C11HBa0062I24.2 AGAGATAAAGCATGGAATACTGATGTTGCTCATTTTTAAAGTACATGTGAGATTCCAATG AGCATCGACCACTAATTGCCCCTTGTTTGTGAACAGGGAATTTCCCCTTTCAGAGGTTAT ATGTAATAACATTATTCTAACGAAAATTTAGAAAATTTGCACGCATATAATAGCTCAAAA TATTTATATGGTGTAACTGACTTTTTCTTTCAATCAGCCTGTTCCCAATAAATTATAAAT TAGACCACATTTTACCTCCTTAAAGCTGTAACTTACTCTATCAAGTTAATAAACAAAGCA GATGTCTCCTCGACTCTTCAGTGCATAAAGTCAATAGATTTCAAGACAGCAAGAAAACAC TACATTACTTTTAAAAGGTAAGAATGGGATGTGCCTCAAATGTATATCTCACAATAGCAC AAATTTTGAATTCTCGCATATGGATAAAAATAACACAGTTAACAATCTTTAATATGAAGA AAGGATAAGAAAAACCTACTGTCAGTGCCACTTCTTGATCTTCCTCCTTCGTTATCTTGT AGGCCATACCCCACTGTAAGTGTAAGAGTTATCAGTTTCAACTATTGGGAATTGGTCACA CATAAGTAGATAAATCTCATTACATTAAAATAGCATTCACAAGCCCCTTTGTTCCTTTTT CTCATCGAGGAGATACCTTGTTGCTGCAAAGTGTATTGCTCTGGTTAATCAGAGACTTCA CTACTAAGTTGATCGTCTAAGAAAGCAATGAGAAACGGATACACACTGCTTTGATTGGAT ATACAAGAGGAGAGGGAAGGAAAGAGATACGAAGAAGGATAGCTTTATTATCTTCTTTCA GATTACACGCACTTCATACTCTTTCCTATATTTTATCCCCTTGCATCAATCAGACATTTG AATAACAAGAATACAAAAGAAAAGGACAGACGGCCATTAAATCAGACTCTATTTTCCTTT GCATCAATCAGACATTGTTTTGGATTTATATAATAGTGATTTAACATGATGATATCAGCC ATTGAATCACATTAATACCTAGTGCATTAGGACCAACTGTAACAACGTAACTGTATAGAA TCAAAAGAATACATATAGAGGGAAATGGTGTGCATCATCACCTGTGAATCCATACAACAA CCTAGAAGAATGAAAGTGTTATTCATTTTTTAGGACAACTGAAAGGCATATAAGAGAAGG CTCCTCATATTAACATCCTAACTTAGACTAAGCAGCGAGCCAATAGCTTCTAAGGAAGCA TCCTGTGAGACAAAGGCAGCCTATACCGAATCTCTAGCAGTACTCCACGAACACATTAGG CATCCAGTAGTGAGAAGAACCGTACATAGTCCAATGGCAACAATAACCAAAATCAACATC TTGCGAAGTTCTTTCTTCCTTCAAGACAAAGTACAGGTAGATTCTTCTTTGCTCTCTTTA AAATGCATATCTGCCTCCTTATACACTTGAAGGAACTAGGAAGCGCACCATCTTGAAACA CTCTTATTCAGTTTCCAGGTATCTCTACTATGCAGAATACTTTGAGAAAGCTTGCCCAAA AGGACTTTATGTACAGTTCTATTATCTAACTTCAACTAATCCCTTTAGCAAATGTATAGA CAAGGTTGGAGGTATTAGATTTGCTTTAACAATCTTACTCAGATAAAAGAAGACAACATA CATGAAGAAAATAATGAAGGATGATTTTAATAAATATCTCTTGTTTAAATTGGAACAAAC AACAATGGAAATATTAAATAAGGAAGTATCTTCAAGAGAAACTAGGATCTATATATATGA TAATCTATCCACCATTTTCAATTTCCTTTTTGTACAGACATTTGGAATAAAAGTGAACGC ATCACTTTATTTGATTAATTATTATCTAGAAAAACATAGCTATGAGGAACTTCAATATTC TGGAAAGCATCAAGATCGCGCAACTCTATCGTGGGATCAATCGGGGGAACTTGAGAGGCG GTAATCAAGGCTTCAATTGATTTAACAGTCTAATTTGCTCCCTTCTTCTTAACATACATA AGTACTTCTAGATAAATAGTTATGGAACGAATCAAATCCATTGAGTTTGCCTGTCATATC AAACACTTCTTTTTTTATTTGGAAGGAAAAATTAAATTATACTAGTAAAACAGCAGGATG AAAATGCTAAAAAGAAAAAAAATTCACCTTCTTGAAGCATTTCAGATTAAGGAAATGAAA ATCGCCACAAATTAATCGGAGAAAAAGAGAAGATCATACACTGGCAACAAGAAGCCAACT TCATGTTAATCTTTAGTACAACAACAACAACATTAACAATACCCAATGTATTTGCACAAG TTGGGGTGGGCAGGGTAGAGAGTACACAAACCTTACCCCTAGGTAGAGAGCGAGGTTGTT TCCCCGATTCAGCTCAAGAAAAAGCAATTCAAAAAAGAAATGATGCTACGGCAACATGCT AATCTTTAGTGTCACTAAAAAAAGTTACTATCTTTAAACTTTTTTCTGACATTTCTTCAT AGTATATTTGTCTTTCCAGCCTCATAAACTTCCCAACCAGATACATTTAAGAATCGAGCC ACATTCATAAGTTGGGATATAGCGTAAAAAAGAGACGAACAAGATAGTCAATACATTCAA ACATGGGCTAATGTACAAAAAAAAAAACTCACACAAATTTCTCCTTCAGCAGGCTCCAGT GTTACTGTTCTACCTGGGAATTCTGGTGTCCCTCTATGATCAGTACTGCCTACACAACAA CACATATATATAAACTTCTATTAACTCTCCACTAACTTGACCAACTATATATCATACTTA AAATCCAAAACATTTCCATATAGTTCTTAAAAATTAATTCTTTTCACTTTGACTATTCAT ATGACATTGTAACATTCACAAGCAATTCAATAAACATACAAAACAAAAATTAGAAGCCAT ACCTTGATAAAAGACACGACGATAGCCTTTGATAAAACCGAAAAGACGATCATCGTAGTT AAACCCAGGCTTCCAAATTAGAGATCCATATCCAAATACCCACATCACCATTTTTTTTTA TTCCTCAAATGAAATTTGAGCAGAGCCAAAGAATGTTGTGGATTGGTTAATACCTTTCTA TACAAAAATTTATTAGCTAACTTACCAAACCAATGGCTAAATGCCAAAAACAGGATCGTA TATATCAATGTTCTCATACTCCCTCCTTTCCAATTTTAACATTGCGCTTTTTCGAATTTT GAGTTTCAAACAAGTGTCTCGTAAATTAGGACCGAGTATATATTTTGTAGGGATAAAAAT ATCTGTGTGAAATGAAATAAAAATGTGGTGTTATTACAAAAAAAACTTTGTCCTAGTAAA TATATGGGTGATGTTAAATTGTTCGAAAACTTGGTTAAAATTCAAAAAGTGTATAATACT TTTTTTATTTTAGATTTAAATTTTTTATTTTTTAATTAAAAGATATTAAAATTAAAAATA TTTTAAAAAGTAAAATAACATAGATAAAATATTACTCTGGCCAAAAGGATTTTTCCTAAA TATGTTAGTGCATTATTTTCTTTTTACTACACTTTTTTTATTCTAATAAAAGCACATTAT TATTGAAGAATTCTTTTTTTTTAATTCCATTTAACTAATTAAAAAAAGTGGAAGTAAATA TCCTTTAACCATCCTAAAAGGCTCATAAATATCATAAATTACTTTTTGGTCTAAAAATAT TCTCAACTTATTTTTTTATTCAAAAATATCCTTAATTTATTTGAAATAACTCAAAAATAC CTTTCTTCCCTTTTGGTTTTAATATACCCTCAACTTTTGTTTTTGATTAAAAAATAGCCC TACTTCCACTTTGACAAGTTTGAATGTACAAGCCCTTAAATTTGGTATAAAACGTTTTTT GTAATTATTTATCTCTAATTCATTAATGTAATCATAATATGAACAGTTTAAATTGAATTA AGGATGAAAAAGTCCTAAATTGGTGGGAATAATCATGAGATTGGCATGTAATTTGAGATT ACGAAATAATTGGAAATTGTTTAGGTAATTTTGTATTGTATTGTTGTGTATAGACCAAAA ACAAATTAAGTTTGAAGCTCAATAATACATTTATACTTGACTCGACGTTGGTAATGATTG AGTCGTTTTTCTATTTACGTTATTCTTGCATGTTGATCGTTCCATTAGCAATACTTGTAC AATACATGTTCGTGGAATAAAGGAATAATAATGTGCACTGATACATGTATTGTTGTCGAT CTCATGCCACAAATTTGTCTGAACTACGTGTACTCTTACAAGTGTGGTTGTATTTAATAT AAGTGTGATCGTGTGATGTTTGTGTTTATTGGTTGATTCAGTACCATGCCTCGTACATAT TATATGTTGGTTCGGATACCATGCTTAGTACATATGATTTATTAGCTTAGATACCACATC CGATAAAAAATATTTGATTTGCTTGAATATTACACATGGTACATATTTTTTATCATGTTC GCTCAGGTACACGCCTAATACACGTCGATTGTTTGTTTGTGTGTTAGTCCCACGAGTGAA GCGATTTATTTGTTGTAATGATGTTGGATATGTTTGTTGTGGTTGTTATGTTATTTGAAG ATTGAGGATTGAAAGTCATGTTTATGTTACTGATTTTGGTGATATATGTACATCTTATCT ATTAGTTACTTATTCATATTTTGTATACTGTATTAGATACGTACATTATGCTTTTTCTAT AAAGTATCGAGTAAGCATATTATCTTTGTGTTTAATGGTGAATTATTTTAAATTGAATTT TCAAATTTGTTATAATTTTACTTGATATTCTTAATCTAGAGTTAATGAATAGTTCACAAA AGCAATTGTTGAGAAAATTATATGAACTCATCAACAAAATTTGAAATTATGACATATCAC ATCATATTCGACATTTTTTAAAAAATAAAAATAATTTCCCTATTCATATTAGCCTTCTTA TAAATGTTCATAAATACAAACTATAACATGAAAAAATATAAATAATATTTTTTCCCCCAA ACACCTCGTGCATTACACGAGAATTATACTAGTAAAGATTAAAAAATGAACTATAATTTT TTTTTAAAAAAAAATCATTATATATATATATGAGTCTCTATTCATCATTATATATTAAAG AATGTAGAATTATACCAGTAAAGATTTAAAAATGAACTATAATTTTTTTTTTAAAAAAAT CATTATATATACGTGAATCTCTATTCATCATTATATATTAAAGAATGTGAGTGTCTAGTT TTATAATATTATTTATAACATTTTAAAATAATGTAAGAAGGTAATAGAATTTTCGTAAAA ATAATAGACATTATACTAAATAAATTATACATATATATATATAAATAGTAAAGAGGACCA GATTCATAAAAAGCCACGCGGTGGTCTCCTCCGTCAATGGCGAAGCTGAAGACGGATTCT CCTCTCTCGCGTCGCATAGTTCTCTCCTTCTTGCGCTTCCTTGATTCTGGTAAATTCTTC CTATTCTCTTCTCTCTGATGGATCCATACACATTTTTCGCAGTTTATAAATTACACTTCT GTATTGATTAAACAGAAATGAGCGTTACAGACCCTGCTATTCAGAATTCCGACGCATGGT GCTAAGCTAAATAAGTGATGAACAGTTTATTTTGATAAAACGAAATCAATTTATCGGCTT ACTACACTAAAATCAGAGATGATTAATTCTGCTAGTGCACTGCATAAATGTATCCAACGT GCTGATTAGAACGGGAAACTAAAACTTCATAGGGTAAGAGTTACTTTAGGGTGGGGGGAG GGGGTTTAGGATCAGGATTTTGTATTAATTGGTACAAGTTGATCTTCTCAGCATATTCAG TTTAGATCTGAAACTCATCAGTGAAGTATTAGTTTCTTGTATATGGTAATTGGTGGGTTT TGGGCCTGTTTACCATCTCTTATGCTTAGTAGGTTTAAAGGGAGTTGAGCATAAGAATTT GAAGTGACAGAAGGGAAGCTATTCTTCGAAAAGTATGTTGGGAGTAGGAGTATTTACTAT GGACAGCATGGGTGCAACATTAGGGTCTTGCATATGGCAGTTGATGTGGTTCTAGAACCA GTGGTTAGAAGGCATTGTTTTCTTTTGAGAATGAGTAACGTACGAAGGATTGAACAGAAC TGCAAATGGGAACTTTCGGCTGCCTATCTTTAGCATTTAAAATGTTGTATGGAGAGTTGT TAGGCGTTAATTCTCAGTTTATGAGCTAAATTACAATTTTGATTATATCCTATGGCGTGT AGTTGGTGTTGTAGGTGATTCCCTTTTTTTTTCTTCTTCTGATGATAATCATGGTGTCCA GGGTAGCTTGTGCGCACGTTGACTCATTCCATGGGATACCTGGTACCTCACACCAGCAAC AAGTACTTGACCACCAATGTTAGAACAAATAGGAAAAAATCATCTAGTGTTTGGTCTTTG TTGGGATATGAACCAAGACCTCATGATGTTCAACCCACTTCATTGACCACTACGCCACAC CCTTGAATGATTCTTACAAACAACAGGAACTGAATCCGGCTGTCTGGTTGAATCTGAGCA TCGAGGATTAAAAAGTGGGGAAAAACAAGATGGTAGGCTAAAAGGATAAGCCAAAAATGA CACATGCTACTTACTAAGTGATTTGTAAGAACAAACCAAACTTAGAGGGAATCATAAAAA GCGAGGATAAGGAGAAACTTAAAGTGAAAAAAAACTAGTCATGTTTCACAACCATCAGGC TGCCGCTTCTCATCCCACAGACAAAATCTGATCAGCCATACCACCATGTTTCCTCATCTA GCCTTTGTTCAGGGCACCCACTTCCTCCAACCTTTATCTTTTAGCATTTATAACCAACAT ACCTATCTCCAACCCTACCACTACTTCCTCTGCATTTCCCTGCCTTGTTAATAATATGTT CAATTCCAAGTTTGAAACCCTATCATTAAGCCTCCTTTTACTAATTACTTTGATCCATCA TCCAAGTTTGACACTTAAGCTAAATGAATAAACGTTAAATATTGTAAATTTGGAATCCAA TCCTAAAAGAAAATGTCCATCAGTACAATTATTCAACCTGCCCTCTTTTGCACTAGTTCA CATCATCGTATTCTATCCTTCTATATAATCCCTTCACAAATTAACAAACCATCTCCCCAC TTCCCAATGACGTCTCAAAAATCCCACAACATGCTTTAAAATAGTTGTCGTTTTGGGTTG GAAAGAATAGACGGTGGAGGTCAAAGGAAAGAATTCTTGGAAATGTGGAGTAGTGGGGGA AAGCAATAGGTCTTCTTCCAAAAAAATGGCCCCAACACAATCACTGGAGGCTTGAGTGAT GGCCGTAATTTGGTTGCTAATCACCATTCCAATCTTATGATATACGGTGGAGTTAAGAAA ATTGGAATATTTAGAACAAAGTAACAAGTAACAACTTAGCTCAAACATCTGGGACCATTT ATGTGATTTAAAAGATACTACTGTTAGTCCAGCTTGTGTAACGTAAAGTTGGACATTTTA TTTTCTTCTTTTTGATGTTGTAGTATCTGTTGCTAATTCTTCTTTTCAAATGAAATCCTC GTGATTTCACAAGTATTTTTATTGTAAAGAGATTAATGAAAAGGGACAAGAGGTAGCTCA AGTGGAAAGCACCTTGTGCCTCCAAGTTTGAGGTTGGGAGTTCGAGTCACCAAGCTGCTC TGTTTGACTTGTATGTGTCCCTGTTTTGAACATTCAGATTCTGCCAGATCAAGTTCTCTT ACTTTCATGAAAGATAACCAGATTACTCTATACATAAAATAATGTTTTAGAAAGAATAAA TGAAGTCTGGATGTAAGAGAGAGAGATCGTACAACTCAGTTTTAGGAACAAGAGACCAGT TTTGGCTTTCAACTTTTATGCCAGACCAAGTTATTTGCTCTAATAGGCGAGGGATCCAAA CTAAAGTACTAGATGAGCACTAGTGTCCCCTTAGGGATTCCAAATACATTTATTGAAGCC AGTTGGCAGGTTAGACTGGAAATAATTATATCCCTAAGAAGTTTCAAGACTGCTTGACTG GGTAGCAGAACTGGGAAATACCAAATTATTTGGGATTTTGGAACCTCAATGCCTTAATAA AGCATTTTCATGTTACATTATTTGGTGCATGTTGTTTACGCTTTCTTGTTTCTCTTAATA ATGTTTGATGTCCTGGTGTTTGTTCTGTCAGTTAGGAAGTTTTTTCAGTTCTTAGTATAT CAATTTCGCGTTTACTGACAATGTCTCTCTTGTTTCACAGTGGAACCTGCTGCAGGAGTT GATTATGAAGGACTTGAGGTTGCTAAGCAATGTCTATCAGAGGCTTTTAAGATTGATCCT TCATCTCATGCCTCAAGTTCAGACTCATTAGTGGACATATTCAGTTCAGGGGAAGCAGTT GACCAAAGCCAAAGAAGTGTAGATCTTAGGCATGATGTATCTTCATCAGATGCTCCTTGT ACATCTTCAAGGCAGAAGGTTGTACATGCTAAAGATGCAGATCGATCACATTTGCTGGTT TCCCCATTCCTACCCCATTCTTCTTGATGTTTTTTTTCTCTTTATTTCATCTGTCAGTCT TCTCAGCTTGATTCTTTTGGATAGTTTCCCCTTATTTCATGTATTTCAGGTCCAGTTTCT ATTCCTTATATCAGCATGTTTGCTTTCTCTTTTCTATATGGTGGCCTATCAGCTATAGAC CTGTGAGGTTTAAATCCGCTGTGTTGTCTACATCTACATTTTCTCTTATTTTTATAACTG TTCACACAACAACAGTTTTCCTTCATGGTTGGGCAAAATTGAGATATTTGGGGCATGACC ATGATCATTAAGTCACATTCCAGGGCATCTAGTAAGTAGTTAAGTTTGCTATGCACCTTA CGTCTAATAATAGTCGTATCAGTAAATTACTCTGTTGAGATAAAGTGGTCCACACGATTG TCCTCTGTGGATGTCATATTCAGGTGTCTCAACTCTTATACTTGTGCTTGACCATGGTAC TTAAGCATCAAAATGCAGCATAAAAAATAGGCACTTCATAAATTTATCATTACATTGCTG TCATATGCTCGCAAATTACGATGTAAAGAAGTTCTATTGGTTAGAAACTGTGTGCTTGAT GCCACAGGGTTTTATGCATAAATTCAAATTGGATGTAAATTCATTGGGTATGTTGTTGTT GATGATGAAAGTTCACGCGAAATTTTGTCACTAGATTATCTTAGCTCAAAAATAGTTTTC TTTTCAAGGATGGGATGGTACAATCTAGCATGGAAATGATTGTCCAATGCTTACATCTGG AGTACTGTGTGCTTTACAGTACAGCCACGACAGAGGACTTACTGTGACAATATCTGTTGC CAGAGTCATTTTTTGTAATTTATTTAGGCCATACATTAGCTACCGTTAATCTCCTTTTTT TTTCTACCAATCTTTAATTGAATTATCGGTATGTGTTTCAACATTTTTGTGCAGCATTTA ACTTTTTAACACATTGTATTTTTTTTTATCAGGCCGAAGATAGGACAAAAGAAGCTCACA GTTTTGGTAAGGCTAAACTCCAAATCTATGTTGCTCGAACTCTTCAAAAATGTCAATGTG CGAGTGTCGGGTTCTCTAGAAGTAGTGGATTTTTGGAGAATCCGACATGGGTACAGCATC AAGTGAAGAGTCAGCGCAACTTAGCTTCAAATTATAGGTTCCATTGAAGGGCTCTGTATA ATGTCCTCAGATTCTTACTTTGACTAGTATACCACATTTAACCATCTTACTTTTAGTATT TCTTGTCCATATGTTTGTGCTGTCATCGTCAGTGTCATTAAATGCTCGCTTGAAGCACAC TTAAACTCTGAAGTTTTGTGAGGCGCAATTTAGACGTTCCACCTTGCTGAGATGGCGGTT TTGTGCAAGCACCAAGCCACTTAGACCTACACCTCATCACCACGGGTCTGTCTTTAAGAG GGCAAATCTTGGCAATTAATATAGTTGGCAAAGCAATATAGTTTTTGTTAACAAAACGTT ATTAATGAACTTGTTAGTGATCGGGATCAAGAAACTAGAGAACTAATAAAGCACTGCTAA CTAACTTTTTTTTTTTAAAAAAATGTACATGTTTGCATCCAATTCTTAAGTTTAATTTGG TTCATGTACTTTTTGCATCTATATTTTGCCTAGTTCCAATTTTACACTTTGTTAATGTCA AATGATTATTTGTTGTGTTTATAGTAACAAACTTTTCTACACTTTTTGCAATAAAAAGTG TAGTCATTTCTATTGGCAGTGAGTTTATTTCTCTTCCGGTCTCAATTTATGTGACGATGT TTGCCTGAATTCTTTTTAAGGAAAGAAAGATATTTGAAACTTGTGGCCTCTATACGTCAT AAACATTTGTGTTGCTATATATTATCTCACCTCATTAAGAGTAAAATGGAAAGTTTAACA ATTATTTCGAAATATTATATTTTCTTTGGGACAAACTAATAAGACGAGTGTGCCATATAA AATGGGACAGAGGGAGTAATACCTTAAATCTAGTTGCCTCTTTTTTATTTATTTTTTACA