C06SLm0127C05.1 GATCAGCCTATGAACTCAAAGACCAAAAGAAATACTTTACCAGCTTCCCATCAAAACGGA GGAACTGGCTAGACGATCCAACATCAGCAGCATTGCTACTGTCAACAATTGGAGGTGAAA ACAACAGTTGCTGAAAAATCTATATAGAACAAGTCAAGGATATTAAAGCATAATGATGAG AAATAGTATCAGAATCACTATAGTAAAGGATACATAGGCATATCTTCCCCATGGACCGAA GACGATCTCATCTCCAGAATTGAGAAGGCCACTGGTATTCTTATCGAGCCTATGCCCATT GACTTGCACAGATTCTCTGCTTGCCTTCCTCTCAATAATAGGAACCCAATTGTTTTGGTA CTGATAATTTACACAAACAATATAAATTTCATCTCTATCTCACAATACAATCAAACAAAT GCCAACTAATTACATCTCCGGTAACCTCTCAGGAAGAAGTTTGTTCAATTTTCCGGTAGC TTTACAAGTTCAATTTTCCGATGGCCCTAACTGTTGAGCAAATTTAGTGAGGAAGGTAAA GCCGAAGGGTGGCTCTGCGTTTAAGGCCCCCAAAATTTTGAGAGTAGCAACAATAAAATT CATTATAAATATGTATTTTTTAATAAAATAAAGTGTACGGAAAGCTGATTTGATGCTACA ACTTCAAAAAGTTTCTTCACATTTTAAAGTTTTGTATAAAGTAAAATTAAATAAACAAAT TAAAATAGGGAAACTTTTATTTTATCATAATAGTAAAAAATTGTATGCAAAAATTAAGAC ATAATTTTGCATCTCCGAAATAACTTTATAACAATATATCATCAACTTCGCATAGAAAAT ATACTTTAATTAATTATTATTTAAAAATTTAAATTTTTTAGTATATTTTTGTCTTTGAAC CACCAAAAAATTTAAATCACGTAATAAAAAGAGAATCAAAATTAGAGTATTACCGCTCCC CGTCTTATTACACAATCCATTGCATTTTCAGAAAGCTTTTTGCTCGCACCGGCCATGAAA CGTGACTCAGAAATCTCAATAGATGGGTTCTGCAATGTATTTACATTCGGTTAGATATTA AAATAAAAGTTTTGTGATGTGTGCACATTGTATGAAACAAAATTCTAACAACAAAATTAG TTAAAAGAACTAACGACGTGGTATAGTGGATAAAATTGTTTCTTTTTTAATTTGAGATTT CAAGTTCAAGTAATGACAATAAAAATATCTTTAATACGTTTTTTCTCAAATGAAATTCTA GAGTTGTGAATTCAAATTAACCAAAATTTAAAATTAATATACAAAAAATACTATTAATAA AAAACCTGTGGAAATTCTGATATAAGTCTACACCAAGGTTTCTTCGTTCCAGCACCTGAG TGAAACGTGCATCCAATATTAGTATCAAAAATACTCTAAAACAGTGAACTTCTCAACGAA AAAAAAAAAGATAAATAAACTACACGCGTACATTTACACATTTTATTTGTTCGCGTTAAT TTATTGCTTATTTACTAATTTTCTTTTAATATATTAAAACAGACTTGAAGGTTATTTAGA TCGATTAATTTGTAGTATTTTTAAGTTAAAATAATTTTAAAACAAACTTAGAGTGTTTGG ACAAATAAAGAAAAAATGCTCAAAAATATTTGATTTTTATGTTAAATGATAAAAACAATC AAAATTTATATTTAAGAATTTTAGACATATAGATTTTTAGGTTATAAATCATAAATCAAA AGTTTAAAAGTTTACTGACCTATTTTAAATGTTTTAAAACAAAAGTATTTTAAGCAATTT GAAAATGTTTTGATTAATTAAAAAAATATTTATAAACACTTGACTTTAAATTAAAATAAT TAATAAAAATAAATGAACATTCAATCAACACCCACTAAAAAAACAATTTAAAGTCCACAA AAGCATTTATACACGGATAAATAAAATGGATGAATTGAGTAAATAAAACGCTTGCCTTGT GTGACAGGTGTCATAGCTTTTTCGGTGATCATGATTGTTTTTCCAATAGTCGCACCATCA ACTTTTCCGGTTGAATTGTTGCCGCCGAATTTTGCCGTCTGCGATGGCGACATTGATTTG TTAAACGGATCCACATTGTCATCATTTGCCTAAAAAAGATCAGTTGACACCAACTCATAT ATATATATATATATATATATCAACCGTTCCCAAAAACACTAAAAAAATGTATGAAAATTA GTTTGTGCGAACCTTTGGACGTTGCGAAGGAGGAGATTTATCGCAGGGCGATGATGATGA CTTCTTGTTTTCGGTAGGCGGTCGAGAGCCTGAACTTTTCTTTGGCGATACCATTTTTTT GTGTTTGAGAGAAAAAGAGTACTAGGGTAAAATAAACTGAAGTTTTGGTTCTTTGTTGGT TTTGGTTAGCTAGTATTTATTGATTTCTTGAAAAGGGTAATAGATAGATAGGCGCTGACG GTGTGAGAAAATAAAGGGAAAAAATAAAAATTAGGACAATTCAAATAATTTTTTATCTGA AACTTTACTTTTAAGAGTGTTTAAATTGATTTATCTTAAGTAATTTTAAGTTAAAATAAT TTAAAATTATTTTTAAAAATGTTGACGCACTTGATTTTAAGCTAAATGATTAAATAATAA AAGTGATTTTGAAATCTAAATATAATATAGTAATAAGGCATTCATTTTAAGGAAAAAAAT ATAAAACAGTATCATAGTAAAAAATTTAAGAGTCGATTAAAGTTTTTTTGACTGAAATTT CTTTACATGTCTACTTACGATTAACTTATTATTATCATGATCTGTAGTATTTTTTGCATC ATTTTTCAAATATGCAAAAAAAAAAAGAATTTAAAATATTTTTTTTCTATATTTGAATTT ACGAACAAGGTTTAAAAATTCAAATTTTTAAATTCAAATGGGTTTATCATAAACAAATTT TTAATTAAATGTATGTATCTGAAATTGTTAGACATTTTTTAATATTGTAAAGGAAATACT TATTTAAAACAACTTAATTTATTCATAATAGTTGTATTGGTAGCCCTAGAAACAATGTTA CCATCCAAATACTGATTGTCTCATGTGTAACTGTCTCTACTTTTCTTTTTGAAGAAGAAA AATAAGAGTAATTGAGTTTTTCTTGTTTTCCGTGGTTACTTCATTTCAAATGTCATTTAA AAGTTATTCTACTTTGACCAAGTATATTATTTTTTTACTCTTAATTATATTCTTTTAAAC AACTCCTAAATTGCCCATGTTGAATTAAAATTCTAACCTCTCTATCCTTTAATTTCATCT TCACTATGTGCGACTGTTTAAACTTTTCGAAGCATAAAGTTATCCACTGTTTCAATAGCG TGACTGTACCATCGACGTGACTATTCCAACGACAACGTGAAGGGTGAAAGTTATCTCAAT TTTTTTTTTCAATTTCTAATTTCTTTGATAACATTTAAAATATAAATTAATTTTATTTTA ATTTTTTTAAAAAAATAAAAAGCATTAAACTAATCAATTTTTGTTATGTTAACAACTTTA AAGGTATTTGACATATTTTGATTAAGAAAAAGTGATTAATATCGAGTATTATTATTTTTT TAATTAAGGTCAGTCTATCTATGTCCCATTGACTATTTTATTAATTAATCAAAGCAAAAG AAAATAGAAGGTTTGTACATCAAGCTAAATTGTTTTTTTTCTAAATATGTTTCCAAATTG AAATTGGAAAATTCAAAAGTTACTTTTTACTTTGCTAGCCAGCTTTTGAAGTTTCAAAGA CATCGATATGTTTCCTTCATTCAGTTAAGATATAATTTTTGTCAAACACATCATCAAATT TTTTTCAACTGATGAACTTTTATCTAAACACATAACTACTTATTTTTTAAAAAAAATATC AGCACTTTAAAAAGTTGTTTTTTAAGACAATCCAAGCATGCTCTTAGATCACAAGTTTGA GACTAGCACAATATAAATTGAACATTGCATTGACATTTAAATCAAAAAGATCAAAATGAT GAAATATGTTATTCTCAACTTTAATCGTGTCAATATTAAGGGTTGATCATATATGAATTT TTTGATCATAATAAATAATTAAATTAAAATTGTCAAATTTTAACAATAAAGCTTTCAAAT GATATATATTACATATTTTAATTTGATACCAGAGCTAGACTTATTTCTATTTTAATTTAA ATAATATTATATATCATGGTTGTATAGTTCATCAAAAGGGATAATAATAAAACAGATAGA ATACGTGTAAAAAATAAAATAAATGAAAATAAAATTTGAATTTAAAAAATCTAATCTAAA TTATGAAACTTTATTTTTAAATTCCTTTATGAATATAATGTTTATTTTGATTAAAAAATA TAATAATTTTTTAGCGTTTAAAGAGTCCAACCATTTTTTCTATCAAACTTTCTTTATGTG TCTTTTAAAGATTTTTTCGATTGTTAATGTGATTTATTATAATTTTTCTGTGATTTTAAA TATGTAGATTTTATTTTTAAAAATTTACTTTTGATATTGAAATCCACAATCATAATTTTA AAGTTTGAATTTCAAATTTAAAGATAAAACTAATCAAATTATATTATTCACATTTGAGAA TTGGGAAATAATTTTTGTTATATAAATAGAAAATAATCATTGGAGATCTTGTTGACGCAA AATATAATTAATTAGTCAATTAAGTTTTGAAGCTTAGTTCAAGTGATAAATTTTGAAAAA CTTATGACTTACGTCACATGTTTGAGACTTGCGTCATGTAAACTACACCTTGTATCGACA TTTAAATAGAGAAGGATATAGAGGTGCCACTGTTATTGATAACTAATAAAATAATGCGAA AATAAAATTATAAAGATTGAAGATAGAAATTGAAAGACATGTGAAATTTGGAAATTAAAT CTCCCAATTTAAAGAGAAGTGCTGAGAATTCTAATTAACTTTAGTATTCAAAATTAATGA GTTAAAACTAATAATGATACTAATAGAATCAATTCAAAAACTTAGATAAAAAATGATTTA GACTCTTATTTCAAAGAAATTTCAGACAAAATTTAGTATAAGAATAATCATCATCTTTAA TTTACGTGAAAAAATTAGAGTCTATTTGGATTGACTTAAAAAAGTAGTTTTTAATTTAAA AAATAAAAAGTCAAACTTTATTTTTAAGTCAAAAATAAAAAGTAGGGGATATTTACTTTT GATTTTTAACATTTCTAAAATCATTTTTAACCTTGTCAAACATTTCTAAAAGTTAAAAAT GACTTTCAATTTTTATCAACTTTTAAGTTAATTCAAACTGTCTCTTAACCTCTTGAAGAG ATAAAATTCATAGTCGCCACTCACATAAATGTAAAGAAAAAAAACATCTCAAATATTAAT ATTGATTATTGTCTTGTCTAAAATAACAATATTCATTTCAAAAAATCAATTTAAGAAAAA TTAAATTCAAATATACTTTTATTACGAAATAATAACTACGACGTTTGAGTAAAAAGAATA TTTCAAACTACGGAACTTTAAAATATAGAATTTCTAACTAGAAAACTGTAATTTGGACAA TTCAACTTTTTGGGCTTTCTTTTGAGCTTCATGGTCCAATTTTCTTCTCTTGGGCTTAAA TCCGAACACACATCCTTCATGATAAATTTATGGGTAACTTTCACATATAGCAATTAAAAA ATTATATATGTATGCTATAGCAAAGTTTGCATAATTGCGCTCCATAGCAAACATGGAAAC TGTATAATTCGCTATACGTATACAGTTGAAACAAATTGTTTAAAATGAAATGTATAAAAC AAGAAAGAGAAAGACACTTGGACAGATAACTGTATAAAAACGAATTGTATGATTATAAGT GTATAGAACGATTATATACAATTTGAATTTGTATAAAATAAGAAAGAGAGAAAGACAAAA GAGACTTGACAAGGACTATACAATTGAATCGAATTGTATAAAACAAGAAAAAGAGAAACT AGATACAATTTGAAAATTGTATAAAACGAGAAAGAGAAAAAGGCAAAGAAACTGGGCAGG GAAATATTTTTATTGTATAATTATAAGTGTATAGGACGAAAATATATGTACTTGCATGTG TATATACAATTTTCTCACGCTTTATACAAACAGAAACACAATTTATACATTTCGTTTTTG TTTGTATAAGTGAGAAAGGCTAGGGTGGCGAGCGAGATTTGGTGAGTGGCGAGCGAGATT TGGGTGAGTGGTGAGCGAGATCTGGAAGAGGAGAGAGACGGGAAAAAATATATGTATTTA TACAATTTTCTCTGCTTTATACAATTAGAAACAATTTTTATACACTTGTGTTTGTATAAA AAGTGAGAAAGCGAGCGAGAGATTGGAGGAGAGTGACGAGCGAGATATTTGAGAGAGAGG CGCCTGACAATTTTTTGCAAACGTTTGCTATGAAGCACAATTAAAGTAAACCCAGTTACT CATTTATTTTAGGTTATTAGTTTGCTATTATATACAATTTTCCCTAAATATATTCTTAAT TTTTCATTCAAACCTATTAGTTTCAATGAAATTATCTCAATGTGGATGTTATTAATTATT ACTGCCTTTAGTTTTACAAAAAATGATTTATTTGATTTGACACAGAGTTTAAAAAAAAGA ACTTTTGATCATGTGATCCTAAATTAAAGTTATGTCGATTATAGAAAATGTTTTTTAATC TTGTGGTCTTAAACATGTTACATGAAAAATTATTACAAAAAAATGAAAGGTCATTCTTTT TTAATCAGACTAAAAATAAAAGGAGATTATTCTTTTTTAAACGAAAGGAGTATCCTGTTT CGAAGGCTACAATCAATTTTACGAGTTAACCCATATGAATTTCTCAATCACAAAAAATAA TTAATTAATTAATTAAAAATATTTTCCCTTTGATGATTTAAACTTTTGTTAGATAGATTT CACATTTCAAATTGATATTCGAGCCACACTTATTTATATTTTTTATTAGAACAATTTGTC AGACCACACATTATATAACTAAATCTGAATGTACAATAGGATATTGCACGAACCACATTA ATTCAAGAACAATAGATACGTATGTATTATTTCAAGACTATCCTCACTTTTTTGAGATTT ATCTAGGTTAATACTTATATCATTAATTAGGTGAATATCATAAGATTAATCCTTGATGAA AATAAAAATAGTCGAAGCTTCTTTGCAAGCAAAAGAGTAAGCCAGAAACAAATAAATGAC AGTTATATTATTATTGCATATTTAAACTCGAGATTTCTAGTTAAAAGTGAGCGATATCAC CACTGCACTAATTCATGTTGATAATCATTTGATTTATTGTTACTATCATCCTTCACTTAT TTGTTATAACGACCCAACCTCTTATATAAATTCTTTCTTGTATATTATTCACTTTGAATA TGTTCTCTTATGTATCTTAAATATGTGTTGCATAAACTTTTCTAATAAACTGACTTTAAT ATAATATTAAATACAAAATTATATTTCTTATTTAATTTAATATAATATATCTACTATTTA TATACAAGTGACAATAAACACATAGCTGAAAGTCAACATGTCTGCTTGCGCTTATTTATA TTTCTAACTATTTGGCCTACTGGATTGCACTTCATATTTCAATCCCAAGATCTAGGGTTC AAACCTTACCAATATTATATTTTTTTTCTGTTTTGGTTTCAGTTTTTTTTTCTCCGTAAA TCAATTATTTCATCCGTTTACGTTTACTTGTTATGTTACGCTTTTCAAAAGTCAATTTGA TTAATTTTTATAGTTAAACTAGATTACATTAATTTGATACTTTAGCCAAAATATTTAGAT ACTCAAAACTATATTGCAATTTTTTATATATCAATATGATGAAAAATATATTGTAAAATG TTAGTCAATTTTTTTTTATGATTTTTCTTTAAAATGGAAAGTATGACAATTAATAGTGAA CGGATGAAGTAATATTTTCGGTAATTGAAGACCTCTACATCTACTAATTGATTTATGAGA TTTTCACCTTGAAAACTTGTTTTTTAATTGGTATAGGTCGTTGATTAATTTCATCTTCTT TATTGATTTGAGGCTTTTGACATTTCATATACGTAAATACATTTCTTATTCATATTTTAG TTATTCCATTTTAACAACACAAGAGACAATCAGTATGTCTGCTTCACATGTGTAATTTTA TGTAATAATTAACAATATATTGATTCTTGAAATTCTATTTGTGTCATATATATTGGAAAA AGAAAATAATATATATTATTTAAAATTACATAAAATACTCTAAATTACAATAGTTAATAA CTTAAAATATTTAAAATCAAATTATAATTTAATTAAATCTCTAAATTTTATTTGTGTCAC GTGTCTGGTTAATAAATAAAAAGCAAATCTAAAACTAGATAAGAAGTTACATTCAAGAGA GGAACATCAGCTTCTTGGAGATATGGAAGGTCTTACAATAGTTGGAGCAACTCCTTGTGT TTCTTCTTCACTTCGTAGAATCTCTTCCAAAACAACCTGTTTGGCCTCCAGACTTACCCC AAAATCCGTCAAGAAGCACAGCCTAGCTGCATTGCAACCAGCATTTTATCTTTTCTCAAC AAATGTCCCCAAAAGGCAAATTAGAGCTCGTATATTCTTACCCCATTTGGTTGCTTCTAT GGTAAGAAGTTCGATTACAACAATTTCTTGACTACCCATTGAAGATTTTGCCCAACCCCA CTTTCTCTTTTCTTCATATAAATTCTGTCCCTACAACTTGGGTTGAAAAAGTGTAATTTT TGTTAAATTTTCAAATGGGTACAGAGGATTCTGTATTGCAGGCCCTCAACTGATTTAGGA TTGAGGTTTGCTGATTGATTGATTGATTTTATTTTTGGCTGTTTTTGGGGATTTTGTGTT TCAGGAAGAAGTGGAGCAGACTTATATCATGATTAAGCCTGATGGTGTTCAGAGAGGCCT TGTATGCTTCAGTATATTCTTCTTTCTTTGAGTTTGGATTATTAGAAAGACTTTAACTTT ATGGTTTTGGCCAGGTTTTTTGATCTTCTGTTTGAATTTTGAAGATGTGTTTCCTTAATT GTTATAGGTTGGAGAAATTATATCCAGATTTGAGAGAAAAGGGTTTAAGCTAACTGGATT AAAGCTTTTTCAGTGCCCCAAAGAATTAGCGGAGGTTTGCTTTCATGAGCTCGATAATTT TTTTTTCAACAATTGACATTTCTATGCACTACTTTGTGTTCTTGTTCTTCTCTTGTAGGA TTTGCACTGCTCCCCTAGTTAGTTGCTATGTTTTCTGATTCTAAGTGCACTTGCTACACT TGAGCCAAGGCCCGAGGGTCTTTCAGAAACCTCTCTACCTCCATGAGGTAGTGGTAAGGT CTGCTTCCACTCCCCAGACCCCACTTTTGGGATTCCATGGGGTATGTTGTTGTTGACATT TCCATGCAAGCATACTCCCCCTGGGTTCCCACAACCTCCCACTGAAAAAAGAAAAAAGGA AGAAAACATGTATTTCTTAATGTCTAAGAGATTCATGAACTGCTTTTTTTTTCAGATGTC CAAAAGTTTTTCCTCTATCTAACGAGGTTCATTTAATTCACTGGTTACCCTAATGCTATG AACCAATATGATTGTCTTGGTTCCAGTTGACTTACATAAAGATTGGAATTTGTAAAGTTG GACAGAATTCAATTTCAAAATTTGTATTTTGTTTGGACTACAAGACACGAAACTAATAGA AAAACAAATAATTTATGGAATAGTTAAGGATTGGAAGGTTTATGTACCAGAAGAAATCTT TAAGGGTGGGTGGAGTTGGGTGCCAAGGGAGCTTCTTACTAGCAGTTGCTTCTATTTATA TCGTTGAGAATTCTTTTGTATTTCTTTTAACAGCACTACGATTATCTTTGCTTTATCAAC CAAAAGAGAATTAAGATTTCCGAGTCAATTCATTCCTATTAACTGTGCCGTGTGGTTTAG TTGCTTAGAAGTTTTCAATTGTTACAGGAGCATTACAAGGATCTACAGTCCAAGCCATTC TTCCCCAAGCTGATTGACTACATTACATCTGGTCCAGTTGTCTGTATGGTAGAAATTCTT CCCATTTAACTCTCATTTCTGTCATTCACTTGGTCAAACCAATCAAATATATCAGCATAA CATGAGTTTTAAACTGTATAATGTCTCCTACAGTCTGTATATTTGCTAATCTTGTAAATT GTATCTATTTTGGCAAGGCTTGGGAGGGTGTTGGTGTTGTTGCTTCAGCACGAAAGCTAA TAGGAGCAACTAATCCTCTTAATGCTGAACCAGGCACAATTAGAGGAGACCTTGCTGTTC AAACTGGAAGGTAGGGCCATATATATTTGTTATTTTATTTGTTTGTACATGTTCAGCAAG TATTGAGTCATGGTGCTATAAGCTTTTGATGTTGATAAATTTACAAGATTTTGATGGCAA TCTATGTGCAGAAATGTGGTGCATGGAAGTGATAGCCCCGACAATGGCAAGCGTGAAATA GGTAAGGGTTTTCCTAATTTAGCAAAACTAGTTGAGTAGCATGTAGAATTAACTTAATGT GACTTCCCCCACATGTTACTAAGTTTGGTCACCCGCCTTTGAGCTGTTAGCTGGACATAC AGTAGAATCTTTACAGAAGTTCAGTTGTAGTACCTATAAGAGAAATCAAAAGGAAACAGC AAGAGTTCTTTTTATTTTTCTTGTTTTAGATATCCCCCCTCCCGGAAAAAATAAGTTTAA GTATTATTAAAGCTAGCTCCAAAGACACTGATAGTTGTAGGTCTTGCTTTGAGTGCCTTT TGCTAGATAGTTTTTCTCCAATGTGAATACACTTGTGTTCATTTTTAGCACCATAGTGAT AATTAAGCATTTTGTCTATTCTCTTGTGCCTAATCACTAATTTGTGATTGAGGAATTGGT GATTTATTGGTCTCCTGCCTATCCATTCTGCAAGGTGTATATGGAGGAAAATAGCCTAGT TGTTTTTTGCCCTCTACTATAAGATTTGTATGCTGATAGTGAGTGGTAGTTCTTGGAAAT TCTCTCACACACAATTGAAGCTGAAATCTACCTTTAGCAGAACACTTTAGTTTGTTCTTC TAGAAAAAATTAAGTTGGCCTTGATTCTCATTTAATTAGTGTTTTTCCTTATGTTTCCTT GCTGCAGGTCTTTGGTTTAATGAAGGTGAATTATGTGCATGGGCAGCAGCTCTAGAACCT TGGTTGGTAGAATAATACCTTAGCGTAGTTATATGATTCTTCATTTAAGTTTTGGAGGTT TGAGCTTAATCACTTGTTCGGCATATGTAATGCAAAAATACAAGCACTGTCATTGTATCA TTTCCAGCATGGTTGGCCGGTTTATAGTAAGAGTCTAAGAGCGGCTCACTACGTGATATT TTTTCAAGTTTTCCACTTGATGTCAAACTGCAGAATTAAATTTGTAGTTCTTCTGTACTT CTGTTGGGTGTTAACCCCTCTTCACCATGGTCCCAAAACATCCTATCTTGCCATCCTTTT TCTGTTAAGAACATTGAGATGGAGTTCATTTTTACAAGGACACATATAGTTAGGGAGAGC AGTTCAATATTCATCTGCCATTTCCCACCTTTGAAATGAGGAGAATTCTTGAAAAGGAAT GTAAACTATACTGAGCAAACATATCAACATAATATGCAGCTTTGGTCAAGTAGAAGGAGG CAGTTGAGTTTGAAGCTGTGGTAAATCCAAACAATAAATTACATCTCTACAATTGCTTTT TCCATTCACAAAAACTGTTTCCTAGTAAAATGATCTAGAAGTAACCCCCATCTGGCTTTT AAATTAAGAGGAGGGTTTCTATGCAGAGTATAATTGTATATAGAATGCAAGAATGAAGAA GGAATTTCCAAGAACGAGTTATTGTTTACTGTCACCAGATTCTGTATCTTGCTTCTGACT GTCACTGTTCTGAGTGTTGCTTTGCATTTCAAGCAGTTTCTGTTGTTCCTCCTCCTCCTC AGCTACTTGCGGATTTACATCTTTCACATCCTTGGGCTTGTTGCTTGTAGACTGCTGGTA CATAACACCACCAGACATGCAGATCAACAGCCCCACTGTTCCAATAAGTTTGGAGTGTTT ATCCCATATGACTAGATTTATCACCACTGTCAAAAGTTTATTAACTATGCCAAGAACAGT AAATCCTGTTGCAGAGATTGCTCTACGACAAGAAAATCCAAAGAAAGAGATGGCTAAACC AAATAAACACGATAGGGCTACTGGTAACACCACTTGAAAGCTGTGCCAATCTGACTCATC CTCAATTTCATGCTTAATCTTCTTCAATTCACCCATGATAAGGAGCTCTATAGGAAAAAG CAACAAAGCCTCAAGATTGTTGTACAGCACAAGACCCCATGTGTTCAGACCAATTGTCAT AACCACGTGCTTGATGTAAACAAAATCAATAGACATGCTCACTAAGTAGGCCAACGCCCA GCTGTAAGCTGTAAGCGTAAACTGGTAATCTGTACTGACATAGAGCACGCTACCAGCAAA GATCGTACCAAGTGACAACCACGTTTTCATTGCTGGCCATGGCTGGTGCAAGTAGAGGGT CTCTCCTATTGCAACAAAGATGGGGACTGCTGATCTAAAGACAATAAAAGTATCAACATT GGCATGGAGGAGAAGCTCACTGTTCGTAAAAAGAGATAGATAGAATATAATTGCTGCAGG TAGGAATCGCCACATTGTTCGAAGATCAAGTTTATCGGGTTCTATAAGCTTGAGCCATCC ACACATGAGAACTCCAGCTGCACTTGTGAAGTACTGCAATGCAGTTAGTGCACCGGGGTA AGGAAATTTCATTATGGCCCACTTGTTAATGATGGAGAGCAATGATGCTGAAAGACAGTA CCCTGCAGCTATACCATAAACGGATGCCTGCTCAAGTAAGCCACTATACCAACTTGGTTG GTCACTGGGAGACGGTGAAGAAGGATCCAAAGACGTTGTGGCATCTCCACCTTCAGGATC TTCCACATCATTTGACATTTTAATCTAATAAACGAGCAAGGGGGAAAATTTCTATAAGTT TCAATCAACCATCAACAATTAAAATAGTTTACCCTTCACGCAAGCTAACCTAGCTGCTGT TTTTTCTTCTTTTTTGACAAGTAAAGGTACTATTAATATAAACTCAACACCAAGCTGGTA CCGCGAGAAAGTACAACAAAGCTAGATACAATCTTCTAAAGCTGTAAGGAAACCAGATAA TCCAGCATTTCATTAGCATTACACAAAATATGAACTCTGGATGCATCTATCTTTTGCAAC AAAATGTTCTCCCCCTTCCCCTCAAAACATCTCTTGATCCTCTCAACCAAAGTTATTTAC CACCATATGCAGAAACAATAGTTTTGCTATATGCATCAACCACTTTATCTAGCGGCCGAT CATCCTTATAGAGTTATATCGCAGTCCTTAGAGGATGTGCTTCATAACATGTAGAAAATG GATCTCTTATTCCATTTATGCTCAATGATTCCAGAAATTGCTTTTATTTCAGTATTTACA CTACACTAATGAACTGACTTAAAAATTTAACCGATTCAAGCTATTTTTGTCCAGGGCCGT TTTCTCTATTTCCTAAGCAGCTAAACTATAATTCGCTGATTCTTCCCCCTCTTGTGATAC TACATTTGTTTTAGCCACAACAAAATCGGAAGGGCTGGTAGCTCTGAACTCTAATCCAGG ATCCATTTGCAAGACTCACGAATAATCTCATTACCTTCTTGAGCAAGATCACGTCGTCCT TCATTACAAGCTTGTACTCATGCTTCTAGTCCTACTCGACTATTAAATCTGGGCACAAAA TGGAATGATCTAAAACATCAGCTTTCCCTTCAATGCTAATACAGAATGGCATTACTCTTC AGGCGAAAATGCAATTCAGCCATTTACAGAAAGTCCACTATATTTGGAGTCCTAACTATC AAACCCCCTATTTATTACATTTGCATATCCGTGGAGAAGGCATGCTGTCACTAGGATGTT TTAACATTATCTACATTTCAATAAATTTGATTTGAGGTTCCAATATTACTACCACCACCA CCAAAGATCTATCAACATTGTTGGCTGCATCTTGTATACTAAAGTTACATATAAGTACAC ATTGCTCAAACTAACACATTTCTCTATGAACAGATGAAAAACAGGAAATACACATCATAC AGTATTTGAAGAATAGCATTGAATTGCCAATAGTCCCATTGTGCTTCAGATGCATACCTT AAGCAGAAAATAATTTCAAATCCTTCAAAGTCACTTGTACTCACTAGTTCTCCAGGAACA GTAGGCTGCATAAAATTAGCTTACTTTAGAAAAAAATTAACAAAACATAGTCGAAAAGCT TATAAATTTATCAATTTATATTGAATCCGCATCCATGAAAATAACAATGGATACAGTAGT ATTCCAAAATGTAGAATTAGATCCACTTCTGGAAGGAGGAACTGACCAATTAATGGGAGA ATAACGGTTGCCGGCGACGATCCGACGACGGCGCCGGTGGCTCGTAAACCAGAGTATGTG TGTGAGAGAGAGAACAGCGGAGGTGGAAAATGAAAGTGAGCATAATCGTAACTAGGCCTT CAAACTTTTTCTCAATGTCAAAAATGATTCCTCAAGTTATTTAAAATAACAAAAAAACCC TCAAGTTATACAATTACAGTTTGTACTCTTTAATTTTAGAAGTTAATCTCATTTGCATGC AAATTTTACTTGGAAACAAAAAAGGCACAAATTTTATTTTTCAATTTGGAATTTGTAGTC AAGGATGAGAAGATGCTCCAATTATTATAGTCCTAATCCACAATATGTATTGTCTTCTTA CAACTACATGCACCAATCTATTTGAGTCGATTTGTATTTGAATGTTAAAAATCTTTTTAG TATTTTATAGTCTTATGGTATCAGTGAGAGTCTTGCACAGAATAAATGTAATTTCAATTT TCATCATACATATTCCCGTACAAGCTACGTAACAGATTTATTCATCAAAACTTAATTTTA TCTTTTGCATTTGGATCATACATCTTGGTAATTATTCTTAATTATTATTTGGATGATTAT TCTTTAGAGCATTGGTTACACTTGCCACTTCACTAATGCAATATGCTCTTTATAAAAGTT ACTAGAGGAAAAAAGTGACAAGATTCACTAACATATAGCCAAATAAATAAGCCAAAGTTC ATATACATATTGATAACTTAGTTTGACATAGTCATAAATTGGAATTAACATTTTTCTAGT AATTTTCTCTTGCAGTCTCTGTGTAACTAGTATATAGATCAACTCATAAATTTCAAGATT CAACAACAAATTAGTAATAATAGTATTAGCTAATACATTAAGCCACAATGGTTATGATTA GTACTACTACTAGTGTTGAAGTTGTGTCTAGGGAAACAATTAAACCATTATGTCCAACAC CAAATCACATAAGAAACTATATTCTATCTTCTATTGATCAAAATTCTCCTCCCATTTACA TTCCTGTGCTACTTTTCTACCTTAATAATACAAGTATTAACACTAATGAGAAGGAAAAAG CATATGAGAGGGAAGTGATTGTAGCTGCTCAAGCCAATTTATTCAGGTATGACTTCTTCG TCTTCTACGTAGAGGTATTGGACAGTGGCGAGACCAGGATTTTCACTAATCACTAAGGGA TTCAACTACAACTTATATATTCATAAATATAATTTTACCTTATATACAGAGGCAAACTCA GGATTTGAAAACTTCGAGTACACTAAATATGATCTCTAAGCTAAACTTAAAATAAAAATA ATGAAATAACCGTCTAGTTGGGTTCAAACCTTAATCTCGTGGGTGGTTCCTCCGCCTTGT ATCAACAACACAAGAAGGTTACTATGTTCCTCATGGACGCACTGTTAATTATAGATAGAT ATACATAGATACACATAGGGGCGAGCCCACATAGGGTCAAGTGGGTTCATATGAACCTAG TTCGTTAAAAAATAACACCGCATATATATGTATATTTAATCAATTTTCAAAATTTTATAT GTATATGTTAACTTTTGATCTCACTAACACAAGAGTGACCCTTGGCTTAGTGGTGAAAAA GACATAAAAGTTTGAATCCCCTACTTTGTGAAAATCCTAGGTATGTCACTGTGTACACAT GATTTTTTTCAATGTTAACATATGCACGTGCACTCCACTGACAAAGGTGGGTCTGCCTCT GCTTATATATAATGTAATTTTCTAACAAAATGAATTCAGATGAATTCCTTGTACACATGA TTTTTTTCAATGTTAACAAATGCACGCACACCCCACTGACAAAGGTAGGTCCACCTCTGC TTATATATAATGTACAAAGGTGGAGTCCCAACTCGAGTCCAAGCAGTTTCATCTCTCATA TGGAGTCGCATACTCGCCCTTTATAGATCAAAGCCAAAATACGCGAAAATTTGTGTAGCA GTTCATGCCGTGAACATAAGGCCAAGGATGCAACCACCAGTCCCTAGTCACACATTTGGA AATTATTGGACAGTTGCTATAGCCCCTGCAGTGGTAAAAACAGAGCAATATGCAGCGGAA ATGAGTAATGACATAACAATATTGGTTGAAAAAAAATGAACAAATCAATTAGGAATATCA ATGCCAATTATGTGAAAAATATGAATGTCGTTGTTGCACCCGTGTCAGATTCTCCAAAAA TGCATAGCTTTTCAAAGACCAAACACACACGTGACGGTAATTCTGAAGAGTCTGAACAAC ATAGGTCGAGAATGAATGATAATTCAGTGGAAACAATTTTTCAAAGGGAGATGTACAAGT GTGCAATTTTACATGTTGGTGCAGATTTCCAGTTTATGAAGTGGATTTTGGATGGGGAAA ACCTGAATGGATTTGTAGTCCAATTTTAGATCTTTCAAGAATTTGGTGATATTAATGAGA ACTAAAGATGGAGATGGCATTGAGGCATAAGTTAATTTGTTGGAAGAGGACATGCCCCTT TTTGAAAATGATCCGGAGATTCTTGCTTTTGCTAATTATTTCCCATGATTCAAGAATCAA AGAGACTTGGATTTTGAACCTTTCTGGCATAAGTGTGTGTTTTGTTAGTTATTATAATCG TTCCGTTTCAATTTGTTTGTTAGATTTTGACTTGACACGAAATTTAAGAGAGCAGAGAAT ATTTTTGGATCTTGTGGTATTACCAAATGTCATTTAATCTTGTTGTATTATATATATCAC ATGAAAAGTTGAAATTAAATTATTGACAATTAAAGAGAAAAGACGTTCTTTTTTCAAACG AATATAAAAAAAAAAAAAAGATAAACAAATTAAAACGGAGGGTGTTTTCTCGCACTAATA CTTCATTTCATCTATTGGTAGACATAAAACTGAAACAAACAATAAGACACGTTTTTTTGG GGCTCAAACTAATTATATATGCCTTAGAAAATTCACTAATCAAGTATAAATTATAAATTT CGAATCCAATAAACCAGATTAACTGTGATAGAATCCTGAATTCGAACCTATAACATTCAA ATCATGAATCTATCTCTAGCCAAAAAGAGCTACTACTAATCTTCTATATATTATATGACT AGAAGGAACATACATTGAACTCTTGACAGATAAAAAAACAAAAAGAGTGTTATATAAAAT GAAACAGAGACGGATAATTATTAGCGACTGCATGTAGTTAATATTTTGGTTAACAAGGTG ATGATAATCTATGATTAATTATTCTATAGGTGATGGGAAGTGGCACAAGCAATACAAGCA AGCAAAAGAATAGCAGAAGAAGCACCATCTTCTTCAACATTAGAACTACTCCTCTTGAAC TTATTTGTTTTTCCTTTGTTGCATTGCATCAATTGCTTCTGTACTTGGTAATTTTTCACC TCCTGTTGCTGCCTTATTTTCATTGCTTCTTCCACTCTTGACACCATTTTCTTTATTTTG TTTTCAAAGAAACTTGCTGTTATTTCTTTATTTTTTTGAATTTGAAAGACTTTTAGTTGG GAGTTTAACACTGATGTGCCTTGTTGTTATATAGGCTTCAAGAGCAAGAGTAGCCACTAA GTGTCAAATGTGTAATAATGGAGGTGTGGATAGAAATTAAAAGTAAAGGGGGGTATTAAT ATATTTTGTTATATATAGGGAATAAGGTATGAAAAATACTTCAATTTTTGTTGTCACAAT ATCAAATTTTATGAAGAACCTATTTAATAATGTATTTTAGAGATATATATGTTGTCCACA TAGGCATTATAAATATTGCAACATAGTAATGTGTCCACGTGAGCATCATAAATAGAAACA TGTCCACGTGGATACACATATCTTTAAAATACACTATTAAATAGTGCATGTGTCCATAAA ATTTGATATCATAACAGCAATTTCGGCCAAAATTTGAAAAAACTTTCAACAGTATTTTCC CATATATATCAATTAAATATGAAACAATTGTTGGACTTTATGTCTTCCCCTAGCCCATTT GAACATGTTTGTTGTATAAGTTAAATAAAGTTAATATTTTTGTGATCTAGTTTGTAAAGT AGAAAATTTAGATTGTTGCATCCATATTCATACCATTTAATAGGTGAAAGTTGAAACAGT AACATAGAGAAAAGGATTATTTAATAGCCATAATTTAAACTTTCTCCCACCAAGAACCAA CCTAACAAAAAGCACAAAAAAGGAAGTTGGAAAAGATAAAGGCTGCCATGGCAATGGTTA TTGCAGTTGGAATAGTAATCACTACTGCTTCTCATTCAATTTTAAGGAGGGAAAAATCAA TAACAATTAATCGGCTATATGAGATATTCATATTATTTCATCTACACTTTTATTATAATA GAGTCAAATCTTTTGTCATCTGTTTAATATATATTTTTTAATTATTATTGTGAAATATCT TTATTAAAAATATATAATGTAACCTAATATAATGGTTCCAAAGGCAAAAAAAGACATAGG TAGTATAGTAAAATATTTTTATCACTGTATCAAAAATGATCATTAGCGGTAATTAATTCT TAATTGTCGCTAAATATGTATTTTTAGCGGCACTTAGCGCTCTTTGTATATGTCCCTAAA AGCTTTTAGTGAAATTGGTTGTAATGACAGTTAACTAATGCCGATAAAGAACATAACACT TTTTATTAATGTCAATATTTAATGTCGCTAAAAGTTTTTTTTATTATAGTATATCAGGAA CAACTAATACGGAGATGCTTAAGTTTATATCTTTCATTAACTTTGATTTAAGCTTGAAAG ATCATATTCATCCCTCTAATTTAATTATTTAGAAATGAATTGTTTTTGCTATTGCCAATT TCTTTCTTTTTTTACAAAATTCAAAACTAGAAATAAATAGACAAGTATTTTTCAGTCAAA GTACGCCACGTGAGTTGGGAAACAATAGATTCAATTATTTTAGTCGATGAAAGCAGAAAG GTGGATCGATGAGATTCATCCAATTGGGAAAATATTTCAATATAAGTACAATGTACATGT ATTTAAAAAACAAATACACATCGATCGTTTCAATTTTTGGATAGCAAGACTTTTGGCTTT AGCAGGATATCGATATAATATACTACCTCCGTTCTTATTTATATATCATTATTATTTTAA ATTTTACGTCTCTTAATAAATTATGTAGGTTAATCATTATTCCTTATTTAGTATTCTTTT GAACTCAAGTTTTCAATAAATGAACATAAATTAATTTATTTTAATTAATTATATTGATTA ATCATTTAATTTCTTATATTGATCATTAAAAAATAAAATAAAAAGAATGTCATTTATACA TTGATTTTATCAAACGATTTAAAAAACATCTATTTTTAACAAGAACTACCGTATAAATAT ACAATACATTGTATAGAACTAATTACATGCCCTTACTTCATGCATGGAAACAAACACACA AAGTCAGTTTACTTTTTAAAAGTAAAAAAAAATGTGGTGTGTATGATGATGTGATTAGCA TATATTTATTACTCGTATATTATAAAAAAAATCCTACATTTAACTCTCTTTCATTTATTT TTAAAAAAATTCTAATTATTTTTGTTCTGCAAGTAGTTTTTGAAATATCATGTGCAAGGG CATGTGGGCATGTTCCACTATTTCTTCATCCTCGTCCTTATCCTAATTAAGTTGAGCCTC TTCTTCATGTCCAAGTTTTTCTTCAATGAAAATGAAATGCATATGATGATATCTCTGCAC ACATAACAAAAACAATTAAACATAGTTGAAGTTTTTGTTTTCTAACAAATTTATGTATCA GATTCGTGCCTGAAAGTCTAGCATTATGCGGTAAAACACTCTTTAATAAAGGTCATTTTC TATTAAAAAAACTCAAATTTAAAAACTCTGATCAAGCATGACGAAATACTTACCACTTAT TAGTTACCACTTCATATGACCCTTGGTTTGGTGACTAGATTCTATGTATATTTACACGTC AAATATGGTCATAAATAATGTAAAGACAAATTAAATGTATAAAACATGGAGGACCAAATT GTTTTGTTGCATGTGAAAGAGAGACAAGGAATGGGGTTTGAGTGCATGAGCCCATTATTC TTGGGTCATGGTTCAAGAAAATGGGTTGTTGGCCATTTTCTCAACAACTATTGTTTCTCA TCTGCCCCTTATAAATCTTGATGATGATTGATAGGATATTTTTATTCCTAAAGTTAGTAC CACTCAATTGTTTTCCATATATTTTAACACTTAGAAATGAGATCATGTGCTAAGGCAGAT CACAGATCTAACATGTAATTTATGAATTCACGTGAATTTAATAATTTTTTGCAATTTTTT TTAATTTATGCATGAAATGTTTTACTAAACTTGTACTCCTATTTGGTTTACAAGAGACAA GTAAGATTCATACAGGAAGTTGGCAAGGATATTGTCCTATCATGAAAACTGGATTTTGTC ATATTCTCCTGGTAGTTAAATTATTTTGGAGGAAATGTAAAGAGATTATATTTAATAAGT TTCATCAGTTATAGTTAACCTAATTACGCTTTATAGTTATAGTTTCATTTGTTATTGGTA TTTTCGTTTGATATTTCGCTTGTCAATATACAAATTCTATATTTATACATTTAAGAATTT TTCATAATTTATACAAATCAAATGTATCAAGTAATATACGAACAAGATAAAGAAACTGTA TATAAATAGCTAGGGTAATCATATACAAATTATGGGTTTATACAATTACGAATCGAATTA TACAAATTCTGAGCATGACCCACGTAAGTATGATTATATGTTAGTGACAAAAAGTAGTTT CTTCAAATTATGTTTGATGAAATAAGTAATTAACTAGTATATATTTGGTTTTCCGATTAT TTAAGTTTCTGTACGTTATGTGTTGGAGCCTGATGATTCAATCAAACCAAGCAAGAGTTT TGGGCCTATGATCCAATGGTGGTGGGGGAAAAGCCATTTTCAATAGATCGTTATGGGCTG TGTTGCATCCCGGACCAAAACCAATCAAGTTTGAAAACCTTTAGGCCCAGGAAAGTCTAA ATTTGCATTTGAGAAAAAAGTATGAATACGTTTCGAATTATCGTAAATGGTATGCAGATA TCCGTTATTATATTTTTGGGATATAGGTGTTCCTGTCGTCCAAGAACTAGTGCATATATT CCCTTCACTTTAACAGAAGGCTAAATAGGGACACATGGCACAATCCTATCCGTTAATATG ATATTTGATAAATGTCGGATCGGTGGATAAAAAATTATGATATGTGTATTTATATTTGTG AAAAGGGTATATATGTTCTAGTTTTAAAACGACAAATACACTAATATCTTAAAGTATAAT GGAGAGTATCTACATACTATTTACATTAGTTCATATTTGTCATTTTTCCCCTTCAAAACT TTATGAAATGATTTAAATTTTATCTAGTTTGGTTTCTTTATTTTTATTTTACTACTTGAG ATGAAACATATCGTTATTGTTACTAATTTGACCTAGAAATGTCCTAATTAACTTGTAATA TAAATTTTCTAACACGTGAACCATTTTATTTAACAAGTGAAAATGGTCAAATTTAATGTT AAACTACGAAAAAATAAACCTAAAGGTGTAGAAATTGTCCATATGAGTTTTTTATTTTTA TTTTCCACACAGTATTCAAAGCCTGAGTCGTATCCAAATTCGTAATAGAAAATATTGTAC AATACGAAAAAATCTTCCTCTTTTTGGACTTTCAAAAGACAGATGCTTCTTGAGAAACAC AATATCTTAAGATGTCATTTGACTATGGCATAGAGTTGTTTTCTTTTTCCCCTTTCTGGG TTAGGCCGCCGTCCCCTTCGATTTGCGCATCGGGAATGATCTCAAAATCAAAATTTTCTA ACAGAGGAATCGAGATTAGGGTTGACTGAACCACTCATCACCAGGTGAACTCATGATTAT ATTTAAATCAATAATACATATTCCCTCACTTTCTATTTGTTCTCTCCGTTTAAAAAAGGA TGACCTAATTTGACTTGGAACGAAGTTTAAGAAAAGAAAGAAAATTTTTTAATGTTGTGA