C10HBa0012D17.2 TAATGCATGAGAAATTATAAAAAATAAAATTGAAAACATAAAAGAACTTCCAAGTCATTT AGTTTTGGTATGTGATAAAATAATTGTAGCAAGAAATTTTTATTTTATTTAAGTTGAGGT CTATCAAAAATATAATTTTTATTTTATTTAAGTTTAAGGTTTATCAAAAATAAATATTTT ATTTTATTTAATTTTGAGGTCTATTAAAAATAAAAATTTTATTGTTATGAGATGATAGTA AGATATATATCATCTTTTTCAAAATTCACTTTTATTATTACACTAAATATATTATCGTTA GATCAAAAATTACTTTGATAGGAACTAAATGCGATACCTCCCTTTTCTTTTATTCTCATT GTGTTAATTATCTTTTTTACATGTTTATTCCATATATAGCAATAAGAAAAGTCGATCTTA TGTTATATTCTTATGATCGATCTTTTCTTAATTGAGACATATAAATTTCATTCGTGCTAT AATTCTAGCTCCAGTAATAAAGGTTTTAGTAAAACGTTAATTCTCTTAATATTATGACGT TCAATAATTATAGTCCAATTTTTTATTTAGTACTTTTTTTAAATAATTTTCAGAGAATTT CATCTCAAAATTTACATATCTTGAAAATCGTGGCGATGAAACTTTAAATTTTGAATTCAC TTCTGAATGGAAATGATCCGATTCTCAAATATAACCATGAAAAATAATAATTGCTAGTTA AATGAAACTATTCAAAGTAATTTTTTTAGATTAAGAGAGAAAACATATCTTCAAATTTAA AGATTATCATTCTTTACCTCATAAAAAAAACTTTTTAAAATTTTAATCATACTAATCGAA TATTACCATGTCATTCGTTACCTCATATCATCTTCTTAACGAACTGATATTATCATCATA TTCGCCCAACAAAAGTAAAAAAAGAAAAAGGACAAATGTATCCCCGTAAGTGGTAAGTAG ATATCATCCGTCGTACTTTTGTCGTCCTTCACTCTAAACGAAAGGCTAAAACAGGGACAT GTAGCGCAATATTATTCGTTGATAAACGTTGGATCGATGGATAAGGTTGTTACACGTAGA CGTCCGTTAGTATACAGAGTATATACGCTCTATCTCTAACGAAAGGCTAAAATAGAGACA TGTGGCGCAATATTATTCGTTGATAAACGTTGGATCGATGGATAAGGTTGTTACACGTGT ACGTCCTTTAGTATAAAGAGTATATACGCTCTAGTTTTTGGACGACAGAGACAACAATAT CCCAAAAATATGAATAAGGATATTCACATACCATTTACGATAGTTCGAGGGTATATTTGT CTTTTTATTTTTTTTCAAAAATAAAAATGAAAAATTGGCCTTTCAAAATGACCATTCAAT TAAGTACCTACTCATGTATGGAGGGAAATTTGATGGTACCAAGTCCTTCGATCCTCCGTC TTCTTCGCTAAATTTTTTTTTTTACAGGAAAAAAAAAAAGCCACAACAATGGCTAGAAAA CGAAGACCCAAAAAAATTAAGGCCACAAAGAGGCTAATTTATAAGTTTTGAAGGCATTAA ACAGCTAATTTTGTGTGTGTGGATGTGTTGGGGGTTGCCATTAGAGAGAACAAATCAAAA ATTCAAAACAAAAGTGTGATAAAAACTGAAAATTTACAACAAAAAGAAGAAAAAAAGGAA TCTTTTTTGTTCCCCCACCACCACAACGCCACCTCCAGCAAGAACAGCCAAAAAAAAAAA AATCAGGAAGAAAAAGAACTCCCCATAGAAAGTCCCTTTTCTTGTTTTTTTTATTTTCTT TCCAAGTTTCGATTTTTTTTTGTTGTTGTTTGGGAGCCACCAGCAGAGCAGAAGATTATC TGGGTTACATTTGTTTTTTGGTAAGGAACTGCAGCTGAATTATAATTCTTCATGAAAAAA ATGTGCTTTTTATTTTATGGTTTTTGTTGTTTTGAAGTTACTAATAGAGCAAAGGGTTAT TTGGGTCATATTTAGTTTTGTTAAAAGTTTGATCTTTGTGAGGAGCTGCAGTTGAGTTTT TTGAGATTGATTTTATGGTTGTTGTTGCTTTGAAGCTACAAGTTGAGCAAAAGATTATGT GGGGTAGGCTTGGCGAGTTGATAGTATTAGCATTATGCTCGTAGTTTCTTTGTTTGTCGA TTAATGCTATTGCCTGTTGTTTCTTATGCTTCATTTATCAGATTATTGTGTTTGGTATGG TATGTTAAGCTTTCACTGTTATTTGCTATGTCTTGTTCTACCTTTGTATTGTCTTTTTTC AAACTGTCTTGTTTTGTGTTACTTGAGCTGAGGGTCTTTCGGAAACAACGTTATATCTCC ACGATGTAGGGGTAAGACATCAAACCCCACTTGTGAGATTGCATTGGGTATATTGTTGTA CATCTGTTTCGTGTTAAAAGTTTGATCTTGATAAGGAGCTGATGCTGGTTTTTTCAAGAT TGAATTTTGGATTAATCTAGTTCATAAAGAATTGTTTTTTTGTGGTTTTTGTTGCTTTGA AGCCACCAGCAGGGCAAAGGTTATTTGGTTCACATTGGTCTCTTGTTGAAATTTTGATGC AGCTGATAGGTGCTGGTTATTTGAAATCGAATTTTTGATTAATTGATTTTTTTTGTTGGT TTTGTTGTTTTGAAGCCACCAGCAGAGCAAAGGGTCGTCTGGGTCATATTTATTTCTTGT TGGTGGGGTGCTGGGTTGAGATTGATTTTTCGGATTGATTTGGGTGGATTTTTATTATAT CAAAGATGGCAAGCTTAGATATTACAAAAATGTGGAGGGATCCTGGTGCTCCAGCGGATT CATTCTATCAGGTTCGACCGGAATGTACGGATGTTCCCAAGTCCAAATTTAGAATCAAGG TTCGTATTTCCCTCTGTTCTAATTTATCTGATGTTGTTTGATTTGGTATGCGGTATTAAG TAAGAAAGACAGACTTTTGAAACTTGTTTTCGGTGACATAACAGTTGTGTGCCTATAATA GTTTTGAAACACGTGGTTTAAAAAATGTCATAACATTTGTGGAACTACAAAAGCTTCTGA TTAGGTACGATGGGAGTTTTAAGTCAAATTGTTTCCAAATATAAAGCAGATTAACAAGGA CGTAGTGTTAAGTGTGGAAATATTCGTTTCCCCCCTTTTTTTTCCCTTTCTTTTTCATCC TTTTGTGTTGAGATTTTAGCGTGATGTTTCAGCCTGTAACACATACTTATTGAGCCATCA AAATCTTGGATTGTTAACACTCTTGTGGTTATTGAAGAATGAAAAGTACTTCCTTCTTTT TTTAGGAGAATGTAGTTTGATTGCACATCCCCCCTTTGATTACCGGTATGCATTCTAGGC TTTATAAAATGATTCATGGAGTAGCTTATGCCTCATGTAGTATAGATAGATTGACGCTTG GAAGAATGGTGTGCTTGCTGGGGATAAAAAGACGGGTTTTGGTATATTATGGAGGTTGGG CTGGAGAAGCAAGAGTGAACCATAAACCCCTTTCATATCCTGGTTATACATAGTAGTAGG AACAACTGTGCTACAAGAAATACTACAATGAAAGAGGTAAAAGTGGCCTCTTGTTCTGGT TGTAGCGTCGTCGGTAGGTATGTATCTCCTCCTTCTGTGTTGTCTGGAGGCTGGACGAGC ATTTGATGACACAGAGGAGATGATAACTATTGACTATCTCTGTTGTTGTTTAGCTCTCAA GAAATTGCTCTAATTTGTCTGTTTTCCACTACAACTCTAGTTGTACTCATGTTTACTATC TAATGATCTACTTATTCAGAATGGGAAGACCCTAAGTGAAAGAAAATGGCGTGCTGCATT TTCTCCAGAAGGTTATCTTGATATAGGCAAAACACTTGGTCGAATTCATAGAGGGGTAAG CTTGACTGAAGGTTTATGTAGCATATGATTCACGAATATTTCTATTCAACATTTTTGTCA TGTTGGCTTTTGGCTAATGCTCTTTTTATAAATAATTCAATGCGAGATGATTATTATAGT AATATAGTAACCATCACGTATCCATGACATTTTAGGGAATTCATCCATCAATTAGAGGTG AAGTTTGGGAATTCTTACTTGGTTGCTATGATCCAAAGAGCTCACAGGCAGAGCGAGAGG ATATACGACAACAACGGAGGTACTTTACTTTCTTTTCCAACAAAAGCATAAATTGCTAAT TTTCTTGTCAAAAAAGTATAGATTGATATATGTTGCCTAAATATTCAGAGTGTCAAGTCT CACATTGGTTGAGAGAATCTGTTTTGATCCTCCTGATACAATCTTGGACTAGTTTTTGGG ATTAAGCTGAAGGTTCATTACTTTTTGTGGTATCATAGCTAGGCCTGCTTCTTGTCGTTA TGTTTCTCAAAATTGCTTCCCGAGTCATTTTATCCACACTCCAGTTGTCCACTCCTGGGT GATTTTTGTGAATGTTTAGTCCCACATTGGTTGTGGTCTCCTTAAATAGTCTTTAGGCAA TCCTCGTATCATGAGCTTGTTTTTGTGGTTGAGTTACGTGCAAGGTCCATTTCTTCACGA GTAGGAATGCCCTTCTCATCACAAAGGATGCACAATGCTATCTCATCTTTAATGCTTGTG TCTAGAATATGTTCTACTTGTTGCATTTCTAGGAGACATTTAGGGGTCGTTCAGTAGAGT GTCTAAGAATAATATTGGAAAGAGTGTATTACTTGTGTACGGATGAGATTATTTTTGCTA AAGGCTATTTCTTATCCACCAATGTTTAGTTTGGTGTATTAAATGCAGTTCTGTCTTTAA CCATGTATTAATAACCTTTTATCTCCACGTATCTGAATAGGGTAAACTAATACATGTATT AGTTGTATATAGGCTGAAATCCTATCAAACAAAGGATTAAATAATACCACAGCTAATACA TGTATCATTTCTTCTAATACATCCTGCTAAACAACCCTTTAGTCTATCTTGCATGGGATT CTGAAGCTTGTCGATTTTTGAAGATGCAAGTCCTATAGATCTCATCTTGCTTTACTACTA TGCAGTGACTACCCTCAAATTATCTTCGTATGCAAATCTGATGAGAATTTGACATTCCGC TGTCCAAAAATGAAACTTATCCATGTTCTAAATGGTAATCCGGACATGCATTTCTTGTGT ACTTTCAGGACACAATATGCTATACTAAAAGAAGAATGCCGCACAATGTTTCCAGTGATT GGAAGTGGTCGATATATTACTGCACCTGTAATAACAGAAGACGGTGATCCTATTCTAGAT CCTTTAGTACTTCAAGAGGCAAAAGCAGCAAAAGAAGCAAAAGAAGCTACTTCAGGCAGT CAAGGAAATGGTAATCATGACGATGTAGAGTTCTCAACTTGTGTCCTCTCCATTCTCTTC TCTCTTTTTTCTTGTGTATGGCTGTCAGGTCGTTGAATGCTTCATGACGTAGAATTTAAT CCTCTATTTTCCATGCTGTAGCAGGTGCTTCCGATGATTATGAAATGGTAAAGGAGGATG ACAAAAGAGTAATAGAGTGGAAACTCTCGTTACACCAGATAGGTTGGTTTTATATGTAGA TTTCACTTGATCTATTTTCCTAGTCAATCTACAGAAGTATGGATTTGACAGATTCATTAG AGATTTATCTTATTAATATGAGAGTACTTGTCGGTTTCCTTTCTCTTCATATTGATATTT TCTTTGTTTATGTCTTGTAACCTTTCATTTCTTGGTTTCATGCTTATTCTAGGACTCGAT GTGGCTCGAACCGACAGGTCACTGGTCTTTTATGAGAATCAAGAGAATCTATCGAAGCTT TGGGATATCCTTTCTGTTTATGCTTGGTTTGACAAAGATGTTAATTATTGTCAAGGTGGG CTATCACAATATCTTCTTGAAATGAATTTTTTTCAGTATCTTGGTTTCTCTTCGGTTCTA CCATTACTGAGCCAAAATGAATTATTGATTACTTTTTCTTCTTGTTTGTTCCAAAACTAT AAAGATCAGTTGATATATTTTTAGGTAACATGATGGTATACAATTACAGCAATATGCCTA GTATAGTCCCACAAGTGAGGTCTGGGAAGGTAGAGTGTATGCAGTCCTTACCTCTACCTT TTCAGGTAGAGAGGTTCTTTCCGAAAGACCCTCGGCTCAAAGAAAGAAAAACACAACAAT AATGAAGACATACACAATAGCTAAATAGTAAGAAAATAGAGGCATATGAAGCAACAAGTA GTAATAGGAAACTGAGAGCGAGAAACATGCCAGTAGTAAAAAAAAGGAAAACAATACTAC TACCATTGGTTGGAGAGACCCGACGCAAAACTATTTACTAGCTTTCTACCTGAATTCTTG ACCTCCACACCGTCCTATCAAGGGTCATGTCCTCATGAGCTGCAGGGTTGCTATGGCCTG CCTGATCACTTCTTCCTAATACTTCTTCAGCCTACCTCTACCTCTTCTCAAGCCCTTCAG AGTCAACCTCCCACACCTCCTAACTAGTGCATCTCCTCTTTCCATGCCAAACCATCTCAG CCCAGCCTCCCAGATCTTGTCTGCCATGGAGGTCACTTCTACCTTGCCCCAAATATCTTC ATTTCTTACCATATTTCTTCTAGTAAACTACACATCCATCTTAACATCTTCATTTTCGCA ACTTTCATCTTTTGGGCATGAGTTTTTAACTGGCCAAACACTCCGCCGTATGCAACAAAG CGGTCTAACTAATACGCTGTAGAACTTACCTTTAAGTCTTAGTGACACCTTTTTAATCAC ATATGACACCAGATGCTAGCCTCCATTTCAACCACCATGCACCAATCCGATGTGTGACAT CCTTGTTTTTTTGATATATGTGTATCTATTGAGCTCTTTTTAAATGATGTGATGATATGG TTATATATTACTTTTTGCTTCTTGTTTCTTCCAAATGTATAAATATCTTAACTTTCTGAA CAGGGATGAGTGATCTCTGCTCTCCAATGATTATTCTTCTCGATGATGAAGCAGATGCAT TTTGGTGCTTTGAACGTTTAATGAGAAGACTGGTAAATATTTATAATCTTTACTCAAACA GCATTCTTACATCATATCCGATGATGTAAAGTACTTCCCAATTATGTGCTTTCCAAGTAT TACTTATTGACCGTGAATTGTGATGCTCCTTGTTCCCCAATTTTCCTGGATGCCAACATT ATCATTCTGCAGAGCATCTCTTTTTATCTCATCTTTACCTGAATTTTGATACCATCCAGA TATGTGCGCTTTCTCAAGATACAACGACATACCCGAGAACAGTGTAACCTCACAAGTGGG GTATGGGGAGGGTGGTGTGTACGTAACCTTACCCCTACATTTATGAAGGTAGAGAGACTA TTCCTGATAGACATAACACATATCAAAATCAAGTATGTAAAGCAAATACACTAGCGAAGA AATCATGCTGAAAACAATGAAGAAGGGAACAGTAGAAAGGAAAAATAATACGATAACTAA AACAAAGAAAATAATGGATAATACTAAAATTAAACAGTAAGATAGCAGGAGACTAATTGT TTATAAAAAAAAGATAGAAGGAGAGTAATTTTAACAATACTAACAAAGGAGTCAGACAAC ATTTGACTACCTACCAACCTCTCTCTAAAAGATTGGGTCACGTTTACCATGAAAAGAGCG TTAACTATAAGAATATAGGACTGTACTTTAGACATGTCATCATAAATGGGTTTTGTAGTT CGGGAAATTGCATCCCATGGTGTTTGCTATGATGCAACACACACAGATTGCAACAACATA GACTATACCGAGCATGTGAATGGACCAGCAATAGATATTGGGTGGAAATCTCTTATAACT ATTTCTCTAGTGTGCTATCCATCCCAAATATGACCATCCAACCACTATTAATATCTTCCC GCAGTTGTCCTGTTTGTGCACATGCTTTGCTTTCCATGTTAAAGCAGAGTTACCTTAATT GGCATCCTAATTTAAACTGATGTTGAGATGCTAAGATTGCCATGCACCCATAATCACATG TTATGATGTAGTGAGAAAAGCTGCATATGATATGGTACATGTAGGAACTCGTCACCCTTT CTAGTTGAAGTGGAGTATATTTATGATACCAACAATAACATACCCAGTATAATATCACAG TGAGGTCTGGATACCAGAATATTAGTCAGAATGATGTAGCAAGAACAATCATAAGCTAAT AAGTTTCTTGTCTAGAAGATTTACAGTCTGTTATTTCATTTTGGTTATAAACTTTACTCA CCATGTTTTGAGTCATATCTTCAGATATTTGTGTTACTGTATGTTGTATACTTTTGCGAT TATTGTGACTGATAACAACTATTGTGTCTTCAAAGAGAGGAAATTTCAGGTACACTGAGA GTTCTGTCGGAGTAGAATCGCAGCTAAATAATCTAGCTTCAGTAACTCAAGTTATTGATC CCAAACTTCACCAACACTTAGGTAATTCTGTCTACTTTAATGTTTAAATACTATGCACTA AGCAGACAGTTATAACTTCCTTTTTATCAAGACATGATGCTCTGGTATAAGTTGTTAATA TGATGTCCTCTTTCCTTTCCTTTTAAAGTTAATGGTCAAAACACACTTGAGCTATCGCTT TGTTCGCGAGTTCCACACTCCAACTATAAGTTGTTCCCTTTTCCTATCTGAACTATCACC AACTATGTGTTAAAATATACCTCGAAGCAGATTAGGCCAAATATCTGTTGTGATAGTTCA TGTAGGAAAATGGAACAACCGGTGGTAGTTCAGGTAGGAAAAGAGAACAAATGATAGTTG AGGTGTGAAACTTGCAAAAAAGTGATAGTTCATTGTGTTTTTGACCATTATCTCTCTCTC TTTTAAAAAAATACTTCCTCGTATCTCCTTGTGAATAAATAGTGCATTCCTTCTGAACTT GGATTGACAGATAAATTAGGTGGAGGTGATTACCTGTTTGCTGTCCGGATGCTCATGGTT TTGTTCCGTCGAGAGTTTTCTTTTTGTGATTCATTATATCTTTGGGAGGTAAGGTTTCTC TACTGAAAAAACTTTTCCATGTTTGGACCTGTTATTCAGATTGCTTTTCTATTTGGCAAT CCAGTGTTTTTTTATTCGACAATCAAATCGTGTTCTTATTGTTCCTAAATTTTCTTTGCT CCGTCTTGACCTTTTTTAAACAGATGATGTGGGCGCTGGAATATGATCCAGACTTGTTTC TTACATATGAAGACCCTGAATTAGCTGCGGACAAATCTGAAGAATCTAAATCAAAAGCAA AGTCACGTCAGGTTGGGAAATTTGAGCGAGAAAACATGAAAAATGCAGGCAAAGCTGCAG AAGCCCCCCTCCCTATTTCCGTCTTCCTAGTAGCCAGTGTCCTGAAAGACAAGAGTGATA AATTGCTGACAGAAGCAAGAGGACTGGACGACGTTGTTAAGGTTTTTAATTACATAATTT AAGTACTATTTCGAAGTTTATCTAATATACTCGGACAATGTGAAGAAATTTTTACACTGC CAAGTGGCCTAAAGTATACATGCTGCTACAGCAGGTTAAGGTGATCTCATAGTGTTAAAA TTCCTTACCGTCAGTGGATATTACTTAGACACTTCTTTCTAATGTCTTCTTGTAGGAAAC TTCATAAGCAACGGGGTAAAAGTCAACGTTGCCAATAATCACGTGCCATAAAAATCTTCA AAATACCCATGCATTTTTTCTTGCATTACTAATCTAGGGGGAATTTAGATTGATTTCAGT GAAACAATAAGAAGTCCATGGAAAGTGACTTTCAAACACTAAAATTCAAGAAAAACATAT GAACTGAAGTCATCTTAATTAGAAATGACATTGACTAAATACACTTGTATTTATACTCAG TCTTGGTAAGGTTCATTGTTTTCCCTTTATGGATCATATTTTAATCGTCTGCTTATTATT TCCAGATACTCAATGATGTTAACGGAAACCTGGACGCTAAAAAGGCTTGCACCGGTGCAA TGAAACTTCATAGGAAGTATCTTAAAAAGGTAATCTCTGAATCCTGTTTATGGCTACATG CAAATGTCAATCCAACAACAATTCTAAAGCAATACATAGCAGTGCGTGTAGGCCAGGAGC GGAGCTAAGGGGCGCAAGGGGTTCACCCGAACTCCCCTTTGCGAAAATATTATACTGAAC ATATTAAAATGTCAAAATTATCTTGTATGTACATATATTATATTGTTAAATCCCTTAGCT TCTTCGTGTATTTACTTCTTTATATTTTGAATCCCCTTCGTGAAAATTCTGGCTTCACCA CGGGTGCATGCAAGTGTCTATATATCAGAAACTGTCATATATTAGTATTAGCATATTACG GAACATATTATGTTAACAATATATGAAAGATTGATTCTGCAAGAAGTTATTACCTCTTGA AATACTAATGCTGGTTAAAACAGGCTGCGAACACCCACAGGTAGCCGAGCCAGAAGAAAC TGCTAGGTGATTCATAAACCATGGAGCTCATGTAAGTAGCCTTTGTTACCCTCTTCCTTT AACCTTGTGGCTCTCTTTCTGAGCACCTTGCTTTCGGCTATAAAATGTACTTTCTCTGCT CCAGTTTATATGACACTTCCTTCTTAGTCCATTCCAACAGTCTTGTTAATGATTTTTTTT TTTTTACAACCACACATATGTTACGGCATGTTTAAGGCCACGTGATTCAAAAGCTTTATA TCCACACAAATGTTATGGCACGTCTTAGAACACAAGTTTTCAAAAGTCTTCAGTTCTTTC TTGAACACCATATTGGTTCAAATTATGTCATATAAATTGGAATGAAGTAAGTAAGTATAT ATAACAAGATCAACTGATTTGTATGCACTATCAAATCTGTATTCACTTGAGCCGAGGGTC TTTTAGGATCAACCTCTCCATCTCCACGAGGAAGGAGTAAGGTCCACACCCCACTATGTG GGATTTCACTGGATATGTTGTTGTGGTCTGAGTTCTGGATTCCGACTTTCTGAATGAACA CCATTTTTTATGCAGACCAAGAAGGCTCTAACAAGTTTGATACTTTCGATTTTTCGGCCA AGTCAAGGGACAATGGCTGCTTTTGTATACTGTGATACTGATTTAGTAAAGAGAAATATG TAAATTGTCATTCTTTGTAGTTCCATTTTTGGAACTACCATCATGTACATGTAAATTTTT TTTCCCAAGTAGTAAAAATGTGCCTTTAAGGGTTGATGTATACAAAAACACTCTTCCAAA GCATGTAATGAATTTTACTTTTAGAGAGCCATGTTTAACATAATGTTGCTATTTACTTGT ATATTAAGAAGAGAAAAAAAGAAAACGAACAGATATAGTCAAATCTTTCTATAACAATCG TTTTTTTTTTTTGGTTGTTATACATATATAGCAATAGTTTACATTCATATTAAATGATTA TAAAAATTACCCAAGAAATGATATGGATGTTATATAGGTAATTTAAGAAAGAGTGTATTG TTGCAATGATGATAATTGTTGTTACAACTATAAAGCTATTATAGAGGTAAAATAAAAGTT GATATTAGAGAAAATTTGTTTGTTATAAATAAAATGATGTTAGAAAAAATGATTATTATA GAAAAGTATGATTAGACTCTATAAGAGTTTTTATTTTAAATTTGAAGTCAGAAAAGGATA TTTGATTTATTTTCACTAAGAATGAAAAAAAAAATTCTAAAAAAGAGTGCAAGTTATGAA AACATATTTAGGGGTTGAATTTGTGCTTGGAGATACATTTCAATTGAATCTGGAATAATG CATAATTATCTCCTCAATTTATGTCTGGCATTTCAGAGACATACTTATACTATATCAAGG TTCTATTATCCTCCTGAACTTATTTTATTAATAATTTTCTACCTCTTTTCGACCTACGTG ACACTATCTTGTGGGCCCAATGTTGGTTGACTTTTTTTTCAAGCTAGTGCTACGTAGACC GAAAAGGGGTAGAAAATTACTTATAAAATAAGTTCAGTGGGGTAATAGGGCCTTAGTATA GTATAAGTGTGTCTGTGGGACTTCGAACATAGATTGAAGGGATACTTGTGCATTTTCCCT ATTGAATTTTCTTAAAAAGATTTTAAAATTAATGAAAATAAGTTTAATTCCAAGTTAGAA GTTGAAAATAATGAAATATAACTTTCATGGACATATGGGGTCATAATAAGACAAAGTTTG ATTTATTGTATTTTATTGAATGACAACATTGAATATTTTTAATATTAGGTATGTTTAGGA TCGAGATAGTGTTGATCAACCAACTGAACCTTTGTCCTCGTTTGGATATTAGGAAGGAGA GATCGTTCTAATTTTGTATGCAATCTTAGACTTGAAAATCTACGATTCTGATTCGATTTC TCACCTTATGATCCCTTTCCTATTCCCGTTCCTTACACCCAATTTTATGAGAAAAAAAAA TCACTTGAATAAGAGTATTAAAGTAGAAATTTGAAGAAATATTAAAAATAGTACTCCTTG TGAGAAGAACTAGAACAAATAGTGTATCTAAAACCCTATAAATAATCCATTCTATGTACT TCCTATTGAAGTAACATAAAAAAAAAATTTCAATACTCTCACCACCAAACTCCACTACAC AAGAAAGAAAAAAAAAAGTTTCATGTTTCATTTGTGTTGGCAATTTTTTTTTTCTTAAAA AAAATAGATACATCAATCAAATTATTATACATTTTTTTTTTCTTGTCTTAAAAACTTTGT TTACAAAGTTTTGTATTTTCCATATCATATCTTTTACAACTTCCCAACTTCAAGTTCCAT TTTGCCTCTAGTAGAAAATCTTGAAACATAAACCCTGCAATAAATAAACACGGATCATCA GAGGTGGACCCAGGATTTGAAGTTACGTTTTGAGTCAAATATCTGTAGTGAGTCCTTTAA TACATATACAAGAGCTATTGGATTCTTGTGAATGAAGAAAATGACTTATGTCGTACCAAA CATTAAAATGCTATGTGGTTAATTTGCTACTATTACTATGGAACCCCAGAAAGCATCGAG AAAATGACTTCTGTCATACCAAACACATCGTCTCACAAAAGAAGATGCGAGCTTACCAGT TGATAGGATGGGAAATCAGTGGAATTGTTCTGTCAAGAGAAGAAAAGTGAGTAGAGCAAG CAAAACTGCAGGCAATAAACCAACTTGGGATTTGAATGCTGCATGACTTTTGGGAATATT TGGTGGTAACGCGCATTCTTCACCGTTGAAAATCACCTTAGAAGGGAATCCATCTCCACC TTCAATGTTAGCATTTGGTGTATTTTTCTTCAAGAATGAGATCACTGATTGTTGTTTTCC AGGTACTTTTGGATCCTTATTAGGATTAGTTCCATTAACTTGTCCAACCAAATAGGTCAA TCCTTTCAAGCCTTGCATAAAAATCGTGTTGGATCGTTGAGGTAACTTAGTCCCATTGAA TGAGTAAACGTTTTCGTAGCCATCACCAATATTCTTCTTCATCTGAACAGCTGTGAACCA GTCTACAAACGCGTCATTTCCCCAGTTAAAGAGAGTCATACGAGCCGTCCATCCAGTTTT GTAATTGCTTTCCAAGTGCCAATTGATACTAACTCCACAGTTATCAGGACAGGGGAGTTT CTTTGGCATTGAGCCTAAATGCTTGATCCTGTTCCATTCTTTAGCTAATTTTTCCCTGTC TTGGAAAGGGACTAGAAGGGCTTGTGCAGGTAGAGGCAATGCTTTTCCATTCCCGTCACA TTTAGACGGCTGTTCACAGCCACAGGCACAAGTGTTGCAGGGTACAACAGAGTCGGTGTA GAAAGCTGAGAATGAAACACAGCATTTCGCCTGTTTTGGCTGTGGACGCGTGATGTTGCA AGTGATTTGCCAACTAGCAACAGCATTAAGAGTAATTCCGATTTTATTAGGATCAGGGAA TCCTGTTGGATCAACTCTAATAGGCGGACCACATTTGTAGGACGGATTGACTCTACCCAC GATATTCCAGTTCTGAGGCGGATACAGGGCAGTTCTGTTCATATCAGGAGGAAGTTTGAA AACTTCCATCTGGAAAATAGATCGAGCCTTAGTCCCGTTCATTGTAGTTGGCAAGAGAGC TCCGTTTTTGCAACAGAAAGGTAACTTGCCAAGTTTGTCATTGTTTTCCATTTCAGGTGG CAAATCGGATATGACTGGCTTCTTTTGGCAATTCATGACAACACTGAAATCGAAATCCTT GTAGTACTGTCCTTGAGGTCCGTAAATGCATTCTGAAGGATCCTTTTTATGAGTATACGC ACCTTTCATGCTATAAATGAACTCGTTCCTCATCCACTCCCACGTCAAATTCCAACGATC AAGACGTCCTAATGGACTGATGTTATCGATGGTTACCTGAGCTTGATACTTGTTCTCAAA CGCGGATAGAACATCATAGGTGAACGAAAGGTCTCCATTTTGACGTTCCATAAACTTGAT GGAAGTATTTTTCGGCTTGAACTTTGGATCCTTTTTGCAGCACATCTGCATAAATGTTTC TGCAAAATTCACAACATTTTCAGATGCAAACACTACTATAGTAATCAAAAATTCGATGAA CAACATTTTGTTTGATCTCTATAGTTATCGTGAATTCAATTATTATTGTAAAAAAAAAAC CAAGAATATACATACTGAATTTCTTAGGAGCAGGGCATTTGTATCCATCATTGATGAGAT TAATTGACTTGGGCATTGGAGTTGCTTTCGCCGGAACACCAAATTGCGTTCCTTTTATCT TCACCTGCGCCGCCATCTGAGTAAAATCACCGGCAGTTTCAATTGCCGTTTTCAGATCAG ACTGCGGGAACCCAGCCAAAACGGTACCGTTTTTACCGGTTTTTACCGGAAATCCGTCGC CGCCCATAGCTACAGCTCCTTCAGTAGAAATCAAAACCTCATTATGCTGGAATCCTATTT GAACTTTCCATGATTTGAGCTCAAATAGACCTGTATTTATCACCGTCAACATCGACGTAA AAGCCCATGCCTGTGCCGTTACGTTTTTCACAAAAGGATATTCCCTTTCCCTATTATCAA ACGCGTACGTCACGAATACACCGTCGCAATTCTCTTGCGCCGGCGGCGGCGCCGCCTTAA CCGCCTCATCGCCGCCGCCGTAATCCTGACCATTACATACCTCAATACTATAACAAAACA CAACTAGCACAATGCAATTGATCAAATTCATCCATGGTATTTTCATTCCTTCACTTCTTA CGATCATTTGAAGGAATATCAATGGCGGAAAATAGTTGATCCTTTATTTTTTATTTTATT TTTTTTCAGGTGTATCTCAGTTCAATTTTTTAAATTTTTATTTATTTTTTTCCGAGCGGA GACGGAAGAGAACGATGATGAACTGATGCCGCGTGAAAAAACACACGGCAATCAAATCGA TCAACTACGTCTCAATTTCAAATAAGTTGATTAATGTTGAATATGGAGAGAGAAAAATGT ACGATACATAAATATAAAAGATTATGAATCAAACGATTAAAACGAATTTTAAATGACTTG TTCAACGAAATATGTTCCTCAAGTTTATGACTATATTTGAGGGGGAAACACAAAATAGTA AGTTTACTATATATGTTTGAATTATTTTTTTATGGTTAGAAATGGAGTTATGGTTAATGT TGTAGAAGATTTTGTGATTTTTTTTTGGCTAATTTTTAGGAGGGAATGGAAAAGAAAAGA AAATAAATGTATTATAGATAGGGGTGAATTTTGATTCGATTTTATTAAATTTTAATTTGA TTTTTGAAAAGCGTACATCAAATAATGAACTAATTTAGTTGGATGTTTTTTCAAAATGAT TTGTTGATGTAAATGAGAAACAAAATAAAATAGGAATATTACATATCATCATATACTAAT TAAGATGTATTTTTTTATTAAATAGATGATATTCCAAATAGGAAATATAAAAAATAAAAT AATACTTCTAACTCATATGTATTTTTAATTATTACCTCCGAAAAGGAAAAAAATAAAGAT AAAAAAAAAACAGTCCAAATTTAAAATTGAATCAAACCAAACCATTCGACAAAATATAAA CGTACTTCATACCTTTAGCTATATGCACCCTTAACTTGCACATCAATGGATTACGTATTT AAAATTGAGGAACTTCACATATAGCCACTTAAATAGTTTAATTACTCTTCATAGCTATAG TTTGATAATTACAATTCGTAGCTACATGTTATATGAAGAAGAGAGACGAACGAGAGTGGG AGGGAGAGGAGAGAGGCGAGAGAGAAGGGGAAAAGAGTGGGAGAAAGGTGAATTGTATAT GTATATTAATTAGATAATTGTATATTATACATATGACAAACGAGATTGGGAGAGGGAGGA GAGAGGCGAGCGAGATTGGGAGCGGGAGGAGAGAGGCGAGCGAGATTGGGAGAGGGAGGA GAGAGAAAGCAGAGAGTGGGAGAGAGGTGAATTGTATATGTATATAATTGCATATTATAC ATATGCATTTGTATATATGGCAAGCGAGATTGGGAGAAAGAGGAGGAAGGCGAGCAAGAT TGGGAGAGGGAGGAGAAAGACGAGCGAGAGAGGGGAAGAGGTGAATTCCATATGTATATA GGTTAAATAATTATATATTATACGTATGTATTTGTATATTATGGCAAATTATACATATAC AAACTTGATTAAGTATACAAACTCGAAGTCAACCCATGTAATTAATGTATAATGTTAGTC GTGAGTGGTAACTATAACAAACTATAACTATGATGAGTAATTAAATAATATTAGTTTGCT TCACCGCATAATTTCCCCTTTAAAATTTACCATTTTTGTTTGATATATTGTATATACACA TCGACTTTTAATATCTATGTCTTTCAATTTTGAATGTGTATATATAGATATTTAGAGTTA TATAAGATTGACTAAACATATATATTTGTCGTAACTCGTATATGACATTTTATATGATAA TTTTTTGTATTGTATATATTACATCACTCATATATCTATTTGTTCAATTTTATATAAGTA TAAACTTCTACTTTTACGTTTATAATTAGAGGACATAAATCTCAGTTAAAGTCAAATTAC TACACATATAATTTAAAAGAATCATCTATAATAATGTATTATGCCAATTCTTTCATTGCA CTAAGCTTTGACCTATAAAATTCTTTTATATCTCGTGTTGAAAATATTATTATAAATATC GGTAAAATTATCATATCAATCAAAATCGACATAACTTGACAGCATGAAAATAATAAATTT ATAAAATTTCTATGCCGTCCCATATACATACATGTTGACTTATCGAGTAGAATAATTAAC GGATAAATATTTTCTGTCAAGAGATTCTTCATTTCTATTTTTTAGAACTCAAATATAATT TTTTTTGGTTAATGATGGAAAGATTAAAAAATCTTCATCCATATAAAACCTTAAAACATT TAATCTTATCACACCTAATTTCAAACATTTTGTGTATGTATGTCTAAAGTTGATATTTAT GCCCAAAAAAACCATATTTAAATAAATTTTAAATCAAATAATTGAATATGTGATAAACTA ATTGAATTATATTAATTAGTAAAGTAATTTAAATAAGAAATTTAGATTAGAGTTTTTATT ACTATTTTCGACCCGCCAGTTCCTCTCTCACCTCACGTCCATTGAACCGGATTATCGTAT CGGAAATTGCTTCTCTGCGTTTATTTCTCCGGTGAACGCCGGCGATCTCCTTCTCAGGTA GGTTTCGGCCTCCCTCTTCCACTCAACTATCGTATTTTTGTATTTTTCAATTAGGCATTA ACCCTAATCCAGTTTTATAATCCTGTATAATTTGTTGAATACGGATTGTTAAGCTTTGTG GTTGTGATTTTAACAAGTTAATTTGCTCAATTATGCCTCATTTCCAACTAATTTGAGTTT TTTCTGTATGAATCATCTGCTTATATGATACTAATTTTGAATGGATTACATTTATTTAAG CTATTAACTTTGGGTAAATGATTTGCCGCAAATCTGTTTGTTTAGCTGGCCTCAGACAGG TTATGTCTTGTGAAGCTTACTTTGATGGAGTTCAGTTTCTAATCGTTTTAAATTTAGAGG TTTCATTCATGTGAAGTCAACTTATGTGAAAAAACTCCAGATATCCAAATCACTCTATCC TAATTGTTCAGTGTGGCACCCGAGAGTCGAGAGTGTGACCTAGTGGTTAGTGAAGTGGAT TGAGCACTATGAGTTCTCAAGTATAATTCAGATAGAGGCAAAATAGTAGGTGATTTCTTT CCATTTGTTTCTGTTCTTGGTGGACAAAAAATTACATGTTTTGTTGGTGGAAGGTGGAAG ATATCCTGTGGAATTAGTTGAGGTGCGTGCGTGCTGGTCTATACACCACGATTATCAAAA AATAATAGTTTATTGTTCATGTTTTCTGGGATACATTAAGAAATTTGCAATTCAGTTACA GTGCTTTCTGTCTGTTTATGTATAGAAACTGAAATTTTAGTTCTTGAATTTCCTTGTGAT TTTGACAAGCTAATTTGCTCAATTATGCCTAATTCTAACTAGTTGAGTTTGGATGTATGA ATGATCTGCTTACATTCCACTCTTCAAGCCTATATGGCCTCAATATCAAATAGCCATCAA CCTATGGCGACCCTCTTCCTTTATCCGGCCTCAGACTGGATATGCATTGTGAAACTTCTT TTGATGGTGTTCGATTTCTAATTGGTTAAAAATTCAAATCATGTTCAGTCAGCTGATCTG AAGACTGCCTATATCCAAATCACTCTATTCTAATTGTATAATGTCAGTTCTTCTGGCCTA CGTTAAGGAATTTTCTTAATTGCGTTTAAAGGTTTTTTCATAGCTAACTTATTATGCTGA CTCTAACTTGTTTGAGATTGAGGCATATTGTTTGTACTTATCATACCTTGTGTATTGCTC TATCAGACAGGATACTGCACTGAGTATTGAAAAATGGAGGACATGTTGGTAGTGGTTCTC TCGATGCTTCTGGCTCTACTATTAGTTCCGCTTTATCTTTGGAAGCGCCGGCAAAATTCT CAGTCTTCCAGAGAACATGAAGATGAACCTCAGGTTGATATGCTTTTCCTTTTGCTATGG TTTTATGCAGCTTGTTCAGTTAAAAACGCGGTAACGTAAGAGGATTATTCTTGAAAGTTC TCCAGTACAAGGTGACAGGAATATGGGATTGATTCTTTAACCCTCCTAACTAGAGAATGA TCTGCAAGTGGGTATCACACCATCATTAGGGTTTGAGAAGATTATGAATTGATAACGCAT TAAAGTATTGGTATAACCATTTAGTAGTCCTTGGCCCATTTTATATAACAATATGTGGCT GGATATGATGAGCTTAAGATGTTAATATGAAACTAATTTTATATGAATGACAACGAAAGA AAATATCAGAGTAATGGTTATAAGTAGTTTGATAAAGTTAAGTTTAAATAGTTCAATGAT TTGACTTCTTAAAAGGTGTGAAAATTGTATAGAAATGTAATTATGCTGAATACCTTGGGA TATCCTGAAATGTATTTTATAAATCGGGCCGGAGGGAGTGCAAGACATCAGCATTAATAT ACTCACTATGGTGACATTAATGGAGGGACTTGTAAAAGGCACCTCAATGTTGTTTAATCG TCATTGTATTTTGGAGAAATGAGAAATTAACTCATCATTTAAATTTAGCAAAACCTGAAA CTTTTATTGGCTAAATATCAGGTTCAGCAGAGGGACACTGTAGTAAGAGCCACTGGAACG CGTCGAATGCGTCGAAGACCAGCTTCTTCAGCTGCTAGCACATCTTCAGCTGCAGCCAAT ATAGATGGTATTCTTTCCTTCATTTCTTGCTCTATTGCAACTGTTTGTCTAATTTTCTTC TGGTAATGTCTAATTATGTTTTTCTTTCCATGTCTGTATCACTTATTCATTTTTGAAATC CAAAAGACAATATTACTTTATCCAGGATTTTTCCCAGTAATTTTCTGGTTCAACTTTCAA GCTGGAGGGTAAAAAGAAATAGGCCACTATTTCTCACCTTGAGCCCCTGCTTCAAAGTAG AATATGCAAAAGATAAAACTACAGGAGGATTCTCCTTCCATTCTTAAAAAATGAGCCTAA TTAGCTGTGGCTTATTGGTTTGGCTATAATTTTGCTGCTTTATGTTCATCCTCATTGTGA CAACTTCATTTGTAAAGTTATTGCATCAAACGAGAAGTGAAGGGTTAACATTCGTGGACA AAATCATGCATATTGTTATGTTTCTTGGTACAGAGATGTATTTTTGAGTGACTTTTAGGT GGCCTAGCTCTTCTTGGCTATTGTCTCCAAACTGCTTTCCCTGCTTTAGGTGCACTAGAT TGAGTTGATGATTCACGATGACTGATTCATGTTTATATATTTTTTAAAATATGTGCAGAA CCGGTTGGCAGTGATGATGAAGAACCCGGAGATGGATATTATACTGCAAAGTCATCAAAG AAAAAGGAAAAGAAGCGTCAAGAGCGGGAAGCACAAAGACAGGTATCTCAGACTTTAAAG CATTTACTTTTTAGGAGTACAGGCATTTGCAATAAGTCCTCTCAAATCATAGAAATATAA AGAGTACAAGCTTTTCCAACAAAAGACACAACATTTTATGCATTCAAGTTTGCTAGGTTA GGTCTTTGACGCAACTAAGAAGATTAGGTAAAAAATATAGATAAGTTTAACAAATACTAA GATAGAAATGGAACAGTACTATACTTCGAAGAAAATTAATTATATGGAACTGAATCTGCT TGGTGTGCAAATTGTCAATTTTTACCTGGTTGCTTCCCGTCACTTTGTGGTTGGGGTAAT TTATCTCATATCTTGAGGGTGCAAAAGCTAAAGAGTGGAACGATTTTACACATTTTGCAG TGTGTTAATAGTGGGATTCTCCGTAGAATTAAGTCTCCCTTTAAGAGTCACGAATACCAT CTTAATGACTTTAGTTATACTGCATATGACTTGTCTTTTAGCTTTCGAATCGATACAAGG AAGGCTGTGGGAACAACACTACTATTTTTTCTAGGAAATGTGCATTTCTATCGCATATTG CAACATTTAGAAATTGAAAAATATCAGGGTTGGTCATAATCCTTCTTGTTGACTATATAG ACTGAAGAAGCTGCTCGGGAATCAAAACAGACAAAGCAAAGCCACTATGACGAAATCAGG AGGAGGAAGGAGGAGGAGCGTGAAGCTCTAGAGCGTGCACTGGTAAATATCTGCCTGTGT GGAATCACTTTATATATTGCAGAATTCTTATGAGAGAACTGGGATAATCTGTGTAGGAAG AAGAAGCCAAGGCTCGACAGGCCAAAGAGGAAGAAGCTGCTGCATTAGAGTTTGAAAAAT GGAAAGGTGAAATTTCAGTTGATGCTGAGGGAACAACTGAAAACGAAGTTCAAGATGGAA GCCAGGGTCTACTTTTTGATTTTGTGGAATACATTAAGGTAATTTCAGTTCATACCAGTT AACTAATGACACACCAAAGATTCATATGCTATATCTACATCTTTCCTCTTCTTTTTCTTT CGCCTTATGGTTGCGGTGAGATCTTCTCTTTCTTGATAAGTACATTTTCCTCTAACAGTC TTAATTCTCAAAAAAAGAAATACATTTTCCTCTAATTCACATTAGAATTATTAACATTCG TCTTAACGTACTTAAGCTTGTACAATAAATTTATGGTCAGAAGATATTCGCGATTTGGTG AAATATATTGACATGAGTAGGTCAAATCTTTTTACATGCAGAAACACAAATGTGTGCCTT TGGAGGATCTTGCGGCAGAATTCAAGCTGAGGACTCAGGTAATCACTTTTTTTCTGTTAC CCATTTCTGGATGTTGGTCACCATGTCACTTTTTTTTATTGTATAGAATAGTGCTCGGCA TTTTTGGTTCTCTAAAAAGGAAGCCAGTTCTTTTGCTGTAGTGAATTGTTGAGTCATCTT CGTACACTTAAAACAAGGATATATAGAATGTGTTTGGAATGGAAATATTTTCTAATTTTC CCATGGTTGGTTGTAGAAAAATAGTTTTCTTAAAAATGAGGAAAATGACTTGTATGTTAG TAGTAAGGAGCACAAGTTCCATAAGTAACATTTCACATTGATCGTCTCCTCCCCACCCTC ACCCGTGCCACCCCACACCTTTACCCCCAGCCCCACCACTCGTAGTATTTACCCATAGAT TATACGTAAATGTTTTTGAGACAGTATCGTTCATTTGCTTACTGAACATCATAAAATAAG TAACAAAACCACTTATATAATTAATTCTAGGAGAACATTTTCCTCCACACTAACACACCC GTAATGTTCTCGTGATAAGCTAACCATTATTCTTGTATCGCCCTCTCATTACCATTACTG TTTATTTCGTAAAATGCAGGAGTGTATCAATCGTATCAGCTCACTTGAAGAAATGGGTAT CTCCTTACCTTATCTTAAATTTTTTATCAAATTTTACTGTTCTTTCTTGAAGCCGTGAAT TCTTGTTCTCTCCACGTTGACTGAACGATAGATTATTTCGTTTTGATCAGGGAGACTTTC TGGTGTCATGGATGATAGAGGGAAATACATATACATCTCACTAGAAGAAATGAGAGCTGT GGCTGACTACATTAGACGTGAAGGTAGGGTGAGTATCTCACACTTAGCTAGCAAGTCTAA TCAATTCATTGATTTGGAACCAAAAGTTGAGTTAGTTGAGGATATAGGCAGCATCGAGGA GGAGGCAGTTGTTGCTTCAGCTTAATAAACTTGTTGTATGACTAATTTTAAGAAAAATCA AAGCTTAATAGACATGCTTTACCCTAATTTACATGTATTTCCATCTCCTTTCCTTTCTAG GACGTGTTTATTGATCAATTCGATATTTTTGTTTTTGTTTTTTAGAAATGTCATACCAAT GCCATACAGAAATAAATTCGATATGGCTTTTTGGGTTATCGTGGATCTAGGGTCAAATAT ACACTTTAGTTATCTTCTTTTGTTGAGTTTCATACCTAAACTATCAAATTTCCTATCTAT ATCATCGCTAGGTTTATAACACCAACACATCTCAATTAGCTATTGTTCACTTTTCCTACC TAAAATATCAGTAATTGAAGGAAAATTGAACAACTGGTACAGTTATATTGAGATAAATAT TTGGTAATAACTACATAGAGAGCTCACACCTAATAAGCCAGTATTAATCTTTGAAAGTCA AGTTTAATACATTTTTCGAGTTCCATGAAGAAATTTACCAAGCTTCTCTTAAAACATTTT TCGTGTACGAAAATAGAATTCATGAACTAAATTTTCTGGTATGCTGGTTCATGACTTTTT ATCAGACCACATTCGATCCAAATTTAATCAGGTCTGGTCAAAAAAAGGTTTAAGGTCACA AATAACCACAAACGGAACGATTATCGTTCACGCAATAAGAAAAAAAAGAAGGTAAAACAG GCATACCACCTAAGAAAATCAAACATGCACAAAATGCTAAGCAACAACTGAAAGATAGTA AAGCCCATAGTTCAGTTCTATTTGCACACACACCGGTTGTTCCGGAAAATACAACATTAT CCATAGCTACAGCTACTGTGCAGAGTTGTCGACAATCGACAAAGTACTATAAATAAAACC AGCAGAAAGCTAACACTAGTAAGTCCCTTTTTCTTTTTATAAATCACTAGTTAACTTTAT TATAATTTTACTTGGGATAGCATTTTCTGCATTGACACGACAAATATAAGAACTGCACGA TGATTGATGAAGGAAATCAGAAACCATGAATTTTGATGTGTTCTTTCTTCACGATTCCAG CCTGTTTCCAGAAAGTTAAAAAGTCGAAGAATTGTTAGCAACTATCAAAATATATTTTCA CGTATCAAAAGTGGATGCAAGGATAACGGATTTAGCACAAATATCCTCGTGATGGTAGCA TATACTAATAATATGAACACAAGTGAGAATTATTGATGCAAAGAACAATCACCTGGACAA GAAATGTAGAAACGTTCTTTCTCTGATCACCCTGGAGTTGAATAACCTGTAAAAGTTCGA TTATGTTTACACACAGCACTTACATTAGTAAAATGTTGTAACACATTGATAGACAGAGAT ATCAATCTCGCCAACACGAACCTGGCCTAGTTCTGGATCCTGGACAACAGTACCATTGCA GCAAAACTCTTTCTTAAGGTCCTTTAGTATTTTATTGTAGCTGAATTCTTTCTTCAATCC TTGCACAGTTGTCAGGCTTTTCCGACCATTTCTTTGTTGTATGCGAATGTGTACATAATC TTTTGTCCCAGCTCCAGAATTATCAGCATTTGCCTCAGCAAAGGGATCTAATGAAGACAT CAAAACAAGGACGAATGAATCCTTTACGAATCATAATTGGAAAAAACCCACCCACAACCA AACCTAGCGAGATGATTTAGTTATTTGCTTCATTTGCATCTAATCCGACAACCAGCACTA TCCCAAAGCAAGTTGGCACAGCTATATATAGTTCACACTAACCATGTAGCTCCATTTGAA CTAAAAGTTGTCACTAGCAAATCTTTAAAGTGATCTTACAAAAAATAAATACCAATTCAA CTGAGAATTAATAATACATCAGACAAGTCGCATACCAAAAGCAGCGGGAACTTGGAGGTC GAGATCAGACATGAAACTTTGCTGAGAAAAAAGATAAACTTGCTCAAATCACCAAACTTG GATGCTCAGATCTAGCGTAGAAGAGAAGATTCATCAATTATACAAACAGAAATCATAAGC AAACTTCCCCACAAAGAGGAGCACATATTAAAGAGATGGCATCAAGCAATATTGCAGGAC AGAGACACCAATATATCAGGCATGAAACCCTGTCCAACAACTAACATAAGGCCAACAAAA CAAACAAAAAAAATATTACTAAGTTCTATATTATGACGCCAAAAAATCTACAAGGAAACA GTTCTTCACAGAAAATCTGGTTCATTCAAAGCGTGATCACAACAACAAATCAAAGGAGTT AAAATAAAAAACATGACACAAAAAAAGAAGTTAAAGACGCCCTGAACATATCTTTTGCTT TAAAATTGAAAACAACTAGACAAAGATACTGACAAGATAATAGTTCCTCGAAGAAACTTT TCACAACAATGAAGCAATGAAAACAGGCGGAATTAGCACTTAAAAGTATATAAACTTGAT CAGATATGCCCTTCGTTAATAATTTATTGATCAATAGTTGATCCAATCCAAATATGCAAT TGATTAAACGATTAATAAGCAGAAAAGCCTAAACATGCCCTTAAAGTATGTCAAATTGAA CTGTTATTCCCTTCGTTACAATCACAAACACCAGGCTAAATGCAAATCAAATTGTTAAAT AAAATTCCCAAAAAAGGTAAGAATTTCAAACAAAAATCCGATTCTCTATTAGTTCAGTGG ATCCAAGGATAAAAAAATTACCACACCCTAAGCTAAAGCCATAGCAATCAAATCACTAAT AAAATTCCCAAAAAAGAAGCTAACTTTCAACTAAAAATCAGATTTACATCACATCTAAAA TTTAACAAACACTAAACTAAATCTATTAAAATCATATCACTTGCGAAATGAAAATTCCCA AACACAGAACCACAAAAACAGTTAATTTAGCAGATCATCAAAAAAATACAGACACATATG TTCGCTAAGCTCAAAATCCCCCCCAAAAAAAAATCTTTCAAATAAAAATTCAGTTTTTTC TATATTAAATTTTAATTTAGCACATCAAAAGTCTAAATCGAATCACTACCGATCAAAATT ACCCAAAAAATACATAAAAATCAGATTTTTATCACATGTAAAGACTATAAATCAGTTTTT TTAAGCAGATCTAAGGAAAATCAATATTAACAAACAATTTGCAATTAAAAATTACCTGAA AAATTAGGGTTTTGAGAGAGACCCTTTACAGATTCGGATAAGTCTCGAGCAAAATAAAGA GAAATTAAACTACATTGAAAATTAATAGAGCTTTCGGGTTTTGGGCTTATGTCGGTTGAG GACTTGGGCCTCATTTATATTTAATTGGGCCTTACTCTATCCCTATTCTTTTCCAAAAAT CCCCTAAAGGAAAATGACAGAATTCTCACATTTAAGTTTTCTTATTGTCATTATTTTCAT TAGTATTATAAATTCACAAAATTTCTTATTTTTTGTGCATCAGACTAATGTATCAGCGGA TCAGATTAATATATTTTGCGCCTCAAATTAATGTATCAGCGCATCAGATTAATGTATCTC GCCCATCAAATTAGTGTATCATGTATAAAATGTAATGTATCTTAATTAATGATTAATGTA TCTCGCGTATCAGATTAATGTATCGTCTCTTATATTATTGTATCAGTTTGAAGGATTTCT GTAGCTATAAACTATAAGGAACAAATGGTAATTTTACCTTAAAAGTATGTGATTGTTGTC ATTTGCCCAAAAATATAAGGATAACATATACACCGTCAACGTCTCGGTACATTACGTTTC GATATATTATTTTGTTGATATAAGCTATATGTCTTGTTACATCGTTCAACATCCTGATAC ATTACATATATGTCCATGGACGTCGCATAAGAATGATGTATCCAATGCAATCAACGACGT TGAACAATGGGATGCTCGTGAACCTATTATTTTCGGAAAAAAGTTATAATTATATCTTGA GAAATTATTAGTTATTTAATAGAAAAAAGTTCGAAATATTTTTAAATTATGTGAAACTGA ACAAAAATGTTTTCAGTCAATAGTTTAGTATAAATCGTCAATATTTTGGTCTAAAAATGT TTTATTATTCCTTTTAAGTGAGTAAAAATTTTTAAGTGATGACATAAATATATTTATTTT TTTTTTTCAAAATTTAAAACAAACCCACAAAATACAGAAAAAATAAAATAAGAGGTTTCT TTGAAGAATCCGAGAAGATGAGAGATCAATGGATGTTCTATATAATTAACAAATCTAACA