C08SLe0018I16.1 GAATTCATAATTAATTACTCTAGTAATGTACAGTGTTATTATTGATTATTAGAGAGAGGA ATCAACTAACCTGGACTATTGGTTAGTAGAATGTGAAATGCATAAAGAAAAAATATCTTC CTTTACTTCCACTCGCCCGGAGAAAATCCTCTTCATTATGGGATGGGGTGTTAGGGAATG AAATCGGTGGTTGGAAGGGTTTAAAGTAAGTATTCTGATATGGGCAACCTGTTCTGAAAA TTTTGCTCTATATGGGGCCTAATCAAATAGTTGAGTAGTTGCAAATGCTCGTGCCAGTGC ACACATGAGCTGATCTAGTAGTTAACCTACCTTCGTATCCATTTCTTCAGCCCCCGGCGT GGTTTTGGTGAATTACATGATGAATGCTGCAACATCGTTGTTTAGAAGGTTAAATATCAG AGAGCTGGTAACAAGCACACCTGCTTACAATACCGCTACTGGTATGTATTCCGTTCTTTC CTGAAGCATATACGTTGGTAATAGATGGAATGTTTAGAGACACTTGACTTATATTTCCAT TCTGCAAATTTAAGATGTTTCTGGGGATGGATTGAGCTTGATGTTTAGGCGGTGGGCTAC CAAAAAAACAGCAGGGTCTACAAAAAATGGCCGTGATTCAAAACCAAAGAATCTAGGAGT CAAGAAATTTGGGGGGGAGGTAAGAAAATCTCCTCTTCTGGAACAAAATGGATGAAGCAT TAATTGGTTTAGAGAAAATTTTCTATTCAGCCATTTCAAAAAGAGACTTTTTTGTTCCAA TGCTGCATATAGAACTTTCTTGAAATCAATCTTTGCTGAAAGCCTGAAACACAGTTTTTT ACTTGCAGAGAGTGATTCCAGGAAATATCATTGTTCGTCAAAGGGGAACCCGGTTTCATC CTGGGAACTATGTTGGAATTGGGAGAGATCACACACTTTATGCTTTGAAAGAAGGCTGTG TTAAATTTGAGCGCCACAAGCTGAGTGGGCGCAAATGGGTGCATGTTGAGCCCAAGGATG GTCATGTGCTTCACCCAGTCTACTCAAGCACTACAGCTTCCGAGTCAAAGACAGCCACTT AAGTTTTTCTGATTTGTCAACTGTTGAGTGATTCATGGAGCACAGATCTAACAAGTGTTA AGCCACTATAAAGGCTGTCTCGTTTTTTTATCTTTTAGGTCACTTGATTTAAAGAAAATA TTTAAAAGATTAGTCAATGAATGGATGTTCTGCCGTTATTTTTGACAAAATATTGTGGTG GTGAATCTTTATATGAATGTGCTTACGAGCTTTTGTGCTTTCCAACTTTCTGAAACATTG AGGCTATGTGATATAGTTCGACGCCGCCCATATTACCACTTGTGTTAACTTTGCCAAGTT TCTTAGGACATGTGATGAGTGCGCAGCCAGTGTTTACTAAAATCTGGCAAGAGCTCATCG TTTGGTCGACACAATTTTTGTGAAGCTTAGAAAATATCAAGGTTGGAAGCCTCATATGAC TGCCAATTTGATACTGGTAAATTATTCTTATTGCCCAGTCTCTTACTGAATGACTTATAT GCCTCACAGATTTGCTAGTTAGTATATATTAATCTGCAGGGATACTGATATCTTGAGCTA ATTATCATCAATAGTCAATTTTCTCTCATAAACAATTTTGCTTAAACAGTATATAAAATG AAAATATAGCATTTTCCTTTTTCATTTTGGTCTTGCAGTAAAATCAGGCCTTGATATATT GGATTCTCCTTGTGTAATGTAAGCTGAAAAATGAACTGGTCTTTCTAAAGAAACTTCAAT AAATAGGAGATTTCCATCCAACAAAACAAGTCAAAGGAAAATGCAACTCTATCCATCTCA ATTTAAGTGATAGAGTTTAGAAGACAATCAAATACATAATTATACTTTAAGATTAGTTCC ACATGTCTTCTCATCTTAAATGAGTGGTGGTAAGAGTCCCAATATAGACTAATTAACATA CTTCTCAGTTCTCAGTGAACATTCAAACTACATAAAGTTTCAACCCTTTCAATTTTGAGT CATTCATGGAGGTAAGAATACTGACGATCGAACAGTGCACTTACAACTGGACTTTGCATA TATCCAAATATGATTTATACAGCTGCACAGTATACAGATACAATGGACAAAAAGGAATTC AAGTTAAAAGATCAGTAAAAGCTTTACAAATCCATGTACCCAGAGAGATCAGCAATTTGA AGTCACTCTTTATATGTACAAGACACATTACTTTGACATCCAGCTGCATTCTGGTTTACA AATTAACTCCCCTTCTCTCTTCAGTACAAGAACACAGCTGTACTTGAGTGTCCAACATGA CCAGATGCACAAAGCTGCACTTGGAATTGTCTCTGGCAAATAACAGGAGCTCGCATTCCA AATCTACAACTAATATGCAATGACCTTGTTGCAGCAGACAAAGTATCACACGAAAATTCA GTTTCTCTTAGCACCAAACGACTTCTTTTAAGCGCAGTTACTGCCCCCTTTGGTTCATTA ATTAGTTCATTGGGTATCTGCAAACATTTGGGATAACAGTGATGGACAGCATCCTTCTGG TAGACCTTTTCTAAGTTCTTCACTTCTGTTTCATCTTCCATATCGAGTTTGCTAGTTGAC CTTTGCTTTTCACCTGAGTTGGACACTCCATTGGCTGCCTCAGCTAATCCAACACCATGC CAGGCTTCTGCAACAAGCAGACGGGTGCTTTTCTCAGGTTGAACATTGAATGTTTCCATG ATTTGGATTACCTCTTCTGCTTTACGAGGATTTTTATTTTCTGCATAACCCCATACCAGA GTTTCGAAAGCCTTCAGATTAGGAGATATTCCCGAGTCACACATCTTCTCGAAGATCCTC ATGGCATAATCCATTCTACCAGCAGTGCACCATCCGCTAATTACAGTGGTGAAAATCACA ACATTTGGACGATTACCAGATTTAATTAGGTCATTCAGGACCTCTTCTGCTTTTTCTGGT TCCAATGCACGGACATAACCCTTGGCCAAAATGCTATACGCATGGACATCAGGTGGAATG CCAGCATTGACCATGTCATCAAAGACCTCCCTGCACTTAACCATATATCCAGCAGCGCCC CAGGCGTTCATGATGGTGCTGAAAGTAATGACATCAGGTTTGGAACCAAACTCTTCCATT AATGTAAGAACCTGATCAAATGGATGGAGTAAAACCTCTTACTAGATATCATGCTAAGTA AAATATTTGGCAAAATTGGCAAGCATGTGGAGAGTAATTAATAAGCTGCAAAAGTTCTAC AATTCTAGAGAACTGCAAGCATTCAACCTGCAAACGCAGTAGGACTGGAACTTAAGAAGG AAAAAGCTAGTTAATGAATGACAGAGGCAAACTTAAAATATGTGTACATACAAACATATG TCCTCAAATTTCTCTTTAAATAGTATCATATCTCGTAGATTGTACTGATATTATGCTAAC ATTTCCACATGCATGCAATGTACTTATGAAGTTCTTTTCGACATATCATAGTTTATTAAT TGGATAAGAAGACTCCAAACAGCATTGTTAAGTAAGATAAATAAAGATTTCATTTGAGGA ATGAAGATTGTCAGCCTTGCACAACATCTATTATACTTGTGTTGCCATCATTTGACAGCC TTATTTGAACATTTTTCAGTAGGTTGACATGTTGCTTGTTCTTCAATTTTCTTGTATTAG GTAAAAGCATTGATATTATCAATGAATAAGCAACTTAAGAAAGGTGTTTTTGACTTTCAG TTCCAAGCTACTAGAGGCTGCATAGACTTCAGTTGTTCAAACTCTTTTCGAATCTTTGAC CTTTATTCTCTCTGCTTTTTAATTCTCTTGACTGCATACAATGCTTTAGTCGTTCAAACT CTATTTTGAATCTTTGACTTCCCTTTCTTTATGCCTTTCCACCCTTATTTCTCTCTTTCT TTATTTTCTTTCCGGGTTACCAGCCTACAGAAACGTTTTTGCTTTCTATCACATTGTGAA ATAAGAAGAGACAGAAACAGGAGTAAGAGAAGTAAAGTGCCTCTTCTGCAACTCCTACCC CGTGATTTCAATTTGAAGGTTGGCTTTTCATTCTAGCTAATCAAAAAGTTCCCATCATTC AAGAGAAAACGGTCCATAACATGATTTTCAGATATTCTGTTTAGACAGTACTTAAAATTG GGCTCAATGTGGCGGTAACAATATTTTGCCTATGAGGACCTGCTAAAGTGGTATGGCTGA GGTGCAAGGATCCTTGAGTCATTGGTACTAATTTCCCTAAAAGTGGGGTAACCTTGTTGT ATCTACTTTTGCTATACCAGATGTCTTCTCATTGGTTTAGATTAGATATTATTTCATCTG ATTTGCAGTTTGCCAAATCATAGATTTGCTTTTACGTTCATTACTTCACCCCAAAAGCAT ATAAGGGGAAGAAGTTGAAAGTCCCTACAACTTGAATTTCTCTAAGTTTACTTTGACATC TCCAACATTTAAGCATACAAAACCCCTACCTTTCTTTCCCTCAACGTCATACAATATCAG TCTTTCACTCTGATAGCTTAAACCTGTATGTTGACATCAAAGAAAGAGGAAGTTACATTG GTTAACCCCCCTCCGCGTCTCCGCCCCTTATTTATTCTTTTATTTGAAAGTGAAGAACAG TGACATCTAAATTCTAATCTGCAACCATTCACTAGATTGTTTTCTGACATCTAATAGAAG GTTAATACTTATCAATCAAAAGCCATATCAATACTAACCTCATCAACACTGTCGCTGTCT GACATGTCAAGGAAACCTTTGATCAGTGAATTGAAAATAACAAGGTTAGGATGCATTCCA AGATCCTTCATCGTGTAGACAAACCTCAAGGCATCCTTCAGTTCACCTTCTTTACAGTAT CCAGCTATAATGATGCTACAAGTCCTTTCATTAGGGTGCACATTGTTCCTTTGCATTTCT AAAATCACTCCTTCAGCTTTTTCAGTTTGATGATTTTGACAATAAGCTGCTGCTATTGTA TTGTAAGTGATAACATCTGGTTGTAAGCCAGAAGCTATCATTTTATCCACAGTATTCCAT GCATCAGTAAAATTCTTTTTGCTACACCATGCTTTAACAAGTACATTGTATGTCCTCAAA TTGGGTTTCACATTAACTTCCCGCGACATTAACTCCATTATCTGTATAGATTCTTCAGGT TTTCCAGCAATTCCATACCCTTTGATCAAAGTGTTAAAAGTGCTGATTGCAGGCTTTATC CCACTCTCCTTCATTTGCAAGAAAGTTTTCATTGCTTCCTCCATGTTCCCAGATTCAGAA AATGCATTAACAACAGCATTGAAGAAAACTGGATCAGGCTTCATACCACTTTCTTGCACT TCAGACATTATGGAATGGATATAATCAAAACGCTTCTGAACTGTCAAAGCGGCTAGGAGG GTAGTGTATGTAATTAGAGATGGTTTGTGTCCTCCTTTAATCAAGCTATCAAAAGTTAGC CGGGCTTCCTCGGGCCTCCCTCTTTCTAAAACAGTGTTCATCAGTTTTGTTCTTGCACGA ACAGTTCTACAGCTATTACCATTCACACAGAAGGCACAGAGGCTAGATTCTGGTGTTGGT CGCAGTGGCATCTTATCCTCTAGATCTTTTTCCTGCAATCATGAAAGCTTTCAAATTTTA ACAGCAATCACTGATACTCGGAAACATGCGTAGGACAGACCAGAACAGGTGCAATACCAA TTGTAAACTTAAAAAACTTTCTAAACGAAGGGGTAGCCCTATAGTAGACAGAAGTCTTTC AGATCCCTTTTTTAAAGGGAAATAATTTAATTAACACTGAGAAAAACTCCCATATATAAG CCGTATACTGAAAAGTAGAGAATCTACAACAACATAATGTGATTTTCCCAACAGGCCAGA GTTGAAGATGTTAATATACTTATATTCTGTATACATGATAATGAAGGAGAAGTACTAACT TAATGGTTAATAAGTTAGTCGATAGAGAAAACATCACATCAAAGTTTTAAAGTCAAATAG TTTAATGGATTTCTATTCTTGAAAGTTGCGAGTTGTATAAAAATAGAACGATGTCAAACA TTTTGAATCGTTCCAAACTGTGATGGGTGTCATAAATTGGAAGAGATTTGAAGTAACATG TTTATCACATTAACTATACCTTGATTGAGAATGGATGCAAAAACTCTTTTCTGATAAGGG TCTTCATTCCTGACTTCCTGCGAGAGTTTTCGCAGTTGGACCTTTCTTTTCTAAAATCAT CCATGTAGTTTCCTGAAAACATGAAAAGGCTAGCTAACTGAATATTGGTATATTTGATTG GCAATTCCAACTAGTTTGCAATAGAGGTGTTTGTTGTATCATCGGGCTCACTTGATGGAA CTCATCATGTGAGTCTTAGGCATCCATAGGTGCAAGGTCTGAACCTATCCTGCTCTCTCC CTTCCCTTCCTCCTTAACCCCAACCACAATGCCTCCCCCAAAGAATCAGAACTATTTAAT AAAGTGCATATCAACATGCTTTTCTTAACTTTTAAATTAGCCAAGTGATTTGAGAATCAT GACATCTCACAAATTCCAGCACAGACAAAAAAAACACAAGGTGATTTCTTTCTATCTGTA CTAGCCTTATCCAAGCCTCGGTGGACAAAAATACCTACATGTTGCTGGTGGGAGGCGACA AATATCACATGGCACTACATCAAAGCTGACCAGGACACCACAGTTATCAAAAAATTCCAC AACCAGTCCAAGGGTTGAAGAATGGAACATAAAACCACATGCATAAGAGAACTATAGAAA CACAAAATGACCCAAAAAATTTGAACACAAGAAAAATCCCAAATAAACCCATTTCTGCAA TCAACAAAACAAGCATCAATCACTCTACAGAAAACCCATTTTGCCCCAAATCAATCAGAC CAAGAAAACAACCCAAAGAACTCAGAAAACAAGATGATCCCAATACAAACCTTAAAATAC ATTCAAGAATCAATAATCAAACACCAAATTTAGCATTGCTGAGTTCTTGAAAAAGGAGTA GAAAAGGTAAAGGTGAAGTCTTTTTAGTACCTTTGTTGGATTTATGGGATTGACACCTTA ATTTGCATGAGCTACAACTATTACACTTGTTATTATATGAGAGAAAAAGAGTTGTTATTG AAAAAAATCTTATCCACAAATAAGTATAAATGGATTGCATAAGAATATTGTCCCTCCAAC TTCCAAAAGATAAGGAGTGGAGATTGGAGAGAAGGAAGGTTGCAAATTTTGAAAGAGACA ATTTGAATGAAAATCTTTTCTTTTTATGTTTGGGTAACAATTTTCCCAAAGAGGTTATTC AAATATGAAAGTACTTTCCATCCTAAAAAGTACTAATTACTTTTTCAATTTTTCGTTTAT AGTTATCCCTCGTTACTTGTCCATTTAGATAAATCAAGAAAGCACTATTTTTTTTACTTA TTATATTCACAATTAAATAAGTAATTACTTTGAAAAACTTTTTATCCACTTCATAATTAA TAAGAGTAAAATAATAAAGTCACCACGTTATTAATTATTTTTTTGATAGATGTATCAATT CAAAAATAGACAAGTGGATTAATATATACACATTGTTTGTGTATCTCATGTTTAATTAAG TGCGAAAACTTTAATAAATGAGTGATAAGTTTGCACAAAGATTTAAGAGTGATATATAAG TTGAATCAATAACTTTAGTTATGCAATTTTTATTGTAATATATTAAGTATTTAATTTGAT AAAAAATTCTTTTGTTTAATATGTTATAATTCATAATTTAAATGTCTGTGATTTCAAAAT ATTTTTTGTCTCAAATTTTTCATTTTTTTTTTTTTTGTATCTTTTAACATTTCCATACGT ATTAAGAAATTTTTATCAAATAAAAGTAGTGTTTTGTAAAAGTTATACAGAAATTTGATC AATCTATGTCTTCTTTAGACTAGTAAATGATATAGTGCGACAATAGACATTTAATTATAT TTCACCAGTTACAAAATTTATCTATATATATTATAAAGGAAGACAATATATACAAGGTAA TGTAACACATTTTTATGGCTCCCTTCATATTTAAAATATGACAACATTTAATTCAAATTT TTGGGTGAATCAATTTCAACCCTAAGATCTAGTCATTGTTCTCAATAAATTTAATGGTTT AAATTTAAACTATAATAAAAGAACTTAAAAATATACTCATGCATAAAGTTATCTTCTTTT TTTTTTTTTACCTACGATGAAATGTTCTAAAAAGATATCAAGCAATTAATTACATAGTAA TACTATTATTTATGAAAACTAAAATCAATTATAGTTAATAAGATATTATCCTTTATTTGA AATGCATTACTTTAAATGTTAGTATTAAAAACTTTGTTCATTAATATGAAGGTTTTACTA ATTTAGTTTAAAGTTCTAGAATATTTTTAATAAAAAAGATAGACCATTCTTCTTTGGGTC CTTCTTCTTTCTTTCCTTTATCAGAGTATATAAATTAGTGAATTTATTCGTGCTTTATGC TAATAAATAAACTATATCACTCGTCTTTTTTTTAAATAACTTTATTTTATTTAGAAATTA GTTCAAATTGTACCTCCATATTTAAAATTTCAAATAAAATATTGTTTTGTCTTATTTGTA AAAAAAAATAACAAAACACTTACTCTGATTTAAAAATTTTCTAGTAAAATGAATTTCTTT TAAATTATATATGGTCAAATGTCCATCAAATTCACGATTTATTTTTCGTTTTTTTTAATA CTCTAATATTAAAATCATCAAAAAATATAATCTTATTTTATTTTCAATATTTCTTTAAAC GTATAATCTAAATAGAAGAAATTATAATACACATTAAAGTCTTTTTCAAAACTTAAGTTT TTAAATTTTGTTTAAAGTAAATATGAAAAAACATGTATTATAAGAATAGCTTGCTAGCAA ACCTTTGACTATATATTTCTTCACTAAGTTATGTATTTATTTAATTAGTGTTTACTATTC AAGAAATAATTAAATAAAAACATGATATCAGGAAATTTTTTAAAAACACATCTCATAGTA TATTCACAATTAATATATATTAGAATATAAACACAAAAATAAGTTCCATTCGTTCTTTCT ACTAAATAAAATAATGGTACTTAAATTTTTTAAATCAAGTTATGAAGCTTTTTTAAGTTT TCAAAAATCTTAAATGCATAAAGTAATATTAAAAACAAAATAATATGTTCAATTTATTTG AGAATTTATAGAAAAGGCTAACAGGCAAGATATATATGCTTCATCATTAAATATCTTAAT GAATATGGATAAGTGAAAAATATTTAAGTTATATAACTATTATAATAATTCCTAAATCAT ACTTAAATACCATGAAGACATGAACTAAGGAAACTCATATGCATGAAATTTTTTTTCTTC TCTCAATTAATTTTATATCAAACTGTGATTCTTTTAGATATTTAATTAGTTTGAAATGTG AGTGTCACATATTTGTGGTGATTTTTTGTTTTCTTGTGTATATATTTTTCTATTCTAATA ATTAATTTTCTTAAGCACTATTAGTCTTTCAGTGAAGTGTACTATATTAAATTAAGGAAA TTATTTGGAGAGAAATGATAAAATTTATAGGTAGATAATTCAAGTATGTTTCTTTTGAAT ATTTTTTTTGATTATATCATCTAATTTTTAAAAATTTAAGTGAGAATTTACATTCATTAA AATATATATAAAAATATAATCGAAATAGTACATTATACATCTGTTCACCAGCAGCAGAGT TGATTAGATTCCCTTTATACATCGAGCAGCAGAGGGGATTAGATTCCCTTTATACGCGAT GTATTGTTTCTGCAATTATATATTATAATAAAGCTAAAAATGCATAACAACGTCATTTCC CTTTGTACCACTGCATGATATTTTTGATCTATACTATATACTAAAATAAAGATGTATAAC AACTTAACTTCTTTTTGTGTCACTTTATGATATTTTTTATTTATTTGATGAATTTTATTC CTTAGAACGAATATGATATATGTTAAATCTCAATGTTTGATTGTTATACAAAGAGATCAA TGTATATTCGAAGGAAATTAAAAATAAATTGTATAAATAAAGTATAAAAAAAAGAAAAAA TATTTCAGAAAATGTGAAGGTAGGCATACAAGTATCAATATATTTATTTTTGTGAAGATA AATATAATTAGCAGAATGAAAAAAATATAGTAAAATAAAACTAAAGGAATAGTAATATAA GTGAGAAAATAGACAAAATATGTAGAGAGACAAGAGAATATTTTCTTGTTCTTCTATGTA TATTTAAGTGTTTTCTAAATCTTTAAGTGCATAATATATTTTCAAGACCTCTATTTATAT TATTAGAAGATGCATATAATAATATTAATTATTGAGAATGTGGAGAAGATTAAAGGGCTT CGAAGATAAATGAGGAGATTATGGAAGTGTGAGTATTATTACATATAATGGTAAAATTAT ATCGTGAAGTTATGAACATCAACATTAATCAACAAAACATTAATTATAAGCAAATAATGA TAATATTAAAAATGAGGAGAGAAATTAAAAAAAGATGACCAAAAAATGAGATAAAAAATA GAGAAAATTATATATAATAACAAACTAATAACCTAAAATAAATGGAGTAGATAGGGCTTG ATTTAATTATGCTCCATATCAAATGTTTGCAAAAAATTGTCAGATGCCTCTCCCCCAAAT ATCTCGCTTGCCACTCTACTCCAATCTCTCGCTCGCTTTCTCACTTTTTATACAAATATA AGTGTATAAAAATTATTTCTAATTGTATAAAGCAGAGGAAATTGTATAAATATATATATT TTTGTTCCCTTCTCTCCCCTGTTCCAGAACTCGCTCGCCACTCTCCCAAATCTCGTTCGC CACCCTCGCCTTTCTCACTTATACAAACATAAACGAAATGTATAAGTTGCATTTCTGTTT GTATAAAGCGTGAGAAAATTGTATATACATATGCAAGTACATATATTTTCGTCCTATACA CTTATAATTATGCAATAACAATACTCCCTGCCCGGTTTCTTTTGCCTTTCTCTCTTTTTC CTTTTATACAATTTTCAAATTGTATCTAATTTCCCTCTTTCTCGTTTTATACAATTCGAT TCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTTTCTCTTTCTCATTTTATACAAA TTCAAATTGCATATAATCGTTCTATACACTTATAATAATATAATTTGTTTTATACACTTT CTTTTTATACAGTTCTCTGCCCAAATGTCTTTCTCTTTCTTGTTTTATATAATTTGCTTC AACAGTATATGTATAGCGAATTATACAGTTTCTATGTTTGCTATAGAGCGTAATTATACA AACTTTGCTATAACATACAAATATAAAAAAAAATTTCGCTATATGTGAAAGTTGCCCTAA AAAATATAGAGTGGAGGCAACAAAGAAGCGTCACATCAACTTCTCTATTTTGTATTTTTT TTTTTATAAAATTCAATTCCCTTTCGATTAAATGATTATTTCTTTTTCATTTTAAGTAAT TTTTTATCTATTAGTTGACGGATTTACTTTTAATTATTTTTTTTAGGAAGTAAGTATTCT GACTCTACCAGTGTTGCTAATACATTTATTTCTTTAAGAGATACGTGTGAATTTGATTCT TCATACTTGTATTTCATTTTTTTCTGAATAAAATATTATTTATATTTTATTTCTTCATTA AAACTTTATATGATCTTAAAATATCAATATACTATCAAATTTACAAGAAAATCAAATTTT TGACGCATTCATTATTTTTCATCTTATTGGTGAGAAATTGATTTAAATTTCAAACGAGGA GAGCATTGGGATTTGTGCTTATGACGTAAAGAATCGTCAAAGTCCAAAGGTTACAGATGG CTGTGCCGCCGGGTACCTTGCTGCCACGTGCCATGTTTTAGAGTGAAAAGAAAGTAAATT AAAATGATAATTTATATTGCTTCTATTTTATGTTACGTGAGACTCATTTTTTTAAAAAAA AATATATCTAAAAAGTATATTATCTTATTAATTTTAAAATTTACATGATTTAAAATAATA CATATTTAAAAAATAATTTTAAATTATAAATTTTAAAAGAGTCTTTTTTTACAATATGTC AAATTAAATAATATCACGTAAGATTAAAATGAAATGAGATGGTGAGAGTGATATATAAAT ATTTCATCTGTTTCTATTTATATGTCGTCTTTACTAAAAATAGATGATTCTTAATATTTG TCAAATGATATTATTATTTTTTATTTTATAACCTTGAAAGTGTAAATTTGATCAAATTAA AAAATTAAAAAATTAATTTATGTTTAATGATCAATTAATTAAGAGAAGTTACGCAGTTAA ACAAACTTACACTACTTATTAATCATCATAACTATAATTTGTTATAATTACCATTAGCGG CTAACAATAATTATTAATAATGTGGGTTGATTTCGAATTTGTATAATTAATCACATTTAT AATTACGTGGGCTGACTTTGAGTTTGTATAATTAGTCACATTTTTACAATTCACCACGTT GTATAATTCACAACTAACAATTCTTTGTTTGATTTGTATTTGTACATGACGATGATTTCC TTTGGTTTTTTAGTTTTATCACCATATATATTTAATATTTTTTAAAATAATTTTTTAAAA TTTTTATAAACTTGTAGTTTTTGAATTTTATATAATATAATTTGTGTAACTGTTTAAAGT TCATATGTTCATGTTAGTATCAATTCATTATCTCGAGTTTTATCATATTATTATAATTTG TGTTACTCAATAATACAAAAACACGTGAATTACACAAACATAACTATAAATTATACAAAC GATATGTGAATTATACAAATTATTTTCCGCTCTCGCTCGCCTCTCTCCTCCCTCTTCTAG TCTCGTTCACCAGATATACAAATACATATGTATATCAATTACATATGTACATTTATTTTG ACAGATATACATATACACATGTCGCTCTCTACTCTTTGTACTCTCGCTTGTCACTCTACT TCACATGACATGTAGCCATGAATCATAATTAACAAATGATAGCTATAAATAGTAATTAAG CTATTAGTGAGCGACTAAGAAATTATTTTGTATTCTTTTAATAATTTAATTTCAAAAGAA ATACTAAAAATAAAAATAAAATAATAAATTTATATGAAACGTAAAATATAAAACGATAGA CATATAAATAAAAACGAAGAGAGTACTAATTATGCGTGAGTAAGAAGGGGAAATGAAATG AGAATTTTCATAGTTTGACACCGCCTCTTTATTTTCTCTACATTCTCCAAGTGGGAACTT TATTATTATATATATTCACTTCTTTAAATCTTTAGTATTAGTGTTCTTGATATAATAAAT ATATGTATGTATGCACACACTTGATGACAGCTGACTCCAAAGCTAATTAACTTGTTTCTA ATCTCCAATATTTCATTCATTTTCAAATTTCAAGGTAATCTTTCCCTCACATATATAATA TGATAGTAGTATTAATATCACTTAACTTCATGATTATGTGCAAAAATTAATGATTCTGCT ACACTTAGGTTAATTAGTGTGTATTTTCTTTCTTGAATTTCTCCTATGGATTCTTGTAAT GCATAATTGATGACAACTTCACAGCCATTATGTTTTTTACTACTGTTCTAACTGCATCTT TTTTTTTTTAATCTCCCGTAACACCTTAATTTATCTTTTAACGGTAATAGTTTAATTGAC GCTAAATATATAATTTTTAGAGGTAAGTCTCTTTGTAAATGTTCCTAAAGCTTATAGCCA CATCGAATTTAATAGCAATTAATTAATATCGATAAAAGATTTTGTCGCTATATTTATAAT CGCTAAAAACCTATTTTTGTTATAATGATTATTTGGAGGGAAGTGTTTTTTCTTGGTAAA AATTCATTTCCATTGTTACATTAGCCATCCATATATATACCATGTGTATTTATTGCTATT GCATTTATAACAATTCAGGTGCGCGTAAGCTGGCTCCGAGTAGTTTGTAACACAAGTTGT TAGGTGATCTTTGACTCTAAAAAAATTGATAGAACTTGAGTTGCTGAGTACATAAAGAAA AAAAAAAGAATGAAATTTTTGAAAAAATTGAAGGATGAAATGGTGCCTGAGTGGAGTGAG GCTTATATGGACTATGGTGGGCTCAAACACCTCCTGAAAGATATAAATCATAGAAAAGTA GATATTGAGAATCAAGGTAGTGAAACTGGGAAAATCCAACATAAAAATTCGATCAAGTTA TCGAATGGAAAGTTGTTTATACCAGCTGAAATGGGACAGAATGAGAAGTCATTTTTCGAA AAAAAGGATAATGAGCTTGAGAAAGTTGATAGATTTTACAAGGACAAAGTGGAAGATGCA AAGGGAGAAGCAGCTGAATTAGCCAAACAAATGGAGGCTTTGATTGCTCTCCGAAAAAAG GTAAAAGAAAGAGGTACCAAGGGAGACAAAGCAGCAGCATCCTCAAAGGTTACTTCTCCA GGCAGGGCGTCGAGTGAAGCTGGTATGTGTTGTGTAGTTATAGCTTAAGTTAAGTTTTTA TTTCCAGTTAACTTAAATTATCATGCTTTAGTTGTTACTACTCGAAACGTCATTGATAGA TGCTTGAAATATGGTTAGCATTTTTGGAGGATCTGAGCAACATAACTAGTCTGCGCATTT TGCATCAGATCGTACACTTAAAAGGCTTGTTGATCATGAGAGCCTTAATAGGAAATTGTA CCCTAATCCTGTTGAAAATATGCATAGTTCTCTGTTTATAGATTATGTACTAGGGCAAAT CAAGCAATGATCATAAGGATTCATTGACATGAGATATTAAATTGCTATCAATAGACTGAC TTATAAGAACATTGTGAAATAGCTCAGCTATTGATATTACAGTACAAAAATGTTCATAGC TTACTCTATTCTGTTCAGCCATACATATATATATATATATATAAGCAGATTGACAGAATT TAGTCTCCACTGAATGAGTTTAGAATCCTGTAATTTCATATTTTCATTCTGATGGCATTT TAATGTTGCCATAAGATATGACACTTGGGCCTAACTCAAACCCAAAGTTATCTCACAAGG GGATGTTTGCCCAAGTCAATATAAGGAGATCAGTAGTTCATTTCCCAACCGACGTGGGGA ATCTAACTCAAGCTCAACAGTAGCAATGATCAAGACTGGACAAGCATTATATGTAAACAA CCAGGGTCATGGGCTAGTAGTGAAGACGTCGTGGACATTCTGATTGTAACCTTCTACATC ATGAGAGTTTCTTCATCTCTAATTAGACGTCCAAATGCAGAGGAAGACCAACTGGACTTC AAAGAAGAAGTGGACAAGTTTGGTGAGAAAATCATAAAACCAACTTCTTCTTCAAGCGAA AATAGAGATCCTTCGTTAGGTGAACATGGAAGCACTCCCTCAGACGTTCTTGAATGTGTC AAAATTCAAAATACATCCGACAGTCCAAAATCATCGGTAGAAAGACTATTACTTGGTAAC ACAGTGAAAGAATGTAGCTTCAGTCAAGAAGAGCTAAAGGAGGTTGAAGAAAAGTTGAAA AAGGCCTTTGTTGAGTTCTACCACAAACTTCGCCGCCTAAATCAGTACAGGTTCTAAGAA AAGGATCTAACCTGAACTTCTTAAATATCAGATATTTTGGTGCTTCCATTCTGACTCTTT GTTTCAATGATGAACCAGTTTTATGAACCTCTCAGCATTTTCTGTGATCTTGGAAAAATA TGAAAAGGTCAGACTTCTATTTGTGAAGGAGGCATAGAAAATTGCATTCTGTTAGCATTC ACAGTTGTGGTAAGTACTTCTATCACTAATTGTCCATAATTTGCATGACTGGCTGACTGC AGATTACTTCAAGGAAAGTGATGAGATCATACATGAAAATCGTGGATAACTCCTATATTG GAAGTTCTGATGAGGTATATTAAAAGAACTCTTAATATATAACTCTGAGAAGTATGATCT TACAAAGACGAAAACTAGTATAAGATGGAAATTATTTTATTACAACCTTAAACTTGCATG TCTTGTCTCCAAGATTTGTTATATGCACACTATTATATATTCACTTAGTTTATTTTTTTC ATGTTCTAGGTTACTGGTCTTCTGAACAAGGTAGAAGCAACAATTGTCAAGCACTTCAAT TCTGGACGGGGGGACGACATCAGATTAGTAAGGCCGGAAAGGAAAAGAGAGAAACACAGC ATTTGGTTTCTTTCAGGTTGAGAACTTCTCCTTTGTTAAAGATTTTACTTCATAGTTTTC GACATCTCTTTAACTTGTAAATTCATAAGATCTTGCTGAGGAAGAAGATGGGGTTATCAT GGTTTCTAATATATCCTTTCAATGTGTAGGATTCTTCTGTGGATTCTCTGTTGCTCTAAT TATGGCTATTGTGTTAATCATAAAAACAAGAAAGTTATTGGACAAGGAGGGGGCTACAGT GTATTTGGATAGCATCTTCCCTCTTTACAGGTTAAGAAAATTTTCAGATCTTCAAATAAT CCGCAGATTCACCTACTTATGTTGAAAAATGCACTACTTTTGGAGTATCTGACACACACT CTCGATAGCATTGTATGAAAAGTCTGCGAGCATCATGACTTATGACCTTCTCAGTTTTTT CCTGATAACTTGAAGTTCTCTTGCAGCTTCTACGGTTACATCATCTTACATATGCTTATT GGTGCTGCAAATATATACTTGTGGCGATGCTATAGAATCAACTACTCGTTTATACTTGGA TTCAAGCCAGGAACCGAGTTAGATCACAAGGAAGTTTTTCTCTTAGCCTCTGGTCTTGCA GTTCTTGTACTCACTGCTTGCCTGGTACAACTGCATATCCGGATGGACTCGAGGATCCAA GAGCATGAGACATTTGTCGAACTGGTTCCTTTGGGCTTGCTCATTGTAAGATTTTATATA TAAAGTTGAGCACACTGTCACTTCACATTTTGTTTGATCAAATCCTCTCATTCAAATGCA GGGCTTAGTTCTCATATGTCTATGTCCTTTTAACATCATCTATCGTTCAAGCCGTTTCTT TCTTATACGCAGTCTATTTCGTAGCATGTGTGCTCCTTTATACAAGGTGGTTGATTCTAC TAAGCTTGAATTCTATACGCGTAGAGTATACTGCTTTTGGTTGCGTTTACGTGTTGTTAG TTTTCTTCTGCAGGTCAATATGATTGATTTTTTCCTATCAGACCAGCTAACCAGCCAGGT TTCTTCTCACTTTATTGGGCCATTATATGATTCCTGTTTTTCTTTTCTGACCTACATCTT CTTGACCTCAGACACAAGCGATAAGAAGTTTCGTATACTACATTTGTTATTATAGTTGGG GAAAATCCTCTACAGGACGAAAAATGTGCCAAGTTAGTGATGTGTATATCGTCTTCTATT ACATTTCAGCTGCAATTCCTTATTGGATTCGCTTCTTCCAGGTACTTAACGTTCATCATG ATCTCTACATTAGCCTATCTGTGGTGTACTCAGTTGAAGAACTCAATGTGCAGTGTATTC GACGATTAATGGAAGAGAAAGAGATGAAGCATGGATTCAACGGTTTCACCTATTTCTCAA TGCTACTGTCAGTTGTCTTTCAGTCAACATTCAGACTAAAGAAAAAAATGACTTGGAAAG TGTGGGCTTTGGTTAGCTCAGGTGTTGCAGCTCTGGCAAACATATCTTGGGATATCAGGA TGGACTGGGGTCTTCTTCAAATGAAGTCAAGAAATTTTCTTCTGAGAGATAAGCTCTTAC TACACCATAAAACTGTATATTATATAGCTATGGTAATGTTTCCAAGTTTATGAAAACACA GATATTACCCTGTCTCTTATTTTGCTAAATGCCACACATTTGATGGCAGATTCTTGAGGT TCTCCTGAGGTTTGTATGGCTGCAAGTAGTATTGAGTTTTGACATGCGCCCACTACGTGG AAAAGTCATAACAAGCACATTTGCAAGCTTAGAAATACTTCGTCGTGGCATTTGGAACTT CTTTAGGTAATTTTACTGTCCCTGAAGTGGTATATCTTTTCTTCATACAGAGGAAAGAAA ATGTATGTGTTATAAGCTATGACTTTTCTCTCAGATTGGAGAATGAACACTTGAACAACG TTGGGGAGTACCGAGCATTCAAGTCACTCCCACTGCCCTTCATTACAGACGAAGACAAGG TTGGCAAAAATGAGTAGGGTGACTCGGGTCTGCTTAATACCTGTCCTGATTCATCGAAAG ATGAATGTATAATAGCTTAGAGTACCCTTTTCTGTGAGGGTGGTATACATTTTCAAGTAT TGTTACTATGCAAGAATTCTCATTCATACCGCAAAAAGGAATAAGAAAAGAGAGGGGAAG AGATCTATATGTACATCTGAACATGCATCTTTATACAGAGATTTTTACTTGGTGATATAC TGAATATGTCATGCCAATTTCTGTTTCTAAACTTTTTGCACTTTCAAGTAACTACAAACT ATCAATCCTCTCACTAAGTGAGACAACTTTGATGGTTGCGATCATATATTTCACCCTCGA TTTATCATCTACATCAGTGAAAAGAAAGATAAAAAGGGGAGAAGAGCTTCATTGAACTCA CTTCATCTTCAGTTGGTGTACTTCCATGACAGCACCCGGTGCACGGTGGTATTACCATCC TTCTTTTGATTTCAGAGTGTTCCGCTGGATTTTCTTGAACTTCCGAAAATAGCTGCTTCC ATCAGAATCGAAGTCACAAATGGTACTCTGTCCTGGTCTATTTCCCTCATCAAGGTCCAG GACATAGGCATCGCCTTCTAAAGCACGAACTACCTGAACAATATGAAGGAAGAAATAAGA AGCAAGGATTTGGTTTATAAACCTCTTTAAAGAAATCCACCAGCACTAACAGAAAAGGAA TTAAGAAAAGAAGACGTTATTACTTGACTCATCCGCGGTCTTTTGCGCGATGAATGACGC ACACATGCAGCAGCACAAGCAATCATGTTAGCCATCTCTTCAATGTTATAATTTTGTCCC AAACATGGATCTACTAGGGCGTCCAATTTTCCACCATCCAATGCACTTCTAAGAAAAGGC