TTTTAAATTAAAGTTATGTTAAATGTACAAAAATGTCTTTTAATCTTATAGTCTTAAACA TGTCACGTGGAAAATTAAATTTAAAGTGTTGCCAAAAATAGAAAGGAATCATTCTTTTTG AAACAGATTAAAAAGAAAATATGATCATTCTTTTTTAAACGTATGGAATTTATGTTACCG TTTTAGATTTTACATGCATTATGAAACTAAAGAAGTTCACCTTTTCAACTTTGTTTAATT TTTTTGGAAGTCAAGTTTTCAATTAATGATTAAGAATCAATTTATTTTAATTAATTAATT TGACCAATAAACATGAATTATTCATTTAATTTTTTCTATGTTGGTCAAATGTATATTTTC CATACTAATAACACACAAAGATAAAATAGGAAAAAATATTACTATTATTTATACATTTAT TTTATGAAATGATAGATATTATGAATCAAATATTTATAATAAGGATGATATAAAAAGGAA CAGATGGAATAATTTGTACGGGCTCTTCTTACTAGGGTGTGCATTGGTTAGATGGTTCGA TTTTATGTATTAGCGGTTCGATTCATCAATTTTTTGATTTATAAATAAACTAAACAAATA ACAAATCAATAAGATATTCTTTATTGATTTTCGATTTATTGGTTTTCATCATTAACGGTT CTGTTTTCGATTTATCCAGTTAAAAATTGCTCATAAAATAAAAATATGATTTACCACTTC TCCAACAATTTGGTATGATATAGTGAGACAAGCAAACTAGTTTTAAATGTTTTGATACAG TGAAACAAGAAATAGAATGAGAAATTACATCAATAAAATTAGATGTAGCATGAAGGCTAA CAATAACATGTTGCAACCAAAACATAATATGATTTTTTAAATGTGAAATAGAATTACTAT GACATGTAAAGTGTGTAGACGATAGTGTAGAATATTAATATAGTGTTTAGATATGTTAAA TTGTTAATATTTATAAAAAACATAATAAATAATTATCGATGTACTCAATAACCAATTACT AATATTCAATATAGAATCAATAATCCAATAATATATTTTTATAAAATTATTAAAAATCTA TTAACCCAATAATATTTTTTCGGATTGTCATCAAATTTGTGTGTATGAGTTGGCCTTAGA TGTAGTTGGATGGACGCACAAATCAAGGGGCAGGAGATTGAGTGAGTGGGAGTCTGTTTT CAACTTTGCCATCGTGGGGCACCTAACCACTCCCAACGCACAGCACCCACACATTTTTTC TTTACTTTTCCAATTTTTTTTTCTTCTCTTCTAGAAAATTCTCTTTTTTTCAAATTCCGT GATCACATAGGCGGATAAAAAGCTAGATTTTCGCCTTCCTTCTACAACTTACCATCCGTA CTGTCACCTCAACTCCCGGTTCCCCGTTTAAACTTTTCATTATACATATTTTAATTTTAA AATATTTATGTTAGGATTTTTTTTCTCTTGCTGAAAGTTGGATATTGAAGGTTTTTTTTT TTTAAACGAAAAATATTTTAAATTTAAATTTGTTTTCTAAAATTTTAAAAATAACTTCAC TTTATATACATAAATCAAAACATAATTTACATTTTAAAATAATATTTTTATTTTTTTTCA AATTATGTATTTTTATGTTCTGACACCCATTAAAATATGCATAAAACACATCTCAATAAA TACTAGTCTAATTGTTATTCTTAGAAGGTTGTTTATTTAATGTCATCGGACATTAATAAA AAAAGAGTTTATTTATGTTTTTCTTTAAAAGTTTCGCCCATTTATATCATTGCTGATAAA AAAAAGACTTATCCATATTATTTTATAACTTTAATTTTGCAAAACCATTTGATATCTTGT TTGGAGAAAAATTACTTTTAATATTTAAAGTTATTTCATAAATATTTAAAAAAAATAAAA TTTTTATTACTGTTCTTTGTTTGTTTTTTTGTGTCCCTAAAGGAAGAAGAAGCGAAAGAG TATATTTAATCCAAAAAACTTCAAGTGAATAATATTAAAAATTGTTTGAAATGTAAAAAA TAATTTTATAAAATCAGAATTAAAAAAATAAAATGAAAAAATTAAATTAATAACAAATGA TCCGAAATTTCAAATTTGAGCCTTTCGTCGTCTAAAATATTCCATTAGTTAGAATTGAGA AAATCAATAATGTGAAATCGCATTACTTACCGGCTCCCCCGGTCTCCCATTACTAGCCAC TTCTATTAAACCCTTTCACGCCTTTCCACTTCATTTCACAAAAACCTCTCCAATTAAAAC GAACTCCATTTTCCTTCTCAGTTCACAAAAAAAAATCATGGGTATATCATCAGTTATCCT TTCTTTACTTGTTCTTCAATTTCTTTTTCTGCATGTATCATCATACGTTATACTTCACGG GCTTTAACTAATTCCATTTTTTCCATATCTTCTTTTGTAATTTTTTGCAGGCAAGATTAA GATCGGAATCAATGGTATATAATCTGTTGTTTTTGTCTCGTGAATTTGTTAATTTAGTGT GTTTTTCTGAATTTTCATGAAATTACTTTTTGGTTTTGGCTAAGATCGGTTTCGAATGTT GTTTTGTTTGTAGGTTTTGGAAGAATTGGCCGATTGGTGGCCAGGGTGGCTCTACAAAGA GATGATGTTGAGCTCGTTGCTGTTAACGATCCCTTCATCACCGTGGAATACATGGTAACA TGGCAATTAATGATAGTTTATGAACTATGAATTAAGCTTTAATGTCAGTTTAGTTTGGGT TGATTATATGTTTTAGTTCATTTAGTTCATAAAATTGTAGTATTTAGACAATTTTATCAT AATTAGACTATTTTCACATGTTATAGTTAATTACCATGATTTTTTATGAGTTAACGGTAC AAAATACACTTAAATGTGTCCAAGTTTTTTGAGTTTTCTATCGGAACTATCATGTGTGTG TTTCACAAACTGTTATCAAAACACACATGAACTATCATTGTTGAGTTAAATACCTGAAAT TTCAGGTAGGAAAAGTGAACTCATAGTTCAGGTGTGTTTCGATAAACATTTGGTGAAAGT TCAAGTAGGAAATTCACAGCGTGTCGGAAGCTATTACAAAATGTTATCAAAACACATGAA CTATCATTGTTTGAGTTTCATACCTGAAATTTCAGGTGGGAAAAGTGAACTACTCATAGT TCTGGTGTGTTTCGATAAATGTTTGGTGATAGTTCGAGTAGGAAAATCACACATGATAGT TCAGGTAGGAATCTCAAAAAATTGGGATACTTTTAAGTCTGTTTTTGATGATCAGTGCAC CTCAGTCATTAAAAAAGGGTTGTTTTTGACCCTGTAATTCTTTTTTCTTTGGCTGTTTCT TAGTTCTTCACTTTCCAGAAGTGTTGGGTCAAAGACAGCACTTTTCCTTTATTTATGCTT TGCGAAATTCACATAGTGATATTCAGTAGTAACAATATCAGTAGATCTGTTGTTTTCTGG GGCTTTAAGTCGATGGGGATTGTATATGATGATTGTTGCAGACATACATGGTCATGTGTA AGTTTACTGTTATTATTTGAGGGGTTAAGTTGATGGGTATTGTATATGATGCTTGTTGCA GACATACATGTTTAAGTATGACAGTGTTCACGGTCAATGGAAGAACAATGAGCTCAAGGT TAAGGATGAGAAGACTCTTCTCTTTGGTGAGAAGCCTGTTACTGTATTTGGCATAAGGTA AATTATGTCTCCAACTTTTCTTTATTATATGAAAAACTGCATTAGAATTTCTCTTGATTG GACTTATTGTATGGATGTCTGAAGAAACCCAGAGGAAATCCCATGGGCTGAGGCTGGAGC AGAGTACATCGTGGAGTCAACTGGAGTCTTCACTGATAAAGACAAGGCTGCTGCCCACTT GAAGGTTTGTGATCCTAAATAACTAGAGCGTTCTTATTTTGGCTTACTGTTTGTAGCTAA TATTGATTTTTCAAAGTACATAGTTTGACACTCCAACATATAATCCCCCATGGCCTGAAC ACTTGGTGCCTGAAACCATGTAGCGAACTTTGTTTGCATTTTTTCTTTTGTACATGTTTA TGTATGCATTTGTTAGTGAAGGTGCTATTCTGAGGCTTTACTCATGTACTTTTGTTTTCT TCTCCTGTCTAATCAAACTTCTGTGGAAACTTAAGGACAGAGTATGCTGTCATCTTGAAA GCAATTTAAAACTTCTCTATGTATTTTCTCGACAGGAGTCTAGGTGTTGCAGTACGCTGT TTGTATTGTCTCTATATTAGTTTTTTTTAAAATGTAAATTGATGCTAATGCGATGATGTT TGGGTGTTGACTACTTGGATTGATATGGTTATCACGTATTTCCTTGCACATTAGCTTGAT TACCTGCATTGAATAGTTGGTGTTGAGTACCTGCTTAAATTTTTTTGGTTGTTGTTATTA CCAGGGTGGTGCTAAGAAAGTAGTTATTTCTGCTCCTAGCAAGGATGCACCTATGTTTGT TGTTGGTGTCAATGAAAAGGAATACAAGCCAGACCTCAACATCGTTTCTAATGCTAGCTG TACTACTAACTGCCTTGCACCTCTGGCAAAGGTTCCCTTTTTTTTCTTTTGCCCTGTTCT TCATTTTAGTATTTGAGCCTATATGTGAATTTAAATGATTTCTTTTATGACTTTGCAGGT TATTCATGACAGGTTTGGAATCGTTGAGGGTCTTATGACTACAGTTCACTCCATAACTGG TAAGTATTGCTTTATGCATTAGAAGTTAATACAGCTTCTGTAGCTTGAGTACTAAGTAAT TATTTTATAACAGCCACCCAGAAAACTGTTGATGGACCATCAGCTAAGGACTGGAGGGGA GGAAGAGCTGCATCATTCAACATTATCCCCAGCAGCACTGGAGCTGCAAAGGCTGTTGGA AAGGTGCTACCATCATTGAATGGAAAGTTAACAGGAATGTCTTTCCGAGTTCCAACAGTC GATGTCTCTGTGGTTGATCTCACTGTGAGGTTGGAGAAAGAAGCCACCTATGATGAAATC AAGGCTGCTATCAAGTAAGACTGTGCACTTTATTCCTTTACCCATTCCCATTCCCCTTCC CCTTCCCCTTCCCCCCTTCCCTGTAAGAAATACAAAAGTTCTGTGCTTCATTCAGTTCTG GCTAGTATTAGACTACAGGTTTCCATGGATGCAAAATACATGCAAAAAAAGGAGTCATAG TGCTGGGTGAAATAGTAGAAAAGGCCCTAGGGCTACTCAACTTGTTTTAATAGCTGCTCA TTTACATTAATATGCTTTTTTTTTTGCTTTGGCATTTCATTAGGGAGGAGTCTGAAGGAA AATTAAAGGGAATTCTTGGATACACTGAAGATGACGTGGTATCTACAGACTTTCTTGGGG ACAACAGGTGAGGATGTATTTCGAAGTTATGTTCCATATTATGTCTGACTCACAACAACA AATGTCTATTGCTTCTGCCAATGCATTTTCCCTGTAAATTCCTATTCCTTTGTTAACCGA CCCTGCGTGAACCAGACTAGACAGCCTAAGTGTTAATTTGTAATTCAAATGAAAATAATT TGCAGATCAAGTATCTTTGACGCCAAGGCTGGAATTGCTTTGAGCAAGAACTTTGTGAAG CTTGTTTCTTGGTATGACAACGAAATGGGCTACAGGTAAATCTTAAAAATTTACTTCTCT TTGTATTTAGAGCTGCTGTCGACCCATCTTTTAGCATTCTCCTTTACAAGAACTTTGTTA TTCAGCTCTTAAATGGTTTGTGATCTGCTGCTAATGTTTTTCCTTGCTGTGGTTGCAGCA CACGAGTGGTCGACTTGATTAAGCACATGGCATCAGTCCAGTAAAGTGGCAGTTCCGAGT ATGATGGTGCGTTACTGAGCATATTTAGAAGAGGAAAAAAGCTTTAGAATAAAGTAAAAT GAGAAGCTGTTTGACGAGTTTGGAGGTGGCTGTCTGTTTACTATTGTATTTTCATTTGGG GTCTCTTGTTGGATTGTTGTTTTCCCCAATTTTCAAATGTGTCTGCAAAACTGTCTGGAT ATGTTGTTTTGTCTTGCTATCAATGTATAATAACGTTGGACCCGCACTTATCTTTCTCAC TGCCACCTTCCTCCCTCCCCCACAAAATCAACCACAAAAAGGAAGGATGATAAAAACAAA GAGGGAACTGGGCCTATTGTAATAAAGGGCTTGTCAGGTGCCTTTCAGAGCCTTCAAAAA GCCAATTATAAGGTGGTACGACGGGGTCACAGCCTGGTGCTTGATGAAAGTGATATTGAG AAAAGTAGATATCACTAAAGCTTATATCTTCACTTTCTGTTTGATGCCTACGGAATTTGC AATGGCAGGAAGGATTCCACCTTACAAAGGAAAAGAGCAAGAAAACAAAGTGCTCATTTT GAAAGAAACAAAGTAGGGAGATCTAATGACGGAACTACAACAACATATACCATACGCGGT GGTGTGTGTGTTGGAGGAGAGATTTGAAAAGAACAATGAATTAAATTCTATTGGATTTGA TAAACTCTTGGCTCAAGGATAATTTGAAAATAAAAGTACAAACGCCTACTCTCGTACTAG AAGGATTAAGAATATGCCGCTCTGTGACCCTTGATGGTATACTTGCTTGGTGTTCTTGCA ACTGTCGAGTCCTTTACACCAGTGAGGGGTGTCAGAATCCCGCCCAATAGGCTCAATTGA TCCGTCCTTTACACATACTAAAAAGAATTGGTATGTTATATATAATTATCAAAAAAGATT TTTTTATTAGGTTTAAAATTTTTAAAAAGAACAAATGAAGCAATTCAAGTTATTAAGAAT TAGACGTGTGTTATGACCTGTATTTCAGTCCAAATATCTTTTGGATGGCTTAATAACTCG CCTTTTTTATCACTCAAATTTAGTCCAACACGCTCATTTGACACCTCTAATTGTGATAGA GCTAGGAATTATCATAATTTATACATATATTATTATGTGAGATTGTACATTGATAACAAG TGTTATATTTAATGTGATAAATTTTATACATTACTAAATATGTATGTTGTATTTAACACA AAAATAATTTTTCACTATTATATTTTTTTTTACCTGATATGTTTTACTTGAACCAAATGT TTAATGATAACAACAAACTTTTATAATACATACATTATCTCTCTAAATTTCATTTATGTA AAATTAGTTTATGTTGCATATGTAGCTATTGAACAATGTAGTTCTAAACCAGCGACCAAT TGATCTCTTACACCTTGTTCAGATGATTGTTATCCATTGTATTCTATTGTTAGTATAAAT ACAAAATGCTCATGTAGAAAGAAATCAAGGAGGGAGATTTCATGACGGGAGTACAACAAC AAATACTACACGTGGGATAGATTCAATGGAGTCTAGAGAAAATAATGTGTACAAAAACTT ACCCTCTATATTGAAAGGTGAAGAGATTTCTGAATACACTCACAGCTCAAAAATGATAAA GAGTAGCGATGAAAAATGAAATACCAATGACTTCCTCTCATACTAGAAGGATTAGATTAA AGAGTATCCCCCTTTATGTCCCTTGATGGTTCACTTCCCTGATGTTCTTGCAACTGCGGG GTCCTATACAACAGTGACGAGGAGTGTCAAAATCCAGCCCAATAGGTTCAAGCAATCCGT CCATTTATTCGAGCAATCGAGTTTATTAATTTTAACCTAAGTAATTCATAAAAAATTTTA TCAATATATTTTTGAAAAAGTATTTTCTAAAATTTGGTATGTTATATATAATCATTAAAA AAGATTTTTTTCTTAGGTACTAAAAATTTATTAAAGAACAAATAAAATAATTATTAAGAA TTAGTTTGTTATTGTTATGACCCACATTTCAATTCAAATATCTTTTAGAAGGTTTAATAA CTTGTTCACTCTGCTCGAATTTAGAGCCTGTTTAGCTCAGCTTAAAAGTTGATTTTTGAC TTATTTAACTGTTTGGCAATACTTAAAATAGCTTATTTTAAGTTAAAAAAAACTTATTTT AAGCCAAAAGTTAAAAGCTGGGGTAGGGGTGCTTTTTTTTTTAGCTTATAAGCTGTTTTA AGTTGATCACATTTTTATGTTTTTTCCCTTAATATTTTTATACAATCTCCAAATTACCCA TATAACCCTAACATCTCTTTCTTCTATTTTTTCCTTTTCACGTTTGACATAACAACTTCA GCACTTTTATCCAAACGCATAACTGCTTATTTTAAAAATAAGTTTCAGCATTCAAAAGTA CTTTTTTAAAGCTGCTTTTATTAAGCCCATCCAAACGGGCCCTTAACCCCATGCACTTAT TTGATACCTCTAATCTCTAGCATAACAAAGTAGGAGTTCTCATAATTTATACTTGTATGT ATTATTATGGAGTTTGGAGTCTAAATGGTAAAAAAATATTGACAAAATTTTTAAAAGGGT ATATCAAAAAACTTTTTAACCAAAACGGTAAAATTTCTACTGATGTAGCGATTTATTTGG CCGGCGTTAAAGAAAAATTGCTACTCTTGCAGCGATTTGTACAATTTATTTTTTAATTTG AAATCGCTACCTCGTCAGCGTTTTTTGTTATTTTTTTTTTAAAAGTTTTTTTTTTAACAA ATCGTTGTCAAGGCAACATTTTTTTAATGATTTTTTTAAAATTGTAAGTCGTTGCTTGTG CAGCGATTACTTAAAAAGTTTTTGTATTATTTTTTGAAGTAAATCGCTGCCCTGGCAGCG ATTTGTTAAAAAAATATTTTTTTTAAAAAATAAAATAAAATTGCTGACGAGGTTGCGATT TCAAATTAAAAAAAGGCAAAAGTATTCATCACCCCCTTGAACTTGAAGCTTTTTATTCAA TGTACACCTAAACTTTATTTTGTTTCAATTACCCCCCCGAACTTGCTTATTCATCCTACA CGTACACCTTTTCCGTCCACTCAATATGATCGTGTCTACACGCGCATGACACGTAGATAA ATATTTTACCACCTAGATAAATAATTTGCCACCTAGATTATCATGAGCCAACTCCCACTT GTTGGTCTTTGCTGTCTTTTGGCCTCTCTCTTTTCCCAAACTCACCACTTATAGAACCCC CTTTTGGCTTTTAATTAGTACACGACTAGGAGTATACAATTTGTCATTCTTCTTGTATCC AGTAACAAGCTTCAATCTTTCTCTCTCTTCACGCAATCCTACATCTTTTCTTGCATTCTT GTACCCCTTTTCTTGATTTAGTCTTCTTCTTATTTGCTAAGTTTAGAACAGAACAACTTT TTGCAGATTCTTCACTGTTTCTTTTATTTTTTGTGTGTGTAGACAAAATTTTTGTCTTAC TGACATAGTACATGTGCGTGTATATATGAGTATTTGAATTTTTTTTGTTGTGATTCAAGA TTTGAATTTGCTGACTGGGTTCTTGTTACTATAAAGCAAACTTTAATGGGTGACGACTAA TTTGAGTATGGATTTGATTTGACAAGTTCTTGGATGTTGACTTGAAACCCCTTATCAAAG GAAACTTATATTTTGCCCATTCTTGTTGTTATTGTGTATCAAGATTCATGCTTCGAGTGC GACAATGGAGAGGTTTATGGCCTGCTTTTCATTTCTTTTAACACTTTGTTCAGAGGTTTA GTTTAAAGAAAGATGAAAAATTTTCTGAAGAAGGAGTAACAATACATACCCCATAGTGTC AAATAAAAAGCAAAAAAGGAGTAACAATACATACCCCATAGTGTCTACAACCGAAAAATC TACGTCCGGGATTGTCATTTGTCCATGAAATTTTCAAAATTGGAGGAGCCCCACATAAAC AAACAAGTCTCCTGTTATTGTTCATGAATTTAGCAATAACAATTAAAACAAAAAAAGTGA GAAAAATCTGAAATTTGAAAAGGGAGAAAAGAAGAATAAATAGGTAGAGAATAGAGAGAG AAAAAAATCTTAAAATAACCCAAATATTAAAGAAAAAATAGATTTTTACTTATATTACCG TTGTAACTTTATGATGTAGCAAAAATTGCTGTCTCACGCGCCGTCTAGAGTTTGATTTCA GTTTCTATGCCAGGTGAACGGAAAAGGTGTACCTGTAGGATGAATAAGCAAGTTCAAGGG GGTAATTGAAACAAAATAAAATTTAGGTGTACATTGAATAAAAAGCTTCAAGTTCAGGGA TAGTAAATACTTTTGCCTTAAAAAAATAAATTGTGCAAATCGCTGTTGTCTTAATGCCGG CCAAATAAATCACTAAATCAGTAGCGATTTTAGCATTTTGATTAAAAAGTTTTTTGATAT ACCCTTTGAAATCTTTGTCAATAATTTTTACCCTTTAGCCTCCGGACTATATTATTATGC AAGATTATAAATTGATAACGAATGTTATACGCTAAATATTATACTTGAGAACTAAATACT TAGTACTATTTTAATTATGTTGATTTTTAACACAAAATTGATTTCTCCCTAGTATATTTG CTTTACCTGATATGTTTTATTTGAGTCAAATGTTTATCGAAAACAATAAACTCTCATAAT TCATACATCACCTCTCCAAATTTCATTTATGTAATATAGTTGATGTTGCATATGTTGTTA TTGAATAATTTAGTTCTAAACCAATGATTAACTGATCTCTTATACCTTGTTTGGATGGTT GTTGCCATTGTATTGTATTGTTTGTTCAAATAAATTATTTGTTTTGATAGTTACTTATAT TCTATTAAATCGTATCGATTAAATCCAAAGCTAGGTAATAACTAAGAGACCCATTTTATG TAACAATCAATTTGGCGTGATCGTATCGTTACCTTAACATTTTCTTCTCATTTGTCTTTA TTTGTTATTTAATAATTATATTTCATCTATTGTCCTACATTTTCATAATAGATACAACTC TAGCTCATACTCTACTTTTCTTATACGTTTATCGTTCAAATTATGAATGTGCAATAATTT ATTGAAATTTGTATTTATTAAAATAATAGAAAATACAATATACAATATATCAGAGTGTTA GGTTAAAAACAAATCACCAAACCTATACCTAATAGGCTTAAAACTAAATTAACAAGTAAT CATTTTACTTCACTATATTTGTACCCAAATTGCTTTTTCTTCTTCTCTTGTTTAAAACGA ACAAGACTAAAGAGGCTGGCACATTGTTTTCATCGGAACTTTTACAATAAATACGCTCTA CTCTAACTCTGCACCCTCTACTGATCCATTTACACACCTGGCAACTTTACTCCGTTCAAT GGCTACTCTCACCTTCAATTCCGTCGCCGCCACCTCCAAAATCCGATCCTCCGTCGCCGC CGCAAACTCCTCCGTCCGTCGCCAGCTGTCACATGTCCGCCTTCCGTCTTCTCCTATTCA GCCATCATCTGTCTTGCAGTGCCGCTGGTCTTCTTCCGCCTCTTCAGGTATCTTTCAATT CGTAGTAGAGACGGATCTAATCCTTCTCTGCTTACTGCTTTCCAATTCTAAAAATGTTGT ATGTATTATAGATACTTAGTGTTCATTGACTTTAAATCTTGAGTGCGATTCCTTTTTAGA AAAATGTATATTGACATTTTGCCTGATGAGAAATAAATACAATAGGACACTCGATTCTGG CCTCTGTTTATAGGAAAGGAATTCAAGAATATTTGAAAGCAAAAAGGAATCTGTAATTAG TTTAAAGGACAGATGCATTTCTCATCTGTTTTTTTTTTTTGGTAATAGCTAAAATGATAC ATAAGCCATGGTTGACTTTTTGAGTTCATAACACAACTTGTGATGAGCAGTTTTGCTGCT TTTAATACAATACCCTTTATCAATCAGAAAAAGATGTTCCTTTGTTTATAATTAGTTGTA TAGATGTATAATGGGATTGTGATATGATCAGGTGTGAGAGCTCAGGTGACAACCACTGAA CAAGTTGGAGTTAAGGCTGCTGCAAAAGTTGAAGCTCCGGTTGTTATTGTCACTGGAGCT TCTAGAGGAATAGGGAAGGCAATTGCGTTGGCTTTGGGAAAGGCTGGTTGTAAGGTCAGC ATTGTGTTCCATTTTTTAAATACTAGAACTTATCTAATTTCACTCTTGCATTTGTATACT ATGGTGTTGGCGACCTATGTGGCTTTACTGTAAAACATTATCAGCTCTAAGGTGCTATGG TAGTTGCTCAAGTTGTGTTTCCGTTGGCCATAGTTTAAAAGTGAAACAATGGGAAGTACT CTCTCTGTCCTTTGACTGCTCTGTTTATCATCTTAAGGTAAAATGTTTAATGGATAATTT TAATTGAGAATAAAAGGCTTTAATAGGATAGTTTCAAATGTGCGAAAAATAAATTAGTTA CCTGAAAGGTGTCAGATGAAGTGTAAAACAATACTAGTTTGTGTTATTCTATATTGTTTT TGGGTGAAATTGCCGTTAACAAGCAGAAGCTTATACGGGCCAGAGTAGAAAGCGAAGCGG GTCCTCCTCCTCCTCCACATCTTCTTCTTATTTAGCTTAGTCTTTACTACGTGAAGTCAG GCATTTGAAAAATGTGAATTCCGTTGATTTAAGTTCTTCCGAAAGCTTCCAATAATGTTC TTGAGCTGACATAGGTTGATACACGGGCATTACTGTTCATCAATTTGTAATTTTCCCATA CCTGCTTGATATAAAGTTCAATATCGGTGGCAGGTCCTTGTGAACTATGCCAGATCTTCA AAGGAGGCAGAAGAAGTTTCCAAAGAGGTATGTGTACCTTTTTTTAGTAATAATTTAGTT TAGTTTTTGGTATATATTAGTATCCCTGATACTTCCATTCCCAACTGAAAATATCATTTT AATTACTTGAAACATGAACTGTGTCTCGAACTTCAGTCTGGTAGCCTTTTTATTTTATTC TATTTTTATAGATAGAGCTAGGTCTTCCTCTCTGATTCAAAGAATTGGTCAAACATGGAA AACTGATTCTGCTCTCTCATCTTTGTTAGAATTTTTCTGATAAGATAGAAGCTAGTTAAT GACCTGATTGCTTGTACTGAAACCGTAAAAGCAAAAGGAATTTATCTTTGCTGGTAATAC TCTTCCATGGAAGATTGATGAAGTTGTCGATATATATATGATAATGGCTCGGTGAAGTTA TACTGCATATATTTTATACTTGCGCATTTCAAACAATTATGTTTTCTCTTGGCTAATCCT CATCTATCAAGAAGTGTAAGTTTAGGTTCAAACTTTGTGTTTGGTTTCACTTATCTTCAT GCAAGTTCCATCTCAAAACGTTGGCAAACATAGATTATTTTAGTTTTATCTCAGTCTTGT AAAGGAGCGAAACCTGCTTTTATCTCAGTCTTCCATCCATTGTTTGATTGCTGTTAGATT TGAAACTTCCGTTATTACTTCAACGAGCAGCTATCTATTCTTGGGTGTGGGAACTGGGAA CAAGTCATACGGTCATGCTTAAGGCTGTCTCTCATGCTCCTTGAAAAAAGAAAAGATCTT TTCTGAGTGATTCAAGAATGTCATATTTTGTAGATTGAAGCATGTGGTGGCGAAGCCTTG GCTTTTGGAGGCGACGTTTCAAAAGAAGAAGATGTAGAGTCCATGATGAAAACTGTAAGC TCTCTCTTTTGTTAGTAATATTAATTAATGGTGGATCTTATCACAGTTGTTGCCAGCTGA ATTGCACCTCATAAGTATAACATCTGCAGGTGGTTGATCGATGGGGAACAGTTGATATCT TGATCAATAATGCAGGTTAGCTACCACCTTTATTTTGTTGCGACAAGTCAAAAAGATCAT TTAATCAATTTTGCACCAAGATAATACCAACAAGTTAACACATTTGTGCTGTGACATTAA GCATCCAACAAAAATCTGTGCAACTTTCTAGTTAGAGAGGAACATGTTTTTACCCCATAT ATACAAGTGAAACAATATTTTTTTTATGCAGGCTAGCAAAAGTCATCCCGTTTTGCATCA AGTTTTATTAGAATTCCCTATCAGTAGTTCTCTTTTTCTTCTTTTCAGGTATCACGCGTG ATACCTTGTTGATGAGAATGAAGAAGTCTCAGTGGCAGGAGGTTATTGATTTGAATCTTA CAGGAGTTTTTCTCTCCACACAGGTCTATACGCTAGCTGTGTTTCAATTGGTAGTTTGGT TGTCTCCCCCAATCCCTCCTCCCAAAACCTGTATGTATTTTTCTTAAATAAGGTTCTTAT AAGGGATCTTTCTTCTTGTTGCAGGCTGCAGCTAAAATCATGATGAAAAAGAAAAAGGTA AATTTGTCCATCTACCTCTTGATCTTCAGAAATAATATTATTTGTCTGGTAAGGTTCAAG TGTTCCGAAACTGTTGCATAGAGAGAAGTGCATTTGTCTCTATGGACTCTACAGCAGTTA TAAACAATGACTACACCACATGGTGGGTCATTGAGGTCGTCCACACTAGCCCTTTCCAAA ATTTTATGTATGGAAGAAATATCACTAGAACAACCATGTGGGGCAGGGGTCATCCCTAGC TTTGGGTAGAATAACCAAATTGTATTTTCCATTCCTGGTTTCTTGGACTCGCATGCTAGT CAAAGTAAAACAAAAAAGGAATTGAAAACACAATGACCGGTTGGCTATGTGTGACACTTG CACTACATTGATTAAACAGGGCATGGGCAAAATACTTCTCTTATCTGGATTGAAAGAAAA TGGACAGAAATACATTAGTTGAAGGGAGATAGCTTATAACTTTATTCCCACCTAGTGTTA AAAGATAACATAATGCTACAATAAGATTGTCAGGTCAATTAGTTTTCTCTCTTGTTTGAA GCATCAAAAGTTGAGTTGATTTCAGCTTCAGAATTTGGATTTGTCGTGTTTGAAATCGGT TATGATGGAAGGGTTTTGATGTGACGCAGAAGCTGTTTCCAGCTATTCCGTTCCATGGAT TTCAGTTGATGGTGTCATTTACTCAGATTCTGTCACCTGCTATATTGCTGACAGTTACCT TTTCAATGAATATGAACTAGTTATTCTTACAAAACAAGAAACAAATTTACTGATCCTTGA GTATGTTAAAATAGCCAGGTTGTGCCAGATGCCAACTAATAAGACTGTTCCCATCATGTT TATCTAGCGATATATTCTGATCCTTGAAAAAAAATTGATCACTAAGATGAAAGCAATGCA ATGGAGTTTTATACTGTTCCTTATATACTTCAGAATTTTATTTAGGCATGGTCTACACTT TTCAGGGAAGAATCATCAACATATCTTCTGTTGTTGGTTTAGTTGGCAATGCCGGGCAAG CCAACTATAGTGCTGCTAAAGCAGGAGTCATTGGCTTAACCAAGAGTGTTGCAAAAGAAT ATGCCAGCAGGAATATTACTGTAAGTGCTCCTAGTCATTCCGTTGTATCACTTGGCTTGT TTACGTTAATGCTAGCTACGAAGGATTTGGTAAAGCATATTATCAAGGAACTTTTTCTGA TGAGGACAAACTAATGAGTTGTCTCTCTTATTTTTCCCATTGGTGATATAATGACTTCTT ATGGCTCATAATTAGGTTATTTATGCTGAATTTTACTTTTCTGCAGGTTAATGCTATTGC CCCTGGATTTATTGCATCAGATATGACTGCCCAGCTAAGTGAAGACATTGAAAAGAAACT TTTACAAAGTATTCCGTTAGGTAAGAGCAGATGTCTTTTAAAGTTTTTGTGGCGTTTATA TCTCAACATAGTGACGAGTTCCCTGCACCTCTAAGACGAGGAAAAGGTACTCCAAGTAGC ATAAGACAACATCAGATGCAATTGTCAAATTTCATTTGTATCAATAGAAAACTCTGACTC TATAAAACGAATAAAACTAAGTTGGAACTGAAAAACATCAACTGAGCTTGAAACTTGATA GTAGGTAGTTTCCCCTTCTTCAATGCATCCAACATTTCAAAGACTTTGTACTTGCTATGT ATAAAAGATTTCATTTATTAAACTAGTAAAAGTAAGTACTATTCAATTTAATTTTTTAGG AAATATGGTTCATATCTATATTTTTCAGATTAAAGCACAAAAGAGTTCTGGTAAAGAATA ACTATATTGACTCACTTTGGTTTCACATAACACAGGACGCTATGGTCAACCTGAAGATGT TGCTGGACTAGTGGAATTCCTAGCACTCAGTCCCGCAGCCAGCTATATTACTGGACAGGT AACTTCCATCTTATGCGGCCTCATCTGTCATTTATCCAAAGCTTCTCTCTTGCTACGTCA TGTTAAAACATCTTTTATTAAGAATATCTATTTCCTTTACAGGTTTTGACTATCGATGGT GGGATGGTAATGTAGAAGTTTACCCCATAGTTTGCTCATGAAGAAAGATTGGAAGTGTGA TCACTTATATTATACCTTGACTGTAGCCTTGCTTCGTCCAATATCTGCGTAAAAGGAACT TGATAATTTGGTGGTAGAAGATGACCTTACTCATCATTTTTCTGCATTTTCCCCTCTTCT TTTTCCGTTTTCTTAGAAGCATTTTTGAACCAGGGTTTGATCATTTTGTTGTGGTTTCTA TGTTAAAGCTGAGTAAACACTATTTGACGCACTTCCTTTGGTCAAAGCATCCTCATGTAC TGCCATGAAAGCTTGCTGCTCTTGGCTTAACCTCTGAGAACGGGAGATTGATTAATCAAT GGCATAATTTAGCTCATGCTTATTTACAGTTGAAGTAATTTATTTTAGCTCTAGTTATGA ATTGATCACCTTTTAATCCCCTTTTAGTTTTTTAAACAAGTCCAACAGTACCCTCACTAA CAAAAGCCCTGGACTAGAGAAAAAAAAATAAATACAAAGATGGTCCCTTATGTTCGGGGT AGACTCAAATTACTTCCTGAAATTTGTCATAAGTGAACTTTTTTTCTTTAATCTCTATCA AATATTTTAAAGTTTTGCCGATTTATCTTTAAGATAACTATGGAAAATATATAAACACTA GAAAAATCTCCTCCGATCCTAAAAAATTGAACACAAAAAACAGTACTTAAATACTATAAT GTACCAAACAAAATATATATTGTACATTAAAAAAAAGCAAATAGACTAGAAATAGCAAAA AAAAAGGAAGAACTCTCGGATGTGAGTTCTCAGCTAAAATTCTTTTTTTTTCCTCAGAAT TTAAATTTTACTAGGGGTGGCAAAATTAAATCTAATTCTTCCCATTCTTTCAATCTGTTT AAGTTTAGGCAGGTGTTGATCCACCCATTATTAGTTCAATCTATCCTAACCCAATCTATT TCAACCCATCAAAAATTGAATTGATATGTAATCAGAATTGACTCATGAAAAATCTTATCA AAATATATTTTAATTTTTTTCTCAATCAATTTGATATGTTGTATATAGCAATAACAAAGA AAAAGATAATTTTATTAGAAACTAAAATAATTTACAAGAACAAACAGAACAATTAAGCTT AATAAAAAAATGAATTAAATTGGATCTTGACCCGTAATGTAACTCATTTTGACCCAAGCT GATTTGGATTAGTTTGAATCTTAACACAATTATTATCTTAACCCATTATGACCCAACCAA CTTTGACCCAACCCGTTCAATTGTCACCCTTGAATTTATCAAACAGACAGTGACCAAAAT GATATTAGAGTGTAGTTTAGGGGCTATTTTGAACCTAACCCAAACATATGGACCATTTTT GTCATTTTTCTCCCCTAAATTACCGTTCCTCTTTTTTCCTTCTTTCTCCCCTAAACATAG CCGAATCCTCCACTTCTGTAGACCTTCTCCATATCTTTCCTCTGTGATTTCAGCGGCCAA CTGTAAGTTTTTCTTGTGATTTTAGTGGCATAACTTCTCAGCTGCTCTACGTTTCTAAAT ACTTTTTCAATTTTCTGTGCAATTTCATAAAAAAAGACGAGATTTTAGTTAGCTACTGGA TTTATACTTCATTGGTGTTGTGAAAATTTCCTGTTGCTGCAACTTTTTTTTTTCTTTTTC AAATTTGAATTATGAGATTTTAAATGGTTCCTTTTTGTACTTTAATTCATGAGAAGAAGA AAAATGTGCAGTTGATTGTGTCAGTGATGTACATATTAGGATAAAATGATCCAATATGTG TTAGTATGCTATGTCACTTTGATGAGAAAGCATGAAGGAGAACTGAAATACAATTGAGAG TCAAAGTTTTTTTTGTGTTTTTTTAATACATAGACATAGCAGTAGTTAGAAAAGAACTTA TATTAGGCAGAACGAATCCTGCAACTGGCTTTTAACTTTCATTAGCTCAGTAGAGTGTGT TTGTGTTTCTATCTCCTAGGAACTCCAAATCTTGATAGGTGAATGTGATCGATATTGATG AAGCTCAGTTCTTTGATAACCTTAATGTTTTTTTCTGCAATGCTGCTGATCTTGATGGAA AGAATGTAATTATTACAGGGTTAGATGGTGATTACTTGAGGTATTCCTCGAATAACTCAT TTTCCTTTCAATGTTTCAGTTCCTGCTACGACCATCACTGTCAGCTATTGCCCCTGGGAA CCATCAAGAAAGAAGCTATTTTTAGCAGGGGGTTCTCACTTTATGGTTAAAATCAAATGC CAATGTGATTGAAACGTAATGTTTGAAGTGGGATGGGATCTAGCAACTTCACCTCCTTGA AATTTAATAATCCTTTTTTTTGTTCGTTAATCAAGCTGTGGCAGGTTAACTCTTATGGTT TCCGTGGACTAGTGATGCTGAATATATAATTTCAGGGCAATTCTTTCCTTAAGCAGTCCT GATGAGTAAAGTTGGTTTTGTTTCTGATATCAACAATGAACTTCATATCCATTCTGTGGA AACAGAGGATCACTAGTGCAATTCATCAAACAATTGTTATATCTTTGTCCAAACAAACTA TTCATTCATGTCAAGTTTATTGTTTGAAAACATCGGATGCAAATTTTACTTCAGAGAAGT CAGAATCAGAAAAGGAAGAAAGGTTGGTAGATCAGGGAATGGTGACAACAAGGAACAGCT TAAGTCAAAGAATTGAAAGTGTACCCATAGGAGAGTCCATTGGATCCACTTTCCAAAGCT GGATGGGTGATGGTTTACCTATTCATAGAGGTGACATTTTCCACACTATGAATCGTTTGC GCAAACTCAAATTGAACAAGCGTGCTCTTGAGGTTCTTTTACTCTGTCCTTTCTTGCCAA ATTTGAAAATGGGCATTTACCTATTATGAAGTACATGAAGTATTCAACCTACTGTGAACA CCACTAGGGTGCACTTTACATGTTTACATAAGATATCTAAGGGTAGTAGTAGTGAATGTA GTACTACTACTAGTGTTATGTTTCAGGTAAAGCTGGTACAGAGTGTTATGTTCCATATTA GTTATTCAGGCATTTTCAATATACGAATTTCCTCTATTCCTTCTCAAAAAATATATACTG AATTTGCTCTATTATGTTGTTGAGCTCATTTTCAAGTCTTACCTATAATAATGCCTAATC AAGCATAACTAGTTGATGTTGACAATCTTTAGGTTCTTAGTCTAGCTGTATTCACTAGTG TTTCAGTGTTAGATTTGGTTATCATTGAAATAGATAGAATTTAGTGCTCATTAGAACTTC ACTTGTGATATTAAGCAATATCTATGCTTTTCACAGGTGATGGAATGGGTTATAAGGGAG AGACCATATAGACCAAAGGAACTAGATTACTCATATTTAGTAGAATTCACTTCTAAGCTT CATGGAATATCACAAGCTGAAAGTCTATTCTCCCGAATTCCGTCTGAGTTCCAAAATGAG TTGCTCTACAACAATCTTATACTTGGATGCTTGGACAGAGGACTGATCAGGCTTTCACTA GCATATATGAAGAAAATGAGAGAACTGGACCATCCCATATCTTATTTGGTGTTCAATCAT CTCATCATTCTTCATTCCTCCCCAAGCCGCAAGAAGTTCATTCCTAAAATCTTGACGCAG ATGAAAGCCGATAAGGTTACTCCACATGTTTCAACCTTCAATATTCTGCTCAAGATAGAA GCAAATCAACACAATATTGAAGGCCTGTTGAAAGTTTTTAGTGACATGAAGAGAGCAAAA GTTGAACCGAATGAGGTATCTTACTGTATATTGGCCAATGCACATGCTGTGGCTAGATTG TATACAGTTTGTGAGACCTATACTGAAGCTATTGAGAAATCTGCAACTGGACAAAACTGG TCTACATTGGACATTCTGGTCATACTCTATGGATATCTGGGAAAGCGGAATGATTTAGAG AGGACATGGGGTGTCATTCTGGAGCTTTCCCATGTTAGGTCTAAGAGTTATGTCCTGGCG ATCGAAGCATTTGGTAGGATTGGAGATCTCTGTCGAGCTGAAGAGCTGTGGTCCGCAATG AAATCAAGGAATTCTTTGAAGTCAAATGAGCAGTTCAATTCGCTGATAGCTGTATATTGT AGACATGGACATATTACCAAAGCCACTGCATTGTATAAGGAGATGGAGAAAAGTGGGTGC AAGCCAAATGCCATTACTTATCGGCATCTTGCTCTTGGTTGCTTGAGAGCGGGATTAATT AAGGAGGCCATCAAAACTCTTCAATTGGGGATGGATATGAAAACAAGCATAAAGGTGAAA AGATCAACTCCATGGTTGGAAACTACTCTTTCAATAATTGAAATATTTGCAGATAATGGT GATGTAGAGAATGCTGAAAAGTTGTTTGAAGAACTGAAGAAAGCGAATTATACTAGGTAT ACCTTTGTGTACAATGCGTTAATCAAGGCGTATGTTAAGGGGAAGGTATATGATCCAAAT CTTCTTAAAAGAATGATTCTTGGAGGGGCTAGGCCAGATTCTGAGTCCTATAGCCTTTTG AAAGTTATTGACCAACTTCGAACGTGAATATATTAGAATTATGTTGTGTGATTTTGCACC CTACTTCAAATTACTCGGCTAAGAGTAGTCCTATTCTGCGGCTCTGCGAATTGCTGAAGA TAGCTATACTTCAGTGTGCCTGTTCTGTCCGAGTCTTGGAAAGATGATGGCAGGTTAGAC AAGTTACGCTATATAATGTAGATGTCTTGATTTGCTAATTGGCATATACTTGTTCATTAA ATCTGCTTGCCTTTATGGTCAACTTCAGCATTGTAATATTTGAATGGTTCTTAGCAATTT GACATTGCTTTAGGGTTTCTTTTGAGAATATTATTATAAAGATGTATGTTTGAGATACAC ATCGAACTCTTGTTGCTTCAAAACTAGATTTGCTTTTTTTTATTAGTTTATAATTTATAA TATGCTTATCTGGTCTGGATGCAGTTTGTGCTTTGTTGTTTTCATCTTTGCAAGAAATTC TAGGTTGAGATGATGCCTTTGTTTCTGGACTCTATACTTAGTGTTGCATTATTTACATGT GCCGATCCCACTTCTGTCTTAAACTTCAATGTACTCTACATGTATGGAACTCAAAAAGGA AAAAATTCCTAGATCAGAAAAACAGTTTATCTATATGTATGTGGACAAATGCACCTCTGC ATATTTCATCTTATTTCATCACAATGCACATTGTATGGTTTCTCTTTCAATTTTGGAAAT GTTTCTGGGAGCTCTTACCCTGATGGCATTACCATTGCGTATGAAATGTAATTGAAATAG AACGTGATTTGAACTTGTATCAGCTATGTTGCACTTACGGTACTTGCTCATTGAGTTGCT GCGTAGATTTAAGGCATGCGATGATAACCAAAAAACATGTTTCATATTGCTGAAGAAGGT AATGCAGCACATAGCAGAATCAGATAAAAGTTTTTAACTTTACATAATGTTGTTTGTAGT TTGGCCAATGTATGGGGAAACGAAGAGAGCAGAATCAGGAATTGATGATCAAAGATTAGA AATATCTGCAACAGAGTATCAGCAGGAACAAAGAGGAGTTTTGTGAAGATTGCAGCTGAT TGGGCCGAGGCCAAGGCCGAGGATGGATAGTTGTAAGCAGATGCTAAGCACCAAAGACAC AAATGCTTGACCAAAGACCAGTTATTTTGTATCAACTACTGTCCGAGCTTTCCTAGATTC ACTTGTGGAATTACACTAAGTATATCGTTGTTATACTATCCAAACTTCCTCATTTTCTTG GAATAAATTTCACTTTTCTGTTGGACTATTTTGTCACATATACTTTATAAGGTTAATTAT GACAGCATGTCCTTTTTCATCTTGATGATGAATATTTCTCACCTTTCAACAACTATTCAA GAGATGGTCCGTGACTACTTTTATGTCCCCATGCACCGCACATTGTTCATATTTTCGGGT AGATAATGCAACGTAGATTTGAATTTTTCAATCCTCACACAATGCCTAAATTCAACAACT TTCACCTAACCATGTGGTCAGTGGCGGAGCCACGTGAGGGGTGTTCTGGTGCGGTTCAAG CACATTGGTGATCTAAAGCAAAAATCAAATGGGTTTTAGTTTTCAATTAATAATATAATC ATTTTTATTTTAAATTATTTTTCATAAAATACAATACTTCAAATATGTCAAATTTCTTCT AATATTTCCTCCATTTTTCATGAAAAGTTAACTTTTTCTACAAATACAATTCAATATTTG TTAAAAATAACAACTTATAACCTCTTATTATTAAAAATAAGGCCCCTTAAATTTGGGCGT AAGGCGCATGTCTTTATTTTAACAATGTCGAGCCACCAGGGGATGTCGACCGACACCCCT