TGAAGAATATTCAAAACCAACAAACATAGTTGCCATACTAATTTCAATTTGTTGTTTTAT TTTGTATGAGGTGTTTGAGTACGGAAGCCTGACTGATTTAAATTCGTGTTCATTAGGGGA TAGTAATCATATTGGATTCAACTAAAAGTGTTCCTAATAAAACAACATTCATGCGTTGTG CTCTTATCAGTAGACTTAAACCATACAGGTGTTTACCTTAGAAAATCGCTCAATTATCAA AAAGAAAAGAAAAGCACAAAATCAACACAGATAATATGTCGAAATGGCCAAACGCCTCCT ACAAAAGAGATCATATTGATTGATGACTCTTCCAATCCGGCGAAATGGAAAGCTTTGGCA TGTATCAAAAAGAAAAAGGAGTCAATAACAAACATAAGTAAACCAACCTTGATGCCAAAC ATAATTAAACCAGACTAGTTCCTTATTATTCACTATAAGAAAAACATGAGTTCACAACAC ATCACAAGGTCACAAGTAAACAGACTAGTTCATGAACAAACACAGCAACAGACAGACACA AAACACCAACAGCAACAGACCCCTTCAAAAACCACCACGGAGACGGAGGACAAGGTGCAA AGTAGACTCCTTTTGGATGTTGTAGTCCGCCAGAGTCCTTCCATCTTCAAGTTGCTTCCC TGCAAAGATCAGTCTCTGCTGGTCCGGTGGGATTCCCTCCTTGTCCTGAATTTTAGCCTT CACATTGTCAATGGTATCAGAACTCTCCACCTCCAAAGTTATGGTTTTCCCAGTCAAGGT CTTCACAAAAATCTGCATACCTCCCCTGAGCCTCAACACAAGATGAAGGGTTGATTCCTT CTGAATATTGTAATCGGCTAATGTCCTTCCATCTTCCAACTGCTTGCCAGCAAAAATCAA CCTTTGCTGGTCTGGTGGGATACCCTCTTTGTCCTGAATCTTGGCCTTTACGTTGTCAAT GGTGTCGGAGCTTTCCACCTCAAGGGTAATAGTCTTGCCAGTCAAGGTCTTCACGAAGAT TTGCATTCCACCTCGGAGACGCAGGACCAAGTGAAGGGTTGACTCCTTCTGGATGTTGTA ATCAGCAAGGGTACGGCCGTCCTCAAGTTGCTTTCCGGCAAAGATCAACCTCTGCTGGTC TGGTGGAATACCTTCTTTGTCCTGAATTTTGGCCTTAACATTGTCAATGGTGTCAGAACT TTCCACCTCAAGGGTGATTGTCTTGCCAGTCAAGGTCTTCACAAAGATTTGCATCCCACC GCGAAGACGAAGGACCAAGTGAAGGGTTGACTCCTTCTGGATGTTGTAATCAGCAAGGGT CCTGCCGTCCTCAAGCTGCTTGCCCGCAAAGATCAACCTTTGCTGGTCTGGGGGAATGCC TTCCTTGTCTTGGATCTTAGCCTTAACATTGTCAATGGTGTCGGAGCTTTCAACCTCAAG GGTGATGGTCTTTCCAGTCAAAGTCTTCACAAAAATTTGCATTCCACCACGAAGACGGAG CACCAAGTGAAGGGTTGATTCCTTCTGGATGTTGTAATCAGCAAGGGTCCTGCCGTCCTC AAGCTGCTTGCCCGCAAAGATCAACCTTTGCTGGTCTGGGGGAATGCCTTCCTTGTCTTG GATCTTAGCCTTAACATTGTCAATGGTGTCAGAGCTTTCAACCTCAAGGGTGATGGTCTT TCCTGTCAAAGTTTTCACGAAAATTTGCATGCCACCACGAAGACGGAGCACCAAGTGGAG AGTTGACTCTTTCTGAATGTTGTAATCAGCTAGAGTACGACCGTCTTCAAGCTGCTTTCC TGCAAAGATCAGCCTCTGCTGGTCTGGGGGAATGCCTTCCTTGTCCTGGATCTTGGCTTT AACATTGTCAATGGTGTCTGAGCTTTCCACCTCAAGGGTGATAGTCTTTCCAGTGAGGGT TTTAACAAATATCTGCATCTGTACACAAAATTCAACAAAATAAGCACACATACTCGAATA GACACAGACATGACTCTATAAAACGAGATGACAGATTAAAGTTGATATTTCATATCACAA ATCAAAACCCAACAGAACACCATTCATAATCATCATCCAATAAGAAGGCTTCCAATTTTT TCAAAACAAAATAATTGACAGGCTTTAGATCATAAACACAGACCAAACAACACAAATAAC AGAAATTTAAAGGGATAAGCAGAGGCTATTTTAAAAACCACACAAAATTCAACTTGGTGC ATCAACAAAAAATTGAAACCAAAATCAAGATTGAGTTCTTACAAATAGAAATAGGAAGGT TCTTTATATCATAAACAAACAAACAACAGAAACACACAGGTCAAAAATACAACAACAACA ATATAGATTGTGCAAGTGATCCCACAAGTGGAGTACGGAGAGGGTGTATGCGAAATTGCT ATAGAAACTCAGCTCACACAAACAAAAAAAAAACAGAAAACGAAATGAAGCAGCGGCTAT CATATAACCAAAACAACACATACAGAAGTTGAGTCAAAATCAAGACTCAACTTTTCAGAT CATACTTGTATGGTTTTTCAGCTCATAAACAAAACTAAAATACAATCTTTTTAGATCATT AAAAGGTTTCCAAGTCCATAAATACAGAAACCTAAGGCACACACCAGGTTGAAACAAAAT CAAGATTTAACTTTTAGAACAAAATTAAAAAGCCCTTTCTGATTCAAAACCAGACCCAAA CACAACAAATAACACAATTAACAGAAAACTAAAGCATACAGAATATTGAAAACAAAATCA AGATCCAACTTTTTTAGATACCCAATAAACCAAATAGCACAAAATACAGAAAATTAAATC ATACAGACACTCAAACAACATAAAGATTGAATTTTTAAAACAGATTCAAACACCCTTTCT GATTCCAAACACAGACACAATAAACAAATAGCAAAAAAATACAGAAAATTAAAGCATACA GAACACTAAAACAACATAAACATTGAATTTTTAAAACAGATTCAAACACCCTTTCTGATT CTAAACACAGACACAATAAAAAATACAGAAAATTAAAGCATACACAGCACTCAAACAACA TAAAAATTGAATTTTTAAAACAGAATTCTGATTCTAAACACAGACACAACAAAACAAATA GCACAAAATATAGAAAAAATAAACAAAAAAACTAAAAAGAAGGAAAAGTATACCTTGAGA GGTTTTTTTTCTGAAGAATTTGAAGAGATGAGAAATCAATGAATGAATTGGGGTTACAGA GAGCCTCCTTTTATAGTTGTTAATGGCCAATTTGTGAAGAAATTGCCAATGAAGTAACCA ATAATAGTATGACACGTCTCCTTTTCTTTGATCGGTGGAGAAAATTTAGGTGCCGTTTGG ATGGCAACTTCCTATATAATAATCCAACAACAACAATATTCAAATCCAACCAAAGTAGTT GAGACATAATTATCAATTTATTTTATTTTATTTTATTTTTGAGCGAGTATTGGAGTCTGA CTAAGTCAAATTTCTATCACGTGAGATCTATTTAGGTGTGATATTCGTTAGAATTCGACT AATTTAAATTATGTTAGGAAATATTTTTCGTACTTAATCGTGATATGTGTTATGAAAGGG GCAACTTCATCTGATGGTTAATCAAAATAATTATTCTACCAATAGTAAGTTCGAATCACA CAACTCGATTTTAGGATACAATATCTCTAAGGTATAAACTTAAAAAATTAAACTTTACGA TGCTATAGTCAAAAATCTTAAACTTTGAATTGAATAAAATGGACTCAATTGCACGATGTT CTAAAATTTTAAACTGAAAAATCTAACTTCAACTGATAAGAAGAAAAAGAAGCAATATTT GAGCACTAAATGATAGTGGGTTGTAGACGAAACTATTATTTTCTTAATCAAAGATCTTGA TTTTGAGCCTAAAGTGTTGTGTATGAAAAAACTCTTGATAGGTGACATTTCCCATGAATG AGCTTTATATATCACAAATACAAATTAATGGAACTTCAATACGAGTATCATTCACGGTAA GAAAAACAAAAAAAATATATTTACACTACTTGACTTCGTGTTTAGGAGTTTGTTTGTTTA GTACCGCGTTGTTTGCTTCTCACCCCTTTCTTCTACATTTGTGTAGGTTACGAACCTGAA TTTTTGTGATAACCTCTCTTCCTTCATGTCCGAGTAGAGATTTGTGAGGTAGTTGTTTGT CATTTCATCCGACCCTCTTAGTCATATTTATGATCTTGTTCTAGTTTAGAGACAAATGTC ATTTGAGTCTTGTATTTTCTTTCAAAACAATTATAATACATTAGGGCTTGTACACGCGAC AACCAAGTTTTAGATATATTATGAGTATGGTTAAGTTAAGCGCATATATCTTATTGTGAC TTTGCTTTTCACGTTTTATCTATCAAATTAAATTTTAAGCTAACTTGTCGTGGTGGGATA AGACAAGTAACGTTATATTCATTTTTGGATCGTGACATTAACCACCTTATATTTTACACC TAAATCACAAAAGAGGTCTTGGTTTCGAAAATGAATACTCGATGTGTAGCGTTTCTTACA AATAATCTTTACGTGATGCGTATCTGAATTAATCAAACATTAAATTGGATTAATTTTTTT TTTAAAAAAAAGAAGCAATATGTGGTCATCTATTAAAATTGGGCTAAATCTCAAATAATT TGCTTAAAATATAAACAAACATCATAAAAGTGGCTATCTTATGCAATATTCTCTCTATTT CTACAAAATCCATTAGCTCACTCATAGTTGATCGGAAAAAATCAGCACCAAATTCTCAGA GCTCTGATAATGGCTCCCGTAGCTCCCAGATCCGGCGACGCCATTTTCGCCAACGTTGAA CGAGTGGTAAGTTTTCCTTCAATTTGAGTTTTTCAGACTAAATTTGAGATTTTTTTCGAT TAAATTGGAACGAGTGGTACTAAATGTTGGATTAATTTTGTGGGTCCTCTGTAGAATGCT GAACTTTTCACCCTAACGTACGGTGCGATCGTGCGACAACTGCTTACTGATCTGGAGGAG GTTGAGGAAGTCAACAAACAGCTTGATCAAATGTAAATCCTTTACTTGTATCTTTTTTTA TGTTGCGGCTCAATTTATGTGATGTAGTTTGACTGGAACGTAAGAATATGGTAAGACTTT GTAATGTTTCAACTATACTTAAAACAAATAATCTTTAAATAGAAGTGTGTAGTATAAATT GGGACAGAGGGAGTAGGTAGTTGTTTTGATAGCCTTATAGAACTTCGAATTGAACTCCGT CTATGTGATCGGAAGCATAGATAAAAAGGAAAGAAATCACCTAGTGTTTTTGTCTCTCAG TTGTGTTGACTATAGTAATTGAAGGAGAGAAAACTAGGTAATGCGCTTATTTGTTTTCCA GGTTGTGGGTTTTTTTTAGTTGTTTTGTTAGTTTTATAGAACTTCAAATTGAATTTCGGC TATGTGATTCGATGCCTAGTTAAAGAGGAAGGAAATCACCTAGTGTTTTCGTCTCGATTG TGTTTACTATAGTATTTGAGGGGGAGAAAACCAGGTGATGTATTATTTGTTGGTCTAGGT TGTGGGCTGGTATCGTTGTTCCGTTATTGTTATAGAACTTTCAGTTGAACTTAGTTATAT GTGATCTGAAGCTGATATGAAGAAGGTTGAAGAGCTGACCATACATCTTGATCAAATGTA AATCCTTTATCTAGTTTCCTTTCTCCCCATCAAAAATTATGGTTAAAATGTAGTATTTGT TTTCCAGGTTGTGGGTTGGTAATAGTTGTTTTGGTAGTGTTATTGAACTTCCAATTGAAC ACTATCTATGTGATCCGAAATCCAGAAAAATGGGGAGAGTCAAGGTTTGAGTGAGTCGAG TCTATTAATGATGTATCCTATGAAATGAGCTTAAATGAAGAAGTTAGGTTCATATAAGCC GACCCCAATTTTTTTAGAATCGAGGATGATTGTAGTTGTGATGAATCATGGACTGGATCC AGAGGATCATATATAGCTCACTTTAGTTAGGATTGAGGCATAGTAGATTGATATCGAATG TAATTGTCTGTGGAAATTTAATTTAACTGTATTGGCTCGGAAGTACACAAAATTTGAGAA GTTTAACTGATTGCAGGGGTTATAACATTGGAATTCGGCTCATTGATGAGTTTCTGGCAA AGTCTAACGTATCTAGGTGTATTGATTTCAAGGAAACAGCTGAAGTCATTGCTAAGGTCT CTCTTCCCCCTCCAAGTTGCATTATATTTAATGTGTGTTGGTTTATTATGAAGTTTCAGT TTTATTTTGGAATAGTAATTCTGAATTCTGATATCCCACACATGCCAGTAGCCAATACAA ATCCGAGTTGTTCAAAAGTATCAGAAGGAATACTATGGAAGTGTAAATTTTAATCAATGT TATGGAGGTTAATCACCGAGATGTGATAAATGGAATGACATGGACAGTGAAGATTCATAT AGTCAACCGCAACTTACTTGGATTGAGTTGTTGTTGTTGATGTGGCAGTAGATTTGAAAT TGAAGTAAGAATTGAGGCAAAAGTTTGAAACAAGTACCTTGCTCTGGAAGCTGTACTGTT ATGCTGACTGCCAAAGCCTTGTTCTCAAATAATTAGCAGTTTGACTTGAACAACGAAGTA AAGAGCAATTTTGGTCATGTGGTTGTAATCCTCGGTTTCTCTATACAACTGAATAACTCT TTCTTCTTTTCATCTATTAAGGGGGTCATGTAAATAGTATGTCAAGTGAAGAGAAAATGC ATAAAAGAGCATATAAATTTTACAGAATTAGCTCTTCATTTTTCAAGCCTCTTTATAGTA CATAAACAAAGAGTTGATCAAATTAGAAAAGGTGTATACAAGAGCATAACTTCTTTCTTT TTTTAATAGAGATTCATGCCACCATTTTTCTTCAATCATTTCAAAGTTGAGAAATATAGT TAACCACTAAAAAAGTTAGAAACTATGAGAGATTTGTGTGAGTGTGTGCGTGGTTGGGGG GGGGGGGTGAAGAGCCACGGGAATTTCCTGGAGGGTGTATGGTCATGGATTTGCCCTGGG TTTCTAAGCAAGCAGAAGAGAAAATACGGAGAAAGGGAAAATAGAGAATGAGAGTGTGGC TGGTCATTCTTTGCCCCCTTTTTTAGAGGGATTGTTGTCACCCCTAGGATATGATACTGA TGATTCTTGGATATTTATTCCTAGAGAATCCTCAAATTTAAATATAGTGAACGCTACAAG GATGGATAAGTTTTATGGACCTTAATTCAAATTCTAAATGTTACTGTGAATACAACCACC AATGATCCTTTCACACTTTGCTCTTTAATGGAAGATTGATGGTGTCCATGCCTACAAACA CACATACACAAAAAGTATGCAGAAGGATGTATTAAATGCTTTTTTCTCTAGCTTATGTCT TTCAGATGTTAGCAAAAAAAGTTGGGAACGAATCTCCTAGTTGGTTTTATGGGTTGATCA GTTTATATTGTTGTTTCTCTGCCAGTATTCATTGGCAGTGAGCAGAATATATAGTTGTTT GTGTGTCATATTTGAGCTGAGCATCTCCACTTCTTACTACCCTTCATATTCTCAAGTTCA TTTTATTAATAACATACACTTAGACGTAGTTGATCACCCTTTCAAAAATTATGCTGAATT TTTTGTTTTAGGAAACATGATTTCTTGCTGCTCATATGAACAGGTTGGCCTCAAAATGTT CCTAGGTGTCACAGCAACTGTGGGAAATTGGAATGCTGAGGGAACAACGTGCAGTTTAAT TCTGGAGGACAACCCCTTGGTAGACTTTGTTGAGCTCCCTGATACATGTCAAGGTCTATA TTATTGTAACATCTTAAGTGGAGTAATCAGAGGGGCATTAGAGATGGTGAGCTTCCCCCC TTCTATTGCATCTGCTAATTACCAATTTTCTCTTTACGTTGGCCTCACACAACATACATG CTTTGATCACCTCTCCCTCTCTTTCTCTGAGAAGAAGACACCTCTTATAGATATCAACAC ACGACGTCCTCATTTACTGTCAAGCTTTAATAGGAGTTACTAATGTGACTTGTCTTCCCT ACTGAAATGGCGAAAAGTGTGCAATTAAAAGGGTGTTTTTCCTAAATAGAAACATTATGA ACTATGTTACATTGTTGTCATTTTACTTTGCTTTCAAAGTGTCAATCTAGCAGTGCATTG CATTCCTTGTCTATTTCATGTCATACTTAAGTCAGGTAAGTTTATTTTCCAATCTTGCAG TCTCTCTAACTATAGAAATGTTAGATAGGGATCTTTATAATCTATCTGAATTGTCTCCCC TTGGTCCATTAGTAATCGTTAGGGTTTAGTAGGCGAGTTGCTGCAGGATATGAGAAGCAA ATATATACTATACTGAATACTGTATAATCTTCTTCAGTAAGGGTGAATTGAGAGTGTCAC GATTATTTTACCTATTATTGGAGCTTCAAATTTATCTGTGTTTACCTTGTGTTCAGGTGT CGATGAAGACTGAAGTCACATGGATCCGTGACATGCTTAGAGGCGATGATGCATTCGAGC TGCAGTTGAAACTTCTGAAGCAAGTTCCTGAGGAATATCCTTACAAAGACGACGAGTAAC AGCTGAAACTTATGAATTTTGTATTACTTCTTCTCGTTCGATTTTAAAGCATCGTGTTGT GTTATCTGGGAATATTAAGCTCCCTTTACTCTCCTCCATTGTGATAAAACAGTTATTTTT AGTGTTTACTTACAATGTTAATGATTAGCAGCTACCTTGAATTTATTTTGCATCTCTTGC AGGTGTTCTAAGTTTCTTTTTTTTCTTCTTCTTTTGTTTTTGTTGGTTCGACTTTCATTG TTCGTATCCGTTCTAGTCTTGATGAACATAGTTACTCGAAACCTGTTGTTGATGGGTGGA AATCGGTCGATATCCTGTGAAACTTTCATTGTTCGTATCCGTTTGATGAACATAGTTACT TGAAACCTGTTGTTGATGGGTGGGAATCGGTTGATATCCTGTAAAACTTTCATTGTTCGT ATCCGTTCTAGTCTTGATGAACATAGTTACTTGAAACCTATTGTTGATGGATGGGAATCG ATCGATATCCTGTAAAATTTATTGAGATGTGCACAACCCAAACTGAAACCACTCGGTATA TTCTTGGTATAGTTAGAAGAATTATATTTTTTTCCGTACTTCAAGGTTTGAAATTGAGAT CTTTGATTAAGGGAGAAGAAATTTAATCTGTTGCGTTACATCCTTTGATATAGTTTGAAA TTTCAACGATTTTTTTCGATTTGTCCTATATATGTATGTGTTTATCTTTGTAATATATCA GTGATTGCATTTAGCAGATAAAACATCACATATATCTATATAGTTACATGAAACGGTAAC GTAAAATTCACGATATTTTCTTCTATAATAAGACTTGCAACTTGTGTGCATCTCAAAACT ATTAAATCACATATAACAAGTGAATTGTACAAAAAGTACACAATGTACATACCTGTTAGA TATTTCGTATGGCGTACAATATATCTTAAGATAAACATTTCGTTCCAAAAAAATCTTTAC ACCATCAGTATATATAAATCTAAATTAAATTAGTTTATTAGACCCAACCACACCATGATT TGCAGATAAAGACAGTCCAAGAAAGTAAGTAAAGTAGACAGTAGCCAGTAGGTCATTGTC CATTTAGAAACTCTGTACAAATCATAGAAAAAAGCCCAAAAATTCTACAATATTTCATAA CTTCACATGAAGGCAAAGTGAAACAACACCAAACTATTTTTCTCCAATCTAATTTAAACA CTTGTAAAAAAAAAAAAACTTTCTTCAGTCCCACCTTCAAAAATCAAAACCAACAACATA TACAGCGTAGTTACGCAAATGCGGTCTAGGAAGAGTGGTATGTGTAGAACGTAAAGAGGG TAAAGAAGTTGTTTCTGATAGATCCTCGGCTCTGGTTAAATAAGTTTAAGTAAGTTTTAA ATAGGAAATACAGTAGTGAAGAAGTTATATCGAAATATTAGAGAAAAAGCAATGGCAACA ACGAATAATATGATAATCAAAGCAAATTAAATCCACTAATCAGCTGCCACCTTTACTAGT CTTATATTTTTTTTAAAGAAGATTTCACTTATATACACTGACAATATATTGTGCATAATA CCATTCACACATACATAAACGGTATCCTCATTCACACATTCTATTGTGCATAAAATCATC CGCACATACATAAATTCCTACGTAACATAATACAAGTATTATTTAAAATCACCAAAAAAG AACATCGGATTAGTTACGAGACAATTATTTATTATACGCTGACAATGTATAGTAGTTAAA CTCTGAAATGAACCAACAACTACAATCCATGAGTCTTCTTTCTCAGTCAAAAATTGATGC AAACATGTTAAAACTTGGGAAAAAATGCATGTTTAACCTTCATGCTAAGCAAGGTTAGGT GAATGACAGCAACTTTGAACATCAACAACCTTTGCATAGTCAATCAACTTATTATAGTAT AGAGTTATTGATTGCCAAATGAAAAAATAGAAGAACACAAATAGTACCAACATTTTGTGT TCTTTTTTCTCTGTTAAGTTGAATGAAACATACAATGCAACTCCTTATATCGCCGAGTTT GAGGCATGTTACTGTCCTCCCAGCTAAAGGATTCAAGGAGTTTGTCAAAGTAAAAGTTGG TTCGAGGAGAATATCGTACCTCATGGTCTTCTATTCGCTTCTGCTTTTTACGTTTCTTCT CAGGTTTGTCTTCGTGTTAACGGCCGAAGACACCATAGATGGAGAACGAAAATGTTCCAC GCTAGGTACGTTTCTCTCTCCCTCTCTCCCTCTGAAACAGAAGTGGAATTCGCCATTACC AAGAGGCATGTATAAGAAATTGTATTAGGAAAAAAAAAAGATTGTGGTAATATGTGATCT TTATAATATAGTACTTGATTTATTGCAGATATTAGAAACATTAATAATAGAATGTTATGT AAATATTTCAGCATGATATTATAGCAGTCTGTAGATACATCAGGAAACTAAAGAATCTTC ACAATACAAAAAAAAGGTTTTGAGGTTTAATATCCAAGAACACTATTGTTCAAGTTGTTG AAGGGGAGCGTTGTGAAAACGGTAAAGTTGTTTATTTTTGGCCTATAGGTCACGGGTTCG AGCTGTGGAATCAGCCACTGATGCAATCATCAGGTAGGCTGCCTACATCACACCTTAAGG TGCGGCTCTTCCCTGAACCCTGCATGAACACGGGGTACTCAGTGCACCTGTCTGCCCTTA TTCTTACTGCTCAAGTAGTTGTAACTTAAACTAACTAAATTATGCTGATCATCTTTGTGT TCGTACGTTTACCAGAGAACTCTTGCAACATGTAGATGAATCAAAACATCTACAGATTCA TTGATTGAACATACTAAGACAGCAAGCTTATAGAAGTGAATAACACTTGTTCTATTTCGG CATAATACATAGATAGACACTATAACTTGGCCTCCACTGGCAACTGAACACACCAACTTT CATTGTGACTGTATACATACTACAGCTTGACACAAGTGCATCTCATGAAGAACTTAACTT CGCAAACATATCTAGACTTTGGGGGGGAAGGGAGGGGGTGCATTCTAGATGTGAGTTCTC AAAGTTGGGGTGTTTACGAGGCCAACTTAAACCAAGTTAAGGCGTTTAGATTTTCATTTT CAAAGTCGAGGTGTATAGTTGTCAGTTGAGACCAAGTTAAGGTGTCTATCTATGTATTAT GTCTTCAATATATTCAGAAAAAAGAGTATCAATATAACACTTATACCACCATTTCTTTTC CAGTTTTCTTTTCTTTCTTTTTTTCACTTGATGTGAGAGCCATTTTCACTGCTTGCCATT GAAGAAACTCTAAATTTCATTCTAAGGCAGGGTGCTTGGGGAGAAAAATTGGACCAAGGA TTTTGGGGTCACAGCTCGAATCAACAGTATGATTTTACGCCTTCTATTTTCATCCTTTTG CGCATATTATTTTTGAAATCCCCTTTGAGCCGTGCTCATCTAAGAGGAATAAGTTTTATG GGCAAACAGTATATGAAAGACGGGAGATCTTTGTAGAGCCATTTTCTTCTACTTAAAATC ACTAGCTCAAAATATCTATTCTCCCGTATTCTGTTAGGTACCTGAAGTGATATATCAAGT ATTGGAGGAACCTACAGACCAGATTGAAATCGAAGAAGGGCCGGAAACTCCTCAATCGTT GGAAGAGTTTATGGAAGAAATGAAGGACACAAGGCCAGATGCAGAAACTTTTGCTGTCAA GCTTAAAACTATGGTATTTACGTACTTATCACGCGTTCTCCATCATGTATAGCGATAAAG TTAACTTAAGGTACCATATTTTGTCGTAGACAACAAGTTAAATGTGGACAAAGAACTTTC CCTGGTTAATTTCTTGACTACTGTCAGGAGTTCACTGGTTCAAGTTGTGGAAATATAACA TAAGACTCTTATAGTCTATGTTGCTCGGACTCTTCAAAATTGCCAATGGATGTGTGTGTC GGATCCTTGAAAAGTAGTGCATATTTGGGGAATCCGACATGGGTGATACAACATTTTTAG GAAGTCCGAGTAACATTGCTTATAGTAGACACAATGTCTTCCTGACCTTCCTAGACCCAG TGCATAGCGGGAGCTCAGTATACCAGGCTGCCCTTTTTTTGTTAAAACTTTCCTGGCGGC TTTACAATTAACTAGAAGGCAGACCAGTTGATTATGAAGCAAAAGTCGTGAGATATTTAC AATGTACTCATATTAACCACTTAAGGCTTGAATAGTGTTGAATTGTATGACCATCTCATC GGAAGGCTTAAACTTTTAGAGAGAGCACGTTCTTATTTACCAAATTACGTTTTCAACAAT GAATGTCTATTTCTTGCAGGTAACACTCCTTGAACAAAGAACAAGAACTGCCAAGATTCA AGAATACCTTTATCGGCATGTAGCATCTAGTGGCATCCCGAAACAGCTGCACTGCCTTGA TCTCAAGCTAGCACATGAGCACTCCATCAACGCCAATGCCCGTCTCCAGTTACCATCACC GGAACTTGTTCCCGCCCTTGTTGATAATTCATACTTCCATTTTGTCCTAGCCTCTGACAA TATTCTTGCTGCTTCTGTTGTTGCATCATCGCTTGTCCAGAACTCTTTCCGCCCTGAGAA AGTTGTCCTTCACATTATCACGGATAGCAAAACCTTCTCACCGATGCAAGCTTGGTTTTC GTTACATTCTTTGACACCTGCAATCATCGAGGTTAAAGCGTTGCACCATTTCGATTGGTT AACAAAGGGAAAGGTCCCAGTTCTGGAAGCAATGGAGAAAGACCAAAAAGCAAGATCACA ATTCAGGGGAGGGTCATCAGCAATTGTAGCGAACACAACCGAAAAGCCTCATATCATTGC AGCAAAACTGCAAGCACTCAGTCCCAAATACAATTCTCTGATGAACCACATAAGGATATA CTTGCCAGAGGTAACGGAAGTTTTAGAATCTCACTTAAGTTGCATGTAACGTTCATCTGT CCTTCTACGAAAAACTTTAAATTTTAATGCTGAGAAGTAGAAATGTCTTTGCAGTTGTTT CCCAGTCTTGATAAGGTAGTCTTCCTGGACGATGACATTGTCATTCAAACCGATCTTTCA TCTCTATGGGACATTGACATGAACGGGAAGGTGAATGGAGCGGTAGAGACATGCAGGGGA GAGGACAAGTTTGTGATGGCGAAGCGCTTTAAAAGCTATCTGAATTTTTCTCATCCTCTC ATATCGAACAACTTTGATCCTAATGAATGTGCATGGGCCTATGGCATGAACATTTTTGAT CTAGAAGCATGGAGAGAAACAAATATAAGTGAGGCATACCACTACTGGCTCGAACAGGTT AACTACAACTCTAAAAGTGACATCAACTGTTAATTTAATGAAATGCATTTTGAACATAAT ATGCAACATTCAAGCATTTTGTTTTAACTAGTACTCCCTCTGTCCCAATTTACGTGATGA ACTTTGACTGGTCACGGAGTTCAAGAAACATAGAAAGACTGTTGAAATTTATGATTTAAA ACAAGTCAGAGATATTTGCGTAACTACAGATCATCTCGTTTAAGGTTAAAATGGGATGCT TAATGTTAATCATCTCTAAATATAGAAAGGGGAAGTTAATCTTTTGCAAATGCTCGAACG TACTTGCTGAAAAAATCGATGATGATATATCTTCCTTTTCTTGTGCAGAACTTGAAGTCA GATCTAAGTTTGTGGCAGCTAGGAACATTACCTCCGGGACTAATTGCATTTCATGGTCAT GTCCATGCTATCGATCCCTTTTGGCACATGCTAGGACTCGGGTACCAAGATAACACGAGC ATCCCAGATGCTAAGAGTGCAGGTGTGATCCACTTCAACGGTCGAGCAAAACCTTGGTTA GATATAGCGTTCCCTCAACTTCGATCCCTGTGGACAAAGTACGTTAACTTCTCCGATAAA TTTATCAGAACCTGTCATATTAGAGCAACTTGAAATAAGGCAAGGGATTTGTTAACCATG TTGCTTGTAATCAAGAAACGAAATTTTGAGAGAGGTGGGTGATCCATGCATAGAAGGTCT CCTCCACTCCCTAACGCGAGATTGGCAACAGCTCCCCGGCCTGACATTCTTGAACACCTC AAAGCTACTACAATCTCTGGTTCCCGGAATGTATTTTTATACTGTAGTTAGATATTATAC AATGTACATGGTTCACCAAAATAATACTTGCAAAGATAATAAAAAAGGATACTCTTCCAA ATTCAATTTAGGTGGCGTAGTTTGTGTATCTAGAAGCATGCCATTAAGGATAAAAAGATT GACGTAAAATTGTTCAAAAAAAAAGTAGTAAGATGTCATTCTTTTAAATGACAGACTAAT TAAGAAATAAAGCCACATAAATGGAATGGAGGGAGTCTCAATCTTCCATTTCAGTATAAT CATTCAGAGTATGTAAGGAACAGAAGGTCCTAAAAGAGAATGAAATTACCAAACAGACGT AAGGAAAGAACGAGGGCAGTAAATGAACTTCATCCGCCCTACCATGAATGACCATGAAGT GCGCTTAATCCACATATAACACGTACCAAATCCCTGGGAGCTACACAAACAAAAAACTTC TCAGAGAGTTCTCATTAATTACATGATATAGATAAAAGCAAATGTAAGTACATTCAAATG AATTGTTGGCTTGCACCTTTTTCCTGTTACATTTGACACCAAATCCTCCAATAATCCTGT GGATTCTGCAATTAGAAAACTCAAGGCTAAATGCAGTGATACAAGACATTTCAACCTTTT AAACTTTCAAGAACTCAGTGATCTTTGTGATTGGAAAATGTCAAACACTCAAAAACATTA CCTATATATCCCTTGTTGGTCCGGAGAGACAGGAGACTAGCTTAGTCTTTCAATGGTTAG GTTATTGATTCAAGAACACAAAGTATCCCTGTTTTCGCTAGGTAAAAAGGGGTAGAAAAA AATGCCTTGAGCCAATATTCGAATACCAAGCGCTAATAGCGCTATACTTTCAGTATCTAA TACATTCCATTTAACCACTAGAACCCCCATCTATCACACATTTAGAGATCACACCTTTTC TTTGTTCCTCAAAATCATAATACCACACAGCTAATCAAAGCTGCTCACTTCTTCCAACTC TTTTGAGATGGAAAAATTTTGACAGCACTGTCACCGGGTTATCGCAGCTTAGCTCCCCCA CCCAAAACACGCACACACACACAAACTGAAGTCACGCAACATAGAAGGAAGAAATAACAA AGAATTTAATCAGGACAGAAAAGAATGAATATGTAAATGCCAGGTTGAACCTGCTAAAAT TTACAGTTGATAAAACCAGCATTTAACACATTAAAAGTGCAAAGATTACAAGAGAACTAC TATTATCCACCAAATACACCAAAAGGACTCGACGAATAAACTAACACAGCTAAAGAGCGT TTAACTAGAACAACATATCGGAGTTAAGTCAATTATCATAGGTTTTAGCAGCAAATTTAA GCAACTGGAGGGCGGAGCACGTGATCCTGCGAGGTATCTATTGCAGCAGGAGGCATGAAT TGCCACATGGCAACTCCAGGGTAACTTATGATTGGCACCAGCTTGGTTCCTGCAGCTTGA ACTGGAGAAGCAAAAGCACCAGGCATGGCAGGAGGCAGGAAGCTAGGTTGTGCACTCATA GTCTTTAGTTGTTGCTCTAGCTTCTCTTTCTCGGACTTCAGCCTCTGCTTTTCATCTCGA AGCTCATTTTTCTCAACCTACACAAGTCAAACATACTTGAAGTCAGGAGAATCATGGTAA AGGGATGTTTTAGCTTTTCTTGTCATCAGATTGTTTTTCCAAATTGATAAAACTTGTCAA CAATCTAGTAGCATATGGAAAGAAAGTAACAAATACTTGCCTTCAACTCCTTTATCTTTT CTTGTAGATCCAAATTTGAGTCTTTCAATTTTTGAGCCTCACCACGTAACTGTGTCACCA CGCGAACAGCATCAACAAGAATGGCACTCTTGTCTGTTTTTGGAGGCCTGCTGGGCTCAA GAAGCACCGCCAATTCCATGAACCTGAGACCATATTTTAATTTAGCAATATATAAAACAA AATAAAGGGTGAAATGGTTCTAAAAGGAATGAATAGTGAGCCTACTTTTCATTCAGTTTC TCTCTCCTTAATTTCTCCCTGCAAGCTTTGGAACTTGATGAGGTGCATGATTCAGCTCTT GTCCTGTAACAATTGTCGGTAACATGAGTAAACAATGTTATGTAGGTACATTAAGAGGGC ATCTGGATTTCCTTTCAAAACCAATACTACGAAGACAAAAAGCTCGAAGGCGAATAGTAG AATTATGAAACTAAGAATAAGATAAGGGGGCTTTGTGTATCATCATTACATCACAAGAAT TTGAATCTAAACTAGCTTTGTGGAATTGCTCCAGCATAGTAACTACTTTCAAATGGAGGG AAGGGAGCTATATCTCTATGAAATCTTCAGAAGGCCGTTTAGGGAGTATAAGTCCTCCAT ATAGGCTGTTAGAACAAGAGGACAGAACAAGTCAAAATCTTTAAAGCTATCCTAATTAAA AAGCATAATGAGATCGTTAATTTCTCAACCCTGAGCCTTTGAGATAATAGAGTAATACTC TGGAAATGAAACATAGAGAGGGGAGAATTTGTCACTTTTATTTAACAATGGTAAGCGCCA AGTAGCGAATCAAATCAAACCTGATAGATACTGGTGACAAGTTAGTGCAACATCAGATCT CTATGCTTGGGAAATACACAAAAAGATGTCCCTAAATGCAAAAATTTTTACCTTTTCTTA CAACCGCTTTCCTTCACGCAGTCTGATTCACCAAGTGAGCCATCAATATCAACACTAAAA TAGGCATAGAAAGCAAAGTGGTAAGAGCACAATCGAAAAGGCATTGAATATATATTGTAT ATGCTGGAGAGAAGGGATTGAATCAGCTAAAAGATCCCAACTTTTATTGACATTCCAACT TTATTCAAACAAACAAGACTCATCAATCAGCTAAAAGAGCTGGACATTCAGTAACATCTA TATGTATCTTCTGTATACAACATGTTGCTTTGAACGGAAACAACAAAACTCGTCAATTAG CTAAAAGATAACTTGTAGTTGGGGTAAGGTTATATGAATCCTCTATCAAAATTCCAACTT TATTCAAAGAAACAAAACCATCAATCAGCTAAAAGAGCCCAATTTTCAGCAACTGGTATG AATCCTGTATCCATTTTGCTTTTGCTCTATTCAAAAGCAATAAACTCATCTATGAGCTAA AAGATTCCAACTTTTAGTTGGGGTTGGCTAGATGAACCCTTTATACATTTTAACTTTATT CAAAGAAACAAGAACCTCACTTTTAGTAACAGTCATAAGAATCTTCTATATCCCTCTCTA TTAAAAGCAACAAAACTCATCAATCCACTAAAAGATCCAACTTTTAGTTGGAGTCAACAA TATGAATCCTCTATAGTCTATTCCGGGATATTGAGAAGTAACAAGAGTCATTAATCAGCT AATATCCTAACTCTTAGTCGGTGTTGGCTGTATGAATCTTTTATAGACATTTCAATTTTA TTTAAAGAAACAAGACTCATTAATCATCCAAAATAGCCCAACTCTTTGTATGACTCTTCT GTATCCATTCTGCTCTATGCAGAAGCAACAGAACTCACAAATCATTAAAAGATCCCAACA TTTAGTTGGTCAGCTATATGAATCCTCCATATATATTCCAACTTTTTTTTTATTCAAAGA AACAAGACTCATCGATCAGCTGAAAGAGCCCAGCTATTAGTGACGGTTTTATGAATCTTC TGTATCCCTTCTGCTCTACTTGGAAGCAAAAAAACTCAACAATCAGCTAAAAGATCCCAA CATTTAGTTGGACACAACTATATGAATCCTTTCTATCTATTCAGAAACAATAAAACTCAT CAATCAGCTAAAAGATCCCTACTTTTAGTCAGAATCAACTACACAAATCCTCTATCTATT CCCCTAAGTTTTAGTTGAGGTCAGCAACGTGATTCATTTATCGACGTTCCAGCTTAATTC AAAGAAACAGGACTCGTCAATCAGTTAAAAGAAAACCCCAACTTTTCGTAACAGTTATAT GGATCTTCTATAACCATTTTTCTTTCTTCAAAAGCAAAAAGACTAATTAATAATCTAAAA GGTAGAGTCAACTATATGAATCTTATATCTATTCCTCTTTATCGGAAAGTAACAAAGACT CATTAATCAGCTAATAGATCACAAATTTCGATTGAGATCAGCTATTTGAACCCATTATCT ATTCCTCTTTATCGGAAATTAACAAAGACTCATTAATCAGCTAATAGATCACAAATTTCG ATTGAGATCAGCTATATGAACCCTTTATCACGATTCCAACTTAATTCAAAAGAAACAAGA CTCATCAATCAGCTAAAAGAGCTCAACTTTCAGTAATGGTTATACGAATCTTCTTTATCA GTTCTGCTTGATTAGGAAACAAAAAAAACTCATCAATCAGCTAAAAGATCTCAACTTTTA GTTGAAGTCAACTATATGAATCCTCTATATATATTCCGCTCTATCGAGAAGTAACAAAAA CTCATTAAATCGGCTAAAAGATCCCAAATTTTGATTCTAATCAGCAATTTGAATCCTTTA TCAACATTCCAACTTTATTAAAAGAAACAAAACTCATCAATCAGCCAAAAAAACCCAACT TTTTTACATGAATCTTGTATATCCATTCTGCTTAGTTAACAAACCAAAAAAAAAAAAACT CATCAATCAGCTAAAAGTAAAAACACCCAATATAGCAAATACAGCAGAGAATCAGTAAGT CATATTTGACACAGTAAATAGGTACCTAGCATTAGTTGAACCATTAAACCCCTGCATAGA CCAAGAATAACCAGAAACTGAGAAATTAACATCAGGGGTGACTATATCTTCATAATGATA GTCATACAACCAGTTGGTGTTTTCCGGTAGAACCATCTCCGATCAACCGTCGGAATTTCA AGAAAATATTTCCGGTGACCGGAAAAAAAAGTTGGAAATGGAAAAATGAAAAGGGAAAGA ATTTAAACAAACGGGTTTTCAATAACCAAAGATTAGAGATTGGAATTTGGAATTTTGAGA CAATTTGTTGATTCTTGTTTGTTTATGAAACTATATATTGAGAATTTGACAGTTACACAA ACTTCAGGGGGTATTTTTTTAATATGCTACAAATTGGACCCTTTTTTATGTTTTTATTTG TAAACAATAATAAATAAAAAAATTGTGTTCCCTCTATTATAGAGATTTTAATATTTATTA CTCTATTTTTTAAATTATTAATATAGATCAAATGATAAATATTTTAGTGAGTATTGAGTT ATAAAATAAAGTTTTTAGGTTTTTGATTATCGTTTTGTGAAGTCAGTTTAATCGGATTTA GTGATATACTTTTATAAAGTTTATTGACCTAGAAAGTTGTGATGACGCGTTTATAAGGTT TTTTAAATAGAAAATTAACGTAATTTTAGAGTTAACGTAACAGAATTTAGTGACACGTTT ATAAAGTTTTTTGATCTATAATAAAATTGTGATGACGCATTTATAATATAATCTAATAAA AAAAATTGATATAAGTTTAGAGTTACTCTAACTAAATTTAGTAACACGTTTATAAAATTT TCTGACATGATGAATTGATATAATTTTGAAGTTGGTCAAACTAAATATAGTGGCACATCT ATAAAGTTCTCAGATCTAAAAAGTTATGATGAAACATTTATAAATTTTCTGACATGAAAA ATTATGTAACTTCGAAAGTAGTCTAACTGAATTTAGTAACATATTTATTAATTTTTTTAA CCTAAAATATTGAAGTGGCACATTTATAAAAAAAAAAAAATTAAAAACTATGATTACACG TTTATAAGAATATTCAACCTGAGAATGAGGTAATTTTAGAGTTCGTCTTCGAATTTAATG ACAAATTTATAAAGTTTTTGACCTAACAAATTATGATGACACATTTATTAAAAATTTCAA TATGAAAAAATAATGTAATTTTGGAGTTAGCCTAATCGAATTAAGTTATTTAAATAGATA ATATATATATTTTTATGTATATATTATATGTTTACTTTTTTATATATCTTGACTTCACAT AATGAAAATTTCGATTTCGTCATTATTTTAAGGCATATATTATGTATTTGTTGAATTGAT ATAAGCATTAAATATACATAATATTTTAATATAGTTTTAATATGAAAAAAATAATGTAAT TTTGGAGTTAGCCTAATCAAATTAAGTTATATAGATAGATAATATTTTTTTTTTATGTAT ACATTATATGTTGAGTCTCCTAAACTTTTTTTTTTTAGTTTACTTTTTTATATATCTTGA CTTCACGTAATGAATATTCCGATTTCATCATTATTTTAAGACATGTATTACGTATTTATT GAATTGATATAAGCATTAAATATACACAAGATTTTAATATAATATTAAGAGGTTACAAAT GGTATTTAACAAATGTTTGTAAATCTTTTTCTTGATTAATAAATGGAGGGAGAGTTGGTT AAAACTTCAAACTCAACAATATAGTGATGACAGTTAAGATATTCTAAGTCTAGTTGTCCA AGTTAGAGGTAAGCCACTTAATTAAACAAGAATTAATTAATTAATTACTCATTCATTTCC TAATTAAGTTGATAGTTCATTGAACATGTCATCTTTAATATTGTGATTATAATTTATTCA ACATATTCTCCTTGAGATTCGTTGGTAAATAAAAATACTACAACAAAATTACAGTCTAAT CTGTCAAGATTTGGACTTCTCACAAGTAGTTTGAGATGTTTTTAGATTAATCTTGATAAA ACCAAAAAAGATGATATCGAGGAAAGAAACATAAGGTTTCAACTAAATATAAGACAAACT ATTATTTTTCCTATCACATTAGCTGATTTGAATCGATTCATTCTTATTTATAAATAACGT AAGACAGAAATTTTAACGTTCAGAATACGAATACAAAGGGAGTGATTGTGAATCTCTTGC TAAATAGTTTATCTTTTTGATAGATATCACAATTTGCATGGAAGCTTCATAACCTAATAA AACAAGGGGACATGTCCAAACTTGATGACAAAATGTGCATTGAGGCTAAATAATTGAAGT TAGGTTGCCATGTGCTTCTTGATTAAAAATTTTAAAGTCTTGGAATATATTATATTATTG TGAATTTTCCTTGTGTAATAATTGGCTTGAAAGAAAAAAGTTTATAAGTGCAAAGAATTA AAACAATTTTATTGGGGACCTATATTGGCATGTTTGGACCTATTGAATATAAAAAGTTAA GTGCTCTTTGCTTATTCACTTCCCAATCTAGGAAGCTTCCTTCCATTCCGAACTCTTCAA GAATGTCGATGGGTGCGACAATAATTTTGAAGAGTCCGAGCAACATAAGTAGGTAGGTGT AAGAGTCAATTTAACCTATAAACCCATTAATACTTCTGTATTTAGCTGATGAGGGACAAT AGACATATCACTAGTTTATTTGTCTGATAAAAGTGTCCTCATTTTTAGGGGATTTTTGAA ACATCTCCAAAAAGGATTACAAAGCTACAGACTAGTTCAAATAAAGATCTTGTTGCACTT GATAACTACTGAGTACTGTATTACTAGCTCAATCATGTCGATACGTACAACTAAAAGCCA TTACATGCAGTTTACCGCAACAACGCAACAATCTCACCTGCTGCTGTATCAACTACAGAT GAACTATTTGTGTTGTGGATGTCTCATTTTGAGGAGATGAGAAACACCAGCCAAAACATG CAGTCGGCTACTAGGAACACCCGTCTTTGCAAGTGCCCTCCCGTTTTTGTCCAGTAAAAC GAAGCAAGGAACATACTTTATGTCATAATGGAGAAGCTGAATTTACAAAAAGGAGGATAT CAATCAGCTAAAACCAAAAGAGCGAAAAGTCAATCATTTCAGACATGAAGTAGATGGATA ACCGGATCAGTCAAACAATAGAAAGAAGTGTTCTTTGCTCTAATTCCTTTGTTTCGACTT TCACAATTTTCAAATGTATAGTTTAACATAGCTATCACCACAGAGTAACTTTCAATTATA TTAGTCAACTTGGCAGTGCTATGCATGTGCAGTGCTTTTCGGTTCCACCTAGAATGAATG CTAGAGTTGTTGCATTGGAAGAACTTCAAAGACAAAGGGATCTAAAATAAGTTAAGTATA AAGAAACTTGGCTAAAATGTAATAAGACTACGGAAGGATGATATTTAATTTGAACATATT GCTGACAATAGTTTGCAGTTTTACATAACATATTGGAAAGATATGTTGTCTTAAACAATT ATCAAACGAATCCTATGGCCAACATGCACTATATCCTAGTCAGTTGATTCATGAAGGTAA CTTAACATTACCAAGTAAAAACCCCGCAGGGGGGTTTGGGGAGGGTAGAGTGTATGCAGA CCTTGTGGAGGAAAAGAACTATATCAACAACCAAACAACAAAAGTATGAGGCCCCTAAGC ATAACCTAGACGTATCTGTCCAACAACTGACTATCAGTTAAAACAGACTTCTGAAAAATG TGAGAATGCTATGTATAGAGTATTAACAGTACCTCAGGCAACCATTGGTCATTCTCTGCA TCAGCCATAACAATATTGAGCCAGTCAGAGTTCCTGTTCTCAACTTCAGTAACGAAATTA ACCAACGAATTGCAGAGCCGGCACTTTGGGGAGTAAAATTCAATTACAGTAGCCTCTTTT TCACTGGCCAAGGCACACGCTAACGCACTCTGCTCGAGCTCTGCTTGCTCTGTAGGAGTC AATTTCTTCTTCACCAACTTCAAGGTATTATTTTGGTTAACTCCACCATTCGACTGTAAA TTAAATTTGGGTGATAAAGGTTCAGGTTTTGAGATATTTTGGATGAAATTAAACACTCCA GAGCCAAGATTCTTGAATGGTTTGAATAGCCAAGGAGTTTCAAAGGTACAAGGCAAAGGG TTCTTTGGGTTTTGGTTATGAACATCCCAAGGCCATTTTAAGCAAAAGGGAGAGTTCTTG GAAGTAGAATCCATCTTTTCAAGAATTATGTGTGTTTACATCACAATACAAGCAGCTACT CATTCACACTGCATTATAGCAGGAACAAGCACCAATGGGACGATCAATATGCACACAGCA AATCTGAAAACACAAGTCAGTTTATAATTATGGCTTGACAAATAACATATTAGTCGTTAT TGTTCCAAGAAGGCAGAACCAGTAGCTTTGATCCCAAATCCCACAAGTGGAGTCTAGAGA AGGTACAGTGTATACAGACTTTGATTGTTTTCAATAGACCCTCGGCTCAAGGAAAACATA TCAATCAAATAATATAGAAAGCATGTTGGGAAAAAAAGGAGGAACATCAACTTCAAAAAA GAAAAAAACTAGTGCATAACTATATTCATAACCTTGTGTATTTGTTAAAATCACTACATA TGTACAAAAATCAAACTCATGACCCAATTACAAGTACTCGAGGCCATGCTTTCGTATCCA AAACCCATGAAGTTCAAATCCTTGCTCCACCTCCCGTTCAAAGATAGTTTAAACGTCAAT TTTTCCGAAAATTGACCATCAAAATGATTATAATGTACTTAAGTTTCTTTCACTGCAGAG CTCAATCATTCACAAAATCCCCACCCTAATTCAATGTCTTTGCTACAAAGCTTAATCATT TGATAATATTTCTATACTAATCCAACAAGTTTACACAATTCACTCAATTTAACATGATTT CTACCTAATTTAAACTACTACTGTGAAACATTAACTCTTTAAATTAGTCAATTTTATATC TGAAATCGAATTTAAACATTTCTGTATATGAATACAGAGCAATGGAAGAAGGAATATATA TAGAAAGTGAGATAAGTTAGAACTTACAGCGGTGTTATCGCCGGAAAGGATTTGACCGGA GTTGGCTCGTCGGAGAAGAACTTCGCCGGAGGAACTTGCCGGAGAGTGTGTAATTTGAAC TTCGGTCCCAAAATGCGTGAAAATTTTGGGCTCGCATGGGTCCGTTTTAGAAGAAGTTTG GGCCTGTAAGTGAAGCCCATTGGGCTTATAGTTCATTATATGCAATACGATTACTCGAAC GGGGCGGAATTGATCAATCTACATTTTCAATTCCGATTTTTCTTTCCACGAGCGTATCTA CAGAATAAAGAGAGCAAATAAATGGACTTTGGTCATATTTACTCGACGTGCGGTCATTTC TTCCTTGAACATTCCGTTACGGAAATTGAATCAAGAAGAAATATGACTTTATGAGATACT AATAATTATTAGAACATGTTTTAATTGACTTATTTTAGGTGTATTTAAACAGTTTCATAG CATTCATGTAAAATATTAAGTATTTTTAAACACTTGATGCTACGACAAAATAACAAAAAT AAGTCAAAACTCATATATTAAACACTTGATGCTACGACAAAATAACAAAAATAAGTCAAA ACTCATATATTAATCTTTACTTATGTCACTTTGCTTATATAAGACATAAACAAGTATAGT TAAATAAGTTCTTAGTTCATTGACCATATAAAAAAAATACAAGTGTAACAAATAGGAGAA TCGAGTTATAGATACAAAGAGATTGAAAATGAGTCAAGTAAAATAGATAAATTATCCAGC TCACTCGTATTTGATTCTTTCTTCAAAATAATTAGGTTGAAAGTCAGTGACAGAGCTAAG ATTTTAAGTAACAAATTCGAAAAATAAAAATATCATAGGAATTTATAATTTTGGGAAAAA CATAAAAAGGAAAAAAAGAAAAGAAAAGAGGGGAGAATTACAATCTTACCCTCAATTGAG ATATCCTTCTAGTGGCCAATAGTCATCAAGATTTTCATCAAATGGATAATAATATTATAA CTTTTTTTGAAAGTGCAAAAAATAGGCTATCATTTTTGTTCATAGTTTCAACACCAAAAA ATTATGGCAAACACAACAAATTTAAACATTATATTTGAAGCTCTTCCCCTCATTCCCAAG ATTGAAAAAATTCAGAAAAAAGCAAAAACAATAAGCCAAAAAAATAAAGAAATTCAAGAA AATTCACCACCAAAAATTACAAGAAGATTAGCATTAAGCATTGGTTCAATTGCTTTATTT GCAAATTCAAGAATTGATATTTCACTTGCTGAAGATAATAATGGATTTTTTATTACTGGT CCACTACAAGACCCTTCAATATCCACCAGTAAGTTTTTATTTTCTATATTTTTTTTTATC ACGTCGCGTTTAACAGCCACTAACACTTGCATTTATAGATATTCCCAATTCATCTAATGC GAAATGTTTTATGTACCAGACTACATTAACAAAGTTCATGTATAGCACGAATATGAAATG GGTGAACCCCACATGTCCAAATTATTCGAGTAAAAAAATTTGAATTCGATGTAAAATTAC CTTTATACACTACGAAAAAGCTGTGAATACATGGGGATTTTCCTTGGAATTAGTATAAAA ATTCACCATAAACTTATTTTCCTATAAATTTTCATACTAATTCTCAGAAAAATCCCCATC ATAGCTCATAGATAAGTGTGAAATTAGCCGAATCAGAATATTTCGCTGAAGCAGAAATGA TAGGATCGTAAGAAGAAAAAGTCTATACGCCTATCCGTATTATGTAATTTACAGTTTTCT TGTAGTGATGTCGGACCCCATTTGGTGTCAAAGGGTAAAAAATTGAGCTTTTTTCGCGCA TTTAAGTTTAAGATATCAAGAATCGAGTCGATCGTCCATAATTTTAATATGTTAGATAAA AGTTTTTGTAATATTTGATTGTAGATATTATAAACAAGGAGACAGGTACAAGATCATTTC TTAAGAAAGGAATGTACATTGCTAATATTGGAACAAAAGGGAGAATTCATAGGTTGAAAA GATATGCATTTGATTTATTGGCATTAGGGGATTTGATTGGAACAGATTCTTGGAATTATG TGAGGAAATATTTGAGGATTAAATCTACATTTATGTATTATGATTTTGATGAAGTTATCA CAGCTGCACAAGTGAATGATAAGCAACCTCTCACTGATCTTGCTAATCGATTATTTGATA ACGTTGAGAAGGTACATTTGATTTTATTTGTCTGATATTATATGTTGCTCGTATCCTTCA AAAATATTGTCCCAAATGTGTTCAAAAAATATATATAGATTTGAAGAGTCTGAGCAATAT ATGATTGATATTAGTTTGGTTAAACCCTACAAAAATTTTGTCGTATCAGTGTCACATCCT TGAAAAATGCATGTTTTCTTGAGGATGCGGTACACAATGTGATGTCAATAGTGTTTTTGA AGAGTCTGAGCAATATATATACACATATATAGGCTTGATGTTATGTTAATTGGACCATCT AAAAATGTTGTTGTACCTGTTATGTCGGATCCATTGCATAGCTTTTGGAGGATCCTCGAT