TAGTTTCATAGTAATTTATTATATTATTGAAAACCATGAAAATAAGGTCAAGGACAATTT TTCCAATATACTTAAAATGTACAAAAATAAACTACTCAAAAAAAGCTAACCCAAATACCC CCTGAAGTGTTCTTGTCCCCATGTTGTAGCCAGGTTGCCCTGTATCTTTGTCTCCTGGCA ATCTCTTCTAGCTATATCTTCGAACTCCATAGTAAGAGCCATTCTAGAAGCTATCTCTTA TTCCTTTATCAAAAAAGAAGCTATCTCTTATTCCTGTAGAGCTCTATGTTCCTGCATCTC CTTCAGTTCAGCAAACTGGGAAAGAACCATTTGTTACTGAACATGTACATTGGTGTGACT TGTCTTACTCCACTCCTTCAATTCAGCTTTCAGAGCTTTCAGTTTAGCCACCAAAATATA CTCAGGGCTACCACTGAAATTGAAAGAGCCCAACCCTCTCATTAAACCCTTCCGTATGCA GCCACCTGTTTTGATGCCGCATCCGTGTCGGATTCACCAAAAATACACTACTTCTGGCGG ATCCAAAATGCACCCGTTGACATTTTTGAAGAGTCCGAGCAACATAGCATTAAAATCAGA GAAGTTGGTTCAGATGTATGTCTGGTTAGCTATAATTTGGAGAATTCTTAATTTTCCGTA TCGACAATTTTTTTTGAATTGAAATGAAATAGGTAGAGTAAAGCGGAATATCTGTAGTAG ATTCATATAAAGTATTCTCTACTTGTTGGGATTGAGGTTTAGTTTATTGATTATTAGATG TAACAAAATCATTCTTCTGGGCTACACATGTCTCGCTATTTTCCAGCCTTTCTTTAGAAT GTGGAAGTGGGGTCTTTTAGTTCAAATGGCATACATGTAGGTTGCTGACATGGTTGCAAA GAACAAGTACAAGTCACTTGCTTTTCCTGTAGTCTTTTGTTCTGTTCCTGTTACTTTTTA GATGCATTTTCTTGTTCTTTGTTGAACCAAGTACGTTATCCGTATCTTTTAAACCTTGTT TTGCCTTCTATATATTTTCCTTTCACAACATATGTTTGCGGCAGTGGCTGGTAGAACTGC CTCTTTCCTGTTTGCCCTAGTCTCTTGCTTTATTCTAATCAACTCTTGTTGTTTATCATA CAGGTATATCCAAAGATGAGCTCTTTGGGCAGTTTTTTGATGCTCTTGAAAAATCTCACT ATTTCAGAAGCTTGCCCGATGGAAATGACGATCAGGCTCAGTTGGATAAGGCATCAAGGA TATTCCATACTGCTTTGGAGGTATATACTGACACACAAGTTATTTTGTTCACGATTCGAC AACTGCGATGCATGAGTATTCTGAACTCGATGGTATTGGTTAAGGAAGCACAGTATTTCA TCTCACACCTTTTTTTACCCTTTTTCTGTTCAACCTTGCAGAGTAATCTGTGAACAATAC TTCATAAATGGTATTTTTTATTCAAGAATTGACATCAAAGTATTTTCTTTCACCGTGTGA TGCAAAATGCTTCCTAGATTTGGAAGGCTCATATTTCCTTTATTTGACATCATTATCACC GATGATAAAATTTCCCTGTGATGATGTAAGAAAGAACACAAAAAAGTTTGATTAGAAAAA AAGACCGATGTTAAGAAGGGGGAACTCATTGTTGTTAAAGACTCGCGTGAGAGTGCTGAT GCCCTAGAGAATGCAGGTTGTGATTTGCTTCGCTTAGACAATGCATCAATTCAGGCACCA AGGGGCTAAGACCTGGGCCTCATCTCCACACCTATTTCACTTAAATACAACTTCTAATTC TTTGTCCAAAAATGTAAATTTTGTGAGGCAACTATACATAAATACCCTCAAAGTAGTCGT CTTTTTTCTGTTACAACCTTAAGCTATGCAGGGTACCCCTCTGAATCATATAAACTGGTA CTAAGAGCCCCCTTTTACGCCTACATGCCATGGACATGGAGTGTTTTGCACTTTCCAGCA GCACATGGGAGGAGCATTTCAAGCGAACTATCATCTGGTTAGGGCGGAGGATAGTTTCCC TTTTGAATCGGTCTGGATACCTAAGGTACTGATGAAGGTGTGCTTCTTCACGTTGTTGGC GACTAGAGTGGTTACTGATGGCGGAGTTTCTTAGGAAGAGAAAGGTTGTTCATATAAGGT GGTGTTTCTTGTGTAAGGAGGCAAGTGAGGATGTGGATCATATTTTGTTACATTTGCAAA ATTGTCACGATGTGATGGTGGGATATCTTTAGTTGGTTTTGGTGTTTCTTGGGTTATGCC GAAATCCGTGAAGGAGTTAATGTTCAGTTGAAGAGTGGGACTAAGAGAAGAAGGCACAAG ACTTAGAATGTTGCTTCTCTTGGTCTTCTTTTTGATCATCTGGAAGGAGAGAAATAAGAG AGCTTTTGAGGGGGTGGCGATGAGCTTTGCCTAATTGAGGAGAGTTGCTGATCCCTTATA TTCTTTTGGTGCACTCGTATAGTTCATGTTTATATAGAGGATTGGGTGTCTTTTGAAGAG GATCATATTTTTGTAGATCTCTCTCTTTTGGTATACCTCCTGTATACAGCCATGTGTCTT TGTTATTATCTTTACAAGGAGAAGAAGAAAACAAAGAAAAGGAGAAGACATTGAAAAAAA TAATTAAATCTCTTTTTACGTGGTAAAACATGATTGTTGTGTGACAAGAGCTTTTTATAA AACATTCGTAATCTCCCGTAGGGTAATGCTCTGATGAGATTGTAAGTGACCTATGCTCAT CATTTATTTGATGATGAGCCTTTTGTGAATACACAGTTACCTTTTTCTCAAATGAAATTC CCACACCAACCTCAGAGCATAGAGGTTATCTATTGGCATACATTGCTTATGAAGCAAGAC TGGCTATCTTTGAAACTCGGTTACTTCCCAAACATGGAAATCCCTCCTGAATCACCTTAT ATCTCCTAAATTTGCCGAAATGTCATCTCCTTTTGACATGATACCCTATAAATGCTCAGG AATTCAGTTTTCAAGAAGTAATGCCCACACCAGTTGTGTCCCCAAAAGCTAACCCTTCTC CTATCTCCTATCTCCTATCCTAAATGATAGGAGAATATTGCCATAAATTCTACCCATCCT TTCATAATATTCCTCCACAATCCGCTACTACAAGGCATGTTGACGTCTTTAGTTCTCCAC CCCCTTCCTATATGCACTGTTACACCCCTCTCCAAAATGTCTGTCCTAATTTATGGGGCA CATATTGAATTTGGAGAGTTAAACTAAATTTTTAAATGCTTTTTTAAGTATTTAAGGTAA GTATTGGATTTATAATGCTTTTTATGTAATTTTCAAATAATATATTTTACTCTCTCTGTC CCAATATATGTGACACTGATAGAATTTCGAAAGTCGATCAAATTTTTATATGTTTCTTTT TACCTCTTTTAAGTTGTTAATTGTTGTAATTTATAGTACTTTTTATTTAATTTTCAAATA TATAACAAACTAAAAGAAAAGCAAGACAAATGAATTGAATTAGAGAAAGTACATAATTTC CAAAAATACCGCCGGCTAGAAGCATGCATGTCGAAGAATAGTTGTCTGCTTCTAGACACT TTTATATAGTAGTAAATCTATTAGAATAGCGATAGCGACTTTTATATAGTAGTAAATCTA GTAGAATAGCGAAGAAAGAAGATATTCTAGTAACCACCTTGGTCTCTCCACAAACTTCTC CAACTTCGTATCTTATTTGCCCGATTGTTCTCTGTTCGAACAAACCATATTTCAGTTGAT CAATTCAATTTTTTTTTTAATCTATTTCTTACAAATAGGCACAGGCTCTGAGCATGTCAT AGCTGCTTGTGTACATTTACTGGCTAGTGTTGCTTTTCATGATTCGATATAATTGTTGCA GTTATTGTTCCTCTGATATTTTCCTACCGCCTTTATTTTTATGGTTTTAGGAGATGCAAA AATCTGGATGTACTATTTTCAACCGAAACAACCTCGCTGAGATCTTAAAATCACAAGGTA TATTGTAACTACAACTTTTTTCCCTCCAAAGTAAAGTTGTTTTATTGATGAAACAGCAAA GTGGTGAGATTACCAGTATTATAAACTGTATCTCGATTAGCTATGTAATGAGTTAAGAAA TGTAAGAGAGTATCAAATATTTTTTGCATTTTCCGCAAAATAGGTAAATATTATAAAGAT GTATGACTTCTAGAATTGTAACCCATAGAAACATAGAATTACAGCCCCAATTCATTCTTC CCATCAGAACTTCGTCTGTTTCCTTCTCTTTGTACATGCAAGAAGGCACTGTATTCCAGA TTGTTTGCATTGTCTTATTTTCTGCCCTTTGTAACATTCTATTGCTTTTTCACAATGTTT GGCATCATCCACGGTACACCAAATGGATTTAGAAATAAACTCTAGCTTTGCCAGCAAACA GGAATCCAACAGTAGTTTTTTACCGTTTCGGCTATTTCTTCACACTAGTAATAACTGCTG AGTTCTCATTGTTAAGCAGGTTTCTTTTGCTGCAATGTAGTAAGTGTTCAACAGGGTTTA AGATTGCATTCCAGGGCAATATTCTTCTTTCATTAGCAGAGCCATCAGTACCTCGTAGCA AGATTTCACCTAAAATGTACCGTCCTTCCTTGCTCGCCAAGTGGAAGAATCAGTTTCATT TGATAACTTGTTAGCTTCTGATAGCTAAAAAAGGAACTAGGATATGATTTCCATTTTCCA GTCTTGGAATGGCACCTGAACCTGATGTTCTTTTCATTTCCAATTATACAATCTTCAATT TAGGCCTCCTTGTCTAGTGCTTAACTGATACCTGGTTAAAGGTTTGTCTCAGTATATTCT GCTGCAGTGGGCAATCTTCCTAAATTTGATTTTCCCTCCATATTCAACTTTCAGCTTGAC TAAATTGTTGAAATGTCCAGTTCCCTTGTGTTCAAACTTCAAAATGGAATTTGACTATAT GAATCGTCGATATTTCACCCAAGATGATGTTCTTAGCAGTCTATGAAGTTGGAATTAAGA CCCACAAGTGAGAGAAAAAGTAAGAGAAATTAGTTGATTTCTTCTTATCTGCTTAAGCTA GGGTGGATGGTGGCATGGTGCTACCCCGTATCTATACTGGCCGTGCAGGTAAAGAGTGGA ATAGTTGATGTGCGTGCAAGTTGGTCAGAGTACCACTGTTATCAAAAGATGAATCTTCAA TATTCATTTTGCCTATTTGGACCCATCTCATTCCAAGACGTGCCTAGTTTCCAGTATATT TAGGAGAAACAAACTAGTTAAATCACGAGTAGCACGTGGAACTATCAGTAGTTCATATTA CTACAGGATGAAAAGCTCAAATCATGTTGAGTTGAATTCAGGGTAAGCTAATTTTGGTTC ACACTTCACAGTAACTTGAACTTCCCTCGGGCCTCAGTTCAGCCATGCTCCATACACTCA GCTGAATCCTAATTTTATGGGACAGAGGATTGGGCTTTGAGTTACCTCAGTCATTGTGAA GATGTTTTCAACAGGGGCCTTACTTGAATATTCTCAAAAATGTGTGCTTGAGGTTGACAC CTTCTCGCGGAGAGGTTTAGTTTCCTTTCAACGGTGTAGTTCATTTTCTTTCAAAAAATA CTCAAAAGTTCTCTTTTCTTTTGGTGATTTTATAATAGGTAATAAAGCGATGCAGTCAAA ACTTTACCCTGATGCTATTGAGCTGTATTCTTTTGCAATTGCACTTTGTGAAGATAATGC AGTTTACTATTGCAACAGGTGCGTCATTATCACATTGATGGAAGAAAGTTACTATCGCTT TTCGCATGCAAAAATATTACTTCATCCATCCCAATTTATGTGATATCCTTCCTTTTTAGT CAGTTAAAAAAATGACACCTTTCTGTATTTAAAACATATCTGGTGGTTTTTGTTTGGGCC AGTGTTTTAGTTCTGCATCTTTGCATTGCCTGTTGGGCCTTCTTTGTTTATTTATTTTAA AGAAAGACATTGTTTGGTTGCTTATTGATATATAAAATCAGCCTCCTGGTCTTCTTTTTT TTTTTTTTTTTGAAAAAGTAACAGTTTAACTTTAAACTTTTCATTTTACCCTCAAGAGAT GTTCTATAGTCACATAAATATCTATGAATTATTTTAGACCACAAGTATTATCGTTCTTTC TTTCTTGAACTCTGTTGCCTGTCAAAAACCATGGGATGAAGGAGTATTTGTTATGTCTAT TTTTTTGAAAATTCTAACACCAATGAGATGAATCTTTCTAATTGTGAGTATCTCTAATTA AGATGAAGTTTTTGTGATGTATCAGGGCAGCTGCTTTAACCCAGATCCAACAATATGAAG CAGCAGTTCAAGACTGCCAAAAATCTATTGCAATCAACCCCAATTATAGCAAGGCTTATA GTAGATTGGGTTTTGTCTATTATGCTCAAGGGAAGTACCGTGATGCCATAGATAAGGGAT TCACAAAAGGTTGGATTAAGAATCTTTTCGCTTTATTAGTTGTTTAGTTGGTTTGGTTTT AGAATTTTTGAAATCTTGGTAGTTTGGAGTACATTATATTTTTGAATTTATTGAGAATGG TCATCTTTATGCTCCAACATCTTTGGCATGCGGCTACTGGTGTGGTTTCTAGTTCTGTAT TTTAACTGATGAATGAAATTAACTGCTTTCTCATTTTCTATATTTTGTTTCAGTTAGTTT CATCAGTTCACCATGTCATTTTATTTGAAGTTCTTCCCATGATATGCTGACATAATATAT AAGATGAAGCGTAGATTTGAAGGATGATTTCACAAACCTCAGCTAACGCTTAACATTACT GCAAATGTCTTAAATCGTGCTTCTTAGGTATTTGAACTGTCTGCCAGATTCACTTTGTAT TAGGTTATATATAAGTCCTGTACTAGAAAAGGCAAAGGGAACGTTGGCTAGAAAAGACAG TTGGATCCTCCTACTTCATTAGTGAAAAGTTTACGATCATTTTACAGTCATGATTATGTT TGTGGGTACCCACTAAACCATAACGACAAAATTAAATAGAAGCAATTTTAAGAATTGGAA GGAAAAGATGAGTGGGAGAAACCACTATCTACATTTAATGCTTTTCAACCTCCCTTCATT CTTCGTCCTTGCCTTTTCCCTCATCAAGAGATGGTGAGTGAAGTCTTCCATCCCCAACCA ATAAATGGATTAAAGTAGAATTTCAGTCAGAATCTGCGCTGGAAGTGATGGAACCCGCCT TGCACATGTTAACTGTGGGCATCGGCTGATATCTATGTCTACGAGGGATTAGGACAGCCG GGTACACTAAGCTCCTGCTATGTGCAGGTCTGGGGAATGGCCGGACCCCAAGGGTCTTTT GTAAGCAACCTTACCCTGCATTTCTACAAGAGGTTGTTTCCACAGCTTGAACCTGTGACC TCTTGGTCGCATGACAATAACTTTACCAGTAACGCCAAGGCTCCCTTCAACTTTCAACAC CAACTGTGAATTATTATATGTTATATTATGGTGCTTAGTAATGCATCTGTCTATACATCG GTCTTGGTGAATTTTAAAAAGGTGTGCACTTTATCTCTGTAGAGTAAACTATGTTAGGAA TTTAGATAATCTGTGCCAGTATACAAATATTTGGATTTTCTTCTCTAGTTAATCCGCAAA AAGAAATCTATATCTGACATAAAGCTTTGTTTATGAAGCATTGCAGTTGGATCCTAATAA TGATTCCATCAAGGAAAATATACGGGTTAGTTCCTATTATTAATTGGGGTTTTTAAGGTT ATTAGCTGGAAAATGGTGTTTGCGGTATTATCTGAAGTATGACTCTCATATTTCAAATTT GTAGGTAGCAGAACAAAAGTTGAAAGAAGAGCAACAGAGGAGATGGAATGATCAGGTAAC TGACAATTGTGGCATTACAGAAGAGCTTTACTTGATTTATTAAGTTGATAATTACAAGGT ATGTAATTAACAACCAAATCATGTGCTGAGCTCAATACTCTGTAATAATCTGTCTGTCTG TGGTAGCACCATCTAATGCTGCATTTTCGTGTGAGGAACGACAACAAACATGTATATTCT CACTTGTAATCTTTCTGTTTAAAAGAAAGAATAGATTTCAATATTTTTTTCTTTTTGATA AGTAAAAAAATGGGAACATGTATCTGCAGTTCAGTGAGCTGACAAAGTGGTAATAAATTC AGCTCCACATATCTGAAAATTCAATCCTCAATTGTAGCAAGCATTAACCAAAAAACCCTA TATTTCTTTCCTTGTCTATTTTGCAGAGCTCAACCTCTTCAAGCCATGGACAAGACTCAA ATCACCAGCCTGCTGGTGCACCTAGAAGTCATGCCATGCCTCCACCATTTGGATCAGTGT CATTTGATGGGAATAGCATTCCTGATTTGACGAACGTGTTTATGAACATGACAAGAGATG CATTCCAAGGGCAGCATGGTCCAGACCGGCCAGAAGGAAGCAACAACACTGATTCAACCA ATGATCCTGTTATAAGAATAAGCAGGAGCGTCAATCTTGGTTTTGGTGAACAGATGCCTG AGGAATTGACAGGAACCTTAAGGTCTGTTATGGAGATGTTTTCAGGAGCTCAACCTCCTG AGAATCCTCGGGATAACATGAATGGAAGATCAACACCAAATTGAGGCCATTTATGTTAGT GAACTCAACCTCATTCTCGAGTTGATTAACATCTCCATCCTTTTTACCTGTTGCTTTTTT GGTGAAGTGCACTCTTGCATCTGAATTGATCATCTTCCCCTCGACATGATTTGTACATTA AAGATCTAAAACTCAGGTTTGCAGTGTAATCTTAGGATACTTCTGTTTTTGCCATCTCAT ATAGAGGATTACATTGACAGAAAATATAGTTTTCAAGAAGTTACATAGTGTCATTTTTGT ACTGATATTAATGGGAAATGGAAGTATGGCCTATATCAGATTTTTTTTTTTTTTTACAAT AATTCTACTTCCCTAAAACAATAAGCCCATCATAATCCTATTTAACCCACTTTTTATGTT GATTAAACTTGTAATGCATATATTCAATCTTGTTTTTACTTTTAACCTAAAAAATTTAAT TGCTAGAAAGTGTCTTCATCATTCAAACAGTTGGTTAATATAGACCTTCATTAATTTTAT CAATTATATTAACATTATCAGCAAATGATATACATAATAACATCTATTCTTATATTGTAT TTGATTAATTTATCCAAACTAGAATAAGTAAAAAATGAACTCATCGTAGATCCTTGAGTT AATCGTGATTATATTATTTTTTGAATTTTTTTAACTTTTCTATTCTAATTTATGTGATGT ACTTCTCATTTTAGTCGATCTAAAAATAAATGACATTTTGTAGTACCTCATAAATTCTAC ATCAAAAATTTGAACCATTCATCGTAAATGAATCACTTTGAGATCATAAGTGACATCAAT TTAGTGGGTGAAGTATAGAAAGCCCTTTCAGGTTGGGTACAAGTTTTCACTGACGAAGCC AAAATTTTTATCGAATGTGTTTATAGTTTACGATCAGTAAAAAGTGTTTCTTGTTGATTA GATTATCATTAGCTACAAAATAGTCGTATAACAATTGTTGATCTCTATATCTACTTCATA TTATTCATACTCTTTTCCTGTTCAATATCAAATTAACGAACTATTCAAAATGAAAAATCT CAAATACGTAAACTTAAAAAAATCAATGAATAAACAAGAGAAGATGAAGTAGGACATATA CATTGACTGATAGCTTCGTACACATCAAGATATGTAATGTTGTAACTATAATTACACTCC ACGATACTTCATCTCTTGAAATGTTTTTATAATACACTCATAGAAACATCTTCAAATTCT TTTTTTCCCTACATTATGCACCATGCAATCATCTAAGAATTGATCATTCATTTGAATTCA CCATGTTATTGTTGATAATCTTATTGTTGAAAAAAGCTCTTTTTATCTTCAGGTGGGTTG TTCCTTTATCTGTCTTTTCTATTCAGTGCCCGCACTGTGTCAGAAAATTCAGTGCAAAGT AGTACGATTTACTACTTTACATTGTGATCTCCTAGAATATACATATAGATCAATTAAATT GCGCAATGAAATGTCACGACCCAAATCCGGGCCGCGACTGGCACCCACACTTACCCTCCT ATGTGAGCGAACCAACCAATCTAAACCTTAACATTTCAATATAATATCAACAGAAAGTAA TGCGGAAGACTTAAACTCATTAATAAAATCAATAACTATTATTATCCCCAAAATCTGGAA GTCATCACCACAAGAACATCTATGATCAAATTACTAAACTAAGAGTATTCTAAGAAGCTA AAACAAATAAAAGCTAGTCCATGCCGGAAGTTCAAGGCATCAAGACATGAAGGAGAAGAT CCAGTCCAAGCTAGAAGCATTATCTCACCCTGAAGATCCGGTGTGACGAAGACTGGCTAG AGTTGCGGTTGAGTTGAAGACGATGACACGTTTGCTGCACTCCACAAATAACAAAGAAGA AAACAATAAAAGTAGGGGTCAGTACAAAACACGGGTACTGAGTAGATATCATCGGCCAAC