TTGTCGAAAAATTACATTGTGTAGCTAGAATTAAAATATTTTTTCATATATATTTATATT ATGTATTGACACTCCTTGGCTTCTACACGATTTTATTTCTTTATATTTTGACACCCCTTA AATCAAATTTTAACTCCGAAACTGCATGTAATTTATATCTACACAAAAATCTATATCTGA CGGTAAAATTTCAAAACTCTCTTTCTTTTTTCATAGTTCATGTCACATCAAAATAAATCA ACACAAATTGAGACGTCTTCCCAAAAACTATTTCGAAAAGTGATAGGATCATTCAAAGCA GATTAAAGTAGTCAGTCAAATGAGGAGTCGGGGGAAATCCACTCTCACCTTACTAGTAAT AATTCAATTTAGAGTAATAAGAAATTATACTTCCCTTTCCAACAATATATTAACTTGACA CATCTCTTATAAATTTATAAATAGAAGGTAATTTTATTATATCACCATTTGAATATAATA TAAAAATGACTATAATGTAAATTACGAATTAAATATAAAATTATTTATGAATTTCATAAA ATTAACAAGTATTGTTAGACATCTATTTTAGTATAGTGAATAAGTATTATTAGACGAAAA GAGTATAATTTAATATTGTAAATATACATGTAATCCTATAAATTTAATTTTTATCAAAAA AAAAAAATGACTTGTGCATAGGTGGCATTGCATAGGATGGGGTCTCAAGTATATCTACAC GAGATTATTGAAGTGTGAAATTTCTAAGTGATGAAACAACTCAAAATCACAATAAATTTT CCATTCGTTCACGTAACTAAACCACTTTCATAATGAGCCCTAGCTGCTGCTACTATTAAT GGCACAATTCCTTTTCTGGAAAAACAACAAAGTATCCACATTTATTTCAACACTTCTCAT AAAAGAGAAATTGAAATTTTAATTTTGCATTTCCCCAATTTCATCAACAATCGCAGAAGC TTTTTTCTGCGCAGTATTCGAGGTAAGGTCCTGTTGTAACATTAGTAGCTATAGACTGGT TTTTGTTCCTTTCTGATGATATCATTGATGTTCGGGTATCCATTAATTTCTCGAGATACT TATCGGTTGCTAAACATCAGATAGCTTTGTTAATCAAAACTAGAATAGATGTATTGTTTT TACCAGAATTTGAACTTGAAATATTAAAACATCAGGTAGGTAGCTTTGTTAATCAAAACT AGAACAGATGTATTGTTATGACAGATGAAAAGATTTTTTTTTCCGCTAGAATTTGAACCT GAAACGTTAGGACAGATGAAAAGAAATCACCTATTACTTTTGTTTATATGGGAATTTGAA CTGTGAAAAGTTAGGATAGATGATAAGAAATCACCTATTATTTTTGTTTATGCAGGAATT TGAACCTGAAACGTTAGGGTTCTCAACCCACTTTACTAACCACTAGGTCACGTCCTTTGA TTGGGGTGTGAGCATTGGAGTTGATAGAGGAAGATGTAGGTAAAAAGGAATAAAGATCGT GATAATTTGATTCTTTATTGTTGTAATGAATGGAAGAGAAAATGGAAATTTGATTTGTTG TTTTTACTTTGAGGTATCTCAAGAGAACTATAGGAAAAAGGTTTGTTTATTAAGTGAAAA GATTCAATTTTTTCACATGGAAGGAAATAAATCTTATTTTATTGGAAATGAGCAAGTTCC CTGTTTGTTTATCAGTAAATTGGAAAATGATTAGGAATTTAGGATTGATTTTAAATGTGA TTTATAAATTAATATAGTTTGTGTTAGTGTTTGAAGTTTGCTTCAATTTATGCAGAGGCA ATTGAATTACAAAATCATGAGTTACTTCCGGGCATTCTTGAACAGTCCTGTTGGCCCTAA AACAACTCACTTTTGGGGTCCTATGGCCAACTGGGGCTTTGTCATTTCTGTATGTTCCTA ACCTTTGATGTTCGTTTTCGGTAAATTATTTCTGTTTTTTTATCTAATACTGAAGTCTCT GAAATTTACTTGAATTGATTAATTTGCAAGGGAGTGATGGATTCACAGAAGCCCCCTGAT GCAATATCTGGCAATATGACTTCAGGTGAAATAGTAGTAGTCTTTACATTTTTAGTCCAA GCTACTCGAACAATAGTCAATGTATCCTTCTTTTGAATGCAAAAGAATCTCGCAGAAACA ATGGTGGATCCAGTATAAGCTGTTAGTCTGGCCAAAAACTCTGCTTTGGACTCGAACCTC ATGTATATACGTGGAAAAAAAGAAGGAAGAATGTCTCTTGTACAAACAATGGTGGATCCA ATATAAGCTATGGTTTGGCCAAACCTATGGCTTTAGACTAGAGCCTTATGTAAATATGTG GAAAAAAAGTATACATAGGATTGAATTTATATTTCAGAACCTGCATTTTTAACTTCGCTA GAACTTTCAGAGTTTAAATTTTGGATCTGTCACTGCTCAAAACATAAGTTTTTGGTACAT CAACGCGTTCTGGTGTGCTTTACTTTTGATCCTGCATAAAATGATTGTCTCAGTTTTAGA CCATTTATTGAATTTTCTTGCTTTTGTTTCTTTGGCTGCAGTGCTATGTGTATATTCACT ATTATGTATGAGATTTGCATGGATGGTACGTCCTCGCAATTATCTTCTTCTGGCTTGCCA TGCTTCAAATGAGTCAGTGCAGCTCTATCAACTCTCACGTTGGCTAAAGCATCAGCGGTA TGTGTCTTAGTTCACGAGTGCATAATTATCCATAGTAACATTAAATAGAAACAACAATGT TTGAACAACTCAGCTGTAGTTACTAGCAAGTTCCGCTCACAGATTAAGCATTTAACCAAA GTTTTGAGTGCCTTTTATGTAGATCAGTCTGAATCAACTTTCCTTTCCCTTTCATCAATC ACCTTGTTTTAGCGAAAAACAAAATCTGATCTTCGTGCTGCGTTTTCCTTTAGGTACTTG TCTCAGAAGGAAGAGAGCGTTTCTTCATGACTTTAAGCTCTGTTCTTCTCATCATCCATC ATTTCGACAACCAAAAAAGAAAAAAGAACAAAAAGATAGTTGTATCATACTGCAAAAGAG TTGGTTATCTGTGTTACATCGGTTGTACAAGAGTCTCAAATGAATGGAATGATGCAAAGT GGCTGACTGATGATAGCTCCAATGTCTCCTATCTGATAATGGAGCACCAGGATAAAAAGA GGTGAAGGAAAATCACATTATTCTTGAAATTTAACAATTCAACTATGATTAGCTTGAGTT AAACATTAATGTTACAGTTTGCTCCTATCATTGTTCAATGGCACATATTCGTTATCGTCT TGCTTTCTGGATGTTGTATGCTTCTGTTTAGTTTTGCAGTTAAAATTGATTGTTAACATT GTAACACCTTGATGGAGCCTTTTTTTTTCTTGTATTCATCAAAAGCAACACAAAAGTTCA TCAAGTGATGTTTAAGTGGTGAAAATTTACTTGAAAAATTGATTATTCACGAGTAGGAAG TCTTTTCCTGACCAATTTTACAAAGAGAGAATAAATATTCAGAGGCGTAACAACGATTAC AAGAACCTATATCCTGCTCTTTATATTACTCCCTCCGTTCGGAATTGTTTGTCATGTTGC GCTTATCGAAAGTTAATTTGACTAATTTTCAAAGGTAAATTAGATTATATTAATTCGATG TTTTAAACAAAAAAAAATTAGATATTCTAAAACTATATAAAAAGTACTATAAATTACAAT TTTTTGCATATTAATATGATAAAAAAGTACATCTTAAATTGTTAAATCAAAGTTTTTATA ATTTGACTTTAAAAAATAAAACCATGACAAATAACACCGGACAGAGAGAGTAATTGATAA AGGGGTAAATTTGCAAAGTAAAAAGTAGAAATTGAATTATTAGGCAAGACTGATACAATA GATTTTTATGGTCTAGCCTTTTTCTATACCCTGCGCATAATAAAAGCTTAGAATATCGAG TTTTTTTTTTAAAAAAAAAAAAAAACATTCATAAAGTACCAAAAGCACTAGCAAGTAGCA AATGGCCAATGCGCATTCATCCCAGAGAAGGAGGCTGAGTCCGGAGTATATGGAATTTGT TAATGTTGAAACTTACCGCTTGTTTGGATGGTATTGTTATTTAATAATCCTATTTTATCT TTTTTCTCTATTTTTTATAATACTAATTTTTATCTCATATCCTATTTCTTTTTAGGAAAA ATCACTTGAAATAATACATTTAATAAATAATCATTGATCTTAGCGATATTTTCTACTTGT TACTATCATTTATAATAATATTATGATAAATCTGCAAGATGTATTAAAAGTAAATTATGT ATGCAATAAATATATATTATAATTGTTTTAACAAATATATTATGTTTGTTTTGTAAGAAA TTGATCCATTGTATTATAAGTGTATTTTTATGTGTGATAAATGTATTATTCATCAATAAA ACTTATATTATATGTGAATAATAAATTGTTCTATGTAATTTGTATCAAACTATATTATAA ATGTATTAATTAAAACTTACAATTGATAAAAACGACACTGCGTATTTCATTGGGGTGACA AATAATTGATTTTTACTAAGAATATCGTTTTACCCAAAAACGTAAGCGTTACTCATGAGT ATGTTTATTTATTTAACTTTGTTAGCCCCGTCACTTTTTGTCCGTTGAATTTTTAAAATA AAAATACCCCATAACGTTATCAAAAAATATGTTTATACTAGTTTTATAAAAAAATAAAAA CATATTTTTTTGATAAATTAGTTTAAATAATGACCTCCTTAGTTAAAAATATTGGCAAAG CATGACATCCCATTTTACTAATTGGCAATATATAGCCCCTTTTTATTTTATTGACAAAAA AAAGTTTTTTCATAACAAATTTTGCAATTAGTATCCCACATATTGAGAAGTTTTTTTTAA TTAAATTAATAATTTTAAAAGGTGGTAGCATGATCTCCTTTTTTATTGAGAAGTGTTCTC CATTTTTTTCTCTTATATTTCGTACATACACGTATTCTTGTAAATCATGTTTTTTTATTA ATTATATTCTTTATTACTTTGAATAAAAGATGATTTGCTTTCTTATTTATTAGTTTTACA TATTGAATTCTATAAAAATATTCATTTATAGTATATTTTTTCTCTTTCTCTTTCAAATTC TTGATGGTTTGTTGATATTTACCCATCAATTTCTCTACTTGTTAGCCTATGTTTTACCCC TCTTATATTGTCGTTCGATTTTTTTTTAATGTTTTAATTTGAAATTGAAGGTTATATCTA ATTTAGGTAATAGTAATTAATTGTGGGTATTAATTGTCATGTTTAAGAAACTCATCCTAA GATTATTCATAAAATTGAGGATTCTGATTCTAATTTTGTGGATTCTCCATCCATAATTAT GAATTTTATAGTCATGTAAGTTCTTCTTGTTATCCGATTCAATTTGTGTGTTTTCCATTG AGCAATTTATATTTCATGAACAATCCTCATTTTTTGAAGGAAGAATCTGGAATGTATAAT TTTTTTAAGAGAATAAATATACGGATATGCATACATGATCCTCCTGATTAAAAAAAAAAT TCAATGCAGTGTATATATACTATGAGTGAATGAATACATAAAGTGTTTAATTTTTTAATA TGTATATATTGGTTTAGATAACATAACTATAAATGTATAGTAATACTAAGTGAATGAATA CACCATTCTTCTACATATCATCAAGTATACAATTAAATTTTTTATTATCAAAAAACAAAT AAAAAATATATGAAAGTACATAATTTACGTTTGTAAGCAGTTACTTATTGTATATATAAT TTTGTATGTTTTCCTTATTTTTGTTTTTGAGTGATTTTAGTTATACAAGAAAAAAAAACT ATAAAAATATCATTAATTAATTTGGGCCATTTTGATTTATTGCTAATTGTAACTATAAGT TGTATAAATATATCTATGTCATTTCCTCCTTATTAGTTTATCTATATATATAATTGTAAC GTTTTATATAATTCAATTCAATTGTATATTTCTTGTCAAGTCTCTTTTGTCTTTCTCTCT TTCTCATTTTATACAAATTTGAATTGTATATAATTGTTCTATACAGTTATAATAATACAA TTCGTTTTTATATAGTTCTCTGCCCAAATGTCTTTCTCTTTCTTGTTTTATATACTTCGT TTTATACAATTAACTTCAACTGTATATGTATAGCAAATTATACAGTTTCTATGTTTGTTA TGGAGCGCAATTATGCAAACTTTGCTATAGCATACAAATATGAATTTTTTTTTTGCGATA TGTGAAAGTTGCATGTCTATTAAATATTAATTAATGTTGAGCTATTTCTTTCTAATTGTA ACTATAAGTTTGTATATATATATATGTCATTTCCTCCTTATTAGTTTCGTCAAAAGCTCC TGAATCTCTCATAGACTTCGAGTCAAGCATTAAATAGGTTCATCTCATAATTCCCATTCT TTTAAGAGAACAGCCCAACTCAATCAAAGGCCCAAATACTTCGAAAAGGCCCAGCACTGT TATAACCAGAATATATTTTAATACAACACGAAAACCCTAACACCCAAGCAGACACCTTCT ATCAGCAGCTGCAGGGGAACAGCAGCATCACCGGCAGCCATGGTTAGTTAGAGTGTTAAA CCGTCGGATTCTCCGATTGAGTTCTGTGTTAATCCTTTTTGTTTTTATGTAGGTGAAGTA TTCGAATGAACCAGAGAACCCAACCAAATGTGAGTACTCAATACGATACATACATTTTCT GTTACAAGCATTATTTAAGAGTGTTTATATTCGTTGGTTTTTATTTAACTGTTTAATGCT CTTGTATCAGCTTGCAAAGCTAGGGGTTCGTATCTCAGAGCTCATTTTAAGGTGTGTGAT ATGTGTTTTTATGTTAAATTTTGATTTTAATGTGATTTTTGCTTTGCAATAGATAAATCG AACTTCATTTATGTTTTCAGCAAGTTCAACTTTTGGTGATTATATTCCAGTAAAATGACT TGCCTTGTTCAAGTAAATGTATCCATCAATTAAGTAATAGATGAACATTTTTTGACAGTT GATATGAGTTAAGTTGTTGATTTCAGCTGAAAATACTTGTGATAAGCATATGTCGGCTCT GTTTGTTGGCAAATAACAGTGGGTCGTTTCTGTTTCGGATTAGTGTATGAAAGAAATTTG AATGATGTCAATTAGATGTGTTGGAAGATGTACCCAAGTTTGTTCACAAAAATAGGGTAG ATGCATTTTTTTTGTTTTCTGTTATTGTGTTTGACGCTGTTCAGTGGCTCTGATTATTTA TCACTACCATTGTATAATATTCTTGCAAAAATAAAATAGAATGCTAGGAGTTTCACTATT TCAATCAATCACTGATAGCACAAAACTCTGCCTCGATTTATTTTATTTAGAACTTCGATT CTTCTGGTGACAATACACTTCTTCATCAGTTGGAATGATACATAGTAGTTCTGTATCAGT GAGTGATATCTAACAGTTCTGTAATTTCTGATGGTCATTCCAATCTTTGCATGTCTTACT TACTGAAACGTGTACTTATTATCTATCTCTAGAATACTAGAGAAACAGCGCATGCCCTTA GGAAGATGCCTTTGAACAAGGCAAAGAGCTATTTGGAGGATGTTCTTGCCCACAAACAAG CCATCCCCTTCACCCGCTTTTGTCGTGGGGTTGGTCGCACTGCTCAGGCGAAGAATCGCC ACTCAAATGGACAAGGACGTTGGCCTGTCAAATCTGCAAAGTTTATCCTCGATTTGCTAA AAAATGCTGAGAGTAATGCTGAAGTATGTTCAAATTTGTTGGATTATATTATTTCCCTTG GTCCTTTGCTTTCGCTTTTCTCTAAAGATGAGTTTGTTGTTGTTTTCACCTCATTTTAGG TTAAAGGCTTGGATGTGGATTCACTTTACATTACTCACATCCAAGTAAACCAAGCACAGA AACAGAGGCGCCGTACATACCGTGCTCATGGAAGAATCAATCGTGAGTGCTCCTCTTATC TCCTCGATGGTGTTCTTATTGTAGTTAAGTATATGCATAACAAATTTAAACTTATTGACC TTTCTGCAGCTTATATGTCACATCCTTGCCATATCGAGCTGGTATTGTCTGAGAAGGAAG AATCTGTTAAGAAAGAGGTATAGTTTCTATCTGTCTCTTGTTCTTCCTCATAGTTGACTC TCATAACTTGAGTACATGGTGCCTACTTTATAACGGTTGCCTTTGCTGCTCATCAGTCAT CTTTAGATCTTTTTGTTTCATGCCATTATGTTGTCTTCAGGTATATATTCTTTTGTAATT ATCCTTTTTTTTTTTTATTCATGCAGCCTGAAACTCAGTTAGCCCCCAGGAAGACAAAGG CATCTTCCTGAGCAGAGAAAGGAATCCCGAAATTTTGGAAGTATAATTTCAATATTCCTT TAGCCTTTGTATCGGAAGAATTTAGTGCTATTTCAAACATTTCTTCATAGAATTTAGTGT TTTTTGTGTAATTTTACTATTTCGGAGCTTAAATTGGCTTGTGCTTTTTGAGCATGTGTA TGAGGGAATTTTGGATTTCTATGGTCTTGCTTTTTCTAAGAATGAATTGGGATGTTAGTA GTATTCTGATTTTTACAGTGGGGATTGGGGAATGCACAAAAAATTTTCAGGGTTTAAGTA TGTCCTCAAAAGGGAGAAAATATCACTAGAACGAGGTTCAGTTCAAATCGGGTGGAAGAG AGCGGTTTAGTGGCTTTGGGGAGTCCATTGAACTTAATTTCTTACAAAAGCTTCAAGTCT AACTTCAGTACTGTGGGAGCATGTCAACAAGGTGATATAGTATTTTTAGCATGTACAACC ATCGCAAAAGTTATTATAGTATGTGTACGTCATCCTTCCCTAAAATGAAACTTTCATACT CGAGTAAGAATCAACACTAAAAAGGATATATCGAAATAATATACAAAACCCATTTGCTTG AGATATTTTGACAATACAAAACACAAAAGGACTACAGGCAAACACTCTGTCAGTAGCTTA GCGCATCGACCTGTTTTTTTTAAAAAAAAACTATCAAGTATAAAAGCACTAGTAAATCAC ATTCATCCTAGAAAAGTAGGCTGAGTTGTTTGAAATTAGTTTAACCTATTGACTCTTCTT TTTCTGCGTCAACATGTTGAAACTTACAGCTTGTTTGGATGGTTGTTATTTGTAGTATTG TATGGTGTGTTAGTTTAAATATAATATTTATTTTGATTGTTATTTAAACTTTATTTGTAG TATACCATATCGGTAAATTCATTATAACATAATGGTAATAAGTCACATTTTATGTAATAA CCAACTTGGCATGATGGTATTGTTACGTTTTTATTTTTATTTTTGTATTTGCTTCTTATC TAATTGTCCTATTTTACTTTTCTCTATTTTCCATAATAACTCCTATCCCATACCTTTTTT TTTAACATATATATTTATTATTTCAAAATATTAATGTGATGTTATGTAAAGATGAAAAAT AATATAATCTATTCAAGTATTGTATAATATAGTATAATATGATACACCAAGTAGTACTTG TTCCTCTCCAAACCCCAAAACCAGCTCCTCCAAACAGTCCTACTCGTTCAATTCATGTTT GAGGAAGTTTTGATAGCTTTCATAAATTATAGATTTTCATATTTATGAGACAACTATTGA AGTCATGAATTTTACTCGAAATTCTAGCATATTATTTGTGCAAATAATTTTTTATAATTT GTGTCAAAAATTTATCTTATCAAGGCCATACTTCAAACATCAATATCTGAATTTGAAATT TAGCTATTATATGTTTAAAATTAAGGATAATTTCATGAAATTTGAATTATGCACCAATCT TCAACCTTGCTACGTTTGTACGTTTTGTTAACAACATTAAATTCACTCTTTATATTCAAA TTTCAGGGTCCACTTCCTCAAACTTGCAACAATAACTATTAAATGATCCTTTATTTTTCT CCGTGGAATTTTATGTTTATAGGAATTGCTGGAATTATTTATTTTATGATTTTAATAGGC TCTTTTCCAAGCATTAAACTTCATTTGAATTACAATAAATTTGAAACACACAACAATTGA TACTCAATATTTAGATAATTTATATTTAATAAGAATGATTTGCTAAAATTATCTCTACCA TTTAGTGTTTTTTAATTCTTGTGTCAAGTCTATTGTGGACGACGATCGGAGAGAAGATCA TTTGGACAAATTACAGAAATACACACATTTTGTTTCACTTATTTCTATTATCCCCTATTA CTTTTCAAAACCTCTTATCACTTTAGTGTATCCAAACTGCATATTTAGTGTATCAGAGTG AAAAGTTAATGTATTTGAGCTAGCTTTTAATGTATCCGAGCCAGTATTTAATGTATTTTG GCTACATATTATGTATCCTAGCTAGTGATGAATGTATCCGAGCTACATATTAATGTATCT AACACAATATTTAACATATCTGAGCTACATATTAATGTATTCGAGCTTCAATTATTGTAT CTGTTTTTTTTTTAATTTTGAAGGGATAATATAATTAGAAACTTATTAGAAATAAATTGT AATTTCATATTAAAACTATAAGATTTATGTAATTTGCATGAATTATTACGAGAAACTTGA CTATAAGTTTAGAGATCATTCAAATGGGCTCTTCTCATGAAAGTAAAAAAAAAAAGCCCA ACACAAGTTAAGGGCTCAAATGAACATAGCCCAATTAATTTTTAAACACTTCTATAACCA GAATATATTTCAATTAACACGAAAGCCCTAGAACCGAAGCAGACATCTTCTATCAGCAGC TGCAGGGGAACAGCAGCATCACCGGCGGCCATGGTTAGTTATTCTGTTAAACCTTCTAAT TCTCCGATTGATTTCTGTGTTAATTCGTTTGTTTTTATGTAGGTGAAGTATTCGAATGAA CCGGAGAACCCAACCAAATGTGAGTACTCAATACGATACACATTTTATCTTTTTAGCATT ATTTGAGAGTGTTTATATATGTTGGTTTTGTTTTAATTTTTTTAATGTTCTTGTATCAGC TTGCAAAGCTAGGGGTTCGGATCTCAGAGCTCATTTCAAGGTGTGTGATATATATTTTTA TGTTAAATTTTGATCTTATGTGATTTGCTGCTTTGCAAGCTATTCGTGTCTGTTATTTTT GTTGTTTCGTTGCGAGGTTCAATATTTTCATTTTTTTTTCTCGCATTTGCATATTGTTCG TAGTTGTTACTGTGTTATAATCAAGATAAATTGAAATTCATTTGTTTGTATTAGCCATTT AGTGGTTTCCCTTATTCTGGATTTAGCAAGCTTGTTTTTTGTGTTGCCCATAAAAAATGA CTTGCCTTGTTTCATTAAATGTATGCATCTATTGAGTAGTGGTTAAACAATTTTTGACAG TTCCATATGCTTTTATAATTCTGTGGTTTAAGCTGGCTCTTCAGCTAAAGTACTTGTGAT AAGCATGGTGGCCGTTTTCAATTCTGTTTCAATTAGTGTATGACAGAAGAGGGTGGTACT GTGCAAATTGAATGTTGATGTCAATAGCTGTATTTGAGGCATCTACTTACCAAGTGAAAG TGTAAATGCACTATTTTTTCTTCTGTTCTTGGTTGTTCTCTGGACTGTTGAGATTGCGTG CACTTTAGACATCTAAGCTCTGAGATTTTTTCTTGCCTATTAAGTTAGAGGCTCTTTTAA TTAAAGAAGTTGGAGTTCCACAGACCACTCTGAGTTAATAATTTCATCAGGGCACTGCAT TAATTTGTAGACTTTGACTCTGAGAACACTGTGTGTCAGTATTCTTTTGTGCTCTTTGTT GCTCTGACTAGTTATCACTATCATTTATAATATTTAGCAAAAATAGAATAAACTACAAGG AGTTCACTATCTCAATCAAGCACTGATAGCACAAAACTCTTCCTTGACTTCTTTTATTCT CTTCTGGTGACAATTGGTTTTCTAGGACCATTATTCTTCTTCTGTACACTTCTGCACTCG TTGTTATGATATATAAAGGTTCTATATCAGTTGTGTGATATTTAACAGTTCTGTAATTTC TGATGGTCATAATCTTTTTGTGCCTTCCTTGCTCAAATGTGTGTTATTATCTATCTCTAG AATACTAGAGAAACAGCGCATGCCCTTAGGAAGATGCCTTTGAACAAGGCAAAGAGCTAC TTGGAGGATGTTCTTGCCCATAAACAAGCCATCCCCTTCACCCGCTTTTGTCGCGGGGTT GGTCGTACTGCTCAGGCAAAGAATCGCCACTCAAATGGACAAGGACGTTGGCCTGTCAAA TCTGCAAAGTTTATTCTGGATTTGCTCAAAAATGCTGAGAGTAATGCTGAAGTATGTTCA AATTTGTTGGATTATATTATTTCCCTTGGTCCTTTGCTTTCGCTTTTCTCTAAAGATGAG TTTGTTGTTGCTTCACCTCATTTTAGGTTAAAGGCTTGGATGTGGATTCACTTTACATCA CTCACATCCAAGTAAACCAAGCACAGAAACAGAGGCGCCGTACATACCGTGCTCATGGAA GAATCAATCGTGAGTGCTCCTCTTATTTCCTCGATGGTGTTCTTATTGTAGTTAAGTATA TGGATAACAAATTTAAACTTATTGACCTTTCTGCAGCTTATATGTCTCATCCGTGCCATA TCGAGTTGGTATTGTCTGAAAAGGAAGAATCTGTTAAGAAAGAGGTATAGTTTCTATCTG TCTCCTCGCTCTTCCTTAGTTAATTCTTATTATAACTTCAATACATGGTGTCTGCTCTAT GTCAGTAGCCTTTGCTTTTTCATTACTCATCTTTTGATCTTCTTTTTTATTCTTCCATTA TGTCAGTCATCTTTAGATCTTTTTGTTTCTGCCATTATGTTGTGTCAAGTATCATATCTT CTGCAAGTATCCTAAACATTTTTTTATTCATGCAGCCTGAGACTCAATTGGCTCCCAGGA AGACGAAGGCATCTTCTTGATGGAAGGAATGAATTCCTAAATTTTGAAAGTATAATTTCA ATACCTATAGCCTTGGTATCAGAAGAATTTAGTGCTATTTCAAACATTTCTTTATAGGAA TTTGTGTTATTGTGTAATTTTTACTACTTCAGAGCTTAAATTGGGTTGTGCTTTTTGAAG CATGTTTATGAGGAAATTTTTGGATTTCTATATTCTGGCTTTTTCGAAGAGTATGTTTAT AGTATTCTGATTCTGAAAGCTGGACTTTTTACTCAACTGGTTATGATGATGCTGACTTGA TTGATCATTTAGAGGATCAAATAAGTGTGTTTTAGAAGGTTCTTTACGCAAACATCAGTA ATACACAAGATAAGACTAGGATAAATGGTTGGTAGTTCATTTATATTTTTATGTGTGTTT CTTTCGTTAATTTTTGTTTACTTTACCTAGATGGACTCGTTTTTTACGGATAAGGGATAA TTAATCCTGGTATTAAGTTCCCGTTTTCAACGGATATGGGATAATTAATCCTGGTATTAA TTTAGGATGAGTAAAATCATGTTTGATTGAGATAAAATTAAAATATGCTTCTTTCTGTGT TTGAGTCACGTATTGGTCCTTAATAGACTATCTTGGTCATTTTCTTGCGTTCCTTTAAAT ATGAAGTTTTGTGCATGAGATGAGCAAGGTCACCATCCACCTCTAAGGCCATTCTTGTAG AATCAATCCACAAAAAAATTACAAAGACGTTGGTTTGTGATAAATGTGAGAATTAATCTA AATTTGAGAGCTACTGTAATTTACTGCGCCACATGGTGACTTTGAAGTGATCATAATATT GTTTACTAGTGGGAGTTTAATGTCACAAAATCAAATTTGAGAAAGTTGAATATTAGAGCA AATAGAGAATACACTACGATAATTTGACTGTTTGAAGAACATATTATGCAGGATCGTAGT ACAGGAGCAGAGACAAACGTTTTCAAAAGAACTAGGCACAATATATAATAACTAAATTCA GGTGTCAAGGTCTGCGAAGTATTTCTAGCACATACAACTATAACAGAGACCAAAATATAA CTTCGATAGATAGAGACCAAAACATGACTCGACAAAACAGATAGTATCATAGTAAGTCAT GCTTCCCAGAATGAAACTTTCATGCTCGAGCAAGAACTAACATTAAGAAGAGGTTGCACA TCTGATTTAAGTTAATGTTCCTAACGATATACTGCTGCATCGTCATGCATATATCCTCCT GCAGTCTTAAAACAAGCTATTAATATACAAAATCCTATTTGCTTGAGCTTTTCACAACAC AAAACGCTAAAAAGACTATAAAGAGTTTCCAGTCTGTCTGTAAACCATGTGATTTCTATT CTAAATTCTGGGTGAAATGGATGCAAAGATTTCTTAGACAGACTGATGTACTAGAGAGCC ACTTCCATTTCCTTTCCTCGCCATCCTCAAGCCATCTGATGCAGAAGAAATGCCAAATGG AGGCTGATAAAAAGCAGGCCGAGGAGAAGACGCTGGTGCGTTGTCAATATGTTCGGGATG ATCAAACTTACAGGCAGGTCCATACTTGCAAATCCCGTAACGGCTATAGAATGAACAGAC AGCTTGGCCCTACATTTACAAAACAAAATGAAATAAACTTTGTATGGAAAGCACAAGTTC ACAATTATTTTGTCCATAATTGAGATCTATTGTGAGAAAGTCTGAAATAAATCTTGGCCA ACTGCTACTATATAAGAACAAACAAACATCTTGAAAGGAATTAAGTATTCCTTGAAGAAG TTGCTTCCATGTCCTTAACTAACAAGTGTCCTCAAACATTAGCTAGAAATTAAGGACATC AAGAGGAGCAGGTGTCCTCGAACACCGGCTAAATATCCACCAACATATGCCTCAAAAAGA GAATTCCTAAGAAAAATCAAAAAGCTTTTAAATCTGGAGAGACAAAACTTACTGGTCTTA GTGGCAGGCCTTTGTCATTGAGAACACTCGGAGGGTTTGTCAATGATTTTTGAGTCTTCG GATGATGAAATTTGCAGTAAGACTTATATTTACAATCTCCTGTTTTAATGAAGTAACTGC AATCAGGCTGACCTGGACGTTCAGGGTATTCTTCAACAAGCCACGGTGGTTGAGGTCGGG AATAGATGTTTGTCTTAGTTGCTGGATCCTTCACAGTAAAAGCTGGAGGAGTAGGTAGGC TCTTCTCTGAGGTTGGATAGACCGGAGCCTGAACCAGCAGAAACAAACAAAGTACAGTCA GAGGAAACTCATTGAACAATAGGCAAACACTCTGTCATATAAGTTTTATGATTTACAAAC AAAGAAAAATAGTAAAATGATTATAAACTTCACTTAATTCACATTGCGTATGACATCATA GAAAATCTTTTCTTTGCAGTGACTAATGTATTTTATAAAATGTGTCCAAAAAACATGTAG TTAATTGAACCAAAATAGAATGGCATGGTACATGGAGCTTGACAAACTGCTATTCTGTGT GTTGAGCTGCAAATATACTAGTTGAATCTCTCTTCGTTAAATTTACATATCAAAACTGAT AATTCTTGCATTGCATTGGAATAGAAGTACCAGACACAATATACCGTGAATGAAAGACAG AGATTTGCTGAAGCATTAGACACAATGACCCATCTTTCAGGACAAACCATAAACAACAAT CATTTCAGAAACAGAGAAGTTAAATTAATGCATAAATTACCTGAAACCTGTTCCATTCTG GACTCAGAGGAAGAATGCCTTGGTTTGCTGAATATACCACTGGTACAAAAGGAGATGTCT CATTCGATGCTCGTGGTGAAGACCAAGAAGACACTGGTGAATAGGAGGCACTTTGTACTG GAGCAGATCCACCATTGTTGTATCCAAGGGAAGGATTGTTTCCAGTCACTGTACTAGGAT CAGGATGATGAAACCTGCAACTGGATCCATACTTGCAGGACCCAGTGCGCATGTAGAAAG GGCAATCCTTCTCTCCCTGAAATGAAGACAAATCCCTTAAGGACATAATTCTCAAATTCA AAAAGGTTCTGAATGACAGCAAGGAGCATTACCTGTCGAATTGGCAGGCCAAGAAAGTTA AAATCCAGAACAGGTGAGATTGCACCCTTCCCCTTACTATGACTATATTTACAGGCATTT CCATACTTGCACCCTCCTTCTGTTAGGTAATACTGCAAGATTAACGAAAAAGAAAAAAAT TTAGCCAAAAAGGAAATATGCTACATTCAATACAGTATAGAAGTTTTAAGAACTTATAAG TTATAACAGAGCCAAGAAGGAAAATATGCGAAAGGCATAAAAACTTTTTTCCCCCACACA TCCAGAGTAGAGACACGTGTGGAAACAACTAAACAACTACTTTCACAATTGTGTCAGCAA CTTAAGAGGACTCAATTGTGTAAGTCAGAATCTTAGCATTGACCATTAAGAGGCAAATTC CAGTTACAGCACAACGCAAAGGAGAGAAGCATCCTGATGCATATATATACGAAGGTCATC ACATAGAGGTCCTAAATATCACCATAGAGAGAATTAACAACACTAAATAAAATAACATGT AAAAACTGTAGTAATCAGTCAATGTCTGATCAGTTTAGTTCTACAAATCTATCCACATAA CACAGGACAAAGAAAGATGGATTGCTCACTGATAAAAAAGAAAAAAGACGTATCATTGAG CAGTGTCAGTTCAACTTTATGCATGAACTTATTCCACAACTAAAATACAAAATTATGCAT GTTGCACTTAAAATAGCTCCTCGAATACAAATTTTTTCTCCTTCACCTAGAAATCTGTGA CTATGTCAGGGTCATCCTGCACGTACTTTGACTAATTCCACGGAGTACGTGCTGGCTCCT ACAAGCACAGGTACCTCATGATTCTATCCGCTAAGGCTTGAAAAGATAAGAAGAACTCAG CTACTGCTTTTTGTTTCCACCGGGAATTAAACCTAAGACCTCGTGGTTCTCTTGACCTAT AGGCCACACTCTTGGGTGCAAATCTATGGCCTTCTTATCATCCACTACATTCTACTATTA TGCAACAGAAAGTAACTATTCCAACAAATTTCTATGAGAAAAGCAGTCAAAACTAAAGGA ATTACACGATCCCTTCTGCTATAGATTCATTAAGTGAAGGAAATGATAAGAACTACCTAC TAAAAAAAGGAAGAGCTTCCATGCACCACGGGTGGGTTCTCCCTCAGAAATTACCAGTAC ATAATTATAATACACTATGGTCAAAAGTCAACTTTAAGTTTCTCGTCATTATGACAATTT GCTATTTTCTCCTCATGATCTTATGAGGAGCAGGGGCTAAGAAACAAGTTCTGAAATACA TGAGTTTTGTTCTAATCTAGTAAAAAGGTAATTTCATTGAAATGAAGGGTAGAAAAAATC CCGTACGCAACTAGTACACAAAAAAGTAGAGAAACTAACAATTATTTTAAACCATGCTTA TTTAATGCATCCTTATTGTATTAAGCCAAACTACTTCAGTAACCCAATAATGTCAGATTG CAATGGTCATGCAGCCAAATCACAAGATAACAGAAATGCAGAACAGATTTTTACCATAAA TCATCTTTCATGTGTTTCTGGCATATATTAAATGGTAGATACTAGGTTCATGTTAATAAA CAAGTTTATCAGTTCATATCAAAGAGTCTGTATTTCATAGAGCACTAACATTTATTTTTT ACATTATGATACTCAATATTCAACATCAAACCAAATTAGTCAAAAGATCAAGCACAGAAG AAGCAAAGATTTTCCTCGTCTCATGCTTTTAACAATGATAAATTTCATAACCTTGCATTC AATCAGCCCTGCTCTTTCCTCGCTTTCATCCTTTTGCTTGCCCTTCTCCATTGCCCACTG CTGAAGAGGTCATAACAAACTCAACATAGTAAGCATCACAAAAGTATTTAGGATCTAAGT TCTAACCTAAGCGTATGAACAGTAGTAATGGAAGAAAGAACACCACAAAGATCAACATAA TCTCCAGATACTCATCCTATTAATCCACTTCATGTATAGATGTCAAGTAACACTCACTAC TTCACAGAAAACAATAATGCCAATGATGAATGATACTATGAATTCTTTAACAACACATTT CAATGCATGATTCATCGTGCCCCTTAAGTGCCAACAACTAACTATGAAGCAGTCCTCCGT TAGCTCGCACCTCAAGTCCATCATTACTTCACAAGTGTAGCAACAACTACTACACTCAAT CTCGTAGTAGTCAGGGTCCACCATGTGAATCCTTTAACACCATTTGGGCCCATTTCATCC CTATTACTTTAGAAGTCCACTATGCACAAGAAAAAAACTTAATAATCCCGTAATTAAACA AACAAAACAGTAGACCATCACAATCCTCCACTATTAATACGATTCATCCACAACACTGCT TTTATTTAACAAAACCATTCATTCAATCAACAAAACATAGAATAAGTACAACTAAAGCAG CTTCAAACCCATGACATTGTACCTGATTTTGTCTTCGAGAAGGGTGATTAAACTTGCAAT TCAATCCATATTGACATGTCCCTGTTTTCATATAATAAGCACAATCCACAGCATCAGGCC TTAACGGGTAACTCAACCTCCTCCCATTCGCATTAAATCCCCATTCTTTTGAACCCGCCA TACTACCGCTCTCATTTACCACATCAATTTCATTTCCGGTCCAACTAAGGTCACCATCTT CATAGTCATCAAATCCCCATTCCTTTGAACCCGCGTCACCAGCCTTCTCATTTTCCACAT CAACCACAATTCCACTTTCGCTCCAACTATAGTCACCATCTTCATCGTTATCAAAACCCC ATTCTCTTGAAATCACCTCACCACCTTTCTCGTTTTTCACATCAATCACATTTACGTTTT CGCTCCAACCAGCACCATCTTCATAACGATTACCACCGTACTCATTCCCGACTTCCTCTC TTCCATTCCCTTCATTAATATCCCCTTTTGCTCTCTCTTCACTGAACGCCTGGTCTACCA CCAGATTCTGTAGCTCTTCACCTATCATTCGCACATCTTTCTCATCTTCACTTCCAGATT TTACCATAGCGGATTCATAAACACCTCCTTTTGCTCTCGCTTCACTGAACGCCTGGTTCA ACACCAGATTCTGAACCTCCTTAAAAATGATTTGCAGCGCTATCTCATCATCATCATCAA ATTCGTCTTCCTCAACTTCTGGGAGATCCCGACTAGGGTTTTGAAAATTGGGCTCCGATG AAAATGACGCCGTGTCGGGAGGTTGAGGATCAAACCCTAAATACTGTTTATCAAGTGTAG GTTGGCTTAAGTTATGCATGTATGGTGATTGAATGGCTTCCATTGCTTCGTTTTGCCTCC GAATTTTAAAGTGTAAAACCCTGATTCTCCATTTTCAGTCGAGTGAAGCAGTGTGAGCGA AATGAACAATGGCCAAAACAAGTCCAAATCAACGACGATTGTGACCCCAGTACATCTTTT ATATCGCCCTTTTTCCTTTTCTTAGGACAAATGTCTCTATTTTAATTTTTTGACCTTTAA ATCAGTGTCTTTTTATATATATATATATATATATATAAATAAATGGTCCTTTTAAAACAC TTTAGTACTACTTGGCAAAAGTTAATCGCAAAGCAAAATAAATAAATAGAAAATATAATC GTAGTTTGATTTAATTGTAGCAAAATAAATAAATAAAAAATATAATCATAGTTTGATTTA ATTGTATCCCGCAGCAAACTGTTGTTATTTCGTCTCTCTGCTTGGTGAATTTCACTCGTC ACTCTCGACAGACTCTCACTCGCCTCTCTTACTTTTATTCAAAAATACAAATGTATAAAA TATATTTACGTTTGTATAAAACGAGAAAAATTGTATATACACATTAATTTTCATTCTCTT ATCTCTGATGTCACTAGCCACTCTCACTAAGCTCTCTCACTTTATACAAACACAAATGTC TACATTGCGTTTGTGTTTGTATAAAGCGAGAGAAAATTGTACATATAAATACAAAAACAT ATATTTTCGTTCTATAAACTTTTTTGCTTAATTTTCTTTTGTCTTTTTCTCTTTCTCACT TTATACATGTATACCGAAACAGATTTTACAATTGTTTCTTTTGTATATATGTGTAGGAAA ATTTGTTATAAAGCAAAGTTCTGCATACCATAGTTATACAAATATTATTTTTGTGTTTGA TATATATATATAAAAGTTATTCATTATTTTAAGCTTGAAAACAATGTTACGAGCATATTT GGTTAAATAGGTGTAAGAACATTTTTTTGTGAACCATTTTTAATATAATTAGAGCATTTT TATTCGGTAAGTTACAAGAAATATATATTTAAATCGTTTCTAATAGGTTAATAATATTTT TGACCTTTACAAATTATCAAGTATGTGGAATATAACTATCAAAGATGATGGATTTGGTAA AAATTTTCAATATGAATTGATATTTGTTTATCATAATAAATAGTATCAAATATCAAAGAA AGTGGAAGCGATAAGTTGGCTGATGGTACACTTCACGCAAAGTATACTTTTTTATTTCAC GCGGATGAACTTTCCCACGTACATGCCCCCCACTATTTCCCTATTTTTCCGTCTCCTTTT TGTTTTACTAGTTTTTCTGCATCAAATTATGAAGTACACGTTTCAATAAAATAATATGTA AGATAAAAGAACAAGTAAAATGTCAGAATTCTTTTCTAAATTATTAATATGAATCATTGT AAGATGACTTATTTGTTGATATCAAAATAAATAAATTTAAGTTGGAACCAAAAAAAGATA AATTTGATAAGGCGAGTGTACAATTAGAACTGTTAAGGTCAAATATTATAAAGTATCTAA CATGTCTATACTTCGAATTATTGGGTCTAAAATTATGCTTGACAATTTCAACCCTTGAAA TTGGAAACTACAACACCATACTCAATATAATTTCACTGGAGAGAGGACAATAGAGCACAT GCAAACCTTAGATAGACCCTGGCTCAAGAAGAGATGACAAGTAAGAAATAATAGCAAGCA ATAACAAGAAGAAGATAAACCCTGACATTGGAAACTAACAAACCTTTAGAAATGGAATAT GATTTTCCCTCAAGAAGTTGGCATTGCTATTGAACTTGGCATTTCTATCCAGTCTGTAGA AACTTTGCATACAGAAAAAGAAAAAGACAGCAATTCTAAAAATGGCATTCCTTGTTTTAA GAGACAATGGTTTCGACAACTTACAAGATTGAAATAATTGAACTGCTTCAAATCAATGAA GGCTCCAATCATCTCAAGCAGGGTAAATCCAGGTTGACCACAACCCTGCATGATAACATT AAACCAGAAAGTTAGACATGAACACTGTGAAATGCAATTCAAATTATTCACACTGCCTGT ATCAACCTGTCATCAACGATTAATTGGACTAAATTTTCAAATTCTCTAGTAAGTTAAATT TGAACGAAGGCCACTGCTGGTGCACTTGTCACATCTATAGCATGAATTATAGTCATGGCG GAAGTGAAGAAAGCAGGAGACATCAGTATTTTGGAAAGAATCTCTACTTTGCTAAAACTC CAGAAGGAGCTAAGTTTAACAAACTAAAATCCAAAAAAGCTGATATTACCAAATCTTAAG ATCTACCCTTCTTTTTTTCTCCCGCCACCTAAATAATTACAGGGGGACAAATTTTTAATA GAACGAATCGCAGACATCATGACATGCTGGTATACATGTTGAGCATGTTAGAAGCTTTAA TCATGTTGGATTTGGCAGCATCAAGCAATGGATCTGCCTGGATTGCCTTGTCGAATGAGT CCTTTGCTTCGTTCCACTTTCCTTCAGCAACATATACAAGACCTAAATTGTTTAAAGCAG GTGCATATCCAGGTTGCAGTTCAAGTGATTTATTGAACATTGCCTTTGCACATTCATACT GTTTTAGCTGCCGATAGAGATTTCCAAGGTTTGAAAATATTGTGTGCGCTTGTTTTGGTG TAGCTAGTGACAATGCTTGTTTATACACCGATTCAGCTTGAGAAGACTCCTCGGATAGTT GCAGTGAAATACCTATAGTGCAAAAAAAAATTCAGCAAGACATGAAGGCTATTTTCACGA TGATCAAATATGGAGAAGAAAAGAGGAGGAAAAAAGATGTGCATGACATTGTGTAAGAGA GATGCATTTACCAAGATTTGACCAGGCATAGGTGCAGTCCTTACGGCGTGCAACTGCAGC TTTGAGGTACGTTTGAGACGTCTTAAATTGTTGGGTACACAGACTATGAAGGCCAAGCTG ATGCCATTGAACAGCATCAGCAGGATCTTCGGCTATTGCCTGTCATTTGCAAAATCAGAA TAAGAAATCCAAGCATTCAGTCCAAACTTCATTTCGCAAGACTGTCGCAGAACATAATGA AAATCAAAGGTCAGGAAGCCGATGCAAGGAATCAAAGAAGCTTACATGCAGTAAACACAT GCAAGGTATTAAAGAAGCTTAAATGCAGTAAACACATGCAAGAAAGAGTTTGACAACTGA TTTCCTTTCACAGTAAAAGATAAGTTCAAGCAATTCCAACTCAAAAACAATTTCGTAAGT