C12HBa0326K10.1 AAGCTTCTTACAAGAGTCGTCCAAATTCACCAATTTTTCGTCTGTATTAGCCTATGGATC TACCGTCTGGATCACCAATCTTTTTCTCTAAAAATTCTTTATGGAGACCTCCGTAATGAA TTAAGGAACCTTCACGTGTACTCAAACTATTCTTAAGGTCATTCTACATTTACAAGCCTC TTTTTAAGAATCACCCAAAATCCCCTTATTTTTCGTGTATATTAGCCCATGAATATGGCG CCTGGAGCACCTATTTTTTTTTCCCAAAAATTCCGCACTGAATTGGAAAACCTTCACGTA CACTAACACTATTTCAACGCCTATTTCTGCATTTACAAATTCCTTATAATAGTCACCCAA ATTCACCAATTTTTTGTGTGTATTATCACATGGATGTGACACCTGCGCACCCAAATTTAT TTTTCTCAAAAAATTAAATAAGGGCCTTCGTAATGAGTTGGGTAACCTTCAAGTATACTC ACATAATTTTTTGAACGCCTATTTTCACATTTACTAGTCATTTTTTGAATTACCCAAATT AACCAATTTTTCGTGTGTATTAACCTATGATTTTGGCGCATGAAGCACCCAATTTTTTTT ATCAAAAGACTATGAAAACCTCTTTAATTAGTTAGGGAACCATCACGTATACTCACACTT TTTTTAACACTCATTTTCTCATTTTCAAGATCTTTTTTAACAGTTGCCCAAATTCACCAA TTTTTCGTGTGTATTAGCCCATGATTGTGGCGCCTGAAGCATCCAATTTTTTTTTTTTAT CAAAAGACTTTATGAAAACCTCTGTAATTAGTTGAGGAATCATCACGTATACTCACACTT TTTTTAACGCTCATATTTTCATTCCCAAGATCTTTTTTAACAGTTGCCCAAATTCACCAA TTTTACGTGTGTATTAGCCCATAGAGCTAGCGTCTGGATCATCAATTTTTTTTTCTTAAA AAACTTTATGGGGACCTCTTTATTGAATTAAGGAACCTTCACATATATTCACACCATTTT TAAATCCATTCCGTATTTACAAACCCCTTTTTAAGAATAATCCAAAATCACCTAGTTTTC GTGTATATCAGCCCATGAATACGGCGCCCGGAGCACCTGATTTTTTTTTTCTCAAAAAAC TTTATAAGAATATCTGTATTTAGTTGGAAAACCTTCACATACACTCACACCATTTTCAAC GTCTATTTCCGCATTTACAAGTTTCTTATAAGAGTCGCCCAAATTCACTGTTTTTCCGTG TGTATTAGCTCATGGATGTGGCGCCTGCGCACCCAAATTTATTTTCTCAAAAAACTTTAT GAGGGCCTCCGTAATTAGTTGGGGAGCCTTCACGTATACTCACACAATTTTTTGAACGCC TATATTCGCATTTACTAGTCATTTTTTTTTAATTGCCCAAATTAACCAATTTTTCATATG TATTAGCCTATGATTGTGACACTAAAACATTCAATTTTTTAATCAAAAATTTTTATGAGG ACCTCCGTATTGAGTTGGAGAACCATCACGTATATTCACACTTTTTTTAACGCCCATTTT CTCATTCACAAGCTCTTTCTTAACAGTTGCTCAAATTCACCGATTTTTCGTGTTTATTAG CCCATGGATCTAGCGTTTGGATCACCAAATTTTTTTTCTTAAAAAACTTTGTGAGGACCT CCGTATTGAATTAAGTAACCTTCGCATATACTCACACCATTTTTAACTCCATTTCGCATT TACAAGCCTCTTTATAAGAATCATCCATGATCTCCTAGTTTTTGTGTATATTAGCACATG AATAACACCCTGAGCACTTAATTTTTTTTCTCAAAAAACTTTACAAGGATCTCTGTATTG AATTGGGAAACCTTACGTACACTCACACCATTTTTAACGTTCATTTCCGCATTGACAAGT TTCTTATAAGAGTCGCTCAAATTCACCGATTTTTTGTATGTATCAACACATGGATGTGGC GCCTGCGCAACCAAATTTGTTTTTCTCAAAAAACATTATGAGGGTCTATGTAATGAGTTG GAAAACCTTCACGTATACTGATACAATTTTTTTAACGTCTATTTCTGCATTTACAAGCTC GTTTTTAAGAATCAACCAAAATCCCCTAGTTTTCGTGTAAATTAGCCCATGGATGTGACG CCCGGAGCACCTGAATTTTTTTTTATCAAAAAACTTATAAGGATCTCCATATTGAATTAG AAAACCTTCATGTACATTCGCACCATTTTTTGATGTCCATTTTCGCATTTACAAGCTTCT TATAAGAGTCGCCTGAATTCACCTATTTTTCGTGTGTATTAGCATTTGGATGTGGCGCCT GCGCACCCAAATTTATTTTTCTCTAAATACATTATGAGGCCTTCCGTAATGAGTTGGGGA ACCTTCACGTATACTCAAATAATTTTCTTAACGCCTATTTTCGTATTTACAAGCCTTTTG TTAGAATCACCCATATTAACCAATTATTTGTTTTTATTAACCCATGATTGTGGCGCCAGA AGAGTCCAATTTGTTTTTTTATCAAAAGATTTTATGAGGACCCTTGTAATTAGTTGGGAA CCATTATGTATAGTCACACTCTTTTAACGCCCATTTTCTCATTTAGAAGCTTCTTACAAG AGTCGCCCAAATTCAACAATTTTTCGTGTGTATTATAGCCTATGGATCTACCGTCTGGAT CACCAAATTTTTTTTCTCAAAATTCTTAATGGGGACCTCCGTAATGAATTAAGGAACCTT CACGTCTACTCAAACTATTCTTAAGGTCATTCCACATTTACAAGTCTCTTTTTAAGAATC ACCAAAATCTCCTAGTTTTCGTGTATATTAGCCTATGAATATGCCGTCTGGAGCACCTAA TTTTGTTTCTAAAAAAACTTAACACTAACACTATTTTTTTAACGTCCATTTTTGCATTTA CAAACTTCTTATAATAGTCACCCAAATTCACAGATTTTTCGTGTGTATTATCACATGGAT ATGATACCTGCTCACCCAAAATTATTTTCCTCAAAAAACTTTATGAAGGTCTCCATAATG AGTTTATTGATACAATTTTTTAACGTCTATTTCGCTTTTACAAGCCTCTTTTTAAGAATT AACCCATAATTCCCTAGTTTTCGTGTACATTAGCCCATGGATATGACGTCCGGAGCACCT GGTATTTTTTTTCTCAAAAAACATTATAAGGATATTCGTATTAAATTAGGAAACCTTTAT TTACACTCACACCATTTTTTAATGTCCATTTTTGCATTTACAAGCTTTTTAGAAGAGTCG TCCGAATTCACCTATTTTTCGTGTGTATTAGCATATGGATGTGGCACCTGCGCACCCAAA TTTATTTTACACAAAAAACTTTATGAGGGCCTCCGTAAGGAGTTGGAAATCATTACAGTA TACTCACACAATTTTTTTTAATACCTATTTTCGCATTTACTAGCTTTTTTTAAGAATCGC CCAGATAAACAATTTTTTGTGTTTATTAGCCCATGATTGTGGCGCCTGAAGAATTCAATT TGTTTTTTTATCAAAAGATTTTATGAGGACCTTTGTAATGATTTGGGGAACCATCACGTA TAGTCACACTCGTTTAACACCCATTTTTTCATTTAGAAGCTTCTTACAAGAGTCGTCCAA ATTCACCAATTTTTCGTGTGTATTAGCCCATGGAACTAGCGTTTGGATCTTTGTAGGGAC ATCCGTATTGAATTAAGTAACCTTCGCATGTACTCATACCATTTTTAACTCTATTCGCAT TTATAAGTCCCTTTATAAGAATCACCCAAGATCTCTTAGTTTTCGTGTATATTAGCCCAT GGATATAACACCCAGAACACTTAAATTCATTTTTTCTCAAAAAACTTTATAAAGATCTCT GTATTGAATTGGAAAAGCTTCACGTACACTCACACCATTTTTAATGCCCATTTCCACATT TACAAGTTTCTTATAAGAGTCACTCAAATTCACCGATTTTTCGTGTGTATTAGCACATGG ATGTGGTGCCTGCGTAACAAAATTTGTTTTTCTCAAAAAACATTATGAGGGTCTGCGTAA TGAGTTGGAAAACCTTTACGTACATTGATACAATTTTTTTAACGTCTATTTCCGCATTTA CAAGTCTGTTTTTAAGAATCAACCAAAATTCCCTACTTTTTGTGTATATTAGCCCATGGA TATGACGCCCGGAGCACCTGAATTTTTTTTCTCAAATAAATTTATAAGGATCTCCGTATT GAATTAGGAAACCTTCATGTACACTCACACCATTTTTTGATGTCCATTTTCGCATCTACA AGCTTCTTATAAGAGTTGCCTGAATTCACCTATTTTTCGTGTGTATTAGCATTTAGATGT GGTGCCTGCGCACCCAAATTTATTTTTCTCTAAACACATTATGAGGCCTTCCGTAATGAT TTGGGGAACCTTCACGTATACTCAAATAATTTTTTAACGCCTATTTTTGTATTTACAAGC CTTTTAAGAATCACCCATATTAACCAATTATTTGTTTTTATTAACTCATGATTGTGGCGC CTGAAGAATCCAATTTGTTTTTTTATCAAAATATTTTATGAGGACCTCTGTAATTAGTTG GGGAACCATTATGTATAGTCACACTCTTGTAACGCCCATTTTCTCATTTAGAAGCTTCTT ACAAGAGTCGCCAAATTCAACGATTTTCCGTGTGTTTTAGCCTATGGATCTACCGTCTGG ATCACCAAATTTTTTTCCTCAAAATTCTTTATGGGGACCTCCGTAATGAATTAAGGAACC TTCATATGTACTCAAACTATTCTTAAGGTCATTCCACATTTACAAGTCTCTTTTTAAGAA TCACCGCATTGAATTGGGAAACCTTCACGTACACTAACACTATTTTTTAACGTCCATTTC TGCATTTACAAACTTCTTATATTAGTCACCCAAATTCACAGATTTTTCGTGTGTATTATC ACATGGATATGAAATCTGCTCACCCAAAATTATTTTTCTCAAAAAACTTTATGAGGGACT CCGTAATTAGTTGGGTGACCTTCATGTATATTCACATAATTTTTTAAACGCCTAATTTCG CATTTACTAGTTTTTTTAATTGCCCAAATTAATCAATTTTTCGTGTGTATTAGCCCATGA TTGTGGCGCCTGAAGCATTCAAATTTTTTTTATCAAAAGACTTTATGAAAACCTCTTTAA TTAATTGGGGAACCATCACGTATATTCACATTTTTTAATACTTATTTTCTCATTCATCTT TTCCAACAGGTGTCCAAATTCACCAATTTTACGTGTATTAGCCCATAGTGTTTGGATCAC CAAATTGTTTTTTCTTAAAAAACATTACGGGGACCTCTTTATCTAATTAACGATCCTTCA CATATATTCACACCATTTTTAAATCCATTACATAGTTACAAATCTCTTTTTAAGAATCAC CCAAAATTTCCTAATTTTCGTGTATATTATTAGCCCATGAATATGGCTCCCGGAGCACCT GATTTTTTTATTTCAAAAAACTTTATAAGGATAACTGTATTTAATTGGGAAACCTTCACA TAAACTCACATAATTTTTTAATGTCTATTTCCGCATTTACAAGCTTCTTATAAGAGTCGC CCAAATTCACCATTTTTTTTGTGTATATTAGCACATGGATGTTGCGCCGCGCACCCAAAT TTATTTTCTCAAAAGACTTTATGAGGGCCTCTGCAATGAGTTGGGGAGCCTTCAGGTATA CTCACACAATTTTTGAACACGTATTTTCGCATTTACAAGCCCCTTTTTAAGAATCAACCA AAATCCCCTACTTTTCGTGTTTATTAGTCCATGGATAATAGCGCCCAGAGCACTAAAATT TTTTTTCTCTAAAAACTTTATAATGATCTTTGTATTGAATTGGGAAACCTTAACGTGCAC TCACACTATTTTTAACGTCCATTTCCGCATTTACAAGCTTTATATAAGAGTCGCTCGAAT TCACCAATTTTTCGTGTGTATTAGCACATGGATGTGGCGCCTGCACAATCAAATTTATTT TTCTCAAAAAACTTTATGAGGGTCTCCGTAATGAGTTGGAAAACCTTCACGTATACTGAC ACAATTTTTTAACGTCTATTTCCGCAATTACAAGCCCCTTTTTAAGAATCAACAAAAATT CTCTAGTTTTCGTGTATAGCCCATGGATATGACGCCCGGAGCACCTGAATTTTTTTTTTC TCAAAAAATATTATAAGGATCTCCCTATTGAATTAGGAAACCTTCATGTACACTCACACC ATATTTTAATGTCTATTTCCGCATTTACAAGGTTTTTAGAAGATTCGCCCGAATTCACCT ATTTTTCGTGTGTATTATCATATGGATGTGGCGCCTGCGCACCCAAATTTATTTTAAAAC AAAAAACTTTATGAGGGCCTCCGTAATGAGTTGGGAAACCTTCACGTATATTCACACAAT ATTTTTAACGCCTATTTCCACATTTACAAGCCTTTTTTAAGAATCGCCAAATTAACCAAC GTGTGTATTAGCCCATGGTTGTGGCACTTAAAACATCCAAAATAATTTCTGAAAATATAT TATGAGGACCTCCGTAATGAGTTGGTGAACGTTCAAGTTATAATTACACCATTTTTAATA TCATTCTGCAGTTTCAAGCCTTTTTTTATGAATCACTAAAATTTTCTGTTTTTTGTATGT ATTAGTCTATGGAGCTAGCGCTTGGAGCACCCAAACAATTTCTTGAGAAAATTTTATAAG GACCTGCGTACGAGTTGTGGAAGCATCACGTATGCTTATACAATTTTTTAAACGTACATT TCCACATTTACAAGCCTTTTTTAAGAATCATCCAAATTCACTAATTTTTCCGTGTGTATT AGCCTATGGATCTAGTGACCGGAGCACTTAATTTTTTTTCTCAAAAAATATTATAAGGAC CTCCATAATGAGTTTGAAATATTAACGTATATTCTCACAATAATTAATGCCCATTTTTGC ATTTGCAAGTCTGTTTTAAGAATCACCCAAATTTACTGATTTTTTTGTGTGTATAAGCAT ATGGAACGGGCGCACGAGCACCTAAAAGTTTTTCTCAATAGTTTATTAGAACCTATGTAA TGAGTTGTAGAATCTTCATGTATATTAACACAATTTTTAACACCTACTAAAGTTACAAGC CCTCTTGAAGAATCACCAAATTTTAGTTGATTTTTTTGTATGTTCTAACCCATGGATCTA GTGCCACATCACCTAATTTTTTTGTCTCAAAAGTATTATGAGTACCTATGTGATGAGTTT GGAAACCTTCACGTATAGTCACACCATTTTTAAAGCATATCCGCATATAGAAGCCTTTTT TTAAGAATCGCTCTAATTCTTTGACTTTTCGTGTGTATTAGCACATGGATGTGTCGTTTG TGCAATCAATTTTTTTCTCAAAAAACATTATGGGAAACTTTGTAATGAATTGGGGAATCT ACACGTGTAGTCACACAATTTTTTTAATGCCCATTTCTTGATTTACGAGTCATTTTTTTG AATCGCCCAAAAGAACCAATTTTTTGTGTTTATTAGCCCATGATTGTGGCGTCTGAAAAT CCAATTTGTTTTTTTATCAAAAGATTTTATGAGGACCATTGTAATGAGTTGGGAACCAAC ACGTATAGTCACACTCTTTTAACACCCATTTTCTCATTTAGAGGCTTCTTACAAGAGTCT CCCAAATTCACCGATTTTTTGTGTGTATTAGCCTATGGATCTACCGTCTGGATCACCAAA ATTTTTTTCCCTCAAAAATCTTTATGGTGGCCTCCTTAATGATTTAAGGAACCTTCACGT GTACTCAAAATATTTTTAAAGTCATTCCAAATTTACCAGCCTTTTTTTAAGAATCACCTA AAATCTCCTATTTTTCGTATATATTAGCCCATGAATATGGCGCCTGGAGCACCTAATTTT TTTTCTCAAAAAACTCAATAAGATCTCCGCATTGAATTGAGAAACCTTCACATACACTAA CACTATTTTTTTAACGTCCATTTCTGCATTTACAAACTTCTTATAATAGTCACCCAAATT CACCAATTTTTCGTGTGTATTATCACATGGATCTGACACCTGCATACCCAAATTTATTTT TTTTCAAAAATTTTTTATGAGGGAATCTGTAATGAGTTGGGTAAACTTCACGTATACTCA CATAAATATTTGAACACCTATTTTCGCATTTACTAGTCATTTTTTTGAATTGCTCAAATT AACCAATTTTTCGTGTGTATTAGCCCATAATTGTGGCGCCTGAAGACTTTATGAAAACCA CCGTAATTAGTTGTGGAACTATCATGTATACTCATACTTTTTAACGCTCATTTTTTCATT CACAAGATCATTTTTAACAGTTGCCCAAATTCACCAATTTTTCTTATGTATTAACCCATG GAGCTAGTGTTTGGATCACCAATTTTTTTCTTAAAAAACTTTATGTGGACCTCTGTATTG AATTAAGGAACCTTCACATGTACTCACACAATTTTTATATCCATTCCGCATTTACAAACC TCTTTTTAAGAATCACCCAAAATTACTTAGTTTTCCTGTGTATTAGCCCATGAATATGGC GCCCAGAGCACCTGATTTTTTCCTCACAAAACTTTATAAGAGTATCTGTATTTAATTGGG AAACCTTCACATACACTCACACCATTTTTAACGTCTATTTCCGCTTTTAAAAGCTTCTTA TAAGAGTCGCCCAATTTCACCGTTTTTCGTGTGTATTAGCATATGGATGTGGCGCTTCCG CACCCAAATTTATTTTCTCAAATTTTTTTTTGGGACTCCGTAATGAGTTGGGGAGCCTTC ACGTATACTCACACAATTTTTTGAACGCCTATTTTCACATTTACTAGTCATTTTTTTGAA TTGCCCAAATTAACCAATTTTTCATGTGTATTAGCCCATGATTGTGTCACCTAAAACATT CAAATTTTTTTTATCAAAAGAATTTATAGGGACCTCCGTAATGAGTTGGAGAACCATTAC GTATACTCACACTTTTTTTAACACCCATTTTCTCATTCACAAGCTCTTTTTTAACAGTTG CTCAAATTCACGAATTTTTCGTGTTTATTAGCCCAAAGATCTAGCGTTTGGATCACCAAA TTTTTTTCCTTACTGTATGGAGACCTCCGTATTGAATAAAGTAACCTTCGCATATACTCA CACCATTTTTAACTCCATTTCGCATTTACAAGCCCTTTTTAATAATCATAAAAAATCTCC TATTATTCATGTATATTAATTAGCCCATAGATATAGCGCCCAGAGCATTTAATTTTTTTT TCTCAAAAAACTTTATAAGGATCTCTGTATTGAATTGCGAAACCTTCACGTACACTCACA CCATTTTTTAACATCCATTTCCGCATTTACAAACTTCTTATAAGAGCCGCTCGAATTCAC CGATTTTTCGTGTGTATTAGCACATGGATGTGGCGCCTACGCAACCAAATTTATTTTCCT CAAAAAACTTTATGAGGGTCTCCGTGATGAGTTGGAAAACCTTCACGTATATTGGTACAA TTTTTTTAACCTCCATTTTCGCTTTTACAAGCCTCTTTTTAAGAATCAACCCAATATTCC CTAGTTTTCATATACATTAGCCCATGGATATGACGTCCGGAGCACCTGAATTTTTTTCCT CAAAAAACATTATAAGTCCGTCTTAAATTAGGAAACCTTCATTTACAGTCGCTCCATTTT TTAATCTCCATTTCCGCATTTACAAGCTTCTTAGAAGAGTCGCCCGAATTTACCTATTTT TCGTGTGTATTAGCATATGGATGTGGCACCTGCGCGCCCAAATTTATTTTACACAAAAAA CTTTATGAGGGATTCCGTAATGATTAGGTAAACCTTCACGTATACCCACACAAATTTTTA ACGCCTATTTTTGCATTTACAAGGCTTTTTTAAAGAATCGCCAAATTAACTAATTTTTTG TGTTTATTAGCCCATGATTGTGGCGCCTGAAGAATCCAATTTGTCTTTTTATCAAAAGAT TTTATGAGGACCTCTGTAATGAGTTGGGGAACCATCCGCATTTACAAGCTCCTTTTTAAG AATCAACCAAAATTTCGTAATTTTCATGTATATTAGCCCATGGATATGACGCCCGGAGCA CCGGAATTTTTTTCTCAAAAAAATTTATAAGGATTTCTCACAACATTATTTAACGTCCAT TTCCGCATTTACAAGCTTCTTATAAAAGTCGATCAAATTCACCGATTTTTCGTGTGTATT AGCACATGGATGCGACGCCTGTACACCAAATTTATTTTACACATTTAACGCCTACTTCCA CATTTACAAGCCTTTTTTTTAAGAATCGCCCAAATTAACAAATTTTTTGTGTATTAGCCC ATGGTTGTGATACTTAAAACATCCAATTATTTTTCTGAAAATATTTTATGAGGACCTCCG TAATGAGTTGGTGAACGTTCAAGTTATACTTACACCATTTTTAATGTAATTCTGCAATTT CAAGCCCTTTTTTATGAATCACTAAATTTTTTTTTCTGTTTTTTCTTATTTGTTAGCCTA TGGAGCTAGCGCTTGGAGCATCCAAACAATTTCTTGAGAAAATTTTATAAGGACCTCCGT ACAAGTTGCGGAAGTATCACGTATGCTTGCTTATACAATTTTTTAAAAGTACATTTTCAC ATTTACAAGCCTTTTTTAAGAATCATCCAAATTCACTAATTTTTCGTGTGTATTAGCCCA TGATTGTGACACCTAAAACAACCAAAACAATTTCTCAAAAGACTTTATGAGGACCTCCGT AATGAGTTAGTGAACCTTCACGTATACTTACACCATTTTTAATGTCATTTTGCATTTTCA AGCCCTTTTTAAGAATCACTAATTTTTTTTGTTTTTTCGTATGTATTAGCGTATATATCT AGTGCCTGGAGCACCTAAACAATTTATTTAGAAAATTTTTAAAAGGACCCCCATAACGAG TTGTGAAAAGCATTACGTATACTTACCAATTTTTTAAATGTACATTTCAACATATACAAG CCTTTTTTCAAAATCATTCAAATTCACTTATTTTCCGTGTGTATTTATCTATGGATCTAG TTAATAGAGCACCTATTTTTTTTCCTCAAAATATATTATAAGGACCTCTGTAATGAGTTT GGAACCTTCATGTATATTCTCGCTATTTTTAATGCTCGTTTTCGCAGTGCAAGTCTATTT TAAAATTTTTTTTCTCAATAGTTTATATGAACCTCTGTAATGAGTTGGTGAATCTTCACA TATGCTAACACTATTTTTAATGCATATTTCTAAATATACAAGCCACTTGAAGAATCACCA AATTTAAAATTGATTTTTTTTTGTATGTAATTTAACCCATGGATCTGGTGCCAGAGCACC TAATTTTTTTTCTCCAAAAAATTATAGGTACCTCTGTGATGAGTTTGGAAACCTTCAAAT ATAGTCCCACCATTTTTAAAGCTTATTTTCGCTTATAGAATCCTTTTTGTAAGAATCGCT CTAATTCCCCGATTTTTCATTTGTATTAGCACATGGATGTGTTGTTTGCGCAACCAATTT TATTTTTTTTTTAAAATTATGGGAACCTTCACGTATAGTCATGCAATTTTTGTAATGCCT ATTTTCGCATTTACAAGTCTATTTTTTAATCACCCAAATTAACCTATTTTTTGTGTCTAT TAGCCAATGATTGTGGCGTCTGAAGAATCCAATTTGTTTTTTTATCAAAAATTTTTATGA GGACCTATGTAATGAGTTGGGGAACTATCATGTATATTCACACTCTTTTTTATGCCCATT TTATCATTTACAAAATTTTTACAAGAGTCGCCCTAATTCACCGATTTTTCGGGTGTATAA GCCCATGGATCTAGCGTTTGGATGACTAATTTTTTTTTCTTAAAAAATTTATGAGGGCCT CCGTAATGAGATGGGGAACCTTCATGTATTCTCCACAAAAAAATTAACGCCTATATCCGC ATTTTCAAGCCTCTTTTAAAAATCAACCAAAATCCCCTACTTTTCGTGTATATTAGCCTA TGGATATGACAGTCGAAGCACCTAAATTTTTTTTCTCAAAATTTTTTATAAGGATATCTA CATAGAATTAGGAAACCTTCATTTACACTCACAAATTTTTTTAACGTTCATTTCCGCATT TACAAGATTCTTATAAAAATCAACCGAATTCACCGATTTTTGTGTGTTAAGCACATGGAT GTGGCACATGCGCTGCCCAAATTTATTTTTCTCAAAAAACTTTATGAGGGCCTCCCTAAT GATTTGGGGAACCTTCACGAATTCTCACAAAAAATTTTAACGCCTAAATCCACATTTACA AGCCTCTTTTTAACAATTAACCAAAATCCCCTAGTTTTCGTGTATATTAGCCCATGGATA TGACACTCGAAGCACCTGAATTTTTTTTCTCAAAAACTTTATAAGGATCTCCATATAGAA TTAGGAAACCTTCATTTAAACTCATACAATTTTTTAACGTTCATTTCCGTATTACAATCT TCTTATAAGAGTCGCTCGATTTGACTGATTTTTTTCAATATAAGCACATGGATGTGGAAC ATGAGCGCAAAAATTTATTTTTCTCAAAAAACTTTATGAGGGCCTCTGTAATGAGTTGGG GAACCTTCACGTATTCTCGCAATAAACTGTAACACCTATATCCGCATTTATAAGCCTATT TTTAAGAATCAACCAAACTCCCTTAGTATTCGTGTATATTAGCCCATGGATATGAAACTC AAAACATATGAATTTTTTTCTCAAAAAACTTTATAAGGTGTCCATATAGAATTAGGAAAC CTTCATTTACACTCACACAATTTTTTAACATTCATTTCCGCATTTACAAGATTCTTATAA AAGTCGCTCATATTCACCGATTTTTCTGTGTATTAACACATGGTTGACACATGTGCACCC AAATTTATTTTTCTCAAAAAACTTTATGAGGGCCTCCGTAATGATTTAGGAAACCTTCAC GTATTCTCACAAAAAATTTTAACGCCTATATCCGCATTTACAAGCCTCTTTTTAATAATC AACACAAATCCCATAGTTTTCGCATATATTAGCTTATTGATATAACACTCGAAGCATCTG AATTTTTTTTCTCAAAAACCTTTATAAGGATCTCCATATATAATTAGGAAATCTTAATTT ACACTTACAAAATTTTTAAACGTTCATTTCCGCATTTACAAGATTCTTATAAAAGTCGCC CGAATTCACCGATTTTTGTGTGTATTAGCACATGGATGTGGCACAGGCGCGCAAAAATTT ATTTTTCTCAAAAAAATTTATGAGGGCCTCTATAATGAGTTGGGGAACCTTCAGGTATTA TCGCAATAAATTTAAACGCCTATATCCTCATTTACAAGCCTCTTTTTAATAATCAACCAA AGTCCCCTAGTTTTCGTGTATATTAGCCATGGATATGACACTCGAAGCACCTAAATTTTT TTTTCTCAAAAAACTTTACAAGGATCTCCATATAGAATTAGTAAACCGTCATTTACACTT CACACAATTTTTTAACGTTCATTTCCGCATTTACAAGATTCTAATAAAAGTCGCTCGAAT TCACCTATTTTTGTGTGTATTAGCAAATGAATGTGACACATGCGCGCCCAAATTTTTTTT TCTCAAAAAACTCTTTTAGGGCCTCCGTAAAGAGTTGGGGAACCTTCATGTATTATCGCA ATAAATTTTAACGCCTATATCCACATTTACAAGCCTCTTTTTAAGAATCAACCAAAGTCC CCTAGTTTTTGTGTATATTAGCCCATGAATATGACACTCGTAGAACCTGAATTTTTTTTC TCAAAAAACTTTATCAGTATCTCCATATAGAATTAGAAAACCTTCATTTACACTCACACA TTTTTTAATGTTCATTTCCGCATTTACAAGATTCTTATAAAATTCGCTCGAATTCACCGA TTTTTGTGTGTATTAGCACTTGGATGTGGCACATGCGCGCCCAAATTTTTTTTTCTCAAA AAACTTAATGAGGGCATCCGTAATGATTTGGGGAACCTTCACGTATTCTCACAAAAAAAT TTTAACTCCTATATTCGCATTTACAAGCCTCTTTTTAAGAATCAACCAAAATTCCCTCGT TTTCGTGTATATTAGCCCATGGATATGACACTCGAAACACCTGAATTTCTTTCTCAAAAA ACATTATAAGGATCTCCATATAGAATTAGGAAACCTTCATTTACACTCACACAATTTTTT CACGTTCATTTCCTTATTTACAAGATTCTTATAAATGTCGCCCGAATTCACTGATTTTTG TGTGTATTAGCAAATGGATGTGACACATGCGCACAAAAATTTATTTTTCTCAAAAAACTT TTTGAGTGCCTCCTTAATAAGTTGGGGAACCTTCACGTATTATCGCAATAAATTTTAACG CCTATATCCATATTTACAAGCCTCTTTTTAATAATTAACTAAAGTCCCCTTGTACTCGTG TATATTAGCCCATGGATATGACATTCGAAGTACTTGAATTGTTTTTCTCAAAAAATATTA TAAAGATCTCTATATAGAATTAGGAAACCGTCATTTACACTTACACAATTTTTAACGTTC ACTTCAGCATTTACAAGATTCTTATAAAAGTCGCTCGAATTCACCAATTTTTGTGTGTAT TAGCACATGGATGTGGCACATGCGCGCAAAAATTTATTTTTCTCAAAAAACTTTATGAGG GCCTCCGAATGAGTTGGGGAACTTTCACGTATTATCACAAAAAATTTTAACTCCTATATC CGTATTTACAAGCCTCTTTTTAAGAATCAACCAAAATTCCGTAGTTTTCGTGTATATTAG CCCATGGATATGACACTCGAAACACCTGAATTTTTTTCTCAAAAAACATTATGAGGATCT CCATATAGAATTAGGAAACCTTCATTTTCACTCACACAATTTTTTCACGTTCATTTCCTT ATTTACAAGATTCTCATAAAAGTCGCCCGAATTTACCGATTTTTGTGTGTATTAGCACAT GGATGTGGCACATGCGCACAAAAAATTATTTTTCTCAAAAAACTTTATGAGTGCCTCCAT AATGAGTTGGGGAACCTTCAGGTATTATCGCAATAAATTTAACGTCTATATCCACATTTA CAAGCCTCTTTTTAAAAATCAACCAAAGTCCCCTAGTTTTCGTGTATATTAGCCCCCATG GATATGACACTCGAAGCACCTGAATTTTTTTTCTCAAAAAACATTATAAGGATCTCCATA AAGAATTAGAAAACCTTCATTTACACTCACACATTTTTTAATGTTCATTTCCGCATTTAC AAGATTCTTATAAAAGTTGCTCGAATTCACCGATTTTTGTGTGTATTAGCACTTGGATGT GGCACATGCGCGCCCAAAATTTTTTTTCTCAAAAAACATAATGAGGGCATCCGTAATGAT TTGGGGAACCTTCACGTATTCTCACAAAAAATTTTAACTCCTATATTTGCATTTACAAGC CTCTTTTTAAGAATCAACCAAAATTCCCTAGTTTTCGTGTATATTAGACCATGGATATGA CACTCGAAACACCTGAACCTCCATATAGAATCAGGAAACCGTCATTTACACTTACACAAT TTTTTATCGTTCATTTCAGCATTTACAAGATTCTTATAAAAGTAGTTCGAATTATCGATT TTTGTGTGTTAATGCACATAGAAGTGGCACATGCGTGCCCAAAATTTTTTTTTCTCAAAA AACTTTATGAGGGCATCCGTAATGAGTTGAGGAACCTTCACGTATTCTCACAAAAAATTT TAACTCCTATATCCGCATTTACAAGCCTCTTTTTTAGAATCAACCAAAAGCCCCTAGTTT TCGTGTATATTAGCCCATGGATATGACACTCGACCCACCTGAATTTTTTTATCAAAAAAC TTTATAAGGATCTCCATATAGAATTAAGAAATCTTCATTTACACTCACACAATTTTTTAA CGTTCATTTCCTTATTTACAAGATTTTTCTAAAAGTCGTCCGAATTCACTGATTTTTGTG TGTATTAGCACATGAATGTGGCACATGCGCATAAAAATTTATATTTCTCAAAAAAATTTA TGAGGGCCTCCGTGATGAGTTGGGGAACCTTCACGTATTATCGCAATAAATTTAAACGCC GGTATCCACATTTTCAAGCCTCTTTTTAAGAATCAACCAAAGTCCCCTAGTTTTCGTGTA TATTAGCCCATGGATATGACATTCGAAGCATCTGACTTTTTTTTCTTAAAAAAATTTATA AGGATCTCCATATATAATTAGGAAACCTTCATTTACACTCACACAATTTTTTAACATTCA TTTCCGCATTTACAAGATACTTATAAAAGTCGCCCGAATTCACCAATTTTTGTGTATATT AGCACATAGATGTGGCACATGCGCACAAGAATTTATTTTTTCTCAAAAGATTTTATGAGG GCCTCCGTAATGAGTTGGGGAACCTTCACGTATTCTCACAAAAAATTTTAACGCCTATAT CCGCATTTATAAGCCTCTTTTTAAGAATCAACCAAAATCCCCTAGTTTTCGTGTATATTA GCCCATGGATATGACACTCGAAACACCTGAATTATTCCTCTCAAAAAATGTTTATAAGGA TCTTCTTATAGAATTAGGAAACTTCATTTACACTTGCACAATTTTTTATCGTCCATTTTC GCATTTACAATCTTCTTATAAGAGTCGCTCGAATTCACCGATTTTTGTGTGTATTAGCAC ATGCATGTGGCAAATGCGCGCAAAAATTTATTTTTCTCAAAAAACTTTATGAGGGCCTCC GAATGAGTTGGGGAACCTTCACGTATTATCACAAAAAATTTTAACGCCTATATCCGCATT TTCAAGCCTCTTTTTAAGAATAAACCAAAGTCCCCTAGTTTTCGTGTATATTAGCCCATG TATATGATACTCGAAGCACCTGAATTTTTTTCCTCAAAAACCCTTATAAGGATCTCCATA AAGAATTAGGAAACCTTCATGTGCACTCACACAATTTTTTAACGTCCATTTCCGCATTTA CAATCTTCTTATAAGAGTTGCTCAAATTCACCAATTTTTATGTGTATTAGCACATGGATG TGCCACATGCGCGGAAAAAATTATTTTTCTCAAAAAACTTTATGAGGGCCTCCGTAATGA GTTGGGTAACCTTCTCGTATTATCGCAATAAATTTTAACGCCTATATCCGCATTTTCAAG CATCTTTTTAAGAATCAACCAAAGTCCCCTAGTTTTCGTGTATGTTAGCGCATGGATATG ACATTTGAAGCATCTGACTTTTTTTTCTTAAAACAATTTATAAGGATCTCCGTATATAAT TAGAAAACCTTCATTTACACTCACACAATTTTTTAATATTCATTTCCGCAATACAAGATT CTTATAAAAGTCGCCCAAATTCACCAATTTTTGTGTATATTGGCACATGGATGTGGCACA TGCGCACAAGAATTTATTTTTTCTCAAAAGATTTTATGAGGGCCTCCGTAATGAGTTGGG GAACCTTCACGTATTCTCACAAAAAATTTTAACGCCTATATCCGCTTTTACAAGCCTCTT TTTAAGAATCAACCAAAATTCCCTAGTTTTCGTGTATATTAGCCCATGGATATGACACTA GAAGCACCTGAATTATTCTTCTCAAAAAACTTTATAAGGATCTTCATATAGAATTAGGAA ACTTCATTTGCACTCACATAATTTTTTAACATTCATTTCCGCATTTACAAGATTTTTATA AGAATCGCTCGAATTCACCGATTTTTGTGTGTATTAGCACATGGATGTGGCAAATGCGCG CAAAAATTTATTTTTCTCAAAAAACTTTATGAGGGCCTCCGAATGAGTTGGGGAACCTTC ACGTATTATCGCAAAAAATTTTAACGCCTATATCCGCATTTTCAAGCCTCTTTTTAAGAA TCAACCAAAGTCCCCTAGTTTTCGTGTATATTAGCCCATGGATATGACACTTGAAGCACC TGAATTTTTTTTCTCAAAAAACCTTATAAGGATCTCCAGAAAGAATTAGGAAACCTTCAT GTGCACTCACACAATTTTTTAACGTCCATTTCCGCATTTACAATCTTATTATAAGAGTCG CTCAAATTCACCAATTTTTGTGTGTATTAGCACATGGATGTGCCACATGCGCGAAAAAAA TTATTTTTCTCAAAAAACTTTATGAGGGCCTCCGTAATGAGTTAAGGAACCTTCACGTAT TATCGCAATAAATTTTAACGCCTATATCCACATTTACAAGCCTCTTTTTAAGAATAAACC AAAATCCCTTAGTTTTCGTGTATATTGGCCCATGGATATTACACTCGAAGCACCTAAATT TTTTTCTCAAAAAACTTTATAAAGATCTCCATAAAGAATTAGGAAACCTTCATGTGCACT CACACAATTTTTTAACGTCCATTTCCGCATTTACAATCTTATTATAAGAGTCGCTCAAAT TCACCGATTTTTGTGTGTATTAGCACATGGATGTGCCACATGCGCGAAAAAAATTATTTT TCTCAAAAAACTTTATGAGGGCCTCCGTAATGAGTTGGGGAACTTTCACGTATTCTCGCT ATAAATTTTAACGCCTATATCCGCATTTACAAGCCTCTTTTTAAGAATCAACAAAAATCC CCTAGTTTTCGTGTATATTAGCCCTTGGATATAAAACTCAAGACACCTGAATTTTTTTTC TCAAAAAACTTTATAAGGATCTCCATATTGAATTAGGAAACCTTCATTTACACTCATATA ATTTTTTAACATTCATTTCCGTATTTACAAGATTCTTATAAAAGTCGTCCGAATTCACCG ATTTTTGTGTATATTAGCACGTGGATGTGGAACATGCACGCAAAAATTTATTTTTCTCAA AAAACTTTATGAGGGCCTCCGTAATGAGTTAGGGAACCTTCACGTATTATCGCAATAAAT TTTAACGCCTATATCCGCATTTACAAGCTTCTTTTTAAGAATCAACCAAAGTCCCCTAGT TTTCGTGTATATTAGCCCATGGATATGACACTCGAAGCACCTGGCATTTTTTACTCAAAA AACTTTATAAGGATATCCATATAGAACTAGGAAACCTTCATTTACACTTAATTTTTTAAC GTTTATTTCCGCATTTACAAGATTCTTATAAAAGTCTCCCAAATCCACCAATTTTCGTGT GTATTAGCACATGGATGTGGCACATACGCGCAAAAACTTATTTTTCTCAAAAGTTTTTAT AAGGGTCTCCATAATGAGTTGGGGAACTTTCACATATTCTCGCAATAAATTTTAACGCCT ATATCCGCATTTACAAGCCTTTTTTAAGAATCAACCAAAGTCCCCTAGTTTTCGTTTATA TTAGCCCAGGGATATGATACTCGAAGCACCTGAAATTTTTTTTTCTCAAAAAACTTTATA AGGATCTCCCTATAGAATTAGGAAACCTTCATTTACACTAACACAATTTTTTAACAATCA TTTCCGCATTTACAAGATTCTTATAAGAGTCGTTCGATTTCACCAATTTTTTTGTGTATT AGCACGTGGATGTGGAACATGCGCGCAAAAATTTATTTTTCTCAAAAAACTTTATGAGGG TCTCCGTGATGAGTTGAGGAGCCTTCACATATTCTCGTAATAAATTTTAACACCTATATC CGCATTTACAAGCCTTTTTTTATGAATCAATCAAAGTCCCCTAGTTTTCGTGTATATTAG CTCATGAATATGACACTCGTAGCACTTGAATTTTTTTCTCAAAAAACTTTATAAGGATAT CAATATAGAACTAGGAAACCTTCATTTACACTCACACAATTTTTTAACGTTCATTTCCTT ATTTACAAGATTCTTAGAAAAGTCGCCCTAATTCGCCGATTTTTGTGTATTAGCACATAG ATGTAGCACATGCGCGCAAAAAAAATTTTTTTTATCAAAAAAATTTACGAGGGCCTCCGT AATGAGTTGGGGAACCTTCACGTATTCTCACAAAAAAATTTAATTCCTAAATCTGCATTT ACAAGCCTCTTTTTAAGAATCAATCAAAATCTCCTAGTTTTCGTGTGTATTAGCCCATAG ATATGACACTCAAAGCACCTGAATTTTTTTCTCAAAAAACTTTATAAGGATATCCATATA GACCTAGGAAACCTTCATTTACACTCACACAATTTTTTAATGTTCATTTCCGCATTTATA AGATTCTTATAAAAGTTGGCCGAATTCACCGATTTTTGTGTGTATTAGCACATGAATGTG ACACATGTGCGCAAAAATTTATTTTTCTCAAAAAACTTTATGAGGATCTCCGTAATGAGT TGGGGAATCTTCACGTATTCTCGCAATAAATTTTGACGCCTATATTCGCATTTACAAGCC TATTTTTAAGAATCAACCAAAGTCCCCTAGTTTTCGTGTATATTAGCCCATGGATATGAC ACTCGTAGCACCTGAATTTTTTTTCTCAAAAAACTTTATCAGGATCTCCATATAGAATTA GGAAACCTTCATTTACACTCACACATTTTTTTAATGTTTATTTCCGCATTTACAAGATTC TTATAAAATTCGCCCAAATCCACCAATTTTTGTGTGTATTAGCACATGGATATGGCACAT ACGCGCAAAAACTTATTTTTCTCCAAATTTTTTATAAGGGCCTCCATAATGAGTTGGGGA ACCTTCACGTATTCTCACCAAAAATTTTAACGCCTATATCCGCATTTACAAGCCTTTTTT TAAGAATCAACCAAAATTCTCTAGTTTTCGTGTATATTAGCCCATGGATATGACACTCGA AGCACGTGAATTTTTTTTCTCAAAAAACTTTATAAGGATCTCCATTTAGAATTAGGAAAC CTTCATTTACACTCACACAATTTTTAACGTTCATTTCCGCATTAAAAATCTTCTTATAAG AGTCGCTCAAATTCACCGATTTTTTGTGTATATTAGCACATGGATGTGGCGCTTGCGTAC CCAAATTTATTTTTCTCAAAGAACTTTAAGCCTTTTTTTAGAATCGTCCGAATTAACCAA TTTTTCGTGTGTATTCGCCCATGATTGTGGCGCTTGAATATCCAATTTTTTTTTTATCAA AAGACTTTATGAGAACCTCCGTAATGAGTTGGGAAACCATCACGTATACTCACACTTTTT TAATGCTCATTTTCTCATTCACAAGCTCTTTTTTAACAATTGCTCAAAATACCAATTTTT CGTGTGTATTAGCCTATGAATTTAGCTTCTGGATCACCCAAAAAAAAATTCTTAAAAAAC TTTATGGTGACCTCCGTATGGAATTAAGGAACCTTCACATATACTCACACCATTTTTAAC TCCATTCCGTATTTAAAAGACCTTTTAAAGAATCACCCAAAATCCCTAGTTTCGTGTATA TTAGTCGATGGTTATGGAGCCCGGAGCATCTGAGTTTTTTTTCTCAAAAAACTATATAAG GATCTCCGTATTGAATTAGGAAACATTTACATACAATCACACCATTTATTAACGTCTATT TCCGCATTTACAAGCTTCTTATAAGAGTCGCCCAAATTCACTGATTTTTGTGTGTATTAG CCCATGAATCAAGCGTCTCAATCTCCAAAAAAAAATTCTTATAAAACTTTATGGGGAACT CCTTATTGAATTAAGGAAGCTTCACATATACTCACACCATTTCTAATTCCATTCCGCATT TATAAGCCCCTTTTCAGGAATCACCTAAAATCCCCTAATTTTCGTGCATATTAGCCCATG TATATGGTATCCGGAGCACAAGGATCTTTATATTGAATTAGGAAACCTTCAATGTACACT CACATCATTTTTTAACGTCCATTTCCGCATTTACAAGCTTCTTTTAGAAGTCGCTCAAAT TATCAATTTTTCATGTGTATTAGCCCATGGATCTGGTGCCCACAATATCCAATGAAATTT TCGAAAATGCTATAAGGACCTCAGTAATGAGATTGAGAACCTTCATGTATACTCACACAA TTTTTAATGCCTGTTTCCGCAATTACAAGGTTTTTTTATGAATAGCCCAAATTCACAAAT TTTCATGTATATTAGTCCATGGATCTGGTGCCCCTAGTACCCAAAATACTTTTCGTAAAA ACTTTATGGCGACCTCCGTGATGAGTTGGGAACCTTCACATATATTGACATCATTTTTTG ACACCCATTTCCATATTTATGAGTCATCTTTCAAGAATCACCTAAATTCTTCTATTACTC ATGTGTATATAAGCCTATGAATTAGGCTACCAAAGAACTCAAAATATTTTTTCTCAAAAA ACTTTATGAGGACCTCCATAATGAGTCGGTGAATATTCACGTAAAACTCACACTATTTTT AACCCCGTTTCTGCATTTACAAGCCCATTTTGAAGAATCACCCAAATTCACAAATTTTAC ATGTGTATTAGCCCATGGAACTAGCGTTCGGACCATCCAAAATATTTTTTTAAAAAAAGT TTATGAGGACATCTGTAATAATTTGGAGAACCATCACGTTTACGGATACCATTTTTTTAA CATTCATTTCCGGCATTTACAAGCCATTTTTTTAAGAATTACCCAAATCCATCAATTTTT TGAGTACTAGTCATAGTTCTGGCGCACAAGCACCCAAAAGAATTTCCTCAATAAATTTTA TGAGGATCTTCGCAATGAGTTGGGGAACTTTAACGCATACCCACACCATTATTAACGCCT ATTTTTGAATTTAAAACTCTTCTTTAAAAATCGGTCAAATTCCCAATTTTTTTGTAGGTA TTAACCCATTGATATAGTACCCAGACCATCCAAATTTTTTCACAAAATTTTTTAAGAGAA CCTCTGTAATGCGTTGGGAATTCTTCACGTATACTCACATAGTTTTTAATTTCATTTTCA CATTTACAATTCCTTTTTAAGAATCGCCTAAATTCATCAACTATTCATTCGTATTATCCC ATGGATCTAGCACACGAAGCACCAAGAAATTTTCCTCAAACACTTTATAAGAATCTCCTT AATGAGTTGGGGAAGCTTCCCGAATACTCACACAATTTTCAACGTCATTTCAGCATTTAT AAGCCTTTTTTAAGAATTGCCAAAAGTCAACGATCTTTCTTGTGTGTTATCCCATAAAAC TGATGCTCGGAGCACCTAAAATATTTTTCTCAAAAAACTTTAGAAGGACCTCCTTAATGA GCTAAGGAAACTTCAAGTATACTCATACCATTTTTTAAAGCGCATTTCCACATTTACAAA CCACCTTTAAAAATCACTCAAATTCTCATATTTTTTGTATGTACTAGCCTATGGATTTGG CATCCGGAACATCCAAATGTTTTTCTCAAAAGCATTTGTAAGGATCTCTCTAATGACTTT GGAAACCTTTACGTATGCTCACACTATTTTTTAACACACATTTTCGCACTTACAAACCTT TTTTTAAAAATCACTCTAATTCACCTAATTTTTTTTTGTGTATTAGCCCATAAATTTCAC GCCCGAATCACTAAAAACAATTTCTCAAAAAACTTTATGAGATTCTACGTAATGAGTTGA GGAACCATCATGTATACAAACAACATTTTAACACCCATTTCGGCATTTATAAGCCCTTTT TAAGAATCACATATTTCTCAATTTTTCATGTGTATTAGCCCATGAATCTTGCGCACGGTG CATCCAAATATTTTTTTCTCAAAAAACTTTATGAGGACCTTCGTAATAAGTCGAAAAACC TTCATGTATACTCACACCATTTTTAATACTCATTTCGCATATACAAGCCCTCTTTTAAGA ATCACCCGAATTCATGGAGTTTTCTAGTGTATTAGTGTATGGATCTAGCGCCCGGAACAC TCAAAAAAATCTCAAAGAACTTTATGAGGACCTCCATAATGAGTTGGTGAACCTTCACAT ATACTTGCACTATTTTTTAATGCCTATTTTTGCATTATAAATCCTTTTTTAAGAATTGCT CAAATTCACTTATTTTTCTTGTGGCGCCTGGAGCACCCAAATTTTTTTCTCAAAAAATTT TATGAGTATCTCCGTAATGAGTATTTTCATCCTATGATGGAGTTCCTCATAAAGTTTTTA CAAAAAAAAAATATGGGTTGTTGCAAAGCACCAAATTCATGGATGTTTTCCTAAAAATTG AAGAAGTCGCGTAATTCCTAAAAATTGGTTGGTAAATACGAAAATAGGCCTTATATTGGT GGGACCATACGTAATGATTTTCCAACTCATCATATAGGTCCTCATAAAGTCTTTTTCAGA AGGAAAAAAAATTGGACCCATAAGGATCTGTGGAACAATTCCTATAGTCTCACCATAACT CATGCTTTTTTCTTTTTTTTTTTACATTTAGGGCTCACTCAACATGAATAAGAAGATTAT GATTTTCTCAAAGTGTTAGCTAATGAAATTTTTCGATGATAAAATTTCTAGACACTTTTT TCGCTACACTTTTACAAGACCCTTTTTGTAATGACCTTGAGGGAGTGGTACATACAACTT CACCTTCCAAATGCTCCTCATATAAAGTTTTATCTTCCAAGTTCTCTGTCAAGTTTGTTT TTGGTAAAAGGGTCAAAATTGTCTCGAAAATTATGTGAAATAGATCACTTATACCCTTCG TTACATTTTGGGATCAAAAATGTCCGTGAACTATGTGAAATAGATCACTTATACACGTCG TTACATTTTGGGATAAAAAATGTCCCTGATGTTATCCTAAGAGACCACATATACCCTCAA GAGTTAACACCCCATATTTTCATTGACTTAGCAAGCCACGTGGGACTAATCCTTCCACCT AAGCATCGCCAACTAGAATTCACTACAAAAAAGTACTAGACCTTTAGTGACGACAATCGT CGCCACAAAAGCCCAAAAATCGTCACTAAAAATTTTTAACATTAAATTTTAATTTTGTGT TTTTTTTCTTTATTCTTTTTATCATTAAAAAAATGATATCGATTAAGAAGGAGTTTGAAG GCACTGTATGTTTTATTTTTATGTTATATGTAAATGTATAAATTGTACAATGATGCATTA TATAGTAAGAGATGTGAATCCAGAAGTAATTTTCATGATTCTTTGTAATAATATTGGGTG TTTTTAATATTGATATTGCAAGTTATTTAGTTTAGAAAATTAAGTTGCAATCGAAAATTA ATTATCTTTTTTTTGGTTGAAAAAATTAGATTTTACTAGCGAATGGTTGTTGGAGCCAAA GTCGTCACTAAAAATCACTCATAACTAGTTGCCACTAAAGGTCAAATTCTTTTGTAGTGA ATCTTAGTTGATAACGCTTAGGTGGAGGGATTAGTCCCATGAGACGTGAAAATTGGGGTG TTAACTCTTGAGGATATTTATGGTCTCCTAGGATAACAACGAGGATATTTTTTATCACAA AATGTAATTGAGGGTATAAGTGATTTATTTCGCATAGTTCATGGCTAATTTTGACCTTTT TCCATTGTCTTTAATGATTATGTTGTCTGAAATCAGCTTTCATGCATTTCAACTAATTCC ACAAAATACATGTCACTTTGCATCCGTAACAGGTATCAAGGTGCCCCTCATATAAGATTT TATCTTCCAAGTTTTTGTCAAGTTCTTTTTGTTTTAATGACCATGGTGTCTAAATCAACT TTCATGTATCTCAACTAATTCTATGGAATAATTGTCACTGTCCATCATCAACAGGTACCA GTTAACTCCGTTCAACTAAGACTAGAATATATAAAACAACTATCTTGATATTTTTTATCT AAGCTCCGACTAAATTCAAATCGCGCATTGCAGAGCCCATTCGAGGTGACGCTCCCAACA AGATCTTCTCCATATCTAGGGCTCAAGCCCGAAATCTCTGTTTACGGTTGAATGACTCCC