TTTGCCTGTGTATCAGAAAGACTCTTCTTATGCTATGGTACAAGTGGTAAACTATAAGAA GAGGGTTGATAATAATGATATCCATATCTTTGAAAATGGATTTAAGCATCAGCTACAAGA AACCAATATGGTGATCAAGAAATTTGTGTACATCCAGTTAATAAACCGCACTCAGGAAGT ACTTAATCAAAAACCAAGAATATGAAAACCAGAAACGACGGGAATGATTCCTAATGCAAA AAAATTGTATTTGATAACGAGGTTAAAAATGCCCGGCAGAGATGTAAAGTTAATTCTGAT TAACTAAAGTGACATAACTAATTCTTTCTGTGAGTAGGCCGCATGCAAGAAGCTGCTAAC TCTGAAAGGCATCTTCCTGATCTCAATTTCGAATTAACTTATGTAATTAATTCTGATCAA TTGTGGGACTTAAGTAGAACCAACAGTAATAATCTTTGAGATCGACAAAATGATTCCAGG AACCCGTATCTCCAAGATTTCCTAAAAAGGGAGCCTTATTTTGGGAAAATCTGATAGATT ATGACATCAAATTCACGGTTAACTCCATGCTTTAAGACTGAAACTTTGGACAATCTAATA GTTGTAAAAGATGCAAGAGAATTTTTATGCCTTTGGCTTGAGTCTTGACAGAGATGAACT TTTCAAGAACACCAGATACTTTTGATTTGCACATTTCTTTTGTACAAGGAAGGTGGTTTT CCAAATTCTGATTTAAGTGATTGATTACTACAAACAACAACAAAAACAACATACCCAATG AGGTCCCACAAGTGCGGTCTGAGGAGGGTAGATTATACGCAGACTTTAACACTACCTCGT GGAGGTAGAAAGGTTGTTTCCGTAATATTTATTACTGCCGTGACAAAATTTCTCAACCTT TTATCACTCGCAAAAAAAAAAAAAAAGGAATAAAGGATAAAACTACCCAGTACTTTTCTA AAACCACAAATGATAAACCTTCCAGAGGATCAAGATATATAAATAGAAAGGGAACCTAGA GAATTACATTAGGTGCTTGCATGTTCTGCCTCAGATTAAATACAGTGCATACTAGCTAAT TAAGGATAAGACTATAGTAAGATGAATGTTATTCCATATTGAGGATTTGATTAGTGTAGT TGGACAGAAAGTAAATTTAAGCATTATGCTATTTAAACAGTTAAAATGGTTGTGCATGAA CTTTCTACACATGCATCTAATTGAACATTAGTTTTAGGCACTTAAGAATGCTGAATAGCG GTCAAGAAAGTGAAACAGTTAACATACCCATATGGCCAGACTGCTGCATGCGGAGGATTC AGTTGAGATTATAGGTGGACGCCCTGTAATTAACTCCAGGAGCATAACTCCAAAAGAAAA GATGTCGGACTTATCTGAGGTCTTTCCACTCTGTGCATACTCTGGGGCCAGGTACCTGCA AGACGTCAGTTTTATCAAATACATGAAGAAATTGTGATCAGGAAATGTAGGTTTTACCAA GTTAGTTTTTAAGTGGTCCATCTTCCTGAAGCTGTGTAATCCAGAAATCATTACTAATCA TGAAGTAGCTTAGGTTCTATAGTTTCCAAAACCCAAGCACCTCTCCTTAACCCCCCACCC CCAAAAACCCCTCTTCCCCCAATCAGTGTTGGTAAGGGATAACCAAGGACTAGAAGCCCA ACACTATCAGACACGGGAAAACAGTGGAAACATCCCATGCACTCTTCTCATCCTCCGAGC AGGAAAACTTCGGTTATAACGCTGAGAAGATTACTGCATCATGAGCAGGTTGACCTAAAA TCGAGGTCATGCAAGTCATCAATTTCTTTAAAATCCCCAAATTTGAGAGTCCTATTCTAG CTCGATTTTCTATAGATACCTGATATAGATATCAGTTTGCAAGTTGGATGAAACAATGTT AACATGGGAAGGGCATAGCCTATGCAATGTAGGAGTTTAGCCCCAAAAAAATGAATATTA GTAACGCTAGAATGAGGGATGAAGAGACTGGTCCACTTAGTACGATGACCTGTATATACT AATTTTGCTTATTCTATGCTGATCTAGTCAAATTTTATCCCTCTGATATCTAATTCATGG TAGCAGTGACAGGGTCAATAAAACTCACCCAAAAGTTCCCACCACTCTAGTAGAGATATG ACTGACATGATGGTCTGAATCAGATAAGAACTTGGCAAGTCCAAAGTCTGCAACCTGGAT ACAAATCAAAGTTCCCATTCATGTTTAATAACTTACGAGGAAATATCTTCTTAGCTGTCA CATGAAAATTAAAGAAACAAAAAACAGAATCAATAATGCAGTTAACATTTGCACCTGAGT AGATGCTCATTTGGGTCCAAATGTTAAGAACAAAAAACTATTTACATCAACAGCGGATTC TAGGTGTACTGAAGCCAGTTGTAGACAACAGATAACAGCCCGACCTTTCTTTGATAGTAA AGATAGAACAGAAAATGTAGTGGCAATACCAAAAAGCAAAACACAAAGTTACCTTAGCTT CAAAGTTAGAATCAAGAAGAATATTAGCTGCCTTGATATCACGATGAATGATAGTAGGGT TACCTGCAGCCACAAGTTAGTATCTTCAGAGAAAGATTACCTGTGGTTGTTACATCAAAA GAAGTGATATTTATTCTATTCAAGCAACCAAAATTGAATTGTCCTACAGAGCGCAAAGAT AGGTTGACATCTGTATCAAATTGGTAGTAGTGGAAGAAAATATACTAAAACTATTTGATT TCATATCTGAATGGCATATAAAATTATATGGGGAAAGTACAGTTACCCTGATGCATATTC ATGTGATAACTTTCACAATTAGGAATTATTATGGCCTTCTGCTATCCATTAGCAGACCCT AGAACCGATGTATTCAGCTCTCAAATCTCAAGGAGATTCAGAAATAGTATTATAGAAGTG AGGATCAATGGTATCTATTGGAAGGGAAAAATAAGATTTACATCCTTTTCAGGAGAAAAG TGAAGATAGATATGTGATGCCTATGAAAACCATTATGCTACTCAACTTGTCACAATCTAC AAACACACTAACAAGACTTCCCTCTGGAAACATTTTTAGCATTGTTAAAAAGCATCCAGG CCACTTAATATTCAATTTACCCCTTTGGACACCACCTTCAGTCAACTAATGGACGAACAC GCAAATTAAGAACAAACATAGGAAGCCAAGACAGAAATGAAGCGCACTCACAATCTTCAT GCAGATAGGCCAATCCTTTGGCTGACCCTATAGCAATTTTCATTCTAGATGCCCATTCCA TCGTGGATTGTGCCTCCCCTGCATATCATACAATCTGTTCTAAATAGCATTTTGGTAGAA AGACCTTTATATCAGAGGAACTTATGGAAACTCTATTCAATTGGATATTTAGAAGTGATC AGAGAAGTATAAACTGATACAAGAGCATTTCTGTAAAACAAAAGTTCAAAAGAAAACATG CATCGGGGTAAATACAACCATTCTTTATACAAACCTTAAAACAGATGATGAAACAAATCA CACATCTAAATGTGGCACTTATGAAAGATCCTCCATCAAATGTACCTCACAAGTGTGTTA AAATAATAAACCATAAGGGTATAGAAAAGTATGTGGAACATTGCAAATGAAGTGCCTGGG ACAGCAGAAGTCAAAAGATATTAAATGCTGGTATTTCCAAAAGCATAGAAATACCAGTGC TTTACCATGCAAGATTAAAGGGCTGGGTTACAGAAGTAGCATGTATTTGCAAACTCTTCT TGTACCTTCTCATGTTAAAAACCATGGTTTCTTGAAATTCTAGGCCACCTTCTTATGGTA TAGGCATATACCACGAGGAATCTTACTTAAAAGGCTTGGTTAAGTACCCCCTTAAAGATT GTCCATTTAACATGGAACTCATAACTCCTGAGGTGTATTTTACATGCTTTTCAAAATCAG TACAGTGAAACTAAGCTGCATTAAGGAAGCCCCCATTAAGGTAGATTTACTTTAACCTTA ATTATCAAATCTCTGCTGTACAAATATTAGCATAATTCAAAAAATGACTTAAGCTGGTCA CAAAATCTTATTGATACAGGATTAAACCAACAACCAGCATTAAGAAAAAAAGAGAAAGAA CATACCATGTAAATGATACTCTAAGGTCCTGTTGGAAACAAATTCGTAAACAAGCAACCT CTTTGTTCCATTCATGCAGTATCCAACCAAAGACACGAGATGTTTGTGATGCACTCGGCT AATAGTCTCTACTTCTGCTTGAAATTCACGCTCCCCTTGATGGCTACCAACCTTCAACTG TTTAACTGCAATCTCTCTTCCAGTAGGGAGGACTCCTTTGTGTACATACCCAAATCCACC TTCACCTAGAAGGTTGGATGTAGAGAATCCACTGGTTGCTAACCATAGCTCTTCATATGT GAAATTTCCACCCGAAAAAGCTAAATCCACTATGTGGTCTTTTGGTGAAAAATGATTGTC AGCTTCTGAATTAAGAGAATTGGAATGAGCATTGTTCTCAAAGCAGTGAAGTGGGTGGAA TGGTGTCGCTTGCTTTGGGGAAACAGGAGAACCATCTGCTACATTCTGCTGTCTAAAACT TTGACGCAGAATACGGTACAAGTCATCTGATGAATCGACCGAAACAATTAGCAAATGAAT ATACCAAGTTGAACTCATACTGAACTTAAGTTAATCGATTGAACTGCTGGATTTCATAAT ATCAACAATTTGGACCCCATTCTAAATGCAAATTGCAATCAATGAAAACAAGCTCTGAAC AAGGAATCTCTTAAAACAAGATTTAAGCATTATATCTGGTTAGACGGAGAAAGTTTCACA TTTAAGAGATTAATGTCCAAACTGTCACCTTTCCCGAATGGCATGGCATGTTTAAAAGCA TAAGATTCTATAGATACTTTTGGTATGTGACATATACTTGATTATGTCTCAAAAAACCCC TTTTTCTTCTTAAAACTCCATAGTCCATACACATTCAAACACAATCATATAAAATGAACA TAAGAAGTATAAGATTTAAGAAATGATGATTGTCGTAACAATGAATTTAGAAACATAAGT CACTACTTTCATTCCTAGTAAATTGTAAGTGGAAAAAATAGCAATTTGGATCACTACTTT TCAATAGTTGAATTTAGAGGTAAAAGTCACCACTTAATCAGTAAAAAGGGTTGATAATCC CTACTAAATCATAAAACAAAATAATGATAAATTTAAATAGTAATTAAATCATCTTTGATC TTGTTGAACAAGAACAAGGATGATATTAAGGATTGTACCAGTTGTAGGGTAATCAAGTTG TTAGTTGACCCACACTATGTAAGTTTGGGAGAGAACCAATTTGGACTCATCGTAGGGCTT TCAACTACAGAAGACATACATCTCGTTAGGTGATTGATCGAGCAGTTTAGGGAGAGAAAG AGGACTTACATATGATGTTCATTGACGTAGAAAAAGCTTATAACAACGTTATTAGAGGGT TCTATGGTGATGTTTGGAGGCTAAAGGTGTACCTGAGGCTTATATTAGGGCAAGTAAGGA CATGTATGATAGTGCCAAGACACGAGTCAGGACAATAGGAGGAAACTCAGGTCTCTTCCC AATCATTATGAGGTTGCATCAGGGATAAATTTTCAACCTATTTCTTTTTGCTTTGGTGAT GGATGAACTGATGTGGCATATCCAAGGAGAGGTGCCATGGTGTATACTATTTGCAAAGGA CATAGTTTTGATTAACAAGACATAAAACAGATTCAACAATATATTGAAGGTTTGGAGACA GACCCTGGAGCCTAAGGGGTTCAGATTGAGTAAGACCAAGACTGAATACTTAGAGGTTAA ATTCATGACATATTCACATGGAAGATGTGGAAGTAAGGATTAATACACCACTCACACCCA AGAAAGAAAGTTTCAAGTATCTAGGGTAAGTAATTAAAGGAAAAAGAGAGATTGACTATG AAGTTACACATAGTAGTGAAGCGGGGTGGAAGAAATTAAAGCTAGCACCTTTGTCTTATA TGATAAGAATGTGCCACCAATCCTTAAACATAAGTGTTATGGAGTGGCGATAGACTAGTT ATGTAGTAAGGGGCAGAGTGTTGACCAATTAAGAACTCGCACGTCCAAAAAATGAGAGTA GCTCAAATGAGGATGTTGGGATGGATGTGTGACATATAGGAGAAATAGGATAAAGAGAAA AGCTATTTGGGAAAAAGGTGGGAGTGGCCTCCATGGTAGACAAGGTGAAGGAGTGAGGCT GAGATGTTCGGGCATGTGAAAAAAGAAAATGCACGCCGCAGCAATTTGGTGCGAGCAAGG GTGGACCCACCCTATGTCAAGGGGTGTCGACCGAACTGCTTCGATGAAATTTTTTAGTAT TATATAATTATATCTAAAAATCTGAAAACTCAAAATATAAGTAGAAAAAATATTAATGAC GCTACTTGAACAAGTGAGCTTCCTCGCTAATTGGTTTAACGCGTGCGGATGGTGTTGTCA TTCTCTAAAGTGTGTCCGAGTTCGACCCTCAACAAGTCCAAATTTGGGTATATTCTGGGG CCTTTTTAGATAAAAGTAAGTGTTATAGGGATTCGAACCTCCAACCTTCAATTCCTATTC AAAATAAGGATAAAATGAACCAATTGAACTAAAACACAATTTCTATCCTATTATAGAAAT TTAATTACTTGTCCAAAATAGAATTGGACAAAATAATAAGTTAAAGTAGTTTACTTGATT TACTTTTATTAGTATGCTTTAAATAATTTTTATTAATATATTCTTTTATGAACAAAGGAG ATTTCATAGAAGGCATCAACAAGATGCAAGGCGAAAAATTACAGCAAAAAGAAGGGGTCT GCTCCTGTACAAGATATTAATATAATGTTGTTATATCAATTTTATTTTTAAATACCGACA TGCCTTACAAAAAATCCTGCATATGTCAGTGGGTGTGAGAGGTTGGTTGTAGCAGGTATA AGCATAGGTAGAGTCGTACAAGTAGCCAGGCCGAAGTAGTCTTTGGAAGAGGTGATTTGA GAAGGCATGGCTCACCTACAACTTACTGCGAACATGATCTTAGATAAGAAGATATGAAAA TTGATGATTAAGTTAGAAGGTTAGTAGTAGTTGAGCGTTGTCTAATTCCCTTATTAGCAT TGTTATATTATTACCCACTTACTATTTTTTTCTTCGACTTTAGTAGTACCTCTTATTTTC TTTGCTTCAATTATCGTGTTATTTGATGTAGCTACTTGTTCTCTTCTTAATTGGTTCTTT TTAAAGACAAGAAAATCCGCAGTCACTACCCTTTGGCATACACAAGGTAAAACTATCACT CCTACGCAATAGCTCGGAAACCAATAACCCGCACTAGGCAATTTCGGTGCGACAAACCCC TTGCTTTTGCTTGCAATGGGTTTCAAACTTGAGACCTCGATAATGAAATTCCCAAGTACA AACCACTGGGTCACCCTGAAAAGTCTCTTCTTAATTGTTTTTCAACATGGCTTCTAATTT TCCATTGTATTTGCTTAAATACTCTATTTTTAAAATGCTTACTCGAACTAAGTATCTACC GGGAAAATGTCTCTCTATCTTCACAAGAAAGTTAAGGCTGCATATACATTGCATTCCCCA AACCCCACTTGTGGGATATTATACTGGGTACATTGTCGTATCTAATCCATCTATGGCGAA ATAAAATTCAGGTGAATTGAAGTAAGTACTTCACCCTGAACCTTCATTTCTTCGCAAAAT ATCAAGCTAGCAAGGCAATCAATTACTGAAAATAAACACAACAGTGAAAGCTTCATGAGC AAAAAAAAAATATTTTCTGGTTAATTGACACACATTTCTCCTGAAAAAAAGCAGTTTTAG TTGTTACTGTATGTATATATTACTGATTCAACTACCTACTGACTAACGTTAGTGAATAAT CTGTATCAAACTGAAAAAGCTTTACCTTTTGGCAATGGAGATTCACGATCACGTAATTTT CCACATTTAAGCTTATTCCTGCAACAAACGAAGAGTATAATTGCAACAATGAAGAAAGCT CCGGTAACGCCTACAGAAATTCCAATCACAGATCCGATTGATGCACTTGACAACGGCGAT TGAACTTTAAACGACGAAGTTTCATCTCTAGAAGCTGGTGCAGAAGAAGCATTCAGAGGA AACATTAACGCCGTTACTGGAGGCGGTGGTGACGTAAGTTTCGGTAACGGTTGAGTAAAT ATAGGCCGACGTGGCGGTGGATGTAAAGCGACTTTATCATCAATAGGTTTAACTATTGGT TTTAACGACGCGTTCGGTGATGACGGCGAAGGCGGTGGTGGTGAATGTGTAAAATTAACA ACTGTTGTCGGCGGTTTAGGAATGGCTCTGATATCATTTTTGGCTTCCGGCGACGGGGAT GGAGACGGAGACGGAGACGGTGAGTGTGGATGCATAGGAGTTACGGAGTGAAGTGAGAAA TGCATGAAGAAGAAGGTGATTATGAGATAATTAATTAATAGTTATAATTAGTTCCTAATA AACTGCTTAAGTAGTGGACTTGAGAAAGTAGAAACCCCCGGTAAGTACACTACTAATTAC TATGACCATAGTATTAGTATCACGTTAATTACTCTGTTCGTTTCATTTATTTTGTTTTTT CTTCTTTCTTTTTTTATTCATCTTTTTATAGGCATATAATTAACGTGTATGTTCCTTCAT TTTTATTTTTATTCTACTTATATTATGTCATATACGTCTACTTATTTAATTTTATGTAAA ATTTGAATATTTATCTATATTCATCCAAAATTAGAACAATTAAAATCATCTGAAATTAAA TTTAATACTCTTTTAAATCTTCCACAATTGGAAAAAGAGTAATTGAAATTACTTTGTTCA ATTTTATACAAATTTAAATAATTAGTTAATACCCATCAAAAATTAAAACACATCAAATAT CATCTGAAATTAAATTTTGAACTCTTTTTAAACCGTCCACAATTGGGAAAAAAAAGTAAC TTGAAATTTTTGTGTGGCATTTTATTTTAAGATAAACTTTAGATTTTTTTATTTTGTGGC ATTTTATTTTAGGATAAACGTTAGATTTTTAATTTTTCCGATTTAGCTCGAAAAGATCAA AATTTTATGAGATTGTATGAAAGGGAAATTGGTTAAATATATTCCTAATTTAGAGCAGAT ATATCATTATTAAAGAAAATACAATGTATATACTTGCTTTTAACAGATTGGATGTATTTA TTCTTTTCGTCGACAAATCTATATTTTCTAAATTAAAAAAAAGCTTTTAAACTGATTTTT TTAATTTCAAAAATGTTGTGTGTTGTTTAAAAATTACTTCATCTAAATGAAAGAAGAAAG AAAAAAATAATCTCTCTTCTGCTCAGTTATAAGATGGATTTATAGGTTTAGAGTAATAAA AGAAAAAAATGAGGTAAAAATTTAAAAGTCTGTGAGGTGTTTTTCAAATTAAAAACCAGT TTTAGATTATAATTTTTTAAATTCAATATGTTAACGAAAAGAGATAAATATGCACTATTC GTTAGACGACAAAGATGTATATGCACCATCTGTTAGTTGTTTTATTAAAAGTTATACCGC TCTAACTGACAAATATCATTATGCTCGTCAAAATGTGTTGACTAACTAAACAAAACAATC ACCAATACATGAATACTGAATGGTTAACAATTTGAACATGTAAAATCTGGTGTTAAATTG ATATATCCTATCCAGACAAAAATTAACAAAACTGTACTTGTAAAATTTTGTAACTTAATA GTACATGTTTTTGTAAAATAAAACTTCCTCTGATCTCAACAGAAGTCACTTTTTATTGTT CTGTGCATCAGGTTCACTAGAAATTCCACTCAGCATCCATATCAAAGCAACGCCAATTAG GGCGCCAGAGAGATGTGCAATGTGATTAACATTTTGCAACGCGGAACCTCCATGAATACC TCCTGCTAATCCTGTTGAAGCTTGGGCTGCTTCCATCACCTGGATATATTCAGTGCCAGC ACGAACAGAGGTCAAGTTCCTTCCATACGATAAAAGAGTTGAATAGAAACTAGGGGAGAA TAAGAAGCATTCATTCAATTTACGTTCATTACTAGGAGTAGTTGTTTTGCCAGACACAAA GAGAGCATCTCTACCATCACCCCCCGCGTAGTTGTTTGGCACTTTTCTTTTCTACGTTAC TCCTTATATACCAAGTGAAGAGCAGTAACTATAATTGAATTTTGGGATCTCTACTAGCTT CCCCCTCCCTCATTTCTATTACTACGATATAAGAAATTCAAGTTTAAGCAACTAACAATG CAACTTCATCTTCTAGGATTATGAAATAAGGTGGGATAACTAGTAAATACTGAATGCATA CTTCGAGAGATGTCATTGGCCGAATATGATATAATATGACAATTGGGAAATCAAAGAAAT CTACAGTAGCTCATAATCCATCATTCAGATGAGGAGTTTTCTTTGAAAACCAACACATTT AGTGTAGGAGAGTGAATTATCAAGTTTTGGATGCCTTAAAGATCGATTATGACTAAATGG AAGAGAACTAGCTTTTTTAAGATAACCAAACCATCCAAGCAGTATTTTTGTCTGTATCTG AGAGCTCATGGTTCTCAACCCACTTCATTGACCACTAGAGGTCACACCCTTGGGTGCACA GAAGAGTACTTGATTACAGATAGTTACAGCCTTTTCAATTACATTTTTATAATTGTTACT AAACTAAAATAAGAAATAAACAGTCATATCGTCACAGCCTTGTGAATGCAATTGACCTAG AATTTCGTATTGAAGTGTAAAAGTGCTTATAACCCATTATATTTGGGAAACAATTTAATG TTTGTGCTATAACCCTAGTAAATATATGCAGTAACCCTAGTAGACTGATTTGTCCAACAA TTAAGCTATGTCATGACAGAAATTTGACATGAATCTAACTGACTTGAATAAATAACAACG TCACGTATGATTGATTAGGTTTCAATTAGCGGGAAAGAGCGGAGAGGATACCCTTTCTAT AACAAACTGTCCCAATATAAGTACTTCAAGAATCTTTCTCCAATCCCAAGACATCTGCAG TAAAAAAAAGATGGTTAGACTGGTTTACCAATCAAGCGCAACAGTATACTGTCGACGTAC GTCAATCTACACACACAGACATTGATATTAAACTGAGGCACATTAATATATGCAATAAAC AAAAGATGCAGAAATCACCTTCACAAGTACACTAATAGCAAAGAGTCCAAACACTGCACC AGACGCACCAACAGAAACAGCATTTCTTGGAAGAATCAACCATGAGACAAGGTTAGCTCC AGCACCAGTTAATATATAAGAAAGCCACAATCCAAAGTTTCCTTCCTCCTCTTCAACGAG TTTTCCTGGAAGCTTAAAGTAGGTCAACGTCTATGTTTATTCCTATCAAGCATAGTGAAA ATTTATAGTAAAACAAAAAGAGAAGACTTACCAAAAATATACAGAAAGAAAAGGTTGCTA GATAGGTGGTTCCTGTTGAGTGAAATGAAGATGGAAAAAATAAACAATTAGAAACATAAG TGATAAGCAGAACAAGAGAGAAGCAACTGATAATTCGGCTGGATTATGAATGTTTTACTT TCCATTTCTAGTATTTCCAATAAGCACTTAAATACTCTACATTCTCACCAGTTAAAATGA CAGAATGTTGCAGTCACAAACTGGTACCAAGCAGGCCGATTGTGGTATAAGTATAATGCT TTTACTGCCCGAACCTGATATAATCACTTTTTCTGTTAGATCCCTTTATTCCAGCAGACA AGAGTAACATTATCTTCACAGAATCCAGGTGGATGACACCCTTCAGATGGCCGAGTGCCA CTATACTGATCCTCATCATGCCACCCATCATGTTCAATGGAACTCACCAGCCCTGGTCCA ACTTACCAGGGTTGGGTGCATGTTCAATACCAACTGAATAAAACGAATCATAAATATTCG TTGTGCAAGCTTTTTTAACACCATCGAATTAAATATATTCAACGAAAGCTGCAATAAAGA GGGGGGAAAGCAATTTCTAAACCTGGAAAACATGATCTGCTACATATATTCCCAGGTTAA GAAGTAGAATCCAGAAAATCCCATTGACACCCTTGTCTGGCTTCTTCCCTTCAGGCTTCA GAATTTCCAGCTGTGAGGTCATATCTAATAAAGGTGTCATTTAACAGGTTAATATTTCAC CTTAACCGTATTCATCAGACATGTTAAATTTAAAATAGCAACTCAATTGAACACGGAAAC TACACGAGCAACTAATCCTAGATAAACTCAGGCCACATAAATCTCTCCTCTCCACTCCAA GTAATCAACCCCAACAGTTCTTCACCTTCAATTATAAGTTCAACTGACAGTACTAAGGCT CTCTTTCTGCACAAAAACCCCTCATTGTTAGTTATGTCTAAAAAACCCTAGTATTTTGGA CAGCCAAAAAGATGCACAACAACAACATACCCAGTAAAAAAGATACAATTTTTTCTTTAT TTTAGGTTTCAAAAGACAGTAACTATCAACACAAATCGAGAGATAATAGCAATTCTTGAC TTAAGTTGACTAACAATCAGTATAATTCGACAGATGAATAAACCCATTTTTACAGAATAA AGTTTGAGATTTTCCCACTAATCATTAACTTAACAAATGATAAAAGGAAGATATAGGTGT TACCGGAATCATTGAATTTACAGAGAAGACGAGTTGAGGAAATTGGAGTAATAAGTGAAG TTTTGAGTTTAAGGGCAAGTGTTGGAAGAGGGATTAATGGAGGTGTAGATAGCGGCATCG CCATGGGCATGAAAACATTGTGTTTAAGGCCCAGATGGTGCTGATACTGAAGCTGTTTCA TCACCGGAAAATCAAGAATGTAGAGGCACAGCTTATCGGTTTTTCATATCTCCTCCGTTT ACACACATTTTTTTCAAATATCCAAAATAATTTAAATTTAATCAAATAATAAATAAAAAA TTACCAATCAATACACACTTCACCGCAATCATATTAAAGGCCCGTTTGGATGGGCTTTAT ATAAGCTGCTTAAAAAAATATTTTAGAAGTGCTGAAACTTATTTTTAAAATAAGTAGTTA TGTGTTTGGATAAAAGTGCTGAAGTTGATATGTCAAACGTAAAAAGAGAAAAATGGAAGA TTGAGATGTTAGGGTTATTTGGGTAATTTAGAGATTGTACAAAAATATTAAGGGCAAAAA GATAAAATGTGGTCAACTTAAAACAGCTTATAAGCTTAAAAAAAAAAAAAGCACCCCTAT CCGCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTAATTTAAAATAAGTTATTTTGAGT ATTGTCAAACAGCTAAATAAGTCAAAAACCAGCTTTTAAATCAGTTTGACCAGCTTTTAA GCTGAGCCAAACAGGCTCAATCTCTGTTTCCTAACTTTCACTTTCTTCTTTATCCTTTCT ATTATTAGTAAGTAGTGATGATAATATAAGCCCATTTTTTATTGACCCGCCCAAATAGTT CATTAAATATGGATTGAAAGAGTGATTTTAAATATAAATAATATTTGAAATTATATTTAT ATTTTACTTATTAAAATATGGATAATAAAATAAAATTAAATAAAGTATTTTCATCTAAAA AATACTAAAATATTTTTTCCATATCGAATTCTTTATGTAAAGAACTATTTCTTTATGAAA TATGCATAAAATATGGGTAAACTAGTATTTTACCTAACCCATTTATTACCCAACCCATTT TTATCGATATCAAATATGGGCGGGTTGAATGATTACTCATTTTATGTTTACTCATTTTCA ACCCGTCCACATTTGACCCAACCCGCCCATTTGTCACCACTATTACTAAGTATAATACTC CCTTCATTCGCTATTATTTATTATAATTTTTATTTTTAGAGTTAAATTATAAGAATTTTT ACTAACATTTTAAGATTTATTTTTTCAGCGTATTAATATATAAAAAATTGTAATTTATAG TACTTTTCTTATAGTTATATAAATTTTTTTGTTTAAAATATTGAATTAATGTAATCTAAT TTAACTTTGAAAATTAGTCAAATTGACTTTCGAAAAACGTAACATGACAAACAATACCAG ACGGGGAGTATAAAATAATAAAATTAACTAATCATTTTACAAATTTATTTTAAATTTTTA TGTTTTTAATTCAAAAAATAATCATATATTGGTCTTTATTTTCTTTACCCTTTCTAGCAG GTAAATTGCTTTTGCTTTGCGCTTTTGTGAACTACGTCAATAATTTAGTTTTGAACATTT GATAATATAAGTGTTTTAGAATGTGTACAACCCTACAATGAATTGTAAGAAAATTATTTC CAAAGATGAAATTAAATATTTTTTTAAATTTTAAAGGGATAATGCACAAGTGCCCCTTCA ACCTATGCCCGAAATTTCAGAGACACACTTATAATATACTAAGGTCCTATTACTCCCCTG AACTTATTTTATTAATAATTTTCTACCCCTTTTCGGCCTACGTGAAACTATCTTGTGGGT CCAATGCTGGTTGACTTTTTTTCAAAGATAGTGTCACATAGGCCGAAAAGGGATAGAAAA TTACTTATAAAATAAGTCAGAGGAGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTG GTATTTCAGACATAGGTTGAGGGGGGGGGGGGGTACTTGTGCATTTTCCCAATTTTAAAA CCAAAAAAAATTCATTTTAAGTGTATGCATTTTATTATTTATTCTTCATTTAACTATAGT CATTCATCACCGAAGTCTTTAGAAAAGATATGTAATTGTTTCATTGTCTATATTTGTATT TTTAAAAAGTAGTACAAACATTTTATTCATCAATTGCAAGAGTTTTTCTCCTATTCAGAG CCTCTACATACAAAATCTACCCTTACTTGGATATTGGCCTCTCCCTCGACAATGAGGACC TACCCTTACTTGGATGATCAAAGATCCAAGCATTCTTCAAGTCGCCTTCCAAAACACTTC AACGACCGGAACCTAAATGTTTGGGAAAAAGAAAGAAATGGGTTAGTACATCACTTGTAC TAAGTATGAGACCATATGCACACATACTTTGAAAACATGCTAATAAAAAGGACATTTATC AAAACATGCCATTTTATTCTTTGAAAAGCCTTATGCGTAATCAAGGAAAATTTTTATATT TTTTCGCATTTTCAACCTATGAATGTAATGACTTGAGACTAAGAGGCTAGTCTTAGTCCT TGAGAAAGGACGACGATGCCGGTTACGTCTAAGGGGTAAACCTGGATGTGACACCATCAT CCTCGAACTTGAGGGTATACCTACACTTTGAGAAATGATTCAAGCCTTGTTTTCAAATGG TCACGAACCCGTCAAAGAACGGAACTTAAAATGTTGGGGACAAGGGAGAAACAGGGATTA GCACATCACTTATACTAAGTATGATAACATATGCACACACAACATAGAAATCATACTAAG AGGGATACATTTATTAAAGCATACTACTTACTGCAAAAATCCCCTTCATGCACTTTAACG AACTAATCCAACAACTGAACACAAAATCATCAAGACAATAGCATACTCAACACAAGACCA ACAATATCAAGTCAAGTTAACATATGAATGGCAAACCAATCTTAATATCACATTTCAACT ACAAGCATATATAAGCACTTCACAACAACTTAACATGTACTAGACCCTTAATCATAACCT CTTAGCAAGTATACAAGTGCAATGACTAAGCAAAGCCCTGTAACCTCACTTAATCAAGTA AACCAATCAAAAGAGTACAAATAATTTATAGCTTCACATAATATATCAACAAGAGTAATC AACATCTTTACTATAGCAATAGGAACCAACAACATGGTTCACAAGTAAAACTCATTAACA TATAGTACTATCAATATATAAGATAATCATGTGCATATTTTTTACAATATAGATGCATAT TCTTAACAGTTAAAAACCAAAGCTAGCACTATATTTGTTCTCATTTTATTTTTTGTCCGC CTCTTTAATTACATACAATGAGTGGAAGAACACAAAGTATATCCAAAATTTTCATGAAAT TGTCCTTAATGTTCGATGGGGTAATATTGCACGACCATGATGAACTATGATGGATAAAAT CTTAGTTTTGAAATTGTGTTTTTGATTTCACAACATGATTTCAGTATAGTCTTTTTGTTT TCCTGTAATTTTAAATTTTGAACTTTGCACAAGCGATACCATTATCATCAAATATTTTTA TCCAATAAAACTTCATTCTTGGCATGGTGACTCCAAAATTGGTATTTGATGGTAAGTGCA TCATATTCTTACCGTGTGGATTTAGCATTGCTAAATAAAAAGGTGATGTTATTTCGATCA AAAATAATTGTTCATTCAATGAAGGTTTTAGATTTCAATCGTTTTACCAATATAATTTTT TTCTAAAGTAAAATAGCTGAATATTCTCAAATTCCCTTTTCTATTAATTTTCTTTATTTG TTTCTCGTCAAAAATTCGAAGGCCATCGGGAAGAGAGATTGAACGATATAATGGACTATT AAAGATTTTGAATACAATATTAAATTTCCAAAACTTGCCGTACATATTTTAAATTTTTTT TAAGGTGTTTATATATATATTATTTTATTTTATTTTATTTTTTTTAATGGCCTTCTTGGC CGACAATTTACATGACTCAAAAAGTAAAACTATACAATTTGACTAATTTGTACATATCTC TTTACGTCTATTTTTTTCTTTATCTTCTTCTTCTTAGTTCATTCCAGTTGTCATCTAGGA CATAGTTATCTTCTCCATTGCATTTTGAACATATATGTTCCTGATACTTATGTCCAATCA GTTTGCAATATCTGGTTAATAATTCTTTCGAAATAAATCCTTGCTTCAAAGCTCTAGTTG TTGGTGGTAATTCAGGCTTTAACAAAGATAATATTCATCTCTGTACTTCTGCCATATCTG TTGTCCTAACTTCTTTGGAATTTGCATATATCATTAAATGATCTCTGGAATAATAACTCC AAATAGCAATTCCTTGTAGATAATTTGTAGCTAGTTCTTGGATTATAGTTGATAGCCCAA TTGTCTTTTTATTTGCATAAAAATTTGGTATCTCAACTTTAGGTATTTCTGGCTGTGCCG ATATATCTTCTGGTATTATCATTTCCCGTGTCAATTATTAGAAGAAATTTGACATGTATA GAGTATTATATCTCATGAAAAATAATTTAAATTAAAAATGGTTATATTATCAATTGAAAA CTAGAAAAAATCAATTATATAAGTGTAATTAACTATTCAAATTTAAAGTCCCGTTTAATT TTTGTCTTAAGCCATTAATATGCTTGAGCAGTTCCTAAATGGCTCCAAATGACAAAGTTA AGGAGTATATCAGACCTTTTTCCCTTCTTCGATAGACAGAATGAATTTCCAACAGGCTAA TGAGCAAATTAATATATTGCAACAATTATTGCGTGTGGGACATGATTTGGTTAAAGATCT CAACTTTTATATTATAATTAATGTTTTCTAACTCCTGATTTATCCTCAATACTAGAAGTG GTTTAATTAAATTGGCCTTTACTTTACTTTTTCCTAAATTAAAAAATATATTGCAAGAAT TATTATAAGTTAGAAACTTGAAGATCATCTTTTCTTACAAAAAAAAAATTATCTTTTCAT CTTATTACCTCATTCAAATTTCGAGAATTAAACTTTTAATTTTAATTATAAATTTTAATT TATACTATTTAATTTTTTAAAAATAAAATTTACACATTTAAAAAATTAGTTAAAAACCTA TAAGTCACAAGGGTAAGGCTAAGAGTAGCAGAAGGGTAATGTTAAAAACATAAGCAAAAT ACAATATCTTTTTTTTCATGTTATACTCCAACCATCTAGAAAATGAATCCTTAAACCATG TCTCTGAAACTAACTCTTGGTTGAGAAGTACTATTTTTCTTCAAAAATCTATCCATCTCA AAGCACAAGAATCAACAATAAATTATTGCAAAAAAAATAACTTATAGAGAAAAGCTTGTC AATTTACACAGAGATAATAGGAGTAGGACTTTAATTTTGGAGTCTTATATTTTGTTAAGA ATTGTGTTAGGGAAAATTATTTGTTTTTAAATTCAATTTGAAAAGAATGAAACCAGATGA CAAAAAAGGTAGTTAAGAAAGGAGGTGGGGCCAAATGAGGCGGCAAAAACGAGTTTTAAT TTGGAAATGATTCTTTGCCACAAATCACTTTTTTATATATATTCTTTGGAATTTCTAAGA AAGTGAAATTTGATTGAGATGAAGAAGGAAAAAATTGGAAAAACTTTTCTGCTATGGCTT AGAAGGGGAACGAGAAAGTTTTTGGATTTATTTTTTAGTGGAACTCAGATTTAAACTTAA CACAAAATTTTGATGACTTTTTACTTTTAGGGAAAAGATCAAATTGACTATATGGATCAT GCAAGATATATTAAGGATCAAAATAAGGCAATTTCCACATATTAGGGACCATTTATATGA TTTTCTCAAAGAAAATGCTTCAAATTTTAAGTTAAAAAATATTAAGGACCATTTTGATCA TTTTCTCAGAGAAAAGACTTCAAAATTTTAAGCAAATTCAAGTGTATGTAAGTCTCATTT GTATCACATATAATAGTGCAATCCTATTTATAGGTTGAGAAAATCACTCCAAAAGTCACC ATATTAAGTATCATAATAAATAGATACATTCTTATCCAAAAAGATTCATGAAACCTAGTG AATATGGATAGTTGTTTATGTACTTACTTTATGGACTATTCACTCATTCAATGGATTTAT AACACTCCCCTTGGATGTCCATAGATATTGTGCCTCGTTAAAACCTTACTAGAAAAAACC CCTTGTGAAAAAATTCTAGTGAAGGAAAAAGAGTACACATCTTTTGATACGCTTTATTTG TTGCCTCATTAAAAACCTTGCCAGGAAAATCCAGTGGAAAAAAAACTCGGTCAAGGAAAA AAGAGTGCAACGCGTATTATACTCCCCTGATTAAAACATCACTTAATTTTTTTGTGATGA TGTCTCCAATCTTCGTACATTGTGGTTGGTATATTCTTTTTCAAAGAAAACCACACATTT