AACCACTTGCACCATAGAGGAAGTACATATAGATCACCTCATCACATGTTCAACTACTCC CCCCATCCCATATGAGATGGGCACTTTAAAGCTTATCAAACTAAGTAATAAGTCTTAGAT AAAAATATAAAAACTTTAAAGCCTACCTGCTTTAGACTATAGATAGCATGCTCCTTGACT TCCACCAATTCATTATGCTCAACTTCAAATCCTGCCACAATTTCATGTTGGGCCCTGTGG ACCATGGCGAGACCAGCCCATGCTACTGGAGGCTCTATCGAAGTAGAATCTCCTTCTCTT AGTATTGAGGCCATCTCAATACCAGCCCATGAGAGCTGCTCATTGGGATTCTGGGACCTC TCTGCATCCCTGATGCGGTGAACTCCAACCGCATATCTTGTCGCTAAACAATTAGGATCA ATTTTTCCTGCCTACTCATTAAAGAAAAAGAATGTAAATTACTTATACAAGATCAACATT AATGCATCTATTCAAGAAGCCTAGGAATCAATATCTTGTAAGAACAGATAAAAGTGAGGT TTAAAGCTGATTGTCGCCTTGAAGAAGAAGTACCTTTTCCAAGCATTTTGCAGAGCTCCT ATGATCACCCATCAAGTAATAAGCATTAGCTAGATTTGTCCAAATGTGAGCCGCTTTCGA GTCTGCTTTTAAAGCTGCTAGTAAACACTCTTTGGCAACATTGGCTGCAGTGACTTGATC TGCAGAAGTTCCATAAAGAGTATTTGCCCCCGCACCTGAAACTAACAGCCGATGCTTACT AGTTAGTCTCTGTTTTCTTTTTCTTTAAAATTGTTATATCTATGTTTCAAAACATGCTAA TGAGCACTATCAGTAAAATAATTGATAGCCTAAGTAAATTTTTGCAATGCTCTGTAACCA TAAATCTGGTGGCCTAAGTATATAATTATAAAACACAAAATCCTCTTACCTGCCACTAGT GAACCATATTTATATAAGATAAGGGCAGCATAGTTGATTAATGCAGTGGGATGATTCTGA TCTTTTATAAGTAGATCTTGGAAGCACTTCTCAGAAAGCTCTAGATTCCCACTGGAAAAA CATTGTCAAAGTGATTCAATTCAGCAAAGAAAGTAGCTCAAGTGAACAATATAGGAAGAC ATGGCTGGTGAAACATTAATCAGTTAGTGTATCTACCAAAGGTGATTAACAGCATCAGAA ACATCCCCCATCCCAATAAAAAAAAAAGAGACAAACACAGATAACAGAAGCAGAATATGC ATTTGATAAAATACCAGTGTATGAAAAATTGAAAACCTATAAAAGCAGTGACTGCTATTA AGACGATCTAATCAATTGAAGAAGTTATATGGAACGAAGCATTTGATCAACCTCTCCAGG AATCCTAAAGTTCCACTCAAATCCATGATGGGTTAATCTGATTCACAAGAATGGTGACAG CTTGAAATAGGTAACTGTCTGTATCACCATTTGCAAGATTTAATTACTCTTGTTGTATAA GGTCATGGGATTTGCTTTGAAGGATGATTATTAAGAAGTGACTGAGTCATAGATACATAG AGGGTTCTCCCATTTATGGTAGAATAAGTAGGCTACTTCCTGAAAATGGTCTCCCTACCC ACAAGATAAACACTTCTATTTTAATGGAACGGTGATAACCGCCATCAGAATACAGTACGC TTTTTAAGCACCCAAAGGTGTGGTCAATGAAGTGGAAGACTATGACGTATCAGGCTTAAA TCCCTGAACTAGGCGATTTCTTCCATTTTGCCAAAGCCTCGGCTGCTAGAGTTGCCCGGT ACTTGTACTGATAGGAGGGAGAAGATGCTAGTGGACTAGTCGAGGTGCAAAAAAGCTAGC CCGAGCACCACCACCGCCAACAACAACAACAACATCATACCTAGTCAAATTCCACAAGTG GACAATACTAGGAGCACAAACAAATAATACGATTACCGACGCAAAAGAAATAACAAGTAA TAATAAGAAGTATAAGAAGGAAGAGGAAAAGAAATATTAATACCACTGATAAGGGAAACT AGATAGTGTGACTACCTACTAAGCTTCTACTCTAATTCTCAACCTCTATATCTTCCAATC TAGTGTCATGTCCTCGGTAAGCTGCAGGTGTTTCAAATCCTATCTAATCACCTCTTCCCA ACCTAATTCTTTTTCTGCCTTACCTATACCTCCAGTCAGACCCACCATAGTGAACCTCTC ACATCTCATCACTAGAATCTGAGCATCTCGGCTCACTTTGCCCATCTTGTCCACCACGGA GGTCATTCTCACCTTGTCTCAAATATGTTTGTTCTTTATCCTATCTTGCCTAGTGTGCTC ATAAATCCATTTCAATATTTACCCTCAATATGTGAGTTCTTGACCGCCCAACATTGCGCC CCATACAACATAGTTGGTTTAACAACCACTTTATAAAACTTACCTTTAGCGGCATATTTT ATCACACAAGATGCCGAATTTGAGCCTTTATTTTATCCACCTGCTCCAATACAATATGTG GCAATCCTAGTCTATCTCGCTATTCCCTTGAAATATAGATATCAACAATATGCCCCATAC AACATCGCTCAATCACGACCATCATAAAAAGTTATCGTTTTAGAAATCTAAGTCTCTATA CTTTGTTTTTTGAGGGGTAAGTTTATGACATTATTATCTTCAAACCCCATCCGTCTGAAG CTATTGCATCGTTTTTGCCAATAAATCAGAGTGAGCAGCTAAGAGACACATTACAAGGTT GGAAAAGCTTAGGCATAATTTCTATAATCAGAACAGTATCCACAATCAAAGTAAAGTATG AGTTGATTAACCTTTTCTCTCCCTTTTTCGACATAATGGGTCAAAACTTTTCTTCAGCAT AATCAAACATTAGTAAACATAATTTTATTTTGAGACTTTCAAGCCTTCATAACTCAAATT TCACTTCCACACGGCTTAAGCAAGATATGATACTGAAGATTCTATTGTCTATAAATGAAA GAGAGAAGTTCCAGCGGCCAAGTTGAATCATCAGTAGATATGATCAAATGTGCATGACTT CAGGAAAAGAGAAATCCAATGTCATATTTGTTCCCATTTTGTGATCATTTATGTAACCCA AAGGGTTTTTACCACTTGAGGTCCCCTAAAAATATTTTAATTCAAACTGAAAAGCAAAGA AAAACTATATGTTTCACAATGAATAGGGAAGCGACAGCACAAAAGATTTACTCATCACTA AATGGAACAGTATAAGTCATAGATTTTTCTCCTTTACAATTGCAATGTCAATAAAAACAT CATTTAGCTTATATGATATTCTTTATCTTTGCCCTTTTCAACACATAAATACAAGTGCTT CTCCACCTCTCCAATTATTTTTAGCTTCACGATCAATCTATTTTTCATTAGTATTATTTG ATCAAACACGAGAATATTAAAATGATGACATTAATATAATAAGTAATCTAATGCCCCTTT ATACCTCTGGAGACAAGCAATTCCAAGATTACTGAGGCAATCTAAGTTGTCTGGGGAAAT GTCCAACAAAGTTGAGAAAACTGATATAGCACTCTACAATAACCACAAGTGTCAAACGAT AATCAAAGAAAGTTCCAAGATGTCAATGAGTTAAGCTAAAATATAAACATAGCAGCACCT GCAAACGACCAGATCTAAGAAGTATTATGCCAAGAGCATTCCAAATGGATGCCTGCCTAA CATCAGATTTCACAACCTCCTTAAGTTTAGCAAGAATATTTTCAAGCTCTTCAGGGTCTA ATTCCTCATCTGAACTACAATCTTCCAAGGTTCCAAGCAGAATACACTGCACCAGGAAGA GATGTGTAAGTATGTGGTTAGCAGTAATTACATATTTAAGTTTGAAAAACTAATAGAGAA ACATTGACTACAAAATTTGCAATTTCTCTGAGTGTAAGTTCATTCATACCTGTGCATGAT GAACCTGGACTAAAGAAAGCAACTCAGGCCTGTCTATTGCTTCCTCAGAGCGAACTAAAA TTTCTTCCGATTTCTCATATGCCAGAATCGCCTAGAATGAGCTGTTCAGTGCGAGAGAGA GAATGAAAACAGACCCAGGAAAAGAACACTGGAATCCATAAGCTACCTTTTGAGGCTGAC CCATCCTTTGATACATCAAGCCAAGTACAAAATGTGCATGTGCATTCTTTGGCATTTTTC GCGCAACATGTATCAAGCCCTACAAGCAAAGTAGATGAATCCAGCAAAAGTTTAAACAAC TGCACCAAGAAGGTGTTTAACTACTCTTTCCTCTGACAATCAAAACAGATGATTTTACTA GCACAATTACCCTTATTTTAAGAGAAAAGAAAAGCAGAAGATTAAACTGGCACAAGGTGA AGCACAATCAAGAAGAACTCTCTTAGAACTTTGGGATGCCCCTTGCATCTAGTAGAATCA GTTCTGTTGCCGTCCAAAGCTATGTTCCTCAGCAGCTGAAGCAAAAGACGTACTCGTTCT ACTTCCCAACCATTTACATTCCTTCGAAGAAAGAAATTCCACCTTTGTGTTTTTTTTAGG TTAAAAGCATAGGAAGTATATTATTCAACTTCCAGCAAATAGTTACAAATCATCTGAGGG AAATCACAATCAGCGAATTACCCCTTGTGTTGAATATAGACAGTATAATATATTAATACT GAAAATAGTTATTTTAATTACAAGTTAATTATTGTAATACTAAATTCATATTTTGGTATT TTAACATTTCAATTAATTATATGCTTCAGTCCTCATTGGTCGTTTCAAGTCCCGTGGATT TTGTTGCTTTCCCACTTTTTGCATTTGAAAACACTGCATTCAATTCAAGTGATGAAAAAA TATGATATGGAAAACAGTTAAAAGGATTAGCTCTCATATAAACATAGATACAGACACAAA TCTAGGTAACAAAAGACAAACATAAGTCAAAATATTCATCATGAAACACCAAGTTGGTCT CAAGAAATATGTACAAGTTGTGCATATAAATGAACTCGAGTTCATGCAAAATTTCCTGTC AACCTTGTCCAACTATCAATATAGCAAATATAAATGGATCAAAATACAACTCACAGTTTT AAGACTGCTAACTTTTTCTTCCCGAGATGAAGGGACCCCATGAACATTATGATCAGCCTC TGCATCAGCTCCATTACAATCAGGAGGACATTCTAACTTACCCATTCTTGAACGGCATTT TCCCAATTTTTTCAATTGTTTACCTTCTGTTTCTGCAATCTCTATGTCTTTCTTCAGCTT ATCCTGACAAATTTCATCAGCTATTACCCTGCAAATATATCAGACCCAGGTTAAAGTAAT AAATTATTCTTGTCCCAGCAATAATATCAACATAATAAAGCTAAACAACAAAGCATCAGA TCGAGGTGAATTACCTCTGCCGTTATATGAACTCCTTTTCCGAGATTTATTTTCTATAGG CAGAGGTGGGCCGAGAAAGAACTTGGAAAGGTGATTAGATAGGACATGCACAACTTGAAC TTATTGAGGACATGTAGGAAGGTTTGGAGGTCGAGGATTAGAGTAGAAGGTTAGTAAGTA GCCGAGTGTTATCACATTTAACGTGGGAGATGTGGGGGGGCTAGCCTCCTCCTTTCCTCT TCTCTTTATTAGCGGTATTATCTAGTAATGACGTAGTCTCTTATTCTTCAATTTGTATTA CTATTTGTTGCTTCATTTGTTTTGTATCTTGCTATTTTGTTCTCATATTTTTCTCGCAAT CATGCTTAGATTATTTATTTTTTTAGCCGAGTGTCTACCAAATACAGTCTCTCTACTCCC ACATAGTTAGGGGTAAGGTGCATACATTCTAACCCCCACAGACCCCATTGGTGGGATTAC ATTAGCTATGTTGTTGTTGTTGGTATTTCTCACATGTTTCATGGCAGCCAACTGAATTTT TAATAACAGCTCTAACAATACGATATAGATTCATCTTCACTTACAACTAATTCCTTCCCA AAAGGAATGCCACTCTTATTAGTTGGTGAATCAAAGAGTGTGGAATCAAGCCTAGCCTCA TTCAAATGAAAAAAAAAATCCGAAAACTCTAAACAATTCAAGTTTCTTCTTTCATTTGTT CTTTTTTATTTCATAAAAGTATCAAGTAGAACCTGGATAAACATATAGGAGACACAGCAG CTACGGGTACTGAATCATTGCCGTCGGAATCAGGAGGGTCAACGTTGAGGTCAGCCAAAA CGATTTTCGACGGCTGATACTGAAGTGGTGGCTGTAACCTCACGGAGCCGGAGTTCCTGT CAACGACGAGAGATTCTGACTTCATTGAAGGAATTTTAACGGAGTTGGACGCCGGAATTT CTGACATTTTGGACGCCGAACGAAAAATCTTCCGCTGAAAAGGTTCCTCTTTGGAATGTT TAACTTTTGGTCCCTGAGGTTTTGTCTAAATCCATTTTGCTCACTATGTTAATCTATTAT ATATTTTGGTACCTAATCTTTTATCTGAGATTCAATTTGACCCTGTAATTTATCTGAAAT TCAATTGCATTAATTATTGTGATTATGACATCGGTAGAAACTTGAAAGAGAGCCTAATTG TAATTTCACCAACATGTCTCAATCTTAAAAGTAGGGCATGTTATTTGCTATGTAGAAGTG ATTTTTACGTATGTTTATATATTTATTTTAGTTATAATCGTATGTTAATAAAATAAAAAT AATTTTTATATTACTATAATTTAATCTTTTTATCAGATTATGTATAATCTATCTTTTATA CCTATCTAATTTCACCTATTATGGACAATTAACTACAATTAATTATACTTAATTTAGTTT ACACACTAATTAATTAAGAGGTTGAGGTTTGTTATGTGGCTTTTCAATAAGAGGGGTCAT GACAATGTGTTCATTAGATCTAAACAAATTATTGGTAATGTATATAATTTATACATCCTT AATTGAACAAACTAGAGAATCCACAATTCTTTCATGGAATCAAATTATTTCCTTGTGAAA ATTCATCTTTCAACTTAAAGAAAAGCACAACTCCATATCCTAGTTAATTAAAAAAGATTA ACATTTAAATTAAGTCGATATTAAGGATGAATCACTTCCCTTTTTATGATAATTATTGAG TGTAAATTAAATTATTAAAATATATTTACATGTTTGTGTGCTTGATTGATCAAAATTTAA TTGATACGCTTTTTGTAAATAAAATATTTTGATTTAAAGAGATAATATCAATCACTTGAT ATTCATTCAACGTATTATTATGATTATATTAATTTCGGATATGCTTAGCCGGCCTATCAC GAGTACCTACGAGGATTAGTGTGTGAATATTGAATCCACAAAAACATGCACATGTGATTC ATATATAACGTGGTGCATTTGCAAATTTGAATTCAAAATGCAAAATTTGAGGTAGGTTTA ATAATTTTCATATTTATATAAATTATGTAGTAAAAAATATTGAGTTCAACTGATTCGTGT TATACCCGTCGCTTCTGTAACCTCTCCAATTGGGACCTTTGTGTTGGCAATTTATCATGT TGACAAGTTGATCGAATGACAATAATGTGAAGCGTGGTGCTTCAAAGCATCACTTCTCTT GCTCTTGGGTGTGGAGTTACGGCGAGGTTTGCGGCCCAAAAATATGATAATTTGATTGAA GACATTTTTAGGTACTTGAAGATACCTAATTAATTAGTTAGGTTGGACCCAATTTTTAAG CACATGAAAACTTGATTTCTAGAAGAAGAAGAAATGATGTGCTAATGTCATGAAAATATG TGAAGGAGATTAAGCCTAATTATATAACATGTTTGGAGTTGTTTGGTACCTGGTTCGGAA GTGATCAGTTATGTAAATGTTAAATTCTTTATAAGTAATATCGTGTTTGGTAGTTGATTT GAAGGTGATTAGTTATGCACATATTAAATTATGCATAAAGTAATATCATGTTTGGTAGTT GATTAGGATGTGAGTTATTTTTGAATAAAATTAATACAACATTTGATTTACAATTTATAA AATCAAACCTTCGTGACTAGGTACTACATATGTTTTATATAGAAATTTGGCATAGTATAT TCTGCATAAATAATATCATGTTCGGTAGTTGGTTAGGATGTGAGTTATTTCTTAATAACA TTTGATTTAAACTACATATGTTTTTTATATAGAAATTTGGCATAGTATATTCTGCATAAA TAATATCATGTTCGATAGTTGGTTAGGATGTGAGTTATTCCAGAATAAAATTAATTCAAC ATATGATTTATAATTACGTATTACATATGTTTTTTTATAGAAATTTGGCATAGTATTTTA TGCATGATAGAAAAAAATAACTAATACATAAATAATTAAAAAGAATTATTTCAACTTATT TGTTCCAATTATAAAATAAAAAGGATCTTCTTTATAATTTAGTAAAAATATCACTCTTAA CTAAAATTTTCTTTAAAAAGTATGTCACATTATAAAAGGCAGGGACTGAGAAATTTCAAC CATAGAAATTATTGTGTCCCTAAAAAGTAAAAAACAATTGACTCTCATCACTAGTAACTA AAATTCCAGTTAGGTCAATATTTTTTCTTTTTTTGTGATTGTCTTTCACATGATTAAGGG TCGTTTGGATGGGCTTAATAAAAACAGCTTTAAAAAGTACTTTTGAAAGTACTGAAACTT ATTTTTAAAATAAGCAGTTATGAGTTTGGATAAAAGTGCTGAAGTTGTTATGCCAAACGT GAAAAGGGAAAAATAGAAGAAAGAGATGTTAGGGTTATATGGGTAATTTGGAGATTGTAT AAAAATATTAAGGGAAAAAACATAAAAATGTGGTCAACTTAAAACAGCTTATAAGCTAAA AAAAAAATACTCTTACCCCAGTTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTAACTTA AAATAAGCTATTTTGAGTATTGCCAAACAGTTAAATAAGTCAAAAACCAGCTTTTAAGTC AGTTTGATCAGCTTTTAAGCTGAGCCAAACAGGCTCTAAATCATATAAGTTCCAGGGGCT AAGAACACTATAATTATATCAAATCACTGTAAATTGTAATTATATTTGACCACTGTTTGC TTCAATTAAGGAAGAGAATTTGAAAAAAGTATTAAAGTAAAATTTGATATTCCAATTTGA TAAATAGAGGCCGTTCAATTACTTCCTTCCCATTTTGATAATTAAAGTAGTTTACTTTTA TGATGAAAAATTGCTCAAAGCAAACTTTGTCTCTCATAATTGAATAGGAAAACGAAAATC ATTGCGTTTTTATAAAAAAAAAAATCATTTTAAAAACTTTTAAAGAGTTAAAGAATATAG TCTATCCTTACACCATTATTGTTCTTTTTTTAAAGTCAAACTATAAGAATTTTGATTAAT ATTTTACGATATATATTTTTATCATATTGATATACAAAAAAATTACAATTTATACTACTT TTTGTATGGTTTTTGAATATCTAATTTTTTCTAAAAAAAATATTTAATTATTATATAATT TAATTTAACTTTAAAGATTAATCAAATTTGACTTTCGAATAGCTCAATATGTCAAATCAA AGTGGACACAGGGAGTATATATGATAAAATTTTCAAATCAGATACTCTTACTAACTTGTA GCATTGTTAGACTTAAGGAGTGATTTCTTAAGCATTTTACTATTCCAAAACTTCCAAAAA AAATTATTTTTCTCAATTAAAAGAAGAAATTAAAAACTTTGGACAATTGAAATGACATAG TAGTTACAACTTACAACAACAAAAAAAAAAGAGCAAAAATTGAGGAATGTACGACGGTTT TGTCATTATACTTGAATACTACTATGCCTTAATTAATAGCTACTACATGATAAGAAGTTT TTAAATTAAATAATTTAATCCCCTTTCGTTTAAAGAGTGGGAGATTAATTAATTATCATA ATCCTATTGTTAATTAGTGACATCATTGGAAGGTTATTAGATTACTAACATGTTTTTTTT AATTATATGGTGCATATTACTAAGGACAATATGGCCTGCAAATGCAATAATCCTCAAATT GCTAGGATTCATGCCCATTGGCTTGATGAATATTGGTAGTTGAAATGGCTCTATCACTTT GTATGGTTTTGGTTGATATTGCTTTGAATCTTTACATTTGTCTTCATTAATATATTCATT AGTATATCAATTTGTGCGATGGACGGATAATATTAAAATATTATTTAAACATATTAAATT ATATTATCTAACAAAATTCTGACTACCATAAATATACTTATATCTCCTCCCTCCACAACT CTTAATAACCAATTCTATATGTCAAGTGGTTTTTCATTTGTCACTCGACTTAACCTAAAT TACTCTCCTTTATTATATATATCGATTGAAACCAAATTTTTTTATCCTTTTAACCTTTTT GTCCCATGTATATGAAACAATATAATGAGAGGGAAAGATAAAAAACATTCACGAGAATCA AATTTATAGCAATACATTTAATTATATTGAAGTAATTAAATCAACACTTCTGGAGTACTC TACAGAGGTTGTATTTAATAATCAAAAGTCAAAAAGGCATAAACACAAAGATGCCAAAAA CCAAAAAAGTTACACAATAGAGTTCCTGTCTTTTCCCCCCTTCAAATAAAGTCCTTCCTT TTTTTTTTTCATAAAAGTAATATTTTTTCGTCTTTGTTAGAAAACACTTTAATCAGCTAG CAACGAGAACCTTTCCAACAACTCAGGGCACCGGCTCCGGACACAAGGGAGCTTATTAGT GAAGAAGACTTTGCACTCAAACTCGAAGCCTTAGCATAATTTGAAGAGGCTCCAGCTCCT GATTTTACAAAAAATGCACCATTTAACATTAAGTCACCATCACTCCTCCAATTCCAATTT TTCCATTCACTTTCTGGTGCATTTTCATGCTTCGTCACCTATACATGAATTTTAAATTTA ATTTACGATCTAGTTAAGCAAAAGATTATAATATATGTGTGCGAATAAATTAATAATAAC AATGTACCTCTTTGCTGAATCTAATATCAGAAGCAAGGAATCTATTGCCCTGGCTATTGA TAGTGGGATTAGCACTACCACCAATTGCATACATTTCCCAGTGAGTATAGTCATTGTTCA CCACATGAAAATAACCATGTCTACATCTGCATCAATTTCAAATATTAACCCAACAATTTT TATCAAATCATATAACATATAGTTCACTAAATTTTCATAATTTGTTTATTTTAATTAAAA CTTTGATTTTGTTAGAAGTTTTTAATTTAATTGGTCAAGATTTCAAAAGTCTTCTAAGAT TTTTTTTATGTATACCTAAAAACTTAGTCAAACATTTCAATTTTCTGAAGAAAAAAAAAG CCTTTTGACTTTTCAGAAGTATAGCCAAACATGTTACATCCTACATCTCTAGTTTCATTT ATGTGATTATGTTTGAATTTCGTTTTATAAACAGATTTAAGAATGATAAAGATTCTTTTT AAAACTTGTGATTTAAAATAAATCATAAATACTTGTGTGGCTGACTATAGATTATCTTAT TGAGAAAGAATGTAATTCTCAACTGATTTTATGTGTTAGTTGAAATGTACTAGACCAAAT TTTGGTGTGTGTGCGTGTATATATATATAATATCATCAAAAATATTTTTTAGTGATAATT AATTAATAGCAGTAATTTAATTGTCGCAAAATATATATTTTTAAGACAATCAACATTTTT TATAAATGTACGTAAATTTACGGTAATATAGAATTCAATGATAATTAACTAATATCAGTA ATGCTACAACACTCTTTGTTACTATACATATTTATTATTATCGCTGAAAACTGTTTTTGT TATAGTGTAGTTACTTTGGCCTAACACACCCATCATTTAATCTAACATGTATAAATTATA CTATGTTTACCTTGGGATTCTTTGGACAAGGCCTTCTCCAAAGTGATTGAAGGCAATGGT TACTTGCATGTTCTTGTCTTGGACATGGGAATCACTATGTCCCAATAACATCACTTTATC ATGATTAGTCATGTAATTGTTAGATATGTAATTGATGTGGACCCCATTATAGCATCAATC AAACCATCAACACAATTAGACAAAGAACAATGATCTATCCAAATGTCACTCCCACCAAAA ATGGACACACCATCACCATCTGATATAGTTCTCCACCCATAGTGTTGTGGGGTGCTCCTC ACCATAGCATTCCCACCTTGCTTACAATCATGTATGTGAATTCCATGGATGATAACATTG CTCACATATTGTATTGTTATGCATGGTCCACCTGAAAAAAATATCAAATTCATAATTTAT ATAATAGTCTGTTTAATCAAACTTTTATCGTGTGAGAAATTTTGATAGTATAAGTATTTA GGAGTAACAAATAGCTAGAATCTTGGCCAACCATAAATTGTTACGCTAATTAATGTTGGT AGAAGCAGGGCAAAAGTCATTACATGGTGGTTGCAAATTCGATAAAATTTAAATAATTTT GATTTAAATTCTTTATTTGTGTTTAAAGTGAAATATCAAATACATATAATTAATTATTCG CTTTTTTTGAATCGCACGCTTAAAGTTTGGTCAGAATGATAAAATAATATATTTCACACT ATGTTATTTTATCTTTTTAAATATTTTTATCCTTTTAATTTTAATGATCTTTTAATTAAA AAAATACAAAAAGATCGGTTTACTTTAAAATAAAAATGATATTATAGTCTTTTTAAATTT TTGGGACAAATTTTCAAGCCATTTAGCGTTATTCCTTAAATAATTATTTATAAATTTGAG AAATACACCTCAATTACCCCTTAAATAATTATTTATAAGCTTGTGACATGAATTACCACG TGGAAAACAATTCCATTGTGGCAAAAAGTGGCAACGCATAACTAACAATTTCAATTTTTT TCTCCAAAGTGATAGTTTATGTGTATGTCTCATACTCTCAATAATTTAGATATAAATCTA GATGTTTAACATTTAAAAAAAAAATATATCACCAAAAAAGCACAGACGAAAAAAATGGTT GGTTTAAAGACATTTTTAACACATACTCCAATGCAAATATTTTTTTCAAATATGATAAAA GACAAACTAACTAAACATCTGAAATTATGAATTTAGAATTTAATATTTTATCGAAACATT AGTATTGAAATATATCTAATAATTTTCACCTGCAATGTGAACGTTAGCTCCTCTTCCATC AATAGTCTTGAAAGAGTTCATAATGAGTTCTTCTTTTAGTTGAATGACCATATCGCTAGC AAAAATAATCCATAATGGCTCATCTTGAATAACCCCGTACCGGAGAGTCCCCGGTTTAGG GTTAACAGGATCGTCGTTACCAGAATTGGTAACGACGTAAATTTTTCCATCCCTACCACC AATGGCATTTTTTCCAAAACCAATAGCACAATTAGCTAGCCTTTGACGATTTTTCTCCCA GTTTGGGTCACAACGCCAACAGTCATCTATAGGGTTTCCTGTCCCACAAGACAAATACCC TAAGTTCCTCCTTGACACATTTATGCTCCTATAAAGAAAAAAAAGAAAAATTCAAACTCG TAGAGTCAGAATTTTAACTTTATTAAATAGGTTTCCTAATGTACTAGTTATATATAAATA TATTGGGGTCGAAGTCATATCATGTATTAAAAGAGATATTTTTTTAAAAATGTTGGGAAA TAATGGTAAGATACTTAGGATATTTTGTATCCGTTCAATTTATGTGAAAGTGTTTAATTT ATAGATGTGTAGTTTATAAGAAAGAAAATATTTTTGTAAATGGTGTGATTTCAAAATATA AAAATATGTTATTAATTAAGAGAAGAATAAGAAATTTGAAATCAAGTAAAAAATATACAA GAGCATTTGATTATTCTTTTTTAAACGAATCACTAGGAAAAAGTAGTTAATAGTAGAGAG TCTTGCTGTGTGTTAATTATCTAGATTTAGTTAACGATTCCTACGTAGGTTCAGAACATC AAATAAAAATAACAATAGCAAGGGCATGCATGTGTGCCAAAAACATACCTATCTACTTGA TCAACAACATATTGATGATTTTGTAAAGGAGAAGAGGCAAGGAGTGAAGGGATTAAAAGT AGAAAGGACAAGAGGAAAATGAGAGAAATAGAGGAGGTGGCCATATGTGTTGTGTTGTGT TGTGTTATGTGTATGTTTTCTCAATGTGGTTTAGTGTTTGAAGTGGGGTTTTAGAATCAA GGGGAAATAGAAGGGGATTATAAAGAGAAATAAACAAAGAATTTGGATTAATTAATTAAT TGAACAAACTAGGTAGGGTATATTATGTTACATTTTTTAGGGAGATTCTTCTTTGGGAAG ACTATTTCATATTGATAGTTTAGCTTTTGAGTATGCATTTCTAGATGGAAATTAAAATAA TTACCATTATCATTTTCTTTTAGTCGAATGTTGTCATATATTTGATTTGAGATAATAACT CAGAAGATCGCTCTGCCATTAATTTGTTATTGTTTTATTTGTAACAAGAATATTACCCAA CTATATTGTAGTAGCACTAAACATTGACAAATTAATTAAATCGTTTACTTTATGTTGCAA ACTTATTTAGTTTTCCAATATATATGCTTTGTAAAGAAATTATATACCTTAATTCATTTC AATTTTTTTTTTTTCATGTTGAAGTTTTTTGTTTTTTTTTTAATATACGTCACGCATGTA AAGCTTAGGGGAAGTATCTTTATCATTTGTCTCAATTTATTTACCCTTTATAGAGAAGCA ACCCAACTATAATTTGCTTTGTTAGTTTTCATTAGTCTCCAAGTGAAATAGTTATTACTT TATGTAGCACCCTTGACAAAACAGAATAAAAGAACTATCTAGTGTTTTCCTCATTCTGTT GAGTGGTCTGGTAGGGGGTGGGGGCCTAGGGGAAGGGGAGTGTGTATTACTTCTTAATGA GTTCTTTTTTAGCATTTGTTTGGTTTGGATGGATATCAATACTCTGTCTTGATTTATGTG ATATGATTTGAATTTACGAGAGTTCAATAATTCACGTTTGATAAACTATTTGACCTTGAA TTTGACATGGAATTTTTTTTATAAAAATTAAAATAAAACTATTTATTTGAAATCTACTTT AAAATAGTGGAAATCATTGAAAATAGTTAAAAGATATGTCAAAGAATTACCATTGAAGGT TATATTTTATTCCATAGTTTTATGGTCACATGGAATTTCATACAATGAGCAAGTTAGAAG TTGTTGTGCAAATGAAAGGTTTAGGTTGACTTTGTGAGGGGGTGGGGAGAGAGGATGGGT TGATTACTTTGAGTGATTGAGTCAAGATGATCTAAATTTAAAAAGGATAAATGATAGAAA TACCATCATTAAGTTTTTACTTTACCATTTTCTCTAACTAGTTTTACAAAATTTTAAAAT TTCATATTTTCACGCATCAAAATAATGTAACAAATACATCAATTTTAATATATCTCGCGC CTTAAATTAATGTATATCACGCATCAGACTAGTGTATCATGTATAAAATTTACATTCGAT TAGTGTATCATGTATAAAATGTAATATATCTTACTTAACGATTAATGTATCTCGCACATC AGATTAATGTATCAGCGCTAATATCATTGTATCAGTTTAAAAGATTTTTGTAATTATTAA CTTATAACGGACAAATGAGGGTTACTTGAGTTGAGGATAAATGACAAAATTTCCAAAATT CCTCATTTTCACGCATCAAATTAATGTATCAGCGCATTAAATTAATGAATCTCGCGCATC AGATTAATGTATCTCGCGCATCAGATTAGTGTATCATGTATAAAATGTACATTTGATTAG TGTATCATTTATAAAATGTAATATATCTTACTTAGCGATTAATGTATCTCGCGCATCAGA TTAATATATAAACGCGTATATCATTGTATCAGTTTGAGGAATTTTTGTAATTATAAACTT ATAAGAGACAAATAATAATTTTACCTTAAAAATATGTGATTATTGTCCTTTGCCCAATTT TAAGCGGATTGATTGACTCATGTTTCATGTCCTAATTTTGTCAAATAATACTCTGCACAT AATTTAATGGGTCGTATAAAGGCAGCCCAAACTGAAACGGGCTAGTATTACCTTCAGGCT TCATCTAATCAACATTGGTCCATATAGGAATTTTTCCCAAAATAGTTAATTATGCTTCAA TTCGTAGTCATAGTTTACATTTGTAGCTACAATTAAAGCTGTTTTATTTGTATAATTAAC AGATTTATATAATTAGGTTATTTTTATATAAATTTTAAATAATTAATTTATATATACACA AATATCTAAACTTTAAGAATTTATATATGAGATTACATTATACAAAAGCTATACAAATTC TGAGTTATACAAAAGTGCAAAATATACAAATTTGAAAACTCAATCCACATAACTATCACT AGATGTTGATCGCGAGTGATACCATGGTGACTAATTAAATACGATATATTGATTTAACCA TATAATATTCCCTATAAATATATCAAATTATTTTTATCCCATTGATTGTTTGACGTGGGA GTTACAATGAAGTCATTAGATATGGTGTAAAAGAATAATATGAACATCATGTATCAATAA TAGTGAGATTATTTTTTATCCACTGCTTAATTTGATATATTAAAAATAATATGTATTAAT TAATTTCTTTAAAAAGATTTTAATCATTTACATTAATACTCTTGACAAATATACTGAAAA GGATGTACGAAAAGGTTTAGAAGAACCTCCTTTGTTATATATATATATATATATATATAT ATATATATTATTCATAAACTTTATTCTAATGAAAGAATTTAAGTTAATTTTTAAAATTCG AATTTTGTTAGCTTTATAGAAATTATATCAAAATTATATCACAATTGTTGCAGTTATAAC AGAAGGCTTAAATTCTTTAAGACAATGAATACTATCAAAACTAGTTTATTATATTATTTC CTATATTTTACAACTATTTTTTTAAACAACAATTCTTTATTTTTGACTATTAATTAAAAA TACAAACTTGGAAGATAAGGAATATTTTACTTCAAAATGGGGCAACACGAAACATATCGT AAAATTCATATCCAGCCAGAAAAAGAAAAGAATATCCCTTCCACCGCCAAAAAATATTTT TCATGCATTGACTTTTTTTTATATAATCTATGGTTGGGGCTCAAAAATGTCTTTCAAACT TGTAAAATAATTTAAAAATATCCTTCCAAAGAAGTTACTCTAAAATTTAAAAAAATAATA AATTCAATTTAACCTTGAAAACAAATAAAGAGAGGAAAAATCCACGTGAAAATATCTATT ATAGTATTTTATTTTTTATTTAATATCTGAAATTCGTATTAAAATTTGAGTAAATATGTG ACAATATTAGACGAACACAAAGAGTCACACGTGATAATGACCTTTAACTATAAAATTAAA TTATGTTTGCTGTGAACACCACAATTTATTTATTTTATTTCTAAATCAGAAAATAAATAT ATTGATGGTGAACTTCTTCATGCTTTTAATTCATAAAATCCATTGGTTGGTAAGCAATAG AGAAGAATTCAAAGTTTAAATTCTTTAGTATTTAGTTCATATGCTACTTTTTATGTCTTG GTCAATTAACAGCCAAGGAAAATAAAACAAAAAAAAAATTAGAGGCTTAGAGCTCATGTA TTGAAAATCGTATTTGGTGAATTGTATTTTATAAGAATATATATTATAATTTATTTTATA CGTATAAACTAGTCATAAATGTATATGTATACAGACAGACAGTGGTAGAGCTAAATTTTT TAATAAAGGGGTTCAAAATCTAAAAAAATAGATATAGGAAAAAGCCGAAGAGGATTCAAC ATCTACTATACATATATAAAAAAAAATTTAACCATATAAATATAATATGGTTTTTCGAGA AAGGAGGTTCGAATGAATCCCAAGATGTTAAGATGGCTTCGCCACTGTGTACATATACTA TCCATCACCATCAACGAATATATGCAGTGAATGAAAATATTTCTTATTTAATTAGAGATT TCAAATTTAATCCTCATATACAAAAAAAATTCTTAATAAAAAGTACTATTTACGAAATAA TGAAGCCCTATACGATATGAATCTTAAATACCAATATTGAACCTAATAGGTTCAGTGATG GATTAGGATGACACGTAATTAGTGTAAGGACAATTTATTTTCCTCCTCAAGATTTGGTCT TACCTGTTATTGACGACGTGGTCTCTTTATCATTTTAAAAACATACTAGAATGGTGGAAC CAAACATAAATGAATTAATATTTTTCGATTTTAATTTCATATATAATATTTTTTTAATAT ATAAGCACAACAAGAGGAACACAAAAATAATAGATAAATGGACCATATACTTCACTCTTT AAATTATATTGTTTGATAGCATATTTTTGTACAAAGTCAATATACAACTAACAATTGTGA TATGTGTTAACGTTAATTAATATGTTTGTCCTAAAATAAATATTATCATAACAAAAATTA CGTCTATATTATAAAATTATTGAGTATAATGTGTAGTTTATTAAATAATCTTTTGATAAA TATTTTTTCGAAAATTAAACACTATTAAAAAGATAAGGTATATACATATAGTTGGAAAAA TATATTTTTTTGTTTCTATTTATTTGATGTGTATTGATTTTACACAAGTTTTTTTTTAAA AAAAAAAAGTTAAAAAACTCATAAATTTTGGGATCTAAAATTAGGTTATGTGAAAATTAA AATTACACAATTACTAAAAAAGGAACAAAATATTCTTGACCGCTACTATACAGAGAGTAT ATTACATCCTAGATAGTGAAATAACAATTGTTAGGGTACTCCCAATTTAAGGAATAAAAA ATAGGTCAAATAAATTTAAAAATAAAAGAAGAATTTATTTTTGTCTTTAATTTTGGGCAT TTTCTGCTAAAGTAACATTATTTTGAGACAGGGAATAGTTCACTTACACGCTAAATTAAT TTCATATTGTATAGTTGCAGGAAATAATAGTTTCGTTTATGTCATTATTTTAGATTTCAT ATTTTCAAAAATTTAAATTTATTATTTAATATTCTCTTGAAATTAATTTTTCATAAATAA AAATGTAAATAATTTCTTTTGACTAATTAAATTAACTAACGAATATGAATTTATTATTTA ATTTTCTTATGTTTATCAAATTTATACTTCAAATTTAATAACTTTCAAGAGTAAAATAAA AAAAATAATGTTAGTTATATATTAATTTTATGAAATAATAGTAGGAAGTACAATCTACTT TTAGTAATAATCTCGTATAAAATAGAGCGAAAGCTAATTTTAAAATTTAGGAATATTTAG GCGAAGATTAACGTCATAATGATAAAATTATGATAATCTGGTCGGCTGCAATGAATTTGA AGATCTCATACTTTATTAGGCACATTTTATTTATTTATTTATTTTTGTGGTAGAGATTTC ATTCTGTGCCGCCCTTTTATTTTTTTGTTAAGTCGTAGCTCACGTTGCCTATAAATGCAG GGATATGCGCCCAAAATTCTACCACCAAAAATCTAAAAGCAAAAATACTAACTCAAAAAT ACTTTTGTTTTAGTTAAAAAAAAAAATTATAATTATTTTGATAACGCTTGCATTCTCTGT ATTATCATTAAACTCCAAAGATCTATGAATATGTTTGCTAGTGATGTTGACATCATCACC TCCGCCGGCCGTCGCATTCCGGCACATTCTAACGTTCTGGTATGCATGCATACTATCGCT TATTCCCTCGGGTTCATTTTACGTGAAAATGTTACTGTTCAGTCAAATAATTTTTTGAAT CGTTAATTATTTTAATTTTAAACATGGTAAAGATCAGATCTTTCAAATGTGAATTAATCG AATTGTTTTCGAAAATTTATTTGTTTTGCAATTTGGAAATTACTGATGGATCTCCACTAC GAAAAATAAAACTATGTTAGGCTGCTGCTTCGACGGTTCTGGAGAGCGTATTAGTTTGTC AACAGCGGAGTTTTGAGAAAAAGATACAGATTCTGGGCGTCCCCTGCGGCTCAGTTTACG TGTTCGTACAATTTCTCTATTCCTTCAAGTGAGTTTCATAATACATATTCTTTTTTCTTA ATCTATATTTACTATAATCATTGCTACATATTTTCTTCTTTTTAGAGAAAATTATGCGGG TAAACAAATTTATAGTATTGTTTAATTATTCATGATAGTTATAGTTTGCTATAATTATCA ATTGCCAGTAGCATTATATATTAATTACGTGAGCTGACTTTGAGTTTGTATGATTAATCA CTTAATATACGTATAATTCGCCAGAATATCCAAATACATAGGTATAATATACAATTATTT AACATGTGTACATATACAATTCACCTCTCTATCCTCTCTCACTCGCCTCTCTCCTCCCTC TCTCAATCTCGCTCGCCTCTCTCATCCCTCTCCCAATCTTGCTCGCCTATCTCCCCCTCT CCTAATCTCCTTTGCATATATATAAATACATACGTATAATATAAAATTATCTAATCGATA TACATATACAATTCACTTTTTTCCCATTCTTTTCTCCCTCTCTCTAGCCTTTCTCCTTTC TCTCACAGTCTCACTCGCCTCTCTTCTCCATAAAACATGTAAAATGTAGTTACGAATTGT AATTATCAAACTATAAAGAATAATTAAACTATTTTTAAGTGGCTATATGTGAAAATTTCG CTCTCTTTTTATTATGTACTAGTATCATAGTGTTATATGGATGTATTATTGTTTCAATGA ATGCATTATTTGGATTAATAACTCTTTTACTGTGATTAAATAATATTACACGTCAACAAT TTAAGAATAAATCTAGTACATAAACAACAAATAAAGATTATTAGCTAGTAAGTACGAGAA AATGAGAAATGATGAAAAAGTAACAATATAATTAAACCAAATTGATTTTAGAATTAGAGC TTTCCTCATTATCTAAGAATGAATTTTATAATACGATACAACAGCTTACCAACATAACAT GTTAGGCGTGTACTTAGTGTTCTAATTGGAATTTAATATGCTGAATATAACGGCAAGGAG TTGGTGATTTATCCTCAAAGCTTAAATTTTGCCGCCCATTTCTTAAAATTATATTACACA TGGCTCATTCATTGCCTATAAGAATCTTTAATAATATATTTACTTTCCCTCAATATTCTA TGCACCGACAAGACCAAGTATTCCTATGTTATTGGAGTGTGTTACAAGTTATTATTTTTT ATAAAAAAACGTTTTTATCAGCTAAATAGAATGGATTAACGGTTAATTCATTAGAGCGTC AGTGAGGATGCCCGGTAGCTTCTCTTTCAGCTTCTTAACTGCGTGGCTATGGACGGCTGT CCAAAGTGCAAGGGGTAAACTCGGATTCGGATAGAATAGGATTGTATGCCCGCATCTGAC ATTCGTTGGGCTTCTCTCTTCGGGAGCCTGCGCCCCGGCCTTTTTTTTCAAATAAACCCC TCCGGCCGGAAACTGAAACGACGTTCAGGTTTTCTGTATATTGCTTTGTATTTAAAACAA TGTACAGTTTTCCTTCAGCGTTATTACGCTAGGTGTTATTCTAAGAATGACACCATGTCT CTGTTCCGGTTTCATTGACTGATTGAATGCCATAATTCTTATTTGTATTTTACTATTTAT TGGTGCTGTTGGGAAATCTGCATGATTCCCTAAGTAACCAAACCAATCCCTGTCATTTGA CACGGTAAATGGTCTGTTTTGAGCGTTTGAAGTGGACGAACAATCAGTCTACGTAACCGA GTTTCGATTTGTTATGAATGTCAATAAGTATAGTAAGTAAACTGCTTTCGATTGTTCAAA TAATTTGATAACCAAGAGCTTTAGAAGAATATGGATCATGTCTAAAATGGTTATGTTATT GTTGTGCTAAATTAGGTGTACTAAAGATCAGATGGAGAAACATGGTATTCATCTACTAGC ACTTTCTCATGTGTACTTAGTACCATGCCTAAAACACAGATGCACCAAAGCATTGGCTGA GCAATTGACAATTGAAAACGTCATAGACATGATTCAACTCGCGAGGCTATGTGATGCACC TCATCTCTATCTCAAATGTATGAAATTTTTGCGGAGTAATTTCAGCAAAGTTAAAAAAAC TGAAGGCTGGAAGTTCCTTCAACGTCATGATCCCCTGCTTGAACTTGAAATTTTACAGTT CACTGATGAAGCCGAGTTGGTACGTAATATAACCCCCTTTATGATCTGACTCATTGTTTC AAGTTCAATCCAAAATTTTGATCATGGATCTCACAATAGAATGTTGAGGGTCCTCAATTG ATTGTGGTATATATGATAGGACTAATGTAAAGTGTGCATAATGTTGCACGGAATTTTACA CTATCACATCATCTAAGATTAAGATTTAGTCTATAGAGGTATATAAGTTCAATCCTAACA GAAAAACTAAGATATGATGTATTAGGTAGAAATGCCAATATATCATTGTGTTTTTTTGTG TCATTTATCATTCAGTGATGTTTTCATTGGAAATTTGTTGTTTTAGCGGAAGAAGAGGAG