TGACGGACATATATAGAAGCACTTTTGAAGAATCCGAGCGACATAGGTTTGATAACTATG TTGGTCGAATCCTCCAAAAATACTGTTGTGCCCATGTGGAATCCTCCAAAATCTTACACA CAAAAACTGTGACAATATTATTGAAGAGTCTGAGCAACATATGTCTGATACAATATTGAT CGGACCCTCCAAAAATATTGTTGTGCTCGTATCAGATCCTCCAAAAATCTTAGCACATGC TCTGGCAATATTATTGAAGTCCGAGCAATATAAGTCTGGTGTTGTGTTCCTCTGACACTT CAAAAATATTGTCGGATCCTTACAAAAATGTATAGATTTTGTAGAATACGACACACATTA TGATTGGTGACCGTCAATATTTTTGAAAAGTCTGAACAACGTAATTATAAATAGCAAAGT TTTTGATCATGTGTTTGCTCCAATATTTTTTTTTATGCAGCTTGAAGATGCTGTGAAGAA AAAGAACCTGCCTCAAACACAATCATGTTATCAAGAAACAACTACTATTCTCCAACAAGT CATGGACAGAATGGCATAAACAAAACATATGTTTTAATTATATTCTGTTAATTAGTCATT TTGACTACAAGAAGACAAAATGTTCCTTCGTAAATTTTGGAATTGTCAATAACACTTTGA TGGAGATTCAATTTGATTTCCACATTTTTATAATAGAGACAACTCGGTGCATGAAGCATC TCGAGTCCATACATGACCTATGGAACGATGGAAGGATTACAATCCAAGACTTATTTCAGG TTCGAACATGTAACTAATAGGTCAAACAAAGATAACTATAACTTTTTAGCAGCATTCAAA CATAATGAAATATTACCAAACAAAGATAACTATACCGTACCATCGTAGCAAAATTTTTAT ACATGACCCGTGGAACGGGGGAAGGGCCATAATCCAAGACTTATTTCAGGTTCGAACATG TGACTTATAGATCACACAAAGATAATTATAATGTTTTAGCAAAATTCAAACATAATGAAA TATTATCAAATAAAGATAACTATACCGTTTTAGCAAAATTCAAATATGATGAAATATTAC CAAACAAAGATAAATATACCGTTTTAACAAAATTCAAATATAATGAAATATTATCGAAAA AAATTAAAATGGAGATGCGGGGTATCGATCCCCGTACCTCTCGCATGCTAAGCGAGCGCT CTACCATCTGAGCTACATCCCCTTCATGTTTCAAATAAGCAAGTAAAATTTATTTAACTT AAATATTTTGAGATCTTAGTTATTATAAAAGGTGTATCGAGGTTAAATATTAGCTATTAT GAACTTGTATTTAATTTTGGAAAATGTATAAGTATCACTTTAGACTATGATCGAAATTTC AGAGAACCACATTAACGAAACTAAGGTCCAAATCCAAATCCTCCCCCCCCACCCCCCGTG AACTTATTTTCTTTTGTAATTTTGTGCACCTTTTGTCTTACGTGACACACTCCGTGACTC CACCTATTGAGGCGTGTGGCAGATATTTGGATGCCACGTAAGCTAAAAAGGTGCACAAAA TTCCAAAAAAAAAAGTTCGGGGGGAGGGGGGGTGATAGGTTAGTTTAGTTAAAGTGTGTC ACTTGGATTTCGGTCATAGTATAGGGGAATACTTGTGCGTTTTTCCTTTAGTTTTACATG CTTTTAAAATAAATGACCAAAAAATATACACATCGTTCATAAAGTTGCTAGTTGCGCCTG CTCGATCATTTGTTGACTCAAATACAAACTTTGTATATTTGTATAGAAATTATTAAATAG CATATATAAAATAAGTATCTATCAAATAAAAAGATTGATAGATTTTCTTGCTTTGACGTA AGATGTTAAAACACATAATATCTCTATAGATATATATTTACAACTTTCAAATTCTGAATC CGTCATTAATCGAGATTAATTTTTTTTGCTTTGGTTTTGTTTAGATAGTTTCTTCACTAG TGGAATAATAATTTATAAATTTGAACTTTAATGGAGAAATGATAGGTGTGTAGTGTTTTA TGGTTGTGACTAAATTGCAGTTGGAATCCACTAAATTTTGAATACAAAAAGCTACTTTTA AAAGAATTTGGTAAAATGAAATAAGAAAAAAATAAATATATTGTTAATACTGCACTTGAT AATATATATTTAGGCATGTTTTCAATTTTGTTATAAAAATATTTAACTAAATACACAAAT ATTATTGTATACGAATTTCAAATTAATTTAATATTAAAATATACGTGATGATAAAAATTA TTTGTATTGAATATTTACATCAAAAATTGACAGACTATAGTTAAGAATTAGAACCCTTTA AAATTAGAAATACCAGAGATAAAATTCCATTCAATATCAAAATTTTATTTAATTTGACAC AAAATTTTAAAAAAGTGAAAATAATACATATATATTCAATGATAAAATAAAAAGTTCCAT TGAAACTTTTAGAAACTAATATTTGACCTATATATGTTATATAAAATTTTTTAACAAAAA ATGTTGAATTAAATTACCAATAATAAGGGTTATCCTTGTTCAAAAGGTATAAATACATAT AAAATGTTGAAACTCTCAAAAAAAAAATTCAATTTTTTAACATTTCAATTCTTTTTTTAG TGATAACAAATTATACTACCACTATTAAATTGGATTCTATCAAAACTTCGAAATAAGTAT ACGATATAATTTTTTGAGAAATCTCTATTTATAAAGTAGGAATAATATTTTACATATACT ATATATTAGTTTTTATTCATAAAATTATAGTAAATATATTATTATTATTATTATTATTAT TATTTTTTATGAAACATTGCTAAAATAAAGTACAAAAAATAAGGTGGCTTAATGCAAAAG GCCAAAAACTACCCTTGAAAAGGAGAATGTTAAATATTAGATTTTTTTTTAAATGTTAAT TAAAAGTTAAAGCTGACAAAGTTGCAATCGACACTCATAAATATACATATTTTAAATAAT AATAAAAATATTCATATAGAATAGAATAAGATATAGAATGCTATAAATTGCAAAAATAAA TAAATAAATTACATGCTTCAAAAAAGGTATATAAGCAAGTTTTGAAATATAAAAAGAGTT TTGTCACAACTCAATTAATTAATTTAATTAGTCTTTTTATACTCATTTCGTTAATTTCTT TTTTTTTAACCTAAACGATAGTAATATCTAAATAGGAAAAAAGAACAACTAACAATTAAT ATATGTGTTAATAAATAATCAATAATAATACAAAACTCAAAATATTTTAAATATATTTGA TTTTTTTTTCTAATTTAAAAAAGGAAAAGGAGTGAACAAAAATATCTATAAATTTATACA CTTTTAATTTTGTATTTTTCTTTTTTTAAAAAAATAAATTGAAGATAGCAAGAAAAAATA TTTTTTTACCTCTTCGTAGAAACTCCCATCCCTTCCTTAGTTAACTCGAACTGATAACCT TCGTAATATTTACCATTCTTCTTTAGTTGATTTGAATTCATAACCTTTAAGTTAAATATA AAAGTGTTTTATTATTTTGTCAATTTATTCAATTGATAACTCCGATATAAAAATGTTTAC AATCTTTTTAATTGACTTAAACTCATAACTTTTAAATAGAACATAAGAGTGTATTTACCG TAAATTGAAGATAGCAAAAAAAAAATATTATTTTACCTCTTCGTAGAAACTCCCACCCCT TCCTTAGTTAACTCGAACTGATAACTTTCGTAATATTTATTATTCTTCTTTAGTTGATTC GAATTTATAATCTTCAAGTTAAATATGAAAGTATTTTATTATTTTCTCAATTGATTCTTT ATAACTCCGATATAACAATGTTTACGATCTTTTCAATTGACTTAAACTCGTAACTTTTAG ATAGAATATAAGAGAGTGTTTATCATTCGAGCAATTCTAAAGTCGAAAGAGCATTAAAGA TAGGGAGAAAAACATTGTCAGCATTCATACACGGCGCCACCATCACATAAGAAGAAAAAA AGTTTTTAACTTTCAACTGAAGAAAATTGTTATCTGGTCAACTCACGCGCCTTCTCTAAA CCCACCCTTTTAGGATTCTCTTTTGTATTTACAGTACAATTTTAGCTTGATCTGATAAAA GTACAACTGGAAGAATTTGGGGTTTGATGACTAATTCATTGGAGTTTATTCTTGTTTTGT TTTGTTTTTTTGTTGGAAAGTTGCCTTCTTGAATTGACTACTTCTTGATTCGGTTAGTTG GTTTTTGTGTTAAAGCTGAGTTCTTTATTTTGTCTATTTTAAAGTTTTGTGAAGTGTGTC TGATGCCACTGTTTTTGAGTTGTAGGATGAAAAATCTGAGGTGGGTCAAGTGAGATTGTT GTTGTGAAGTTTGTGATTTAGATATTTTGGGAGGTGTTTTTTTGAGAAGTTTGCAGTTGG GGTTGGTGGTAAATGCAGCAAAGACTTGATCTTTTGTGGGTTTTTTAGCTCTTTTTTGCT ATATTGGTTTTGTCAGATGTTTGATGCTATTGTTTCTTGAGTTTTTATCTGAGGTGGGTC AGTGAGATTGCGATTCAGAGGGATTTTGCAGGAGGGAGGTGAAAGGTCTTTTGCTCTATT GGGGTTTACAGGTATTTGATGCCACTGTTTCTTGAGTGTTTTGGTTGTTGTAGAGAAGTT TGTGATTTTAGATATTTGAAAGGTGTTCTTCAGAAAAACTGAATTGGGTTGGTGGTAAAT GCAGCAAAGACTTGATCTTTGTTGGGATTTTGAAGAGGGGTGTGAAAGCTCATTTGCTCT GTTGGGTTTTATAGGTGTTTGATAGAAGTGATTCGTGAGTTTTTTGCTTGAAAATTAGAA TTGTGCCAGTAAGATTCTTCTTGGAGATTTTGTGATTTCGATATCCGAAAGGTGTTCTTC AGTTAGACTGCAACAGAGTTGGTGGTAAATGTAGCAAAGACTTGATCTTTGTGGGATTGT CTGAAGAGGGTGTACACTTGTTTGGTGAACTGATGTTGTTGGGAGGTTTGCGTTATTCAT GAGAAGCATTGTCTGCTTTGTTGATGCTGATTTAAGAGGAAATGGGTGTGAGAGGAGTAG CCCAATTGTCTGTTTTCATCATTATACTTTTTACTATAGTGGCAGCAGATCCCGCGAGTA ATGGGCTAGAGGATCATTTACTGGCCAATCAAATCAGTTCTGTGGGGATTAACCAGGAAT TGGTAATCCTTTCTTCTTTAGCTGACTTACTGCTTGAATAACATTTGTATGTAAAGGTTT TTTTTTTCTCTGTTTACTTAGCCGGTACTCGAGCATAGTTTAGTTTCCCTTATCAGTATG AACTTTAGCAACTCTCCTACTGGCGTATTCTTTTCACTATTACGTGTTGTTTTCTTAACT TCATTTATCGTAATATTGGTGTTTGCTACTGTTCTTTTCTCCATTATCTTCCATATGGTT TCTTTACTACTGTATTTTCTCTTCTTACTAATTTTGATATGCTTTACTTGAGAAACAGCC GCTCTACCTTCACAAGGTAGGGGTAAGTCTATATACACCGACCCTCCCCAGACCCCACTT CTGGGATTACACTGAGTATGTTGTTGTTTTTGTACTTAAAAAGAAATGGATAGAGATGAC ATCGTGGATTGCTTCTATGGAGCAGATTGATGAGAAATTAGCGTTACTTGATCTCACCAC TTTTAAGAAATTTGTAGCAGTAGTTCGTCGTAATGAGCATATGTTTTTATATCCATGTTC ACAATTTTCATAATGTGTAGTAATTTTCCTGCTTTTAGCATGATCTCTTAGTTTATGAAG CATTTGATACGGCATTTGTGAAAGAATGTGAACAATTAACTTCATTTAGATGGGAGCTTG AGTTAATCCCTGAGATCAACTAAGTGATTCAACTGTGTGCTATTTACGCACTAAAAATCC AAAGAGGAGAACTTAGCAGAGAGTGACACAAATTCATATAGAGTGTAGGGCATGAGGCAA GGTGTTACGACATGTGTTTCATCGCCCATTGACTCGGTCTTTGAGGGGCGCAATGGACCA CAATTGCAGTTTGACAAAGTGACCTATTAATCGTTACAAAAACGCCATTAATATGTTTTT CTTTTTGATTAGGTGTATAAGAAGTTTAAAATTGGTTGCACAAGTAGGCCTCGGTGCCAA CTTTTTATTTTTATTTTTGAAATAGTGTTAAGTAATCCAAAGTTGGTCTCTAAAACTTAA CGGCTGTTCTGTACATAGTATTTTGATTTGTACATATTTGAAAATAACTATTCATAAGCA GCTCTGATTATAATCTTCTGCTGCAGGCTGAGGAGTTATGGTTGAACTGTAGGCTAGAGT TGGTACATTCTAATGAAGCTGTTGAAGATCTTGAGTTTAGTCATCCTGGAGAAGAAGCAA ATGGGATCTTCACTAACAGAAGATCATTAACTAAAAATAAAGAGAAAAATGCCAATCTAC TCACCAAAGAAGCCCTTATGGGTTGTCTAGTGAAGAAAAATCTTTTGTTTCTTATTTCGG GAGAGGAGAAGCAATCACCTACATGGTATACCAGATGCATGGACTTCCTCTTTTCATGGT ATGGTGAACCTAGACGGCGTGAATTGGTTCAGGTTGGAGATGCGCCAGCTCCTGCTCCTG CTCCAGTTACTTCCAGTTCTGAAACTCCCAATTCTCCGCCACCTGCCCGTCCTCCTACGC TGCCATTTTTTCCTCGAGACTACAATGATTCTAGCAAAACCTCTGGTCCTAGTGATCAGT CTTCTACTAGTCAAAACTCTACTTCCGATGGTCAATCAAATAAGAAAAAAAGCAACACTA AAACAGTTTTAGTTGCAGTTCTTGTGACTGCGGCAGTCACATTTATTGTTGTTGCGCTCT TTTTTATATGCTATTGCAAGGTTTGTGGGGTTGGATACAGAAAGGGAAAAAATGATGAGA GGCCTCTTCTTAGCCTAAGCATAAGTGACTATTCTGTTGGTACATCTCTATTCCTTGTTA CTCTCTTGTATATATATTAATTTTGGCTTTTGGAATACTAATGTTTCTGAGACTTCAATC TTTCAGCTTCAAGGCATGGTAATGCCGGTAGTCATTCAGTCAGTGATGATTCCCACAATA AAATGGGTAAAACTTTCTACATGGAGTCGAACACTCTTAATGGTTCTAAAAGTGAGATCC CTTTGGGAACTGTTACGGGCATTGCTGTGGCTGCAGCAGGGGTTTCTCAGCAGATACCGC CTGAAAGAATGGGGATGCAGGGACAGCCTCCGCTTAAGCCTCCACCCGGTAGGGTAAATC CTTTTGAAGTTCCTACTAGTCCAGCCCCTCCCCCACTACCTCCTGCCAAGATAACCAATC TCGCTGCTCCATCCCCACCGCCACCACCACCGCCACCGAAGCCTTCAGCTGGCAGTCCAC GCCCTCCTGCACCAGGGCCGCCTCCTCCACCACCCATACCAGTTCGTGCTAAGGCTGGTC CTCGTCCGCCACCACCTCCGGGCCCTGGTGCTACTCCACCTCGTCCTCCTCCAACAGGTT TGAAGCCACCTCGACCTTCGCCTCTTGGATCAAATGCATCCTCTAGTGCTTCTGTTGAGG GATCAGAGAGTGATCCTTCTAAAACAAAGCTAAAACCTTTCTTCTGGGATAAGGTTCTAG CAAACCCTGACCATTCAATGGTTTGGCATCAAATCAAATCAGGATCATTCCAGTAAGTGT ATTTTTTCTTGCGTGATGTTGCTGTATGATTCTTTTGATTGAGTAAGGTGATTAATGGTC AGTGGATTTTGTTTGACAGATTTGATGAAGATATGATAGAGAGTCTCTTTGGATACGCTC ATGCCGATAAAGACAAGAATGGTCCAAAGAAGGACTCTATGTCCCAAGATGCTTCTAAAC AATATGTTCAAATTATTGATCAAAAGAAGGCACAAAATTTAGCTATTCTTCTTAAAGCCT TAAATGTGACAACTGAAGAAGTTTGCGATGCCCTTAAACAAGGTGATCTCTTGTTCCCTT CAATATATCAAGATAAAGAAACACTAAAATTGATCGTCTTAGCTAGGGTTGAGGTCGACC TCAACAGTGGTAATTTTTCCAAAAGTGAAATTATTTCCTGCAAAGTTTTCTTGTCATGGT AAAGGCAATGTAGATAGTATGAATTTATACGGTTCTGAATTCTTGGAAAAGGAAGAGTTT TTCATTTTACCGGCATGGTTGACGTCAATTTAGGATAGGTAAATGTAGGTAATATGAGAA TTGAGGAATATGTAGTATCAATTGATATTGGTCACTTTATTTTATATGTTTCTTCTTTTC CATGTAACTTTGAGCAGTAGTTTTAGGTTTGTCTTTTCCCTGAAGCATTTAGAGAACTGC CCGACTGAGGACCCCTTGAAGACCCAACCCATGTTTTCTTTCAAAAAGATATATGATAAA TGTTCCTTTACCATATATTTGTTCCCTGTTTCCTGTTTTTGCCCCTTCATGTCTTTGTTC ATGTTATCATTAAGTAGGTCATCGTCTCTTTGATATACTATTTGTGCCTTTCTACATCTT TGGTTCTGCAACCACGTGTACGTTAAGAGAAGCTTCACCCCTGCTATGAGCATTATCTAT CTGAAACATCATATTATCGTCGAGGCTTTGCTGAGCGCGTCTTACGTTGCATGGTCATTG ATCAATCTGATTGACAGAATTTTATTAGCATTAAATGTACATTATCTTAAAAACGTCCTT TTAGAAATAAAGGAAGTAGCACCGCTTCAGGACAGGTAACTGTTATCATGATCAGCATGA TTGTACTCTTGTAACAAGAATTTGTACTTCCCTCACAGTCAAGTGGCGAAACATTAGTAT ACTTGTATATTGGTTGGGTCAATTTCTTGGAAATGGAAATATCAGGAGGTTGTATATTTG CATTATGACAACAGTGACTGATATTTTATTCTGACTCAGGAAATGAGCTTCCATCTGAAC TCGTTCAAACTTTGCTTAAGATGGCACCAACTGCTGATGAAGAATTGAAGCTGAGGCTCT ACAATGGGGATCTCTCTCGGCTTGGGCCTGCGGAACGATTCCTGAAAGTCTTGGTTGATA TTCCATTTGCCTTCAAGAGACTAGAATCCTTGCTCTTTATGTGCAGTCTTGAGGAGGAGG CATCAATGGCTAAAGAATCATTTGCTACCTTGGAGGTGCGATAAATGTTCCTGACTTATA TTTCCTCTGTTCCATTTTCTTTGTTGGTAAACTGCGTAAGATTTACCATAGACACCCAAT ATTTACACCTACAACGCACTCATCGGAATCATAACCAAAGTGTTAGTCATCCCCAAGCCT CTGAAACAGTAAAACAACTAGTTACAAATTTTCTGGATTATACTACTGCACCTCCTAGCT TTCTAGAGCCTTTATGTGCGGTTTAGTGTCTTCATGAAGGTTCAAAGGCATATTTTTCCT TGCCAATAAGCCTCTTCTGAAGAGGTGACACTAAATAATTGACATTTCACTATATCTTAA TCTTTTTTCAATTTCTTTGTTCATATATTTGTCATTCAAGTTTATAATTATTAGTCTATG AGGGGAGTATATCATTGCAGAATCTTGTTGCACCTTACATTTGTAGCCTTAACATTCCTT TGTTTTCAACAAATATCTTATTTTATGCTTCAGGCTGCTTGCACAGAACTTCGGAAGAGC AGGTTGTTTCACAAACTCCTTGAGGCGGTTTTGAAAACTGGCAATCGTATGAATGATGGA ACATTTCGTGGTGGTGCTCAAGCATTTAAACTTGACACGCTTCTGAAACTATCAGATGTA AAAGGAATAGACGGCAAAACTACGTTGTTGCATTTTGTTGTTCAAGAGATAATCCGTTCA GAAGGTATACGAGCTGCCCGTGCCAGAGATCGAGGGAGCGTGTCTAGCATCAAGTCTGAT GATCTACCCGAGGATCAGTCTCAAGACTCAGAGGAGTATTATCGGAGTACTGGTCTACAG GTTGTTTCAGGTTTGAGTAGTGAACTTGAAAACGTGAAAAAAGCTGCAATTTTGGATGCA GACAGCTTAACAGGCACAGTATCCAAGCTTGGTCGTGCTCTAAAAGAATCACGGGATTTC CTAAATTCAGAAATGAAGAACGTAGATGACGAAAATAGGTTTCACCAGACCCTGAAGAGT TTTGTGCAGAATGCTGAGCTTGACATCACGTGGTTATTCGAGGAAGAAAAAAGAATAATG GCCTTAGTTAAAAGCACAGGAGATTATTTCCATGGAAATGCAGGGAAAAATGAAGGTTTA CGATTATTTGTTATCGTTCGTGATTTTCTGATAATATTAGATAAGGTATGCATAGAGGTG AAAAATGCTCAGAGAAAGCTAAACGGCACACCAAAGAAGGAGAATGTAGCAAGTAAAACT TCAGAGTCCAGCAATCCACCGTCCCTCGATCTCCGCCAGAAGCTCTTTCCGGCTATCACA GATAGGAGAATTGACGATTCTAGTTCGGACGATGATGCTTCTTAAGATAAGGTAAACCTG GCATCTGTGTTTTTCTTCATTTACTTGAGACAATCCACTGATCAAACTATTACTTAAGAC AATCATAGCATGCAAGTACACACCCCGAGGGTGTGGCCTAGTAGTCAATGAAGTACTTAC AAATTTTCTCACATATGTTTACGTACTTGTGTTGGTAGGAGGTGACAGGTAACAAATCGA ATACTTGATGTGATTACGAGATGACCTGAAACCTGAACATTACATCCCTAGTAACTGAAA TCTTTCGATTTTTTTACTGTACTGAGTCATTAGTACCACACAATATGTTGTATATGAAAC TACTATATATGTCAAAGCCAAATGTTGTGTGTATATACATGTTGAATTTGTTTTCGTTCT TGTTGGCGTAGGGATCTGAGTCATTTTCGAGCTCAAGTATGGTAAATAGGGAAACGAGAT TCAGTTTTTGAACGTTGTGCTAACCGAGGGATCTCAATTCGAGGCAGCAGAGGTGGTTGG AGTTGCTCAAAGACGACGATATGGCTAGTACATGGCTCTATTTCAATTATTTTCTTCACT GAATTTCCATTTGTACTTTAGAAGAATAGTTAGGAAAAATTCTCATTCATTTTTTTTTTT TATAGTTTAGTTGATAATTCTTTTTTTTTAATTAAATGTAATTGAATAAAGTAGTTATAT TAATTATTATCTATGGTGTTCACAAATTGAAATGGTAGCTTTGTTATTCATCATAATTCT CCATTTATCTCATTTTGGTAGTTTTTAGTTACTAAAAAATTAGTGTTAGGTTACTTTAAG TATTTATGGTAATCTCATGGTTATTTATATCATATTTTGATAAGTTTTATTCTAATTTTA AAACTATATGATTTTGTTTTGGTAATTTTTAAGTTACTAAAATTAAACAAAATAATCTCT AATCAAAATAGGAATACTTAAGATTTATTATTCCTAAAATTATCATAATGATAGCATACA AATTCTAAATGCATTCGAGGATTTATAAAAAAGTTCAGCCTAAAGGGAAATTAAATTAGG AAATAATTAACAAGTAAATAAAGATGGAGGGAATACTTATTTTGATTATAATTTCAACAT TGTCTTTGTTAAATAATAAATATAATTTCAAAAATAGTGTAGTTTATTTCCTAAAAATAT AAAGCTTCAATAAATAAAAAGACAAATACAAAAATTCAAATATATATCTTCAAATTTGAA GAATTAAATTATTTAAACAATAATAAAAACCACAAATTTTCGGTTAAATTTCACTCTTTC CTTAATATTTATATATATATCAATTTTTATGCAAACACATGTATTATTTATGTAAAGTTT TTCATTCATATATTTTTGTACATAATGTAAAATCTTTACAATATTAATTTAATATTTTAA CGAAATCGTCAAGTACACTAGTGAATTCAGTAAAAATCATCTTATAGCTGTCTGGGACGA TATTATGTATATAGATTTTAGGCTTAAGTCATCTACAGTCACCTAAAGTTGTCCGCATTA TTCACTTAGACACTTTAACTAAGACTATTACCTATTAGACACCTAAAATATACAAAACGT TAACCTATTAAACACAAATCGTGAATTTGGCAATAAATGTGGATCTCACGTATGTTAAGC GCGTGAATAGATCCAAATATTTTTTTTAAATTATTTTTTCTTATTAAAAACTTGGACATT TTTTCTTTTATTGACACTTGGAAATAATGATTATTTTTTTTAGTTTAAAAATGATTTCTT CATCAGAAAGAAAGTAATTATAGTCTTCTTCTCCATTTTCTTTTTGAGTCAAACTTCTGC ACTTCTTTCCTCTGCTTCTATTTTTTTTTCTCCATTTTTTATCTCAAACTTCTGAGTTTT TTTTTCATTCTTTATATCAAGAAAATCTGAATCTATGGATTAACTTTGTAAGAAGAAAGA AGATTTCGACATTGTAGTTTAAAAAGTTAGCCGACATCCGTTTGTTTTCTATCTCTGATC ATTATAAGTAAACATCACCACTCAAATTAAAATATAAACCCATTAAATTTATTCAAGTGA TATTAGAGAAAATTCTACAGAAATAACTTGAGTACTCTAGATTCTCTACGCCGTCGTTCA CTAACATTAATTTATTTTCCATAAACGTCACTTCGCTAAACTACACATACGTTATAATAT TCCACTATTTATATCATGCTTAATCCCATAGTTTATAATAAGAAAAAAATGGATCTTGCT AGAAGAGGTGAGAACGGAGTGACAGTGTTGAGAACCAAGAAGAAACACCAAAGGTTTAAT GGTAGAAATTGTTTTTTATTTCTTAAATTTGAAAATTCATTTTTATGATTAAATTGGACC CACGTGCCACATGTCATAGTTTTATTTGTGTTTTTTTTTAAGACACAGCGTGTGAACTAC ACGCACATTATTTTTAAAGTTGGTTTCGATTTTGTGTTCAATAGATACATATTTATTAAT ATTAAAGTGTCTAATAGGTACTAATCTTAGTTGAGGTGTCTAAGTGAATAATGCGGACAA CTTTAGGTGGTCGTATATGACTTAAGCCTAGATTTTATTATCCTTATTATTAATTCTCGC TACGAATTTAGTTCCATTATTTAAAATCGAGACAACTCACCTAATCGTAGGAATGAGACA ATTTACATTCTTTCTACTCAACCATCAAAGTAGTACTAATTTATATACACAAACAAAAAT AAACATAAACCCTACAATGAATTAACAAAAATATATTTCATTATATTCTTTGTAACATTA ACAAATGGTTACATATTTTTTTTTCTTTTGTGCTATATATACTAAACTATCGTACATGTT TTCGATACCTAATGGCCCCACGAATCCTCCTAGCCACCTACCCCTATCGTCCCTTGCAAC GCCTCCATATCCCGCTAAACCTGAATTCTGCATAAAAGTTCCGTCCGTGTTGATCTTTAT GTATCCAGGCGGAGGGAATGAGTCCAACTAATGTACCTAGGGTTACAATCTAACTACCGA TTGAACATGATCATGATCGTGAACGTTAGATTCATATCCAATAATGCAAGGTTGAACATG AGTTGAGTATCCAAAATTGGGAAAATGGACATAGTGCAAATTGTTAGCACTAGGAACAAA TATTGCCATTTTTGAGAAAAGGAAAAAAAATATATGTACAAGTAAAAATGTAATTAGTTT TATAATTAAATGTATTTTCTCACAGTTTAATTTAATACTTATATTGTATTGTTGTGATTT ATCAACACGTTGGAGATGATTTTGACCAATAAATTAATTCTCAAGTTATATGTGGCATTT TGTAAAAGTTGGATAGTTTAGATTTTGATTTTATTCAAGAGTGACTTGTATTTTAAAAAA TGTATACAAGTGAATTCAATTATTTGGAGTTTTAAAAGGTGAAGTTGGGATAAAAAAAAA TTAATTTATTTCAATATTTTTCTATGTATAAACGAAAACCTTACATTCTTATCGCTCCAC CACAATTACTTTGAAATCGCAGATAAACTCCTTATTAGGTTACTCAAAATCGTATTACAA GCAGATTTTTATCGTCTTGTCGATGCCAACAGGCTATATCAATCATCAAAGTAGCACCAA TTTGATGGTAAACATAGCTCAAAGTGTTCACGTCCAGAAAAAAAAAACAAATTAAAACAG AAATTGATTTGTATACACAACCAATATGAAACAAGGTATTTTATTCCCATGAACAGATAT TGGTCTTTCATCATTTGTATACACAACCAAACATAAATCCTACAGTGAATTCACAAAGGT GTTGGCTGAAGATAGACGTTATGCAATGGATGCTTGTATTGTTGCGCGCTATGAAGAAGG CAGAAAGTTCTCCCTGATCAACAACTAGTTTTGGAGTGTGATGAGCAGAATGTTTAAACC TGATATGGACGGAAGCTATTATCATCCGAGAACACTTGGAAATAGACCAAGAAAAACCAA ACATGTACAACACATTCTGAGATCTCAAATGAGTCATGAGGTTTTACAACGCATTCTATT CAATGGACAGCAGATAAAGAGAATCAAAATTGATTCCTTATAATGTAAAAGACTCGTTTG CATAGAAATTTTATGCAGTGTAATAAACAGTTTGATTGTAGGCCCTGACATGAGTAAGAT TCGAAACAGTAATTTCAAAAATGGAACTCACAGATTAAAAAAATAGAACTAACCTGGGAC AAGATGGAACCGTTGAACCACTAGTCAACCTGTTCACCTCGGAGAACCAAGAAGCTGAGC AATCGTGTCTAAACGCGTTGCATAACTTGTCTGTCTCAAAAGAAGACGTTCAACATCTGA TTAAATCGGGCATCGTTACTACTCTGCTAGTACTGCTTTTCTCAGTGACATCAGTGTTCA TGACTCTAAGAGAGCCAGCATCCGCGATTCTTGCAAAAATAGCAGCTCAATCGGAAGTTG GCATAGTACTAGTGAAAAAAGATAATTTCACCCTAATCTAGGTTCAATCCCAAATCATTT CTATCTCTTTGCATGAAGAGAAGACAAGGTGGATTAGGCAGTAAACTAACTGTCGTTGTG CCAAGTATCCAGTAATTTTCCCAGTAATGTCAATGAAGAACAGTCTGCATTTTTGTCTTC ATCTTCTTCAGATAAATTTAGCAAACCCCGATTGAAAAGTTTCAGTTTTGCAAACACGAA TGTCAACTCTTAGGTGGTTAAAAGTACATATTCAAGAAGGCGAGTTGTTTCTGTTGAGAT AATTTCTACAAACAAAGAGCCAACTTCAGAGCCTTTAATTGAATTAACGGCTGGATTTTC GCCTGAGTCATTAGCGAATGACGAAATTGAAATTAGAGTTGTTTCTGTAGTTGGCAGGAT AGAATAGGATAACTACATTTTAATCAGAAATCATGTTAGTACCAAATGGCATGAAAATGT GTCGATTTGGGTGACGGAAGATAGGTTTGTTGGTATAACCTGAACACTGTAATGGGTTAT TAGATTCTGCGTACAACTACCTGTTATCATATGGATATATTGATTTTGGGGTGGCATTGG CAATTAAGGACAAGATTCCAGTTGAGCCAAGAAAGGGCGGAGAGACTGTCGTCCGGGAAG GTCTTGCTGGGTTGGTGGCTATGAGACAACTGATGTTATTTGGTTTGGAGGGACGAAAGT GTGTTGGTCGAAGGGTGTATCCATAACCTCTACCAAATGGTTTAGACGACCCAATGTTGT CATTACGAGAATATTCAAACCTGGAGGAAGTGAGATCCCTTTAGAAAGGCCAATTTCTTA CTTGCCAGAGGCGTAGAGCTAAAGCAGCTCGCTACTGCATTAGTTCTAATATCCCCAGCA GATAAAGTGGTTCCGTTGCCTCAGCCAAAGTTTTTAGACATCCTGAGAAACAAGTTAAAA GGGGATTCATGAAGAAGCTGAAACTCTAAACAAGAAAAAGAAATACGAAAGAGGAAGCTA AAGAGAGGTGGGGAAGGACTTATACCCGAGTATGTTTTACTTGACAGTGGCTATGTCTCT TGATTTTATAACACCTGTTAAGCACAAAATATAAGAAATGTTAGCCTCAAATCTAATATA TGCCACAGTTGCAAATGATATAAATAAAAAACAAAATATGTTTGTAATGATTAACACGAA ACTTCAAGGCAAAATATTTACAAGCTCAAATTGATGAATAGTGAATCTATTAGGTCGACT GAATATATTGTTAAGCATAAGATAGGAAGTTAGACCTGCCACTTAGATTTAGGAAGATTT TTCATCATGCAGAAAATGGACAATGAAGTTACCAATAAAAACAAATGACAACGATAATTA AAATGTTTTCAAGTAAACAGCGAAACAAAAAAAAAAAAAGGAAAACGAACAAACTACAAT TGAAGCTAGACTTGATAGGTCTAGCTTTGGTTTTGGAGTCATCCAAAAGAACTCACCTCG TACACAACAATACTAAAAGATATATAGCTCTATTGGAAACAATCTTAAGGTATACGTACA TTATACATTCCTCAGATATATAATCCTATTGTTGTTGTTGCTAGGATATATAGCCCACGA TTATTACATTACGCCAACTCCCCTACTTACTGGTGTCACTTGCATTTAACCTGTCTGGTC TGCTTATCTTATTTCAGCTTCAGCATTTAGTGCATTAAGAGAGCATTTCCATGCAAAACA ATGTTGATGTAGCAAAATTATAGAGTTGATCCAAAAAGGGACATGAATAGCTATTTAGAG AGCTAATAAAATAGCTCGGGTATAAATAGAAACTAAATCTTGCTCGAGCAATATGTAATG AAGAAATAAGATGGTTGTAGAAAGAAATTAGTTAATTCTTTACCATAAACGATAAAGTTC AAGTATTTAAAATCAACATGATATTTTGGTGTTCAGTGTCTTAATTAACATTAGACATGC CTTATAAAAGATCTGAAGTATACCTTATCTCGGTTTTTCTCTTCTCAACCTTCAAATGCA ATGTTCTAACACTAGTGTCGTCAGCCATCTTTGTAGCTTCTCTAAGCCCAATGAGAAATG GTGGTATGGTAGCGCAAAGAGAAGTCTTCATTCTCCGGCAGATTCTGCTAAAATGTCAGT CATACCCTGATGCACCCACATTGGAGTAGGAACCAAAGCTGAACGGATGGGCTCGGAGAT GTTAATTCCTTGTGGTTCATATATACCTAATAATAATGCCTGAATCTCATCAATACATTA GCTCCATGACCATAAGAAACATAAATTTCATCTTTACTATAATCGATGCATTTTCAAATA TATATATATCCTACTAGCAGCAACAATAAACGACAGATGATGAAATCATCTAGTTGAGAC AAGAGAAGTCTTTTAACAGATTACCCACTTCTCTCTATGTGTTTCACTTGTTTTAAGAAG AGACAGAAAGTTAAACAAAGCAATATCCGACCTCAAACAAGACAATACATACATGCTCTT CAAACTGGAACTCAACGAATATGAAAGGGGCTTGGCACTGATACTCTTTCAACCTCTTGA CACTAAACAAAGATAACATGAATTTTTCACTTCCCGAGCAACTCCATTCTTATTTTTCTG CTCGTGGAGTTTTTTAGTCTTTACTTGTTACTTGGCCACCAAATAATATGTTATTCAAAA GAAAGAAAGATAACATTTTGGTATATTGAAAGCTAAGTTAATATGGAACATGACATTTAA TTACCTTCTAAAACTTGGAAAACTTTTTTCACTGCATCAGTAGGGGCCATTCGCTCAAAC TTGTATGGCAGCTTCTCCTGCGACTAGAGCTAACAATAAGGGCCAACTAACAACTTTTTA TAGTTTCAGAACAAAATACTCTCGTGAAATCTCCAAGATAAACAACCTCCACTTTTTTTA ATCCAAAATGGTAGTGTACCTGTCTAAAGATCCCTCCTAAATCAGCAGTTGTCACCTTAT TCCCCCTTCCACCTTTTTTGTACAACTTTTCACCTACACCCTTTCGTCCCTCCTACGCAG TAACTTCACGAAGCCAAATGACATCAGTTTCCTCGCAGACGCAAACCCAGCAAGGCATTC CACGACAACAATCCCTCCGCCCTTACTTAAGCTCAACTGGAATCCTGTCCTTAATTGTCA AAGCCACCCAAAAATCAAAATACCCATATCATAACAAGTAACGTAGAATCCAATAACCCA CTACGACCTTCATGTATAACATCAACAAACACATCTTCGTCACTCAAACCCACACATTTT AACACAATATCAAATGTAATTATACTATTCCATCCCGCCAACTACATAACCCAAACTTCC ATTTTGTCATACCTTAATGAGTCAGACGTAAATCCAGTCCTTGATCCAATTAAAGCCTCA GAAGTAAAACTCTTTGTTTATATAAACAATCCCATCAGAAACAAGCCACCTTCTCGAATT TGTACTTTTAAAATCAACATTTTTGTTCGCAAAATCAAAACTTTTCACTCAAATCTCGCT AAATTTATATGAAGAAAGCAATGCAGACTGTCCTTCATTGAAATTACTGAAAAAATAACT GCATACCTGCTACAAGGACTGTTTACCGTCCGATCTACCTCATCGCAGGGGACGTAAATG ATTCTACATTGAACCGGAGTTATGGGTAGCTTTAGAATTTGAAATTGGAAGTAAAATCTA GGGTTTTGAGTTGGCAAAAATGAATTTTTCGATTGATTTCTCTGCTTTCTGTAACTGTTT TAGCAATGGAGAAAACGATGAAATCTATTTCTTGGTTGTAACGAAGTGAAGAAGAAGAAA AGGAGAAAAAATGGTGTAATACAAAAGAACAAAGTGACAAATATATATATATATATGCAT GTAAGCCAATGTATTTTTTTACTTTTCACAAAATATTATTTATATTATTTTATTTTATTT TTCGTTACATCCAATAATATTTCATTAACAACAAAACAATTCTCGAATTTTCAAAATATG ACCAAATACTTTCTTTTTTATTTAGAACTCCTAATTCTTCACTATCGTGTCAATAGTTGT ACTAAAATATAATTTAAATCATAAGTTTCACTATTGTCATATTTATGATTTTATAAGTAG TGTAATTTTTTCGAGTTCAATAATTTAGATATTTAAAACTTAAAAAGATGAACTTGTTTT ATCTTCTCTGAACGTTGAAATAAAAAAATAATAATTTATTTCAATCTTTTCTTAATATTT TATACATCCATTTTTGTGTTAACATACTTATTATTTAAGTAAAGTTTTTCATTCATATAA TTTTATACACAATTTTTTTCTTTTGTGATATGGAGAACCGCAACTCTTTGGGTGCGCACG GGTAAAATTCTCGCTTTTTTGTAATAGCTCGCAAATTACATAGGAGAGATAACTTGCAAA CCACATAAGAGAGATAATTCGAACTAGGCAAGCCCGATACGATGAGCTCGACCCAGAAGG GGAATCTCTTGCTTTTGCTGGAAATGGGTTTCAAACTTAAGACTTCCAACAAGGAAGTCC CAAGCACAAACCATTGGCCATCCAACATTACATTATTTTGATAATTTGATGAGACTGTTG AATCCAACAAAAATCAACTACATTGAATTAACAAAAACATAAGGAGAACTTACACACATA GCCACTCAAAATATCCTGATTACTCTCCATAACTATAGTTTGATATTATAATTCGTAGTT ACATGTTATAGAGAGGAGAAAGGCGAGCGAGACCCGAGGGAGAGAGGAGAGAGGCGAGAG AGAGGGGGCAAAAAGTGGAAAAGAGGTGAATTGTGTATGTATATCAGCTAGATAATTGCA TATTATACATACGTATTTGTATATATGGCAAGCGAGATAAGGAGAGGGAGAAGAGAGTCA AGCGAGATTGAAAGAGAAAAGATAGAGGCGAGCAAAAGAGGACAAATAGTGAAAGAGAGG TGAATTATATATGTATATCAGCTAGATAATTGTATATTATACATATACATACGAGCGAAA AACGATAGATAGTGGAAGAGAGGTAAATTAGATGTGTATCAATTAGATCATTGTATGTTA CACATATGTATTTATATATTCTGGCAAATTATACATATACGAATGTGTTAATTATACAAA CTCAAGGTCATCCCACGTCATTAATGTATAATGTTAGTCGTAACTGACAATTATAACAAA CTATAACTACAATGAGTAATTGAGTAGTATAAACTTGCATACACGCCGAACAATCAAGTC GCGATAACAAGATATCTCCATCGATACAAAAACCATCAAACTTGTCAAAGATACAAACTT GAACAAAGCTCTTTCTCATTGACTCCCCCAATTCAAATTTTTTATATGTATATACCGCGG ATAATATAATCAAGAGACTTGAAACTCAAGTTCATTGACGCACATTTCAAAACTCGATGG ATGATAAAAATCGCAATAAAGAAAGATTTCCATCAACACAAGAACCATTAACCATGTCAA GATACACAATCAAACTAAGCTCAATTACATCGACTCATTCGATTTGATGCATACACTCAC ATTTCGTCAATTATAAGAAATTCGAGTCTTGAACACATTGATGTTTTCATTCATTGCTCA AATCATTTGTGTATACACAAAAACAAAACATAAACCCCAAAATCTACTAAACACCTAAAG AAACACTAGCAAATCCTTAATACTATTCCAGAAAAAGAACAAAGAGCTATAAACTAAGAA AAACCAAGTCTTGAATATGTTTAATCTTCATCAGCAGATGGCTTTGAACCACCGGTTTTC TTTGGAAGCAGAAGGTTGTGAATGTTGGGCATCACACCGCCATTGGCAATCGTTACATCT CCGAGAAGTTTGCTTAGTTCCTCATCGTTCCTCACTGCCAATTGAATATGCCTCGGAACG ATCCTAGTCTTCTTGTTGTCCCTTGCTGCATTTCCAGCTAACTCAAGAACCTGCAAATAA CAAACACTGGAAAATTAGAAACACGAAAGAAGAACGAAAAACTAATTGGTATATCAAGTT ATCTATCAACCCCATACAAACACCAGTGAATTTGCTTCCAAATACTACCAACAGATCTAA CATTATTCAGGTATAGCAGCAACAATGAAGAGACAGAAATACAATTTTCTTCCTGTAATG ATTTGATTCAAACAATAATCTTCTATACAACAAAATCTCAACAACAACATACCCAATGAA ACAATTTCTGTATTGAGGTTCAAAAAAGTAGAAACTAATTTCAGAATTATAATTTTTTTT GGCTTCTCAAACCATCTGTTCCTTAAAAATGCGCTCTTTAAAGCTCGAATTAGGTTAATT TCAGCTCAAATCCCAAACCTAGCAATTGATTTAGACAAAAATTTAAAAGGCAAATGACAA AATTAAATTACTAGAGCTAAAACTCAACCTTAAACGAGAGAATTGCAAACCCTAGCAATC GATTTATACAAAAATTGAACAATTAAAGAAGCAAATTTCAAAATTAAAACTATCAGAGAC AAAAATCTACCGAAAACGAAAGAATTTCAAACCCTAGAAACAGGAGAATTCCGAAATTAA AATTACTAGATCTAACAAATTCGAAACCCTAACAATCAATTCACACAAAAAACTACACAA TTAAATAATCAAACAACGAAACTAACCTCAGCAGCAAGGTACTCCAGAACAGCAGCTAGA TAAACCGGAGCTCCGGCACCGACACGTTCAGCATACTTCCCGGCTTTCAAAAACCGAGCA ATACGACCAACCGGAAACTGAAGACCAGCTTTGCTACTACGAGAAGTAGCCTTTTTTGCT GTTCCTGAACCTAGGGTTTTGCCTCTACCAGCCATTTATGGAAGAAATTTGCTATAAAAA TGGAGAAAATTTTTGTAGGTTCAAATTTTGAGAGCAAAAATTGGGCTGCGAATTGAGAGG AATTTGTGAAGTTTATATATAGATGGAGGATTTTGAATTGGACCAATAGGAGTAGATCAC GCGGATCGTGATTTTAAGCCGTTGGATTAGATTAGAATTAACGGTGAGATTAGAAGGATC GATGATGAAGAGTTCGGCTTTTATTGAGACGGATATATCCTTATCAGTTTACTTTATTTA CGATATGTTTGCCATTATTATTAAATGATTAAAATGAAAATTCTTTTTGAATAAATGTTT TATAAAATCCTTATGATTATTATTAATTATAATCTTGAACTAAAATAAAGTAGTGATAGA TAGGAGTGATGATATTTTGTGTCCTTTTGTATGGACGTTGAAAAAGTTAAAACGATACTT ATTTTGGAATGAAGAAAGTAGTATTAATCGCCTTGATGGATTGTCCGTTTTTGTTGCATT GGTTAAGATAAATAGAAATTGGTTGGATTGATCGATAACTCTTTAAATTTGTTAGTAAAA TTTATTTAGATATTTGAAATATGACATGTTCTGATTGAGTATTTACATGAACATATTACT ATTAGACACTTTCGACTAAACAAATTGGATTTTTTTGGGTATTTTCTTAGGCGTTTATTT CGTAGATGAATAACCATTTTAAATTGCATTTCAATAATAAGGAAAAACAAAACGACAAAT AACTAGATCACAAGGATCTATTACACACAGTCTTTACATTGCATTTTCACAAGTACGTAT AAAGTCAAAAATGTATTTATTGACGTATAACAAATGTTAAACCCCCTTTATTTCCTTATG TATGTAGATTTATGTTTCAGATCTCTTTAGGAAAAATCGTAACTTTGCCTCTACCAACGG TCTATCAAGCTTTCCTTTGAAACAAAAATAATCATTGCAGTTTGATGAGTGGGGTTTGAG GAAGGTAGGATATATGCACAGACCTTATGCTTACCTTTGTAGGATCGAGAGGTTGTTTTT GATAGACTCTAGGCTAAAAAAAATGGGGTTTTTTCACAAAGATATGAAACTTGTATACTA GGTTCGAGTAAAGCATCACGTTCGAGCTTTGAATAGGAGCTTCAATCTGAAAGCATAACA CAAGAACTAGTTAATTTAAGTATGTTACATTAGGCTCTCCTAAAATGCATGTACCTTTCA GCATTTCTAAAAAGTCTGAGTAACATAGCCCAAAAGAGAGACTAAGCAAACATTTGCAAT TCATTGAAATTCAGCTCACTATGTTGAAATTACTCAAATTTTGATTATAATATAGAAATA AAATTCAGATAAAAATATCGCAAATTGAAACGTGGTGCATTTTCAACAAAAGGTGTTTTT GTCTAAAATGAATTTTTCACATTGAAAATAATTATTTTGAACTGCATCCATTATAAAATT ATCTCACATAATTTTACGTGAATTTCATGATACTGAGTTTAGGATATATAAATAGTTGAT GTAACTCATGGATCAATAACTCAAGAACCTTTTTTTTCTTCTATATTTTAGTATCTGCAT TAAAGTCATCTAGTTCATAGTCAAGCTATGTAAGGCTCGCTATGATAAACCAAGTTCATC TCAATGTAGATATCAAGATCATATAAGTAGTTATGAGGTTGATAATAGCTATTAGATCGA TAACAAGCATAAGGACCAGATTAATTTGGGATCTTAATTGAGTAATGGACATGAGAACAA TTCTCAAAAAAGACAGTGATGTGTGATTCAGGGATTATGCAAATTATTGAGCAAAGAGTC TCTCATTTCCATTCTTAGTATGAACTTCTGATCCCCCTAATCTTCTTCCTTTTTTGTTAA CATTTTTTGTTTCATTTTAGGAATCGTTAATTGTTCATTGCTTGTTGTTTTCATTTCTTA ATTTAATTTGAATTATTACATCCACTCAGATGGAATCTTTCTCTATTTTTTTTCATATTC AAAACTCAAACTCGAAATCTTTAATCAACAAATGAACAAAATAACTCAATCGACTTCACC ATATTCTTTGTAGTAACAACTCACAACTTATTAAACAATATATTCTCAATAAGGTTTATA TATAATTAACTAATATAGCTTTGGAATATCTATTTTTTTTTCAAATATTACATTCTTAGT ATTAATATAGATAGATATATAAATAGAGAGTGTGATTTCTATTAATGGGAAAAAAACATT ACACCATAATTATAATACAAGTGTTTTTAATTAAATGAAATTTCACAATAACAAAGAGAG CCAAAGGTGGATTAATTAGTCCAAATATCAAATCAAGAAAGGGGCTGGAATCATTGCAGC AAGGCAAGCTATCCTTGAGAACCTAAAATGAAAAAAAATCAACAAAATGAAAATTAGAAA AATCGTCGAGCTTTACTGATCCGACTAATTTATATTATTTATTTAAGATAAAATGAATGA GAGAAAGCCGCAATACATCTCCATCATCATTCTCTTTCGGGGGTGACTAATTAGGTTAAA AGAAACACAAGAGAAAACATCATTAGTCCGATGCATCAAGTGAAACTAACTCTCAACGTT AAGGGCAGCTCACTTGGTCAATTTTCGATTTTTATGCACTTTAACTATCCAACTTTTAAA TAAATAAGTAAACGAGTCCTACATGACACAATACACGTATGACACCACGTATGACAGAAA ATGACACGTAGGATGACATGTAGGACATGTGTGTCTGTTTGTTCAACTTTATACAAGTTT AAGTGTCTATTTTTGTACATCAAAGTTGAAAGACACAAGGGCATATTTATGTATTGTGTC TTTCTACTGTTAAGGCGAAAGGTTCAAACTTAATTAATAGCATAGCGTCTCCTTCCCCTC TCGTGACATACAAACTAAGTCACATATTTAAATGAAGAAAGATAAAGAAATGTGCATATT ATTCCGAGTTTCAATAGTTGTTGCTAGAGGCGAAACCATAATTTTTGACAAGAAGTTCAA AATCAATAGAAATAAACACATAAAATAATCGAAGAATGAATTCAACATCTACCGTATATA CCTATAACACCGATCCTAATTTTGTTTGACTATTATGAAAATACTCAAAACATTTCATAT ATCTTCTATCCATGTATAAAATAATTTCAATCAACTTCCTCTATACCTGGATTTACGATT GCGGTTATGAGGGAGTTGATTGACAGGCCGCGAAGCAATTGTCGCGGTCTTCCTCTTCAA ATTCGTGCCGGAATCAGCTGCCACCATTCTCGGCGGTAGAACGTGATCTGCATCTTCCGA TATAGAGTAAAGAGACGGTTTCCATTGAGGGAATGAACCAACTGATCTCGCCGATCCTCG TCTTCTCCGTCGCCTTCGTTTATACGTAATAATGGTGTTAATATCAGACGATGCTACAGA AGCTGTAGGTACAAGGATCTCCTCTTCTTCTTCTTCTTCAGTTCGATGTGATCGTTTTAA TGAACAGCCACAACACGATACAAGTTCAACGAAGAACTTCATATTTACCAGGTATGTATG TATGTATGAACTTAGAAATAATGATTGCACGCAAGTTGTTTGATAAAATGTCGAAGTGAA ATTGTGCTAAAGTTGTTTGATAAAATGTGTGCGACGGATTGCACAGAAGATGTTTGATAA AATGTACATGATAGAATGCCCGGAAAGTGTTTGATAAAATGCGTATAATAGATTACCCCG GAAAGGTGTTCGATAATATGATAGATTGTCGGAATAAAATGCGTATAATAGATTGACCGG AAAAGTATTTGATAAAATGCATATGATAGATTACTCCGGAAAGGTGTTTGATAAAATGTC TTCTGATAGATTGCCGTAAAAATGCCTTGTGATAGATTGCACGGAAAAGTGTTTGATAAA ATGCGTATGAAAGATTACTCCAGAAAGGTGTTTGATTGCCGTAAAAATGCCTTGTGATAG ATTGCACGGAAAAGTGTTTGATAAAATGCGTAGGATAGATTACTCCGGAAAGGTGTTTGA TAAAATGTCTTGCGATAGAGATATAAAGATAAAATGTGTATAATAGAATGTGTTTGATAA AATGCGAATAAAAGATTACCTCGGGAAAGGTGTTTGAGAAAATGTTGCAGGAAAGATATA TATACTTTGATAAAATGTGTATATGATAGATTGGTGGAGAAGTGTTTGACAAAAACGCGT AAAATAGATTACCTCGGAAAGGTGTTTGATAAAATATCTTATGATAGATTGTCGGAAAGT GTTAAAATGTGTGTAAAGATAGCAGTAAATGTGTGTATTTTTCTTTCTCTCTGTTAGACT TCCTCCCTCCGACTCTCTTTGTACAACGCGCTCTCTTCTCTTTCTCTCTTTGTTTCGATT TGGGAAATGTTTATGTTAGTTTGGCTCAAATGATTGTGCGAGAAATGTGGAGACATTATA AACAAGGATGGTTGATGAGTTTCCAGCCAAACATTATTTATTGTGGTGTAAAATTATTGG TTTAATACATACTTTACTTACCACGGACTCGTCACAAATGTCAATATGTGTTGGATCTTT GATTCAAAATGGTTGTGGAGCTAACATTTTTTAAGAGTTCGAGCAACATTTCCCTCGATA CATGTCACTTGACTATACACTTTTCTCTTTTTGTATGTCACGTAGTCATAAAAAGTGTGT TTTAGACATAGTTTTGATATACATTATCATTTTTTTTTATAGAGATACATAAATAAATAT GAGATTTCTAACCTACTAAAAAGGAAAATATGGCAATTTCTGATGCTTGTTTTAAAGAAC GATAACAAACATCCGATGAAATAGCTGAGATGTGTTTAAGCTGACCTGAACACCACTTTT GAAACAAAGGAAAAGAAAAACCTAAATGCAATTATAACATTAATTTAATTGTATATAAAC TTTGCCGGCCGACAGAAAGCTTATTAATTAATTTAATAAAAGTGCAAGATAATAATTTAT ATAGAGCAAGTGAATATCCATTATTATCACCAATAAACTTAAAAGAAACATGGCTAATTA TTTATTTTCATCTATAAAATATTCCTTATGCTTAAATGTTCATACAAAGAAACATACATA GAAGGATGGGCTTAATAAAAACAACTTCAAAAAAGTAAAATTATTGATGTGTTTGGTAAA TAAATGCTGATAAACAGCTTTTTAAATCAAAATGTCTGAAATACCCTTAAAAGTTGTTAA CATAATAAAAGTTAATTAATTTATATTTTATAGCCATAAATAATTATATTTTGCTATCAT