CCTGAATATGGTGTGTCATTTATCTCAACCAGACGCACTTTCGACTTGCTTCATGGAGGG CTTCTATTTCTGCGTAGCAACATTTGCTTTATTGATCGCCAGGATATTATTTTGCCTCCA CATGAAAACAAATAGCGTGTTTGAGATCGTGCTTTATGCGGATCAGATAAATATTCTGCA TCTTCATAAACAATCAATTTTGTCTTGGATTCCTCGAATAGAATAAACCCATAATTATGG TCCTTCGAGGATATTCAATCATGTGCTAACACCATTTTAATGTCCTTTTATCGGGGAGAA ACTGAATCTTGCCAGTAAATTTACTGCAAAACAAATATCTGATCAAATATTATTAGTAAG ATGCACTAGTGCCCTGCTCACATGATTAATTAATATTGAACTTTCAATCTTGAATATCAA GGATCAATTCACACTTCAATATATTTTACTTGATACACCGATATTCGAAAAATCTTAAAT TCACTTCTGGCTATAACAAATTCTATTTTTACTGTTTGATATTGTTGTGAACATACTGAG AAAAATGGAGGTTTTATTTAACATTCTCAATTTGTAGGTTGCAAATTGTCAACAAAGTAG GAATTGTTAGTCAACTACATATCTACTTCTAAGATCTTCTTTAAAAAAAAAATATCATAT AATGTGTTGTTTCTGCCACCTATTGTAATTACAAGTTTTAAATAAATTAAATTGTTAGGA AAAAGTTGAACCATTTCAATGCATAGTCAGGAAAAGGTCGGTTAACGCTCATTTTAATCA CCTTTTTAATCAATTTTTAGCGCCTTAATTCCCTCTAAAAAAAAAAAGACTATGAAAGAT GAATGTTAAAAATATGCTAAAATTTATCTATAGCAATATTATCAAACATAATATTAATAC GTAGAGTAATTATGACTTCCTAAGAAGCAATCAAAATGATAAAACACATGATCTAAATAA GTTTTGAATTTTTGTATGACTATAAATGAAAATTTTAAAATTAAATTTTGTCATTTATTC TTTTTATATTAGTAGTCATAGTAGTATTCCATTCCTGTCATATTTAATGTCATAATTTTC TTCCATTTATATATTGTTCTATTTTTTAGTATATGTTCTATTATACTTTAATTAACATTT TTCTTGATTTCCTTATTTTCTTCTTTTTATTTGAGCGAAAAGTTTATTGAAAATAACTTT TTTATCTTCTTAAAAAAAAAGTAAAATTTGTATAAACACAATCCTTTCATATCCCAACAG AATTACGCCGAATTATTATTGTTGTAAATTAGCTATGAAATAAAAAGAAAAAGTGGATAT CCCTTTTGGAATTGTACGTCAAATAAAACGTGGAAAAAAAATAATATGATATCATAAGAA AAGACAAATGAAATTTTCTTTACTATTATTCCTATAAATACCCTTTCCATGTAGCCACTA GTATCATCGATCACAAAACAAACTTTTGCCGAATTAAACACCAAACACCAACACCAACAA CAATATATCGTCGTATTAATTCATTCTTCATGGAATACTCCACAAGTAGTCTCATCAACT CATTTGAACCCAAACAAAAACACACAACATTATTCAACCACCAAATTTCAGCCAGAATCC GTTTAGCAACAGAACTAGACATCCCTAATCTTCACAAACTTGTTACACAAATGGCAGAAT ACCATGGCTTATCACAAATATTCACTACCACAGAAGCATCACTTTACAACAACTTATTCA AATCACAAAATCCACCTTTTCACTCTCCAACAGCCCTAATCTTAGAAATATCTCCCAACC CTTTCCCTCATACTACTACTACTACTACAAATTTCGTCCCTATAATCAAAAACAATTACA ATTTTAATACGTTAGAAACATTGGACCATGAACTCGAGAGTTATAGGTCAAAAATTATTG GTCATGATGATGTTTATGTAGCGGGACATGTACTTGTTTATCCTAGCTACAATGGTTTTT TTGAGAAACCTGGATTGTTTTTAGACCAAATGTTTGTGAGGAAGTGTTATAGAGGGATGA AGTTTGGTAAATTGTTGTTTTCCACTGTTGCAATGCAAGCTGAGAAAATGGGGATGGGGA TGGTGGATTGGCTTGTGGCTGATTGGAATGAAGAAACTATTAATTTCTATGAGAAAATGG GAGCTCATTATATTCCTGACTATAGGCTTTGTAAATTATATGGTGATCAACTTCAAGCAT TTGGTAAGAAATCTGATTATGAGCCGAGGATTTATCGGGAATAACTTTTCCATCGCCGTA ATATAGGGATAACGTATTATCCTCTTAGATCTCATTTATGAAATCATACTGTCTATGTTA TTGTTATTGTTATTGTTATTGTTGTAAGTTTTTAGCACCCCATGCATTGCATATTTGCAT TTCGTAGATCATATTTCTATGATCTTAAATTGCATTATGTTTATTGGGAATATTATGGTG ATGTTACATGGTTGACTTCTTGAACAAAATCTAGTGACACGAATCAGGAAGTATTAACCA AACTAAGTCATTATATAAATTCATTCATTAAAATATTATGTTTTTCTAAAATTTTACAAA ATTAGTATAAATGTATTTTATAGTAACGTTTTAAGGTATATTTTATTTTTTAAAAACTGA CGGTGTTAAATTGATATACGTTACTCACAGTAACGTTTTACTCCTAAAACGTTATTCAAA ATAACATTTTAGGAGTAAAATGTTACTTACAGTAACATATATCAACCTAGCGTTGTTAGT TTTTAAAAAATGAAATATACCCTAAAACGTTACTGTGAAATACGTTTATACTAATTGTGT AAAAATTTTAAAAGATATATTATTTTGATAAATTATTTTATATAATGACTTAATTTGATC AAAAATTCCGAATCAAGTCAGATTTTTTGTTAGGAAAGTGTCTCAACTATATATCTAATT TTTTTTAAGGAAGACGAAAAAAAAAAGTACATTCCCTTTCTTTTTCAATATATTAGTGGT GTTTTTTATTTACATATATATCGAGAAAATACTAATCAGTACAAATAATGTAAAAAAGAG TACATTTTCTAATTGAGAATTGTTTTACTTACAAATGAATGAATAAGGTTAAATCATATT TTATTTTAAAATTTCATACATCATAAAGATCAACAAACTAAAAACATCAATTTGTCCAAC AAATCTAAGTACCTAACGAACTCATATATATTATCGAAGAGTAAATATGATTTTAGTTTT TTCATGTATGTCTACATTTCAGTCATACTACATGATTGAAAACGTGTTCGTTATTTATTT ATTTCTCAAATTTCAAGCAGTGTAGCAAATATACTGAAAATATATAAAATAAAAAAAATA CTTTGTTTCGCTACTTATTAATCTCTTGAATCAGATTCTATGAATAATATCTTATGAGAG ATTAAATATTTTATAAGAAGATTATTAACTTTACAATAATTTACATATAAGAAATATAAA TTTTTTACTTTTTCTGGGATGGATCGAGGAGGATAGTTTTAGACCATAAATCTTATCGTG AAACTCTTATAATCAATTTGAAACTAGTTTTTGTATGCTAATCATATTGACCACTCTTTA AACCAAGAGGAAATAATAACATTTTTTTTAGGATATACAAGACACATCATATAAATGTAT TTTTTATATTTCTTTGAAATAATAATATTCCATATGATCTTAATAAATGCCAGATGAAAA TTAATTAATTTAATTAAATTGTAGTACTTGCTATTTGTAAATGGTATTCAAGTAGGATTG AAGTTAGAGCAAGTTGCAAGTTCCAATTGATGAGCTAATAGCATGCCTCGTGTTCTTGAA CAAACTCAATTGTAGTGTATTATTTTTTGTCAAAATAATTTTTCTCATTTTTGGATCGAA ATAATTGAATATCTTTTATTTTAGGGAATTATATTCAAATTTCATAGTATTAAAGAGATA ATTACGTAGAATTAGTGGCGGAGCCACGTTATGATATTGAAGGTTTATTCAGACCCTCCT TTGATGGAAAATTATATGATTTATACGTGGTTAAAATAATTTTTTAAGTGTATATCGTGG ATGTCGAACCCTCTTTGGCTACTTCGCGTGTCTATTTTTTAAAAAAAATTTGAACCTTCT TATTGAAATACATGGCTCCGCCACTGCATGAAATCTAGATACATTGTGTCCCGATTTTGA ATACATCCCTTAACTTATATATCGTGTCTCAATTTCCGTGTATCACTCAACATAAAATGC GTAAAGTGATGTAACCAAAATTAAAAAGAGTAGGGATTTTTGTAAAAAACACCAAAAAAA TAGTATGAAATTTTAAGAAATATAACTAAAATAAATTGTATATTTAGATAATTTTTCCTT AATTTTAGATTGGATTTTGGGCCTATGGAAATTTTATCGGTCCAAATTTAGTATTTGGGA TAATACGTTTTTAGTCTTTAATTATTACTTAGTAACCTTCGATTTTGGTAATTAATTATG GGTATGCGACTTTACATATTTATAACCTTCATTTAGACATGAATTAACAATACAAGATTG CATTTTACATAATATATGAGTAATCAAATAATTGAACAATTTATAATAATGAAATTTTGT GAATATTCACTTTTTATCAAATAATTGTGCTATTTTATTATATTAAATTATTACTTTTTT ATTTTAATTGTATATTTATTGTGCTTATAAGTAAGCAAACAGTCTCGTAATCATTCAATT GTTGGAAAACAAAACATTGAATCGTTTCTTGTTAATATCTATAAATAACATTATAATCAT TCAAATATGCATTTATATTCAGACATATAAATTTTAATAAAAATAAATAAGTCCTTTAAG TTAAATTTCACGTGATATTCCAAAAAAAATAAAATTCTGACAAGCATATATAGATTCCGT TTGAACACTAGTTCGTCCTTACTCATTTAAGAACAAGTTCACACCACTATAAAAATAAAC AAATAAATTATGTAGGTAAATATATTTAATGTTAATCCTATTTAGTTACGAACTAACAAT AAAGTTATCAAAAATAATATATTAACTAGTTACGAGCTATTTAGTGACAAATCATTAATA TAAAATTTGTGACTAGCTAAACCATTTCAAGCATGAAGTTATTATATATGTTTTACATGT CAAAATGATCATTTGAGAATGTTGTGTATAACGTGTGAGGGTGATCAACCCCTCCCCCTT TTCTTTTATTTCAACGATGAACCTTAACTTGTCGAACTGAACAAACTTCAAACTAGTCAA AGAGTAATCATCGTACACATAACATACTAACTAACTAATATTTTTATATTTTTTTTTCAT ACGATATTTAAAATTTATTGATTTGACTATTTTAATATTATATAAAATTAACTAAAAAGA AAAGTTTCTTGCCCCGCATGTTAGAGGTATCTCCATTCTCAAGACTCAACTATAATTACA ATACTAAAGAAAAATATGGGAGTATTCTATATATTAAATGTTCTCATTCTTTTAATAAAA AAAAAATATAACGAGTGGTGTTTCAATTTGAAAATGAAAAACCCAAAATTAAGCTATATT TGTTAGTTTTATTGATTGATAGAACTGAATTTATTGACGAATTTTACTTGTACAAGTTAG AATTCTTAAGAAAAATTCTGAAATTTGTGTGGTGTTTTCAATTAATTTACCGCACTTTAA GCTATGATATTTTTAGGGATCTTTACTTGATAGCTAGATAGATTGTTTGATTACTTTTTA TATTCGATATATTAATGATACACTAATATACATGATCATATACATATGGTATTCATCCAC ATGCTATTTTAAATTTAATTAATTGGATGGACTGCTATTATTTTTATTTTTTGCTAAGTA TTATCAGCCTTAAAAATGGCTACCAAGTGTAATTTTTACTGAAATAGTTGTTAAGTTGAA TCTACCTTTTTGGGCCACAGAACACGCAAGGCCCAGAGTTAGCTTTGGGCACCTAGGGCT AGGTTTTAATCATAGAGATAATTGTATAGAATGACAAATTAATAATGTAAAACAAATACA GTAGTTTCGTTTGATTTATTTGTATTTCATAGCAAACTGTTTGTCAGTCGCCTTTCTCCT TCATATTATCGCTCGCCACTCTCCCTCTCTCACTCGCTCCCTGTCGCTCTTCTCTCTCGC TTTATACAATAGAAATATATAAATTGTGTTTCTATTTGTATAAAGCAAGAGAAAATTGTA TATACACATGCAATTACGTCTATCTCTGTCATATACACTTATAATTATACAATACAAATA TTTCCCTGTCCAAGTCTCTTTTGTCTTTCTATCTTTTCTCGTTTTATACAAATTCAAATT GTATTAATTTCTCTCTTTCTCGTTTATAAGATTCAATTGTATAATGCCCTACACAAGTCT CTTTTGTCTTTCTCTCTTTCTTGTTTTATACAAATTAAAATTGTATATGATTCTTTTTCT CGTTTTATTCAATTCGATTCAATTGTATACAGACTCAATTGTATACAAATTCAAATTTTG TACAAATATACAAACACATACAATTGAATTGAGAGGCTAACAACGATTTATATAAATGAG AGACTAACAACAATTTATACAAACGCCCTGCCAGCGAAATTATACAAAATTGAAGAGGAG CCAACGAATTATACAATTGTTTCCTTTGTATATATGTATAGCGAAATAGAAATAACTTTC AGTTGTATGTGTATAGCGAATTATACATGTATATGTTTGTTATGAAGCACAATTATACAA ACTTTACTATAACATACAAATTTAAATTTTATGTTTGCTATATGCGAAAGTTACCCTTTA ACATAACGTTTGAGAAAAAATTCACAAATAACTACATTAGATTGAAGTTACAAATTCATA AACTCAATCAATTTCTTAATCCTCCATGAGATTCTAAATTCATAGGTGATTCTCAAATAC AAATTTTAAAATCGATCAAATTACTCATTTCTTTTTTTATCCACGGTGATATTGATAATT TAGATTTGAATTGGACCTTGATTTGTCAATTTCAATGAAATAGATATTTTCTTTAATTGT TTGTAATCGTCTTGATATGTGTATTTGCGATTTCAATATTATAGATACAACAAATTATGC ATATACCATTTTGATAATGATGATCAATTCTCTTCGCCATTCATTGACTAACATTTGTAT AGCAAGTAATATATACATAACTTCTCTCTTTAAAACTTCCTAGTAAAGTAAAAAAAAAAT ATTTATAAAAATATGTAGTAGCTCATGTGTAAAAATTCTAATCAATAACATTTTATGACT ATTTAATTTAAGATATTATTTTTTAAAATAAATTTAATTACATATTTAAAATAGATTAGT CAAGTTAGATAATTTTACGATTTCTTCATAATTTAGACATTAGTTTTCTTTAGGAAGAAC CGCTAAGCATTAGGATATGATCCTATCAACATAGTTGTGCTGCGGTGATGAGACAGTTTT ACTTTTAATCAAAAGCCTTGAATTTATATTTTGGATATGAAAAAAAACTTGCTGGATGTA CCATCCTTAAATAGTTTTAATAATACATAATTCAAATTTAATCAAGATTTCAATTTAGAG TTTGAATGAAATAAAAAAAAAGGCATCTGTAGACGTTGAAATTTTGTGGGACTCTACAAG ATGCGTTCAGTTCGAGTTGAGACTTTACAAATTGTGTTCAACTCAAATTAGGATTCCTGG AGGCTACTCAACTCTAAACCCTAGTTTATGCAATATAAAGGTAATTAAATTCCCTTAAAA GTTATATCGGAAATTTCATAAAGAGATCAAGATCTCGAATAATCCACAAATTGATGGATT ATTCATAAAGAGAAGTCAAATATAAATTATCCTCGTTCGAGAAATACCATCAACGATCCT CGAATCATGGATAAATCCTAGGAGAGTAGAATCAAGTGATCAACAGAATTGTACCCGATA TTTTGATGAATAAAATCATGTTTCTTCAGATTTTTTTATTTGTATGGTTTGTTTATTTTC CATATGTTTAAAATTTGTTGCAACAAATTGGCACGCCCGATGGGACCAAATTTGCCCTTC ATCTCTTCTCTCTTAAGTCAAATATGAAAATATGAAGCTGCAAAGGTGAAAGAATGAGTA CGTACTTCAAGCCTCGTCTTTGAGTTTCATCAAGTCTACACTCTGGCAAGCCTTGTAGCA GGTGGCATTTGTAAACATTGAGACTTTGTGGGATTCTACAAGATGCGTTCAATTCGAGTT GAGACTCTACAAATTGTGTTCAACTCAAAGTAGGATTCTTGGAGGCTACTCAACTCTAAA CCCTAGTTTATGCCTATATAAAGGGTACTAAATTACCTTAAAAGGCATCTCAGAAATTTC ATCAAGAGATCAAGATCTCGAATACTCAACAAATTGATGGATTATTCATATAGAGAGGTC AAATCTAAATCATCTTATTTCGAGAAATACGCCACTAAAGGCCCTAAAATCATGGATAAA TCCTAGGAAAGTAGAATCGAAGTATCGACCGAATTGTACCTGCAATCTATCTTGATGAAT AAAATCATGTTTCTTCAGATTTTTTTATTTGTATGGTTTGTTTATTTTCCATATGTTTAA AATTTGTAGACATTGAAATTTTGTAAGACTCTACAAGATGCATTCAACTTGAGTTGGGAC TCTATAAATTGTGTTCAACTCAAATTACTACTCAACCCTAAACCCTAGTTTTGCAACAAA TTTTAAAGTGACAGAAAATAAATTAAAATCACAAATAAAATATGAAAAATCATGATTTTA TTGATCAAGATAGATTGCAGGTACAATTCGATTGATCCCTTTATTCTACTCTCCTAGAAT TTATTCATGATTCGAGGGTCGTTAGTGGCGTATTTTTCGAACTATGATAATTTAGATTTG ACCTCTCTATATGAGTAATCCATCAATTTACGGAGTATTCGAGATTTTGATCTCTTTATG GAATTACTGAGATGCCTTTTAAGGGAATTTAACCCTTTATATAAGCATAAACTAGAGTTT AGGATTGAGTAGCCTCCAAGAATCCTTAACTGAGTTGAACACAATATATAAAGTCCAACT CGAATTAAACATATTTTTTAGAGTCACACAAAATTTTAATGTCTACGGCATCATCCTTAT CTAACCCCCCCCCCCCTCCCTTTTTTCCCCATAAAATTTGTTATTTATTTGCATATGGTG CCATATGAAGTTAATGCTACATCTATTGGAAGGCTCATTTCCTATCTTTGTCAGCAGGCT TATAACAACACGTAGGAAATTTCTTGTTATCCATTTGCAACAAAAATTTATATTCTAATG AACAAATGTTATATAAAGTATACATTTTTAATACGGCTATTATTTGATGGATCAATAATA ATTACTAATAATTCAGCCTCCTTATTTTTTTTTCCTCCTAAAAAGGAATGATAATATATA AGAAATAATTCAAAATTCAAGTTGCCACATAATTCCAGTCCCTTGGCTTTTGATAGCAAA TAAATTGTACATTTTTTTTTCATTATTGCTTAGGCCCTCTTCCTCAATATTATCACGAAT TTCATTATATATGGAGTCGTATTAATGATATTTTTTTTTTGTGATTGTTTGATATTTGAT ATTCACTAATTGCATTATAGTAATATGAATTTTATATAAACGATGATGTATTAAAGAAAA TAGTTCTAATTCGAGTTGTCACATATATCAAGGCCTTGGCTTTTGATAGGAAGCAAATAG CACATAAATATTAAAGGCTAGCCTTCTTTCTCAAGAATAATTGCGATGGATTTTCCAAAA ATAAATAATTACTTGAAAAACATACACAATCCTATCAAAGATTGAGGGCCTTCTTGTTTT TTTTGTCATATATATAGGGTTGGGGTTAGTGGCAGAGCCGTCCTTCGGCGAGAAATTATA TATTTAATTATACATGTTTAAAATATTCTTTTTAGGTATATATAGTAGATGTTGAATTCT CCTTCAGCTACTTTGTGTGTCTATTTTCTCAAATTTTAAACCTCCTTATTAAAATTTCTG ACTCCGTCACTAATTGGGTTCGGTGGGGATGGGGGAGTTAAGTCAATCATTTCTTAGATG TTCTAATACTAGTTTGTTTTTTTATTTAGGTTTTATGTTTAAGAAAAGCAATATTTATCA AAAAGTTCTACCGTGTATATAAAAAATAATAATGTATACATAGGTTAAAAAGAATTCATA ATATGTTCATGAATATGAATATATGATAATAGTATGGAAATCATTATGTTGCTTGCTAGT TTCATATTTGACTCAAACTAAATATAAAAAGGTGACGACATTCTTTCTTTAATGAATTTA AAAAGAAATTAAGAAAGTAATCAAGTATCACATAATTTGAGTTATATGTAAAATGATTAC TTTTGACACTTACACATTAAGTGACGTTTATTAGGACCAGAACATACCATCTTAAGGATT TTTCACCATTTTTTAATCATTAGAGTAAATATTTAACTTGTATTAAGAGGTATCAATACT TGTATATATATTTATTAAGTTAAAATTTAATCTCTATATAAATTTTCGATGAAAAGGTGT CGCTCTCTATATAAATTTTCGATGAAAAGGTGTCGCTCGATACTGTCATGATACAACCCT TCAAAGAATTGAAGGATTTCACAAGTGTTATAAACAGGGGTGATTCGACAGTATTAAAAA AAGACATGTTTTAAGCCCCCAAATTTAAGGGGCCTCATTTTTAATAATAATAAGTTATAA GTTATTATTATTTTTAGAGATAATGCACAAGTACCCCCAAATTTAAGGACTACTTGTGCA TTTTCTCTTTTTTTAAAGAAATATTGGATACTATTCGTAGAAAAAATAAACTTTTCATGA AAATAAAGGAATTATTAAAAGAAATTTGACATATTTGAGGTACTATATCTCATGAAGAAT AATTTAAAATAAGAATGATTATATTATCAATTGAAAACTAAAAGAAATCAATTATATAAA AGTTATTAATAATTCCAATTTAAGATCCCATTTGATTTCTATTTTAGATTACTAATATAC TTGAGACGCTCCGTTATAAATTCTAATTAACAATTTTTTTAACTTTTATGTGTGTATTGA TAATTGAAGATGACATCTCAGTTTTTGTAGAATTATTGACTCGTAATTTTGATAACTTAT TTAAGTTGCTCAAGAGATTATCCTTCTTTGATGTTTAAGTTTTCTTATTATCCTAATTAT TATACATATCTTGAAATTAATTAAGAAAAAGTGATTTTTGAAAAGTTCAATTTATCTACG TGGTGTTATTATCTATTTGTAGTGTAGAGTTTGATAATAATTGATAATGTATGCTTTATA ATTATGAAAATTTGATGAACTTTTTATTCTTCTTACAAATTTGACTCTGAAATTTAATAA AGAAATCGTCAAATTATGATTTTCACAAATTCAATAAAAAAGTTTCAATCATATATAGAT AAGTTTTCAACTTCTATTAATATTTCAACATGACATCTCAAAACAAACCCTTCCGGAACC ATTTGAGAATAGTTGCCATGAAAAGTGCCATGGAATTGTGAATTATTTTTAAAAGGCTTA AGTCATCTGTGGCCCCTTAAAGTGTCCACATAATTCACTTAGACACCTAAACTAGGACTT ATACCTATTGAACATCTAAATTATCAAAAAATGTGTCTATTAAACACAAAACGTTGATGT GGCAAAATAAGTGTATCTCACTACTGCTGAGCGCGTGAATGCATTTTTTTATTTTTTTTA AAAAATATTTATACCTACTTTGTTGACACTTGGCATGCATTGATTAAATATATAAAAAAA ATTAATTTAAAATCTTGTAAATCATTAAAAAAAGAAAAAAAAAACCCACACTCATCTTCC TTCAGGCTTCAACCCGCCATTTTTTGCCTATTCAAAAAGAGTCGGAAGTTTTACGCTACC GGCGGCCATCCATCGGAAAATTTTTATATTCGAACTCAACAACTCTTTCACATGCTGTAA TTTAAGAAGTCGATTTTTGCGTTTAATTTTTAAGAGAAATTCGTTGGACTTGTTGGTGTT CAAGTGAAGATGTCCTATTAAAACCCTAAAACCTACATCAATTGATCTATCAAATGGTAC TTTTCTCATTATCTTGACATTCTTCTCATTAAACGGAAAAGAATGTTAATGTTGAAAATA CATTGAGGGATGTTAAAGTTGGAATGACGATGGAGGAAAAGAAAGAATTGCCATGGATGG GTGGATTTTTTTTTAGAATTCTTTTTAATTTTTTAATTAGTTAAATAGATTAAAATAGTT GTCTTTTAAAGTTTTATTTTTTAAATAACTTTTTGGACTCAAATACCACGTGTCATCATT CAATTTGCCATTATGTCATGCCATCGCCATGTCATAGCGAGTGTATTATACACATTTCAG TTTTTTTGCTGATTAACAAAAAAATGTCCAATAGGTATTAGTTTTAAGGGGCATAGGTGT TCAATAAGTACAAACTTTAGTTGAGGTGTCTAAGTGAATTATGTGGACAACTTTAAGGGA CTACAGATGACTTAGGCCTTTTTAAAAGGTAAAAAGCTCAAAAATGTCATTAAGCTTTCA GAAAAGACTTATTTATGCTATCAGTTAAAATTTTGAAAGTGACTGGCATGATGCTTCTGA TCTCTGAGATGGTGGCATGTTGGAATTTTGACTTGTGATTGGGTTGCCACTTCCATGTGC TACATTGACTTATATGATCTTACTTTTATAGCTTGGTCATATTTTCATTAGGCTCCTGAC CTCCTGTTTTGCCTTATTCCTTTGACATGGTTGACAAGGGAAGTTTTGAATGTGTGTTAC TTGATGTCATTGCAGGACATGAAATTTGGATGGGAAATCATTGTTGGTTCGATAATTGGA TTTTTGGGAGCAGCATTTGGGAGTGTAGGTGGTGTTGGTGGTGGTGGCATATTTGTTCCT ATGCTTTCTCTCATCGTTGGATTTGATCCAAAATCATCTACTGCGATTTCAAAGTGTAAG ATAGCGAGCCTAGTATAAAATTGACTTTTAAGAAATTTGATTAATAAGTTCATGATTTCA AGGACTTAAAAAGTTGTGGTGAATATTTAGTTTATTCTGATCCTAGTGGACTTGCCCATG ATTTCTGAAGTGATGGAACTTACTGATAAAAAGAAAGTAAAGACAAGGGAACTTAATGAG TAATAACTTAACAGACTCTGAAGTTTTCGCCTGGAATTGTTCCTTACTCAAGTTTTCTGT GGAAGACTATCTTCATGCTCCTTCTTATCAACAAAAAAACTTCTTTCCCTCCAGAGTTTT CGAGCTTCATTCAGTCATCTTTTGTTGGCAGATTGCTGGATATTCATTTCCCTTTCTGTG AGAAGTATATAGGGGCTTTAGCTTAAGACACCTTTTAAAAATGTGAACAGAAAATAGCTT CTAGATTAGACAAGCCATGCATATCAGATAATTTACTCCCCGCAGATGCGTTTCCCCCCG TCTTTTCCCTTTAGCCAGGATAAGTGCAAACTCCCTGTGAAATTCACACTATATCAGCAC AGTGCTGTAGTAACAAGTCTTAATTTTTGAATTTTCATCTTCTCTTATTAGCTACTCTCT CCTGGTTAAGGGACTCACAGATTCTACTCTTGATTGTCAGGTATGATCATGGGAGCTTCG GTCTCTACTGTTTACTATAATCTAAAGCTCAGGCATCCAACAATTGATATGCCTATTATT GATTATGATTTGGCTGTTCTCATCCAGCCAATGCTGATGCTTGGCATTAGTATTGGAGTT ACTTTTAATGTGATATTTGCTGATTGGATGGTCACTGTTCTGCTAATAATACTCTTCATC GGTAATATTGCACTTGAAATGTGACACACTTTGTGATTCCTTTACTCACTGCACCAACAA AACTTCTGAACTTGTGTAATTGTTGTAGGTACATCAACCAAGGCCTTTTTGCGAGGGGTT GAAACGTGGAAGAAAGAGACTATCCTGAAAAAGGTTAATGAATTTTTCTTCCTATTTGAA TACTATCATGTTTGAATTGTTGGTACTTTTGCTCCCTCTTTTCACCCATTCTAGTGAGCA TCCATTCTGTACAGTAGATAGCATGTCTGATGGGGGATTTTATTTCTAGTATCGTGATGC CTTGTCCCATTGGATTCTAGCAAGGCTATGTAAATAAGGTCATATATGTCAAGTGTTGGT TCTGATAATCATGTGTTTCTTACTTCAGGAGACTGAGGCTGCGAAAAAGTCAGGCGCAAA TGGTAGGCTATAAAAACATTTTTTTAAAATTATATATGAATTAATGGGATTTCAATCTCA GTGTTCTTTTCTTTCCTGCTGATATGGTTTTTTGTGCTCATCGCTGGTGAAGACGCAGAG TATAAGCTCCTTCCTGGTGATGCCAACGATGCTGAAAAGAAAAAAACAGAAGTTTCCGAA CCTGAGGTAACTTACTGTAGATCTTGAAATGACAATATTCTGCTTCTCCTGATAGTTTAG ATCTAATAAGCCAATGTCATTTTAGGTGCCTATCATGGAGAATGTTTGCTGGAAGGAAAC TGGACTCCTGTCTTTTGTTTGGGTTGCATTTCTAGGACTGCAAATCGGCAAGGTTTTCAT CTTTCCTTATCCACATTTTTTGTTTATGATCCACTTATGCTCAGAGTTGATGCTCTTGAG TTTGGATTGTTTAATAAAGTTGTTTCAAATTTTGTAAACTAACTCGCCTTGTGTTTTGTT GAAACAGAATTATACAGACAATTGTACACCACTATATTGGGTGGTGAATCTGTTGCAGGT TTGTGTTTATCTATGTTGAAGATTGATGCAAACTCTGAAATCTTAAATATTATTCTAGCA ATGAATATGAACTGTTTCAATGTCCTGCAGATCCCGGTTGCCCTTGGTGTATCATCTTAC GAAGCTGTTAGCCTGTATAAGGGTTGGAGAAGGATTGAATCCAAGGGAGAAGACGGAACT AACTTCCGGGTGATGCAACTAATTGTTTATTGCTTTTTTGGAATAGTAGCTGGTATGGTA GGGGGACTTCTTGGATTGGGTGGAGGATTTATCATGGGTCCTATGTTTTTGGAGCTGGGC GTTCCTCCTCAGGTGCGTGTATATGTTATCCTTGAGTGGTATGGAGCAAAAGAATATCAT TATTTTTTTCCATATATTAGGGCTACTTATCTATGGTTGGTTCATTTTGTGGTTATGCTT CTGCTGAGTTTTATTTCAGCCGATAATCTTTTATGATCATGGCTTTTACCATGTCCATAT GGTTTTGTTAAAAAACATAAACAACCATAAAATTGGACAACTGGTCCCTCAAAGTTGGTG GTAGGCTTTGGGCTGCAGGCTGATCTGTCTGATATGTATGGCAGCTTGAGCTAAGCCAGA CCAAACTTGCATATACAGGCAACAAACCTTTTAGAAATTCTCTGAAAATAATCTATGGGT ACTCAAAATGGCAAATCATAATTGAAATTTTTAGTTATGAGTTCAAGCATGTACTTTTTT GGATGCAAATGTAAAGTCAAAGGGATCTTAGATATGTTATATACACAGATAAATTCTTGA CTTCCTGGATTGGAAGAGACTTTCAAACAATGAAAGTCCATAATAAGGTGCCCCAGATAT CTCGATTAAAAAAAGATGGCCCGAAGATTTTTGATAGAGACCATTTCAATCATCACTTGT TTAGTCATGTTTAAATGCGCCTCCTGATTTTTAACAAATTCCATTGTCAATAGAAACAGT GACTTTTCACACAAAAGTTTGTGCCGAATGTTCACTTAATTGGGTGTTTTCCTTTTGAAT TTAGAATTTAGCAAAATTCTTGGATACATCATTTCTCGACATATTGGATTTAGCATTTGT GTATTATGACATCACAAACCATCTTCCTCCAGCCACATGAATCATTTCCCAACTTTCCTT CCGTATTTCGTTTTACCCATACCTGTATCCATGTTAATGTTACAGTCAAAAGAGCTTATA TCGTCATCTCTGAAGTTTCCCATATTTTTTTATTTCCCCCATGTGTGGCTGCCTTTTTGT ACTGTGGTTTCATTAGAATTACGAATTTCAGTAAATTGAGTTGTTTGATGCTTAGTCTTT AGTGTCAGTATATATCGCAAGCAGACATTAGGAAAATCTTTTATGCTTTGGGGCCTGGAC AATCTCTCACCATTTATTTCATGGAAGTTGTCCATGACTAAACTAAGGATGAAATTTAAG ATTTTTATGAGAAGTAAAATTATCCAGTTTTACTCGGATACTATTTTTCTTTTAAAAGTT AATCCAATTATAATTTATAAACCAGCATATGAATAAATTAAAGGGAGTTTTGGAGGAAGA ATCGTTTTACTTGATCCGTCTTCATATCTATTCAACTTCTTATCGTACTTAATAGCGATT GTCTCATGTTACTGTGTTTCTGCTTACTAGGTTTCAAGTGCCACTGCCACCTTTGCAATG ATGTTCTCCTCATCAATGTCTGTTGTTGAGTATTACCTTCTTAAACGTTTCCCAGTTCCT TATGGTATGAGCTGATCTCTTAAATTGACAATGGACTACAAAGTAGAGTTTTCACCTTTA CATAGGAATTGAAAGTTGTATTCTTGCTGCAGCTCTGTACTTCGTTGCCGTGGCAACTGT TGCTGCTTTGATTGGGCAACATGTTGTAAGGAGAATGATTATGATACTAGGAAGAGCATC ACTTATCATCTTCATCCTTGCCTCCACAATTTTTGTGAGCGCAATTTCACTAGGTATGTA TATGTATTTCTTTGGCAACTCATCAGCATCAACATTTAGTTCTCCTCTCGAATGAAATCA TCACGTCATTCTTGATTCTGACAGGTGGGGTTGGTATCTCAAACATGATTGGAAAGATCC AGCGCCATGAATACATGGGATTCGAGAACCTTTGCAAATATGATCCTTAATTAAGTTTCA AGTTTAGGTGAAGCAAACTGGTCGTAGATTAGTGCTTCCCTAGCTGAAGTAGAGGTTTAT GTTGGAGAACGATTCTTGGGTTGGTGGAGGAAGATGAATCACCATCTCGATTTATAGCTA GTTCAATTCTACATTAGATATACACTGGCAATGAATCTGCTGTGGAAGATTTCTGCTCTG GAGAAATCTGTTGTGGTATATTTATGCTGTGGGTGTTTTTCCAATAGGGAATTTATTGTC TTTTTTGTGTGAAATGGAATTCAGTTTTGAACACAAGAAATAATGGGAGACAAAAAGGTA GAAATTCTCAAGTCATTTGATTTGTAAAACTCATGTGTTATCTTGGTGTAAAACACTACA ATTGAATTATTATTGATTCCATGTTGCCCCTTTTGCTAGCAAGTAGTAGTACTTGAGCTT TATTTACTGATGTCTCATTCAAAGGAAAATAATTATTTTTGATGTCTTGAAAGTTGTATG ATATTTGAGGACATTGTGTCAAACATGATTCACTATTGTAAGAAAATGATGATTTCTTCT TACTAATTGCCAAATGCCTACTAAAGACGCTTGAAACACTTGGTGTTCGATATTTGTATT GACGATTTGATTTTGCTTTGGAAAGTTTTACATTGGTGTTTAAGTGTTCTCTGATAAAGG CGCCGCCATATTTAGTATGGCTTGAATCAAGATCTTTTATGTATTAAGATACCCACTAAA TATCTAGAAATACTTAATTATGAATTCACCTACTATTGTTTCGAATTCATAAACTTCAAA TGTTAGATCCACCTCGACAAGTGAATTCAACAGGAACTAGGAATTTTGATTATTGTTGCA CTTGCTCTCTATTGTATGCTTACGAATTTTACTTGGCCTCTCCAAGTTTTGAACAAAGTT ATAACCAATTGAATAAGTATGAATAAAGGATCCATGGATGAAGATAGAAAGTTTATTTCT AATCGTAACTAAATCTTCAAGTTTTTATTCGTATCAGATTCTTCAAAAATATAAAATTAA AAAAATGCAATGTGTATCTGTTGACATTATTGAAGAGTTCAATCACATATCAATATTCTA TTTTTGTGACATTCTTATTCTATGAATGTGTTCACCTAATCCAGTTGCACGCATGTAAGT TTTGGTCATATTTTTGTAAAAAATTATATAGAGGGATGGCTCTAGTGGATTGGGTAGCCA TGAAAGCTACTATTCAGAGGACTTAAATTCCAGCTAACAACTTTAGCCCCAAACTTATTG TCTTTTTGAGTTGGCACATGCGTGTCAATCAATTTGAATCAATTATTTCTACTATTATTA ACCCCTCAAATCTCAACGTGTCTCATGGTTGACAATGAGGGGGTAGATTTTTGTCCTGTT CGATACTCATTTTAAGATTTAATCCATTTTAATTTATTTTTATTTTAAGGTCAAAAATAA TATTCTTTCGGAGATCAAAAAAAATTATTTTTCATGAAAAATGAAGAAGGTAGTGGGGTT TGGAGGTGCCGGGGGAAGGGGGTGGAAATGGTCAGAGAGTGAGGAGGAGACAATAAATTT GAAACATCACTTATGTAACTTGTTTTTTCTATATCTATTAGGGAAGTAATTTTCCTCATT TAAAAAAAAAATTAGATAAATTACCCGCGCTTTGGCTGTGATAAGCTACCTCGTTAAGCC TATGTATGATCATCAAATAAAATATTTTCCTCCTAACCGAACACAAGCCCTAAAAGAAAA ATGTTAATTAATGTAGAATCTTAGCCCTTAATCTTTCTTTGAGGTGGATTTATAGTGTAA ATAACAAGCAATTTCTAGCCAGATGAGTAAATTGCACTTAATTCTAAATTATATAAAATG AAAAATGTCATAATTTAGGATATTGAAAGTCAAATATGGATGCCAAGAACCAAAGCCTAG TTGCTGCCTACCATTATTTTTTAACAAATGATTCATGAGAAAGACATTCAAATAGTTGAA ACTTTTCTTTCAAATTTTGAAATTAAATTATCGACACATAATTATTTGACTTATAATTAA GGGTTTGTTTGGCTCACTTACTAATTATTGCCAAGTGTTTATTTATCAATTTAGTTCATT ATTTCTAACATCAAATTTGAAACATGTTAATACGTAATCAGTCTCTTAAATTTATCAGGA TATTTTATTTACACACTCAAACTAAGTCATGTTAAAACAGAAACCTCAATTTCTAATAAA