGCTGACCTTGAAATGCCAGAGGAGCTGATATCCATAGCTGACTCCTTTGCTA TTGCAAGTGGTGCAGAAAATGACTTCTCATCAAAAGATTGTGGGAATGATTTAGGTGTTG GAGCACTGCCACCCTCCTGGATTGAAGACAAGGGGATAGAGTGCATGGCAGAATGCATTC TCCTAGGTCCTCTGGTACGAAGGACATTGAGTTCATACGAAATGGTAGCTACTCTATAGT TGCACGCAGGAACTCTTGGAGAAACTTGTTTTGCATGAAATCTCCGACTGAGACGACCAG GTTGTTGAATGGCTGCATCACTTGGAGGTTGGCTATCATGTATGGAGAACTTGGTCCCAA GAAAGTTAGACCTGGTCAAAAATTGTTCTCAAACATTATATAAAATGGAAATTAGATTCT TTTCTCTGCCTCCTGCCAATCTGAAGGGTCGACGAGGAGTGAGAAAAGGAAATATAATTG GAAATTTGATTGAACTTGCCTCAGTTTACCGGCATACATATTGCTAGCTCGAGAAAAATC ATCTGCAACAAATGATATCACAAAGTCTGTGTTTGTTGCCCTTCTGATTTTTTTGGCAGA CAACAATAGTTTATCCCTCTCATCCTCAGCTGTCGTGAAGTAAAATATCAGTTATGCATC TTTCATTGACTTGGAAGAATTTCCGATGAAAAAGATTGACCACAAACATCACTAGAAGTT CTAAAAGGTTGTGAATTTTCTATCTGGTGTACTAACTTGAATGTACATCAGCCTAAGTGC AAGTTCCCCATTAAAGTAGGATCTTAAAATCTTTACAGCACAAACAGGATAGGCAGAGGA TATTACTTACATGGAATCATGCCAAAGTAGAGACGATAAACTGAATTAGCTCTGTCCCGT TTAATAAAGCACTGGATTGGGGATTCACGGGGACCCGGCTGGTTTAAACGGTAAAAGTTC TCTATTAATATCAATCAACATCATAAACATACATAGAAAGGAAAGTAAAATAGACTAAGG TGATTACCTGTTTCAGTGAAATGGGAAAGGTAAGCCTACCACATTCCTCAGGAGTCTTAA CAATCTCCTTGGTAATTCCCCTCCACGATTTGCAAACAGATGCACAAAAGAGAAGGGCGG ATCGAGCAGGCCATGATAACTCACTCTCTTCAACCCTACGGATGATATCAAGAAGAAGTT CCGGTGGTAAATTTGCCCATTGCCCTTGTTCAATTTGATCAGAAAGGGCCACATCAGGGA CTATATGTGACCGGGTTCTGTTGCTCCAATGCTTTCTTTCTGTTCCCCTCCTTGATATAT TCCCTATACCATCTTTCATCTCCCTCAGCTCACGAACAATGCTCTTCAAAGACATTTCTA TCAATCACATCAACTGCAACTTCCCTTCAAATGGAAGGGTAAAGCAATTAGAACTTTGCC TTTTAACCACAGCATCAACCAATTATCGAAACCTCAATTTCAAACATTCTGCTCTACTCG GACCCATATAATTCCTATCCAAAATATGGCCTTCAAGACAAACTAGAAATTATCTATATT TTGATCAAAATCCATAGCTTTTCTGAGGGAGAAAAAAAGATCAACAAGAATGTAAGAACA GGTGCTTTATCTCATTTCAAGCATATCCCAAGTTTCAAAATCTAAACCTCAGCACTCAAA ATCGGAATTCTGAGATTCCGCCACTATTTTTTTTTTTTTAAAAAAAACAGAAATTTAAAA TGTGAGGTTCTTTACAAAGGCAAAAAAATACCCTGGAATAAAAAACCGAAAAAACAATCA AAATGTGCGATCTTGTGGCATTTTGGTACTATCTCCGACGAAAACCAAAAGCAGAGCTGA CATGCAGCTAGGAAGAGAAGAAGAGATTATGAAAATGAAATATATCCATAGAACATAAAT GCATCAAAACACAGAAAAGGGTAGGAGAAAACCTAAGAAACACGAGTTACAAAGAAGATG AAATCGTTGAAAGCAAGCTGCGGGATGCAGAGATCGAAGAAGGAAAAAACGCGGCGAATG AGGTGGAACACTGGATCGGCGACGCTTTAGACTTCATGTCATGTCGCCGGAAACACCAGT GGCACCACCACCGAAAAACCGCCGTTAATTCCGCCAACAAATTGAAGGAAAAATGTCAGG AGCTAGGAAGACGAAAGGGGCTTCTCTGTGTGCGTATCTATCAAAGTTTTCCCACACCCA GATGTCTCAAAATGACAAAAATTGTCCCTCATATTTGATGCTATTTATATAATATTTTAA ATGAGATTTTTTTTAATGTAATTTTACTTTTTAAAAATATTTGTTTTAATATTATTTACT AAAAAAATGAGAAAAAATAGTTTATTTTAAAAGAAAAAAATATTTTATTTTTTAAATTTA CTGATCAAATTTTGATAAATTTTTTGGTCATTTAGCACTTCTCTTAAAAGTTTCACTAAA CATTTTGATTCTCAAATTTCTCAAAGGATAAACAATATATATATATATATATATATATAA AGTAGAAATTACAGCTAAAAATTATGGCATACTACTCTATATTACATCAAGTATAGTAGA AATTAGAAACTATAAAAAAAATTAAATCTCTAAATGATGTGAGTTTTTGCTATATATAGT TCTATCAAATTTAAAGTATAGTAGATGTAGTATAAGCGTATAAATAGAAAAATTATTAAT TATTTTTTAAATTTCTAACATAACACTTGTTTTATGATAATCTTTTCAAAACTAAAATGA CACTTATTTTAAAATTAAAAAAATATAAAACTATGCTCTAAATAAACATAAAGCATGCAA TTTATACATGGATAAATCTATACGCGTATTAGCAAGTGCATGAATTTTGGTGAGGTTAAA ATTGATTTTATGTACTTCAAAAAATGGATGGTAAAATCAGAAAACCGTTAAATATTCAAA AATAACGTTTTTTTATTGTGGTCACAAGGAGTCAAACGCACTAATCTAGCTAACTATTGT TTTATTTGTCCTAAAATACTTATTACATTTTTTATTCATATGTTTTTTAAAAAAATATTA AGTGTTTTAATTACTATTTTATTATTCTTATCATTATTATGTCTTAAAGATATAATCTTA TTTACTGGATGGCTATTTAGTTTTAAGTGTTATTAAAATATTTGTAGTTTTTAAGAATAT TTATGGCTAAAGATTATATAATACGTATAAACGTTAATTATGATATAGAATTTTACGAAC TCAAATTTAAAAAAGAAACATATACATTTTAAAAATTACGATAAAAAACTTTTGACCAGA GAGTTTTGTATTGAGTGTCATGAGGATGGTTTGGTCTACCAACAGATGTTGTTGTGCAGA ATATTTCTGTTTACAACAAATATTAAACATATGAAAAACAAAAAAAAATTATAAAAATAA AATATAAAGAAATATAATATTATTCATTAAAATAGGGGTACAATTCTGGTAATCCCTAAA TTTTACTCTCCTGAGATTTATTCATGATTCGAGGGCCGTTAGTGATATATTTCACGAATT AGAATGATTTAGATTTTGACCTCTCTTTATGAATAAATCATCAATTTGTAGAGTATTCGA GATCTTGATCTCTTTCGAGATGCCTTTTAAGAGAATTTAGAACCCTTTATATAAGGATAA ACTAGGGTTTAGAGTTGAGTAGCCTTCAAGAATCCTTATTTGAGTTGAACACAATTTGTG AAGTTTCAAATCGAATTAAACGCATTTTGTAGAGTTCCACAAAATTTAAATGTCTTCAAT TTCACCTCCAATTAAAAGTTTTGTGTTTGAGCCATGGATATAAAGAAAATTTTGTTAAAA CCATCAGTTTTGAATGAACCCTGTAAAGTGCAATTTAAATTTAATAAAAGTTCTAATGTG GACTTCGAATGCCGGAAAAAAAGGGTGGGTTGGTCTGCTTTTCTATCACTTTGTTGGGGA AACGCGTGAGAGTATCATTACCTTACTCAAATGTCCCTCTCCACCGTATGCTTTCCAAGC ACGTAATGATGGTGACACAAATATAAATCTCTTATATATAAAATTAACAAAACTTATTCA ATAAATCAAAATCTTTCCTAAGCCTCCCACTCATTCTAACAATTGGAGGAGCGTTATATT AATTAATTGAGAAGTTTTATAAGAGAGGAATAAAATTTCAGACAAATATTCTCGTGATTA AGGTTATTAAGTATATTTTTTTCTCAACTAAAAAATAAATTAAAAGACATATAGCATATA TATGAACCAATTAAATACTTATTACATTCTAAAAGGATAATACACAAGTATCCTCTCAAC CTATGTCCGAAATTCCAGAGACACACTTATACTATACTAAGGTCCTATTACCCTCCTGAT CTTATTTTATAAGTAATTTTCTATCCCTTTTTAGCCTACGTGACACTGGTTTGGAAAAAA AAAGTCAACCATCATTGGGCCCACAAGATAGTGTCACGTAGGTCAAAAAGGGGTAAAAAA TTATTAATAAAATAAGTTCAGGGATAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGA GATTTAGGGCATAGATTGAGTAGGTACTTGAGCATTATCCTCATTCTAAATCACCAAATG CAGAGCATTTTCTTTTTCATTTTATAGAAGCATCGATCTATTATTGAAAAGCAACAACCA TTCATGAGCAGTAAAAAGATTATAATTTCTTATATGTATTCGCTGAAAATGATTAAACAG ACACAATATCTATACATATCACTCTCATTTTCCTCTTCTTTTTTTCTTTTCGATTGTATT GGTATCAAATGAAATTTAGATTTAGATATTGCATGACTTATTTCAATGGGCAAGTCACTC GCAACATCAACAACAATTTCAATAAAAAAAATTTCTATCCAAATTAGAATCTTAACTATC TCATCACAATTCATGATCAGTGATATTTTTTTAATTTTATATTTATGATAGCTTAAATTG ATATGTTCTTTCTATTTTTGAATGAATTACACAAAAGAATAAGTACTATCATATCAACTT TTTACACCATCACATAAAATTCACTCAGAATAATAGTTCTAATATTTTCATAGCACGCTT AATATATATTACAGATAACCTTTACAAAAATAGAAAAATATTATGCTATAATCGGTTTAG AAAAAATCACAGTATAAACATTATCTACATACTAGTATAATGATTAATCTAAATAATTTT AGCAATTAATATCAAGACAAAAGGAGGTGTGGAAGACCTGATTGGAGGTTATATGTGTCA GGTTTTGCATTGTCTCTTTAATTATTTTCAGCTCTTGGAAGGGTGCATCACCCAAGCATG TTCAACTGTTATCGATTATTATTTTCGTTTATTTTTAAAGACGATAATAATTTTAATTAA TATTTTATGATATACTTTTTTCATCATATTAATATGTAAAAGATTAAAATTTATAATTTA AAATATTTATAATTTTTATTTAAAATATTAGATTAATATAATCTAATTTAATTTTAAAAA TTAATTAAATTAATTTTAAAAAATATAATTTAACAATTAAAAGCATCCCACTACAACTAT ACCAATTTTCTTAGAAAGTCAAATTAAATTTATCCTAAAATTAAGAAATTATATCATTCG TTAAATTTTTTAATATTTCCCCTTACATTTATTTTTATTTAACTTATCTAATTTTCTTTT CAATTAATTTAATAATTTGTTAATTATAATATTTTAATTATTAAGTGATATTTTAAATAC ATTATACATATTATTAAATTTTGTGTCGAGTTAAAAATTGAGACGAAGAAAGTATTACAA AGGGACCAGAGAAGTTGAAAGTAGAGTAAGGCCACAGTAGATGTACTTCAATGGTGCGTG TAAAAATGTATCTTGTCATGTGATGTTTCGATATTCATGTTTGGGCATCCATTCCGTATC TAATCATTCTATCCCATGACTTGCCAGCTCACAAACTTTAACATTTTCTATTTTCTCACT TCTATATTTTAAAAATTATTTTATTCAAGATGATTTCAATTGTGTGTTTAATATTCATAG AGTAAAAAAATTTCTATGTCCACTTAATTATCATACCAGCGATTAATATTGTTGAGTATA TACGATTAAATGTGGTTTACTATTAAATAATAAATCAATTAAAATTTTTGTATATCGTTG AAGTGGGTTTATCTTAATCTCAAATGAGAAAATTGAGATTATAAATATTTAATCCTTGTG ACTGTTACATGAATTTTTATTCCATGTCTATTTTTGAGAAAACTATCTAGCAACTGATTT TTTTAAAAAAATTAACTTATGAATCTTTCAAAATGTGGTGTAAAAAATCTATTTTGAGTA AATTGATAATTTTATGAGAAAACAATTAGACTATGATTTAAAATTTGTATGTTTTGGCTA GACGATAATCTAATGTTATGAGCTAATATTAGACTCGAGTCTAAAGTTGTCTGAAAGGAT AATTTTTCAAAGGTTATATTTGCATAACTTTTAAAATAATGGACAAAATTCAAATGATGG CATGAAAAGTTCAGCAGGCTGTTTTTCTAGTTGGGCTAGAAATAGGTTCTTGTTAGTCCA AGCTAAGTGGGCTGCGTCCTCTTTTGCTGATGGAAAGCCCAAATAGCAGTTACTTACTAA CACCATTGGCATTCTCTATTCATTTTCTTAACAGGATTACTACTACGTCATCATTGTATT TATGGTGCAGTAGTGAGACTATTTCATTCTAAACGAGATCTTTTACATTCGAGTTTCGGG TATGAAAAAATCATGTTGAAAGCGCTAAACCTGAATGGGCCCAACAATGCAAGGTTCCAA TATAGACTCCAAACATTGCATGACAAAAGAAATCATATTTTTTTATACTTGATCAAAAAA GGTTAAAGAGATCCATGTATTTCTATTGTGAAAATGCTTGATTAATTGCATAAAGTTAAT TTATAATATATTACATTTTTTTTTTCTCATTAAGTATTTAAGTCAACTGAGACATTTTAT GTTTTGATGTGAGAATATATGAATAAAATTATAATGTAATATTTGTGACTTTTAGGTGAA GAGTTACATCTGCTAAATGTCTACCAATCTTCATCCTCCTTCATTGTAATCTGTTATACT TCTATCTCACTTTTTAAAAATATATATTTGTATTTTTACTGATGATTATTTGCATTTTTC CTTTTGGTGATTTAATAATGTAAAAAAAATTCTTACATGTCATGTTTAATAGAAATTAAG CTCTCTTAGAATACTTACATATGAATAATAATAATAATCTAGTTTAGAGAAGAGTAAAAG ATAAACAATGTTAAATAAGTATTTACATCAAATTAATATAACTTATCATACTAAGATAAT TAAATAAAGTAAAAATATATATTAATTAAACAATGATTAAGTAATAGTTAACTTGTATTC AAACTCACAGATAATAAAAAAATATCTAAAAAATGATGAAACTCATGATAGATCTTCATG ATTATAAAAGCATAACGAATTTATTTTATTTTAGTAATATTCCCTTCAATTTTATAAATG TCTATATCAATTGCTAAGATGAGCAGCCAATGAAACTGAGAGTTCAACTACCATTCATTT CTAGTATTTCCCATGAGCTCGATAGGACACTTCCAATGGATTTGATCCCTGTATAATTTT TTTTTAATCTATTTTGTAGTTTAACTGAGTAATATTTATTTTTTTTTTATAAAAAAATTA ACAGAGCAATAAATACTTAATGTTCTACATATTTTTTTTCCTTCCAAAAATGAACTACAA GTATAATATAATAATTGTGATATTTCCCTTTTTGTTCTTCTATTATTTCCTTTCCTTAAA TTACCGAATTAAAATTAAAAATCATGAGCATGTGATAAAACTTGCATATGCGTTTGGTTT GGAAAAATTATTATTAGAAAATAATGTCGGATACATGTTTGAAAAAAATAGAGTACTAAT TTAGGGAATTATTTTGAGTTGAGTTACATCCAAAAATTTAATTCCTTAATATGATACTTG AGCAAGACTTATCCCAATTTTCATTATTGATGTCACGTTGCCCTTCGTATTAAATTGTTC AATATGCTTCAAACGTCTGTGTGTGAAGACTCCGCATTAGAGCGTAGAAGTGATGGATTA TATGCATCTATTTTGGATTGAGTTAAACCCAAATAAACATGACATTACATTGGAGCAACA GTCATCCCAATTTTTGTTTACCTATATGAAATCGCCCAATGCAATTTAGATGTCCAACCC TAAACATGAATGTTTGTGTGAAGAGTCCACATTGATGGTAAAAAGGACGGATGGTCTCTT CTTGAACTAAGTTTTGAGATTGACTTAAACCCAAAATTTATTTCTTTTTAACACAGTACA ACTATATCTATTTGTTCATTGATCAAATGCAATGCAGTAAATTAAACCTGGTAATTTAAC ATTTTTTAGCTGCACAAGTTGTTTTTTCTGCTACTAATGTACAATTTGTTTCGAATGAGG GGTTGTTCATCGTTAAAGGAAACACATTTTAAGTGAAATCTAAGCAAAATGTGGCCACGA ATTCGAGGAAATAAAGAAAAGCAACTAAATCTTAGAAGTAAAATTAGCACTTAGAATTAA TAAGTCTCTGCAGAATCTTTATTACTTTACTCCTTTTCGTATGTGTTTTTATCCTTTATT ATATACTAATAAAACTAAATTTTTTGTTCACGCTATTAATATATTTTAACTTATCATATT TTATTTTTTATGAACGTTTACCGTAATTATCTTTGAGAATTTTTAGTATATGGAAACTAT GGAAGTAAGTTATAGAAATATGTCCTTATTACATGCGTCCACCTCAATATGCAATAGCAC CAAACAGTGAAATTATCTTCTTCCTTTACGGTTAAGGTAAAGTTGATATACTAAGTACTA TTTTATATTCTTGTTTGAGTATATTCGCTTTAATTTTGAATTTAGCCTCTACGTTAGTCA ATGGCTCCCAAAATGTCTTCATCAGTATTTGCTTAAAAGCTTTGCAGTGCAGGCCATTGG AATCCTTTTCCACCTAATCTCTGTTACAACAAACTGATCGAATTTGCCTTGTATAAATGT ATCTCTAATTTACATTCTTTCTCTCATCATCCAAACAGTTGTTCAATAGCTTCTACCAAA GAAAATGGCAGCGCGGACATGTTTGTTAGGCGTCCTTGCCTTTGGTTTTCTTTGTTTCAT TTGTCTACCTGCTGAGGCTGCCCTTAAGAAATATCAATTTGATGTTAGTCTCTTTAATTT TCAAAATGTGCTTTTGTTTATTTTGGTTCTTAATTAGCTACTAGCTAGCTCATTTGGCAC CTTTTTTCGTCTTTTACAGGTTAAAGTGTCAAATGTGAGCAGATTATGCCATGCAAAACA AATGGTTACAGTTAATGGAGGATTTCCGGGGCCAACTATATATGCTAGAGAAGGAGATAG AGTTCAAATCAATGTTACTAACTACGCACAATATAACTTGTCCATCCATTGGTAAGAGCA TTAGATTTAGATGGAATTGAAGTTTCTGAGCTTTCAAAGGCTAAAACAGATTTTTTTTTT TCCTGATTCTTGCAGGCATGGTTTGAAACAATATCGCAATGGTTGGGCAGACGGTCCAGC TTACATAACTCAGTGCCCTATCCAGACAGGAAATAGCTATGTTTATGACTTCAATGTAAC AGGACAAAGAGGAACCTTATGGTGGCATGCACATATTCTTTGGCTAAGGGCAACTGTCTA TGGAGCAATAGTGATAATGCCACAAGGAGGAACTCCCTTCCCTTTTCCTCAACCAGATAG