GAGGAGACACACGCGGGAGCAGAACTTGTATTTACAGTTAAGTGAAGGGATGGATTGTTT GGAGCATATATGCAGGGAAGGGTGTACGAGCGTAGGGCCATATGACGAAGAGTACTCTTG CCAAAAGAAGTTGCCATGTAGCAAGTTTGATACATGCCAAGGTCTCCAGCTTTTGATTAC ACATTTCTCTACTTGTAAGAAAAGAGTAAAGGGAAGTTGTTCACAATGCAAGCGAATGTG GCAGCTCCTAAGGTTACACGCATCGATTTGTGACCAACCTGATGATTGTCGAGTTCCTCT TTGCAGGTATGGCCACCACTATATTTACTTGTACCTATATGTCATTTTCCGCCATTGCAG TTGTGATTTAGTCAGTACGTAGGAAGGTTATATACAATGCACATACATTTGTGATGTGGC TGAAACATTATCACGAGGAATTAAGATCTCTTGCCCACTTACAGTCAAGATAGTTCTTGA TGTGAGCGCGACCCAATCATGATCTAAGTAGTGATAGTTGACTTGACACACGGTTGGTTC TATATCGACTAGATCGTAGAAAATAGTGTAACCTTTTTCTGAAATATTCATTTGGATCAT TTATTTCTAGTTGAAAAATCTCTGTTTTCCCCCTGTTCCTAGTGAAAATATCTTCAAACT GTCCTAATAATCTTTTAACACGTTGGATTGAATAAAGTGATAGGGTCACAGAAATATCTA AGCTTGTATAATGTTGTTTGCCTTTTCTATCAGTATGGTCAATTTCTTGTACCAACCAAC ACAATTATTTTGTCTATATGATAGTAGCACGGTTCTAGTAGTTTCTTGCTCTTGTGATTC GATTAAACATTGAGTATGTTATTGTTGTAGTTTATCATTGATTACGATTCACGAGTATCT TAAAAAATTTATTTATATTACAGAGAATTGAAACAGAAATTGGAAAAAGGGGGAGATGAT GAGCTATGGAAATCACTTGTTAGAAAGGTGGTGTCAGCCAGGGCCATGACTTTTTTATCT ATGCCTAAAAGAAAGAGAGAAGAAGAAGAATCAAGATTAAACTTGAGGGATCATCAAATA AGACGATTTTTAGATTAAAAAAATTCAATGTTAGTAGTTATTTGTTATACTTTCCTTTTT CAGAATTAAATGATATAACAACTAAAAAGAAATGAAGCCAAAAGAAAATTGTCGATTAGG CAGAATCAATCTTTCATAAGTCCTGCTGTAATCAATTTGTTGTGCTTTAATGTTTTTGTA ATAATTAAGAAATGCTCATCTTGTGAGATGTTTTTTTTTTCTGGTGAACTACATCTTCTT TTGTTATTATTTTTTCAACTATCATATAAATACTAAAAGGAGATAATTTAATTAATCAAA AAGAAATTTGTATAGTGTTTACAACTTTCCAGAGCTTTTATATTAACAATGAAAATGAAG ATCAAAATTAGTAGTACGTATTTTGATTTCATTAATCTAAAAAGGAAGGGAACCAAGCTT AATCTCGACGGTTGATTGTTTTGGTTTACCGATTCCCATCTAACGTCTAAGATACGTTCT ATAGTCCAATTAATTCGATTTTATGAGTACAAATATATATATTTTTTTTTAATAACAAGG GAAATTCACAATCTTTGAATGCGTACCGGGTAAAAAAGTCTGTTTCTATGCAATAGCTTT CAAATCACATAGAAGAGGTAACTCACACTAGGTAAGACTGGTGCGACAAGCTCGACACAG AAGATAAATTCCTTACTTTTATTGGTACGAGATTTCAAACTTGAAACCTCTAACATAAAA GCCACTAAAAATATTTTTGATGTAGTAAATTAATTAGGTATAAATCACATCTTTTACCGC AAAGTAAACATCCAAATTAGTTTCCTCCGACATACTACTTTTTATTATTATTAAAAATTG TTATTTGAATTGGTGTCTGATTAATCTTCATGGTTTGGATAGTGCAGCCATTACGTAAAA AGTGATAGCCTTTTGGAACATTTTAATAGAACAGTTAGAAGTGTATTATAAAAATAAAAT TTGCACAGTAGGACTGAATATGAACTGCCTCAGATAACAACAATATTGTCTAGGTATGCT CAACAACTTTCAACCACAAGTTGTTTAATTTCCATCATCAGAGGTAACAACTTTGCCTGA TATTTTATCCTTTGTCCTCTTGTCGTAGTCGAGATATTTTTAAGTGATTTAAAATATAAA AAAGTAAAATATAATAAACTTAAAAAAATTTAACATTTGATATATAAAAATATTAAAATA ATATTATAATTATAATTTTATAAAAATAACATAATTTTTCGACGAAGAGATTTAAATGAA TTCTTCGTCCCTATTAGCTCAGCCACTGCTTTAGGATACTATAAACAATCTTCATAGCAG CCTTTTTATTAGGGAGGACATTTATGACCAGCAACATTTATGTAGCCAACAACCGTCTGT TTTTTTCCTGCCTTTTTCTTATTTTCTTTTTAATTTAATTTTCTATTCGTTATATTATAT CATATTATTAATATTAGGAATTGATTAAAATTTAAATTTGTACCTTACTCTTCCTGCCTT CGTATTATTATATACGTCATTTTTTTTAAATACAATTTTTCACACTAACACAACATACAC GTGCAAACATACCGCAAATTAGTAAATATAAATAGTAAATTTAAATTATAATAAGAAAAT TATATTCATTCGAAATTTTTAAATTTGAATTTTAAATACTTACTTAATGGCATATTAGTA TGATCAGGCTACGCCGTACGCGGCTACCAACATCGTCCGCTGTGACGCTTGGTGATGTAC AACTTTTATTAATATGATATATTAAACGTAATTAGTATAATTTAATTTTTATTTTAGTTT CTGGAACCATCAAAAAAACGTATGAATTTCATCTTCTTTGAATAATATTCCTTAGTCTTT GCTCTAATTAGAATTTTCTCCCTCAAGTAAGAATATTATAATATTATGCATTTGGTCTTA ATGAACACAAAAAAAAAAATAAAAAAAAATTGCATCATGGCATGCAATGCATATATTTAT TTCTTTTAGTTTTCATATGATCATTTTTATTTTTAATTATTTTTCATAAGATATAATACT TCAAATTTCTTCTAACAATCCCTTCATTTTTCATGAAATGTTCACTTTTTCTATAATAAT ATTCAATATTTGTTAAAAAAAATACTAATTACTTATAATCTATTTTTATATAAAATGAGG CCCCTTAGATTTGGGGACTAAGACATTTATCTTTTTTTAAACATTGTAGAGCCATCCGTG GGTCAATTTAATCATTCATTAGTACTTCCTTTTGTCCAATTTACATAATATATAAGTACA TTTAATCATTTAAAGAAATCAAATAAAAAATTAATGATTGATTTATACTATTTTCAAATA AAAGGATATCAAAAACATTAAACTTTCACTATATAAAAAATTCTAGAAAAATATTAATCC GCAAGATAATTTACATTGTAATTTCTTTTTTGGACGCTAAGTTCTCTTTCATATTATAAA ATTTAATAACTCAATTAATTTAACGATTTAAATTATTAATATTTATTATTTCCTGTCCTG CCCAAATAATTGTTTTCTGGAGTACTAAAAAAGAATCTTCCACGTGCCGCCCTTTCATTT CTGGAGTTGGCAAATGGCAACTCTGCGCTGCTTATAAATAGAGAGGGTTGGGTTAATGCC TTCTTCAAAAACTAAACTCTCTGAAAATTCCCAAAAGCAACTGTAATCACTATGTCATCC CTTAACTTTTCAGACGGTATCGATAAATTTTCCGGCGAAATGTCTGAGGTTGATATCCAA ATCGTCACCTCCGGCGGCCTCCGCATTCCGGCACATTCCGCCGTTCTGGTACGAAGACCT AAAACTAACCACATGAAGTCTTAAATACTCGTTAAATCTATTAATTGCATGTTAATCTAA TGTTAGTCTAGTGTATTAATGATTTATAATCAATTCACGCTGTGAAAACTCCGTGTTGGC TGTTCGAAAAATTGATATTAGTTGCGAATGATTTTGAGAAAAAAGTACTGATTTATGAGA AACGTATTTGTAGGCTGCTGCTTCGACGGTTCTGGAGAACATACTAGCTCGGCCGGGAAA GCGGCGGAGCTCCGAGAGAACGATTCGGATTCTTGGCGTGCCGTGCGACGCCGTTTCCGT GTTTATCCGGTTTCTCTATTCTTTCAAGTGAGTACACGAGATACACGCAAATCCGTTTAG TTTTTTTTAATTATTATTATTTTTTAATTAATTTGGTAACCGTGTTCAAACTTCGAATCT AATTGGCTCCATCAAGCTGGAATTTGACCGCGAGAAGTAATTATTTTAAAGTAGATTATT TTAGGATTAAGTCTCGGTTGCTTCGTTGATTAGAAAATAGGTAGTTGGTATTCAAAGACT CATTATTTGATTTTTCTTAATTTGTAAATTGTTTTGAAACTCGAATCTAATTGGTTCCAT CCAAGCTGGAATTTGACCACAATAAGTAGATTATTTTAGGGTGAAGTCTCGGTTCCTTCG TTGATCAGAGAATAGGTGGTTGATATTCAAAAACTAATCTGCATGCCTATTACTTAATTG CTTACGTGTGGTTCATTCATTGACTTGTAAATTCTTTAATCATATACTATTTGATGTTTT GATTGCTTCATATTGTGTTGGCCGCCTGCTAGATGCCTCGACCGACATCTTCGTTGTCAT TGAAATGAATTACAAAAGGATTTAGGTTATTTATGATCGTTAAACAACCAATATTGTTGA CTCATTTGTAGCATGTTACTTACTCTCATATGGTCTAAAAGCTAATTAAAATATAAGAAA CTTTTAATCAGTTAAATCCTTGCTAGAAAGAATGCTTAGAGTGACCAAATTGTCATTGTA TTTAGGTGCACTGAAGAGCAGATGAAGAGACATGGGATCCATCTGCTAGCACTTTCTCAT GTGTACTTGGTACCGCAGCTGAAACAGAGATGCACAAAGGGGTTGGCCGAGCGATTGACG ATTGAGAATGCTGTGGATTTGCTTCAACTTGCGAGACTATGTGATGCACCAGATCTATAT CTTAAGAGTATGAAATTTTTGTCTAGTAATTTCAAGAAAGTTGAGGAGACTGAGGGCTGG AAATTCCTTCAACATCATGATCCCTGGCTTGAACTTGAAATTCTACAGTTCATGGATGAG GCTGAGTTGGTACGTAATTATAACGTAATTGACATATATCATACATCCCTTATTTAATAA AAGAATTTCTCTTGGAATTCATGTTATAATTTTTATTGTTGTCAAATTGATCATGACAGA TAATAAGCTTGCCATGAAATCATTACATGGCATTTGTTTGCATCTCCTTTATCAGTCAAA TGGCTGTGGTTAGTGATTTTACATTGTAAATTTCTCATTATAGCGGAAGAAGAGGACAAG GAGACACAAACTAGAGCGGAGCTTGTATTTACAGCTAAGCGAAGCGATGGATTGTTTGGA GCACATTTGCACTGAAGGATGTACTAGTGTGGGGCCATTAGATAAAGAACCTTCCATCAA GAGGCAGCCATGTAGCAAGTTTGATACCTGCCAAGGGCTTCAGTTTCTGATTCGACATTT TGCTACTTGTAAGAGAAGGACCAATGGAGGTTGTTTGCGATGCAAGCGCATGTGGCAGAT CCTAAGATTACACGCATCCATTTGTGACCAACCAAACGATTGCCAGGTTCCCCTTTGCAG GTAACCACCAACTGACTACTGAGTAACTAATTTTTTAATCAATTCATGTATTGTTGATCG CGCAAGAGTGAATCACATTGATCGCACTAATTAGAATATGTACATCATCTTAGAGGTGTC ATTGGTTGAGGCATGTCTATCTTGCTTAATTTGAATGATGGGTCCTGATCCATATACCCA TTATGGTCTGTCATGTTCAATCTTGAAAACTTCTTAGGTGGCATGTCAGAGCTCAGATGT TATTATAGGTGATTTGTCTCGATAGAAGAAGCCAACAAATCAGCTGTCTTATTGATTTGT CATGTTTTTCTCCGATTCATGATTGAGCCATTTACTATCACTTTGTTGGATGTTTCTCTT TAAATTTGTGATGTAGACAGTTACAAGGAGGCTATCAATCCTGAACTGTCTTATAAGCTA GTGAAGATAAATCAACACTTAGTTACGGCTTACACAAAATTATTGTCAGCTGGGATGTGA TTTTGTTCAATTTTGTGTGATGATTAGTCTAATCATGAAGATATTTTCTCCAAATTTCAC TGTATGCCGGCATGGTTGAGATTGTTGTTGATGTGAAACACAACCATCCAAGTAGTAATA ATTGATCCGTGGTCCCATTTCGACTAATACCCAGATGCACCTGTCGTAGACGGTATCAAA ATGTAGACAGCGACAGGATTTTCTCCATTTGTCCAGTTCCTCAAGAAAATATCTCCCATG ATTTCGAATAACTTTTTAACACGTTGGGTTGGTTAAGGTCAAAATCGCTTCATAACTATC AAGCTTAAAAAGAACATGTTTGCCTTCTTTATCAGTAGGGGTCAATTTGAAACAGTAACT AATCGTCCTCTTTTTCTTTTTTTCTGTTCTTGGTCAATATCGACTCTCGAGTATCTTACA GCCCCATATTTTACATTTCAGACAATTCAAATTGAAGGTGCAACAAAAGGGTGATGACGA GCTGTGGAAATCACTTGTTAGAAAGGTAGTGTCAGCCAGGGCAATGTCTTCTTTATCTCT GCCCAAAAGAAAGAGAGAAGAGGAACCGAAAATGGACTTTAACCATCATCAAGTGATGAA CTTCAGATTGGCAGCTTAGTGTCAAAAGTGTGTGTTTCATATCGTAAGGCGAACTCGATC TTTGTAAATAGACCATCAATAGAATGTAATTTAGTTTTTACCATTTCATATTTCCTACTG TAGAGACCTATTCTATATGTTTATTTATTATTTCTGAGTCAGTCTTTTAGTAGATGAAGA GTGTTGTATCAGCAAAAGAGTTGTATACAAAAAGAGTAATTCTACAACTACTGTGTGGTA GTCTCTGTATATATATCTTCATTTTGTGTAATAAAATTAGCCAACTATATGCTTCATATA CTTGTTTTGTGCGCCTTTCTACTGTTTATTGTGCTTTGTAATACTCTGGAGAAACAGAAA AAAAAATGTGGTCGATCCCTAAAATTTGCAAGTTGCTTTTATTTTTTAAATTGCTAATGT GTGATATTATGAGACGACGAAAAAACAAATTTTAGTATTACAGTAAGAATCGTCCAACTG CTTAACTAATGAAGAAAATTGGAGCGTGATAAGAGTCGAGAGATTTTTGGATGTCTCCAA AACCTTATCGCAATTTATTTGAGAAAAGACACTGATATTTCCAAAAAAAGATCAGATAAG CTGCAGAGAAGGCCCAAAAGCAGCAAACTCCCAATGACCCTACTTTGATTATCATCTTTC GTCCAAGTGTTCCTTTAATTTAATGCTCATAAATAGGATTGGAGAACTTGAAACTAAAAT AGTTTTTTACCCTTTTGTGGAGGACACATATAGTTTTATGTATTTATGTTCGTTAGTACA AACCATAACATATTTATTAAAATTTTATGAGTGAGTATAAAGAGGATAAAATATACATTT TCAGTGAATTCTCGACTCAAATATCAAAATAAATATTAAAAGAGAAAATAAAAATAAAGA AGTAAATCAACTTGTACGAAAATAATAACGATAATAGAGTAATGCGATAACCTAAATTCA AAAAACAGTAGGGCGAATTAAGATCATTTGATTTGCACCATTCATATCTTTGAACACATC CAATTTTACTTTCTCTATCGTGAAAATTGAAATGATGGCATGGTGATTTAAATGGACAAT ATTTTGATATTTTTCTTCTATCTAATCAAATTCGAACTCCTAAGTGGGACACTTGGTACT CATTACTCAACTTGAGTGCACTAGTGGTACACTAATTCTTCCCTTCATTTCTATACACAC ATTTTATTTTATTGTTATCAATTTGTTTTCTACATCTACCACCATCTCACTTTAACCAAA AAGATATTTCAAAGTCATTTTTGGCAACCAAATACTATCATAACAATAATAATAATAACA TACGCAATATAATTCCACGAACAAATTTAATGACAACCAAATACTAAAACCCAAAAATAA CCTTCTTTCACTTACATTTTCCTCCAATAGTCCATTTAAAATAGCTTCTAAATTTTAGAA AAGTTATTTGGGAAGAAATTCATCCTTGAATTAAATTAAGAACGATAAGATTTATATGAT ATAAAGCATTCTATTAAAATTAAAATCATATCGAAATAAGAAGATAAAACATCCTTTTTA ACATGGATTACAAATAATTTAACACATAAATTGAGATAAAAGAATATACGAGTAAAGTTT TGAAGGGAAAAGTTCCAAAACTTTTTCATAGTACATGGAATTTGGATCTTAGATCTAGAA GACTTGTACAAAAAGAAGATTCCTTGGTGTGTGTTTTTTAACTCAAGATTGGTGTAGTAT GTGGCAGAGCCACCTCAGGTAAAGGCTATTAAATTTAATTTATTGAAAAATTATAATACT ATTTAACTGAATTAAATTTTATTAATTTTCAAACTTTAAACCTAATTTGAATGAATTGTG ACTTATTTGTCAAAGTTTTTGGGAAAAATTAGAATGTACTCGTACAAAAACTTACTTTCA AGAGTCAAAAGTATTTGATTTAGTTTGTTTTTTTTTGTTTCTTTTTTGGAAAAAATGAAA TAGAAGTGTTTAATTTATACAGAGTAAAAAATGAGAGCCACCTGATGTAAAGGGTATCAG TTGACATAACTTTGTTGAAAAATTATAGAACTATTTAACTAAATTAAATTTTATTAATTT TCAAACTTTGAGCCTAATTTGAATGAATTGTCACTTATTTGTCAAAGTTTTCGGGAAAAA AAAATAGACGTATTCTTACAAAAACTTAATTTCAAGAGTTAAAAGTAGGGAAACTTTTTG TATATGTATATTAGTTAGATAATTGTATATTATAAATATGTATACACAAACATTAGAGTA ATAAAACAGAAATGTTTAATGTGTACAAAACTAAGAAAATGCCCTCACGCAGGATCGAAC TACGGACCTTCAGTTTACAAGACTGACGCTCTACCACTGAGCTATAAGGGCTTATGTTCA TATTGCCTACTCTTTATTTATTTCACTTTAATTTTCTACTATTTGGCATTTTATCTAAAT TGGATTGAAGGTTTTGTCGATATTTATGATTATATCATGTAATATGATTTTATCGATATT TATGATTATATCATGTAATATGATTTTGTCGATATTCATGATAATATTTTTAAATTATAA TTTATAATTTAATTTAATAATTATAAAAAAATATCATTTTTAAAAAAGTGGCGAGCCCAG CAAACCTGCAACCTACGTACTTATGGATTGGATTTATCATTTTCTGGCCCACATCAAAAA TTGACTAACTCGATCGGACCGGTAAGATGTCAAAATCTGTATGAATTAGTCTGAATCGGA TGGACTAACTCATATTAAAAGCTCTAATATACAACCTCACTTCATCTAATAGTTTTCTCG GTCAAATATAATAGTAACTTTCTATAGTTAATCGAGATTGAGACTCCAAGCCGCCATATC ATGTAATTGTATATTGGACTAAAAATTGGATTCATAGAATTAAATTCCAAAATTCATAAA TTTTTAAAAGTTAAATTCATAATCCAAGTATACAGGATTTTGATTTGAATTTTGGGTTGG CCCAAACCCACCCCAACATGAGATAGGCTCAATGATATTTCACATTTTATGCATTTTTTT TCTTCCTACCAAATGTTTGGAACGTTCTATTGATTCAATTGAGTCAGCAATTAGCTTGCT CTGTAAGTTCTCAAATTTGTAAGCCAACTTGTGATTTAATTATAAGCATATGGTTATACA TATTCATCAATGAACTTCCATACCTTTAAAGGGGCGGGGACACGGGTTATGATCGTGCTA CTTTATGTTTTGGAGAAAATTGATCCCTCAATCAAGTCCTAAATAGAAATGTCTTTAAGA GAAGAAGATAAATCATTTAGATTTGAAGCGAAATCCCTCTCTTTACAATCAAATGAATTT CAACCCCTCTTTGTTGTTACTCTTGCACTAATCTCCGAAATCAAAGGTCAGTTGACTGGG GAGATTAGTATTGAACTATTGATTCGATGCTCCTTTGAAACTGGAGTAATGACCTCATCA GCCCAAAGAGGTATTCTAAATTCCAAAACATGAGTCATCTTGATAAAAGCTAACTCATCT AGACTCCAATACTAATGTTAAAAACTTGATCATACACATAACACATTGGGATATGTCTAG TTTGAAAAGAAGCAAATGATAATTGCATTTGGAGTTTTAGTTATTTAAGTAGCAAGGTGG AATGAATATTGATTTGACATGTATAACACAATTACAACAAAATATCAACTTGCGAAACTG AAAATACAGAACAGATTCTTAGTTACATAACCAGTGTATTGGTTATCTAATGCTTGATCT GAGTTAACATGCACCTAACATCCTTACTGTTAGGCCTCTCCTTTGGATTGTCGAGAGTAC AAAAGCAAGCTATCTTGAGAACCAAAAGCATTTGTTCGTCGTATCCATTTCCTATAAGCT TAGGATCAATTGCTATTTTAGGATCGTCAGAAGTCATTACATTCCTCAGCCACTTAACTA AACTCATCTCAGAAGTATGTTGGAAAAAATCATCCGATGGACCCTTACCGATAACCAACA CAGCTAGCACCACACCAAAGCTGTATATATCACACTTATCTGTAAACTTCAGTGTCTGAT AATATTCTGGTGCAATAAATCCAACAGTTCCTGCAACATTTGAAGTGGTGATATGTGTAT GAGCATCTGGAACTGCCTTTGCAAGGCCAAAATCAGCAACTCGAGCTTCCATGTCATCAT CAAGTAGGATATTTGCTGGCTTTAAATCTCTGTGAATTATGCGTTGAGTATGGTTTATAT GGAGATACTCGAGACCAGCAGCTACCCCCGCTGCAATTCTGTGTCGTCCCAACCAATCTA ATTCCCTTGTGCCTTCTGTGACTTGCTGCAGGATATCCTGTAAACTCCCATTTTTCATGT ATTCGTAGACCAAGTAATGACAGTCTGGCCTTGGCATATGCGCGAGTAATGGAAGCAGAT TCCGGTGTCTGATTTGACCTACAATTTGAATTTCTGATTTAACTTGACGCATTTTCTTGT TCAACGCCTTAGTATCTTCCTCCGTGATCTCTGCAGCATCCATTGGGGATTGGATAATCT TCTTTATAGCTATAATCTTCCCATTACTCCCCGGTAGCTCTGCTCTATAAACTTCTCCAC AGCCACCTTTTCCAATCATTTCAAGCGATGCCACTCCATCTTCCTTCTCTAAGAAAGCCA AGTCCTCGGCTTTCTTGATCAGTGGACTGTATATCGTTAAACTTGAATCGTTATTCCCTC TTCTTACGAAGAACATTACCATCTTGAATAGCAAGGAACAGAGCACAGCAGATATACCCC CAGCAAAAGTTCCAGCTAGGAAACCAAGAAACCAAGATCGTAACTTCCTTTTCTTGTTCT TACGTTTATGCATCGCCGGTACAACACGATTGACAGGTGCTGGAGCTGGAGCTGGAACCG AAGCAGGTCCCATTGCAGATATCCTTGTTGAATTCTCAGCTAGAATGTAACGTTTAGGAA CGCCATTTTTTCGATTCAAATCTGCTGATAAATGCTCAATTTGGCTCATGACAGGTACTG GACCTTCAAGGAAACTATTCCCTGAAATGTTGAGAAAACGAAGATTTCGGAAAGATTTCA ATGAAAATGGTATTTTTCCAGTGAACATATTATCAGCCAGAGACAGTTTTTCCAGATTAG GAAAGTACTTCAAGAAATCAAGATTCCCCGAAAACTCATTCGATGAAAAGTCAACTATCC TTAAACGGTTTAAAGCTGACAATTCGGATGGAATCTTCCCAGAAAATCTGTTCCTTTGAA GTTGAAGAATCTCTAACTTCCGACAATCAATAATCTGAACGGGGATTTGTTCAGATAGTT GATTGTCGGAAAGAGAAAGCTCTTTGAGCTCAGTGAGTTTGCCAATAGCAGAAGACAAAG TTCCCTTTAATCCGTTGGATCTGAATACAATACGGGTAACTCTCACAACTTGTGTTGTGT TACCCGGTCTACGCTCGCACGATATTCCTGCGAGCGTACACGGGTTGTTAACAGAAATGA TGCCTAAGTCCTTTTGTACAAGCAAGAGTGCAGCATGATCTGGTGGATAAAGATTCAATC TTGCTTGAACAAAAAGGAAAAGGCTCACAACGTATAAAAGAAAAAAGTGGATATTCGAAG TCATTTGAGATTCTTGTTTTTCCGGTAAACCGGACAGAGAGGGAGGAGAGAGGTGAACGA GGGAAACTGTGGTGGTTGATGGATTTTTTTTTTTTCTAAGCGTGTATTGGCGGTTTTTAT GAATCAGAAATGGTTGGCTGCATTGTAAGAAAAACGAGCGTAGACTTAAGCTTTACAAGT CAAGTTGAGACCGTGTGGAAAAAACTTGCCAATGCCTTATGTCCCACATTGTTTTTGTAT TAAATAAATTATTTTTAAATATTTCCATGTATGGACTATTGAAATTTGTACACACCAATA ATAAATGATAAATGGGGTCAGCATCGATAAACAATTTATTGGAAGATCAATGATTAATTT TCCATCTCTCTATCGATATGAAATTCTAAGTAGTTTAGTAATTTATAATAGCATATTTTG TAGAGTCTAATAAGGTTTTTTTTTCTCTTTCATTTTATCAGATTACATTTATGGTTTAAG GTTTAAATTGAAGATTTACAAACTTTCGAGTTGCAAAATCGATATGTTATCATGTTTTTG TTGGTGTTAGAGTTTATCACTTATCATCATGAAAAAAATGATATAGCTAATAATAAGGGT AACTTTATTCTTAGACTTAAGATATAGAAAATAATGTCTTTTTCATAATTTGGAATATTG TTATTTTTAATATTTTACGTGACATGTTTAACATCTTAAGATTAAAGAACATTTTGATAT ATTATATACACATTTAGTTACAACTTACAACCACAAGATTTAAGGGTCATTTGGTATGTG ATGGTATCGACGGAGTTACCTCATAAGATTAGTTATTCTATCATATATATGAGATAACTT ATCTCAATATGCTACAAAGGGTGAGATAAATAATCTCGGGACAATCTAGCTAATACCCTC TTGACCAAAATTAGGATAAAATAATTCTACATTTTAATATGAAATTATTATTCTTTGTCA CTCATAACAAACAAATCTTGGGACAATTTAGCTAATACCCTTGAGTCTTGACCAAAATTA AGATAAAATAATTCTACATTTTAATATGAAATTATTATTCTTTGTCACTCATAACAAACA ATTCCTAACAATCTTTTTTACTTTCTTAAATTTTGTATTCAGTCAAATTATGACAAATAA ATTGAGATGGTAGGGTATAATATCATTTATTGGTTTGAACAATGTGTGAAATTAGATTTT ACGCCTAACTCAAATCCCAAAAGTTATTGGTTTGAACAATGTGTAAAATTAGGTCTTCGG CCTATCTCAAATTCCAAAAGTTAGCTCAAAGAGAGGAGGATTGCCCCAAGCCTTATAACG AATCTATCTATCTCATTAACCACCGATGTAAAACTTTTGTCATTCTTCAACACCCCACCT CACGCTCAGTGCTTATCATATGGTGCGTGGACAATTTTGATTTTGGGGATCACAACATCG GGTGAGACGGGCCCTGCTCTGATACCATGTGAAATTAAGTCTTAGGCCTAACTCACACCC CATAAGCTAGCTCAAATGAAGGAGGATTTTTTCAAGTTTTATAAGGAGTCCAACCATCTC ATTAACCACCTATGTGGGACTTTTGTCATTCTTTAACACAATTAAACTAATCATATTTAT CACAAGCATTTTATATTTATTTATATCAAAGACTAAATTCATCATTATATTCTAATAGCC TACTGTCCCGTGCTGTTAAAATAGTCAAAACATTTTATTTTTCCAAATTTGGTTTATAAT GGATGGAACTTCTTACTTACACTGTTACACATGAATAACACAAATGCGTGTGCATTATTT TAATAATAATAATAATATGGTAGGTAATACATGGAACTTTCTTACTTACACATGAATAAC ACAAACACATGTGAATTATTTTTAATATAGTAACGTAACATGTTATATAATGTTAAAGTA GCATTTTCTTACTTGAATACCACCTATGTAAACGAATTAGCACCTGCAAATTTTGAATTA CTGTTTGATTGGTTGACTATCTGAATTTTCATTTTATTTATGATTATTTAATTAATTTTT TTTATTTAATAAAAATATCGAGTGTGAACACTTTATTTTTAAAACTATTAGCAGGACCAC GTAGCCATTCAAACTTGCAAATAATAATTCGTATTTATCTTCCTAATACATTAAACTATT CTTTCTCTGGAATTATTTAGTCAATTCATCTAATTAAACTAGGACGTTTGAACCAGTCAA TTGTCACAAACTAATTCTACTATATATTATCTTTTCACATCATCTTAATTGATTGAAAGC TACTCTTTTTTTTTTCTTCCTCTTGTTGCTATTTGCTTGTTTCTTTCTTCCCGACCTGCC CCACACCACATCCACTTGGTTAAGAAAAAGAGGAAAATGGTGTAAGTACTTAATTATTTT TTTCATCACTCGGTGTTCAAAGTCTACATTAGAGTCCCGATTAAATTTGGATGCACTCTA TAGGATCCATTCATGAGTGGCATTTTTTATATCCAAAACTCGAATTCGAGACGTCTGATT AAGTGTAGAGTAGTCAGTACATAACCATTAGTACATGTTGCATCTCATAAAGAGTTCTAC TTAATAATGCATGATATAGGTACATGTGAGTCATTTTCATAATGAAGTTATATCATCTCT AAATGACAGAGTTAAATAGTATATTAAGCCTTTTTCACAAAATTAAAAATTGGCACAAAA TAGAAATGCAAACTTTTCTCATATTAGACATTTCAAACTTTAAAAATTTGTATCTATTTT AGTACAAAACAACCCCATCCAAATCAAAATATATATTGACCGACTACTGTGACAAATGGA CGAATAAAATAAAGTATAATTTATGTAAATTTCATAGTGTTAAGATTTATTTACATAATT TCTCTATTTTTTTAAAATTACCAAAATCCTTTAAAAAATATAAATTTTGAATACATTATT TGACTTCCTCACATAAATGAGGGAGGTATTCAAGAGGAGAGTGATGTATCATATCGAGGA TAGGACATCCAAATACGTAGAACAAATAATGTATCAGAGACGGAATAGGATCTGAATATA TAAGAGAGGGATGTATCCGAGAGGAATATAGAAGTATCAGCAAGAGAGAAGTGATCTATC TAAGAGAGGGTTTTTTATTTTTTTAAAAGAAATAACAGCAAAATTTAGAGATTATGATAA AATAAGATATGTATTTAAGATAATTTTTTATAAAATAATGACAGGTAACATATTACCAAA ATAACTACAGAATTTTTTTTATAAAATAATGACAGGTAACATATTACCCAAAATAACTAC AGAAAATTAGATCATTGTTTTCCAGTTTGACTTGACTACTTATTTTCAAAAAATGAAAGA TTTTACCATTTTTACTAAAATTGGAAGGAGTAAATACAAGTCTCTTACGAGTGAGAAAAC ATTTACTTAATTAATTACTTCGTTATGCGATGGATTATAATTGACTAAGTCTTGTATAAG AATTTTGCATGTTCAAATTCAACATTTAAACAACCCTAGTAGGGTATATTGATTTAATCT AACACGTTTACAAAATTATATATATTCCTTATGTTTATTTGTTAGCCAAGGAAGAATATT CTCCAATGTGCCTTAATTTGTGATAATTCTTAATATACGTTATCAATTATTATGGTCGTC CTCTAAGAAGTAGTAGTAGTTATATTTGCCCTTATATTATTGAAAAAGTATAACAATAAC GTTGTCCTCGATTAAATTGTTGGTTCATATATTATTATAATAGTTGTTTAATAGCTGGTT AGGAGGTAAGTTATTTATGTATCAAATTCTACATAAACAAAATTCTTTTACTATGTATAT ATAATATTAGAGAAAAGACATAAACTTATCAGTAAAGTTGTCCGGTATTTGCATAAAAGC ATCTTAACTTTGAAAGTATCCTATCATCCCACGAAACTATTTAATATCTTTGTAAATGGG CCATTTTGACCCATTTTCTCGTCTGGGTTGTTACCACGCCAATGAGGCGTGTGACCCAGT CTTTTCACTGTCATAACCAGCTATAAAGTGTCACGTGTCATTTTATTTCTTTGTTATTAA TTATTAATTAATTTATATCATCTTCCCATTATCTTTCACCCAAATTCAAAAATTTAATTA CTTTTTCTTCTTCATCAATTTTTATCACTTTTTTTCTTGTCTCTTGCTTTTCTTTGTTTC TTTTTCTTCTTTTATCCTTTTCTTTTAAAACAAGAAATGTGAACTCCATTGATTATAGAG TACTAGGAAACTCTATTTTTTTTTTATCCTATTACCTTGCTTTAGTAACTTGAGAGTTGA ATTGATCTTATTTAGTGATGTTTTAGTAACAAAAATAGTGTTGTAACAAGAAAGCATCAT GGAGGCTACGTTGAATGCGACAATGACTGCTACTTTTGGAGAATTTACAACAAAGAATAA AAGATTTGAGTAATGAAGATTTAAGAAGAAAGAGAGAAAAATTTAAATAAAGTTAATAAA AATAGAAAAATAAAAATAAAAATGAAAATGAAACTAAAAATTAAAAATTAAAAGAATTTA ATACGTGTCAAACAATTATTGATGCGTAATTGCACATCTTTTTTTACAATTGAGGTTGAG TAAAAAGTGAGATATTTATAACACTCTTAAATTGTTCAATGAGGAAATAGGACACCCACA AAGTTAAGGTGTCTTTTTGAAAATTCGACACAACTTCAATGCTGACTTTATGTCTTTTCT CATAATATTGATATAATGTGGTTTGTAATTTAGAAATCTACTAATTAATACATGTATTAC AATTACTTATGAGGATATTTACGTATTAATTGATACAAAATAAAAAATTAAATAACTAAT ACGTAAATAAATTATTTCCTATATAATTAGATAATATATATAAATTTCTTGTAACTATTA TCTATATAATTCTAATTAGCTACCATATGATGAAAGTGTTGATGGCTTTGGATAGTGATG GAATTTTTTTTTGATATGGAGAGTTAGCATGTTATTGTAACTAAAAGTCTAAAATGTATG AGTTAATGAAAAAAAGATCAAAGTTTCAAAAGTATTAGTGATTTTCCGTTTTGTTATATA TATATATATATATAAAAGCTCCCTCTATTTGATTTTTAAATAAAATGACATAACTCTTTA CTTTCTAAATAAGTACTTTTTATTAAAATTGTGATAATTTTGGCTTTCCAAAAGCTTCAC CAAACATACCACTAAATTAGCTTACATAGTTAATACTTATTGCATCTTTAGTGGTACACT TTTTCAATGGTGCATCCAAAACATTTTTTCTTTTGGTCTTCCTAACAAAGATGTTCGCAA GAGGGATTCAAATTCAAAATTTTTTATTAAGAACAAAAAATATATTTATCATTGTATCGC AATTTTTGCTAGTTAAGTCAAAAGATTCATGTATATTATTAGTAATAAAATACGTAATGG TCAGTCCACTAATCTGCTGGGTATCAAACATTTTCTGTGAAGATGTCGGAGTTTATTATA ATTAAATATGTTCTGATTAATTCACTAATTAATTTAGTCCTTAGTTGGCTGTTTGCCAAA TATGATACTACTATTTAACAGGTTCAACTTTCCAGATGTCTCTTAAGAGAATAAAATCTT TTTTTTTGGGGGGGGGGATACGTAATAAAAAATTCGCTGGCCTATTTCGCTGCAATTGTA TAATTTGTTTTGCATACAGTTGAATCGAATTAAAATGTATGTATATTGCATAATTATAAG TGTATAGCAAGAAGATATATGTTTTTCTCGCTTTATACAAAAACAGAAACACAATATATA CACTTCTGTTGTATAAAACTAGAGAAAATTGTATCTCACTGCACTTGTATAATTTGTTGG CCTTTTTCTCTGCAATACTTGAAGTAAAATGTTTGTAAATTGTATAATTAAGTGTATAAC ACGAAGATATACATTTTTGAATGTGTATATACAATTTTCTCTCGCTTTCTACAAAACAGA AACAGAATTATATACTTCTGTGTATAAAGCTAGAGAGGCGAGCGAGAATGGAGGAGGCGA GCGAGATTTTTGGGAGAGAGAAGCTGGCAAATTTTAGCTAATATTTGCTATGGAGCACAA TTAAATCAAACCCTAACTATTCCATTTAATTTAGGTTATTAGTTTGCTATTATATACAAT TTTCCCACCTTTTATTACATAACATAGCAGGCCTCTGTCACAAATAGCAAACTTAGGCCC AAAATATTTTTAGGAAAAATTAGTAAACTAGTCAAAATAAATAACATATTTAGTAAAAAT ATTCATACTTTATAAATATTAGCAAAAATGTCATTATTTTAAAAAATGTATGTGTCCCAA TTTCTTCCTATTTTATCTCTCTTTTTCAATTAATTCTATATATCTTTTTTTTAAAAAAAA AATTATAGTCTCTCATATTTATCTTTTCAAATTGTTAATTTTCTCTCCCATTTAATTTTT TTTCTCTCTCATGGTTATCTTTTCTGATTTTCCTCCAACATTCAAGTTGCAAATATTTTT TTGCCATATATTTTGGTTGTTTTTTTAATCCAAAATTGAATCAATAAGAATCCCTTTGAT TAAGGTATCTCTAATCTTTATCCTATTTTCAGATTTCTTTTCTAATTTTATTTTTGTTTA AATCTTAAAAAATGTTGTTTGTATTTTTCAATTTCCGTTATGATTTACTCTCCAATGGCC GAATCCAAGAGGCTTACTAGAGGTATTCATCTTAATCAACCAATTTCTGGTGATTTTTCA TCCTTTAATTTATTTATTACTTAACAAATAGTGTATAATGTATGATCCGCTGCTAAAATG AGGGAAAAAAGAGGGTAAGAACATTTACAAGACTCATTGGTGTGCAAAACCTTCCTCAAA TTCAAAACGCAAATGTAGAATCTTTGTCTACTCGTGAGGATCTTGAAAAAGACGACGAAG ATCGCGAACAATTTTCTATTAGTTTGTTTTGTATTTATAATTCTTTTTTAGAATTTGGCA TGCTTTCTTAATTTGTATTCAAATCACTATGTATACTATCAATATTTGTATTTATTAAAA ATTTCATGTTGTATGGTTTATGAATCTTGTATTTGTCCCTAATTTGTATTCATCCAAATG TATGTCAAATATTTATGTATTTTATTTATAAGAAGAACTTTCTATTAGTTTATTTGTATT CGAATACAAATACAAATAATAGACATATTGGAATGAATACGACTTAGAAAAGGAAACAAG ATTTTTAAAAGAAAAATAAATACACAGTGAAAAATATATACGAATACAAATGTATTTCTT AAATAGCTACATTTTATTTGACATACATATTGGAATGAATATAAATTAATAAAGGTATGT CAACTGAATTTGACATTTTTTTATAATTTGTATTTATTCTAAAGGTATGTCAACTAGTTA TGTGTTTTATTTAAGAATGAGTACACCAAATATTCAATTTTTTTTTCAATTTTATATTTC ATTCACTTTTTCATCATACTAATTTTTTGTATTTTATATATTATTATACAAAATCCTAAA TAAAAACTAGAATAAATAGAAATACAAATAAAATACATATTGAAATGAATACATACAGGA TTTTGAAGAAAAAAATAACTATATAGGGAAAAAATATATGAAAATACAAATATATTTCTT AAATGACTGTATAGATAAATTCGGCATACCTATTGGAATGAATAAAAACTAATAAAAAAC TATAATAAATATAAATAGAATATTATATTCTTTAAATAAAAATAAATAATAAAAACATAC ATAACAAACTAAAATGACTTTTTTACTAAATATTAAAGTTGTAGCTAATGAATCCTCTTA AATGCTAAAATATTGACATTTTGAAAAATTTCCCATATTTTTATCCAACCCAAGCCCATG CGATGTCTTTTGGGCTGCTACTGGTTATTGTTCAAAGTTGAAAGGAATTTATAGGAATAA TGGTATAAAATAACAAATTATTAATTCAAAATAAATATTATAATTATAGTTTCATTTCAT TCTAGCTCGTAGCAAATATTTAACCATCGCCTCTCTCTGCAAAAATCTCGCTTGTCACTC TCCTTCACCTCTCTCAATTTATACAACACAAATGTATAAATTGTATTTTTGTTTGTATAA AGCGAGAGAAAATTATATATACAAATAAAAAATATATATATATTCATCCTATACACTTAT AATTATACAAAAACATATATTGCGCTACCAGTTCTCTTATGCAATTTTCTCTTTATACAA ATATAAATTATACAAATTACAATTTATAATTTGTGTTGTATAAAGGGAGTGTGAAAGAGA GATTTGATATACAAATGTTTTATTTTGATTCAATTGTATATAATTTCAAATTTTATGCAG ATTTACAAACATAAAAGAACATATACATATAGAACACAATTTTCATAGATACAGACGTCC GATTTATATAAATTATTGCGTTTATACAAATTAGATGCCTGTAATTTTTATACAGATATG ATGTTCCATATATAGCAAACATAAAATTTATTTTGAAGCGCAATAATGCAAACTATAATT ATAGCATACAAATATGACTTTTATGTTTACCAAACCTAAAATTTACTCAATTTTGTAAGA TATAGAAATCAAATCAAACTTGAAAAAGTAGATTCTTTAAAAATGAAATAAAATAAAATT GAGGGTAAGGGAAGGGGGAAATGGGGAGGGAATTACTGTGGAGAGTCAAACTCTCATCAA CAAGGTGGGTTGCCAACCAACTGAGTTATAAAAATTCTTTAAAAAAACAAGAGAAAATTA CACAACACGAACATATACTAACAAAAGATATCGCGAGGTGTACTTATGACTCAATAGAAT AAAGGACAAATACAAGATAAAATTAAAACATTAAAAGTATTATTTTATCCTTACCATTTA TAATTATATGGAGTGTTACTTAGATAAATACTTAGAGTAGAATTGGACGTAAAATATCAA AAATTGAATTATTGAAGTGAATTAATTTTTTTTGGTAATTTGATATTTGGTAAGGTATAT ATATAAGAGTAAAATTTTAGAATAACGATATTTAGATTTGGGTTGGCATGAGACATTAGA ATCATTTGATATTCCATATTTATTAGTTAATAAATGTCATATATCAAACATTTCATAACT CATTAATACAAGTTCAAACAGAAAGTTAAATGTGGAGTATTACTAAACATAAACAACTCA AATACATATATCTTTTCGTCTTCTTGCATATTGATCTTCTATTACTTATGCATCCACATA AAGAATAGAAATAATTAAAACAGTAATGTTAAATTAGTAATACAATCGACTGCATATTCA ATATTGTATCATTGAATATCATATCGGACCGAAGTTTCATTTATCAATTATTAAAGTATT GAATCGAAATTTTAAAACTTGATATTTAATATCTACTTTTGACCATCAATTACTAAATTT AAAATTTAAAAATCTCAAATGAAGTATCGAATGCCACAATAATTTAAGTGAGGATATAAA AAAAAAAGTAAAAAGAACAAAGAGTTGTCATGATTGAAAAAAAAGATACAATAAAAAATT CTCAACTAGCTTGACGTTTGGTTGCCCTGTGCCAAACCCGTTGACTTTCAAATTTATCCA TGGTTGACTTTTCAATCACTTTCTAATTAAACAAGAAAAAATAAAAAAAGCTTTAACAAA TATGCTATTGCGTTTCTATAATCTTATTTAAATGAGAAAAAATATAACAATGCAAGAATT TATGGTGTTAGACCTTTTATAACTAAAAGTTTTAGTAAAAGTAAATTAAAATCAATTCAT AAAGTACAATAAAATTCAACTTATTGATTGATTATTTCAACTCTTATCTTATTGGTAAAG ATTTGATTTGTCATATAATTATAGCTTCATTTTCATTTTTTCAATCTTCTTTTTAAGAAA ATAAATATCCTATTCTAAGCTTAACGTGAACTATTAGATTTATCAAATAAAATATTAACA AACTTAAAAATATATCTCTACTTGACAAACTAAACTTGAATAGATTAGGTTTAAGTTTTA AGTCTTTTCAAACCCTCAAACCTAAACGAGGCATCCGTGCAAATGACGCTCCAAATTTTG GCGTCAGGGTTGAGTCTGCTCCCGTTCGCATGCGCAGCGTAAACACCCAATAAACACCTG CCAATTGACCCAACGGTACCCACAACCCACCGCAACTCTTTTTTAACTTTTTGCCCTTTC