GTGTTCCAATTAGGCACTTTTAGTTTAAGTTTTTTTTTTTTTTTTCTTTTATGCGTGTTT TCATTTGTCTATTACGTAGTTAAGTTAAACACATAAAATATGTCATATCATTTAATTATA CACATCGATCTCAAATAGAAAATGTCATAGGCTTTACAATGTATAGTTAAAGGAGATGAT ATATTTTATGTGCTTAACTTAATTAGATAATAGACCAATAACAATACATAAAAATAATGT TAAAAAATTGATCTGAATGTGTCCACTGAAACCTTTAAAATATTCAATTGGAACAAAACC TTCTCCGAAAAGTCTATAGATTGAGAATTTTCAGATTTTCACACACAAAATGTTGCTACT TATTTTTTCACATTTATATCGGTAACCCTTTAAACTTCTCAGTAAATTATATTTAAACAT TTGAAGTACGATATGCTCTGATTAAACACATGAGAATTTCTTACTCAAATTTTAAAAAAA TCCTTTTGCGCATGCTCTCAGGCACCAGTTACTCAGTTGCATTAAACACTTAAAATACAT CACTTTTCTTAATTATACACATTAGCTAAATAAATCGTAAAACCCCATGTTTGTTCCAAT TGAGGCCGATATATAATCAAAAGAGATATCACATTTTATATAGCAGTTAAGTTATCCACG CAATAGACACATGATAATACACCCAAAAGCTTTTCCATATCTTAAGTCGAAATATACACT AATATAAACACTTTATCATAAATTCAAATGTTAAATTAAATCATGTTATAATTCAAACGT CTAAATAAAAATTTATTGACAAGTTTGCGGAAATATTATGTTTTCCTTTTTTTATTTTAT TTTATGGGTGAAAATTTTTTAAAATAATCGTAGAACAACTTTTTTTTTTTCTTTCAAAAT CTAATCAATGTCCAAATTTGTAAGGAAGATTTAGCTTTGTTTGTACGCGAAAAGTGCGGT TTCAATAGTTTGCAGGCTACCGCTATATCCACCTGCCTATCTGACTCGGGAAAAACTCGT CGAATCTGCTTTAACAAATTAGGGCTTCGAAAACCCTAAAACAGAGAGCTCGTTTTTTCC TTTTTCAATCGGAGAAGAGAAAAATGGTGTTCTACTTCAAGGCTCGACCGGAAACTGGTG ACTACACCATCTTTATGGGTCTGGATAAATATGAGAATGAAGAACTCATCAAATTTGGCT TCCCTGAAGACATTTGGTAACAACCCTTTTTCGGATTTTTGTTTTCTTTTGTTTTTGGGT ATTAATTGAGTGCATTTATTGGTGAAAGATGAGACCTTTGTGTGCTTTGAGGAATTTTGG GTTTGACTTCTAGTGTGGTTTGTTGTAAAGTTCATCTTTTTAGAATGCCCATTTCATTGA TTTGTTGTTCTTTGATTGCCCATATCGTTCTTCATTGTTGACTTTTCACCTAGTCAAGTA TGAGCAGTTCTTGAATTGTGTAGTGTTTACAAATTCATAAATTCTCGTTTTAATCCTAGT GTGTTGTTCATTGTGTTTCGACTATCACATTAGTTTATTGTTGTTTTTGGCTCCTTTTCT GGTAGTCTCTGTACTGTTTCCTTGTTAATTGCTGTATTCTCTTCATTGTTTCCTTCTTTG TACCTGGATTTGTTACACTTGAGCCGAGGGTCTCTCGGAAACAGCTTCTCTACCTTCAAG AGGTAGTGCTAAGGTCTGCCTACATTCTATCTTCGCAGACCTCACTTATGAGATTTTACT GGGTATGTTGTTGTTGTAGTGGTAGTTTCTTGTTTTATGAACAGTCGGGCATATGTACAG ATTCTAACACAATATTTGCAGATTACAGAAATTTACCAGATTCTGTTTCAAATCTTACAT GTTCCTATCATTCCCCTATAGCTGGAGAATTCTTATTGTATGCTTTTTAGCTTGTTGCAA ATATGACTACTCTTGGAGCCTTAAAGAGATTTTGCAAGTGCATTGCCTAGTTGGTTGTTT TCGAATTGACAAAAGTAGTATTATTAATCCTAATTTGATCTCTTCTTCTTTTTGATAAAG TAACTCTATGTTTTATGTGCACTATCCAGTAATATGAAGCAATATGCAGTGTGGCTTGAC TATTAAAAGTCTATCTTTGGTTGTGCATTTGATCTGATTTTTCAACTCTTAAAGCATATA CTTTTAACAGAGAGATTTGTGTGTGACAAAAGCTGTGGCTTGATGTTCTTCTTCTGCTCT TGATTGGCCTCCACGTCTTGTTTTTTTATTTGCAGTGATATTGATATTGACTGCCAATTA GAACATAAAAATCCATCAGTGGATCGTTTTTTAGATGGGAGTCTTTCCTTGTATACATAA AGTAACTGAATATTTTTTTCCATCTTCATGTAATACATCATGTTTTAGATGTATGTCAAT GTATCTTAGAATGAGAATTATTGCCTTTGAAGTTTGATGGAGCTTGTTGAACTAAGTAAC CGCACTAATATAAAATGAAATATTGAGTTGTATTACTATAGAATAGTTGAACTTGCCAAA AATGATTAGTTTAATGTGTCTTGGAAAGTTAGGGGACTGAATTTGTGATAGAAAGAGGAG GCTAATTAGAAATATGCTACACACGTGGAAAGTTGATGTAGTGTATTTCCAGGTAACAAA GCTAATCTGGGATATCCCAGAGATAGTAAAGGAAGTCTGGGGTAACAATTGGGTAAATCA TATACAATTGGAAGCCAGCGAGGGCATTGTTATTATGTAGTTACACATGTGGATATTTAG ATTAAGTGTACTGACAATATTAAAATCTATTCCAACTAGTTTATATTTTGTATATGGATC TTTTTCTTATATTGTGTCTTATTTTAGCTAAGTCTGCATTAACTCCATGAAATTGTAAAT CTTCTGAGGCAACTTCCTTCCATGTAATTTAAAGTCTATCTTGTCCACTTTTAAACACTT TCACTCACCATAGTTTCACACCTCTGGGTCGATGCAGGTCATGACCAAAATCAACCCTAG CACATCCAACATTTTTGATCTTATCGAATCTTGTATTCCTGAACATCACTAATCTATTGG CTACCAGCTATCCATCAATTCAAGTAGTAGGTAGCTCTATCCATCCAAATTAGCGGGGAA AGAATTCACCTTGTATGTTCTGTGCTAGAATTTGAACCTTGAAACTCAAGGTTCTTACCA CCTCTAAGTCACCCCCTTAGGGGCCTAATGGAAGTAGATCTTTAACTAAACTTTTTCCTT TGCTTTTGTGAAATTTTTGGAGGTTATGTGAGTGTGTATGGCTATTGGTTATTACAGTTG CTTGCTTAGTCTTTGAAAGTATTAGATTGTTGCTGAGCATGTAGTACTATATGCAGACTG TCTTATGATAAAGATGTGTATATTTATTATTCTTTGATATATATGTGAATTTGATTTGAC AGCGTTTACTATGTTTTAGGTTCCATGTGGATAAAATGTCATCAGCCCATGTTTATTTGA GATTGAACAAGGGTCAAACATTTGATGATATACCTGAAGGTGTATTGGAAGATTGTGCTC AACTTGTCAAGGCGAATTCTATCCAAGGTAAATATTTCTATCCCGTAAATGTAACACCTT ATTCATAGGTTGATGACTTCAGAAATACCCTTCCGGCCAAAAAGAATAAAAAAGGAAAAA TGGAAAAGAAGTGTCATTGTACCTGCCTTAAGATCTTTGGTGAGACATGTTTTTTGGCAC ACTAGAATCCGCTTTTGGAGTAGACATGATACGTTCTCAATGTGAAGCGGTTTATGTTTA TGTTAAAAAGACTATTGAAGTTATATGCTAGTACATGCCATAGATTCACCTATATTGTAC GTGTTACCTGATACTCTTACACAAGTAGTTATTGTACATTGTTATTAGATTAAGTAGGCA TTTTGGACATGCAATTATCATAATTTCAGGTTCTCCAAAAAGCAGGATTTGGGGTTCCTA ATTGTGATATAATTTTTTAAAAATGTAAAACATGATCCATAAGTTTATATTTTGTGAAAA AAGACTCTTAGTTGTAATTAGTGCGAACAAAGACTTGTGTTCAGTGTGAAGAGGTTGTCC ATACGGCCATACCAAATGAAAGTATTGTCCTAAAGAATAACACGTTTTGTAGAGGAGGCA GTATCCTTAGTAGATCTTATAGGTTTTTTCTAACTGTTACGATTTCATAATGGGATATGC TGTCCTCTCTCTCTGTATTTATGGTATTGGCACTATCCGCTTGCCTTTTTCTTTAATACT CAAGTTACCATTCTCAAAAATATTAAAGAATAACTAGTTACTACTATTGTTGACTAGTTG ATCTTTATAAAATTATGTGTATCTGTAAGTTAGTAATCGCAAACATTCCAATATTATCCT CTTGCCATTTTCTTTAATACATCAAGTTATCATTCTAAAAAATATCAAAGAATAACTAGT TACTACTATTGTTGACTAGTTGATCTTTATAAAATTATGTGTATTTGAAAGTTAGTAATG CTTGCAAACATTCCTTTATAAAAGGAACATAGAGCTATGTGATTTATCATTGCTGCTCCT TAGGATATTCGAGTATCTTGTTTATGAACTATGGTTTGTTCATTTTTAAGAATGTGGAAG AATTCGAGAAATTTTGATAGCTTACACAACTTGTGGGTTTTTCATTTTTATGAAAAAAAT ACAACTTAAGAAATCCAAAATGCTTGTGATTTCAAATCATGTTCAAACAGGGTCTCAAGT CAATAAGTTCTCCTTTCACATGATATGAGGACCTCCATGGTTTTCATGAAGACCTAGTAG CTTTTGCCTAAGGCTGCATACCCGTGTTAAAACTTCTCGTTATTCCTCAAATTTGCTAGC TTTGCCATTTTTGGTCACTGTTCCAGCTGCATTATTTCTTCTTTTCAATTGCTTTATATC TTTTTCTTCTAATCATTTCGGATTTACCTCTCTTTCTCATCTCTTCCAAATTAGTATTCG ATTTTTCACTGTCATTTTTCATATCATAGTCTAGTCAACTCATGCCACATTTAATATTAG CATCTAGTCAGCTGAGACGTCATCCTCAAGTCAAGGAACGTATTATTGTTCAGTCAGTTG AAATGTCATAATCACCATCCAGCTTCTGTTGCCTGTCTAGTGAGACATTCAATTAGTCTT ATCAGCAAGACATCACTATGCAGTGGTTCTCTCTAGTCAGCATCTTGGTAATGTCACATT GTAATCATTGTTCAGTCAGCACTTCGTCAGATCCATGTCTTTTTCGCAATACATTACTTT CCTGACGCTCTTCCGGCATCACATTGTTTCCTAGTGGCAAGTCACTTTCCAATGTGGATA TACAATTCTAGTTGTTTCACCACCTTGCATTTGAAGTAGTATGTCGATAGGCAAAAGGAT CAAGTTGCTTTAAGAATATATCTAAATGCACAAAATCTTTGAGTTCAGTGAATTTAAGTA GGAGATGTTGCAGAACATTACATTATATGGACATCGTCGAATATTATATATTTGACAGTA AAATATTTACTTGCCTCGAGACATATGTACTACCTTGATTTAAAAAAAAGAAGGTAAAAT AACAGCTTAACATATTGCTAGTAACCTAGGAGTAACTATATAAAAGAGTTTTTCTCATTT ATTGTTTCTAAATTAAAAGAAAAATTTCTGTCTATTTTTTTTTTTTTTAAAAACACTACG GGAGGTCTACCTTAGAGTCACATATCATGGCTATTCATGTGCCTTGATGCATATTTACAG TTTGACATGTTTGGCTTGGTTAATTGACCCTTTTTCTAGTGTGTGGGGTTTGAAGACCTT AGTCAAGCTTTTCTGTCAAGGGGAATGTATTATTTAGTTTTTATTCTGTTGTAATGTCAT TGTCAGCATATATGCTCGTAATTGTACATGAAACTCCGAGTAACATTTAAATCAATAATC TAGGTTTAAAGAATATGTTGAGACTGCTATTTGGGTAACTTTTCTTTATACTCTACCCTG TCAATTTATTTAAATATCTTGGCAATTTGACCTTATTTTGGCAGGAAACAAGGTAAACAA TGTCGATGTTGTTTATACTCCATGGCAAAACCTTAAGAAGACTGCCTCAATGGATGTTGG GCAAGTTAGCTTCCACAACCCAAAAATGGTGAGCATTTTCATGCAGTTAACATGTTTTTG CTTTAACTAACCTGTGCAGGTTTATAAATTCGAATGTTTTCCAGTGGTTGTGGAATTTTT TTCGGCGGTGGGAGGTTTTGTTTTTATTGTGGATGTGAAAGTTAATATATATCATGATTT TTTATTAGGTTCGTACCGTGAGGGTTGAGAAGCGAATAAATGAGATAGTCAATAGATTAA ACCGTACAAAGGTGGAAAGGAAGCCCGACTTGAAAGGTAAGTTGCACATTCTGCATATTA GTTTTATTATGAGTAACCTGCAAAGGCTTAGAGAATTGTCTGCTGGAAAAATAATAACTA CCTATTCTATTTCTACGCATGAAAGTTTCCATTTCTTAGGGTTTCTCGATGTCTGATGCA CTTCTACAAATAATAGTAACAACAGCATACCCACTGTGGTCCCACAAGTGTGGTGGGGTG GGGTGGGTGTGTGCATAGACATTACCCCTACCTTTGTGGGGCAGAGGGGTTGTTTTAGAA GACCCTCTGCTCAAGAATCATATTTCAGAACAGATTTGAAAAAATAAACTAGAGTAAATA AGCTATGATGAAAATAGCAGAGAAAGAAAAGTACTAACAGCAAAATGGTAAAGATATCGA AAGTAAAAGTAACAACAGTAGTAATAAAACTGAAGAATACAATTACGCTAGCAAATTAAT AATATTATTACTTGTAAGGGAGCAGAAAGGTGCTCCGACCTACTACTGTGCTCTACCACT GGGAAGAGTGAAATTGCTCGACTACTTACTAACCGTCTACCCTAATCCTCAACTTCTTTG CGTTCCTATTTAGTGTCATGTCCTCTCCCCAATTTTCGCAAATACTAAGATTGAAACTTA TTAAGCACTAGTAGCTAAACTTCTGATGTCCTTGTCAAATGTATGGTCAATCTATCGAAG TTAAAACTTTTAAGGCTCCTGCTAGTTAAACTGGGTTTGTTAAAGTGGAATATAGGGAGG AGAATCTTCTTTTTTGATTGGTGTAAACACATTGGTTTCTTGTTAAAAGGAAATAAAGTT TCTCTGTACTACTTCCCCTATTTCCCCTTCCTCTAAACGAGAGTCTAGATATTTATCTTG TGCAACAGTTCAGTAGTGATAAACCTTCTTGTTTGTGTTTTTAGCTGAGCGGGAGGCCGT CAATGCAGCTGAAAGGGCGGAGAGGAAGCAGCAGCTTAGGGAGAAGGTAAGAGTATCTTT TCTTGGAAAGAATGGTTAAGTATGCTTGTTGAAAGTTTGAAACATGGGAACTGAACAGCA CAAGGCATGCTGATGTATTATATTTCTGGGAAAATCAAGATATAGTGGGGAAATGTCCAC AGAAATATATGGCCTTACCCAGTCCGAATGACCTGCAAACCTGGAATCTGCACCTTATTG AACATGTGTAACCTGTCTCTTTTTAAGTTTGTGGACATGACTTGGTAAAAAGACTGATGA TCACTAGTTCTATGTAGATTTTTTTAATTGGGATCTAATATAAGGACTAGACTAGGTTGT TGGTTATTATACTGGGATGGTGGGATCTGATATAGCTTATCTTTGCACATCTTTATAGTC TATGATTACTTCCCCTGGATTTTTATAGAGTGATATAGTACTCTGGAGAAAATTGCTCAA CTTGATACAAAAATTGACGTCCTCGATTAATAAGTATGGAATGGGGAAGTCAAGAAAGAT AAGTTTTACAATCATATAGCCTTTTGCTTTTTAGTATCTTGTGCTTTAGGGTAGGTTCTT TAGTTTTACTTCATGCCATGCTTGCTTTAAGTTGTAGCTTTTCCTGCTGCTACAGTTTCT TACGTATGCAGTCGAACGTTTTTATCCAGCTTTGAATGTTTTAGTGCATTCTGATGTACA TGTTTATCTCATATCTTTTCGTTTCGGATGATCAGAAACGAAGAGAGGATATGGATAGGC TTGAAAAGGAAAGACAGGCTGAAATGAGGAGCTACAAAAATTTGATGGTTGCTGATAAGA TGACATCTAACAAAGACATTGCGTCAGCTAACAAGTCCCTGCAAGAGATGGAGGAAGACT TCATGTGAATGCAAAATCAAATGGATTTAATTGTTTCAATCGCTGTCATGTTTACAGAAT ACTGAATGAGAAGCTGCTTAAGAAGAATGCAGAGAAGAAAAAGGAAGATAGGGGGCTGGG GCATCGGGGTGAGGTGATCTTTTGAAATGTTGTGTGTTCTTTTGAAACAATTATGATCCT TATTGAACATGATCAAATTGATCTTTGTAGGCCTGAACCTGTTTGTTAATAAGGGGGGTA TAGGAGCCATATGGGTTGGAGTTCAAGGAGAAGCTTACTTGTAAAACCAGTGTTTTTGAA TTTAATGGTGAAGATGACTTGTTATGATTAGGAGGAGCACTTAATTGTTTTTCTTTCGCT CTCTTTTTGAATTACATATTGAGTGCAGCTTCTTATTAGTCAGCTTGCATATGTGGTCTC TTACATGGTACATCTTGAAAAAGGGATGTTGAAGAACCCCAAGAGTCAATTGTTGGAATG GGTAGGAAAAGATTTGGCCATCAGTTACTACTCAACATTCATTTTCTATATGCTTGCCTT CCAGGTGCTTTGAAAGAAAAGAGTGGATCCAACCAACATTGACTTAACTATGATGAAAGG TTTTAACTAGCATTGGTGCCAGTGGATAGTTAGTAGTTTCTGGTTCACATAGGTGATGTG GTGTCTCAAGAGTTTGTGGTGTAACCTAGAAAGAAATGGAGAGATGTTGAGGAAAGTGGA AACCATGAGTAGTCATGTTGTTAAAAATCTAAGATAAAGAGTAGGGAAGGCAACTTTCAC CCGGGACATTTCAAGTTCATTCTCTCCTCTTCGACCACCCAACATTCACCCCTTGACCAT CGTAACCTACACTACTATTGAACCTCCACTCTCAATCCACTATTGTTTTCTGTTAGATTA TATATAAATGTTGTTATAAAAATATTTTTTACTTATTTACTAAATCTATAAAATAAGTAA TAAACATGTCATATTGTGAAGAAAAAGATTGAGTCCTACCTCAATTTTTGAAAAATAGCT CATGAGTGAGGACTATCCAAAGATGGCATAAGGACCTAACTGCCCGCTGATAGCTCCTTC GTGCTCAAGATTGGACATTTGGAGTATGGACAATATAAGGTCACTGTCCAACATAAGATC CAACAATGAATTGGGTTGAATCTAACTCTACCATGTCAAAAAATGAATCTTAGCTTAACT CAATCTAACTCAGTGGTAGAAGCGGTCATGTCTGCTACTTCTCGATTCTGTGGCAATCAT CTTGGTCTTTTTCTGAGCCCTATAGATCAGAAGCCTTGGCTGCTACTGTTTTGTGTCTCA TTCGTACCAAAACATCGTACACGTACGTCCATATCATACTCAAATGAATTTGGCTCCAAT ATCATGTCAACAAAATAGATCTTGATTTAATTTAACTTCAAAAAGTTAACTCGTGAAGAG AAGATTGCACAAATCATATAACGAGAGCAAGGACTCAACTACCCATAGATGTGGAGCTCA ACACCAACATGCGTGCTAATTTTCCTCACTCTTTTTTATCGCATGACACATTTGTTTTTT GATTTGGCATATTTTTACAAGGCAAACTTAACAAGAAGCTCCTTTTGGGTTAATCATCAA CAATTCGTTACATTTTTTTTTGCAATTTATATCACTTATAATTCTTTTCGTTATTGTATC ATATTAGTTACATAAGTTATCAATTAAAATCATAAATATCTTCCATTTAGCTAGTGAAGT TTATATATAAATTCTTCCTTGAATGATTTAAAATGTTTTGAAGAATATAAAGATTTTCGA GAATTTGTTAAATGAAGTTCCATCAATTTGTTATATGAATTAAAGTGATTCCATTAAGTA GTCCAATAATTTTTGAATATCTAAATTGTTGTTTAAAATATCACATTAATATAATTTAAT TTAACTTTAAAAATTAATCAAATTGACTTTTGAAAAATACAACATGACAAATAAAAATAG ACAGAGAGAGTATGATTTTATTATTATATGAAGATAATACTTACCCAACACAAATAAAAA AAAGATATATCAAATAAAATTTAAAAAAATATATATTTTATCAATCTTTTTGTTTTCAAT CACAATCTTTAATAAAATGTAAACATGATTGATTGCAATTTTTTTTTAATCTTTTAAATA TAAAGTGATGTTCTCATTATGATGATTTAAATACGTAAAGTTTGTAAAAGTTATAACCAT GCAAACAAAAATTATCACAATATAAATACATTTTTTTCTAGTAAGATTTTAACATGTGGT TGAGTATTAAAGATAACAAAATTATAGTGACCGTTTATAACTACTAAGAAGTTACTTCCA CTATCATTCTCAATCATGTATAGTTAATCCTCCATTACTCTTTGTTTTTACCATTACAAA TTTAACTCCCACACTATTTAACCTTCCTCCTAATTTTCATGATTAACATTATATTATAAC AATATTTTTATATATCTTGATAAAACACTATAAATAAAAGCATAAAAAACTCATATCGAA AAATATATATATATATATATCATTAGAAAATATAAAATACTTTGCTTTGTCTATATTTCT TGATGGACCGGGTGGTTTGAATCCGACCCGACCCGACCCCGATTTTGCCTTCATAAACTT CAAATTAACGCAATTTTTCTCTTCTAACACTGCTTTCAAAACCCTAAACCCTAGACGCTT GTTTTCTCTCCTCTGTTGTACCATAACAACAATGGCTAAAACGTTGAACGAAGAAACTGT CAAGAAGGTCATTCGTCAGGTTTGTTTTTCTGGGTTTTATATGATTTGCTTTCAAATGTA ACTGTATGTTGTATTGTTATCTGATTATTTTTTTTCCAACTAATTTCCCTGAAGGTTAAT TTTTACTTCAGTGATAGTAATCTCCCAAAAGATGGGTTTCTCAGGAAATCAGTGGAAGAA AGCGAAGATGGGTGTATCCTTTTTTAACCATATGTATCTGATTGTTTACTCGATTATTTT TGGGTCCATGTTGATTTTGTTCGTCATTTGTACTAAAGATTGAATTTTGAACCAAAAAAA TGATGAAAAAGATTTAATAGAATTTTTGAGATCTTGGAAGAATGTTGTTGATAGCGTCAA TAAGTTGAGAGGAAGTATATGCACAGGAACTTGTATCTTTATAAGCTTAACAAACTATGG AATTATATGGTTTTGTCACTAGAATGTACTTGGGACTTAATCATAGGACTTATAGTGGTA AGTTGAGCTTCGACTTATTTGACATGTCTGCTAAAGATGAAGTCTTTAACCTTCAAAATT ATTCGCTTCGTTTCGATTTGTTTTGGCTTGATTAGGAGTTTTGAGGGTCAAACTAACAAA TGTTCGGTACATAAAAAGCATTTTAAGTCACAGTGATTAACAATTCAAAATATTTAGAAG TATTTGAAAAAGTTCCATTAAAGAAAATATCCTTTTAATGTCCATGTCCAGATAGTAACT AAGACAAATAATTGAAACTAAGAGTTTTAAAAAGTATACGTAGAAACATTGAGGTATTGA AAGAATGTTGTTGCACTTAACTACATCTTTATAGTGATAAGTTTAGCTTTGATATGTTCA TTTTCACGGATGAGGTCTCACTTGGATTTGGGGATGGCAAAGGCAGAAGATATATCAGAT GATACCGTGCAATCTGTTGCTGAAGCTTTAAGAGCTTCTTCTTTTCTTAAAATTTCAGAA GATGGTGGGTTCCTTGTTTGATTTTGCTAATAAATATGTCCCTTTGATCACTTAGTAAAT TGGCTGATTGTACTTGGTTTATATTATAGGGAAGAAAGTTGGAAGAGCCAGTGAGCTTGC AAAGCCTGAGGAGGTTATTGAGCAAATTGATGTTAGGACGATTGCTGCATCCCCTTTGGA ATACAGTGTCAAGCTGGAGGACGTGGAGTCTTTCTTTGCTCAGCATGGCGAGGTAATTCT GTAACTTTTCTTTTGCCTTACTTTTCAAGTGTTAATTCTTGCTTTACTTATGGTGAAATT TGATATCTTTATTCTATCTGTAAAACTGATAACTATTGGTTAAAAAGGAGAAAAGAGAGA TTGTGTGGGGTTATTCCTTGTAAAGAAACATTTCTACACTCTCTACCTGATGAGCAGCTA TTGAAATTGTTTTGGTGTTCCAGTACATTATATATAGCAGTGTTTGAGACACATCCATAA TTTTGCCTGACCGTTGTGAAGTTTGCATTACTTGCATTGATATCCCAAAATGGTACTGCA TGAAAATGAGAATGGCCAACATGGTAAAACGTGTGCTGCCTGTCAATGATTTTTGTTTGC TTCTTCTTTAGGTGAACAGTGTGAGACTGCCTCGTCATGTAGCTGATAAAAGGATGTTTT GTGGCACTGCTCTTGTTGAGTTCTCCAATGAGGAAGATGCGGTTAATGTTGTGAAGCAAA ACTTGGTTTATGGAGGAGTTGAATTAGAACTGAAACCAAAGTAAGTTTTTTGATTAGTAA ATTTTACTAATGAAGATTAAACACCAAGAACAACACTTATCTCTACTATCCTAGAAAATC TGGGATTGGATCCTATTATATCTGTAATGATCCCATGAAATCCAGTATTACACCAAAATT TGAAGGCAGTACATCTTTTCTCAAGTCATATACTACGTTTTCTTATTTTGAAACATCTAT GGTTCCTTTCCAACCAAATAGTTTATATAATGCAAAGAGGGATAGTCTTCCAAATCTTTT TCTATGTCTTCCTCATCCTCTGGTTTTGCTAGCTAGACAAAGCTTATTATACATTGGCTG AAACCATAGTAATTTAGGAGTACAGTGGTATTTTTCTATGGTCCTTCAATCCTCTGACAA TAGGGGGCAATTTGTTTTGTACGTTATTTTAGAGTTAACAACTTCTAGTGACATTTTTTT AAACAAGGTAACAACTTCTAGTGGCATGCCATCTGTATGAACAACTAACATTACAAACAC TTCTCATGCATGGGTGGATTTTTGCCTTCAATGATTTGTCTATCTTTGAAATGAAAACAT TATTTTCGCTATGATGAGTAGGGGAGGGGAGCTGATGCTGCTTACTCTTCGAGACCTACT ATGTGGTGGTTTTTTTGCTCTTGTATAATCTATAATTTTGCTTGGTTGGCTGGGCTTCCT TTTACAAGATTGAACTATATGTACTAAAGGACTGCTGCGCCTATTTTACATGCTCCACCT GTTGCTTTTTGTTTCACCCTTGCTGTATCGCAATATTACTGGTTCGGTAGTTGCAAAGGT CCAACCAACAGCAACAACATACCCCGTGTATTCTCACATATGAGGTCTGGGGAGGGTGGA GTGTACACAAAACCTACCCTACCTTTGTGGGGTAGAGGTTGTTCCTGCTGGAGCCTTGGC TCAAGTAAGTTGTTTCTCAGAACATGTTTGAAAGAAATGCAAGGGTCAAAAGCTATAAGG AAAATATTGAAGAAAGAGAAGTACTGACATTAACAATATAGACATTACCACGTAAAAGGA CAACTATCATAGGTGGAAAGGTATACTAGCATTATAATAATAACAAGAGTAAGGGAACAG AGGTAGGTGAAAGGTCCAATTAAATAAAATTGAATATATTTTTACATAGTACTACTACTC ATTTTTTTGTTCTTAACATCTTCCAAGCGTTATTTTCAATATATGTATTTGTTCTCAAAC TCATAATGTCTTGTTTAAACAAATCTAACACTTGCTCAATGGAATTTGTGGTGGGGGATA GGATATCATTTATTTTGGCCTCCTGTGTGCATTGATGGGGAGTCATTAGGGCTTAGTAAT CCATGGTTCATAATCTATTAATGTTTGTTCTGGAGAACTATGGATCTTATATTCTAGTTT CTTTTGATCGAGAAATCAATCTGCAGCCTCTGAAAATTGGGATAATGAGCCTTCCCTTCA TCCTTCCCCACCTGAATACCAGACTTCATCTTGGCACGCTGCTCAAACTCGTGAATTAAG TCAAGTCCCTCAATGGTTGCAATTTGAGCTTAACCCAAGAGGCGGGATCTTATTTTCTTT TTGTCTGAGATTTGCTGTCCTAGGGGGTTCATAAGTTATGAAATGTGCTCTTTCTATTAA ACATGTCCAAACTTTGGCTATGTAACCGTGTAGCTCACTTTTAAGTAAGTAATAAGGTAT GTTTTTATTTAACAATGGTAGATTATGACCATGACTTGATTCCAGTGGAATGATATGTCT CATTTTGATGGCCACTGCTTTGAACTATAAGTTTTCATTGTTTAAACTGTAGTTGTTCCA ATCAATTCCTTTTAATGATTCCTCATAGATACTGCTGATCTGTGGTTATTCAGGAAAGAA TTTGATGTTGAAAGAGCCATTGAAGAGAAAGAAGTTGAGCAAAACCATCCTCGTAGTGGT CCAAATAGTAAAAATAATTCGAATTCGGAGCTAGAGTGAGTATAATACTTCTGTTAAGTA GTCTCAATAATTGACATTCTATTAGCACGCTAGGCATGTGATTAACTCAATAGATGTGAT GGTGGCAGCTATCCAAAGGGCTTGATCATTGCATTTAAGTTGAAGAGGATCTCTGCTAAA AGCTCTACAGATCAGAATGGTAATCATGAACTGGCTACTGAAAGCGCAAGTGCTCCTGAA ACAGGAGGCAATAAAGATACAACAGTAGACAATGTTGAAATGACAGATGAGAAGGTCCCA GGAGGTATTAAAGATGGAGACAATGATGAGAATGTTGAGAAGGGTGAAAATGTTGAGAAG GGTGATAAAAAAGATGCAGAGGATGGGAATGGGGAGACTGATGTTCAGAATCCTGTTGTT GCCGAGAAATCCATGGACACTCCAACTGAAGATGTTGAGCAAGCTTCAGCGGAAGAAAAA TTATCCATTGCTGCTTGCAAGGATAACAAAGATATCGTTATGCGTGAAGACCTGAAGAGC GTATTCCAAAAATTTGGTACTGTAAAGGTAAAATTCGTCCTTAATTATTCATTTGATACT TCTTCATTCTAATGATGTATGCATAGTTTGTTCTATATATGTTTTTCTTTTGATAAATGA TTTTGCTTTATATATATGTTGTTCTTAGGGTAATTTCTTCATATTATTTATTGCTGTCTC TTTTTTATCCTTCTGTTGGATTAGCAAAATGAACGTTGTTGTTTTCTCTCTGCTTGGATA AACTCTCTTTGTGCCCATTAAATCAGTTGCGATTTTGGAACAGAAGTATTAGCAATCCAA ATCTATTAATCTACTTGGCATTTTGCTGGGATTTCATATTATATTAATGAAACTGTTAAA AAATTTATTTTTAGTTGCATATTTGTGTATTAAGGACCCAAATACCTTTCTCAAAGAAGT TAGAGAATACTTGTGTATCAGTGACATGATACCATGTTTTTCTGGTTTCTTTCCACATTT CCATAATGGTTGTTTTTCCTGGAAGTTGTTTAAGATCAGGATATCTAGGTCAAATAAAAC TGTAAATGCATTAGGAAAGCATAGTGTGACATTTGTAGTTTTATGGGTTTTCTTGTGCAG TTCATCGATTTCGCGATTGGAGCAGAATCAGGATATATAAGGTTTGAAAGTGAAGGGGCT GCACAGAAAGCACGTGCTGCTGGTGTACTTGCTGAGGAAGGTGGTTTGGCGGTGAAAAAT TTCATTGCTGTCTTGGACCCTGTTACTGGTGGGTGCTTTTATTCTATATCTAGAATTGCA TTGATATTATCAATTGACCAATGTTTATTTGTGCAATAACCCTTTGTTTTTGACTATGCA CTTCAATTAACACAGTTTATCTTCTTTAATTTATTTCATTTTCATTATTTGTATCTCATC TTTTTGTGTGTGAATCGCCTCGGCAACCAGATAATTACTTGTGCGTGTCTTTTTAATCAG GTGATGCTGAGAGGGAATACTGGACTATGTTCCGTAATGGCCAGCAGGAAAAACGCCGTG ACTTTAAAGGGAATAGGGGAAGGTAAGCCTTAGCTGTCATAATGTTATTCTGCTACATTC TTTCTCAATAAACATGTTAAGTTACATGATCCCTCTAATATGCGAGTTAGTGAAATAAGA TAACCATAAATACATGTTACTTGGTCGCTGTTGTAGTTTCTGGGTTCGTTCAAAGCACAT ATTAGGTTATGAGGTCCAGTGTTTTGGTGATTAGTATAGTAAGTCAAGCTCAAGTACCCA CAAAACTAAAACTAAAAGATGAAAGTGCATGCATCAATGATTGTTGAGATATTCTATTAT GATGTGAGATTCCCCACTTGAATGAGTGATGTAGAGCCACAACTGAGAACTTGTTATCCC TTGCTTGATACTAATGTTGTTGTTCATGAACATAGGGGAGGAAGGTTCAACAGAGGTGGG AAGCATTCGCGTGGAAGGGGTAATGATTTTGGTGGACGCCCGAACAAATTCCAGAAAACT AGGTCATGAGGAATTCTATCTTTTGTACCATTTACGATGAATTCTCTCAACGTATCTTGT TCCACATTACTACGATGATATATACTTTCATCATCGTAATGTGTTGCAATTTTGTGCCTT AATTTATGTCACAATATCATAAAATAGCTTATGTTTTACATTTTCAATGTTCCTTAGTCA GAAGTGATATATTTACTTTTAACTTTGTTAAATGTCTCCATGCTTTTTTTTTTGTTGGGT TCTATAAGAGGGCATTTAGAGGAATGGTTTCACTATAATCACTTAAATAGCAGAAAATTA GTCTGCAAGTATTTTTTTTTTTTTTATATTTATAGCATCACTAGATTATATTTGAGAGTT CTGTGTTTAGAGAGTTGAATTAATAAATTTTGACCAAAAGTGTAGTTTTTAACCACATTG ATATGAGAAGTACTGCCAATTATCATATTCAGATGGTTTAAGAATATTTAAACTTAAATA TTAGAATATTAAATAGTCCAATTTAATTTCACTTCCATAAATAGTTAAATTAACTCTTGA TAATCGAAATGTGAAGGCAAAGTGACAAATTATCTTTTGTATCTAAAGTGAGAGACCGAA AATAAATTAAAAATATTCATAGTCATTGTTATGAAATTTAATAAGGTAAGGAACACAAAA TATCTCAGTGTTTCTTTTTCCTCAGTTTTGTACTTAAATTAGACAAGTACAGTCTAGGAT CAAGTTATATATTTGGTCAAATATTTAACCATTAAAATTTAGCTATTCAAAGATTATATG AAAAGTATTACTATATGTTACAACTTATTTTATATCAATATAATTTTAAAATGTTCACCT TTCAAAGATGATAATTTTTTCCCTTTAAAGCCTTCTTTCATGAATAATCAGTAGTATTCC TCTCGCTAGCTATTTTGAATAAGAGAAGGACTTGATGCGAATATTATTAGACGTCCAATC TCATAATGTCGATTAATATTTATATTGTTTGATTCTTTTTTAACAAGTATTTTAAACTAA TTAAAATTAGAGTTTCAAAACATTGATAATAAGATTAATTTAATAATACACATCTCTAAT TAAATTTGTTTAAAAAGAAAAAATCCTTTTATATTCGGTCTGCTCCTATTTATTTGTTAT CAACTTATCATTTTAGGTTTTACGCCTATTAAGAAACTAGGTAAATTTACTGTTATATCC TTATTTAATATATTTTTGAGTTTATTTTTTTCAATAAACGAACACTAATTAATTTACTTT GATTAACTGATATAGCTAATGATCTTTTTTTTTATACATTTATTTTTATGATATGAAATA ATAAATATTAAAAGACATCTATCTTAAATAAGAATGATGATATATATAAATATGAACAGA ATAGTAGTAACAAAATTTGCTTTTTGTACATTTTTGTCAAAACAAAACTGTCATATTAAG CAAGTATAGGTGTGTATATGCAATTCTGGGAAAACAAAAACCACTAAATTATCCTCTGCC TCTTTCACTTTATCACATCTTTATATCATTCATAATTTTTTTTATGGCTCATTCTTATGT TTTTGGTTTAAATTTAACAATAGCCTAACTTATTGGTGACCTCTTAAATTTGGCACGAAA TTTCACTTAGACACCTCAAGTAAAGTGATGTTCATTTTAGACAGCTCATGTAAGGTCTTG TTGTGTCATTTTGATACAACAAAACCCTACATGAGGTGTCTAAAATGAACATCGCCTACT TGAAGTGCCTAAGTGAAATTTCGTGTCAAGTTTAAAGGATCACCAATGAATTAGGCCTTA ACAATGTCATAAAACTTGATATTGTTGATTTGATATATTAGATTCATCTTTAACCGCGAT TTCTCTGTAAAAGAATTCGAGCTTATGTTATATCTAAAACATGTTATAGATGCCCTTTGC ATAGTTTTTTGTTTGCTCGAATGATGGAGGGATTTGACATTAGAAAATAATGTGAGAAAT TCTCTACATAATATGTATTGATTCTAGACGAATAAATTTTATCAAAAATAGCTGGTGAAA TAGATAATAAACATTATCTTTTATGTGCTAAGTAATCCTCGTTCAAGAAGAGATACATGA CCAAGGAGATCCGGCATGATTAAATTGTATCTACAACAATTTTTATCTAGCGAAATCAAT TTCATTATATTTTACTGGATCTAAATTATATAATATCACAAAAAGAAAAAAGGAGAAATA TTTGTGTTGTTTTTTGAATTTGCTAGAGCTTACTTGAAACACCAAGGTATAGTTTAGAAT ATTACAACTTGGATGGTTGTTATATATTGTATTGTTAGTTTAACTATAATATTTATTTTA TTTGTTATTTAAATTTTATTTACATCGTGTAATATAAATTCAATCTATATAGCAATGAAA AGATTCAAATTTAGTGTGATATCACGATAAAATATAATACAATAAAAATAAATAACAATT ATCCAAACAAAGTGATTTATGAAGTCCTATATAATTTGCTTTTTTTGGTTAATTTGTTGA AGTTAGATGTGTAGTGTTAACCTTACATTATTACTTAAAATTGTTTGTTTTAATTTATCC ATATATCTATTAAAAATCTTTCTTTGGTGATATTTTTATTTATTATATTATAATACTTTA