GGAAGAAGTACTTGTACTAGGTGAGACTTGACACTCATTAATATACACAGACCAAAATTA ATTTGAACTTCTCTTAGTGCAAAGCATGAACGAAACATGACACTTCTTACACTTAAATAT TGATAGGGGAATGGTGGAATGCTGATGTTGAACAAGTTGAGAAACAAGGAAATGCATTAG GCTTACCTCCTAATATGTCTGATGCTCACACGATCAACGGAAAGCCAGGGCCTCTTTTTC CATGTTCTGAGAAACGTAAGAATTAAGATACTGATATTCGTTCAAGTATTCAAACCCTAT CTTATCAAAATAAATATGACTAGCAACAATGTTAGCATGCAAATCATACACATACTAACC ATGATCCAATCACTTGTCAGATACTTTTGCTATGGAAGTTGAAAAAGGAAAGACATACCT GTTGAGAATTATCAATGCTGCTCTCAATGATGAGCTCTTTTTTGCCCTGGCTAACCATAC CTTCACAGTGGTAGAAATTGATGCAGTCTACACGAAACCATTCACCACAGACGCAATTCT AATTGCACCAGGCCAGACTACAAATGTTCTGGTTCGAGCCAACCGAGTTCCAGGAAGATA CTTCATGGCTGCAAGGGCCTTCATGGATGCTCCAATCAGTGTGGATAACAAGACTGCCAC TGCTATTTTCCAGTACAAGGGAATCCCAGAAACCGTGATTCCAAAACTTCCTACCTTGCC TGCACAAAATGACTCGGACTTTGCTTTGAGCTATAACTCTAAACTCAAAAGCCTAAATAC TCCCAAATATCCAGCAAACGTTCCCCTAAATGTTGATAGACACCTCCTGTTAACAGTTGG CCTTGGGATAAATCCCTGCCCCACCTGTCTAAATGGAACTAGGCTAACAGCTTCTTTGAA CAACATATCCTTTATCATGCCACAAACTGCACTTCTTCAATCTCATTACTTCAACATTAA GGGTGTGTACACTCCAGATTTCCCAGACAAACCACCTACTCCATTCAATTTTACAGGGGC ACCCCTTACAGCCAACCTAAGGACAAATGTAGGCACTAGGATCAGTAAAATTGCTTTCAA TTCCACAGTTGAAATAGTAATCCAAGACACCAACTTGTTATCGGTGGAATCCCATCCTTT CCATCTCCATGGCTACAATTTCTTTGTGGTTGGAACTGGCATTGGAAACTTTGACCTCAA AAAAGATCCAGCAAAATACAACCTGATTGATCCTATTGAAAGAAATACTGTAGGTGTTCC AACTGGTGGTTGGACTGCTATTCGATTCAGAGCTGATAATCCAGGTACCCAGTTTTCGGC CAAATTTAGTTAAAACTTCTCTATTGTTTTGAAAATTTATTGTTAAACATATCCTAATTT TTTGTGAAGGGGTGTGGTTTTTCCACTGTCATCTGGAGTTGCACACAGGCTGGGGACTGA AAACAGCATTTTTAGTGGAAAATGGAGCAGGATCAGATTATAGTATTCTGCCTCCACCAA AGGACCTTCCATCATGCTAAGGCTTTACTTTTATATGTTCAGATGGATTTCTTGTGCAAG TTTACAGATTTGTTTTATTTTCCCATAAGGAAACAAAAGACTTTGATGATTATATATATA TACACTTTAGACAGTGTGAATAGGAAAAATATGCAAAATTGGAAAAATGAAGGAGGAATT TAAATGTAATTTGAGTTGTAATAAAGGTCCACACATAAAAATGTGACTTTGGGCTGTTGT TTTTTAGGGACTTCCCTATCTACTTGGATTGAAATATAGTCTGTTGATACTACTTGACTT TGACAGTTTAAACAATTATAGCAAACCTGTGTAAAATTGCTACAAAACTGTGTAAATTTA GAGCAAAAGCCCAAAAAAATCCCCTCAAGCTTGAGAACAAAAAAATTACACGACTGCACA AACAGTTCTTTGAGTATTTATTCAGGTAATGGAAGTCTTAAAAAGTTGAACAGAAACTTA AGGGGAAGACATTACCAGAATTTTCTATTGGAAATTCTGATTTTTTCTAGTAGTGCCTGA TTTGGAAAGTGATGCAAGTGAAATAGGGATTAATTTTATGCATATATAACTCTAATTCTA TGAAGAATTTGACCATGGTTTTTAGGGGAAAATTGTACTAGCACCTTGAAGTTTAAAACA TCTGGTGAAATAACAAATAAAATTGAAAACATTAGTAACGTAGAACAATGTTTAAATGTA AGTGTACCGTATCTTTGTCGGTTCAACATTTTTCATTCCCAAAATGATCTTAAAAAGGTG TACTATATTAATTTTTACTGAACTTCACGTATTTATTAGCGGTTCATTTTACTTGTAAAA TACTCCCTATATCTCTAATTATTTGTCATGGTAAGGTTCATGCACTCCTCCCAAGAAAAA TTTAATACAAAGTGTAATTTGATTAATATAACCTAATTATACCAAGGATATCAAAAATCT ACATAACTTTTTAATTGAACAAAATGGAGTGATTATTAAGGGCAAAATTGAAAAAAATAC TAATTATTTCTTGATTGTTTAAATTGACAATTAATCTTAAACATCTATTTTTAGTATACT TATCAAACAATTGTGGACAGAGGGAATACCATTAAGAATTGATTGTGATTTACCTCCAAA AAGTTATAGTGCGGGGTTAAGTTAGACGGCTCTATATGTAGAGCCGTCAAAGTGGGTTTG GCCCGCAAGGTCGGCCCAACCCAACCCTTGAAATAAGTGGAGTTGAGCTTAATATTTTTG GCCCATTTATGAACGACGCTTTTTAGCCCGCCCTATTTGGCCCGTTGGCCTCTTAGGCCC ACCCCCAAATCTCAGAGGCCAGTCCGTGGGCTATTAATATTTTAAAATATTTTTATATAT ATTTTTAATAGTGTTTTACTTGTAAAATTTTTATGAATAAATATTTTGAAAAATAAAAAA TCAAATATTTTGAAATATCATCTTGCATGGTGAACTGTAGATGAAGATGAACTTCTTAAG AAAATAATATCACATGTTGATTCAAATGTGATCGACAGTGGAAGTAGAAGCGGAGTTATA AAACATTAATTAATGCGTCATGTAATATTTAGATATTTAGATTTGTTTAGTATTTAGGCT GCCTTGTGTTGCTGGAAATCTTTTAAACCAGCTAGTTTTTGTGGGAGAAATGGTGAAATG ATCAACATTTATCCGCTAAATCTTACGTTGACTATTATGTATTTTTATAAGTATTCACCA AAGTGTGTGATTCACAAATGTATTTTTGTAAGTATTCATTGAAGTGTGTGATTTATAAGT GAATTCTTTATGAATTGATGTCGTGTTCATAGGCGTCAACATTCGGTACTCTTTTTAAGA GAGTAATATTGTTCATTTTTTGATTGAAGGGTCACCCCGTCCCAACCCATGGCCTGTTTA GAATTGGGTTGAGCCGCTATTTTATTGGCCCTTTAATTAAAGGGATCAGCCCGTTTCAAT CCATTTAACTCTCTAGCCCGTTAGGATAACCTATTTTGACACCTCTATGATTACTATATG TATTTGAAAAATAAGACACTTACTTTAGGCCTCCAAATTTAAAGATTCTATTTAACAATA GTAAGATTATTACAACTACTCTTAAAAAATAGAACAAAATTATAAAGTTAGTTTTAATCT TTATTTTAAGATTATACGATTTAAAAAATATTGCTATTTCTTATTAAACTTAAAACACTA TATCAAGCCAAAATTAGACAAATGAAAAAGTACTATTTACAAAATAAAATATTTTTGCAT ATAAAAAGAAAGAAACAACTTTGCATCTCAAAATAGTTTTTTAAGATATGCATTTCCAAA CACTTCGCATCTTAAAAGAAAACTAGAATAATAGATTTAAAATTAAAAAAAAAGTATTAT TATTATTCAAAAAAATTTAAGAGCTCTAATTTATTTTTGATTTTAAGCCATTAAAGTGCT TGAGTCGGCATCAATTACCATTCTGAGTTATTAAAATTATATTTTTTTTAGTTAACATAC CATGCAAGAAAAAAAGAGAGTAAAGCAGCTTGTTGAGAGAAGAGTAAATCTATAGAAAAT TCTAATGAATGAAGTTGCTATTTCAGTGTCAGAGATAATAAAATTAGCCATAAAAAAAAT ATGAAAATGGTGATATTCATAGTAGGTTTACATGACTACAATAGCACAACGAACATTTAT TTATTTTTGTTAAGAGCTTGAATGTGGTGGATTTTGAATTTAGCCTCTACGTCAGTCAAT GGCTTTAAAAATGTCTACATCTTTGTATTGCTTAAAGGCTTTGCAGTAACAGCAAATTCA AATACTTTATGTACCTAATATATCTCTCTTACAACTTCCTTTTCCCTTAACAACTTATAT GACATTTCCCTTGTATATAAATATGCTTAGTCTCATCCCATTCCACATACTTGTCATAGA GTTTCTAAGCCAATTAAGGAAATGACAAAGCAGACAAGTTTTTTAGGCTTACTTGCCTTT GGATTTCTCTGTTTCATTTGTCTACCTGTTGAGGCTGCCCTTAAGAAATATCAATTTGAT GTTAGTACTTTCAATTTTTGAATTTTGTTTACTTTTCGTTGAAATCTTTTCATCATGGTA AACTATTTGTGGTTTACAGGTGAAATTGTCAAATGTGAGCAGATTGTGCAATGCAAAACA AATGGTTACAGTAAATGGCGGATTTCCAGGGCCAACTATATATGCTAGAGAAGGAGATAG AGTTCAAATCAATGTTACTAACTATGTACAATATAACTTGTCCATCCATTGGTAAGATAA AATTAGAAGTAGATGAAAATTGAAGTCTCTCAACTTTCAGATGCTGAAACAGAATGTTTT TGTTCTAATTCTTGTAGGCATGGTTTGAAACAATATCGTAATGGTTGGGCAGACGGTCCA GCTTACATAACTCAATGCCCTATCCAGACAGGAAATAGCTATGTTTATGATTTCAATGTA ACAGGACAAAGAGGAACCTTATGGTGGCATGCACATATTCTTTGGCTAAGGGCAACTGTC TATGGTGCAATAGTGATAATGCCACAAAAAGGCACTCCCTTCCCTTTTCCTCAACCAGAT AGGGAAGAAGTACTCGTACTAGGTGAGCGTTGGCACTCGTTAATATACATAGAATTTCAC CACCATAATTTCTTGAACTTCTCTTGTAGCAAAGAATGAAAGAAATTAAATGACAGCAAT GCTTCTATCTGATTGTGATGCAGGGGAATGGTGGAATGCTGATGTTGAAGCAGTTGAGAA ACAAGGAAATGCATTGGGTATTCCTCCTAATATGTCTGATGCTCACACGATCAATGGAAA GCCAGGGCCTCTTTTTCCATGTTCTGAGAAACGTAAGAATGGAAGATTTTGATATTGAGT GGAATATTTCAATCATATATGGTTGTTAAGAGTATTTGCTTCCAACATAATCCAATGTTT GAATTTCTTTTCAGATACTTTTGCCATGGAAGTTGAAAAAGGAAAGACATACCTGTTGAG AATTGTCAATGCTGCTCTCAATGATGAGCTCTTTTTTGCCCTGGCTAACCATACCTTCAC AGTGGTAGAAATTGATGCAGTCTACACGAAACCATTCACCACAGACGCAATTCTAATTGC ACCAGGCCAGACTACAAATGTTCTGGTTCGCGCCAACCGAGTTCCAGGAAGATACTTCAT GGCTGCAAGGGCCTTCATGGATGCTCCAATCAGTGTGGATAACAAGACTGCCACTGCTAT TTTCCAGTACAAGGGAATCCCAGAAACCGTGATTCCAAAACTTCCTACCTTGCCTGCACA AAATGACTCAGACTTTGCTTTGAGCTATAACTTTAAACTCAAAAGCCTAAATACTCCCAA ATATCCAGCAAACGTTCCCCTAAATGTTGATCGACACCTCTTGTTTACAGTTGGCCTAGG AATTAATCCTTGTCCCACCTGTCTAAATGGAACTAGGCTTACAGCATCTCTGAACAACAT TTCCTTTATCATGCCACAAACTGCACTTCTTCAGTCTCATTACTTCAACATTAAGGGTGT GTACACTCCAGATTTCCCAGACAAACCACCTACTCCATTCAATTTTACAGGGGCACCCCT TACAGCCAACCTAAGGACAAATGTAGGCACTAGGATCAGTAAAATTGCTTTCAATTCCAC AGTTGAAATAGTAATCCAAGACACCAACTTGTTATCGGTGGAATCACATCCTTTCCATCT CCATGGCTATAACTTCTTTGTGGTTGGAACTGGCGTAGGAAATTTTGACCCCAAAAAAGA TCCAGCAAAGTATAACTTGATCGATCCTATAGAAAGAAATACTGTTGGTGTTCCAACTGG TGGTTGGACTGCTATTCGATTCAGGGCTGATAATCCAGGTACCTAGCTAGTTTTCAACCA AGTTTAGTAAATGAACTTATTGCTATTGTTTCAAAACTTTTTCTTTACATATCCAATTTT GTATGAAGGGGTCTGGTTTTTCCACTGTCATCTGGAGTTGCATACAGGCTGGGGACTGAA AACAGCATTTTTAGTGGAAGATGGACCAGGATCAGATCATAATGTTCTGCCTCCACCAAA GGATCTTCCAACTTGCTAACTTCACAAGGCTTTCTGTTTTCTGTACAAATGGATTTTTTG TGCAGGTTTTCAATTCTCTTCATGCACCATAAGCTAAGGAAGCAAAGGCTTCGAGGATCA TATAAATTTAGAAAGGAGTTTCCATCCAGAAAATTAAAGGAATTCGTTTGTAATTTGAGC TGTCATAAACTTCCACACAAAAAAATGTGGTTTTGGATTGTTTTTTTTTCTTTTGTTGTC AATTTGGATTGTGTTTTCATGAACTTTGCTAATTTGTTTGATATTTATCATTGAATTGAA ATAAGTTTGTTGATACTTGCTTTTGATTTGTCCCTATCTATATGACAAAGATTCAAGTCC TGCAATCAGTCATTAATGTTTTTATCACCATACCAAATATTACCATTTAGATTTATCAAC TATAGCAAACCTGAATTAATCCAGTTAAGCACCTGGAAACCTATGGCTAATGAGAAGTCC TAAAATATTCGATTACTCCATGGTAGAAAATGCAAGCGCCAAAACCAAGAAAACACTTTG AAGTATATGTCGAAACTCAGATAACCACACATCCTAGCTACTTACAACAGAAAAGGACAT CCTAGCTACTTTGTTTTTAATTTTCTAGGTGGCATTTGATGGGTTTGGGAGATAAAGTTT AGGACTTTGGCTTTTGAAAAATAATTTGCAACCAGAGTCTTAAGAACGCAAGCATTAAAA TGGGTGAAAAATTATGACAGACAACTAAACAAAAATTCAACTATAAATAGAAAAAATTGG CTTACAATTATGGAATATTGGGATTACTTTTCTTTAAAGCCAATTTCTTCAATAAATATT CAAAACAATAAAAGCAAAAGAAAAAAAAAAGAATATTCGAACTTATTGTAGAGGCACAAT ATCCAGTTTAAGTAGTTCAGTGGACAACAAGGACTGCACAGAGCAATAAAAAGAGAACTT CAGTTGAAAGCAAAAAAGACTTACTTTTTGCAAATCCTTAGTAATTTTGCCATCAAATAG AAGATGGCAGCATTGTCTATGACCTGGTCTTGCTCTCCCTTAACCTCCTCAAAATTTCGG CGAGTCAATCGGTGAGTTTCACTTTCATTTTTCATCTCTCTATCATAATTTTTTGGTATG TCTTCTTCTTTCATTTCACCCATTTATCAATCAATTTTCTGCTCCCAGACTAGTGATTAA TTCTTCAAAGATTTAAGCTTTTTTTGGACCCAAGTCTTGAAAAATGCGATCTTTTTATGT GGGGTTTTGTGTTTGATGAGAAATTGGCTGAATTGACGGGTTGCGGTTGGTCACAGATAT TCAGGAATGGCATTTGCAAGTGTGAAATCTACTGAAGGGTTGGGGAATTTACCCAAGGTC GTTTTGACTTCTCCTCATGGAAGGTACATTCTTAGTTTTTAAAATTGATGATTCTGGTGC TATGATGGTAAATTTGTTGGATACCAAGTAGGATTGTAAGAAATAGTTGTAGCAAAAGTA GGCTGTTTGATATTGAACCTTAATCTGATATCTTAATGGTACTGCATTTTGCAGAAAAGA TCTAATCTTAAAGGATTAAATATTACTACCTTGGTTCCAATTTGTTAGTAAAAGTGATTT TTGAATCTTGTGGTCTTAAACTAATGAAAGGCAGAACTTACTAAAATGCTCTTTAATTTT TGGTCTTAAACATGACATACGGAAAGTTAGAATTAAAGAGTTGCCAAAAAAGGAAAGGGA CATACTTACTCACTAATGCATTATGTAATGAGGTGGGTGGGGAAGATCTTCCAAGTACTT CATGTTGAACTGATCCCGATCTGGACCAATAGCTAAATTTTCTAGAAACAAAAGTGATGT CTGATGATGCTATGAGCTGTTTATCAGTGATATTAGTAGTACTGCATTAGTCATTCCGAT GGCAATATCATTTCTTGAGTAATGCAGCAATTCATACTTCCTATAGCTTTACAAGTTCAA AACACTGGGTTTGTACTATGTAGAGATACTGGGTTTGTACTATGTAGAGATATTGAATAG GCTCGTCAAAATTGTTCCTGGGTACTTACCTGAAAGTTGGCTTATGTGGTCGATTGGCTA AAAGCCTTCTTTCCTTCATTTTGCAGTGAGGCTGAGCTATATCTATTTGGAGCTTGTGTC ACATCTTGGAAAGTAGACAGTAAAGATCTACTTTTTGTTCGACCAGATGCTGTATTCAAT GGTCAGAAACCAATCAGGTCATCAGCCAGTTTTCAAGTTCTAGAATTTGGTCACAGTTAT ATTTGCTCTTTTGAACAGCTAAAACTTAAGCTTTCCTCTTCCTCAACACAGTAGAGCACG TTTGATTATTTACAATTCACCTGACTAGAAGCGTTTTTCCTTACTTTTGTTAAAGATGCA GTATTATCAATCTTCTACTATCCTTCAAAATTTAAAATTGGAAAGAACTAAAGAGGTTAT ATCACCTTCCTTACTAACTATTTTACATTGTACAGTGGAGGAATACCACATTGTTTCCCA CAATTTGGACCTGGCCCAATCCAGCAGGTAAATTACTTCTCATGTTTCAATGTATATAGT TTAGACTTCTTAAAGTTAGAGAGGTTGCATTTGTTTATTGAGAAGCAACTCCTTTACAAA AGCATCAAGTGACAGTTTCTTCTGCCAATGCACTCTATCCCTTAGCTACATACTAGAAAA ATAGTTATATCTCTACTTACAGTTCTATTGGTAATTGTGTGATGCAATACCTTAACTTAT TCTTGAATATTTCATGCTATCCGATCAGTTTCTGAATGCTGGTTTTGAGTCTTAAATATA TGCTCATCTGGTTGACAGCACGGATTTGGAAGGAACATGAATTGGTCCCTTGTTAGCTCT GAAAGTGTGAAGGAGAAACCTGTTGTTACTGTGGAGCTAAGGGATGGGCCTTATAGCCGT GCAATGTGGGACTATAGTTTCCATGCTCTTTACAAGGTTTGAGTAGTACATATTTATCTT TCGCCTTTCCAGTCAAAATTTTGAACTAGTTTCTAATATCACCTCTGTAGCTAATTACAG TCACAGACAGCTAAACTGGACGAATACCTGTTTGAGTAAACGAAGGGTGAAAGCTAATGG CAGATCTATAGGGGGAATGCCCAGCTACCTTTGCATCTGCTAATTATATTTGCCTATGTT