TCAAAATAGAAAACAGTATATATTAAGCAATATCATAAAATCAACTAATATCCTTAGCAT GCAGCATTTACAGTTACCATAACCCTTGGTTACAACACCAAGCACATCAATGAGGACTCA CGCCTCCTCATCATACTCATTTGGGAATTAGGTTCATTAGATTTGAATATATTATCATCT TTCAAGATTCATTATCTTTATTCCCCTCGTGTCAGTACGTGACACTCCGCTCCTCAATAT ACTATCCTGGTGTCGAAACGTGACACTCCGATCCTCATATACTATCCTGGTACCGGAACG TGGCACCCGATCCATATTCTATCCTGGTGTCGGAACGTGACATCCGATCCATATTCTATC CTGGTACCGGAACGTGGCACCCAATCCATATTCTATCCTGGTGTCGGAACGTGACACCCG ATCCATATTCTATCCTGGTACCGGAACGTGGCACCCGATCCATATTCTATCCTGGTGTCG GAACGTTGACACCCGATCCATATTCTATCCTGGTACCGGAACGTGGCACCCGATCCATAT ACTATCCTGGTGTCGGAACGTGACACTCCGATCCTCATATACTATCCTGGTACCGGAACG TGGCACCCGATCCCCTAATCTCACTACTTTCATTCATCAAGCCTTCTTTTGTACCAAGGC ATCATCATTAACAAGTAGATTAGGGTTTCTTTTCAAGATTTGGGATTCAATAGCTTCATC ATGCTTATTTATTCATAATTACATAATCACATCATTCATGCAAGCATACAATTAAGCATA TAGAAGGTTCACAATACTACTAACACATATCATTCGCTATTAAGAGTTTACTACGAATAG CATGAAAACCATAACCTACCTCCACCGAAGATTCGTGATCAAGCAAGCAAATTTTCCCAA AGCTTTGTGTTTTCCCCCTTCTCGATCGTCTCTCTCTCTCTATCGATTCCCTTCTCTTTC TTTCTGTTCTTTTCTTTTTCTTATTCCAACCTTCTTTCTTTTACCCTAATTAGTATATAA TTAAGAATAAAAGATGGCAATAATAACCCACTAATTAACTTAAGGTTACCTCTTTTAACC CCCAAGTAATTAGACTTATTAACATTAACCCTCTAACTTTATAATTAAAGTAGGAATAGT CCAAAACGTCTCTTAAAACGTGTAAAGAAATCCGACCCAGACTGGGATTTCGCAGTCTGT GACGGCCCGTCGCGCCTGCGACGGTCCGTCCTGCTGCCCGTCATAGAGTTCAGAGACTCA ATTTCTCTGAAGAGTCTGTGACGGTCCGTCCTGCCATTCCGTCACGAAGTTCAGAGAGTC GATTTTCAGTACCCAATTTCAGATTTTCTAAGTGTTTTGAAACGAGACCCTGCGACGGTC CGTCGTGCCCATGACGGTCCGCCGTGGGGTCCGTCGCTTCTGCCAGTTTTTTCAGAATTG AAGTCTGCTGCCCAAAACGACTAAACAGGTCGTTACATGAAATGTTATCCTTTGATACAA AATCATGTGTTTATATTTTCTTTAAGTGAATCCTATTCAATATTTTCACTCTAATTTCCA AACCAACCATAACAATGGAACAAAAATTACTTTGTGTAACTTTTGAGGAAGGTAAAATGA TAGAAATTCTAAAAATAACATTTTGGGGTCGTTACATTATCCATTACTAAATATCATGGT TTTTCTCGGATATAAAGCACAAGAAAATACTTGAATGTCGAAGAGTTATGAATATTCGAC AAGAATATCAGACTTTATTTTAAAAATTAAACATAACTTATACAATATAACTTAACTTAT ATAATCAATTTATATTGAAGTTAAATTAAAATATAATTTAATTTGTAATTTGATTTATTA TAGAAGTAAAAATTTATATAATAATTAATATTTTATAATGTTCAAAATTTTAGATATTAC ACATATTTTAACCAAAAAAAGTGTATAAGAGCAACTGTGTATCCAATAATACACCAATAA ATTTATTTTTCCAGTTTAAGCAATTTTTATCCAAAACATATAAGTATTTATTTTTAATAT AAATTCCAGAGTGTTTTAAAAATGTTAATAAAGTACATTTTAATTTATTTATTTACCAGG AAAATTCACAAATAGCCACAATTAGTTACGCTCCTTAGTTATAGTTTGCATATTTACAGG TTATACTTACAATCATAGTTTATGTTGCTATGGGCGAGTGCGTTTTTATAATTCGTATAT ATTTGTACAATTCACGTGTATTTATATATAATTGAGTTATTTTTATTTATATTTGTATAA ATTGTCTAATATAAATTCATTTTGTATAAATTCGAAATAATAAGTCATATCATATCTTCT CATATATTATTATAAGTGGGAAACTCCAAAGTAGAAAAGTTGAATTACAATTTTACCCTT ATGCTAAATTCAAATGTTATTAAATAAATAATGAATTAAATAGTAAATAGTAGAATTTCT ATAATATTTTTATTTAATTGGTATACATGTGAGTAAATTAAATAGAACAAAAATTAAAAA TAAGAGTTATCCCTTTGAATAGATACATGTATGTGTTTCATCTTCCAAATTAATTTATAT TTTTAATTAATATTTGTCTTTAATTTGTAATAATACTTGACCTTTCAACTTTGTAAGTGA ATCTTCATATTTTAAAACTATATTTTTTCCCTATAAATACAAATCTTTCTATGAAAATTT TTTAATAGTATTTTCATAGAAAGATTTATACGTGATACAATTTTTGTGTGGAAGACTAGA GAAGCTTTAATCAAGTGAAGAAAATTTCAAGGCAAAAATGATTTCTGTCAAGATTACAAG GCGTAATGTGATTATAGGGATGAATAACACTTCAATTACTAGAATATCAGAGTTTGATGT ATTTGTTTTTGTAATTTGTTGAGATTAGAACTATGATAAGACCCCTCCATTTATATAGTT GAATGTCGCTTTCGTTAACTTGTCTTCCAAAACTTTTAACTTTTTTTTATGGTCAAAGGT TGAATCTTTATTACTATAGCTTTTTTTCAATTTGCATTATCAATAAAAAAAATAGGGAAA GGAATGTCTTCAATTTACATTATCAATTTGCATTTTCGTTCGTAGTCTTATGCTAAACTT GCTCCCATATTTGATTTTTTTTTTTGTATTTGTAATTTTATTTTAAGAATGTATTTGATT GAATGGTGTATTTTCGTATGAATTTTTTAATACTTAGTCATAATGATTTTTCATTACAGA TTTTGTAACGACCTGTTTAGTCGTTTTGAGCAGCAGATTTTATTTCTGGAAAAACTGGCT GAGACGACGGATTCCACGACGGACCGTCATGGGCACGACGGACCGTCGAGGGGGTCTCGT TCCAAAACACTTAGAATTCTGAAATTTGGGTACTGAAATCGACTCTCTGAACTTCGTGAC GGAATGGCAGGACGGACCGTCACAGGCGTGACGGGCCGTCACAGACCCTTCAAAGAATTG AGTCTCTGAACTTTGTGACGGAAGCAGCAGGACGGACCGTCGCAGGCACGACGGGCCGTC ACAGACTGCGTAATCCCAGGCTGGGTCGGATTTCTGTTAAATGTTTTAAGGGGCGTTTTG GGCTATTCCTGCTTATAATTATAAAGTTAGTGGTTGAATATTAATAATTCAATTTCTTGA GGGTTAAAAGAGATAACCTTGAATCAATTAATTGGGTTAATTCATCAACTTTTATACTTA ATTATATGTTAATTAGGGTAAAAGAAAGAGGGTTTGAATAAGAAAAATAGAAAGAACAAG GAGAGGGAAAGAGAACGATCGAGAGAAGAGGGAAACGAAGAGGAAACAAAGCTTTGGGAA ATTGCTTGCTTGATCACGAATCTTCGGTGGAGGTAGGTTATGGTTTATGCTATTCGTAGT AAACTCTTAATAGCGAATGATATGTATTGGGTAGTGTTGTAAACCCTTCTATATGCTTAA TTGTATGCTTGCATGAATGTGATTATATAATTGTGATAAAATAAGCATGATGAAGCTATT GAATCCTAAATCTTGAAAAACCCTAATCTACTTTGGTAATGATGATGCATTGGTATAAAA GAAGGCTTGATGAACGAAAGTAGTGAGATTAGGGGATCGGGTGCCACGTTCCGGTACCAG GATAGAATATGGATAGGGTGTCACGTTGCGACACCAGGATAGTATGATGAGGATCGGAGT GTCACGTTCCGACACCAGGATAGAATATGGATCGGGTGTCACGTTCCGACACCAGGATAG AATATGGATCGGGTGCCACGTTCCGGTACCAGGATAGTATGATGAGGATCGGAGTGTCAC GTTCCGACACCAGGATAGAATATGGATCGGGTGCCACGTTCCGGTACTAGGATAGTATGA TGAGGATCCGAGTGTCACGTTCCAACACCAGGATAGAATATGGATCGGGTGCCACGTTCC GGTACCAGGATAGTATGATGAGGATCAGAGTGTCACGTTCCGACACCAGGATAGTATATG AGGATCGGAGTGTCACGTTCCGGCACCAGGATTAGTAAAGAGAATGAATCTTGAAATATG TTAATATACTCAATTTAATGAACCTAATTCCCAAATGAGTATGATGGGGAGGCGTGAGTC CTCATTGATGTGTTTGGTGTTGTGACCAAGGGTTATGGTAAGTGTAAATGCCGCATGTTG AGTATTGTAGTTGATTTTATGATATTATCTGATATATACTGTTTTCTATTTTGAGTTGGC CGATGATATCTACTCAGTACCTGTGTTTTGTACTGACCCCTACTTGTATGTTTCTTTCTT TGTTATTTGTGGAGTACAGCAAACGTACCGTCGTCTTCAACTCAACCGCAACTCTAGCCA GTCTTCATTACACCGGATTTCAGGGTGAGCTAACGCTTCTAGCTTGGACTGTATCTTCTT CTTCATGTCTTGATGCCTTGAAGTTCCGGCATGGACTAGCTTTTTATTTATTCTAGCTTT CTAGATACTCTTAGAATTAGTGATTTGAGGATAGATGTTCTTGTGATGATGACTTCCAGA TTTTGAGAATAATAAGTATTGAGTTTTTAGAAGTTATTTAATCGATTTTCATTAATGAGT TTAAGTCTTCCGCATTATATTATGTTATTTATGGTTGAAATGTCGGGGTTTAGATTGGTT GGTTCGCTCACATAGTAGGATAAGTGTGGGTGCCACTCGCGGCCCGCTTTGGGTCGTGAC AGATTTAGTATATTTGAATTCTTTTATATATTTTATTTTTAGATTACAGTTTTGTTTACA TAGTACATTTAAATTTTATAAATTGTTTAATAAATTAAATATTAATAGTAAATAGTAAAT AGTAAATCATCATATTAGTATACATAACTTACCATCAACTTGTAAATGTATGTATCTCTC ACTAATTATATTCATTATGTTCATTACTCTCATTTCTCATCGATAATCTCAAATGAATTA ATATTTATTTATGTCAACTCTTTGTATTTCTCAATGCTATCCAATAATAAATAGTGACAT TTTACACAATAATATATAAACTTAAACCAATTGAAGAAAAAAAATGAGAAAATCTCTATG CTCTCTTTTCTCGTCTGTTTTTATTTATTTAGTTTAACATTTATGTTTCTTGCTTGTTGT TATTGTACAACGTACTTTATATTGTTGTGTTATTATTATTGATAATTTACTACGGCCTGT TGCTTTGTATACATTAACCTATCATGTTGTATTTTAATATCTTCATTGGAATATTGAATT TGTGTGATAGTTTTTTTTTTTTTTTACTTTATGCACTTTTAGTCAATTTTATAATTAAAG ATATAATATTTTTACTAGGAAGATATATGTAGTTTCTATCGAAACAATGATAAATTTTAC GATACAAAATTTATATGAAGTATCTTGGGATAAACGTGCAACGCACGTTCCTAAATCTAG TTATATTATAAGTGGGAAGCCTCTTAGCTCAAAGTTGAATTACGAATTTGCCCTTCACTT GAACATTATTTGAATATATATAATATTATATGAAAATAAAAACATAATATTATAATTTTT AATTACTTGAAAAATAAATTCACATTTCAATTTCAATAATTAGGATAATTGAAAAGACAA CAGTCTGAAACTTACATTTAAATAACCATGAATAGGATAAGCAAAAAAGCAATTGAAAAT AATAAATCTTCTTCCAAGTGAATAATGAAATCATTTCATCTTCATATACATTTCAAAAGG CATGGAAGATATAGGAACACTATTTTAGTTAAGAAACAGAAGACTCTAAGACAATCATAT GAAGTGTGGTGTCTGCAGCAATTTCTCGAAAACGACAACGGCGAAGAATTGATTTTGTGT TCCTAGAAATCTCATAGTCCTCCGCCATCCCCTGCCCTTCAATAATTTTTTTTTTAAATC GGAAGGTTTCAAATTTTTAACAATATTTCTTTGTTGTCCCTCTCTCTCTCTTATTGTAGA ATATGTCTCTTTTTAAATTAATGATGCAATTTGAAGTGTTCTTGGAATTCAAGATATATA GATTTATCCGAGTATTTTTATAACGTAGTTTCAGTCAGGATATTCACTGGGTTTTTTTCC TTTCTCTATTTTATTAATCTTTATTTGTTCCTTTTACTCCTTTTTATTTTTTTCCTTAGT TTTTCATTTTTTAAAAGGTGAAATTTCAACAATAAATATGATGAAAGTATATAATTTACA GGTAATAGTAAAATAATTTTACCTTTGAAGATCACACAAGATATTTATTGGAGCTATAAT TTTTTTTATGCAATATATTTATTCTCTTATTTTCGCGTATGAGCTTTTAAATCGTATAAA TCATCATTTCTCTTATAAGATTAAGATTTTAGTTAGAGAACACATTTTAATCATTCTATG TCTTAGATATTATTTTCTCTTTAGTTTGAATTTGTAATATTTTTTTCTTCAAATTATACA TGACTCATCACAAACGTGTTTATAATGTTGTTATTGAATCGTTTGTTTTTCTTATTTTGT TAATTTATTTTCTGTTTTGTAAAAAATTAAATTTGAAAATGAAAACATATTTTTTATTTT TTACTATTCGAATGAGTGTTGAATTTTTCATGAATACTGGAGCATCATATCATTAAAAAG TAACACAAATATTGCTATATTTTATATAAATACAATAAAATATACTCATATATAGACCCG TGGACTTATCACAAGTAATTGCATTTTCAAGGCAATCTTATTATATTGTTGTTAAACTTT GATTTTTAGGTGCTTTATAGAAAAATAAGTCATTTATTTGGTACATATTTTAGGATCTTT TTGTTGTAGTATGCAGAATATGTAATTGAAATTTATATTTCTGATAAAGTTGTCTCACGC CTTTGTTATTTCATTTAAGACATTAAATACATTTTTATTATTATTTTTCAATCAATTATT CATAGATATTTTTTTAAAAGCGATTCATAGACATATTTTACATTCAGGTTTCACATATTT CTGGTTTGATAGCAAATGCATCATTCTATTTTATGAGTTATTCTAATGAATAAAAAATAA TTAGTAAAATTAATATTGTTAATTTCAATATTTTATATCTTATATCTCACTTATAAAAAA AATTGTAATAATAGTAAGAGATAAACGTGTTGAGAGTTTTTTTGTTGTTTAGGGATGGAG TTGGCAAGCAAAGTCGGAGACGCAGTAAGCAAAGCGCTGAACAGCAACAAAGTGTTGAAT GTAGTGTTAATGAGTGCATTTGGATTGCTATGTATGAGATCAGTGCAGCAACAGAAGAAT ATGGAAGTTCTTGAAGCAGAAAAGGACTCTTTGCTCAAATCTAATAAAGCTATGAAGAAG GATATGTGGGATTGGAAGCAGCAGCTTTTTGCTGAAGCTGAGTTACCCAATCCACTTATT CCACTCTCTAAGATTAAAGCCATTTATGGAGACGTTCAAACCACCACATCGACTTCTGGT ATGACTTTTTTCCTGTTTCTTTCGGAATCATAGCATTTGGGTTCTCTGGGAATTGCAGAA ATTAGCTTTACTGCAAATGATTTTGTGGGTTTGGCTTGTTTGGATTTGGGTATCAATGAT TTAATCTGTACTTTGCTCTATCAAAAATGGTCACTAATTAGAGGAATAGGGCTGAAAGAA ATTTAAGGCGGTTTGGGTTTAGTCTGATGTTAGGGTTTAGTTTAGTCTGATGTTAGGGTT TAGGGTTTTACTTCCCATAAGTTTGCTGGGTCAACTTGTTAGATAAATTATGATTACAAA TTTGAGGGATTGAGATTTGGTTGGTTACTGGAAATAAGAACTTGATGGGGTTTCCATTGT AAGTGTCCCGGTTTTGCTGCTTCAAAGAGTTAAGATTTCTGTATTAGATCAGGTCTGATA CAAGTATTCATTTGGTTTTGTGGCTGTTATTATATTCAACGAAATTTTACGTGGACAGGT GGAACTTAGAGGTTTATCCAAGATATAGCAAGGTCTAGACTTGAGCTAGTTACTAAAAGG ATTATAAATATAGCAGCACTTACCAAGGATAAGTTCTTTTAGAAATCTCAGGTGGATGAA CCCTAGTTTGCTTTATAGAAATGTGATTACTTGAAATTGTATGGGTGCAAGAGCTGATGA AGCAAGCGCTCACCTGGTGTCGTAGCCCCTATTGATATAGTCTTTTGCTACAAACAGTCA AAGCTGTATGATGGTGGAATGGAATTTCATAGAAGTAAAAACCAGATGCATTTATAAGTG TATCATTTCTACATGTATAGATGAGTGGGTGTTATTTGTAGAAAATCATTTCCTCTTGAA AGGTTTTCTACTTTTGGTATACTTGTCGTATATGGGCAAAGCTTTTACCCTTTTCTAATG AAATTGATTAGTTCAACAAAAAATTAAAATTTAGTGTATCATTTCTTTATAACTATATTA GACTGTTAGTGGGTGAATGTTGTTCATTCCATTAATTGGATCTTTCGCCTGCTCTTGCAG CATTATCCATGTCCTTCCTTATCATCGTTCATCATATGCCACTTTTGGTGTTCCTTTGCA TTTATTGAAGTAAATCTCTCTGGACTATCATTTATTCAAGAATCAAGATGTTGGGAAGCA AAATTCTTCAAGCTTTATGATAAAATAGTAAACACACCATTCGTGTAACTAATGAAATGA TAAATTCAAGTAATGTTTCTGCAAAAATTGGTTAAATTACCAAATAAAGGGATTCTGCTA TTAGAAGTCGTATATATGACGTATTAGAAAAGATAATCAAAGTACGAAATTTTGTAGTAT TACCTCTGCTTAATGTTACCATTTTTGAAATAATAAAAACCCACTTAACTTATAATGGTT ATCTTTCTATTATTTTATACTGTTTAATTTTTGCTTCTCTAGAATCGGACCATTGAGAAT CTTCCAAAATTGCAAAACCTTGATAATCTTTTCCTCTCCCTCCTTTCTATTCTCCTTCAC ATATTACAATTCTTTTAGACAGTTTTTGGTGATCATCCACTCCGCTGATTAAGCCTTTCT TCATCAATAGAGAAATCATGTCATTGTACACCAAATTATGTTTCTAGCTACGGACAATCA TGGAGCATTAGCAATAGGTGGACGATAAGTCAAACAGGGAGTCTCTTGCCTTTTCGATAT TTTAACAGACACAAGATATTTGAGAATTCTGACTCAACAAGAAAAAACAAGAAGAATTTT CAGAGCACACAAGATTATAGCCTAGTAGTATATGAAGTGGGTGGAAACCTTGGGAGCAGG GTTCAAGTTCCAGCAATGACAAAAATCAACTTGTTGGCAGATTTATTCTATACTTGTGCG CTGGTGGGAATCATGTACCCTGTGGTAGTAAAGCTGTAGAATAATTGGTCCAAACACCAC CATTATAAAGAAAAAGAGAAAAACAAGATTCATGATGGGCCTAGATTCCTCATTTGACAT TAACACCAGAAAGGTAGACATTGCCGATAAATATGGAGATTCATTGCGAAGAGTCCAAAT GCCCTGCTAGAAAATGCTCAATAGTCTACAAAGCCAGTCTTTTAAAGAAACCTCTCCTAA CAGAAAATGCAAGTGTCATTAATGAAAAATTGTGATAGATGAGAGTTGTACCATCCTTAG GATAAAGTTCCTCAAAAGATGTCTAGTAGGAACATCCTAACATGTTAACACATGCGCTTA ATGGAGTGGTTGACTCCAGGAGGTAGGGGAAGTTGGAAATGTTGAGCATATTAGACTTCG ACAGCTCATATGATCATGTGAATTGGGAGTTCTTGGATTTCATAACGCTGTAGACAGGAT GTGGATTAAGTTCTCCCTTTCAAGGACCAGATTCTCAGTCCTAGTGAATGGTAGACTTTT GGGAAAAAAGAAAAAGTTGTGAAGATCTTCTCAATATTTTATTGCTGCAATGGTTTATAA ATTCATAGCTTATTTGCAAAATGTAATAAAGTACCACATGAAATTTTTTGATGAAGTAAT AATAGATTTCATTACTGGCATCAAGAAGATGCAAAAACATACAGAAAACCTTTGTAGCTG CATTACATAAAGAACTATGCTAGTGCCAGGGAGCTAACAAAGTTCAAAAAGGTTTCAGAT