ACCGGTGCACCACAACCCTTGATAAAAGAAAAACTTCTCTGCATAGTAGTAGTATCTATT TTGTGTGGGGGGGAAAAAAGAAAATGGAAATATCTATGGTGTGAAAAAAAGTTGGAAAAA TCAAGTAGAACCAAAAGATGTTTGTATTTTTTTTTTGGTTCAAATATACAATTACCCAAA AATCATATTTTTATTAAACTATCTCAATCTCTATAATAAAAAAAACTAATCATGTATTAT CGCCAACGGCTTATGATAAATGTCTCATTAATATTGATACCAAATACCACTTCCTGCATT AAGTTAGGGACCTGACTACTTATGTGTTTATAGGTAAGCCTCATTAGCTACACTGTACTC ATACTGGTCTACCTGCCTATTTCCTCTGATGCCTTAGCTATCATTTCTAACTTTTGCAAA GTTATGACCAAGGCTGAGTATATATGAAGCACGTCTTGATGCAACTGCTTATACCTTCCT GCCTTAGCAGTCATTCATGAACACATCTAACAATAAAATAATGCAGAAGGGGGTGAACAT GAACATCCTGGCTGCGACAAATGCAATGACCAACAACCATAATCAAAAATTGACGGTTTC AGCATGCTTTCTTCACTGATCGACACGTCATTGGGCCTGTCGAGTAACCAGTTTTGTAGC AAATTTCTTCCCTCATATCGGCAAAGCTTCATCGTGTAAAATTTAAGATTTGGTTGGTAA TTTGGCTCTTTTGTCCATCCCAATATTCAGATGTAGGGATGTCACCTTTATCCTCAGTAT AAAAGCGACGACAACTATTTACTAGCTTTGCTAGGTAGAGTAACCTAGTACCTATTGCTA GTGGGAAGTGACAGGTATCCGGTGGAATTAGTCGATGAACACGAAGCTGCCCTATACACC ACAATCATTGCTGTCCTGTTCCTGACGACAAATCTCTCTCTCTCTCTCTCACGCTGGTCC ATGTGTCAGTTCGACATTAAAGATGCTCTTCTCAAGGATAGCTGACTGATTACGTGGAGC AACCGCAAGACCTTGTTGATCCTTACTAGTCTACCCAAGTTTACTAGCTGCACATTCCAG TGCCTTAAACAAACTCTTTGGGCTAGTTACTCATTTTGTTCCTTATTTTACAAGCATCAA TTGTGGGCCAAACAACACTATGCTTAATTCCCACAATGAGTATAGTTACCCATTTCCTTT AGAATAGATATAACGAAGATATCATCTTTATAGGTTCCAAAAAATTTATTGTTAGATTGG TGATTTGGACTACTTCCTCCGCATGCATGTTTCCATCACATTGTCTAGCTCCTTTTATCC AAAACAAAGTATGTCAATGACTAGGGGAATCGGGCGAAGATGCCTCATTATACAGTTTCT CTACCTATCAGCAATAAAAATACCTAAATAGCATCAGCATCCATTCATAGATCCAGGAGA CCATGTTACAGGTAAAACATCTAGGATTTCACTTGTAAGCTAACTGCCGCAGCCAAGTTT GCTTATTCAGAACTGGAAATCATATGCACATCCTTTCGCACTCAAAACTTAACCCAATAA CCCTAATTTATGTTACCATTTTACAGATATAATCAGGTGTACTCAGATTTTTCTTCAATC TCGAAGTGTATTGGGAACAATTTCATGAATACACAAACCCAACTCGAAACAGCTTCAAAA ATCTAGACAATTGAATATGCATCGCCAAAACGAAAACTTCACATCTATAAACAAAATTCC TCATGCATTCAAATAAAACTGTTACAGCTTACACCAGTCAGTAAAAAGAACAAAACTTCA TCCTCGAAACGGACATATACTACTACAAATTCATTACAAAACTGATATAATTCATTCAAT CTCAAACAATTTCTTTCAAAATTCACTAAAAACAACAGTCACAATCAAAAGGGCAAAGTG AAGTACCTCCAGCATTAGACCTCCCAATACCCAACTCCTCTTCTGTGTATAAAGTAAACC CATCTGCCGTTTTCTTCCTCGACCGACGTGGTGGCTCAGATAACACATTATCTTTCGGAA TCCTACCACTATTTTCCTTGCTTTTCTTCGCCTTTTTCGGCTCTGTAACAGCAACTCCGC TTGATTTTTCTTGTAATTCCGGTTTCTTCCTCTTTTTTCCGGCAAATATATCGTCGATTT CACTGCCGGGCTTTTTGGGTTTAGACGAAGAAACTGGTTTCTCCTTTTCTACAACAGCAG CTGCTGCTACTTCCACTGGTTTAGGCTTCTTCGAATTACTCTTTTTTGGCATTGCTAGAA GCGAAAACTATGGAATTATACCTAAATTCAGCACAATCGTGAAGAAAAACTTGAAGATTG AAGAGTAATTTGATAAGCGAAGAAGAGAAAATCGATTTGGGGGTGATTTTTAGCTTAAAA CCTAGTTAGGGTTAACCCCTCAACTATTCAAAATTGAAAATAGAATAAAAATGCTCCTAA TTTGGTTTTATTGTTCAAAAATATCCTTAAACTATTAGAACGGAAATAAAAGTCATGTTA CTCGTATGAAATACATTTATTCTCTTTTACTACTTTATTCGTCCGACAATAGTTCAAAAT ATAAAACTTCTTCTTATTAATAATCTCATTTATCTAATAATAGTTGTTCACTATATTATT TTGAAAACAATACTTATCTACTTTATGAAATCGCTAGATAATTCTACACTTAGTTCCTAA TTCACACTTATCATTAGTTATGGTTATTTTTCTGTTACATATTTCAAGACATAGTATTTA TTATATTCAAAAGGTGATATGGTAAAAAATTTCTTGCATTTATGATTTCTTAAAAAGTAT GAAAAATTGTTCAAGCGGTAAAAATAATATTTGTACAATGACTTAATAATTTTAAATATG GAAAAAAAATTTAAACAATGATTTCTATTGCTAACGAGGAATGTATCATAATATGATAGA TATCACAACTTGAGTCGGTCTAGATAAAAGAAAGCATTCAATATCCTTCTTCATGGTCTT ATTGACCTTACAACGGACTTAAGAGCAAGAAAGTCTCAACTTCTCAATTTAGAGAAAGAG TTTTCTCCGATTATTTCTTAATCGTAATGAAAAAACTCCACTTCAGAATAAAAACTAACA CTAGTTTCTTGTACATTGTGTTTGCTCCTTCAATGGAAAAAAAGCTTATTTTTTGTTCTT CATAAAAAGCTTGAACAAAAAAGGGATAAAAATTCGTAGAAAAAACATTTACCAAATATA TTTCCTCCACATTTTCAAAATTTTGGATCACTTTTTTCCATTTTAAATCCCAAAGGGAGG TGGGGATGGAAATACAGCATTTGCATGCAATCATCCTACATTATCAACTGTCAAGAATCT GCCTGTTATACTATTCATACAACCAGTTTGCTACTGAAAAATCTCCACCAGTGTTTCATC ACAAGCCAGGCAATGGATATTGGATTGTCAAAGCTTCAACTCTTCTTTGTAGATCCAGCA CCTTATCGATCAAAGGAAACTCCGGTGAAGTAACAAACTTCATGAAGTCTTGGAGTTTAG AACCAGAGACTAAGTTCTTGGCCTCAAGAGTTATCTGCACACCCTCGTTAATAAGGTCTG CAACGGTTACAAATTCCTTCTCTGAGAAACCTCGAGTTGTCATTGCAGGTGAGCCTATGC GTATACCACCAGGCACTAGTGCACTTTTATCACCTAAAGTTTAATTGATGGTGTAAGGAC AAGATAATAGATGTCGATAGTAAATCACAATGGTTAAAGCTTCTAAACTTACCGGCTACT GAATTCTTATTGAGCGTGATTGATGCCATGTCAAGTATTTTCTCCACTCTAGCACCATCA GTACCCTAATTGGCATATGCAGTCGGGTTAATCAAAATTCACAGGACGAGGTTGGTTGCA TGTTGGTGCTTATAGCTGGTAAAAAACAGACTCTAACAAGTAAAAGCCAGAAGGATCCTT TAACCGAGTTTGACGACCTGTTTTAGACTTTCTATATGAATACATTAATCAACCAAATAA TATTTTCTATCCAATATTTACCAAAATTCATACGCTTGCACTTCAATTCCGCAGTAACCA CCAAATTTTGAAATTGTTCAATAAAAATCGTCAACAAAACTGTAGTCTATGGTGCTTATT GTATAGTAGTTCATTAACTACGATTGCAATACCAGTACATTTGCATGTTCTAGTTGAGTT TTTCTTCTCTAGACAAGAAATAGAGTAAATGCTTAACGTACCAAGGGCCTAAGATCAACT AGGACCAAATGATTGTCAGTTCCTCCAGAGACCAGCTTGTACCCCAACTCCGTTAACCGG CTTGCAAGAGCTCTACAGTTAGAGACCACCTGCATACACAAAAATTATATTTCCCGCATA AATGGCCACAATCTAGTGAAAAGACAGTAAAATGTTTGCCTTGTTCTGATAAGCCTTGAA ATCAGGTGATTTGGCATGCTTCAAGCAAACAGCTAGTCCTCCAATTGTGTGATTGTGTGG ACCACCCTGTAAAAAAACCATGCTATTGCTCATCAAACTCACCACAATATTCAACATACA GATAAAGTGCCAATAGTCCAGGCATTGATAGGTTTTAACATTCCAGGGAGCAAAAGAAAA AAGTGTAGAGTAACAATTAGTGTCGTGAGAAAATGAAACTGACCTGCAAGCCAGGAAAAA CAGCATTGTTGATGGCAGATTCCAAATCAACGCCTAGGACAGGATCTTTCTTGAAGAAGA TCATTCCTCCTCTAGGACCTCTTAGAGACTGAACAAAAGCATTGCCATTAAACTTAATCA GGCCAATGGAAATAAAATCATCAAAAATATTTTTGCATTGCATTCTCCATTTGTCTTTTC TGTGACTTTCTTTTTAACTTTATTTTTCACTGGGTAGAAGGAGCTGGAATGGCTATGCAC AATATTCCAAGAATTTTAAATCATACCTTGTGAGTTGTTGTGGTAACAATGTCACAGTAT TCAAATGGATTAGCAACTACAGAGGCGGCAACAAGCCCACTAATGTGAGCCATATCCATC ATGAGAAAGGCTCCAACAGCATCTGCTATCTTTCGGACGTATAGTAAAAGAAATAATTAG ATGCAGAAAATAAGATATCAATATGATGAATTATCAATATGAAAGAGTAACTCCAACTAG CAAACTCCAAATATTTTATACCTTTCTCATGCGAGGATAATCAAAATCTCGTGGATATGC ACTAGCACCAGCAATAATAAGTTTTGGCCGAAAAAGGGTTGCAGTTTTCTCAAGCATGTC ATAATCAACAAGTCCTGTTAAGTCAAAACAAAAATTGGATTACAATTATAGTTAAAGCTT AATGTATCTACAAATATAGGCATGTGGTACCTGAAGATTCATCAAGGCGGTAAGGCATGG ACTCAAAGTAAATAGATGTGCCTGAAACTCGTCTTTTAGGAGTCATGAATCCATGGGACA AATGACCCCCATGAGGCAAGTCCAATCCCTGAGTGATAAATATTAAAGATGAATATTAAT CCATGTAATCTAGAAGACCAACAGGAAGAGACTGCTTACAACTAACCATAATCCGGTCAT GTGGATTGAGAACTGCTGTGTAGACTTCAAAATTTGCTGGAGAACCAGATAGGGGTTGAA CATTGACACCCCACTGTTTCCCATCTAAGTTAAAGGCTGCCAAAGCCCTCTCTTGACAGA GTATTTCTAACTCGTCAATGTACTCGTTTCCACCATAATATCTGATATGGGGTATTTATT TACAATTACAAAGGAAGAACACTGTTAAATAAGCTACGCAAAAGGAAAAAAAGAACAAGT TTGCTACCAGGAAGAGATGCACATTTCGTATCAAACAAAGTAATCAAAAAATTAAATAAT AAAGAAAAATTAATGTGAAAATGCTTATTTTTCATTTTTTTATTCATAGGGATAAAAGTC ACCTTTTGCCTGGTAGTCCTTCGGAGTATTTGTTTGTAAGGCAAGAACCCACCGCCTCCA TCACTGCTCGAGATGTGAAATTCTCAGAGGCAATAAGCTCTAAGCTACGAAATTGGCGTT CCTTCTCTTTGTCAATAATACCACGGACTTCAGGATCAGCTTCACCCAATCCATAATCTA CAAAGTTGTTCCCAGCACCTAAAAATGCAATGGACATCTTTTAGTAACAGAGTAACAGAA TTAGCTAGCAAGCATAATTCAAATTCATCAACTTCAACTATCACATACCACTAGGATGAG GAAATGAAAAGCGCCAAGAAGTGGCTTGACTAACACAACCCTTACATGGGAAAGAGAAGG AAGAGAAACACTATTTAAGTACGAGAACCATGGAACGTTGTCAAAATAAGAGAAGAATGC ATTCATTTTCGTCAACGAAGACAAGGGACATACAATAAAATGTTTCAGAACTTCTCTGAG TTCTAACAATAATGTCAGTGCCCTGGTTGATTTCAAGAAGATTATAAGATCACAAGCTGA TGGCTTTAGATGTACCAATAGTAGATATGAATTAAAGGAAAGTCACAGACCATGCAGTAA ATTGGTAGGCTACCAAGGACTTAATTCAAAACCCCAAATCCGGGAATGTCAATGTGTACC ACATTTCTTGAGTTACGTGATTTAAGAAGTCACGCCAGAGGGCTGTAGGTGCACCAAGTC GGATCATAATTGTCAAGACTCTACTATGAGCAAAGAATTAACATAAGTCAAACCCTACAA CAAACATAACACATAAAACAGAGTAAGGATGAGACATCCAAATCCCAATCGACTACACAT TAGTCAAAATGCTTCAAGAGCTTTTAGCATATATAGCAGTTAGACAATTATAGTATCTAA TCTTCTCACATGTGCATTAACTAATATGGTTTATAATATAACTTAAACATGTAGACTGAA TAACTCCAGAAAACGATTTCACACCCCACAGGATATAAAAGAACAAACAGATCAAAGACT AGTAGTAGTATACAAACTAGAGGACACAGAAAAGCCAAGAAGACGCTAAAATGGAGAAGT CTATAACCAAGAATCTGCTGCATCGTTTTATGTGTATGTACACGTGGAATAAAACGTAAG TTTGAAAAATTACCTCCCATTTCTGGGATAGGAACAGAAACAGAAGAAGGAGGCCTTCCT GAAACCAAGCTCCCATCAAGTTGAGAGGCTTTGCAAGGCTTAACAAACCATAATCTGACC CCATTAAGTTTCACTTCACCCTTTAAAGGGAAAGCCGATCCCTTAACCCAAACAGGTTGC TGAAGAGAAGAACCCATCACTGCAGCTCGGCTACAAGCCTCCATATTAAACTTATAATAC TTGTATACAGCCTCTATGTAAACCACCAACTCCTTCACATAGAAAAGAAGAGAACTTTAT TATAGACCATGCAACTTAATTAAGGAAAATATTTAAGTACTTGAAAAAGATGAATAATAA ATCAAAAAACTGCACTTCTGATACTAATAAATCAAAAAACTGCACTTCTGATACTAACAT TCTTCATCTAATTTTCTCAAACAGAAAGAAGGAATAATGCGTAAGGACACAAAATTTCCT CTTTATTTTAAAAACCGTGGTATCCAATGGTAGAGCAAGCATTTTCACTTCCATTAATGA GTTTAATATATGAAAAAGTAAACACACAAAGAAGCAGGATGCTCAACATCTACTACATAT CAACAAAAAATAATGTTAACCATATATAAACAGTGTAATTTTATACCGAAGGAGGTTCGA TGAATCCCTCACTCCACCAATATGGTTGGCCAGGGCCAAACTTGTGCTGTGTGAATCAGA TATCGGATACTTGCTACCTCCCAACAACAAGAGTATCAGACAACTATATCCTCCTAGGTT TGAACATATATAATAAAATCACTTAGTGTTTTGATACTATACTTGGACTTGAACCTGAAA ATCCACAATTCTCAACTCACTACATTGACCAATTCCCTCAATTTCTAAAACTAAAATAAA CAGAAAATGATTATTAAACATAACGATAAAAAATTCAAACTTGATACAGAATTCACTCTA ATTTCTCAATTTAGAATCAAAAGAACTCAAATTTTCGCAGAACAATAGAAAGGCATTACA GTACAGGAACACACAATTCAAAAATAAAAAATATTGCTTCAAGATAAGATTTTTTTTTAC CTATTAGATATAGATATCCTTTGATGCTCTGTTTTTTCAAGCTTTGAATAAAGTGCTTTA TAATAGAGAAGATGAAAGAAGCAAAAAAGTAAACCCTAGCTAAGCTGCATCTTATATGGG AAAGCGCGCGCTGAATATTGGATTTTGTTAAGTATAAAATTCGATAGTTGGTTAGACTTA TGCAATAATTATTGATATTTTTATTTATTCACGATATCAAAATTATTATTATTTTATTTA TTATTTTTAATATACGAAAAAATATTATTATTTTATATTCAATCTTCAATATTAATTATT GTGGGCAAGAAAAAAGGAAGTATTACATATTTGATATAAAATTCAAACTACGAAAAAATT GTTAGTTACAAATCTAAATTATGTGAGACGCTTATTATGTTTTATTTTTCGATATCGTAA ATCCTGCTCTGATCGTGTGGTAGGCAAAACATGTAACTATGTTAATCTGAATCGATTGTT AATCACTTTTACTAACAATCATATCATCACTTTCATATTTATCGAATATTTCATTATTAA TTTGGTGTGTACGTAAACAATTATATAATTCAATGCAAAACTATTATAGAGTATGTTTTT GTAAAAGATAATAAATTTTGATGTAAAAATTTTAATTTTCAAAATATATCAAATAATAAG ATTTAACACAAATATTATTTAAAAAAGTTCAAAAAAACACAAAATCCCTTCGAAGAGAGA GAGAAACCCAAAGGGGGGAAAAAGGGGAAGTGTCTGAAAAGAGCGAGCTAGAGAGAGAAA GTGACTGATCGGAAAAAATGGAAGGAGTAGAAGGACAAGGTTCAGGGCCACCGGCGGCGA GTGGTTACACTCTACAACCAACTCGATTAGCAAGCGAAGACATACTGTTCTGTGTAGATG TGGACAACGAATCACTTGTTGAAATGAAGGTTGCGGCTGCCGGCGGCAGACCTTACACCA GGTTGGACTCAATTAAGCAGGCAATCCTTCTATTCGTCAATGCAAAGCTCACTATTAATC CAGATCACCGTTTTGCTTTTGCTGCTCTTGGCAAATCTGCCTCTTGGGTAAATTTTTTTT TTTTTTTTTTTTGGCAATTTCTTCAAGCTGATTGAAGTTTGAATTGGGTAATACTCATAA TATATGTAGAATTTCAGATATGTAATTGTGGAATAATTGATTTTGCTATCCTTCCCATAA TGTGATAATAGCCACTCTCATTTCAATTTGTTGATAGGATTTTGACTTGATTCATAGTTT AAGAAAGTAAAATATACTTTTAAATGTTATGGTTTGACATGTAATGTAGCAAAATATCCT CTAATCTTGTGGTTTTAGACGTGTCAATAGAAATTAAAGAGTTGAAAAGTATTCTTTTCT GAAATGGATTAAAAAGGAAAGGAAGGCAGACAAACTAGAACGGAAGGAGTATTAGTTTTT TCGGTTGCATAATTAGGCAGACCTTTTTCTTTGTTCTGGCATAATATGAGGCAGTTATGA TACTTTTTTGTTTCTTCAAATGCTTGCTAACATGAGGCATTCTGATATGTGTATAAAGAA TTAGTTCTTGCTAATATCATGCAAACTAAGTCTAGTATTTAAGTGGAGGGGTAGAGGGAC ATCTCCATTATCATCGAGTATCGAAGGTGTATCCCCTTCTCGTCATACCTCTTGAGTTAG AAATGCTTCTTGAGTTGTTAGCCATCCAAATCAAGCAACTTTAGATGGTGCATTAGTCTT CTAAAGTATTTTCTGTGGCCACACTCTTAAGCTTGTAATGGAGTAGTCTTCCAGTGTTAT TAAAGAAATTCGATGCAGTTAGTGATGGGGATACTTCAGATACTGTTTCACACGTTACTC TCATCACTATTCTATTGTTATCGTACAACTTGTCAAACTTAATAATTGCAAGCATGAAAC GATTTGTTGTCACTGGTAGGAATACTTGCTTTTTAAGATGTAGAATCCTGCTTCTTAGCA TGAAATTGGTTTGACGGACTTTGTAAAAGTGTATGAGTGGTTTATATATCTCCTTAACTT TGATGCATTTTCTTCTCACTTTCCCCCTTCGCTATTATGATGTATTCCTGTTTGACGAAT GATTTCAAACATAAACTTATGCTGCTTTTATTGATGACTTTCAAGAGCTGCTCAGCTATA TATTTATGTTCTTATTGTAGTATAAGTTCTTTGAAACTTTTATGGCCTGCTTAAGTTATC TTATCAAATCTTATCTTCCTGTTCCAATTTACTGGTGGGGATATAATTGGACGTAGAGTA TTGAAATTGACTTGTCTTCTCAAATTTCTATTGATGAAGGTTTGTAAAGAGTTTACTAGT GACATTGACTCAGTAGTTTCTGCATGCCGGGGTATTGCAGTAGATTCACCTTGTGGCCAT GCAGACCTTACTCAACTATTTCGAGTGGCAGCTCATGAAGCAAAAAAGACACGTGCACAA AATCGGATACTCAGGGTGGTAAGGATGTGATTAGCAATGTGTCTTTTCATCTGACTTTAG TACATCTGGTGCTGAAATTTTTTATTGAGAAGGTTAACATTTGGTTTGCTAAGAAAATTA TAGAAGCTATATTGCATATGAATGACGCATGGTAAATCAGCTACTCAGTTTTGGTGCAAT GTAATGAGCAGATGTGTTCTATTTCTAGAATTATCTCTTAGCTATTCGTCTGAGCACGAC TACTCAAAAAAATGGTTTTGCTTCATCATGTGGTTGATAGTGCTATAGCAATAAGTAATG GTATCTGAGTTGTTAAGTGAAATACAACTTTGATTTTGTGTGTCTCAACCAATATTGAGT TTAATGTTGCAGAGAACAAGCACCCATATGAGTGACTATTCTTGATGCACTTTCATCTTA GCAAACAAGATATTAAGAACACAGCTAGACCAAATATCCTAGCACCAATGTGAGAATGGG GAAAATAATTCTAACTTTGGTTACGTATTTTGGGTTCTTTTTCTGAATAAAATGAAAAGA TAGTTTCTTAGCATAATCCTTAGTTTGTTATCAGAAAAGATTGTAGATCCAACTTTAGGA CGAAAGGAGATCAACTACTTGACATACTTGCATTTTACAATTAAATATGTAGTTTTCTTT TGATGAAGTTAATAATGTCGTTTTCTTCTTTCCTTTATTTGCTTTATTTCATGCCACTTA TACATGCTATTGTTGGAAAGAAACACTTCTTCTCTAGTTGATTTAGTCGGCCTAAATTAG ACTAGATTACCAAATTAAGGGATTTATTATATTTGTTTAGTCATTCATCTTTTTCATTAT CAGTCTTTGATTCAGTAGCAGTGAAATTAACTATTATGATATTAGTGCGGGGTGCTTATG TATATGTAAAAATAAAAGATGTGTTTTGTTTGTTTACACATCTCATAGCCACCTCAAACG AGATTTTCATTTCGGAAAACTTGCTGACTTTAAGTTTACAAACATATTGCTACTAGAAAA AATTTAAATAGCTTCCAGGTGGCATTAGCTATATCTGGACTGGGTCATGGGCTGCCAAAG CGTAGAGAAACAACTTCTATAATGAAAAGATATTAAGATGAAAAAGAATGATATCTAATA GTGGGTTTTAGGTAGTTGTTTATCACGAGGAACAGATGCAGAAAAGCTACAGAAGAAGGG AAATAAACTTCTTGAATAATCATATGAATCTGAGAAAGATCACACCAGTTTGAATTGATG TTAAGTTGGACGTGAGGTGTATCTGATAAGGATAACATATGGTGTTTGTCAAGGCAAATG AAGGATGCCACCAAGAGTAGGTTCAGGTGTCTATATGCATATAAGTATATCATCTTCTAC TTCCTTTTGAAAACTAAAAGGTCTTTTTACTTGTATCAAGGTCATATTGCAAGCATAATC ACCAGCTGTCACCTCCTTCAACTATCAATTAGTTTTATTGACTGAGAAGTTCTAGTTTAT ACAGGAAACCTCCAACTACGACAGTGTCAAATCAGAAGTGTTTTCTTTTGATTATTTGAA CAATGCTTACTGGTTATGTGTTTTTAAATTACATCTCAGTTGTGTGTGCAGTGCAGGTCC TTTTATTCTTTCATGTCTACGGCACCATGCCATGTGCAGGTAGTAATAAGTCTGTTACAA TAACAACATTTAAAAGTACTGCATCAATCAGTTGCAAAAGATCTGAAATTGCCTCAAAAG ATAGCCACATAGAAGCTAAGTAAATCTTTTGAATGTGAGACTCTGAGAGTGCATAGAAGA TCTTCCTTTCTTTTCCTCTTATCAGTGAGGGGTTTTTATGTTTCAGTGTCTTGTGGGATC TAAAATGGGTTTTTACCTTCATGAAATTCAGTTATTCTCATTTCCTTTGATCTACTGGTA AATTTTGAGTTTGAACCATTCTCATTCCTCACTAGATGCTCTCTCTGAATGATTACAACT ACAGCTCAGCCCCAAACAAGTTGAAGGTCCGCAATATGAATACTCACTGATCGTGTTTGC TCATTTAAGTGTACCCTAAGCCAATATTATGCAAATGATTATTTGATACATTTTCATAAA CATCTAATGCTTGCAAATTTATTCTCTCTGTACAAATTGGTTGCTAGCAAGTGTTAATTA ACATGTATTCTCTTTATTATGCAGGTACTTCTATATTGTAGGTCATCTATACCACCACAG CATCAATGGCCTGCTACCCAAAAGCTCTTCACTTTGGATGTAGTTTACCTTCATGACAAA CCTGGACCTGACAATTGCCCTCAAAAGGTTTATGATGCCCTTGTCGAAGCCCTGGAACAT GTCAGTGAATACGAGGGTTACATATTTGAGAGTGGTCAGGGGCTTACTCGTGTCCTATTC CGTCATATGTGTACACTTCTTTCCCACCCTCAGCAACGTTGCGTGCAAGATGACCTTGAC ATTCCCAAGTCCCTTACAAAGAAGTCAGCTACCTCTGACTCGGCACCAACTGATGAAAAT GCTGTTGTTGTCTCTAGCCAATGATATCATAAACGGTTGGCAAATCAAACCATAGTCGTA CTGTTTCTCATCCTTCTTGTTTTCGTGTTCTATGGGGACGGAGACTAATGTGGATAGGTA ATCTGGTCAGTGTGTCACCCCCTACCCGCACCCCACCCTTCCCCTCTTTCTTTCCACCTC CGTCTTTTTTCCTGTATAGTAATCACTTTGTTGTGAAGTTTCAAGTCAGTCTAAGAACAC AAATGGATCAGTGTTGATGAGCTCTCTTCTTTTTTTCCATTGCAAAATCATCTGATCTAC TGTTCTTTCAAGGCCTTTAATCCTTTTTGAAGTTTCATATGGTTGAAGTATCAAATAACG TGCCCTGGTGACATTCTTACATATGAATTATGATATCTTTATGCTTATTATTCATGGCAT ATCTGAAGCAATGGTAAAATTGTCTTTGTGTAACTTAAAAGGTCACGGATTCAAGCTATG ACAGCTACTAGTTAGATGCTTTGTTTTCGCAATATGACTTTGATTAATGAGTTCCCTTTA ATTTATTCGAGGGAAAAATCCCAATGTATAGAGGACTTACTGTTTACTTGCAATGAGAAA TGTGCTTTCAAATATAATCAAAGATGATAAGTCGTGCTTGTTCAGCTGTATTTACAGAGC ACCAATTTACAAACATTACGTGAATCCTGATAATCAATAATAGTAGACTTCAGTAATAAC AGGATCAAATTGCAATTTACAAATAGGACATGAAATGACACTGATAACAGCAATTATTAT TATTACCAGCATCAAAGTGAGAAACCGCACAGTCCATGGCGTTTTACGCACTAAAGCCCC TGTGGAGGGAACTCCAAATATTGGAAGGGATGCTAGGACAAGCTTGTGCTGATGCCTCCA CCATCTGCTCCATCTGAATTCCAGCATTGCAGATATTGGCAATGGAACGCATGTGTTTCA TTCCATATTGGGATAACGATCCGCAGTGCGACTCAAATGTTCTTACCTGCAGATATGATA GAAGTTGCAAAAAGACAATTGTCAAACTACGATGATGAACCAAATCTTAACAATTAAGAG TTCTATGAGGTGCTTACAAAAGATTTAAGGCAGGCCCAATCATCAACAAGAGGCTGACCC GCAGATCGAACATGCTTCAGCACCTCAGGACCTTTTTGAATTCCAAACAGAAGCTTACCA ACAAGGGCAATGCGTTCATCTAGGTGCATTCTGTGTGACATAGCTTCAGTGAATTGTTTC TGAGCTTCAACTTTCCGAGCAGAGCCTTCAGGAGCCTTGCGGAACTGCCAGCATTGAGGA AGAATAGAAAATCAATAAGAAGGCATTTCACATCAGAGGCACAAGCCAATTAATACATAA ACACATAAAGACCCACGAATTACAACATGTGGCTTACTAAAAATAACTCTTGCAGCTTAG CACAAGTTACCCGCCTGTTTAGCATTGCTACCATTCATAAATGTAATGTTAGTGTCTTTT TGGAAACCAGCTATACCACATTAATATGGTTATGAAACCATCAATGGTGGCAAGATGGTG CAAAGATATTGTTTAAAGAGGACATACTGTTAACTAATATGTTCTTTAAGATTCAACAGC TTTATTTCCTGCTGATTTGTTATGTAGTATTTGATATTTTTGCTTCTTATGTTTAGCGCA AACTCAGGAAAGGGGGCGTTTGTTGGGGCATACCTTGTCCCAGAAATGTAAAAGATCTGC ATCACGCTGGTTGACAGCCTTTGATGATGCCAACAAGGAATTGTCATCTACATAAGTGTA GTTATCATTTGCAGGATTTGTACCCATAAACCTGAATAGAGACTCCATACTCAGTTGTAG ATCACCAAATTGCATGACATGGGAACCATAGGCAGTATTTCCATTTGCAGTTCTCTTTTT GACCTGCAAAAAACAGCAGTAGAGATGCAAAATACACAATTATGTCATCATAATAAAGGA TAGAGAGAAACTATATCATTGGATCGGTACTTGTGAAACCCTTGTTCTTTTCCCTTTTAA GAACACCAATACATTTGCTTTAGCATTCTAAATTCCTTATTTTGTTATCATTTTACTTTC TAACTACCACATCAGCTAGATAACCTAATTCTCAATGTCCAAAAGTACTTACCAAGTGAT ACTGCTGCCTCAAATTTTCAGTCCGCAAGTTGTGCATTTCACTGCTCAGCAATAGAGACA CAAAATGGTTCAGCAACAACGTATAGGGCTAGTGTGAACAGTTATAAGCTGAACCGTAAT TCTTTAAACGTAAATCCAGATCAGACTGTAAAATCCAAATTTGAAAAGGACAAGTAACAC AAACAGAAATTCACATATATCAAGTCCCTCGTTGCATTGGCAAGTCACATGCATGTATCT TTGTTTGCAATTTGCACATTCTTCCGCATGGAATATTAAAATAATTCAGTAATTTCAGGC AAAGACAAAAAAAAAAGGACAAGAACTTCAGTCATTTAACTACAAAATAAGTAAAACTCA AAACCATCCCGCTTAATTATATAAAATGGCTAGCAAAGTTCAAAAGCTGCAGGTACCTGT CCTCCATCCAGGAAACAGCATACAAATCACCCAAGCAAGTCTCATATTCAGGAGGAGGAC TAGGATATTCTCCAGGACAATAGGTTCCCCAGCTGCTTTCTTCAGCATTTGAAGCTGTTG TGGCATAAATATTTAGACCATTAGGAAGAAGTCCCTCAAATATACTTCCAGACTCGCAAG CTTCAATGTACAATACCTGGAAATAGTAAGCAAAAGAAGAAACAATTAAAAAATTAGGGA AAATACGAAAGTGGCTTCACAAATATTTAAAAAATAATTGAATATAACAGCTCACCAAGC TTTTATATGTCCCAGCGGCATGCTTCTTTTTCAACACAGCAATTAGATCATCGGCATATA GATAAGGATTGGTAGGCATCCCTAGTACACATGACAGTATAGTAGTTATAAACATAGCAA TGATATAATTTATCCAACCTATAATTCAATAAATCAGGTTTATGAAAATATAATTGACTG ACAGCAAACATGCACAATTAAAACGACATTCTAGTGGTCTTAAATGTTCCTTAAAATGTT TTTGAGGCTACAAAACTTATGAAACATGTCGTCTTAAACATGTCATAGCCTTCCTGCGAC TATAAAATTTTCTCATTAAGTAAATAATGTGTCATTCTGTTTGGAACTGGCTAAGAAGAA TGTCATGCCAAAATGGAATGAAGGAAGTATCTGTTAAAATTCACTTCCAAGAAAATATCA CTTTCTTATTGATCCACACAATATAGAACTACAGACATAGGTACTCAATTCAAAGCTTGA TGCCTGAATGTGAAAGTGGTTCATGCACAGATACTACAAAGAGACAAGATAGATAGAGAA TATGTTGAGTCCTTTGCTGGCGATATATTCACCACAGATATTTATATTACAAAAAATCAG ACATGTAATTGTCAATCAGGATGAAAGAGGAAAGGTTAAGCTGTGATATTGTATCCATGA GTATAAAGTGTTCTTTTTGTTTTCTGAGAGGAAGAGGTTGGATTAGGAGACCATTACCAT AATTTCTATTGGTGAACTAATTGTCCTGCTGAACTCAAAAACAAACAGAATGTTAAAAGG TATAAGCAGATTCAGAATTAAAGATTATTTGTTTGCCTAACTAGAAACAGAATGAATAGG TATCATCTATTTCTCAAATAGTAGAAAGCAGTGAGACTATGGTCATTAATATTCAATACA CATGAAAATCTCGAGTTGCAGACTCAGATGCAAGCTTTCAAAATTTTCATGACGAAATTA GTATGAAAGCATAAGATATAGAAAGCAAAGCAACAACCAAAAGAGGCATACATAAGCTAC TTACCAAGCACGCCAGGGCCACCATGATCACTATAGAATATGAAAATATGATCATTTGGA CCACTATTCACCACCTTTCCGCTACCTCCAGTAAGAGCAGTTTTGTTACCAAGGAGAACA GCTAAAAAGTTGTGCACATTAACATCATCTCCCGTGTAATCCTGACTCGAGATATAGCAC ATGAGACGGAAGTATAGATTAGGTATTTATTAAATGACGATGAAAAACACCAACCTTAGG AACTCCTTCGTAAACATCCTCACCGGCAGGACTATTAATAATAACTCCTGGTCTTGGGTT CTCTTCATGGTGAGCAATGTCATCATACATGAAGACAATAATATTTTCATCTTTGAGACC ACCTTTTCTCAATAGCTGATACGCATGGCATACATCAGCCTGATAAAGAAGTCAAGGTCG ACAAGGCTTATCAGTAAATGTATGAGAAAAGAAATACTATAAAGACACTCCCTAATAGTT ATAGTTAAGAGCCGGTTTATTCCATTCTCTAGTCCCAAATCTAATCTATCAAAAGAAGGA AACTGTTGTCTTGACAAAACTTTTTACTAACTGATTCGTTTTTAACTGGCTGGTTGTCTT AATGGGATGCGTTCCACAAACTTGGAAAGCTGCCACCATAGATTTTAAGAGTAATTTTTG AAAATGTTATTTTCAAATATCAGTTTGGCCATGAAATTTGATCAAAATCTGAGCATCAAT ATTATTTTCAAGTTCCCAAGAATTGGCTCAGACCAGTTTTGGCGGGTTTGGGACTTCCCC TCACAAATTTCAATTTTTTTCCAAGTAAAATGCATGTCCAAACACAACTTCAAATTCCAA AAGCTCAAAGATTCAAGTTTCAACTTCATAATCTATGGACAAACAGCAGCTAATAATGAT GAAAGTCTTTGTTTATAACCTTTAATTCTAACAAGTACTACATAACCAAAGTCCAAATTC CAATAAAAGTACACTATAACCCTTTACGAAATCATCCAAGTGCAGTATTTTCTAGCTCAC TAGCTCATTCATCCAAACAAAGAATAAATTATGCAAGCAGCTCAATTTTCATTTTATCTC TTAAACATAACATCAACATAGATTTACTGAAAATTTTCCTCCTTCATTTCACCAAAAACA GCAATAAATACAATTATCCAACTGCAGTGTTTCCTACTTCACTAACTCATTCAACCAAAC AAAGAATACATTATCCAAGCAGCTTAATGTTCATTTATCTCTTAAACATAACATCAACAT AGATTAACTGAAAATTTGCCTTCCTATTTTCACCAAAAACAGCAACAAAGACAACATCCA AGTGCAATGTATCCTAGCTCAATATATCATTCAACCAAACAAACAATACATTATGCAATC AGCTCAATTTTCATTTATCTCTTAAACATAACATCTAACATACATTTACTGAAATTCCCT TCGTATTTTCACTAAAAACAGCAATCATCTATTAAAACACAATTATCCAAGTACAGTGTT GTCTAGCTCACTTTGTCCTTCAACCAACCAAAGAATACATAACACAAGCACCTCAAATTT TCCATTCATCTCTTAAACATAACATCAACATACATTTACTGAAAACTTTCCTTCATATTT TCACCACAAACAGCAATCATCTAATACCTACTATTCAAAAAAAAAACAATTTCTAGATAT TACAAAAAAACAAAACGAACTAGATCGGAAGAAAAACACGAACTCACACTAATTCAAAAA ATTCAAACAATAGCATATCTAATACGTATAATATACGAAATAACTACCTGATGTCTATAA TTCCAATAACCATTTGATCCGGCGAGAAGGACGGCCCATCTGGTTCCAACAGAGTCATCT GCGTCATCGAAGAATCTGGAAGCTTCCGACGGAAGTTTCAAAACATTACGTCCTTCGACG GCGGCAAGCACGGCGATTCCGACGAGGATGAAAACTCCGGCGACGTGAACCATTATTATC GGGATTTGCAATAATGTAGTAAAGTTTAGCTTCTGCCATGGATATTATATAATACAGAAA ATATCTATAGAGATATGACGTGGACGGCTGAGATTAAAAGTATCCCTTCGTGCTATCTTA CGCCGTATGCCTATTTTTATTCTTTGAAGTCAAGGGGAAGTGGTTGATACATAAAGACAA AGTAATCGTATTAAAATTTAATTAATTTAGATTTGTGTTTTCGTATTATAATCCTCTTTG TATTCTATTTGAATAGTTGTTGTGTTATCTTTTTATATTATATTGTATTATATAATTTTA ATGAAGTAATGATTTTTATCATTATATAAATATCACACATAAATAATTTAAAATTATACC TATAAAAAATGGAGATAAGATAAAGTTATAATTAAAAAAATTATGAAATAATAAGTAAAT CTAAAATGGAGGAGGAAAAAAAAAGAAAACTTTACGATCATAATCATCATTAATAATAAA TTTAATTATATACTATGTTAAATAATCTTTTGATTATATATTTAATTATTTGTGTGTATT TTGAATTTATTAAAAGTGAATAATTTTAGCTTTTATTGATATTTTACAATTAAGTGTATT AAATTTAATAAAAATTATGAAAATGAAGATTCACATAACTCTAAAAAAGTTATTCAACTC AATTCAATTTTTTTTACGTTATTTTACTTTTTGTGTGGTAAAAAAATACCTCGAAATGAT AGATAATTTGTTAGATTTGTTTCAGTTCGATTGATTTGGGAGGTTTTCATAATTTTTATT ACAAATTTAAAACTAAAATATTATAGGTTTATAATAAATTAGGATTATAATTTAGATAAA TTATTTCACCATCTATGAAAAAAAATTATGAACTATCATCCTTATTTTAATACTAATTTT TATTATATACTAATTTTTATTATTATCTTCAATTAAATAAAAATAATTTAATTTTAAAAT TTAAATCAGAATAACCCGTCTAATTTCTTAAACAAAATAATCTTCAAAATTAAAAAAAAA AATCTAAATAGATAATGAACATAATAAAGGTGGTAATTCATTATTGTGTACCTTATGTTA ACTTTAAACTATTGTGGTCCTTTTTTGATAATATAAACTACTCAACATCTTGTATATTCA CAAGAAAGTTCAAAGTTTGGATTAATGTATAGTACAAATTTGTAACATCTATAATATATA ATAAATGATGTCATGTGAATTGATTAATTGATGGTGATATGTTTAAATTTATTATCAAAT TTTTGAGAAATTATTTGAATACGTGAATTGATTAATTAATGATAAAATATCTATATTTGT TATTAAATTTTTTATATATGTTTCGTGATTCATCAGATTTGTATGAGCTATTGTAGAATA AGTAAAAAAAAAATTTACAATTTAAAATAATTAAAGAAGTATATTATGTTACTTACGCTT AAAACATAAATGAAAAAGTGAAGTAAAATATCATAGTGAGGAATATAAATATTGAAAATC TTAAAAAACTCGTAGATTCTCAATTTTTTAAAAAAAAGAAATCTCTGTCAAGATAACTAA AGTATGTCCACTACATAAGATTTGAGTCACTAAATATGAACCGATACCATAGACATTCCA ATAGCGAAAGAGATAAAATATACAATCTTACGAAATTAAAATAAAACAAACGAACTAAAT TATCGGAGATAAGGATATTTTAATAATCCTAATGAATAAATACTCTCTTATTGGATGTTC TACATTTCTATCTGTTCTATCTATCCAAGAAAAAGATTACACTTTTTTGCCCCTTCCATT TTCACACAGTCGTTTGATCTTTTGCCGACTCTTCCCTTGTTTTTTTTTCTCAACTGTAAT CTCTTTCTTCATATTATTGTGCTTACCAACAAGGCCTGTTACATGATCACAGAAAAATAT AATAGTAATTTTGTGAAATTATACATCTTTTTTGCTTCTGTGTGCTTCAGAAATCTCTTG ATTTCTATGTAAAGATTGTGTTTTGGGTATTTGGGTCGGTAGAATTCTTGTTTTTTTAGG TGGGGTTTGCTTGGTTTTCTTCAATTTTGATTGGTTTTGTTGAAAAGTTCAGAAATTTGA TGTAATTGTACGGATTTCTTTGAATTTTGGAAGTTGAATGTATGGTAAAGTTTCGTTTTT TTGGTTTAATTTAATGAATGTTGGAGATTGGGTGAACCTGTTGAGAAGCTATTAAAGGGA AGAAATGAAGAGAGGAAAGGGTGAAGAGAAGTTGATGGGACCTATGTTTCCAAGGCTTCA TGTTAATGATACAGAAAAGGGAGGTCCAAAAGCACCTCCAAGAAACAAAATGGCTCTTTA TGAGCAGCTCAGTATTCCTTCTCAGAGATTCAAATATGGGATTTCGAATAATCGCAACAA TGCAGATATTCAGGTATTCAAACTTGAATTTATCCCTTTTGCTGTGTGTGTATGAGTAAT ATGTGTGAGCTGATACATTAATTCTTAGCTTTGAATGTATGATATTCCTTTTTTCTGAGT TTACATGAGTAACATATGTGAGCTGATTCATTAATTTGGCCAATAGAGTTGGACATTAGC TTTGAATGTTATGGTTTACTGTTATGATTGGTAGCTTTTGATTTTTTAAAGTCTGTTGTT AGACCTGTTTAAGATAAAAGAGTTCATTTTTATCCTTTTGAATTCTTAGATTTGTTTTCA CCCAAAAAAAACAAAAACACTCTTATAGGATAGGATTGTTGTTTCTCTCACAGGAATTGG GTTTAATTGCAATGAGTTGCTGAAGAATTATAACGGAATCAATAGTCTTAAGTTTGTGAT ATTGCTCAAAATCTTCTAGATTGACCATTGTGTGCCAGCATTATTGAGATAATCACTAGA TGATATGCACACAGTTCGCTAACCTCCTTTGTTTTGTTTTATTCGGGAAAAGGTTGGGGT GGCTTGACACCACTTCCATTGACATGTTTTGCATACCAATTAGGAAGTTTAGTATTACCT TGAAATTCTTAAGTTCTTCACCTTAATGTTCCAGCAGGATGTTATTAACTAATATATGTG ATTGTCCGTCTCTTAAAGGTCTGTTGATGAGAATTTGAATTACCTCATCAAATTAAGTAA ATGGTTTTGTCATTTCCTTGCTTTCTTTTTTCTGATGTTTTTCTTGGAAACTAAAGATAA TGTACTAGTAGCAAACGGACTGTTACATCAAAAGAGGTTTCATGATGTTATCCATTTCAC TCCGGATTTGATTTATATTTTTTGTGCATGGTGATTATGAATCTTGTAGATGTTTGATTG TATGGCCTAACTGATTTAAGCAATTAAATTTTGCAGGGAAATGGACGTGAAAATGATGAT TTTTTCTCAGTACAACTTCCTCCATCAAGACATCCTGCTGAAAATCCACATTCCTGCAGT TCAAATTCAAAAACTCCTTTGCTGCCAGTTGAGTCTAACAAGAAAACAGAAGAGGATGAC TTTAGAGTTCCTATATTTGTTAAATCCAAGGCGAGCCAAGGAAATGGAAAGCTTTATAGT ACTCTGGATGGTAGAAAGCTCTCTGCCTCTACTGCAGTAATTTCGGGGCATTCTAGAAAA GACTTGAATGATGAGAACTTCAAACAGATCGCCGTAGGCAGAGAGATTTCGTGCAACTCT ACCTCAATTCCATCAATGGATAAGCTAGATGATCTTCTGAAGAAAGCTGATGTACAATTG CAATATGAACCGAGAAATGACCCTGATAATACTTTAGGCATATTGTGTAAGAATGATCTG CTACAACCGGAATGCAGAGTTGATCCTCAAGTTGGTGGCACCATGCTATCTGAACCTGTT AGGGTTGTTGATATTGGTGATTCTTCTCTTCTTGTGAAGGATGTTGCATCAAAAGAGCAT ATAATTCCTAATAATAATCAAAGTAATGATAAGGAATCAAAGGAAGACAAGGCATCTGAA TCATTACAAACAAAAATTGTGAACCAGGATGACGACTTATCAGAGACTTCCATGGTGGAA TCTATATTTGGAATGTACATATCTCCTGACGATGTTGTTGCGATAATAGGTCAAAAACAT TTCTGGAATGCCAGAAGAGCTATTGCCACGTAAGTTCAACTGTTTTGTATTGGCTTGGTG AATGATAAATATTTGAACTTGACATTTGAATTTTATCATTGCATGAAGTATGAGTCTGCC AACTCTTTGGTAGTTGGGTGGATGATCTTGTATGTTAGCTTTTGTTTTGAACTTGATTTC CACTTAACTGATGATGTACTTCCAAGTGCTACTCAGATCATCATTTATAGAGAAAGTGAC CAGTTGACCTTTATGTGTATCCTCATGGTATTTTATGTAAATGAGGTACGTTCTCCTGGA GTATTTTTGCATGCTGCAACAACATTATCTGTTCTGTGAATGTATGACATTTTCTCTTGA AATATCTGCCTACTTTATCAGTTATGTCACTTGTTATTCAGAATGATCCTGAAGGATATT TATCACTTGTTAGACATCTCTTCCTACTTAAATTTGACATTTGAACTGCAATATGTTTTA TAAGAAAGACCTTGTCAGATAATGCATCTTGATAATCTTTCGACGTCATGGTCTAGTCTT GCCACTGGGTGCAGTTTGAGTGGCATGTTTTGTTATTTAGATGATTACGAGTGACGTGGG CTTTCTACAACATGAAACTTCCCCCATAAAGAGTTTTATTTTAAAAGTTTTTGTAGTCTA CTTCATCATTTGCTTTTGTAATGTTAATGGTCTTTATTCAATTAGAGCTTTCTCACCTTA TATTAGGATATTTATTGGTTTTCGTTAGTCTCTGCTGGGGGTCTTTAAAAATTTAGACTG AGTGGTTGCTGACTTGATGCAAGTGGATGGAGTGTGAAAGGTCTCAACACCTTTGAATGG GATAATGACTTTTTTGAATACTACCTCCTCTTGTCCATTATAAATGACCTTTTAGCTCAA AAGAATTGATCCAAAATTAGTGTCTTCGAGAAATCAAGAAGACATTAATTTTTTCTTTTC AAATCATTTGTTGTTCTCGCTCTAGCAAGATTGAATAAGCTCAATCAAATTTGACATTCC CATCGCCTCAACCTTACAATGGAATTGGAATTCAAGCTCAATTAGAAATATATAAAATTC GCCTCAGGTTCAATGTCAATGTGTTAAATTCAATCAAAATAGATGTTGGTAAGCCAAGAA AAACAATTAAATCTACATTATAAAATTTAAAGAAACACAAAGTAAGTGACTACATCGAGA TCACTATTGAAGAAACTAGAAACAAGACTTAACTGAAATAATTTAAAAGTATTTATACCA TTTTAGTATCACATTTCAATTGAGCAAAAAATCGGCTTTTCCTTTATAACATTGCTTTTC TACGATGTATAATTATGTATTTATGGGAACCTTTTGCTCACACAATTTTGATCATGCATG ATTGCAATTTAGAAGAATATGATTGATTTCCATGTTAAAGAACTTCATTTGATTTCATAA CAATTGTACAAGCTCATCAACAATTTAGGTGTCCTTTTATGTTGTAAGGATTGAATAACT CCAAAAAATTCAAGGTCTATATCTTCAAATTGATGGAATTTAGTGATCGACACATTAATT TATTAAACGAATATCAAATCCATCTTGTGTTGCTACTCGACAAAATTCTTCATCGTCAAG ATAAATATATGTTCTTTCCATATCTTACTGAATGAATATTGGATAACTTCAGTCTCGTCA TGGCGGTTTTGCCTTGATAGTAAGAATAATTTATAATTTGTTCAATGAAGTATGACCTTA CAATGTCTTTGGTTAGTCAAATTACTGGTTTTTGTCTCTGGATTATGGAAGCTCTATTAC GACTCTTTTAGCTTGTTCTTATGTGATTTAGGGGAACATACCAATTTTTCAAAAGAAGAG TTAATTTCCTTGTGCATCAAACCCTGGATGAGCTATAACAACTTAAAGCTTAGATTCTTA TGAAGTTTCTGAAACGGCAGTTCCTAGTCTCTTCGTTAGAACTCAATATATTTGGTTTGC TTATTCATTTCTAGAGCTCGACATATTTCTTTTTCCATATGTCTCTATTGTTGTGTGAAA GAAAAAGATATTCAAGGAAAGAAATTGAAGGAGAAAACAGTACAGTAGATACATGTTTAT AAGAACATAAATATTGAATGAAATTCACAGGAAAACAAGGAGAGAGGCAAAATTGGTTTT CCTTGCTCGGGCTGGTGACCCTCTCTGTTTTAATAAGTTCACATGAACAAAATTGGTTCT GTGGTGGAGAGAGGCAAAGTCTGGTGCTAGCATACTGATGCATTTTAATGACTTCTAAAG CTCTAATGTCAATGTGCATCCTAGAACTACATAAAAGGGTTATGCTGTGATGGAAGCTGT TTCCACCACATATTAGTGCTATAGGAAAGGTCATCCTGTTGACAGCCTTATATTGATTAT GATATCGAAGAGATGTTGTATGTGTCAAATCCGTAGAAAAACGAGAGGCTTTAAATATGG CCTTGTCTTTTTGAAGCTCTAGAATTTTTTATCACCTGGTTGGTTGTCTATTTCTGTTTT AGGTTCTCTTTTGTTCAAGTGTCTTGATGGAACCGACTACTTTTTAGATGGGTGAGGATA TCCATCCCCCTTTTCTTTCGTCAGCATTTGTTGTTGTCTTGTCTCTAGATTGACATAGTG GTACTTTCTCTTAAAAATTGTCTTCAGCAGTGCACTAGTCTATTTTTTTCTCAATGCACT TGAAAGAGCTAACTTCTTTCTATTTGTTATTTGTTTGCCTGACGTTTTCCCTGTTGTCCT GGAACAGCCAGCAAAGAGCGTTTGCGGTTCAAGTTTTTGAGTTGCATCGTCTAATAAAGG TGAGATAGTTGTAGAGGCTAAATTTCTCATAATATCAGAATGCAATTTTGTACTGTAGAC AATATAGATGTCATGTTGGACTGGATCGACTCGCTACAGAGACAAGAGGAGTCAGTCAAT