TACGCCTTCATTTGCCTTTTACGTTTCTCATTCTTCTCTTCTTTCACTGATCCTTAATAC GCTTACATACTTGTTCGTTTGGTGTAACTGAGTCTTCTTTCCAATTACAATCTCCGCAGA CGAATTGTATGATTGTTATTTTGGCAAAATACTTAATTACGCTGTTTCATATTGATCTGA ATTGAGTTTATTGTTTTGTCAAAAAGCTAGGTTTTGGATTTTTTTTTCTTTTTCTACTCG ATACTCAATTCATTGGAACAAAGAGAATGCAGCAGGAATCTACGTCTGAACAGGAACCGG ACGATTCTGAATCGGAACCGGAGTTCGTTGAGCTCGATCCTTCTGGTCGATACGGCCGGG TTAGTTTCTCGCTCACTCGCTTCTGCATTTGAAAACTTATTTTTTGGCTTGTTGTACCGC TTAAGTAGTGTTTTGAAGTACATTTTTGAAACTGCCTACTGACTTTATTCTGCTTATTTT TATATGGTCGGACTGAAATGCATAAGGTGAAATTTGTTGAAGTAACATTTGAAAAGTTAG TTTGAGTAGGGAAAAGTTCATCATATCAAATTAAAAATTTAATGAAGGAGAAAGCTTGAA CTGGTTGGATGGTTGTTAGGTATTGTTTCTGTATTGTATTGTAATGTACAGTAGTCTTTA ATGAATACAACGTCTAGATAGCTTGTGTCGTTTTTCATCGTAACATAATGTTACACATCA ATAATTTAAAGGATAAATTTATAAAAGAAGGATGAGCTTGTAAAAGAAGTAGGGTACGGG ATAGAGTTGCTATAAAAAGGTTGGGTAAAAGATAAAATAAGTATATTTAATTTTAAGTAA ATAAAAAATGAGGGAAAAAAGTTAACGACTTGATCACACCAAATGTTGTTACACAAAATG GGAATTTTCGTCATTACCTCTAACAATAAGTTTAAGGATACGCTCAATAAAATGAGTAAC AATTATAACAAACACAGTATTTAAACTAACAACACAATACAATCGATTGCAACCACCCAA ACAAGTTGAATAGTGTAAAGATTTCGGGAATCTCAAAATGGAAAGAGAATCATTTAAATT GGGACTATGGGGGTAATATTTCTTTTTGTATTTTACTTTTCCTGGGATTCTATTCTTTCT GACTGCTTTTCTATTACTGTTGTTACATTTCTGGCTAATATTTTTCAGGTTGGTGTATAT TAAATTAGTCATTACATATATTTGATTCTTCATTGTAATTAAGGAATTGATTGTCTTGTT ATATGCAGTACAAAGAGGTTCTGGGAAAAGGAGCTTTCAAGAAAGTGTATCCTATTTTGA ATGTCTTCACGTGCATAATGCCCGTTTATTTCATTGATGTGTTTGACAGGATAAGGAATA TAAGATGTTAATTTGAATGGTACTCTCTTTGTTCCAATTTATGTGCTGGTCGTGCATGGG TTTTGAGGAAAAAATGACTTTTGAACTTATGGTCTTAACCATGTCGTTAGTTTAATTTGG GCTATAAAAGAGAGGAATGAGAAGTTCACGTTAAATTGTTTCCAAGTGTGAGAATATGTG CCATTTTTTCTGGAACACACTGTTAAGGAATTAGTGTCACATAAATGAAACAGAGGGGAT ATATTATATTTGTAGTAAGGGAAGAAAATATTATAGTGATAGTTAAAAAGTTTAGATTGA TTAAGAGGACATTACATAAAGGTATTAAATTTGAATATTTATATGTTTTAATTCTTAATA TTTGTGAAAGTTGTATGATTGACATATAACCCGAGATGAACTATTGCGTTACTGCCTTTC CCCTCATTAATGAATGTTGCCAAGTGAAACTATTGTCCATTCTTGACTTACCATCGGTAA TATAGTTACCGAGCATTTGATGAATTGGAGGGGATTGAAGTAGCTTGGAACCAGGTTAAA TTGGCTGATCTCTTGAGGAATGCTGTGGACTTGGAGCGTCTTTATTCCGAAGTTCATTTG CTTAAAACCCTCAAGCACAAGAATATAATCAAATTCTATAACTCGTGGGTTGACTCAAAG AATGAGAATATCAACATCATTACTGAAATTTTCACTTCTGGGACTTTAAGACAGTATGGC TATTCGTTTTTTTTTCTTCTGTTTTTTTTTTTGCTTTTCTTTGCTCAATTCTTTAACCCC ACTACCCATATTTTTCAAATATTGGATTATGGACTACTTTTTCTGTATGCTCGTGAAGGT ACCGCAAAAAACATAAGAGGGTTGATATCAGAGCACTTAAGAATTGGTCTAGGCAGATAT TAGAGGGTCTCTCATATCTACATGGTCATGACCCTCCAATTATTCATCGGGACCTCAAGT GTGATAACATTTTTATCAATGGTAACCAAGGGGAGGTTAAGATTGGTGACTTGGGACTCG CTGCAATTCTTTGCAAGGCTCGTGCTGCTCATAGTGTCATTGGTAAGGTCCTACTCAGAT TTTCTCAGTTTTGCAACTGTACTAAAGGTTGTAATTGGCTGTTCATTGGCAGTTTAGATG GTTCTGAAAAGTGCACTTCTATATTTGATCTCAGGTACACCAGAATTCATGGCACCAGAA CTTTATGAAGAGGAATACGATGAGCTAGTAGATATCTATGCCTTTGGCATGTGCCTGCTG GAGCTCGTGACATTTGAATATCCTTATATTGAGTGTTCCAACGCTGCTCAAATATATAAG AAAGTGACAGCAGTAAGAATTTATGTCTCTCTTCATGCTCTACATATCAAGTTATTGTAT GTTCACGATTGTTGATAGAGTCATAGAGATACATTTCTTGGGATCAAGGTTGTGCAGCAG CACGAGTGATGGAAAATCTTTTTATTGAGAGTGCAACTCTTGGTTAAAAATTGTAAATAT CCTTGCATTGCATAGCTTAGGCTTCAAGCCTTCAACCCTCGAGGAACTATGACATTTATG GTTTTACATGACTGTTCATTAACTAAGCTTTAGGTAATTCCATAATTTTCCATTGGTATC TTCATGTGCAAAGAGTGTCATACAAATTGGGATCACAAAGAAATATAAAAATTGTAAGCA TTTTAGAGAAATAAAAGCCAATAAGTTTTAAGTTTATTTCCGTATCTAATAGAAGAATAC TGCTCCATTTCTATTTCAATAATTATACTCAAACACTGATAACTTAAATGATAGTTAAAT TATGTGACTTTAGTTAATAAGCATCTAGGTTTTAGTTTAAATAATTAGCTCCCTAGTCAT ATACTTGAATTTTTTCCATGTAGGATTCATGTAGTCTAGTTTAAGGCTTGTATGCAGCAA AACGGGTTATCTTGCTTTGGAGGATGTTCTCTACTGGGATTGTTGACTTATGTCTCTCTC CTTTTCCCTATTAATGAGGAGGATGGAATCTCATCCTTCAGTTTGTATTCTCAGGGTGCA CCACCCTCATAATAAATTTGATAAAATAACAACTATAGGTGATGTTGCATTTGCATTTCG ACATTTTAATGCACTTAAGCTGGTTATCAGAACAAATACAAAAAGTCAGTTTTTTGTAAT TTGTTGGGGTTTTATGTTAGTATCAAGTTCATCGGCCTGCTTAAAGTGACAAAACTTCAA GCTTAAGGCATTTCTTAGGGACCAACTGTGCTGCAGTTCGAAGCTGTTTCTACACTGGAA ACTGTATGAAGCATTTTCCTCTTTATTTCACCAACCTCTTTGTATAAGGAGAGTGTTAAA TTAGTACTAGAAAGGTACCTGATAAGCTTATAAAAGAGAGGCCTTGGATAGAAGCTACAG AAAGAGAGAATCTATTTTTTAATTTATTTTTTAAAATGGTAATGTTGTATTCTTCAGCAT TAAGGATATGCCGGTGACCTGCAAACAGAGGGGAATAAAAGAATAGAAGGAAAAAAAAAT ACTACAAGGATCCTAATAATTCTACAATCTGTTCTGTTTCCTCTAAACCTTCCTCTTTAC ACCAAAAATAAAAGGATGCAATACAATCCCATCTAACCTTCTGAATGGAATTGGACCTAT CTTCAAAGTTTCTTCTATTTCTTTCTTTCCGTACTGTCTACCAAATGCAATGTGGAATTA TCCTCCACCATGCCTTTTGGCTCTTGCTGCCCCCTCTTCTTATCCAACAACTCAACAAGT CTGTTGTATGCTCGGGCATTCACAAAGAGAGAATCTATGAAGTCCAGAAAATCATAAATT CTGATTAAGCATCTCCTTTGAGGCAACAAAACAAATTCTGAAGACATCTAAACTTTAAAA CAGCAATCAACTCCTTGCTTCCATCAAAGCATCTGCTCTTCCTCTCAAGCCATATTGTCC AGCTAATTCATAATGGAATTATTTGCCATGTCTTCAGCATTCTCTTTCTCTTCATTCTCT AACCTTGCCAGCACACAAGTAGATCCTTAATTCTTTGTGGTATCACCCATTGAACAACAA AAATATTCAGAAAAAGGACCATATTAACTGTGTCTTTGCAATGAATCAGAAGATGATTTT ACTGTTTCAGTAGCATTTTGACAGAGGAAATATCTGTTTCACAAGCTTAAGACTTTTTTT TTGTAGGTTGTCCTGAGTCAAACAGGCACCATAAGCAGTAATCCACTAAAAACAAGCAAC TTCGGTTGGGGCATTTATTTTCTGCAATGACTTCCATGGACAAAATCCACAGATTTTAAC AGCACTTTATAGCAAGAGTTCACAGTAAACCACTAAGGTTTCCCCCTTCTGTTATCTTTA TTTCGCCGACCTAAATTTACTGTTAGAAAAAGGAAAAGGAATACTCCATTTGTACCGTAC TGATTCTGCTCGTTTCTTTATGAGAAAAAAGTAAAGCTATTTAGTTAACAAAGCACCCTG GAGGTGCATAGTTACAAAAGTTATTTACAAAAGGCTGTATTTCCTTAACTTGATAGGGAA CTGCTGAAGTTTATCAACTGGTAGGTATACTCTAATACTTCAAGTTTGGACCAAACAAAT AAAAGAAATAAGCAATTTATTTTCAGCTGCTGCAGGGAGCTTTTTTCTTCTTCAACTCAT CTCTTGTTTCTTTCATTCCATAACACCCAAAATATAGTTAAAGGAATCGAGTTCCATATC TTTCTGGTAGTTTTTTGTGCCTTCCAATCCCTCCAGATGCAAAACACTTGTATAATATCC CCTGGAAACACCCATTTAATGTTGCTTTTATGTAAGAATTAACTCCATCCAGGCTACTGA ACAGTGCATGAAAGAGTGGTTTACTGACTCCAAGACCTTTTCACACACAGGTAGATTCTG TTAGAGATACAATACGTTATCTTGTGTGAGGCAAGCTCCATCAGTGCTATCCTGTTAAAA CAGTGCACTCTGGAGGGGTATTAGTTTTGCATAGCCTGAAATCTGATTTCCACACCCGCT TTTTCTATTTTGCACTGTCAAAGATAAACGTACTTTCGCTCGGAGTTTTCTATATTCGTT TTTCTTGAGTTTTTCAGCATAAAATAGATATTGCAAGGGTAGGGCCCATTCAGGAGTTCT TAAGACCGAATTCTGTGTCCTCTCTCTCTCTATCCTTGAGTATAAAAGTAAGTTTAGTCC CAATACCTTTTCCTTTATCAATAAGGGTGTTCGGCCTCACTTCAATAGATGTTCAATTTG CTAAGGAAGTGAACAATAACATGATATTCCAAGAAACAAACATTAGTAGTCCTAAGAAAT CAACATTGTTTACGACTTCTGTTGAATGAGTGTCCTTGACTTGGTGGAATCAGTAGCTCA TGATGGTTTACCATAGAATGAGATGTTGTTGACCATTTTAAAAACAGTGTGACCATGCAT GAACCAAGTGCTGATTGTAGGGACTTAGGCTTTATTTTCTTAGTCTTGTATCCTTTGTTC TATGGTCCTTAACTTTTTTATCCAAGTGAGCCTACTGAATTATTGGATTCACAGTTCATT TCATATGATGTTGTCAAGCTCTTTATCATAAAACTAAAAAGGGTCCTGTGAACTTATGCA TTCCTTGAGTAACTACTTTACATCCAATTGCCTGCAGTTTGTCGTGTTTGTTTTCATTGG TCATTCAATTGTTCTAGCAAACTACCCAAAAGATATTGTCCTTACCTGCTTGCATAATTG GACGTGTTCATTGTCATTGTATTATAGGTATTAAGAAACATGATTTCTATCCCTGATGGA ATGCATTCCAGTTGATCAATTAAAATTCAAAATATCAGGTAAATGCCTAATACCATCTTG GTTTATTTGTCAAGAGTGCTTTGTCAACGTTGAGTAAGAACCACAGGAGGCAATTTTCAT AGGATTTCCAATCATCAGTTTACTTCCATGTACCATCCTCACCTTGGGGAGTTTGTGTCT GAATGTGAATCTTTCTTCTTCTTTTTTTCTTTTCTGTTTTGCATTGCTTCAGTTAGCAGC ATCAACCACTTCATTTAGACCTTACTCCAACTGAAATAATTTTTTGTACACACATTCTCT CTCTCTCTCCCTCCCTCTCCAATAAGTTAATCCTTCTTATTCTCTTATAAGTGCTAATTC AGACTGTAGCTAATCCAGACTTCTGTTTCGAACAATGTGGTATGTATCTTGATGTATTTC TAAGGTGTTATATTTTTAGGTTAGTTTAGTTAAGATGAACAAGATAACTGAGTCCAATCT TCTGTGGACTTGCTCTCTTGGGTACATGGTTCCTATTGTTCATTTATCGGGATCATGTGA CATTGACAAGAAATATATATGAAATGACTCATAGCTAAAGTGGAAGGAGTACGGCTGATC AAATGAGGGCTTAATTGTTTGGCGTGCAGTTAACTTAAACCATGCTAATGATGTGGTCAA GCGAACCACTGCGGAGAAGCCTAGCATCTCTTTAGGTTTTAGCAGAATTGACAACTTAAA CTGAAGGATACTTTTCTTGATCAGTTGTTCGAACGACGTAATGGAGATCTTAATCTAGAT CCACTGGCTTGCATGACATTGAAGTGTTAAAAGGAGTTTCACCAACACACACTATTTTAA GAGGTAATTAGAGTAGTGGTTGTTTGGCTGAAGAAATAACAATGGAAATGCGCAAGTAGG ATCATGAGGGGTGTAGTGTAGGTGGTAGTTGGTAACTATGACAGTAAAATGCGTTCTTCA CTGTTGAAGGTGCTAAATAACTTTAACACTTAAGGCAGTATTGTAAGGAGTAATTTTCTT GTTGACAGATTAATGTGAAAGTCATAAAGGTGGTAGTGAAAAGAGGGAAGAAAAGGTTGT GTTCAGATTTAGAGGGTACTGGTGCTGGAGATTTACTAGAAAAGGTAAGCATACCAAAAT GGCTAATTTTTGGTAATGTACCGCTGTCTTCTCTTTCAGGGGAACATGGGGTACTCAAAG TAGTTAGCAGTTAGCACATTAGTTGCATCCATTCCAAATGTGTTGTTTTTGCGTCATGAT ATGTTGTCCACTTGCTTTGAAGGGGAAATATCTTCCCTTCACTACTTGTTGCATTTTGAG GACTATTATATCATGTAATAAGAGACCAACTTAGATCCTTGTCTAATCTCAAAACTTATC ATCAGCAAACATTTATCTCTACTTGTGGGGCTTACTTTTTAGTTGAAATACTCTTTAATT TTTAACTCTTCTACCAACGTTGTGCCAGGTCGTGATGACACTATTTAGTGGGATTGAGGG AGTGATTGTAGGAGTGCTTTATTTTACAACTTTAAATTCTTACTCAAACAAATCCACGAG TCCTATACAATCAGTTTTCAGTTTTTGATAGCTATAAATTACAAACTTTAGTTTTCTGCA ACTTTTTTTTCCTTTTAGCAGATTAATCTGATGAGATAGTTGACTTTGTATTTCTTGGTA TTTTAATTTCATCTTACAACAACAATACTACTTTGCTAATATTCTGATTTTGCCAATTTC ATCTATGAAGGGAATCAAGCCTGCCTCATTGGCAAAAGTGAAGGATCCAAGAGTCAAAGC CTTTATAGAAAAATGTATTGCAAAAGCTTCTGAGCGGTTGCCTGCTAAGAAACTATTGGT TGATCCCTTTCTCCTTTCTGATGAGGATTCTGGAAACGTAGGTCGATCTTTGAGCATCAA TTCCAGACATGCAGGTAATTATGTGATCACGCCTTTTGAAATGTCCCTTTATTATTGACT TTTGTGGGATCTTTACAGATATGAGTGATGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.790 7449 7510 match_part 0.948 8413 8701 match_part 0.982 8945 9001 match_part 0.966 9128 9214 match_part 0.963 10048 10128 match_part 0.947 10278 10390 match_part 0.940 10512 10561 match_2 match_part 0.946 8461 8701 match_part 0.982 8945 9001 match_part 0.954 9128 9214 match_part 0.922 10048 10098 match_3 match_part 0.946 8462 8701 match_part 0.982 8945 9001 match_part 0.966 9128 9214 match_part 0.963 10048 10128 match_part 0.965 10278 10390 match_part 0.935 10512 10557 match_4 match_part 0.967 8462 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 1.000 10048 10126 match_5 match_part 0.987 8471 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 1.000 10048 10128 match_part 0.991 10278 10390 match_part 1.000 10512 10561 match_part 0.907 11228 11497 match_6 match_part 1.000 8471 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.982 10278 10390 match_part 0.920 10512 10561 match_part 0.953 11228 11270 match_7 match_part 0.948 8471 8701 match_part 0.982 8945 9001 match_part 0.954 9128 9214 match_part 0.963 10048 10128 match_part 0.881 10278 10361 match_8 match_part 0.969 8474 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 0.988 10048 10128 match_part 0.929 10278 10390 match_part 0.960 10512 10561 match_part 0.931 11228 11285 match_9 match_part 1.000 8486 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.982 10278 10390 match_part 1.000 10512 10561 match_part 0.987 11228 11378 match_10 match_part 1.000 8486 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.956 10278 10390 match_part 0.940 10512 10561 match_part 0.930 11228 11284 match_11 match_part 1.000 8487 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10347 match_12 match_part 1.000 8489 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 0.966 11228 11403 match_13 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113583 113879 match_part 1.000 114789 114826 match_part 1.000 115386 115613 match_part 1.000 115739 115779 match_259 match_part 1.000 114797 114826 match_part 1.000 115386 115613 match_part 1.000 115739 115962 match_part 1.000 116075 116161 match_260 match_part 1.000 114797 114826 match_part 0.956 115386 115613 match_part 0.969 115739 115962 match_part 0.923 116075 116100 match_261 match_part 0.966 114798 114826 match_part 0.996 115386 115613 match_part 1.000 115739 115962 match_part 0.987 116075 116232 match_part 0.941 121451 121569 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_262 match_part 1.000 18105 17641 match_263 match_part 0.939 60608 60413 match_part 0.966 60069 59806 match_part 0.953 59775 59583 match_264 match_part 1.000 61399 61181 match_part 1.000 60688 60413 match_part 1.000 60069 59724 match_265 match_part 0.977 61353 61181 match_part 0.946 60688 60413 match_part 0.966 60069 59806 match_266 match_part 0.921 60678 60413 match_part 0.919 60069 59873 match_267 match_part 0.965 61437 61181 match_part 0.946 60688 60413 match_part 0.885 60069 59914 match_268 match_part 1.000 61578 61533 match_part 0.946 61456 61181 match_part 0.946 60688 60413 match_part 0.947 60069 59920 match_269 match_part 0.908 64938 64307 match_270 match_part 0.905 64927 64352 match_271 match_part 0.907 64927 64453 match_272 match_part 1.000 68279 68247 match_part 1.000 67839 67692 match_part 0.985 67572 67039 match_273 match_part 0.982 68409 68247 match_part 0.986 67839 67692 match_part 0.966 67572 67106 match_274 match_part 0.974 68401 68247 match_part 0.959 67839 67692 match_part 0.961 67572 67187 match_275 match_part 1.000 68350 68247 match_part 1.000 67839 67692 match_part 1.000 67572 67214 match_276 match_part 0.975 68409 68247 match_part 0.986 67839 67692 match_part 0.962 67572 67232 match_277 match_part 0.996 68511 68247 match_part 1.000 67839 67692 match_part 1.000 67572 67473 match_278 match_part 1.000 68827 68674 match_part 1.000 68531 68247 match_part 0.992 67839 67707 match_279 match_part 1.000 74448 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72227 match_part 1.000 72151 72050 match_part 0.988 71926 71845 match_280 match_part 1.000 74446 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72227 match_part 1.000 72151 72114 match_281 match_part 1.000 74448 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72250 match_282 match_part 1.000 74430 74253 match_part 0.996 73408 72879 match_283 match_part 1.000 74380 74253 match_part 0.975 73408 73290 match_284 match_part 0.997 103330 101250 match_285 match_part 0.984 101686 101262 match_286 match_part 0.984 101686 101262 match_287 match_part 0.979 101687 101263 match_288 match_part 0.984 101687 101263 match_289 match_part 0.983 101686 101263 match_290 match_part 0.913 102835 102097 match_291 match_part 0.910 102861 102417 match_292 match_part 1.000 103288 102881 match_293 match_part 0.989 103359 102987 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 7449 7510 exon 8413 8701 exon 8945 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11514 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 7449 7510 exon 8413 8701 exon 8945 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11452 exon 12273 12323 exon 14254 14283 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 8871 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11467 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 18105 17641 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24949 25001 exon 25131 25154 exon 25274 25374 exon 26282 26397 exon 26485 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28795 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24949 25001 exon 25131 25154 exon 25274 25374 exon 26282 26397 exon 26485 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28355 exon 28499 28783 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 26484 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28795 gene_8 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24968 25001 exon 25131 25154 exon 25274 25374 exon 26282 26392 exon 26528 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28795 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33844 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36435 exon 36709 36803 exon 36925 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39407 gene_10 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33844 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36435 exon 36709 36803 exon 36925 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39196 exon 39249 39259 gene_11 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33838 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36431 exon 36632 36641 gene_12 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 36914 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39407 gene_13 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 38581 38584 exon 38796 38878 exon 38983 39394 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 40442 40502 exon 41180 42115 gene_15 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 41835 41852 exon 42337 42653 gene_16 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46192 46402 exon 47216 47329 exon 47431 47767 gene_17 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46305 46402 exon 46796 46895 exon 47216 47329 exon 47431 47485 exon 47982 48044 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52003 52062 exon 52133 52169 exon 52271 52311 exon 53013 53243 exon 53340 53442 exon 53530 53597 exon 53787 54072 gene_19 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52291 52311 exon 53013 53442 exon 53530 53597 exon 53787 54065 gene_20 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 56247 56313 exon 56383 56419 exon 56520 56560 exon 57601 57831 exon 57927 58029 exon 58117 58184 exon 58416 58698 gene_21 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 57926 57933 exon 58000 58029 exon 58117 58184 exon 58416 58670 gene_22 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 61578 61533 exon 61456 61181 exon 60688 60413 exon 60069 59724 gene_23 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 61578 61533 exon 61456 61181 exon 60688 60413 exon 60069 59806 exon 59775 59583 gene_24 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 64938 64307 gene_25 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 66952 67438 gene_26 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 68827 68674 exon 68531 68247 exon 67839 67692 exon 67572 67039 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74448 74253 exon 73408 73195 exon 72319 72227 exon 72151 72050 exon 71926 71845 gene_28 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74430 74253 exon 73408 72879 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 87874 87939 exon 88161 88288 exon 90136 90439 exon 90767 91474 gene_30 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94450 94668 exon 94874 95007 exon 95706 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_31 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94543 94668 exon 94874 94962 exon 95682 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_32 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94522 94668 exon 94915 95007 exon 95706 95724 exon 95779 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_33 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 96213 96540 exon 97462 97915 gene_34 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 103359 101250 gene_35 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 109679 110276 gene_36 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113400 113475 exon 113731 113879 exon 114789 114826 exon 115386 115613 exon 115739 115962 exon 116075 116232 exon 121451 121569 gene_37 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113583 113879 exon 114789 114826 exon 115386 115613 exon 115739 115962 exon 116075 116232 exon 121451 121569 gene_38 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113559 113879 exon 114789 114826 exon 115386 115724 RepeatMasker tomato repeats master Gypsy00043 525 631 1 Gypsy00043 525 631 1 nucleotide_motif 764 5667 5773 Copia00110 13338 13557 1 Copia00110 13338 13557 1 nucleotide_motif 1190 6004 6226 Gypsy00043 952 1219 1 Gypsy00043 952 1219 1 nucleotide_motif 818 6017 6289 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 1232 6292 6525 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1000 6600 6832 TS2 538 652 1 TS2 538 652 1 nucleotide_motif 558 9372 9475 SONATA2 1 252 1 SONATA2 1 252 1 nucleotide_motif 603 17215 17445 Unknown00046 1872 2063 1 Unknown00046 1872 2063 1 nucleotide_motif 775 19109 19313 SONATA2 4 252 1 SONATA2 4 252 1 nucleotide_motif 1410 22601 22849 Copia00039 239 351 1 Copia00039 239 351 1 nucleotide_motif 319 31062 31178 Copia00113 5262 5352 1 Copia00113 5262 5352 1 nucleotide_motif 349 31421 31512 Copia00113 5405 5498 1 Copia00113 5405 5498 1 nucleotide_motif 431 32958 33053 Unknown00043 1842 2044 1 Unknown00043 1842 2044 1 nucleotide_motif 582 73806 74003 SONATA1 43 132 1 SONATA1 43 132 1 nucleotide_motif 303 79591 79684 Unknown00030 1285 1338 1 Unknown00030 1285 1338 1 nucleotide_motif 235 81066 81119 Gypsy00178 6508 6562 1 Gypsy00178 6508 6562 1 nucleotide_motif 242 84923 84975 SINE1_SO 1 197 1 SINE1_SO 1 197 1 nucleotide_motif 715 85960 86147 Unknown00019 42 295 1 Unknown00019 42 295 1 nucleotide_motif 757 111228 111490 Unknown00019 558 685 1 Unknown00019 558 685 1 nucleotide_motif 249 111742 111872 SONATA3 146 237 1 SONATA3 146 237 1 nucleotide_motif 237 115040 115132 RepeatMasker tomato repeats master Unknown00019 156 697 -1 Unknown00019 156 697 -1 nucleotide_motif 697 6003 5676 Unknown00025 244 474 -1 Unknown00025 244 474 -1 nucleotide_motif 488 7976 7745 Copia00151 5541 5818 -1 Copia00151 5541 5818 -1 nucleotide_motif 690 18512 18255 Copia00113 5185 5403 -1 Copia00113 5185 5403 -1 nucleotide_motif 563 31413 31195 ATCOPIA69A_I 1669 1724 -1 ATCOPIA69A_I 1669 1724 -1 nucleotide_motif 227 34882 34827 SINE1_SO 1 174 -1 SINE1_SO 1 174 -1 nucleotide_motif 464 45564 45397 Copia00175 2324 2471 -1 Copia00175 2324 2471 -1 nucleotide_motif 482 46028 45892 Unknown00025 296 474 -1 Unknown00025 296 474 -1 nucleotide_motif 678 49176 48986 Copia00110 13163 13316 -1 Copia00110 13163 13316 -1 nucleotide_motif 812 51732 51578 Gypsy00073 591 656 -1 Gypsy00073 591 656 -1 nucleotide_motif 225 51758 51692 Gypsy00073 1655 1723 -1 Gypsy00073 1655 1723 -1 nucleotide_motif 257 55877 55809 Gypsy00073 1654 1694 -1 Gypsy00073 1654 1694 -1 nucleotide_motif 235 55920 55879 Gypsy00043 959 1342 -1 Gypsy00043 959 1342 -1 nucleotide_motif 559 65574 65174 TS2 13 368 -1 TS2 13 368 -1 nucleotide_motif 746 70458 70120 Copia00151 8226 8367 -1 Copia00151 8226 8367 -1 nucleotide_motif 403 88917 88774 Copia00172 315 520 -1 Copia00172 315 520 -1 nucleotide_motif 901 92588 92382 SONATA2 66 201 -1 SONATA2 66 201 -1 nucleotide_motif 357 104028 103888 HarbN_I 77 150 -1 HarbN_I 77 150 -1 nucleotide_motif 310 104137 104067 Copia00143 1 246 -1 Copia00143 1 246 -1 nucleotide_motif 1304 104859 104488 Gypsy00073 11888 11974 -1 Gypsy00073 11888 11974 -1 nucleotide_motif 331 105936 105851 Unknown00019 48 559 -1 Unknown00019 48 559 -1 nucleotide_motif 3749 109446 108931 Gypsy00073 805 1147 -1 Gypsy00073 805 1147 -1 nucleotide_motif 1293 111676 111346 Copia00110 13203 13268 -1 Copia00110 13203 13268 -1 nucleotide_motif 278 111806 111788 Gypsy00043 529 610 -1 Gypsy00043 529 610 -1 nucleotide_motif 332 111889 111807 Copia00110 13155 13202 -1 Copia00110 13155 13202 -1 nucleotide_motif 278 111903 111890 Unknown00043 5547 5842 -1 Unknown00043 5547 5842 -1 nucleotide_motif 445 117608 117321 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1838 19905 20924 match_2 match 2135 20943 22019 match_3 match 2280 27803 29003 match_4 match 2413 17745 18982 match_5 match 5685 24797 27760 match_6 match 7188 9547 13199 match_7 match 8092 13216 17405 match_8 match 2460 114386 115626 match_9 match 3275 115663 117314 match_10 match 3311 120020 121713 match_11 match 4890 117333 119889 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1200 26 121713 clone_start_1 clone_start 1197 26 637 clone_2 clone 740.5 9732 49536 clone_start_2 clone_start 1221 9732 10347 clone_3 clone 762 9732 49390 clone_start_3 clone_start 1221 9732 10347 clone_4 clone 984 9908 115626 clone_end_1 clone_end 1439 9908 10641 clone_5 clone 1084 9908 116038 clone_end_2 clone_end 1439 9908 10641 clone_end_3 clone_end 1003 13912 14429 clone_start_4 clone_start 749 21001 21401 clone_end_4 clone_end 724 26071 26435 clone_start_5 clone_start 670 26932 27358 clone_6 clone 965.5 29070 46381 clone_end_5 clone_end 1154 29070 29683 clone_end_6 clone_end 276 32418 32564 clone_7 clone 1373 33246 69977 clone_start_6 clone_start 1457 33246 33980 clone_8 clone 988.5 38920 96107 clone_start_7 clone_start 470 38920 39156 clone_start_8 clone_start 379 38954 39156 