TCACATATTTCTTTCTCATCACAAATTATTTATAAGATGAATATAAACTTATTATAAATT TTAAAGATATATAATTTGAATAGATCAAAGAATGATTTAAGATTTTATTTTAGTTTCATC CATATGTAATAATAATTGTCTATCATTCACATATTTATTTATTATTACAAATTATTTATA AGAGAAATATAAATTTTTATTTAAGTTATATGTGCAACTTATTTTATATTTTTTAATATT ATATAATTTGAATAGATCACTTGAAAGATTTAAAATTTATTTTATTTTCATTCATTAGTA ATAGTAATTGTCTATCATCCACACGTGAAAAGGAAAAAATGGAAGAAAGATATGTTTGGG TTATGTGGGTAATTTGGAGATTATATAAAAATATTAAGGGCAAAAATTAAAAATATGATC AACTTAAAATAGCTTATAAGCTAAAAAAAAAACATCCCTACCTCAGCAATAAGTTATTCT TAACTTAAAATAAGTTATTTCGAGTATTATCAAATAGTTATATAAGTCAAAAACCAACTT TCAAGTCAGTTTGACCAGCTTTTAAGCTGAGTCAAAACAATTCATAGTTCCACAAATGCA ACATACCCAATATAATTCTACAAGTATGATCTAAAAAGTCCATATTCCATGGATTACCAC ATACTCCATGATCTAGAAAAAAATAGTGTACGCAAATCATATTCCTAACTCATGAAAGAT AGAGAAGTCGTTTTCGAAAAACCAGACTAAAGTCAGTCCAACTGTAAAACACATGAGAGG AAAAGGTAATAAAATGCACCAAACAAGGATCATCATGAAAACAAAACTTACTAAACATCC CAACAAAATTTAGCATGTTATAACTTTACTGCAAAATGGGTTTTTAACTGAATACTCAAA AATTGATCAGGATAAAATAACAAGATAGAAAAGTAACAAGTGAATGGCTTAAGCCTTGTC AGCCTTGGCTGCAGTAGCAGCGGCTTGACCACGAAGACGACCAGTCCTCCTTGCAGCAAT AAGACCAACCTTTTGTCCAGGAGGTGCATCACGACGGACTGTACTGGCATGACCAATGTG TTGATGGTTACCACCACCATGGGGATGCTCCACTGGATTCATAGCAACACCACGAACCTT AGGCCAGCAGTTCCTCTTCACACGGTACTTATGGTAAGCATTACCAGCTTTAAGCATTGG TTTCTCAGTACGCCCTCCACCAGCAACCTGACCAATCATAGCACGACATCCGCTGGGCAC AATCTTTTTGGCTCCTGATGGGAGCTTCACCCTGTCGAGAGTTCAAATTTGAATAATCAC ATTCCATGGCCTTAGTATAACCACATTCCATAAAACTAACATCTGTTAGAACTAATAGAT AGGATGTAGCATGACAACAATCTAACTAGGCTAGGCGTTCATGAAACTAACTAGTCACAG AACACAACACCTATAAGGTCAGTGTATCACGCCATTAAACATATTACAACTTGCGTTCTT TTTTCCAGATAAAACATATCACACATACAAAGACAGGTTTCACAATACACTTCCGAGTCT TTCTTCACCCTCACGACAGTGCACCTCAATGACAAACTTACAAAATAGTTTAACACAATG GATATGATTTGGGAAAACAAAAAGCTTCTCTCATCGCCAACCAAGCTTAATTACTAGGGA CAAGATAACTTGATACAGTTAACCTTCTTCCCCTACTCCAACAGCACAACCTTCACGTTA AATTAGTCTATCCACATATTGAATAGAAACACAACACTGTATCACATAACTCGGGATAGC AACCGACTTCAACGAACCATATCTTCACTCTTAAGCAGATGCACATTTCATAGGCAATAT CACCATAAAAGGGGTTAACACCAAACCATTTTCTCCCACAAGTTGAAACTTAACCATCAT CTTGACTAATAGAAGCATTTATCAAGTCAATTAATCAAATCAACTACACCATATCAATCG AGAGGCGTAGTGACGTATAGTTACGGGTAGCCACTATATAAGCCAAATTATATTTTTAGT ATGTATAGATTAAACATTTCTAGCTTCATCACTGCATGAATCCTAAACTAGTCAGGTTAG CTAAAAGAATCATTTTTTTTCAATCATACTAACAAAATTATGTTCATGTATTAGGGGTTC AAAAATATATAATTGAAACAAAACTGAGTAATAATATATACCTAGTGGTACCATTATCAG GATTGTGACTGATAACAATGGCGTAATCACCAGAACACCTAGCAAAGACACCACGGTCAC CAACTTTATGCTCAACGTTACAAACAACAGCTCCTTCGGGAATAGATCTAAGAGGCAACA CGTTACCAACCATAAGAGTAGCTTTTTTCCCACAATACACGAACTGTCCGGTATACATCC CTTCAGCGGCAACGAAAAGCTCCTTCTGATGCTTGTACCTGAAAGGATGACGGAATGTTA CCCGCGCAAGTGGTGCACCTCTCCCTGGATCGTGAATCACCTCTGTGATTACTCCTTTCA GGTACCCATTTCTCTCGCCGAAATCGAGAGTACGGAATCGGGCCGGACCTTTCCGGTGGT GGGTATGGGATTTGAAAACTGACCCAGCTCCCTTACGTTGTGCTCTGATCACACGACCCA TTTCGCCGGTTTCTCTCTCTACTCTCTCTCTCTCTACACTCTCTCGCCGGAGGGGTTTTG AGAAGAATGATAGGAAGAAGAAGATATACTAGGGTTTTTAGAGGGTAATGTGTTGCCCTA GTTATGATTTGGGCTTAAGAAATTTGGTCCAAGAATGATTTTGAGCCCATATAGGGATAT CAGGGCCCAATATTTTTGTCCATTTTGGCAAGGAGCAAGTGCACCGTTATCGATTTGAGG ATCGTTATTTAAGTCATAGCCGAAGTATATAACTTTTTGTGTAAGGTTAGACGTTTAGAA TCAATTTCAATACTCACGGGAATATTCAATTGTTATTTAAGTCATAGCTGAAGTATATAA CTTTTTGTAAGTTTAGCACTTTTAGAATCAAGGTCAATACTCAAATTTTTTGTAAGTTTA GCCTTGTGGAATCAAGTCCAAGACTTACGGGAATATTTAATCGTTATTTAAGTCATAGTT GAAATAGTATATGACTCTTTTTGTAAGTCTAGCCATTTTGAATCAAGCTCAAAATTCACG GGAATATTTAATCGTTATTTAAGTCATAGCTGGAGTATATAACTTTTTTGTAAGTTTAGC CGTTTTAGAATCAAGTTCAAGACTCAAATATTTTGTAAGTTTAGCCCTTTTAGAATCAAG TCCAAGACTCACGGGAATATTTAATTGTTATTTAAGTCATAGATGATGTAGTATTTAACT TTTTGTAAGTTTAGCCCTTTTAGAATTAAGTTTAAGACTCACGGGAATGTTTAATCGTTA TTAAATCATACCTAAAGTATACAACTTTTTGTAAATTTAACCGTTTTACGATCAGGTTCA AGACTCACGGGAATATTTAATCGTTATTTAAGTCATAGTTGAAGTAGTATATAACTTTTG TAAGTTTAGCCCTTTAAGAATTAAACGGGAATAATACTATTAAAAATTATTCATGCCTGA AGTTGTTGTATATGAGTCTGAATTAAGTTTGACATATTAATTGTGTAAGCAAATTTTCTA CATTTTTGTTTGAAGTTTTGTTGGCTTGTGATGCTAAAACTTCGTGTATTTTGGTAAGTT TTATAGAGTGCTTATTTAAATCAATTATGTTTTAAGGGGTAGAGTGTTGGTTAATTAAGA ATTTACACCAAGAAAATCATCTACTTGCATTGTTTTAATAATTATAAATTCACATAATAC AATTACCAATAGCTTAGATTATTTTTTGGGTTAATAATCGATCGATCAAAATTTATTAAC CTGACTAATTGAATTTGTGTTGAATTAATCAACTAAAGAGGTGAGTAAAGTGAGATTATT ATTAAAATATTTCAAAATTCGAATCCAAAACCTCATATAAAAAAATTAAAAGAATAACAA TAATTCCATACCCATTGTTTTTAGTGTCTTAGGTTTTTTAGTAGTCCATAGTATCAATGC AATCTACGATGTGGTGGAATGATCAAAATCTTTCTATCTTCATCATATATCTCGAGTTTA AATATAAAAAACAAAAAAAAAACTTATTAGTCGGGAACACTTCCCCTAAGTCAATCTATG TAATGTGAATTCAAATTAATCTGATCGCTAAATTTCAGAAAAAATAAATACATATATAGA AAAACATTGTTAAGAGAGTTAGGATCTTAAGAGATCCTTTGCTTTGAAGTTATCTAATCA ATCTATAAAAGATCCAAACAACCAAATAAACAAAAGATATACAAAGTTAATACTTAGAAG ATTAGCATATATCTCCATCTAATCAACAATAGATCTTATATCTCCAAATTCTCTACCAAC CATTCATCTAAATAGAGACTCTTATATATCCTACAATTTCAAGAAACCAATATGTAACTA ATACACTATCAAAAAGTTACAGTCGCGTGTTAAGTATTCCGTCATTCTTAATCATAAGAT CTGAGCAGTAGTTGTCAGGACATGAAGTCTGACTTTGGAAAGAAATTAAATATTTTACCT TCGTTATAATTTTTTTTCAAAATAAATATCAAACATCAAATGAGAAACACGCCTAATATG TTATAAGTTAATATCTAAATCACAAGACAACATTTTCTATCTTTGTGCTTCAAATCTGTG TCCTGTTTCAGTTTTCTTTTTCAGAATTCCTGTAAATTCAACAAAATGCAGTGTAATGTT CAGTCTATGGCACAAAAAAAAGACACAAAATGGACAACACAAAAATTGACTACTCAATTG GACTAGAAACTTTTCCTTTTTTTTTTATTAAAAAATTTCGAAATAAGTGACATAGTATTA TTTCACTTGAATAAACAATATAGTTCACATGATATAAAATCAATTTGTACTAGTACAAAT ATAAGAAACAACTTTACTACTTTTTAGACATGTAATTTGAAAGATAATATTTATTACGAA GTTTCAAATTTTATTTGGGAAATTTCACTATGTTGGAGTATTTTCGCATATGAAATTTGA TACTCTCTCTGTTCACAATTGTTTGACAGGTATACTAAAAGTAGATGTCCAAAATTTATT GTCAATTTAAACAATAAAGAAATAATTAGTCATTTTTTTCCAATTCTATCCTTAATAATC ACTCCATTTTATTCAATTGAAAAGTTATGTAGAATTTTGATATTCTTGCTATAATAGGAT TATATTAGTCAAATTACACCTTGTATTAAATTTTTTTTGATGAGAGTACATGACCTTACC TCGACAAACAATTATGAACAGAGTAAATACTTTATAATAGTGATTATTTTTCAATTACAG AAGTGATACACAATTTTTTGTGAATTTACCATATAAAGTTCAATTCAAATTAAATTTCTA AAACTAACCATGATCAAAAATCGAAATTACCTAAAAAAAATCCAGATTCATAAAGGAGAA AGTAAGTTGAGGGCATTTAAAGCATCATCCAATATAAAAAAAATAAAAAAATATTAAGTT CAATCGAATTCATAAAAACATAACATCACATCGATTTTTAACTATCATCGTAACTTGACT CACTATAACAAGTTATCTATCTTATTTTCAAAGGTAAAATAGATATATAACAATAATAGT AAAATAGATAAACTATAATAATAACTACGTCTCATTTTCAAACAAATCAGATTCGACTAT AACTACACAAAGAAAAGAGAGCAAAGGGAGGAGGAATATTTACCATTTGGATTACAATGT GGTGGATCTTCAAAAAGTGAAAGTGAAAGTTGTTTATGAGCTAATCCAATATCAAAAAGT ATAATCCCATAATTAAGATCATCAACAATAATTCCTTTAACAGGTAGCCACACAAATAAT TCTTCTTGTAAAAATCCTTGAACACCATTAAGGCTACCATAAGTAAGATTAGCTTTTAAA TAACTCTCATAAAAGGCTATTGTATCAAACTTAGTCAAACAAGGCCCATCTAAATAAACT TCAAGAAGCCCATTAGTTGTTGAGTAATTATAAGATTTTACTTCTTTTGGAAGAAGACCA TATGGTAAGCCTTTGGATTTTAAAAGATCATGAATAGAGATAGGTGAAGAATGTGAAAAA GAGATGAACAACAACAAGAAGAAAATGAGTAAAATAAGTTGAAATTGATGATAATATTGA AGAAAAGCCATGAATGAATGAAATGATGAGAGAGAGAGAGAGAGAGAGTGTTTTGTATTT TTTTTTGGTTTTGATATCATTTATGTAGTTAGATATTATCATTCTTTGTTAATCGCGTGT TTTGTTCATATAATTTGTCATTATTCAGCAATCAATTTATATTCTTAAATATTAGAAAAA GTTTCTCATTTTATGTAGCACTTTTCGCGTTTTGTGATTTAAACAAGTGTATCTTTGACC GTAACTTTTTAATTGATCCTTTTAACATTTTGAATTATCAATTATTGTGACTTATCTTTA CACAATTTATAAATATATAAATTTCATTTCAAAAAATTTAAAAATTTCATATGCAAATAT CCAGTCAAAGTTAAATCGTTTCGCTCTTGAACAATGAAAAGCGTCACATAAAATGGAACA GAGGAAGTAATATTTGAGCCAAATTTTATTATTTGGAAATTGTTAAAAATTTAATAACTA TCCCGAACTTTTATATTTTTTTAGAAACACCTATAAATATGAAATTCAGTTCTAATTTAT TGTACAAAATTTATATAGGATTTTTTTATTTGAGCTTGCTCTCCGAAGTCATTTTTTTCG ATTAGAACTAGTAATAGTAGCTTCTAAAAATATAAATACAAATTAATGATATTTTTCTTT AATTTGTTTTCTTCTTCTTTCAGATTCATACATTAGTTATGTTACTATTATAACTTTTCA CGAAATACGTTTATTGTAAAATGACAATACAAACTTCTAGATATTTGTGATCGTTTTTAG AAACTATGACTCATTTCTTTATAAAGTAAAATATTTACCCCAAATACTATAATCCAAGTT TAAAATGTCCATGAATACACGTAAAATTAAAGAACATAAATATCATTAAATTTTTTTGTG AAATTTAACTAACGAGATTTTTTTTGCTCGGACAGTAAACACTACTTTAAAGTTGGTGGG CTCCAATTGGATTTAAGATAGTAGGCCCAAGTTAGATAGAAAAGGGGCCCAAAAATACAA ATTAATTTCACATTTCTTCTTTATTTGCCGGCGAAAGACTTGATCTTGCTTTTGCCGGCG AACCAATCTCCGTTCATTTCTCCGGCGAAATTCCGTTTGTAAGTTCTTTTATACGAGTTA TGGATTTTGTTTCAGCTCTTTTTTTGTTAAAAGAAATCATTAAATCCAATTTTTATGATT AATTTTATGATTTTTATCAAGTTGAAATACATCATTATGGTTAATCAGTTTAACAATATT TTCTGAATATTTTTCTAATTAAGACCATAAAAGAGGGAATTTTTATAATTTCATTGATCA TTGAAGTTGAAATTTTGACAAAGCTAGAATCTTTGAACTGTAGTTTCTTGTCCTTTGATT TCTTTTACTATAGGTTGATTCCTTGTACCTCGATAATCGTATTACTTTGTTACTGTGTGT TGTTTTTGTTATTATGTGTTTCCTCTCAGGTCAGATATAGGGTAAGGTCTGCGTACACTC TATCTTTGTGGAAATATATTGGGTATGTTGTTGTTGGTAGTAGCTTTGAACTACACCAAG TCGAAAATCAAAGTTTGGGTACTGAAAAAATCGATAGGCCTGGTGATCAATATAGTGAGT TTAGAACTACTAGGTCTTAGGATTCATAGAGTTATTCGGTATGTCTGAGGTGTGGACAAG CTGGTCCGGACTCCACATTTATTAGTAAAAATGTATATTTTCTTGTGTCAACCTCTATCA TGGAGGTGTTTGTGACTAAGATAAACATTTGTTGCATATATAGGGGGAGTACAATGCATG GAATTCTAGTGTTGATCGGAGAAAGAGTTTTTGTGATTTTTTACTGAGTTTTTTTCTACT ATCACAGCCTGTTTGGATTGAAAGCATGCTGCTATTATTCTCCTTTTGTTTCCTAAAAAG ATCAGGTTTAAAATGTTCTTGAGAGCTTTGATTTCGACTTGCTGATATTAGTACATCATT TTTGTGGCAATTTTGAGAAAGGTAGAGCTTAACTGGATCTTAGTTCTTGATGTACTGCTG GTATCTTCTGTATTTTAGGATCAGAGAGATGCACAAAACCTTGGAATATCTGAAGGGGTT AATCATCTAATCCTTTCAACATCAAGCACTTGCAATTGTGTCGTAAGTTTTCCGAAAATG TCATCTGACTACAAAGGTTTGTATTCACCTTCCATTCTTCTTTCATTTGTTATGGATGAT ATGATGAAACTTCTCCTCTTGCATGGAATGTCTTACCTCACAGGAAAAGCTATTGTACTT ATGGGTGTCAGCGGAGCTGGAAAATCGTAAGGTTTCAAGTTGCATACTAATTTGGTTTAA CCACAAGAATTGTATAGGTCATTGATCAGTTTCTAACTGCTTGTAGAGTCGAACTAGACC TTAACAAATAACTTTATAGAAGCAAAGATATCTTTTTTACTTGGCAAGGAAAAATGATTT GGATCACTGTAATGCAATACATGATAGTCAATGGTTTACTCTTCCTAGGAGACCTTTACT AAAAAGAAAATCTTCAAGCCTATTTGAACATGTTATTCCGATTTGATACATCTCCTGATT CAATTTTCAAGTTCTGAACTTTTAAGTAATTCTTATGCATGCTGGCTCAGAACAATTGGT GAGATGCTTGGAAGAGCTGTTCATGGCCGCTTTCTTGATGCGGATGATTATCACTCAGAG TCCAACAAAGGTAAGGACTATGATCATGACTTCTTAATTCAAATCATAGCTGATCAATGA GATCATATTCCCAAGGGGTGCATTTATTGACGATTTGCTTGATCAAAACAGAGAAGATGA AGAATGGGATACCTCTTTCAGAGGAAGATCGTGTTCCATGGCTTGAAGCATTGCGGAATA CACTGAGAAGAGGATTAGTTGACAATGAAACACTGGTTCTTGCTTGCTCAGCTCTGCAAA AGCGGTACAGGGAAATCCTTAGATCTGCAGACCCAAATTATGAACCAGGTTCTTATGCGA GTATTGTTAAATTCGTGTTGTTGGACGTTGGGGCTGAAGTGCTTGCCGCTCGGCTGGTCA AGAGAGCAGCTGAGGGAAAGCATTTCATGCCTGCAACGCTCTTGCAGACCCAACTGGAGT TGCTTCAGATTGATGAAGCAGAAGGGATACTTAAGGTTGATGCTACTATGGATCCTGACT CCATATTGAAAACCATACGAACTTTTGTCGTCTGATCATAAGTCTACAAGGAATGGATTA AATTGAAGATGAATCACTTTAAAGAGAAGTCTGTGATAAAAAAAAATTTCTTATTGTAAT ATAAATTTTTCATTGCATTTTTGATAGCAAGACATACATCTGAACAACAAATCTAAGAAA AATTAGATGAAAGTAATGATGTTTCTCATTCAAGAGCGTTGTGACTATAGCAAAAGCAAA GAGACATTCAATTCATGTTATACCATTCTTGTGTATGGGGAAGATCAATGAAAAAAAGCT AATTCGTTATTATAGTTCTTGTGGTCTGGAACACGAAACTAGCCATTCAATTCATGTTGT ACCATTGCTTGTGACCAGGAACCCAGTTTGGACATGTGGGACTGAAGTGTCTGGACATGA CTCTCGAATTCAATAGCTCAACAAGGGGTGCAGATTTCAGGCATCGGGGTGTCTTGTATT GGTCAGGGGAAGCACCTAAGCTAACAAAGTAATCCATGAGCTTGTCAAAAGTCCCAATTT CCACTATCCTGATCTCCAGAGGCCCAATGGATTTGTCAGAGGCACGGCCCTGGCGGTAGA CACTATTTAGAGATTCTTCAATGGTGAGGCAACAATCTTCAAAGACTGAAGGAGGAATAT GTGTAGAGCCATTCAGACTGAGCTCCCAGTAGAGGACATAGTGGCCTGGAATGGCGGTGG TATCGGCATAGCTGGTGTACTCAACTACATTTGCATCAAATGGTATCAGATTGTGCACTG CATTTTTCACTGCATTTTGTAGCTCAGCTTCATCAGTCTTGTCGGAATCAATGCTCAAGA TTACATTTTCCCGACATACGAAGCAGAATTGAGGTGCGTTGTTCTTGTATCCAGCAACTC GAAGCACATCACCCACCCTGTATCTATAGAGTCCTGAATTGGCACAAGTTCAAGCAAACT AAGCATTAGCAGACATGTTGGACAGACAAATTGTAAAAAATAAACGAGTCGAGCATTTTG TTTGGCATTTTAAAGTACCTGAATATGTGGTAACAACCAGCTCGTACTCCTGGCCAATCT TGACATCAACCAGATCGACCAATTGATTCTGTTCTTTCTCATTAAGCGACTTAGACTTGG AGATAGAATTGATGAGTCCATTGTCTCTGTGAATTGGTGCAAACTCAAAGTAGCACATGG TCGGAATAAGGGTGTAACAGACTTCGCTGGGCTTACAAAAGGGGTTCAGGTTGACTCCAA AGTGGCACTCTGAGGAAGCATATATGGAAGAGACAAGAGGGAGGCCGTTGCTATAATAGT CAAGGGTAGGTATATACTGTGACATGCTTCCGGTTACAATAACATCCACATACTTGGTGT TAGGCCATAACCTAGCGATGATCCCTTGCCATGAGTCTTTACTGCATTCAGCCTCGATGA AATCAGCTAACTCTGGGTCAGGTTTGAGGATTTTCATCACTGACTCTCTGACTGACAGAT TTGTGATTTGGGCGTTAACAGTTCCCGTTCGAATATCATTACAAAGTAGAGACCAGTGCT TTTCTAGGAACCGGATGGCACGGATGAAGCCAGATGCGAAGGGCGAGCCAACCCTGAGGA CTTCTTTGCGTTGGTAGAGACCACAAAGCATTTGGGAGTACATGTTCTGGTAAGAGTCTT GGCAGAGAATGGTTTCAGTTGGACTGGTATAGTTTGCATAGGGGCTAAAACGGTTGTTGT TGAAATAAGGACTCTTGAACATACTTGTTAAAACAGGGCGAGCTGGTAATCCTCCTGGGG TCTTGGCTTCAGACTTTATGGACCAGAAATACATTCCTTTGCCCTTCTCCAAATCTGGAA CGAATTGGCTTATCACAGACATCCCAAGGCCACGAAGATGAAATCTCTTCCCAATCTCTT CTTGAATTGTTGGCATCAATTTTCTCTCCCCTCCGGACGTCCCAGAACTGCACACAAAGA TTGCACTTCAGCAGAAATTAAAGACAAAGGATACATATGCAAGAACGAGAACATGTTAAT GAGATACAGAGAATGTGAATTGTGTACTTTATAATCATACACCATTGAGACGGAGATGCA CATCTCGAAAAGACAAACCTTGTCAAGAATTCAGAGGTGGATTGGAAGCAGAAGATTGGA GATTTATCACCATTGGCTATACGGTTGATATCAGGCTGAATATCTTCGTAGGTGATGACA GGCATGACTTTCTTGAACGTCTCTCTGTCAGTATGACCATTGAGATCATGGCGCTGTAAG TACTCAACGTTGGCATTTTGAGAGAGGATTTCAGCAAGAACTCTCTTTTGGACCTCATCA ACGTTGGTCGTGACCTCTTCAATGAAGTGAAGAGCCTTCTTGTTTTCCTCCACTATACTA CCCTCAGTAGCCTTCATCGGGCTCTTTGATGCCTCAGGTATGGCTCTTTCCATATTAATA AAGACCTGACTGCGTCAAAGATTTGCTATTAGGTGAACATAATGTATATTGTGTGTGTGG AGGAAGGTTGAAGTGGCTTTGTATAGAGGATGTTTTAAAAGCAGAGACGGATGGAGTGTA TTGACTATGGCTATGGGCTCAACTGAATTCAGTATGTAAACTTGTCTCTGATAGTAGAAA AATATGTTTCAGTGAACTTCAAAGACATACAACTTTAAGGACACATATAATCTTTTTGAT AATTATGGACTTTTGAGCACAGATGAACTCACAGATAGATCCACGCGTTGCGCTCTTACC AGTAGACTAAAGCCATACAACATTGACCCTTGAAAAGTAATTCACAAATCAACATAGAAT AAAAAATAACAACATGGCTTGATCATCATACAATTATCAACAGTTGCAATTATAATATTT CCTATCTGTTTAGTGTGGTTTCATTTTTTATACATATGTTCCTGACAGATCTATCTTCAT TATCATGTGTTTCACTCTTTATACACAATTTATGGCATATTTCAGATAAAATATTATTTT GTTATTGGTAGCTAGTGTAGTGTATTAGTTGAGTGGTTAACTGCTCTACAAGATGTTAAT ATTAGATTAGTGATATGATTAGTACAGCTATTGACATCTCAGCTGTTGAGTTTTCTTCTT TGTATGTACCATTGCAAAGTCTGTTCAATCCAAAGAGAATAAAAGGTTGGTAAATTTCTG TACTTTTTTCTTGGTTAAAAATTACGCGATTTAATTTTATTGTGTCATTTAGGACTCATG TGTTTATTTATTTAAAAGTTGAACAAATAAACACATATTCCTACATGTTATCCTACAGAT CATTTTTTGTCCTACGTGTATTGTGTCATGTAGGACTCATGTGTTTATTTATTTAAAAGT TGAATAGTTAAAGTGTCTGTTTGTGCATTATGAAAGTTGGAGGTCAAAGTTAAAATTTGA AGCAAAGTTTAGGGTCTAATATATGTATTACGTCTTTTTCTTTTCACTCAGCGATTGATA TTCATATTGGGGTTTGATTAATTTTAAATTACCAGATGCTTGGGAAAGAATTAGAAGTAA ATCCATCAAATTCAAGACCTCTAAGAAAAAAAAAAGTTTATGTACAAAAATGAGTTCAAG CAATTTTTCAAATTTTATAAAGAGAAATGATTTTTGTTTGAATTAATTAACTAACAAAAA TAATCAACTAATTAGATAATATTAAAATTGTATAATGTTATTCGCTGGTCATGAGTTCGA ATCGTAAAATCAATCACTAATACTTGCATTAGATTAGATTGTCTATATTACACCTTTTGA TATACAATCATTCCTCGCATCTTACTAACATAAAATATAATATATACCGAACTACTTTTA AAAAAAAATATAATATATGATATTTAAGATAAATTTTTAAAATATCAATGAGATGTGGAT GTTTTACTCATATTTCACGTTGCAAGAAAAAAAGTAATATATTTAAAAAATAAAACAAAA CCTTTTTACCAACCCATTCATTGCAAAGAAAAAAAAAAGTTGTTAAATGCAAAGCCATTA GAGAGTTTCCTGGTAAATCTTTTTATTTATTTCTTAGTTTAAAATAAAAATTACTACTAA TTCTCAGTTTAATTTTGTTGTTAACTTGAAATCTAATCATTATTTGAAGATCAGTTGGTG AACTTTGTGTTTAGTTTACATTTTTTTTCTTTTCAGATTTGTTTATTTGATATGAATAAA GTTCGCGTATATTCTACTTTTTATTCTACTTGTGAAATTACATTGTATATATGTTGGCCT GTTTTTAATTTTTTTTATAAATAAATCGTTTTATAATCGTATTGTTCATGTCAGTTTGTT TGGATCTGTTAAATGACTTGGACAAATAGAAATACATCTTGATTAATCCTTATTTTATTA TTTACTCCTACTGTCCTATTTTATGTGACACCTATCTTTTTTAGTTGGTCCAAATAAAAT GTTATCTTACTATAATTAGAAACAATGTAACTTTAAAGTTCTCAGTTTATCTTTAATAAA ACAATCACACAAATATCTAAGGATTATTTTAGACTATAAATTTCTCTAGTCTTCCTTTTT TCTTAAATACTGTGTGAAGTCAAATAGTGTCAAACGAAGAGTGATTTTTAGTGTGTGACT AATGTGTTTATGTGAACTCAATAGCTTTAGCTCGGACCTTGTATATGAGTTTGAAAGTTT TACTATAAGTAAGCATAAGTAATTGATTTTGGACATAGTAAATCGAATGAGTTGTGATAA GAATCATGAAGTAGAATCTAACACACACAGAGTTCAAATTTTAGATTCGCTTATGTTGTT ATCGATATTGAATCTATCTTAGTCGAGTCGCTAATTTACTAGACCATGTGCATACCTACA CCAAACTAAATTCGAATTCACGCAGAGAAGTCTGTAAAGCGCTAATGTGATACATTTACA GGTCCTTATAAAACATTGGCTGAAGAAAACTAGAAGAATTTTGAGTTTATTGAAGAGGTG ACTATCAATGTTGATGAAGTCCAAAAGAGAGTTCTTCGTGAAATCCTCACTCGAAATATC TAACGTTGAGTACTTGCAACGCCATAATCTCAATGGTCGTATTGATAGAGACACAAACAA GACGGTAATTAGACATGCTTGCAAGCAACACATAATTGTAAAAGGTCTTCATGCTAAGGG TGTGAGCATACAAAGGAGCAAACATAATAACTTCTTTACTAATTTTAGAGATGCAAAATT ATTACAGAGATGGAAAAAGGAAGTCATGAATTGGTTTTAAAAATAAGGAAAAAAGTGATT ACAAAATGCAAAAAAATTATTTCAAAAGCAATAGCGAAATATTATAAATACAACAAATTG TTTAAAAGAAAGTCTTTAGCATGCAAAAAAAAAAAAAGGTTTAGTTGAGAACGTTTTAAA GTAGCAAATTTTATTTGTTAATGCAAAAATTATTTTTTAGAACAAATTTTATTTATTTGA GGTAGAAAAATAATTTTAAGGACAACGGTAGATTTATTATTGATGCAGAAATTATTTCTT AGAACATTATTTTTTTATTAGCTGCAGAAAATAATTAGTATCAACTTTAGATAATAGAGG GGTTAATTATGATGCAGAAATATTAATTATTTTGCAGATTTAAGGATAAACACATGCAGA AAATAAAGGCGGAAATTAACTTGAAGTCATTAGTTAGACAAGATCAACCAAGTAAATTAA ACAAAGATGATTTATTTTGTTTAATTCTTTTTAGTTAGATCTAAAGTCGTTTTATCGAAC AGATTAAAATCCTATAGGCATGCTTTCTAACACAAATAAGTTTACAAATTAACATATAAT TCCTTAAACTTATTTTATATTTATGGAGTTAAAGAGTTGTACAAACATTACAAGCAAAAC TAACGAAAAATAAGTATTTTTTTTATATATATATATAACATTAAAATGGACTAAACTTTT TCCACAATTTCTTCTAGGTGACTCTTCAACATCTTAAACTCTAAGTTTGAAACCTGCTAG AAAGGGTGATGTAACACATATACAATGGAAAAAAATAATTGTAATATAAAATGCTCATAG TTACAAATTGCTTTCATATGTACATATATAAATAACACACATAAGAAATAAAAAGGACAA AGCATAGACGAAGACCTATTACCACAAATAGGGAGAGAGGATAAGAGAACTATCTTGGAT GCTTCCTTTTTGTTTCCAACACACAACAATGATAATTATGCAGAACGAAATTTTAAAATA GTAAAGAAGGCTAACCAATTATGCAGAAAGTTTTATCAGCAATGAAGTATCTAGCGAGGT TTTCAATCCACAACCGCAACACAACAATGCCCTAAAGAATGATGCAAAGTTTTACTAAAG TTCTTAATTTTTTTTTCAGGAATAGAGAGTAATATTTAGTATTTCAAGAGAGAGAGAGAG AGAGCAATGAGATAATGAGAGAGTTAACGAGTCTAGCTCTTGTGGAAAGAAGTGAGTGAA TATCAAGATGTGAGAGTGTGAAATAATGAAGGGAGGGGGGGGGGGGAAACCTATTTATAT AGCAAAGGGGGTGGGGTGGGGGGACAAACAAGAAAAAGAAATATTTAAAGGAATCAATTA ATATACTATTTTCCTTATTTTAAAGTAGAGTCAAATCAGAAAATTTTAGGAATTATATCA TTTTCAAATATAAACAAGTAAAGAAATAAAATTAGGAGTAAAAAATATATTTTTCTTAAA TAAAGGAGAGTCAAAATCAAATTTTATTTTAATTTATTTTACCAAATATATGAGCAACTA AATATGACAAGAAAATTAAGATTGTCATAAACAAACATGTAAGAATTAATCAAGACAAAT TTAAAATAGTAACTGAACGCGATTTGTGCATAAAGAGTAGGGGTAATACAGTAATTTCAA CCATTTATAAGAAGAAACATAATTTAACTCATAAAACGCTATCGCAGAACGCGATTTATG CATAAAGAGTAGGGATAATATAGTAATTTCAACCATTTATTAGAAGTAACATAATTTTAC TCATAAAACGCAATCACTGAACGTGATTTATGCATAAAGAGTAGGGGTAATACAGTAATT TCAACTATTTATAAGAAGAAACATAATTTAACTCATAAAACTATATCACTGAAAGCGATG CATAAAGAGTAGGGGTAATATAGTAATTTCAACCATTTATAAGAAAGAAACATAATTTTA CTCATAAAATGATATCACTAAACACGATTTATGCATAATTTTATCGGCTTATGTGGCACT TGCTTGAAGAAAAAATCAACACGCGCTGAGCCCAGAAGATAGTGTTACGTAGGTCGAAAA GGGGTAGAAAACTATTTATAAAATAAGTTAAGGGGGTAATAGGAACTTAGTATAGTATAA GTGTGTCTCTGAAATTTCCGGCATAGGTTGATGGTACTTATGCATTTTCCCAAAATTAAA GGACATTTTTAAAAAAATACACATGTATTATGTCATATAGAGGCGGACCCATCTTTATCA AGTTTGAAAAAAATCATATGTATATCTATCTTGAGAAACTGACAGAAAGTAGGTTCGATA AAACTAATCGTACATCCATAAGGAGCATATGAGTGTTCTTGTGTTGCTGATACTAGGGTT GGAATCTAGCTAGAGCTTATATCACTCTTGTTATTTTAAGCACATAGAGATCATATTTGG TGCATCCAAAGTTTTCAAATTCTAGGATCGACTCTCCACATATAGCACTCATGTGTCTAT TCGTTCAATTTTATATAAGTTTAAGTGTCGACTTATGAATACTCAAAGTTGAATGACAAA CTGTTACTAAATATAAAAAAACATAATACATAAATGTACTCTTTAACTTGACCTCTAGCA CTTGAGTCGCTGCGCTTGACATGATGCAAAAGATATGCACTTTAATTGCTGACTAAATTC GAATTCACGTTGAAAAGTCCATGAGACGCTAATGTGATCGATACAATGCAGGTCCTTGAA AGAAACATGGCTGAGGCAAACAAGAAGAATCTTGAGTTTATTGAAGAGGTGACTACCAAT GTTGATGAAGTCCAAAAGAGAGTTCTTCATGAAATCCTCACTCGAAATGCCAACGTTGAG TACTTGCAACGCCTTAATCTCAATGGTCATACCGATAGAGAGACGTTTTTTCAAGAAATT CGTACCTGTTATCACCTATGAAGATATTCAGCCCGATATCAATCGTATAGCCAATGGCGA TACATCTCCAATCCTATGCTCCCAGCCTGTATCTGAATTCATTTTAAGGTCCTTCCTTTT TAACTTATCAAAATTAGTAGATTACTAGCTATTGCCTCGTTTTAGTTTCGATTTATATAT ATGTAGTTTTTGTGAGATTCCTAAATGCTTTGTGGCCTCTGTCGAAACAGAGAAGTCGTT TATGTTGGATCACTGTTTACATCTGCCTTCATTCGTGCTATGCGATTCTTGGAGGATCAC TGGTCTCAACTATGTAAAGATATCCGAACAGGAACCATTACGAACAAAGTTACTGATCCT TCAGTAAGAGAAACCAGACTCGGAGTTGGGCTGATTTCATCGAGGCTGAATGCAGCAACG ATTCATGGGAAGGGATTGTAACTAGGCTGTGGCCTAATACCAAGTACATGGACTTAATCG TGACTGAAGCCATGTCTCGATATATACCAATGCTCGATTATTACAGCAATAGCCTCCCTC TTGTCAGTTCTACGTATGCTTCCTCCGAATGTTTCTTTGGGATCAACTTGAACCCCCCTT TGTAAGCCAAGTGAAGTATCTTACACACTCATTCCGACCATGGCCTATTTCGAGTTCTTG CCAATTCACAGGAGCAATGAATTCATCGATTCTATCTCCATTCCCAACACTGCTTAATGT GAAAGACGAACAACAATTGGTCGATTTGATTGATGTCAAGACTGGCCAGGAGTACGAGCT CGTTGTTACCACGTATTCTGGTAAATTTTCATTGCCAAATGAAATGTTCTTTTACACATT CTTTTTTTTTTTCGATATATCTTTCCAACATGTCTGCTAATGCTTGGATGTATCGTTTCA GGACTGTATAGATACAGGGTGGGTTATGTGCTTCGTGTTGCTGGATACAAGAACAACGCG CCTCAATTCAACTTTATACGCCGAGAAAATGTGATCTTGACCATTGATTTCGATAAAACT AATGAATTTGATCTACAAAATGCAGTAGATAATGCAGAAATCAATCTGATGCCATTCGAT GCACGTGTAGTCGACTACACCAGCTATGCGGATACTGCTACCATTCCAGGCCATTCTGTC CTGTTCTTGGAGCTAAACGTCAACGTCTCTGCCCCGATTCCTCCTTCAGTCATTGAAGAT TGTTGCCTCACCATTGAAGAATCTCTTGACAAATCCATTGGGCCTCTTGAAATCAGGATA GTGGAAACAGGTACTTTTGACAAGCTCATGGACTATTGTTGTACTAGCTTATTAGGAGCT TCCATCAACCAATACAAGACGCCACGATGCGTTGCCCCGTTCGTTGAGCTATTGAATTCG AGGGTTGTGTCGAGCTACTTCAGTCCCGTGTGTCCTAAATGGGTTCCTGGAAGTAAGCAA TGGAACGACACGAATTGAACTATCCGTCTATACTTACTCCACAGGGCCGTGAAAGAGACA GAATTTTCACCAACAGGGTTACGTTCTTGATCTACCATGTATACCTAAATAAAAGTTTGA TCATTGTGTCGAGCTACTTTAGTCCCGTGTGTCCTAAATGGGTTCCTGGAAGTAAGCAAT GGAACGACACGAATTGAACTATCCGTCTATACTTACTCCACAAGGCCGTGGCAAAGACAA AATTTTCACCAACAGGGTTACGTTCTTGATCTACCATGTATACCTAAATAAAAGTTTGAT CGTTGTGTCGAGCTACTTTAGTCCCGTGTGTCCTAAATGGGTTCCTGGAAGTAAGCATGG AACGACACGAATTGAACTATCCGTCACTTACTCCACAGGGCCGTGACAGAGACAGAATTT TCACCAACAGGATTACGTTCTTGATCTACCATGTATACCTAAATAGAAGTTTGATCGTTG TGTCGAGCTACTTCGCTCCCGTGTATACCTAGAAGCATGCAATGGAATAACATCATGAAT TGAAGCGTTGGTGGAAACTGAATGGTTGTTACGTAGTTTCATCATGTATTATATCGTATT ACTTTGGTTAATTCAATGTCGACATAGATTCTATCACTTACAGTTTCATAATGCATCATA TTGTATTGTTTTGGTGAATTCAACGTCGCCATAGATTGTATTGCGTACGTCGTTAAAGTA TGTCACACATTATTAATTCGAAGGACAGGCCTATAAGAAATTAAAAAAATTAATTAACGA CGTGATCACGTCAAATCGATCGTTACTTTTTTTTAAGATGGGCCATAAATCTTCTGACTT CCACTAACATATTCCAAACATATAAACAACTATAAAAAGTTGTAGATTTCCAATCAATAC ACACAACTTTATTCTGTGAAAAATTCTATTATTCCTTTATTTCTTTTATGTAAAAAAGGG GTAAAAATTAAATTAAAGCTACTTTTTATTATTATGCCAATCATCTCATACTATAGTAAT ATTATTTAGCTACAAACAACAATTTAAATTCTCTCCAAAAGAAAAAGAAAAAAAGATTGC ACTATTATAATAGAAAAGATTAAACAACATAAAATTAATCAATCGCGATAAAATCTCTTC TAATTTTTTAAACTTATTTGAGACTGGCGTGTATTTTTTTACGATACAATAATATATATA CCTATAAATTATAATGGTCCTTAATATTGGCCAAAAGCTGCATCATTTTGCCTGAAAAAT TGGTCCAATCACTTTAAAGTGCCATTCCTTTTAATTTCTTTAAAAAAATTTCACCATTAT TTACTTTAATTAATCTCCTCTCATCATCATCTTTTTTCAACTTTTTCTTTATATATATAT ATATATATATATATATATATATATATATATAAAGCACATATTAATTCCAAATTTACTGAC CAAATCAAAGTCAAGGTAATTTGGTGGATAATTTTCAACAAATATCTTCTTTCACTATTA ATTATTTAATTTAATTCCCCGTAATCACATTCGTCATGTTTTTTTCAATTAAAAAAAGAA GAAAATTATCATATTTTTATTTATATAATATTTGTCATTTGTGTAAAATAGTTAAAAAGG TACTCCATTGATATTAATTAATTTTCACGTTGCTATCATGAGTGGAATATGTATTAATTT ATATAGTAAACAAATAATCCTTTTTGGTGCAATTAGTGCTAATTCAACGTATGAATAAAT ATGATTTTGACAAAGTGTAACTTTAGTCATTTGCATTTATTTCTTATTAAAAAAAATATG AATGAATTAATAAAATTTTATAAATATAAAGTCATGACTCAAATAGTAATCATTTTCTTG TTCTTTTAACTTAATTAGTCTTAATCATATTTAATTATCAATTGGACCCACAATTAGACA AAATCCTTCTTACCCCCACCCCCTTACTCTCCAAATTATGAAAATAAAATTATTTTTAAT ATAAAAAACTTAATTTCAAAAGTGAAATCTCTCTAAATAAATCAATCTGAAAAGCTAATA GTAGATATCGAATAAAAATAAAAGGTTGTTCATGCAATCTTTGAGTCAAGAGAATTTCGA AAATATAGTGTTATTTTCACTCAGATTTGCAGATAATGATGAGATTTTGCTTAATTACGA AAGATATATAATATGTTCTTCTAGCATCTATGTATTTTTAATTTTGAGTGTAAATAAATA AACACTTAACTTGTATAAAATTGAATAAATCGATAGATTCATCGTATGTGACATCCTACA TGAAAATTTCATCTTCTATGTAAGTGTGGCTACGTGTATAATGTCATATACGATATGTGA GACTACTTATTCAAATTTTGTACATATTTAAAAAGTCCACTTGTGTACACTCAAAGTTAG AAAACATACATGTCAACATAATCTAAGTTAAACAATATATTTATATATTACGTCATCACG AAAATAGTATTTTTATTTTAAAAGATAGGAAAACATATCGTAATCCATGTGCATGTACAC TATCAATATAATAAAATACACTTATTCACACATAATAATAGTGGAATAGATTGTATTAAT TTCCGTCCTAGACGAAATGGGGATTAAGAATTTGAAGATTCTAAATTTAGCATGAAAAAA AAATTATATTTTCACGATCTCTTCCTTACCACTAAACTATCAATCAATCTTATTAAGAGT TCACCAGTTAACATATATATAAAATCTACGAAAAAATCAGTAAGCTCATCCAAAACTCAT AAACCCCACCTAGCTCCGTCTCGTACCAGGTGTGAACTACTTGTCAATTGGTCCAACAAG AAGACCAAAAATAGTATTACCACGACAAACACCTCTTTAATACAAACAAAATTTTTCATA TTTTGAAATCTTTGATCAAAAAATATGAACAAAATTTTGTTGTTTCTCTTTACAATTTTA CCCTTGTTCCAAAAAGTTGAGTCTCAAAGTGATACCTTAACAACTTCACAAATTCTCAAA GATGGTGAAACAATAATTTCATCAGATGGAACCTTTGAATTGGGTTTTTTCTCTGCAGGC AAAAATAGTTCATCAAGAAATCGTTATATTGGCATTTGGTACAAAAAGATTTCAGCTTTA ACACCAATTTGGGTTGCAAATAGACAAATTCCAGTGAAGGGTATTTCTGGAATCTTGAAA ATTGTTGAACCAGGTTATCTTGTTTTGATTAATAATGTTACTAATGACACTATTTGGAGT ACTAATTTTTCATCAATTAGTGTGAAAAATCCAGTTGCTAAGTTGTTGGATACAGGGAAT TTTGTGATTAAAGATGCAAATGATGATTTGTTGTTGTGGCAGAGTTTTGATTATCCTAGT GATACTTTGTTAGCAAGTATGAAACTTGGAAGAGATTTAGTGACTGGGTTGGAAAGGTAA GTTCTTGATTTTGTGTGATCGTTGTCTCGTTTAAAAGATTAAGTTGTTAGAGCGAGTACG GTTTGTGTTAGTGTTTTTTCTTTTTTCTTTTGTCTTTTGAGTTTGTAATGGCACAACTGT CAAGGTATTGTCTAGGGGCGGAGCTATGACATGGCAAAGTTGGTCACATGAACAACCTTC GTTGAATTTTTTTTTACTAAATATCAATTTCTTTTTTAAATATATAGTAACCGATGAACA ACCTTGATACAATAAGGGTTGAAATTTCAGCGGTTAAGGCTGTGCAAAATACCTCTGCGT TTTAGGTTCGAGCCTAACTGTGGGGATTCTCTAGGCCACCTTTATGGTTGGGTGACCGGC TTGAAAAGGTAAGTTTTTGAATTGTGTGATATGTCTCGTCTAAAAGATTAAGTTGATAGA GTGAGTACCCTTTGTGTAAGTTTTTTTTTTTGGGGGGGATAATGGGTGGTGTTTTAGTTT GTAATGGCACAACTGTCAAGGTATTGTCTTTTTTGGCCCGACTCGCTAGTCCACCTTATG GTTGGGTGACCGGCTTGCAAAGATAAGATTTTGGATTGTGTGAACTGTCTCGTATAAAAG ATTTTAAGTTGTTAGAGCGAGTATGCTTTGTGCAAGTATTTTTTCCTTTTTGGTCTTTGA GTTTGTAATGGCACTACTGTCAAGGTATTGTCTGCTTTGGCCCGACCTTCTAGGACACCT TATGGTTGGGTGACCAGCTTGGAAAGGTAAGTTTTTGAATTGTGTGGACTGTCTCGTTTA AAAGACGAAGAATTAAGTTGTTTAGTGTGAGCACTGTTTTATTTACTTAATTATATTTTC AACATGTCTGAGAGGTTGTAATGGTTAAGATATAAGTGTCAATGGATTATCCGCTTTGGC CAGGCTCCTCTCGAGGTCAACTGTCAGTGGTTTGTGGACTGTTACATGAGACTTGAGTCC ATGGCAGCTGACCGCCTTGATAACGTTGAGTTTGTGATCATTTTACATCTAATAATGTTG AGCTGTTAGAGAGTTCACACTTTTATTTTACTTTGTTTAATTATGTCTGCAACAGGTATC TTCGGTCATGGAAAAGTGACGATGATCCTGCTCCCGGGGATTATACATATCATTGTGATC CTACAGGTTATCCACAGGACCTTATGAGAAGAGGTCCTAATGTAGTTTATAGAGCCGGGC CATGGAATGGTCTTAGATGGAGTGGAGCACCAAACATGGTGAACAACTCGGTCACCTCTT TTGGGCTAGTCATGAACGATCAAGAAATTTACTACAAATACGAACTAGTAAATAAATCCT TGCTTACTACTTTAGTGCTAACGCCTAATGGTAATGCGATGCGTATGATTTGGATAGAAA AGAGAGAGGGTTGGGTTAATTACCATTCCGCGGATGCAGATCACTGTGACACTTACAAAT TATGTGGTGCATATGGCACTTGCACAATGTTTAGCGATCCTGTGTGTCGTTGTTTGGATA AATTCGTTCCTAAACATCCGGATGATTGGAACAGGGCTGACTGGTCAAGTGGTTGTGTTC GAAATCATCCATTGAATTGTTCAGAAGATGGATTTATAAAGTATACTGGTGTCAAATTGC CAGATACTCGGTACTCTTGGTTTAACGAGACTATGACACTCGACGAATGCAAGTTAGTTT GCTTGAGAAATTGTTCGTGTATGGGATATACTAGTCTGGACATCAGAAACGGAGGAAGTG GATGCTTGCTATGGATTGGGGAGCTCGTTGACCTCAGGCAGCTATCGGAATCAGGACAGG ATATCTATATTAGGATGGCTGCTTCCGAGATAAGTAAGTAAGACGTTGATACAATTGGAT TGATTGATCGATGTTTGTGTTTTAAAGCTATCGTAACAGGTACTGAATACGTATCTAATC TTTTCGGATGGGAACTTTTGCAGGTCCTATCGATGGATCAAGTCGAAAGAAAAGTATTAT ACTTGCAATTGCTTTGCCATTATCGATTGCAGCGATTCTGTTAATGGTTGGAGTCTGCCT GATTCTTCGTAGACAGAAAAAGAGGGCGGAAACAATGCTCATAGAAAAAAGTAAGCTATA ACATAACAAATTTGAAGTAGATAATGTCATTTCTCGCTATGATTTGCTCTTCTTTTCAGC TTCGCTGTCTGAAATGGCCGACTTGTATGAAAAATGTTGTAGGGAAATTGGACGACAGCA ATAACAAAGATAAAAACAATCAAATTCGCCGTGAAGCTTTGGAGCTACCACTCGTTGATT TGTCCACAATAATGAAGGCTACCAATAACTTTTCACTTGAGAACAAGATTGGAGCAGGCG GCTTTGGGAAAGTTTTCAAGGTAAGAATTTCCACAAAGAAGCAAATTTTATTTACGTAAT AACACTCGTTATCTCAATTTTTGGGTCGAACTAGCTAATCCATTGACTTCATGGGAGAAA ATTGAATCGATTCAATTAAGGAATCATGAATAGTCATTGGTTGGTCTAAGCAATGTCACT TGATCATTATCGAACGTGCTCTATATTGAGAATGCATAGAGGATATCGAACATATGAAAA TCCATGACACTTCTTTTATCATTACGGATATCAATATGTATGCCAGTGCCATAATAGATC GATTAAGAAGTCGTGAGTCTAATTTATGTCGATTGGTGAACAAGATGTTACGAAAACATA GATTGACAAGTAATGAATAGAACACAAGTGATACACTTTGATATGATTAAAGTATTTTCC ATTTCTGTCTTGGAACTTCAAACGGTAAGTGCACGTTTTCAGGGAGTGCTAGAAGAAGGA CAGGAAGTAGCTGTCAAGCGGCTCTCTGAAACGTCCAGACAAGGAAACGATGAGTTCAAG AATGAAGTCAGCTGCATCGCGGAACTTCAGCATCGAAATCTTGTGAAGCTTCTTGGATGC TGCATCGAAGAAGAAGAGAAGATACTGGTGTACGAATACATGCCCAACAAAAGCCTGGAT TTATTCATCTTCGGTTAGTTTCACACATGAAATGCAAACCGTTTCATTCAATGCATCAAC TAGTTTTCATATCCGAGACTGAGACCTCTTATTTATACACTAACGGTGTAAATCTTCTGG CAGATCAAAGAAGGAGCACATTACTTGATTGGCCTAAGCGTTTCAACATCATCAACGGGA TTGCTCGAGGACTTATGTACCTTCATCAAGATTCTAGGCTAAGAATCATCCACAGAGACC TTAAAGCTAGTAATGTCCTGCTTGATTTTGAAATGAACCCGAAGATATCAGATTTCGGGA TGGCCAGAAGTTTTGGAGGGAACGAGACGGGAGACAATACAAATCGAGTGGTTGGAACAT AGTAAGAATGTCAAAATTTTGGGTCATTACATGATATTTTTGTTGTCTAGATTATGTAAT CATATGAATAATTTTATGCAGCGGTTACATGTCCCCGGAGTATGCAGTCGATGGGATTTT CTCAGTAAAATCAGACGTCTTTAGCTTTGGCGTATTGATACTAGAAATTGTAAGCGGAAA GAAGAACAGAAGATTCATTCATCCAGACCACAATCTCAACCTCATTGGACATGTAAGTAC CATAGTTCATTCTCGACATCATTTGACTCGTAGCCAAGAAAGTATGCATGAATCAATGAT ATTTTCTTGACTGAGGTTGAATGCAAGCATTTGATCTTCGAGTAATACACTAGCTAGCCC TCGTATGTATCAAACACAATGTAACGATAAGTGTATACAATATAGTTCTAAAACTACAAT TTGCACGTGCCACATAAAGGATGTTAAATTTTCAGGCATGGATGCTACATAGGGAAGGAA GATCATCGGAGATAATCGATCCTAACCTGGTTGAATCATGTCATACATCAGAATTGCAAC GATCGATACACGTGGGATTGTTATGTGTTCAACAAAGTCCAGAGGACAGGCCAAACATGT CTTCTGTAGTTTTGATGTTGACAAATGAAGGCATTTTACCACAACCAAAACCACCAGGTT TTTTCACAGAAAGGAACATAGATGATGCCACTGGATATTCTTGGAGTGACCAAACACCTT GTTCTGTCAACGATGTAACCGTCACTTTGTTGGACGCTCGATAGCACGTACAAAGAATTT TGTGCAAGCAGTATCGACCTATTGTCACAGTTTTACTTCCTTGTGAAATGCTCATAGCTT TTACTTTACACGATATAGACAATAGCGTACATAGGATTTTGTGCAAGTAATACTGACCTA TTTGTCACAGTTTTACTTCCTTATAAATTGCTCATAACTTTTACTTTACACGATATAGAT AGTAGCGTACACATGATTTTGCACAAGCAGTACCAGCCTACTGTCACAGTTTTACTTCCT TGCGAATTGCTCATATCTTTTACTTTACACGATATAGACAGTAGCGTACATAGGATTTTG CACAAGCAGTATCAACCTATTGTCACGTTTTACTTCCTTGTTAATTGCTCATAACTTCTA CTTTACACGATATAGACAGTAGCGTACACATGATTTTGCACAACCAGTACCAGCCTACTG TCACAGTTTTACTTCCTTGTGAATTGCTCATATCTTTTACTTTACACGATACAGACAGTA GCGCACATAGGATTTTGCACAAGCAGTATCAACCTATTGTCGCAGTTTTACTTCCTTGTT AATTGCTCATAACTTCTACTTTACACGATATAGATAGTAGCGTATACAGGATTTTGCACA