TCCTATGATGTAAACATTTTTAGCACTATCATTGGTGCTGTGCCTTTTGAACTAATAAAC TTACATATCAGAAAAACACAATTTTGATTTACCTTTTTTCCTATTGAATTAAGTAATTCT GCTGAAGCTTTTGTGTAACTATCTCAGGTCCAGAGACTCATAGCTAGTTCACAAAGCATG CTTGAAGATAGTGCTTATTTAAGCAAAGCGGTAAAGGATTCATCTCCTAAAAAACTTCCA TTGGAGTATATCGCAAGAGATGGTCACAATGTTCCGAAGCAGAGGAAGAATTTTGAGAAG CCAAACACTAGGATGGAATGTTCTGCGGAAAATACAGAAGGCAAACCTGTGAAGGATTCA TCTGCTAAAAGACTTCTGTTGGAGTATATTCCTAGAGATGGTCACAATGTTTCAAAGCAG AAGAAGGATTTTGAGAAGCCTAACATTAGTATGGAATGTTCGGCTGAAAACACGGTGGGA AAGGGATCCTTCTCTTCTGTGCAAAATAATAGCCAGTCTTCAAGCTACAGTTTGTTTTCA GGTCACCCAATAGCAAATGACTCCACCATGGGGGGTCCTTGGAGCTTCAATCAACCCTCA GGGCACCAATGGTTGATCCCAGTCATGACTCCTTCCGAAGGACTAGTATACAAGCCATAT CTTGGACCCGGAGTCACGAGTTCAATCTGTGGAGGTTATGGACCCCCAGGATCAACTCCA ATAATCGGAAACCATTCAGCTCCATCTTATGGAATTCCTGCTTCTCATCATCAGTATCAA GGGGTCAGAATGCCATTTACACCTCCAGCTGGTCACAACTACTTCCCTTCGTATGGCATA CCAGCTATTAATCCAGCAATCTCATCTTCAGCTGTCGATCAATCAAGCCTGTTTGTTGCT CAAGGTTTACAAGGTCAGTTATCAGGAGGAGGAGCTAATTTTTCTGTTCAACGTCAGAAC TCGAGTAACATGCCAAGCAATAAGAATGGAACTTTCCCAGAGGTGAAATCTCGTTCCTGT AGAGATGCTGAAATGCAGGCCAGCACTGCAAGCAGTCCAAGTGGAACAGCTAACAAAATA ACTGTGGACAACGCCACAGAACGAAGAAACGTTCTTCCTCTATTCCCAACTTCACCAGCT ACCAAGAACCTGGATATAAGCTCCCAACCTCAACTGCCTAGTCATCATGCTCGAGTCATC AAAGTCGTACCGCGTAATGCAAGGTCTGCCACAGAATCTGCTGCTCGGATTTTTCAGTCT ATACAAGAAGAGAGAAAACAGTATGATTCTGTTGTTAATTAATCATCTATAGACAGTAGT TACTTATCTAGTCATTTAGGTGACCATTAGTTCATTATAATGTGTTTTATGTATAATTTC TTGTAACCTTTTAGATAACTGGAACTTATTTGGTAAGTGAGTCATTTTGTAAATAACATA CTTACCTTATAATTATATAACTATTAAATGTTTTTTTCTGTCTTTGTTTATCTATGTTGA GGTGAAACTCCTACATATATCAGTTTATCAGAGCTGTTGAAGCTTATATTGCTCAAATTC TTTAAAAATATCGCAACATTTACTTTAAATCCTCCAGCCATCATTTACTAATTTAGATAC GCGTTTTACAAGACCTTTTGAAGAAAAAAAATGATTTACATGAAAAGATCTTATCTATCC TATCACATGTTATTAGTTCACAAAAGAATAATATTTCTTATTTTCCACAAAAAGAATTAT CTTGTCTTCTAATAATATCAATTCTAATAATGTCAAATTCATGCTCACAATTTCTTTTTT ATTTTTTTCGATTCGATGTTCGATATCTATATTAGAGTCTGATTATTCTGAATTTACACT GTATAGGACTTCATTCGTAGGGAGAGTGCTCCCGATCAATAATCTTTCTATACTCTTAAG TTTGAATTCGATATCTTTGATTAAAGAATAAGCTACCTCATCCACGGTATAATCTATTCT TATTCAATATTTCTAGCAAACATATTTCACTTTTTTTTTAATAATTTTATTGCTCGAGTT ATTTGAAATGTTAATTTTTTTTTCTTTCAAAAAGTATTTTTCATCAAAATGAAAAAAAAA ACTTTTCTTTCATTCTTAGAACTTATTTCTAAATGAAACCAAAGGCATTCTACAAATGTA CATAAAACGCGTTTTAGAAACGCGATTTATGAACACTTTTTATTACTTTCAAAAGATATA CAGAACTAACTTGGAATATTACACAATATAACATAATATATAATATTATGTGAAATTATA ACATGAAAAATATTATAATATGTTAATCTTGTATAATAGTATATAAAAATTCAATTTGAT TTTTTTTTAATGACAAGAGAATCCACTATTACTAGGACGCGCATAGAATAAATTTCACTC CATAGTAATAGCTCATAAATCATTCAAACAAATAAGTCTTAAATAAATCTCATAAAATAA ACTCGAAAATATCAAAAATTTCGAACTCGAGACCCTTGTTCAACAATCCTTACGAGTTAT TTTTATTTTTTTTCAAATGGTACTTCCCATAAAAATGAAAGAAGACAAAAAACTTTTGCC TCATTCAGAGAATTTAATTCTTAATGAAAAGTAGAGGCATTCTACAAAAGTGGATAAAAC GCTTTGATAAATTTGATTTATGAACGCTTTCGAAATTTTCAAAATATATACAGACCAACT TAAAATATTACACATGACATAATATATAATATTATATGAAATTATAACAGGATAAACACT ATAATATGTCAATTTTGTATAATAATATTTAAAAATTCAATCTAATTTTTTTTTTATGAC AAGAGAATCCCATGATCACTATTTTTTGGACGCACACAGTGTAAGTTTCATCCCATTGTA ATAGCTTTTCTCAAAGAATATTGTTGTAACTATTGTCGGATTCTCTGAAAATGCACGCTT CAACCAGTAACTATTGTAGGATTCTCAGAAAATGCACGTTTCAACCTCTGACGTGTTGGT TGTAGCATATATTTAAAGTATCTTACACAGATGCGACAACATTATTAGATCTAATGTAAG TATTTGAAGAATCTGAACAACATAAGGTCCAACAACACCGATAAACTGATATATATGTAG GATTTTAACCTCAACATAAATAACAAAGAGTGATATAATTATAAGGTTACTAAGATCATT ATTAGGAAAAGGAGAATCACCATTATCAAGAACCCTAACAGGTTCACATAGCATGGTGCC ACCAACTTGAGAATCAACTCTGCATTATAATGTTGATTCAGGCAATAGAATACCATACAA CATATCATGAAAACAACCCTCTAAACAAAGTGCTAATATAGCCATTTACAAATTCAGTCT TTTCACCATCCATGTTCTCTCTCTTTCAAATTTTGAAACTTACCTCACCTCAATAGCTAT GCTGCTGGACTCTGGTGCTGCTTTCTAGTTCTACTCTCTCTTGCTGTTGATTTTTGTTGT CTGGGGAAAATCTTGATTATGCTGTGCTGCCTTTAACCCCTGCTGCTGGATTTGTAGTGT AGTTCATGCACTATCCGTTTATCACTTCAACATCCACCCCACACGGCTGAAATCTAGTCT TTTGTATCATCCTGCAACGACTCAAAGCTTCCAGTCTCTCACTGCCATCGGCCACTACTC GTGAATCAAAAACTCACCGGAACTCCTCAAGAGGTTTTGAATTTTGGAATTTGATGCGAG CACATTTCAACTCCTTCACACCATCCACCCACCTCAAGTTTGTATACCTGGTCAATCGAG CTGGCTGCTCATCATCATCGTCATCCACCTTTTTGTCATCCTGTATAGTCTGCGAAGCTG GGGCACCTCTAGAACATTGTTCACAAGTACAAAGCGCCTCCTGGCTACGGAAGAATGTTA TGTTGGACTGGTCAAGAAAACCTTGTTTTATAACTCCCAACAAGTTCCTTGATGAGGTGA TGACTAAACTATCAGGCTGGAATTTTCATTTCACTCAGAAATGCATGGTTTCTGCTCCCC AGTATCCTCTGTTGATTTATCATCAGAACTTTGGTTTTGAAGGCCAGCAGTCTTAACCTC CTGAAGTGACTCCTCGGGAATGATTATCTGTGATGATCCGCCTGACCGACTAGAAACACT TGCGGGCGAAACAGATCCTATATTTTGAGGACTAATAGAAGCACGTTTCGGCAGTTTGTC GGACTCTACATCAACTGTATGGGTTTCCTGCTTCCTCTTTGAACGCCTTCCTTCAGAAGA CATGCAACCTTTGGCATCTTTCTCGGGAGTATGCTGAGTTGTATTTCTAGATTGACGTGG TCTCTTATACCCATCAGGAAAGACATAAGCAGGAATTTCCCTCCTAGGAACATGCGAGAT ATAGATATCCATGCCCGGTCTCCAATAAGAGTACATGTTTACCTCTTGCTTAAACTCATC GACTGTTCCGCGGATATCAAACCGTTGACCTTCTTGTACTTTGACACCCTTTTGCCTCTG CAAACCCATGAAAAAAACACAATGCGGGCATGGCTTTGACATGTCCGCAAATTCATTAGG ATAAGGATGGCACTGCAACGTCCCATTGGTGTCCCGCTCTATCTGCAAAGCATCAACCGA AACTACACATTACATCACTAGAATAAGAAAAAGGACAAGGAAATTAGATCTTTCCCTCCC GGACTTTATCTTTCTGTGCTAACAATTCTCATCAACCTGAGTTAACTAAAAAAAACTACC GAACTTTCACCTTTAGCGTGAGTTGTCGAAGCCGTGATTCCACCCAGCCTTTCCAAGCTA GCAAATCATCATTATCTGCTGCTACGATTTCAACCTGGAGATAGTTTTTGTACGCCTCAA AGAAAAAATAATGCTCAAAAAGAGCAGGCCACTGTGATTTATTCAACTCCACATCCTGGA CAAAGAATAAGCTAAAAACATCAGCACTACTTGCTAAAATTTGTTACAAGAAGAAAGGGA GAGAATAAACACTGAACCTTTATAGCTTACCTCAGAAATCTTGTTACCAATCTGAAATTG GTCCATCATTACTCGAAGAGTGCTTGGTGAGACGTTATAGCTAGAGTTCATGCAAGGGTA GGCAGGAGTGATGATTGGCATATGATGAGTTCTGTCTTTAGGATTCTTGCGCGGATCCCA AACAAGAAACCCAAGTTCATCCTCTTCTATTGGGCATAACATCACAGGATTTGGCCAACG CCATTGTGTATAAACACGGAAGAACCTAGAAACAAGCATACTAGGGATTGCATTTGGGTA AAACTGGCAAATGCGAGCAACCAAAAGAGCCCAATTCACCCCACCAAGAAATCCAGTAAC CTGAATAAGAAGCACAAAAGAGGCAAAACAGAAAATCATGATCAGATTGGGATATTTCTA AAGAATGACGCCATCATGTCAAATTAATGGTAAGGATTTTGACCAAACAAGAGGAATGAC TAGTTGAAATACGAGAGAGAGTTACCACTGAGATGGTTCGAGGGACTAAGAACTCACATT GGAATAAACACAACGTCTTTTGGCCCAGAACTTCAGACATCTAAGAGTTGTACGGAAGTG CTGCAAAAGTTTTAAGTAAACATGGAAATTATCAATCATTTAAGAGGAGGAGGAACACTT ATGGTTACCTTAGCATTGGGAACTAGTTTCAGTATTCGATCAGCAACTCGACAACCATTT AGACTTCGAACAGTTGGTCCATCCACATTACAGAGTACAGATTGGTCTGAGATATCCAAA TCCTATTGTCAAATCAAAATTACAAGTAGGAGTTGAATTCAATTCAGCACAAGAATATAA TCGAAGTCTGAATAATAATATTCAAGAATCACATGTTTCATATCCAAAGCTCCCAAGAAA AGGTGGAACGCAGTCGAAATACACATAATAAATGAGAAGTTGTTATGCTCTCATTGAATG AACGAATCCACGTAGACGAACTCTTCAAGTACCAGCCTTAACAAACAACATCCATGAAAT CCTTGACATACAACAAGTTTCAAAAGGGAAATAAAAAGAAAAAGGAAACTACACAAATAA AGAACAATTCATAAAAACTTAATTCCAACTTACTTCAGGAATAACCAAGAGAGTTATACT TGCATAAAGAAGATCAATTGAAATTCCTTGAAATTTGAATTTCATAACAGGGACATGAGC ATCAGGAACTGGTTGAAGTTCACAAACTTCTTCCATTTCAGCTAAAATATCATGAAGAAG GATAAAGAAATCTTCCTGCACAGTAATATAAAAAAAAGATGGGGTAAACACAAAAGGAAC AATTTTAATCAAATTATGTCATGTTCACTGAACCAACCAACAAAAAATTTGATCAGTGGG TTGTACTCACTTCTCGATTGACATAGCAGGGACCAACACACAATGTGTCCAGGTCAGCTC CTGGTCCATGAACCTGCAAGGAGTATGTGTTACCAACTTATGCATTTGTTGAGCCAGAAC CTCAAGATAGTGGACGAATGAACCATTCAGATTCTAAATAACTTACATGTGAACCAGATT TAAGTTGGGGAATAAAATTCATGTGGACGCCACATAGGAAATAAAGTTAGGGAAAAAGGG ATTTAATGGTCAAGGGCTTATATGTGCTCAAAGTTGGACGGTACGGGAAATATATCAAAA GTGTAAATATAACCTTTTTTGAAGAGCACGTGGGAAAATCTGACCCTTTCCCGCATATCC AATACTTCCGTCGGAGATGTGTTTAATGTTGTTAGAGATTTGTGTGTCAGTACAAACTGT TGAGAACTTCTACTGTTTAAGAATCTAACTTGCTGAATATTAGACTGAGATAGACGTAAC CATGGATAGCGAGGATTCGTATTACTAATCCCAAATAGCAGTACCGAACACATTTACCAT CTGCAGAATGAAGACGCATCCTGTTCAAACTTTGTTTCAGGTTTTTCATGGATTTCCATA CCTTTGTAAAACTAAATTACAAGAACTACAATCGCATGGAATTCCTTCATCACCTTAAGT AGACCCAAATAAAAGCACTGCCTCCATTCTAGGACAATATAGTTCAACTTCTTAACAATC CCGTGAGATATTGCACAAATCTAAGTCCATTGGTTATGAACCAAGGTTAAACTTGCAGCA CAGAAAATGGAGCAGCATGAGATCACTTAGAGATTAATTGCAAAACAGGAATAAATTGGA AGTCCTAGACTAGTGTTGTTACTCAGTTTCTAAAGGTGCCGTCCAAAATCTTATTAAGTT GAACTTCACATATGGCCCATATAATGCATAGCATTTCTAACCTCCAATCAGAAGAAAACT ACGAACATAAACCGAGTAGAGGGCATGTAATCTTACAGGTGAAGATTTGAAGCATAGTTA ACATCCAGAGAAGGGGATTCTATTAAGCTGCTCCCGGAAGAACTAACTACAAGAAAGTTC CATAAACGCTGAAACTTTTACTTACCCCTAGACGATAAGAGCCAAAGGTGACTATGATAG CATTTGCATCCTCAACCATTTGATCTATGTAGCCTCTCTGGCGAGTCAATTGTTTCACCC ATTGTTTTACAATCTACAACAGAATAAAGACTGGTCAATTACAACTTCTTTCACTACACT TACATGGATAGATCACCTCATAAGAATCCAACACTATTAGTTGGATATTATGTACATATG AAATGAATTCAATATGCAAATGGTAAGGATAATACAAGAGGGATTATTGCAAGGAGCTAA ATACCAAAATAACCAGCAAATCCAATCATAAACTTAAATTTTTGTTTCCTAGTACATGAC AATTCTGGCAAACAATAAAGCATATTCATCAAATTCATGTAAGCATAAAAGGGTTGCCTG GATAAAAGACACATTATCCATGTATTAATTTCCGTATAACTTGTACGAACTATGACGGAT AACTCTAGCTAGGAAGGAGTGGAGGTTGCTATTAGGGTAGAAGGTTGGTAGGGGTAGAGT GTTGTTTTTCCTGTAAGGGTTTAGACTTGTAAGTGCCTGTTGTAGTACTAGTCATACATT GTAGTTCTCGTTTTTGTTATGTATAGCCATATGTTTTTTTTTTTTTTTGCATTTCACTTC CCACGCTATTTTGTTGTTGTTATTGCTCCTTCTGTCGATTGTACACTGCTTTTTCTTATT AAATGTTCTGTTTTCTTCACTGTTTTCCTCTTCTTTTACTTGGGTTTGATACACTTGAGC TAAGGGTCTTTCGAAGACGGTCTCTCTATCTCCACAAGGTAGTGATAAGGTCTAGATACC CTCTACCCTCTCCAAATCCCCTTTAGTGGGACTAAGTATGTTGTTGTTGTACAACGTATG AAAGGTAGATATGAAATAAGTTATTTTTGGTATAGAATTAATATGACGTTTGGTTGACAA TATAGAAATCAGCATAACTAAGTACATGAATAACTAATCTCTACATAACTAATAACTATA TAAAATAATCCATCTATTCTCTCATAATCCAAATTGTTAAAGTAATTAATGTGGTTCAAT TACCTGGTCAAGTCGCCGCAGTACTTCTTCTCTCCTTGCAGTCTCTTCCTCACTCTCATA CAATTCTGATTCCCTCAAAAACTACCCCATCACCATAAAACCCAAAAGTCAATACAAATT CATGATTCAAGTGAAATCAACTCAGACAATCCTAGAACAAAATATATAAGAAAAGAAAAG AACTACCTTTTCCAGTTCTGCATTTCTTTGAAGATCTGTCTCAGTTGGTCCAGCAAGAGA TAATGGCTTTGTGACACCATATTTCTTTGGTGGTGGTGCAACAGACTCACTTAAGCTCTC CGAACTCACCATCACACTGACAACAAAAGGAAACAACCCAAAAAGAATACCAGTCTGAGT TCCCAAACTTCAGATTAGCATAAAATAAGCTTTACACATCATTTAACAATTGAAATACAA ACCACTTCACGGGATTTCACCGAGTATGTTGTTACTGTTGTTTGTTGAACTGATGAAATG CAGAACCAGAACAATCAAATGAAAAAGGCCAGTCAAGTTACCAGAACTCAAATTAGCATA AAACCTAAACTTCACATATCACTGAACCGAACAAACACCGAACCAGAAAACCAAAAAAAA AAAAAAGGAGAATTTTTTAACTATGAAGGAACAGAAATTGTATGAAAAACCCACGAGTAA CCAAAATTCAGATTAGAGTAGAAGCTAAATTTCACAGATCACTGCACCAATCAAATGCGG AACCAGAAAAGGAAAATACAGAGAATTTTTCAACTTTATGAACAGAAATTGAAAAAAAAA AAGCGAAAAAGACCAGTGGAGCTACTCAGAATTCAAATTAGCATAGAAGCTGAACTTCAC AGATCACTGAACCATCAAATGCAAACCAGAAAAGGTAAAAGGGGGGATCTTTTTCAACTC TATGAACAAAAATTTCAAAGGCAAAAAAACCCAGAACAGGAAAAAACCAATCGAATTACC CAGAATTCAAATTAACATAGAACCTGAACTTCACTGATCCTAAACCAATAAAATGCGGAG CTAGAAACGGAAAATATAGAGGATTTTTCAAACTCTAAGAACAGAAATTGAAAAAGAAAA ACCCTAGAGCAGATAAAAACCAGTCAAGTTACCCATAATTCAGATTAGCATACAAACTGA ACTTCACAGATCACTGATTACTAAACCAATCAAATGCAGAACCAAAAATCGAAAGAAAAA AACAGATTTTTCAACTCAATAAACAAAATTAAACAGCAAAACAAAAAACCCAGAGAAGAA AATGACTAAATAGAGTTACCCAGAATTCAGATTACCATAAAAGCTGCTAAACTTCACAGA TCACTGAACCGATGAAATACTGAACCAGAAAACAAAATTGGAATGAGAAAAATAAGAATT TTTCAATTCAGTATGAATATGAAAGCTATAATAAATTTGATTGAAGGAATATTCAGTGTA TATAGAAAGAGAAAGAGATCTGGAGAAGATAAAGCGGAATTTGGGGGTTTTGCCGCTGGG TTTAACCATTACCAGGGGTAGGAGTTGGGTGGCGGGGGGAATTGTTTTATCAATGTAATT TTATGAATTAAAAAATTTTAATTCATTATATATATATATATATATAGAGAGAGAGAGAGA GAGACTTGATATAAATATTTAATGCAAATTCAATTCAAATTTTATGATTTTTTTTTTCTT GAAAATGTAATATTTGTATGATCTACTATAATATCTTTCTTTATTTTTCTAAAAGAGAAT CTTATTTAACTATTAGTTATTTAAGTATTTACTTTATTGATTATGATTTGATTTTTAATG AAAAATTTTATTAATTCGTAATTCAGTTGATGTATGTAGAAGACCATCTTTTTAACAAAT GTTTGATTTCGATTTATTAATATTCTTCTCTATTTTTTTGGTCTATCTATCCTTATTATT TTTTATATAATTAAATCGTAAATAATTAAGAATTAGATTTATATAAATATCAAATAAAGA ATATTTTAGTCTAATTCTATTTTTTGGTTTCATCTTAAAATACTTTTTGTTTTTTTTTAT GTATAGCTCAAAATGTATTAGTTGTTTCTTTTATTATGTAATTTTTAGTTTGTTAATTTG AAATTACATGTCTTAATTATGCATATAAAAAATTTTGATTTATTTTGACGAAAGAGACCC TCAGAGAGTTGGTAATAAGTTAAAACTATGAAGACATATTTTAGAGTCTAAAATATTGAG TTTGAATAGGATCAAGATATGACTATTTGGAGTGTGAATTCGAAAATATGATATATGAGG CAAGCGTGAATGACACTCAAAATATCCTCGTATTTTTGATCCATAAAATTAGAGAAATCG ACGATTATGTAACATATTACTATATGAATAAAGTAGAAGCTTGCGTTCAACGTTTCATGT GAAAAAAATATACCATCAAAACTAAAGATAAATTTTATCGAGTGAAATTATGAAATAAAT CTCATATATAAACACATACTTGATCTTCTGTGGATTAATGAATTTGAATTAGTACAACTA CACAAGTTAATCATTTTAAAGTATCACCTAAACTAAAAACAAACAACATTATTTAAGGAT TAAATTGTTAATAAAAAAATTAAAAAAATTTCATCTATTATAAAAATAATAAATCATAAT CAAACGTTTACTAGCCGTATATATAGGAATATTTTTTTATTATATACAAAAAGTAATTTT TTCTCATCTACCATAAAAATAATAAATTATAATCAAACGTTTACTAGCCGTATATATAAA AATATTTTTTTATTAATAACATAGTATATAATTACTATTTAAGGATTAAATGTAAACAAA AAAGTAATTATTTTGTATCAATGACAAAAATAATGAATCATAATAGACGTTTACTAATTG TATATATAGGAATATTTTTTTTATTAATTACATAGTATATAATTATATATATATAAAAAA AATAAAAATTGAAACGACATGATAAATGCCACCACCGGCCGACCAACTTCCATATCCATC TGTTTTCACTCTTTTCAGTAAAAAATATCATTTTTTTTTCACTTTCCCCTTTGAAAATTC TGACTAATTTTTGCTTCTTTGATTCCTCTAATTCACATGCTGTACTGTCACGCTTGTTTT TGTTATTACTACAATATTCCAGTTTCTTCTCTCACAAGAACCAAAAATACAAATCTCTCT TTTGTGGGGTTGACTCAAATTTAACATATATATATGTGTTTTTTTGGTTTTCTGATTCTG TTTTAAGATACCCTTTTGAATTTCCATTGAGAAAGTTGGAATCTTTTTTGTATTTTTTGT GTATTTGGGGAAGATGGGTACTGAGAGTAATTACCAGATGAAGGTGGTGAAAGGAGATCA TGGTTATGTTCTTGAAGATGTTCCTCATTTGACTGATTATATCCCTGATCTTCCTGTATT GTTCTTGTATTCTCTCTTTTTTCTCTCTCTTAATTTCTGAATGATATTGAGTGTGTTTGT GTTTAGATGTTGTATGTGTGAATCTCTAATTGTTTGATTTTGTCATTTTGTAATGTTGAT TGATTCGGTTTGTTTAGTTGTTGCATCTTGTGTTGTTTGTCCTTCATTTGATCCATAACA ATGTAGAAAGAAATGTGAAAGAAGCTATTTTTACGGGAGACACACCACCTTCAACCGGCA ACATGAACTAGGTAACTCTGTATAGTTAGGACAAATGAGAAAAAGATCACGTAGTGTTTA TGTTGAGGTGAGCAAGTTGAGTTGAACAACACCATCATTAAAAAAAAAAAGAGTGAAAGA AACTCATTGGCCTAGCATCGAGATGTGTGGCAATCACGCATTATGAGTTAGCTATTGAAT GGAGTGTATAGTGCTAAAGTGGAAGAGGGTAGATAGATATGGTTGTTATCTTTTGAAGCT GGTATAAATGGATTTCTGGTTAAATGTACAGTGTCATTTTCTTTCCCTTTTGAAAAACAG TTCATGACTATGTTCTATGTTGTGGTGAACTGAAAATGCACTAATTTGGGAGATTTTTGA TATTTATTGATGACTTCAAATGTCATGTAATTGGGGAGCTGGTTTCAGAAGTATGGTATC CATAAAGTACACATGTTCTCTCATGCTTAGTTTCTACTAGTTTTTACTGTTTGAAGTTCT CGGAAAATGATTATTGGGCTTCTGATGAAGTTCTGTCAGAACCTAAGAGATAGAATCAGA AGCCTTTCTGGTGAAGTTTTACTTTCGTGAATGCTGGCATGTGACCTTTTGTGACACAAT ATCCTAGTTTCTCTTGTTCTAACCCCCCACCTTCTCCTCCCCTCACCCTTTTTAAGTGTT TTAAATAAATGGTTCAATTTTAGCTCTTATAGGTATTATCTTTTCTATACTGCCAGCCTT CATGTCTCTTGTGCTGGATGCTGATATTTACTAATTGAACTTCTTTTACATCTTGTTGCT TGACGGCAGACTCATGACAATCCATTGCGGTCCAATCCTGCATATTCAGTTGTGAAGTGA GTTAATCACCAAAAATTCTTTTGTTATGCTTTAAGCTGATTTGGCTGTTACTTTACAGTT AATTATATATTCATTTCCTCCATAACAAGTTATGAACTGATATTGTGGTTTCAGGCAGTA CTTTGTTGACATGGATGATACTGTCCCGCAAAAGGTGAGTCCTGCTTCTTAACTTCTCTG CAAAGAAGAAAATATTACACCCATGTTCATTCCAATGTTCGATGAAATACTAAGACAAAT TACATTTGACTGCATAGAGTCTTGAGAAAGCTGTAACATTCTCTATTTCGTTACCTTGGG AGTGCAGGTGATCCAAGAATGTACTAATAGGAATAACTTGAAAGCTAGAGTAGAGGACTA TTACACTTCGATCTAGGTTTTGGAAAAATGAAGATCCCGTATTTTGTTGAATTTGACATA TCTAGTAGTTCTGCGTAACATATGAACACTTTGTTTTCCACCCTTGCCACAAATTTCATC TCAGGAAACAGAGTCTAAGCATTGAAATGGAATGCTTAAAGGATAAACAAAATCAAGGTA TATGTCAAAAAATTGAGAATTTACTCCATTATATAGCTGAAAGGTACAAAAAAGAATATG CTGATATGATTAAGAATAGGTGTCTATTAAATCTGTATTTTATGTGTAAAAGGAGAATTA TGGTAAGTAGGGAGCGATACTGGAGTTACCAGAAGAGATAAGAGATCGGTAGTTTCATGT TAGTGATAGATGCTGATCATTTGTAATATGTACCATCTTAGTACCTTTATTATTTAAATC TTAATTTATTAAAATAAGAACATGCTCTGACTCTTCAGAATGTCCGGCCAATCATTCCGC TAACATCTCGAATTCATGCCCCCGTTTGACTGTCGTTCGGGGATGTAGTTGAAGATAGGT TAGTCTTAGTGGGTCGTTGACTCCACCTGTTATCTCCTTCTATGGCATGCTATTGTTGTC TCCATATACCACATGTCATATACTCATCTCTACCTCGCTGGGTCAGCACCCCTGAAAGAA ACGGTATTAAACCCAAAACTTCTGGCAGGTGGCCAGTGGCCCAAAGAAACGAAAGAATCT GTTACGTTTTTATATGATCTCTTCTTTTAGATAGACCAACCTAAAAGCAGTACTTTGCTC TCTTTTTCATTTCTGTAGTCTTTTCAGTAGTTTCCAAGATGATATAACTGTGAAGAAGCG TGAAAATACTCTTTCTTAAATTGAGCCCTTCATAATCTTTATATTCTTATGCTAGCTTGT CTTTCCACCTTGGTACCAGGGAAACTTGTATCCCCCCTCCCCCAAATTGATGTAATGTTT AAGTCTCTTTCCAGGTTGTTGTTCACAAGGACAGTCCCAGAGGGGTGCATTTCCGACGTG CTGGTCCACGTCAGAAGGTATGTACTATGTACTTTCCTCTGGAAAGAGCAATCCTCCTAT TTTTCATCAATCAGTAGAAGTATGAACTCACTAAGAAGCGTGCTTCTTTGTTGCTCAGGT GTATTTCAATTCGGATGATGTTCGTGCTTGTATTGTAACTTGTGGTGGTTTGTGCCCTGG GCTAAACACAGTGATCAGAGAGATTGTACATAGCCTTGATTATATGTATGGGGTCAGCAA AGTCTTTGGGATCGATGTAAGTTGTTTGAACTTCAAACTTTTAATGCTTGTTTAGGCATT CTGCCTCATATGGGAAGTGATTGAGACATGCACAGTTAGTTGCAAGGGGGTGCAGTCACT ATTTGTTCGTACTTGATTCCATATTGATGAACAATGGATGCTGTGCAGTCATGTGCTTAT GTTATTTCATAACTTCTCACAGTTTTAAAAGCTGGCTGCTGAATATTTTTTTTTCTGCAA ATGTTTTTGGCATTAGATCAGTTATTAAACTTCAGCAGGTAAAGACTTTGTAGGACTAGA TCAAATAGCACCACTTCTCTATGTGAAGACTTGCAACATGCAGAGTCCCCCCAAGGTGAT TTGCATCATGTGCTCAAAGAACTTGACCATATCTTTAGTCAATATTAGAGCAATTTGTAA GACTCAAACTATTATCTCAATACTTCATTATTCAGCCTGTGGTACACAGAGCCATTCATG GATTCCCTTACTGAAAAAGAATGAAGTTGAATTATGGTGACTGTATCAAAACATTGAGAT ATAATGCTTCTGTATTCATGTTGAATCCACTAATCGTAGAATCCAGAGGAATCATAGGCC AGTTCTGGAGTTTGCATTCATTTATGGTTAGACCTTCTATCTATGAAATGATAATCTAGC TCAATCGGTTGCTAGTTCAAAAAATCAGAAGACATTATCTATCCATCTTATTACAACTAT GAAAAAAAGAAGGAAGTGCTGCTTTGTGGGAAATGTAATACAACAACGTATATGAGGTAG ATAGAAAGATGAACTTTTGAGTGATATAAAGTTGTAATCCTTGTCAAGTTTCTACAGCAT CAGTTTGCTTCAATTCTGAATAGAATACTTATAAGGTGGTGGGGGTGAGATGGAGGACTC TGGTGATAATATCGATAAAAAAGATCTTGAATCTTATTGATTCATAGACAATGCTTAAAG AAACTTAACATGGTAATTCAATTTGCTTAGACCTTGGGTCTAACTCAACCTCAAGTTAGC ATCTAGCACAAGGACACCAATTTGCTTTGTGTGGTAAGTTTAGATAGTAAAGCAGATTAT TTTTGCTGTTTTGTTTTTGAACCATTTTTTGCTATTAAATATTAATGTTCGACAATTGGA GATTGATATGGCTTTTTATTCTGTTTTCACATCTTCCTCTTGGAAAATTTTTATATTGCA CTTGATTGGCAGCTGATACTTCAATTCTTTTTCAAAAGGGAGGCTACAGGGGTTTCTATT CCAAGAATATCATCAATTTGACACCAAAGACTGTTAATGACATTCATAAACGTGGTGGTA CAATTCTTGGATCATCACGAGGAGGCCATGATACCACAAAGATTGTTGACAGCATACAGG ACCGTGGAATTAATCAGGTATCTCTAGTGCGAGATTGTCCATAAACAAGTTTTCTTTGAG ATAGTTGTCCATCAATAAATAGGTGTGGAACTGGCAGAATACTTTTCCGTTTTCATCCCT CACCATTCTAACTGTGATTTTCTCAACCTTTTGCAAAAACTGATTATTAATGAAGAAGGG AACTATACTGGTCATGAAAATCTTCTTTGGGGGTAAAGAAAGTTGAGCTTCTGTTAGCAT GCTTGTTTGTATTCATGCAAAAGACTTTATCTGGAAAAGAATATAGAGGGAAAAAAGGGG TTTAGGAATAGAATTTTAGCTTTGTCACAAACAACATGATCTTTAGGGATGAAATTGCTG TTTATACCAGAAGTCACTATCCTCCGAGGCAAATCTTCTATCTCACTGCAAAATGTCTTG AGTGTGGTTTTGTCACTCAATAAATTTCCACTGGCTATAACTTGTGTTTTTTACTGTAAG GTTTATATAATTGGTGGTGATGGAACTCAGAAAGGAGCAGCTGTAATATACGAGGTATGT TATTTCCTTGAACTCCCAGCTTCAAGATCTTAAAGATGCTAGCTCAAATAGTTTCATTTT GAAGGCAGCAAGGTGCTCATGGATTGTATTGTCTTGCTGAGCTTTTTAGCACTCTGCTCA GAGTTTTGAAAACCAATTCTTTTGTTAGGTCATTGAGGTGATATAATCACTTAACAGTCT CTTGAACTATGCTGTCTGTGATAGTCTGTATTACATATTTACATCATTAATCCTCCTTTA GCATACATCAGTTGAGCTCGTGAATAGTATATATACCTATTTATTGTACTAAATTTGTCC GACTTTGATGTCTTCTGCATATCGACCTAATAGTTTCCAGGGGTCTACTATTCTCTTGAA ATTTTCATGTGGTTTTAGTATGATTTTTAAATATCAGGTTGCAAGGTGCTTTTTGATCAT TTTTTGCCAGTAATACGAAGCAGCCATTTTTATATGCTTTACCTTTTGCATCTGATTTAT GACTGATGATATAGTCCTTGTTTTGGGTATTCTCAATACTTTGGTTGGTGAAAGAGTAGT TATCCTCTGGCAAGTTTATAAGAACAATCCTACTGCCATTTTGCAGGAAATCAGGCGGCG TGATCTCAAAGTAATTGTTGCTGGAATCCCAAAGACAATTGATAATGATATCCCTGTAAG TCTCTTCTTTTTAGTACCACTTGATTTTTTCTTTGGTGTTTCCATTCTATAAACGGTTTA AATAATCTCAGGAAATACAGTTTGATGTTTCTTGCAAATGAGAAACATAAATGTATTCCT CATCACAAAACTTGTTATGATGTCTTCAAAAGCCTCAGCTTGGGACTACCATCTCTTATT TGATCAAGCCAAATTGAGCTCTTCATTTATGGCTGCTGTTCTGTGAAAATTAATTTTTTT TCTGTTTTCAGGTTATCGACAAGTCATTTGGTTTTGATACTGCTGTAGAGGAGGCTCAAC GTGCCATAAATGCAGCTCATGTTGAAGCTGAAAGTGCTGAAAATGGTATTGGTGTGGTGA AGCTAATGGGACGCTATAGTGGTATTGTGCACCTTGACCTTGATATCTTATCAACCCATA GTCAATAGGCTAGTTATAACAAGTTTTTTCCAAGTTCCCATGAGTCATGGAGAGCATTTT GTCCATCTCTGCTGCATAACATATCTTGCAGAGTGTCGGTTAATCTTGCTCTTAAAAAAT TATTGCTTCTTAGTAGATTCAAACTAGATAATGGTAATAAATAATAAGGTTTGCTTATCC AAGCTCTAGGTCAATCATTTTGATGTGGAGAATAGCTTATAATATTTGCAGTGATCTCAG TAGCAATGCCTTGTAAAGTTATTTTTCCAATGCTTATCTTATTTAAATTTTCCTGGCTTA GTTTAAAATTCTGAAATATTTTTGCAGGATTCATCGCAATGTATGCCACTTTGGCGAGCA GAGATGTTGATCTCTGTCTAATTCCAGAGTCTCCATTTTATCTTGAAGGAGATGGCGGAC TCTTCGAATACATTGAAAAACGGCTCAAAGAAAATGGGCACATGGTTATTGTGATAGCTG AAGGAGCAGGGCAAGAACTTCTTGCAGAAGAGAATGCGCATGCCAAAAACGAGCAAGATG CTTCGGGTAACAAGCTTCTTCAGGATGTTGGTTTGTGGATTTCCCAGAAAATCAGGGTAA TGGTTGTAACTCATGAAGTTCTCCTTCAAAAATATTGTTAAAACTCAGAAATATCTCTCT GTTCGTCTGTCTGGAAGTGTGTTAGTTTCCACTTCGCCGTTCAGATCAGTGTCAAATTAA ATCCAATTAATGAAGGAGTATGACATCAGCTTCTACACTATTTCTAGAAAGAAGGGTAGT ATCCACTTAAAAAGGATTTAAACAAGATGAAAGAAATTATACCTCGTTATTACTCTTACC AAATAATAACCGGAACATCACTAATTGGCATAGCCTCTAATGAAGACATTGTTATGGTAA GAAAATAGCTAACGCATTATAGTGCTATGTTTATATATTTAAATGTATTGCTGCTATCTA CTTATCTATCAAAAACTGACTTATGTGTTGGCGTAAATGATATTAAGTGGCTGTAACTAC AAATATTTGTTGAACTTTCTGCTTTATGGTATTACAAAGAGGCAAATTTTTCTAACTTCA TGGTGCAAAGCACCCTTGATGAGCAATTTGCTGAAGTCTTACATTTCCCAATGTCAGTAT TAAGACATTACACCTCTGGCTAAAACTGTCAACATGGTGTGTAGTTATTCTTAAAGAGTC CACGGAAATGTCATGGTTGAGTTGAGTTAGAGAGGAACTATTTCGTCTTCTATTCTGTTA TACTCACCACTTTGTTTTCTTGTAGGATCATTTTGCTAAAAAAACTAAGATGCCCATTAC TCTTAAATATATAGGTAAGAAATTTCAACCTCTTAATTGGTGGATTCGTTGCAACATGTA TCAAGCTGCTCGCTTTTTTTTTTTCAGATCCGACTTACATGATTCGTGCTGTTCCAAGTA ATGCCTCTGATAATGTATATTGCACTCTTCTTGCTCAAAGTTGTGTTCATGGAGCAATGG CAGGATACACAGGTTTCACCTCAGGACTTGTCAATGGTCGCCAGACTTATATTCCATTCA ATGTAAGTCGTTATTCATTGACTGGTCTTTTCAGTGGAAATGATCTTGAGAATTTCCATG CATGTACCTCTCAATGTCAAGGTTTTGGGCATCCTTTATGAGTACTTCTTTCCGTTATTA AGTAAATAGCTTAAGATGACAAAAATAGTAATACTGTAGTTGAGATCCACAGGCCATTCA TGCTTGAGACAGGCGAAAGTAATTATTATCATATGATATTTGTTACTAATACACATCCCA TGTTAACTTACCCATTCAACATCCTCTTTTTGCATGAGGAAAGTACCCAGGCAGAAGACA CATGAGAATGGGTAAATGACAAAAATTTCAATGGTTTTTCATATCATTTGACTACCTCGA GACAATTTGGAGCTGCCTCTTCTCTAAGCACGTCTGCACATGTGAAGGCACACCTCACGA GTTACAAATGCCTTTTAGAACATCGTGCTGGCATGTTATGCACTTTTCTTTATCAGGTTC TGGCTGGGAACTCTCATTTTAGGTCAAGGGTGCAACTGTTTCTTAAATTCTTTCGTTCTT CTACTTAATGATTAGTTCTTCTGTCATATCTCTGGACTCATTGCTTAGTTTTTCTCAAGA TTTCCTCATTCCAGGAAAGACATTCGACATGTTAACCCAGTCAGCGGATAATTTTGTTCT ATTGTTGATAAAAGATGCATTTCTATGATGTTAAATAAGAGCGCATCTCGACAGCTGAAA ACCAAAGCTGTCATTGCCATGGTTTACACCACAGTTACAAGTCCAAGCATATTCTATTTA ACACCTCCTTTCATCACCAGCTCTGTTAGGCTTTTCCAGACTTCAAAAAGCACATTTGAT TTGCTATGAAGGTTTAAAGCCACTGAATTCTGAACCACAACCGTATATGTTTAAGTTAAA CTGATATTTTTGTTTGCAGCGTATTACCGAGAAACAAAATATGGTGGTTATAACTGACAG GATGTGGGCACGTCTTCTTTCGTCAACCAATCAGCCAAGCTTCTTGCGCGTGAAAGACAT TGAAGAGATTAAAAAGGAGGAGCAGCCGCAAACTCAATTATTGGACGGGGATAACAATGT ACATGAGAACTCAGGTCACTGATACAGTAATAAAAAACTTGGCGCGACACACTGAAGTAA CTTTGTTGTAATCATTTGCCTGTGCAGTGGTTCTCTTGTTGTCTTTGAAGCTTTGCTGCT TACCATTGTATTGTGCCTTATAAAACAGTCTTAGGAACTTAATTGTTGAAGGTTTTGGGA TCTTCTGCATCAGATGTTGGCAGTAGAAACAGATATATTTCTGCCTAATTCATCTAAACT CCTAATTTCTGGAAGTGAAATTAGACAGCTTTTTATAAAATATTTTGTAATAAATTTAAA CAGTGAGAACATTTGCTATGCATATAAATGATGAACTGTGTTGCTGGATGGTCTTTTGAG ATTTAAAATAGTCAAGGATTTTGGCAAAAATCAGAAGTAGAGACAGATTTTTCCAATTGT CCCTTTTGGGTACATGAGTGGGACATCATAATCTTTATTTGAGTTGCACCCACCTAGACT AAAAGCTCACCCAGGTGACGACAACAACAAATATATCTGTACGTAGATCTGATCCTTATC TTTTGACGACATGTGCTGCTTTTGAGCGATCCTCAGCTCAAGTACAATAATACAAACCAG GAAGTGTTGAGTTGCCAGTTAAAATCAGGTTAACTTTAACATAGAAAGATACAGAGACAC CTAGAAAAAAAATGGTAAAATGACATACTAGCTACATAATAAACAGTTGGAAAAGTAATT CTTCTTATTTTCAAGCAACATAGGCAAGTAGTATTCATACAATGTGATTACATGAAAGTG TTTTTCATTACTGCTCTATAAGTCATTCCTCTCGTTGTAAATGACAATGTTTTATCCTAT CGATATATCAAAGGCTTCTTGAAAATTTTTTTAAAAGAATGCAGTATATGATTGGAACTT GCAATAAGATGTATCCATTAACCCTTATAAACACCAGAAGGATCAGCATTCTGTACAATC CAAGGATGCTCTAGTAACTTCTTCAAGGGCAGACGTTGCGAAGAATCCTTGACTAGCATC TGCTATGCCACATAATATTAGTCTAGCTGAAACACAAGTTAGTAGCGTATCTGAAAAGTA GCTGAATTATTTTGAAATTAACCTGTGTAATAAGATCCTTTGCAGCTGATGAGACTACTG GTCTGGAAGGAAATTTTAGATCCACTTGTATAATCCTGTGTAATGTCATCAAAAACTACG ACATTTAGTGCCGTTTGGACATGATTTGGTTGAGGTTTCGAGAAAATGTAATATTTGAAC TTAAGTTGAAGAGGAGAATTTGAGAGCTAAAGTAGTATTTAAGACATGAATTGAAGTTTG CTGAGTTGAGAAACTCCTAGAACATGTTCTTCAAACTTCAAATTCTATATCAAGTTTGAA GTTGAGTATGTTCTTCAAACTTCAAATTCTATATCAAGTTCGAAGTTGAATAATCTCCTT CAAACTTATTCGTGGTCAAACGGCTCATGATTCTTCTATTGTTTCTTTTACGCCTACTTG TTTTACTAGCTAAATAAAAAACCAATGGAACATTTTCTCTCTTCTATCTTTTCAGTTTCA CATTCGTCGTATAAAGAGCAACTCTTACTAGTTTCCATTTGCAGAGAAAGTTTACCTTCT ATATGTGTCTGAGTGTTCCTTTGCTTCAAATGGAGGCACCCCGTATAAGAATTCATAGCA GAGAATACCAAGGCTCCAAATGTCCACATTTGCATCATGCTCCACACTTTCCACTGCAAT ATTCAGCAATCAACCATCACACTCATGTAATTCAGTTAGACTTACTTTTAACAAAATCAA GCGGCCATGTGAAAAGCACAGATGAACTTGGAGAAAAGATTATTTGCATCTGGCCATGAG AACATTAAGTTACATCAAGTACAACGTGCGTACCCATCTCAGGTGGCAAATAGTCTAGAG TGCCACACATAGTGCGTCTGCGATTGAAGGTGTGTACCGACCAACCAAAGTCTGCAATTT TTAGTTCACCCTATAGTAGAAAACCATGAAAAATACAGTTTAACAACCCTGCCCCGTTTT ACAGCAAGCATAAACTCCAACAGAATGCAAAATAAGTACCTGTGCACCAACCAGAAGGTT CTCTGGCTTAATATCTCTATGTATTACATGCTTCCCGTGACAGTATATGAGGGCTCGCGC CAATGATGCAACATACTGTTCCATGCCCATGACAAAATAAATACGTAAACACTTTGATCC ATCAAATAATGGTAGGTAAATTAGAGAGCATATTAAAATGACATAACATGTTAAAGATCT GTATAATTTTAGTTGCTCAGACTCAATTCAAGGCTACCTAAAATGGAACCAAAACGGAAA AAAAGAAAGAAGAGAAACTGGACTCCCAACAATTTTAAAAGGAAAAGAATAACAGGGAAT CCCAAGGTTCCACAATAATGTTAAGGCAGAGTCTAACAGTGTGAGAAGAACTCACAGTTG CAGCACGCCTTTCACTAAAATATTTGCACTTTTGCAGCTCCTTATAGAGTTCACCCTTGG CAGCATATTCCAGAATCAAATAAACCCGTTTCTGCAATAATAATGTGAAAATAAGTCTCT TCTAAATTCTTCTCAGGTCACAAACTGAACAAGTAAAGCATTAGACTGTAGAATTCTACC TGATCATAAAAGTAACCATAAAGTCTCAGGATATTTGGATGTCGAAGGTGGCTTTGTATT TCAACCTCGCGCCGAAGCTGATGCTCAACTTGAGACTGTTTAAGCTGGTTCTTGAAAAGC ACTTTTAGTGCAACAATATGATTGCTCTGTTTATATGAAACAACTAAGATTATTATAGGC GTAATTATTTGTAGTAAGAATTGTATATTAGATAAACAAAGAAGAATAACAGAAGAAGGA AAGATATGAAGATCAGGGAAGGATTTAATCAAGCGGATAAGAACTTTCTTAAAATCTGAA TAGTTCAACACAATTTAAGCTGACATACAAAAATAAGCACAATACATTTCATTATTTAAG CTGACATACAAAAATCAGCACAATACATTTCATTTTTCCTTTATACTCAAAAACTTCGAT TTCCATGAAAAATGAAAATGAGGATCAGATGCCCAACAATTTACCATCAAACAATGTTAT AGAACTCAGAAGATGAATAGTACGCCAAATTACCAAACCAGCGAAGCATAATTAGTTGAG TAATTAAAACTAATAATTATCCACTAACCCTTTTCTCCCTAGCCAAATATACATGACCAA ATTTTCCTCTTCCAAGAGGCTTTCCTATGTCAAAATCATTGAGAGTCCATCTCTTTTGAT CCACCGCTGCACCCTCGGAGGAATCCTGCAAGAATAAAATCCCAATCAACCTAGTATACA AAAGGGAAAATTTATGCAAAAAGATAAAGAACATACATTTCTATTGTTTAAACCTTAATA CAGTTCTATCGTTTAAACCTCAAAGCATGAATCAACATGGATTATGGTGGATTAGTACTG CATTATTGTTAACCAGAGGTACCCTCCCTCGACTCCACTTATGAAATTTCACTACGTAAA ATTGTTGTTATTGTTGCTGTAAACTTAAAGCGTAAAAAATCTTAGAATTTCGTAACCATT TTTAACTGTCCAGAAAAATGAATAACAACGCTTAGCAAAGTCAACCAGTCTATTTTGTTG ATTTGTTCTACAACATGCCAAAATTTTCCATGAGAAAATCCTACTCTACAGCCTTAAATC CTTTCTCAGTGCTCAGTTGACAAGCGATCCACCCCAAAATTGCCACATTTCTGTTTAGAA TACCTATCAATATAATTCAAAATCGAGAAAAAAGAACTCTTTACAACAAATGAGATTCAA CAAAATCTCAGAAATTCAAGCGCATAGCAACATTCAAATCGAACAAAATGAGCACGCATA TAACTCAATAAGTTAAAATTCCTAAAAACTCTAACCTCACGGAAAAAACAAACAAAAATT GACATTTTTGCTCTTCTATTCATCTAATTAGGTCAGAAAAAATTGTTACCTTTGGCTGTT GCTGTGGCTGAGTCTCCGGTGCAATCGCCATATTCCTCTTTTGCCTGTATATGATGCCCT AAAATATAGAGAGAGAAAGAAGAGAGAGAAATGGCTGAATGAGGAGCAATTTGGTACTCG TTACAAAAATGTCTTTGTTTTTGAATAGAAGGAGATCTCTCCTTTGCAACGGTCATATTT TATTTGTGCAAACATGACATGTGCCAACATGAGATTTTTTTTTATTTTCGGTTTATTCAG TGGTCTACTCTATGTTTTTTTGGGTGAATCAATAAAATACTTCAAGGAGTTAGAAATAAC TTTTATTTTATTTATTGAGTGGTCTATTATAGGTTTTTCGGGTAAATCGACGAAATACTT TAAGGAGTTAGAAATAATTTGTGTTTTATTTATTGATTGGTCTATTATTGGTTTTTAGGG TGAATCAATGAAATACTTTAAGGAGTTAGAAATAAGTATTGATCGTGGAGATTTTTTAAT AGGATGACCTTTTAAAGTGGTGTTGAATTCATGAAAAGGCAAAAAAGAATTAGACGAAAT AATATATATTTGAAGCAGATCAAGCAAACGAAAACATAAGATCGCACGATAAGATATTAT TGAAGAAGGGAGCTTTTTATATGAGGTATAATAGGATTATGAAATTTCTACACCTTTAAT TGGAAGTAACGAAAATAATTAGTTCTAACGAAATGGATTCATAACCTTTGTTTAAGCAAT TTATATTATCCATAATGCTTTGATTGACTTCGGAAGCAAAACATATCACTATCGTTTTGC TATACATTTTAACATTATCTCGATTTTAAATTATTAAAATGTTATAGATGTTTAACATAT TATATTACTTGAAAGAAGGCTATATCTAATAATATTCTGACGATTTGAACGATATCACAA ATTAGAAAAAAATTGTGAGAAAATCAATAGAATGACTTGTTCTTCTTGACATTTAAGAAT TCATTTAAATAACTTTAAATATGATCTTTTGAATCATTAAAAGCAAAAAAAAAATTCTAA CAATAAATGTTTTTTCTCTTTTTTATTGCATTTAAAAGGATCATAAACATTTATACATTT GTTAAGGTAATAAAGACGAGATAAAACTTTTTAATCATGCTAACTTAGTTATGCTAAGTC ACTCTAATTATATTGACTAAGTCGACGATGATATATTAAAGATTAATATTAATAAATGCT TCTTGTTGGTTCCCTGCCCCCTATCGATGTGAATGGATTTTCAAGTCAGTAGTCTTTCTT TTATGCGGGATTGCCTGTTGATGCTTGCAGGTCTGACTGGTGCCTTCTCTTCAATAGTTG TTTCAATCAATGATAAGCCTGACTATGCCCGCATCTGACTACTTATTGAAAGACCGAACC TTATTCATGGGCAGTCTCCAACTTAGAATTGAATTCATACCCGGCAATCTACGATCTACC CAGCGCCCCTGATTTCCGGAATGGCAGCAATCGACTTATTAAGCGAATCCCTATTTCAAC TGCATTCCAGTCATAACAGCAGTATTTGAACGCTTAATCTTACTGCTCTTCTCAGGTTCA CCTCTTTTGGATGCCCGGAGGTTTGAAGTCATTTGTTTATCACAGAACAAGTCCCCCTCA TTCACTACCATAGTTGACCCTCTCTTCCAGATCCTCGCTTCTATGAGCCAAATAACTCTC CTCGGGAGTTCTCTCCTTGACAAGCTTTCTTGTTTTTGGCTCAAGCAGTAAGTCCTTCGA