AATAGATTTCATTACTGGCATCAAGAAGATGCAAAAACTTACAGAAAACCTTCGTAGCTG CATTATATAAAGAACTATGCTAGTGCCAGGGAGCTAACAAAGTTCAAAAAGGTTTCAGGG TAATCTACCAGAGAAGTAGTTTTCCACATAAATAGAAACATCAGCCATTGGGCCTTGATG TAATAATTTGGAGTTGACGAACCATCAAAACATCTTTCTGTTCCTCTTTGTCCACATACT TGCAGGTATCATTTCCAGATTTCCTTGATGGCCTTATCAACTTTCCAACTACTCCAACCT TCATTGGACTCTTAACTGATCTGTGGGTTGCGCAGCTGAGACCAAAAATAGAGTAGAACA AGCACCATATGTGACTAGCAATTTTGCAGTGGAGGAATAAGTGACTGTTGGTTTCTATCT CCTGTTGACACATGTAGCATCCGTTGACTATTTGGTCGCTCCTTTTCTCGAGATTGTCTT GGGTGAGGCATGCTTTATAGTGTCCAGCAGAAACATTTAATTTTTTTGGGCAGCTTAGAC TTCCACGGCCAGTAGTTAATCAAATTATTTGTAGCATGAGTTTGCATAACCCGCTTTACC TGAGTACCTGCCATCATTTGCACTGCCCCATCATAACTTATTTGCTGCCTGCAAATTCAA TCTGTATCCTTCCAGCCTGGAGATTCCTTTTGGAAAGAAGTTGCTGGTTTTGCCTTCTTT ATTCTGAGAGATATGGAGTTTGGCTCACTAGAATTTGAAAAATGTTGTGGAATTCATCCT TGAGGATTGTGTTGTTTAACCAATATCTTTCCTGAATGTGGTGTGTAGACCATTGCCTGG TATTAATTGTGTTCTCTGGAAAGAGTTCCTCCTTAAGCTTGCTATACTCAAATATTTTGT ACATAAATTCTTAGCTGAAGGTGTAACATTTATCAATGTAAAACCAGCCTATCACTTTAT GAGATCCCGATCCTGCGAGTTTCAAACTGTGGGGAAGGGTAGAGGGACAAGCACATTGTC CACCTAGTTCCATACCATGCATCGTTGACCCTTGGGATTTCTTGGTTATAAGAAAAGAAC CTTCTGTTCTTTTTGTTTTCTCGAACTCGGTTTAGTTCTTTTTAGATTTAAATCTTGTGA GTCTGGTGATAGCAAAATTCTTGTAGGCTGTAGCCACTTCTAAATATCTCCTCTTTAAGA GTTTGAGATTTCAAAACTATATTTAGTTCTATCTCTCTTTTATGTATTTTAGGAGATCAT GTGCTAACATTTCTATATGATAAATGAAGGACTATGCATTGTACGTTGAATTTTGCAGTA AAAGAATAGTTGGATTTGTGCCACAAATTTGAGCAAGCCAAGATAATCTATGAGTAAATA TTTGATTGATGCAAGTTTCTCTTACAAGGCAATCTTAGCAGAAAGACCCCCATTAGTGGC CTCAGTCGAAATGATTAAGAGGATGTGGAAGTTCTCTTTTTCTCTTTGTCTAACAATGAC TGGTTGATTGAGAAATCCTGTATAGTGTGTTTTTCTTGGGGTATACCTTCCCTGGGTAAG AAGAGCTAATGATCTCGCTAATACAACAGAGGCAAAAGTTAGATAGAATTTGCATAGAAC TTCTCTGAGAGAGAAGAAAAAGTTGTGAACATCTCCCCGATATTGATTCCTGGAGGGTTT TAGCTTCTGACCATCACAATTATTATGTTAGAGACCAAGTATAAACTTGGGCTGAATTGC TTAACTTGTATTTACAGGAAGTAATACATAAAGTTTTCTGTCAATAGCAAAGTTATTCTT CACATAGGATATTTTGGGTAGGAAAAAAAGGGAAAATGGGAGAATAACACACCAGAAAAG TCAACTCAAAGATGGCTTCTGCCTTCTGAGGTAGAATTGGTGGACTGAGACGTCGATGCT AGTGATGGCACTTGAAAGGCTTTTAACGCTGTTTTTTTAAGAAGCAGAATAAAAGTTTGA CCTTAAGGGCATCAGATGCTAGTGGCCCTTTCAGGAAGGTGGTGAACACTGAACAAACCC TTAACCTTGTTTTTGCCACAGATCTACCTCAAGTCATTTCTTTTTCTTCTTGAGCTCCTT TTCCTCTGGTGGATGTCAAATAACAACAACTGGCATATTGTGATTGAGTATTGACAATAA AAACCATACAACTTTGAACAGGACTTCATCTGACACAATCTTTTGTAACTGCCCGGAATT AACTTCATATTGTTGCTAATTGTTAAAAGCCTTTTGTTGCTGATATATATATAGACGAGT TCTTAATATGAACTTGGTAATGAACCAAAATCGAGTTCTCATTTGCGGTCTTTGTTATTT TCAGACCAAGAATAGGGAAGAGAAAATTCAGTGTCATCCCGTGAATTAGTGAATTAGGCA GGATCTTTTTTTATTTAGAATAAGAAGCAGTGGATCAATTGCCCCTTGTGCTTTGGTCTA GTGGTAAGATTGCAGCTTGTCATGTGTTATTGGCCCTCGGATTTCTCGGTTATGGAAAAA AAGTGGTGTGTCAATTTTCGAAAATCTTATTGTAAATGTGAAATACTTATAGGATCCTTG AATAACTGAATTTTTCATTGTGGAAATGACTTAATTATTCAATATCTTGTGTTTCATAAT CACTGAAGGCAATATAATCCACAAACACTCATCTGCATGCGCGCGCGCACACACTTTGTA TAAGTATTATGGAGGGAAGTTGCTACTTACATTGCTTATCATCAAAAACATACAGGTGGA GATGCTCATAACGGAGATGGAAAATCACCTGCAGGAGTATTTGTTATCTGAAAGCCATTG TTGTAGCTTGTTCATGACGAAGCAAGTTGTTTTCTGGCAAAATAACAAGCGGCCACTCAG ATCTGTGAAATATCATGCTTCAGTTAGTAGAATGGGAAGCTTGGGAAAGTGGTGTAATTC TGAGTTTTCTCTTGGAACTTAGTGATTTACAGTTGTTTTTTCCCTTCTCCTCTCTCATGT AGTCCGTTAGGAGGTCGAGATCCAAGTTTAATTTGTGGTGACACTGCACCACTTATCTAC TTTTGTTGCTGGGACTATGCCATGAGCTGAGTTTCACTATCTATCAACCAAATATTTATG AGTTCATGCATTTGGATGTTTGATTGATTCCACTTCAGTTTAGGCATGGGTGTTCTCAGC AAGATAACAATGTAACCAGCTTTTCTTAGTCACTGTGAAGATATGATATTTTTTATAACT TATTTAGTGATCATGCAGCTTACCTCAACTTATTTGGCACTGAGGTTTGATAGTTGTTGT GATCAAATTTGTTACCTAAAGGTGGCTATACAAACAAGTGAAAAATTACCTAAGTAGACA TAGCTACAATATTTACAACATACAAGTGTAACTATTATACTTTAAAAATACCATCAAATA ATCTTTTCAATGAAATGAGGTTATGTTAACCTGTTGTAAATACCTATCAAATGACATCCT TATATGCAGGAACTAGAACAAAAATTTGAGTAAATAAAGCACTGATAAGGGGAGAAGTGA GGGGTCGAATAATCTATCTTCTGCAAAATTGATGAAACCTCTTCATCTGTGATTTTAAAG GGGTTATCTTTGGTCTTGTTCTTTCTCATGTATTAGAGGAACAGATTCCATCTTGTTCTC TGGCGTACGAGGAGACTCTCGAGCATGTTGTGATAGGATGTGCCTCACATAACCATAAAA TGTACACCCAACAAGCGTCACTCCACATCCCAGGGCATTCATAGCTGAGATCGGATTTTG GAATATCATCCATGAAAATGTAACAGCCACGGCAACCTGTTAAAAATGGTCCGGACCAAA GGCAACGTAAGTAGCAGGATCTTGTATTTGGTATGATTTAAAACATGAAACAAGACTGCT CGCTCTGAAACCTGAAGAGTGAAAGTGCATGTCGGTGGGGGAAAAAGGAGAGGAACTCAC CTTAAGGTTTCCAGCAACATTGAAAGTGACAGCAGTCGTGGAGTGGATAACATAGAAGAT AGAGAAGTTAAGGCAGAAAGCTAGCACTCCGGAGAGAAAAATAAGAAGCATGGATGGAAC GACTGAAGGGAAAGTGTATAACCATTCTACAACCCCAGCTCCTTCAAAGAGTAAAGACGG CAGAGCCAGTATCATAGTTGCATAGGGAGCCATGTAGTATACTGTGTTTATACTGGAGAA CAATAATAAACCAACATTAGTTACGACACATATACTAGCAGCAGCACTGAAAGCCTGTCA CTCCATTGACGTTTGGTCACCTGATTTGTTATCTATAGAAGTTTTTGTTACATCTCAAGC AATACCTTTTGATTGGGACGACTACAAGGAGGGGGAGGAAGAGGTAGGTACTAACCTGTC AAATTTGTACCCATGCAACAACGACTCTGCTAGAATAGTTTTTGTAGAAGTAGCAAGGCA ACCAAACAAAGCAGCGCAAAATCCTAAAGTGTTGAAACTGAGCTCAGTAATAGAAGTAAG AAGAATTCCTCCAACAATGGGAATCAAGGAAGTCCAGATCCTCCATTCAAAGCTCTTCCT CCAAACTAGCCACTGCAAAATCACTGTTCAAACATACGCAAAAAAATAAGCTAAGCAGTG ATTAGGTAGAGGCCTCAGAAGGGCTTTGTGGCTCAAGCTTTACCTGTTGTAGCAGGAGTA AATGACTTTACGGTCTGCATAAAAGAGACAGGAATATATCGCAAACTTACATTCCCCAAG ACTATGTTGATACAAAACACAAATGACATCGGAAAAATTCTTCTCCACTGATCTGTGGGT TCGACCACGATGAGTGGTTTAAGTTTCAGCACTTTAATTACCAGGTATGCACCAATAGCT GAGCATATGAAGTGCACGCAAGATACTGTCAAAGGAAATTTAAACACCAATTTCTGCAAA GATGAGTAGAGTACACAATCATAAGCAACGATACTGCACGAAAGCATTACACATCTCCTA AAACTGGGGTCGGAATTTGTAGAAAGGTAATGGTGGAAGAACAGTGACACTGGTGTACAA ATTGAGGTCCGTTATCATTTTAGAGGCGTCGTGATTTAACTCATAGAGGAAGCCTGAAGA GAGTGAAGGTTCAAGCTAATGTTGCTCGGACTCTTCAGAAACGTGAACGGGTACGTGTGG GACCCTCTAAGAGCCAAGAGTCGCCAATGAAGCATTGGACCTTCTCAGAGGCGCAACTAG GTGGGGGTTCATGGGTTCGAACGAACCCACTAGCTTATTTGTAGACCCTATAATATTGGA AAGGGAAAATACACAAGTATCCCGTAGACTATAACCGAAATCTCAGAGACATACATTAAC TAAACTAAGCTCCTATTACCCCCAAACTTATTTTTTTGGTAATTTTGTGCACCTTTTTGG TTTATGTAGTATCCAAATATCTTTCACGCGGCTCAATTGCGTGGAGTCACGGAATGTGCC ACGTAAGACAAAATGTGCACAAATTTTTTTATAAAAAATAATTTCAGGATAATAGTATCT TAGTTTAGTTAAGTTGTATCTCTGGAATTTCTGTCACAGCCTACGGGATAGTTGTTCATT TTCCCTATTAGAAAATTAAATAACAATATGTATATTATCATGTGAAATTGATTTGAAACC CCAAAACTCATAATCTTGGTTCCGCCTCTGGCCATAACATAGAAGAACCCAGGTGGCAAA ATCAAATCTTCTAACAAATTTCTACTTTAATGTGGCAACATTTTATTAGTTATGACGACA TAAAAGAAAAGGTAACAAACGAACAATACAAAAACTAAAGATACAAAACATGTAATGAAG CACAATTTGAGATCGCAAATTAAAATCATAATGTTGTTAAAAAAAGGATACCTGAAAGAT CCATTTGTTCATGATAATAACAGCAACATTGAAACCCCACCATTGAAGAATAGCAAAAAT GGATCTAACAACACTCCATTGGCACAATACATTCTCCTCCATTTTTCTCTAACTATAGGC ACGCCTGTAGGGCCAAATTGGGCTAAATTCGAGGTGGGTTAGAATCAAATGAGTCATCTA TGAAGAACCAGAAAAGAAAATGGAAAAGAGTGAAGGAGAAAAGAAGAATTGTGTAGGGTC AATCTGTTTTCTTAGGAAATGGAAGATATAAGGACATGACACGTCTTCCTATGTTTCATC AAGTGTAGCATATATACATAATATATATATATATATACTTCCTCCGTTTCGTAAAGTGAT TTGACACGAAATTTATAAATTTAAAAAAAGACTTTTGAATCTTGTGGTTTTAAATTAAAT TTAGGTTGAATATATAAAATTGTTCTTTGATCTTATGATCTTAAATATGTCACATGAAAT AGCTGAAATTAAAATATTACCAAAACAAGAAATAAATTATTTTTTAAAAATAAAATAGGG CAAGTATTTGAGATCATGCCACGTGTCTTTCCGTTTAACCAAAGGGTATATGTGATCAAA AATTATGACAGTAAGGGTATTTATGATCCAAAAGTATAACGAAGGATAAAAACGTACCAT TTTTAAAAATTCGGGGATATATTTGACCTTTTTTCCTTATGTTTATATTGATTCAAAACG TCCTTGCGATTAATACTTTGTTTAAAATGTCCTTAAACTATGCAAAAGGAACAAAATAAT CCCTATTTGTAGTTTGGTTTAAAAATATCCTTACCGTCAATATTTTGGTCCAAAAATACT TTTATTATTATTTAATGGGTAAAAAAATACTCATTTTCCAAATAAATATATTATTATCTT CTTTTCAACACATTCTTTTCTAATATTGTTTTTTTAATTAGAAAATGTTTATCTTACTTT AACTCAGGAAAAAATAAAAAATGAAAAATATCTCTTACTTTGTTATTATTATTTTCTTAT CGTTATATAAATATATATAAGGGAACATGAAATTATTCTATTTTAATTGATAAAATGAGA TTAAGAAGAAAATAATTTCCTACATTCTAATTCAAAAACAGTAATAATGTTATTTAATAA TATTTTAATTAAAAAGAAAATATATTTTAAAAGAAAAAATGTATATATTTATTCGTAAAA AGACATTTTTGACCGATTTTATAACTATAGAGGCATTTTTAGATAAAATATTAAAAATAT TAAAACAATAAATAAAAGACATTTATTTCTTAATTTAAGGATATTTTAAATCATTTTCCT TGTAACGAGGGAGCTTATTGTGAAATAGTTTGTATAGATATAACGTGCATTGTCATATGT AGGAATACATAAAAAAGTTTGAAGGCTTTATTTATAAAAGTATTCTAGGTATTCTTTTAT TTTATTTAAAACAAATTTAAATTTTAAGTTTTATTTTAAATATAAGATAATATATTTATT CATGAATAAGATGGCTATTCAAAATATAGTAAAATCTCACTAAATTAATACACTATTAAT TGATAATTTCTTTAAGATAATATTTTTCGTTTTCAACTTAGGTTAGTAAAAAAAATCACC TATAATCTTTAGACTATATTATAAATATATGGTGTCATTAATATTACAAATTAATAATTA TAAAAAGTACAAATATATCTAAGACAATTTAGTAAAATATGAAATTCTATTGTGTTCTGC TTTTTGTTATAATTTAAATATGGTTGAAACTTATCTCTAACTTTTCTTATTGTATCGGAA ATTTTGGCATTGTCTTTTTAAATTGCACGATAAAATTATGAAGATTTCTAAATGCGATAA GTGTTTCCTTGCGTAACTGATTTCAAAAGTATTGTTTCATTTTCAACTTTATCATCGACA TTATTTTTTTCAATAATATCCACAATTTGGTTTAAGCTATGAACTTATGGAGATGTATCA CTTTCACTAGGGTTGTGCATCGGTCGGTTCAGTTTATCGATTCAGCTTTTAAATATGTTA AATCAATAAGATACTTTATCGGTTTTCAGTTCTGATCCTTATCGATTCGTCTTTCGATTT AACCAATAAGAAAATACGTATAAAACAAATATATGACTTCTATAAATTTGATGCAGAAAC ACAATAATATAACTTTACAAATACTTATAAAATAGAATCAATAATAACAAACATGAAAAG AACTATACAAGCGTAACACAAAGATAAATTAAGAGGAATTTGATTCTTATTTTAAATTTT AACATTTTTTATAATGTGAAATTGTGAACTAAAAATCATTTTGAAATGTGAACCGAAGAC TAACAGAAAAATATATTAACTCTATAAATCATTAGGTCTTTGATCCTGGTTTATTAGGAA AAAAATCTTCAAATACATTGTGATATGTTTTTTTTTTCTTTTTAATCCAAAGAGAAAATA ATTTTTTTTTTCAATAACCTTAATTAGCATTTAATAATAACTGTGTTCAATATCATAAAT AACCTTAATTTTTTCTTTTCTTTCATATATAAAGAAAAAAACAAAAATAAATCTGTAAAA TCTGGCCATCTAGAAATTTGAATTTGTCTGACATTTCCCACTAACGGTCGTAATATGAGC ATCGATTCATGGATTTTTTTTTTACTCGCTTCATTTCATATTAATTGATCACTTTTCATT TTATATAACAATTAAGAATAGATATATGTCTACTTTTCACAATGGATATTTTTGATATTT AATATTTTAAGAATATTTAATAAAATCACTCAATAAACTTACCTCTTTAATAGACAATAA CAGACATGTTCACAATTAGTTTTGATAGAAGAATAATTTTATTATATTATTTTTTGATAT AATAAACATAATATCTAGAAAAATAACTATAATTAATAAATAAAGATAAATTTAAAATTA AATTTAAAATTATCTATTAATTTTGTAAAGTAAATAAATATAGTTGAATAATATAAAATA GTATAATAAACAATTATTATTAGACCGAGTAAATAATAAATAAAATCAGTTCATTAAGCT TAATTACCTTTGCATCCGTCGAAAACATGCATCTTTTAGGTACTCTTTTGGTTTAACCTA TTTTTTCAATTTCAATTTATTTATATAATTTTTATTTAGCCTGATATTTAAAAAAAAACA ATTTAAATTTTGTTTTTCTAAAATGTATATTAAAGATGGATAGAATATAGCAAAATATTT TTTTAATATATTTCAATTTAAGTTATTTTGTGATTTAAAAACCTAAAAATATTGCATGGA AACATATGTTATTGAAAATAATAATATATACCATGATATTTTGAGTGCTTTTAAATAATT TTATAGTATTTAAGTAAAATAAATTTATCAATCAAAGATCATTTTAAAGGTTTGTGTGAA TTGATTTATTTTAAGTACTTTTAAGCTAAAAGTAATTTTAAAGCATTTTAAAAGTGTTTG AGTAAATATTTAAAAAGTGGTTATAAACAGTTAGTTTAAGTTGTAAATTAAATATTAATT TTTAAATTAAAATCCAAAAGCCAATTTAAATAATTTTTAAATACAAACATTAGTTTAAGT TGTAAATTAGATATTAATTTTTAAATTAAAATCCAAAAGCCAATTTAAATAATTTTTAAA TACAAACATGCTTAAACATAGTAAGGAGTCATTTGATAGAGTGTATTAGTATTATTTGAA TTAATTATACAAATTATTAATGCATTATTCGATTTTGTGTAATAAAAAATACTTGCATTG CATAAAAAATGTTTACTTAAAAAAAAACATTCACAATTGTTTCGGAAAAATGTAAAAGAG ATTTTGAGGAGCAATGAAATAAATACATATATTAAAATCTCTTGTATTGCTAACACCTAA AAACCTATGGTATTAGCATTACACACACAAATACAAAATGGTATATAACAAATGTAACCC TTAAGTACATAGTTTGTTGCATCAGATTTGTCTAGTACAGGTTGCATTTCTTACGTGATT TGCGAATCATAACATATGAGAAAGAATTTTACCCTATATGCAATCAAACGCTAACAATTG CAGGTTTCCCTCATCATGAATAAATAAAATTAAATCAAATTACATTGCATGAAAAAAAAT ATCTATTGCATCCAAGCACAACGTAGCCAAGAAGGTCCAAGATGTTTTACCGAATGAGAC GAGCATCAATCTTCGTTTATACAGGGCTTGATCGACTCTTTGTAGGAGCCTTCCTTTATC AAGGGGCGCAACGGGCTTCTTTTCATTTACCTTTAAATAATTAGAGCCTCTTCTTTATTA GTTATTTCAGTTAGTTCCTTTTCGATTAGCTACATAGGGTGAACCAAACAGATGCGATCT CAAACATAAGAATACAAATTTTTCAAGAGACAGAATACCTAAGAGAGATGGTAAACTTTT CTCTATAAATTGTCTTTGCACGAGCTTTTGAAAGCCCCCAAAATAGACTCCAACTCTATG TGCAAAACATCGTGTCATTTTAAATCAAACAAGTAAGAAAATCATAATCTTCGTGAGCAG ACATGTGAATCTAACTTTCAATCAGCATTACAAAATAAGATATTACTACTACAAAAAGTT AATACATGTGTTATTTTTGCTAATACACTCTATCAAATTAGTCTCGAGAGTAGGGTAGAG TGATAAGTACCCAAACACAGAAGGGCAAAATAGTCAAAAACAAGAAAATGTAAAGAAAAC