AGCAGTATCGGTCTATTGTCACATTTTTACTTCCTTGTGAATTACTCATAACTTTTACTT TACACGATATAGACAGTAGCGTACACGGGATTTTGCACAAGTAGTATCAACCTATTGTCA CAATTTTACTTCCTTATGAATTACTCATAACTTTTACTTTACACGATATAGACAGTAGCG TACACGGAATTTTGCACAAGCAATATCGGCCTATTGTCACAGTTTTACTTTCTTGTGAAT TACTCATAACTCATAACTTCTACTTTACATGATGCAGACAGTAGCGTATACAGGATTTTG CACAAACAATATCAGCCTATTGTCACAATTCGACTTTTATTTCCTTACGAACTCGATAAA TTATTGTTATAGTGTATTATGATTTATGTATATGCATATTACTTTTAAAGAAGCATTGTT CACACACAATTTTATTTCAAAATTAGTTCAAATCAACTCCACATTTTAAATACAATCTTC TAATACCAATTTAATAATTTTCATTAGTTACATTCAACCTAAAATATTAAAAATCAATAG ATCCTCTTTATCTTCTATAAAAGTAATAATATATAATTATCATCCATTTCATAATAATTT CTTATCATCATCTCTTATTTCACATTTGTTTTCTTCTCTCTCTCTCTTTTTTTTTTTTAA AAAAATTATTGGTCAACAAAAAGACTTTGAAAATGGTGTCAATTAATTGTCATGCTTGCC ATTGAAATGAAAATAATATTTTTTAAATAGGAAAAAAAAATGCAAGTATGGACAACAAGA GAATGTGAAAAACAAACAAAAAGATGCAACTAAATAAAATTGGTCCAATTGCAAATTGAC AGCACTACAATCTATACACATAGGAAAATATCAAAAGTTGAATTATTTTAAATAGGGGAA AAAAAATATGCCCTTAAATTATCGTAAATAGTATTATACAGATATTTCATCGTATTTTTG CGATATTATTAGTGCACATGTCATCCAAAAACTATATCATATATGTACTTCTCTTTATCT TTTTTCGTGATTTGAAGAATTTCTTGAATTGTAGGAAGCCATATCTTGATCTCTTTACGA ATATCCACGAAGTTATGAAATTTTTGAAATGCCTCTCATATATTATCTTTTATATAAACA TGAGTTTCAGTTTAGGGCAGATTATTCTTCAAGAACACTAAAATAGATCTAAATCGTCTT ACAGAATCCTACAAAATTTCGATTCCTATCGTTATATCTGCGTATCTTTTAAAAATAAAA ACAAAATCCAAATAATAACCTAAAAAGAACAAATGCATAAATCAATCAATCAAATATCAA ACGTCGAGCGAAAAAAAATAGCCTCCAAAAAGTAAATGATTGTTGGAGGAGGAAAAGACT AAGAAGATGAATAAGATCTAGAGGGGATGATTTTGTACTGTATAGACTAGGAAGTCAAAG GTGTACAACTTTGAAAATTTCATCCTTCTTTCACATTCTTTTCTAATTAAATACTATTCC AGTTTCGAAAAGAATGACCTAGTTTGATTTGATACGGAATATAAAAAAAGAAAAAAAGAT CTTTTAATTTTGTGGTTGTAAATTAAAGTTATGTCAATTGTATCAAAATGTCATTTAATC TCGTGGTCTTAAACATGCTACGTGAAAAATTAAAATTAAAATATTGCCAAAAAAAATAAA AATGAATCATTCTGTACGAAACAAACTAAAAAGGAAATAGAATTATTTTTTTTAAATGAA GGAAGTTTAGTTTTTCTTAACTATTAAGTTAATTCACTATTAAAAAGAATCAATGATATA TTAGAAAATTAGTCTTTGAAATAATAATAATAATAATAAAAGGTGAAAAATAGAGTCAAA TATGAATTATTCCAAAAATTATAAGATAGAAAAAAATATGCCAACAGATTATATAAGGTA AATTTTTTGAAATGTGTGCAAGAAAAAAGTCATGTTCTTTTTATTGGAAATTATTTTTCT TGGGTTAGAAAAAAAACATCCATTATGGTAATCACATACTAGAAATGATAAAATTAATAA TTTTCATGTTCCATTTTAATTGTGGTTTTATATATTTTTATGTTTATTATGAAAATGAGA TATATATAATTTATGAAGTTAGTAGTATTAATTGATAAGGATATAATTGCATATAATTGT TAATTTTAGTCTAAAATTAACGAAGTGATAATAATTTTGAGATATTTCTTTAAGTTAAAA TGACAGTTAAAATAAAATGAAGGGAGTGATTTTTACTAGTTAATTATTTCATCTATTTCT AAAATTAACGAAGTGATAATAATTTTGAGATATTTTTTTAAGTTAAAATGACGGTTAAAA TAAAATGAAGGGAGCGATTTTTACTAGTTAATTATTCTGTCTATTTTATTTTACGAGGCG CTATTTGATGAAACATGATAATCAAGAAAGAAAAATAATTCATAATGTTTGATTTATTTA TATTAGTTTAACGTGATACAAAATTTAACCATATAATAATTATATTAAAACTTGTGATAT TAATGTAAAGAATGCTTATTTACATATCAATATATCGTTTGAATCTTGTGATTTTTAATA TGTCTTTAAATTTCTAGTAGAATGACAATTTAGCGTATAAATATTGGACTTAAAAACTTA CTAAACACAGATAGACACATTCTTTTAACAAAAAAAAATAAGACTTTTGAAATTTCTGAT CTCACATATATACGTTACGGTATTTTTGTAGCCACAAAATACATAGTCACTATCACTTTT TTACAAATTTCACATCTTAATTATCCTCTATTCTCTTTTTCTATCTGAATTAAAATACAA TTCGATTATCAGCAATTTCCTTTTCCTAATTAAACGATTGCTAATAGAAATAAGAAAAAC TTAATATTAAATTAATTTTCTTAACTTTATAGCCGACTATATTCTTCAATTCTCAACTAA TTAAATTTAAAAAGTTATAATTCATTAATATCAAAGTCAAAATAATACTTGCAATTTGAC CCATTAATACAAATAAGATTATTCAAATGATCAAAGAAAAATAAATTAAAGCAGCAGCTA TTGACCTTAATTCATATAGTATAATATTTGATTGATTAATAGCACATTTGGTCCCTGAAT TATTAATTAATTCTATTTTTGGTCCATGTAATACTTTATTAAACACATTTAACCTTATAT TCACTTGAAATATGCACTTCTGATCTCTTCTCTCTCGAATTATTTACAAATTCTCAAAAT TATTAATCGTTTTGTCATGTAATTACTAAATGCAGAGCTACATAGGGCCAAGAGGTTCAT CCAAAACGAATATTATAGTGTTTATATATGATTATAATTATTTTTAAAGTATATATAGTA GATACTGAATTCCCTTTCATTTTCCCGTGTGTTTACAATTTTATACTTTGAACTCCATTA GTAAAAATTCTGATAATCACTCCTACGTTATGTTAAACTTTTTATCGTTATTTCATATCT AGAGCAGTATACTTGTAAAAATAGTCCAAATACACTGACCTTACCATTACCTCGTGAAAA TTGGTTCTTCTAAAAAAAAAACAACTTTGCTCATGCACATCAAACCCAAGTAAACGTCTT TCCTACATAAAAGGATCAAAATCAAACATTTCGACTAACTGAAGGTTAAATATGTCGAGT TATATATCTAATAAAAGACCAAAATAGAATTTATTAATTATGGAGGGACCAAAAGTGATA TTAATTAGACATGTCTTAATGACATATTACTTCTAATAATATTAAAACATGTTGCCATCC AAGAAATGAAACATTTTTCAACCTAACACTTTATACTATACAATTTTTTGTCCCATCAAT TATTATACTATAAAGTTTTTTTTATAACATAAAAAATTTGAATCCATGAAATTTCTAGCT TTTTTATTCATTTACTTCAAATTTTTTTCAATTGTACTAGCATTAGACACCATAACTATT GATAAATCAATTAAAGATGGTGACACAATTGTTTCATCAGGTGGTGTTTATGAACTTGGA TTTTTCAGGCCTGGAAATTCGACGAATCGATATGTTGGTATATGGTACAAGAAAATATCA ACTGGAACTGTTGTTTGGGTTGCTAATAGAAATAATCCGTTGAGTGATAGTTCAGGTGTG TTGATGATCAATCCTGATGGAATATTAGTACTTGTTGATAGTACTAACGTGACGATTTGG TCAGCGAATTCATCAACAATCTTGAAGAATCCAATAGCAAGATTGTTAGATTCAGGTAAT ACTTGTCATGTTTCGTTTTTGAAAAAATATTGAGTTAATCTGATTTGATATTGTCACTTG GGAGAGTTTTGATTATCCAGGGGATACTCTGTTGCCTGGAATTGAAGCTCAGTCCTGAAA TAGTTGTCATGTTTTGTTTCTCGAGAATTAAACTGAATGAACTTTGATCAACATTTTAAC ATGTTTTTTTAACGATACTGATATGAGAACTGCAATTTATAGTACTTTTAGTATACTTTT AAACATATGGAGTTAAACTAATGTAATCTGATATCAGGTAATCTTGTCATCAGGGAAGAA AATGAAAACAGGCCTGAGTTTTTCGCCTGGCAGAGTTTCGATTATCCAGGGGATACTCTG TTACCTGGAATGAAGCTTGGGCGGAACTTGGTAACGGGCATGGATTGGTACATGTCGTCG TGGAAGAGTCCTGATGATCCTGGAATAGGTGAATTTGTTGACAGGATGGATGTTCAGGGG TATCCACAGTTATTTGTATGGAAAGGTTCATCAATTGCATTTAGTTCAGGTCCCTGGAAT GGTTTAGCATTTAGTGGGAGTCCTAGTTTGCAACCGAATACGTATTTTACGTTCGGTTTT GTACTGAATCAGGAGGAAGTATATTACAGATATGATCTTAAGAATGGATCAATGCTCACC AGGGTGGTACTAACCCCTGGAGGATTGATAAATCACTATACCTGGATCGATCGTACGCAG AGTTGGTTCCTTTATTTGACAGCACAGTTTGATAACTGTGATCGTTTCGCGTTGTGTGGT CCTTATGCAAGATGTGTTATTAACAACTCGCCCCCGTGTGACTGTCTGAGGGGTTTCGTG CCTAAGTATCCACAGGAATGGGATGCAGCTGACTGGTCTAGTGGATGTGTTAGGAGGACT CCGTTGGCGTGTCAGCAAGATGGATTTAGGAAGTTTACAGGGATTAAAGTGCCTGATACG CGGAAATCATGGTTTAACGAGAGCATTGGACTTGAGGAATGCAGAAAGTTGTGCTTGGCT GATTGTAACTGTACAGCCTACTCAAATATGGATGTTCGAGATGGTGGAAGTGGATGCTTA CTCTGGTTCGGAGACCTCATCGATATCAGAGAACTTAGTCCAAATCAGCAGGACCTGTTT GTAAGAGTGGCTGCTTCAGAAGTAGGTAATAACTACTTACTGTTTTTTCGTTTCTCTAAC TTGATCTTGTGGAACGTGGCGAAAAACATGTATGTAAAATTTCAGCAAGTATGTATCTAG ATAGTCAAAAGTCTCGATAGTTAGCTCGTGGTATCTTCAGTCAACAGAAAAAACATCTAT GGATGTGTGTTGGTGCATTGTTCTCTGTCACTCAAAGACGGAGCGTTGCCTGTTTCTTTT AGTCTACAATTTCTGTTGGGAACTCATGAATCTGAATCATATTTGTTATGAAATGTTGGA ATTTTCTGATTGATTATGTACTTACTTATCGACAGATCAAGACAAGAAACGAAAGAAAAA GAAGTCAAGGCTGACTGCAATCGTATCAGCAGTAGCCGCGACTTGTATCCTCAGCCTTCT AGCTTGGTGTGCATTATTCCACAGAAGAAAAAAGACTAAAGGTAAACAACTACTATTCAT CGTTATCAAAAGATCGTGTTGCTAACGTTCTATTTGTATCAGACTAATGTATGTAAACCA ATTGATTGCTCATTTTACAGGTAGGCAAGTTGGAGCAGACGATATGGAGTTACCATTGTT CGATTTAGTTACTGTTGCTAACGCCACTAAGAACTTCTCTTCTGCTAATATTATTGGAGA AGGTGGCTTTGGGCCTGTTTATAAGGTACAATAACTATCCCATCGTCGAATTTATAGCTT AAAAAAAGGCATAGTTAACACTTTGTTTTTGAAAAATAATTCAGGGGAAACTACGAAATG GACCTGAGATAGCGGTGAAGAGGCTCTCGGAATACTCAGGACAAGGTCTTCAAGAGTTGA AAAACGAACTGATACTGATATCCAAACTACAACACAGGAATCTTGTCAAGCTTTTAGGTT GTTGCCTTGAAGGAGAAGAGAGGATGCTGATATATGAGTATATGCCAAACAATAGCTTGG ACTATTTCATTTTTGGTCCGGTTCTCTCGACTAGTCACCTTTACACTATGTTGCTCGTAT CCTCCAAAAATGATGTTGCACCAGTGTCGGATCCTCAAAAGATGCACTACTTCTGGAGGA TCCAACATGGGCGCGGAGGCATCTTTGGACAACCTGAGCAACCTACTAATGAAATGAATG AATGAGGATTTTCACTGACATTTTATATATTGCAGATCCAAACAGAAAAGAATCACTTTC TTGGAGTAATCGTTATGAAATCGCGATGGGAATATCTCGAGGCCTTCTCTATCTGCATCA GGATTCGAGATTAAGAATTATACACAGGGACCTGAAAGCCAGCAACATATTGTTGGATAC TGACTTGAATCCAAGGATTTCTGACTTTGGTCTAGCTAAAATATTTGGCGCGGACCAAAT GGAAGGTAAAACAAGGAGAGTAATCGGAACATAGTAAGTTTTATAAACCATCTGTGATAG ATTTTTTCTTTTGATTGTTACAATCAACAAGTTGATCAACTTAAATTTGATGCATTGTGC AGCGGATACATGTCTCCGGAGTATGCTGTCGATGGGAAATATTCAGTGAAATCTGATGTC TTCAGCCTTGGCGTGCTTTTACTCGAAATTGTCAGTGGCAGAAAGAACAGGAAGTTTCAT CATTTGAGTCATCATCATAATCTTTTGGGACATGTAAGTACATATAGCACTAAATTTTTA TCCTTTAGCATCATTTCTTTTCCAAAAAACTCGACATGTCTGAGCTTACTCACATCACCG GCCCCAAGCTCCCATAAAGGAAGAGGGTTGCAGCAAGGTAGCAACCAGTATAAACTAGTC AATTCATGTTGAATCCTCACAATACAGTCGTAACTGAGGCGTTGTGGTAGTTGTTATAGC CTGTTTCGTTAAAAAACTTTACCTGCCTGAGGTTACTCATATTACCGGTCCCAAGCCCCA TAATACAGTTGGAGCCAAGGTGTTGTAGTAGTAGTTATAGCCTTACATTTCCATTTCCAA GCCTCTATAAAGTAAGAGGGTCACAATACGCTAGCAGCCAAGCATAAAACTAGTCAATTC ATGACGAATCCTCATAATGCAGACGGGACTGAGGCGTTTTTGTCAACATAGCCTTTCTTT TACTAATGCAAATGTATAATTCATGATGACCACGGCATTGTAGTAGCCACCGCCTGAGCT TACTCACACTGCCGGTCCCAAGCTCCCACAAAGAGGGTTGCAGCAGGGTAGCAGCAGCCA GTATAAAACGAGTCAGTTCATGACGAATCCTCACAGGCGTTCTAGTAGATATTATAGCCT GTTTTCCATCAGAAAACTTGACCTGCCTGAGGTTACTCATATTACCGGTCTCAAACCCCC ATAAAGGAAGAGGATCGCGGTAGGCTAGAACCTAGAAGCCACTATAAAACTAGTCAATTC ATGACGAATCCTCATAATGCAGACGAGACTAAGGCATTGTACTAGTCCACATAGCCTCTC TTTTACTGATACAAATGTATGATTCATGATGACCGAGGCACGTTGTAGCCTCTTTTTTAC GAAATGCATTTGTATAACTATGTTTTTCGTAAAAAAAACCATTTCAGGCATGGTTACTAT TGAATGAAGGCAATGCATTGGAACTAATGGATGAATGTTTAAAAGACTCATATGTTGAAT CACAAGTGTTGAGATGTATTCAAGTAAGTTTATTGTGTGTACAAAAACTCCCAGAAGATA GACCTACAATGGCATCAGCAGTTTTCTGGTTAAGCAATGATGGTGTGGAATTGCCTCAAC CAAAGCAGCCTGGTTTCTTCATAGAGAGGGATTCAACTAATCAATCAAATGAATCAACTG ATGAAAGATGTGTTACTGACAATCAACTTTCACTAACAATTCTTGAAGCAAGATAGACAA AATATAAACTCGCAAGGTCGTGTGACCAGGAGGTCAAGGGTTCAAGTCACGACAATAGGC TCTTGCCGGGGGTTTGGAGCAATAGTAAGAGTTTCAGTCATGCGACCAGGAGGTCATGGA TTCAAAACATGGAAATAGGAAAAGCAAGGTGAGATTGCGTACAATATATAGACTCAATGT GATTTGACCCTTCTTAAGATTCCACGCATAACAGTAGCTTAGTACACCAAATTGTCATTT TTTGTTTAGTCATTCTTTATATATTGTAATGTACATAAGAAATTGGCCTATTATGAGGAG TTGGAACATTGGGTTTATAATAGTTAGATACTTTTTAAATTCAGTTAAATCGTGGCAGAA GAAATTGAATGATGTACCTAAAAGAAAAAGATCTCTTGTCCAATTTTTTTCTATTTTCTA TCTCATATTCGATATATATTTTGAGAGCTAATCGAATTGATTGCATCAGATAAATCCCAT TTTGGAGTTTACAAGCTCCCAATCAAAGGTGTCTCATTTTCCAAGATTTGGACTCAATAT CTCTGGTTTAGAATGAAATTATACTTATCACTTCGATATCCCTAACATTCGCTTGAAACT CTAATGTGTTACATCAAGTATTTTTTTAAAAATAAAACACCAATTCATTTGAACGACAAC GAGTGCAAAACTTCCTCAAAAAGTAATTACTATGGCCCATTATTTTTTGAGGAAATTTTA TAAATATCAGAGAGATTAAACTTTATAAGTCTCGTTAGATATAATTTGTCTAATTATGCT TCATAATTATGGTTTCGTTTGATTAGACAATTTCGTTTGTCTAGTTCACTCGCCAATACA AACATGGTAAGTATATATACAAATTCTAAATTTTATACATCAGAACTTGTATAAATCAAA TGTATTTACAAATCATATACTGATAAAATAAACATATCGTATATAAATAGCTAGGGTAAA CATATACGAATCATGGATAATCGAATTATAGACGTGTCATACAAAAATATGACTATATAT AAGCGACGAAAAGTAATTTATTAAATTATAGCTATGTTAAATAATTAACTAATATATGTT TGCTTACGTAATTTATGCCCAAAACTATATAAGTTTTTGGAACCCCAAGAGTTCATCTTC AACCTCTATCCGGGTCGTTTTTGACCCGATTTCAGACCCGTCATGTTTCCGCCATTACAG ACAGCTCCAAATACAGATCTGATAATCAAGATCTGCAACAATGTTTTTTGACAATTTTAT TGCAGATTCCGAGAAGCAACCAGGCAGAGATTTAACTAAAAATGTAAGTATTTACATTAT TCGGAAAACGAAATTATTACTATGAATTTTCTGCTTTCGAAGTTGTGATTTTGGGCATTT GTTGCCCAAAACCCTAAATGTTTAGCGATGTTGGCGTCTAAAGTTGCTATGTTGTTGGCT AAGCGTATGAAAATGAATCAAACAAAGCAAATACATGCTGCAATACTTGTTAATGGTCTT TTTGATCTTGAGTCCTTGCTAGTTCAGCAGATAATCAACTCTGCAAGTAGTTGCACTTAT TATACCTCACACTATATTAAACTAGTCCTCAGTCATTTGCAAAATTTAGATGTGTTCTCG GTGGCGTCTACCATTCGATTCTATTCTAGGCATTGTCAGTTCAGGGAGGCTGTTAATTTA TATGGAGAACTGCAGAGATGTGGACTTAGTCCGAGTACATTTGCTGTATCGTCTGCTTTA AAGGCTTGTGCAAGGATTTTGTATAGGTCTGGTGGGATATCGATTCATGCACAAGTTTTT AAGTATGGTTTTTGTAATGTTGTTTATGTGCAGACAGCTCTAGTAGATTTTTACTCGAAA GTAGGTAATATGGATTTTGCCCGGAGCATCTTTGATGATGAGATGGTTGAGAAAAATATT GTATCGTGGAATTCAGTGTTAGGTGGATATGTCAAATCTGGTGACTTAACAATGGCACAA AGTGTTTTTGATGAGATGCCGGAGAAGGATGTTATTTCGTGGAACTCCATGGTGTCTGGG TATGCGAGGATGGGGAATATAGAGCGGGCAAATGCATTGTTTAGACAGATGCCGGAGAGA AGTTCTGCCTCTTGGAATGCAATGATTAGCGGATATATAGAGTGTGGGAAGATAGAGTTT GCACGCAGTTTCTTTGAGGCAATGGACAAAAAGAATAATGTTTCATATATCATATTGATT TCGGGATACTCAAAAAATGGAGATGTTGAATCTGCTGAGGAACTCTTTGGAAAATTACGT AAGAAAGATCAAGTAGTATATAATGCCATGATAGCTTGTTATGCTCAAAACAGCCGGGCA AAAGAGGCTCTGCAGCTGTTCAATGAAATGCTTCAATTAGATTTGCAACCTGATGAAATG ACTTTGGCAAGTGCTATTTCTGCTTGTTCTCAGCTGGGAGATCTAAAGTTTGGTTCTTGG ATTGAGTCGTTCATTCATGAAACTGGAATTCAAATGGATGACTTCTTGGCCACTAGTTTG ATCGACCTTTATGCAAAATGTGGAAGTATTGATAAAGCTCACAAGCTGTTCCACGGCTTG AAAAAGAAAGATTTGGTAGCATATACTGCCATGATACTGGGATGTGGAATAAATGGTAGG GCTAATGATGCCATCAAGTTGTTTGATGAGATGATGAATGCTGAAATTAACCCAAACATA GTCACAATCACAGGGATATTGACTGCCTACAGTCACATTGGAATGGTAGAAGAAGCATAC CGTTGTTTTATTTCCTTACAGAAGTATGGTCTTTCTCCCTCAGTTGACCATTACGCTATA GTAGTTGACCTTTTAAGTAGGGCAGGGCGGTTAGAAGAAGCACATGGGTTGATTAAAAGC ATGTCAATACAGCCTCATGCTGGTGTGTGGGGTGCATTGCTTCTTGGTTGCAGTTTGCAT AACAATTTAGAGCTTGGAGAGATCGCAGCGACACGTTGTATAGAGTTGGAACCTGACAGT TCTGGATATCTTTCTCTTCTTGCAAATATTTATGCTTCTTCGGGAAGGTGGGATGATGCT GAGAGGTTGAGAAAAGGTGTTGAAGAAAAGGGATACAACAAATTGCCTGGTTGCAGTTGG ATGGAAGAAGTAAAAGCTTAGGAGGTCTTCTTTGCAATGACGTGATTCCAACTGTATCAC TTTAGTGTATGTGAACTCTGTTAACTTCATCCATGATAGAAAAGTAATGCGATGACTGGT TAGAATGACTTCCCTTCCACCATTTGCTTCAACGGGGAATTACTTGATGAAGATGACCGT TTATTGGAGGTATGTTTCTGACTATATAGATCTTCAAAGTTTGCATTCTTATTGATCGTT ATTTACGAAGTCCTTTTCTAGCGTTAAGTAAATCTTATCATGGTAAATATGCATGAGGCC TTTACTTTTCTAGCTTTTCTTGCATGCTGGTCTCTTCTTGTCCTTCTTCCCTTTTCTCTT TTTGGTGAATTTCATCTGTGACTTTGCTGCTGAAGTAAAATTTCGGGGGTTTGCTATTTG ATTTTCATTGAGTTGTGCTAATTTAGTGTTTGTTTTTCCTATTCAAACCAAAATTTTACC TACATCTCAGTTTTCTTGTAGTTTTTGGTTAGATTTTTCTTTGTGCAATAATTTTACTCA TTTTCTGTTCTTTTCCCACCAAATGTTCTCTTCTTTGTAGTGTCAGTTTTTGTAAGTGTG TCTGTGTGGTCATATATATATTTGTGACTGCTCAAAAGAAGCCAGAATCAGTGAATAGAT CATCATTCATGCCAACAATATGATTCTGCTGAATATATATGATAAGAGTATCGTTTGAAT GTATAAAATTTACATGATGTGTCATCTGAGGGACGCGTTGAATCAATGTAAGTTAGAATC TTCATATCATATAATCTCGGGTTTGTGCGCTAAAAACTACAAGTAGTTCAGTCTGATAGT TGTCAAGAGCACCGTCTTTGTTTGTTAAGACATGATTGTGATTCTTGACATTTTGATCCC CACTTACATGGTAGTTGAACCCCTCGGAGTTCCTTAGTTTCCTTACTCGGCCCACAACAA CAATATACCTAGTATATTCTCATAAATGGGATCTGAAGAGGATAGCGTATATTCTCGTAA GTGGGGTCTGGAGAGGATAGCGTGTATGCAGACCTTACCCCTACCTTGGAAGGTAGAGAG GTTTCCGATATACCCTCAGCTCCTTCTTTGTCCGCACCCTCTTTAAATTTTACACCACTT ATTTGCTTTCATTTGCTTTTGGGATACAAATCTTCTTGTGCAAGAGTTTGATATTTTTTT GTTGTTCCTCCTAAGAAAGTATATGATACACTGTATTTTGACTCAATTGCAACAGCAAAA GAATCATCGAGGCACCTCCAAAATTTATATATCACAGTAGTATCTGATGTCCACAAGACA CAGTAGAGAAGAGTCGGAGTGTTTAGTTGTGTCACTTGAGATATCACGTTCATGTGTGCA CTCTCAATGTTGAAGGTAAACAATATAGTTGCGATTGTTGTTGCCGCTAAAGCCCTTTTC TTGTTGCAGTGAGTTATCCGGTAAGGCTGTAATAGATTAGCAGGTATCTTGTAAAATTAG TTAAGGCGTGCATAAGATGATTGAGACATCGTAATTATCTACTTAAACACAAGGTGATTT TCTTCATCTATAAAGTTACCCTGTACTTGTGTTACATCGGTGAAACGAAGCAAGTATCTC GTAGAATTAATCAAAGGCATTCTAGTTGATCCAAATAATATTTATTTTACTATATAGAGA AGTCTAGAAGCAGGTACCTCTTGATCGACCTGTCTATTACTTGTCAAGGCATTTATGTAA GTTTTGTACTTCTTTCGTTTTAATTTATTTTATCTTATTTTTTTAGTCTTTTTGGATATT TTGGAAATAACATAAAAGTCTTATAAATCACGATAATTAATAATATAAAATATTAAATTA CACAAAAAATTCAATGAACTCTCGAAATTCTAATTGTGTCGCATAAATTGAGAAAATGTA ATATTTATCTAAAATGATGTAAAACCCACTGTAAATCACAATAACTAACAACCTCATATG TATGGAAAATATATAAAAATTTGATGGACTTTCGAAATTTCATTTGTGCCATATAAATTA GGACATAGGGATTAATATTATATTATTTGAAATATTTAAAGGAAAGTACTATAAATTATA ATAATTAATAATTAATAATTTATGATATTTAAAAATCACATAAAGATTTGAACGATTCTC TGAATTCTAGCTGTGTTACATAAATTGATACTGAAAAAACAACATATATTGAATTCATGC TAGCACGAATTCTCATATCTAGTATAATTATAATAAACTATATTAATTGCCTTTAAATAC TTAAAAATAATTTGATTATATAAATATTATTTATACCGTCAATTAATAAATTTAAAATCT ACCTGTTAGTTAGAAGTTGCAACATAAGTTGCACTTGTTAATTCATAATTACTAGTGATT CCAACTTCACGTTTTCGAGTTAAAAATTAGTTACATTTTAGGTGTTTTACGTAAATATAT TTTTAAATTTAATTTCAACTAATATCTATACATTTAAACTTTGATTGTGCTATAAAACCG TATAAGTAGATACATACATCTAACGTAACATAATATACATAAAACACCACATAGGATACA AAATTGTCATGTAGGATGTCACATAGAACGATGTATTTATTCGTTCAATTTTTTACAAAT TTGAATGTATATTTATACATAAATGTCAGTTTAGACTAAATTAAATGACATTCATATATT ATACCCACAATTTATTGAGGCAATATCTTAATGCAACGTTAAGAGTTGCGGTCGACTAAT AACGAATTTTTTTTTAACTAGACCTTTCATATAAACTTGTTTTTACTCACTCACACTCGA TATTTATGTCAAACATTAAATACAAAGACAAATATCCTTATACATAATTTTATGACTTAA CCATGATTAGTTAATATATGGTTATATCTTAAACCTATCATTTAACCCTAGTAAGTTAAT CTTGAAGGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.978 1511 1880 match_part 1.000 2656 2793 match_2 match_part 0.946 1583 1880 match_part 0.987 2656 2879 match_part 0.979 3800 3895 match_part 1.000 4056 4073 match_3 match_part 0.946 1584 1880 match_part 0.971 2656 2861 match_4 match_part 0.937 1595 1880 match_part 0.982 2656 2879 match_part 1.000 3800 3841 match_5 match_part 0.942 1606 1880 match_part 0.982 2656 2879 match_part 1.000 3800 3820 match_6 match_part 0.941 1609 1880 match_part 0.987 2656 2810 match_7 match_part 0.932 1644 1880 match_part 0.987 2656 2879 match_part 0.989 3800 3886 match_8 match_part 1.000 1681 1880 match_part 1.000 2656 2879 match_part 1.000 3800 3895 match_part 1.000 4056 4159 match_part 0.979 5169 5310 match_9 match_part 1.000 9230 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 0.969 11056 11314 match_10 match_part 1.000 9230 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 1.000 11056 11298 match_11 match_part 1.000 9242 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 0.969 11056 11313 match_12 match_part 0.957 17702 17817 match_part 1.000 19027 19173 match_part 0.991 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 1.000 21417 21578 match_part 1.000 21882 21934 match_13 match_part 1.000 17716 17817 match_part 0.993 19027 19173 match_part 1.000 19822 19927 match_part 0.978 20519 20609 match_14 match_part 1.000 17717 17817 match_part 1.000 19027 19173 match_part 1.000 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 0.994 21417 21578 match_part 0.982 21882 21938 match_part 1.000 22520 22537 match_15 match_part 1.000 17719 17817 match_part 1.000 19027 19173 match_part 1.000 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 1.000 21417 21519 match_16 match_part 0.938 17721 17817 match_part 0.966 19027 19173 match_part 0.943 19822 19927 match_part 0.971 20519 20622 match_part 0.941 21241 21342 match_part 0.985 21417 21546 match_17 match_part 0.938 17721 17817 match_part 0.966 19027 19173 match_part 0.943 19822 19927 match_part 0.971 20519 20622 match_part 0.925 21241 21293 match_18 match_part 0.926 17750 17817 match_part 0.966 19027 19173 match_part 0.943 19822 19927 match_part 0.971 20519 20622 match_part 0.912 21241 21297 match_19 match_part 0.926 17750 17817 match_part 0.966 19027 19173 match_part 0.943 19822 19927 match_part 0.958 20519 20613 match_20 match_part 0.926 17750 17817 match_part 0.966 19027 19173 match_part 0.934 19822 19927 match_21 match_part 0.929 21273 21342 match_part 0.994 21417 21578 match_part 0.947 21882 21938 match_part 1.000 22520 22556 match_part 0.926 22671 22927 match_part 0.429 23026 23060 match_22 match_part 0.929 21273 21342 match_part 1.000 21417 21578 match_part 0.965 21882 21938 match_part 1.000 22520 22556 match_part 0.932 22671 22962 match_23 match_part 0.981 21289 21342 match_part 1.000 21417 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 1.000 22671 23077 match_24 match_part 1.000 21421 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 1.000 22671 22939 match_25 match_part 1.000 21436 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 0.993 22671 22971 match_26 match_part 1.000 21528 21578 match_part 0.982 21882 21938 match_part 0.973 22520 22556 match_part 0.986 22671 22954 match_27 match_part 1.000 21906 21938 match_part 1.000 22520 22556 match_part 0.993 22671 22954 match_28 match_part 0.995 27580 27964 match_29 match_part 0.954 27599 28204 match_30 match_part 0.885 27803 27898 match_part 0.982 28355 28683 match_31 match_part 0.958 28009 28366 match_32 match_part 0.907 28105 28632 match_part 0.888 28861 28949 match_33 match_part 0.947 28438 28699 match_part 0.955 28928 29060 match_34 match_part 0.957 31894 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35679 match_35 match_part 0.978 31896 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 0.989 34844 35026 match_part 0.922 35637 35853 match_36 match_part 1.000 31897 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35807 match_37 match_part 1.000 31897 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35693 match_38 match_part 1.000 31899 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35932 match_39 match_part 0.977 31899 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 0.934 34844 35026 match_40 match_part 0.977 31899 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 0.987 34844 34999 match_41 match_part 0.907 31901 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 0.989 34844 35026 match_part 1.000 35637 35677 match_42 match_part 1.000 31905 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 34893 match_43 match_part 0.987 31909 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 0.989 34844 35026 match_part 0.892 35637 35932 match_44 match_part 0.974 31909 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 0.989 34844 35026 match_part 0.938 35637 35924 match_45 match_part 1.000 31909 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35665 match_46 match_part 1.000 31909 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 34983 match_47 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35924 match_48 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35775 match_49 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 0.990 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35774 match_50 match_part 1.000 31911 31986 match_part 1.000 32095 32192 match_part 0.970 33257 33356 match_part 1.000 34844 34939 match_part 0.916 35637 35932 match_51 match_part 1.000 31916 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 0.956 35637 35933 match_52 match_part 1.000 31923 31986 match_part 0.980 32095 32192 match_part 0.970 33257 33356 match_part 1.000 34844 35026 match_part 0.939 35637 35900 match_53 match_part 1.000 31934 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35924 match_54 match_part 1.000 31935 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 0.995 35637 35849 match_55 match_part 1.000 31935 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35018 match_56 match_part 1.000 31969 31986 match_part 0.980 32095 32192 match_part 0.970 33257 33356 match_part 0.989 34844 35026 match_part 0.934 35637 35907 match_57 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 0.993 35637 35924 match_58 match_part 1.000 33318 33356 match_part 1.000 34844 35026 match_part 0.997 35637 35942 match_59 match_part 1.000 33339 33356 match_part 1.000 34844 35026 match_part 0.993 35637 35927 match_part 0.565 36498 36520 match_60 match_part 0.989 40923 41097 match_part 0.985 41449 41977 match_61 match_part 1.000 52774 53068 match_part 1.000 53665 53951 match_part 0.985 54761 54827 match_62 match_part 0.951 52781 53068 match_part 0.950 53665 53764 match_63 match_part 0.989 61665 62032 match_part 0.995 62120 62307 match_64 match_part 1.000 61908 62032 match_part 1.000 62120 62322 match_part 1.000 63280 63515 match_part 0.991 63994 64106 match_65 match_part 1.000 63442 63515 match_part 1.000 63994 64553 match_66 match_part 1.000 63442 63515 match_part 1.000 63994 64434 match_67 match_part 0.956 64071 64851 match_part 0.571 64919 64925 match_68 match_part 0.961 64071 64839 match_69 match_part 1.000 64077 64627 match_70 match_part 1.000 64599 64851 match_part 0.991 65232 65554 match_71 match_part 1.000 79392 79564 match_72 match_part 0.995 82297 82672 match_73 match_part 0.967 83802 84161 match_74 match_part 0.975 83839 84161 match_75 match_part 1.000 88780 88838 match_part 1.000 89779 89896 match_part 1.000 89984 90026 match_part 1.000 90351 90430 match_part 1.000 90532 90827 match_76 match_part 1.000 105684 105753 match_part 1.000 105864 106010 match_part 1.000 106123 106280 match_part 0.986 106723 106869 match_77 match_part 1.000 105685 105753 match_part 1.000 105864 106010 match_part 1.000 106123 106280 match_part 1.000 106723 106933 match_part 0.901 107044 107184 match_78 match_part 1.000 106134 106280 match_part 1.000 106723 106933 match_part 1.000 107044 107281 match_part 0.947 107362 107512 match_part 1.000 107736 107747 match_79 match_part 1.000 106134 106280 match_part 1.000 106723 106933 match_part 1.000 107044 107267 match_80 match_part 1.000 106916 106933 match_part 1.000 107044 107281 match_part 1.000 107362 107512 match_part 0.995 107736 107921 match_81 match_part 0.964 107143 107281 match_part 1.000 107362 107512 match_part 0.997 107736 108131 match_82 match_part 1.000 107224 107281 match_part 1.000 107362 107512 match_part 0.986 107736 108232 match_83 match_part 1.000 107240 107281 match_part 1.000 107362 107512 match_part 0.990 107736 108221 match_84 match_part 1.000 114916 115035 match_part 1.000 115236 115473 match_part 0.993 115563 115713 match_part 0.975 116628 116829 match_85 match_part 1.000 114916 115035 match_part 0.991 115236 115453 match_86 match_part 0.933 115654 115713 match_part 0.989 116628 117260 match_87 match_part 0.993 118651 119184 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_88 match_part 0.997 13492 13137 match_part 0.963 12874 12521 match_89 match_part 0.997 13492 13137 match_part 0.935 12874 12534 match_90 match_part 1.000 13314 13137 match_part 1.000 12874 12669 match_91 match_part 0.951 13259 13137 match_part 0.990 12874 12669 match_92 match_part 0.994 13491 13137 match_part 0.992 12874 12754 match_93 match_part 0.954 15462 14728 match_94 match_part 0.997 15451 14730 match_95 match_part 0.954 15447 14839 match_96 match_part 0.947 15452 14980 match_97 match_part 1.000 26056 26036 match_part 1.000 24801 24756 match_part 1.000 24467 24262 match_part 1.000 24166 24113 match_part 0.972 23941 23626 match_98 match_part 1.000 26069 26036 match_part 1.000 24851 24756 match_part 1.000 24467 24262 match_part 1.000 24166 24113 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46646 match_part 1.000 44634 44572 match_part 1.000 43983 43906 match_part 1.000 43823 43684 match_264 match_part 1.000 46916 46646 match_part 0.984 44634 44572 match_part 1.000 43983 43906 match_part 1.000 43823 43793 match_265 match_part 1.000 50567 50433 match_part 0.985 49716 49326 match_266 match_part 1.000 51801 51748 match_part 0.998 51003 50433 match_part 1.000 49716 49559 match_267 match_part 1.000 51800 51748 match_part 1.000 51003 50433 match_part 0.957 49716 49647 match_268 match_part 1.000 51800 51748 match_part 1.000 51003 50433 match_part 0.985 49716 49652 match_269 match_part 0.999 69867 69054 match_part 1.000 68759 68696 match_270 match_part 0.987 75522 74726 match_271 match_part 0.999 75595 74813 match_272 match_part 1.000 76230 75987 match_part 0.995 75290 74859 match_273 match_part 1.000 76245 75987 match_part 0.997 75290 74902 match_274 match_part 0.956 76191 75987 match_part 0.907 75290 74902 match_275 match_part 1.000 76230 75987 match_part 1.000 75290 74909 match_276 match_part 1.000 76240 75987 match_part 1.000 75290 74915 match_277 match_part 1.000 75191 74915 match_278 match_part 0.971 76191 75987 match_part 0.940 75290 74926 match_279 match_part 1.000 76230 75987 match_part 0.976 75290 74959 match_280 match_part 0.992 76229 75987 match_part 0.997 75290 74965 match_281 match_part 1.000 76230 75987 match_part 1.000 75290 74986 match_282 match_part 1.000 75594 75076 match_283 match_part 0.963 83788 83682 match_part 0.972 82771 82267 match_284 match_part 1.000 83722 83682 match_part 0.975 82771 82294 match_285 match_part 0.996 82771 82294 match_286 match_part 1.000 82771 82294 match_287 match_part 0.987 82740 82294 match_288 match_part 1.000 82632 82294 match_289 match_part 0.998 84169 83682 match_part 0.977 82771 82297 match_290 match_part 0.986 82729 82297 match_291 match_part 1.000 82548 82297 match_292 match_part 0.963 82512 82297 match_293 match_part 0.968 82512 82297 match_294 match_part 0.994 84154 83682 match_part 0.957 82771 82306 match_295 match_part 0.994 82772 82308 match_296 match_part 1.000 83827 83682 match_part 1.000 82771 82312 match_297 match_part 1.000 83727 83682 match_part 1.000 82771 82312 match_298 match_part 1.000 83720 83682 match_part 0.970 82771 82312 match_299 match_part 1.000 83746 83682 match_part 0.990 82771 82354 match_300 match_part 1.000 84164 83682 match_part 0.998 82771 82371 match_301 match_part 0.998 84126 83682 match_part 0.995 82771 82401 match_302 match_part 1.000 83891 83682 match_part 1.000 82771 82420 match_303 match_part 0.960 84154 83682 match_part 0.975 82771 82448 match_304 match_part 1.000 83893 83682 match_part 1.000 82771 82452 match_305 match_part 0.983 84152 83682 match_part 1.000 82771 82456 match_306 match_part 0.960 84151 83682 match_part 0.930 82771 82457 match_307 match_part 0.998 84166 83682 match_part 1.000 82771 82494 match_308 match_part 0.960 84155 83682 match_part 0.982 82771 82497 match_309 match_part 0.961 84169 83682 match_part 0.965 82771 82541 match_310 match_part 1.000 84160 83682 match_part 0.996 82771 82546 match_311 match_part 0.957 84150 83682 match_part 0.949 82771 82557 match_312 match_part 1.000 84147 83682 match_part 0.990 82771 82566 match_313 match_part 0.961 84145 83682 match_part 0.973 82771 82588 match_314 match_part 0.967 84164 83682 