CACTCAAAGCAATACTGTATGCTCCTTCTATGCTGTCCAGAAAAGACAAATGCAATTCAT TCAGTTCGAATATTGCCTTTTGTCTTCCGGTCGGCAGTTGCTAAATAAAAAGGTGGTGCC ATTCCCGCTAAAGAAAAAGCAATTCTTCATTCAATCTCTGTTCCATATTTTGGTCTTACC AAGTCACCTTTCTGGAAGCGATATATTAGTGCCTTATGCGGACAATCCTTGCTTAACTTG TTGATCATCTATCATTAATGTTTAGTTTTCTCACATTAATTATAAAGAAGGAATCTAATT CTTTCGTATAGCTTATGAGAAAAAAAAAAGAATAAGATAATCTATATGTACCCTACGATA ACAAAATGAATTGTGTAACAATAAATTTGATAGTTATAAAACAATAATCATCACAAACAT ATATCGGAAAATACACACAATACAATATTCATGCAATCCCAATAAATTATTAATTTTAAA TAAATACTAATTATTCTCATTTACTTGTATTTTTAGATAATGTCACTTTGTCAACTATAA TTATTAGCATATGGTAATACTATTAAACTTTTGTTTGTGCAAAATTATAAAAAAATATAT AAATAGAATTAAAGGATAAAAACATTAAAAATTATAAAGAAAATTAAAGTGAAAAATAAA TTAAAAAATGAATAAGATGAGGTAAATAGCCTTTTTCTGCTCCATATATTAAAGGTGGAC TGCAAGTCCAACAACTGTTTCCCTGTGGTACAACTACAACAGCAGTTACTCCGTCTCCGC CAGTACCGCCGGCAGCTTTTCATCTCCGATCCTCCGGTTCACGACGGCGATATCCTTCTC TAGACATACTCAAGTGAGTTACAGTTCGTTACCCCTAATTACATTTTCCGAAATCTTCGA TAGATTCATTGCTGTAGTTGTTGTTCTTTTGCTTCTGATTATTGTGGATGAGTGACATTT CGTGTGTTAATTTCCAGTGAATTTTGAGTTTCTATAAGTTTGTTGCTTGCGTTTTGATCA CTTTGCTTCTGATTTTATAGCTCTCAACTGTTTTTGTTTTTGCTTCTTATTATTGTGGAT GAGTGACATTTTGTGTGTTAATTTTGAGTTCCTCTAAGTTTGTTGCTTGCGTTAGATCAC TTTGCTGCTGATTTTCGGGGGTTAGATTGAGGAAATTCGAGCTGATTATCTGTTTAGTAA ATTGGAGATCTTCATTTTGATCTCTAATGTGTATTAAGATGCTGTTGTAGTAAATTAATG TTGTTTGAATTGAAATGGCTTACTAGCTACGAGAAGTATGAGATACGAAGTATGTGGAAG TTAATTTTTCCCTCTTAGTTTTACAATTGCAAGTATTATCCAGGAGTATTCTGGTTCTCT GTATATATGCCGTTCGGAAACCTTGCTTGGTTCGGCATTGAATTTGAAATGTACTCAAAA TGTTAGTTGTTACTTGTTAGTGTAGTGTACATGATCATTTGGTATATATTTCTAGTACAG CTTGGCAATTACCAGTTATTCCTTTTGAAACTCGGGGGAGTGGGATTTCTGGCGTTTTCC CCTTTACGCTGCTCCTATTTAGTAGTGGCAACTTTGAACTGAATGTTGATCCATCTAAAA AGAAATTGATTGAAAAACAGATAATGCACTTGATCTTAATCAAAATGACTTAAAAGGTAT CTGTGTCAAATTTTCTTTCTCACTACTTTTCATCTGAATTTCCTTTTTGTTCCTCTTGCT TTGCCTTTCAGGAGTCCATCCAGTTTGACCTAAGATGGACCAGGTAAGGAGTTCCTCATC TGTATCATTAGTTGCTTTCTGTTTACCTGATGCTTATGTTGGAAAGTGATATTGTGGGTA ATTGCAGTATGAAAAAGTTGAAAAGATTGGTGAAGGAACGTACGGCGTAGTGTACAAAGC TCGTGATCGTGTAACTAATGAAACTATTGCACTGAAGAAAATTCGGCTGGAGCAGGAAGA CGAGGGTGTGCCAAGCACGGCTATTAGAGAAATCTCCCTCTTGAAAGAGATGCAGCATGG AAACATTGTGAGGTACACTGTAGCAATATGGTCTTTATTGCTACTTCTGTAAATATTACT GTATGGATGTGATTGTGATGAGAGTGGTTGAGGCTGTATTCTCTATTTGTTGTGGTTATT GAATAGATGTAAAGTTGATTAGGCAGTTTATTCATGTCTAGTTCCCCTTCATATCAGTTT AAGCAGGGCCTCCACTATTACAGTTTCTTGAGTAGTAAAATATTGATTTGTTTTCTGGCA CAGGCTGTTTTCCTTTTACCCCTTGTTTTGCCGTGTAAGAATTTTTGTAACTATTTATCT TCTTAAATTCTTCTATATGGAGTGCATAGTTGGGAGATGTTTTTCTTGTGCTCTGGGGAC TGGGGAAGGCTCCATGGGATGTACTGGTTCTTACTAGGGAAAACTTCACCCTCTATGTCT AGCGCTTCTTCAAGTGTAATTGGGTTGCGTAAGGGCTGTTTCTGTGTAATGGATATAGAC CTAAGTTTGCTATAACTTGTAGTCATATTCATAGTTACTTAGATTCAGAAAATAAAGTTC AGCATCTAAACATTTTGAATTGAAGGTATTATAGATTATGCATCTATGCATATAAGCGTG TTTCTATAGAGATGCATCTAGAGAGAAGATCCAAACACGATCTATATGTTGGATACCAAT ATAGAAATTCTCTTTTATAATATCGAAAAGGTATTTTTGCATTTTGTAAGATAGTTTTCT TCCTATCTGGTTACAGGTTGCAAGATGTGGTTCACAGTGAGAAGCGATTATATCTAGTGT TTGAATATCTCGACTTGGATTTGAAGAAGCATATGGACTCATGTCCCGAGTTCTCTAAGG ATCCGCGTCTTGTAAAAGTGAGTAAGAACTGGATGATCCTTTGGAAGTCTGGTTTCGTTA TGTGCTATCTGCTTGATGAATTTTGTAACTCTATTATGTCTTTGTGGAGGAGGAAGGGAG AGGCACTCTGACCACAGGCTTCTTGTTCATGGTCATCAATTAAGCAATCTCTCTAATTTT GCAGATGTTTTTGTATCAAATTCTCCGTGGAATTGCTTATTGTCATTCTCATAGAGTTCT TCACCGAGATCTGAAGCCTCAGAACTTGCTGATAGATAGACGTACAAACGTTCTAAAGCT TGCAGACTTTGGATTGGCTAGAGCATTCGGCATTCCTGTCAGAACTTTCACCCACGAGGT ATGAACATTGTGTTTAGCTCTCTGAAACTTTTATTGTGACTTCTCTTGAATCTTTACCAA TTGTTTAATGCACCCTAGGACTGATGAGAAGCTAGTTATTGCAAAGCATAAACTTCTCTT ACATCTGACGCACTTTTTCAGGATCTGATACATCTTCTCTATGCGAACAACTTTTTTCTC TTCGAAGTTTTTCTTTACCATTTATAGCTTTAAGTTTTCCGATAAAGATAAAGATTTTGA TCAGGATTCAGGGGTTTGGCCCTATCATTTAAGATACTCTTTTATCTTCTGTATTAACCA AGCAATTGGAGGAGCAAGGGTATTTATCTAGCTTTTATTTCCTTGGGTCTTCAATAGTTG ACTTTTTGTTTCAGGTGGTGACGTTATGGTACAGGGCACCAGAAATACTGCTAGGATCAC GCCACTACTCTACTCCTGTTGATGTTTGGTCAGTAGGCTGCATATTTGCTGAGATGGTGA ACCAGCGGCCTCTGTTTCCGGGTGACTCCGAGATTGACGAACTTTTCAAGATTTTCAGGT TTTAATATACGTAATTATTCTTATTGATAAAACAATGTGCATCACTAATTCTTTATGAAG ACAATGTTCTTTGTGGAAGGAATATACTTTGATGATGGAAGTGTCCTTCTTGTCAACAGA CTGCAGATCCCATTTTCATCTTTGTAACTAGCCCTTCTTAGAAAGGAATAGGCACGGAAC ATTCTACTGACCTCCTTTATGCATCACAGACTAAGATAATTAGAACTCAAAAATCAGGCA GAATGTAGGGGGCTGAGTGAACAGAATATAAGAGCATGGATAAGCCTCATGGTTCGGAAT TCCATAACCATCCTTATGGATGGCCTATGATGTGCATTTCCTTATGGTGATACGCATATT AGTAATTTATTTTATTTACATTCCCCTCTATGAGGCTTAACAAGGTTCATATATTGGCTT TATGATGTTTATCGCCAAAATATCACTATTAACATGTTTATAACTATTAATCATCAAATT CTATAAAGAGAATGCTCGAGTGGGAATTATTTCAAAAAAAAGAATGCTAGAGTGAGATTT CTTGAATCATGGAATGTCAGCTTTTCCTTTCCTTGTGCGTCGTGTTTATTGAATATTTCC AATGATGAGATGCTTCTCTACTTTTTCCTTCTATGAAGAGTTGTGGGTACTCCAAATGAG GATACATGGCCTGGAGTGACTTCTTTGCCTGATTTTAAATCTGCTTTTCCAAAGTGGCCA TCTAAGGTAATTTACGTTTTTTTTTTGTTGCCCTTAGCAATTTGACTCCTGCTATACTAT GAGGATAACATCCTATGAATTATATAATTGGAGCCATTTAAATTCGCAGGACTTAGGAAC TGTAGTCCCTAATCTTGGTGCAGCAGGCCTTGATCTCATTGGTGTAAGTTCACATTCTAG TTAAAAATGGTATATGCATCTTATGAGCATGCAAAACATGTTTGAATGTAGCTCCTGCTT TATGATTGTACATTTCTTTCTTATTAACCGTTTCAGAATCTGCATCCATATACTTGTTTC AGTTTTGTTCAGCCTACGCTCTTCTGTTTACCTTCCGTTGTGCGTCCATTTTTTTTTTCC TTCTTAATTCTCCTTTTTATTTGGAGGACATTTACTGGGTGGTGGGTCATTATGGTGCAG TTTATTTTTATGGAAATAGCAACTTTCATCTTGTAAACCCGATGGATCACTTTGGTACTT CTCTTCATTTGAACTATGAGTAGGTTTTCACGCGAACAATGAATAATGTTTGATGATTAG ACGATACAATATTTTAGCCTTCAATCTCTCATGCTGGTATATGTGCCCCCATTACTCATC ATGTCCTGGCTTATTGATGTTTCAGAAAATGCTTTACCTAGACCCCAGCAAGAGAATCAC TGCCCGAAGCGCCCTTGAGCATGAGTACTTCAAGGACATTGGGTTCGTACCATGAATCGA GCACCTGCATCTTCAGTTCTAATGTATATTTGAGTGTGTTATTTTTAGGCTTTATTTGTC CTCTACTTTTAATTATATTTCCTCCAATGACATCCAATCTGTTTACGATTCACGCTAGAT GTTTGAAGATAGTTTCACTGCAATTTCCTTTGGTTTTGTATTTTATGGTTCAGACAATAC TGGAAGACAGCAATCCATTCTGCTTTCTTCATTAATTTCATTTTGGGGTTACATTTAAGT GTTGTTGTGCATAGTTTGCTATCTGGACTTAATTTGAGTTTATTACTGGAGAGCTTTTTA TCATCCAAAAAGTGTCATTCTTGAGGACAACAACCTGATATATTACGCATTCTACAGATA AGGTAAAGACTATTGTTATCAAATATAAATCGATCTCACAAGGAGCAATACTAGGATTGA TTAACTGTTAATTAGATGAAATTAACTACATGTTAAATGAGGATTTAACCCCATTAAACA GCCCAACTTTCTAACTTCCATTTTAATTCGCAGTTTCGTTACAAATAACAAAGGAAAGCA GCATAGTTTAAACAAGATTACTTGTTGCATTACTTCTGGAAGCAGTTATTGATGGATTTT TATAAATCAAAATATAAAGTTTTGGAAAAGTTTCTTCTCCATTTAGGTTTAGCCAATACA ATAGTGCAAGTGTATTAAGGCTAAAAGCAACTTGCAGCATGAAAAATTAATTCAAGACTC GAACTAATACTATGAGTAGAAAAGGAGTACAAAAATTATTTTTACAACTTGACTAAACAT AAATAGCAAAATCGGTGATACGTCCTCCATTGAGATTGTGACAACAACATTTCTAGTGTA ATTCTGCGAGTGGAGTTTTGGAACACATACCGATGCATGTATGCTTTAAAAATATCACAT TGACCTCTGCATCTTTGGTTTTCATGCAGCAGCGGTCATGCTCATCTCTTCAAGAATCCC ATTGCCTGGTAGACATTATTTACAGTAACATCTGCTATGTCTGCTGCTTTTCTGGCTCCC TCTGCTAAAACTTCGTCCAAGTAACTTGAGTCGGATATGATTTCCTCGTAGCGTACCTGC AAAGTGCAAACCAAAAGAACTTGTGCAAAACTATCTTTGAAGAAATAAAACACTGGACAG AAAACTAGGCTTGCAATCGAGATGAATCATCTTTATCCTTGCAATTGCCAGATGCGAAAC AGAAATGTATCCTGTCGAAGAAACTATAACCCCAAAGTGAAGTTGAAACAAAAAAATGAC GTTACAGAGGAAAATGAAAAGTTAACGCAAAAGAATTGATGTGATAAGTTGATACCTAGA TGCAAAATACTAGCAAGAAAGTTTATTGCTACCAAAAGGGTAGCACCAAAATTCATATAT AAAGATGCAACCATCTGTATTCCCACAAAGCTATTATAAGAAATGTAACTATAAAGTAAG TGTCGCAAATTAAAACCTCAAGGACAGTTTATGTCACCCTTATATTCTAAAGTCTTCAAT ACTTGTGGTGGAAAAAGATCGAAAAAAGGAGGTATATAAAGAGATAATAGCACTAAATGC ACTTTATTACCACTCTCAAACTATATTTCTTACCAAGTTTCTAGCTCTGTGACATTGACT ACACTAAGAAGTAGGTTACTAGTTCACGCACTCGTGATTCTCCAGTATAAGCATGCGGAT GCATTTTAGCTGAATTTCCAACTAGATCTAAAACAAATATATCATGGACACATCAACTAC ACAAGCACAACCATCCAACTAACACAAAGCTATCAGGAAGCATCACATGCGAAAGAAGAA ACCTGGATAGGGTGTAGATGATCAACTAAAGCATCTGTAAGCACGATTTTGAATGTTCCC CAATTCATATCTCTGCATTCTTCTGCAACCTCCTGCAACATCAAGTCTTTGAGATTTAAC TTCTCCATTATTGCTTGGACAATGTAATATAGAGGAACCGATTTTGCACCCTCAAACTCA ACCACCCAAAAAAGAGAGAAATTTACCTATTTCATGACACATTTTGCCAGACCTTTAATG TGGAAGTTCCTTTTAGACTTAAAAATTAAATTGATAGCAATGAAAGAAAAATAATTGAAG TTGTTTACGTAGAATGAGGAGGAAGAATTTTTTTTACAGTACCCAGTTTGATTATTCAAA GAAGGGTCAAAGACTTTAGTATCATGTAGAATGAGAAGAAATGAAGGAATTTGGAAATCC ACAGCTTAGCTTTTCCCTCAAGCTATTGATAATTTAAACAGTGGAGAACATTGATAGAAT GTCTGCATTGGTTGAGGTATTTGTCTCTGCCTCTAATGGATTTCTCAAGATTTCAGAATT TTTAGAACATTGCAGAATAGAAATTCTCAAGATTTCATGTTATTCATTTCTGCCTCCCTG ACAGATTTTGAAAGCCATAAATTTACGTTCAAGAAAAGTTGTCAGAGAAAAGCATCTGGT GGACAATTTGGAAGGAGAGGAACTCTAGATGCTTCAAAGACACAAGCTATTTACTTTATT CTTTTGGATTTTGGTGCAAATCTGATCCTTGTAAGAAGAATGAGGATGTTCTAAACATCT GATCATGTTATTCGTTTCTGCCTCTGATGGATTTTGACAGCCATAAATAGACGTTCAAGA AAATTTGTCAGAGAAAAGCATCTGGTGGACAATTTGGAAGGAGAGGAACTCTAGATCTTT GAAGACACAAGCAATTTACAGAATTCTTCTTTTTGGATTTTAATGCAAATCTGATCCTTT TAAGAAGGATGTCCTCAACATCTTTTTGGATTCCAGCATTTTTATGCTGATGATTACTTA TATATAAAAAACATGTTACCTTGATCAAAAAAAAAATATTGACTCTCTCAATTGTATGCA TCACATAAAATGGGACCAAGGCAGTGGCTTGATTTCCCAATACCTTAGGTTGTAATTAAC AGCACAAGGAACTGTAAGAAAGAATCACAGAATAAACTGTGCAAACATAAGTTGTAATTA ACAGCACAAGGAACTGCAAGAAAGAACCACAAAATAAACTGTGCAAACATAAGTTACAGT TACATGCTAAAGTTAACCTGTCACCCATTAACGAAGAGGCATACATAGTATTGGTGAAAG AAAAAAAACACAGAAGGGTAATGTACACAAATTATTAGCATTGAATATGAGGTGATTCAC CTGCTTGGTCTTGCCTGAAACTAGCTGATAAATGGAAAGAAGATTGTTACATTCAGGTCT TTCTGCATTGTCAAACTCCAAGCTGTGTATTGGTAAATAAAACAACAGAAGAAATTATAA CTCAGCACAAGAAAGTAGTTATGGAGAAATTATTTAATGTTGGATGTATTTCACGTGCCT TGTCACGGTCTAAGCCTTCAGAGAAGCTTTTTCTTTTAGAAATTATAAGTAGGACATTAA AGTGTCAATGGAAAAGACAAAATAATATTCTGCAAGCATCCACACCAGGAGTGATTGGTT GCTTACCCGGGAAACGCATCAGTCTTGCACCGTTTTATTTTATTTGCTATTACCTAAGAA AAGAACAAAAAATCCCACATTACGCGTGAAATAGGTCTAATGTTCAACATACAACAATTA CCCCAACAAAACTTTATTTTGGTATCGAAAGGTCATCGCTGCTAAAGATTCATTAAAAAA ATGCCTACAACTTCACATTTCATACTTAGAACCTCTACTCAATGGAAATGACATAAGTAT TGAATTTGAATTTAAACTGTTATTGTTTAATATAAAAGAATGGACGTCAGATTTTTTCTC AGAAAAAGAGATAATTATTTATTTATTTTTGGTTTCTTAAGGTCAAAATTGAAGATACGC TTTGTTGGGATGAAAGGAAGTGTTGTTTAATATATTATCATTAATAAAATATGGTTAGAC TTTCCTTTTTAGAAGATGTATATTAATTTAGGACAAAGTTGGATATTCAACCAAAGACAA ATAATCCTAAAATATGGTCAAGTGTTCATGTCACCTCTTAGTCCAATTGCTTAGCTATTA ATAAAGCCACTACAACCCATGTTCCCAACCAGTATGGACCTGTAATGCCTCCGCATGCAA AAGGCTGGACATTTGGAGCAGAGGCAACATAACACCCCAGCAAGACATTGCTTAAACTGA GAATGGATATGAATCTGAATTTAATAACATGTTTAGAAAAATGAACCTTGCACTTAACTT AACTGCAACAGCTAGCTTTTTTAAGTTGAGTAAAGGCCTAAACAATGTGAACCTCTAATG TGTCCACATGCATGAGGCTGAATATTTGGAGCCCATGCAACATAACAACTAGGCATGACA TTGTTTTAACAAAGAATAATTATGATTCTAGCTTTAATACCTTGTTTAGGAAAATGAACC TTGGACTTAACTCCAACTGCTAGCTTTTCAGATTGAATTAGCTTTGTTGACACTAGACCC TGAAATCCACTAATGCCCTAGACATTCTTTTACTAATCGTAATTCTCAGATATGTTAATC TGAAACCAATAAACGGAATGTGGAATAAACTAAATATAAACAAAGAGAGAAAAAGAGAAT TGAAAAGTATTTATGATGAACTTCTAGATGGAATTGCAGATACCCAAAGACGAGAAGCTG CAAACTTGTCTTTTTCTCTTTCCTTCTTACAATGGTACATCCAGAATATGATTAGTCTAT TCAAGTTTTTATCATCATGTTCAAATACATCAACCCACATTTGAAAGGGAAATACATAAA GAATGCTGAAAATAATTAGCAGATGACCCAAAAAAAATTACTTACATCTTTTGAATCTAG CAAATTGATTCTCGACTGATCAGATGGTGCTGACTTTGACATCTGTCGAACACACTTAAT TAGAAAAATATATAGGAAAGATGCACAAATTTATCAATGAAACTGAGACAAATATGACAA AGGCTTTAGGCAGTAACTATCGCAAGATGAAGATCAATTTTCTTAGATGGGGAGGAATTA CTTAGTCTCCAATAGAGGTTCACACCATACTTTCACATTGGCTATGCCTACGTTCACTCA TGTAAGAATTTTTGTCTCGCAGAATGCCTTAACCGTTTCAGTCTTTGAAATGTCACAAAA CTATCTTAAAAGTTAAGTTGGGAAGTAAAATGGTGTTGCAACTTGTATGTAGATTCAAAT CCTTCCTCTCCCGTTTGTACATTGTGGACTACATTTCCAGAAAAAGCGTTATCAAGTTGA CAGAAGCAAAAATTTCTAACAATAACATTATAACATGTTCTCTTGGGAAATGCTACCACT CCTTCCGTGCTAGGATTATCCCAAAAACATTCTTGGCTGTAGGTCAAATGGAGTAGGATG GGTATACAGCACATGACAAAACCCAACTAGTTTCGCATTGAGGCGCTGTTATAGTTGCTG CTGCAGGTCAAGTAGAATCAAATCAAATACATACGTTTGTACTAGAATGGTAATTTCCTG TTTCTATATAATTTCTCATCAGAATTCACCATTAACAGGATACTATAAAGTGAAGTGCGT GAAACTCTATGTACATTTGTCATTCGTTATATATGAAAAGACTTTTCTCATCTGCATTTC ACTGAAATTTAATCATTTAAGAGTTCAGTTACTGAAATTCAATTGCCTTGCTGTATATTT GTGCAGCTACAACTTTTAAGCTTCTAAGAAAGAGTCCTTGCAGGAGAAGAAAAGAAAGAA AAGAAGTTGTTTGAACTTAAGAGATTGCAAACCTTGGAAAGGCCATCAGTAAGGGACATG ATTCGAGCCCCAGTGGGTGGAATAAGGGGTTCAGGAACCTACATTGACAAAATCATACTG ACAAGTGTTTTCACCTATACAAATAATAATGTACAGAAGTGAAGGGTATCAACCAGACAA CAGTTGAGAATCCACCTTGAAGAGTGCACCACCTCTCCTGTTACAGAGAAATGACAAAGT GATTTTCTTTTGACAAGTTGAAACAGAATCAGCTACTTCCTAGTAACCAAGAAAAGAAGG GACACAAAAAAGTCAAACAACAAAAGGCAAGTATACAATCAAATATATGTATTTAGAGCA AAACGTGACTACCTTATGACTTACCCTCCCAGCTTCTTCCACTTCCTTCCTCCATATAAA TAGTTTACACGCTCAGCCAGCTCTCTTGTCAACTCCAGATGTTGCTTCTGATCCTCTCCG ACAGGGACAAGATCAGACTGCAAGAAAGATACTCAAATACATCAGATCCACACATATTTA CACACTTTCAAGATTACAGTTGGTGAAAAATTGTGGCAAGGACTGCAGTGGCATTAGCAA GCTCCGCCAAGGATACCTCAAGATATTATGATAATCAAAATACTGAATGCAACAAATCAA GATTCTTCTTCATGAAAAATAAATCCGAGGCATATCAACTAGGGTTAGTGAAATATGGAG ATGGGTAACACCTGATACAGAAGAATATCAGCAGCCATTAGCACAGGATAGGTTAAAAGA GCAACACCCACATTTTCATCCCCCTGCATAGAGAAGAAATGTATTAAAAAACAACCAGTA GAGACACTAAAAAACAGTCGGGTACAACATAGAGCTAAAGGTTTTAATATAAGAAATGTA TTTAAAAAAAAAAAAAAGCAGACTTATGATGTTTCTGTAACAGATGGGGACAAACCCAGC AACCAACCGTCTGGATGTCGTCAAGATAAAAGGTTCATTCAATTTTTTGGTTCCAATTTC AGGCAGTAATTATGCTATTTCAACAATTCAAATAAGTCTAGACGCCTGAAATGAGATAAG TAAGAACCCCGAAGCATACATACATGTTTCTGCTCGAGATAGGGGGGTCCAAAGGCATAC CCATTAAAAGCATGCTTATATATTTCAAGCTTTCATATGGTAGTAGGTATGCATACTGGG TCATGGGACTTAAAATTGGTCCTCTCAATGAAGTCAGGATCTTCAAATCAAAATGATGTT TGATAAATGTTGTTTGTAGGAAACAGTAAAGAAATACCAAAACTGACCTTGACTACTAAC TGCACACAATAGAGGAAGTGATCTATAGAACAGAAAGGATGACCGGTAACTAAATAGATG TGTAAACAAGCAAGATTTCATGCAGCATTGAAGGTCATAGGTTCAAGAGGCAAGCAGCAA ACACATGTTGAGCAAAAGTGTAATCTGCAGCTAAAAGTAAGAACTATATTCACCTGAACA CATTTATGTTGAGCCCAATGACATCAATGGCACTTAGAAAGATAGTCAGAGAAAAATAAA TGAATTATCTTTTGCCACTTATAGAAGTTCTCCCCAGGTTTTATATTCACACTTGATATC AAATCTACCTACTATTAGTTTATCCAAAACATCCTTTGGTTGAGTTCATACTTATAGCAC CTTTTACATATGAAGCATCAAATTACAGTTTACGAGATGATAAGTTTAAAATAGAACTCC TTCAAAAAGATTTGATGAGTCAAATATGTATAGGTTGCCTAATCCTAAAAGACAGAAATT GAGATATTGAAAGATTGACACTCTATGGAGACAGGGCTGCATACAACAACAACGCACCGC CTTCCGTGATTTCTCTTTAAATTGAATCATTCTATTGAGCCAACCAATAGGTGTTGCAGA ACTCAAAAGCCACATCAACTCTACATGAGCACGAACATGCGACTGCACAAAGACTGAAGC CTGAAACCAAAGTTGCAGTGATCAGAATGCAAGGGATATTGCTACAATGTAATATATATG TTAGAGAAGACAAATAGTAGACCTTAGAAGGATCTACACCACATGCTAGATAAATAGCAG CTGTATCCCTTGTTGCCTTTAGCAATTGTTGTGCTTCATATTGCAAAGTTATCTGGAAAC ATCTGAAACAATATTACCTTCACCAAGGAGGAGGAATTCTTCAAGAATGAAACAAAAAGA GTTCTCTAATTTTTGGGAATTTCTCCAGATGGGATAAGCCTCAAACATAAAGTGAAAGAA AAGACCGAAGGACAAAGGGTATCATAGCACTATTACTTGATAATGCAAGTTCATATGTAT ATTCCATAAAATGTAAAATGGCATGAGAAAATTGCAAAGAAACGACATATGATTAGGGAA TAGTCTGTAAATTTGAAAAATACCGCATGAAGGTCCACAATGAAGAAGAATGTCTCATAT GTATCCTGAAAAGAGAAAACTCTTCGGTGAAAAGAGTAATTGTGTAATACAAATCCATAT TGAAATTTCTGAAAAGAAAATATAATAATGTGAGAAATAGAAAAAAATTTAATAGCAAAG CTCTTTTCTTTTATGTGTAAAATGATAATAAATCTCTTCACACGTCTTATATGTTACACA GACTGTAATTACCAATCAACTGAGTACTAGAATTATGGGATTTCCAGAATTTCTTTCTTT TTAAAAATGTCATTTACTATCAACTGAATACTAGCATTAAAGGGATTCCAGAATTTCTTT TAAAATAGGCCATTTAATTGAGTATTCAAATAATTAGAAAGAACCCAAACAAAAACAGGA ACCATTAACATGTATGTGTTATAACATCCACTGTTTCCTCATCAATCTGTGTTAGCAATT GGGTTCACTATTCCATTCGAAAAACCAACTGAGGCAACAACATAATGCAGTGAAAACCAA AGAGATCAGCAGATATTCAATTCATAAGGAGTTGATATACATGCTAGCAAGTAAGTTTGA ATCCTGAAACGTTGCCCATCAGACCTTGATGGGCAATCCACAGTAACATATAGCAAAAAG ATGTTGCAAAATGATGACTAAGAGGTGTGGATTTGACAATGTTCATTCAACAAAGTTTTC CTGGCTGATACTGGCCTCCATTGTGAAATGAGTATCAGTGAAATGAAAACCAAAGTAGTC ATAGAAATTTGGAAGTCTTAGATTCATGATATATAAATTTCCAATATGGGTGTACGTGAA TTTGACCACACCAAGGCAAATCTACAAACATATTTTAACACAAGAAGTTCTAGAGTAAAA GCTAAAAGTGGAAAACTCAATCACCATTCAACATGGTACATTAGTAGGACGCACTTGCAC CTTAGCTTCAGATTGCAAAACATAACATCAATAGGATATTCAGAAACTATATAAGAAGAC AGCAACAAAAACAAAGGATCTCAATTGCTAGGAGTATGTTGTAACTAAGTTAAAACTTCT ATTACATAGAGTCTTTCCCAACGGGAAGTATAAGAAAATACAAAGAAGCCAACCTGCAAT CGTATCCAGTTCTTTATGGCACCAAGGTAATTCCCCAGATGTATAGATCCAGTAGGCTGA ACACCGGAGACTATTCTCTTCCTGTAAATTAAAAAAAAAAAACATTCTAATCACGAAAAT CATTAACTATCATGGTGATCTGAACTTTCAAATAACCAGCGAGTGTGTAGCACTTTGCAT AAATGCCTTTTTTGAGAATCACCCTAGAGAGGTTCATATGATGCCTCATGGTACCATAAA CCACAAGGATCATATTTCTCCATATCTTGAGGCATGAACAACATAATACCCATACCCATT GTAATCCCACAAGTGTAGTCCGGCAATTCCACAAATTAAACTAGGTTTAAAATAGATTGA AAATTAAAATAACAAAATCTTCTACTTTCCGAAGTACTGATATATGGAACCACATAATAT GGGCATAAAGTGCAAGAAGAGTTAAAGTTAAAAATTAGACATAAATCATATAACTATACT GTAAAAGTTGCGTGATTGCTTAATTATTACTCTTGTAAAACACAAGCTTTTAGCATTCTG GAACAGCATAATCATTAAGATTTGGAACCAATCACTGATTGTCGTGGATTCATTATACTC TCTAGTTCAAAAGGTCGAAGACCATTCCAGGACTGCTGTGAATGCTGAATTGAGGGGGAA ATCAATTGTTATGAATTTATCATTCATTAACAATGACAAAAATCAACTTAAAATCACCTA GAAGCAACAAATCAACCTTGAAATTGAACTTCCCAAACACTAAAGTCAAGCTGGATAAAC AAGTCAAGCAGTGCAGAATAAATGATTAGACACACTAATTGACAATTCACACATGAATCA AGAGTTTGTACAAATTAATCAACAAGCCCATAATTACCAAACTGTCAAACTGAAATGCTT GAAGAAAGCAATGAAATATCTGAGTTTTTTGTCCAATTAAAAAAATTATCTCTCAGTTGC ATTACACAAAGTGGCAAGTAAATCACAATTGATTAATTGAATCAACATTTCCTTCAACAA TCAGGCTATCAAATCAAAATGCTTGAAGAAATCAATGACATATCTGTGTTTTTTGTCCAA TAAATCTCGGTTTCGAGTTTCATACTTGAACTATCACCAGATGAATATTCATCGGAACAT ACCACAACTATCAGTTGTTCCTTTTTTTCTACCTGAACAATGATGATATTTCAAGTAATA AAGAAAACAACTGATAGTTAAAGTGATGTTTCGATAAACACAATTCAAGTATGAAACTCG AAAAAACAGTATACTTCATGTGTGCTTTTGCCTATTAACTCTTGATATTTCTCAGTTTGC ATTACATAAACTGGAAAGTAAATCACAATCGAGTATCATTCACTAATTCATATGTAAAAA ACAAATCCAGTTTACATAATTCGAGCTGCATTACCTTACAGGACTTGAAGAAGACTCGGA GTTCACAGGTTCAGATACCGCTACACTACTGCAAAAGCACCGGAAATCTCCACCAGCTTG TTGACGAATCATCCGTGTTCTTCTCAAGTATCCACCAATACTTAATCCGCTAGACCTGCT AAATACAAACAAATCGAAACAAAATTGAAGATAATCAATGGATAACTTGAAATCAACAGA GAATGAGAGTGAGAGAGAGATGAATACGTTGAAGAGACGAAACGAGGTGCAGAATAGGTG ACCATACTGAAATGCGAGAGAAGAGAACAACCCATTGGTGCAAAGCTATATGGATGAGAA GCTGAGACTGAACAATAAAAGAGGGAAAAGATGAAATTGAGGAATAAAGAGAAAATTATA GTAAATAACTTTAATTAGAAAAAGTTGAGTAGGCATAAAAGGCATTCAGTGAAAACGATT TATGACCCAGTACTATATTATTTCTTTCGTTTAATTTTATTTGTCTATTATTTTAAAAAT ATAATTTATTTCATACATTATTTTTAATAGATAAATAATTTATTTTTAAAAAAAATGTTA TGTTGTTGAAAACTTGAAAAATCTTTTTTAGATATCTAAATAGAACAACTGAAAATGAAA GGCATAAAACGTATTAATTAAATGCGATTTATGAGTAAAATTTCGTGATATTTTATTAAT TATTGAAATTACTATATTACCCCTTCTGTTTAAGCATAAAATGCACTCAATGAATACGAT TTATGAGTAAAATTTGTGTCTTCTTATTAATTTACCATATTACCCCTTTCGTTTAGGCAT AAAACGCAAATAGTGAATACGATTTATGAATAAAATTTTGTGTCTTCTTATTGATTATTG TAATTACTATATTATCTCATTCGTTTATGCATAAAACGCATTCACTAAGTGCAATTTATG AGTAAATAATGTCTCTTCTTAATAGTTGTTGAAATTACTATATTATCCCTTCTGTCTAGG CACAAAACGCATTTGGTGGATGTGTTTTATGAGTAAGCTTCTGTGTCATCTCATTTATTA TTGAAATTATTATATTGCCCCTTCCGTTTAAGCATAAAACGCATTCAGTAGATGTGATTT ATGAGTAAAATTTGTGTCTTCTTATCAATTACTATATTACCCTTCTCATTTTGGCATAAA ATGCGTTCCTTTAGTGCGATTTATGAGTAAATTTTATGTCTTCTTATTAATTATTGAAAT TACTATATTGCCCCTTCCGTTTAAGCATAAAACGCATTCAATAGATGAGATTTATGAGTA AAATTTGTGTCTTATATCAATTATTGAAATTAACATATTACCCTTTCCGTTTAGGCGTAA AAACGCTTTTAGTGAATGCGATTTATGAGTAAAATTTCGTGTCAAAAATTGAGAAAATGT CTCCCTTTAATTGACGATTATCAAAAAAATCATTCTTATTAATTATTGAAATCACAATAT TACCCTTCTCATTTTGGCATAAAACACGTTCCTTGAGTGCGATTTATGAGTAAATTTTGT GTGTTCTTATTAATTATTGAAATTACTATATTGTCCCTTCCGTTTGAGCATAAAATGCAT TCAATAGATGTGATTTATGAGTAAAATTTGAGACTTCTTATCAATTATTGAAATTAACAT ATTACCCTTTCCGTTTAGGCGTAAAAACGCTTTTAGTGAATGCGATTTATGAGTAAAATT TTGTGTCTTCTTATTAATTATTGAAATTACTACATTACCCTTCTCATTTTGGCATAAAAC ACGTTCGTTGAGTACGATTTATGAGTAATTTTTGTGTCTTCTTATTAATTATTGAAATTA CTATATTACCCCTTCCATTTAAGCATAAAACGCATTCAGTAGATGTGATTTATGAGTAAA ATTTGTGTATTCTTATCAATTATTGACCCTTTCCGTTTAGGCGTAAAAACGCCTTTAGTG AATGCGATTTATGAGTAAAATTTTGTGTCGTCTTATTAATTATTGAAATCACAATATTAC CCTTCTCATTTTGGCATAAAACGCGTTCCTTGAGTGCGATTTATGAGTAAATTTTGTGTC TTCTTATTAATTATTGAAATTACTATATTGCCCCTTCCATTTAAGCATAAAACGCATTCA ATAGATGTGATTTATGAGTAAAATTTGTGTCTTCTTATCAATTATTGAAATTAACATATT ACCCTTTCCGTTTAGGCGTAAAAACGCTTTTACTGAATGCGATTTATGAGTAAAATTTTG TGTCTTCTTATTATTTATTGAAATTACTATATTACCCTTCTCATTTTGGCATAAAGCGCG TTCTTTGAGTGCGATTTATGAGTAAATTTTGTTTTTCTTATTTATTGTTGAAGTTATGAT ATTTTCCTTTTCGTTTAGGCATAAAACGTATTCAACGAATGTGATTTATAAGTAAATTTT GCGTTTTCTTTTTAATTATTAAAATTAATATATTATCCCTTTCTTTAGACATAAAACACA TTCAGTGAATGCAATTTATCATCAAAAAATTATTCTTTCTTATTAATTGTGAAAAATGAC TATATTATCCCTTTCGTTTGAACATAAAACACTTTCAACAAAAGAAATTTATGAATAAAT TTTTTGTGTCTTCTTATTAATTATTGAAATTACTATATTACCTCTTTCGTTTAGGCATAA AAAGTATTCATTGAGTGAGATTTATGAGTAAATTTTTTTATCTTATAAGGGTATATATGT CAAAGTATAACGAGAGTAGTATATTTAATCCAAAAATATAACGAGAAGGGTATATTTAGT CCAAAAGCATAACGAAAGGTGTATTTAAATCATTTCCAATAGTATAGGGGTATATTTGAC TTTTTACCGTTTCTTATAAAGTGGGATCCGAATAAGATAAAGTGTACATATATCTTACCA TTATCTGCATGAAGTAAATAAATTATTTTCGAAAGAAATATATATATATATATATATATA TTTAAATTGTAACAAAAATTATCGATCACCTAATCACATAAATAACGGCCCGTTTGGACG GGCTTAATAAAAGCAGCTTTAAAAAAGTACTTTTGAAAGTGCTGAGACTTATTTTTAAAA TAAGCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTAAAAAAAAAGTTGTTGATGTGTTT GACAAATAAGTGCTGATAAACAGCTTTTTAAATCAAAATGTCTGAAATAACCTTAAAAGT TGTTAACATAATAAAAGTTAATTAATTTATATTTTACAGCCATAAATAATTATATTTTGC TATCATTCACATATTTTTTTCTCATCACAAATTATTTATAGAGGAATATAAACTTATTAT AGATTTTAAAGATATATAATTTGAATAGATTAAAGAACGATTTAAGATTTTATTTTAGTT TCATCCATATGTATAATAATTGTCTATCATTCACATATTTCTTTATTATCACAAATTATT TATAAGAGGAATATAAATTTTTATTTAAGTTATATATGCAACTTATTTTACATTTTAATA ATATATAATTTGAATAGATCACTTGAAAGATTTAAGATTTATTTTATTTTCATTCATTAG TAATTATAATTGTCTATCATCCACACGTGAAAAGGGAAAAATAGAAGAAAGAGATGTTAA GGTTATGTGGGTAATTTGGAGATTGTATAAAAATATTAAGGGCAAAAAGGTAAAAATGTG GTTAACTTAAAACAGCTTATAAGCTGGAAAAAAAAACACCCCTATCCATCTTTTAACTTT TGACTTAAAATAAGTTTCTTTTAACTTAAAATAAGTTATCTTGAGTATTGTCAAACAGCT AAATAAGTCAAAAATTATTTTTTAAGTCAGTTTGACCAGCTTTTAAGATGAGCCAAACAG ATTCTAAGTGATATTAAACATAAAATATCAAAAATTACATAAATATACCACGATAATTTA TACTATCACCAAATTAAATATATAATAGACTACTTGATCCTTAATTAGATATCTCGTCCT CCTATTTGGACACTCGATACTTCCGTTATCTTCGCGGTTTACTTTAACGTCTTGTGCCGC TACTTGCAGACGGCGTTTTAAGGATCTCGCAGGTTCATTATATATATATACTAGCATAAA ATGCGATAGTAACAATTTGGACTGAATCGAAGTACGCCATAGAAGCAACGAAGGTAGAAA AAAAAATGGAGGACGATAGGATTCTAGAGAGAGAAAGGTATCAAATGGAGCAAATACGGG AGCTTGAATCGGAGGAATTGCAAGTTGAGGAAGTCGATGAAGAATCATCAGACGATGAAA CTAAGTAAAATTATATACATGTTTTGCTTTTTTGCATTTTGATTTGTTGTTAAATTTGTG TGGTGATCGTATTTTCTAGGGTTTGTAGTTTGATTTATTATGAAGTGTGTATATTATGGC TTTTGGTATCAATGTTTGCATGTTTTGTAGCCTTGTGGTTTTGTTGTTTTCAGATTGGAG TAGTTTTTGAGATGTTTATGTGCTTAATTTATCTATATCACATATCTTGTATCTGCAAAT TGAAAATGGAAAGTAAAATTGGATCATTTTGTGCTTACCTAGACTAATTCCATGAATACG TGTCACCTCGCATAAGCTATAAGTACTAGGTAACTTTGTCCACCAAGGTTAGAGGAAATG AGAAGAACATGAGACATCATGGTGCTCAATCACTCCATTGACCATTAGGTCACACCCTTG GGGGTGCGAAAAGTCCAAAATTATAGTATTAGATTTCTTTGTACCTAGATAAAGGAGAGA GAAGTGAAATGTAGGCAATTGGATGACGTGGAGTATTGGAACATAAAAGTATGTCGTTTC TCTTATGTGAACTGGGAATCACTTTTCAGAATGCCTATTAGAGATTTACTTGGACTGTAG GTATCATCATAATAAGAGAAGAATGTAAGAGATAGATCTTTTTTCATTATTTAGATCACT TCTGTTTTTCCTCTAGATTTGTCACCTATTTAATTATAAACTAGTCTGTCTAGTGCTGCC TATCTACTTTTTTTTTTTTAATTTCTGGGCGGATACATCTTCTCTTTGGATCATTTAAAA TAGGATGGATTTTTCATGTTCCTTGCATAGGTTTGTGTCCGATAGTTACATCAATGCAAT ATCATGTTGCGTATGTTCAAACATAAGTCGGTAAACAAAAAAAGGGGGTGGGGGTGGGGT TATTAGAACTTTGAGAAGTTATAAGTAACTTAAGCCTTGTAGTCATAGCATGTAGAAGTA TACTTCAGTCGGAACTGAAGAATGTGGTTTTGCGGACAATGAATTGGGATGAAAACCACA AGATCATGTTCAAATCTCAGCAGAGACACTGTATAGTTCAGGTGCGTCCAAGTTATCCAA GAAACTAATATATCCAAATATAAGTTGGAGGTTCTAACACAGTCCCAAATGTGCTGATCA ATATATTTTGTCTAATAATCCCTCTGACTATAATATTTCAGTGCTTAATTGGGTGTGGAG TTCAAGAAAGAACACACATATGACATACTAATAGTACCCTGGAAGTTGGAACTGCAGTGT TAGACATGCCACAACATTTTGATGGCTATAAGAATTCATTAAAGGTAAAATGAGAGGTTT AAAGTTGAAGAATTTTCTATATTCTGAGACAAAACGCTACGTGATTTCTTACATATGTCC TAGCCTTGGTGGATAGAGTTACATAGTATCTGTTGCTGGTGGGTGGTGACATACATCTAT AGAATTAGTCGAGGTGCTAACAAGTTGTCCCAGACACCACGATTACTAAAAAATTGTTGT CATGCTTTTTTGGAATAGACTAAAAATGGAACACGCGCCATATAAAAAATGAAAGGGAGG GAGTTACTCTTTTTCAGCTATGATCTAATGGATTTTCATTTTCTCATTTAAAGTATCAAT CAAGAATTTCTGTACTAAAAGTACGAGAAATGATTTTTTTTGTACTTGGCTTCTGATCAT AGTTACCGTAGTTCGGGGGGAGCATCTGCATCTGGTGAATTTACTTACAACACCTCTCTG GCTGCCTTACATTCTTACCTTGGTGGTAGGTGTAATCTGCTTTTCCATCTCATTTTTTTA CTTTTTTGAGATTATGCAACTTTCATGTTATTTGACTTATTTTTAAACATTTTCTTGTGT CAGATGTTGAAGATACTCATAACAGGCTGGCCTTCTTGGATGGAGGAGCTGTCTTAAATG TTCCTCTGTTCTATCTAGAAGGTAAATTTCTCGGTTTGGACTGTATTTTTTCAATTAAAA GTATTTATGGAGGAAAAAGAAATATGAACATTAACTGTATGAAACACGTTATCTTGTTTG TACAGTTGTAGATGTGAGGTATACAGCTACATGATGTTTGTGAGTTCGACTAGATCCTAT ATTTTTGTAGTTAGAGAAGTGACAACCGTGCATGAAATCTTTTACCATAAATGCATGGTA TTTTTGTTACTTGATTTCAAATTAGCATCTGAACTTTTCTTTCAGCTCAACAACTGTTTC AGAGTTCAGATTTATACCCAGCAGATGTTAACTCATGTGGGTTTGTCTTGGGTAGTTTAA CATCCTTCGCAGTGTCTTATGTGCTTTATTTTACTTCCAGGAGTTGTTTTATTTCCCGAG GCCACACTTCCTTTGCGAGTCATTCAGCCTAATTTTATAGCTTCTGTTGAAAGAGCACTG AGGCAAGTTGATGCTCCTTACATAATCGGCGTGGTAAGTGGATGCCTAATGGCACTGATA TTTTGTTCTCTTTCCCTAGATTTTGTTTCTCTTTGAGTGGGATTGATGGTAAAAATTTAT TCCAGATCCGAGTTTACAAGGATCCAAATAATGGAAGGATTAAACTTGCAACCACCGGTA CAACTGCTGAGGTAATGGAACTTAAATCCTCTGCTTTTGTTGATAGTTAATCCTCTGTCC TTTTATAGTCTAATTGATTATATTTGCTAGAAACTGGTAGAAATGTTTCTGAGCGTGAAT AAGTAGACAAGAATCTCAACTGTTTCTGAAGAAGAAATTTCATGTGGGCTTTGTGACATT CCATCTTGTTACTAGATTTTTTGCAGATCCATTTATTTCTCATGACTGGTATAACATTGA AAAATTTCTGGGTCCAAGGAAGAATTTCTAGTTCGACATAATCTAAATTAGAACATACTG GAGCTTCCTGTTTTTAGTTTATTTTTTTAAAAAAAAAAACATGTTCTAGAAGCAGATCAA ATCTGTAAGGTCAACTCTTTTTGGTAATACATCCCTTTTTTGTGAAGTGGGAACTTATGA GGTGCATACAGTTAATTGATGGCAAGTTCAAAATGGTAAAAGCAATGTTTATAAGTTCTT TTCTTTCTGTTGTATATGTTAGTTGCATGAGTGAGTTATATTTGTTTTTGGTATTCCCTC TGTGCTTTCGATGTCACCACTCATGGTTGCTTGGGATATTTAAGCTTAGAGTTAATTGAC TATATCTTTTGTTAGTTACTTACCTTATGAACAAAAAAAATCTTTATGTTAGAAGATTGG TGGAAGAGACTATCTTAATTTTTTTGAAGCAAAAGTGATCCCATGTAATCTTTGCTGTTA CAAAAAATTCAAGGTAATTATGAACAATTAATGAATTTTGGAGCTGGAAGAAGTTTCCAG TGCCCCAAAGATAGCAACCAGGACTTCCTATATTGGAGCAGATTGTTAGTGCTAAAGGAT ATATCAAAGATGATCTTGCCTGTAACTAAAGTAAACAACTGAAAGATATACATCCTTCCA CTGAAAGCTGTTCAGTGTGGATTAAAAATGCATGCATGTTGAAATATGGAAATGATTTAT GTTTAAAATAGTATGAGCCTTGGGACGGTTAGAAGGTCCTCCATTATGAGAGTGACGCAA GCTAAATAAGGGGGTGAGCAGTGCTGCAATAATGAATGTAAAAGTGGCTAAAATTTGACA CAATGATTAGCTTGTTCTGCTACAATGTTGAATAAGAAATCAACTTGACTACCATGCCGT TTCAAATAAACATGCAAGGAGAATATACACATTGTACAGGGAGTCAATATATTTATGTTT CAGCAACATATCGAAGATGGTTTATTGTATGACTTGCTGATCCTGCGTAGCTATGTGTAT ACTGTTTCAGATTAGACAATACCGGCACTTGGAAGATGGTTCGGTGAATGTTGTAACTCG TGGACAACAACGTTTTCGTTTGAGGCGCCGCTGGATGGATGTGGAGGGATCAGTAAGTGT ACAACATATACTATTAATTTTTTTAAAAAAAAGGTATCCGAAATTTTTTCATCTTCATTA ATTCATGTTCTGTTACATCTTTTTGTCTAGCCTTGGGGGGATATACAGATTGTCAAAGAA GATTTGCCATTGAGAACACCCAGAGAGGCTGTTGGAAGATTAACACCATTAAGTATCTTC CAATCTAATGTACATAGTCAAATACCACCGATGAATCGCTCTCGAGCTGACCTATATGGC TTTGGGAATGAAAATGATTCGGATGCAATGTCAGAGGAAAGTTTTGAAAGTGAACTTTCA CCCACAGAAAGGAGGTTGCACCAGGCTGCTCTTGTTTCTTGTGATATGCTTGATGAGTCG GCGAGCAGTGACGATGAGAATATTGACCAGCAGTTCCGTATCCAACCTGCGAGATCTCCT TTTGATAGTTTTAGAAGGTCATTCAGCACGGGTAAAAAACAAGAGGCTGACGGTATGAGG CTTGCTTTAGGAAAAAGGTCTATGCCAACAGACAACACATGGAAAAAGCATTCTCTAAAC CAGTTTCGTGAAGCTCCAAGGGCCTTTTGGCCCAGTTGGGTTTACCAGATGTACGATTCA TACTCTCTTGCTCAAAGGGCAGCAGGTGAGGTGGTCTTCACTTTCTCCTATTAGAAAATT ATGGATGATGAATGTTCCAAATTTGGTCACACTAGTTTGGACTCTTTAGTAGCTGCAGTT ATGACATTGTAATAATGGTGAAAAGACCTTTCTTCCTTCTCTTCTCATAAAATCATTTTA GAGAAATTACATATGCTAAAATCTGGGTATTTTGAATTGAAATTGAACTCATTGCTAAGT GTGGTTTATGCTATCATGTGTTTTCTCCTCCATCTTGCCATAAGAGGGGCTTCTCTTTGC TCAACACTTAGCTATCAACTTGTCTTAGATGGAAATCGCCTGATTTTTTGACGACAATCA TGGGTAGACTAATCCACAATGTGAACTATTTTTACTCTGTTAATCTCAGTAAGTTTGTGG TCTCAAGCGCACTTTGATAATTTATTCTTCTGGTGTTTTCTCAGCTTTGATTCAACGGGG TCATTTGAGTAAGAAGTTACATTATCTGTAAAATTGAGACGGTTGTATTAATGTTGAGTT GAAATTTTGCAGGTCGATGGAAACAGATAGTCAGGGCACCCAGCATGGACAGTTACATAA CGAAGCCAGATCTTCTTTCATTTCATATTGCAAGTAAGATGCCCGTGTCTGAATCAACAA GGCAAGAGCTTTTGGAGATTGATGGAATATCCTATAGATTGAGACGGGAAATTGAACTGC TCGAGAGTTTTGACTGTGTTCGGTGTAGAAGTTGTGAGGTAATGTAGCAAATGACCCTTA CTGATTTTAAATAACTGAATATTGTATCACTTGCTGTTCCATTTTTCCCTTCTCGAGGAC ACTAATTGTGATGTTGAAAATGACACTAATGCTAATCTGCTGTTTTAAATAAGTTAAATA TTGTGTCACTAATTGTTGTATTTCTCCCTTCGCATAGACTCTAATTGCCAAACGGAGCAA TATGTTGGTGATGTCTAGTGAAGGCCCTCTCGGTGCTTACGTTAACCCACATGGTTATGT ACATGAGATAATGACACTGTTTCAAGCAAATGGGTTGGCTGTTATTGGAAATCCTGTTAA AGAATACAGCTGGTTTCCTGGGTAAGTTATTTTCACTTGGCTGATTTTTATTGTCAACTA TGTCTCGTGTCAATTATTTCCATAATTCGATCTTATTTTACGAAATGCATGAGTAGTGAG ATATTATGAATCACACTAAGGTGTCAGATGAGAGTACGTTGAAGTACTCACTGCTCGACA