CCAAACACCAAGATTCTGATTTAATGTCTGTCTTGATGAACCCGCACACACTTTATACTA CACCTTTGTCTCCTCCATTGGCTTTTTCCATATTCCACTCTTCAATTTGCCTCCTTTCTT TCAAATAATACAACTATACTTTCCTTTCTTCTCTTACTTAACCCCCACCCCACCCCACCC CCTACCCCTCATCACTGTCACTCCGTACCCCTCCCCCACCATTTTCAAGAAAACCCCTTT ACTCTTTCAAACCCCAAATCTCCCATTTTGCTCTCTCCACTTGCAGAGACAAGAATTCAT TTTTTTTTGTGTGTTTCTGCAACTTCTTGCTGTAGAACCAAGAATTGAGCTTAAAGGGCA AAAGGGTATCTGAGAAAAATGCTACCTTTCTTGTTCCTCTTGTTGAGCTTTAGTTTCATC GATCCCACAACTTCAAAATCTACTATTGAGCCATGTTCCAACTCTGATACTTGTTCTTCC CTTCTTGGCTACTCTCTTTATACTGACCTTAAGGTTTCTGAAGTGGCTTCACTCTTTCAA ACAGACCCAATATCTCTTCTTACTACTAATGCTATTGATATCTCATATCCAGATGTTGAA AACCACATACTTCCAGCTAAACTGTTCCTTAAGGTTCCTGTTACTTGTTCTTGTGTTGAT GGGATCTTTAAGTCTGCTTTTGTTCATTACAAGACTAGGCCTTCTGATACTCTGTCTTTG ATTGCTGACATAATATATGGGGGTCTTGTTTCTGCTGACCAGATCAAGGAAGGAAACCCC AATGCTGTTGGTCCTGACCCTTCAGTGTTAAATGTTGGGACTAATCTTTGGATTCCTCTT CCTTGCACTTGCTTTAATGGGACTGACAATAATCTTCCTGCTATTTATATGTCATATGTT GTTAGAGCTGTTGATACTCTTGCAGGGATTGCTGCTAGGTACTCTACCACTCTTACTGAC CTTATGAATGTTAATGCTTTGGGAGGTCCTTCTATTAAGGAGGGTGACATTCTTTCCATT CCTTTGTCTGGTGAGCAAAATGCAACCCACTTTTTTTCTTTGTTTTTATGGCTTCTTTAT TGTGTTTTGCGTGTGATTATGGTATGCAGGTGTCAAAGTGTTTGATTTTCCATCTGTATT ACTCCCTCCCCTCCATTTCAATTTATTCTCTTGTTTCCTAAACATGTCCAAGTTAGACGT TAGAATTAAAGAACGACCAAAAAAGGAAAAAAAAAACATTTTTCAAAACAGAATGAAAAG GTAACTAAGGCAAACTTAATGGAATGGAGGGAGTATTCAACTCTAGCCTTATAAATATTG TATGTGTAGAGTTGTGTATGCAAACATTATCGCTATCTTGTATACCATATGTGTGTCTGT GCTTGATGGGTAGAACACATATCATAAAGTATGTGTATCTACATTTAATGTAGCTTCTTG GTACTCAGCTTTGAGGGGCCAAGTTGTCTAAGGAGGCATGCTTGCCATGCTATGGGTGAA TATGTTCATTCTAGGTTTGCGGGTGTTATACATATGAAAGTAGGTTCCATGTAACATTGT AATGCATGTATAGTATGTAATTTGAACTAATGAAGATTTCATGTCCAGCATAAGAACCCT TCTTTGTGTCTACCGTTTTCCTCTTCTGTAATCTAATAAAGCAAGCAGTAGTGAGCAAGC TAGGATTATTTAGACAATGTTTATTACTGAAGTTACTTTTAATAGTTGATGTTATGCTTA GGTTCATGAAGCAAATGTTGAGTATAAGTTTGATATGTTTTTGAGTGATTTTTTATTTCC TCTTGAATGAAAATGCATCTCTTTGATATTCTTGATGAGAATTGCTTACGATGACCCAGT ATGATTATACTTCGTAACTGTATGCATCAGATTATGAAGTCAAAAGCTGAGTCACTTATA ACGATTTTTTTCTTTTTCTTGTCACTAGATGTATGTGTCTGTGAAATGCTTGAAGTTATT GAAAAGAGATGTTACTGTAGCATATCAAGAATTTTTTAACACTTGTAAGGTCACTAAGAG AACAGAACACGAATCCTTATTCGTAGATTGAATATTGCATTTCTCAGTTCAGTAATAACA TCGTTTCTGGCTAAATCAGAAACAGATACTCGCTCCATTTCTTGTATTTTGGAAGTATTT CTTTGTCTAAGTTTTCATTGTTTCATGTTCTTTATTCTTCTTGCGGTTGTAATTCATCTA GTAGAAACTGCTTTATTGGAGATTTCATAAAAATGGCTCTGTCGTAGTATTTCGTTGTTG GATATCGAGTGTTTATAAACAAAGGTACAACTTTAATTATATTTAACTTAGCACAAGCAT TGCAGTAAAGCTACTTAATTTCATTGATGATAGATGTTTGGTAATGATAGATGCTTTTTC TTCTCACTGCAGCTTGTACGTCTAGCTTCCCAAGATCTGCCTCGGATTATGGCTTATCTG TTGCGAATGGGAGCTATTCTATTACAGCTAGCCACTGTGTGCAATGCAGTTGTGGACCAG GGGGTCGGAAGTAAGTCAGCAGATTATATGCTTTCAATTTCATTTGCAGTTATCCTGGTC TGTCGAAAGTTCTGATCGTGATATTGCTGGTTGTTTTGCAGTTTGTACTGCATGCCAGCT TCTTTAGCAGTTTCTTGCTCAAGCATGCAGTGCAAGAACAGCAATCTCATGCTCGGAAAT GTTACCATACAACAGACTGGTGGTGGTTGCAATGTGACTTCTTGCAATTACGGTGGCCTT GTTAATGGAACCATCATCACTACGTGAGCATTATTGTTCAATTTTCTGCCCTCAGTGTAT TGTATGTAGTCTCTGATTTCTGTTTGCTTATTTGACGCTTTGTATGTCCCTTGTGCTGGA TGCAGATTATCCACATCGCTTCAACCTCGATGCCCTGGTAAACATTCAATCGATCTTCCT TTTCATTTGGTTGCAATGTCACTTCTTGCAATGTAATGTTTTCTTGAATCAAATATTTTT CAGGACCTCAACAATTTCCTCCACTTGTTGCCCCACCTACATCACTAGGCCCCGACTTGA TGTTTGCTCCTGCCCCTTCACCTTCTGAATCTGGTGGTGCTCCGATGTACCGTCCACATA CTTCTATAGTCCCTGCATCTGGCTCAATCATAGCATTTCCACCTTCAGGTGGACCAAGTG GAAGTACATCTTCCGCTTGCTCGTTGAACCCTTTCGTTAGTCTTCTTATGGCAGTTTTCT TGTGTTTGTTTATGAAATACGCGATCGCGCTTCCTTTATAAGGATCCTTATGAGTTGTGG AATTTTTTCCCCTTGTTAGAAAGAGGATGTGTTTCTTTTCTTCCTTCAAGTGTAATTTTC ACTTGAAGATTGTAGTGATTGCTCCAAAATTCTGACTTAATTTTGTGATTTTTATATTTT TTTTAGTGAATTTTGAACAGTGATATCTGTTTTTGCATAGTCTATTCTTACATTTCTCAC AATGCCTTCTTCCGTTGCGGCGACAATATTTTTGAAGAGTCCGACAAACAAGCACGGTAA GTAAAATAAAACACATATATATAACTATTGCCTTCATTATTTTTGTATATATTGTTGCAT AATATAGCGCATAACTGATTTTCTGAGATAAGTTTGAAATTTAAATTTACGTCCTTTTTC GTAAAATTTAAAAAAAGCAAAGGCAAACACATGGAGTATGTGTAAATGTTTAACACTCAA ATTGATTGAACGTGAAGATAGTGACAAGGATCCTTACAACGATGCGCTAAATTAAATTCC ACTACCTGTCGTTTTCACTAGGCCAACGTGAAAATCGACTCCGATAAATCAAATTCAAAA TTTTAAATTTAATTAATCGAGTTTAGAATCTTTATTCATATTTATATAACTCTAAGCTTA TTCATAATTAAATATTTTATGTTATTAATTATTTTGATTTGCATCCTACTAACACCAAAG GCAGACTTATAATCACATTCCATGTGCAAAGAGACTCGAGATAATCTAACTCAATTACAC ACAATGATACTTTATAAATATTTAAATTATAAATTATACCGCAATAACATGTATATCGTA TACAAGTGATTTAATTGATCTTAAAACGATAACCTTTTCATGATAAAAACACACACATTT CAATTAACAGATCAAGCTAGATACTTCAATTTACTGTAACTTCAACAAGAAAGAGAAAAG CTATCCCTTTTAATTTAATTTCTTTCTTTGTCCTTCAATTAAAACAAATAAAACCTAAAT TGAGTATTATTAAAAAAACACAATAAGGGGTATTTGTGACATTTCCACTTCTTCTCTTTT TTACTTCTCGATAATATAAAAATAAAATTAAATAACCCACTTTTATGTTTCTTGGGCGGG AATTAAGTATTAAACTATAAATTTCAAAACAAACAAATAAATAAATAATTCTTTAGTTTT AATTTAAAAATGTCCATTTCACCCTTTATAAAGTATCATAACCCTGCAAATATTTAGTAT TTACTTATTTTATACGTAAGTATCGCAAATATTTCTTGATTTCTTAAATTCTATGTCAAG TCAAACTAATTTATATAAAATAAAATGAGAAATGAAATCAGGAAAAAAAAACAAAAGGAA AAGGGAAAAGACAGATATACAGATACCATTCGTCATATTTTAAGGACATTAGTGCCTTTA CCATTCAAAAATTAAAGTATATATATACCCTTTATACTAACAGGCATACACATGTCATAA TTTTATCTATCGATTCTGTATCAGATCATGGATAAGGTCGCGCCACCCTATTTAGTCTTT CGTTAGAATAAAGAGTATATACGCTCTAATTTTAAGACGAAAAATATGTCAATATCCCTA AGTATAACAAAAATATCTACATATAATTTACGATAATTTAAAGATATATTTATCTTTTTG ACAAATTTAAAAAAAAAACCAGAAGAGCATTAAGAAAGTTGAAAAAAGTGATCCAAAAAG TCTCATTCTTCCTTTGTTCTATTTCAGCATATCACATGCGCTCCTCTTCTGGGTCCCGCA TTAGCTATTTCAAAAATCTCCCCAAAAAACAGCATATATTAAAAAAAGATTATATTTTTA TGAGAAATTTGAATGAATAGAGGCTTCTTGCTTGTGGTTTTTGGATATAATTGAGTAGTT AGTACTTGTTCTCTGACAATTCACAGCACAGATCTTTGACTGTCTGAATTTGTTTATTGC TTCATCAATCTGAAATCTTGAAACCCCAATTCATCTGTTATGGCTTCTTTACAGTAATGT ATGTTGATTTCTTGTTTTCTCTTTGCATTTTGGGTTGAAACAGTAGAGTCATATAATCTA TTCATATTTAATCTTGGAGACAATAAACTGAAAATGGGCCAGCAATGGATCTGTTAAAAA ATATTCCTTTGTCCATTTTTGGCTTGGTGTTTTGAGGTAAGGTCATTTTCTATTGCAAAG GAAATGTCACTTTGGTTTGCCACTAGAACTTTTGGGTAGAGGGTATCATTGAGATTGTGA TTTTTGATGGGTTTGCTTTAGATGGGGGCTTCTTGTTTTTTTTATCAAAGAGTAATGGTA AAGTTTGGTTTTTGTTCTATCTATTGTTCAAAATGCTTATTTTTTGAGCTTAGATGGATA GTTGAGTGGATTTGAAGGAAAACTGAATGAACTTGAAGCCAAGTTATAGTTGTTGTTAAA TGACAGTGTGTTTGGACAGCTGGTTGTATTCTGTAGGGTATAGGTATATTAGTTGTTTCT TTGCATTTGGGATGGAGCTTAATCATATCAGAGGTTATCTGTGTCATTTTTCTGTTGGAC TAATGTCTCTTTGTGTTGTTATTGATTGAGGGTATCAATTATATGCAGATGGACATTGTA CTATGAGCATTTAGGAGATTAAATGCTTATTGAGATGGAAAAGAGGAAATGGTTGTGGAA AAGGAGACCTTCCGATAAGAGCCCTGGTGAAACGGAGAGTTCTGGTTCTTTATCTTCATA TTCGGAGAGATACTCCGATGAGCAGGTAAAAGGCTTAAAGAGAAAGAGTTTTTCTTTTTT TGGTCTTTCAGTTAATTGTGCTGATATGGAATAATCTTATATCACATGGTTGGAAAAGAT AAGCTGCTGTTTTTTAGAAACCTCACATTTAATCTTCACTTGCACCCCGGGTTTTAAATT GATAATGGTTGAGGTAAATATGCAGCTCAAATACTGACAGCTGAAAGTTTTTCGTGTCCG AGTACTGTATTTTCTTTCTACTTGCATATATATATATATATATGTACCAGTTTTGATTTT TGAAATATTTGGAAGGTCATTGGTCTTTATTGATCATCATCAGGTTTTCGCTATTGGTTT AGTTATAGAAATGACTAGCTTATAGTTATTGTAGACAAATAATCACAATAGATAGCCCCC CATATTGCTGAACCACCAGACTGCCCGTCATCATCTAGAGAACGTCCCTTCTCCGTGGTT TATCCAATTTCTACATTTAAATTGAGCCATAATTCTTCTCCCCTGTACTTCTTAACATTT ATCTATTGTAAATGTTTACCTAAATGTTGGATTAGTATATAAATATTGTTATTTTATTGT CGTTTTTTCCTTTCAATCCTGCTTTGGTTACATTTTTTTGAGCTGAGGATCTATTAGAAA TAACCTCTCTACCCCCACAAAGGTAGTGGTAAGGTCTGCATACATCCTACCCTACTTGTG GGGCTACACTTGTTCTCATTGAATTAGTATAAAGTTCCAGTTTTTAAGGTGCTTGGGAAG AATTATGTTTCATGACTTTATTAAAGAACACTAAGTTCCTCATAGAAGGGATTTATGATA TCTATAAAACTAAATTGGTATAATACTAATTTGTTGTTTAATGATTCTGAGGTGATCTTT TTAAGAGTTTAAGGTTTTATTAAATGAAAAGTCTGCAGTCCAAGTTTGTAGCTAATTCAC AAATCTCAGATCTATATGAGGCGAAAAGCAACATAAAAGAGATTGTTGTGATAGAATTTT GAGTATGTCAAACAGTTTATTTATCTGCAGAGCATCTCCTGAAATAGCAAATGTAAATTG CAGAGGCCGATTGAATAACAATTTATATGTGCAGCTAAAAACAGTAGTGGCTGAAGATTG ACCTCTAGTTTGGTGCCTTGATATGCTTTCCAGTATAAAGATCTGTGCTCAGGTTAGATG GTAGCAGATGATGCAAGATCTTGGTTTGGAAAGAAAGTGCCAAAAGCTTTCATAAGTGAT GTTTCTTACCGTAGTCAGCAGTTTCGTCCTGATAAGGAATATACTTTCACCCTTGACCCT TTTTTTTTGGTTGAGATTAGATGCTCTCAGTAAGTGTAAAGATGTTCCTATAGCTTTGTT AAAAGAAATATTGTCCTTATCACTGCACCATCCATTCCTTCTTTGTAGGGTCATTTGTCT CATATTGAAAATCATTCAATAGAAATCTTACTGACTAGCTGCCAGAGAACCATCTCTGTG CAATCTAGAACATTTTCTTGTCAAGAAAAGCTTTAACATTTTTAGCTATTGTATTACTTC TTTTACGAGAAAGGATCACCTGTTCTTTTCATTGAAGCAGGATGCACTAAAAGAATTTCC TGACCATGACAAACAGTCACCAGAGGTTACCTCAAAAGCTGCATTCGTTGATGATGAATC CAAGGAAAGCTTGAGATGCTTGACAGAGAAATTATCAGCTGCTCTTGTTAATGTTAGCGC CAAAGAAGACTTAGTTAAGCAGCATGCTAAAGTTGCCGAAGAAGCTATCGCAGGTATCTT CTTCAACTCCTTTCTTCCTCTGTTGTGATTCCAATCTAATTAAGGCATTTGGACATTAAA ATGTGATATTTGAAAAATAGAAGTTGTAAAAAGGGTATTTGGAAGTTGTAGTTGTGTGTT GGACATTCATTTAACTTGAAATAAATAGAAGCTCTGTGACCGGAAAAAAAGTTCACTTGA ACTGTATTTCATTGGAAAAAAAGGAAAAAATAAATGGGAGCTAAGATTTGTCTCTTGGCT GTCTCTTCATGCACACCCCTTTTTCTGGTATGTGTTTCACACGCTGAAACAATTTTGTGG AATATGCCTCTTCCATCACCTTCCAAAGAAAGTGATTTTTGGTCTGATAATTTCTTGTAT ACTTTTTATCATCTTGGTAGGTTGGGAAAAGGCAGAAAATGAAGTTGCAGTTCTAAAGCA GCAACTAGATGCGGCTGTGCAGCAAAACTTGACTTTGGAAGTTCGTGTCAGTCATCTCGA CGGTGCACTCAAGGAATGTGTCAGGCAGTTGAGACAAGCAAGAGATGAGCAAGAGAAAAT GATTCAAGACGCTATGGCAGAAAAAAATGAAATGGAATCTGAAAAAACTGCACTTGAGAA ACAGCTACTTAAGCTCCAGACACAAGTGGAGGCTGGTAAAGCTGAAATGCCTACTTCTAC TGATCCTGATATCCTTGTCAGGCTTAAGTATCTAGAGAAAGAGAATGCAGCTCTCAAAAT TGAACTTGTCTCTTGTTCAGAAGTGTTGGAAATTAGGACTATTGAGAGGGATTTGAGTAC TCAAGCAGCAGAAACTGCCAGCAAGCAGCAGCTGGAAAGCATAAAAAAACTGACCAAACT TGAAGTTGAGTGTCGAAAGCTACAGGCCATGGCTCGCAAATCATCCCCATTCAATGATCA ACGCTCCTCTGCTGTTTCATCTTTCTATGTGGACTCTGTCACCGATAGCCAGTCTGACAG TGGAGAGCGGTTAAACACAGTTGACAATGATGCCCTCAAAATGAGTAAACTGGAAACAAG AGAATATGAACCAAGTTGCTCAAATTCATGGGCTTCAGCACTCATTGCTGAGCTTGATCA ATTTAAGAATGAAAAGGCCATGCCTAAAACTCTTGCTGCCTGTTCTATAGAAATCGATAT GATGGATGATTTCTTGGAGATGGAGCAACTTGCTGCATTATCTGAAACTGCAAACAAGAC ACCTTCAGTAACTTCTGATGCTGTTCCTCATGATTCTCCCAATATTGAGAACCCTTTGGC AGCAGAATACAATTCCATTTCACAAAGGGTGGTTGAATTAGAACAAAAGCTGGAGAAGAT TGAAGCAGAGAAAGCTGAACTGGAGAATGCTTTCAACGAGAGTCAAGATGCCCTTAAAGT GTCCTCTTTGCAGCTTAAGGAAACTCAAACCAGGTTGGAAGGGCTGCAGAAGGAGCTAGA TGTGGTAAATGAGTCAAAAGAGTTGCTCGAGTTTCAACTCTATGGCATGGAGGTAGAAGC ACGGACAATGTCTGTAAATATTGATTCTTTGAAGACGGAAGTTGAAAAAGAAAAATCTTT GTCATCAGAAATGGAAGCTAAATGTCATGAATTGGAAAACGACCTTAGAAAAAAATCCCA GGAAGCTGAAGCTCAGCAAACTTCTGGTTCAAATAGTGAATTGAAAATAAAACAGGTAGC TCTTTCTCTCAACCTATCTTCCGTTGTTTGTCATTTATGTATAGACACATCGATGTGAAG AAAAGAAGATGAAAATTAATAATGGTATGTAAACTTTCTCACTAGCAGGAGGATTTAGCC GTGGCTGCTGACAAGCTTGCAGAATGCCAGAAAACAATTGCATCCCTTGGGAAACAGCTA CAATCCCTAGCTACTCTAGAAGATTTCCTGACAGACACTGCAAATCTTCCTGGTGGAGGA GCAGTTGTTGCTAAAGCAGGAGGAGAACTATGGAAGTTGCATGTAAACGAGACATTTACC CCAAAACGTGATTCTGATCCTACCAAGGTTGAGGAGAATGTGAGTCATTCTACAAACGAA AATGAAGGGGAATCTCCAGCATCTTCATCTTCATCATCTACTTCATCCACTACTCAGGCT AGCACTGGCAAAAGCAAAAATGGCTTTGGGAAGTTGTTTTCTCGGAGTAAGAGTGGAGTT CCAACTCTAAAAGTTATCGAGGATAAATAAATAGAGGAAGAATGTTGAGAAGGTTGGAAC ATAATTTGTAAAAGGTTTATCAGTTACATGGCTGATCAAATTCTGTTTGATAAGCAAACT GTTTGCTTCAATAGTTATGATGAATATCTTGAGAAGCTTCAAATAGCAATAGACACCTTG AATTTACACTGCTTTGGCTAATCTCCCTCTTTTTATTTAATCCATTTCAGTATATTTTTG TATCCATTTCTAGTTTACTTTCTCTAGTTAACTACATTCTTGAGTAACAATAACTATCCA CTAAAAAATATATATGGAAATGAAGTAGGAAAATAATTCTGTAATAAAATACAGTTACAA CATGTGATTGGTATTTTGTTGTACAACTAATATGGATATAATTGTATTACATACACCATT TATAGGAAAAATTAGTGGGAAAAACACCCTTCGCGGTGGCCCGGTGGTTTTGCCTTGGGA CTTACATGTTGGAGGTCTCAAGTTTGAAATCCCTTGCCAGCGGAATTAAGGGGTTTTGCC TTCTGGGTCGAGCTCGTCGCACCGGGCTTACCTAATGCGAGTTATCTCTCATATGTGGTT TGTGAGCTATTGCATAGAAGCAGATGTTTTACCTTGTGCGCACCTAAAAAGTAGCGGCTG