match_part 0.970 82771 82603 match_315 match_part 1.000 84161 83682 match_part 0.994 82771 82604 match_316 match_part 1.000 83922 83682 match_part 1.000 82771 82621 match_317 match_part 1.000 84163 83682 match_part 1.000 82771 82627 match_318 match_part 0.967 84137 83682 match_part 0.966 82771 82627 match_319 match_part 0.961 84172 83682 match_part 0.936 82771 82647 match_320 match_part 1.000 84141 83682 match_part 1.000 82771 82652 match_321 match_part 0.962 84134 83682 match_part 0.950 82771 82653 match_322 match_part 0.967 84135 83682 match_part 0.964 82771 82662 match_323 match_part 0.959 84145 83682 match_part 0.888 82771 82665 match_324 match_part 0.993 84120 83682 match_part 0.981 82771 82665 match_325 match_part 0.988 84163 83682 match_part 1.000 82771 82684 match_326 match_part 1.000 84161 83682 match_part 0.976 82771 82687 match_327 match_part 1.000 84145 83682 match_part 1.000 82771 82699 match_328 match_part 0.965 84144 83682 match_part 0.951 82771 82711 match_329 match_part 0.967 84135 83682 match_part 0.949 82771 82713 match_330 match_part 0.957 84098 83682 match_part 0.946 82771 82716 match_331 match_part 0.984 84119 83682 match_part 1.000 82771 82756 match_332 match_part 0.998 84168 83682 match_333 match_part 0.966 84146 83683 match_334 match_part 0.910 84148 83684 match_335 match_part 1.000 84157 83731 match_336 match_part 0.994 84146 83802 match_337 match_part 0.996 84097 83838 match_338 match_part 0.934 84162 83966 match_339 match_part 0.969 84161 84000 match_340 match_part 0.918 92474 91939 match_part 0.944 91833 91726 match_341 match_part 0.938 93164 93019 match_part 0.932 92867 92291 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 1511 1880 exon 2656 2879 exon 3800 3895 exon 4056 4159 exon 5169 5310 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 9230 9461 exon 9966 10049 exon 10464 10531 exon 11056 11314 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 13492 13137 exon 12874 12521 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 15462 14728 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 17702 17817 exon 19027 19173 exon 19822 19927 exon 20519 20622 exon 21241 21342 exon 21417 21578 exon 21882 21938 exon 22520 22556 exon 22671 23077 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 17702 17817 exon 19027 19173 exon 19822 19927 exon 20519 20622 exon 21241 21342 exon 21417 21578 exon 21882 21938 exon 22520 22556 exon 22671 22927 exon 23026 23060 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26081 26036 exon 24851 24756 exon 24467 24262 exon 24166 24113 exon 23941 23629 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26075 26036 exon 24801 24756 exon 24467 24262 exon 24166 24113 exon 23941 23626 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30365 30294 exon 29058 27521 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 29363 27521 gene_11 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28570 exon 28356 27521 gene_12 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30324 30294 exon 29058 28591 exon 28362 27521 gene_13 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28692 exon 28463 27521 gene_14 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28692 exon 28463 28327 exon 28151 27521 gene_15 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28934 exon 27793 27543 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 27580 28632 exon 28861 28949 gene_17 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 27803 27898 exon 28355 28699 exon 28928 29060 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31894 31986 exon 32095 32192 exon 33257 33356 exon 34844 35026 exon 35637 35942 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31894 31986 exon 32095 32192 exon 33257 33356 exon 34844 35026 exon 35637 35927 exon 36498 36520 gene_20 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31905 31986 exon 32095 32192 exon 33257 33356 exon 34844 34939 exon 35637 35932 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 40923 41097 exon 41449 41977 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 46916 46646 exon 44634 44572 exon 43983 43906 exon 43823 43661 exon 43517 43022 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 51801 51748 exon 51003 50433 exon 49716 49326 gene_24 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 52774 53068 exon 53665 53951 exon 54761 54827 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 61665 62032 exon 62120 62322 exon 63280 63515 exon 63994 64851 exon 64919 64925 gene_26 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 61665 62032 exon 62120 62322 exon 63280 63515 exon 63994 64851 exon 65232 65554 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 69867 69054 exon 68759 68696 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 76245 75987 exon 75290 74859 gene_29 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 75595 74726 gene_30 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 79392 79564 gene_31 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 84172 83682 exon 82771 82267 gene_32 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 82772 82294 gene_33 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 82297 82672 gene_34 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 83802 84161 gene_35 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 88780 88838 exon 89779 89896 exon 89984 90026 exon 90351 90430 exon 90532 90827 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 93164 93019 exon 92867 91939 exon 91833 91726 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 105684 105753 exon 105864 106010 exon 106123 106280 exon 106723 106933 exon 107044 107281 exon 107362 107512 exon 107736 108232 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 114916 115035 exon 115236 115473 exon 115563 115713 exon 116628 117260 gene_39 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 118651 119184 RepeatMasker tomato repeats master TS2 523 587 1 TS2 523 587 1 nucleotide_motif 320 2293 2356 Unknown00043 1996 2038 1 Unknown00043 1996 2038 1 nucleotide_motif 260 2358 2399 SONATA2 4 81 1 SONATA2 4 81 1 nucleotide_motif 237 2889 2967 Copia00151 8210 8379 1 Copia00151 8210 8379 1 nucleotide_motif 517 16196 16364 Unknown00043 6994 7073 1 Unknown00043 6994 7073 1 nucleotide_motif 321 18402 18482 Copia00191 3887 4181 1 Copia00191 3887 4181 1 nucleotide_motif 1092 31169 31453 TLP1 199 290 1 TLP1 199 290 1 nucleotide_motif 288 38853 38945 Copia00172 5200 5312 1 Copia00172 5200 5312 1 nucleotide_motif 278 54476 54572 Unknown00046 163 499 1 Unknown00046 163 499 1 nucleotide_motif 1312 55603 55968 TS2 552 655 1 TS2 552 655 1 nucleotide_motif 527 59812 59912 Copia00172 1182 1349 1 Copia00172 1182 1349 1 nucleotide_motif 928 63730 63897 Gypsy00016 3464 3525 1 Gypsy00016 3464 3525 1 nucleotide_motif 413 65306 65367 Copia00151 8221 8385 1 Copia00151 8221 8385 1 nucleotide_motif 456 73962 74111 Copia00110 2489 2719 1 Copia00110 2489 2719 1 nucleotide_motif 1239 78817 79023 Unknown00034 3826 4025 1 Unknown00034 3826 4025 1 nucleotide_motif 1117 98147 98340 TLP1 36 288 1 TLP1 36 288 1 nucleotide_motif 754 102685 102954 SONATA2 1 252 1 SONATA2 1 252 1 nucleotide_motif 1094 110152 110406 TLP2 80 306 1 TLP2 80 306 1 nucleotide_motif 622 122547 122760 RepeatMasker tomato repeats master Copia00151 10055 10179 -1 Copia00151 10055 10179 -1 nucleotide_motif 469 6056 6040 TS 58 158 -1 TS 58 158 -1 nucleotide_motif 530 6158 6057 TS2 1 2940 -1 TS2 1 2940 -1 nucleotide_motif 954 6841 6301 SINE1_SO 3 197 -1 SINE1_SO 3 197 -1 nucleotide_motif 734 10321 10134 SONATA2 1 149 -1 SONATA2 1 149 -1 nucleotide_motif 255 10853 10703 Unknown00034 3704 4016 -1 Unknown00034 3704 4016 -1 nucleotide_motif 2092 12120 11812 TLP1 18 247 -1 TLP1 18 247 -1 nucleotide_motif 486 17159 16931 Unknown00030 1287 1375 -1 Unknown00030 1287 1375 -1 nucleotide_motif 250 23169 23089 Gypsy00007 5650 6089 -1 Gypsy00007 5650 6089 -1 nucleotide_motif 1270 31595 31454 TLP2 7 118 -1 TLP2 7 118 -1 nucleotide_motif 252 38941 38830 Copia00172 5181 5313 -1 Copia00172 5181 5313 -1 nucleotide_motif 555 39815 39676 Copia00151 9339 9430 -1 Copia00151 9339 9430 -1 nucleotide_motif 369 40085 39994 Copia00172 265 524 -1 Copia00172 265 524 -1 nucleotide_motif 1000 73901 73631 Copia00110 2492 2545 -1 Copia00110 2492 2545 -1 nucleotide_motif 288 94171 94118 Copia00110 2407 2621 -1 Copia00110 2407 2621 -1 nucleotide_motif 1255 94357 94156 SONATA3 24 237 -1 SONATA3 24 237 -1 nucleotide_motif 687 95492 95292 Gypsy00011 3068 3356 -1 Gypsy00011 3068 3356 -1 nucleotide_motif 774 97705 97410 TLP1 44 132 -1 TLP1 44 132 -1 nucleotide_motif 510 98706 98619 HELMET3 3683 3763 -1 HELMET3 3683 3763 -1 nucleotide_motif 261 101945 101870 SINE_SO 10 179 -1 SINE_SO 10 179 -1 nucleotide_motif 593 112093 111932 Copia00172 5183 5314 -1 Copia00172 5183 5314 -1 nucleotide_motif 343 115198 115065 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1029 27699 29061 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1036.5 229 122981 clone_start_1 clone_start 993 229 775 clone_end_1 clone_end 1025 229 787 clone_end_2 clone_end 973 229 740 clone_start_2 clone_start 1233 3811 4452 clone_2 clone 994 4089 99131 clone_end_3 clone_end 805 4089 4498 clone_start_3 clone_start 946 4985 5492 clone_3 clone 1339 4985 22917 clone_start_4 clone_start 1469 4985 5725 clone_end_4 clone_end 1221 5009 5628 clone_4 clone 942.5 5358 115094 clone_end_5 clone_end 1013 5358 5868 clone_end_6 clone_end 1094 9294 9845 clone_start_5 clone_start 607 13416 13729 clone_end_7 clone_end 1098 14552 15143 clone_end_8 clone_end 696 17658 18008 clone_start_6 clone_start 930 17932 18435 clone_end_9 clone_end 690 22647 23005 clone_end_10 clone_end 684 23024 23368 clone_end_11 clone_end 1074 23024 23614 clone_start_7 clone_start 981 23381 23924 clone_start_8 clone_start 498 23518 23792 clone_5 clone 965.5 26479 61843 clone_end_12 clone_end 946 26479 26955 clone_end_13 clone_end 797 27699 28100 clone_6 clone 480.5 29089 67230 clone_start_9 clone_start 642 29089 29412 clone_7 clone 385.5 29462 67230 clone_start_10 clone_start 452 29462 29719 clone_8 clone 1489 43944 120050 clone_start_11 clone_start 1477 43944 44704 clone_9 clone 958.5 44915 86082 clone_end_14 clone_end 1045 44915 45441 clone_end_15 clone_end 523 46559 46822 clone_end_16 clone_end 323 46872 47055 clone_start_12 clone_start 961 48892 49380 clone_10 clone 902 51549 123009 clone_end_17 clone_end 1140 51549 52127 clone_start_13 clone_start 1035 51568 52089 clone_end_18 clone_end 1104 51653 52209 clone_start_14 clone_start 975 62910 63405 clone_end_19 clone_end 1179 62935 63537 clone_start_15 clone_start 835 66074 66498 clone_start_16 clone_start 1473 74262 75004 clone_end_20 clone_end 1409 77131 77889 clone_end_21 clone_end 969 77131 77655 clone_start_17 clone_start 1114 82173 82734 clone_start_18 clone_start 989 83601 84099 clone_end_22 clone_end 488 88937 89182 clone_end_23 clone_end 1584 93027 93845 clone_end_24 clone_end 1215 93510 94134 clone_start_19 clone_start 1132 100803 101418 clone_start_20 clone_start 476 108935 109174 clone_start_21 clone_start 833 114949 115400 clone_end_25 clone_end 1338 118869 119551 clone_start_22 clone_start 896 119235 119686 clone_end_26 clone_end 347 121936 122110 clone_end_27 clone_end 1070 122399 122973 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_28 clone_end 1080 122981 122399 clone_start_23 clone_start 1183 99131 98506 clone_end_29 clone_end 1209 22917 22300 clone_start_24 clone_start 872 115094 114634 clone_start_25 clone_start 1074 15241 14700 clone_end_30 clone_end 408 25476 25271 clone_end_31 clone_end 355 25737 25538 clone_start_26 clone_start 472 25817 25538 clone_start_27 clone_start 281 25975 25834 clone_start_28 clone_start 985 61843 61347 clone_end_32 clone_end 319 67230 67070 clone_end_33 clone_end 319 67230 67070 clone_end_34 clone_end 823 43914 43500 clone_end_35 clone_end 1501 120050 119294 clone_start_29 clone_start 872 86082 85643 clone_end_36 clone_end 967 48758 48271 clone_start_30 clone_start 664 123009 122625 clone_end_37 clone_end 1183 53743 53114 clone_end_38 clone_end 684 64160 63812 clone_start_31 clone_start 424 65950 65733 clone_end_39 clone_end 1055 93503 92944 clone_start_32 clone_start 1528 99688 98914 clone_start_33 clone_start 1568 120078 119252 clone_end_40 clone_end 1106 120057 119500 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.978 1511 1880 match_part 1.000 2656 2793 match_2 match_part 0.946 1583 1880 match_part 0.987 2656 2879 match_part 0.979 3800 3895 match_part 1.000 4056 4073 match_3 match_part 0.946 1584 1880 match_part 0.971 2656 2861 match_4 match_part 0.937 1595 1880 match_part 0.982 2656 2879 match_part 1.000 3800 3841 match_5 match_part 0.942 1606 1880 match_part 0.982 2656 2879 match_part 1.000 3800 3820 match_6 match_part 0.941 1609 1880 match_part 0.987 2656 2810 match_7 match_part 0.932 1644 1880 match_part 0.987 2656 2879 match_part 0.989 3800 3886 match_8 match_part 1.000 1681 1880 match_part 1.000 2656 2879 match_part 1.000 3800 3895 match_part 1.000 4056 4159 match_part 0.979 5169 5310 match_9 match_part 1.000 9230 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 0.969 11056 11314 match_10 match_part 1.000 9230 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 1.000 11056 11298 match_11 match_part 1.000 9242 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 0.969 11056 11313 match_12 match_part 0.957 17702 17817 match_part 1.000 19027 19173 match_part 0.991 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 1.000 21417 21578 match_part 1.000 21882 21934 match_13 match_part 1.000 17716 17817 match_part 0.993 19027 19173 match_part 1.000 19822 19927 match_part 0.978 20519 20609 match_14 match_part 1.000 17717 17817 match_part 1.000 19027 19173 match_part 1.000 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 0.994 21417 21578 match_part 0.982 21882 21938 match_part 1.000 22520 22537 match_15 match_part 1.000 17719 17817 match_part 1.000 19027 19173 match_part 1.000 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 1.000 21417 21519 match_16 match_part 0.981 21289 21342 match_part 1.000 21417 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 1.000 22671 23077 match_17 match_part 1.000 21421 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 1.000 22671 22939 match_18 match_part 1.000 21436 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 0.993 22671 22971 match_19 match_part 1.000 21528 21578 match_part 0.982 21882 21938 match_part 0.973 22520 22556 match_part 0.986 22671 22954 match_20 match_part 1.000 21906 21938 match_part 1.000 22520 22556 match_part 0.993 22671 22954 match_21 match_part 0.995 27580 27964 match_22 match_part 0.885 27803 27898 match_part 0.982 28355 28683 match_23 match_part 0.958 28009 28366 match_24 match_part 0.947 28438 28699 match_part 0.955 28928 29060 match_25 match_part 0.957 31894 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35679 match_26 match_part 1.000 31897 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35807 match_27 match_part 1.000 31897 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35693 match_28 match_part 1.000 31899 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35932 match_29 match_part 0.907 31901 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 0.989 34844 35026 match_part 1.000 35637 35677 match_30 match_part 1.000 31905 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 34893 match_31 match_part 1.000 31909 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35665 match_32 match_part 1.000 31909 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 34983 match_33 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35924 match_34 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35775 match_35 match_part 1.000 31910 31986 match_part 1.000 32095 32192 match_part 0.990 33257 33356 match_part 1.000 34844 35026 match_part 1.000 35637 35774 match_36 match_part 1.000 31916 31986 match_part 1.000 32095 32192 match_part 1.000 33257 33356 match_part 1.000 34844 35026 match_part 0.956 35637 35933 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match_part 0.998 29049 28599 match_205 match_part 1.000 29058 28609 match_206 match_part 1.000 29058 28614 match_207 match_part 0.975 29058 28617 match_208 match_part 1.000 30317 30294 match_part 0.998 29058 28650 match_209 match_part 0.995 29061 28650 match_210 match_part 1.000 29058 28664 match_211 match_part 1.000 29028 28679 match_212 match_part 1.000 29058 28713 match_213 match_part 1.000 29058 28734 match_214 match_part 1.000 30321 30294 match_part 1.000 29058 28755 match_215 match_part 1.000 29363 28800 match_216 match_part 1.000 43909 43906 match_part 1.000 43823 43661 match_part 0.990 43517 43022 match_217 match_part 1.000 43935 43906 match_part 1.000 43823 43661 match_part 0.998 43517 43053 match_218 match_part 0.960 43784 43661 match_part 0.975 43517 43071 match_219 match_part 1.000 46898 46646 match_part 1.000 44634 44572 match_part 1.000 43983 43906 match_part 1.000 43823 43661 match_part 0.967 43517 43095 match_220 match_part 1.000 46891 46646 match_part 1.000 44634 44572 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1.000 51003 50433 match_part 0.985 49716 49652 match_230 match_part 0.999 69867 69054 match_part 1.000 68759 68696 match_231 match_part 0.987 75522 74726 match_232 match_part 0.999 75595 74813 match_233 match_part 1.000 76230 75987 match_part 0.995 75290 74859 match_234 match_part 1.000 76245 75987 match_part 0.997 75290 74902 match_235 match_part 1.000 76230 75987 match_part 1.000 75290 74909 match_236 match_part 1.000 76240 75987 match_part 1.000 75290 74915 match_237 match_part 1.000 75191 74915 match_238 match_part 1.000 76230 75987 match_part 0.976 75290 74959 match_239 match_part 0.992 76229 75987 match_part 0.997 75290 74965 match_240 match_part 1.000 76230 75987 match_part 1.000 75290 74986 match_241 match_part 1.000 75594 75076 match_242 match_part 0.996 82771 82294 match_243 match_part 1.000 82771 82294 match_244 match_part 0.987 82740 82294 match_245 match_part 1.000 82632 82294 match_246 match_part 0.998 84169 83682 match_part 0.977 82771 82297 match_247 match_part 0.986 82729 82297 match_248 match_part 1.000 82548 82297 match_249 match_part 0.994 84154 83682 match_part 0.957 82771 82306 match_250 match_part 0.994 82772 82308 match_251 match_part 1.000 83827 83682 match_part 1.000 82771 82312 match_252 match_part 1.000 83727 83682 match_part 1.000 82771 82312 match_253 match_part 1.000 83746 83682 match_part 0.990 82771 82354 match_254 match_part 1.000 84164 83682 match_part 0.998 82771 82371 match_255 match_part 0.998 84126 83682 match_part 0.995 82771 82401 match_256 match_part 1.000 83891 83682 match_part 1.000 82771 82420 match_257 match_part 1.000 83893 83682 match_part 1.000 82771 82452 match_258 match_part 0.983 84152 83682 match_part 1.000 82771 82456 match_259 match_part 0.998 84166 83682 match_part 1.000 82771 82494 match_260 match_part 1.000 84160 83682 match_part 0.996 82771 82546 match_261 match_part 1.000 84147 83682 match_part 0.990 82771 82566 match_262 match_part 1.000 84161 83682 match_part 0.994 82771 82604 match_263 match_part 1.000 83922 83682 match_part 1.000 82771 82621 match_264 match_part 1.000 84163 83682 match_part 1.000 82771 82627 match_265 match_part 1.000 84141 83682 match_part 1.000 82771 82652 match_266 match_part 0.993 84120 83682 match_part 0.981 82771 82665 match_267 match_part 0.988 84163 83682 match_part 1.000 82771 82684 match_268 match_part 1.000 84161 83682 match_part 0.976 82771 82687 match_269 match_part 1.000 84145 83682 match_part 1.000 82771 82699 match_270 match_part 0.984 84119 83682 match_part 1.000 82771 82756 match_271 match_part 0.998 84168 83682 match_272 match_part 1.000 84157 83731 match_273 match_part 0.994 84146 83802 match_274 match_part 0.996 84097 83838 match_275 match_part 0.969 84161 84000 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 1511 1880 exon 2656 2879 exon 3800 3895 exon 4056 4159 exon 5169 5310 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 9230 9461 exon 9966 10049 exon 10464 10531 exon 11056 11314 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 13492 13137 exon 12874 12521 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 15462 14728 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 17702 17817 exon 19027 19173 exon 19822 19927 exon 20519 20622 exon 21241 21342 exon 21417 21578 exon 21882 21938 exon 22520 22556 exon 22671 23077 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26081 26036 exon 24851 24756 exon 24467 24262 exon 24166 24113 exon 23941 23629 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26075 26036 exon 24801 24756 exon 24467 24262 exon 24166 24113 exon 23941 23626 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30365 30294 exon 29058 27521 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 29363 27521 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28570 exon 28356 27521 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30324 30294 exon 29058 28591 exon 28362 27521 gene_12 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28692 exon 28463 27521 gene_13 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28692 exon 28463 28327 exon 28151 27521 gene_14 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30321 30294 exon 29058 28934 exon 27793 27543 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 27803 27898 exon 28355 28699 exon 28928 29060 gene_16 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 28009 28366 gene_17 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 27580 27964 gene_18 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31894 31986 exon 32095 32192 exon 33257 33356 exon 34844 35026 exon 35637 35942 gene_19 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31894 31986 exon 32095 32192 exon 33257 33356 exon 34844 35026 exon 35637 35927 exon 36498 36520 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 40923 41097 exon 41449 41977 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 46916 46646 exon 44634 44572 exon 43983 43906 exon 43823 43661 exon 43517 43022 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 51801 51748 exon 51003 50433 exon 49716 49326 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 52774 53068 exon 53665 53951 exon 54761 54827 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 61665 62032 exon 62120 62322 exon 63280 63515 exon 63994 64851 exon 65232 65554 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 69867 69054 exon 68759 68696 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 76245 75987 exon 75290 74859 gene_27 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 75595 74726 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 79392 79564 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 84169 83682 exon 82771 82294 gene_30 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 82772 82294 gene_31 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 82297 82672 gene_32 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 83802 84161 gene_33 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 88780 88838 exon 89779 89896 exon 89984 90026 exon 90351 90430 exon 90532 90827 gene_34 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 105684 105753 exon 105864 106010 exon 106123 106280 exon 106723 106933 exon 107044 107281 exon 107362 107512 exon 107736 108232 gene_35 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 114916 115035 exon 115236 115473 exon 115563 115713 exon 116628 117260 gene_36 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 118651 119184 AUGUSTUS_tom_cdna de novo gene_1 gene 0.9 1565 2719 transcript_1 transcript 0.9 1565 2719 intron_1 intron 0.9 1 1564 intron_2 intron 1 1881 2655 CDS_1 CDS 1 1565 1880 CDS_2 CDS 1 2656 2719 stop_codon_1 stop_codon 2717 2719 gene_2 gene 0.53 2766 10484 transcript_2 transcript 0.53 2766 10484 start_codon_1 start_codon 2766 2768 intron_3 intron 1 2880 3799 intron_4 intron 1 3896 4055 intron_5 intron 1 4160 5168 intron_6 intron 0.8 5351 5481 intron_7 intron 0.97 5563 5752 intron_8 intron 0.98 5876 6963 intron_9 intron 0.7 7053 9203 intron_10 intron 1 9462 9965 intron_11 intron 1 10050 10463 CDS_3 CDS 1 2766 2879 CDS_4 CDS 1 3800 3895 CDS_5 CDS 1 4056 4159 CDS_6 CDS 0.99 5169 5350 CDS_7 CDS 0.8 5482 5562 CDS_8 CDS 0.98 5753 5875 CDS_9 CDS 0.99 6964 7052 CDS_10 CDS 1 9204 9461 CDS_11 CDS 1 9966 10049 CDS_12 CDS 1 10464 10484 stop_codon_2 stop_codon 10482 10484 gene_3 gene 0.41 16785 19072 transcript_3 transcript 0.41 16785 19072 start_codon_2 start_codon 16785 16787 intron_12 intron 0.51 16808 17685 intron_13 intron 0.82 17818 19026 CDS_13 CDS 0.51 16785 16807 CDS_14 CDS 0.6 17686 17817 CDS_15 CDS 0.82 19027 19072 stop_codon_3 stop_codon 19070 19072 gene_4 gene 0.82 19867 22885 transcript_4 transcript 0.82 19867 22885 start_codon_3 start_codon 19867 19869 intron_14 intron 1 19928 20518 intron_15 intron 1 20623 21240 intron_16 intron 1 21343 21416 intron_17 intron 1 21579 21881 intron_18 intron 1 21939 22519 intron_19 intron 1 22557 22670 CDS_16 CDS 0.82 19867 19927 CDS_17 CDS 1 20519 20622 CDS_18 CDS 1 21241 21342 CDS_19 CDS 1 21417 21578 CDS_20 CDS 1 21882 21938 CDS_21 CDS 1 22520 22556 CDS_22 CDS 1 22671 22885 stop_codon_4 stop_codon 22883 22885 gene_5 gene 0.35 22934 23756 transcript_5 transcript 0.35 22934 23756 start_codon_4 start_codon 22934 22936 intron_20 intron 0.35 22986 23580 CDS_23 CDS 0.51 22934 22985 CDS_24 CDS 0.39 23581 23756 stop_codon_5 stop_codon 23754 23756 gene_6 gene 0.39 26234 27558 transcript_6 transcript 0.39 26234 27558 start_codon_5 start_codon 26234 26236 intron_21 intron 0.39 26283 27328 CDS_25 CDS 0.84 26234 26282 CDS_26 CDS 0.46 27329 27558 stop_codon_6 stop_codon 27556 27558 gene_7 gene 0.86 31074 35759 transcript_7 transcript 0.86 31074 35759 start_codon_6 start_codon 31074 31076 intron_22 intron 0.86 31137 31887 intron_23 intron 1 31987 32094 intron_24 intron 1 32193 33256 intron_25 intron 1 33357 34843 intron_26 intron 1 35027 35636 CDS_27 CDS 0.86 31074 31136 CDS_28 CDS 1 31888 31986 CDS_29 CDS 1 32095 32192 CDS_30 CDS 1 33257 33356 CDS_31 CDS 1 34844 35026 CDS_32 CDS 1 35637 35759 stop_codon_7 stop_codon 35757 35759 gene_8 gene 0.24 37763 41733 transcript_8 transcript 0.24 37763 41733 start_codon_7 start_codon 37763 37765 intron_27 intron 0.34 37986 39377 intron_28 intron 1 39494 40099 intron_29 intron 0.96 40691 40794 intron_30 intron 1 41098 41448 CDS_33 CDS 0.65 37763 37985 CDS_34 CDS 0.45 39378 39493 CDS_35 CDS 1 40100 40690 CDS_36 CDS 0.96 40795 41097 CDS_37 CDS 0.99 41449 41733 stop_codon_8 stop_codon 41731 41733 gene_9 gene 1 52804 54859 transcript_9 transcript 1 52804 54859 start_codon_8 start_codon 52804 52806 intron_31 intron 1 53069 53664 intron_32 intron 1 53952 54760 CDS_38 CDS 1 52804 53068 CDS_39 CDS 1 53665 53951 CDS_40 CDS 1 54761 54859 stop_codon_9 stop_codon 54857 54859 gene_10 gene 0.92 59382 64845 transcript_10 transcript 0.92 59382 64845 start_codon_9 start_codon 59382 59384 intron_33 intron 0.94 59523 60626 intron_34 intron 0.98 61300 61386 intron_35 intron 1 62033 62119 intron_36 intron 1 62323 63279 intron_37 intron 1 63516 63993 CDS_41 CDS 0.96 59382 59522 CDS_42 CDS 0.98 60627 61299 CDS_43 CDS 0.99 61387 62032 CDS_44 CDS 1 62120 62322 CDS_45 CDS 1 63280 63515 CDS_46 CDS 1 63994 64845 stop_codon_10 stop_codon 64843 64845 gene_11 gene 0.91 87630 90935 transcript_11 transcript 0.91 87630 90935 start_codon_10 start_codon 87630 87632 intron_38 intron 0.91 87644 88777 intron_39 intron 1 88839 89778 intron_40 intron 1 89897 89983 intron_41 intron 1 90027 90350 intron_42 intron 1 90431 90531 CDS_47 CDS 0.91 87630 87643 CDS_48 CDS 1 88778 88838 