ACAAATTCTTTTCGAATAACGTTTGATTTGTGTGAATGAAATTTATATGAATTAAATTTA GCAAAGTAATTTTCTGTTTTTATTTTATCTTATAGTATTCCTAATATTTATCCATAGATG TTTGAATAATTTTGATTGGATTAACATGGCACAAAAATAAAACCAAAAAATAAGATATAT AAAAGGAAAAAAAATTAGGAAACAAACACCTGCTAAAATTTGATAAAAACATATACCCGT ATATAAAAAAATTGTTCATAAAAAATAATCTACTATGTATATATAATTACAAAGTATGAA TATAATTTTCCGGCTTAGTTATTTTTTCATTTCTATGAACAAAAAATATCAAACAAAATA CTATCAATTTTTAAAAATGTAAAATAAAACCCAAATAAATTCGATTTAGTTCATTTTTTT CATGTGAATATGATCCTTATCTATTATCATAATTTTATGAATACAAAAACTATAATTATG TTTATTGGCAATCTTATGTCTTATTTTTTTTAATTATAATAAAAAATACTAAAGTTTGAG ACAAGTTTTAGAATTTAAAAGAGGATAACAATTATATTTTGGGTCAAAAAGAAATCTGAA ATAGATTTTAAGAATCTCTAGAAATTAAAGGAAGGTATTTGATTTTGTTGGGAACTCTCT TTTAGTATTAAAAACAAACTAAATAATTTTTCATTTTGAGTTTCAGATAATTTTATTTAT TCTGTTTCGATCTAAATATTTTCTAATTTTATTTTTGAACTATAAATAATTTCGTTTTGT TTTTAACAAGAATTCATTGAAAATGAACAAATACATTTTAATATCTCAATGACTAAAGTG TTAAAAATTTGATTGTTAATTTAGCGACGTTATTAGAAATTTTTAATCATCAAATGCTGC TGAAAAAAGTTGTTACAATTTACTGATAAATAAAATGCAAAATATAAATTTTTAAATTTC ACTCAATTCACTTATTTCAAAATACATATAATAAAAAAATTACATTACAATCTGACTACA AGTGTCCCAATTAAATCGTTATAACTTATAAACTATTCTATTCAAATTGGTTGAAAAAGA GCCTCAGTCAATATTTTAAAATTTTATAGTAATTAGAAAGACAAAATTAGACATTTCTTA ATATGATTTTGAGAAAAAAAAATACTAATATGCCAAACAACAACTTTAAAATTTTAGCAC AATTTAACATATTGATGATGATTATCTTTTAATTTATTATGCTAGTGGTTAGCTCTCAGT CATCATTCTTTAGTACTTAAGTCGAATCACTGAAAAAATAATTTTATGATTCGGAGAAAA TAAATCTCTATTCTAATTAGTTTAGTGTTATGAAAAAAGTAAGTGAAAAGTAATTTTATT TTTTAATATAATTTTTAAAGTGTAAAATTAATAGACATAAAATTTGGTATCGTTATGATT AGACCTTTTCATTTGCGTCAATATTCATTTTATAATGTGAATTTGATATGACATAAAAAA AATTGACCTTTATTAATAATCGTAATCATATTATACTCTCTATTTTTTAATAATAAAGGA CATATCAAAATGAAGAGTAATTAGAAGAAATGACCTTAAAACTGTGTGGTAACCCTTGAT TAAACAATTTGAGATTATAAGTGAATTAAACCGTTTTATTTATTGAAAGAACTTATGATA TGCTATCTTTTCTGGAATCTGACTCTTCAATAGAAAAAAGAAGAAGATGATTGTGTGTAC ATCAACCGAGAAATAATAAGCTTAACATAACTTTCTTTTATCTTTTTAACATTTTGAATA TTTTTGTTGAGTTGATTGACATCATTCATTCCTTTCTACCTTTTCATTATTCGTCTCTAT GCAAACAAAAATCTACCAACCCACCCAATTAATAAAATGAAATACCCTTCACTCCAACCC CTTTGTATGAAGCTTCTTTCTTCGTACAAATAATGCTCGTGGTGAAAGAGACCTTTGCTC ACGTCTCTTTTCACCACAAACATTTTATTTTAAGTTTTTAAATTAAAATTTAGCAAATAA TAATAAAAATAAAAATAAAAAAAGGTATATTAAAGTGCATTTCTTTGGCTAAAGCATATG TAGCAGGTGCAAACTTGCCCGTTAGTATTGAAAATATTTGAAAATTTACCAAATATAAAA TCAATCCAACGGCTGAGATTATTCCCCACACACATCATCCACCGTTGACTCAGTCTCACT ATATTTTTGAAACCTTAATAGGGTTTTCGAATTACTTGTCCGCCCTCTTTAACATTTGAA TTCCTAAAAGACCGTTTTTTTCCTCATTATTTTCTTCCAACAAAGACACACACTCTCTCT TTCTCTCTCTAGAATTTCTCTCACTAAATTTCATCACTTCATTTCTAGATCTTCAAATTT GTTTTTTCCTAATCGTGTTTGGGATCGATCTGCAAATGTGTTTTGTTCACATTATTCCAT TGGTTTGGTTGAATATTTTGAAGTTGTGTTCGGTAAGTGCTGATTTTCGTATGATGGGTG AATTGTATTTAAATTTTTATTTTGGTTTTTGGGTTTGATTGAATTGAATTTGTGTTTTTT ATGGCTGGATTTGTTAATTTATGATTTCTTGGTACTTGGGTAGTTGTAAAGTTTGAATTT TTTTTTTTGTTGTTGTATCTTGAACCCTAATTTGATCAGATTGTTTTGTTTGCTCATTTT ATTAGTTTCTTTTTGTTTATCTTGCTTTGGGATTTCTGTTTATTTTGCTGATTTTGGTTG TGTGTATTTTACCTAAATTTGTTTGTTTAATTCTTATTGAACCCTCAATCCAGTGATTGG TGGTATCAATGAAAACCTATGTTTGGTAGGACGAGTCAAATCTGTGATTTTGTTAATTTT AGTTGTGTATATTTCCCTGAATTTGGTCGGACTCTTCAAAAATGCTTATGGGCGTCTGTT GGATCCTTCAAGAGTAGTGCATTTTGGAGGACTCGACATGGATGGGGGAACATTTTTGGA GAGTCTTGAGCTACATAGATGAAAACTGACTGTATTTATTAAGGGTTCTTATTTCTTTAA TATATCTCATGCTTTTTAGCACCATTACGTTGTAATTTGCTCTGACCTTATCCTCTCATT TTGTCGTAAGATCAGGTAGGAGAGCCCACATCTTAGGGTGGCATATAATGAATTTGGGAA GACATTCTGGAGAAAATTATCGACCTTTGGGTGTTGGGTTATGCAGATTTATCTTTGTGT CAAACAACCATGGAAAGTGATAGAATCAGCACTCCGTCAGATGGCACTAGCAATAGTTAC CAAAGAGTTCGACCTTTGCATGGGTAATTTTCAAAGCACTGGACTATTGCTTCTTTTGTG TCATTTTTAAAGTGCCATTATGCGATTATGTGCATCTTTGTGTATTGAATTTTTTTCATG TTGTGTTACAGAAACTCTTCAGTCTTTTAGTGGACAGGACATTGAAAGGCTATTAAGCTG AAATTTGAGTTCAGATATAGTCTTTTAGTGGACAGAACATTAAAAGGCTACTTAGATGAA TTTTAGTTCGAATGTAGTCTACTCTGGTAAATCTCACTCAAATAGTCAGTGGAATGTTGA ACTACTCACTCATCTGGTGCTAATGTTAACAGGAGAACTAGCGGTCCAACAAGACGTTCC ACAAAGGGGCAGTGGACTCCTGAAGAAGTAAGTTGGCACTTCCTCGGCCGAGAACAAGTA GAAATTTTATGCATTCAAGTTGCTATTTTCTTAAACATATTTTCGTTTCCTTTTTACTTG TACGCAAACTTTTCTTTTTCTCTGTTGGGAGAGGGTGGTAATCCATTTCTAGAATGGGAA ATTTTTCTCAGGTTGGAATGGTGGTACCTAATTAAAATTTCTTGTCCCTGTCTATGAGGT GTAGGTCCAAGTACAAGTAGATAAGGGAGTGTAGCATCAAATTATGATGAATCATCATAA AGCAAAATATATTAGAGGATTCATATCTCTGCTTTCAACATGTTTGGCATTGTGGTATAG TTGATTTGTCCATGCATTTAATAAAAGAGTATCCTACTCTGAGAGGCACTGGTGATGACT ACTAGCTGCTACATATTTTGAAACTTTAAATAGGTTTAGGGTCTTCGTTTCATATTCACA AAAATATCTGAATTTGTATTGTTTCCTCAAAAAGTCAGCGCGGGAATATCCTTTGTTAAT AAGTAACAAAAATTAATCAATGTAGATAAGAAAATACCGATATGTATAGCGTGTGATAAA AAAAGATAGTTATCCTATAGTCTGTATAGTTACTGTATTATGTAGGAGCTCAAAATAGAG TATCAACATTGTGTCTTTCAGTTTGTCCAAAGAACAGTTTGTCCAAAGAAGTAGTAAGTA TAAACATACAAACTTGTGTTTATGTGTTGCAGCTAATGAGCTCTCAAAACAGGGCTCATT CTTTTACTTGTATCACATAGGAAGCAGACAGGCATAGTGATATATTTGGGGATAAGTGTT TTTCTCCACTTTCCTACCCATCAACTGCTTATAGCTCCTTTACTTGTATAAATTTAGCAC AAGAATATCTGGTTCCCCCCTTTTCTCCAAGAGGTATATAGCAAACTTCTCTAGATCTAT ACATATCAATGATACCCAATTTGAATCTGGTGATCTGCGTAATGGTCAAGGATTTAATTT GATGGATATGTCACTATGTAGGAAGAACATCAGAAGTGGTCTATGTGCAAGATGGCTATT GATTGGGCGTCTATTTAAAGTTTTATTTGCATCAGTTGTTGACTTTGATGTCCTTCTGCA ATCCCTATGTTTTGATTCTCATTTTATACAATTTTACATGTGGCGGAGTTTCATCAAATT CAGTACAGATTTCAGCTTTTTTGTTTTATATTGCTAACCACATAAGTCCTTTTTTCCTTT CAGGATGATACTCTATGCAAAGCTGTCCAACGTTTTAAGGGGAAAAACTGGAAAAAGATA GGTAAACACACTGCCTCATCCTGTTATTTATTAACCTAATGTGCTTGACATTCGCGGAGC ATACTGCAGATCTTTCACCTTTTACACAAGATGCTGTTGGCAATGTTATCTCACCACTTT AACAGGAGTACAGGACTATCTCCGCAGTTAGATTGACAAAATATGTTATTTCTAAGTAGA TCACACTTGAGGAGACATTAAAGCTAATCTGATGTTATACAATAACTCGATTTTTTTTTT AGATGAAGTGATCAACTGGTCATTTTATGAACACATAAAGTAAAAGTTATTTGTCAGTTC CTTGAACAGAACTGTTTCTCTAATCATCTTACACAAACTCTTTTGGTGACGTGTGCATTG GTGCTTCTATTTGTCTTAACCTACTATAATGTGCTAAGTCATAGTTTCAGGACAAAAGAC CTCATCTACTTTTATGCTTAGAGTCAACATATACTTTGAACGAAAAAGTCAATCTTAGTT CAAGAAACAAAGATCCAGGTGTTGAACGTGTAGGACACATTTACTGGTTGTTGAAGATGG AATGAGAAAAATAATGCAAAAGTCTGAAAACTTGGCCCAAAAGCATGTTCTTATCTCAAA TTTGGTCAAGCCCGCAGAAATCAACATTTACTTTGGGTTGGAAGTTAATCAAAGCTCTAG AATAAGACCTAGAGGTCCTCCTAGGGAGATAGTTCTGTTTTAGGAACAAGGATATGGTGT GTTTATACTTATCGAGTCTTTGAGATTCACCGCAGAAATGTACTCGAAGAAGCTTTTAAA GAGAATAAGGATTTCATATTGCAACGGGTGAAACTTCTCTTTTAATGAAAATTCTCAGTG TTTTCCATTTGACAGTAAGTACCCACTTTTTTGCGCATCTTAATAGCAGCACTAAGTCAG AAAGACATTTGTTCTGGATGAGCTAAACCTTGTCTGTTTGGAGCAACTCTAGCTTGGGAT TCACCGGCTATTGTCTTCTGCGTCAACTGTTCATTGCTCACTTGTTAGTCATATATTTTC TGACACCACCATAAATCGTTTGCATTGGGTTAGAGATGTTCTAGTTAAATGAATTTTCCT TCCCAGTGTGTTTAATCTTTCTCCACTATCATTTTCCTTTAGAAATATTTACTGGATTTT TTTTTGAGGCATCCGTCTTTCCCTGTTATGAAATATATATGCTGCCTTCGAATTGTTTTA CCTACAACTGCATTTGAAGTTATATGACACATGCAGCCATTATAGCAGAAATTATTTATA TAATATCAGCTTATTGCTACTTCTGCATTTGGGAATTTACTGATTTGAGAAGTTTACTCT GTGCAGCGGAATGTTTTAAGGACCGGACTGATGTACAATGCTTGCACAGGTGGCAGAAGG TTCTTAATCCTGAACTTGTCAAAGGTCCATGGTCTAAAGAGGTAAATACATATGCTTTAA TAATACATGGTTATGTGGAACACGCAGCATCCATGTATATTGCTACTAACTATTTTACTT CTTGACTTCCAGGAGGATGAAGTCATAGGTGAATTAGTTAAGAAATATGGCCCCAAAAAG TGGTCCACCATTGCTCAACATTTGCCAGGACGTATTGGAAAACAATGTAGGGAAAGGTAA GCAAGTTGATTCTTTTGTTTTCCTAAATGGTATACATGTAATGTATCGCTTTCTTTTGTT TTTCTTTCTTTTCGTTTTACTTAAATATGGTTTCAGTTTCTCTAGATTTCTTTTGTGAAT AAAGTTCCGAGAGCTTGTGAGGTTTCAGCTTTCTATTTTTTCTCATTCAGTATACATGAG AACTCTAAACTCCAGAAGAGCATTAATTTTCTTTTATACCTACTTAATTGCTGTTTTCCA TCTAAACCCTTTTCACTAAGTGCTAGACGCTGTTCATCAACTAATGTTTGGACAAATCCC ACTAAAATTTAAGAAATGTATGTCAATGGAATCCTTGCCAGTGGAAGAATATAGAAGTTT TGTGGTGCCATCTGTGTTAAATTTTCTTTTATTTGCCATAATTGAAATCAAGTGACAATT TCTCCAAGAATAAAACTCATATTTTCTCTTTTATTTGTGAAAATATTACTATAATTTTTA AGGGTGATCTTTTCAGGTGGCACAATCATCTAAATCCTGGAATAAACAAGGAAGCTTGGA CTCAAGAGGAGGAGATGACTCTCGTTCATGCCCATCAAATTTATGGGAACAAGTGGGCGG AGTTGACGAAATTTTTACCCGGAAGGTACTTTGAAGCTGTCAGCCACTCTCTTTTATAGA TCAAGAGTTCTTTTTGGTTTATTTTTCCCTTTGAGTTGTTACACTGAGAATTCCTTCACT ATTTTATATGACATGTAAAGATTTTTCTATGATTTTTCAGGACAGATAATGCCATTAAAA ATCACTGGAATAGTTCTGTCAAAAAGAAATTGGACACGTTTTTGACATCAGCACCACTTG CTCAGTTCCCTGCTCTGCCTATTGTCAACCATCAGAACCAATCAATCCGTTCTTCGATAA AGTTGCAACAGAGCAGTGAAGATGATAGTGTTCGTAAAGAAGGAACAGAAATGGAGGAAG TTTCAGAATGCAGTCAAGGTTCAAATCTTGCTGGTTGTTCCCAATCTACAAGTGATATGG GCAACACATTTGCACATACACGAGAGGAGGGTAAATTGCTGGAGGATTCAAATTACAGGA AGGACCCAAGCGCCAGTTCAGCACCGTGTTCTGAATACTATACCCCAGCCTTTGAAGATA TTACTTTTTCAGTGGAAGAAGTGCCCAGTGAACTTGCCGAATCCAAGCTCCTGGAGCATA ACTTTTCACATGACTGGGCAACATCAATGGGAAAAGATTGGCAGTTTAATCCAGATGACA TACCAAATGTCTCTCCTCTGGAGTTGATGCAGGATTCTTCAGGTCTCTTCATGCAGTGTC TAACTGGTACTGAGAATCATGACATGGTATCCTTTCCACAGCAGAATGGAATGAAGTTCG AAACGACTAATGATGGGAGCATGGTTGTGGGATTACACCAGCCGAATGAAATGTTTACTT CTGTGGAGGGTTTCAGAATGGTATACCCTGAGGCAGAAATTCCTCAATGCTTCCCTTCGG AAACTGCTATGAATGGTGTAGATGAAACTGCGGGTTCTTTGATTTATCAGATCTCTGAGG GTGGAAATATGTCAATAGAAAATTGTAATCCTCTCTGTTCAGATGTTATGGGAACTTCAT CCTGCCAACCATGTTCTGTTCCTTCACAGTTTTCTTCAGAGCAAAGCTCATTCATGTTTG GTATTGCCTCAAATCAGTTTCATAATCCTCCGCATCCAGCTCATGAGTCCCAGACAAGTA AATGTGATAGTTTTCCATATCCCATTGAATCTGACAGTCCTTGTGACAACATAATGGATG ATCCTCTCCTGAAAGACCAACTGGATCAAACAAAAGATTCTGTACAGCTAGTTTCTGTGA ATGATTTTGGCTCAACTTCTTCAAATACTATTCAAACATGTCCGATGGTAAATGGAAATT CAGCTGTAAAAGAAGAGAAGAAGGATGGTGGAGCCTTGTGCTATGAGCCGCCTCGTTTTC CGAGCTTGGATGTTCCATTTTTCAGTTGTGATCTTATACAATCTGGTACAGATACACAGC AAGAGTTTAGTCCTCTTGGCATACGTCAGTTGATGATGACTTCTGTGAACTGTCTTACTC CATTTAGGTTGTGGGATTCACCAAAAAGAGATGGTAGTCCAGATGCCGTCTTGAGAAGTG CTGCCAAAACTTTCACAAGTACACCTTCTATATTAAAGAAGCGACACCGTGATTTGGTGT CACCTTTATCAGAAAAGCGATGTGGAAAGAAGCTTGAAAGTGATCTCCGTCGAGAATCAT TTTCTAATCTGGCTAAGGATTTTTCTCGTCTAGATGTTATGTTTGACGACTCTGCAAATG AAAAAGCAATGTCTTCCCTAACTAAGGATCAAACTGTGGAACTTCAAGCTTCAGATGAAG ATAAAGAAAACATAAATCCAACTGAAGATGGACGAAAGGAAGAGGACAAGGGATGCAATG GACATTCGATCTGTGGAACTTCTGGGAGACAGTTAGATGGAGGTGAAGTCCACTATAAAG ATCAAGGAACAAGGGAGGGCAAAAGAATTGGAGCCAATGCTGCAATTGGAAAGGTGAATC AAGTCATTTTGTTTCCTTTTGGCACCACTTTGTGTTTTCTGAGAGTGGTGGTGGTATCAA TATTAGCATTACCATTTAATACTCCCTCCGTCTTATTTTATGGGAGGTAGTTTCACTCGG CACGGTGTTTAAGAAAGAAAGGAAGACTTTTAAAACTTGTGGTCTAAAATGAATGATATA AATTTGTGTGGCTATAAATTATTTCATTAAGGTCTTTATCAAATTTTTTTTTATTAAAAT AGACATTTTAAAGTTAAATTGTTACTTAAATATGTGGACTAAAATTCAATGAAAATTTTC TCAATCAAAAAACTGGAGCTGGATGTTACGAAATTCCTTCCTTTCCATTCAAGATCTTCA CTATCTGTATTTCCTTTGTTCCCTTTTTTTCTAATGTGATGGTGCTCTACACTCTTCTAC TCTTGTTGCATGATACTGTAACATCTTTTAAAGTCAATCTAAATTTGATGTTGACGTTTA AAATTCTTGCACAGTTTTAATGTGGTTATGGCAACTGCCTGTGTTGATTTACGTATTGTA AGACCCATTCAACTTTTTCGACAGAGAATCCTTTAATTGGAAATAACTTTTATGCTCTGC TTGTTTCAGATAAAACAGCCTTCTGGAGTTCTAGTTGAACTTAATGCAAGTGATCTGTTC TTTTCTCCTGATCGTTTTGGAGCCAACGCTGACAGAGCTACAAATCTAAGCAATAAAGCT TTAGGAAATCAGTATGCTAGACGGATCGAAGCTGCATCAAACCAAGGTTCTGTTTCATCT TCATTTGAGACTTCATGTTTCTCTGTTATTTGCTCTCCTCGTATACGTGGAAAGAAGGAT GGAAGTAGTTTTGTTATCACTACATCGATGCAATCTGCTCCCACATCAACTGCCTTGGAG AACTCAGCTGAGACTTCAGGAAATGGAGTTGGAGCTGAGACTGTAAGCATGTAAGATAGT TGCTGTTCTTTTTATATTCTTTTATTATTTTTCCAATACCCTTTGCACAGCATTTCTGTC CTGCAAAATTAACGGTGCATTGACCCTGTTTCTCCACAGATCTGGAGAAACACCTTATAA AAGGAGTATTGAATCTCCTTCAGCTTGGAAATCTCCATGGATCTTCACCCCTTTCCTGTC AAGCCCGAGACTTGATAATGAACTTACTTTTGAGGTAAATAGGATTTTGGAGATTACATT ACGCATTCTACGATGAGACTCTAATATCATTATGTTTGCTCTTTTATTCTGTTCAAATTC CGGGCTCTTATTTATGTACTTCGAAACTTCGTAGGATCTTGCACTGTTTATGAGCCCAGG TGACAGAAGCTATGATGCTATTGGATTGATGAAGCAATTGAGTGAGCAGACTGCTGGAGC ATTTGCAGATGCCCAGGAGGTCTTGGGAGGTGATACTCCAGAGACAATCTTACGGGGGAG GAACTCCAAAAACCAGAAAGCAGATGAAAATCATTCTCTTTTGTCAGCAAATGCTATGGT ATGTCCAATCCCAATGTCAAGATGATTGCAAAACAATCTTGTCCCCAGTTATGATATCTT TTAATATCCTATGCTAATTTATGTATGTGTTTTCACATGTCATCACTATGCAGTTTCATT TATGTGTTTTCACTTTTAAGATATACTAACTATGCAGTTCTTCAGAAATTTAAGCACCTT TGCCTCCCAATCTTTTTATATTCCTTTTGGAAATGAACTTGAGAGGAAAATACTGTTGTT CTTCCTTTTTAAGTTTGTTCTGAAAAGAATGACACCTATCCTGTAATCTTCTTAACTTTA AACTTCCCCATTTTTTATTCTGAATGACATTCATATCCATAAGAATGTCTTTTTATTATT ATGACCACAAGTCCTTGGGAAATGTTAGGCATGTGCCAAAAGTCTAGTGTTTTCTTTCTC AAATTCTGTTTCCAGTCACAACATCAACATGAAAAATTAGGAATCTGCTCATCGGTTAAT TTACTAGTCATGAGAGTTAATTGTAACTTTCCTATCATCTGTTTATTTGCAGAGTGAGAG GCGTACACTCGACTTCAGTGAATGTGGATCACCTGGAAAGGGAAAAGAAACTGAAAAATG TTGCTCAAGCAACAACAGCTTTTCTAGTCCTTCTTCCTACCTCTTGAAAGGCTGCAGGTA GCAGCAGCAAATCCTTTCAGGATGGGTGGAAATTCTTGCTGTAACATATATAAGATTTGA TATACCTGTGTGTATTTATTTATTTATTATTTTTGCCTTATACAAATACTTGCCCAATTG TTTGTCAAAAGATAATGGATTAGATATTATCATTTCATTAAACATTATTATTCTGCTTAA TCCCATTTGCTAAATAAGAAGTCTATTTTTGTACAACAGCCCCTCTTGAAGCTTTTATTT TGCAGGAAGCAATGAAATTAGACTGAAATTGCTTGTACTAACATGTTCCATTTTTAGTAC AAGTTTTAAAATATATATGGTTTTGTTACATACCAATTATCATTGGTTGACCTTCCTTGA ACTCGTCATGGAGTTTTAAACTGAGTTACTTAGGTCCTGAGTTTGTGTGTTTCCATTGAG AAATGTGGTGTGGGTTTATCTATGCGCTCCACTTTGTATTAAGCAACCTTTTGCACTGAA ATTTTTCATTTTGCACATAATGTCTAATTATTCTTGATAAATACTCTGTGAATCAAGGGA CAGATGATTAGAAGAAGCACAAATTTGTATGGCATAAATTAGTAAAACTACTCTTGTGAT TTATAAGGAAAGGAGAAAGTAGATGATTAATATGAGATGGGAAAAGAAGAAGTCAAATGC CCTTCTGGTTTGGGCTTGGTACCTTCGGAGGGACGAGCTTGACGCACCGGGCTTACCTAA TAAAAATAAATTTCTAGGGGTTAAGTTGATATGAAATGGATAGAGTAATTAGAGAAAATC TCTGATTTTGTACAAAAAGGCAGATTGTGATCTTTTTCACTGATTTTTGCTACTGCAAGT ATCGCTAAGGTATAGAGAGCTTAACAAAGCTAAAAGAAAGAAACAATCTTTTTTTTTTAT GTATCCACTGCTTTAGTTTCTTATGTTTTCCTCTGTTGCTTTTATCTTACTACTTTAATT TTTTAAACTAGTCTTCATAACTTGTTAACAAGCTACCTATTTTTAGTAATTATGTAATTA AAACTATGATTTTGTAGGGAGATACCTGGCTAAATTAATTTTAAAAAATGATGTTGTTAC TGCGAGTACTATAACTTAACTAACTCAACAAAGTATAAAAAATGATTACATTTCACTTCA TTTGCCGTATCAATTCTTTTGGTTCTTTTGTTTTTCCTTGTGTTATTTCCCAACAATTCT TCACTTTTTTAAAAAATCAACAATTGATACTAAAGTAAGGCTTTAGATCTTTGGAGACAA TAGAATAGACGTAAGAGTCATGACTATACTGAGTCGGTTGATAAGGAATATGAGATACAT AAAGCTACTATTCCATGAATTGACATATTCCATCGGATTACTTATCAGCGTTACTGTATA AATATTCAATGTTCCACCTTCACTTCATTGCACGAAGTCGAAAAATGTAATAAAAACCCC AACTGAGATGGCACTCAACAATCAACTAATTTCCCAAAGAACCAACACCATAACCAGAAT TTTTAATCAAAGATACCAATGTTGTAGCACGCTAATAAGATGATGAAGAAATGAGGTTTT TAATAAGATATGCTAGTAACGATTGAAGGTATGCTGAAGAGGTAACGAAAATTGGTTTTG CTACATTAAGCAAAATATATTTATTCTACATTACAGATACAGGTTTATTATAGCCTCCAA CTTAGGAGAGGAAACTAGTTATTACAAGGAGGGGGAATTGCAATCGAGTTTTAACTTGAG CGGGAAATACTCGGCCAACTTAAAGAGAACATGATGTAAAACAGTAGTAGCCAGTAGTGA ACTCAACGAGCCCGAGTCACAGCAGCATGGATGGCATCTGTCAGGTGTGGAACTGTCCTG GAGCTTAGACCTGCCATGCTAATGCGTCTACAAAAATAAACATGTGTTCCATGTCAAGGG TGTATCTGATAGTCAAGCTTCATAGAGGTTATCACAATTATATACCGACTAGTACGAATC ATGCTGTAGAAGTGTTCATCAATACGATCATATTTTTCTTACTGTTCCTGAAAGCTAAGG TAGAAAGTAACTACAAAAAGAACCAAGTGATGACTTTTAGGATTTTAACATGTTCTCTCG TACCCTCCCTTCCCATTTTCTGTTTTACCTGCCCCTTCTAATAAAGTCACATATCAGTTG ATGGAGAGACATAATATTGTGTAATATGACACGAATAGAACTTTGTGACGTAGAAAAAAC ATATTACCCATCTGATGTCATGTAGATGTGGTATTCTTTGGTCATGAAGGCGACTTGTTC TTTGTTAAGTCCTGTGAAAGTGAACATTCCAATCTGCTTGATAATGTGACTCCAGTCACC AGGGGTACCTGCCAAGCAAAGAAACGTGAATAGGAATAGATAATCTTGTTCATGCAATGT TTGACATTTAAATGGATTAAAGAGTGCTTGACCGGAAGTAAGGAATTGACCAAGTATAAA GACATCATGATTCTAACATCTGATGTGCCTACAGAGTTAAGAATGATCTTTTAAATATAA TGCGGATGGAGTTCAAATCAGAAACAGATCTATCAGAAGACAACTTGATCAATAGTTTCA CGTCACCAAAGGCACCACATAAAGATGCGCTTGGGGATGGTTTTCTAAGGGTAGAAAATC TATTCAGCTGTCATCATGAGGTGTTAGTTCCATTAGAATGAGCAATATTTGATGCAAGGA GAATTACAGAAGGACTTGATGAGAGCAATAAGGGAGATCGAGATGTATTATGTTATGAAG AAATGATTAAAATTGTCTACTTCCAGGTTTTGTTTTGCTTTACTTTTTTCTGGTTAACTT TCATTCAGGAGAATCAGCTTAGTAAAAGTTGGTCTTTTTCATCAACTATGTAGGGCAAAT GAGCTGGACATATTGCAGCAGATTCTATAGGCAGCTGTGTACAACATTCATATGTAATTT TCATATATAAGGACACCTAACATGAATGATCAAATGAATAAAAAGAGCAGAGACCGATGC AATACATATGGAAAACATGAATACGTGACTGCTACCAATGTTACCTTTAGCACGTAAAGC ATCAAATAATTGCTGGCGCATTCTGATGATTCGATCAGCCATCGCTTTCAACTCAAGAGT CCATTCATGGTACAAGTTTCTGCATGAAAGTAGTGATTTATTTTGCAGAACAATGACTAA ACCTAATTTCTGAACATAAACTGAATTATTATATCATACAGAAACTAGGAAATGCCTTTT AGTGTCCGTGAAGCAATGTCCTGATGGCTGATATATTACCTGTCTTTGAGGATTGTAGCA ACTATAGACGCACCGTGAATTGGTGGATTGGAATACATTGGCCTAATCACCAACTTCAAC TGGCTCTCAACTCTGCTAGTTACATCAGCATTTCTGCACACCTGCAGATTTGAGAAAATT TAAAAAGATGACACTGTCAGCAGAGTCTGTGATAAACTGCAATACATGATATTATGCGGA CTGCCTCCCATAACAAGTTCTCCATTCATTCTTTCGAAGATGGAACCGCTACGCTACAAA CTTTTGATATCTCTTACTGACGGCAAAAATTTTTAGGTCATGTTCTAAGCTGTCAAGTTT ATATATTTTGAAGTAAGCTATGAGGGTTAAGCAGTTCAGTAGTTCATAACTTCGACTCTA ATGTACCTCCAGTGTTCAGCACCAGAAAAAGGCCAATTTAGAAAACAATAAGAAGAAGTA TGAAGAAGTATCATTAGAATCAAACATTATTCAAGAAAAAAGAAGACACCACAACAAAAG AACAAATGAACATTTCATATGTTTCTGAATGGGCAGGGCACACGTTATCATTTTAGACGT ACTATGCTTAAAGCTCCGACACGTTCACCATAAAGCCCCATATTCTTTGCATAACTTTGA GCAACAAGTACTTCACCTCCATCTGCCACAAACATGCGAACAGACTGTGCATCTGTATCT AGGCTTCCACTGGCAAAGCCCTATAGTATAAAAGTTCAAATATCAAGATTAATCAACATA TATCAAAAAAAAATGTCTCATCTGAAAATGCTCCCATAAAAAAGCCAAAAAGCTCTAGCT TTGGTTTGTTGGTGATTTTTCTACCTGATATGCACTATCAAAGAAGGGTAGCAATCCTTT TGATCTCATCAATCTCCTAATTTGCTCCCATTGATCTTTGGTTGGATCCACACCAGTGGG GTTATGTGCACAAGCGTGAAGTAACACTATCGCTCCTGATGGAGCGGATCCAAGGTCTTC CAACAAACCTATCATGTATGAAAGGAAAATTTCATATATAAGTCAACATCACGCTGACAC AAGCATACAATATTAAAAGTTACTCCCTCAGGTTTGAACATACGGATTATAAAACATTTA AGTTAAGATGCGTCTTATATTCCATTATCATCAAGTAATACATTTATTTTCCTCCACTCT CTTATTTTCTCACATAGCATTAGAGCGTCTATGATCATGTAGATAACCCTAAATAGCTTT TTCTCTTTCCAGTGCCCATTCCGTTGGCACCACTTCTCTTTACTGTGACTACAGTCGCAA CATCTAGCCTCTTTCCTTTGACTATTTCAATAACCTGTGCCTCTTTACTACGCCGCACCA CACTTCGTTTGTTCTGGTAACACAGGCTCTTTTAGATAGTTTAATTCCCTCCACCCTCTG GCCTTTCAGTAGCACCGCCTCCTTTGACCAGCATTATTCCTATTCTTCCTCCTATGTTCT GACCATTGCGGCGGCAATTTTTTTTACAACATTTCAGCAACTACATTTTTTGACAAGATC CAATGATTTGTTGATCTAATTGGGTACTTTTCTATGTTTTCAGGAAAAAGTCAAATTGTT TAGATGTGTGTTGCATTCCATTATTACCAAGTTACAGATTTATCTCCATTCCCTGATTTT CTCATGGGAAATATAGTTATGAGGAAAAACCACAGAGGATGATGTCTTTACAACCTTGTC AAATTACTAGAGCCGGTTTAAATTTGTGTCTTTACTATTTACACAACCAAATAAGTGATT CAGCCACAACTTGATACAGATTTGTGACAATTTGCAAGACTGAAAAGAATATCCTTCTTT CAAGAAGAGAGTAATAACAAACTGAACAGCCAATTTTCGCATATAGCCACTTAAAATAAC TCAATTATGCTCCATAACTATAGTTTGCTAATTACAATTCTTAGCTACACGTTAGAGGGA GGAAAGAGGCAAGAGAGATAGGGAGAGGGACGAGAGAGGTGAGCGAGAGAGGGCAGAGCG TAGAGAGGTGAATTATATATGTATATCTGTTAGATAATTGTATATATTTAACTAGTATGT ATATGTATCAATGATTGTATTTGTATACTACATACGATTTGTATTTGTATACAATAGAAT GGAGTTCAAACATTTGTATTTATATATCAGTCTCTCTCTCGCTTTATACAAACATTTGTG TTTGTATAAAGCAAGAGAGAGCCAAGCAGAAGAGAACTGGGCAAGGAGAGATTTGTATTT GTATAATTGGAAGTGTATAAGGCGGATACATGTGCATTCGTATTTGCATATCCAATCTTT CTCTCACTTTATACAAACATCAGCACAAATTATACATTTGTATTTGTACAATTTGTATTT TTATAAAGTGAGAGAGAGACTGGGCAGGGAGAGAGAGTTGACTGAAAAAGAGGAGAAAGG CGAACGAGATTCCAGAGAGAGTGGAGAGACGCAACAGAGAGAGAGGAAGAGAGGAGAGTG GAGAGAGGCAACAGAGAGAGAGGAAGAGAGGAGAGTGGAGAGAGGCAACAGAGAGAGAGG AAGAGAGGAGAGTGGAGAGAGGCAAGAGAGAGAGGAAGAGAGGAGAGAGGAGAGAGGAGA GAGAGGGGAATGTAATTATAGCTAGAAGTAATTTGAATTGTGATTAATGAGAACTGTAGC TATATTAGCTAATTAACTAGTATACGTTCGCTTAACCGCGTAACTTTCCCTAAATATATA TATGTACTGGAACGATATCATGTTACATCACTTTCTTGTAGGAAGAAGTTTCGTACCTTG AAAATGGAGTCCACGGGTTGCTGGATCATAGTAGCGGTAACTCTTAACTGACAACCCAGC TAAAGCGAAAATTTTTGTGTGGTTTCCCCATGTTGGTTGGGGAATATAAATAGTACGCTG CAGAGAGAAATACATCAAGGTCAATTCAACTTCAAAGATTGTGTACCCATTCAAGCAAAG AACTGAAGGAAACAAAAATGAAAGATGAGAAATCAAAGCAGTTTTACTTGATGATAGTGT TGAGCCAAAAATTCACCCCCAACTCTCAATGAGCCTGTGCCAGACAAGCACTGGACAGTT GTTACTCTGTTCTCTTGAATAGCAGGGCTGTTACAAGCAAAGAAAGAAAGATCATAAAAT AAAGGTCACTAGTATTAGATGTATTTAAAATCGAAGCATATTAACAACTCTCTTTTAACC TTGATTTATATGAAAGCAAGTCTAAAGTTTCAGCCATCCTTAACTTGAGAACATATGAAA GAGCATGATAGAAATAAGATAAACATGTCTGACAGCTCTAGACATTGATCTTACGCTTCA CCACATGCATCGAAATTTTCCTATTTAGATGCTAGTGCTCTAACCAAATTTCGAAACCAC ATTTGCAAATAATTGTGCCTAAATTAGATTACAGAATGAAAACACACAGAAAAGTTGAGG GTACATCTGATAGCACCAACAACATAGAAGCTAAACATATAGAAGTGAATGGCAGTTCCA AGAACAACCTACTCATGGAATGACATGGACGGGATCAGAAGTTGACTGAAAAATGCAATG TGGGCAGTAGATGTTAATAGAAGCTTCACAAAGATTTACCAAGCAATCAACCAAACACTT GGTAATGAAGCCTTTATATTTCAAGGTACTATCTTATGCAACTACATACATTATTTATCT GCCTGCGTATCTCATCTGCAATACTAAACAGAGAATGGTAACTCTTTTACCTGTCAGCAC CAAGTATCAGCTTAGCACTCAATTTATTGAAGTCTGCCAACCCAGTGATCGGAAGGTACT CTTTAATGCGAGACCTGAAGAAACCTTGAAGGTTAATCACATAGGTTTAAGAAAATATAT GGGTTCATAATTCTTGAAACGGAAAGCAAGTACCTATCATTTACTAGTAGCTGTTCTGCT TGTCTAACAACATTCAAAACAAGAGGTTTTCCTTCCTGATACCGCCGCACAAAGGGGAAA AGGAACACATTAGTATTTTTAGATGATATAATGGAATATAGCATCACAAGCTAACGATCC CCGGAATCAATAGCCAGCCAGGAAAACTCAAGAGCTTCTTCTGAAATCTGAGGAAGGAGG AGTACTGAGAATCCTCAAGTCCTTTGTCAATAAACTTCCTTCCCAATTATTCCTCCAACG AAAAGATATTAAGAAACTTAAATCCAACTAGGAACTTTAACATCTCAATTTACTCGGGCA GGCAAAAAAAAAGAACTAGTTTTAGTCTGTGAGTGTAAAATCAATATGTCAACTTGATAG ATCCATTGTTTTGAGTACACTTGGAGAAAGGTTGGAGCAATTCAAACCCCCAGAAATAAA CACCTCCATGACAAATTGTTGATGGACTCTAGTTTCTTAACAATAATATTATGCAATATA CAAATTGGTTTTGACAGAGTCTGATCCAACTAGCCTACAGAACAAACGCAATATATAGAA ACTGTTTAGTCTGCTTTGACAAGTTGAAATCACAAAGTGACAAACTTAGTAGATATATAG AAACTGTTTAGTCTGCTTTGATTTTTGTTTTACCCCTCAGAAAAAAATCAGAACCATATA CTGTGTTTGGCAATGATATAACATGGAAATGGAAGCAATTTGAATTTTATCACTGACTAT GACAATCTAAAGGTCGTTTTTGTGAAAAATATAGATGATTTTCTGGAGATACAAATAATC