TTAGTTGTGATAGAAGTGACTTATACTTGGAAACATCTTCATGGTTTGTTTTTAGCCTCT TGTTCACTCATCTGGAACATGAGAAGGTAGTCTGCTCCCTGCATTTTTATAAAGGAAATC GATGAAAATGGACATCGATAATAGAGTATAGTGAATTATTTTTCAATGGTTACTTGTTCA CTCATCTGGAACATGAGAAGGTAGCCTGCTCCCTGCATTTTTATAAAGGAAATCGATGAA AATGGACATCGATAATAGAGTATAGTGAATTATTTTTCAATGGTTACTTGTTCACTCATC TGGAACATGAGAAGGTAGCCTGCTCCCTGCATTTAATGGAAATGGATGCAACTGGACATG GATAATACAGTATAGTGACTTGTTTTTCAATGGCTAATTGCAACAATGTCTGGTTTCTTG TGCAATAAGATATGATCTCTTAGTTGCTATATCACGAAATCTCGGTGTGAAGAGATCTGA TACCTAAGAATGACGTTGTTGTATGTAGGTACGCCTGGTCAATCGCTGAATGCGCGACTT GTGAAACTCAGTTGGGATGGCTTTTTACTGCTACAAAGAAGAAACTTAAACCCAGGTCAT TTTGGGGCATTCGAAGTTCCCAAGTCGCTGATGATTCACGTTGAAGCTTTGGTATTTCAT CGACCTGGTTTGTAAATTTGAGAGCTTTTGTACTTCAATAATAGCTCTTTACTTCCTAAT CTGAAGTGTAGTATTTCATGCTCTTTATAACATGTTAGAACTTTGTCTGGGTTAAAATTT ACATTGGCATATCAGTTTTGAGAGTGTTGCGAGATAAAATTACAACAATATTCTACTAAG AAAACATTTACGTTTGTTGCTAGGGGGGATTGACTTATAAGTACTTCAGTTACAAATTTT ATGGAGTATCATTATTGTGGGAAGTGTGTTAGTAAAGACTGCAAAGAGAAGAACCCACAC ATGATTCTTTAGTAGATTCTAATAAACAAGTTCACTAGGAAATTTGAGGTACGCATAATT CAAATCCGAGAACATGTGGTCACAATAGAAACCACCTCTCATATCTAAGGGTCTATAGAA ACCACCTCTCTACTAATCTACAAAGATAGGGGTGTACAAAGATAGGGGTGATAGGGTAAA GTCTACGTTCACACTCCCCCTCCTCCAGATATAGAGCAAACCATAAGGCATCATCCAGCC ACCTTCTCCACCCTCCAAATATGATGTTCGCGCACACTTCTTTTAGACCACTAAGCCACA CCTTTGGGGGCCAAGACCTTAGCTCCATCCAAGTGTGCTACGTACCAATTTGATGCAGAA CAAACTATCATGAAACTTCTGTATTATCTATTACTAGATCCTCGAAATATTCCGAAGCTG GGAAGAGAAAGCAGCTCCAGCCAATCGTCAGATGTAGCTAGAGAAGCATCTATGCGCACC ACAGAACTGTGCATACCAAAATTGACATGGGGTCACCTAAATACAAAAGGACACACCACA AGACTAGAAAGAGGCTAGGATTGCATTTGCAAGTTGGACCACCCTTCAAAGAAAAGACAG GTTTCCAAGTAACAAATTAAGTTCATCCACAAATACTAGGTAACAACTTTCATCGGATTA GCAGCTACTGTAACCATGTTAAGCCACAGGTAGGCAGACACCTACCACCCAAATAAAATT GGTTAGTGGACTCTGGAAGAATATGGCATTACAATGTAGCCACAATTTTCTGCACACACT ACAAAAGATCGAATATCGTGTAGACAACATAAGGGCAGCCCGGCGCACTAAAGCTCCTGC TATGTGTAGGGTCAAGGTAAGGGCACTGTAGGCAGCCTTACCTTGCATTTCTGCCAGAGG CTGTTTCCAAGGCTTGAAACCGTGACTTCCTGATCACATAGCAGCAACTTAGCAACTTCA ACTTTACCAGTTACTCCAAGGCTCCCCTTCATCGTGTAGACAGCATAAACACATAAAAAG GAGTTCCTGCAACAAAAAGTGCAAACAGCTGCTGCCATTTGCATTACCTAAAACCCTATA GTCATCAGAATCCGGGCACGACATGATTGACCGGCTGATATTGCTTCGTGAAAAAGCTTC ATTTTTTCCAGAAAGGGGAAGGGTGGGTATATCAGCTCTGATAGGGAACTCTGCAGATTC CAGAATCCTCTGATATCACCCCCCAAGAATCACAAGAAAATACCAAACACATGAGAAAAG GAAATACAAGTTTGAAACGAAGACGCAGCAGTTGAAAACAATTCTAAGGAACTTACAAAG TAGACCACAACAAGTAGATCAAGGGAACCTCCCTAGAGAAGAGAACATGAAATCACAAAC GTTTAGTAGTTTGTCAATTTGGAATTAGTCGGGGTTATATTAATCAATGTTAAATGGAGC AGGAGCTTGTTCATGTTTTGGCAAATATATAATCTTACAAAGACTTCCTCCACTGTGAAA GTTAAGAACATACAACAAGCTGACCACTTTCACGTGAATTTAGATATATTGTGGTGTTTG GTAGCAAGTAAAATATATTCCAACTGTTATCATGGAGAACAAGTGGGTTTCTTGCTTGTT TTCTAATGTTTATCTCAAGAGCATTTATTTTCAAAATCAAGCAAAAATACTATGGGAGGT AGCATCTAGCAAAATCTAGAAAATTTTGATCTGTTTAAGTGAAAAAGAAGTAACATGGGC AACAGACCAACCTTCCACCAGAATAATAGCGCTTCTAAATAGCCTTAGATACTCAAAATC CTAATAGTGGCAAACAAATAATTAACTTACACATTTCAAGGACAAACAAAACAAGGATAA CTACCTCTTAGCAAACTGGAAACTTACACATCTCAAGGACAAACTAAACAAGGACAACTC CAGAATAAGAGTTTACTGTAGAGTAGAGCTAACTCCAAAATATATGGTCTGACATGACCT GTGCTGAGAATTAAAATTTCCAGTGACCAAAACTCCATAATGATCATGAATGCACATAAG GAGTGATGGAGTTAACATATAAAACAACAGGAACAAAGTGCTACCATAAAGCAAGTAAAA ATGCATTTCCAGCGCGAACTTGCTGTGAAGAATTAACTGATATAATATATGGTCTGACAT GAGCCAAAACCGGGAAGGGGCACGAAACATAGAAATAGAAAATGAAACTACTAACAGTTT GAAATCCCTTACAAATTATTAAATTTCAGGGTCCACAATACTACAGAATATCCTGTTTTG GTCGTCTCTGAAACTAATTATTGTTTAAGCTGTACAATCTTTAACCAATATGTAAATTAC TCCCATCCTAGCTCCAGAACTGCCTATACTAATATTCACATACATTGATGGCAATGGATT TTGCAAATAGCATTCCCAAATGAAAAGAAAAGCCGGGTTGACAAGCACGAAACAGTATCA TCTATTTTTCTCCATTAGTTAGAAAAATATGAAGGATGTTGCTCAAGGCACATTCAGGGT TATCACACGGCACCCAAGAAAATTAGCAGCCAAACCTTGGTGCCTCAAGAAACAGTTCGC CCATAACAGATAGATGCAAGGTAAAGATTTTTTGCCCATTTCTCCTGCAGCGAGCACAAT CAATAGTTAACAATGGAACATGGAGTCAAAAAAATCACAAATAGAGTGGTTCCTGATAAG AAAAGCATAATTGATTATTTAAACAACCTTGACATGAGTGCTAGGAAAAGCAGAAGTACG AAGTGTCTCTTGTGTTTCATCTGCAGGTTTCCTTCTTGGAACACTTAGAACTAAAGCAGC TTGATCCCATGTGGCTGCAGTTGACGTAATCCTATATCCAGCATCCCATCTCCTATGGAC CCCTTCACTAGGATAGAGAAAATCTAATTCCACCACCTGCAAATCATACACCGAATTACA AATCTGAACACTAGCAAGTTACCCTAAAAATCAAAAGAGAATCCACGATAAAAACCTGAT CCGAAAACCCAGCCCCACGAGACATAACAATCGCCCATCTACTTCCTGCAGTTGCCATGG CAGTGACATAAAAACCCTCTCTCCATTTTTTGTTAATCCACTTAAATGGAAAAGACTCGC CGACTTTGTATGACTGCTGCAGATACTGTGTACCTGGCATTTTACAAACAAAACTAAGTT TGGTCTTCCCTAATTCACAGATTATGGTGCAAAACATGTATTTTGCATGCTACAAGAGCT TCACTAACCCTTTGACATGATAACTAATGAGCTCCCATTAGTAGCTCCAGCTATAGCACT TATATAATAATTCTTCTCCCATTGCTCCATAATCCATTCCTATGTTTAAACATACACAGA GGGAATTAGATAAAGCCTGAAGGAGTAAATTGAATTATGCATAAGTTTGCTAGAGGTATA GCAACTATGCAACATAATTTATTTGAATATGCTTCAAGATAGACCACACTCGTTGGAGCA TAACAGACCTTATGAAGAAATAAAGGTGACAATTCATAAACTTGGGCGCTGAACCCAGTT CCTGCATCCATTATTAGTGCCCACAAGCTTGAAGAAGATGCCACACTGCTGATAAATAAT CCGTCTTCGTTTCCTTTCTCAATGTGCTGAGCTAGTCTCATATCAGCAACATTATAGTGA TACCTTCAAGCGAAAACAATGTCACTGCATTGTTCAAGCTCAAATCAAAGAGATTCCAAA CTGTATATACCTTTGCTTCATTGGGCGACGAGCATTGTAAACACTGATCCATTGTGTCGC AGGCATTCCCATGCGAACCTTCTTCTTCGGCTGTTCATCATCTTCTTCTTCCATTGTCAA TCTTCCTCTTTTCTGCCCAACTTGGTATATAAGCTTCAGAAAAAGAAAAACATGTTAGGA TATTCTATTTCTGCTGCTGATTCTTCGACATCAACAAATACATAGAATAAAGATGTATGC AAATAATACCTACCTTCTGTGCACCGTCAGTGTTGATTGGCCTGATTTCTGGATTTGGAC CTACTACTCCATCAAATAAGGAGATATACCTAGCATAGTTAGGCTCCTCGTCGAACTTCA AGTTCACAACATATTCCACAAAATGCTTAAACGGAGCAGGGCAGAAGCAGCAAAGAGTTT CTGGAGAAGATGCCATCTTCTTCTTACAGACAAGGAAACCTTTGTTCTCTCCCTAAACAG AAAAAGAATCACGTCACCGGAAGGAGACAGTTACAAGTAAAATGCCGCAAATAAGTTGAG AAAAAGAAAACCTGATATCCCTGCCAAGGCAGCCGGCCTCGGAGAAGAAAGATGAGTGTG TAAGCCAGTGACTCTAAATCATCCCGTCGGCTTCCAGTCCTTCCCAGGTGAGCATGCACA CTAGCATACCTTACAGTTCCCCTGAGGCAATGGTTCTCTTGATAGTCAGTGGAATCAGAT GCAAAACAAATGTAGCCAAACAAACAGATAGGACGAATTGAAATATTGAATATTGTACCT AAAGACATCAGGCCGCTGATCATACTCAACATGTAAGCCGGTAGAGGCATCACGCCACCT TGTTGCTGGACCATTCAAACAGGTAAATCAGCATATGACCATATTATGCTAAATAGAGCA TGATGAAGACACCAAAGAGAGAATATGGGAAAGATGAACAATAAATTGTTTTTTCCTTCT TCTGTTCTAAGCTACAATTAACTCACCCAATCCAAGGTCAACAAGAAACAATTTTTTTTC ATCAGGAGTTCCAGGGGTTCCAAGAAGAAAGTTTTCAGGTTTTACATCCCCATGCACATA CCTTCAAAACAACATCAGCCAGACAAACCAATCAGATCAATTAAACATTATTTCCTAATT GCTCTTCTTTTTTTCCCTTATCAGGAAGGCCAAAACAGACAGTGTAAGCCATATAGCCAG AATTTATAATCTACCTAAAGATAGAAAACAGCTTCATACATGTAATAAACTAGGAACTGT TAATCTAAGCATGAAATACTTACCCTCTGGAGTGCAATTTCTCTAGTATGGAAATTGCTT CGATGGCAATGCATGCGACCATTTCAACAGACATCCTAAATGGACAACATAAGAACCAAA GAGATTGCAATGAGGTTCAGAAAACAGAAATATGTTTAAAAATAAGCATTAAATATATTA ACGTGGATGGAGAATACAACTTACGTATGGGCATTATTGTTCCAGACATCCCATAAACTA GGACCAAGCATATCCATAACCTGTAATTTCATTAAAAGAATTCAGCAGTTCTAAAGGAGA TTGGAAACAACTGTAACTTGAAATAAATAATTAAAATAACTCCATTAAACTGCAGAACAC ATACCATAATATAGTAATCACCTTGACGTCCCTTGTAATGAACACGCGGTATACCATGAC TGCCACCAAGTGCACTAAAAAGAACAGGAAAGAACATCAACTCTTAGAAAATATTTAATT ACCAGATATCAGTAATATAAATAAGATAACAGAAGGAGCAACAAGCATTAAACGACCACA TACTTGTAGACCTGCCACTCATAAGGTGGTCCATGGTTACAACCTTTGCTGCTTCTATGC TCGAATTTCAAGGCAACCTAGAATCAGAAATGATAATTCATCACAATAAAGATTATCATC TTCAGCAAACAACAGAAGAGTAAAAAATTGGAGAAGTAATGAAGTACCTCTACTGCTCCT GGGCCAGTTCTTTCATGTGGATTGGGTGGGTTCGCACGACGACCTACAAACACTTGACCA AATCCTCCTTTACCAAGTTTCCTGTCAATCCTATATGCTGGCGATCCACCAACCTGGACC TATTGGACGCAAAACGACACAATATAAAACGACAATCAAGTCAAGTGCTTCAATGTAAAA CTAGGGAAAAAATAAAGTGGAAGAGAAACAAATACTCGGCCTATCTTTCAATTCCCCAAA CAAGACCACAGAAACAAAATCTTACTGAGCTCGACTAACGACAAAATTCAAAGAAGTCAA AAAGAACAGAAAGTCGCAACTAGTAGTACATCTAACTTCAATACTTGTAATCCACAGTCA AAACATTACACTAGCCTGCGACCATAGATTTTGAAAATTTGTCTTCCAAACATCTGTCTA GCCAAGAAATTTAAAGTTAGCAACTGACCAAACACAACTTTAAAAACTCAAATTTTCAGG TTCAAAAACTCAATTTTTATAAATTTTAACTTCAAAATCTATGGCCAAACTACATTACTG CAAAAAAGTTAAATCTTTCACACATGGCAGATAGAAGTTTAAGCAAAATTACACATTAGA CAAACCCAGAAACCTGCAGCTCGTGACTAGCAGAGTTCAAACTGAAATTACATCCAATAA AACTCAAGCAAGTTATCTAACTTCACAGACAAATTGTTGAAATGAGAGTTTATGAGTTGA AAATGATACCCTTTCAGGCAGTGGAGCAGTGCTGCCTTCATCCTCAGCAGCCAAACCCTT ATCACCACTCTGACCGCCACTGTCGTATTCATCCATCTGTTTTTCTCCTACTTCTTCCTC CTTCTCTACTTCCTTCTTCTCCTTATCCTCTTCTCTAGACGCTGTTCTCCTTACAGTATT CTCATCACCTACTGGTACAACCTCCTTCTCCTCGTTATCTGTCTCCTTCTTCTTCCTTCC ACCTACTCTAACTCCACCAGCTCCTCTCTGCCTCGTAGTCCGTGCAACAGTTGTTCTCCT TGTAACCCTCTTGTTCTCGTTATCGTTGTTTTCTTCCGGTTCAATCGCAGCAATCGGTTT ACGGCCTCTTCTCACTCCACTACGCAATTGAGGCATATCGATCATCCATCAAGTTGTGAA AACCCTAACTCGATCTTCATCAGTCAAAGCTCAGCTTCTAGACTCTTCTTCAACTCACTC TCCTTCACAACTAACAGATCTCAAATAACTAAATCGGAGTTACAGAAATCTGAGCACCGG GAACTCGCCGGCGGTCGGTGGCCGATAAAATTCAAAGGTTTATTGTAGAGATCTATGGAA ATGAGAAACGATGAAAACTATGGGTTTGGCTCAAGAGAGACGACGAAAAGTGATGAACTA AGTTAGAGGTGTCAATTCACTTTCATTTCGTTTAGTTTTGTAAGAAAAATTACTTTGCCA CAAGTCATAAAATTTCAAAGTCAATTTTTTTTCCTTTTGAACAATGCATTTAAAATTTTA TATATTATAAATTAGAGAGTAAATATTTTAAATAATAATTAATATATTAAAAAATTACCA TTAAAGAAAATTTTGAAAATATAGGGATGAATTAAAAATACTCCTAATTCCACCACTAAT TATTTAGTTTCAATTTCAAATCGTTAATGATCTTAAAAATATATATCTTACAATATGTAT GAAAAATACTTTTAAAGTTTTACTAATTCTAAGAATGTGTTCATTCTTCTTTCAACTTTC TATCAAAAGTGTTATTTTTACGAAAGTTTGAAATTATTTGCTATAACATATGACGTATTA AGTTATATATCTAAATTTAATTGAATAGAAAAATATTTTTACGATAATAATTCAAAAATG AATTATTAGTTTTTTACCAAATTTTGGAATTATTTTCAATAATTCCCAAATTTGTATTTT CTCATTCGTTAATTTCTCAACTAAAATTTATTACGATTTTTGGTAATTTAATTTGTTAGT GGAACTCTACGTGGCGGATGATGAATGAAAATACGACAGATAAGAAGAGGCATAATAAAT AAGTGATTCTTTTGGACCATTGGGTCATAAGATTTCTAAAAGAATTAAAATTATCTTCAA ATATTATATTTTTACTTTAATTTTTTATATTATTTTAATTATATATTGAAATGTCAAAAT AAGACAATTTAACCCCATAAAACCTAACACGGGTTAAGAAATTTGATGGGCTAGTACGGA TCGATTCTTTATTTGAAAGGGTTATGTTCAATTCAGCCCAACCCTAAAAGAACAGCGGGC TGGGATGGACTAGTCTTTTGTTTTTTTCAAACTTAAAATTCTATTATATCAAGAAAATGA GAAGATTTTCAAATATTAGTGATGTTGTTTCAATAATACTAAATATGTGTGATACATGTA TCTCATATGATGATACACAAGCGAGATAAGAGAGTGGCGAGCGAGATGGAAGGAAGGTGA GGGCGCGAAAGTGATTAACATATCCTAGATACATGCAAATTTACTTGAATAAAGTGTATC TATAATAAAGTACACCTAATTTGAGTTCATGTATCTCGAGATACTGTACATAGATACACT AAAATCTAGTAAGATTTGTACTTTTTGCAACATAGCATGTATTTAAATAATTAGCTCATA CACTAGTAAAAATTTTGTAAGTTACCCTTCGATAAATAGTTTTGGCCTATGAACCGCCAC ATCCAACCACGATCAAGCCTCAAGGGTGAAAGGCTTATATGGATCAAGCTTTAAATGGGC TTGAAAATCCTATCTCAATCCTACCCCAATAACGGATTGGATTGAGCCAACCCATTGGCT AAGCCCATTTGATTATTGATTTTCGAGTCTATATTTTTGCAAAGAAAAGCGAAAAATTCA TAATTGAAAGTTGAAACTTCAAACTATAACGCTTCTGCTTCTAAGATCAAACTTTATAGT AAAAGTCTAGTACAATGTCATGGAGTTCATAAATGTAAAACCAAACTTTTACAAGTGAAA TTTCATAATAGTATCTTAGAAGCTTTTATAAGTGGAACTCAAAAATATCATGCTGACTCA ATACAAAGTTATGAACAAACTACGTGTTCTCCTCTCAAGCATAATGTATTGAACTTTAAA CTTTAAAAAGTGAAATTTCATTACAGTATCTTAGAATTCGACCTTTTTTATAAGTGGAAC TCCAACATATCGTGGTGACTCAATACAAAGTTATGAACAAACTGCGTGTTCTCCTAATGT AAGAAAAGGAAATGAAAAAAAAAACAATTTCCTCACAAATTTCATGTCTGATCTAGCACC TTTTAACATGTTTACCTGTAGTTTTGGCAGGAAGTTCGTGGGAAGAACAAGAGTGATTAG TATCTTCAGAAACCGTGTGAGAACGAATAACATCTCCTTCGATTGGGGTTGGACGAACAA ATAGGAGATCGTGAATACCTTTCGTGTTTGACCTGCAGGAATGTTAACAATGCATTTGTT TGGGTTATGTACTGAACATTCATGTTAGAAGGGTTCAAATCAAAATAAACTAGAAGCTAA CATAAGTAATTTCTAACCGTGAAGCAGTAGTTCTTTCAGGCTAAAGGTAATTAAATATGT ATACAGAATGTTTATGCTAACAAACGGTAGTTTCACAGCTTTGTGAAATAGAATAAGAAT GTTCGACAACCTAAATTGTTTGTTCCAAGTATGTCGAACAACACATGAAACAAGGGATCG AGCAATTTTTCATTTGTCTTTGGGGCAAATGCAACGAAATGGAGAAAGATCATATGCTTA ATGACAAAATAGATCTACAGCATTTCATTGATTGAACCATAGATACCTTTGATGATCAAA TGGGAAACAGGGTGAGATGGAGAGATCAAGAACGCATTATCTAGCATGTAAAAATAAGAT AGAAACCAAGGTATTGAGTTGTTCCAAAGGTTTAAGGGAAGTTTTAAAGGGGATTAGAAC AAACTGCTACTCGATCAAATGAAACTACTTTGACGTTTTGTCTTGAGGTTTATTTGTTTT GTTTTTTTTCATTTTCCTGATAATTGCTACCTAGCTCTGTCATGAGTGAATTTCAGCCTT GACATATGATGCAGACAAAACAATCATTGATATATTTTGGTAATGTCGCTTGTACTTCTA ATTGGTATGTGCAAAGTGATGGGTTGAAATCTATATATTTGTGCAGATGACTTACAATCC ACTTAATAAGACATAGAAGCACGAAGCTTTAGAAGTAGGAGAAATACATCCTCTGGAAAC CACATGGATAGCAATATCAGGAGAATTGTACCACATCATGAAGAATCCAAGAAAACATGA TGTGCATTGTGCAACAGTGAGTTTATAAGGTTATGTGGATGAACACAGGCAGCAAAGAAA AACATATATACACGGTGATGGAAAGCACATAAGTTGAGGTATTCAAAGTAGGCTCGTAAA CAGTCACAGGTCACAGTTACCTATTTTCCATTAACATAATCCAGAAGTCTTTTGTCAAGC TCAAAACGCCCACAAAGAAGTCTCTGCAATAAACTTGCAAATGTCATCAGCACAGGATTT CATCGTTCATAAATTACAGACAGCTGAATCTGAAGAAAGAAAAGATACAACTGATCTAAG ATGCTAAATTCAAGTACCTATATTTGCACTAAAGAAGGAAAAAGATATTGCTATGTATAT TTTTTCAGAACAAATATAGTACTGACAGGAGGTGCCAGAGGATAGCCATAGAAAGCACAA TGCATGAATGTGGGTGCGTTTGAACTTTTAGCGGAATCTATTAAAAGTCGAAGGGATTAA TGAAGTCATATTTTGGAATATTTCTGAGATTCACAATATCCAATATATTTTTTGAACTAG GATATCATTTGTAAATGTGAACTACGCCCTAGCTGGTCATTGTTAAAGTATGAAAAAATC TGAATCTCAAAATACATGAGGTCAACAATCAAGCATTGTGCAGAAATACATTGATGAAAG ATAAAAGGTGAATACTTCTATTATATGGAAACAGAGAAAACCACAAAGTGGAAGCAAACA GTTTAAATATGCAATAGGAGTAGATTACTTCGCTTAGGAACAGAAAGGGCAATTAGGGGA TGGGGTAGGAAAACACAACACTTGCACCTTGTGGTAGCAGAGAATACCTTTGTAATGGTA GGACCAAAAACATATGGCTCAGAGTCAAACTCTGGAAAGCGTGCAACCTCTACAGCATTC TCAAATAGAATGTACACCGGAAGTTGGTTCAAGCTTCCTAGATAAGATTTCCCAATGAAC CAGTCAATTGAAAAGTCAAATGAAACAACAAAAGCACTTTAAGTGTTAAACACCACAAAA TCAACAAATCCAGTTCATAAAACACATGTAAAAGCAGAGTAAATAGTAACACACCAAGAG AAATGCCGAATCTTTCTGCAGCATTAGGGAAGAGTCCAAGATCAATTGTCCCAAAAGATA AATTTGTATTTGAGTATCTGTTCAGGAAAATATATAAGAAACTTGCCATTACAACCAAGA AAAAAAGTCTCAGAATTCAAATTTGGGTTGAACAAATGACCAACTTCATAAAATGCCTCA TTAAGTTTTAATAATAAAATCATAATGGAGCATAAACTCACGTTATTGAGAGTTCTGGAA AAAAGGAACTTGTGCATACGCAAGACGATGTGGAGAAAGCGCGAAATTCAACCTGCCAAA GGTGAAAACCATAAAGTATAAGAAGGAACAGAAATACAGAGATTGTATACATAAAATAGA GAGGTCATTTTCATGTCATCTCCATCTTCTTTTTGCCACATGACACACACAAGAGTGGGA TTGGATCCTCTTTATTTCTTCTATTCAACTTTCTGATGCAACTTTCTAATACGTGATATT TTTTTTAAGATTCTTAGCCCTGTAGATGACTCCATCTAAAATACAATAGGGACAGCCATT TTCGGCTGCTCGTTTCGTATCTTGAAGAAAGAGTAGGCTTAAGTAATAACATAATCATTT ACAAGTTAAACAGTATATATTTGGCCATATAAAATAGTGAAATTTGCTAATAAAAATTTT ATTGATCAGAAGTTAAAACATTCTAATCAAGCAGCACACTTACTCTATTAGTCTTAGCAT CATCTACTCATTCATTAAATGCAAATTATAGGAATTTCAACAATACATTCTAGTTTTACT TCTGTACCAGATAACTGGAAGAAAAGGAAGAATATAAATTGAAAAAAGAGCAACTAGGTA CTGTTGACTGTTAAGAGCCAAATCGGCTCACTTAGGAATGGATGTCTCTTTATATTGTCT TGGACTCTTGGGGAATCCTCTCCTCTTGAGCAAGCTTTCAAGGTTGAGTTAGGCACAAGG TCTATTTAACATGGTATTAGAGTGATGCCTTTCCCGATCATTATTTACCCGATGTGGTGC CACCATCTTATATGTTCCATGCTTCAGATTTTCAGTATTGGGCGTGCAGGGGATGTTTGA GTCCACATCAACTCACTTAAGGATGGGAGGTCTCTTTACATGGTCTTGGGCAATCCTCCC CTCATGAACTAGCTTTGGGTTGAGTTAGGCCCAAGGTCCATTTAACAAGTACCAAAAGAA TAATGTTAACAATAACATAGTGCTGACCGTATTGTGGACCCAAATAAATTAAAAAGTTTA TCCGCTCAAATACACAAGGATTAGAGGATAACTACAGTGCTTGTATAGCAGACTTAATAG TACCTTTACTATTTCAAAAGAAAAAAAAAGTATCATAGAAGACAGGATCAGCTAGAAGAA CAAATATGTGTTGCATTTTCAAAACAAGGTCTTTGTAAGTTTCTGTTTGCACAACACCAT TCAAGAGTATTTCCAAATGGCCAAATCTCCTAAGCATTCACAATCACCACAACTAAAATT GTTTGTTCTTATCTTCAGGGAGGCACAACGCTAAGTAGAAACTACAGATAAGGAACCTTT CCAAAGAAAATAATACCAATAAAAAACTGCAGAGAACCAACCAGCCAAAATCGTGATGTA TTTCCTTCAGTAAGCAAACTCTCCAACTGTAATGGTGTCAAATGATTTGAAGAACCTGGA CGTTTACATTTACACACTCAGTATGCCTTAAATTTATGTTTACAAGTCACTCCATGTACC ATATTAAACTCAGAAGACTATAAGAAACAAATGTAGCCTCATAATGGGAGTAGTGAGAGT ACCTAGTCCTTCATATGGAGGCTGTTGTGCAATAATATGTATTACTGCAAGGAATAAACC GATACGACAACTGCATTAGACAAAATTACCAAGTATAAACAACAACATATTCAGTGTAAT CCCACAAGTGGGGTCTGAGAAGATTACCAAGTATAAACGACATTCTCAAATAAGGGTAAC AACAAAGTTGCAGAAGGCTAAGAAAGTCAGTAAGCCATCCATCTAATAGATAGATTTCTC ATAATGCTTATTCATGCATCGCATTATGACAATCATAATGCTTTTCAACATCCCTATCAA GTTTTAGAGCTAGCACTATCAGAAACTGCAAACAAAGAGTAGAACCCACCTAAAAATGCC AATGCATACCAGAGAGCCAAGTGATAATCCATAACTAAAGCAATGGCAGTAAGGAAAATC TGAAAAGAAGCAGTTTTGTGTTAAATATTCCAATGTAAATAATAAGAATTCAACAGAAGC TATAAAATATGATGCCGAAGTATGCACAATCAAAGAACAGAAATTTGAGAAATGTCAGGA TGAACCCTATTTACAGTATTAATTTCCTAAAAAGAATTCCTCTGCTTGCTACATATCATA CTAACTGAACGCAATGCAATGACAAGTCTGCTAATTGCCGCAGATTTGTTTTTTCTCCCT TCTTTTGTATAAGCATAGTGTAATATTTAAAGAGGATCAAGAAAGATTAAATACGCCACT TTCACCATGTTCGTTCTTACTCCTAAGATTTCTAAATTTTTGAAACCAGTACCACTAAGA TCAATATGGGAAAGTCTGCAATATTTTTTTCCAATCATGGGGAAAGTCTGAAATGCTATG ACTTAATAAGTATCATAAGTTGTAATTCAAGTTTATCTTCCCATTATAAGTTTACAAACT GCCACTGCTCAAACATCAATAAAATTGTTACTTTATCAACCAAAAAAAAATATACAAACT GCAATTGGTCACTGTAGGACTGATCCTATGATTACAGAGGCTCTTTTTTATGTTTTTTCT TTCAAGCAACTGCTGAAAGATTACTTCTTTTCATTCCTAAAGGTATAATATGGAAAAGAA ACCCACTATAATAAAGGCCTTTTGCAAAATTAAGGTTTTAAATGATTGCAACAACTTTCC AATTTTACTGTGATCCTTTTTATTTAGTTAACTACCCGTTTTGGGGGTGGAAGTGGGGGT GGGAGGATATTACACACACACTCCTGACAACAGTTTCAAGTTGCAAGGTAAATCAATTAA AGTCCGTGGCATAAAGGGAACTGTGCTTCCTTTTTTACTTCTAGTCTAGAAAGAAAGTAC ACATATTCCCAATAAATTTTTTCAAGATATAAAAAATGATAGGTCAATGTAAGAGGTGTC ATTTTCTTTACTGTACAAAATGTCACCATACTACAAGCGCACAGAGCCCTTAGCAGCCAT AACTTAGCTGAAAGTTCAAAATAGAATATTTAAGCAAGTAGTGCAACAATCAATAATTTT TCAGACAAGTTGGACTAGTTCTTCCTTTAGCTCAAAAGCCCTGATGAGCTGACTTCAGCT AGTACTACATCTGTCCTATATGATTATGACCTAATTTGGCTTATGAGGGTTGACTGGTTA GTTTTGTTTCTTCTATTGGACATAGATTTACTTATTTACTGAAACTTGATATCAATTCTT TATTCAAGCTTGAACTGAAGAAACACATGGAAAATACTACTACTAATCACCAATTTTTGA GCTAACACGATTTAAAATATGGAGTAACTAAGCAGGGTCTCACACAAAGAAGAATCTAGC TGATTTTCTACATTATATCTTGGGAAACAAAATGAGATGGTGGTTAATATTACCGGCATT TTGGATAAGTTAAAGATTTGAAAATCACAGATAGCTATATCCAGTCATTCACAAACATAT TAATTATAAATCATGATGAAGAGAGCAGAATTATGTGAGGATTGAGGATGAAGAGCATAA AAATAACAGATATAACCTTAGCAAACAACAAAGTATCTTGAATGAAGGATTCCCAGCTTT CTGTCCTTACTATCTGCCGCGCAAAGTAAACAACAATGTCAAAACAACAGGTATAGATCT CTCCTTTTCAAGCAACAATTTTAGGCATCAAACAACAGAAAATTCAGGGGCTGGAGAGCA AATTGTATGCAATGGAAATGTTACACGAGTTCGTTGAATAGGATAAGGAAAAGATTTAAT GCTGCTTTAATGCTCCAATTGAGAAAATTAGGTGATACTGATACATATCAAAGGATAAAC TCCAACCTGAACAGTCTGACTATGAAGTATGAACTCCTATTGAAGTGAAAAAACATGTAT ATTGGATAAGTCTTTGGGATGAGCAAGGAATGAGCAAAAATATGAAGATAAATTGATAAA AGCAAGGTCTCATATGCTACATTTTTATTGGAAAAGGATCAGCTAAATAGTTACCTTCAC AACAGTTAAGACACAGTATGCAACAAACACTTGAATCTCCTGCCAATGAAACAGAAAATC GTGAATAAGACTAATGACAGCACAGAGAGGGACAGAATTTCAAACAAGTATATTACCAGC TTGTTGTTTACATGGTTGTGAAATATTCTTTCATAATATATCCTATTGTATAGGACTATA TTGCTTTGATAAGTACCGTTTATCGATAGATTGTAGTATTGTTTTTGTCTTTCATCATGG CAGATGAGAAGGAAAAAAAAAAGTAACAACACTGCATACGAGTCGTTACTCCACTATCAC CAACTGTTTCATTTTCCTACCTGAACTATCACCATCTCTGTATTAAAACACACCTAGTTG AGTAAATAGTGATAGTTCAGCTAAGATAAGGTAACAAAGCCATCAAACCAGTCATTACAT AAAACGAAACTTTTCATCTTTACATAACAACAGATTTAACATTATGATATAAATGATCAA AAACACATCGAACTGACACTTTTTCGCGAGTTTCACATACTAACCATAAGCTGTTCCTTT TTTCTATTGGAACTATCATCAGCTATTCCATTTTCCTAGCTAACGTATTAGATAGTTAGT CCAATCAGCTTTCCAGGTGTGTATTACTACATATTTGAAGTAACAAATACAATACAATAG CTAACAACCGTCCCAAACAAATTCATTCTCATCAGTCATTGCATGTATCATGTATCAATA TAGCTACAAACAAAACAACTTTATTCACACACACACAAAAAAAGCGAGATTCAAGCCGAG AAGAGTATATACTCGTTTAAGCAGGAACGAATTGCGAGCAGGGTCAAGGATTTGGAAAGC GGAGCATCGAACGGGGATGTATGAGAAGAAAACTAGCAAGTGAAACAGATAATACGGCTC CGAAACCATCAGATTCAACCATCTCACTGGATCGTAAGAAGATTCCTGATCTCGTTGAAC ACTCGATCCGCCATTGCTGTTCTTCGACATAGCTGCAGATCCACCAAATGAGCTTTTTGA TTCTGCAAAAATGCTAAGAAGAATTCATTTGAATATTTAGCCTGAAGCTTTAACGAACTG AGAAGAACTCAAATGCCCAGTTTTGATTTGAACTTGACCCGGGTGAGTAATTTGCATTTT TGCACCCTTAAATTTATGCAAAAATTTTATTTGCACCATATTGTTTTAAAATGTATGATT AACCCCATTTCTAATTAATTTTTAAAGTGTTTTTTGAAAAAAAATAATTTTTGTGTTTGG AAAATCAATTTGAACAAATGTTTGGTTAAATATTTGAAAGTATTTTTTAAAAAATAAATA AAATAAAATTCACCTCCTAAAATAAGTTATGCTACTATCAAAAGGATTTTTGTTTTTTTT TTCTTAAAAGTTTTTGTACTTTTGGTTATTAGAAGTTTGATTAAATAGATCATCAATTAA ATTGTGTGAAAAAATTGGTTTTTTTTTCTTATCTTAGATTCAAAGAAGGGGAAGGTAAAA GAGAATAATGAAAATCCAAAAAAGTAAATGTCAATATGAAAATAAAAGAAAAATATAAAG CAAATTGTGGTTTTTTTTGTTATTTTAGTTTTATTTCTGAAATTTATTACTGGATAAATT CTTGATGTAATATATACCTTTTCATCGACATCAAAACGATTGTCTACCAATCGATTTGGG GGGAAAATAATGGTTAATACAATACAAAAGAAAAATGAGTTAAAATATGAGTTTTAATAA AAGTACCAAAAAAATCTTATCAAACTCCTTAACGATAATATTTTGTTTGTTAAATCTACA TCAAAATATTCAACAAACAAGGGTTTATACGTTCTATTATGATTTATTTTCAAGTATTAG GAATTCTATGTAAATGTAAATTTGACCGAGAAAAGTATAAACCATATATATTGAATCTGT TAAAGTAAATTTACAAACAAAATATTATCGCTACGGAGTTTAGTAAGCTTTCTTTGGATT GCACTTCTGTCCACTTCATGAAGTTTATACAATTGTCAACTACTTATTTAGTTAAAAACT TATTAAAAGAGACATTAATCGCATAATTATATAAGGATTGCTCTAAGTTAATAACTTTGC CATGTGTATGTAATACATTTCTTAGATCTTGTTGCATAATTTTTTTTTTATATATAATAG AAAGATCTAAATAATCTAATTTAAAGTCTAAAATATTTTTATAATTGAAAATAAGATTTT GGAGCTTATTTTTCTTGCAAATTTCAATATTTTTTTTAAAGTAAAAATAAATTGATAAAT CAATATTTTTCTTTGTGGACTATATTTTACCTGGGCTACAATTATCTTTCTGGGCCCAAT GTGAGAAGACATCCTTGTGTTTTTGTTGTTTTTTTTAAAAAATAATTACATAAATCACAT CGTTTTAATATGAAATTATAATTCATTCCTAATAAATTTCTAATTATATTATTTTCCTAA TAATTAAAAAAATAGATTACAATAATTGAAGCTCGAAAACATTAATATGTAACTCGGATA TATTAAATATTGTCTCGACTACATTAATATGTAACTCAAATACATTAAAAACTAATTCAG ATACATAATATTAATATGTAACTCAAATACATTAAAAACTAATTCAGATACATAATATGT AGCTCAGATACGTTAAATACTGACTCGGATACATTAATATGTAGCTCGGATATATCAAAA AAGAAACTACACAAAAACATACTTTTTATATAAAAGTTATATACACCATGCTAAAACTAT CTTCTAAAGTTAAGTGATTACAACTTCATTTGATAGATACATTAGCATCGGCCATGCTCA GCTGAAAAGTATACATATATATATAAAAAAGTTAGTGAAAAGATCAGAACAATACACTAA GTTCTTACTATGTACGGATCCAGGAAAGGGCTAGATCAACCGAAAAGTATATATACATAC TACTACTAACAAGCTATGAGGAAATAGGCATGACACTATATGGATAATGGATTGGCGCGT TTCGAGCTAACAATATACAAGTTCTTTTACCCATTCATGGCTTCTCTTCTTCCATCACCT CTTCTTTGCATGGACCATAAGCTTTACTACAAACAATGTAGCACAGTATGTTAACCAGAC TAAATCCTGCAAGAACGAGATAATAGTAGTCGTAATGACCCTTGTTTATATTGCTCGATA CCCAACTTTCTTCCCCTCCTCTTTTAGTCAAGTCATCGATAGTGCTCATTATAGAGCTAG CTAGTAAGCTTCCAACTCCCATACCAACTCCTAATAGAGAAGCAGCTACACTAGACATGC TTCTAGGAAATTCTGAAATGTAGAATTCGTTTTGGCCAATGGCATGCAGGGCCTCTGCGA AGCCAGTAAGGGAATTCTGGGGAAGTAGAAACATAGCTGACATAGGGATCATACCTTCTG GATCATCCGAGTATCCCTCCTTGATTGCAATACTTCTCCGAACACCTTCTACAACTGCAA CCACTAAAACTGACAGGAAGGAAAGAAACAACCCGAACCCCATTCTCTCTTTTGTGCTGA AATGAGCAGGTTTTCCAGTCATTTTTGATGCAGTGGGAAGAATCAAATAATCGTAGAGGA CAATCCAAAGTATAGCAGAGATGACAGCAAATATGCCGAAGGAGGCAGCTGGGATTTCAA AGCTTGAACCAATATGTCGATCCATGGTATTCGCTTGAAGTACTGGAAAAGTGTTCTGGC TTATGTTTATGGACAATAAAACTCCCGTCAACCAGATTGGAACAACTTTGAGCAATGCTT TCAGCTCCTCTACTTGATCTACAGTGCAAAGACGCCAAGGGTCTGTCGCTTCTCCATCTG GACTCAGATCTAGTTGAGGATCTTGTATAATGCAAGCTTTATTCAAAAACCTAAAGGCAA TATATTGAAGTTAAAACGCAGTACGAACAAATGTATCAGGACCGAAAAAGGGTATCACTA ATTTTGAACATGACATGAGGTCTCTTTAAACAATAATAGCTGGAATCATTAGCACAATGA GTTATGCATGTCATCAGCAGGTGCAGGTTATAACAATGAACTTCACGATTGCCTATATAG GTGAGAGAAGCAACAGCTATAATGATCGATCAAATAATAGATTAGTTAAGGAAGAAAAAG CATACAGGCTAGATAACCAAACAGCAATTTACCATCACATAGGTTCTGTTTCAAGCATAT GCAGAAAGTAAAATAACCAACAGAAAAACAAACGTTTGGTAAGAATGACGTTACCTTAGT TTTTCACTTGGAAGAACTACGGTTGACCCTTTTCTCTGATGATATTGTATACCTTCACTC TGTGACGACAATTTGGGACATCTATTTCTATAAGAAGCTACAATCACTTGAAAAAGGCCA GTGATTAAGGTCGATTTAGGCTTCAGCTTCACGAAGAATGGAGTACCCAAATAAATTAGA AGAGTTGAAAACAACATTAGCAAAACAGGAGCTCCAAAACCTAAAGCCCACCCCATGTTG ACTTGGATATAAACAAGACATGTGAGAGCAACCAGGATAGACAAAGCATACAAGGCATAA TACCAGCTGAAGTATCTCTCCATTAAACGCGCATTGTCTTGATATATTTCCCGTTTCAAC TGATCAGAACCAAATGCCAAAGATGAGGATTTGACTGCACCTGCTCCAATGGCAACGATG CCCAAAGAGAAACATAGGAAGAAGAGTTGGAACGTCTCTGCTGATCTGCAAATGTTATTG GAATCACAGGGCGGGGGCCTTGCTTGCGGAATCACCGATGTCAGCCAAAACAGAAGCATC CCCTTCAAAACACATAGAATATCTAGAATTATTATCAGTAGATTTACCTAGTTCAAACAG ATCACTATGGGTGAGCCAATTCTCAAATTGTGAATTGGTACCAAGCAATTAATGGGGAAT AGAGTTGCTACCTCCTCCCCCTTCCCTCAAGTAAAAAACTTGTCAAATGGGAACACATGT TGTACATTTATGTTTACATGATCATATTGGTAAGCTTGTGGCTGCTATTTCTAGAACTTT GAGTTCACATGCAATCATATTTGCAGAGACTATTGCTATTCATGTCGGTAACAGCTTTTT TACCACAGGTGATTAATATTTTGTGCATTTTGGACGTGCCTCTAAGTTGTTACTTACAGT CATACATGGGCTGCAAACATACAACGATAAACACAAAATATTGTGCTGAAAATTAAGTAC TTACTGAGCTTGCTAATCTACAAGTTGAATCATCGTTATCCTGAGGTCAATCGGCTTACT TAGCTAAACAGCGACTAGAATGTGGAGTCTGAATCGACTTCAGGAAATTTACTGCTAGCT GATTTTCTAAGTCTAAATCATTCAGTTGCTGCTGTATTTAGGTTCAGTGAACTTAAAAGA CATTGGTCTCTTTGCACAGCATGTTCAAATGCCCTTCTTCCATATAAAGTAGCTCACTTT GTTTGGCTTGTAACTAAGGAGGCATGTTTGACTCAAGAAAATTTGGGAAAAGGGGGATCC AACAGTGCTCAAAGATGTTATTTGTCCACCTCGTCTAATTGAAAGTTAGGTATTCAATGT CAAACGAAATATACCACAGATATGAGAAAGAAACTAGTAGAAAAAAATATTTGAAAGGGC CAGAAATGCACTTTAAGGTTCCTCATAATCAACCAAGGTTTCGTCAATTAGTAAATATTA TGGGAATCCTTTAACAAACACGAAAATAAACAATTATGACTATGAGAATGTTCGATATGA CAGATTTGGTCATAAGAAGAAAAACGTTTTCCGCGGTGGAAAATGAATGCCCTCTCATTT TCCTTTCGACTATCTTATCATTCAACCTCATATTACTTGGTCCAACTAACACTACAATGT CACTTTGCTCCTGAAAACTTAAGGCAACTAATGAAAGAAACCAACTTAGTTAATGAACTT ACGACCAGGGTGACAACAGATCCCAGTCCTATCATCTGGAACCGACCCACAAAAGAATCC GCCATAAACGCCCCAATAACTGGAGCGATGTTAGTAACTGCTGACCACATGTAGATAATA TTGGACCCAGTAGTCATATCCATGTGATATTCATTCATCAAATACAGGATCATATTAGGA GTTAGAGCAGACGTAGCCGCATTTGTCAAAGCCGCATTTCCTATCCAAAATCAAGAAAAT AAAACATTAAACAGTGAATCAAGAACTCCCCAACTGTTCCATTGGAATACTCCATTTCCT TTAATTTCATGTAAACACATAACTAACGAATTAACAACTTGGTAAAATCATCAAATTGAA CCTCTCTAAAGGGCAATTACATGTATTTATCAAGAAATCAACAAATAAATGAACTCATTC CAAAAAGTTAATCGACAAAAATCAAAAGAATTAATGATCAAAAACACACGTAAAAACTAT CACCTTTTTCCGAGCTTCATAACTCAACTATTCATTGTTCCCTTCACCTACCAAAACTAT CACTCATTTTTCTTGATGTTGAAGCCAACACGCCTCGTGTCTATAATGGAGCAAATATTT GGCCATTCAGCAAACTTACTAAAAATTTCAACAAACAAATCAACACCTAGGTAAAAATCA TCAAATGGAACCTCAGTAAAGGGAAATTCCACTTGTTCATCAAGAAATCAACACATAAAT GAACTTCCTCCAAAAACTAACTCGACAAAAACAACAACTAAACTATCACCTTTTCACGAG TTCGATACCTCAACTATCATTCAATATTCCATTTACCTACCAAAAACTATCACTCCTTTC GTTCCGAGCAAATTTATCATGTGACCCCATGACATTGGATGGGGAGAGTATATCCACATC CCACATGGTCCCAAACCTCCACACTGTATCTCAAATTAGGCCCCAAAAACTAACCCCAAC ATTGCCCAAGGCATAATCTCATACCAATCCATGATCTTTCCATTCACAATTTGACTAATA AATCAACCACAATGTAAAAATTTTTACCAAAATTAAGCTTCACAGGAGCAATTACACAAG TTTTATCAAAACATCAACACACAAAATGCTTATAAAGAACCCATAATCTCATACCAATCC ATGATCTTTCCATTCACAATTTGACTAATAAATCAACCACAATGTAAAAAAATTTACCAA AATTTAGCTTCACAGGAGCAATTACACAAATTTTATTAAAACATCAACACACAAAATGCT TATAAAGAACCCATAATCTCATACCAATCCATGATCTTTCCATTCACAATTTGACTAATA AATCAACCACAATGTAAAAATTTTTACCAAAATTAAGCTTCACAGGAGCAATTACACAAG TTTTATCAAAACATCAACACACAAAATGCTTATAAAGAACCCATAATCTCATACCAATCC ATGATCTTTCCATTCACAATTTGACTAATAAATCAACCACAATGTAAAAAAATTTACCAA AATTTAGCTTCACAGGAGCAATTACACAAATTTTATTAAAACATCAACACACAAAATGCT TATAAAGAACCCATAATCTCATACCAATCCATGATCTTTCCATTCACAATTTGACTAATA AATCAACCACAATGTAAAAAAATTTACCAAAATTTAGCTTCACAGGAGCAATTACACAAA TTTTATCAAAACATCAACACACAAAATGCTTATAAAGAACCCATAATCTCATACCAATCC ATGATCTTTCCATTCACAATTTGACTAATAAATCAACCACAATGTAAAAAAATTTACCAA AATTTAGCTTCACAGGAGCAATTACACAAATTTTATCAAAACATCAACACACAAAATGCT TATAAAGAACCCATAATCTCATACCAATCCATGATCTTTCCATTCACAATTTGACTAATA AATCAACCACAATGTAAAAAAATTTACCAAAATTAAGCTACACAGGAGCAATTACACAAG TTATATCAAAACATCAACACACAAAATGAAAAAAAATAAAAATAGGGACAGTGTACATCA TTCATACCAAGGATGAAAGGTAAAGTTCTGAATCCACCCTTTTGAGTTTCAGTATCATCT AATAGCAAACTCTGTTCAATCATTTCACCTTTTTCACACAACAAATCCTCCATATGGTTA ACTATCAATCCATAACCCAAAAAAAAAAAAAACTCTTTCACTCTTTCAATTTTGTTGCCA TCACTCACAGTCCACCACTGACAGTTAAAACACTGCGATAACAACCAAGCGTCTACTACA TGTATATACAAACAAAAGAGCTGATCAAATAAAACAGAGGAATATTGCAGAAAAAACGAA TTTGTTTTGGCCCCCACTTCGTTGCTTTTTCCCCCATTGAAGTTTCTTCGTGGCACCATA TGCCTCTGCCATGTTTTGCTTTTACTTTCTTTCGATTATAAATAATATCAAAGTTTTTGC GTTTATTGTTAGATTAAATATTTGATGGTTATTTTAGCAATTTTTTTAAATATAAAGAAA TAAGTATAGCAAGTCAAAGCCTACTAGAAAGGTTAATACAAACAATGTATAACATAGTAG AAAATAATATTCTATTTATTTTATTTTTAATTGTCATGTTAGATTTTTTAAAATTTAATT TGATTAATTTTTAAAGTAAAATTAAGAATTCAAAATTCATACGAAATGTATTATAAGTTT TATTTTTTCACAATTTTTTCTTTTGCATATTAATATGATGAAAATACATCACAAAAATGT TAGGCAAATTATCATTTGACTCTAAAAAATGAAAACATAACAACTAAATAGGAAATTTCG CATATAATCATTCCAAAATAATCTAATTACGCTACATAGTTATAGGTTGTTAATTATGAT TTGCAGCTACATGTTATAGGGGGAGAGTGACGAGCGAGATTAGGAAATGGAGGAGAGAGG AAAGTGGGAGAATGGTGATTGTATATGTACATCGGTTAAATAATTGTATACATATTTATT TGCATATTATAGTTAGCGAGATTGGGAGACGGAGGAGAGAGGCGAGTGAGATTGGAGACG AAGGAGAGAGGTGAGGATAGAAGGCAATAATTAGTATAATTCGCATATATTTTTGTAAAT TCGCGAGTTTTTGTATAATTGAGTAATATAAAGTCTGAAATTACACAAATAAGATAAAAC TTGAAATGACGATTTAATACAAACATAACCATTATGAACTTTACATAACTATAAAAAATA TATATTATACATGTCACATTATATATAAATAATATTATGCAAAATACAAAAACTAAATAT TTATACAAACTTTAACAAGTTATACACTAAAAGATCGAATGTATATGATGACAAAACTGA AAAACCAAAGGTTATCATCGTCATATACAAATCCAAATAAAACGAAGAATTGTTAGTTGC GAATTATACAAATGTGTCGAACTATACAAATGTGTTTAATTATACAAATTCAAACTCTTC CACGTAATTAACAATTAATGTTAGTCGCGAGTGATAGCAAATCACAACTATGAGTAATTA AATAGTATATATTTTTTTAACTACATAATTTTTCATAAGAATGAACGAAAAAAATAATAA ATAATAATTAAATCGAAACAAATATTATATTTAAGTACAAATTAATAACAACAATCGAAA CAATATATTTATCTTTTCAGTATTTTGAGACGGAGAAAATATAGACAAATCTAAAGTTGT GCCAATGTGGAAAAACTTGAAATTACGGTCCACCTGAAGCCGCCCCGCCCCGGTCCGTTC