CDS_49 CDS 1 89779 89896 CDS_50 CDS 1 89984 90026 CDS_51 CDS 1 90351 90430 CDS_52 CDS 1 90532 90935 stop_codon_11 stop_codon 90933 90935 gene_12 gene 0.53 99265 99501 transcript_12 transcript 0.53 99265 99501 start_codon_11 start_codon 99265 99267 CDS_53 CDS 0.53 99265 99501 stop_codon_12 stop_codon 99499 99501 gene_13 gene 0.41 99737 100518 transcript_13 transcript 0.41 99737 100518 start_codon_12 start_codon 99737 99739 intron_43 intron 1 99861 99961 CDS_54 CDS 0.82 99737 99860 CDS_55 CDS 0.53 99962 100518 stop_codon_13 stop_codon 100516 100518 gene_14 gene 0.28 103405 108044 transcript_14 transcript 0.28 103405 108044 start_codon_13 start_codon 103405 103407 intron_44 intron 0.52 103917 104225 intron_45 intron 0.52 104289 104995 intron_46 intron 1 105754 105863 intron_47 intron 1 106011 106122 intron_48 intron 1 106281 106722 intron_49 intron 1 106934 107043 intron_50 intron 1 107282 107361 intron_51 intron 1 107513 107735 CDS_56 CDS 0.48 103405 103916 CDS_57 CDS 0.52 104226 104288 CDS_58 CDS 0.99 104996 105753 CDS_59 CDS 1 105864 106010 CDS_60 CDS 1 106123 106280 CDS_61 CDS 1 106723 106933 CDS_62 CDS 1 107044 107281 CDS_63 CDS 1 107362 107512 CDS_64 CDS 1 107736 108044 stop_codon_14 stop_codon 108042 108044 gene_15 gene 0.75 112546 116936 transcript_15 transcript 0.75 112546 116936 start_codon_14 start_codon 112546 112548 intron_52 intron 0.92 112916 113197 intron_53 intron 1 114086 114395 intron_54 intron 0.88 114522 114620 intron_55 intron 0.96 114746 114824 intron_56 intron 1 115036 115235 intron_57 intron 1 115474 115562 intron_58 intron 1 115714 116627 CDS_65 CDS 0.89 112546 112915 CDS_66 CDS 0.99 113198 114085 CDS_67 CDS 0.88 114396 114521 CDS_68 CDS 0.96 114621 114745 CDS_69 CDS 1 114825 115035 CDS_70 CDS 1 115236 115473 CDS_71 CDS 1 115563 115713 CDS_72 CDS 1 116628 116936 stop_codon_15 stop_codon 116934 116936 gene_16 gene 0.94 118348 120081 transcript_16 transcript 0.94 118348 120081 start_codon_15 start_codon 118348 118350 CDS_73 CDS 0.94 118348 120081 stop_codon_16 stop_codon 120079 120081 AUGUSTUS_tom_cdna de novo gene_17 gene 0.98 13276 12814 transcript_17 transcript 0.98 13276 12814 stop_codon_17 stop_codon 12816 12814 intron_59 intron 1 13136 12875 CDS_74 CDS 0.99 12874 12814 CDS_75 CDS 0.98 13276 13137 start_codon_16 start_codon 13276 13274 gene_18 gene 0.28 15286 13298 transcript_18 transcript 0.28 15286 13298 stop_codon_18 stop_codon 13300 13298 intron_60 intron 0.54 13486 13320 intron_61 intron 0.96 14715 14580 CDS_76 CDS 0.54 13319 13298 CDS_77 CDS 0.54 14579 13487 CDS_78 CDS 0.52 15286 14716 start_codon_17 start_codon 15286 15284 gene_19 gene 1 24792 23897 transcript_19 transcript 1 24792 23897 stop_codon_19 stop_codon 23899 23897 intron_62 intron 1 24112 23942 intron_63 intron 1 24261 24167 intron_64 intron 1 24755 24468 CDS_79 CDS 1 23941 23897 CDS_80 CDS 1 24166 24113 CDS_81 CDS 1 24467 24262 CDS_82 CDS 1 24792 24756 start_codon_18 start_codon 24792 24790 gene_20 gene 0.21 30547 27685 transcript_20 transcript 0.21 30547 27685 stop_codon_20 stop_codon 27687 27685 intron_65 intron 0.3 30064 29059 intron_66 intron 0.38 30293 30121 intron_67 intron 0.71 30530 30368 CDS_83 CDS 0.95 29058 27685 CDS_84 CDS 0.3 30120 30065 CDS_85 CDS 0.97 30367 30294 CDS_86 CDS 0.74 30547 30531 start_codon_19 start_codon 30547 30545 gene_21 gene 0.86 36173 35898 transcript_21 transcript 0.86 36173 35898 stop_codon_21 stop_codon 35900 35898 CDS_87 CDS 0.86 36173 35898 start_codon_20 start_codon 36173 36171 gene_22 gene 1 46776 43257 transcript_22 transcript 1 46776 43257 stop_codon_22 stop_codon 43259 43257 intron_68 intron 1 43660 43518 intron_69 intron 1 43905 43824 intron_70 intron 1 44571 43984 intron_71 intron 1 46645 44635 CDS_88 CDS 1 43517 43257 CDS_89 CDS 1 43823 43661 CDS_90 CDS 1 43983 43906 CDS_91 CDS 1 44634 44572 CDS_92 CDS 1 46776 46646 start_codon_21 start_codon 46776 46774 gene_23 gene 1 50894 49564 transcript_23 transcript 1 50894 49564 stop_codon_23 stop_codon 49566 49564 intron_72 intron 1 50432 49717 CDS_93 CDS 1 49716 49564 CDS_94 CDS 1 50894 50433 start_codon_22 start_codon 50894 50892 gene_24 gene 0.8 51920 50940 transcript_24 transcript 0.8 51920 50940 stop_codon_24 stop_codon 50942 50940 intron_73 intron 1 51747 51004 CDS_95 CDS 0.8 51003 50940 CDS_96 CDS 0.8 51920 51748 start_codon_23 start_codon 51920 51918 gene_25 gene 0.38 71431 68591 transcript_25 transcript 0.38 71431 68591 stop_codon_25 stop_codon 68593 68591 intron_74 intron 0.99 69053 68760 intron_75 intron 0.47 71303 69129 CDS_97 CDS 0.99 68759 68591 CDS_98 CDS 0.9 69128 69054 CDS_99 CDS 0.74 71431 71304 start_codon_24 start_codon 71431 71429 gene_26 gene 1 76175 75081 transcript_26 transcript 1 76175 75081 stop_codon_26 stop_codon 75083 75081 intron_76 intron 1 75986 75291 CDS_100 CDS 1 75290 75081 CDS_101 CDS 1 76175 75987 start_codon_25 start_codon 76175 76173 gene_27 gene 0.95 79722 79351 transcript_27 transcript 0.95 79722 79351 stop_codon_27 stop_codon 79353 79351 CDS_102 CDS 0.95 79722 79351 start_codon_26 start_codon 79722 79720 gene_28 gene 0.42 85515 82429 transcript_28 transcript 0.42 85515 82429 stop_codon_28 stop_codon 82431 82429 intron_77 intron 1 83681 82772 intron_78 intron 0.42 85511 84163 CDS_103 CDS 1 82771 82429 CDS_104 CDS 0.7 84162 83682 CDS_105 CDS 0.42 85515 85512 start_codon_27 start_codon 85515 85513 gene_29 gene 0.71 93317 91247 transcript_29 transcript 0.71 93317 91247 stop_codon_29 stop_codon 91249 91247 intron_79 intron 1 91938 91834 intron_80 intron 1 93018 92868 CDS_106 CDS 1 91833 91247 CDS_107 CDS 1 92867 91939 CDS_108 CDS 0.71 93317 93019 start_codon_28 start_codon 93317 93315 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 68.12 55522 55450 AUGUSTUS_ab_initio de novo gene_1 gene 0.1 2766 10510 transcript_1 transcript 0.1 2766 10510 start_codon_1 start_codon 2766 2768 intron_1 intron 0.93 2880 3799 intron_2 intron 0.93 3896 4055 intron_3 intron 0.75 4160 5168 intron_4 intron 0.84 5351 5481 intron_5 intron 1 5563 5752 intron_6 intron 0.96 5876 6963 intron_7 intron 0.6 7053 8375 intron_8 intron 0.97 8482 8950 intron_9 intron 0.99 9049 9203 intron_10 intron 0.95 9462 9965 intron_11 intron 0.53 10050 10480 CDS_1 CDS 0.6 2766 2879 CDS_2 CDS 0.9 3800 3895 CDS_3 CDS 0.93 4056 4159 CDS_4 CDS 0.82 5169 5350 CDS_5 CDS 0.85 5482 5562 CDS_6 CDS 1 5753 5875 CDS_7 CDS 0.75 6964 7052 CDS_8 CDS 0.62 8376 8481 CDS_9 CDS 0.98 8951 9048 CDS_10 CDS 0.95 9204 9461 CDS_11 CDS 0.98 9966 10049 CDS_12 CDS 0.52 10481 10510 stop_codon_1 stop_codon 10508 10510 gene_2 gene 0.34 19054 22885 transcript_2 transcript 0.34 19054 22885 start_codon_2 start_codon 19054 19056 intron_12 intron 0.98 19231 19821 intron_13 intron 0.82 19928 20398 intron_14 intron 0.82 20450 20518 intron_15 intron 0.99 20623 21240 intron_16 intron 1 21343 21416 intron_17 intron 0.44 21579 21881 intron_18 intron 0.76 21939 22519 intron_19 intron 1 22557 22670 CDS_13 CDS 0.98 19054 19230 CDS_14 CDS 1 19822 19927 CDS_15 CDS 0.82 20399 20449 CDS_16 CDS 1 20519 20622 CDS_17 CDS 1 21241 21342 CDS_18 CDS 1 21417 21578 CDS_19 CDS 0.44 21882 21938 CDS_20 CDS 0.99 22520 22556 CDS_21 CDS 0.99 22671 22885 stop_codon_2 stop_codon 22883 22885 gene_3 gene 0.56 31930 35759 transcript_3 transcript 0.56 31930 35759 start_codon_3 start_codon 31930 31932 intron_20 intron 1 31987 32094 intron_21 intron 0.96 32193 33256 intron_22 intron 0.97 33357 34843 intron_23 intron 0.61 35027 35636 CDS_22 CDS 1 31930 31986 CDS_23 CDS 0.97 32095 32192 CDS_24 CDS 1 33257 33356 CDS_25 CDS 0.94 34844 35026 CDS_26 CDS 0.98 35637 35759 stop_codon_3 stop_codon 35757 35759 gene_4 gene 0.17 37763 41733 transcript_4 transcript 0.17 37763 41733 start_codon_4 start_codon 37763 37765 intron_24 intron 0.71 37986 38328 intron_25 intron 0.42 38435 39090 intron_26 intron 0.57 39147 39377 intron_27 intron 1 39494 40099 intron_28 intron 0.97 40691 40794 intron_29 intron 0.81 41098 41448 CDS_27 CDS 0.57 37763 37985 CDS_28 CDS 0.43 38329 38434 CDS_29 CDS 0.73 39091 39146 CDS_30 CDS 0.61 39378 39493 CDS_31 CDS 0.99 40100 40690 CDS_32 CDS 0.79 40795 41097 CDS_33 CDS 0.88 41449 41733 stop_codon_4 stop_codon 41731 41733 gene_5 gene 0.9 53712 54859 transcript_5 transcript 0.9 53712 54859 start_codon_5 start_codon 53712 53714 intron_30 intron 0.97 53952 54760 CDS_34 CDS 0.92 53712 53951 CDS_35 CDS 0.97 54761 54859 stop_codon_5 stop_codon 54857 54859 gene_6 gene 0.46 59382 64845 transcript_6 transcript 0.46 59382 64845 start_codon_6 start_codon 59382 59384 intron_31 intron 0.84 59523 60626 intron_32 intron 1 61300 61386 intron_33 intron 1 62033 62119 intron_34 intron 0.58 62410 62837 intron_35 intron 0.62 62898 63279 intron_36 intron 1 63516 63993 CDS_36 CDS 0.95 59382 59522 CDS_37 CDS 1 60627 61299 CDS_38 CDS 1 61387 62032 CDS_39 CDS 0.93 62120 62409 CDS_40 CDS 0.62 62838 62897 CDS_41 CDS 1 63280 63515 CDS_42 CDS 1 63994 64845 stop_codon_6 stop_codon 64843 64845 gene_7 gene 0.3 87602 90935 transcript_7 transcript 0.3 87602 90935 start_codon_7 start_codon 87602 87604 intron_37 intron 0.48 87605 89189 intron_38 intron 0.51 89202 89778 intron_39 intron 0.94 90027 90350 intron_40 intron 0.76 90431 90531 CDS_43 CDS 0.51 87602 87604 CDS_44 CDS 0.51 89190 89201 CDS_45 CDS 0.67 89779 90026 CDS_46 CDS 0.75 90351 90430 CDS_47 CDS 0.76 90532 90935 stop_codon_7 stop_codon 90933 90935 gene_8 gene 0.17 95888 99501 transcript_8 transcript 0.17 95888 99501 start_codon_8 start_codon 95888 95890 intron_41 intron 0.55 96005 98871 intron_42 intron 0.62 99045 99290 CDS_48 CDS 0.54 95888 96004 CDS_49 CDS 0.39 98872 99044 CDS_50 CDS 0.44 99291 99501 stop_codon_8 stop_codon 99499 99501 gene_9 gene 0.07 99737 108044 transcript_9 transcript 0.07 99737 108044 start_codon_9 start_codon 99737 99739 intron_43 intron 1 99861 99961 intron_44 intron 0.88 100493 103558 intron_45 intron 0.67 103694 103774 intron_46 intron 0.64 103917 104225 intron_47 intron 0.45 104289 104995 intron_48 intron 1 105754 105863 intron_49 intron 1 106011 106122 intron_50 intron 1 106281 106722 intron_51 intron 1 106934 107043 intron_52 intron 1 107282 107361 intron_53 intron 0.89 107513 107735 CDS_51 CDS 0.34 99737 99860 CDS_52 CDS 0.9 99962 100492 CDS_53 CDS 0.72 103559 103693 CDS_54 CDS 0.68 103775 103916 CDS_55 CDS 0.61 104226 104288 CDS_56 CDS 0.98 104996 105753 CDS_57 CDS 1 105864 106010 CDS_58 CDS 1 106123 106280 CDS_59 CDS 1 106723 106933 CDS_60 CDS 1 107044 107281 CDS_61 CDS 0.91 107362 107512 CDS_62 CDS 0.52 107736 108044 stop_codon_9 stop_codon 108042 108044 gene_10 gene 0.34 112546 116936 transcript_10 transcript 0.34 112546 116936 start_codon_10 start_codon 112546 112548 intron_54 intron 0.87 112916 113197 intron_55 intron 1 114086 114395 intron_56 intron 0.93 114522 114620 intron_57 intron 0.97 114746 114824 intron_58 intron 0.98 114958 115235 intron_59 intron 1 115474 115562 intron_60 intron 0.97 115714 116206 intron_61 intron 0.94 116372 116627 CDS_63 CDS 0.41 112546 112915 CDS_64 CDS 0.97 113198 114085 CDS_65 CDS 0.93 114396 114521 CDS_66 CDS 0.96 114621 114745 CDS_67 CDS 0.98 114825 114957 CDS_68 CDS 1 115236 115473 CDS_69 CDS 0.97 115563 115713 CDS_70 CDS 0.98 116207 116371 CDS_71 CDS 0.98 116628 116936 stop_codon_10 stop_codon 116934 116936 gene_11 gene 0.97 118348 120081 transcript_11 transcript 0.97 118348 120081 start_codon_11 start_codon 118348 118350 CDS_72 CDS 0.97 118348 120081 stop_codon_11 stop_codon 120079 120081 AUGUSTUS_ab_initio de novo gene_12 gene 0.46 15307 13156 transcript_12 transcript 0.46 15307 13156 stop_codon_12 stop_codon 13158 13156 intron_62 intron 0.97 14715 14580 CDS_73 CDS 0.99 14579 13156 CDS_74 CDS 0.47 15307 14716 start_codon_12 start_codon 15307 15305 gene_13 gene 0.44 24792 23897 transcript_13 transcript 0.44 24792 23897 stop_codon_13 stop_codon 23899 23897 intron_63 intron 0.67 24112 23942 intron_64 intron 0.97 24261 24167 intron_65 intron 0.71 24755 24468 CDS_75 CDS 0.67 23941 23897 CDS_76 CDS 0.96 24166 24113 CDS_77 CDS 0.72 24467 24262 CDS_78 CDS 0.71 24792 24756 start_codon_13 start_codon 24792 24790 gene_14 gene 0.98 29058 27685 transcript_14 transcript 0.98 29058 27685 stop_codon_14 stop_codon 27687 27685 CDS_79 CDS 0.99 29058 27685 start_codon_14 start_codon 29058 29056 gene_15 gene 0.68 46776 43257 transcript_15 transcript 0.68 46776 43257 stop_codon_15 stop_codon 43259 43257 intron_66 intron 0.86 43738 43518 intron_67 intron 0.79 44571 43824 intron_68 intron 0.94 46645 44635 CDS_80 CDS 1 43517 43257 CDS_81 CDS 0.85 43823 43739 CDS_82 CDS 0.95 44634 44572 CDS_83 CDS 0.99 46776 46646 start_codon_15 start_codon 46776 46774 gene_16 gene 0.64 50894 49564 transcript_16 transcript 0.64 50894 49564 stop_codon_16 stop_codon 49566 49564 intron_69 intron 0.84 50432 49717 CDS_84 CDS 0.87 49716 49564 CDS_85 CDS 0.99 50894 50433 start_codon_16 start_codon 50894 50892 gene_17 gene 0.49 71431 69857 transcript_17 transcript 0.49 71431 69857 stop_codon_17 stop_codon 69859 69857 intron_70 intron 0.9 71303 70101 CDS_86 CDS 0.51 70100 69857 CDS_87 CDS 0.93 71431 71304 start_codon_17 start_codon 71431 71429 gene_18 gene 0.92 76175 75081 transcript_18 transcript 0.92 76175 75081 stop_codon_18 stop_codon 75083 75081 intron_71 intron 0.94 75986 75291 CDS_88 CDS 1 75290 75081 CDS_89 CDS 0.98 76175 75987 start_codon_18 start_codon 76175 76173 gene_19 gene 0.63 79722 79351 transcript_19 transcript 0.63 79722 79351 stop_codon_19 stop_codon 79353 79351 CDS_90 CDS 0.63 79722 79351 start_codon_19 start_codon 79722 79720 gene_20 gene 1 84121 82429 transcript_20 transcript 1 84121 82429 stop_codon_20 stop_codon 82431 82429 intron_72 intron 1 83681 82772 CDS_91 CDS 1 82771 82429 CDS_92 CDS 1 84121 83682 start_codon_20 start_codon 84121 84119 gene_21 gene 0.6 93317 91247 transcript_21 transcript 0.6 93317 91247 stop_codon_21 stop_codon 91249 91247 intron_73 intron 1 91938 91834 intron_74 intron 1 93018 92868 CDS_93 CDS 1 91833 91247 CDS_94 CDS 1 92867 91939 CDS_95 CDS 0.6 93317 93019 start_codon_21 start_codon 93317 93315 AUGUSTUS_tom_ugs de novo gene_1 gene 0.23 2766 10484 transcript_1 transcript 0.23 2766 10484 start_codon_1 start_codon 2766 2768 intron_1 intron 0.9 2880 3799 intron_2 intron 0.86 3896 4055 intron_3 intron 0.83 4160 5168 intron_4 intron 0.83 5351 5481 intron_5 intron 0.98 5563 5752 intron_6 intron 0.67 5876 6963 intron_7 intron 0.49 7053 9203 intron_8 intron 1 9462 9965 intron_9 intron 1 10050 10463 CDS_1 CDS 0.72 2766 2879 CDS_2 CDS 0.83 3800 3895 CDS_3 CDS 0.91 4056 4159 CDS_4 CDS 0.89 5169 5350 CDS_5 CDS 0.83 5482 5562 CDS_6 CDS 0.98 5753 5875 CDS_7 CDS 0.61 6964 7052 CDS_8 CDS 1 9204 9461 CDS_9 CDS 1 9966 10049 CDS_10 CDS 1 10464 10484 stop_codon_1 stop_codon 10482 10484 gene_2 gene 0.99 19054 22885 transcript_2 transcript 0.99 19054 22885 start_codon_2 start_codon 19054 19056 intron_10 intron 1 19174 19821 intron_11 intron 1 19928 20518 intron_12 intron 1 20623 21240 intron_13 intron 1 21343 21416 intron_14 intron 1 21579 21881 intron_15 intron 1 21939 22519 intron_16 intron 1 22557 22670 CDS_11 CDS 0.99 19054 19173 CDS_12 CDS 1 19822 19927 CDS_13 CDS 1 20519 20622 CDS_14 CDS 1 21241 21342 CDS_15 CDS 1 21417 21578 CDS_16 CDS 1 21882 21938 CDS_17 CDS 1 22520 22556 CDS_18 CDS 1 22671 22885 stop_codon_2 stop_codon 22883 22885 gene_3 gene 1 31930 35759 transcript_3 transcript 1 31930 35759 start_codon_3 start_codon 31930 31932 intron_17 intron 1 31987 32094 intron_18 intron 1 32193 33256 intron_19 intron 1 33357 34843 intron_20 intron 1 35027 35636 CDS_19 CDS 1 31930 31986 CDS_20 CDS 1 32095 32192 CDS_21 CDS 1 33257 33356 CDS_22 CDS 1 34844 35026 CDS_23 CDS 1 35637 35759 stop_codon_3 stop_codon 35757 35759 gene_4 gene 0.18 37763 41733 transcript_4 transcript 0.18 37763 41733 start_codon_4 start_codon 37763 37765 intron_21 intron 0.29 37986 39377 intron_22 intron 0.99 39494 40099 intron_23 intron 0.93 40691 40794 intron_24 intron 1 41098 41448 CDS_24 CDS 0.63 37763 37985 CDS_25 CDS 0.42 39378 39493 CDS_26 CDS 1 40100 40690 CDS_27 CDS 0.93 40795 41097 CDS_28 CDS 1 41449 41733 stop_codon_4 stop_codon 41731 41733 gene_5 gene 0.66 87630 90935 transcript_5 transcript 0.66 87630 90935 start_codon_5 start_codon 87630 87632 intron_25 intron 0.66 87644 88777 intron_26 intron 1 88839 89778 intron_27 intron 1 89897 89983 intron_28 intron 1 90027 90350 intron_29 intron 1 90431 90531 CDS_29 CDS 0.66 87630 87643 CDS_30 CDS 1 88778 88838 CDS_31 CDS 1 89779 89896 CDS_32 CDS 1 89984 90026 CDS_33 CDS 1 90351 90430 CDS_34 CDS 1 90532 90935 stop_codon_5 stop_codon 90933 90935 gene_6 gene 0.56 99265 99501 transcript_6 transcript 0.56 99265 99501 start_codon_6 start_codon 99265 99267 CDS_35 CDS 0.56 99265 99501 stop_codon_6 stop_codon 99499 99501 gene_7 gene 0.85 99737 100518 transcript_7 transcript 0.85 99737 100518 start_codon_7 start_codon 99737 99739 intron_30 intron 1 99861 99961 CDS_36 CDS 0.87 99737 99860 CDS_37 CDS 0.98 99962 100518 stop_codon_7 stop_codon 100516 100518 gene_8 gene 0.48 103405 108044 transcript_8 transcript 0.48 103405 108044 start_codon_8 start_codon 103405 103407 intron_31 intron 0.55 103917 104225 intron_32 intron 0.55 104289 104995 intron_33 intron 1 105754 105863 intron_34 intron 1 106011 106122 intron_35 intron 1 106281 106722 intron_36 intron 1 106934 107043 intron_37 intron 1 107282 107361 intron_38 intron 1 107513 107735 CDS_38 CDS 0.9 103405 103916 CDS_39 CDS 0.55 104226 104288 CDS_40 CDS 0.99 104996 105753 CDS_41 CDS 1 105864 106010 CDS_42 CDS 1 106123 106280 CDS_43 CDS 1 106723 106933 CDS_44 CDS 1 107044 107281 CDS_45 CDS 1 107362 107512 CDS_46 CDS 0.97 107736 108044 stop_codon_8 stop_codon 108042 108044 gene_9 gene 0.74 112546 116936 transcript_9 transcript 0.74 112546 116936 start_codon_9 start_codon 112546 112548 intron_39 intron 0.9 112916 113197 intron_40 intron 1 114086 114395 intron_41 intron 0.91 114522 114620 intron_42 intron 0.97 114746 114824 intron_43 intron 1 115036 115235 intron_44 intron 1 115474 115562 intron_45 intron 1 115714 116627 CDS_47 CDS 0.86 112546 112915 CDS_48 CDS 1 113198 114085 CDS_49 CDS 0.91 114396 114521 CDS_50 CDS 0.97 114621 114745 CDS_51 CDS 1 114825 115035 CDS_52 CDS 1 115236 115473 CDS_53 CDS 1 115563 115713 CDS_54 CDS 1 116628 116936 stop_codon_9 stop_codon 116934 116936 gene_10 gene 0.96 118348 120081 transcript_10 transcript 0.96 118348 120081 start_codon_10 start_codon 118348 118350 CDS_55 CDS 0.96 118348 120081 stop_codon_10 stop_codon 120079 120081 AUGUSTUS_tom_ugs de novo gene_11 gene 0.42 15286 13156 transcript_11 transcript 0.42 15286 13156 stop_codon_11 stop_codon 13158 13156 intron_46 intron 0.95 14715 14580 CDS_56 CDS 0.78 14579 13156 CDS_57 CDS 0.5 15286 14716 start_codon_11 start_codon 15286 15284 gene_12 gene 1 24792 23897 transcript_12 transcript 1 24792 23897 stop_codon_12 stop_codon 23899 23897 intron_47 intron 1 24112 23942 intron_48 intron 1 24261 24167 intron_49 intron 1 24755 24468 CDS_58 CDS 1 23941 23897 CDS_59 CDS 1 24166 24113 CDS_60 CDS 1 24467 24262 CDS_61 CDS 1 24792 24756 start_codon_12 start_codon 24792 24790 gene_13 gene 0.96 31885 27685 transcript_13 transcript 0.96 31885 27685 stop_codon_13 stop_codon 27687 27685 intron_50 intron 1 30293 29059 intron_51 intron 0.96 31881 30311 CDS_62 CDS 1 29058 27685 CDS_63 CDS 1 30310 30294 CDS_64 CDS 0.96 31885 31882 start_codon_13 start_codon 31885 31883 gene_14 gene 1 46776 43257 transcript_14 transcript 1 46776 43257 stop_codon_14 stop_codon 43259 43257 intron_52 intron 1 43660 43518 intron_53 intron 1 43905 43824 intron_54 intron 1 44571 43984 intron_55 intron 1 46645 44635 CDS_65 CDS 1 43517 43257 CDS_66 CDS 1 43823 43661 CDS_67 CDS 1 43983 43906 CDS_68 CDS 1 44634 44572 CDS_69 CDS 1 46776 46646 start_codon_14 start_codon 46776 46774 gene_15 gene 1 50894 49564 transcript_15 transcript 1 50894 49564 stop_codon_15 stop_codon 49566 49564 intron_56 intron 1 50432 49717 CDS_70 CDS 1 49716 49564 CDS_71 CDS 1 50894 50433 start_codon_15 start_codon 50894 50892 gene_16 gene 0.75 51920 50940 transcript_16 transcript 0.75 51920 50940 stop_codon_16 stop_codon 50942 50940 intron_57 intron 1 51747 51004 CDS_72 CDS 0.75 51003 50940 CDS_73 CDS 0.75 51920 51748 start_codon_16 start_codon 51920 51918 gene_17 gene 0.35 71431 68591 transcript_17 transcript 0.35 71431 68591 stop_codon_17 stop_codon 68593 68591 intron_58 intron 1 69053 68760 intron_59 intron 0.53 71303 69129 CDS_74 CDS 1 68759 68591 CDS_75 CDS 0.91 69128 69054 CDS_76 CDS 0.67 71431 71304 start_codon_17 start_codon 71431 71429 gene_18 gene 1 76175 75081 transcript_18 transcript 1 76175 75081 stop_codon_18 stop_codon 75083 75081 intron_60 intron 1 75986 75291 CDS_77 CDS 1 75290 75081 CDS_78 CDS 1 76175 75987 start_codon_18 start_codon 76175 76173 gene_19 gene 0.95 79722 79351 transcript_19 transcript 0.95 79722 79351 stop_codon_19 stop_codon 79353 79351 CDS_79 CDS 0.95 79722 79351 start_codon_19 start_codon 79722 79720 gene_20 gene 1 84121 82429 transcript_20 transcript 1 84121 82429 stop_codon_20 stop_codon 82431 82429 intron_61 intron 1 83681 82772 CDS_80 CDS 1 82771 82429 CDS_81 CDS 1 84121 83682 start_codon_20 start_codon 84121 84119 gene_21 gene 0.68 93317 91247 transcript_21 transcript 0.68 93317 91247 stop_codon_21 stop_codon 91249 91247 intron_62 intron 1 91938 91834 intron_63 intron 1 93018 92868 CDS_82 CDS 1 91833 91247 CDS_83 CDS 1 92867 91939 CDS_84 CDS 0.68 93317 93019 start_codon_21 start_codon 93317 93315 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.921 1499 1880 match_part 0.987 2656 2879 match_part 0.990 3800 3895 match_part 0.990 4056 4159 match_part 0.979 5169 5310 match_2 match_part 0.996 9228 9461 match_part 1.000 9966 10049 match_part 1.000 10464 10531 match_part 1.000 11056 11304 match_3 match_part 0.993 17684 17817 match_part 1.000 19027 19173 match_part 1.000 19822 19927 match_part 1.000 20519 20622 match_part 1.000 21241 21342 match_part 1.000 21417 21578 match_part 1.000 21882 21938 match_part 1.000 22520 22556 match_part 1.000 22671 23077 match_4 match_part 1.000 27671 27898 match_part 0.961 28355 28665 match_5 match_part 0.896 27765 27898 match_part 0.979 28355 28687 match_6 match_part 0.947 28438 28699 match_part 0.955 28928 29060 match_7 match_part 1.000 31913 31986 match_part 1.000 32095 32192 match_part 0.995 33257 33843 match_8 match_part 0.983 40922 41097 match_part 1.000 41449 41957 match_9 match_part 0.976 52773 53068 match_part 0.990 53665 53951 match_part 0.974 54761 54874 match_10 match_part 0.989 61665 62032 match_part 1.000 62120 62322 match_part 1.000 63280 63515 match_part 1.000 63994 64851 match_part 0.991 65232 65554 match_11 match_part 0.991 63267 63798 match_12 match_part 0.994 79390 79564 match_13 match_part 0.984 88778 88838 match_part 1.000 89779 89896 match_part 1.000 89984 90026 match_part 1.000 90351 90430 match_part 1.000 90532 91111 match_14 match_part 0.977 103155 103465 match_15 match_part 1.000 105684 105753 match_part 1.000 105864 106010 match_part 1.000 106123 106280 match_part 1.000 106723 106933 match_part 1.000 107044 107281 match_part 1.000 107362 107512 match_part 0.992 107736 108222 match_16 match_part 1.000 114915 115035 match_part 0.992 115236 115473 match_part 0.980 115563 115713 match_part 0.989 116628 117253 match_17 match_part 0.995 118089 119184 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_18 match_part 0.997 13493 13137 match_part 0.952 12874 12524 match_19 match_part 0.956 15462 14728 match_20 match_part 0.853 24823 24756 match_part 1.000 24467 24262 match_part 1.000 24166 24113 match_part 0.972 23941 23626 match_21 match_part 1.000 26078 26036 match_part 1.000 24851 24756 match_part 1.000 24467 24262 match_part 1.000 24166 24113 match_part 1.000 23941 23635 match_22 match_part 1.000 26082 26036 match_part 1.000 24801 24756 match_part 0.926 24467 24332 match_23 match_part 1.000 30322 30294 match_part 1.000 29058 28934 match_part 0.980 27793 27543 match_24 match_part 0.963 30320 30294 match_part 1.000 29058 28692 match_part 1.000 28463 28327 match_part 0.991 28151 27831 match_25 match_part 0.947 28216 27936 match_26 match_part 1.000 30323 30294 match_part 1.000 29058 28692 match_part 0.991 28463 28005 match_27 match_part 1.000 29363 28800 match_28 match_part 0.995 30300 29736 match_29 match_part 0.996 46918 46646 match_part 1.000 44634 44572 match_part 1.000 43983 43906 match_part 1.000 43823 43661 match_part 0.992 43517 43131 match_30 match_part 0.982 51802 51748 match_part 1.000 51003 50433 match_part 1.000 49716 49336 match_31 match_part 0.999 69868 69054 match_part 1.000 68759 68624 match_32 match_part 0.999 75595 74755 match_33 match_part 1.000 76231 75987 match_part 1.000 75290 74868 match_34 match_part 1.000 76245 75987 match_part 1.000 75290 74904 match_35 match_part 1.000 84236 83682 match_part 1.000 82771 82293 match_36 match_part 0.912 83749 83682 match_part 0.933 82771 82564 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 1499 1880 exon 2656 2879 exon 3800 3895 exon 4056 4159 exon 5169 5310 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 9228 9461 exon 9966 10049 exon 10464 10531 exon 11056 11304 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 13493 13137 exon 12874 12524 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 15462 14728 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 17684 17817 exon 19027 19173 exon 19822 19927 exon 20519 20622 exon 21241 21342 exon 21417 21578 exon 21882 21938 exon 22520 22556 exon 22671 23077 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26078 26036 exon 24851 24756 exon 24467 24262 exon 24166 24113 exon 23941 23626 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 26082 26036 exon 24801 24756 exon 24467 24332 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30323 30294 exon 29058 28692 exon 28463 27936 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 29363 28800 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30300 29736 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30320 30294 exon 29058 28692 exon 28463 28327 exon 28151 27831 gene_12 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 30322 30294 exon 29058 28934 exon 27793 27543 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 27671 27898 exon 28355 28699 exon 28928 29060 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 31913 31986 exon 32095 32192 exon 33257 33843 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 40922 41097 exon 41449 41957 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 46918 46646 exon 44634 44572 exon 43983 43906 exon 43823 43661 exon 43517 43131 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 51802 51748 exon 51003 50433 exon 49716 49336 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 52773 53068 exon 53665 53951 exon 54761 54874 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 61665 62032 exon 62120 62322 exon 63280 63515 exon 63994 64851 exon 65232 65554 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 63267 63798 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 69868 69054 exon 68759 68624 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 76245 75987 exon 75290 74868 gene_23 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 75595 74755 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 79390 79564 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 84236 83682 exon 82771 82293 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 88778 88838 exon 89779 89896 exon 89984 90026 exon 90351 90430 exon 90532 91111 gene_27 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 103155 103465 gene_28 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 105684 105753 exon 105864 106010 exon 106123 106280 exon 106723 106933 exon 107044 107281 exon 107362 107512 exon 107736 108222 gene_29 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 114915 115035 exon 115236 115473 exon 115563 115713 