AATTTGTAACTTTTCTAAAGTAACTACATAGAATGTGCTAATCGCCCCTTTCCCGACATA TATTAGCCCACAACTTTCAAATCCAAGACCTATAATTGGTATGTGACTTTTTGTTATAGA GAAATTGGATAAAGGACTCTCATTTACATACCTTGGTAAAGTACCTATTTGATTTGATAG ATGTCTATGATATACCTTCCGCTCTCTCATAGTTACAAGGGAGGATTCTTTTGATCATGA TTCACGTGTGGTACATGATAAAACTTCTAATTTCTCATTTTGCAATTGATTGCAGATCAC TCTTGATAAGAAGACCCTGTCAACAGAACTCACAGTTAAAAATACTGACAACAAGCCATT TTCATTCACTACTGCACTGCATACTTACTTCAGCGTAAGTATTTCTCTGGCAACTTGTGC TTGGAAATTTCCATAGTTTGGGTGCATCTCCTAAAACTCCTAAAATTTATCAGCGATTCA AGACCTGACCACCTGTATGCTAGTAAATATTCCTGTTCTGCTGTCTCACTCTTCAAGTCA AATAGGCCTCACTTGTTCCTTTTCTTTTTTCTTTTACCTCAAGCATTTTGGCTCCATGGT TGATGTAGGCTAACTCATTTCCTTAGAATTTCATAATCTTTGGGGTAAAATTGATTCTTG ATCATTGTTGAAATTGTTATCCACTAAAAAGAGAAGATTTTATCATCTAATATTCTCTTC TTCAGGCTTCTGTAACAGGTGCATCAGTTAATGGTTTAAAAGGTTGCAAAACTCTAAACA AGGTTCCTGATCCCACAAACCCTGTCGAGGGAAAAGAGGAAAGGTCAGTATGAGATCTCA AATATATCATGAAATCATCATTCACTTCTCCCAGAACATACTTATTATCTTAAAGAATTC GTGACTGCAATTGAGAATTTATATTCTCTGCAAACGTATGTCTCTGGGAGATGTCTGGTT GGGCTTTATATTTTTGTCATCACGAGTCAGGTTAATACTCTTAATGATAAACTATGAAAA TCACTAATGAACATACAAATACTCACATATTGCCTAAAACCAACCCATATTTCTAGAATT CTGAAGTACTTATACTTTGGCACTATTTTGTTGTCAAGGAAATCTAAGAAATGTTGCGAT TCTAGTACATGCATATAGGTCATTCTCTCAAGAACCTAATCCTCATTCTGATTATTTCAC CTGTTTCAGAGATGTGGTGACATTTCCTGGATTTGTGGACTGTGTTTATCTTGATGCACC TAATGAGTTACACCTAGATAATGGCTTGGGTGATAAGATATCTATCAAAAACACCAAGTG AGTTACTAGTACCCAGACACATTGCCGTGATGGAGTTTATTAAAAGAACTGTCTAGCCCC CCTAGTTGTCTAATTTAGCAAGTTGCTTGTGTTTTGTATGTGCAGTTGGTCTGATGCTGT TCTATGGAACCCTCATTTGACCATGGAACAAAGCTATAAAGATTTTGTTTGTGTTGAAAA TGCCAAGGTATTTACAATGAATCTCTCTGTATTTCTAAATTGAAGCGTGTGATTAGATTT TTGTGTCCCATTTACTTTGAGGTGCCGCGTGTGATCTCTTCATACATTTGATCAAATTGC TGACAAATATCCTATTGTCTGTCGAATTGTGTGGTCTTTCCTCTTGTGGTTGAGAAGATT CAAATGCTTGACCTAATAAGCAATTTATATCATTTTTTGGTGTGTTTTTCTTTGGTTCAT ATCAGATTGGAACAGTGCAGCTTGAACCAGAGCAATCTTGGACGGCTGTACAACATCTAA CTGTTGCTTAAAGATACCTCCCGGAAGAGAAATCAACTTTTTGGAGAAACCCTCCCCTGC TTTTCAATTTAAAAGACTCACTTGAGAAAATGATTGAAAATGGCTATACAAAATAAAGAA TAATGTTGTATCTAACATGACCTGCATTTCATAGCAGTTAAGAGTGTTAAGTGATATTTA CATCTTCTCTCCCATCAATCTTCTCTGTATTTGCAAAATCCTAATTGTACAAGGTAAACG ATATGAAGGTGCAAAGTGCATAAGCTGAATTATCCAAGATTTACGATGGAACAGGAAAAA GTACTAGGTAAAGAAATGCTAGTTCCTGTTTTATGATTCAATATGAAATGAATCGGTACA TTATGATTGTAGCATTCAAAACATTTCTAACTATCTCTAAGACTGGTAAATACTCAAGAG TCCAGAAAGGAATAACAGAGCCGAAACTAAAATGAAATGACGTTGTATTTTCAAGTGCTA TCAAGAGCTCAATGTAGCAATTAAGCAGACAACCAAAATGATCAATAACACAGCCCATAC CCAACATATCCATGCCCTTCCCTTCTTCTGCTGCTGCTTAGCATAGAAAAGACTGTTGGT TCCACCACTGATGAAGCTTCCAGCAATGGCCATATTATGCTCAATGTCATCAATCTGTTC ACCTTGAGTCTCAACTAGAACAGCCATATCAAGAAACACTTGATGAAGTTTGTCCAGGCT CTTCTTTATGTCCATTACAGCCTCGTGCCTATCTTTGTCATCAAGATTCATCTCTGTTTT TGCTGCAAATATTTGAACTTTTCCGCTTTCTCCTGAAACCATCTTCTCAATCACTTCCTC GTTTGGCTCCTTCCCCGTCTCGTTGTAATATCTTCTTCTGAGGCAGTCTTTGTAATCTGA CAAGATCTTTTCTCTCAAAGCCTGAAAATCATTCATGATGTCCCTAAGCTTGACCCTCAA TCCATTAGACATGCTAACTCTGGTTCGATCAACCACAGAGCCTTGTGCATATGCCACTGA TAATTTGCGATTCCCCACATTTGATTTGTCAAGTGCTTCAAGTTTTGCCTTGACAATCTT GGCTTTGCGAAGGACAGAGACCATGTCAGAATCCATTCTGTCTCTAATGCCACGAAGAAC TTTTGGACCGTGAGTAGTTTTTGTCTCCTCATTCAGATTTTGAAGATCCATCAAGAGATT AGTTATCTCTTGAATATCACCCTTCACTGCCTCGATTTCACGGAAGAAGTTGGAAAGATT GTCTTCATCTGTGCGGCTGAGTTGGCCCATCTCCAAATCCCTCTCTGTTTCAAGATCCAG ATGGGCTTGTTTCTTCAATTCCATATAACTTAAGAACGATTTCGTCATGAGATCATTCAT CTTCACTCCAGTTTACTGAATATTCTGCAATTAGTCAAGAACAGCTTAACAAATACACCA AGAAAACAGATAAGTTTTCAAGAAAAGATTTCTCTACCCCTTCCCACAAGATGACAATTT GTTATGAAATTCAACACCAATAAAAACAAGAAAACAGAGGAAGTAACTGAATGCAAGAAA AGATCTCTACCCTTCTGTTGAAGATGGCAATTTAACCCGATGGAATATGAAATTGAACAC CAAGAAACATGAATAAAGCAGGAAGATATAGATAAGAATGAAACGAGTGAATTGAAGAAG AGATTTTTTCACTAAAAATCTCGATTGAACTGAAGAGAGGGTATTACCCAATTTTGAAGA GCTTTGCGTTCTTCTTCTTCTTCGTCGTCTTCTTGATGATGATGGTGCCTGTCTTCTTCT TGGTACTGTTTGGGAGGGGGAAGAGGGATATGGAGATTCTGAGAAGTTTGAAATATTTCA AAGTTTCATAAGGCAGAGATAGTGAGAAGTAGCCGTTTATATTGATGTTCCACTTAAGGC GGTTACGGTTAGTAACCCAACCATGAAGTGCGAAAAATGTTTTTTAAAAAAAAATTTATT TATTGCTTTAACACCTAAGTAAATTCATGTTAAATATTAAAAAAATTGTTTCAATTAAAT ATTAATTTATTATAGTATAAAATGTTGTTGGTAGATTTATGAAAGAATAGATGAGTGGAG TTTGAATGTCTACTTTTGAGATGATGAAATGCATTAATAGAGACGTTAAAATTTTGTTTA ATTATAAATTTTTTTAAAAAAAACTCTTTAAAAAAGATTTATTTTGACTATAGAATTTAT ATAGTTTTTTTGGGAGATTTTGTAAATCAAATCTTTAAATGTCAAATTCTATTTTAGACC TCTTTTTGACCCAAGATATAGCTGTTGACCTGTTATAAAATTTTAAAACAACTTTTTTGT AAGGTTAGTCTGTTAATTACTCCCCTATCCCAATATGATATTTTTTCTTTTCTAAGAATT AAATAATTTAAGTTTGATCAATAATACATGTATGAAATTTTTAATTTTTTTGAAATACAT AATACTATATAAAAAGTATTATAAGTCACAATAATTGACAATTTAAAATATTTAAAAGAT GTATGAAATATTTATGATAAAAAGTAGATTTATTTGAATTTTAAAATTCAAAAAGCCACA GGAATGGATGGAGTATTAGTTTTTGTTTTGCACTAATGAGTCTTTGTAATTAATTGTAAA ATTTGACAAATTATAGTAGCTAGTAATTGTATTAGTAGTAGTTGTTATTAAAACATCATG TTGTGATTTAAGGATTATGGATAACCTAGTTCATTATAAAAATATTAATATTTCTACTGA ATAAAAAATCTATCTATATATAGGATTTGGGTTATGATGTGCGTGCTAATTATAATGATC ATAAATCAATGAAGGTACTGCATAATTTGAGATTAACAAACTGTTTGTTTGGTAATGTTG GATATAGTTGATAGTTTTTAAGACTTACTAGTTACTAGTATAAGTCATGTTTCGTGTTTA CCAAACACAATTCCAAGTTCAATCCAAACTTCACTGTAACTCCAAATGCTAGCTAAATCC GTGGATGGAAGTAGAAACATCTGTAGAAATTATGCAAAGGACGAAACAACATGCTCAATT AAATAAAACACAAATAAAGACTTCCTCATGTTATTAGAAAACATTGGCCGGAGATGTAAG TCTACTTTGGACCAATTTGCAACTACTACCAGTCCACTTGCAGCAAAGCCTCCTCATTGC AGAATGTTACTGCCTGAGTAGCAATTGACAGCACTTAACACAAGACTAGTTTGCAACTCT TAAGATACATTGCCCCAATTAAAGCAATTCAATAAAGACTACGAGGAATGGTTAATCACC CTCAACTCCTTTGATCTATTAACGTCTTTTCCCTTTGGGTATGAGTGTACATTCTTGGAG AAATTTCTGTAATACAGATACATATTTGTCTGGAAAAGTTCGGTAATGATCTACATGAGG AGAAGAGCCAAAGTTGAAAGAGTGAACCTCTCTCCCAATTTTCCTCTGCTCTTGAATAAA AGATTCAACTGACTGAATTGGAATGACCTTGTCAGCTGTACTGTAAAGATATAGCTGAAG ACAGGAAGGCTGGTTCTTGACAAGGACAGTAATTATCTTCGTCAACCGCCTGTAAATTGG AAATAACCAATAATTAGAAGTAGCTATAAACTTTTTCAATAGACCAAACCTTCTAATCAA TAGCTGAATACTTACTGCAAACCATATTTCTCTGAACTATTTCCTAATTCATAAGTAAAC AAAAAGAACATAACATGTTGTAGTGCTTACTCATTAACATCAGGCAAATTAAGAAGCAAC GAGAAAAGCTTCTCAAGTGTTGCAAAAAGAACGGTTTCCATCATCATGGCTCCCTTAGTT TGAATGTTTCCCAAGGTTAATGGACGTTCCACTTCATTTCCTTCTCCAGCTTCTACTGAA GAATATGCAAAGGAGCTACACTTCTTCAGCATGGCTGCAGTAAATCCAGCTGCCCAGACC TGCAAGCAGTTAAGACTGAATTACCATACAACTTTCCTCATTACTCAATTCTGTAGGATC AGAATCAACACTATACAACAAAAGCGAAAATAATGCACTGCGTTTTTTAAAAGGAATGAA TGAAAAAGTGCACCAGAAGAACAAATAATCTTCCAAAATGAAAAGAACAGAATTCCCCCA CAAAAGGAAGAGAAAAAATTGCCAAGCATTCTTGGAATGGAATTTCCCCAAGTTGTGAGA AAAACTCCATCAAATAGTTCAACCTATCAAAGAAAGACAATGGCAAAGAGCAATGCTGAA ATCTCAAAGAATATTTAAAGAGGCTTGTGTCCTGGCTATACCCAACCAAGAGGTTACAAT AGAAACTATCATCTTGAAACTGAAATTTCTATGATAACTTAAACAGTATGAAACACATTC CATACCAACCCATATCCTTTGCAATGAGAAAAGTCAAAAACTTTTCAGGTATCCGTATGT GGATTAGTGAACAAAGAACCCTTGGTATACGTCAATCATCCTGGTCCTCCGACCATATGA TGAATCCATAGTTACATTTTACTAAACCAAAATCAATTTTAGAGAAAAGAGTAATTAAGG CTCAAACAAAAGGATAGCATCAAAAGCAGCTGAATGCTATCCTATAAAGCATCAGATAAA GGGAAGTGATGGTAGGATGAGGTAAAAAAACAACCTTAGGGCTTATATCTGGATCACCAC CGGAATCTACGACACAACCCTTGATCTTTTCCAACAAATCCTGTCTATTTTTCAGATTCT CAAGAATAGCACCATAACTGCACAGTAACAAATACTAATAAAGGTTAGAACAGCTAAAAA TTACTAATAACTTTAGCATGATCAATATTTGAAGTCCCATTAATCAACCTACGCAAGCCA ACCGGTATTACTGAATGTGTGAAAAATCAAACACCGTTCACGACCATCGTTATCGGATTC CGACAACCACAAAGCAAGCTCATTTGCCAATACAGCAATCCTCTCTTCCAATTTCTTGCC AAGATCGAAAGAAAGAACATCTTTCACAGAAGCAACAAATGTTAGAGCGTGAATACCCTT AGAGTTATACAACTCGATATACCTCCTCAAATGTTTCGGCTTTGACCCGAGCCAACCCAA CATCACAACCGTCACAATTGGGCCTTCTTTGGGTATTGCCCCAATTTCATTACCCTTTTC ACTGCCAGCAGCAAAATGCCAATCGAATAATTTATCTTGGGTACCAGATACTATTCGAGC AAAACGATCGCTGGATAAGATGGGATTCAAGAATTTCGACGGGAAAGGGTTTTTCGAAAA CCCAAATGGAGAAGAAAGTGGGGAGGAGGGATTGCGATGTGATAAGAAAATGCGGGGGCG ATTCTTTGGGGGAGAAGAAAGTGAAGGGGTTCGAAAGGAAGATGGTGATAAAGGAAAGGG CTTGTGATTGAGTTTGAGGAAGAGAGAAGGGGAGACATGGTGGCGATTAGAACAAGTGAG TAGTCTGACAGAGGCTTCCATTGAATGAGGAGGATTTGCGACTTTGTTTTTTTGGCTTAC AGGTGATGCTATTTGTACCGAGAGAAATGAGAGTAGTATTTTTGTTTGTCCGAGTACTAT CAATTCAAATTTATACATTGTGCATTATTGTAGGACCCGTATACCACAACAATCCATGAA CTGTTGTGAAATGAATTAGACACTTGCTTTATCCAACTTCTTTAGCTTTAGTGCTTAGCG TTTGGAACAAGTAAAGTTAACAATTCCTCACCTCATGTTTACCAACACAAGCAAAGAATT TTTTTTTTGACATGATATACACAACGGATCCAGTTTTATTTTTTATTATTTTCTTGAGAT TTAATGCTGGACTGATTTGATTGAAGGGAAAGAATACATTTCTTCTGTTTTCACGACTTG AATTCAACATATGTAATCAAGTGTGGAAAGATTTATTTCATCCAATTGCTCTTACTCAAC GAAAAATGAGTTAAGGATTTATATGTTCATGATCTTTCTCTATCCCCTTTGAAAATTAGT TCTTTTATCAATTAGATTCACTGCTGAAATCATGCTTATAAGTATAAAATAAAAATGTTC AGATCAAATGATTTCAGAAAAAAAGTTTATATCAGTCTCTTTGGAATAGACCTCAGTGGC TCAGTCTAATTATCTCTTCAGTCTTCGGTGTCTTGAAATGATCGGCTTCTATGCAATCTA TTCAGGAAAAGATGATGAAATTTCTTATCGCAGGGCAGTACACTTTGATAACACATACTC TACTACATATGTTAGCAATGAAGCTAAATTTCTGATGTCAAGGTTGATAACCAATCTAAT AAAGCTTTATTCACTTGTTCTGGAACTTCATCCTGGGGGTAATGCCCTGCCTGCAAGTTT ACAAGGGATGTGTTCGGGTAGAAATCCTTAATTCGATTTGGCTTTGCACGATCATGAACC CAAGGGTCTAGGTCCCCCCACAACAACAACAATGGGCAAGAGAGTTGGCTCAAAACACTG TCAAGTGTGTGCTTTGTGGGGTTTGACATGAGTTGTTTTAATAATCTGCAGAAATGCAAA GTAGACAATATTAGCTAACTTTCTTAGCCTAAACTTTTGGTACATAAACAGGTTGGAACT TAAAAGTATATGTATCTGACAAAGCAGATGTAGTAAATCTCTAGTCTTTTGTACACTTCT AAATGTTAGTAGTATCTCAACATTATCTTTGCACTTCTATCAATTTGCAAAACACTCTTG GCATATGCTGGAAAAGGTCGAACCATCTCAGTTTGAAGTTCCAAAGACAAAACTCGTCAA ACAGGCTCGAGTCATGAGAGTCAAGGACTTCAATATGAATGGTGGGGAGATTTCTATTAA GATTCTAGACTAATAAGGCAGATAATGGTGTTCCAAGTGAGAAAATGATAATGGTTTTTA GCTGCCAAAAGGAGGCGAAAAACAATAGGCTATATAGCTGCATTCATACCGGTAATAAAC TTCATAGGCATTTGGGTCAGCTGCAGGCCTTAAAATTGAATTGATGAGGTAATCATCCAC ATTTGAATGGTTTCTGTAGACCTTAAAACAAGAAAAACATCAAGGAATTAGTTATTCTAT CTAATGTTCGTCAAGATTATCAGCGGTAGTGGCTAAATAACAAATGAAATGCAAATGCAG AAACCAGCCATCCGTTTCTGATGCATCGTGCAAATAGCAAGAAGATATAAGGTTCAAATT TAGCTAGGAAGGAACCTACACCACTCTTTAGTACAGCTTCAATTTGAACTGGTTGCATTG TTATCCAGAAAGCTGATCTGACAACAACACGTTGAAAAATTTCCTCCATTGGCTTTACAA TGAACTTATGTAAGGCAGACTCTTCAGTTTTGTCAGTTGTACTAACGTCATCCCCAAATC GTCCTGCACTATTTAATAAGGAAACTCCCCTGATTTTATCTGGTAGTGCTGCTGCTGCTA ACAAAGTAGTAAACCCTCCAAGACTGTTTAAATAATTCAAGAGTCATCATATTACATACT ACTTATATATTACTGAAGCTCTACCAATTAAAGCTACTAATTGCATCTTGTAGATTTATT ACAATGACAAGTTGGTAAATAAATGAACTCACCTGTTTCCAACTAAAACAGCGGGTTGTT TAACTATCTCCTTTAAGAAGTCGACAACCTGATCTCTCCAAAGCAAAGCATCATAATCTA TTAGTGTCTTTTCACTCCAGCCAAATCCTAGCAAATCCAAAGCATAAACCTTGTATCTTT TAGCCAGTTCTGATATGTTATACCTAAAATTTGATGCAAATAAGCCCACTAAATCTTTTA ATTAAACTCAAAGCCATACAAACACAAATATTATAGAATTACCTCCAATGAAAAGAAGAA GAAGCAAATCCATGAATCAAAACTATTGGAAACCCTTCCCCTTTCTCCACATAATGAATT CTGTAGCTTCGCCATTTCCAATAGTTGTATCCCTCCGGTTTGAATGGCAATTGCTGCAAG CCTATATATATGAATCTTTGTTAAGTAGACACACACACAATAAACAGACACCAATAAATT