TAGGTTTCCCTTGTCATAAAAAATAATAATACCGAAAAACAATTACCTAAAATAAAATAT TACAGTTCATACCTATTCATGAAACATATTCACAAAAAAGTATAGTAGGTATATACGTTG TATACCTTCTGTGTATAATGGTGTGATTCATCTATTTTTATTGTTGTATTACACCCCAAT ATTCTTTTCAAATCCAAAAAAGTAGATTGTCTTTTTACTCCTTTTGTACTCAATAATACG CAATATCATGAGATAAAAATAATTTCAATATCAATTAATACTTCAAATCAAAAATAAAAA TAAAGTAATCTTCTAATTTTATCATGAAATTATTATTTTTATGTTACGTATTAAATTTTG TCAGCCACACATAAAGTAGGACCATTCAATAAAAGAGGGAGATTTTGATTAAAAAAATCA AAGAAAAGATAAGAGTAAGATATCTTCCTACATCCATGCTGGCAGAGAGAAGTCAAGTTA CCAATTGTCATGTTATACGTTTTAAATAAATATTTTATATAAAATATAATATAAATTACA AATTTTACTTATTAATATGATAAGAAAAAATACATCATTTTTTAATCAAAATTCATATCG ATTGACTCTAAAAGAAAAAATTATGACAAGTAAAATTAGACGGAGTAAATTTAAATACAG AAAGAATCATGTGGAGATGGAAAGTGCCACGTGTGAAACATAAGGGTCCCACTTATTTCC ACGTGGCAATCTGTGGGAGGTCAATAGAGATTGCGCAGAACACCAACCTCTTATCTAACC AAAAAAAAAAAAACATTAGAAAAACAGAACAATCTGTTGTTGTTTACAGCATTTTTCTTA AATAGGTGAAGAGAAGAAAAACAAAAAAATAATCTTTTTTTATCATGACAGCCATTGCTA CTGCTACTGCTATTTCTCTTTCACTTCCTTTCTCTTTGTGCCGCTCTAACAAGTCTTGTA CTAGAAAGGTATTCTTTACTTTCTTTTACTTTTTTTTTTTGTTGGGTGTTTGCAAGAAAC TATAAAGATTGCTTCTTTGTCTTGATTAAGCTTGTTTATGGAGACCCTTTTTTAAATTGT AGTGAAAAAAGATCATAAAAGTCAGTTTCTTGATGTTGGTTATGTGTATATAGATTTCAA AACTCAAAGGGGTATGCACTTTCGTATTTTGAAACATGTTTGTAGAATTGTAGTGTCAAA AGTGGATCAGTTTTGATTTAGTGATCTTGTGGATTAGTAATATTTTTTGCATAGGTTGGT AACTTAGCCAGTTAAGCTCTTTTACTGCACTCTGATGGAGAGTTCTGATTGTTCACAATA CTTGAAATTTAGGTGCTTTTTGTCATGAAAATTTTGAGTGTTTGGAAAAAGTAGTTTTTA TTTCGAATAATGAAAGATGATATTTGAAAATTCTTTGATTGTCCAATAGATTATCTGCAA GAATAAGCTCATAGTCGTTTAATCGAGTAGTCCTTTAGGCTATTGTTCATGAAATAGCAG AATGGAGATTCATATGTCACTTGCGTTTTCTTCGTCTGAGCAGAAGAATTGACTGTCTAC TGATTTTGCATCTTGTTCACAATCAGTTTGTCAAAGGGAGCTTTGGAGTATTTGCTGTGT ATGGGGAGGAGGGTGGGATTCCAGATAAGAAAAGTTCCTGGTTGACACTCTTTAATGTGG AAGATCCCAGGACTAAAGTTCCACAAAGTAAAGGCAAGTTCTTGGATGCAAATCAAGCTT TAGAAGTTGCTAGATATGATCTACAATACTGTGATTGGAGAGCTAGGCAAGATGTACTTA CTATAATGCTGCTACACGAAAAGGTACATATTTGAATTAATGTGTGTACTGAACTTGAAA ACCTGGTAAAATACAACATCCATTATCTTTATCTAGGTCTATTTACAAGTTTGTTGCATT GCTCTTTCTCATTTGCCTTGCTTTCCAAATATAGTTCACTTTATTTACTCTCTATTGTAC CTTTCTTAGAGTTATTTCAAATTTTCCCAGTCTTCATCGTATTCTACATTGTATTCTAAT CAGTTCATGTAACTAGGTTGTGGAAGTATTAAACCCTCTGGCACGCGATTATAAATCTAT TGGAACCATGAAGAAGGAACTTGCAGAATTGCAAGAAGAACTTTCTCAGGCTCACAACCA GGTTTGGAAAATTCATTTTGATACAAATTGCATTTTCTGGTTATTCAGGGTGATTTCCCT TCTATATGTCAAACTTATTGAAACGAGTCTTCTGAAAAATAAATGGAAAGTTATATGGAA AAACATTTCCAGGATATTGCTTAGTTTCTCATAAGTATAAAGCTTTATATGTGAACCAAT TCAACAGGTACATATATCAGAGGCCCGGGTTTCTGCTGCTTTAGATAAGCTAGCTTACAT GGAAGAATTGGTTAACGATAGGCTTCTGCAAGAGAGAAGCACAGTAGAATCAGAATGCAC GTCTTCCTCTGCAAGCACGTCAACAGGATTATTAGACACTCCAAAAAGCAAGCAACCACG AAGAACGCTGAATGTCTCAGGTCCTGTCCAAGATTACAGTTCCCGTTTGAAGAACTTTTG GTACCCTGTTGCATTCTCCGCAGATCTTAAGAATGACACCATGGTGAGTCAATTATCTCA TATCTGCCAGTCTCTTTAACCTAAAAGAAAGAAAACATTTGATCTAAAACACAGAAAACC ATGTAGATGCAAAATTATGATGCCAAAACAAATTAACAAGCTATATGATCTACGCTCCTA CTTTATGGTCTTCCATGTTTATTCTTTTGGATCTTCTATTGATGACTGTTAACTGTATCT TTGTAGTTACCGATTGATTGCTTTGAGCAATCGTGGGTGATCTTTCGTGGGGCTGATGGA AAACCTGGATGTGTCCGGAATACATGTGCACATAGAGCCTGCCCTCTTGATCTTGGCTCA GTAAATGAGGGTCGCATCCAATGCCCTTATCACGGTGAGATAAATTTGAATCCTTCCATT TACAGTCCAGAGTTCATACTCGAGAGATGGACAGCTTTTAAATGGGTTTTGTAGAGGACA TGGAATAGCTTACACTGAGTTTCATGTTTGTTAAATGAATTTAGGATGGGAGTATTCCAC CGACGGGAAGTGTGAGAAAATGCCATCAACAAGATTACTGAATGTAAAGATCAAAGCACT GCCCTGCTTTGAGCAAGAGGGAATGATATGGATTTGGCCAGGAAATGATCCACCTGCAGC TACCCTTCCTTCTTTACTACCACCTTCTGGATTTCAGATCCATGCTGAGGTTCGAAATCA CTAACGTTTGATTTTCAGCTGTTTATCTTACAACTTATGCATGAGTATTTTGCCTTACGA CTGTTTTCACTGAAAGTGCAGATAGTCATGGAACTTCCAGTGGAACATGGACTACTTTTA GACAATCTTTTAGATCTTGCACACGCACCTTTCACACATACATCAACTTTTGCTAAAGGA TGGAGTGTACCAAGGTAGTAATGGACATGAACATATGATGGTTATTATTTAGACGTTTAG TACTATATCAATAGTAGAGTAAATTGTCTTTCTATTTGGTTTCATGTGGTTTTCCAGAAA ACTTGTTTTTTCTGGTCCAAGTTATGAGTTCTAAGGAATAAGTAATGCTTTCAAGTTGTG CATTGTGTTTTGTGTAGTATATGAAGGTCTACGTACTTATAGTTTACCTTTTTTTTTTTA ATTTCAGCTTGGTAAAGTTCTTGACTCCTGCATCTGGTCTGCAAGGATATTGGGATCCAT ATCCAATAGATATGGAATTTAGACCACCTTGTATGGTTTTATCCACCATTGGCATCTCAA AGCCAGGCAAATTGGAAGGACAGAGTACCAAGCAGTGTTCTACGCACCTTCATCAACTGC ATGTTTGCTTACCTGCATCACGACAGAAAACACGGTTATTATATAGAATGTCACTGGATT TTGCTCCCCTGCTGAAACACATCCCCTTCATGCAATACGTTTGGAGACATTTTGCTGAGC AGGTTTGTTTCTGTCCAAAACTTTGTAAAAAATGGTGATTACATGAACATCTTATAAAAG TCTGACTTCATGAAATAACAACTGCCTGATCTATGAAAAACTGCATTTTGTTCTGGAACA TCTATCTTGAAAATTTATGCATTTTGAAGTTGGAAATATGCAACGGATAGAACAAAATCA GAGCTTAAACTCCAGGATTACCATCACATGGCTCTAGAAGCTCATAGTCACAATAATTTA GATTTGCAAACTCTTTGATTTCTGGAAGTTACATAAATTTGCCTAAAATAGAACCACATG ATTGTGAGCATGATCTTCTGAAATAGTAAATTTGCCAAATATCAGATAAACTTTCACCTT CTATATAAGATATTACTACATTTTTGCTTCTTCAGTAAGGATAATGCTGCAAAGAACTTC TCCTATATGAATATAAAATAAAGAGGGTACCAAAATGAATGATATGTTCTAACATTTTTC TCTTCCTTGTATACAGGTTTTAAACGAAGACTTACGGCTTGTGCTTGGCCAGCAGGATCG CATGCTCAATGGCGCCAATATTTGGAATCTGCCAGTGTCTTACGATAAGCTAGGTGTGAG GTATAGAATATGGAGAGACGCTGTAGATAGTGGAGAAAAGGAACTACCTTTCAGCAAATA AATATCGTTCTATCAAGAACTGGGTTCTACTTTTCAAGATGACTTTGATCTCTTCATAGT CAGCCCACGCCAAAATTCAGTCCAGCTGCTGAGAAGCTCTCACTTACTGCAGTTTTCCAT ATTTTTTCTTGTGAGGAGATACTTCAACTCTACTGTAAATATAGCTGTACACAATTTTTT TGTAGGTTCGTGTACAGTTTGAGCAACCTTACATTCCTCACCAACAATCTATCCTGTCCT GATTGCCACTTGAAAAAATCTCATAGGTTCTTTGTAAGTGTCTAGAGTCCCCCAGCAATG TCGTTCCACCTTGTTATAGCATAATTTCTGATCTCAGATTGCAAGTATTCTTTTTGCCTA ACAATAAGTCAGAGATGTTTTGATCTTTGGTAGCAGTTTGAGCTCAGTTGAATCAGTATG ATAGTATTGAAATATTATCCTTGTAGTAAGTATATTATTGTGGTCGATGTTCCTATGCTG AACAAGAGACAAAACTTGATGAAACAATCCATGTTTTCATTTCTGAGTCTTGGCTAGGAA AACTGAGCTCAAAGTTATGCAAGATGACCCTTTAAACACAGTAGCAGCAGATCCAAGAAT CGTGTACTTCTGGACAATATGCAAATGCTCATTATAGTGTAGATGATGACCCAAACAACA TATGGCGTAGTACCCTTGCTGAGTCTTGTGAAAAATTATTTCTTATGTAATATAACATTA TCGAGGAAAAAATTAATTTAATGAAACCAACAACATAATCAGTGAAACGCCACGTACTCT GCAAATACAAAAATACACTACTAAATCCCATTTTTAGTTTCTACTAAGAATATTGGCTTG GATGGTTTCTACCAGTTTTCCAAGGGTTCAGCTGGCAAACAACAGAGAAATCCAAATCCA AGGTGCTTGCAAACAGAACATTAACCATTTATATAAATTTATACCAGATAATACACTTAA TAAGTTCAACAAAATTTACATAGGATTAGCATATAGATACAACATGGCTTTCTTAGAAAG CTACAGCTTAGTAATTAATAGATAGAGTTATCCCATATACAACTGTGGCAAAAACCTCAT CATGTTAGGCAGGCTTCCAAACTGTGAGCACTTCTTGAAACATCTCTAGCATCAGATCTC TATCTGCCTGTCTGAAGAAGTTGTTAATTTCCTCCCTAACATCATAAATCTTGCCAAAAT CGAACAAATACATCAAGCAACCTTTTTTCAATTTATTTAGCTGGTAAAGCCAGGCCTCTT GCAGTCTTTCGAGGACATTACCCGAGTTGATGTCTTCTAGGAGACTTTCCTCACAAGCAT TCTTCAAATCTACAATATCATACTTGTTTGCCGCACCCAGTAATGCCAATCGGTGCTTCC AGAAATCCTCTTGTTTTATGGTTCCATACAAGTAACTAAGAAGCGCTGTGCATGATTCTG TTGACATGTCTTCTATGTCGATTATAGAGGACTCTTTCTCCCTGAGATCGTGAAGGAACA TGCTGTGGAATACAGGAGAAGTAGCAGACAGTATCGCTCTGTGAGCTTGCACTGATCCAT CAGCCGTATTAATGGTAACATCAGTATGGATGGACTCATCAAGCATGCGAGAGAGGCATC GGAGAGTACTTTGGGTAGCTAAAGATTGCAAAATCATGTCATTGGGCCATATAGATTTTC CTTCTCCACCCTGAAGGTTCAATTACCACAGGTTACTAAGAGAAGGAACATGAATTCAAA AAAATACTCAAGGTCTTTTATTGGTAAATGCTGAGAAGAAACTTTTCATTCTTTTCCATT TTCTGTAAAATGGAACAATTGGAAAATTTCGTTTTTTCAGTTAAAATCTGCTCAAGGGAA CAACCAAAGAATTCAATCACGTAAGCCTATACACCAGCCCTATCTGTTACAACTAGATAG GTAGTTTATCAGAGAACCATTTCATGTAGTAATCTCATATAGTCGTGCATATTAAACACA CACTGGAACACTTCAGAATATCAAGAACTCACATTTGGGGTGTAGATCTTCAGGTCAAGG AACTCAACATCAATGACAAATCGACCTTGTAAACAAGAATCAATAGGCCACACAAAGTCA TCACTTGTTCGAAGCAGCCTCTCATATACTGCAAACATGGACCGCCACAGAATTATACAT GCAACATAACATGTTGAATATAGTTAATACAGAATTGTTTATGAAATTCAACTGTGATAG AGGCGAGAAAAGGTGTGATGGACATTAGTTGCAGGCTCTTTATCTGGACAAACAAAGAAA AAAACAAGGAAGCACAAGAGTCTACACTTACATGTGTCTGCATATGCAGCTGAAGAATAT TCTATGTGCAACTAAAAAACCGTAACAATACTTACTAGAAGCATAAATAGCACACGACAG TTAGGCTAGAAATTGTTGGCATATTAATAGCCTAAGGCAGTCCAGAGATAGGATCTTGTC CTACAAGAAAGGGTACAAATTTGATTTATAGCATGTACAGAGAGGTCTTTTCTTAATGAA CAAATTGTGTCTTCTCTTCTGGTCAACAAAACAAAAAATTTGACCATATAAAGAAGGAAA ATTTATGTGCACCATTAAGGACACTAAACTGCTTTCTCTAATATTTCAGTGCTTTTTATC GACGATAGTCTGAGTTGCCTAAGATAACACCCACCCATCCCCACATCATAGATGCATGCA GCAAACAATTTGATACCCATGACCCATCCCCTAATATTACACATGCCATAGTAATTGGCA GTCCAAATGAAAAACATAATGTGAGATGCGTCCAAGAATTCCTTATCAAAGAAATCACAA GTTTCAGAACCAGGCATACATATACATCATGTTTCCTTTTTCATATATGAGCATAACAAC TGACCTGATAAATTATTAAGTAGAAATGTCTAAGTTTCCCCCCCTCCAGGAGGAGAGGAT TGGGCATTTTTGCTCTATACAAGTAAATTCATCTCTAGCCGCTCAGCGTAGTCCAAATCC ATTACCAAATCATCCATAACAGATGGAAATAACCATGATGAAAATTGACGTAATAGATTA GTTACACTAGTGTGGCAAATAGAGATTTGCAACCAGACCTTTGTGAATAGATCAAGGAGC TAATAAATTGATAAAGATTTGAGAGTTGAATTCATCCAACATATATTTAATTGTACTACT TTTCCATGTCAATCACCTCGGTCACACTTTATATTACATCCCTCAATTTTCACAGATACA GATGTCGTTAAACAAAGACACGTTTCTCCAAAACTAGTGATCTTTGCCAGAAGAACAACC AGACCATATCAAAATACAAATTACATCAACCAAAATGGTGCAATTCGATAGGAAAACCTA ATACAACACAGTAATAACAACAAAATGAACTCTGCAAATGCACCAAACAAGCAAAATAAC TCAAAAATACATCTTCAAACTTTTGCTAGGTAAATCGACCTCTGCAACTTGCAATAGTAA ATATACTCAAATGGGTACAATCAAAACAGAGAAGAGCTGAAAATAGAGTTTACCAGGAGA TATATGAGGTCTCCGATTGGTTCCAGTTGTAGTAACACGAAGCATAAAGCGAGCAAAAGG AGGAGGAAGCTGCTCTTTCGAAAGCCGAGAAGGTTCAGGAAACAATCGAATATACAAATA CCGATTCTTCTCAATTGACAGATGCCTTAATCAACCATCAACCCAACATGAGAAAAACAA GATGATAAACAGAAATCAAGTAGAAAAAAAAACGAAAAAACATACCAGTTCCATATACCA ATTTTAAAAGGGTCAGATCTTTTGTAAGTAGATGCTGTGAAATTGTCGATCCTCCATTGA GCTAACCTTGATAGAGTCTCTACCTTGCTGTCTGTCATCCTCCTTCTTCTTCCCCCTTGA CTCTGCTAGTGATGAATCATTATATAAAGTTTTGATTTTTAGGAATTAACTAAAACTTAA ACTGAGAAGAAGTCTTTGCTTTTTGAAAAGGACATAAGAAAGAAAGTTTTCATCTTTTAC ACAAAAACCATAATAAATACTCAGTGTTAAATTAGATTATATTAATTTGATATTTTTTTA AAAAATAAATATTCTAAAATTATATAAAAATGACTATAAATTGCAATCTTTTGCATATTA ATATGATGAAAAAAATACATCTTAAAATGTTAGTTAAAGTTTTTATAGTTTGACGCTAAA AATAGAAACTATGACAAACAATGCCTGACGGCGAGAGTATTTAAGAAAAAAAGGTAGACA CCTAAAGTTTGCGGGGATTCTATCCAGAGTTTTTGGCGAAAATCGTCCTTAAATTATACC TCATACCTAAACTATATCCTTGAAGCATTATTCTTAGCATAAAACATCCTCTAAGTATTT AAAAGTGAAACAATTTTCGTCCTTCTACTTTAATTTATAAGAAAATAACAAATCCACAAA CATAAATTCATTCCTTCTTAATTATTATTCTTAGATATGCCAAAAATACTATCGTGAACT TTTTTGGTAATTGAGTTTAGCATTATGCAAAAAAATCTAATATGACAGTTTTTTCATTTA GTTTGATACTAAAGATATTATAAGTTGAAATATGTTTCTTCTCAATTGAATATGCTAAAA AAGACGTTTGTTGGGAACTCCGCTTCTAATAACGTAGAAAGAAACTCAAATGTGAGACAT AATCAATATTTTGATTACTTTAATATCTGATTGACCCAAAAATTTATTGATCTAAAGTAA AATTTGATTATGAAAAAGGTAAAGATAATTAAGCTCTAATTTCTTTTGTTACTAAATAAG AAGGAGCAAATCATGTACGTACTCTCATAATTTTCAAACGTTTTTTTCCTTAAGCAATAA TATATAAGATCCTTTAGCTTTTTGACGATATCTTACAGAATGATGAAAATTGTTCACTTT TAAATACTTGAAAGATATTTTCTGCTAAGAATGATACTTTAAGGATGTAATTTAAGTTTG TGGTATAGTTGAATGATGTTTTTGGCCAAAAACTCATCCTATTACCTATCTAACCATTTT CAACAATTTTAAACACATTCCTTTTACAATATTTGCAATCTCATGACGAGTGTGTATGTT TCACCCCAAATAAAATGATTTTTTTTCTTACTTGTTTAATAGTGGATCCGGTAAAATCCT GACCCACTCAAATATGAACCCTTAAAGCTTTTTAGAAAATTCGCCGTTCATCTTTCCCCA TTCCTTTTCCCAGTTCTTTCGATTTACTTCACTTCAAAAAAAAAATTTCTTCTGAATTTC TTTGTAGATATACATTTGGTGTTTGATTTCAAATGTTTTTCTTTAAAAATTAGTTTAATT ATTTTTAGCTTTGTGAGTATTCTGAAATCAAGACTAACTTTGAGTTCTGCAAGTGAATTT CACATTTTTTTGAATTTGCTCGAGTAGATTCTTTGATACGTTTTATCTAGGAAAACTATA TGATTGGATATGGGCTCAAATTTCTTTGCTGGAAGGTATATTATATCGTTGTTAAGTAGA TTTTCTAATAGAAAGTCTTACGATGGATAGCTAGAACTTGATGATAGAGTATATAATAAA AAGGTTCGTTTCACGTAGTAGAGAACCAACTTTTTGTTGTTGAGAAAAGCACTAAACAAC CATTAATGGTGGTTTCGGAAGAAGAAACATGGGCCACTTTTCACTTTGGATTAACAATGT CATGTCAATTTTCCATTAGTTTGGGGTTGCAATTTACTCTTTCACGTGCTTTTCTAGTGT GAAATTATAATTGTTGTGAAAATGGATTACAATAACGTATTTATTATCGATTAAAATAGT TTCGTAGGTTAATAGGATATCCGCAAACTTAAGGTGTCTTTTTCAAAAAAAATTTATATT TGATAGGATAATTATGTATTTTATCTTTATATTTTTATATATAATTCATTTTAACAGTAC