exon 116628 117253 gene_30 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 118089 119184 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.938 17721 17817 match_part 0.966 19027 19173 match_part 0.943 19822 19927 match_part 0.971 20519 20622 match_part 0.941 21241 21342 match_part 1.000 21417 21578 match_part 0.965 21882 21938 match_part 1.000 22520 22556 match_part 0.932 22671 22962 match_2 match_part 1.000 52774 53068 match_part 1.000 53665 53951 match_part 0.985 54761 54827 match_3 match_part 0.961 64071 64846 match_part 0.843 65232 65569 match_4 match_part 1.000 105684 105753 match_part 1.000 105864 106010 match_part 1.000 106123 106280 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 43937 43906 match_part 1.000 43823 43661 match_part 1.000 43517 43277 match_6 match_part 1.000 51800 51748 match_part 1.000 51003 50433 match_part 0.985 49716 49326 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 17721 17817 exon 19027 19173 exon 19822 19927 exon 20519 20622 exon 21241 21342 exon 21417 21578 exon 21882 21938 exon 22520 22556 exon 22671 22962 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 43937 43906 exon 43823 43661 exon 43517 43277 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 51800 51748 exon 51003 50433 exon 49716 49326 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 52774 53068 exon 53665 53951 exon 54761 54827 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 64071 64846 exon 65232 65569 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C10HBa0012D17.2 type gene exon 105684 105753 exon 105864 106010 exon 106123 106280 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.82 1565 2719 transcript_1 transcript 0.82 1565 2719 intron_1 intron 0.82 1 1564 intron_2 intron 1 1881 2655 CDS_1 CDS 1 1565 1880 CDS_2 CDS 1 2656 2719 stop_codon_1 stop_codon 2717 2719 gene_2 gene 0.61 2766 10484 transcript_2 transcript 0.61 2766 10484 start_codon_1 start_codon 2766 2768 intron_3 intron 1 2880 3799 intron_4 intron 1 3896 4055 intron_5 intron 1 4160 5168 intron_6 intron 0.79 5351 5481 intron_7 intron 0.98 5563 5752 intron_8 intron 0.99 5876 6963 intron_9 intron 0.77 7053 9203 intron_10 intron 1 9462 9965 intron_11 intron 1 10050 10463 CDS_3 CDS 1 2766 2879 CDS_4 CDS 1 3800 3895 CDS_5 CDS 1 4056 4159 CDS_6 CDS 1 5169 5350 CDS_7 CDS 0.79 5482 5562 CDS_8 CDS 0.99 5753 5875 CDS_9 CDS 0.99 6964 7052 CDS_10 CDS 1 9204 9461 CDS_11 CDS 1 9966 10049 CDS_12 CDS 1 10464 10484 stop_codon_2 stop_codon 10482 10484 gene_3 gene 0.55 16577 19072 transcript_3 transcript 0.55 16577 19072 start_codon_2 start_codon 16577 16579 intron_12 intron 0.97 16661 17719 intron_13 intron 0.93 17818 19026 CDS_13 CDS 0.6 16577 16660 CDS_14 CDS 0.97 17720 17817 CDS_15 CDS 0.93 19027 19072 stop_codon_3 stop_codon 19070 19072 gene_4 gene 0.98 19867 22885 transcript_4 transcript 0.98 19867 22885 start_codon_3 start_codon 19867 19869 intron_14 intron 1 19928 20518 intron_15 intron 1 20623 21240 intron_16 intron 1 21343 21416 intron_17 intron 1 21579 21881 intron_18 intron 1 21939 22519 intron_19 intron 1 22557 22670 CDS_16 CDS 0.98 19867 19927 CDS_17 CDS 1 20519 20622 CDS_18 CDS 1 21241 21342 CDS_19 CDS 1 21417 21578 CDS_20 CDS 1 21882 21938 CDS_21 CDS 1 22520 22556 CDS_22 CDS 1 22671 22885 stop_codon_4 stop_codon 22883 22885 gene_5 gene 0.35 22934 23802 transcript_5 transcript 0.35 22934 23802 start_codon_4 start_codon 22934 22936 intron_20 intron 0.35 23075 23706 CDS_23 CDS 0.42 22934 23074 CDS_24 CDS 0.45 23707 23802 stop_codon_5 stop_codon 23800 23802 gene_6 gene 0.57 26234 27558 transcript_6 transcript 0.57 26234 27558 start_codon_5 start_codon 26234 26236 intron_21 intron 0.57 26283 27328 CDS_25 CDS 0.9 26234 26282 CDS_26 CDS 0.61 27329 27558 stop_codon_6 stop_codon 27556 27558 gene_7 gene 0.83 31074 35759 transcript_7 transcript 0.83 31074 35759 start_codon_6 start_codon 31074 31076 intron_22 intron 0.83 31137 31887 intron_23 intron 1 31987 32094 intron_24 intron 1 32193 33256 intron_25 intron 1 33357 34843 intron_26 intron 1 35027 35636 CDS_27 CDS 0.84 31074 31136 CDS_28 CDS 0.99 31888 31986 CDS_29 CDS 1 32095 32192 CDS_30 CDS 1 33257 33356 CDS_31 CDS 1 34844 35026 CDS_32 CDS 1 35637 35759 stop_codon_7 stop_codon 35757 35759 gene_8 gene 0.21 37763 41733 transcript_8 transcript 0.21 37763 41733 start_codon_7 start_codon 37763 37765 intron_27 intron 0.34 37986 39377 intron_28 intron 0.98 39494 40099 intron_29 intron 0.87 40691 40794 intron_30 intron 1 41098 41448 CDS_33 CDS 0.6 37763 37985 CDS_34 CDS 0.45 39378 39493 CDS_35 CDS 0.98 40100 40690 CDS_36 CDS 0.87 40795 41097 CDS_37 CDS 0.99 41449 41733 stop_codon_8 stop_codon 41731 41733 gene_9 gene 1 52804 54859 transcript_9 transcript 1 52804 54859 start_codon_8 start_codon 52804 52806 intron_31 intron 1 53069 53664 intron_32 intron 1 53952 54760 CDS_38 CDS 1 52804 53068 CDS_39 CDS 1 53665 53951 CDS_40 CDS 1 54761 54859 stop_codon_9 stop_codon 54857 54859 gene_10 gene 0.97 59382 64845 transcript_10 transcript 0.97 59382 64845 start_codon_9 start_codon 59382 59384 intron_33 intron 0.98 59523 60626 intron_34 intron 0.99 61300 61386 intron_35 intron 1 62033 62119 intron_36 intron 1 62323 63279 intron_37 intron 1 63516 63993 CDS_41 CDS 0.99 59382 59522 CDS_42 CDS 0.99 60627 61299 CDS_43 CDS 0.99 61387 62032 CDS_44 CDS 1 62120 62322 CDS_45 CDS 1 63280 63515 CDS_46 CDS 1 63994 64845 stop_codon_10 stop_codon 64843 64845 gene_11 gene 0.51 99265 99501 transcript_11 transcript 0.51 99265 99501 start_codon_10 start_codon 99265 99267 CDS_47 CDS 0.51 99265 99501 stop_codon_11 stop_codon 99499 99501 gene_12 gene 0.41 99737 100518 transcript_12 transcript 0.41 99737 100518 start_codon_11 start_codon 99737 99739 intron_38 intron 0.98 99861 99961 CDS_48 CDS 0.79 99737 99860 CDS_49 CDS 0.51 99962 100518 stop_codon_12 stop_codon 100516 100518 gene_13 gene 0.31 103405 108044 transcript_13 transcript 0.31 103405 108044 start_codon_12 start_codon 103405 103407 intron_39 intron 0.68 103917 104225 intron_40 intron 0.68 104289 104995 intron_41 intron 1 105754 105863 intron_42 intron 1 106011 106122 intron_43 intron 1 106281 106722 intron_44 intron 1 106934 107043 intron_45 intron 1 107282 107361 intron_46 intron 1 107513 107735 CDS_50 CDS 0.46 103405 103916 CDS_51 CDS 0.68 104226 104288 CDS_52 CDS 0.99 104996 105753 CDS_53 CDS 1 105864 106010 CDS_54 CDS 1 106123 106280 CDS_55 CDS 1 106723 106933 CDS_56 CDS 1 107044 107281 CDS_57 CDS 1 107362 107512 CDS_58 CDS 1 107736 108044 stop_codon_13 stop_codon 108042 108044 gene_14 gene 0.81 112546 116936 transcript_14 transcript 0.81 112546 116936 start_codon_13 start_codon 112546 112548 intron_47 intron 0.92 112916 113197 intron_48 intron 1 114086 114395 intron_49 intron 0.93 114522 114620 intron_50 intron 0.98 114746 114824 intron_51 intron 1 115036 115235 intron_52 intron 1 115474 115562 intron_53 intron 1 115714 116627 CDS_59 CDS 0.89 112546 112915 CDS_60 CDS 1 113198 114085 CDS_61 CDS 0.93 114396 114521 CDS_62 CDS 0.98 114621 114745 CDS_63 CDS 1 114825 115035 CDS_64 CDS 1 115236 115473 CDS_65 CDS 1 115563 115713 CDS_66 CDS 1 116628 116936 stop_codon_14 stop_codon 116934 116936 gene_15 gene 0.94 118348 120081 transcript_15 transcript 0.94 118348 120081 start_codon_14 start_codon 118348 118350 CDS_67 CDS 0.94 118348 120081 stop_codon_15 stop_codon 120079 120081 AUGUSTUS_tom_pot_cdna de novo gene_16 gene 0.38 15286 12848 transcript_16 transcript 0.38 15286 12848 stop_codon_16 stop_codon 12850 12848 intron_54 intron 1 13136 12875 intron_55 intron 0.86 13296 13170 intron_56 intron 0.98 14715 14580 CDS_68 CDS 0.86 12874 12848 CDS_69 CDS 1 13169 13137 CDS_70 CDS 0.85 14579 13297 CDS_71 CDS 0.46 15286 14716 start_codon_15 start_codon 15286 15284 gene_17 gene 1 24792 23820 transcript_17 transcript 1 24792 23820 stop_codon_17 stop_codon 23822 23820 intron_57 intron 1 24112 23982 intron_58 intron 1 24261 24167 intron_59 intron 1 24755 24468 CDS_72 CDS 1 23981 23820 CDS_73 CDS 1 24166 24113 CDS_74 CDS 1 24467 24262 CDS_75 CDS 1 24792 24756 start_codon_16 start_codon 24792 24790 gene_18 gene 0.24 30547 27685 transcript_18 transcript 0.24 30547 27685 stop_codon_18 stop_codon 27687 27685 intron_60 intron 0.32 30064 29059 intron_61 intron 0.37 30293 30121 intron_62 intron 0.72 30530 30368 CDS_76 CDS 0.92 29058 27685 CDS_77 CDS 0.32 30120 30065 CDS_78 CDS 0.99 30367 30294 CDS_79 CDS 0.73 30547 30531 start_codon_17 start_codon 30547 30545 gene_19 gene 0.85 36173 35898 transcript_19 transcript 0.85 36173 35898 stop_codon_19 stop_codon 35900 35898 CDS_80 CDS 0.85 36173 35898 start_codon_18 start_codon 36173 36171 gene_20 gene 1 46776 43257 transcript_20 transcript 1 46776 43257 stop_codon_20 stop_codon 43259 43257 intron_63 intron 1 43660 43518 intron_64 intron 1 43905 43824 intron_65 intron 1 44571 43984 intron_66 intron 1 46645 44635 CDS_81 CDS 1 43517 43257 CDS_82 CDS 1 43823 43661 CDS_83 CDS 1 43983 43906 CDS_84 CDS 1 44634 44572 CDS_85 CDS 1 46776 46646 start_codon_19 start_codon 46776 46774 gene_21 gene 1 50894 49564 transcript_21 transcript 1 50894 49564 stop_codon_21 stop_codon 49566 49564 intron_67 intron 1 50432 49717 CDS_86 CDS 1 49716 49564 CDS_87 CDS 1 50894 50433 start_codon_20 start_codon 50894 50892 gene_22 gene 0.82 51920 50940 transcript_22 transcript 0.82 51920 50940 stop_codon_22 stop_codon 50942 50940 intron_68 intron 1 51747 51004 CDS_88 CDS 0.82 51003 50940 CDS_89 CDS 0.82 51920 51748 start_codon_21 start_codon 51920 51918 gene_23 gene 0.4 71431 68591 transcript_23 transcript 0.4 71431 68591 stop_codon_23 stop_codon 68593 68591 intron_69 intron 0.95 69053 68760 intron_70 intron 0.45 71303 69129 CDS_90 CDS 0.95 68759 68591 CDS_91 CDS 0.85 69128 69054 CDS_92 CDS 0.9 71431 71304 start_codon_22 start_codon 71431 71429 gene_24 gene 1 76175 75081 transcript_24 transcript 1 76175 75081 stop_codon_24 stop_codon 75083 75081 intron_71 intron 1 75986 75291 CDS_93 CDS 1 75290 75081 CDS_94 CDS 1 76175 75987 start_codon_23 start_codon 76175 76173 gene_25 gene 0.98 79722 77296 transcript_25 transcript 0.98 79722 77296 stop_codon_25 stop_codon 77298 77296 intron_72 intron 0.98 79366 77327 CDS_95 CDS 1 77326 77296 CDS_96 CDS 1 79722 79367 start_codon_24 start_codon 79722 79720 gene_26 gene 0.61 85515 82429 transcript_26 transcript 0.61 85515 82429 stop_codon_26 stop_codon 82431 82429 intron_73 intron 1 83681 82772 intron_74 intron 0.61 85511 84163 CDS_97 CDS 1 82771 82429 CDS_98 CDS 0.95 84162 83682 CDS_99 CDS 0.61 85515 85512 start_codon_25 start_codon 85515 85513 gene_27 gene 0.57 93317 91106 transcript_27 transcript 0.57 93317 91106 stop_codon_27 stop_codon 91108 91106 intron_75 intron 0.93 91262 91125 intron_76 intron 1 91938 91834 intron_77 intron 1 93018 92868 CDS_100 CDS 0.93 91124 91106 CDS_101 CDS 1 91833 91263 CDS_102 CDS 1 92867 91939 CDS_103 CDS 0.59 93317 93019 start_codon_26 start_codon 93317 93315 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 160 118405 119724 match_2 match 236 118966 120066 match_3 match 151 118558 119769 match_4 match 247 118837 120096 match_5 match 261 118354 120066 match_6 match 294 118420 120096 match_7 match 335 118372 120066 match_8 match 113 118963 119823 match_9 match 167 118795 119805 match_10 match 298 118510 120066 match_11 match 109 119155 119862 match_12 match 296 118405 120096 match_13 match 178 113188 114081 match_14 match 190 113188 114084 match_15 match 158 104991 105764 match_16 match 170 104991 105764 match_17 match 116 103495 103908 match_18 match 107 112588 112920 match_19 match 107 112588 112920 match_20 match 123 103486 103908 match_21 match 26.6 112967 113023 match_22 match 26.6 112967 113023 match_23 match 48.5 114647 114745 match_24 match 47.4 114647 114745 match_25 match 97.4 106717 106932 match_26 match 108 115226 115471 match_27 match 100 106717 106932 match_28 match 110 114807 115040 match_29 match 113 115226 115471 match_30 match 57.4 107363 107467 match_31 match 57.4 107363 107467 match_32 match 115 114807 115034 match_33 match 115 107043 107279 match_34 match 121 107037 107279 match_35 match 58.2 115564 115668 match_36 match 58.2 115564 115668 match_37 match 156 104991 105752 match_38 match 206 113194 114084 match_39 match 107 103471 103908 match_40 match 44.7 114647 114745 match_41 match 65.1 107363 107512 match_42 match 114 115226 115471 match_43 match 113 107037 107279 match_44 match 102 106717 106932 match_45 match 117 114807 115043 match_46 match 58.5 115564 115668 match_47 match 156 105000 105758 match_48 match 184 113188 114081 match_49 match 44.3 114647 114745 match_50 match 93.6 106711 106932 match_51 match 63.5 107363 107503 match_52 match 107 114807 115043 match_53 match 107 115226 115471 match_54 match 114 107037 107279 match_55 match 60.5 115564 115677 match_56 match 137 118762 119730 match_57 match 285 118840 120066 match_58 match 246 118351 119775 match_59 match 163 118945 120045 match_60 match 277 118405 120066 match_61 match 253 118372 120075 match_62 match 122 118423 119880 match_63 match 247 118840 120066 match_64 match 285 118393 120066 match_65 match 236 118405 120066 match_66 match 236 118405 120066 match_67 match 203 99265 100464 match_68 match 143 118543 119613 match_69 match 282 118549 120066 match_70 match 248 118399 120045 match_71 match 256 99265 100488 match_72 match 256 99265 100488 match_73 match 272 118645 120069 match_74 match 286 118600 120066 match_75 match 171 118516 120000 match_76 match 223 118762 120063 match_77 match 165 118348 119703 match_78 match 244 119092 120066 match_79 match 231 118900 120066 match_80 match 171 99265 100476 match_81 match 172 99274 100476 match_82 match 289 118405 120066 match_83 match 284 118351 120063 match_84 match 226 118525 120063 match_85 match 164 118777 119796 match_86 match 305 118804 120090 match_87 match 251 99265 100488 match_88 match 154 104994 105755 match_89 match 175 113188 114084 match_90 match 36.2 114650 114745 match_91 match 100 115223 115471 match_92 match 60.1 107363 107512 match_93 match 50.8 115564 115677 match_94 match 102 114807 115034 match_95 match 104 106717 106932 match_96 match 110 107043 107279 match_97 match 172 113155 114093 match_98 match 157 104943 105755 match_99 match 42.4 114647 114745 match_100 match 103 115226 115471 match_101 match 50.8 115564 115677 match_102 match 55.1 107363 107476 match_103 match 102 106717 106932 match_104 match 110 107043 107279 match_105 match 108 114807 115034 match_106 match 151 104994 105752 match_107 match 182 113188 114093 match_108 match 39.7 114650 114751 match_109 match 62.0 107363 107512 match_110 match 106 115226 115471 match_111 match 99.0 106723 106932 match_112 match 53.5 115564 115677 match_113 match 102 114813 115034 match_114 match 119 107043 107279 match_115 match 147 105000 105752 match_116 match 194 113194 114093 match_117 match 95.9 115226 115471 match_118 match 59.7 107363 107512 match_119 match 45.1 114650 114745 match_120 match 99.4 106717 106932 match_121 match 52.4 115564 115677 match_122 match 114 107037 107279 match_123 match 109 114807 115034 match_124 match 158 104973 105752 match_125 match 179 113197 114093 match_126 match 37.7 114650 114751 match_127 match 60.8 107363 107512 match_128 match 94.4 106723 106932 match_129 match 110 115226 115471 match_130 match 102 114813 115034 match_131 match 53.9 115564 115677 match_132 match 117 107043 107279 match_133 match 150 104994 105752 match_134 match 175 113197 114084 match_135 match 39.7 114650 114745 match_136 match 63.2 107363 107515 match_137 match 106 115226 115471 match_138 match 103 106717 106935 match_139 match 107 114807 115037 match_140 match 53.9 115564 115677 match_141 match 115 107049 107279 match_142 match 153 104994 105752 match_143 match 179 113194 114093 match_144 match 41.2 114593 114745 match_145 match 57.0 107363 107512 match_146 match 95.1 115226 115471 match_147 match 51.2 115564 115677 match_148 match 99.4 106717 106932 match_149 match 107 114807 115034 match_150 match 117 107037 107279 match_151 match 147 104994 105752 match_152 match 175 113194 114093 match_153 match 40.4 114650 114745 match_154 match 60.1 107363 107512 match_155 match 107 115226 115471 match_156 match 100 106717 106932 match_157 match 51.6 115564 115677 match_158 match 107 114807 115034 match_159 match 115 107043 107279 match_160 match 147 104994 105752 match_161 match 187 113194 114093 match_162 match 102 115226 115471 match_163 match 62.4 107363 107512 match_164 match 41.6 114650 114745 match_165 match 99.8 106717 106932 match_166 match 52.4 115564 115677 match_167 match 106 114807 115034 match_168 match 118 107043 107279 match_169 match 150 118699 120003 match_170 match 134 118870 119709 match_171 match 280 118756 120066 match_172 match 226 118723 120060 match_173 match 207 104991 105752 match_174 match 266 113188 114084 match_175 match 124 103480 103917 match_176 match 112 115226 115471 match_177 match 79.7 107363 107515 match_178 match 124 107010 107279 match_179 match 63.2 115564 115677 match_180 match 202 104991 105752 match_181 match 257 113197 114084 match_182 match 114 103456 103908 match_183 match 112 115226 115471 match_184 match 79.7 107363 107515 match_185 match 124 107010 107279 match_186 match 63.2 115564 115677 match_187 match 275 118609 120066 match_188 match 172 118408 119889 match_189 match 262 118405 120066 match_190 match 283 118408 120066 match_191 match 155 118549 119802 match_192 match 132 118837 119796 match_193 match 236 118399 120057 match_194 match 152 118393 119502 match_195 match 245 118942 120066 match_196 match 165 118735 119868 match_197 match 157 118858 120030 match_198 match 257 118549 120066 match_199 match 129 118327 119574 match_200 match 237 118849 120066 match_201 match 263 118378 120057 match_202 match 119 118369 119520 match_203 match 246 118906 120096 match_204 match 159 118354 119964 match_205 match 253 118357 120066 match_206 match 260 118870 120090 match_207 match 248 118582 120057 match_208 match 202 118648 119847 match_209 match 327 118567 120066 match_210 match 82.4 99265 99726 match_211 match 192 99958 100488 match_212 match 107 99450 99656 match_213 match 36.2 99800 99862 match_214 match 167 118396 119703 match_215 match 271 118693 120066 match_216 match 115 40100 40708 match_217 match 131 40792 41097 match_218 match 165 118519 119694 match_219 match 296 118579 120090 match_220 match 300 118318 120066 match_221 match 365 118315 120066 match_222 match 242 99265 100488 match_223 match 155 118480 119880 match_224 match 224 118408 120066 match_225 match 351 118357 120066 match_226 match 120 118375 119745 match_227 match 126 118870 119868 match_228 match 237 118549 120066 match_229 match 274 118372 120066 match_230 match 147 118876 120036 match_231 match 284 118537 120090 match_232 match 270 118525 120066 match_233 match 288 118549 120096 match_234 match 114 118396 119733 match_235 match 153 118309 120036 match_236 match 258 118405 120096 match_237 match 228 118783 120066 match_238 match 142 118393 119769 match_239 match 243 118723 120066 match_240 match 306 118519 120066 match_241 match 352 118396 120066 match_242 match 62.4 99265 99741 match_243 match 131 99958 100464 match_244 match 32.3 99788 99868 match_245 match 62.4 99265 99741 match_246 match 131 99958 100464 match_247 match 32.3 99788 99868 match_248 match 62.4 99265 99741 match_249 match 131 99958 100464 match_250 match 32.3 99788 99868 match_251 match 229 99265 100488 match_252 match 225 40085 40693 match_253 match 141 41395 41721 match_254 match 175 40792 41124 match_255 match 170 118573 119964 match_256 match 238 118525 120042 match_257 match 140 118642 120036 match_258 match 249 118519 120066 match_259 match 190 118363 119982 match_260 match 261 118435 120090 match_261 match 260 118369 120096 match_262 match 287 118399 120066 match_263 match 296 118360 120066 match_264 match 105 119005 120030 match_265 match 172 118405 119892 match_266 match 254 118606 120096 match_267 match 266 118522 120096 match_268 match 158 104997 105680 match_269 match 241 113188 114036 match_270 match 122 103462 103914 match_271 match 343 118366 120066 match_272 match 237 118561 120096 match_273 match 253 118171 120063 match_274 match 234 118321 120093 match_275 match 243 118672 120066 match_276 match 296 118357 120066 match_277 match 44.7 114623 114745 match_278 match 104 115226 115471 match_279 match 105 107037 107279 match_280 match 67.8 107363 107515 match_281 match 111 114807 115043 match_282 match 102 106717 106932 match_283 match 57.4 115564 115677 match_284 match 262 118573 120066 match_285 match 240 118321 120057 match_286 match 296 118768 120057 match_287 match 124 118606 119961 match_288 match 252 118339 120066 match_289 match 187 118393 119961 match_290 match 286 118408 120057 match_291 match 305 118396 120066 match_292 match 271 118855 120096 match_293 match 268 118369 120066 match_294 match 285 118534 120066 match_295 match 327 118375 120066 match_296 match 33.9 114659 114745 match_297 match 98.6 114807 115052 match_298 match 108 115226 115471 match_299 match 99.0 106717 106932 match_300 match 108 107043 107279 match_301 match 62.0 107363 107488 match_302 match 57.8 115564 115668 match_303 match 244 118648 120066 match_304 match 231 118903 120066 match_305 match 122 118870 119823 match_306 match 237 118525 120057 match_307 match 248 118780 120066 match_308 match 121 118357 119637 match_309 match 119 118798 120033 match_310 match 242 118603 120066 match_311 match 122 118870 119937 match_312 match 255 118405 120096 match_313 match 139 118603 120036 match_314 match 267 118405 120066 match_315 match 175 40109 40693 match_316 match 130 40792 41091 match_317 match 122 119035 119871 match_318 match 236 118309 120069 match_319 match 145 118531 119577 match_320 match 246 119059 120066 match_321 match 124 118525 120018 match_322 match 115 118918 119781 match_323 match 270 118405 120066 match_324 match 179 118780 119964 match_325 match 151 118705 119625 match_326 match 152 118849 119874 match_327 match 333 118831 120066 match_328 match 133 113194 114093 match_329 match 53.1 114572 114745 match_330 match 75.5 107363 107575 match_331 match 55.1 115564 115677 match_332 match 107 115226 115471 match_333 match 102 114807 115034 match_334 match 97.8 106717 106932 match_335 match 122 107043 107279 match_336 match 139 99265 100464 match_337 match 163 118567 119868 match_338 match 226 118372 120066 match_339 match 38.1 114431 114751 match_340 match 97.8 114807 115034 match_341 match 65.5 107363 107515 match_342 match 112 115226 115471 match_343 match 98.6 106717 106932 match_344 match 114 107037 107279 match_345 match 63.5 115564 115677 match_346 match 115 118846 120048 match_347 match 235 118609 120063 match_348 match 94.0 106717 106932 match_349 match 112 115226 115471 match_350 match 55.1 115564 115677 match_351 match 62.8 107363 107515 match_352 match 115 107037 107279 match_353 match 62.4 107363 107575 match_354 match 97.1 106717 106935 match_355 match 55.1 115564 115677 match_356 match 120 107010 107279 match_357 match 116 115226 115471 match_358 match 35.8 114659 114745 match_359 match 116 115226 115471 match_360 match 67.0 107363 107512 match_361 match 100 106717 106932 match_362 match 115 114807 115040 match_363 match 113 107037 107279 match_364 match 59.3 115564 115677 match_365 match 136 118888 120000 match_366 match 163 118405 119892 match_367 match 266 118405 120066 match_368 match 239 118678 120096 match_369 match 239 118855 120057 match_370 match 327 118333 120069 match_371 match 225 118342 120063 match_372 match 252 118870 120096 match_373 match 336 118756 120066 match_374 match 142 118843 119874 match_375 match 132 118420 119625 match_376 match 323 118600 120066 match_377 match 273 118327 120042 match_378 match 234 118240 120057 match_379 match 108 118870 119874 match_380 match 142 118747 120003 match_381 match 248 118414 120060 match_382 match 123 118393 119637 match_383 match 247 118906 120066 match_384 match 109 118714 119637 match_385 match 229 119155 120066 match_386 match 177 118393 119967 match_387 match 261 118363 120090 match_388 match 53.5 114428 114748 match_389 match 190 104991 105758 match_390 match 269 113188 114129 match_391 match 126 103480 103917 match_392 match 83.6 114846 115100 match_393 match 112 106926 107279 match_394 match 103 115256 115471 match_395 match 76.6 107363 107512 match_396 match 63.2 115564 115677 match_397 match 57.0 114425 114745 match_398 match 228 104991 105752 match_399 match 302 113188 114132 match_400 match 125 103468 103917 match_401 match 95.9 112597 112920 match_402 match 119 106926 107279 match_403 match 86.7 114816 115034 match_404 match 111 115226 115471 match_405 match 30.8 112967 113017 match_406 match 78.6 107363 107515 match_407 match 60.8 115564 115677 match_408 match 178 113194 114093 match_409 match 154 104991 105758 match_410 match 112 103468 103908 match_411 match 108 112597 112920 match_412 match 43.1 114647 114745 match_413 match 107 115226 115471 match_414 match 68.6 107363 107512 match_415 match 114 114807 115034 match_416 match 113 106717 106932 match_417 match 123 107037 107279 match_418 match 60.1 115564 115668 match_419 match 590 118348 120030 match_420 match 35.0 114659 114745 match_421 match 101 114807 115034 match_422 match 111 115226 115471 match_423 match 108 107037 107279 match_424 match 60.8 107363 107488 match_425 match 101 106717 106932 match_426 match 58.9 115564 115668 match_427 match 35.0 114659 114745 match_428 match 101 114807 115034 match_429 match 111 115226 115471 match_430 match 108 107037 107279 match_431 match 60.8 107363 107488 match_432 match 101 106717 106932 match_433 match 58.9 115564 115668 match_434 match 36.6 114635 114745 match_435 match 96.7 114807 115040 match_436 match 64.7 107363 107512 match_437 match 96.7 106717 106932 match_438 match 113 115235 115471 match_439 match 119 107034 107279 match_440 match 60.5 115564 115677 match_441 match 36.6 114635 114745 match_442 match 66.6 107348 107512 match_443 match 96.7 114807 115040 match_444 match 96.7 106717 106932 match_445 match 113 115235 115471 match_446 match 119 107034 107279 match_447 match 62.0 115561 115677 match_448 match 94.7 106717 106932 match_449 match 115 115226 115471 match_450 match 69.7 107363 107512 match_451 match 114 107031 107279 match_452 match 61.6 115564 115677 match_453 match 36.6 114635 114745 match_454 match 97.8 114807 115052 match_455 match 65.1 107363 107512 match_456 match 96.7 106717 106932 match_457 match 114 115235 115471 match_458 match 60.5 115564 115677 match_459 match 121 107034 107279 match_460 match 35.8 114635 114745 match_461 match 65.5 107363 107512 match_462 match 117 115226 115471 match_463 match 110 114807 115040 match_464 match 102 106717 106932 match_465 match 115 107037 107279 match_466 match 62.0 115564 115677 match_467 match 59.3 107366 107545 match_468 match 38.9 114656 114745 match_469 match 91.7 106711 106932 match_470 match 104 114807 115040 match_471 match 118 115226 115471 match_472 match 114 107037 107279 match_473 match 57.4 115567 115668 match_474 match 41.2 114590 114745 match_475 match 107 115226 115471 match_476 match 64.3 107363 107515 match_477 match 105 107037 107279 match_478 match 108 114807 115040 match_479 match 105 106717 106932 match_480 match 36.6 114659 114742 match_481 match 102 114807 115040 match_482 match 114 115226 115471 match_483 match 51.6 115564 115671 match_484 match 55.5 107363 107482 match_485 match 114 107037 107279 match_486 match 100 106717 106932 match_487 match 34.7 114614 114745 match_488 match 102 114807 115040 match_489 match 115 115226 115471 match_490 match 114 107037 107279 match_491 match 69.3 107363 107512 match_492 match 95.5 106717 106932 match_493 match 61.6 115564 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