AGCACCAGCACAGCATAACACCGCACACAAATTAGTCAACAAAAATCGAATCAAAATTTC AAAGAGAGAGAGGGGCCCGAAGCCAACACAGCATGAATCATCAATTTCCATCTTGCACTT TATTCATCACAATCTCAAATTTACAGTCCCTTTCGGTTTGTTAGAGGAAAAAAATTGAAT TTTTTCTTCTATTTTTGTACGTGGAATTGATGTTTTCTGTTCTTCGATCCCCTTTTTTTC GAACTTCATAGCAGTTTCATTGTTTTAATCTCTTAAATTGCTGACCCTTTCGGTTTGTTA GAGGAAAAATTTGATCTTTTTTTTTTTTTTGATTTTGTACGTGGGGTTGTTGTTTCCTGT TCTTAGATCCCCTTTTTTGAAACCTCATAGCAGTTTATTGTTTTAATCTCTTAAATTGCT GACCCTTTTGGTTTGTTTAGAGGAAAAATTCGATCTTTTCTTCGATTTTTTGTACGTGGG GTTGTTGTTTTCTGTTCTTCGATTCCCCTTTTTTGCTGACCCTTTTGGTTTGTTAGAGGA AAAATTCGATCTTGGGATTTGTATTTTCTGTTTTTCAACTTGATAGCAGTTTCATCACCA TAATCTCATAGATTTACTGGTTTTGTTAGAGGAAGCCGATTGAACTTTTCTCTTTGATTT TGTACGTGGGGTTTGGCATTTCGTGATCATTTATCCTTTTTGTCAACTTGATAGCAGTTA AATAACCGCACCTGGGTGGTTTTCAGTTTCAAATTTTATTTTCTGTTTTCCTTCTATCAT TTGGTCAATTTGAAAGGAAGGCGAAAAGATTTCGAGATCATGGTGAAGGAGACTGAATAT TATGACATTTTGGGGGTTAGCCCTACTGCTACCGAATCTGAGATTAAGAAAGCATACTAC ATTAAGGTATATATAATTATCTTATTTGTATTAACCTTTATTTATCATTTTAATACACTT AGGGATGTAGTTATAAGTATGTGCATGAAGAATTAAAGAATTTTTTTTCTATCTGCACTT GCTTGTCTGGTTTAAACTGAAAGGTAAGTTGCGCGGACTCTTCAATTTTGATGCCGCAGC CGTGTCGGATTCTCCCAAAATACACTACTTTGGCGAATTCGATACGCACATGTTGACATT TTTGAAGAGTCAGAGCAATATAGGCTGAAAGTGGATGATTAGGGAGTATATGTTAAGGAG TTATATTGGGGCAGTGGAAAGGTTTTATGCTTGAAAAAGAAGCTACCTTTAATCCCATAC GTATGATTTCTTTATTAAGGTACTACAAAGAATAATCCTTTTTGCTATCTATCAACACAC ACGCGCACATGAAGAAGAATCTTTGTCTAGGTAATAGAAGGAGATTGTAGACAGAAATTG TTAATAAATAGATAGAATGGAGCATGCAAGAAATAGAAGTTTGTAATTCCTTTTAGGATT GTGGTTAACATTGGGGATTTCCGAGTATTTATTTAAGGCTTCTTTTTATACACATTATCG CTGAAAAATTTAAGACTAAGACTGAAAGATAGCATTTATTTGTTGAACGTCATGTCATTG TACATTTTTCCTACCCATATGTGATGCCATTACTTTTGACGGAACAAACTTGATGAATTG GTGAATTATGATAAATTCTCTTCTTTAAACCATTTTTCATGCTAACGTGACCGTTTGAGT ATCAAATCTACAACTAGTCAAATGGACACTTACTTTTCCCCCCTGATTTAGCCAATTGGA TATTTGATAAAGACGAGTCAGTTCTCAGCACTATGCTTTACTTCATCACCCCGTGGACAA AACGATTAGATTGTTGGACTTGACAATCTAATTGGAAGACTGATTTCCTTAATATTTTGG GTTACATATTTTTAATGGGGATGTTAATAGTGTTTGGAGTCTTCACCAGCTATGTATTTA TTTTCTTAATTTGCGACTTCTAGTTGCTACCTTGAATAAGTTAACTATGATTTATCCACA AGAAATTTTGATTTTGTTTTTTCTCTTATTTCTCGAGGTCCTGGTCATTTTCTTAAAACT CAGCCTCAGGAATGAGCGTACTGCCACACAAGTACTACAATAAAAAGTGACGAAGATAAA AATTTGTAGCTCACAGCATTTGAAAACTTCTAACTTTACTTTTCCTTATTGTAGTAGAAT TTCCCCCTTTTTGTTTTAATTTTTAATCTATTTGCCTTTTTTTTTGTTTTAATTTTCAAT CTTGACTCTGTTTATTTGAGCTTTCCATGTTTTGACTTCTTCTTTACTACTAACTTTCAT ACGTGGTATAGGCACGACAGGTTCATCCTGATAAAAATCCAAATGACCCTCTAGCTGCAC AGAATTTTCAGGTAAGTCATTAATCTAACTTTTTTTTTGGTTAATTAGGAGATATTCCTT CTATTGGGTCAATAATTCTTGTTTCCTCCTCGGTTGCAGGTGTTGGGAGAGGCTTATCAG GTACTGAGCGATCCATCTCAACGGCAGGCTTATGATGCACATGGAAAATCAGGAATTTCA ACGTAATTTCTCTCTTGTATTATTGATAACCAGGACATTTGTATTTCTCCTAGTACAATT GATATTTGGTACCTGTATGTACATATAATTTGCTTGAATGTTCTTCTGTGTATTCACATG TTAATCAAACTTCTATGATTTGAATTGTTTTCAGAGATGCAATCATTGATCCTGCAGCAA TTTTTGCTATGCTTTTCGGAAGTGAACTTTTTGAGGAGTACATAGGTCAGCTTGCTATGG CATCAATGGCTTCATTGGATATTTTCACTGAAGGTGAAGATTTTGATGCTAGAAAGTTAC AAGAGAAAATGAGGGTACAGTTCATCTCCTTTTAGCATTTATAATTGTAAGAGTGTTACT TGAGAAAGTTGAATTCAGAACATTTTTATTGACTTTGTGTATATATGGGTAAAGCTTGCA AAAAGATAAAGAACTGAGAAGTAGCTTGAGAAATGGTTATAATGGCACCTAACTATATGC CTATGTATAAAAAATAACATTTATTTCCATGATATTATAAACTATGGCTTGTTAACCTTT GTTGTTGCTACTGTTCTGTTTCTTAACCACATTTTTCCTTTTCAAACCTTCTTTTAAAAT TGCTTTATTTGAGCTGAGGGTTAAACCTCTCTACTGCCTCCACAAGGTAGGGATAAAGTT TGCGTATACACCACCCTTCCCATACCCCGCTTGTGGCATTACACTGGGTATTGTCGTTAA CTTAATTAACCTAGAGTCCCACATGGTGCCTCATTCTTTTACTTTTAAAGCAAAAAAAAT TTCCCCAAAGGCCAAAAGAAGAGAGAGGCCCAGATATATAAATAAGAGATAGAAAACATG CATCTAGTTGTATAAATTAAGGGAAATCATTCAGATGATTTGGACATATCCATCAACCTT AGATAGCGTCAGATGCAACTGCTGATACAATAGGTAAGAATAGGGGAATCAGAAGAAATA ACAAGCCTTTTTTTCTTTATACATTGATTGTCAAGTAAAGAAGGATCGACGTGTGTAGTA GTGGGAATCTGCAGTGTGATTTTTTGGATCCAGGTTTTCATTGTCCGTACTACAATTTTT TCAGCTAGCTTATCTGTTGCTTGTTTGTTTTGTAGTACAGTTTGCTGGTTGAAGTTCTCA TAATAAGAGTTTACGCCTTGCAAGCTGTATTGCCTAAAAAAATCTGTGGGGGTAATTCTG TTGCTAGTGGGTGTATTCGACTTCAAGACAGCAGTGTTCTTTTATTTACTATTTGAATGA TACATTTACCTATTCCTCTAGTTATCAAGATGTTAATCATCGATATTACATTGTATGCTA TTCACAATGAATTGGATATTGATGTCACAACAATCTGTTTGAGCACTTTGCAGCTTTACA TCACAATGAGTTGGATCTCATATCAATTCATTAAAAAGATGCTAATATGCAGTCCAGTTT CAAAAAAAAGATGCTAATATGCAGTCATATGGTCTACCACTACTTGGCTGGAGCCTACTG TATTTCATAGAAGCTGTATCAGGATATGTATAAAATTAACTTCTTTCCTTCTTAATCTAA TACAGGTTGTTCAGAGGGAGAGGGAAGAAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.953 35162 35267 match_part 0.981 36520 36678 match_part 0.975 38845 39204 match_2 match_part 0.993 39758 40160 match_3 match_part 0.997 46855 47473 match_part 1.000 48397 48438 match_4 match_part 1.000 46856 47445 match_5 match_part 0.998 48540 49169 match_part 1.000 51908 51959 match_part 0.991 52228 52449 match_6 match_part 0.993 48705 49151 match_7 match_part 0.937 52703 53395 match_8 match_part 1.000 52775 53540 match_9 match_part 1.000 63617 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65241 match_10 match_part 0.964 63708 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65254 match_part 0.984 66435 66497 match_part 0.968 66599 66693 match_11 match_part 1.000 63764 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65254 match_part 1.000 66435 66497 match_part 1.000 66599 66736 match_12 match_part 0.927 63770 64015 match_part 0.936 65050 65096 match_part 0.925 65215 65254 match_part 0.937 66435 66497 match_part 0.942 66599 66736 match_part 0.937 67959 68117 match_part 0.968 68581 68611 match_13 match_part 0.924 63779 64015 match_part 0.979 65050 65096 match_part 0.975 65215 65254 match_part 0.968 66435 66497 match_part 0.978 66599 66736 match_part 0.969 67959 68022 match_14 match_part 0.924 63779 64015 match_15 match_part 1.000 67959 68117 match_part 1.000 68581 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 0.993 70048 70316 match_16 match_part 1.000 67959 68117 match_part 1.000 68581 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 1.000 70048 70099 match_17 match_part 1.000 68603 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71187 match_18 match_part 1.000 69662 69681 match_part 0.981 70048 70316 match_part 0.988 71006 71509 match_19 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.994 72200 72523 match_20 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.990 72200 72503 match_21 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.992 72200 72436 match_22 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 1.000 72200 72372 match_23 match_part 0.996 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 1.000 72200 72302 match_24 match_part 0.945 70244 70316 match_part 0.980 71006 71054 match_part 0.987 71128 71282 match_part 0.957 72200 72457 match_part 0.833 72554 72559 match_25 match_part 0.849 70244 70316 match_part 0.837 71006 71054 match_part 0.974 71128 71282 match_part 0.963 72200 72469 match_26 match_part 0.943 70247 70316 match_part 0.980 71006 71054 match_part 0.987 71128 71282 match_part 0.969 72200 72456 match_27 match_part 1.000 70301 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.988 72200 72707 match_28 match_part 0.800 71040 71054 match_part 0.916 71128 71282 match_part 0.894 72200 72634 match_29 match_part 1.000 71048 71054 match_part 1.000 71128 71282 match_part 0.989 72386 72565 match_30 match_part 1.000 71135 71282 match_part 0.998 72200 72635 match_31 match_part 0.993 71142 71282 match_part 0.934 72200 72699 match_32 match_part 0.984 71222 71282 match_part 0.936 72200 72698 match_33 match_part 0.919 78801 78973 match_part 1.000 79872 79903 match_part 0.989 79988 80172 match_part 0.992 80897 81017 match_part 1.000 81185 81204 match_34 match_part 1.000 78835 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 0.988 81735 81898 match_part 0.929 82539 82608 match_35 match_part 1.000 78841 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81335 match_36 match_part 1.000 78842 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80995 match_37 match_part 0.992 78842 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80983 match_38 match_part 0.942 78854 78973 match_part 1.000 79872 79903 match_part 0.989 79988 80172 match_part 0.992 80897 81017 match_part 0.982 81185 81355 match_39 match_part 0.942 78854 78973 match_part 1.000 79872 79903 match_part 0.989 79988 80172 match_part 0.975 80897 81017 match_part 0.974 81185 81301 match_40 match_part 0.933 78854 78973 match_part 1.000 79872 79903 match_part 0.977 79988 80117 match_41 match_part 0.983 78857 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80995 match_42 match_part 1.000 78863 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.994 81185 81358 match_part 1.000 81735 81898 match_part 0.986 82539 82607 match_43 match_part 1.000 78871 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.989 81185 81358 match_44 match_part 1.000 78872 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81284 match_45 match_part 0.960 78875 78973 match_part 1.000 79872 79903 match_part 0.984 79988 80172 match_part 0.992 80897 81017 match_part 0.983 81185 81358 match_part 0.973 81735 81882 match_46 match_part 0.899 78875 78973 match_part 0.938 79872 79903 match_part 0.924 79988 80172 match_part 0.983 80897 81017 match_part 0.926 81185 81305 match_47 match_part 0.929 78876 78973 match_part 1.000 79872 79903 match_part 0.989 79988 80172 match_part 0.992 80897 81017 match_part 0.983 81185 81358 match_part 0.969 81735 81830 match_48 match_part 1.000 78877 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.988 81185 81354 match_49 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 0.993 81735 81868 match_50 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81832 match_51 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81814 match_52 match_part 0.969 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81253 match_53 match_part 1.000 78879 78973 match_part 1.000 79872 79903 match_part 0.984 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81304 match_54 match_part 0.978 78881 78973 match_part 1.000 79872 79903 match_part 0.984 79988 80172 match_part 0.992 80897 81017 match_part 0.983 81185 81358 match_part 0.966 81735 81852 match_55 match_part 0.989 78881 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 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0.982 100601 100713 match_part 0.970 100806 100871 match_part 0.971 102131 102232 match_part 0.938 102331 102427 match_70 match_part 1.000 98128 98284 match_part 1.000 99963 100045 match_part 1.000 100144 100221 match_part 1.000 100601 100713 match_part 0.923 100806 100844 match_71 match_part 0.986 100152 100221 match_part 0.982 100601 100713 match_part 0.955 100806 100871 match_part 0.971 102131 102232 match_part 0.964 102331 102664 match_72 match_part 0.889 100660 100713 match_part 0.924 100806 100871 match_part 0.971 102131 102232 match_part 0.956 102331 102511 match_73 match_part 1.000 130312 130620 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_74 match_part 0.990 28388 27759 match_75 match_part 0.992 31112 30987 match_part 1.000 30808 30704 match_part 0.989 30546 30460 match_part 0.963 30389 30282 match_part 1.000 29885 29813 match_part 0.950 29733 29574 match_76 match_part 1.000 31519 31411 match_part 1.000 31334 31222 match_part 1.000 31109 30987 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107684 107249 match_158 match_part 1.000 108663 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 1.000 107976 107788 match_part 1.000 107684 107381 match_159 match_part 1.000 108156 108056 match_part 1.000 107976 107788 match_part 1.000 107684 107650 match_160 match_part 1.000 108857 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 0.989 107976 107884 match_161 match_part 1.000 109221 109034 match_part 1.000 108933 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108364 match_162 match_part 1.000 110438 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109767 match_part 1.000 109625 109559 match_part 1.000 109461 109332 match_part 0.991 109252 109034 match_part 1.000 108933 108890 match_163 match_part 1.000 110438 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109767 match_part 1.000 109625 109559 match_part 1.000 109461 109332 match_part 1.000 109252 109048 match_164 match_part 0.935 109408 109332 match_part 0.957 109252 109089 match_165 match_part 1.000 111510 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109777 match_166 match_part 1.000 110865 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109792 match_167 match_part 1.000 111564 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 0.964 110300 110245 match_part 1.000 110135 110129 match_168 match_part 1.000 110786 110748 match_part 0.959 110657 110584 match_part 1.000 110474 110433 match_169 match_part 1.000 112134 111490 match_part 1.000 110879 110748 match_part 0.973 110657 110584 match_part 1.000 110474 110453 match_170 match_part 1.000 111680 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110455 match_171 match_part 0.953 112119 111525 match_172 match_part 0.946 112110 111609 match_173 match_part 0.934 112119 111756 match_174 match_part 0.975 114212 113658 match_part 0.636 112906 112852 match_175 match_part 1.000 116451 116382 match_part 1.000 116237 116155 match_part 1.000 116017 115908 match_part 1.000 115283 115221 match_part 0.989 114212 113847 match_176 match_part 1.000 121255 121213 match_part 0.956 120459 120415 match_part 0.982 120013 119957 match_part 1.000 118379 118310 match_part 0.926 118030 117963 match_part 0.959 117835 117762 match_part 0.915 116452 116382 match_177 match_part 1.000 121440 121213 match_part 1.000 120459 120415 match_part 1.000 120013 119957 match_part 1.000 118379 118310 match_part 1.000 118004 117963 match_part 1.000 117835 117762 match_part 1.000 116452 116413 match_178 match_part 0.965 121441 121213 match_part 1.000 120459 120415 match_part 0.965 120013 119957 match_part 0.829 118379 118310 match_part 0.929 118004 117963 match_part 0.932 117835 117762 match_part 0.921 116452 116415 match_179 match_part 1.000 121473 121213 match_part 1.000 120459 120415 match_part 0.982 120013 119957 match_part 0.986 118379 118310 match_part 1.000 118004 117973 match_180 match_part 0.993 120006 119202 match_181 match_part 0.994 120006 119209 match_182 match_part 0.983 128579 128408 match_part 1.000 126580 126363 match_part 0.996 125222 124675 match_part 0.998 124310 123238 match_part 0.929 121802 121789 match_183 match_part 1.000 124346 123733 match_184 match_part 0.921 128521 128408 match_part 0.963 126580 126363 match_part 0.942 125222 124790 match_185 match_part 0.921 128521 128408 match_part 0.963 126580 126363 match_part 0.937 125222 124953 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 28388 27759 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 33282 33134 exon 32178 31983 exon 31781 31607 exon 31528 31411 exon 31334 31222 exon 31109 30987 exon 30808 30704 exon 30546 30460 exon 30389 30282 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 31112 30987 exon 30808 30704 exon 30546 30460 exon 30389 30282 exon 29885 29813 exon 29733 29574 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 35162 35267 exon 36520 36678 exon 38845 39204 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40894 exon 40484 40278 exon 40186 39761 exon 39371 39364 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40894 exon 40484 40278 exon 40186 39794 exon 39371 39332 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40278 exon 40186 39761 exon 39371 39364 gene_8 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40902 exon 40368 40278 exon 40186 39761 exon 39371 39364 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 39758 40160 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 46855 47473 exon 48397 48438 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 48540 49169 exon 51908 51959 exon 52228 52449 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 52703 53540 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62037 61896 exon 60916 60787 exon 60681 60604 exon 59653 59546 exon 58513 58451 exon 58335 58174 exon 57842 57598 exon 57420 57091 exon 56995 56831 exon 56682 55391 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 58637 58451 exon 58335 58174 exon 57842 57598 exon 57420 57091 exon 56995 56831 exon 56682 55417 gene_15 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 61067 61023 exon 60916 60787 exon 60681 60604 exon 59653 59546 exon 58513 58451 exon 58335 58174 exon 57842 57729 gene_16 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62025 61896 exon 60916 60787 exon 60681 60604 exon 58513 58451 exon 58335 58254 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72200 72707 gene_18 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72200 72457 exon 72554 72559 gene_19 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72386 72565 gene_20 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71509 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 76486 76370 exon 75685 75569 exon 75146 75000 exon 74911 74816 exon 74535 74440 exon 74350 74254 exon 74093 73976 exon 73535 73463 exon 73379 73067 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 78801 78973 exon 79872 79903 exon 79988 80172 exon 80897 81017 exon 81185 81358 exon 81735 81898 exon 82539 82626 exon 82730 82783 exon 83246 83578 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 83531 82926 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94324 94228 exon 94135 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89425 exon 89257 89236 exon 89138 89073 exon 88182 88126 exon 86873 86827 exon 86602 86521 exon 85232 85143 exon 84416 83909 gene_25 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94361 94228 exon 94138 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89425 exon 89257 89236 exon 89138 89073 exon 88182 88126 exon 86873 86827 exon 86602 86521 exon 85232 85143 exon 84416 83909 gene_26 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94324 94228 exon 94135 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89244 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 98122 98284 exon 99963 100045 exon 100144 100221 exon 100601 100713 exon 100806 100871 exon 102131 102232 exon 102331 102664 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 112134 111490 exon 110879 110748 exon 110657 110584 exon 110474 110405 exon 110300 110245 exon 110135 110064 exon 109861 109767 exon 109625 109559 exon 109461 109332 exon 109252 109034 exon 108933 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107249 exon 106682 106669 gene_29 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 112134 111490 exon 110879 110748 exon 110657 110584 exon 110474 110405 exon 110300 110245 exon 110135 110064 exon 109861 109767 exon 109625 109559 exon 109461 109332 exon 109252 109034 exon 108933 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107256 exon 106711 106667 gene_30 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 109014 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107153 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121473 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118004 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_32 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121255 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118030 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_33 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 120006 119202 gene_34 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 128579 128408 exon 126580 126363 exon 125222 124675 exon 124310 123238 exon 121802 121789 gene_35 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 124346 123733 gene_36 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 130312 130620 RepeatMasker tomato repeats master COPIO_I 4254 4352 1 COPIO_I 4254 4352 1 nucleotide_motif 233 27051 27144 Copia00175 2315 2549 1 Copia00175 2315 2549 1 nucleotide_motif 704 28629 28861 SINE_SO 1 171 1 SINE_SO 1 171 1 nucleotide_motif 687 33625 33794 SONATA2 32 156 1 SONATA2 32 156 1 nucleotide_motif 463 35441 35553 TS2 283 407 1 TS2 283 407 1 nucleotide_motif 467 59999 60122 Copia00151 10053 10174 1 Copia00151 10053 10174 1 nucleotide_motif 450 60295 60411 Unknown00030 1320 1383 1 Unknown00030 1320 1383 1 nucleotide_motif 234 93820 93883 Unknown00043 6987 7071 1 Unknown00043 6987 7071 1 nucleotide_motif 339 99687 99772 Copia00151 9566 9672 1 Copia00151 9566 9672 1 nucleotide_motif 226 117034 117145 GYPMET_I 4441 4611 1 GYPMET_I 4441 4611 1 nucleotide_motif 324 117169 117334 Copia00143 47 216 1 Copia00143 47 216 1 nucleotide_motif 407 117205 117356 Gypsy00073 1654 1704 1 Gypsy00073 1654 1704 1 nucleotide_motif 245 123046 123096 Copia00151 8217 8371 1 Copia00151 8217 8371 1 nucleotide_motif 542 129166 129318 TS2 518 651 1 TS2 518 651 1 nucleotide_motif 471 133254 133378 RepeatMasker tomato repeats master Unknown00043 6996 7070 -1 Unknown00043 6996 7070 -1 nucleotide_motif 235 25712 25630 Unknown00043 6984 7074 -1 Unknown00043 6984 7074 -1 nucleotide_motif 300 25867 25769 Unknown00025 1022 1077 -1 Unknown00025 1022 1077 -1 nucleotide_motif 234 79800 79743 POTTEN2 1 127 -1 POTTEN2 1 127 -1 nucleotide_motif 353 96848 96721 Copia00151 10065 10143 -1 Copia00151 10065 10143 -1 nucleotide_motif 283 96936 96859 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 456 53621 53874 match_2 match 674 53889 54312 match_3 match 1279 39669 40329 match_4 match 1007 26197 26728 match_5 match 299 25949 26106 match_6 match 589 123987 124299 match_7 match 252 121999 122125 match_8 match 287 121512 121656 match_9 match 706 33650 34005 match_10 match 638 30957 31289 match_11 match 882 21123 21676 match_12 match 287 61040 61192 match_13 match 480 61207 61485 match_14 match 436 28977 29196 match_15 match 1063 29266 29801 match_16 match 1033 35988 36543 match_17 match 1098 104133 104710 match_18 match 848 4321 4802 match_19 match 712 117093 117470 match_20 match 1405 3871 4677 match_21 match 959 4149 4677 match_22 match 1037 88429 88966 match_23 match 1130 86066 86696 match_24 match 1330 40366 41052 match_25 match 1415 57161 57874 match_26 match 1009 71596 72116 match_27 match 876 76910 77384 match_28 match 474 77425 77667 match_29 match 1229 57245 57880 match_30 match 1360 59182 59883 match_31 match 1380 59023 59730 match_32 match 339 122411 122611 match_33 match 1429 39608 40332 match_34 match 898 58158 58634 match_35 match 791 24504 24902 match_36 match 1505 74217 74996 match_37 match 946 133081 133596 match_38 match 1136 90555 91151 match_39 match 864 118480 118963 match_40 match 1281 59093 59765 match_41 match 1312 59079 59759 match_42 match 311 77425 77581 match_43 match 926 76885 77384 match_44 match 1124 74308 74907 match_45 match 605 61882 62186 match_46 match 1007 29451 29958 match_47 match 1134 96033 96604 match_48 match 264 61207 61339 match_49 match 795 60792 61192 match_50 match 1265 35738 36375 match_51 match 1015 71865 72376 match_52 match 1162 95662 96247 match_53 match 680 58471 58813 match_54 match 1191 74305 74926 match_55 match 1041 108896 109420 match_56 match 490 84415 84682 match_57 match 1247 104415 105043 match_58 match 1037 1227 1821 match_59 match 305 16375 16528 match_60 match 920 15851 16356 match_61 match 1356 50496 51179 match_62 match 1358 123950 124634 match_63 match 1292 87169 87820 match_64 match 769 80117 80504 match_65 match 1055 120604 121165 match_66 match 539 96994 97313 match_67 match 620 15099 15435 match_68 match 280 54622 54762 match_69 match 355 54896 55074 match_70 match 1088 92959 93507 match_71 match 1398 115161 115865 match_72 match 264 77425 77557 match_73 match 795 76963 77384 match_74 match 1130 112908 113498 match_75 match 771 124628 125016 match_76 match 690 72964 73363 match_77 match 769 104582 104973 match_78 match 398 126580 126780 match_79 match 410 126837 127050 match_80 match 343 126837 127009 match_81 match 478 126540 126780 match_82 match 456 126551 126780 match_83 match 702 126837 127190 match_84 match 1195 16391 16993 match_85 match 1072 124495 125035 match_86 match 575 112361 112650 match_87 match 620 111912 112224 match_88 match 771 107619 108032 match_89 match 1179 109265 109891 match_90 match 858 39979 40411 match_91 match 1376 81271 81976 match_92 match 1263 9419 10097 match_93 match 1074 72824 73410 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.993 39758 40160 match_2 match_part 0.997 46855 47473 match_part 1.000 48397 48438 match_3 match_part 1.000 46856 47445 match_4 match_part 0.998 48540 49169 match_part 1.000 51908 51959 match_part 0.991 52228 52449 match_5 match_part 0.993 48705 49151 match_6 match_part 1.000 52775 53540 match_7 match_part 1.000 63617 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65241 match_8 match_part 0.964 63708 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65254 match_part 0.984 66435 66497 match_part 0.968 66599 66693 match_9 match_part 1.000 63764 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65254 match_part 1.000 66435 66497 match_part 1.000 66599 66736 match_10 match_part 1.000 67959 68117 match_part 1.000 68581 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 0.993 70048 70316 match_11 match_part 1.000 67959 68117 match_part 1.000 68581 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 1.000 70048 70099 match_12 match_part 1.000 68603 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71187 match_13 match_part 1.000 69662 69681 match_part 0.981 70048 70316 match_part 0.988 71006 71509 match_14 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.994 72200 72523 match_15 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.990 72200 72503 match_16 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.992 72200 72436 match_17 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 1.000 72200 72372 match_18 match_part 0.996 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 1.000 72200 72302 match_19 match_part 1.000 70301 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 0.988 72200 72707 match_20 match_part 1.000 71048 71054 match_part 1.000 71128 71282 match_part 0.989 72386 72565 match_21 match_part 1.000 71135 71282 match_part 0.998 72200 72635 match_22 match_part 1.000 78835 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 0.988 81735 81898 match_part 0.929 82539 82608 match_23 match_part 1.000 78841 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81335 match_24 match_part 1.000 78842 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80995 match_25 match_part 0.992 78842 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80983 match_26 match_part 0.983 78857 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 80995 match_27 match_part 1.000 78863 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.994 81185 81358 match_part 1.000 81735 81898 match_part 0.986 