CATTTGAAGCGTTGAAAGTTGCATCACAAGATGAAAGTAATTATGATGAACATTAATTAT TTAATAGTTTTTTTAATTGATTAAATATTTATTTTCAAGATTAATCAACTATCAAGGATA TAATAAGAAGAATATTACAATTTATGTATAGATTTTATGAAATAACAAATATTACGGATC ATCTATTTATAGTAAGACGACATATAAAGAGAAACCGGAGGGAGAATTATAAAGCTTCAT AAAAATTTTGTAATCAATTCGGATTCAAAAAGAATGATAAAGATGAACTCAAGATGTGTG GGAAACATAGGAATTGGGTTGACTTTTAACTTTTGACTCATAAATTAAAATTATTTTCTC TACTTAATTTTATCTGTCCATTATTTCATATGAACGGAGGGAGCAATTCTAGATTATGGT TACACTTATTTTTATCATTTTATTTTATTATCAAATACTTATAAGCATTTTTTAAATATA TTCACACTCAAAAAATGCTTAAAAGATAGATTAGCTTAAAAACACTTAAAATGAATCAAT TTAAATAGGCTCTAACACCTTGTTTGGATGGTTGTTACACATTGTTTTGTGTTGTTAGTT GCAATGTTTGTTTTAATTGTTACTTCAGTTCTATAATATGATACCGTTTAAATTCATCAA TATGTAATAACAAAAAAACTTATTTTATATAACAATTGATTTAATGTTATCGCAATATTA CATTAATAGTTTCTTCTCATTTTGTGTTTGATAATTATACTTAAAATGACAGAATTCCCA CATTTAAGTTTTCTTATTACCATTAACCCCTATTAGTTTTACCCCAAAATTCCTCATTTT CACGCATCACATTAATATATCAACATATCAAATTAATGTATAATGTAACTCGCGCATCAG ATTAGTGTATCATGTATAAAATATACATCAGTTTAGTGTATCATTATAAAATGTAATGTA TCTTACTTAACAATTAATATATCTCACACATCAGAATAATACATCAATGTTTACATTATA ATATTAGTTTGAAAAATTTTCGTAATTATAAACTTATATGGGACAAGTGGTAATTTTATC TTTAACCTTTGCCCTTATTATATCTCATCTTTTACCTACCTTTTCAAAGTACGTCTCCCT ATACCCTACTTATCCTGTAAATTTATTATTCAAATTATGAATGTACGACATTATATTATA TAATGGCGTAGAACAATACGCTTTACGCTAATTCTGCTTTTTCGACTGATAAGAAAATTA TTCTACAGTGTTCTTACGTATTATTGGAGTTCTTAAAACTCAAGTCAATTGAATCATTGC GATACATGAGAGTAAATATTTCAGCCATAAAATGCATATACACTAAGGCATAAATAATAC AATGATTATTGAACTCCATTTATCAGCAAACAGATTCCAACTTGGAACATATTCAAACTG CCATACAATACACACGCAGAAGACCGGTATTATACTGGTCTTCTATTGCTCGATAGGATC TTGTTTACGACAACAACATACCCATTGAAATCTCATAAGTCCCACAAGCAAAGTATATGG AGGATGAACGCAGACCTTACCACTACCTCGTGGAGGTAGAGAGACCATTTCCTGTTCACA ACACATTGAAAACTTCCCGATTCTAAGATGCCATGCCAAAAATAAAAGAGTTACAAACAA CAATGTTACACATTTACAACCAATGGATTGTCTGTTTGATCCAGTTCTTAACCAGGAACA TAATAATCCATTTTTTCCACTGGGAGATTTAGAACTGAAGTTTCCACCTATATCCAGGAA AAAGAGGATAAGAAGCAAAGTGTTAGTGTTCAGTCATTGTGCAAGTGATAGAAGATATAT CTGAAATCTTTATTAAACAGAAAAATTGAGAAGTTGCTTCTAGCGTAATCACGCGATAGA ATATGGGTCGTTTGTCAAGGCTGAAAAAATTAAAAACTGATTCTAGCAGATGGAAAATGA AGGATGGTTTGGTGCCTCATGGTTCATAGCATCGAATAGAGAGGAGCTAAAAACATCAAA GATTGTAAGCAATGAATCATAATGATAAAAATCGCGAGACACTGTACGCAAGCAAGATGG AGATAACACTGAATGACTCAAAGCATATACCTGCAGCAGTTGATTTGGATGTTTAAATAA TGAAGAAACCATATATTATTGTATCTTCTGATAGAACTGCTAAGTGACTTTTAGCCAATT TTTCTTTTACTTATTTGGTATATAGACCTATATCCGCTGTGTCAAGATTATACATGAATA TTAAGCTAGCTTCGAATTTAGAGATACTACTCCCTTTTTAAGTTAATTAGAAGACACTAC ATCATGTTCAATCATAAAAATATTTCGTCACCTATTAGAATTGCCTCAATAATCAAATAC TAATTGTTAGATGTGAACCTGGATCTTCTTTTTGCTTGATGTGAAAAAAGGGACTCCTTC GCACAAATGTGAAAGATAAACTCACCTCCTCAAATGAAACAAAGACAAAAGGTGTTAGAC CCCTCTTGTGTGAAATTGCTGGAACATCTGGGTTATGTGTTTCATCCTCTTCCCACCTCT CGACAACTCCAAGAATGTCTTCATCCGGGCCATTAACCTCATTATCATTCACGCCACTTG TAAGAAGAGCAAGTAGATCCATTCTGTTATTAGCACCTTGGGTTGTACCCCTCAACCTAA TGGACACGTGAAATGTCATATGAATTAAACACAGTACCATGTAGAAATCATACCAGTTAG AGTAATCTGCATTACATGTTTGTGAACATATCTTACACTCTACTCCACAAACTTCAGGTT TATCATATAATTCAAACTCTACATATTTATATGATAAAAATAATTCAAATTTTACATGCA ATATAGTGAGTGGATAGACAATAAATTACTATAACTGATAGAAATAAAAAGCAAGTGTCA TCTGCAAGTGAAAAATAACAGAATGTTTACTAAGTTTGAATTTTGTTTACTACAATAGAA GATTTGGGACCTATTAAGACTACTCAATGGAATGACGCAAGTATTAATTGTTCATTTCAT CTACAGGAGAAATTCCAGCAACTAGCTACCACAAATTATGCACACTACATTTATTAACCT GCAAGATGATTTATCCCAAGGACAAAAAAATGCCAGCATTGCTTGCAGTAAGGAATAAGG TGCGACTTTCATGCACATTTATTCAAAGTGCACGACTAAACTTTTACAATAGTTTATAGG ATCCGGAAAAGATAGCCTGTTGCCTTCATATGAGTTTATAGGTGGGCAACCTGGAAAATA TACATCTACAGGAATTAGCTTATCGAATCCCCGAACAAAACCTACAAGAATCGGAACTGA ATCCCACCAAGATCCTCAACTTTATACTTAAGCATTTATATATAGCTTGGCCTTGCACTC TTAAAAGATGGGGATTTTTATTAATTTTTTGCTTAGAAGCTAGTTTGGCTCGGATGGAAG TTTAACAACTAATATGGTGACTTGTGGCGCCAGGGGAAAAGTACCCAAACCTTCAACCAT AGTTTTATTAAACAAGAGGTGAGCATAAGAACTCAAAATACAAATATAATCTCCATGATC AAGTACCTTAAGCGGAATCTCAACACAGTTGGACGCATTCCCGGGTACAAAAGAGCAGCT TCAACCTGCAAATGAGAAGGCAGTGAGCTGTCTGTTCGAAATTAGCATCACATATATCAA CTAAACGCCAAAAGCATTATCAACTTAAGCAAGGAGGAATGAACCATTATTTTGATTTGA GCGTATATAACCAAATTGCTGCCAGAAACAAATTGACTTGTACAGGAAGATTAGAATTGG ACTTACTTTATCCTCTGATAGAGTGTAATTCCCCTTAAAAACACAATCAGCTTTTGAGGC ACGGAAGTTCAGGTACTTCGCTACATCTTTGACTTTTTGTGATGAATTCTAGTTAAAAGA AATCTACAATAGTTATAAACTAGGTATAGCAAGAACAACGTGCAAAGATCTAGTATGCCA CACGAGCTGAACAACAAATGATTACTACCTTATAAAGGAACCTGCCAGAAGGATAAAATC TCATATAGCGATAGTAACACACCTACAATCAAAGAGAAGATGACAATGTTATAAAATGCC ATTGATACTAATTGCTATAGGATGCAAAGTGAAGAAAAGAAGCAATGGGAGGAAACTGAA CAACTCAAAGATGTCATACTGATTAGAATCCAAACTCTGTTTACAATAGCCTACAACTTA TATCAGTTCTCTCAGACGAGGGAAACATCCTCTCTCAAGCAGAACAGGTCTTCTTGCAGT ACCCCACAACTTGCTGTTTTCTGGAGTCCCCGGCAGAGCAAGTCTATTTGCACTGTTTAG CTGCATCCCATGCTTTTACAGCTTTCAATTTTCAGTATCAATTTTCCGATGAAAACGTAT TTCTGCTACTCGTGCATCTCATGTTTTATTTAAATCTTGTTCCACCGCTCTGTAGGCTAT CACAGATACTTGCTGAGTATTGTGGCTACAACTCGCTGCTTAATTTTTTGGGTGCAGCGA CAGGTACCTCTAAGCTCCGTATCACCAGCTAAATCTGGCATCCCCCATCAACATCTTCCA TTCATCTTTGCGTAAGAGTTTCAATCTGCTTTTATAGTCTTTCCTTTATTTTGAGGTATG ACCCATGGACCTATGTAACAGTTGTGTTTTTTCTAGATGGCTCATGACTAGTTTGACTTG GCCAGTTTGTAGTATGGTTTGTTTTACACTCTACAGTTGAGACTTATACTAAGATATTTC AGTTCTATGCAGTATGTTTGACTTTAATTTCCAGTTCTACAGTATTTTCATATGTTTGCG AAGTTAACCAGTTGTTAGTTTAGTGGTTTGCTTGATAAGGGTAGTTAGTCAGGTGCCTGG TGCCGGTCATGAATCCCTAAATGCGGGTCATGATATTTGGTTGGATAAAGAGGGTAGTGG CACAAGATATTAACAAGAAGGTGGGAAATAAAGCAAGGGTCTCTCATTTGAAGGCGTTCT GAGTAGTAAGGTTTGTTAAGGATGTTAGCAATGCTGGTAGCAGAAATAGTTTTAGTATAC ATGATATTCGTAGAGCACCCTTAGCATCCACATATATACCCTCACCTTCCTTTGTATATG TGAAGCTTCACTTGGTGAGTGCACACAACCTTCCACCAAATAGGGGAAAAGTTCAACCCC CATAAGTAGCACTTGTTTAACACCCTCTCCCAACCCCCTCAAAAATGTGATCTAAAGAAA GAAAAGGGTAGTTGTACAGGAAAACGATCTTTGTCATTAAAAGATGCATACTCCTTCTTT GCAGTTGGTGTAAAATATTTTTCTTGATTAGAATATCTTCAATAATTTACAACCGATGAT TAAAAATTGATTCCCTCAAAGATAACATCTCGCATCTACATATTCAAACCATACTAAAGG ACCTTTCCTTTTTCTTCTTTTGGGGAAGGGAGTATAACAAAGGTCCAACCGATCAAAAAC CTTCACGATAAATAAGGTACAAAGCTCTGGCACTGTTGAACAAGTTACCTCTTATCCTAA GGAAAAGAGGATGTCACATTTGTCTAATTTGTCATTTTTTCTGAACTATCTTCCGTCATG AAATATACAACGCAAAAGATGAATTAGCATATTGCATAATTTGCATTCTCCTACAAGCAC TATGCAGCATTTGCCAGCACAGCTTATCTCTAAACATGCATCCAAGATGTCACAAGTTTA ACTATGTGGAGGATAAGAATACACATACAAGATGAACTGGATTAGTGATCTTCCACTCAG CTATTCCTGCACGAATATATGTGTTTCGACTGACATAAATACCTGCAGAAAAAAATAAAT TAAGACTTCTTACTACCTTCAAATATTTCAACTTAGACTTATGGATACAAATAATCCAAA TTTTTTACAGGCTACGGCAAAAACATCCAGATGGGAAAAAATTAGTTCTCCGGCTCAGAT GGCGTAAGTAAATCCAAGACAAATACCTTGGTATGTGGTCCACAGAGAAATCTATTTTGG AAAATACAATCATACATCCCTACCAAATACACTATACCCAGCTTTAAGACACTTCGTGAA AAAACTTAAAATCCCCAGCTTTCAAAATATTGAATGCTCAGTAGTAAAATTCTAATGATA CTACTAGGAGCAACCAAAACTTTCACAATGGTGAAAATCAGCAACTTTTAACTCTTGTTT TTGCTTGCTCAACAACTATCAACTCTTATTTAATAGAAAAGCTATGTCAATCAACAAATA CTGTTTTTTCCAGATGCACCAATTAGGGCATAAAACTTGAGAACTTAGAGGTTCTTCCTG AATACAGAAAAAATTCGTATTAATCCAATGACCAAATAACAGAAATGATTCGAGGATAAT CAAATCTGGCATTGTAATAACGAAAAGCCAAGAAATTACAATACGTGATCGCCTATCTAT TCAAAAAGTAAAAAATGGAAGTTAAAAGTATTGGCACACAAGTTTCTTGAGAAAAGTCCA TTTCATTTGTCACCAAAATCAAGAATTAGAATCCATATTATTGCAATGTCGAACGAGAAG AAGTAGCCAACACCTATACATGCCCTCACGTCTGCCTTCTCTCCCTCCCGATATAAAAAC TTACCTTAAGAATTTTACAATTAATAAGGATATTTTTTTTGGTATTAATAAGGAACTTCT TGTCATAGAAACAGGTGTAACTATAGTACTTTTCGAAGTAATTGCAATATTTTACCATCT TCATCAAAAACTATATCTTACCATCCGTACGAATCCTTGGTCTTAAAAGCCACATTTTTC TCCATGAACCATCATACTTCAAGTGAAGGACCTTATAGTTTTCTACCAATCCAGAAACCT TCAAAAATGAGGCACAATGGTCAATGATACTTACAAAGCTCACTAGTCGCGATAGAACAA CCAGAACCAGTGTCCCTGGTACCTGCCAAGCCTTTAGGCATGCATTGCGCCAAAATACAG GGTTCCGAATTGTATACCTCCACTTTCGACAAACACAAGCTGCCTTACCCAAGGTGTATG GGGTCGTTTTTGACAAGATCTGCACAACATTAATCATGAAGTGATAGTAAGTTTCCGGTT CCCTCACCTTAGCTATAAAGATTAGAACGGAAGGCTGCAAAAGCTAAATTTCAATCTAGA AACAGCATAATTTTTCTCAAGCAGACATCAAGACATTACATTTGATTGCCTTCAGTTCTC TAGATATGCAACCTCAATTCACCCATTGGAAGGAAACAGAAAGAACTCCGGAGAGAGATG GGGTGGGAGTAGGGCTGTTCATGGTTATGGTTAACCAACCAATTCGAACCGTAATTCGAA CCAAACCGATTAAAAAACCCGATATTTGGTTTGATTTGGTTAGGTTTGGTTTTTAAATTT TGAAAACCGATACTGTTTGGTTTCGTTTTGGTTTTACTAAAAAAACAACTGCAAAAATAA CCAAACCAAACCGATAAATTAGAAATTTAAATTTTATAATTATTTATATATTATTTATAA ATAAATATAAATACTGTGTTAAATTTTAAGTAACTTAAGTCTTTAAGTTTACAATTTTCT CAAGCCTAACACTTAAATTTTAGCTTAATTACAATCCTAAGTCCAATTCCATCAAAATTT ATTCCCTACCATACCTTTCATAAGATAGTCACACACTTTCTCTTAATTTAATAACTTTGT TCGGGTAATGATAACTCTAGTATTGCTTAATTGCTTAATTGAACCAACAATAGCTCTCTT GTGGATTATTCATGTACTAGATGTTTTTTAAATCAAGATACATATGTCCTAAAAAATTTA TTACTTTCAAACCGAAAAAATGCAGAAAAACCGAACCAAACCGTCAATAACCAAACCGAT AGTTATTTTTTTCATTTGGTTTGGTTTGGTTTTAGAAATTTAAAAACCCGACTAGATTGG TTTGGTTTTGGTTTTAACCAATATCCGATCCAAACCAAACCACAAACACCCCTAGGTGGG AGTATATTAAAGACTAATCCAATAAATTCTCAGTGAAAACCAGCTAACCATCCAGAGAAA GAATCAAAGGGAACAGTCACATTTAAGCTTGGTTGCAAAGCTCAACTTGATTACTGTAAT GAGATCATAGAGTCCAACGTTCCTCGTCTGTGAAGAAGACAGAGATGACATCCAACTTTG CTACCAAGGATGCTCCTCAGAAGAATTGAAGGGGAAAAAGGCTCAAGGTAGATGTTAAAA TAGCAACGCTTGTGTCCACGTAGAATCCACTAACTTCTTGCATGTGCATGAAATTAAAGT TGTTCTTAGGGGGGTAGTTAGATATCGCCTCACCATAAATATACATGTAACCCAAAACAG CCACAAATACCTTACTTTCTGGTTAATATTTTCTTTTGATTTATAGAAAAACATTGTTCA TACTTTGGATACCAATTAATTGGTTTAGCAAAATCAGCTCTGTTGTAAGTCTTATCAATA TGCTTCAGCTTCCTATCGTAACAAAGCATTTCCAACACTTGCCACATATTTACATGTTGA TCAGAAAATTACAGAGGAAATTAATTGAAATCCACAAAGGCATACCTCAAAAAGCAGTTC ATCAGGTAGTACTCGGTGTATCAATGCAGGGTCAACAAACTGCTTGCTGCTAGCACTTCC AAAAGGAGCGACAGGTCTAACATTAATCCCATACAAATCTGAAAGAAAAAAGGCAGTTGA ATTGACAATAGTCTGTTCCACAAAATTCCATCATCAAAACCAAATGTCAATATAAAGAAT CCAAGAAATGATGAATCTTTTATGCAGCAAATTGCTAGGAGCAAGGTAATTGAAGTAAGC AATGACAAAGTGCTTGAAAAATACCAAGCCATGGCCTATGAGGAAAAATGAACTGAGAAG CTCTCAACTGTGCAGCAGTTTCGAGTTCCACAGCAAGTTCCACTGTGTAATCTGCAAGAT ATGAGCCATCATCAATAAATAATGACAAATACAGAACAAGAAGAACATGAAAACACCAAA AAGCGGCAATTTGTAGTTCTGAAATTAACTCAAGGAAGAAAAGTCCGAAAGCTGATCAAT GTCCAGTTGACAAGACTAATCAGATTTATTCATAAACCAGTAAACTGAGACAAAAAACAC AGAGATTGACAAAAAAGATGCATATATATAGATAGATAGATACATAATTTGGAAATAAAT ACTTCCATTACTCAATGAGTTAAAAAGATAATAAGATCAAGCTAACAAACCTACAATAAA TGAAAACTATTGCAACAGAACGGGCAAGTTGCATAAAATCACTCTTGAATCAGTAGTTCC AACTTCTCAAACTAGCAATGACTGCAGAACAGAAAGATTCATCTAACTGCAGACCAGCTA AAATATAGACGAGTGACGAGTCTAATCTTTTATCTATGAAAGATTTGGATATGAACAGAC CCAATTATCTTCTCCTTTTTCCTTAAAAATAGTAACCGGGGTCCTTCGCACCGTGACTAA TCCATTGCGTACCTACTAATCACCTAGCATTATTGGTAATATAAACCCTGTCTACCATGC TTTATATCAGCTCCATTGAACACAAAACAATACACTATACGATAAAACAAAAGCTGAAAA GAACATACAAATAAGCAACAACCACTACAAAACACATATATTAAAACAAAGATTCAATTT TTTTCACTTCTCCCTGAAATTAATGAAATCCCAGTAAAATCCAACCAAAAATTTGAACTT TCTTACAATACAACTCCTTCTCAATCATACACAACCCTTTCCATATCCCAAAACCCAAGA AAGATTCCAACCAAAGAATTTAAATTTACAAATACACAGAAGGTAAAAACCAATTCTAGA ACACAATAGAGAGAAAAAAGTTCACATTTTGGAGAATTTCATAGCTCACCTGAGGCCATT TTTCTTGGTTTTGAATGTTGTGCTTGACAATTTGGATATCCAGCCCGAGAAAAACTGTGT AAAGGAAGAAATGAAAAAGGGGGAAATTTTAAGGAAATCAATTTTCCCAATTTATAATAG CCGTCTATTAGCACCGTCTTACGTATTGAAAATCTTTTTATCTAAAATTTTTATGCAATT TTAAATAGTCATGTGACTTGTTATAATTTGCCACGTGATATTATATTATTTATAATGATA ATAAAAATCACTTGTCTTAAAAATTAAAAACGCATTTAACCCATTTTTATTTTTTAAAAA GGACAAGTAAATTTGTACACGCTTTATATTAAAATAAAAATATGTCCAAGTAATTATTAA TATCGAAGAAAGTTATATAAAATGTAATGGCAACTAGTTATTCGAAACTGCAAATTGTGA TTTCTCCAAACATGTAATTGTTTACTGTTAGTAATTATTTAAAACTGCAAGTTGTGATCC CTCCAAACATGTAATTGTTTATTGTTATAATTTGAAAGTTAAAGAATAATGTTATAACTT ATAATTATTAGTCCTAAATTTATAATTTTTCATGATTTTTCTTTCATTAGTTCAAAATTG TTCCTTGATTCATTTAAAACTCATCATACTCGAGCTTTCCACTGGCCTTTGTTTTTGGCT