clone_9 clone 1134 39207 96107 clone_start_9 clone_start 761 39207 39638 clone_start_10 clone_start 531 39304 39643 clone_start_11 clone_start 571 39304 39643 clone_start_12 clone_start 571 39304 39643 clone_start_13 clone_start 438 39786 40033 clone_end_7 clone_end 404 45320 45523 clone_10 clone 782 54553 98357 clone_end_8 clone_end 505 54553 54807 clone_11 clone 830 54871 98357 clone_end_9 clone_end 601 54871 55200 clone_end_10 clone_end 1340 59269 59944 clone_start_14 clone_start 1100 60391 60961 clone_start_15 clone_start 1049 60645 61181 clone_start_16 clone_start 1405 63609 64374 clone_start_17 clone_start 1312 63615 64309 clone_end_11 clone_end 1296 92293 92989 clone_end_12 clone_end 1065 96075 96615 clone_end_13 clone_end 466 100285 100519 clone_end_14 clone_end 460 100584 100839 clone_start_18 clone_start 821 108473 108898 clone_end_15 clone_end 373 108931 109134 clone_start_19 clone_start 359 112617 112797 clone_start_20 clone_start 591 112970 113267 clone_end_16 clone_end 672 114386 114724 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_17 clone_end 1203 121713 121083 clone_end_18 clone_end 341 4233 4062 clone_end_19 clone_end 846 6891 6420 clone_end_20 clone_end 408 6891 6665 clone_end_21 clone_end 504 7186 6921 clone_start_21 clone_start 551 9524 9247 clone_end_22 clone_end 412 9524 9317 clone_start_22 clone_start 527 9851 9547 clone_end_23 clone_end 664 9908 9547 clone_end_24 clone_end 260 49536 49406 clone_end_25 clone_end 303 49390 49238 clone_start_23 clone_start 529 115626 115352 clone_start_24 clone_start 729 116038 115663 clone_start_25 clone_start 1189 13070 12463 clone_end_26 clone_end 1187 13831 13221 clone_start_26 clone_start 262 19204 19073 clone_start_27 clone_start 1267 29002 28353 clone_start_28 clone_start 777 46381 45954 clone_start_29 clone_start 1265 30596 29938 clone_end_27 clone_end 1289 69977 69328 clone_end_28 clone_end 1245 34306 33679 clone_start_30 clone_start 470 34210 33966 clone_start_31 clone_start 1417 36453 35731 clone_start_32 clone_start 1021 38459 37945 clone_start_33 clone_start 1413 38924 38204 clone_start_34 clone_start 769 39156 38769 clone_end_29 clone_end 1507 96107 95348 clone_start_35 clone_start 369 39400 39207 clone_end_30 clone_end 1507 96107 95348 clone_end_31 clone_end 438 40033 39786 clone_start_36 clone_start 1059 98357 97776 clone_start_37 clone_start 1059 98357 97776 clone_start_38 clone_start 1324 67257 66561 clone_end_32 clone_end 1065 70843 70295 clone_start_39 clone_start 1144 80350 79774 clone_start_40 clone_start 936 80294 79811 clone_end_33 clone_end 926 91247 90774 clone_start_41 clone_start 1223 103432 102768 clone_end_34 clone_end 759 106345 105942 clone_start_42 clone_start 373 109134 108931 clone_end_35 clone_end 977 121388 120872 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.967 8462 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 1.000 10048 10126 match_2 match_part 0.987 8471 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 1.000 10048 10128 match_part 0.991 10278 10390 match_part 1.000 10512 10561 match_part 0.907 11228 11497 match_3 match_part 1.000 8471 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.982 10278 10390 match_part 0.920 10512 10561 match_part 0.953 11228 11270 match_4 match_part 0.969 8474 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 0.988 10048 10128 match_part 0.929 10278 10390 match_part 0.960 10512 10561 match_part 0.931 11228 11285 match_5 match_part 1.000 8486 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.982 10278 10390 match_part 1.000 10512 10561 match_part 0.987 11228 11378 match_6 match_part 1.000 8486 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.956 10278 10390 match_part 0.940 10512 10561 match_part 0.930 11228 11284 match_7 match_part 1.000 8487 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10347 match_8 match_part 1.000 8489 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 0.966 11228 11403 match_9 match_part 0.995 8489 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.967 10278 10337 match_10 match_part 1.000 8491 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.986 10278 10347 match_11 match_part 0.992 8571 8701 match_part 1.000 8945 9001 match_part 0.989 9128 9214 match_part 1.000 10048 10128 match_part 0.991 10278 10390 match_part 1.000 10512 10561 match_part 0.902 11228 11514 match_12 match_part 1.000 8637 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 1.000 11228 11514 match_13 match_part 0.992 8871 9001 match_part 1.000 9128 9214 match_part 0.975 10048 10128 match_part 0.966 10278 10306 match_14 match_part 0.972 8966 9001 match_part 0.977 9128 9214 match_part 1.000 10048 10128 match_part 0.965 10278 10390 match_part 0.900 10512 10561 match_part 0.951 11228 11308 match_15 match_part 1.000 8984 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 0.987 11228 11452 match_part 0.510 12273 12323 match_part 0.633 14254 14283 match_16 match_part 1.000 9157 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 0.982 11228 11452 match_17 match_part 1.000 10090 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 0.996 11228 11467 match_18 match_part 0.968 10098 10128 match_part 0.991 10278 10390 match_part 1.000 10512 10561 match_part 1.000 11228 11467 match_19 match_part 0.920 24952 25001 match_part 1.000 25131 25154 match_part 0.970 25274 25374 match_part 0.983 26282 26397 match_part 1.000 26485 26584 match_part 0.980 27125 27271 match_part 1.000 27359 27419 match_part 0.993 27494 27643 match_20 match_part 0.820 24952 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 0.983 26282 26397 match_part 0.934 26485 26545 match_21 match_part 1.000 24953 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 1.000 27494 27731 match_22 match_part 1.000 24953 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 0.993 27125 27271 match_part 1.000 27359 27419 match_part 0.992 27494 27729 match_23 match_part 0.980 24953 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 0.958 27494 27613 match_24 match_part 1.000 24954 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 1.000 27494 27587 match_25 match_part 1.000 24954 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27418 match_26 match_part 1.000 24954 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27176 match_27 match_part 1.000 24954 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26583 match_28 match_part 1.000 24956 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 0.990 26485 26584 match_part 0.986 27125 27271 match_part 1.000 27359 27419 match_part 0.995 27494 27680 match_29 match_part 0.932 24958 25001 match_part 0.875 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 0.993 27125 27271 match_part 1.000 27359 27419 match_part 0.967 27494 27643 match_30 match_part 0.953 24959 25001 match_part 0.958 25131 25154 match_part 1.000 25274 25374 match_part 0.991 26282 26397 match_part 0.980 26485 26584 match_part 0.980 27125 27271 match_part 0.931 27359 27416 match_31 match_part 0.976 24960 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 1.000 27494 27679 match_32 match_part 1.000 24960 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 0.977 27359 27401 match_33 match_part 1.000 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96540 match_part 0.971 97462 97915 match_part 0.800 98216 98220 match_185 match_part 1.000 95887 96009 match_part 1.000 96224 96540 match_part 0.996 97462 97727 match_186 match_part 1.000 96363 96540 match_part 0.996 97462 97915 match_187 match_part 1.000 96390 96540 match_part 0.996 97462 97915 match_188 match_part 1.000 96426 96540 match_part 0.996 97462 97915 match_189 match_part 1.000 97525 97915 match_190 match_part 1.000 97605 97915 match_191 match_part 0.962 109679 110276 match_192 match_part 0.971 109705 110257 match_193 match_part 1.000 113559 113879 match_part 1.000 114789 114826 match_part 0.991 115386 115724 match_194 match_part 0.983 113583 113879 match_part 1.000 114789 114826 match_part 1.000 115386 115613 match_part 1.000 115739 115779 match_195 match_part 1.000 114797 114826 match_part 1.000 115386 115613 match_part 1.000 115739 115962 match_part 1.000 116075 116161 match_196 match_part 1.000 114797 114826 match_part 0.956 115386 115613 match_part 0.969 115739 115962 match_part 0.923 116075 116100 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_197 match_part 1.000 18105 17641 match_198 match_part 1.000 61399 61181 match_part 1.000 60688 60413 match_part 1.000 60069 59724 match_199 match_part 1.000 68279 68247 match_part 1.000 67839 67692 match_part 0.985 67572 67039 match_200 match_part 1.000 68350 68247 match_part 1.000 67839 67692 match_part 1.000 67572 67214 match_201 match_part 0.996 68511 68247 match_part 1.000 67839 67692 match_part 1.000 67572 67473 match_202 match_part 1.000 68827 68674 match_part 1.000 68531 68247 match_part 0.992 67839 67707 match_203 match_part 1.000 74448 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72227 match_part 1.000 72151 72050 match_part 0.988 71926 71845 match_204 match_part 1.000 74446 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72227 match_part 1.000 72151 72114 match_205 match_part 1.000 74448 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72250 match_206 match_part 1.000 74430 74253 match_part 0.996 73408 72879 match_207 match_part 1.000 74380 74253 match_part 0.975 73408 73290 match_208 match_part 0.997 103330 101250 match_209 match_part 0.984 101686 101262 match_210 match_part 0.984 101686 101262 match_211 match_part 0.979 101687 101263 match_212 match_part 0.984 101687 101263 match_213 match_part 0.983 101686 101263 match_214 match_part 1.000 103288 102881 match_215 match_part 0.989 103359 102987 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 8462 8701 exon 8945 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11514 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 8462 8701 exon 8945 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11452 exon 12273 12323 exon 14254 14283 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 8871 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11467 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 18105 17641 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24952 25001 exon 25131 25154 exon 25274 25374 exon 26282 26397 exon 26485 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28795 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24952 25001 exon 25131 25154 exon 25274 25374 exon 26282 26397 exon 26485 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28355 exon 28499 28783 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24968 25001 exon 25131 25154 exon 25274 25374 exon 26282 26392 exon 26528 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28795 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33844 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36435 exon 36709 36803 exon 36925 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39407 gene_9 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 38581 38584 exon 38796 38878 exon 38983 39394 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 40442 40502 exon 41180 42115 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46192 46402 exon 47216 47329 exon 47431 47767 gene_12 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46305 46402 exon 46796 46895 exon 47216 47329 exon 47431 47485 exon 47982 48044 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52006 52062 exon 52133 52169 exon 52271 52311 exon 53013 53243 exon 53340 53442 exon 53530 53597 exon 53787 54072 gene_14 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52291 52311 exon 53013 53442 exon 53530 53597 exon 53787 54065 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 56256 56313 exon 56383 56419 exon 56520 56560 exon 57601 57831 exon 57927 58029 exon 58117 58184 exon 58416 58698 gene_16 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 57926 57933 exon 58000 58029 exon 58117 58184 exon 58416 58670 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 61399 61181 exon 60688 60413 exon 60069 59724 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 68827 68674 exon 68531 68247 exon 67839 67692 exon 67572 67039 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74448 74253 exon 73408 73195 exon 72319 72227 exon 72151 72050 exon 71926 71845 gene_20 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74430 74253 exon 73408 72879 gene_21 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 87874 87939 exon 88161 88288 exon 90136 90439 exon 90767 91474 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94450 94668 exon 94874 95007 exon 95706 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_23 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94543 94668 exon 94874 94962 exon 95682 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_24 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94522 94668 exon 94915 95007 exon 95706 95724 exon 95779 96009 exon 96224 96540 exon 97462 97915 exon 98216 98220 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 103359 101250 gene_26 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 109679 110276 gene_27 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113583 113879 exon 114789 114826 exon 115386 115613 exon 115739 115962 exon 116075 116161 gene_28 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113559 113879 exon 114789 114826 exon 115386 115724 AUGUSTUS_tom_cdna de novo gene_1 gene 1 8483 11295 transcript_1 transcript 8483 11295 start_codon_1 start_codon 8483 8485 CDS_1 CDS 8483 8701 CDS_2 CDS 8945 9001 CDS_3 CDS 9128 9214 CDS_4 CDS 10048 10128 CDS_5 CDS 10278 10390 CDS_6 CDS 10512 10561 CDS_7 CDS 11228 11295 stop_codon_1 stop_codon 11293 11295 gene_2 gene 1 12879 28544 transcript_2 transcript 12879 28544 start_codon_2 start_codon 12879 12881 CDS_8 CDS 12879 12897 CDS_9 CDS 24897 25001 CDS_10 CDS 25131 25154 CDS_11 CDS 25274 25374 CDS_12 CDS 26282 26397 CDS_13 CDS 26485 26584 CDS_14 CDS 27125 27271 CDS_15 CDS 27359 27419 CDS_16 CDS 27494 27734 CDS_17 CDS 28004 28087 CDS_18 CDS 28266 28355 CDS_19 CDS 28499 28544 stop_codon_2 stop_codon 28542 28544 gene_3 gene 1 32285 39015 transcript_3 transcript 32285 39015 start_codon_3 start_codon 32285 32287 CDS_20 CDS 32285 32292 CDS_21 CDS 33853 34127 CDS_22 CDS 34592 34734 CDS_23 CDS 35374 35427 CDS_24 CDS 36214 36294 CDS_25 CDS 36390 36435 CDS_26 CDS 36709 36803 CDS_27 CDS 36925 36957 CDS_28 CDS 37926 38060 CDS_29 CDS 38267 38360 CDS_30 CDS 38796 38878 CDS_31 CDS 38983 39015 stop_codon_3 stop_codon 39013 39015 gene_4 gene 1 39141 41292 transcript_4 transcript 39141 41292 start_codon_4 start_codon 39141 39143 CDS_32 CDS 39141 39280 CDS_33 CDS 40441 40502 CDS_34 CDS 41180 41292 stop_codon_4 stop_codon 41290 41292 gene_5 gene 1 42556 43587 transcript_5 transcript 42556 43587 start_codon_5 start_codon 42556 42558 CDS_35 CDS 42556 43587 stop_codon_5 stop_codon 43585 43587 gene_6 gene 1 43724 53831 transcript_6 transcript 43724 53831 start_codon_6 start_codon 43724 43726 CDS_36 CDS 43724 43733 CDS_37 CDS 46377 46402 CDS_38 CDS 47216 47329 CDS_39 CDS 47431 47485 CDS_40 CDS 47982 48117 CDS_41 CDS 52026 52062 CDS_42 CDS 52133 52169 CDS_43 CDS 52271 52311 CDS_44 CDS 53013 53243 CDS_45 CDS 53340 53442 CDS_46 CDS 53530 53597 CDS_47 CDS 53787 53831 stop_codon_6 stop_codon 53829 53831 gene_7 gene 1 53994 58460 transcript_7 transcript 53994 58460 start_codon_7 start_codon 53994 53996 CDS_48 CDS 53994 54117 CDS_49 CDS 56222 56313 CDS_50 CDS 56383 56419 CDS_51 CDS 56520 56560 CDS_52 CDS 57601 57831 CDS_53 CDS 57927 58029 CDS_54 CDS 58117 58184 CDS_55 CDS 58416 58460 stop_codon_7 stop_codon 58458 58460 gene_8 gene 1 87865 94546 transcript_8 transcript 87865 94546 start_codon_8 start_codon 87865 87867 CDS_56 CDS 87865 87939 CDS_57 CDS 88161 88288 CDS_58 CDS 90136 90439 CDS_59 CDS 90767 90816 CDS_60 CDS 91087 91154 CDS_61 CDS 94482 94546 stop_codon_8 stop_codon 94544 94546 gene_9 gene 1 94600 97639 transcript_9 transcript 94600 97639 start_codon_9 start_codon 94600 94602 CDS_62 CDS 94600 94668 CDS_63 CDS 94874 95007 CDS_64 CDS 95706 96009 CDS_65 CDS 96224 96540 CDS_66 CDS 97462 97639 stop_codon_9 stop_codon 97637 97639 gene_10 gene 1 113787 119715 transcript_10 transcript 113787 119715 start_codon_10 start_codon 113787 113789 CDS_67 CDS 113787 113879 CDS_68 CDS 114789 114826 CDS_69 CDS 115386 115613 CDS_70 CDS 115739 115962 CDS_71 CDS 116075 116232 CDS_72 CDS 119668 119715 stop_codon_10 stop_codon 119713 119715 AUGUSTUS_tom_cdna de novo gene_11 gene 1 12630 11959 transcript_11 transcript 12630 11959 stop_codon_11 stop_codon 11961 11959 CDS_73 CDS 12630 11959 start_codon_11 start_codon 12630 12628 gene_12 gene 1 64843 59854 transcript_12 transcript 64843 59854 stop_codon_12 stop_codon 59856 59854 CDS_74 CDS 60069 59854 CDS_75 CDS 60688 60413 CDS_76 CDS 61456 61181 CDS_77 CDS 61652 61533 CDS_78 CDS 64843 63983 start_codon_12 start_codon 64843 64841 gene_13 gene 1 74467 67217 transcript_13 transcript 74467 67217 stop_codon_13 stop_codon 67219 67217 CDS_79 CDS 67572 67217 CDS_80 CDS 67839 67692 CDS_81 CDS 68531 68247 CDS_82 CDS 68819 68674 CDS_83 CDS 69171 69050 CDS_84 CDS 71673 71585 CDS_85 CDS 71926 71759 CDS_86 CDS 72151 72050 CDS_87 CDS 72319 72227 CDS_88 CDS 73408 73195 CDS_89 CDS 74467 74253 start_codon_13 start_codon 74467 74465 gene_14 gene 1 103264 101387 transcript_14 transcript 103264 101387 stop_codon_14 stop_codon 101389 101387 CDS_90 CDS 103264 101387 start_codon_14 start_codon 103264 103262 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 81.19 100011 99940 AUGUSTUS_ab_initio de novo gene_1 gene 1 12879 28544 transcript_1 transcript 12879 28544 start_codon_1 start_codon 12879 12881 CDS_1 CDS 12879 12897 CDS_2 CDS 25274 25374 CDS_3 CDS 26282 26397 CDS_4 CDS 26485 26584 CDS_5 CDS 27125 27271 CDS_6 CDS 27359 27419 CDS_7 CDS 27494 27734 CDS_8 CDS 28004 28087 CDS_9 CDS 28266 28355 CDS_10 CDS 28499 28544 stop_codon_1 stop_codon 28542 28544 gene_2 gene 1 33959 43587 transcript_2 transcript 33959 43587 start_codon_2 start_codon 33959 33961 CDS_11 CDS 33959 34127 CDS_12 CDS 37963 38060 CDS_13 CDS 38267 38360 CDS_14 CDS 38796 38878 CDS_15 CDS 42337 43587 stop_codon_2 stop_codon 43585 43587 gene_3 gene 1 53046 58190 transcript_3 transcript 53046 58190 start_codon_3 start_codon 53046 53048 CDS_16 CDS 53046 53243 CDS_17 CDS 53340 53597 CDS_18 CDS 57601 57831 CDS_19 CDS 57927 58190 stop_codon_3 stop_codon 58188 58190 AUGUSTUS_ab_initio de novo gene_4 gene 1 12630 11959 transcript_4 transcript 12630 11959 stop_codon_4 stop_codon 11961 11959 CDS_20 CDS 12630 11959 start_codon_4 start_codon 12630 12628 gene_5 gene 1 64843 61380 transcript_5 transcript 64843 61380 stop_codon_5 stop_codon 61382 61380 CDS_21 CDS 61532 61380 CDS_22 CDS 64843 63983 start_codon_5 start_codon 64843 64841 gene_6 gene 1 74467 67217 transcript_6 transcript 74467 67217 stop_codon_6 stop_codon 67219 67217 CDS_23 CDS 67572 67217 CDS_24 CDS 67839 67692 CDS_25 CDS 71926 71759 CDS_26 CDS 73408 73195 CDS_27 CDS 74467 74253 start_codon_6 start_codon 74467 74465 gene_7 gene 1 103264 101387 transcript_7 transcript 103264 101387 stop_codon_7 stop_codon 101389 101387 CDS_28 CDS 103264 101387 start_codon_7 start_codon 103264 103262 AUGUSTUS_tom_ugs de novo gene_1 gene 1 8483 11295 transcript_1 transcript 8483 11295 start_codon_1 start_codon 8483 8485 CDS_1 CDS 8483 8701 CDS_2 CDS 8945 9001 CDS_3 CDS 9128 9214 CDS_4 CDS 10048 10128 CDS_5 CDS 10278 10390 CDS_6 CDS 10512 10561 CDS_7 CDS 11228 11295 stop_codon_1 stop_codon 11293 11295 gene_2 gene 1 24998 31006 transcript_2 transcript 24998 31006 start_codon_2 start_codon 24998 25000 CDS_8 CDS 24998 25001 CDS_9 CDS 25131 25154 CDS_10 CDS 25274 25374 CDS_11 CDS 26282 26397 CDS_12 CDS 26485 26584 CDS_13 CDS 27125 27271 CDS_14 CDS 27359 27419 CDS_15 CDS 27494 27734 CDS_16 CDS 28004 28087 CDS_17 CDS 28266 28355 CDS_18 CDS 28499 28540 CDS_19 CDS 30949 31006 stop_codon_2 stop_codon 31004 31006 gene_3 gene 1 33959 41270 transcript_3 transcript 33959 41270 start_codon_3 start_codon 33959 33961 CDS_20 CDS 33959 34127 CDS_21 CDS 34592 34734 CDS_22 CDS 35374 35427 CDS_23 CDS 36214 36294 CDS_24 CDS 36390 36435 CDS_25 CDS 36709 36803 CDS_26 CDS 36925 36957 CDS_27 CDS 37926 38060 CDS_28 CDS 38267 38360 CDS_29 CDS 38796 38878 CDS_30 CDS 38983 39006 CDS_31 CDS 40462 40502 CDS_32 CDS 41180 41270 stop_codon_3 stop_codon 41268 41270 gene_4 gene 1 42556 43587 transcript_4 transcript 42556 43587 start_codon_4 start_codon 42556 42558 CDS_33 CDS 42556 43587 stop_codon_4 stop_codon 43585 43587 gene_5 gene 1 43724 53831 transcript_5 transcript 43724 53831 start_codon_5 start_codon 43724 43726 CDS_34 CDS 43724 43733 CDS_35 CDS 46377 46402 CDS_36 CDS 47216 47329 CDS_37 CDS 47431 47485 CDS_38 CDS 47982 48117 CDS_39 CDS 53042 53243 CDS_40 CDS 53340 53442 CDS_41 CDS 53530 53597 CDS_42 CDS 53787 53831 stop_codon_5 stop_codon 53829 53831 gene_6 gene 1 57634 58190 transcript_6 transcript 57634 58190 start_codon_6 start_codon 57634 57636 CDS_43 CDS 57634 57831 CDS_44 CDS 57927 58029 CDS_45 CDS 58117 58190 stop_codon_6 stop_codon 58188 58190 gene_7 gene 1 87865 97639 transcript_7 transcript 87865 97639 start_codon_7 start_codon 87865 87867 CDS_46 CDS 87865 87939 CDS_47 CDS 88161 88288 CDS_48 CDS 90136 90439 CDS_49 CDS 90767 90816 CDS_50 CDS 91087 91154 CDS_51 CDS 94574 94668 CDS_52 CDS 94874 95007 CDS_53 CDS 95706 96009 CDS_54 CDS 96224 96540 CDS_55 CDS 97462 97639 stop_codon_7 stop_codon 97637 97639 gene_8 gene 1 113787 119715 transcript_8 transcript 113787 119715 start_codon_8 start_codon 113787 113789 CDS_56 CDS 113787 113879 CDS_57 CDS 114789 114826 CDS_58 CDS 115386 115613 CDS_59 CDS 115739 115962 CDS_60 CDS 116075 116232 CDS_61 CDS 119668 119715 stop_codon_8 stop_codon 119713 119715 AUGUSTUS_tom_ugs de novo gene_9 gene 1 12630 11959 transcript_9 transcript 12630 11959 stop_codon_9 stop_codon 11961 11959 CDS_62 CDS 12630 11959 start_codon_9 start_codon 12630 12628 gene_10 gene 1 64843 59854 transcript_10 transcript 64843 59854 stop_codon_10 stop_codon 59856 59854 CDS_63 CDS 60069 59854 CDS_64 CDS 60688 60413 CDS_65 CDS 61456 61181 CDS_66 CDS 61652 61533 CDS_67 CDS 64843 63983 start_codon_10 start_codon 64843 64841 gene_11 gene 1 74467 67217 transcript_11 transcript 74467 67217 stop_codon_11 stop_codon 67219 67217 CDS_68 CDS 67572 67217 CDS_69 CDS 67839 67692 CDS_70 CDS 68531 68247 CDS_71 CDS 68819 68674 CDS_72 CDS 69171 69050 CDS_73 CDS 71673 71585 CDS_74 CDS 71926 71759 CDS_75 CDS 72151 72050 CDS_76 CDS 72319 72227 CDS_77 CDS 73408 73195 CDS_78 CDS 74467 74253 start_codon_11 start_codon 74467 74465 gene_12 gene 1 103264 101387 transcript_12 transcript 103264 101387 stop_codon_12 stop_codon 101389 101387 CDS_79 CDS 103264 101387 start_codon_12 start_codon 103264 103262 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8481 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 0.991 10278 10390 match_part 1.000 10512 10561 match_part 0.923 11228 11514 match_2 match_part 1.000 8637 8701 match_part 1.000 8945 9001 match_part 1.000 9128 9214 match_part 1.000 10048 10128 match_part 1.000 10278 10390 match_part 1.000 10512 10561 match_part 1.000 11228 11514 match_3 