CAAAGGTACAAATGGGGTGATGAACTGACCTTGAGAGGATACCGCAACAACAGATGGGGT CATAATCGAAGTACCAGTAGCAACAGTTTTATTAACAGCAAAACTTATTAGTTTCCATCT GCCACCTTCAAACAAAAAGAAATTGAGGAAGGAGATCAAAACTCCCAAATCAATGAGTTT CACATAATAGTTAAGAACTGGTCTGGTGTAAGGTTAGACGAAAAGCTTACTAGAATGATT ACTTCTTCCAGGTATAGCCAACTTATTGCCTATTGGATTTAGTGATTCTGTGTTAACCGT GGCAGTACAACTTGACATTGATAATACTTACCAACTAGAAGTATTGAAGAATCTTTATGA ACTTTGGGAACAGTTGAACGTGGTACTTAGAAGTTGATGGCAGTTAACAAGATTCTCATG AGCTTTTCTGGAAAAAAAACAAAAATTATTTTATCTTTTTCAGAGACAATGTGAGACCTT GATAGGGATTTAGGGAATCGTTTTTTTCCATGTAGAGACAACAAAATTAGCAAGTTGTCA TCCTCGGCAATACGCTTAGAAGTTTCAGAACATCCTTGTAAATTACAGATGCTGCACACA ATGTTAAAAACTAACTCTTATTTCTTTATTATACCATATTAGCTGGTCTTAAATATGCCC CAGCTCATTGTTTTCACCAATGTTTCTGCTTTGCCTTCATCGCTCTTTTCATATTTTACT ATATATTTCGTGCCATTTCTCCACCTCTTTGGTACCCACTTCAGAATATTCCTGTTCCAC TCAATGTGATATCATATGTTGAATTATGATGATCTTATCGAAAAAGTTTTAACAGGTTAT GGAGAACACATTTTCATTTACTTACAGCGAGACTTGAACTCACAACATCTGTCTACTTCA ATACCATGTTAAAAATTATGTGACCACGTAGTATAAAATTTTAAAGCTGTAATAAAGAGC ATATTCCTATTTTATTTAATTACATCTTGAACACCATAGCTGTTCTTTTCTTGTGCTTTT CACACACACAAAAAAAAAAAATTCTTATTGGTACAATTTTGTTGCCATTCTCTGTATGTT GTTGTCTTCACAGAATACGTTGGATTCTAATTGCCACCTATGAGTATTTTTTTCCTCTTG GACCAGAAAATTATTACTATAATTTTTCTACTGTTCAAATTATAGCTAACTACAGAGAAA ATACCTTCTAAAATGGAGGGAGCTTCAAAATATAACAAAGCTTTACAACTGAAACTCTCG TCGACCATGAGGCAAAGAAGAAGTGGTTATGAGCCATCAGATACGGAGACAGACTGGACA TTGGAGAAGAGTCCACACAGGGAAGTAAACGGAAAGAATGAAAAAGAAATAGATCTTGAA GAACATGAACCAGAAGAGCCCAACGTAGGATTTGAGAGAGCAAAGGACAATAGTTCTTTT AATTTAAGCTGGAGAACTAATAATGTTCCAAGTTCTGCTCGAAGGAGAAGTACTAAGTCT CCTTATAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.943 1785 2260 match_2 match_part 0.925 2186 2278 match_part 0.949 2317 2824 match_3 match_part 0.944 22461 23050 match_4 match_part 0.998 22468 23065 match_5 match_part 0.996 22469 22998 match_6 match_part 1.000 22470 23047 match_7 match_part 0.999 22472 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 1.000 24694 24701 match_8 match_part 0.950 22476 23157 match_9 match_part 0.908 22476 22628 match_10 match_part 1.000 22483 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.971 24694 25003 match_11 match_part 0.954 22489 23143 match_12 match_part 0.997 22498 23123 match_13 match_part 1.000 22549 23117 match_14 match_part 0.993 22642 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.978 24694 24832 match_15 match_part 0.970 22937 23202 match_part 0.978 24209 24298 match_part 1.000 24388 24455 match_part 0.955 24694 24961 match_16 match_part 1.000 23007 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.984 24694 24998 match_17 match_part 0.988 23119 23202 match_part 0.978 24209 24298 match_part 1.000 24388 24455 match_part 0.896 24694 25002 match_18 match_part 0.976 23119 23202 match_part 0.933 24209 24298 match_part 1.000 24388 24455 match_part 0.899 24694 25001 match_19 match_part 0.988 23119 23202 match_part 0.978 24209 24298 match_part 1.000 24388 24455 match_part 0.932 24694 25001 match_20 match_part 0.988 23119 23202 match_part 0.978 24209 24298 match_part 1.000 24388 24455 match_part 0.915 24694 25000 match_21 match_part 0.971 24265 24298 match_part 1.000 24388 24455 match_part 0.939 24694 24989 match_22 match_part 0.999 41584 42255 match_23 match_part 1.000 41585 42234 match_24 match_part 1.000 41585 42229 match_25 match_part 1.000 41585 42226 match_26 match_part 1.000 41585 42196 match_27 match_part 0.995 41585 42142 match_28 match_part 1.000 41597 42210 match_29 match_part 1.000 42108 42653 match_30 match_part 0.985 42172 42646 match_31 match_part 0.983 42425 42653 match_32 match_part 0.988 66438 66856 match_33 match_part 0.999 67823 68520 match_34 match_part 1.000 67823 68308 match_35 match_part 0.993 68030 68763 match_36 match_part 0.953 86738 87038 match_part 0.987 87129 87281 match_part 0.730 87343 87494 match_37 match_part 1.000 88116 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90192 match_38 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.962 91146 91225 match_39 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.993 90079 90216 match_part 1.000 90716 90814 match_40 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_41 match_part 0.966 88186 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90793 match_42 match_part 0.952 88186 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89474 match_43 match_part 1.000 88188 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 1.000 92166 92520 match_44 match_part 1.000 88189 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.988 91146 91226 match_45 match_part 1.000 88189 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_46 match_part 1.000 88190 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.982 91146 91201 match_47 match_part 1.000 88191 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.964 90079 90216 match_part 0.929 90716 90814 match_48 match_part 1.000 88191 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_49 match_part 1.000 88192 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 0.987 91846 91921 match_50 match_part 1.000 88193 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.990 90079 90178 match_51 match_part 0.986 88193 88331 match_part 0.989 88557 88643 match_part 0.991 89367 89477 match_part 1.000 89736 89772 match_52 match_part 1.000 88194 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90124 match_53 match_part 1.000 88195 88331 match_part 0.989 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_54 match_part 0.932 88199 88331 match_part 0.943 88557 88643 match_part 1.000 89367 89477 match_part 0.981 89736 89787 match_part 0.942 90079 90216 match_part 0.970 90716 90814 match_part 0.959 91146 91243 match_part 0.978 91630 91674 match_55 match_part 0.949 88233 88331 match_part 0.908 88557 88643 match_part 0.982 89367 89477 match_part 0.981 89736 89787 match_part 0.964 90079 90216 match_part 0.960 90716 90814 match_part 0.980 91146 91243 match_part 0.917 91630 91713 match_56 match_part 1.000 88242 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91173 match_57 match_part 1.000 88242 88331 match_part 0.989 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 0.990 90716 90814 match_part 1.000 91146 91166 match_58 match_part 1.000 88252 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 0.991 91630 91737 match_part 0.988 91846 91925 match_59 match_part 1.000 88254 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90807 match_60 match_part 1.000 88261 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_61 match_part 0.982 88277 88331 match_part 0.954 88557 88643 match_part 1.000 89367 89477 match_part 0.981 89736 89787 match_part 0.957 90079 90216 match_part 0.949 90716 90814 match_part 0.951 91146 91227 match_62 match_part 1.000 88299 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_63 match_part 1.000 88299 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90808 match_64 match_part 0.989 88554 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 0.981 91630 91737 match_part 0.929 91846 91915 match_65 match_part 0.980 88593 88643 match_part 1.000 89367 89477 match_part 0.942 89736 89787 match_part 0.905 90079 90141 match_66 match_part 1.000 88617 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.951 92166 92408 match_67 match_part 0.952 90113 90216 match_part 0.970 90716 90814 match_part 0.980 91146 91243 match_part 0.954 91630 91737 match_part 1.000 91846 91927 match_part 0.947 92166 92390 match_68 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.955 92166 92524 match_69 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 1.000 92166 92496 match_70 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.996 92166 92435 match_71 match_part 1.000 91215 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.987 92166 92393 match_72 match_part 0.750 91912 91927 match_part 0.948 92166 92417 match_73 match_part 1.000 91915 91927 match_part 0.948 92166 92417 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_74 match_part 0.975 2412 2215 match_75 match_part 0.975 2412 2215 match_76 match_part 0.970 2411 2215 match_77 match_part 1.000 2412 2224 match_78 match_part 1.000 3169 2445 match_79 match_part 0.997 3162 2583 match_80 match_part 0.998 3175 2584 match_81 match_part 1.000 3169 2586 match_82 match_part 1.000 3169 2632 match_83 match_part 1.000 3169 2672 match_84 match_part 1.000 3427 2991 match_85 match_part 1.000 28001 27933 match_part 1.000 26898 26806 match_part 1.000 26590 26544 match_part 1.000 26469 26407 match_part 1.000 26321 26262 match_part 1.000 26136 26077 match_part 1.000 25950 25891 match_part 0.983 25454 25340 match_part 1.000 25261 25228 match_86 match_part 1.000 28001 27933 match_part 1.000 26898 26806 match_part 1.000 26590 26544 match_part 1.000 26469 26407 match_part 1.000 26321 26262 match_part 1.000 26136 26077 match_part 1.000 25950 25891 match_part 1.000 25454 25394 match_87 match_part 0.989 30710 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29306 match_part 1.000 29214 29149 match_part 1.000 29025 28950 match_part 1.000 28592 28528 match_part 0.979 28448 28402 match_88 match_part 0.989 30709 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29306 match_part 1.000 29214 29149 match_part 1.000 29025 28976 match_89 match_part 0.987 30756 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29351 match_90 match_part 1.000 47026 46971 match_part 1.000 45325 45228 match_part 0.996 44947 44246 match_91 match_part 0.917 55059 54613 match_92 match_part 0.910 55060 54739 match_93 match_part 0.908 55060 54755 match_94 match_part 0.975 71059 70337 match_95 match_part 1.000 71421 71300 match_part 0.992 71171 70574 match_96 match_part 1.000 71422 71300 match_part 0.996 71171 70613 match_97 match_part 1.000 71422 71300 match_part 0.996 71171 70619 match_98 match_part 0.990 71401 71300 match_part 0.991 71171 70638 match_99 match_part 0.990 71401 71300 match_part 0.990 71171 70867 match_100 match_part 0.942 71896 71828 match_part 1.000 71738 71651 match_part 0.947 71429 71335 match_101 match_part 0.942 71896 71828 match_part 1.000 71738 71651 match_part 0.979 71429 71335 