82539 82607 match_28 match_part 1.000 78871 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.989 81185 81358 match_29 match_part 1.000 78872 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81284 match_30 match_part 1.000 78877 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 0.988 81185 81354 match_31 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 0.993 81735 81868 match_32 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81832 match_33 match_part 1.000 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81814 match_34 match_part 0.969 78878 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81253 match_35 match_part 1.000 78879 78973 match_part 1.000 79872 79903 match_part 0.984 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81304 match_36 match_part 0.989 78881 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81232 match_37 match_part 0.952 78890 78973 match_part 0.875 79872 79903 match_part 1.000 79988 80172 match_part 0.983 80897 81017 match_part 0.989 81185 81358 match_part 0.994 81735 81898 match_part 0.989 82539 82626 match_part 0.981 82730 82783 match_part 0.979 83246 83482 match_38 match_part 1.000 79879 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 0.972 83246 83354 match_39 match_part 1.000 80153 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81844 match_40 match_part 1.000 81270 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 0.978 83246 83563 match_41 match_part 1.000 81277 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 0.978 83246 83563 match_42 match_part 1.000 81318 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 0.974 83246 83322 match_43 match_part 1.000 81319 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 1.000 83246 83506 match_44 match_part 0.976 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 1.000 83246 83554 match_45 match_part 0.947 82552 82626 match_part 0.981 82730 82783 match_part 0.997 83246 83554 match_46 match_part 0.862 82598 82626 match_part 0.944 82730 82783 match_part 1.000 83246 83578 match_47 match_part 0.971 83256 83563 match_48 match_part 1.000 98128 98284 match_part 1.000 99963 100045 match_part 1.000 100144 100221 match_part 1.000 100601 100713 match_part 0.923 100806 100844 match_49 match_part 1.000 130312 130620 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_50 match_part 0.990 28388 27759 match_51 match_part 1.000 31519 31411 match_part 1.000 31334 31222 match_part 1.000 31109 30987 match_part 1.000 30808 30704 match_part 1.000 30546 30460 match_part 0.963 30389 30282 match_52 match_part 1.000 33282 33134 match_part 1.000 32178 31983 match_part 1.000 31781 31607 match_part 1.000 31528 31411 match_part 1.000 31334 31222 match_part 1.000 31109 30991 match_53 match_part 1.000 40962 40894 match_part 1.000 40484 40278 match_part 0.997 40186 39794 match_part 0.475 39371 39332 match_54 match_part 0.990 40179 39761 match_part 0.750 39371 39364 match_55 match_part 0.990 40149 39761 match_part 0.750 39371 39364 match_56 match_part 1.000 40950 40894 match_part 1.000 40484 40278 match_part 0.998 40186 39761 match_57 match_part 1.000 40950 40894 match_part 1.000 40484 40278 match_part 0.998 40186 39761 match_58 match_part 0.986 40487 40278 match_part 0.998 40186 39761 match_59 match_part 1.000 40443 40278 match_part 0.998 40186 39761 match_60 match_part 0.990 41086 40894 match_part 1.000 40484 40278 match_part 1.000 40186 39768 match_61 match_part 0.931 40306 40278 match_part 1.000 40186 39768 match_62 match_part 1.000 40484 40278 match_part 0.993 40186 39781 match_63 match_part 1.000 40484 40278 match_part 1.000 40186 39849 match_64 match_part 1.000 40357 40278 match_part 0.997 40186 39851 match_65 match_part 1.000 40357 40278 match_part 1.000 40186 39855 match_66 match_part 0.990 40991 40894 match_part 1.000 40484 40278 match_part 0.975 40186 39863 match_67 match_part 1.000 41871 41757 match_part 1.000 41381 41333 match_part 0.995 41103 40894 match_part 1.000 40484 40278 match_part 1.000 40186 39948 match_68 match_part 1.000 40992 40894 match_part 0.995 40484 40278 match_part 1.000 40186 39968 match_69 match_part 1.000 41935 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40902 match_part 1.000 40368 40278 match_part 0.994 40186 40017 match_70 match_part 0.911 41835 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40278 match_part 1.000 40186 40028 match_71 match_part 1.000 41920 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40278 match_part 0.947 40186 40055 match_72 match_part 1.000 41374 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40278 match_part 1.000 40186 40096 match_73 match_part 0.975 40757 40278 match_part 1.000 40186 40129 match_74 match_part 0.999 41081 40291 match_75 match_part 1.000 41847 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40355 match_76 match_part 1.000 43318 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40363 match_77 match_part 1.000 41819 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40389 match_78 match_part 1.000 41819 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40389 match_79 match_part 1.000 42106 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40395 match_80 match_part 1.000 41080 40442 match_81 match_part 1.000 43344 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 0.995 41103 40899 match_82 match_part 1.000 44908 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 0.935 41103 41073 match_83 match_part 1.000 43393 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 1.000 41103 41095 match_84 match_part 0.995 45050 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 0.977 42141 42056 match_part 1.000 41956 41862 match_85 match_part 1.000 45060 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41905 match_86 match_part 1.000 45061 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_87 match_part 1.000 45048 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42067 match_88 match_part 1.000 45026 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42080 match_89 match_part 1.000 44992 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43114 match_90 match_part 1.000 45044 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43143 match_91 match_part 0.972 62037 61896 match_part 0.946 60916 60787 match_part 1.000 60681 60604 match_part 1.000 59653 59546 match_part 1.000 58513 58451 match_part 0.988 58335 58174 match_part 0.976 57842 57598 match_part 0.997 57420 57091 match_part 0.982 56995 56831 match_part 0.976 56682 55391 match_92 match_part 1.000 56198 55417 match_93 match_part 1.000 56585 55670 match_94 match_part 1.000 56585 55671 match_95 match_part 0.964 57118 57091 match_part 0.982 56995 56831 match_part 0.974 56682 56448 match_96 match_part 1.000 58637 58451 match_part 1.000 58335 58174 match_part 0.992 57842 57598 match_part 0.907 57420 57378 match_97 match_part 0.909 59622 59546 match_part 0.984 58513 58451 match_part 1.000 58335 58174 match_part 1.000 57842 57794 match_98 match_part 0.909 59622 59546 match_part 0.968 58513 58451 match_part 1.000 58335 58195 match_99 match_part 0.954 62025 61896 match_part 0.938 60916 60787 match_part 0.974 60681 60604 match_part 1.000 58513 58451 match_part 0.988 58335 58254 match_100 match_part 0.972 62036 61896 match_part 0.946 60916 60787 match_part 1.000 60681 60604 match_part 1.000 59653 59546 match_part 1.000 58513 58451 match_part 1.000 58335 58292 match_101 match_part 1.000 74308 74254 match_part 1.000 74093 73976 match_part 1.000 73535 73463 match_part 1.000 73379 73067 match_102 match_part 1.000 74904 74816 match_part 1.000 74535 74440 match_part 1.000 74350 74254 match_part 1.000 74093 73976 match_part 1.000 73535 73463 match_part 1.000 73379 73105 match_103 match_part 0.957 83531 82926 match_104 match_part 0.882 89441 89425 match_part 1.000 89257 89236 match_part 1.000 89138 89073 match_part 1.000 88182 88126 match_part 1.000 86873 86827 match_part 1.000 86602 86521 match_part 1.000 85232 85143 match_part 0.996 84416 83909 match_105 match_part 1.000 94361 94228 match_part 1.000 94138 93995 match_part 0.989 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90898 match_part 1.000 89843 89772 match_part 1.000 89537 89425 match_part 0.955 89257 89236 match_part 1.000 89138 89073 match_part 1.000 88182 88126 match_part 1.000 86873 86827 match_part 1.000 86602 86521 match_part 0.989 85232 85143 match_part 1.000 84416 84048 match_106 match_part 1.000 89133 89073 match_part 1.000 88182 88126 match_part 1.000 86873 86827 match_part 1.000 86602 86521 match_part 1.000 85232 85143 match_part 1.000 84416 84186 match_107 match_part 1.000 94324 94228 match_part 1.000 94135 93995 match_part 1.000 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90898 match_part 1.000 89843 89772 match_part 0.980 89537 89440 match_108 match_part 1.000 94325 94228 match_part 1.000 94138 93995 match_part 1.000 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90898 match_part 0.986 89843 89774 match_109 match_part 1.000 94323 94228 match_part 1.000 94135 93995 match_part 1.000 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90917 match_110 match_part 0.947 94360 94228 match_part 0.993 94138 93995 match_part 0.989 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91128 match_111 match_part 0.976 94118 93995 match_part 0.955 92661 92574 match_part 0.976 91505 91464 match_part 0.944 91192 91157 match_112 match_part 0.979 94323 94228 match_part 0.972 94135 93995 match_part 0.955 92661 92574 match_part 1.000 91505 91464 match_part 0.941 91192 91176 match_113 match_part 1.000 107819 107788 match_part 1.000 107684 107256 match_part 0.556 106711 106667 match_114 match_part 1.000 107964 107788 match_part 0.998 107684 107249 match_part 0.714 106682 106669 match_115 match_part 0.973 109014 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 1.000 107976 107788 match_part 0.977 107684 107153 match_116 match_part 1.000 108663 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 1.000 107976 107788 match_part 1.000 107684 107381 match_117 match_part 1.000 108156 108056 match_part 1.000 107976 107788 match_part 1.000 107684 107650 match_118 match_part 1.000 108857 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 0.989 107976 107884 match_119 match_part 1.000 109221 109034 match_part 1.000 108933 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108364 match_120 match_part 1.000 110438 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109767 match_part 1.000 109625 109559 match_part 1.000 109461 109332 match_part 0.991 109252 109034 match_part 1.000 108933 108890 match_121 match_part 1.000 110438 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109767 match_part 1.000 109625 109559 match_part 1.000 109461 109332 match_part 1.000 109252 109048 match_122 match_part 1.000 111510 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109777 match_123 match_part 1.000 110865 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109792 match_124 match_part 1.000 111564 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 0.964 110300 110245 match_part 1.000 110135 110129 match_125 match_part 1.000 110786 110748 match_part 0.959 110657 110584 match_part 1.000 110474 110433 match_126 match_part 1.000 112134 111490 match_part 1.000 110879 110748 match_part 0.973 110657 110584 match_part 1.000 110474 110453 match_127 match_part 1.000 111680 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110455 match_128 match_part 0.975 114212 113658 match_part 0.636 112906 112852 match_129 match_part 1.000 116451 116382 match_part 1.000 116237 116155 match_part 1.000 116017 115908 match_part 1.000 115283 115221 match_part 0.989 114212 113847 match_130 match_part 1.000 121255 121213 match_part 0.956 120459 120415 match_part 0.982 120013 119957 match_part 1.000 118379 118310 match_part 0.926 118030 117963 match_part 0.959 117835 117762 match_part 0.915 116452 116382 match_131 match_part 1.000 121440 121213 match_part 1.000 120459 120415 match_part 1.000 120013 119957 match_part 1.000 118379 118310 match_part 1.000 118004 117963 match_part 1.000 117835 117762 match_part 1.000 116452 116413 match_132 match_part 0.965 121441 121213 match_part 1.000 120459 120415 match_part 0.965 120013 119957 match_part 0.829 118379 118310 match_part 0.929 118004 117963 match_part 0.932 117835 117762 match_part 0.921 116452 116415 match_133 match_part 1.000 121473 121213 match_part 1.000 120459 120415 match_part 0.982 120013 119957 match_part 0.986 118379 118310 match_part 1.000 118004 117973 match_134 match_part 0.993 120006 119202 match_135 match_part 0.994 120006 119209 match_136 match_part 0.983 128579 128408 match_part 1.000 126580 126363 match_part 0.996 125222 124675 match_part 0.998 124310 123238 match_part 0.929 121802 121789 match_137 match_part 1.000 124346 123733 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 28388 27759 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 33282 33134 exon 32178 31983 exon 31781 31607 exon 31528 31411 exon 31334 31222 exon 31109 30987 exon 30808 30704 exon 30546 30460 exon 30389 30282 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40894 exon 40484 40278 exon 40186 39761 exon 39371 39364 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40894 exon 40484 40278 exon 40186 39794 exon 39371 39332 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40278 exon 40186 39761 exon 39371 39364 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40902 exon 40368 40278 exon 40186 39761 exon 39371 39364 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 39758 40160 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 46855 47473 exon 48397 48438 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 48540 49169 exon 51908 51959 exon 52228 52449 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 52775 53540 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62037 61896 exon 60916 60787 exon 60681 60604 exon 59653 59546 exon 58513 58451 exon 58335 58174 exon 57842 57598 exon 57420 57091 exon 56995 56831 exon 56682 55391 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 58637 58451 exon 58335 58174 exon 57842 57598 exon 57420 57378 gene_13 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62025 61896 exon 60916 60787 exon 60681 60604 exon 58513 58451 exon 58335 58254 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72200 72707 gene_16 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72386 72565 gene_17 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71509 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 74904 74816 exon 74535 74440 exon 74350 74254 exon 74093 73976 exon 73535 73463 exon 73379 73067 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 78835 78973 exon 79872 79903 exon 79988 80172 exon 80897 81017 exon 81185 81358 exon 81735 81898 exon 82539 82626 exon 82730 82783 exon 83246 83578 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 83531 82926 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94324 94228 exon 94135 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89425 exon 89257 89236 exon 89138 89073 exon 88182 88126 exon 86873 86827 exon 86602 86521 exon 85232 85143 exon 84416 83909 gene_22 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94361 94228 exon 94138 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89425 exon 89257 89236 exon 89138 89073 exon 88182 88126 exon 86873 86827 exon 86602 86521 exon 85232 85143 exon 84416 83909 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 98128 98284 exon 99963 100045 exon 100144 100221 exon 100601 100713 exon 100806 100844 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 112134 111490 exon 110879 110748 exon 110657 110584 exon 110474 110405 exon 110300 110245 exon 110135 110064 exon 109861 109767 exon 109625 109559 exon 109461 109332 exon 109252 109034 exon 108933 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107249 exon 106682 106669 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 112134 111490 exon 110879 110748 exon 110657 110584 exon 110474 110405 exon 110300 110245 exon 110135 110064 exon 109861 109767 exon 109625 109559 exon 109461 109332 exon 109252 109034 exon 108933 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107256 exon 106711 106667 gene_26 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 109014 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107153 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121473 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118004 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_28 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121255 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118030 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_29 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 120006 119202 gene_30 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 128579 128408 exon 126580 126363 exon 125222 124675 exon 124310 123238 exon 121802 121789 gene_31 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 124346 123733 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 130312 130620 AUGUSTUS_tom_cdna de novo gene_1 gene 1 47285 53382 transcript_1 transcript 47285 53382 start_codon_1 start_codon 47285 47287 CDS_1 CDS 47285 47473 CDS_2 CDS 48397 49169 CDS_3 CDS 51908 51959 CDS_4 CDS 52228 53382 stop_codon_1 stop_codon 53380 53382 gene_2 gene 1 63914 72382 transcript_2 transcript 63914 72382 start_codon_2 start_codon 63914 63916 CDS_5 CDS 63914 64015 CDS_6 CDS 65050 65096 CDS_7 CDS 65215 65254 CDS_8 CDS 66435 66497 CDS_9 CDS 66599 66736 CDS_10 CDS 67959 68117 CDS_11 CDS 68581 68634 CDS_12 CDS 69227 69295 CDS_13 CDS 69552 69681 CDS_14 CDS 70048 70316 CDS_15 CDS 71006 71054 CDS_16 CDS 71128 71282 CDS_17 CDS 72200 72382 stop_codon_2 stop_codon 72380 72382 gene_3 gene 1 77661 80030 transcript_3 transcript 77661 80030 start_codon_3 start_codon 77661 77663 CDS_18 CDS 77661 77670 CDS_19 CDS 77936 78107 CDS_20 CDS 78835 78973 CDS_21 CDS 79872 79903 CDS_22 CDS 79988 80030 stop_codon_3 stop_codon 80028 80030 gene_4 gene 1 80150 83335 transcript_4 transcript 80150 83335 start_codon_4 start_codon 80150 80152 CDS_23 CDS 80150 80172 CDS_24 CDS 80897 81017 CDS_25 CDS 81185 81358 CDS_26 CDS 81735 81898 CDS_27 CDS 82539 82626 CDS_28 CDS 82730 82783 CDS_29 CDS 83246 83335 stop_codon_4 stop_codon 83333 83335 gene_5 gene 1 98205 102894 transcript_5 transcript 98205 102894 start_codon_5 start_codon 98205 98207 CDS_30 CDS 98205 98284 CDS_31 CDS 99963 100045 CDS_32 CDS 100144 100221 CDS_33 CDS 100601 100713 CDS_34 CDS 100806 100871 CDS_35 CDS 102131 102232 CDS_36 CDS 102331 102894 stop_codon_5 stop_codon 102892 102894 AUGUSTUS_tom_cdna de novo gene_6 gene 1 28312 27926 transcript_6 transcript 28312 27926 stop_codon_6 stop_codon 27928 27926 CDS_37 CDS 28312 27926 start_codon_6 start_codon 28312 28310 gene_7 gene 1 33140 29459 transcript_7 transcript 33140 29459 stop_codon_7 stop_codon 29461 29459 CDS_38 CDS 29733 29459 CDS_39 CDS 29885 29813 CDS_40 CDS 30389 30282 CDS_41 CDS 30546 30460 CDS_42 CDS 30808 30704 CDS_43 CDS 31109 30987 CDS_44 CDS 31334 31222 CDS_45 CDS 31528 31411 CDS_46 CDS 31781 31607 CDS_47 CDS 32178 31983 CDS_48 CDS 33140 33134 start_codon_7 start_codon 33140 33138 gene_8 gene 1 45053 40004 transcript_8 transcript 45053 40004 stop_codon_8 stop_codon 40006 40004 CDS_49 CDS 40186 40004 CDS_50 CDS 40484 40278 CDS_51 CDS 41103 40894 CDS_52 CDS 41381 41333 CDS_53 CDS 41956 41757 CDS_54 CDS 42141 42056 CDS_55 CDS 43241 43085 CDS_56 CDS 43479 43315 CDS_57 CDS 45053 44868 start_codon_8 start_codon 45053 45051 gene_9 gene 1 60912 56071 transcript_9 transcript 60912 56071 stop_codon_9 stop_codon 56073 56071 CDS_58 CDS 56682 56071 CDS_59 CDS 56995 56831 CDS_60 CDS 57420 57091 CDS_61 CDS 57660 57598 CDS_62 CDS 57842 57729 CDS_63 CDS 58335 58174 CDS_64 CDS 58513 58451 CDS_65 CDS 59653 59546 CDS_66 CDS 60912 60787 start_codon_9 start_codon 60912 60910 gene_10 gene 1 76411 73278 transcript_10 transcript 76411 73278 stop_codon_10 stop_codon 73280 73278 CDS_67 CDS 73379 73278 CDS_68 CDS 73535 73463 CDS_69 CDS 74093 73976 CDS_70 CDS 74350 74254 CDS_71 CDS 74535 74440 CDS_72 CDS 74911 74816 CDS_73 CDS 76411 76370 start_codon_10 start_codon 76411 76409 gene_11 gene 2 98140 84282 transcript_11 transcript 94265 84282 stop_codon_11 stop_codon 84284 84282 CDS_74 CDS 84416 84282 CDS_75 CDS 85232 85143 CDS_76 CDS 86602 86521 CDS_77 CDS 86873 86827 CDS_78 CDS 88182 88126 CDS_79 CDS 89138 89073 CDS_80 CDS 89257 89236 CDS_81 CDS 89537 89425 CDS_82 CDS 89843 89772 CDS_83 CDS 91020 90898 CDS_84 CDS 91192 91103 CDS_85 CDS 91505 91464 CDS_86 CDS 92661 92574 CDS_87 CDS 94138 93995 CDS_88 CDS 94265 94228 start_codon_11 start_codon 94265 94263 transcript_12 transcript 98140 84282 stop_codon_12 stop_codon 84284 84282 CDS_89 CDS 84416 84282 CDS_90 CDS 85232 85143 CDS_91 CDS 86602 86521 CDS_92 CDS 86873 86827 CDS_93 CDS 88182 88126 CDS_94 CDS 89138 89073 CDS_95 CDS 89257 89236 CDS_96 CDS 89537 89425 CDS_97 CDS 89843 89772 CDS_98 CDS 91020 90898 CDS_99 CDS 91192 91103 CDS_100 CDS 91505 91464 CDS_101 CDS 92661 92574 CDS_102 CDS 94135 93995 CDS_103 CDS 94327 94228 CDS_104 CDS 97108 96998 CDS_105 CDS 98140 98092 start_codon_12 start_codon 98140 98138 gene_12 gene 1 111885 107625 transcript_13 transcript 111885 107625 stop_codon_13 stop_codon 107627 107625 CDS_106 CDS 107684 107625 CDS_107 CDS 107976 107788 CDS_108 CDS 108213 108056 CDS_109 CDS 108399 108309 CDS_110 CDS 108723 108549 CDS_111 CDS 108933 108791 CDS_112 CDS 109252 109034 CDS_113 CDS 109461 109332 CDS_114 CDS 109625 109559 CDS_115 CDS 109861 109767 CDS_116 CDS 110135 110064 CDS_117 CDS 110300 110245 CDS_118 CDS 110474 110405 CDS_119 CDS 110657 110584 CDS_120 CDS 110879 110748 CDS_121 CDS 111885 111490 start_codon_13 start_codon 111885 111883 gene_13 gene 1 121410 115221 transcript_14 transcript 121410 115221 stop_codon_14 stop_codon 115223 115221 CDS_122 CDS 115283 115221 CDS_123 CDS 116017 115908 CDS_124 CDS 116237 116155 CDS_125 CDS 116452 116382 CDS_126 CDS 117835 117762 CDS_127 CDS 118004 117963 CDS_128 CDS 118379 118310 CDS_129 CDS 120013 119957 CDS_130 CDS 120459 120415 CDS_131 CDS 121410 121213 start_codon_14 start_codon 121410 121408 gene_14 gene 1 128483 123455 transcript_15 transcript 128483 123455 stop_codon_15 stop_codon 123457 123455 CDS_132 CDS 124310 123455 CDS_133 CDS 125222 124675 CDS_134 CDS 126580 126363 CDS_135 CDS 128483 128408 start_codon_15 start_codon 128483 128481 AUGUSTUS_ab_initio de novo gene_1 gene 1 48736 53382 transcript_1 transcript 48736 53382 start_codon_1 start_codon 48736 48738 CDS_1 CDS 48736 49169 CDS_2 CDS 51908 51959 CDS_3 CDS 52228 53382 stop_codon_1 stop_codon 53380 53382 gene_2 gene 1 69119 78963 transcript_2 transcript 69119 78963 start_codon_2 start_codon 69119 69121 CDS_4 CDS 69119 69295 CDS_5 CDS 69552 69651 CDS_6 CDS 70048 70316 CDS_7 CDS 71006 71054 CDS_8 CDS 71128 71282 CDS_9 CDS 78835 78963 stop_codon_2 stop_codon 78961 78963 gene_3 gene 1 79895 102894 transcript_3 transcript 79895 102894 start_codon_3 start_codon 79895 79897 CDS_10 CDS 79895 79903 CDS_11 CDS 79988 80172 CDS_12 CDS 80897 81017 CDS_13 CDS 81185 81358 CDS_14 CDS 102131 102232 CDS_15 CDS 102331 102894 stop_codon_3 stop_codon 102892 102894 AUGUSTUS_ab_initio de novo gene_4 gene 1 28312 27926 transcript_4 transcript 28312 27926 stop_codon_4 stop_codon 27928 27926 CDS_16 CDS 28312 27926 start_codon_4 start_codon 28312 28310 gene_5 gene 1 45053 29459 transcript_5 transcript 45053 29459 stop_codon_5 stop_codon 29461 29459 CDS_17 CDS 29733 29459 CDS_18 CDS 29885 29813 CDS_19 CDS 30808 30704 CDS_20 CDS 31109 30987 CDS_21 CDS 31334 31222 CDS_22 CDS 31528 31411 CDS_23 CDS 31781 31607 CDS_24 CDS 32178 31983 CDS_25 CDS 38991 38929 CDS_26 CDS 39269 39153 CDS_27 CDS 40484 40319 CDS_28 CDS 41103 40894 CDS_29 CDS 43110 43085 CDS_30 CDS 43479 43344 CDS_31 CDS 45053 44868 start_codon_5 start_codon 45053 45051 gene_6 gene 1 60912 55754 transcript_6 transcript 60912 55754 stop_codon_6 stop_codon 55756 55754 CDS_32 CDS 55960 55754 CDS_33 CDS 56682 56503 CDS_34 CDS 56995 56831 CDS_35 CDS 57420 57091 CDS_36 CDS 57842 57729 CDS_37 CDS 58335 58174 CDS_38 CDS 58513 58451 CDS_39 CDS 59653 59546 CDS_40 CDS 60912 60787 start_codon_6 start_codon 60912 60910 gene_7 gene 1 111885 105696 transcript_7 transcript 111885 105696 stop_codon_7 stop_codon 105698 105696 CDS_41 CDS 105761 105696 CDS_42 CDS 106086 105942 CDS_43 CDS 108933 108791 CDS_44 CDS 109252 109034 CDS_45 CDS 109558 109455 CDS_46 CDS 109861 109767 CDS_47 CDS 110135 110064 CDS_48 CDS 110474 110405 CDS_49 CDS 111885 111555 start_codon_7 start_codon 111885 111883 gene_8 gene 1 124105 123455 transcript_8 transcript 124105 123455 stop_codon_8 stop_codon 123457 123455 CDS_50 CDS 123546 123455 CDS_51 CDS 124105 123685 start_codon_8 start_codon 124105 124103 AUGUSTUS_tom_ugs de novo gene_1 gene 1 47285 53382 transcript_1 transcript 47285 53382 start_codon_1 start_codon 47285 47287 CDS_1 CDS 47285 47473 CDS_2 CDS 48397 49169 CDS_3 CDS 51908 51959 CDS_4 CDS 52228 53382 stop_codon_1 stop_codon 53380 53382 gene_2 gene 2 63914 72382 transcript_2 transcript 63914 72382 start_codon_2 start_codon 63914 63916 CDS_5 CDS 63914 64015 CDS_6 CDS 65050 65096 CDS_7 CDS 65215 65254 CDS_8 CDS 66435 66497 CDS_9 CDS 66599 66736 CDS_10 CDS 67959 68117 CDS_11 CDS 68581 68634 CDS_12 CDS 69227 69295 CDS_13 CDS 69552 69681 CDS_14 CDS 70048 70316 CDS_15 CDS 71006 71054 CDS_16 CDS 71128 71282 CDS_17 CDS 72200 72382 stop_codon_2 stop_codon 72380 72382 transcript_3 transcript 63914 72382 start_codon_3 start_codon 63914 63916 CDS_18 CDS 63914 64015 CDS_19 CDS 65050 65096 CDS_20 CDS 65215 65254 CDS_21 CDS 66435 66497 CDS_22 CDS 66599 66736 CDS_23 CDS 69552 69681 CDS_24 CDS 70048 70316 CDS_25 CDS 71006 71054 CDS_26 CDS 71128 71282 CDS_27 CDS 72200 72382 stop_codon_3 stop_codon 72380 72382 gene_3 gene 1 79895 83335 transcript_4 transcript 79895 83335 start_codon_4 start_codon 79895 79897 CDS_28 CDS 79895 79903 CDS_29 CDS 79988 80172 CDS_30 CDS 80897 81017 CDS_31 CDS 81185 81358 CDS_32 CDS 81735 81898 CDS_33 CDS 82539 82626 CDS_34 CDS 82730 82783 CDS_35 CDS 83246 83335 stop_codon_4 stop_codon 83333 83335 gene_4 gene 1 98166 102894 transcript_5 transcript 98166 102894 start_codon_5 start_codon 98166 98168 CDS_36 CDS 98166 98284 CDS_37 CDS 99963 100045 CDS_38 CDS 100144 100221 CDS_39 CDS 100601 100713 CDS_40 CDS 100806 100871 CDS_41 CDS 102131 102232 CDS_42 CDS 102331 102894 stop_codon_5 stop_codon 102892 102894 AUGUSTUS_tom_ugs de novo gene_5 gene 1 28312 27926 transcript_6 transcript 28312 27926 stop_codon_6 stop_codon 27928 27926 CDS_43 