match_part 1.000 24954 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26397 match_part 1.000 26485 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 1.000 27494 27734 match_part 1.000 28004 28087 match_part 1.000 28266 28355 match_part 1.000 28499 28783 match_4 match_part 0.971 24968 25001 match_part 1.000 25131 25154 match_part 1.000 25274 25374 match_part 1.000 26282 26392 match_part 1.000 26528 26584 match_part 1.000 27125 27271 match_part 1.000 27359 27419 match_part 0.957 27494 27539 match_5 match_part 1.000 33852 34127 match_part 1.000 34592 34734 match_part 1.000 35374 35427 match_part 1.000 36214 36294 match_part 1.000 36390 36435 match_part 1.000 36709 36803 match_part 1.000 36925 36957 match_part 1.000 37926 38060 match_part 1.000 38267 38360 match_part 1.000 38796 38878 match_part 1.000 38983 39397 match_6 match_part 1.000 40447 40502 match_part 0.998 41180 42115 match_7 match_part 1.000 46192 46402 match_part 1.000 47216 47329 match_part 0.988 47431 47767 match_8 match_part 1.000 46305 46402 match_part 1.000 46796 46895 match_part 0.982 47216 47329 match_part 1.000 47431 47485 match_part 0.984 47982 48044 match_9 match_part 1.000 52012 52062 match_part 1.000 52133 52169 match_part 1.000 52271 52311 match_part 1.000 53013 53243 match_part 1.000 53340 53442 match_part 1.000 53530 53597 match_part 1.000 53787 54062 match_10 match_part 1.000 52291 52311 match_part 1.000 53013 53442 match_part 1.000 53530 53597 match_part 1.000 53787 53807 match_11 match_part 1.000 56256 56313 match_part 1.000 56383 56419 match_part 1.000 56520 56560 match_part 1.000 57601 57831 match_part 1.000 57927 58029 match_part 1.000 58117 58184 match_part 0.947 58416 58698 match_12 match_part 0.750 57926 57933 match_part 1.000 58000 58029 match_part 0.824 58117 58184 match_part 0.983 58416 58649 match_13 match_part 0.985 87874 87939 match_part 1.000 88161 88288 match_part 1.000 90136 90439 match_part 1.000 90767 90817 match_14 match_part 0.999 90778 91474 match_15 match_part 1.000 94450 94668 match_part 1.000 94874 95007 match_part 1.000 95706 96009 match_part 1.000 96224 96540 match_part 0.996 97462 97915 match_16 match_part 1.000 94523 94668 match_part 0.860 94915 95007 match_part 1.000 95706 95724 match_part 0.991 95779 96009 match_part 1.000 96224 96540 match_part 1.000 97462 97517 match_17 match_part 1.000 94543 94668 match_part 0.978 94874 94962 match_part 0.963 95682 96009 match_part 0.994 96224 96536 match_18 match_part 1.000 113559 113879 match_part 1.000 114789 114826 match_part 1.000 115386 115613 match_part 0.991 115739 115962 match_part 1.000 116075 116161 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_19 match_part 1.000 18105 17641 match_20 match_part 1.000 61399 61181 match_part 1.000 60688 60413 match_part 1.000 60069 59724 match_21 match_part 1.000 68827 68674 match_part 1.000 68531 68247 match_part 1.000 67839 67692 match_part 0.985 67572 67039 match_22 match_part 1.000 74448 74253 match_part 1.000 73408 73195 match_part 1.000 72319 72227 match_part 1.000 72151 72050 match_part 0.988 71926 71845 match_23 match_part 1.000 74448 74253 match_part 0.996 73408 72879 match_24 match_part 0.999 103359 101274 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 8481 8701 exon 8945 9001 exon 9128 9214 exon 10048 10128 exon 10278 10390 exon 10512 10561 exon 11228 11514 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 18105 17641 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24954 25001 exon 25131 25154 exon 25274 25374 exon 26282 26397 exon 26485 26584 exon 27125 27271 exon 27359 27419 exon 27494 27734 exon 28004 28087 exon 28266 28355 exon 28499 28783 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 24968 25001 exon 25131 25154 exon 25274 25374 exon 26282 26392 exon 26528 26584 exon 27125 27271 exon 27359 27419 exon 27494 27539 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33852 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36435 exon 36709 36803 exon 36925 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39397 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 40447 40502 exon 41180 42115 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46192 46402 exon 47216 47329 exon 47431 47767 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 46305 46402 exon 46796 46895 exon 47216 47329 exon 47431 47485 exon 47982 48044 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52012 52062 exon 52133 52169 exon 52271 52311 exon 53013 53243 exon 53340 53442 exon 53530 53597 exon 53787 54062 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 52291 52311 exon 53013 53442 exon 53530 53597 exon 53787 53807 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 56256 56313 exon 56383 56419 exon 56520 56560 exon 57601 57831 exon 57927 58029 exon 58117 58184 exon 58416 58698 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 57926 57933 exon 58000 58029 exon 58117 58184 exon 58416 58649 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 61399 61181 exon 60688 60413 exon 60069 59724 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 68827 68674 exon 68531 68247 exon 67839 67692 exon 67572 67039 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74448 74253 exon 73408 73195 exon 72319 72227 exon 72151 72050 exon 71926 71845 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 74448 74253 exon 73408 72879 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 87874 87939 exon 88161 88288 exon 90136 90439 exon 90767 91474 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94450 94668 exon 94874 95007 exon 95706 96009 exon 96224 96540 exon 97462 97915 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94543 94668 exon 94874 94962 exon 95682 96009 exon 96224 96536 gene_20 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 94523 94668 exon 94915 95007 exon 95706 95724 exon 95779 96009 exon 96224 96540 exon 97462 97517 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 103359 101274 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 113559 113879 exon 114789 114826 exon 115386 115613 exon 115739 115962 exon 116075 116161 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 33856 34127 match_part 1.000 34592 34734 match_part 1.000 35374 35427 match_part 1.000 36214 36294 match_part 1.000 36390 36435 match_part 1.000 36709 36803 match_part 1.000 36925 36957 match_part 1.000 37926 38060 match_part 1.000 38267 38360 match_part 1.000 38796 38878 match_part 1.000 38983 39397 match_2 match_part 0.981 35374 35427 match_part 0.975 36214 36294 match_part 0.978 36390 36435 match_part 1.000 36709 36803 match_part 1.000 36925 36957 match_part 0.993 37926 38060 match_part 0.968 38267 38360 match_part 0.988 38796 38878 match_part 0.830 38983 39371 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.982 68409 68247 match_part 0.986 67839 67692 match_part 0.944 67572 66952 match_4 match_part 1.000 68827 68674 match_part 1.000 68531 68247 match_part 1.000 67839 67692 match_part 0.985 67572 67039 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 33856 34127 exon 34592 34734 exon 35374 35427 exon 36214 36294 exon 36390 36435 exon 36709 36803 exon 36925 36957 exon 37926 38060 exon 38267 38360 exon 38796 38878 exon 38983 39397 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0127C05.1 type gene exon 68827 68674 exon 68531 68247 exon 67839 67692 exon 67572 66952 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 8483 11295 transcript_1 transcript 8483 11295 start_codon_1 start_codon 8483 8485 CDS_1 CDS 8483 8701 CDS_2 CDS 8945 9001 CDS_3 CDS 9128 9214 CDS_4 CDS 10048 10128 CDS_5 CDS 10278 10390 CDS_6 CDS 10512 10561 CDS_7 CDS 11228 11295 stop_codon_1 stop_codon 11293 11295 gene_2 gene 1 12879 28544 transcript_2 transcript 12879 28544 start_codon_2 start_codon 12879 12881 CDS_8 CDS 12879 12897 CDS_9 CDS 24897 25001 CDS_10 CDS 25131 25154 CDS_11 CDS 25274 25374 CDS_12 CDS 26282 26397 CDS_13 CDS 26485 26584 CDS_14 CDS 27125 27271 CDS_15 CDS 27359 27419 CDS_16 CDS 27494 27734 CDS_17 CDS 28004 28087 CDS_18 CDS 28266 28355 CDS_19 CDS 28499 28544 stop_codon_2 stop_codon 28542 28544 gene_3 gene 1 32285 39015 transcript_3 transcript 32285 39015 start_codon_3 start_codon 32285 32287 CDS_20 CDS 32285 32292 CDS_21 CDS 33853 34127 CDS_22 CDS 34592 34734 CDS_23 CDS 35374 35427 CDS_24 CDS 36214 36294 CDS_25 CDS 36390 36435 CDS_26 CDS 36709 36803 CDS_27 CDS 36925 36957 CDS_28 CDS 37926 38060 CDS_29 CDS 38267 38360 CDS_30 CDS 38796 38878 CDS_31 CDS 38983 39015 stop_codon_3 stop_codon 39013 39015 gene_4 gene 1 39141 41292 transcript_4 transcript 39141 41292 start_codon_4 start_codon 39141 39143 CDS_32 CDS 39141 39280 CDS_33 CDS 40441 40502 CDS_34 CDS 41180 41292 stop_codon_4 stop_codon 41290 41292 gene_5 gene 1 42556 43587 transcript_5 transcript 42556 43587 start_codon_5 start_codon 42556 42558 CDS_35 CDS 42556 43587 stop_codon_5 stop_codon 43585 43587 gene_6 gene 1 43724 53831 transcript_6 transcript 43724 53831 start_codon_6 start_codon 43724 43726 CDS_36 CDS 43724 43733 CDS_37 CDS 46377 46402 CDS_38 CDS 47216 47329 CDS_39 CDS 47431 47485 CDS_40 CDS 47982 48117 CDS_41 CDS 52026 52062 CDS_42 CDS 52133 52169 CDS_43 CDS 52271 52311 CDS_44 CDS 53013 53243 CDS_45 CDS 53340 53442 CDS_46 CDS 53530 53597 CDS_47 CDS 53787 53831 stop_codon_6 stop_codon 53829 53831 gene_7 gene 1 53994 58460 transcript_7 transcript 53994 58460 start_codon_7 start_codon 53994 53996 CDS_48 CDS 53994 54117 CDS_49 CDS 56222 56313 CDS_50 CDS 56383 56419 CDS_51 CDS 56520 56560 CDS_52 CDS 57601 57831 CDS_53 CDS 57927 58029 CDS_54 CDS 58117 58184 CDS_55 CDS 58416 58460 stop_codon_7 stop_codon 58458 58460 gene_8 gene 1 87865 94546 transcript_8 transcript 87865 94546 start_codon_8 start_codon 87865 87867 CDS_56 CDS 87865 87939 CDS_57 CDS 88161 88288 CDS_58 CDS 90136 90439 CDS_59 CDS 90767 90816 CDS_60 CDS 91087 91154 CDS_61 CDS 94482 94546 stop_codon_8 stop_codon 94544 94546 gene_9 gene 1 94600 97639 transcript_9 transcript 94600 97639 start_codon_9 start_codon 94600 94602 CDS_62 CDS 94600 94668 CDS_63 CDS 94874 95007 CDS_64 CDS 95706 96009 CDS_65 CDS 96224 96540 CDS_66 CDS 97462 97639 stop_codon_9 stop_codon 97637 97639 gene_10 gene 1 113787 119715 transcript_10 transcript 113787 119715 start_codon_10 start_codon 113787 113789 CDS_67 CDS 113787 113879 CDS_68 CDS 114789 114826 CDS_69 CDS 115386 115613 CDS_70 CDS 115739 115962 CDS_71 CDS 116075 116232 CDS_72 CDS 119668 119715 stop_codon_10 stop_codon 119713 119715 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 1 12630 11959 transcript_11 transcript 12630 11959 stop_codon_11 stop_codon 11961 11959 CDS_73 CDS 12630 11959 start_codon_11 start_codon 12630 12628 gene_12 gene 1 64843 59854 transcript_12 transcript 64843 59854 stop_codon_12 stop_codon 59856 59854 CDS_74 CDS 60069 59854 CDS_75 CDS 60688 60413 CDS_76 CDS 61456 61181 CDS_77 CDS 61652 61533 CDS_78 CDS 64843 63983 start_codon_12 start_codon 64843 64841 gene_13 gene 1 74467 67217 transcript_13 transcript 74467 67217 stop_codon_13 stop_codon 67219 67217 CDS_79 CDS 67572 67217 CDS_80 CDS 67839 67692 CDS_81 CDS 68531 68247 CDS_82 CDS 68819 68674 CDS_83 CDS 69171 69050 CDS_84 CDS 71673 71585 CDS_85 CDS 71926 71759 CDS_86 CDS 72151 72050 CDS_87 CDS 72319 72227 CDS_88 CDS 73408 73195 CDS_89 CDS 74467 74253 start_codon_13 start_codon 74467 74465 gene_14 gene 1 103264 101387 transcript_14 transcript 103264 101387 stop_codon_14 stop_codon 101389 101387 CDS_90 CDS 103264 101387 start_codon_14 start_codon 103264 103262 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 585 42334 43581 match_2 match 126 26282 26584 match_3 match 116 27116 27418 match_4 match 156 27487 27735 match_5 match 33.5 27374 27418 match_6 match 126 26282 26584 match_7 match 156 27487 27735 match_8 match 171 42334 43581 match_9 match 105 27116 27418 match_10 match 139 27490 27735 match_11 match 67.0 57927 58142 match_12 match 197 52995 53555 match_13 match 152 57589 57834 match_14 match 104 115381 115617 match_15 match 114 115737 115964 match_16 match 114 115737 115964 match_17 match 103 115387 115617 match_18 match 87.0 115387 115617 match_19 match 112 115740 115964 match_20 match 67.0 57927 58142 match_21 match 194 52995 53555 match_22 match 149 57589 57834 match_23 match 104 27116 27418 match_24 match 138 27490 27735 match_25 match 166 42334 43485 match_26 match 166 42334 43485 match_27 match 166 42334 43485 match_28 match 116 27116 27418 match_29 match 132 26282 26584 match_30 match 155 27487 27735 match_31 match 112 115387 115617 match_32 match 128 115737 115958 match_33 match 69.7 116074 116226 match_34 match 112 115387 115617 match_35 match 128 115737 115958 match_36 match 69.7 116074 116226 match_37 match 101 115387 115617 match_38 match 117 115740 115964 match_39 match 101 115387 115617 match_40 match 116 115740 115961 match_41 match 103 115387 115617 match_42 match 115 115737 115958 match_43 match 103 115387 115617 match_44 match 74.7 116059 116232 match_45 match 115 115737 115958 match_46 match 107 115387 115617 match_47 match 79.0 116068 116232 match_48 match 140 115737 115964 match_49 match 89.4 115387 115617 match_50 match 73.6 116068 116262 match_51 match 126 115740 115964 match_52 match 35.0 115528 115617 match_53 match 69.3 116074 116226 match_54 match 127 115737 115958 match_55 match 105 115387 115617 match_56 match 69.3 116074 116226 match_57 match 127 115737 115958 match_58 match 94.4 115387 115617 match_59 match 116 115740 115964 match_60 match 77.8 115387 115617 match_61 match 116 115740 115964 match_62 match 65.9 116068 116241 match_63 match 119 115737 115964 match_64 match 100 115387 115617 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_65 match 162 102280 101405 match_66 match 55.8 79058 78954 match_67 match 129 80444 80202 match_68 match 77.0 80187 80050 match_69 match 207 81681 81289 match_70 match 93.2 79288 79145 match_71 match 169 102289 101429 match_72 match 169 102289 101429 match_73 match 161 102409 101417 match_74 match 169 102256 101417 match_75 match 163 102316 101417 match_76 match 202 102259 101393 match_77 match 176 102259 101405 match_78 match 248 103186 101405 match_79 match 243 103186 101405 match_80 match 169 102361 101417 match_81 match 105 80429 80208 match_82 match 152 81636 81331 match_83 match 78.6 80187 80050 match_84 match 180 103039 101390 match_85 match 196 102259 101393 match_86 match 246 103087 101375 match_87 match 163 102256 101432 match_88 match 172 102307 101417 match_89 match 166 102289 101420 match_90 match 166 102289 101420 match_91 match 167 102259 101396 match_92 match 173 102280 101378 match_93 match 175 103030 101432 match_94 match 249 103039 101396 match_95 match 159 102265 101405 match_96 match 164 102280 101405 match_97 match 228 103126 101432 match_98 match 217 103039 101393 match_99 match 178 102280 101405 match_100 match 216 103075 101432 match_101 match 162 102409 101399 match_102 match 171 102901 101417 match_103 match 164 102835 101417 match_104 match 158 102835 101417 match_105 match 159 102907 101417 match_106 match 177 102907 101417 match_107 match 159 102916 101417 match_108 match 159 102268 101405 match_109 match 216 102973 101393 match_110 match 158 102256 101402 match_111 match 159 102403 101402 match_112 match 164 102259 101405 match_113 match 164 102259 101405 match_114 match 164 102259 101405 match_115 match 168 102268 101405 match_116 match 163 102259 101417 match_117 match 163 102271 101429 match_118 match 180 102256 101417 match_119 match 139 80444 80202 match_120 match 66.6 79058 78840 match_121 match 90.5 79288 79136 match_122 match 85.9 80187 80050 match_123 match 222 81684 81328 match_124 match 165 102256 101393 match_125 match 162 102373 101393 match_126 match 201 103015 101432 match_127 match 171 102277 101396 match_128 match 165 102277 101417 match_129 match 175 102280 101417 match_130 match 187 102280 101405 match_131 match 228 103036 101417 match_132 match 185 102319 101393 match_133 match 229 103087 101390 match_134 match 164 102349 101396 match_135 match 241 103045 101372 match_136 match 508 13011 11965 match_137 match 168 102256 101405 match_138 match 193 102328 101393 match_139 match 161 102364 101393 match_140 match 161 102364 101393 match_141 match 168 102358 101393 match_142 match 182 102916 101396 match_143 match 228 102916 101393 match_144 match 202 103030 101396 match_145 match 181 102280 101405 match_146 match 182 102979 101405 match_147 match 176 102979 101372 match_148 match 164 102865 101372 match_149 match 160 102313 101432 match_150 match 159 102280 101405 match_151 match 161 102259 101393 match_152 match 160 102343 101405 match_153 match 161 102847 101417 match_154 match 166 102289 101396 match_155 match 175 102289 101429 match_156 match 715 103198 101390 match_157 match 240 103063 101399 match_158 match 224 103183 101432 match_159 match 188 103084 101414 match_160 match 166 102781 101414 match_161 match 163 102307 101417 match_162 match 162 102367 101417 match_163 match 173 102271 101390 match_164 match 171 102259 101393 match_165 match 182 103180 101390 match_166 match 129 80444 80205 match_167 match 199 81681 81289 match_168 match 78.2 80187 80050 match_169 match 62.8 79058 78951 match_170 match 93.2 79288 79145 match_171 match 163 102259 101417 match_172 match 231 102979 101396 match_173 match 160 102355 101405 match_174 match 161 102277 101417 match_175 match 229 103039 101393 match_176 match 167 102259 101429 match_177 match 49.7 79058 78951 match_178 match 112 80444 80202 match_179 match 79.7 80208 80050 match_180 match 182 81675 81331 match_181 match 90.5 79288 79145 match_182 match 173 102259 101393 match_183 match 164 102280 101417 match_184 match 57.8 79058 78954 match_185 match 188 81681 81328 match_186 match 138 80444 80202 match_187 match 81.3 80187 80050 match_188 match 93.6 79288 79145 match_189 match 164 102259 101417 match_190 match 184 103060 101405 match_191 match 181 103060 101405 match_192 match 166 102259 101390 match_193 match 117 80444 80202 match_194 match 65.9 79058 78954 match_195 match 209 81681 81289 match_196 match 95.5 79288 79145 match_197 match 90.1 80187 80050 match_198 match 161 102403 101402 match_199 match 165 102868 101417 match_200 match 186 103087 101393 match_201 match 229 103063 101396 match_202 match 177 103036 101393 match_203 match 58.9 79058 78951 match_204 match 70.9 80187 80050 match_205 match 179 81660 81328 match_206 match 81.6 79288 79145 match_207 match 132 80432 80202 match_208 match 174 102277 101417 match_209 match 92.8 80444 80202 match_210 match 53.5 79058 78951 match_211 match 172 81651 81328 match_212 match 77.0 79288 79145 match_213 match 77.8 80187 80050 match_214 match 172 102409 101417 match_215 match 186 103036 101393 match_216 match 169 102271 101390 match_217 match 164 102289 101429 match_218 match 164 102289 101429 match_219 match 164 102289 101429 match_220 match 162 102277 101372 match_221 match 161 102277 101372 match_222 match 159 102331 101372 match_223 match 159 102289 101417 match_224 match 160 102397 101417 match_225 match 159 102307 101417 match_226 match 166 102280 101405 match_227 match 157 102292 101417 match_228 match 171 102409 101405 match_229 match 209 103081 101432 match_230 match 168 102256 101402 match_231 match 162 102280 101402 match_232 match 160 102415 101402 match_233 match 163 102412 101402 match_234 match 160 102280 101402 match_235 match 164 102328 101417 match_236 match 60.1 79058 78951 match_237 match 77.0 80187 80050 match_238 match 136 80444 80202 match_239 match 190 81672 81328 match_240 match 99.0 79288 79145 match_241 match 133 80444 80202 match_242 match 58.5 79058 78951 match_243 match 199 81675 81289 match_244 match 78.2 80187 80050 match_245 match 92.8 79288 79145 match_246 match 245 103063 101423 match_247 match 223 103000 101393 match_248 match 177 102847 101399 match_249 match 161 102355 101405 match_250 match 202 103060 101396 match_251 match 166 102271 101402 match_252 match 159 102271 101402 match_253 match 169 102271 101402 match_254 match 166 102280 101402 match_255 match 159 102256 101402 match_256 match 172 102280 101402 match_257 match 165 102262 101402 match_258 match 166 102415 101405 match_259 match 163 102256 101402 match_260 match 157 102256 101402 match_261 match 164 102394 101402 match_262 match 159 102298 101402 match_263 match 162 102265 101402 match_264 match 70.1 79058 78840 match_265 match 219 81696 81328 match_266 match 85.9 80187 80050 match_267 match 159 80444 80202 match_268 match 103 79288 79145 match_269 match 218 103051 101390 match_270 match 158 102289 101402 match_271 match 165 102292 101399 match_272 match 240 103060 101396 match_273 match 244 103087 101393 match_274 match 169 102277 101417 match_275 match 169 102262 101399 match_276 match 158 102262 101399 match_277 match 160 102280 101405 match_278 match 159 102373 101396 match_279 match 165 102259 101396 match_280 match 189 102280 101405 match_281 match 160 102280 101417 match_282 match 161 102277 101405 match_283 match 208 103087 101405 match_284 match 196 102343 101393 match_285 match 164 102415 101417 match_286 match 165 102415 101417 match_287 match 161 102415 101432 match_288 match 165 102259 101396 match_289 match 105 80444 80205 match_290 match 53.9 79058 78951 match_291 match 167 81651 81328 match_292 match 79.3 79288 79145 match_293 match 79.0 80187 80050 match_294 match 159 102256 101402 match_295 match 166 102259 101396 match_296 match 197 102292 101396 match_297 match 164 102280 101405 match_298 match 158 102256 101396 match_299 match 184 102109 101396 match_300 match 196 102415 101396 match_301 match 162 102259 101393 match_302 match 164 102259 101393 match_303 match 183 102979 101405 match_304 match 159 102259 101405 match_305 match 159 102259 101405 match_306 match 157 102259 101396 match_307 match 158 102259 101417 match_308 match 275 12993 12094 match_309 match 208 103060 101399 match_310 match 162 102367 101405 match_311 match 161 102277 101417 match_312 match 231 103075 101423 match_313 match 220 103126 101417 match_314 match 162 102328 101396 match_315 match 181 102928 101393 match_316 match 57.4 79058 78951 match_317 match 199 81681 81289 match_318 match 136 80444 80205 match_319 match 79.0 80187 80050 match_320 match 95.5 79288 79145 match_321 match 219 103087 101396 match_322 match 254 103087 101417 match_323 match 159 102346 101618 match_324 match 158 102256 101612 match_325 match 182 102973 101417 match_326 match 81.3 80450 80202 match_327 match 75.1 80187 79945 match_328 match 51.6 79058 78957 match_329 match 160 81651 81331 match_330 match 81.6 79288 79145 match_331 match 157 102406 101417 match_332 match 219 103036 101393 match_333 match 162 102277 101417 match_334 match 196 102340 101393 match_335 match 214 103087 101396 match_336 match 184 102292 101399 match_337 match 150 80444 80202 match_338 match 218 81696 81328 match_339 match 72.0 79058 78951 match_340 match 87.0 80187 80050 match_341 match 97.4 79288 79145 match_342 match 170 102835 101405 match_343 match 234 103036 101399 match_344 match 167 102271 101432 match_345 match 160 102280 101405 match_346 match 159 102259 101429 match_347 match 240 103063 101396 match_348 match 226 103039 101393