match_102 match_part 0.985 73012 72753 match_part 0.938 72667 72572 match_part 0.981 72204 71832 match_103 match_part 1.000 73010 72753 match_part 1.000 72204 71925 match_104 match_part 0.985 73011 72753 match_part 0.938 72667 72572 match_part 0.993 72204 72052 match_105 match_part 0.985 73011 72753 match_part 0.938 72667 72572 match_part 1.000 72193 72131 match_106 match_part 1.000 86774 86376 match_107 match_part 0.973 95775 95256 match_108 match_part 0.998 97731 97283 match_part 1.000 96977 96875 match_part 1.000 96179 95971 match_part 1.000 95809 95740 match_109 match_part 1.000 97331 97073 match_part 1.000 96977 96875 match_part 0.986 96179 95971 match_part 0.900 95809 95780 match_110 match_part 0.992 97330 97073 match_part 1.000 96977 96875 match_part 1.000 96179 95972 match_111 match_part 1.000 97713 97069 match_part 1.000 96977 96875 match_part 0.987 96179 96022 match_112 match_part 0.997 97699 97069 match_part 1.000 96977 96875 match_part 1.000 96179 96118 match_113 match_part 1.000 97419 97073 match_part 0.990 96977 96875 match_part 0.949 96179 96121 match_114 match_part 0.969 97710 97106 match_115 match_part 1.000 97712 97161 match_116 match_part 0.975 97709 97190 match_117 match_part 1.000 97708 97239 match_118 match_part 1.000 97709 97299 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 1785 2278 exon 2317 2824 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 2412 2215 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 3427 2445 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 22461 23202 exon 24209 24298 exon 24388 24455 exon 24694 25003 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 28001 27933 exon 26898 26806 exon 26590 26544 exon 26469 26407 exon 26321 26262 exon 26136 26077 exon 25950 25891 exon 25454 25340 exon 25261 25228 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 30756 30522 exon 30439 30377 exon 29876 29787 exon 29529 29470 exon 29371 29306 exon 29214 29149 exon 29025 28950 exon 28592 28528 exon 28448 28402 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 41584 42653 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 47026 46971 exon 45325 45228 exon 44947 44246 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 55060 54613 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 66438 66856 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 67823 68763 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73012 72753 exon 72667 72572 exon 72204 71828 exon 71738 71651 exon 71429 71300 exon 71171 70337 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73010 72753 exon 72204 71925 gene_14 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73011 72753 exon 72667 72572 exon 72193 72131 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 86774 86376 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 86738 87038 exon 87129 87281 exon 87343 87494 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88116 88331 exon 88557 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92524 gene_18 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88554 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92524 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97712 97073 exon 96977 96875 exon 96179 95971 exon 95809 95780 gene_20 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97713 97069 exon 96977 96875 exon 96179 96022 gene_21 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97731 97283 exon 96977 96875 exon 96179 95971 exon 95809 95256 RepeatMasker tomato repeats master Copia00143 76 208 1 Copia00143 76 208 1 nucleotide_motif 685 9651 9783 Copia00143 45 232 1 Copia00143 45 232 1 nucleotide_motif 437 9905 10095 TLP1 9 288 1 TLP1 9 288 1 nucleotide_motif 1326 32207 32487 Unknown00046 2825 3150 1 Unknown00046 2825 3150 1 nucleotide_motif 277 36121 36431 Copia00191 1595 1735 1 Copia00191 1595 1735 1 nucleotide_motif 280 51623 51754 Copia00107 262 470 1 Copia00107 262 470 1 nucleotide_motif 716 51822 52020 Unknown00046 1854 2064 1 Unknown00046 1854 2064 1 nucleotide_motif 818 52030 52245 Unknown00019 48 697 1 Unknown00019 48 697 1 nucleotide_motif 4928 54589 55258 HELITRON7_OS 330 1336 1 HELITRON7_OS 330 1336 1 nucleotide_motif 432 55585 55608 Gypsy00019 596 677 1 Gypsy00019 596 677 1 nucleotide_motif 374 55633 55715 Unknown00043 425 541 1 Unknown00043 425 541 1 nucleotide_motif 288 62611 62730 Copia00172 286 517 1 Copia00172 286 517 1 nucleotide_motif 1477 65156 65391 Unknown00014 531 942 1 Unknown00014 531 942 1 nucleotide_motif 2159 74166 74567 Unknown00034 3702 4015 1 Unknown00034 3702 4015 1 nucleotide_motif 2306 75091 75400 HAT1_MT 1 147 1 HAT1_MT 1 147 1 nucleotide_motif 252 83319 83465 SONATA2 57 199 1 SONATA2 57 199 1 nucleotide_motif 623 88847 88987 RepeatMasker tomato repeats master Unknown00025 237 469 -1 Unknown00025 237 469 -1 nucleotide_motif 837 14429 14193 Unknown00046 1885 2062 -1 Unknown00046 1885 2062 -1 nucleotide_motif 737 15954 15781 SONATA1 102 243 -1 SONATA1 102 243 -1 nucleotide_motif 310 18839 18710 Unknown00046 1983 2062 -1 Unknown00046 1983 2062 -1 nucleotide_motif 405 22014 21935 TLP1 468 662 -1 TLP1 468 662 -1 nucleotide_motif 974 36334 36138 Copia00191 1499 1709 -1 Copia00191 1499 1709 -1 nucleotide_motif 1087 52449 52242 Gypsy00046 4087 4173 -1 Gypsy00046 4087 4173 -1 nucleotide_motif 409 55695 55609 ATENSPM10 1088 1158 -1 ATENSPM10 1088 1158 -1 nucleotide_motif 239 59731 59665 SONATA3 19 237 -1 SONATA3 19 237 -1 nucleotide_motif 281 60149 59943 Copia00105 8174 8301 -1 Copia00105 8174 8301 -1 nucleotide_motif 414 63967 63839 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1913 47760 48772 match_2 match 1802 36801 37835 match_3 match 2187 20771 21873 match_4 match 2020 19617 20734 match_5 match 2194 34017 35165 match_6 match 2280 29712 30882 match_7 match 2278 38921 40093 match_8 match 2654 9050 10502 match_9 match 2864 1 1466 match_10 match 2878 10522 12000 match_11 match 3245 23644 25322 match_12 match 3445 1496 3257 match_13 match 3612 5281 7153 match_14 match 3671 27816 29694 match_15 match 3614 3280 5207 match_16 match 3794 25337 27283 match_17 match 40116 46805 match_18 match 1961 100706 101772 match_19 match 5075 88399 90979 match_20 match 5229 98033 100691 match_21 match 5894 90996 93968 match_22 match 5773 84432 87460 match_23 match 6482 94672 98013 match_24 match 1875 9050 10109 match_25 match 2864 1 1466 match_26 match 3445 1496 3257 match_27 match 3612 5281 7153 match_28 match 3614 3280 5207 match_29 match 2321 5281 6570 match_30 match 2141 5281 6425 match_31 match 2125 5281 6425 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 595 1 300 clone_start_2 clone_start 969 4393 4927 clone_start_3 clone_start 1289 4452 5134 clone_start_4 clone_start 337 6102 6283 clone_start_5 clone_start 894 6436 6926 clone_start_6 clone_start 1396 9286 10083 clone_start_7 clone_start 1148 11394 11972 clone_start_8 clone_start 1072 25359 25899 clone_start_9 clone_start 593 27866 28180 clone_start_10 clone_start 1078 28579 29149 clone_start_11 clone_start 1106 37125 37820 clone_start_12 clone_start 1150 42915 43544 clone_start_13 clone_start 720 44044 44430 clone_start_14 clone_start 1328 44439 45124 clone_start_15 clone_start 1304 51915 52596 clone_start_16 clone_start 716 53687 54076 clone_start_17 clone_start 392 54915 55128 clone_1 clone 912 60953 99890 clone_start_18 clone_start 936 60953 61445 clone_end_1 clone_end 888 99443 99890 clone_2 clone 912 60953 99890 clone_end_2 clone_end 936 60953 61445 clone_start_19 clone_start 888 99443 99890 clone_start_20 clone_start 291 62470 62624 clone_start_21 clone_start 502 65138 65390 clone_start_22 clone_start 607 65409 65738 clone_start_23 clone_start 617 75838 76148 clone_start_24 clone_start 323 77788 77950 clone_start_25 clone_start 474 78232 78518 clone_start_26 clone_start 585 79119 79413 clone_start_27 clone_start 731 79150 79518 clone_start_28 clone_start 402 79606 79808 clone_start_29 clone_start 1189 82546 83145 clone_start_30 clone_start 266 83358 83491 clone_start_31 clone_start 886 92635 93097 clone_start_32 clone_start 710 101262 101688 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.943 1785 2260 match_2 match_part 0.998 22468 23065 match_3 match_part 0.996 22469 22998 match_4 match_part 1.000 22470 23047 match_5 match_part 0.999 22472 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 1.000 24694 24701 match_6 match_part 1.000 22483 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.971 24694 25003 match_7 match_part 0.997 22498 23123 match_8 match_part 1.000 22549 23117 match_9 match_part 0.993 22642 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.978 24694 24832 match_10 match_part 1.000 23007 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.984 24694 24998 match_11 match_part 0.999 41584 42255 match_12 match_part 1.000 41585 42234 match_13 match_part 1.000 41585 42229 match_14 match_part 1.000 41585 42226 match_15 match_part 1.000 41585 42196 match_16 match_part 0.995 41585 42142 match_17 match_part 1.000 41597 42210 match_18 match_part 1.000 42108 42653 match_19 match_part 0.985 42172 42646 match_20 match_part 0.983 42425 42653 match_21 match_part 0.988 66438 66856 match_22 match_part 0.999 67823 68520 match_23 match_part 1.000 67823 68308 match_24 match_part 0.993 68030 68763 match_25 match_part 1.000 88116 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90192 match_26 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.962 91146 91225 match_27 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.993 90079 90216 match_part 1.000 90716 90814 match_28 match_part 1.000 88182 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_29 match_part 0.966 88186 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90793 match_30 match_part 0.952 88186 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89474 match_31 match_part 1.000 88188 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 1.000 92166 92520 match_32 match_part 1.000 88189 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.988 91146 91226 match_33 