CDS 28312 27926 start_codon_6 start_codon 28312 28310 gene_6 gene 1 33140 29459 transcript_7 transcript 33140 29459 stop_codon_7 stop_codon 29461 29459 CDS_44 CDS 29733 29459 CDS_45 CDS 29885 29813 CDS_46 CDS 30389 30282 CDS_47 CDS 30546 30460 CDS_48 CDS 30808 30704 CDS_49 CDS 31109 30987 CDS_50 CDS 31334 31222 CDS_51 CDS 31528 31411 CDS_52 CDS 31781 31607 CDS_53 CDS 32178 31983 CDS_54 CDS 33140 33134 start_codon_7 start_codon 33140 33138 gene_7 gene 1 45053 40004 transcript_8 transcript 45053 40004 stop_codon_8 stop_codon 40006 40004 CDS_55 CDS 40186 40004 CDS_56 CDS 40484 40278 CDS_57 CDS 41103 40894 CDS_58 CDS 41381 41333 CDS_59 CDS 41956 41757 CDS_60 CDS 42141 42056 CDS_61 CDS 43241 43085 CDS_62 CDS 43479 43315 CDS_63 CDS 45053 44868 start_codon_8 start_codon 45053 45051 gene_8 gene 1 60912 55754 transcript_9 transcript 60912 55754 stop_codon_9 stop_codon 55756 55754 CDS_64 CDS 55960 55754 CDS_65 CDS 56682 56503 CDS_66 CDS 56995 56831 CDS_67 CDS 57420 57091 CDS_68 CDS 57842 57729 CDS_69 CDS 58335 58174 CDS_70 CDS 58513 58451 CDS_71 CDS 59653 59546 CDS_72 CDS 60912 60787 start_codon_9 start_codon 60912 60910 gene_9 gene 1 78368 73278 transcript_10 transcript 78368 73278 stop_codon_10 stop_codon 73280 73278 CDS_73 CDS 73379 73278 CDS_74 CDS 73535 73463 CDS_75 CDS 74093 73976 CDS_76 CDS 74350 74254 CDS_77 CDS 74535 74440 CDS_78 CDS 74911 74816 CDS_79 CDS 78368 78300 start_codon_10 start_codon 78368 78366 gene_10 gene 1 94265 84282 transcript_11 transcript 94265 84282 stop_codon_11 stop_codon 84284 84282 CDS_80 CDS 84416 84282 CDS_81 CDS 85232 85143 CDS_82 CDS 86602 86521 CDS_83 CDS 86873 86827 CDS_84 CDS 88182 88126 CDS_85 CDS 89138 89073 CDS_86 CDS 89257 89236 CDS_87 CDS 89537 89425 CDS_88 CDS 89843 89772 CDS_89 CDS 91020 90898 CDS_90 CDS 91192 91103 CDS_91 CDS 91505 91464 CDS_92 CDS 92661 92574 CDS_93 CDS 94135 93995 CDS_94 CDS 94265 94228 start_codon_11 start_codon 94265 94263 gene_11 gene 1 111885 107625 transcript_12 transcript 111885 107625 stop_codon_12 stop_codon 107627 107625 CDS_95 CDS 107684 107625 CDS_96 CDS 107976 107788 CDS_97 CDS 108213 108056 CDS_98 CDS 108399 108309 CDS_99 CDS 108723 108549 CDS_100 CDS 108933 108791 CDS_101 CDS 109252 109034 CDS_102 CDS 109461 109332 CDS_103 CDS 109625 109559 CDS_104 CDS 109861 109767 CDS_105 CDS 110135 110064 CDS_106 CDS 110300 110245 CDS_107 CDS 110474 110405 CDS_108 CDS 110657 110584 CDS_109 CDS 110879 110748 CDS_110 CDS 111885 111490 start_codon_12 start_codon 111885 111883 gene_12 gene 1 121410 115221 transcript_13 transcript 121410 115221 stop_codon_13 stop_codon 115223 115221 CDS_111 CDS 115283 115221 CDS_112 CDS 116017 115908 CDS_113 CDS 116237 116155 CDS_114 CDS 116452 116382 CDS_115 CDS 117835 117762 CDS_116 CDS 118004 117963 CDS_117 CDS 118379 118310 CDS_118 CDS 120013 119957 CDS_119 CDS 120459 120415 CDS_120 CDS 121410 121213 start_codon_13 start_codon 121410 121408 gene_13 gene 1 128483 123455 transcript_14 transcript 128483 123455 stop_codon_14 stop_codon 123457 123455 CDS_121 CDS 124310 123455 CDS_122 CDS 125222 124675 CDS_123 CDS 126580 126363 CDS_124 CDS 128483 128408 start_codon_14 start_codon 128483 128481 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.998 46855 47473 match_part 1.000 48397 48438 match_2 match_part 0.998 48540 49169 match_part 1.000 51908 51959 match_part 0.991 52228 52449 match_3 match_part 1.000 52775 53540 match_4 match_part 0.997 63617 64015 match_part 1.000 65050 65096 match_part 1.000 65215 65254 match_part 1.000 66435 66497 match_part 1.000 66599 66736 match_5 match_part 1.000 67959 68117 match_part 1.000 68581 68634 match_part 1.000 69227 69295 match_part 1.000 69552 69681 match_part 1.000 70048 70316 match_part 1.000 71006 71054 match_part 1.000 71128 71282 match_part 1.000 72200 72707 match_6 match_part 1.000 69662 69681 match_part 0.981 70048 70316 match_part 0.988 71006 71509 match_7 match_part 1.000 78835 78973 match_part 1.000 79872 79903 match_part 1.000 79988 80172 match_part 1.000 80897 81017 match_part 1.000 81185 81358 match_part 1.000 81735 81898 match_part 1.000 82539 82626 match_part 1.000 82730 82783 match_part 0.979 83246 83578 match_8 match_part 1.000 98128 98284 match_part 1.000 99963 100045 match_part 1.000 100144 100221 match_part 1.000 100601 100713 match_part 0.923 100806 100844 match_9 match_part 1.000 130312 130620 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 1.000 28463 27769 match_11 match_part 1.000 33282 33134 match_part 1.000 32178 31983 match_part 1.000 31781 31607 match_part 1.000 31528 31411 match_part 1.000 31334 31222 match_part 1.000 31109 30987 match_part 1.000 30808 30704 match_part 1.000 30546 30460 match_part 1.000 30389 30322 match_12 match_part 1.000 45061 44868 match_part 1.000 43479 43315 match_part 1.000 43241 43085 match_part 1.000 42141 42056 match_part 1.000 41956 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40894 match_part 1.000 40484 40278 match_part 0.998 40186 39761 match_13 match_part 1.000 41935 41757 match_part 1.000 41381 41333 match_part 1.000 41103 40902 match_part 1.000 40368 40278 match_part 0.994 40186 40017 match_14 match_part 1.000 41081 40278 match_part 1.000 40186 40129 match_15 match_part 0.972 62036 61896 match_part 0.946 60916 60787 match_part 1.000 60681 60604 match_part 1.000 59653 59546 match_part 1.000 58513 58451 match_part 1.000 58335 58174 match_part 0.996 57842 57598 match_part 0.997 57420 57091 match_part 0.982 56995 56831 match_part 0.998 56682 55327 match_part 0.846 54613 54588 match_part 0.567 54491 54432 match_part 0.576 54349 54232 match_16 match_part 0.954 62025 61896 match_part 0.938 60916 60787 match_part 0.974 60681 60604 match_part 1.000 58513 58451 match_part 0.988 58335 58254 match_17 match_part 1.000 74904 74816 match_part 1.000 74535 74440 match_part 1.000 74350 74254 match_part 1.000 74093 73976 match_part 1.000 73535 73463 match_part 1.000 73379 73067 match_18 match_part 0.957 83531 82926 match_19 match_part 1.000 89436 89425 match_part 1.000 89257 89236 match_part 1.000 89138 89073 match_part 1.000 88182 88126 match_part 1.000 86873 86827 match_part 1.000 86602 86521 match_part 1.000 85232 85143 match_part 0.996 84416 83909 match_20 match_part 0.992 94360 94228 match_part 1.000 94135 93995 match_part 1.000 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90898 match_part 1.000 89843 89772 match_part 0.980 89537 89440 match_21 match_part 1.000 112134 111490 match_part 1.000 110879 110748 match_part 1.000 110657 110584 match_part 1.000 110474 110405 match_part 1.000 110300 110245 match_part 1.000 110135 110064 match_part 1.000 109861 109767 match_part 1.000 109625 109559 match_part 1.000 109461 109332 match_part 1.000 109252 109034 match_part 1.000 108933 108791 match_part 1.000 108723 108549 match_part 1.000 108399 108309 match_part 1.000 108213 108056 match_part 1.000 107976 107788 match_part 0.977 107684 107153 match_22 match_part 1.000 116451 116382 match_part 1.000 116237 116155 match_part 1.000 116017 115908 match_part 1.000 115283 115221 match_part 0.989 114212 113658 match_part 0.636 112906 112852 match_23 match_part 1.000 121255 121213 match_part 0.956 120459 120415 match_part 0.982 120013 119957 match_part 1.000 118379 118310 match_part 0.926 118030 117963 match_part 0.959 117835 117762 match_part 0.915 116452 116382 match_24 match_part 1.000 121473 121213 match_part 1.000 120459 120415 match_part 1.000 120013 119957 match_part 1.000 118379 118310 match_part 1.000 118004 117963 match_part 0.959 117835 117762 match_part 0.947 116452 116415 match_25 match_part 0.996 120006 119209 match_26 match_part 0.983 128579 128408 match_part 1.000 126580 126363 match_part 0.996 125222 124675 match_part 0.998 124310 123238 match_part 0.929 121802 121789 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 28463 27769 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 33282 33134 exon 32178 31983 exon 31781 31607 exon 31528 31411 exon 31334 31222 exon 31109 30987 exon 30808 30704 exon 30546 30460 exon 30389 30322 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 45061 44868 exon 43479 43315 exon 43241 43085 exon 42141 42056 exon 41956 41757 exon 41381 41333 exon 41103 40894 exon 40484 40278 exon 40186 39761 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 41081 40278 exon 40186 40129 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 41935 41757 exon 41381 41333 exon 41103 40902 exon 40368 40278 exon 40186 40017 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 46855 47473 exon 48397 48438 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 48540 49169 exon 51908 51959 exon 52228 52449 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 52775 53540 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62036 61896 exon 60916 60787 exon 60681 60604 exon 59653 59546 exon 58513 58451 exon 58335 58174 exon 57842 57598 exon 57420 57091 exon 56995 56831 exon 56682 55327 exon 54613 54588 exon 54491 54432 exon 54349 54232 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62025 61896 exon 60916 60787 exon 60681 60604 exon 58513 58451 exon 58335 58254 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 63617 64015 exon 65050 65096 exon 65215 65254 exon 66435 66497 exon 66599 66736 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 67959 68117 exon 68581 68634 exon 69227 69295 exon 69552 69681 exon 70048 70316 exon 71006 71054 exon 71128 71282 exon 72200 72707 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 69662 69681 exon 70048 70316 exon 71006 71509 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 74904 74816 exon 74535 74440 exon 74350 74254 exon 74093 73976 exon 73535 73463 exon 73379 73067 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 78835 78973 exon 79872 79903 exon 79988 80172 exon 80897 81017 exon 81185 81358 exon 81735 81898 exon 82539 82626 exon 82730 82783 exon 83246 83578 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 83531 82926 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 89436 89425 exon 89257 89236 exon 89138 89073 exon 88182 88126 exon 86873 86827 exon 86602 86521 exon 85232 85143 exon 84416 83909 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94360 94228 exon 94135 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89440 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 98128 98284 exon 99963 100045 exon 100144 100221 exon 100601 100713 exon 100806 100844 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 112134 111490 exon 110879 110748 exon 110657 110584 exon 110474 110405 exon 110300 110245 exon 110135 110064 exon 109861 109767 exon 109625 109559 exon 109461 109332 exon 109252 109034 exon 108933 108791 exon 108723 108549 exon 108399 108309 exon 108213 108056 exon 107976 107788 exon 107684 107153 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121255 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118030 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 121473 121213 exon 120459 120415 exon 120013 119957 exon 118379 118310 exon 118004 117963 exon 117835 117762 exon 116452 116382 exon 116237 116155 exon 116017 115908 exon 115283 115221 exon 114212 113658 exon 112906 112852 gene_23 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 120006 119209 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 128579 128408 exon 126580 126363 exon 125222 124675 exon 124310 123238 exon 121802 121789 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 130312 130620 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 40051 40051 match_part 0.981 40167 40702 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 41746 41249 match_3 match_part 0.972 62036 61896 match_part 0.946 60916 60787 match_part 1.000 60681 60604 match_part 1.000 59653 59546 match_part 1.000 58513 58451 match_part 1.000 58335 58292 match_4 match_part 0.992 94360 94228 match_part 1.000 94135 93995 match_part 1.000 92661 92574 match_part 1.000 91505 91464 match_part 1.000 91192 91103 match_part 1.000 91020 90898 match_part 1.000 89843 89772 match_part 0.980 89537 89440 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 40051 40051 exon 40167 40702 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 41746 41249 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 62036 61896 exon 60916 60787 exon 60681 60604 exon 59653 59546 exon 58513 58451 exon 58335 58292 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0326K10.1 type gene exon 94360 94228 exon 94135 93995 exon 92661 92574 exon 91505 91464 exon 91192 91103 exon 91020 90898 exon 89843 89772 exon 89537 89440 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 47285 53382 transcript_1 transcript 47285 53382 start_codon_1 start_codon 47285 47287 CDS_1 CDS 47285 47473 CDS_2 CDS 48397 49169 CDS_3 CDS 51908 51959 CDS_4 CDS 52228 53382 stop_codon_1 stop_codon 53380 53382 gene_2 gene 1 63914 72382 transcript_2 transcript 63914 72382 start_codon_2 start_codon 63914 63916 CDS_5 CDS 63914 64015 CDS_6 CDS 65050 65096 CDS_7 CDS 65215 65254 CDS_8 CDS 66435 66497 CDS_9 CDS 66599 66736 CDS_10 CDS 67959 68117 CDS_11 CDS 68581 68634 CDS_12 CDS 69227 69295 CDS_13 CDS 69552 69681 CDS_14 CDS 70048 70316 CDS_15 CDS 71006 71054 CDS_16 CDS 71128 71282 CDS_17 CDS 72200 72382 stop_codon_2 stop_codon 72380 72382 gene_3 gene 1 77661 80030 transcript_3 transcript 77661 80030 start_codon_3 start_codon 77661 77663 CDS_18 CDS 77661 77670 CDS_19 CDS 77936 78107 CDS_20 CDS 78835 78973 CDS_21 CDS 79872 79903 CDS_22 CDS 79988 80030 stop_codon_3 stop_codon 80028 80030 gene_4 gene 1 80150 83335 transcript_4 transcript 80150 83335 start_codon_4 start_codon 80150 80152 CDS_23 CDS 80150 80172 CDS_24 CDS 80897 81017 CDS_25 CDS 81185 81358 CDS_26 CDS 81735 81898 CDS_27 CDS 82539 82626 CDS_28 CDS 82730 82783 CDS_29 CDS 83246 83335 stop_codon_4 stop_codon 83333 83335 gene_5 gene 1 98205 104744 transcript_5 transcript 98205 104744 start_codon_5 start_codon 98205 98207 CDS_30 CDS 98205 98284 CDS_31 CDS 99963 100045 CDS_32 CDS 100144 100221 CDS_33 CDS 100601 100713 CDS_34 CDS 100806 100871 CDS_35 CDS 102131 102232 CDS_36 CDS 102331 102865 CDS_37 CDS 103393 103598 CDS_38 CDS 103778 103941 CDS_39 CDS 104609 104744 stop_codon_5 stop_codon 104742 104744 gene_6 gene 1 130960 132974 transcript_6 transcript 130960 132974 start_codon_6 start_codon 130960 130962 CDS_40 CDS 130960 131046 CDS_41 CDS 132432 132491 CDS_42 CDS 132580 132662 CDS_43 CDS 132815 132974 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 28312 27926 transcript_7 transcript 28312 27926 stop_codon_6 stop_codon 27928 27926 CDS_44 CDS 28312 27926 start_codon_7 start_codon 28312 28310 gene_8 gene 1 33140 29459 transcript_8 transcript 33140 29459 stop_codon_7 stop_codon 29461 29459 CDS_45 CDS 29733 29459 CDS_46 CDS 29885 29813 CDS_47 CDS 30389 30282 CDS_48 CDS 30546 30460 CDS_49 CDS 30808 30704 CDS_50 CDS 31109 30987 CDS_51 CDS 31334 31222 CDS_52 CDS 31528 31411 CDS_53 CDS 31781 31607 CDS_54 CDS 32178 31983 CDS_55 CDS 33140 33134 start_codon_8 start_codon 33140 33138 gene_9 gene 1 45053 40004 transcript_9 transcript 45053 40004 stop_codon_8 stop_codon 40006 40004 CDS_56 CDS 40186 40004 CDS_57 CDS 40484 40278 CDS_58 CDS 41103 40894 CDS_59 CDS 41381 41333 CDS_60 CDS 41956 41757 CDS_61 CDS 42141 42056 CDS_62 CDS 43241 43085 CDS_63 CDS 43479 43315 CDS_64 CDS 45053 44868 start_codon_9 start_codon 45053 45051 gene_10 gene 2 60912 56071 transcript_10 transcript 60912 56071 stop_codon_9 stop_codon 56073 56071 CDS_65 CDS 56682 56071 CDS_66 CDS 56995 56831 CDS_67 CDS 57420 57091 CDS_68 CDS 57842 57729 CDS_69 CDS 58335 58174 CDS_70 CDS 58513 58451 CDS_71 CDS 59653 59546 CDS_72 CDS 60912 60787 start_codon_10 start_codon 60912 60910 transcript_11 transcript 60912 56071 stop_codon_10 stop_codon 56073 56071 CDS_73 CDS 56682 56071 CDS_74 CDS 56995 56831 CDS_75 CDS 57420 57091 CDS_76 CDS 57660 57598 CDS_77 CDS 57842 57729 CDS_78 CDS 58335 58174 CDS_79 CDS 58513 58451 CDS_80 CDS 59653 59546 CDS_81 CDS 60912 60787 start_codon_11 start_codon 60912 60910 gene_11 gene 1 76411 73278 transcript_12 transcript 76411 73278 stop_codon_11 stop_codon 73280 73278 CDS_82 CDS 73379 73278 CDS_83 CDS 73535 73463 CDS_84 CDS 74093 73976 CDS_85 CDS 74350 74254 CDS_86 CDS 74535 74440 CDS_87 CDS 74911 74816 CDS_88 CDS 76411 76370 start_codon_12 start_codon 76411 76409 gene_12 gene 2 98140 84282 transcript_13 transcript 94265 84282 stop_codon_12 stop_codon 84284 84282 CDS_89 CDS 84416 84282 CDS_90 CDS 85232 85143 CDS_91 CDS 86602 86521 CDS_92 CDS 86873 86827 CDS_93 CDS 88182 88126 CDS_94 CDS 89138 89073 CDS_95 CDS 89257 89236 CDS_96 CDS 89537 89425 CDS_97 CDS 89843 89772 CDS_98 CDS 91020 90898 CDS_99 CDS 91192 91103 CDS_100 CDS 91505 91464 CDS_101 CDS 92661 92574 CDS_102 CDS 94138 93995 CDS_103 CDS 94265 94228 start_codon_13 start_codon 94265 94263 transcript_14 transcript 98140 84282 stop_codon_13 stop_codon 84284 84282 CDS_104 CDS 84416 84282 CDS_105 CDS 85232 85143 CDS_106 CDS 86602 86521 CDS_107 CDS 86873 86827 CDS_108 CDS 88182 88126 CDS_109 CDS 89138 89073 CDS_110 CDS 89257 89236 CDS_111 CDS 89537 89425 CDS_112 CDS 89843 89772 CDS_113 CDS 91020 90898 CDS_114 CDS 91192 91103 CDS_115 CDS 91505 91464 CDS_116 CDS 92661 92574 CDS_117 CDS 94135 93995 CDS_118 CDS 94327 94228 CDS_119 CDS 97108 96998 CDS_120 CDS 98140 98092 start_codon_14 start_codon 98140 98138 gene_13 gene 1 111885 107625 transcript_15 transcript 111885 107625 stop_codon_14 stop_codon 107627 107625 CDS_121 CDS 107684 107625 CDS_122 CDS 107976 107788 CDS_123 CDS 108213 108056 CDS_124 CDS 108399 108309 CDS_125 CDS 108723 108549 CDS_126 CDS 108933 108791 CDS_127 CDS 109252 109034 CDS_128 CDS 109461 109332 CDS_129 CDS 109625 109559 CDS_130 CDS 109861 109767 CDS_131 CDS 110135 110064 CDS_132 CDS 110300 110245 CDS_133 CDS 110474 110405 CDS_134 CDS 110657 110584 CDS_135 CDS 110879 110748 CDS_136 CDS 111885 111490 start_codon_15 start_codon 111885 111883 gene_14 gene 1 121410 114053 transcript_16 transcript 121410 114053 stop_codon_15 stop_codon 114055 114053 CDS_137 CDS 114212 114053 CDS_138 CDS 115283 115221 CDS_139 CDS 115537 115467 CDS_140 CDS 116017 115908 CDS_141 CDS 116237 116155 CDS_142 CDS 116452 116382 CDS_143 CDS 117835 117762 CDS_144 CDS 118004 117963 CDS_145 CDS 118379 118310 CDS_146 CDS 120013 119957 CDS_147 CDS 120459 120415 CDS_148 CDS 121410 121213 start_codon_16 start_codon 121410 121408 gene_15 gene 1 128483 123455 transcript_17 transcript 128483 123455 stop_codon_16 stop_codon 123457 123455 CDS_149 CDS 124310 123455 CDS_150 CDS 125222 124675 CDS_151 CDS 126580 126363 CDS_152 CDS 128483 128408 start_codon_17 start_codon 128483 128481 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 107 102337 102861 match_2 match 36.6 102128 102229 match_3 match 116 52426 53364 match_4 match 105 52657 53358 match_5 match 114 81705 81899 match_6 match 121 81176 81370 match_7 match 120 79985 80173 match_8 match 123 70041 70316 match_9 match 83.6 66596 66736 match_10 match 43.1 66444 66500 match_11 match 125 70041 70355 match_12 match 124 70041 70343 match_13 match 170 38845 39165 match_14 match 145 38845 39174 match_15 match 118 70041 70316 match_16 match 83.2 66596 66736 match_17 match 105 71121 71279 match_18 match 43.5 66444 66500 match_19 match 112 70041 70316 match_20 match 112 70041 70316 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_21 match 113 56688 56248 match_22 match 84.7 56992 56825 match_23 match 178 57420 57091 match_24 match 113 56688 56248 match_25 match 84.7 56992 56825 match_26 match 178 57420 57091 match_27 match 146 124315 123497 match_28 match 124 31795 31409 match_29 match 53.9 31338 31219 match_30 match 63.9 31115 30987 match_31 match 128 124315 123497 match_32 match 119 124228 123497 match_33 match 119 124228 123497 match_34 match 117 124315 123497 match_35 match 114 31795 31409 match_36 match 52.8 31338 31219 match_37 match 66.6 31118 30987 match_38 match 155 125222 124674 match_39 match 264 124312 123491 match_40 match 115 42148 41759 match_41 match 82.8 43244 43083 match_42 match 99.0 43485 43315 match_43 match 112 125222 124665 match_44 match 141 124309 123497 match_45 match 127 125222 124716 match_46 match 155 124315 123497 match_47 match 113 124309 123548 match_48 match 119 124309 123497 match_49 match 131 124228 123497 match_50 match 94.4 110879 110592 match_51 match 53.9 110482 110402 match_52 match 58.9 108399 108307 match_53 match 113 108235 108035 match_54 match 42.7 107690 107628 match_55 match 88.2 108936 108787 match_56 match 93.6 108725 108549 match_57 match 146 109252 109031 match_58 match 117 107979 107788 match_59 match 90.5 109481 109332 match_60 match 35.4 110300 110256 match_61 match 46.2 110134 110063 match_62 match 94.4 110879 110592 match_63 match 53.9 110482 110402 match_64 match 58.9 108399 108307 match_65 match 113 108235 108035 match_66 match 42.7 107690 107628 match_67 match 88.2 108936 108787 match_68 match 93.6 108725 108549 match_69 match 142 109249 109031 match_70 match 117 107979 107788 match_71 match 92.0 109481 109329 match_72 match 35.4 110300 110256 match_73 match 46.2 110134 110063 match_74 match 173 56688 56251 match_75 match 97.1 56998 56825 match_76 match 47.0 58528 58451 match_77 match 98.2 58350 58174 match_78 match 203 57420 57091 match_79 match 173 56688 56251 match_80 match 97.1 56998 56825 match_81 match 47.0 58528 58451 match_82 match 98.2 58350 58174 match_83 match 203 57420 57091 match_84 match 173 56688 56251 match_85 match 97.1 56998 56825 match_86 match 47.0 58528 58451 match_87 match 98.2 58350 58174 match_88 match 203 57420 57091 match_89 match 74.3 74350 74228 match_90 match 67.4 74914 74804 match_91 match 98.2 75152 75000 match_92 match 68.9 74535 74440 match_93 match 126 42148 41759 match_94 match 95.9 40487 40275 match_95 match 102 40186 40007 match_96 match 107 43485 43315 match_97 match 102 43244 43083 match_98 match 133 124315 123485 match_99 match 134 124315 123497 match_100 match 62.8 108456 108307 match_101 match 36.2 107690 107631 match_102 match 94.7 108235 108035 match_103 match 93.2 107997 107788 match_104 match 81.6 110879 110592 match_105 match 40.4 110482 110402 match_106 match 64.3 108447 108307 match_107 match 109 109252 109028 match_108 match 98.6 108235 108035 match_109 match 81.3 108924 108787 match_110 match 37.7 110300 110244 match_111 match 40.8 110134 110063 match_112 match 119 107997 107788 match_113 match 91.3 109481 109332 match_114 match 98.2 108725 108549 match_115 match 42.7 107690 107631 match_116 match 85.9 110879 110592 match_117 match 102 108235 108035 match_118 match 122 109252 109031 match_119 match 40.8 110134 110063 match_120 match 85.9 108936 108787 match_121 match 53.9 110482 110402 match_122 match 38.9 107690 107628 match_123 match 90.5 108725 108549 match_124 match 35.8 110300 110253 match_125 match 119 107997 107788 match_126 match 87.8 109481 109332 match_127 match 64.3 108399 108307 match_128 match 147 125222 124674 match_129 match 248 124312 123491 match_130 match 79.7 43244 43086 match_131 match 106 43485 43315 match_132 match 124 124318 123497 match_133 match 115 124318 123497 match_134 match 159 124312 123497 match_135 match 152 124315 123515 match_136 match 126 31795 31409 match_137 match 54.3 31338 31219 match_138 match 66.2 31115 30987 match_139 match 134 31870 31409 match_140 match 57.0 31338 31219 match_141 match 72.8 31115 30987 match_142 match 175 31795 31409 match_143 match 133 29734 29462 match_144 match 113 32164 31982 match_145 match 47.0 29885 29811 match_146 match 80.1 31338 31219 match_147 match 85.9 31118 30987 match_148 match 74.3 74350 74228 match_149 match 67.8 74914 74804 match_150 match 100 75152 75000 match_151 match 68.9 74535 74440 match_152 match 183 56688 56239 match_153 match 100 57001 56825 match_154 match 50.4 58528 58451 match_155 match 102 58350 58174 match_156 match 201 57420 57097 match_157 match 183 56688 56239 match_158 match 100 57001 56825 match_159 match 50.4 58528 58451 match_160 match 102 58350 58174 match_161 match 201 57420 57097 match_162 match 183 56688 56239 match_163 match 100 57001 56825 match_164 match 50.4 58528 58451 match_165 match 102 58350 58174 match_166 match 201 57420 57097 match_167 match 183 56688 56239 match_168 match 100 57001 56825 match_169 match 50.4 58528 58451 match_170 match 102 58350 58174 match_171 match 201 57420 57097 match_172 match 183 56688 56239 match_173 match 100 57001 56825 match_174 match 50.4 58528 58451 match_175 match 102 58350 58174 match_176 match 201 57420 57097 match_177 match 183 56688 56239 match_178 match 100 57001 56825 match_179 match 50.4 58528 58451 match_180 match 102 58350 58174 match_181 match 201 57420 57097 match_182 match 183 56688 56239 match_183 match 100 57001 56825 match_184 match 50.4 58528 58451 match_185 match 102 58350 58174 match_186 match 201 57420 57097 match_187 match 183 56688 56239 match_188 match 100 57001 56825 match_189 match 50.4 58528 58451 match_190 match 102 58350 58174 match_191 match 201 57420 57097 match_192 match 132 42148 41759 match_193 match 111 40487 40275 match_194 match 103 40189 40007 match_195 match 105 43485 43315 match_196 match 100 43244 43083 match_197 match 150 31792 31409 match_198 match 61.2 31118 30987 match_199 match 65.5 31338 31213 match_200 match 153 124237 123497 match_201 match 85.1 110879 110592 match_202 match 42.4 110482 110402 match_203 match 60.5 108447 108307 match_204 match 107 109252 109028 match_205 match 96.7 108235 108035 match_206 match 37.7 110300 110244 match_207 match 78.6 108924 108787 match_208 match 39.7 110134 110063 match_209 match 90.9 108725 108549 match_210 match 115 107997 107788 match_211 match 41.2 107690 107631 match_212 match 92.8 109481 109332 match_213 match 85.1 110879 110592 match_214 match 42.4 110482 110402 match_215 match 60.5 108447 108307 match_216 match 107 109252 109028 match_217 match 96.7 108235 108035 match_218 match 37.7 110300 110244 match_219 match 78.6 108924 108787 match_220 match 39.7 110134 110063 match_221 match 90.9 108725 108549 match_222 match 115 107997 107788 match_223 match 41.2 107690 107631 match_224 match 92.8 109481 109332 match_225 match 146 31792 31409 match_226 match 62.0 31118 30987 match_227 match 64.3 31338 31213 match_228 match 146 31792 31409 match_229 match 62.0 31118 30987 match_230 match 64.3 31338 31213 match_231 match 146 31792 31409 match_232 match 62.0 31118 30987 match_233 match 64.3 31338 31213 match_234 match 124 124360 123497 match_235 match 120 124318 123497 match_236 match 122 124237 123497 match_237 match 106 125222 124740 match_238 match 163 124315 123497 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.687685219066343 119302 119302