CTAGATATTTAGTCGAACTTCCTTAAGTTTTATAGCGATATCTTTAGTATTTGTTGTATC TAAGAAAAGTTTAGATGATCTAAAGAATTAGATATTTGTACTTCAGAAAAATCTAGATAG TCTAGAGTATTAGATAATTGAGGGAGATATTTGAAGAAGAAGTTAGAATAGTCTAGATTC TTCCCATGTAAAATCATCCCTACACAACTATAAATAGGGGTGGTAGTAGGCATTTGAATA TAACCTAAGACCAACCCAAATCAAATAGTCTTCTTCTATAACAAAGTTACTTTATCGAAA ATTCTTTCTCCTTTCTAGCTTCCTCTTATTTAGTTGAATCTTCACATCTTAGTTAACGAG TTTCCCTATTATACTTTTCTTATGCTAGTCTCATAGTTTTCCATATTAACCACTTCCTCC ATTTCAATTTCCTTGGCCTACTTTGACTCGGATGGAGTTGAAAAAAAATAATGAAGACTT TTGAATCTCTAAATAAAAGATTTGTTAAATGAACCAACGTGTCTTTAATCTTGTGGTCTG AACTATGTCCATGTGAAAAGTTGAAATTAAAGAGTTGCTAAAAAGAGAAAGACTCGTTAT TACAGAGAGAGTGCTAGTAAATATCACAGAACATCCAAGTAGGCTAAATTAAATTATCAG TTACGGGTTTATGCAACCCATAATCTTAAAAAAATCATTTCTTAGCAAAGCATCCATCAA ACACTTCAGAGTTGGATGAACTATTTACAACCAAATTAACACAGCAATCACCACGACAAT CACAACTTAAGAAACTGAAAAAGGAAAATCTGTTGTCAATACTCATTAGTAATTTCTCGT GTTTTTGGATTTCAATCATGGAAATATCAAAATCACGATTGCTTATCTACCAAAAACAGA GTACTGCATTTATGACAAGAATGTTAAATTAAAAAATTAAGCAAATGAATGATCACCTCT GTCCTATACGCACCAACTCCCAAGTTCAACTTCATGGGGCTGGTATCTTTGTTGTATGCA ACAGTAACCTAATAACCAAAACATAACAACCAAAATATGTCACCAAGCTTCAATCAATCT ATATTTGAGATCTCAAAAAAGGCAAAATCACAAGAAACTAAACTAAAAGTAGACCTCAAC AATTAAACACACTTTCGGAAGATATTAATAACCGGTTTTCTATTCGGCCGCGTAAAACAG AATCAGAGAACTTGATCCATGAATTTCATCTCTTCCTCAATAAGATTTTTTTGAAAAAAA AAACACAGAGAAAATTCAATCATTTCCATTTCAATTTCCATCAATCGGACAAAACTCAAG TGGTCGAACTCACAGAACTATATCATCCATTTTTGTATATTGAATTCTTTTAATAATAAA AATGGATGTCCTCACGATTAAAAAAAGCTAAAATTCCTGAAAATTCAGCTCATAATAAGA AAAGTAAACACGAAGACTTAGAGAGAGAGAGAGAGAGTGTTACGCCGAGAATAGGATCTT CGGGAGCGCGAACGATATGAGAGAAAACAGACTGTTTTCCATCATTTCCTGAGGTAGGAG CACCGACAATGGAGTGGTTGCTATGACCTTCAACGGCAACGGACGACGGTTCAAGGTGCC TCGCCAGAACACTCAACCTCCGATCGGCGGAGGGTGACGGTGATTGTTGTGTGTGCATTT TAGTAGTACGGAACTTTTGCTTGCTACAGTACGCCTTCCTTTTTAAAGTTTGTTTACTCT GGACAATGATCTGTAAAATCCTTTATATATAGTAGTAGAACGGGAAGGAGGAAAAGAGCT AGGGTGACGGGGTGGGTGATGGGATCGGTGTTATCTGATGACATGGCAGTTGTAGGGCCC ACAATACTAACTGTCTATTTATTGGCGTTATTAGATGGCGATACGCATTCTAGATGAAGG ACGGACTTTTTTTTAATATCTATGTGGCACGTTCTTCAAGAAATGAAGATTTTGTTGATT ACGTAACCTTTTATTTTTTGGCTTTCAAGCAAGGTGTTTGAACTTTGATTTATAGTATTG AAAAATTATTTAAGGGTCAAGACTGAATGTTATGAGAGTTGTTATTTTATTAACTTACTA AAGCCTAGATATATATAAAATATCTTTATCCGACAAGATATTTGACTGATACAAAATTTT TAAATTAAAAAATATTATTTATTGTGTAAAAAGAATAGACTTAGCTTAAAAAACCTTTTA TTGGATCACCGAATGCTTGCTAAAAAAAGAAAAGGAAATTAAAGAGAGGTATGTACAATG GTATTCCTTCAACACCTTTGTTGGGATGGTTGTACCATTGTGTTAGTATTGTATTATTAA TTTAAATACGAGATATGTTTTAATTGTAACTTAAAATATATTGAATGTAACAATGAAAAA CCTAATCGCATTGTTATCTTAATATTTTTATACCCGAAACAATATATATAACAACCCTCC AAACAAAATGTGATAAAAGAAAAAGCTATGGAAGATAGGAATGTACACAATAAGCAATAT ATTACTCATCAAAAATAAGTTAATTTGGTTTTATCCAACTGTGTCGTTGATCTTTGTATG CAAGTTTTCTATCCAACACAAAATATTGTGGCATACTAATCAATGACTTAAAAGTAATTA TTATTGGTGATTGGAAGTGGCATATTTATATCATTCTTAAGAAAAGGCAACTTTGTATTG TATTAATAGATTACAAAGCGAGAGAAAAAATTGTTTCTAGTCACTAATCAACAAAGCTTG GTGTTCTCAAAACCGAAACATACTCTCATTCAACTTTCTGCATTTTCCTCAGTACAAAAA TGAAGCTCAAAGCAAGTTAAACGCTACTGATACTATAACATAGGAAGGTGGCTTACTCCA GCTTTATCCTGTCAATATCAGTCATGATCCCTTCAAGCTGAAAAAGAAACGAAACACGTC GAATGAATATGTGGCAAAATAAAATGTGAATAAAAACCATGGCTGAAAATGCTTATACAA GAATTACCTTCACAATCTGACGCAAAAAGTAATCACCATACTTCTTCGCGGACTTAGATT CTACAACACGTACCATATCCTGGAATGAAAGACATTGTGAATCACTTTGTCAGAATGTAT GATAGTGTTTACTACCTTGGGTTAGAAGAATAAGCACAGTAAATATTCTACATGCATTTA TGGCCTTGTGTTATTTGTACCGAAAGCTACAGGAGAGACTAACACATGTTAAATGACACC AAAACCAGCAAAACAATCAATAAGAAATGCCCACACTTGTTCGCATCTCTTCAGAACAAG AATAAAGGTAAATGCTGAAAAACAGTTCACGGTTGATTATTCCCAAGCTACTCAAAAGAC ATTATTTTGAATATGATCGAAAAAGACCGACTATAAAACCCCACGCACATTACCTAGATT ATATCAAATAAATAATGTAGTCAGCCATCAATTACCCAATGGAGAAAGGATTAAAGGAAC AAGATGACAAGATTTTTACATAATATGTTTCTTACTTCATCTATGTAGAAGTCCACATCG GCATTGGAAATTATCTTGCCATCAGAATCGACAGCATGTGTTTTGTGCTTGTATGTCATC AAAACCGCTCTGCATAACAATGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 351 461 match_part 1.000 555 679 match_part 0.998 849 1299 match_2 match_part 0.926 2076 2720 match_3 match_part 1.000 51457 51595 match_part 1.000 52241 52441 match_part 1.000 52529 52593 match_part 1.000 52829 52862 match_part 0.959 52973 53046 match_part 0.940 53126 53209 match_4 match_part 0.982 51539 51595 match_part 0.975 52241 52441 match_part 1.000 52529 52593 match_part 1.000 52829 52862 match_part 0.973 52973 53046 match_part 0.954 53126 53212 match_part 1.000 53348 53398 match_part 0.940 53491 53557 match_5 match_part 0.993 52297 52441 match_part 1.000 52529 52593 match_part 1.000 52829 52862 match_part 1.000 52973 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 1.000 53491 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55341 match_6 match_part 0.906 52410 52441 match_part 0.985 52529 52593 match_part 0.971 52829 52862 match_part 0.973 52973 53046 match_part 0.954 53126 53212 match_part 1.000 53348 53398 match_part 0.959 53491 53712 match_part 0.878 55051 55132 match_7 match_part 0.839 53016 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 1.000 53491 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55373 match_part 0.994 55465 55623 match_8 match_part 1.000 53023 53046 match_part 0.989 53126 53212 match_part 0.980 53348 53398 match_part 0.953 53491 53638 match_9 match_part 1.000 53023 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 0.992 53491 53622 match_10 match_part 1.000 53672 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55373 match_part 1.000 55465 55747 match_11 match_part 0.970 53680 53712 match_part 0.989 55051 55144 match_part 0.986 55233 55373 match_part 1.000 55465 55541 match_12 match_part 0.974 55068 55144 match_part 0.979 55233 55373 match_part 0.985 55465 55662 match_13 match_part 0.982 55262 55373 match_part 0.961 55465 55956 match_14 match_part 1.000 55264 55373 match_part 1.000 55465 55958 match_15 match_part 1.000 55311 55373 match_part 0.943 55465 55936 match_16 match_part 1.000 55364 55373 match_part 0.966 55465 55940 match_17 match_part 0.900 55364 55373 match_part 0.977 55465 55940 match_18 match_part 0.945 55478 55932 match_19 match_part 0.952 55481 55958 match_20 match_part 0.952 55481 55958 match_21 match_part 1.000 58810 58996 match_part 1.000 61220 61347 match_part 1.000 63825 63895 match_22 match_part 0.967 58813 58996 match_part 0.984 61220 61347 match_part 1.000 63825 63928 match_part 0.863 64089 64139 match_23 match_part 0.956 58814 58996 match_part 1.000 61220 61347 match_part 0.981 63825 63928 match_part 0.977 64089 64176 match_part 0.984 65085 65146 match_part 0.974 65856 65893 match_24 match_part 0.956 58814 58996 match_part 1.000 61220 61347 match_part 0.978 63825 63869 match_25 match_part 0.989 58817 58996 match_part 1.000 61220 61347 match_part 1.000 63825 63928 match_part 1.000 64089 64176 match_part 1.000 65085 65146 match_part 0.996 65856 66123 match_26 match_part 1.000 64147 64176 match_part 1.000 65085 65146 match_part 0.988 65856 66338 match_27 match_part 1.000 64148 64176 match_part 1.000 65085 65146 match_part 0.988 65856 66339 match_28 match_part 1.000 64148 64176 match_part 1.000 65085 65146 match_part 1.000 65856 66030 match_29 match_part 0.990 65856 66337 match_30 match_part 0.982 66011 66338 match_31 match_part 0.975 66098 66336 match_32 match_part 0.981 68677 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.951 69810 69952 match_part 0.960 70332 70480 match_part 0.967 72354 72383 match_33 match_part 0.981 68677 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.951 69810 69952 match_part 0.972 70332 70367 match_34 match_part 0.980 68682 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.951 69810 69952 match_part 0.971 70332 70401 match_35 match_part 0.979 68684 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.937 69810 69952 match_part 0.852 70332 70480 match_part 0.733 72354 72413 match_36 match_part 0.976 68697 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.958 69810 69952 match_part 0.966 70332 70480 match_part 0.923 72354 72392 match_37 match_part 0.918 68707 68779 match_part 0.949 68875 68953 match_part 0.987 69575 69724 match_part 1.000 69810 69952 match_part 0.993 70332 70480 match_part 0.980 72354 72455 match_part 0.900 72549 72568 match_38 match_part 0.971 68712 68779 match_part 1.000 68875 68953 match_part 1.000 69575 69724 match_part 1.000 69810 69952 match_part 1.000 70332 70480 match_part 1.000 72354 72455 match_part 1.000 72549 72575 match_39 match_part 0.935 69572 69724 match_part 0.951 69810 69952 match_part 0.973 70332 70480 match_part 0.990 72354 72455 match_part 0.954 72549 72657 match_40 match_part 0.979 70341 70480 match_part 0.980 72354 72455 match_part 0.918 72549 72987 match_41 match_part 0.957 70458 70480 match_part 0.971 72354 72455 match_part 0.904 72549 72953 match_42 match_part 0.925 72747 72987 match_part 0.986 73561 73708 match_part 0.988 73921 74002 match_part 0.961 74376 74606 match_43 match_part 0.941 72769 72987 match_part 0.946 73561 73708 match_part 0.963 73921 74002 match_part 0.955 74376 74619 match_44 match_part 0.952 72843 72987 match_part 0.973 73561 73708 match_part 0.988 73921 74002 match_part 0.922 74376 74631 match_45 match_part 0.976 73921 74002 match_part 0.952 74376 74626 match_46 match_part 1.000 73984 74002 match_part 0.976 74376 74670 match_47 match_part 1.000 73984 74002 match_part 1.000 74376 74659 match_48 match_part 1.000 73985 74002 match_part 0.966 74376 74670 match_49 match_part 0.965 84973 85665 match_50 match_part 0.998 85011 85502 match_51 match_part 0.943 85613 86186 match_52 match_part 0.977 85765 86116 match_53 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 1.000 88313 88653 match_54 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 0.994 88313 88648 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_55 match_part 1.000 2799 2062 match_56 match_part 1.000 2959 2244 match_57 match_part 1.000 2959 2309 match_58 match_part 1.000 5000 4779 match_part 0.998 3191 2692 match_59 match_part 1.000 4909 4779 match_part 1.000 3191 2852 match_60 match_part 0.857 7131 7111 match_part 1.000 6312 6200 match_part 0.997 5672 4876 match_61 match_part 0.998 5523 4948 match_62 match_part 0.956 6312 6200 match_part 0.985 5672 5140 match_63 match_part 0.800 7140 7111 match_part 0.973 6312 6200 match_part 0.971 5672 5219 match_64 match_part 0.956 6312 6200 match_part 0.975 5672 5271 match_65 match_part 0.968 31433 31403 match_part 0.977 31094 31009 match_part 0.951 30852 30812 match_part 1.000 30725 30559 match_part 1.000 30414 30352 match_part 1.000 29319 29012 match_66 match_part 0.935 32212 32044 match_part 0.959 31524 31403 match_part 0.988 31094 31009 match_part 0.927 30852 30812 match_part 0.982 30725 30559 match_part 0.937 30414 30352 match_part 0.941 29319 29168 match_67 match_part 1.000 32123 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 0.994 30725 30559 match_part 1.000 30414 30370 match_68 match_part 1.000 32204 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 1.000 30725 30565 match_69 match_part 0.953 32212 32044 match_part 0.967 31524 31403 match_part 0.988 31094 31009 match_part 0.927 30852 30812 match_part 0.980 30725 30574 match_70 match_part 0.953 32212 32044 match_part 0.967 31524 31403 match_part 0.988 31094 31009 match_part 0.927 30852 30812 match_part 0.980 30725 30574 match_71 match_part 1.000 32281 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 0.992 30725 30599 match_72 match_part 0.994 32216 32044 match_part 0.967 31524 31403 match_part 0.930 31094 31009 match_part 0.951 30852 30812 match_part 0.982 30725 30671 match_73 match_part 0.921 55949 55455 match_74 match_part 0.949 55966 55481 match_75 match_part 1.000 91788 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.993 90327 90042 match_part 0.680 89374 89350 match_76 match_part 1.000 92320 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.976 90327 90035 match_77 match_part 1.000 90321 90047 match_78 match_part 1.000 90708 90668 match_part 0.993 90327 90059 match_79 match_part 1.000 92593 92545 match_part 0.978 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90102 match_80 match_part 1.000 92398 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.990 90327 90132 match_81 match_part 1.000 92576 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90185 match_82 match_part 1.000 92604 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90202 match_83 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90207 match_84 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90677 match_85 match_part 0.963 94578 94497 match_part 0.976 92708 92545 match_part 0.978 92420 92283 match_part 0.975 91841 91720 match_part 0.989 91579 91485 match_part 1.000 90788 90764 match_86 match_part 1.000 92306 92283 match_part 0.967 91841 91720 match_part 0.937 91579 91469 match_87 match_part 1.000 94551 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91495 match_88 match_part 1.000 94551 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91517 match_89 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91527 match_90 match_part 1.000 92569 92545 match_part 0.971 92420 92283 match_part 0.940 91841 91758 match_91 match_part 1.000 94587 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91807 match_92 match_part 1.000 92435 91821 match_93 match_part 1.000 94753 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92545 match_part 0.993 92420 92283 match_94 match_part 0.970 95646 95614 match_part 0.905 95534 95451 match_part 0.930 94827 94728 match_part 0.967 94617 94497 match_part 0.933 92708 92545 match_part 0.839 92420 92328 match_95 match_part 1.000 92693 92545 match_part 0.985 92420 92353 match_96 match_part 1.000 95510 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.994 92708 92545 match_part 1.000 92420 92382 match_97 match_part 0.956 95658 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.994 92708 92545 match_part 1.000 92420 92415 match_98 match_part 1.000 98158 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92559 match_99 match_part 1.000 98143 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.993 92708 92559 match_100 match_part 1.000 97958 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.987 92708 92559 match_101 match_part 1.000 97440 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92573 match_102 match_part 1.000 95498 95451 match_part 0.960 94827 94728 match_part 0.967 94617 94497 match_part 0.938 92708 92629 match_103 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.992 94617 94497 match_part 0.987 92708 92630 match_104 match_part 1.000 95637 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.992 94617 94497 match_part 1.000 92708 92635 match_105 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.983 94617 94497 match_part 0.985 92708 92643 match_106 match_part 1.000 98142 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94500 match_107 match_part 1.000 95670 95614 match_part 1.000 95534 95451 match_part 0.970 94827 94728 match_part 0.983 94617 94500 match_108 match_part 1.000 98138 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94545 match_109 match_part 0.991 98118 97904 match_part 0.972 97448 97377 match_part 0.984 95675 95614 match_part 0.976 95534 95451 match_part 0.970 94827 94728 match_part 1.000 94617 94562 match_110 match_part 0.937 97998 97904 match_part 0.986 97448 97377 match_part 0.984 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94562 match_111 match_part 1.000 98130 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94564 match_112 match_part 1.000 98128 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94565 match_113 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94573 match_114 match_part 0.996 98132 97904 match_part 1.000 97448 97377 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 0.956 94617 94573 match_115 match_part 1.000 98134 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94588 match_116 match_part 1.000 98043 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94598 match_117 match_part 1.000 98134 97904 match_part 0.986 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94600 match_118 match_part 1.000 98145 97904 match_part 0.986 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.980 94827 94728 match_part 1.000 94617 94609 match_119 match_part 0.991 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94613 match_120 match_part 1.000 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94613 match_121 match_part 0.988 98063 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94613 match_122 match_part 1.000 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 0.988 95534 95451 match_part 0.975 94827 94747 match_123 match_part 0.995 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 0.988 95534 95451 match_part 1.000 94827 94788 match_124 match_part 1.000 98144 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94804 match_125 match_part 1.000 98138 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94814 match_126 match_part 1.000 98133 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_127 match_part 0.968 98061 97904 match_part 0.986 97448 97377 match_part 0.968 95675 95614 match_part 1.000 95534 95451 match_128 match_part 0.991 98120 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95454 match_129 match_part 0.931 98120 97904 match_part 0.958 97448 97377 match_part 0.984 95675 95614 match_part 0.917 95534 95463 match_130 match_part 0.968 98151 97904 match_part 0.958 97448 97377 match_part 0.973 95675 95639 match_131 match_part 0.986 98123 97904 match_part 1.000 97448 97377 match_132 match_part 0.994 98142 97988 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 351 461 exon 555 679 exon 849 1299 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 7140 7111 exon 6312 6200 exon 5672 4779 exon 3191 2062 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 2076 2720 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 32281 32044 exon 31524 31403 exon 31094 31009 exon 30852 30812 exon 30725 30559 exon 30414 30352 exon 29319 29012 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 51457 51595 exon 52241 52441 exon 52529 52593 exon 52829 52862 exon 52973 53046 exon 53126 53212 exon 53348 53398 exon 53491 53712 exon 55051 55144 exon 55233 55373 exon 55465 55958 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 55966 55455 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 58810 58996 exon 61220 61347 exon 63825 63928 exon 64089 64176 exon 65085 65146 exon 65856 66339 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 68677 68779 exon 68875 68953 exon 69575 69724 exon 69810 69952 exon 70332 70480 exon 72354 72455 exon 72549 72987 exon 73561 73708 exon 73921 74002 exon 74376 74670 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 69572 69724 exon 69810 69952 exon 70332 70480 exon 72354 72455 exon 72549 72987 exon 73561 73708 exon 73921 74002 exon 74376 74670 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 84973 86186 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 87389 87454 exon 87575 87778 exon 88313 88653 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90042 exon 89374 89350 gene_14 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91469 gene_15 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98143 97904 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_16 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98142 97904 exon 97448 97377 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_17 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 92435 91821 RepeatMasker tomato repeats master Unknown00019 156 698 1 Unknown00019 156 698 1 nucleotide_motif 567 11185 11514 Copia00172 5245 5311 1 Copia00172 5245 5311 1 nucleotide_motif 280 16705 16776 RTE1_MT 5 2940 1 RTE1_MT 5 2940 1 nucleotide_motif 963 24631 25624 TS 58 159 1 TS 58 159 1 nucleotide_motif 361 26865 26969 Copia00089 