match_part 1.000 88189 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_34 match_part 1.000 88190 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 0.982 91146 91201 match_35 match_part 1.000 88191 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.964 90079 90216 match_part 0.929 90716 90814 match_36 match_part 1.000 88191 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_37 match_part 1.000 88192 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 0.987 91846 91921 match_38 match_part 1.000 88193 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.990 90079 90178 match_39 match_part 0.986 88193 88331 match_part 0.989 88557 88643 match_part 0.991 89367 89477 match_part 1.000 89736 89772 match_40 match_part 1.000 88194 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90124 match_41 match_part 1.000 88195 88331 match_part 0.989 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_42 match_part 1.000 88242 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91173 match_43 match_part 1.000 88242 88331 match_part 0.989 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 0.990 90716 90814 match_part 1.000 91146 91166 match_44 match_part 1.000 88252 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 0.991 91630 91737 match_part 0.988 91846 91925 match_45 match_part 1.000 88254 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90807 match_46 match_part 1.000 88261 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_47 match_part 1.000 88299 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_48 match_part 1.000 88299 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90808 match_49 match_part 0.989 88554 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 0.981 91630 91737 match_part 0.929 91846 91915 match_50 match_part 1.000 88617 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.951 92166 92408 match_51 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.955 92166 92524 match_52 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 1.000 92166 92496 match_53 match_part 1.000 90187 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.996 92166 92435 match_54 match_part 1.000 91215 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.987 92166 92393 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_55 match_part 0.975 2412 2215 match_56 match_part 0.975 2412 2215 match_57 match_part 0.970 2411 2215 match_58 match_part 1.000 2412 2224 match_59 match_part 1.000 3169 2445 match_60 match_part 0.997 3162 2583 match_61 match_part 0.998 3175 2584 match_62 match_part 1.000 3169 2586 match_63 match_part 1.000 3169 2632 match_64 match_part 1.000 3169 2672 match_65 match_part 1.000 3427 2991 match_66 match_part 1.000 28001 27933 match_part 1.000 26898 26806 match_part 1.000 26590 26544 match_part 1.000 26469 26407 match_part 1.000 26321 26262 match_part 1.000 26136 26077 match_part 1.000 25950 25891 match_part 0.983 25454 25340 match_part 1.000 25261 25228 match_67 match_part 1.000 28001 27933 match_part 1.000 26898 26806 match_part 1.000 26590 26544 match_part 1.000 26469 26407 match_part 1.000 26321 26262 match_part 1.000 26136 26077 match_part 1.000 25950 25891 match_part 1.000 25454 25394 match_68 match_part 0.989 30710 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29306 match_part 1.000 29214 29149 match_part 1.000 29025 28950 match_part 1.000 28592 28528 match_part 0.979 28448 28402 match_69 match_part 0.989 30709 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29306 match_part 1.000 29214 29149 match_part 1.000 29025 28976 match_70 match_part 0.987 30756 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29351 match_71 match_part 1.000 47026 46971 match_part 1.000 45325 45228 match_part 0.996 44947 44246 match_72 match_part 0.917 55059 54613 match_73 match_part 0.910 55060 54739 match_74 match_part 0.908 55060 54755 match_75 match_part 0.975 71059 70337 match_76 match_part 1.000 71421 71300 match_part 0.992 71171 70574 match_77 match_part 1.000 71422 71300 match_part 0.996 71171 70613 match_78 match_part 1.000 71422 71300 match_part 0.996 71171 70619 match_79 match_part 0.990 71401 71300 match_part 0.991 71171 70638 match_80 match_part 0.990 71401 71300 match_part 0.990 71171 70867 match_81 match_part 0.942 71896 71828 match_part 1.000 71738 71651 match_part 0.947 71429 71335 match_82 match_part 0.942 71896 71828 match_part 1.000 71738 71651 match_part 0.979 71429 71335 match_83 match_part 0.985 73012 72753 match_part 0.938 72667 72572 match_part 0.981 72204 71832 match_84 match_part 1.000 73010 72753 match_part 1.000 72204 71925 match_85 match_part 0.985 73011 72753 match_part 0.938 72667 72572 match_part 0.993 72204 72052 match_86 match_part 0.985 73011 72753 match_part 0.938 72667 72572 match_part 1.000 72193 72131 match_87 match_part 1.000 86774 86376 match_88 match_part 0.973 95775 95256 match_89 match_part 0.998 97731 97283 match_part 1.000 96977 96875 match_part 1.000 96179 95971 match_part 1.000 95809 95740 match_90 match_part 1.000 97331 97073 match_part 1.000 96977 96875 match_part 0.986 96179 95971 match_part 0.900 95809 95780 match_91 match_part 0.992 97330 97073 match_part 1.000 96977 96875 match_part 1.000 96179 95972 match_92 match_part 1.000 97713 97069 match_part 1.000 96977 96875 match_part 0.987 96179 96022 match_93 match_part 0.997 97699 97069 match_part 1.000 96977 96875 match_part 1.000 96179 96118 match_94 match_part 1.000 97419 97073 match_part 0.990 96977 96875 match_part 0.949 96179 96121 match_95 match_part 1.000 97712 97161 match_96 match_part 1.000 97708 97239 match_97 match_part 1.000 97709 97299 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 1785 2260 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 2412 2215 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 3427 2445 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 22468 23202 exon 24209 24298 exon 24388 24455 exon 24694 25003 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 28001 27933 exon 26898 26806 exon 26590 26544 exon 26469 26407 exon 26321 26262 exon 26136 26077 exon 25950 25891 exon 25454 25340 exon 25261 25228 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 30756 30522 exon 30439 30377 exon 29876 29787 exon 29529 29470 exon 29371 29306 exon 29214 29149 exon 29025 28950 exon 28592 28528 exon 28448 28402 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 41584 42653 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 47026 46971 exon 45325 45228 exon 44947 44246 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 55060 54613 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 66438 66856 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 67823 68763 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73012 72753 exon 72667 72572 exon 72204 71828 exon 71738 71651 exon 71429 71300 exon 71171 70337 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73010 72753 exon 72204 71925 gene_14 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73011 72753 exon 72667 72572 exon 72193 72131 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 86774 86376 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88116 88331 exon 88557 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92524 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88554 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92524 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97712 97073 exon 96977 96875 exon 96179 95971 exon 95809 95780 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97713 97069 exon 96977 96875 exon 96179 96022 gene_20 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97731 97283 exon 96977 96875 exon 96179 95971 exon 95809 95256 AUGUSTUS_tom_cdna de novo gene_1 gene 1 17181 24829 transcript_1 transcript 17181 24829 start_codon_1 start_codon 17181 17183 CDS_1 CDS 17181 17428 CDS_2 CDS 17522 17788 CDS_3 CDS 22473 23202 CDS_4 CDS 24209 24298 CDS_5 CDS 24388 24455 CDS_6 CDS 24694 24829 stop_codon_1 stop_codon 24827 24829 gene_2 gene 1 41576 42457 transcript_2 transcript 41576 42457 start_codon_2 start_codon 41576 41578 CDS_7 CDS 41576 42457 stop_codon_2 stop_codon 42455 42457 gene_3 gene 1 60712 62276 transcript_3 transcript 60712 62276 start_codon_3 start_codon 60712 60714 CDS_8 CDS 60712 60718 CDS_9 CDS 61915 62276 stop_codon_3 stop_codon 62274 62276 gene_4 gene 1 64913 68518 transcript_4 transcript 64913 68518 start_codon_4 start_codon 64913 64915 CDS_10 CDS 64913 65086 CDS_11 CDS 66267 66889 CDS_12 CDS 67756 68518 stop_codon_4 stop_codon 68516 68518 gene_5 gene 1 81032 88241 transcript_5 transcript 81032 88241 start_codon_5 start_codon 81032 81034 CDS_13 CDS 81032 81944 CDS_14 CDS 85884 86012 CDS_15 CDS 86115 87038 CDS_16 CDS 88153 88241 stop_codon_5 stop_codon 88239 88241 gene_6 gene 1 88279 92231 transcript_6 transcript 88279 92231 start_codon_6 start_codon 88279 88281 CDS_17 CDS 88279 88331 CDS_18 CDS 88557 88643 CDS_19 CDS 89367 89477 CDS_20 CDS 89736 89787 CDS_21 CDS 90079 90216 CDS_22 CDS 90716 90814 CDS_23 CDS 91146 91243 CDS_24 CDS 91630 91737 CDS_25 CDS 91846 91927 CDS_26 CDS 92166 92231 stop_codon_6 stop_codon 92229 92231 AUGUSTUS_tom_cdna de novo gene_7 gene 1 3180 2395 transcript_7 transcript 3180 2395 stop_codon_7 stop_codon 2397 2395 CDS_27 CDS 3180 2395 start_codon_7 start_codon 3180 3178 gene_8 gene 1 6415 5990 transcript_8 transcript 6415 5990 stop_codon_8 stop_codon 5992 5990 CDS_28 CDS 6415 5990 start_codon_8 start_codon 6415 6413 gene_9 gene 1 30710 25149 transcript_9 transcript 30710 25149 stop_codon_9 stop_codon 25151 25149 CDS_29 CDS 25261 25149 CDS_30 CDS 25454 25340 CDS_31 CDS 25950 25891 CDS_32 CDS 26136 26077 CDS_33 CDS 26321 26262 CDS_34 CDS 26469 26407 CDS_35 CDS 26590 26544 CDS_36 CDS 26820 26806 CDS_37 CDS 26898 26893 CDS_38 CDS 28017 27933 CDS_39 CDS 28222 28097 CDS_40 CDS 28448 28356 CDS_41 CDS 28592 28528 CDS_42 CDS 29025 28950 CDS_43 CDS 29214 29149 CDS_44 CDS 29371 29306 CDS_45 CDS 29529 29470 CDS_46 CDS 29876 29787 CDS_47 CDS 30439 30377 CDS_48 CDS 30710 30522 start_codon_9 