3836 4032 1 Copia00089 3836 4032 1 nucleotide_motif 754 42494 42696 Unknown00014 535 944 1 Unknown00014 535 944 1 nucleotide_motif 2147 47270 47678 Copia00151 10053 10179 1 Copia00151 10053 10179 1 nucleotide_motif 555 59419 59543 Unknown00025 356 470 1 Unknown00025 356 470 1 nucleotide_motif 404 67866 67988 Copia00014 1540 1599 1 Copia00014 1540 1599 1 nucleotide_motif 231 85549 85606 SONATA1 1 169 1 SONATA1 1 169 1 nucleotide_motif 1158 86360 86549 Copia00110 13323 13503 1 Copia00110 13323 13503 1 nucleotide_motif 528 93885 94059 Gypsy00073 944 1277 1 Gypsy00073 944 1277 1 nucleotide_motif 468 93894 94222 SONATA2 2 189 1 SONATA2 2 189 1 nucleotide_motif 778 96832 97012 RepeatMasker tomato repeats master Gypsy00043 1046 1332 -1 Gypsy00043 1046 1332 -1 nucleotide_motif 1199 10925 10660 Gypsy00043 1024 1207 -1 Gypsy00043 1024 1207 -1 nucleotide_motif 743 11116 10936 Copia00110 13338 13557 -1 Copia00110 13338 13557 -1 nucleotide_motif 1026 11184 10961 Copia00110 13160 13292 -1 Copia00110 13160 13292 -1 nucleotide_motif 592 11518 11384 Gypsy00043 522 631 -1 Gypsy00043 522 631 -1 nucleotide_motif 613 11524 11415 Copia00151 8335 8437 -1 Copia00151 8335 8437 -1 nucleotide_motif 246 13031 12928 TS2 550 655 -1 TS2 550 655 -1 nucleotide_motif 658 20122 20018 Copia00172 286 516 -1 Copia00172 286 516 -1 nucleotide_motif 867 26784 26578 Unknown00034 3705 4017 -1 Unknown00034 3705 4017 -1 nucleotide_motif 2251 34070 33755 Gypsy00149 861 1110 -1 Gypsy00149 861 1110 -1 nucleotide_motif 1280 34536 34290 Gypsy00117 5529 5655 -1 Gypsy00117 5529 5655 -1 nucleotide_motif 815 34670 34543 Gypsy00177 7279 7962 -1 Gypsy00177 7279 7962 -1 nucleotide_motif 1485 35340 34675 TABARE 5976 6426 -1 TABARE 5976 6426 -1 nucleotide_motif 2007 36575 36128 Gypsy00073 11887 11927 -1 Gypsy00073 11887 11927 -1 nucleotide_motif 298 36803 36763 Copia00008 1 5103 -1 Copia00008 1 5103 -1 nucleotide_motif 2499 38473 38016 Copia00013 2837 3290 -1 Copia00013 2837 3290 -1 nucleotide_motif 2615 38902 38469 Gypsy00043 530 1314 -1 Gypsy00043 530 1314 -1 nucleotide_motif 1259 45363 44534 Unknown00014 10 944 -1 Unknown00014 10 944 -1 nucleotide_motif 5586 47167 46177 Unknown00013 3473 3595 -1 Unknown00013 3473 3595 -1 nucleotide_motif 718 47271 47162 SINE_SO 1 143 -1 SINE_SO 1 143 -1 nucleotide_motif 669 48610 48462 Unknown00043 5345 5547 -1 Unknown00043 5345 5547 -1 nucleotide_motif 796 62482 62285 SOD_SINE 96 193 -1 SOD_SINE 96 193 -1 nucleotide_motif 269 64435 64339 TS2 532 655 -1 TS2 532 655 -1 nucleotide_motif 449 71405 71286 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2216 92512 93653 match_2 match 2744 98643 100047 match_3 match 5344 72046 74771 match_4 match 6760 94326 97879 match_5 match 7491 79871 83748 match_6 match 7731 88535 92464 match_7 match 9218 83815 88512 match_8 match 3261 13335 15084 match_9 match 7531 3973 7861 match_10 match 7612 1 3903 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 987 26 100023 clone_start_1 clone_start 1094 26 584 clone_end_1 clone_end 880 99580 100023 match_1 match 948 122 599 match_2 match 1253 15394 16044 match_3 match 1172 16636 17233 match_4 match 353 17352 17533 match_5 match 1189 18162 18761 match_6 match 900 18528 18997 match_7 match 1126 27373 27940 match_8 match 1100 30198 30776 match_9 match 932 43355 43848 clone_2 clone 829 48081 74546 clone_start_2 clone_start 950 48081 48613 clone_end_2 clone_end 708 74190 74546 match_10 match 1025 48098 48676 match_11 match 944 48161 48676 clone_3 clone 976 58019 96542 clone_end_3 clone_end 983 58019 58535 clone_start_3 clone_start 969 96033 96542 clone_4 clone 1002 62315 96097 clone_end_4 clone_end 989 62315 62834 clone_start_4 clone_start 1015 95559 96097 match_12 match 511 63682 63939 match_13 match 280 64227 64367 match_14 match 896 64394 64845 match_15 match 1292 72053 72704 match_16 match 842 72059 72487 match_17 match 1031 72080 72599 match_18 match 1114 74180 74771 match_19 match 672 78066 78452 match_20 match 452 78526 78777 match_21 match 436 78821 79040 match_22 match 1019 79996 80509 match_23 match 569 86513 86820 match_24 match 1114 88676 89237 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 351 461 match_part 1.000 555 679 match_part 0.998 849 1299 match_2 match_part 1.000 51457 51595 match_part 1.000 52241 52441 match_part 1.000 52529 52593 match_part 1.000 52829 52862 match_part 0.959 52973 53046 match_part 0.940 53126 53209 match_3 match_part 0.993 52297 52441 match_part 1.000 52529 52593 match_part 1.000 52829 52862 match_part 1.000 52973 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 1.000 53491 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55341 match_4 match_part 0.839 53016 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 1.000 53491 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55373 match_part 0.994 55465 55623 match_5 match_part 1.000 53023 53046 match_part 0.989 53126 53212 match_part 0.980 53348 53398 match_part 0.953 53491 53638 match_6 match_part 1.000 53023 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 0.992 53491 53622 match_7 match_part 1.000 53672 53712 match_part 1.000 55051 55144 match_part 1.000 55233 55373 match_part 1.000 55465 55747 match_8 match_part 0.974 55068 55144 match_part 0.979 55233 55373 match_part 0.985 55465 55662 match_9 match_part 0.982 55262 55373 match_part 0.961 55465 55956 match_10 match_part 1.000 55264 55373 match_part 1.000 55465 55958 match_11 match_part 1.000 55364 55373 match_part 0.966 55465 55940 match_12 match_part 0.900 55364 55373 match_part 0.977 55465 55940 match_13 match_part 1.000 58810 58996 match_part 1.000 61220 61347 match_part 1.000 63825 63895 match_14 match_part 0.967 58813 58996 match_part 0.984 61220 61347 match_part 1.000 63825 63928 match_part 0.863 64089 64139 match_15 match_part 0.989 58817 58996 match_part 1.000 61220 61347 match_part 1.000 63825 63928 match_part 1.000 64089 64176 match_part 1.000 65085 65146 match_part 0.996 65856 66123 match_16 match_part 1.000 64147 64176 match_part 1.000 65085 65146 match_part 0.988 65856 66338 match_17 match_part 1.000 64148 64176 match_part 1.000 65085 65146 match_part 0.988 65856 66339 match_18 match_part 1.000 64148 64176 match_part 1.000 65085 65146 match_part 1.000 65856 66030 match_19 match_part 0.990 65856 66337 match_20 match_part 0.982 66011 66338 match_21 match_part 0.975 66098 66336 match_22 match_part 0.918 68707 68779 match_part 0.949 68875 68953 match_part 0.987 69575 69724 match_part 1.000 69810 69952 match_part 0.993 70332 70480 match_part 0.980 72354 72455 match_part 0.900 72549 72568 match_23 match_part 0.971 68712 68779 match_part 1.000 68875 68953 match_part 1.000 69575 69724 match_part 1.000 69810 69952 match_part 1.000 70332 70480 match_part 1.000 72354 72455 match_part 1.000 72549 72575 match_24 match_part 1.000 73984 74002 match_part 0.976 74376 74670 match_25 match_part 1.000 73984 74002 match_part 1.000 74376 74659 match_26 match_part 1.000 73985 74002 match_part 0.966 74376 74670 match_27 match_part 0.998 85011 85502 match_28 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 1.000 88313 88653 match_29 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 0.994 88313 88648 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_30 match_part 1.000 2799 2062 match_31 match_part 1.000 2959 2244 match_32 match_part 1.000 2959 2309 match_33 match_part 1.000 5000 4779 match_part 0.998 3191 2692 match_34 match_part 1.000 4909 4779 match_part 1.000 3191 2852 match_35 match_part 0.857 7131 7111 match_part 1.000 6312 6200 match_part 0.997 5672 4876 match_36 match_part 0.998 5523 4948 match_37 match_part 0.800 7140 7111 match_part 0.973 6312 6200 match_part 0.971 5672 5219 match_38 match_part 0.968 31433 31403 match_part 0.977 31094 31009 match_part 0.951 30852 30812 match_part 1.000 30725 30559 match_part 1.000 30414 30352 match_part 1.000 29319 29012 match_39 match_part 1.000 32123 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 0.994 30725 30559 match_part 1.000 30414 30370 match_40 match_part 1.000 32204 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 1.000 30725 30565 match_41 match_part 1.000 32281 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 0.992 30725 30599 match_42 match_part 0.994 32216 32044 match_part 0.967 31524 31403 match_part 0.930 31094 31009 match_part 0.951 30852 30812 match_part 0.982 30725 30671 match_43 match_part 1.000 91788 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.993 90327 90042 match_part 0.680 89374 89350 match_44 match_part 1.000 92320 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.976 90327 90035 match_45 match_part 1.000 90321 90047 match_46 match_part 1.000 90708 90668 match_part 0.993 90327 90059 match_47 match_part 1.000 92593 92545 match_part 0.978 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90102 match_48 match_part 1.000 92398 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.990 90327 90132 match_49 match_part 1.000 92576 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90185 match_50 match_part 1.000 92604 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90202 match_51 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 1.000 90327 90207 match_52 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90677 match_53 match_part 1.000 94551 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91495 match_54 match_part 1.000 94551 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91517 match_55 match_part 1.000 92635 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91527 match_56 match_part 1.000 92569 92545 match_part 0.971 92420 92283 match_part 0.940 91841 91758 match_57 match_part 1.000 94587 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91807 match_58 match_part 1.000 92435 91821 match_59 match_part 1.000 94753 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92545 match_part 0.993 92420 92283 match_60 match_part 1.000 92693 92545 match_part 0.985 92420 92353 match_61 match_part 1.000 95510 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.994 92708 92545 match_part 1.000 92420 92382 match_62 match_part 0.956 95658 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.994 92708 92545 match_part 1.000 92420 92415 match_63 match_part 1.000 98158 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92559 match_64 match_part 1.000 98143 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.993 92708 92559 match_65 match_part 1.000 97958 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.987 92708 92559 match_66 match_part 1.000 97440 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92573 match_67 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.992 94617 94497 match_part 0.987 92708 92630 match_68 match_part 1.000 95637 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.992 94617 94497 match_part 1.000 92708 92635 match_69 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 0.983 94617 94497 match_part 0.985 92708 92643 match_70 match_part 1.000 98142 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94500 match_71 match_part 1.000 95670 95614 match_part 1.000 95534 95451 match_part 0.970 94827 94728 match_part 0.983 94617 94500 match_72 match_part 1.000 98138 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94545 match_73 match_part 0.991 98118 97904 match_part 0.972 97448 97377 match_part 0.984 95675 95614 match_part 0.976 95534 95451 match_part 0.970 94827 94728 match_part 1.000 94617 94562 match_74 match_part 0.937 97998 97904 match_part 0.986 97448 97377 match_part 0.984 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94562 match_75 match_part 1.000 98130 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94564 match_76 match_part 1.000 98128 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94565 match_77 match_part 1.000 98141 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94573 match_78 match_part 0.996 98132 97904 match_part 1.000 97448 97377 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 0.956 94617 94573 match_79 match_part 1.000 98134 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94588 match_80 match_part 1.000 98043 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94598 match_81 match_part 1.000 98134 97904 match_part 0.986 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94600 match_82 match_part 1.000 98145 97904 match_part 0.986 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.980 94827 94728 match_part 1.000 94617 94609 match_83 match_part 0.991 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94613 match_84 match_part 1.000 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94613 match_85 match_part 0.988 98063 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 1.000 94617 94613 match_86 match_part 1.000 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 0.988 95534 95451 match_part 0.975 94827 94747 match_87 match_part 0.995 98118 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 0.988 95534 95451 match_part 1.000 94827 94788 match_88 match_part 1.000 98144 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94804 match_89 match_part 1.000 98138 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94814 match_90 match_part 1.000 98133 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_91 match_part 0.968 98061 97904 match_part 0.986 97448 97377 match_part 0.968 95675 95614 match_part 1.000 95534 95451 match_92 match_part 0.991 98120 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95454 match_93 match_part 0.968 98151 97904 match_part 0.958 97448 97377 match_part 0.973 95675 95639 match_94 match_part 0.986 98123 97904 match_part 1.000 97448 97377 match_95 match_part 0.994 98142 97988 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 351 461 exon 555 679 exon 849 1299 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 7140 7111 exon 6312 6200 exon 5672 4779 exon 3191 2062 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 32281 32044 exon 31524 31403 exon 31094 31009 exon 30852 30812 exon 30725 30559 exon 30414 30352 exon 29319 29012 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 51457 51595 exon 52241 52441 exon 52529 52593 exon 52829 52862 exon 52973 53046 exon 53126 53212 exon 53348 53398 exon 53491 53712 exon 55051 55144 exon 55233 55373 exon 55465 55958 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 58810 58996 exon 61220 61347 exon 63825 63928 exon 64089 64176 exon 65085 65146 exon 65856 66339 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 68707 68779 exon 68875 68953 exon 69575 69724 exon 69810 69952 exon 70332 70480 exon 72354 72455 exon 72549 72575 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 73984 74002 exon 74376 74670 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 85011 85502 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 87389 87454 exon 87575 87778 exon 88313 88653 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90042 exon 89374 89350 gene_12 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98143 97904 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_13 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98142 97904 exon 97448 97377 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90035 gene_14 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 92435 91821 AUGUSTUS_tom_cdna de novo gene_1 gene 1 351 1082 transcript_1 transcript 351 1082 CDS_1 CDS 351 461 CDS_2 CDS 555 679 CDS_3 CDS 849 1082 stop_codon_1 stop_codon 1080 1082 gene_2 gene 1 51439 55550 transcript_2 transcript 51439 55550 start_codon_1 start_codon 51439 51441 CDS_4 CDS 51439 51595 CDS_5 CDS 52241 52441 CDS_6 CDS 52529 52593 CDS_7 CDS 52829 52862 CDS_8 CDS 52973 53046 CDS_9 CDS 53126 53212 CDS_10 CDS 53348 53398 CDS_11 CDS 53491 53712 CDS_12 CDS 55051 55144 CDS_13 CDS 55233 55373 CDS_14 CDS 55465 55550 stop_codon_2 stop_codon 55548 55550 gene_3 gene 1 58884 66008 transcript_3 transcript 58884 66008 start_codon_2 start_codon 58884 58886 CDS_15 CDS 58884 58996 CDS_16 CDS 61220 61347 CDS_17 CDS 63825 63928 CDS_18 CDS 64089 64176 CDS_19 CDS 65085 65146 CDS_20 CDS 65856 66008 stop_codon_3 stop_codon 66006 66008 gene_4 gene 1 68732 74469 transcript_4 transcript 68732 74469 start_codon_3 start_codon 68732 68734 CDS_21 CDS 68732 68779 CDS_22 CDS 68875 68953 CDS_23 CDS 69575 69724 CDS_24 CDS 69810 69952 CDS_25 CDS 70332 70480 CDS_26 CDS 72354 72455 CDS_27 CDS 72549 72987 CDS_28 CDS 73561 73708 CDS_29 CDS 73921 74002 CDS_30 CDS 74376 74469 stop_codon_4 stop_codon 74467 74469 gene_5 gene 1 80723 88441 transcript_5 transcript 80723 88441 start_codon_4 start_codon 80723 80725 CDS_31 CDS 80723 80787 CDS_32 CDS 83450 83501 CDS_33 CDS 83593 83696 CDS_34 CDS 84197 84325 CDS_35 CDS 84461 86273 CDS_36 CDS 86890 87230 CDS_37 CDS 87340 87454 CDS_38 CDS 87575 87778 CDS_39 CDS 88313 88441 stop_codon_5 stop_codon 88439 88441 AUGUSTUS_tom_cdna de novo gene_6 gene 1 32221 2301 transcript_6 transcript 32221 2301 stop_codon_6 stop_codon 2303 2301 CDS_40 CDS 3191 2301 CDS_41 CDS 5672 4779 CDS_42 CDS 6312 6200 CDS_43 CDS 16321 16275 CDS_44 CDS 18993 18836 CDS_45 CDS 20695 20548 CDS_46 CDS 21474 21389 CDS_47 CDS 30414 30352 CDS_48 CDS 30725 30559 CDS_49 CDS 30852 30812 CDS_50 CDS 31094 31009 CDS_51 CDS 31524 31403 CDS_52 CDS 32221 32044 start_codon_5 start_codon 32221 32219 gene_7 gene 2 100019 90243 transcript_7 transcript 100019 90243 stop_codon_7 stop_codon 90245 90243 CDS_53 CDS 90327 90243 CDS_54 CDS 90788 90668 CDS_55 CDS 91579 91485 CDS_56 CDS 91841 91720 CDS_57 CDS 92420 92283 CDS_58 CDS 92708 92545 CDS_59 CDS 94617 94497 CDS_60 CDS 94827 94728 CDS_61 CDS 95534 95451 CDS_62 CDS 95675 95614 CDS_63 CDS 97448 97377 CDS_64 CDS 98180 97904 CDS_65 CDS 99337 99297 CDS_66 CDS 99499 99428 CDS_67 CDS 100019 99936 start_codon_6 start_codon 100019 100017 transcript_8 transcript 100019 90243 stop_codon_8 stop_codon 90245 90243 CDS_68 CDS 90327 90243 CDS_69 CDS 90788 90668 CDS_70 CDS 91579 91485 CDS_71 CDS 91841 91720 CDS_72 CDS 92420 92283 CDS_73 CDS 92708 92545 CDS_74 CDS 94617 94497 CDS_75 CDS 94827 94728 CDS_76 CDS 95534 95451 CDS_77 CDS 95675 95614 CDS_78 CDS 98138 97904 CDS_79 CDS 99337 99297 CDS_80 CDS 99499 99428 CDS_81 CDS 100019 99936 start_codon_7 start_codon 100019 100017 AUGUSTUS_ab_initio de novo gene_1 gene 1 15455 18377 transcript_1 transcript 15455 18377 start_codon_1 start_codon 15455 15457 CDS_1 CDS 15455 15502 CDS_2 CDS 17622 17767 CDS_3 CDS 18275 18377 stop_codon_1 stop_codon 18375 18377 gene_2 gene 1 58884 88441 transcript_2 transcript 58884 88441 start_codon_2 start_codon 58884 58886 CDS_4 CDS 58884 58996 CDS_5 CDS 61220 61347 CDS_6 CDS 63825 63928 CDS_7 CDS 64089 64176 CDS_8 CDS 65085 65146 CDS_9 CDS 65549 65613 CDS_10 CDS 66058 66128 CDS_11 CDS 69810 69952 CDS_12 CDS 70332 70480 CDS_13 CDS 72354 72455 CDS_14 CDS 72534 72987 CDS_15 CDS 73561 73708 CDS_16 CDS 73921 74002 CDS_17 CDS 79489 79592 CDS_18 CDS 83407 83501 CDS_19 CDS 83593 83696 CDS_20 CDS 84197 84325 CDS_21 CDS 84461 86273 CDS_22 CDS 86890 87230 CDS_23 CDS 87340 87454 CDS_24 CDS 87575 87778 CDS_25 CDS 88313 88441 stop_codon_2 stop_codon 88439 88441 AUGUSTUS_ab_initio de novo gene_3 gene 1 3179 2301 transcript_3 transcript 3179 2301 stop_codon_3 stop_codon 2303 2301 CDS_26 CDS 3179 2301 start_codon_3 start_codon 3179 3177 gene_4 gene 1 5651 4752 transcript_4 transcript 5651 4752 stop_codon_4 stop_codon 4754 4752 CDS_27 CDS 5651 4752 start_codon_4 start_codon 5651 5649 gene_5 gene 1 31311 18832 transcript_5 transcript 31311 18832 stop_codon_5 stop_codon 18834 18832 CDS_28 CDS 18993 18832 CDS_29 CDS 20695 20548 CDS_30 CDS 30486 30449 CDS_31 CDS 31311 31267 start_codon_5 start_codon 31311 31309 gene_6 gene 1 100019 90243 transcript_6 transcript 100019 90243 stop_codon_6 stop_codon 90245 90243 CDS_32 CDS 90327 90243 CDS_33 CDS 90788 90668 CDS_34 CDS 91579 91485 CDS_35 CDS 91841 91720 CDS_36 CDS 92420 92283 CDS_37 CDS 99499 99428 CDS_38 CDS 100019 99936 start_codon_6 start_codon 100019 100017 AUGUSTUS_tom_ugs de novo gene_1 gene 1 351 1082 transcript_1 transcript 351 1082 CDS_1 CDS 351 461 CDS_2 CDS 555 679 CDS_3 CDS 849 1082 stop_codon_1 stop_codon 1080 1082 gene_2 gene 1 51439 55550 transcript_2 transcript 51439 55550 start_codon_1 start_codon 51439 51441 CDS_4 CDS 51439 51595 CDS_5 CDS 52241 52441 CDS_6 CDS 52529 52593 CDS_7 CDS 52829 52862 CDS_8 CDS 52973 53046 CDS_9 CDS 53126 53212 CDS_10 CDS 53348 53398 CDS_11 CDS 53491 53712 CDS_12 CDS 55051 55144 CDS_13 CDS 55233 55373 CDS_14 CDS 55465 55550 stop_codon_2 stop_codon 55548 55550 gene_3 gene 1 58884 66008 transcript_3 transcript 58884 66008 start_codon_2 start_codon 58884 58886 CDS_15 CDS 58884 58996 CDS_16 CDS 61220 61347 CDS_17 CDS 63825 63928 CDS_18 CDS 64089 64176 CDS_19 CDS 65085 65146 CDS_20 CDS 65856 66008 stop_codon_3 stop_codon 66006 66008 gene_4 gene 1 68732 88441 transcript_4 transcript 68732 88441 start_codon_3 start_codon 68732 68734 CDS_21 CDS 68732 68779 CDS_22 CDS 68875 68953 CDS_23 CDS 69575 69724 CDS_24 CDS 69810 69952 CDS_25 CDS 70332 70480 CDS_26 CDS 72354 72455 CDS_27 CDS 72549 72987 CDS_28 CDS 73561 73708 CDS_29 CDS 73921 74002 CDS_30 CDS 74376 74395 CDS_31 CDS 83407 83501 CDS_32 CDS 83593 83696 CDS_33 CDS 84197 84325 CDS_34 CDS 84461 86273 CDS_35 CDS 86890 87230 CDS_36 CDS 87340 87454 CDS_37 CDS 87575 87778 CDS_38 CDS 88313 88441 stop_codon_4 stop_codon 88439 88441 AUGUSTUS_tom_ugs de novo gene_5 gene 1 32221 2301 transcript_5 transcript 32221 2301 stop_codon_5 stop_codon 2303 2301 CDS_39 CDS 3191 2301 CDS_40 CDS 5672 4779 CDS_41 CDS 6312 6200 CDS_42 CDS 16321 16275 CDS_43 CDS 18993 18836 CDS_44 CDS 20695 20548 CDS_45 CDS 21474 21389 CDS_46 CDS 21843 21773 CDS_47 CDS 29319 29280 CDS_48 CDS 30414 30352 CDS_49 CDS 30725 30559 CDS_50 CDS 30852 30812 CDS_51 CDS 31094 31009 CDS_52 CDS 31524 31403 CDS_53 CDS 32221 32044 start_codon_4 start_codon 32221 32219 gene_6 gene 2 98098 90243 transcript_6 transcript 98098 90243 stop_codon_6 stop_codon 90245 90243 CDS_54 CDS 90327 90243 CDS_55 CDS 90788 90668 CDS_56 CDS 91579 91485 CDS_57 CDS 91841 91720 CDS_58 CDS 92420 92283 CDS_59 CDS 92708 92545 CDS_60 CDS 94617 94497 CDS_61 CDS 94827 94728 CDS_62 CDS 95534 95451 CDS_63 CDS 95675 95614 CDS_64 CDS 98098 97904 start_codon_5 start_codon 98098 98096 transcript_7 transcript 98098 90243 stop_codon_7 stop_codon 90245 90243 CDS_65 CDS 90327 90243 CDS_66 CDS 90788 90668 CDS_67 CDS 91579 91485 CDS_68 CDS 91841 91720 CDS_69 CDS 92420 92283 CDS_70 CDS 92708 92545 CDS_71 CDS 94617 94497 CDS_72 CDS 94827 94728 CDS_73 CDS 95534 95451 CDS_74 CDS 95675 95614 CDS_75 CDS 97448 97377 CDS_76 CDS 98098 97904 start_codon_6 start_codon 98098 98096 gene_7 gene 1 100019 99293 transcript_8 transcript 100019 99293 stop_codon_8 stop_codon 99295 99293 CDS_77 CDS 99337 99293 CDS_78 CDS 99499 99428 CDS_79 CDS 100019 99936 start_codon_7 start_codon 100019 100017 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 351 461 match_part 1.000 555 679 match_part 0.998 849 1299 match_2 match_part 1.000 58812 58996 match_part 1.000 61220 61347 match_part 1.000 63825 63928 match_part 1.000 64089 64176 match_part 1.000 65085 65146 match_part 0.988 65856 66339 match_3 match_part 1.000 68712 68779 match_part 1.000 68875 68953 match_part 1.000 69575 69724 match_part 1.000 69810 69952 match_part 1.000 70332 70480 match_part 1.000 72354 72455 match_part 0.900 72549 72568 match_4 match_part 1.000 73984 74002 match_part 1.000 74376 74662 match_5 match_part 0.998 85011 85502 match_6 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 1.000 88313 88653 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.833 7140 7111 match_part 1.000 6312 6200 match_part 1.000 5672 4779 match_part 1.000 3191 2062 match_8 match_part 1.000 32281 32044 match_part 1.000 31524 31403 match_part 1.000 31094 31009 match_part 1.000 30852 30812 match_part 1.000 30725 30559 match_part 1.000 30414 30352 match_part 1.000 29319 29012 match_9 match_part 1.000 98158 97904 match_part 1.000 97448 97377 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 1.000 92708 92545 match_part 1.000 92420 92283 match_part 1.000 91841 91720 match_part 1.000 91579 91485 match_part 1.000 90788 90668 match_part 0.948 90327 90020 match_10 match_part 1.000 92435 91821 match_11 match_part 1.000 98143 97904 match_part 1.000 95675 95614 match_part 1.000 95534 95451 match_part 1.000 94827 94728 match_part 1.000 94617 94497 match_part 0.993 92708 92559 match_12 match_part 0.996 98132 97904 match_part 1.000 97448 97377 match_part 1.000 95534 95451 match_part 0.990 94827 94728 match_part 0.956 94617 94573 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 351 461 exon 555 679 exon 849 1299 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 7140 7111 exon 6312 6200 exon 5672 4779 exon 3191 2062 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 32281 32044 exon 31524 31403 exon 31094 31009 exon 30852 30812 exon 30725 30559 exon 30414 30352 exon 29319 29012 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 58812 58996 exon 61220 61347 exon 63825 63928 exon 64089 64176 exon 65085 65146 exon 65856 66339 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 68712 68779 exon 68875 68953 exon 69575 69724 exon 69810 69952 exon 70332 70480 exon 72354 72455 exon 72549 72568 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 73984 74002 exon 74376 74662 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 85011 85502 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 87389 87454 exon 87575 87778 exon 88313 88653 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98158 97904 exon 97448 97377 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92545 exon 92420 92283 exon 91841 91720 exon 91579 91485 exon 90788 90668 exon 90327 90020 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 92435 91821 gene_11 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98132 97904 exon 97448 97377 exon 95534 95451 exon 94827 94728 exon 94617 94573 gene_12 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 98143 97904 exon 95675 95614 exon 95534 95451 exon 94827 94728 exon 94617 94497 exon 92708 92559 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 16023 16496 match_2 match_part 1.000 53023 53046 match_part 1.000 53126 53212 match_part 1.000 53348 53398 match_part 0.992 53491 53622 match_3 match_part 0.956 58814 58996 match_part 1.000 61220 61347 match_part 0.981 63825 63928 match_part 0.977 64089 64176 match_part 0.984 65085 65146 match_part 0.974 65856 65893 match_4 match_part 0.981 68677 68779 match_part 0.949 68875 68953 match_part 0.953 69575 69724 match_part 0.951 69810 69952 match_part 0.973 70332 70480 match_part 0.980 72354 72455 match_part 0.918 72549 72987 match_part 0.973 73561 73708 match_part 0.988 73921 74002 match_part 0.928 74376 74625 match_5 match_part 1.000 68712 68779 match_part 1.000 68875 68953 match_part 1.000 69575 69724 match_part 1.000 69810 69952 match_part 1.000 70332 70480 match_part 1.000 72354 72455 match_part 0.900 72549 72568 match_6 match_part 1.000 87389 87454 match_part 1.000 87575 87778 match_part 1.000 88313 88653 GenomeThreader_SGN_markers SGN marker sequences match_7 match_part 1.000 4909 4779 match_part 1.000 3191 2062 match_8 match_part 0.956 6312 6200 match_part 0.985 5672 5140 match_9 match_part 1.000 17347 16891 match_10 match_part 0.998 74470 73940 match_11 match_part 0.989 74470 73945 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 4909 4779 exon 3191 2062 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 6312 6200 exon 5672 5140 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 16023 16496 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 17347 16891 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 53023 53046 exon 53126 53212 exon 53348 53398 exon 53491 53622 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 58814 58996 exon 61220 61347 exon 63825 63928 exon 64089 64176 exon 65085 65146 exon 65856 65893 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 68677 68779 exon 68875 68953 exon 69575 69724 exon 69810 69952 exon 70332 70480 exon 72354 72455 exon 72549 72987 exon 73561 73708 exon 73921 74002 exon 74376 74625 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 74470 73940 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLe0018I16.1 type gene exon 87389 87454 exon 87575 87778 exon 88313 88653 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 351 1082 transcript_1 transcript 351 1082 CDS_1 CDS 351 461 CDS_2 CDS 555 679 CDS_3 CDS 849 1082 stop_codon_1 stop_codon 1080 1082 gene_2 gene 1 51439 55550 transcript_2 transcript 51439 55550 start_codon_1 start_codon 51439 51441 CDS_4 CDS 51439 51595 CDS_5 CDS 52241 52441 CDS_6 CDS 52529 52593 CDS_7 CDS 52829 52862 CDS_8 CDS 52973 53046 CDS_9 CDS 53126 53212 CDS_10 CDS 53348 53398 CDS_11 CDS 53491 53712 CDS_12 CDS 55051 55144 CDS_13 CDS 55233 55373 CDS_14 CDS 55465 55550 stop_codon_2 stop_codon 55548 55550 gene_3 gene 1 58884 66008 transcript_3 transcript 58884 66008 start_codon_2 start_codon 58884 58886 CDS_15 CDS 58884 58996 CDS_16 CDS 61220 61347 CDS_17 CDS 63825 63928 CDS_18 CDS 64089 64176 CDS_19 CDS 65085 65146 CDS_20 CDS 65856 66008 stop_codon_3 stop_codon 66006 66008 gene_4 gene 1 68732 74469 transcript_4 transcript 68732 74469 start_codon_3 start_codon 68732 68734 CDS_21 CDS 68732 68779 CDS_22 CDS 68875 68953 CDS_23 CDS 69575 69724 CDS_24 CDS 69810 69952 CDS_25 CDS 70332 70480 CDS_26 CDS 72354 72455 CDS_27 CDS 72549 72987 CDS_28 CDS 73561 73708 CDS_29 CDS 73921 74002 CDS_30 CDS 74376 74469 stop_codon_4 stop_codon 74467 74469 gene_5 gene 1 79536 88441 transcript_5 transcript 79536 88441 start_codon_4 start_codon 79536 79538 CDS_31 CDS 79536 79592 CDS_32 CDS 80180 80235 CDS_33 CDS 80733 80787 CDS_34 CDS 82024 82081 CDS_35 CDS 83407 83501 CDS_36 CDS 83593 83696 CDS_37 CDS 84197 84325 CDS_38 CDS 84461 86273 CDS_39 CDS 86890 87230 CDS_40 CDS 87340 87454 CDS_41 CDS 87575 87778 CDS_42 CDS 88313 88441 stop_codon_5 stop_codon 88439 88441 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 20781 2301 transcript_6 transcript 20781 2301 stop_codon_6 stop_codon 2303 2301 CDS_43 CDS 3191 2301 CDS_44 CDS 5672 4779 CDS_45 CDS 6312 6200 CDS_46 CDS 16321 16275 CDS_47 CDS 18993 18836 CDS_48 CDS 20781 20548 start_codon_5 start_codon 20781 20779 gene_7 gene 2 32221 29146 transcript_7 transcript 32221 29146 stop_codon_7 stop_codon 29148 29146 CDS_49 CDS 29319 29146 CDS_50 CDS 30414 30352 CDS_51 CDS 30725 30559 CDS_52 CDS 30852 30812 CDS_53 CDS 31094 31009 CDS_54 CDS 31524 31403 CDS_55 CDS 32221 32044 start_codon_6 start_codon 32221 32219 transcript_8 transcript 32221 29965 stop_codon_8 stop_codon 29967 29965 CDS_56 CDS 30063 29965 CDS_57 CDS 30414 30352 CDS_58 CDS 30725 30559 CDS_59 CDS 30852 30812 CDS_60 CDS 31094 31009 CDS_61 CDS 31524 31403 CDS_62 CDS 32221 32044 start_codon_7 start_codon 32221 32219 gene_8 gene 4 100019 90243 transcript_9 transcript 100019 99293 stop_codon_9 stop_codon 99295 99293 CDS_63 CDS 99337 99293 CDS_64 CDS 99499 99428 CDS_65 CDS 100019 99936 start_codon_8 start_codon 100019 100017 transcript_10 transcript 100019 90243 stop_codon_10 stop_codon 90245 90243 CDS_66 CDS 90327 90243 CDS_67 CDS 90788 90668 CDS_68 CDS 91579 91485 CDS_69 CDS 91841 91720 CDS_70 CDS 92420 92283 CDS_71 CDS 92708 92545 CDS_72 CDS 94617 94497 CDS_73 CDS 94827 94728 CDS_74 CDS 95534 95451 CDS_75 CDS 95675 95614 CDS_76 CDS 97448 97377 CDS_77 CDS 98170 97904 CDS_78 CDS 99499 99428 CDS_79 CDS 100019 99936 start_codon_9 start_codon 100019 100017 transcript_11 transcript 100019 90243 stop_codon_11 stop_codon 90245 90243 CDS_80 CDS 90327 90243 CDS_81 CDS 90788 90668 CDS_82 CDS 91579 91485 CDS_83 CDS 91841 91720 CDS_84 CDS 92420 92283 CDS_85 CDS 92708 92545 CDS_86 CDS 94617 94497 CDS_87 CDS 94827 94728 CDS_88 CDS 95534 95451 CDS_89 CDS 95675 95614 CDS_90 CDS 98134 97904 CDS_91 CDS 99499 99428 CDS_92 CDS 100019 99936 start_codon_10 start_codon 100019 100017 transcript_12 transcript 99209 90243 stop_codon_12 stop_codon 90245 90243 CDS_93 CDS 90327 90243 CDS_94 CDS 90788 90668 CDS_95 CDS 91579 91485 CDS_96 CDS 91841 91720 CDS_97 CDS 92420 92283 CDS_98 CDS 92708 92545 CDS_99 CDS 94617 94497 CDS_100 CDS 94827 94728 CDS_101 CDS 95534 95451 CDS_102 CDS 95675 95614 CDS_103 CDS 97448 97377 CDS_104 CDS 98170 97904 CDS_105 CDS 99209 99204 start_codon_11 start_codon 99209 99207 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 55.1 17144 17407 match_2 match 128 17469 17978 match_3 match 57.0 18050 18187 match_4 match 53.9 18273 18356 match_5 match 57.0 17144 17407 match_6 match 131 17469 17978 match_7 match 90.9 16825 17082 match_8 match 54.3 18050 18187 match_9 match 49.3 18273 18359 match_10 match 61.6 17144 17407 match_11 match 140 17469 17978 match_12 match 89.7 16825 17073 match_13 match 76.3 17469 17978 match_14 match 48.9 17144 17401 match_15 match 42.7 18050 18187 match_16 match 43.1 18273 18356 match_17 match 147 17469 17978 match_18 match 54.3 18050 18187 match_19 match 50.1 18273 18374 match_20 match 53.9 17144 17407 match_21 match 117 17469 17978 match_22 match 56.6 18050 18187 match_23 match 52.8 18273 18356 match_24 match 112 17469 17978 match_25 match 51.6 17144 17407 match_26 match 111 17469 17978 match_27 match 56.6 18050 18187 match_28 match 51.2 18273 18356 match_29 match 118 846 1043 match_30 match 118 846 1043 match_31 match 118 846 1043 match_32 match 142 52243 52593 match_33 match 169 40119 40742 match_34 match 172 40104 40748 match_35 match 71.2 17688 17978 match_36 match 46.6 18053 18187 match_37 match 45.1 18273 18365 match_38 match 126 17397 17975 match_39 match 62.4 17144 17440 match_40 match 84.7 16825 17085 match_41 match 48.9 18050 18187 match_42 match 49.3 18273 18341 match_43 match 58.5 17144 17407 match_44 match 133 17469 17978 match_45 match 97.4 16828 17088 match_46 match 53.1 18050 18187 match_47 match 50.8 18273 18356 match_48 match 67.0 69574 69726 match_49 match 69.7 69809 69955 match_50 match 67.0 69574 69726 match_51 match 69.7 69809 69955 match_52 match 322 84195 86030 match_53 match 322 84195 86030 match_54 match 62.4 83590 83697 match_55 match 63.2 83406 83501 match_56 match 266 84195 86048 match_57 match 65.9 83590 83697 match_58 match 70.1 83406 83501 match_59 match 266 84195 86048 match_60 match 65.9 83590 83697 match_61 match 70.1 83406 83501 match_62 match 119 846 1043 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_63 match 107 23703 23404 match_64 match 107 23703 23404 match_65 match 105 5612 4818 match_66 match 112 5366 4815 match_67 match 117 5570 4809 match_68 match 121 5387 4812 match_69 match 111 5564 4815 match_70 match 111 5564 4815 match_71 match 105 23793 23404 match_72 match 107 5564 4815 match_73 match 110 5564 4812 match_74 match 109 5564 4815 match_75 match 107 5414 4812 match_76 match 115 5414 4812 match_77 match 110 5564 4815 match_78 match 105 5387 4818 match_79 match 135 23784 23404 match_80 match 105 5639 4812 match_81 match 119 5564 4812 match_82 match 111 5564 4812 match_83 match 114 5570 4812 match_84 match 117 5762 4812 match_85 match 105 5435 4812 match_86 match 108 5426 4815 match_87 match 104 23706 23410 match_88 match 110 5648 4815 match_89 match 145 23706 23404 match_90 match 105 23718 23401 match_91 match 105 23718 23401 match_92 match 141 23703 23407 match_93 match 164 23745 23404 match_94 match 155 23703 23407 match_95 match 120 23703 23404 match_96 match 109 23751 23404 match_97 match 108 23751 23404 match_98 match 110 23703 23410 match_99 match 105 23820 23404 match_100 match 105 23820 23404 match_101 match 105 23820 23404 match_102 match 109 5570 4815 match_103 match 105 5630 4815 match_104 match 109 5414 4809 match_105 match 109 5570 4857 match_106 match 109 5573 4821 match_107 match 110 5411 4812 match_108 match 107 5564 4815 match_109 match 107 5411 4812 match_110 match 110 5630 4815 match_111 match 104 5414 4809 match_112 match 111 5414 4809 match_113 match 108 5411 4812 match_114 match 105 5564 4812 match_115 match 112 5411 4812 match_116 match 109 5564 4812 match_117 match 105 5414 4809 match_118 match 108 5570 4812 match_119 match 107 5606 4815 match_120 match 110 5414 4812 match_121 match 107 5423 4821 match_122 match 110 5570 4815 match_123 match 105 5606 4815 match_124 match 117 5513 4809 match_125 match 115 5606 4812 match_126 match 107 5414 4809 match_127 match 107 5414 4815 match_128 match 149 23748 23404 match_129 match 146 23706 23404 match_130 match 105 5417 4815 match_131 match 107 5564 4812 match_132 match 105 5435 4815 match_133 match 105 5564 4815 match_134 match 104 5585 4815 match_135 match 107 5510 4815 match_136 match 119 5525 4809 match_137 match 108 5342 4815 match_138 match 107 5420 4815 match_139 match 107 5420 4815 match_140 match 164 23745 23404 match_141 match 111 24021 23404 match_142 match 106 23703 23404 match_143 match 110 5633 4812 match_144 match 106 5564 4815 match_145 match 108 5585 4815 match_146 match 105 5408 4815 match_147 match 117 23703 23404 match_148 match 105 5513 4818 match_149 match 161 23745 23404 match_150 match 105 23703 23410 match_151 match 109 5564 4812 match_152 match 106 5378 4815 match_153 match 149 23703 23404 match_154 match 172 23724 23404 match_155 match 105 5426 4812 match_156 match 105 5411 4815 match_157 match 108 5564 4812 match_158 match 113 5564 4815 match_159 match 107 5630 4815 match_160 match 105 23703 23407 match_161 match 107 23937 23404 match_162 match 105 23703 23404 match_163 match 105 23703 23404 match_164 match 105 23790 23410 match_165 match 105 23790 23410 match_166 match 105 23703 23410 match_167 match 107 5564 4818 match_168 match 107 5600 4830 match_169 match 118 5579 4812 match_170 match 114 5441 4812 match_171 match 109 5531 4809 match_172 match 117 5387 4821 match_173 match 105 23748 23410 match_174 match 105 23748 23410 match_175 match 105 23703 23410 match_176 match 118 5585 4812 match_177 match 110 5555 4878 match_178 match 171 23823 23407 match_179 match 169 23835 23404 match_180 match 105 5564 4812 match_181 match 106 5411 4812 match_182 match 107 5414 4812 match_183 match 107 5558 4812 match_184 match 106 5405 4851 match_185 match 130 5411 4821 match_186 match 114 5414 4809 match_187 match 109 5411 4812 match_188 match 111 5588 4815 match_189 match 121 5564 4815 match_190 match 104 23703 23404 match_191 match 104 23703 23404 match_192 match 108 92709 92545 match_193 match 113 5438 4812 match_194 match 115 5582 4917 match_195 match 119 5411 4812 match_196 match 218 3194 2619 match_197 match 298 5660 4809 match_198 match 256 3197 2307 match_199 match 306 5648 4809 match_200 match 67.0 31142 30807 match_201 match 130 30747 30349 match_202 match 147 23703 23407 match_203 match 106 5582 4812 match_204 match 109 5564 4812 match_205 match 111 5432 4812 match_206 match 108 5570 4818 match_207 match 108 5438 4812 match_208 match 125 5564 4815 match_209 match 115 5375 4812 match_210 match 118 5420 4860 match_211 match 117 5564 4812 match_212 match 117 5564 4815 match_213 match 108 5564 4821 match_214 match 105 5564 4812 match_215 match 105 23703 23404 match_216 match 105 23706 23407 match_217 match 106 23841 23404 match_218 match 105 5591 4812 match_219 match 115 23703 23401 match_220 match 112 23784 23401 match_221 match 108 5408 4809 match_222 match 114 5414 4812 match_223 match 120 5537 4815 match_224 match 123 5432 4815 match_225 match 116 5381 4809 match_226 match 110 5564 4812 match_227 match 116 5585 4815 match_228 match 117 5414 4812 match_229 match 127 5591 4815