start_codon 30710 30708 gene_10 gene 1 47056 44010 transcript_10 transcript 47056 44010 stop_codon_10 stop_codon 44012 44010 CDS_49 CDS 44947 44010 CDS_50 CDS 45325 45228 CDS_51 CDS 47056 46971 start_codon_10 start_codon 47056 47054 gene_11 gene 1 80329 70502 transcript_11 transcript 80329 70502 stop_codon_11 stop_codon 70504 70502 CDS_52 CDS 71171 70502 CDS_53 CDS 71429 71300 CDS_54 CDS 71738 71651 CDS_55 CDS 71975 71828 CDS_56 CDS 80329 80310 start_codon_11 start_codon 80329 80327 gene_12 gene 2 97701 92701 transcript_12 transcript 97701 92701 stop_codon_12 stop_codon 92703 92701 CDS_57 CDS 93568 92701 CDS_58 CDS 94025 93948 CDS_59 CDS 95809 95714 CDS_60 CDS 96179 95971 CDS_61 CDS 96977 96875 CDS_62 CDS 97701 97073 start_codon_12 start_codon 97701 97699 transcript_13 transcript 97701 92701 stop_codon_13 stop_codon 92703 92701 CDS_63 CDS 93568 92701 CDS_64 CDS 94025 93948 CDS_65 CDS 95809 95714 CDS_66 CDS 96179 95971 CDS_67 CDS 96977 96875 CDS_68 CDS 97701 97283 start_codon_13 start_codon 97701 97699 AUGUSTUS_ab_initio de novo gene_1 gene 1 17181 19762 transcript_1 transcript 17181 19762 start_codon_1 start_codon 17181 17183 CDS_1 CDS 17181 17428 CDS_2 CDS 17522 17709 CDS_3 CDS 19731 19762 stop_codon_1 stop_codon 19760 19762 gene_2 gene 1 65817 68518 transcript_2 transcript 65817 68518 start_codon_2 start_codon 65817 65819 CDS_4 CDS 65817 65843 CDS_5 CDS 66267 66804 CDS_6 CDS 67413 67446 CDS_7 CDS 67756 68518 stop_codon_2 stop_codon 68516 68518 gene_3 gene 1 70821 91963 transcript_3 transcript 70821 91963 start_codon_3 start_codon 70821 70823 CDS_8 CDS 70821 70994 CDS_9 CDS 72735 72989 CDS_10 CDS 80180 80331 CDS_11 CDS 80416 80660 CDS_12 CDS 81021 81944 CDS_13 CDS 85884 86012 CDS_14 CDS 86115 87038 CDS_15 CDS 88261 88331 CDS_16 CDS 90716 90814 CDS_17 CDS 91146 91243 CDS_18 CDS 91630 91737 CDS_19 CDS 91846 91963 stop_codon_3 stop_codon 91961 91963 AUGUSTUS_ab_initio de novo gene_4 gene 1 3180 2395 transcript_4 transcript 3180 2395 stop_codon_4 stop_codon 2397 2395 CDS_20 CDS 3180 2395 start_codon_4 start_codon 3180 3178 gene_5 gene 1 6415 5990 transcript_5 transcript 6415 5990 stop_codon_5 stop_codon 5992 5990 CDS_21 CDS 6415 5990 start_codon_5 start_codon 6415 6413 gene_6 gene 1 44912 44010 transcript_6 transcript 44912 44010 stop_codon_6 stop_codon 44012 44010 CDS_22 CDS 44912 44010 start_codon_6 start_codon 44912 44910 gene_7 gene 1 99261 92701 transcript_7 transcript 99261 92701 stop_codon_7 stop_codon 92703 92701 CDS_23 CDS 93568 92701 CDS_24 CDS 94025 93948 CDS_25 CDS 99261 99170 AUGUSTUS_tom_ugs de novo gene_1 gene 1 17181 19762 transcript_1 transcript 17181 19762 start_codon_1 start_codon 17181 17183 CDS_1 CDS 17181 17428 CDS_2 CDS 17522 17709 CDS_3 CDS 19731 19762 stop_codon_1 stop_codon 19760 19762 gene_2 gene 1 64913 68518 transcript_2 transcript 64913 68518 start_codon_2 start_codon 64913 64915 CDS_4 CDS 64913 65086 CDS_5 CDS 66267 66889 CDS_6 CDS 67756 68518 stop_codon_2 stop_codon 68516 68518 gene_3 gene 1 81032 87046 transcript_3 transcript 81032 87046 start_codon_3 start_codon 81032 81034 CDS_7 CDS 81032 81944 CDS_8 CDS 85884 86012 CDS_9 CDS 86115 87046 stop_codon_3 stop_codon 87044 87046 gene_4 gene 1 88264 92231 transcript_4 transcript 88264 92231 start_codon_4 start_codon 88264 88266 CDS_10 CDS 88264 88331 CDS_11 CDS 88557 88643 CDS_12 CDS 89367 89477 CDS_13 CDS 89736 89787 CDS_14 CDS 90079 90216 CDS_15 CDS 90716 90814 CDS_16 CDS 91146 91243 CDS_17 CDS 91630 91737 CDS_18 CDS 91846 91927 CDS_19 CDS 92166 92231 stop_codon_4 stop_codon 92229 92231 AUGUSTUS_tom_ugs de novo gene_5 gene 1 3180 2395 transcript_5 transcript 3180 2395 stop_codon_5 stop_codon 2397 2395 CDS_20 CDS 3180 2395 start_codon_5 start_codon 3180 3178 gene_6 gene 1 6415 5990 transcript_6 transcript 6415 5990 stop_codon_6 stop_codon 5992 5990 CDS_21 CDS 6415 5990 start_codon_6 start_codon 6415 6413 gene_7 gene 1 30710 25149 transcript_7 transcript 30710 25149 stop_codon_7 stop_codon 25151 25149 CDS_22 CDS 25261 25149 CDS_23 CDS 25454 25340 CDS_24 CDS 25950 25891 CDS_25 CDS 26136 26077 CDS_26 CDS 26321 26262 CDS_27 CDS 26469 26407 CDS_28 CDS 26590 26544 CDS_29 CDS 26839 26806 CDS_30 CDS 28013 27933 CDS_31 CDS 28222 28097 CDS_32 CDS 28448 28356 CDS_33 CDS 28592 28528 CDS_34 CDS 29025 28950 CDS_35 CDS 29214 29149 CDS_36 CDS 29371 29306 CDS_37 CDS 29529 29470 CDS_38 CDS 29876 29787 CDS_39 CDS 30439 30377 CDS_40 CDS 30710 30522 start_codon_7 start_codon 30710 30708 gene_8 gene 1 47056 44010 transcript_8 transcript 47056 44010 stop_codon_8 stop_codon 44012 44010 CDS_41 CDS 44947 44010 CDS_42 CDS 45325 45228 CDS_43 CDS 47056 46971 start_codon_8 start_codon 47056 47054 gene_9 gene 1 80329 70502 transcript_9 transcript 80329 70502 stop_codon_9 stop_codon 70504 70502 CDS_44 CDS 71171 70502 CDS_45 CDS 71429 71300 CDS_46 CDS 71738 71651 CDS_47 CDS 71975 71828 CDS_48 CDS 80329 80310 start_codon_9 start_codon 80329 80327 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.943 1785 2260 match_2 match_part 1.000 22469 23202 match_part 1.000 24209 24298 match_part 1.000 24388 24455 match_part 0.984 24694 24998 match_3 match_part 1.000 41584 42653 match_4 match_part 0.988 66438 66856 match_5 match_part 0.995 67823 68763 match_6 match_part 1.000 88116 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 1.000 92166 92520 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 1.000 3427 2445 match_8 match_part 1.000 28001 27933 match_part 1.000 26898 26806 match_part 1.000 26590 26544 match_part 1.000 26469 26407 match_part 1.000 26321 26262 match_part 1.000 26136 26077 match_part 1.000 25950 25891 match_part 0.983 25454 25340 match_part 1.000 25261 25228 match_9 match_part 0.987 30756 30522 match_part 0.984 30439 30377 match_part 0.989 29876 29787 match_part 1.000 29529 29470 match_part 1.000 29371 29306 match_part 1.000 29214 29149 match_part 1.000 29025 28950 match_part 1.000 28592 28528 match_part 0.979 28448 28402 match_10 match_part 1.000 47026 46971 match_part 1.000 45325 45228 match_part 0.996 44947 44246 match_11 match_part 0.942 71896 71828 match_part 1.000 71738 71651 match_part 1.000 71429 71300 match_part 0.986 71171 70337 match_12 match_part 0.985 73012 72753 match_part 0.938 72667 72572 match_part 0.981 72204 71832 match_13 match_part 1.000 73010 72753 match_part 1.000 72204 71925 match_14 match_part 1.000 86774 86376 match_15 match_part 0.998 97731 97283 match_part 1.000 96977 96875 match_part 1.000 96179 95971 match_part 1.000 95809 95740 match_16 match_part 1.000 97713 97073 match_part 1.000 96977 96875 match_part 1.000 96179 95971 match_part 0.900 95809 95780 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 1785 2260 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 3427 2445 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 22469 23202 exon 24209 24298 exon 24388 24455 exon 24694 24998 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 28001 27933 exon 26898 26806 exon 26590 26544 exon 26469 26407 exon 26321 26262 exon 26136 26077 exon 25950 25891 exon 25454 25340 exon 25261 25228 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 30756 30522 exon 30439 30377 exon 29876 29787 exon 29529 29470 exon 29371 29306 exon 29214 29149 exon 29025 28950 exon 28592 28528 exon 28448 28402 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 41584 42653 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 47026 46971 exon 45325 45228 exon 44947 44246 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 66438 66856 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 67823 68763 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73012 72753 exon 72667 72572 exon 72204 71828 exon 71738 71651 exon 71429 71300 exon 71171 70337 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 73010 72753 exon 72204 71925 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 86774 86376 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88116 88331 exon 88557 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92520 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97731 97283 exon 96977 96875 exon 96179 95971 exon 95809 95740 gene_15 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97713 97073 exon 96977 96875 exon 96179 95971 exon 95809 95780 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 22468 23065 match_2 match_part 1.000 88116 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 1.000 90079 90216 match_part 1.000 90716 90814 match_part 1.000 91146 91243 match_part 1.000 91630 91737 match_part 1.000 91846 91927 match_part 0.994 92166 92524 match_3 match_part 1.000 88193 88331 match_part 1.000 88557 88643 match_part 1.000 89367 89477 match_part 1.000 89736 89787 match_part 0.990 90079 90178 match_4 match_part 0.932 88199 88331 match_part 0.943 88557 88643 match_part 1.000 89367 89477 match_part 0.981 89736 89787 match_part 0.942 90079 90216 match_part 0.970 90716 90814 match_part 0.959 91146 91243 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 97713 97073 match_part 1.000 96977 96875 match_part 1.000 96179 95971 match_part 0.900 95809 95780 match_6 match_part 0.972 97709 97106 match_7 match_part 1.000 97712 97161 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 22468 23065 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 88116 88331 exon 88557 88643 exon 89367 89477 exon 89736 89787 exon 90079 90216 exon 90716 90814 exon 91146 91243 exon 91630 91737 exon 91846 91927 exon 92166 92524 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0030A21.2 type gene exon 97713 97073 exon 96977 96875 exon 96179 95971 exon 95809 95780 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 1827 transcript_1 transcript 1 1827 CDS_1 CDS 1 99 CDS_2 CDS 1090 1188 CDS_3 CDS 1627 1827 stop_codon_1 stop_codon 1825 1827 gene_2 gene 1 17181 24829 transcript_2 transcript 17181 24829 start_codon_1 start_codon 17181 17183 CDS_4 CDS 17181 17428 CDS_5 CDS 17522 17788 CDS_6 CDS 22473 23202 CDS_7 CDS 24209 24298 CDS_8 CDS 24388 24455 CDS_9 CDS 24694 24829 stop_codon_2 stop_codon 24827 24829 gene_3 gene 1 41576 42457 transcript_3 transcript 41576 42457 start_codon_2 start_codon 41576 41578 CDS_10 CDS 41576 42457 stop_codon_3 stop_codon 42455 42457 gene_4 gene 1 60712 62276 transcript_4 transcript 60712 62276 start_codon_3 start_codon 60712 60714 CDS_11 CDS 60712 60718 CDS_12 CDS 61915 62276 stop_codon_4 stop_codon 62274 62276 gene_5 gene 1 64305 68518 transcript_5 transcript 64305 68518 start_codon_4 start_codon 64305 64307 CDS_13 CDS 64305 64358 CDS_14 CDS 64901 65086 CDS_15 CDS 66267 66889 CDS_16 CDS 67756 68518 stop_codon_5 stop_codon 68516 68518 gene_6 gene 1 81032 82160 transcript_6 transcript 81032 82160 start_codon_5 start_codon 81032 81034 CDS_17 CDS 81032 81944 CDS_18 CDS 82030 82160 stop_codon_6 stop_codon 82158 82160 gene_7 gene 1 85392 88241 transcript_7 transcript 85392 88241 start_codon_6 start_codon 85392 85394 CDS_19 CDS 85392 85431 CDS_20 CDS 85884 86012 CDS_21 CDS 86115 87038 CDS_22 CDS 88153 88241 stop_codon_7 stop_codon 88239 88241 gene_8 gene 1 88279 92231 transcript_8 transcript 88279 92231 start_codon_7 start_codon 88279 88281 CDS_23 CDS 88279 88331 CDS_24 CDS 88557 88643 CDS_25 CDS 89367 89477 CDS_26 CDS 89736 89787 CDS_27 CDS 90079 90216 CDS_28 CDS 90716 90814 CDS_29 CDS 91146 91243 CDS_30 CDS 91630 91737 CDS_31 CDS 91846 91927 CDS_32 CDS 92166 92231 stop_codon_8 stop_codon 92229 92231 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 3180 2395 transcript_9 transcript 3180 2395 stop_codon_9 stop_codon 2397 2395 CDS_33 CDS 3180 2395 start_codon_8 start_codon 3180 3178 gene_10 gene 1 6415 5990 transcript_10 transcript 6415 5990 stop_codon_10 stop_codon 5992 5990 CDS_34 CDS 6415 5990 start_codon_9 start_codon 6415 6413 gene_11 gene 1 30710 25149 transcript_11 transcript 30710 25149 stop_codon_11 stop_codon 25151 25149 CDS_35 CDS 25261 25149 CDS_36 CDS 25454 25340 CDS_37 CDS 25950 25891 CDS_38 CDS 26136 26077 CDS_39 CDS 26321 26262 CDS_40 CDS 26469 26407 CDS_41 CDS 26590 26544 CDS_42 CDS 26820 26806 CDS_43 CDS 26898 26893 CDS_44 CDS 28017 27933 CDS_45 CDS 28222 28097 CDS_46 CDS 28448 28356 CDS_47 CDS 28592 28528 CDS_48 CDS 29025 28950 CDS_49 CDS 29214 29149 CDS_50 CDS 29371 29306 CDS_51 CDS 29529 29470 CDS_52 CDS 29876 29787 CDS_53 CDS 30439 30377 CDS_54 CDS 30710 30522 start_codon_10 start_codon 30710 30708 gene_12 gene 1 47056 44010 transcript_12 transcript 47056 44010 stop_codon_12 stop_codon 44012 44010 CDS_55 CDS 44947 44010 CDS_56 CDS 45325 45228 CDS_57 CDS 47056 46971 start_codon_11 start_codon 47056 47054 gene_13 gene 1 80329 70502 transcript_13 transcript 80329 70502 stop_codon_13 stop_codon 70504 70502 CDS_58 CDS 71171 70502 CDS_59 CDS 71429 71300 CDS_60 CDS 71738 71651 CDS_61 CDS 71975 71828 CDS_62 CDS 80329 80310 start_codon_12 start_codon 80329 80327 gene_14 gene 2 97701 92387 transcript_14 transcript 97701 92387 stop_codon_14 stop_codon 92389 92387 CDS_63 CDS 92440 92387 CDS_64 CDS 93568 92761 CDS_65 CDS 94025 93948 CDS_66 CDS 95809 95714 CDS_67 CDS 96179 95971 CDS_68 CDS 96977 96875 CDS_69 CDS 97701 97283 start_codon_13 start_codon 97701 97699 transcript_15 transcript 97701 92387 stop_codon_15 stop_codon 92389 92387 CDS_70 CDS 92440 92387 CDS_71 CDS 93568 92761 CDS_72 CDS 94025 93948 CDS_73 CDS 95809 95714 CDS_74 CDS 96179 95971 CDS_75 CDS 96977 96875 CDS_76 CDS 97701 97073 start_codon_14 start_codon 97701 97699 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 166 41843 42427 match_2 match 166 41843 42427 match_3 match 373 85883 87256 match_4 match 65.9 85208 85432 match_5 match 146 80180 80665 match_6 match 290 81020 81955 match_7 match 65.1 82029 82157 match_8 match 112 85519 85776 match_9 match 138 66264 67343 match_10 match 141 66264 67343 match_11 match 142 66264 67343 match_12 match 145 41792 42427 match_13 match 228 41702 42427 match_14 match 105 86135 87040 match_15 match 105 81041 81946 match_16 match 182 41843 42427 match_17 match 205 41714 42427 match_18 match 250 22498 23205 match_19 match 364 85883 87256 match_20 match 286 81020 81946 match_21 match 57.4 82029 82157 match_22 match 162 80180 80599 match_23 match 72.0 85280 85432 match_24 match 133 85519 85767 match_25 match 351 85883 87256 match_26 match 283 81023 81955 match_27 match 145 80195 80665 match_28 match 53.1 80757 80888 match_29 match 60.8 85295 85432 match_30 match 63.9 82029 82157 match_31 match 126 85519 85773 match_32 match 54.3 80757 80885 match_33 match 444 85883 87256 match_34 match 362 80999 81955 match_35 match 175 80180 80665 match_36 match 73.6 85280 85432 match_37 match 154 85519 85779 match_38 match 82.0 82029 82157 match_39 match 55.1 85280 85432 match_40 match 338 85883 87256 match_41 match 140 80180 80665 match_42 match 273 81020 81946 match_43 match 52.8 80757 80894 match_44 match 124 85519 85773 match_45 match 61.2 82029 82157 match_46 match 282 85883 87256 match_47 match 233 81020 81946 match_48 match 135 80159 80665 match_49 match 55.8 82029 82157 match_50 match 48.1 80757 80894 match_51 match 57.4 85277 85432 match_52 match 119 85519 85800 match_53 match 311 85883 87256 match_54 match 233 81026 81946 match_55 match 130 80195 80665 match_56 match 54.7 82029 82157 match_57 match 55.5 85295 85432 match_58 match 119 85519 85779 match_59 match 68.9 80757 80897 match_60 match 172 41831 42427 match_61 match 145 17135 17827 match_62 match 159 41846 42427 match_63 match 172 41843 42427 match_64 match 112 66369 67355 match_65 match 145 67727 68476 match_66 match 257 22498 23205 match_67 match 123 17075 17824 match_68 match 107 1624 1824 match_69 match 166 86081 87190 match_70 match 157 81005 81946 match_71 match 30.8 82029 82091 match_72 match 295 85886 87256 match_73 match 113 80171 80596 match_74 match 52.4 85217 85432 match_75 match 245 81026 81946 match_76 match 55.8 82029 82157 match_77 match 105 85519 85773 match_78 match 290 85886 87256 match_79 match 117 80171 80596 match_80 match 55.1 85217 85432 match_81 match 244 81026 81946 match_82 match 53.1 82029 82157 match_83 match 107 85519 85773 match_84 match 422 85883 87256 match_85 match 52.0 80757 80870 match_86 match 179 80180 80665 match_87 match 345 81026 81955 match_88 match 72.4 85280 85432 match_89 match 77.8 82029 82157 match_90 match 156 85519 85779 match_91 match 211 80015 80665 match_92 match 575 85883 87256 match_93 match 28.9 85165 85215 match_94 match 77.0 82029 82157 match_95 match 465 81023 81955 match_96 match 82.4 80757 80894 match_97 match 90.5 85280 85432 match_98 match 166 85519 85776 match_99 match 63.2 85199 85432 match_100 match 355 85853 87256 match_101 match 149 80180 80665 match_102 match 281 81020 81946 match_103 match 58.9 80751 80894 match_104 match 60.5 82029 82157 match_105 match 135 85519 85779 match_106 match 326 85883 87256 match_107 match 264 81020 81946 match_108 match 58.2 82029 82157 match_109 match 112 85537 85773 match_110 match 66.2 85163 85432 match_111 match 317 85883 87256 match_112 match 48.5 80757 80891 match_113 match 136 80177 80665 match_114 match 255 81020 81946 match_115 match 58.2 82029 82157 match_116 match 120 85519 85773 match_117 match 157 41849 42427 match_118 match 137 86126 87193 match_119 match 124 81032 81955 match_120 match 35.0 82029 82094 match_121 match 143 86126 87190 match_122 match 127 81032 81955 match_123 match 34.7 82029 82091 match_124 match 108 22528 23031 match_125 match 112 61917 62384 match_126 match 159 41849 42427 match_127 match 115 80198 80665 match_128 match 298 85883 87256 match_129 match 50.8 85298 85432 match_130 match 234 81017 81955 match_131 match 99.0 85519 85773 match_132 match 55.5 80757 80891 match_133 match 63.9 82029 82157 match_134 match 50.1 80757 80885 match_135 match 412 85886 87256 match_136 match 155 80186 80665 match_137 match 331 81023 81955 match_138 match 137 85507 85779 match_139 match 79.3 82029 82157 match_140 match 73.9 85196 85432 match_141 match 414 85883 87256 match_142 match 166 80174 80665 match_143 match 59.3 80757 80894 match_144 match 325 81020 81955 match_145 match 68.6 82029 82157 match_146 match 135 85519 85767 match_147 match 126 41843 42427 match_148 match 160 41846 42427 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_149 match 219 93600 92776 match_150 match 196 93600 92776 match_151 match 109 25466 25152 match_152 match 110 72175 71828 match_153 match 40.8 71747 71652 match_154 match 255 71173 70505 match_155 match 51.6 71421 71281 match_156 match 255 71173 70505 match_157 match 26.9 71346 71281 match_158 match 99.8 72175 71828 match_159 match 213 71173 70505 match_160 match 45.8 71747 71652 match_161 match 48.9 71421 71281 match_162 match 102 72181 71828 match_163 match 54.3 71421 71281 match_164 match 247 71173 70505 match_165 match 55.5 71747 71652 match_166 match 219 71173 70505 match_167 match 212 93600 92776 match_168 match 109 72175 71828 match_169 match 245 71173 70505 match_170 match 45.4 71747 71652 match_171 match 51.6 71421 71281 match_172 match 109 72175 71828 match_173 match 245 71173 70505 match_174 match 45.4 71747 71652 match_175 match 51.6 71421 71281 match_176 match 134 97491 97075 match_177 match 44.7 96973 96872 match_178 match 119 95826 95569 match_179 match 332 93600 92773 match_180 match 250 71173 70505 match_181 match 145 72175 71828 match_182 match 54.7 71747 71652 match_183 match 250 71173 70505 match_184 match 145 72175 71828 match_185 match 54.7 71747 71652 match_186 match 105 44987 44049 match_187 match 108 72175 71828 match_188 match 50.4 71430 71281 match_189 match 42.4 71747 71658 match_190 match 246 71173 70505 match_191 match 108 72175 71828 match_192 match 50.4 71430 71281 match_193 match 42.4 71747 71658 match_194 match 246 71173 70505 match_195 match 152 93600 92776 match_196 match 50.1 71436 71281 match_197 match 206 71173 70505 match_198 match 202 93600 92776 match_199 match 197 93480 92776 match_200 match 204 3048 2401 match_201 match 177 93600 92776 match_202 match 212 93600 92776 match_203 match 114 44795 44025 match_204 match 159 93600 92776 match_205 match 108 93600 93016 match_206 match 42.7 71436 71281 match_207 match 210 71173 70505 match_208 match 215 3150 2398