CGATATCCATATAACTATAGATGTCTAGTTTTGTGACAAAAGTTACATCTCATCAACTTA TAGCAATCAATTCACAAGTGTTCTATTATATGACAATGATCACAAAATGCATTTGGAGTA TAGATCTTTTGTTTCTGATTTCCGAGACCAGGTCTCCAAGTGAACATTATTGTTGGAATC ATGTTTTCAGACATCTTTCTACTTGGTTGTTTTGGTTGTGTGGGTCAACTGGATCCAAAG CTAAGGTTTTAGCGGACGTCTATGAAAAATTTCGGTAAAAATGAGGTTGGATTTAGATTA TCAAAAAAGATGGTGAGCTATAGCATACGAAAATCGGCAAAATGGGAGGGGGGAGGTTTA CTTACTCCGGGGCTTGTTTGACCTTTAAAATAAGTTGTTTTGACGGTGTGGGACAATTAG CTCCGTAGCTAAGGTCTTAAAAAACGTCCATGAAAATTTTTGGCAAAAATAACGTCGGAA TTCCGGATCACCTAAAAAGATGGTGAGCTATAACACACGAAAATCGGCAAAACAAGGGGT TTACTTGCTTCAGGGCTCGTTTGACCTTGAAAATGAGTTGTTTTAGTTGTGTGGGTCAAC TGGCTCCATAGCTAAGGTTCTAACAGAAGTCCATCAAAAAATTCGGCAAAACGACGTTGG AATTTCGGATTACCAAAAAAGAAGGTGAGCTATAGCACACGAAAATAAAAAAAAAATAGG GAGTTCACTTGCTCCAGGGCTCGTTTGATCTTGAAAATGGGTCGTTTTGGCCGCGTGGGC TAACTGACTCCATAGCTAAGGTCTTAAAGGACGTCTATGAAAAAATTTCGATAAAAATAA CGTCGGAATTTCGAATCACCTAAAAAGATGGTGGGCTATAACACACGAAATTCGGCAAAA CAACGGGTTTACTTACTTCAGGACTTGTTTGACCTTAAAAATGAGTCATTTTAGTTGTGT GGGCCAACTGGCTCCATAGCTAAGGTCCTAACAGACGACAATGAAAACATTTGGCAAAAA TGACGTTGGAATTTCGAATTACCAAAAAAGACTGTGAGTTATAACACACGAAAATCAGAA AAATAGGGGGTTTACTTGCTCTAGGGCTTGTTTAACATTGAAAATGAACCATTTTGGCAG AGTGGGCCAACTGGCTCCATAACTAAGGTCTTAACAGACGTCCATGAAAAATACAGGCAA AAATAACGTTGGAATTCTGGATCACCAAAAAAAAATGGTGAGCCATAGCATATGAAAATC GGTAAAATAGGGGGTTTACTTGCTCTGGGGTCGTTTGACCTTGAAAATGGGTTGTTTTAG TCGTGTGGACCAACTGACTCCATAGCTAAGGTCTTAACCAACGTCAATGAAAAAATTCAG CAAAAATGACGTTGGAAGTCTGGATAACCAAAAATGATAGTTAGCTATAGCATATGAATA TTGAGAAAATGAAGGGTTTACTTGCTCCGGGCTTGTTTGACCTTTAAAATGGATCGTTTT GACCGTGTGGGACAACTAGTTCCATAGCTAAGATCTTAACAGACGTCCATGAAAATTTTC GACAAAAATTACGTCGGCATTCTAGATCACCAAAAAAGATAGTGAGCTATAACACTTGAA AATCGATAAAATTAGGGTTTACTTGCTTCGGTGGTCGGTTGACCTTGAAAATGGATCGTG TTGGCTGTGTGGGTCAACTTGCACCATATCTAAGGTCTTAACGGATGTCCATGAATTACT TTTTTGGCAAAAATGATGGAATTTCGGATCACCAAAATAGATGATGAGTTATAGCACACA GCAATCGACAAAAATAGGGGGTTTAGTTGCTTGGGGCTCGTTTAACCTTGAAAATGAGTC GTTTTGGTTACATGGACCAATTGGTTCCATAAGTAAGGTATTTAACAGATGTCTATGAAA AATTTCAACAAAAATGACGTTGGAATTTCGGTTCACCAAAAAAGATGTTGAGCTCTAGCA CACAAAAATTGGCAAAATTGGGGATTTACTTGTTCCGGGGCTCGTTTAACGGTAGAAATG GACTATTCGGCCATGTGGTCTAACTTGATCCTTAGATAAGGTCTTAACAGACATCTTTGA AAATTTTTGGCAAAAGTGACATCAGAATTTCGGATCACCAAAAAAGATGGTGAGCTATAG CATACGAAAATCAACAAAATGTGAGGTTTATTTGCTTTGGAGATCGTTTAACCTTGAAAA TGAGCCGTTTTAGACTTGTGGGTCAACTAGCTCCACAACTAAGGTCGTATGACGTTCATG AAAAATTTTGACAAAAATGACGTCTAAAATCTAGATCACCAAAAAAATGGTGAGTTATAA CACTCGTGAATCGGCAAATGAGGGGTTTACTTGCTCAGGGGCTCGTTTGACCTTGAAAAT GGATCGTTTTGGTCGTGTGGGCCAAATGGCTGCATAACTAAGTTCAAAAAGAACGTCCAT GAAAAATTTTGGCAAAAATGACGTCGGAATTTTGGATAACCAAAATACATTTTGATTTAT AGCACACGAAAATCAGCAAAATGAGGGGTTTACTTGTTCCAGGGCTTGTTTGATCTTGAA AATGTCCCGTTTTGGCAGTATGGGTCAACTAGATCCATCGATAATAAGGTCTTAACAGAC GCCAATGAAAATTTTTGGCAAAAATGACGTCGGAATTTTGGATAACCAAAATACATTTTG ATTTATAGCACACGAAAATCAGCAAAATGAGGGGTTTACTTGTTCCAGGGCTTGTTTGAT CTTGAAAATGTCCCGTTTTGGCAGTATGGGTCAACTAGATCCATCGATAATAAGGTCTTA ACAGACGCCAATGAAAATTTTTGGCAAAAATAACGTATGAATTGTGGATCAGCAAAACAA ATATTGAGTCATAGCAAACGAAAATCGGTAATATGAGGGGTTTACTTACTCCGGGGCTCG TTTGACCTTGAAAATGAGTCGTTTTGATCGTGTGGGACAACTAGATCCATAACTAAGGTC TTAAGAAACATCTATGAAAAAATTTGTCAAAAATAACATCGGAATTCTACATCACCAAAA ATGATGGTGAGCTATAGCACACAAAAATCGGCAAAATAGGAGGTTTATTTGCTCCGGGGC GTTTGACCTTGAAAATAGGTCATTTTATCCTTGTGGTCCAACTGACTCCATAGCTAAGGT CTTAAGGAACGTCCATGAAAAATTTTGGCAAAATTGACGTCGGATTTAGATTATTAAAAA AGATAGTGAGCTATAGAATATGAAAATCGGCAAAATAGAAGGGGAGTTTACTTACCTCGG GGCTCGTTTGACTTTTAAAATGGGTTGTTTTGACGGTGTGGGACAATTAGTTTCGTAGCT AAGGTCTTAACGAACGTCTATGAATAAATTTGACAAATATGACGTCGGGATTCTGGATCA CCAAAATATATAGTGAGCTAACCACATGAAAATCGACAAAATAGGGGTTTACTTGCTCCA AGGCTCATTTGACTTTGAAAATGGGTCGTTTTGGCCATGTAGGCCAACTGACTTCATAGA TAAGGTCTTAACAGATGTTTATGAACAAAATTTAGCAAAAATGACGTTGAAATTCGGATA ACAAAAAAGATAGTTATAACACAAAAAATGGGCAAAATTGGGGGTTTACTTGCTGCGAGA CTCGTTAGACCTTGAAAATGAGTTGTGTTGGTTGTGTGGGACAACTTGCTCCATAACTAA GGTCTTAACGGACAACCATGAAAATTTTGATAAAAACGACATCGGAATTTAGGATCACCA AAATGGATGGTGAATTTTGACACGTGAAAATCGATAAAATGGAAGGTTTATTTGCTTCGG AGCTCGTTTGTCTTTAAAAATTGACCATTTTGGTTGTGTTGGCCAACTGGCTCCATAGTT AAGGTCTTAATGGAAGTCCATGAAAAAAATTCGACAAATATAACGTCGAAATTTTGAATC AACAAAAAAGATGGTGAGCTATAGCACACAAAAATTAGCAAAATAAAAGGTTTACTTGCT TTGTGGCTCATTGAACCTTTAAAATTGGTCGTTTTTGCCGTGTGGACCAACTGGGTCCAA AGCTAAGGTCTTAACGGACGTCCATGAAGAATTTCGACAAAATGACGGTGAAATTTCGCA TCACCAAAAAGATGGTGAGCTATAGCTAAGACTGGTCAAAGAATTAAAATCGGTTCATCG ATATCGGAACGGAATGGGATGCGTTGACCAGTACCGGGATGAATCGAATAGGAACTATTG GGAGGGATACTCGGTTCCGTCTCGTCCCACTATATACCGGGATGGAACCAGAACAGATCG AAACGGATCGGAATGGAACGGAACGGGATAAACGGAATGACACATCTAGTTATTTCAAAA AATGATTTTTTGAAATTACGAAAATATGAATATTTTTTTTTATTTTTCTAAGTTTAAATT AATAGTTTTTAAATTTATAATATAATTTTTTACTTAAGTTTATTTTAAAGATGTTTTTTT TAAAATTTTTTTGCTTATTAAGTTTGCAAGTTATGTCTAATAAAATTTTCAAAATTTAAA TCTTTTAAAGTTTATACCTTATAAGTTATTACTTATTATTCATTAATATTTATAATTTAT AAGTTATACTTATAGCTTTTGTATTGTAGTCTTTTGAAGTTATATAAGTTATTACTTATT ATTCATTAATATTTATAATATATAACTGATATTTATAACTTGTGTCCTGTAATCTTTTCA AGTTTATACTTTATAAGTTATTATTTATTATTCATTAATATTTATAATTTATAAGTTATA TTTATAACTTGTGTCTTGTAATATTAATAAATAAAATTTGTAATTTTGTAAAAATTAAAT TAAAATAAGGATATAACAATTACAAATATTAAAAAATATCAATTTAATTTATTTAAATTT GTAACAAATTACAATTTCAATTTATAACTATTAGTAGAGTACATAGTTTACATAGCCACC TTTTAGAAAGGGTTCTGTTTCAACTAAGTTTCGGATGTAATACTAATAGTTGTATAGTCC CGTAAATTCTTTTTCTAACTCAGCTATAGATTGATTATAATCAAATTTTGGTCTTTGTAA CGCTCGTTTACGATCTTGAAGTTCGATGCCATCATCACTACAACATTCAATAGCTGAATC TATAGAAAGTTCAAATTGACTATCTAACTTTGAAAGTCCTTGATTTCTCTGCTCAGCATT TATCCAATCTCTAAATAACACTGATATCTCTAAGTTGTCTTCTGCTGACGAATATTTGTG GTCTCCAATTTGAAATCTTGTTGCACTGAAAGTTGCCTCCGAAGCTACTGATGATCCTTG AATTGAAAGCACATCCTTCACCATCCTACTAAGTTTTGAAAATTGAGTTTCACGGTTCCT CCATCAATTCAATAGTTGTGGTATACCTTCATCGTTTGTAATATCATCAGAACCCTGTTC AAGATATTTGACAAATTCACATTTATTAGAAGAGTCAAGACCAAGTTTATGTTTCATTCG TCCATGAGCACCTACTTGAGGCATAGACGTTTGAGGATTTTCAACATTATCTAAGGAAGA ATATTTATCATACATTTCTTTAGCAAAGAATTATATACTATTTTGACATGTTACCAAATC AGGTTCTTCTTCAGGTTGAATATCTAAATTTTGATTAATGCATTCAACTAAAGCTTTTGC ACCATATTCTTTATATTCGGGGTTGAAAAAAATTGCAGTTAAATAAATTTGAGGGATAGG AAAAAAATATTTCTTAAATTTTGTAATCATAACTTCAACAGCAGTGGTAAATAAAATATT TGTTTTATATTCAGAAAAGATAGATGAAATCTCACATATGTGTATTAAAATTTCAGAAAT AGTAGGATAATATATTTAAGAAAAAAATTTAGTAGCATCATAAAATGATTTCAAAATTAT TCTAAGTTCATCTATTTTTAATTCATGATAAGCATTATGATTATTAAATAGCGTAGTCAT AAGTTGCCTATATGCATAAGCAACTTCAAGTATATCATAAAAGGAATTCCATCTAGTTTT TACATGCTTCGAAAAATTTTCTAAACGAAAGTTTAAATGCATTACAAAGTTCTTTAAATT GATTAATTCTACTACTACTGTTCATATGAAAAATGTAAAGACAAGCATATCAATTTTATC ACAACTATTTTCAAATAATTTCACACCGTCACTAGCAACCAAATTTAATATATGCACAGA ACATCTAGCATGAAAAACATATTTACTAATAGGACAAAGTCTAGATTCTAGCATATTAAT AGCATTTAAATTAGCAGAAGCATTATCTAAACTAACACTAATGACTATTACAAAGACCGA AAAAATCTAAAATTTCCAATATGGTAGTAGCAAATTAGTAATTAGTATATAGAATTATAT AATATATAAAATATAATTTATATAAAATGTATAATATAATTTATATAAAATATAAAATAT AATTTATATGAAATATAAAATATAATAGTTATATAAAATATAATTTATATGAAATATAAA ATATAAATTATATAAAATATAAATTAATTAATATATATTAATTAAACCGAACCAGAGCCG GAACGACCGGGCCAGAACTGTAATGAACCGGGATAAACTGGTACCGGACCACGATTTCAT TTCGTTCCGCGTACTGATTCAGACTATCCCGTCCCGTTCCTTATGCAATCGAAACGGGAC AAATTGGAATGAACCGGAACGGTATCAGTACGTCTCGTTCCGTTGCCCAATCTTAGTTAT AGCACACTAAAATTAGCAAAATAAGAAATTTACTTGTTTCATGGCTAATTTGACCTTGAA AATGGTCCGTTTTGATCGTGTGCCGACTGACTCCATAGCTAAGGTCGTAATGGACGTCCA TGTAAAATTTCAGCAAAAATGAAGTCAAAATTTTGGATTAATAAAAAAAGATGGTGATCT ATAATACACAAAAATTGATAAAATGGAGGATTTATTTGCTTCGAGGCTTTTTTGACCTTG AAAATGGATCGTTTTGGTCGTGTGGGTCAACTGTCGGATCACCAAAAAAGATGGTGAGCT ATAACACATGAAAATTAGCAAAATAGGGGGATTTATTTACTTCAGGACTCGTTTCACCTT GTAAATGACTCATTGTGGTCGTGTGGGTCAACTTTCTCCATAGCTAAGGTCTTAAAGTAC GTCCATGAAAATTTTTGGCAAAAATAACATCAGAATTACGAATAGCAATAAAGATGGTGT ACAGTACAATAACACACAAAAATTGGCAAAATAGGTGATTTACCTGCTCTAGACTCGTTT GACCTTGAAAGGATCGTTTTGATTGTGTGGGACAACAAGCTCCATATCTAAGGTCATAAC GGACGTCCATGAAAAAAATTGGGCAAAATTGACGTCGAAATTCTGGATCACCAAGAATCC ATATAGCACACAAAAATCGATTAATATAGGGGGATTACTTGCTTTGAGGCTCGTTTAATC TTGAAAATGAGTCATTTTGGTTGTGTGGGCCAAATGTATCCATAGCTAATGTCTTAATGA ATTTCCATGAAAAAATTTGACAAGTTTAAGTGTTTACTTGTGCACATCCAAAGTTAAGGA TCATAATAATCAACTGATGTCAAGTTAAGGATCATATTTATATTTTATGCCTATAATGTA ATACTATATTGAATTGATGGGTATAAGTGTATTTTAAGATATTTTACACCAAATTTTACC TTATATTTCAAGTTTGCTAATTTCACTTATTCGTTCATTGTAATTATCATTTAGGGTGTG TTAAGTATAAAGGAAAATATTTTTCAATTTTCTCATGTTTGGTTGGGTTAAATGTTTTGA AATTTACTCTCAAAACCAACTCATTTCCCTCAAATTTAAGAAAAATGACTTCCCTTCAAA ACTTAAGGAAAATATTTTTCATAATTCTCTTTCAACTTCAAATTAGAGTTTTTTTTTGTT GAAAAAATCTATTTATTTGTCCTTACCTCAAACTAGCGCCCACCACCACACCACCAAAAG AAAAAAGTTAAAGCTTGTTTTTAAAAAATGTAACATCATCTTTTTAGCGAAAATGATAGA AATTCCATCTTTAAATTATTTTATTACAATTATCCCTTATTAGTTTTACAAGTTTCCAAG ATCCCTTATTTTTGTCCATCAGATTAGTGTATCGGCGTATTAGATTGATATATCTTGCGC ATCAGATTAATATATCTCGCACAATCAGATTGATGCACCAAGTATAGAATCACATCAGAT TAATGTATCATGTATGAAATGTAATATATCTTACTTAATGATTAATGTATCTCGTGCATC AGATTAATGTATCAACGCTTATATTATTGTGTCAGTTTGAAATAATTCTATAATTATAAA TTTATAAGGGACAAATTATAGTTTTACCTTAAAAGTATGTGATTTTTGTCCTTTGCCCAA CTTTTTACCCCACCTTCCCCTCTACCACTACCCCCTCCCCCCTTAAAAAAATATTAAAAG TTATTTTTAGAAGTATCTAATTTCATTTTTTTTTACCCTTTCCCACCCCTATCCTTGCCG CCATCAGCCCCCCCCCCCCTCAATAAAATTAAATCTGTTTTTTTTAAAAAAATCTACTTC AAATTTTTATTTTTTTCACCCCTACACCCGACCCTTCTCCCCCACCCCCCCAAAAAAAAA TTAAGTTTATTTTAAAAAATATTTTCGACTTCAAAATTTTATTTTTCTCTTTGATCCTCG ACCCTCCCCCTCCACCCCTTACCAGACCCCACCTTTAAAATAATTTAAGTTTATTTTAAA AAATATTTTCAACTTCAAAGTTTCATTTTTATTATTAACTTCATCTTTCTGAAGTAATTT CACATTAATTAGAATGTGTAAGGAACCATCAATTCTTGATCATTATTACACTCTTTTTCT CTACTTGCTGGTTGATTAAAATGTACTCGATCTGAATCTTTCCAAATATGATAGAGTGAT TTAGGAGATTGTTCCCAAGTTACAATTAGTGAAGTAATGAGCATGTATGTCAACTCTGCA TAATCCATTTTCTTCTTTTAATAGCAGAGCATTGAGATTTGTTTTATCATTTTGGAAAAA GGTGCTCTTTAGTTGGATTTGTTTTTGTTGCTAATGGTAATCTCTACATTAACCATGGCG ATTGCCGTTTTCTCTAATAGCAACAAATCGAGAGTGTGTTTGTACTTGTAACATTGAGTC AATTTTCAATGGAAGTGGATCTGAAGCTGCATGGTAGTAGTTCTCTGAACCCTCTGTGTA TGTGAGAGAAAAGTAAGCAAATTCATTTTGCATATGTGTATATTAGGACATCTCCAACCC TACACTCTATTTTATTCTCCAAATATATGGTTCTTAATTTTTTCAGTCAACCAACTCCAA CTCAATTCTCTATTTTATTCTTTAAGAAATTTTTTTTCCTCTCTCCTTAATAGTATATTA TTATTTCTATTTCCTTTTTGTTTTCCTATTCCATAATATCAATATTTTCTTTCTTTTTTA TGAATAATCATTCTATAATTTCATGTAATATAAAATTTTGTGTTTTTTTTTAAAATTTTT TTATTTAATACTAAATTATATATTATTCTATACTTCTAAATAACAACTACGAATAATTGA AAAAAAGATATCAACAAGCACAACCCCAATCAAAATCACAACTTCTTTAAATCATACACT AACTCCTTTTTCGAATATCGCTAAATCTAGAAACGACTTACCGAATTACTAAATTATTGT TGCAATTTTTAAAATTATTATGTTATACATTGTATCTGTTGTTATCTTGTACTTAAGTTA TTATGTTATATACGTATTATTTTTTAAAATTATCTTATCATGTAAACTTTTTGCATTCTT CATAGTGGAAATTAATATACCATTAAATTGTATCACAAAGTGACAGAAAAATTTCAAAAT ATTATTAATTCGAGATAAAAGTAGTATATATAAAATAAAATATTTTTACAATGTTATAAT AAATTTAAAAGGAATTGCATATATTAGATATTTAATTAATAGTTTTATGTAAAAAATAAT ATGTTAATTACAAAAAAATAGAAATAATAATATAATATTCAAAAAGTGAGATAGAGAGTA TGAATAGTAGTTCTTCAAATTCTCTCTATAATTGGAGAGGGTAAAATAGAGAGTTGCTGG AGAGAATTCTCTATTTTACTCTCTCCAAATACAGAAAATTAGGATTAAAGATGATCTTAA CTGTCTAAAGAAAGATTTCTGCATATGTACGATTCTTTTTTTTTTCTCTGTCAAATCATT TCATCTCAAAGGACAAACCACAATAGCAGAAGTCACCAAGAGTTTGTGAAAATTCTGTTG GAAGTGGTGTCCTTGTAGGTGCAGGATCTTCGTCTTTTTAGAGTTAACATGATGCTGAAC AATTAACCATGGATCCCCAGTTGAGCAGTAGGCAGAACTGGATTAACACCATCTCATATT GCAGCAACAATATTTAGCATACTTGGACAAACCATAGAGGCTTTAGAAGGCATGACCAAG AGACTACATTGATGCAAACAATTGAGTTTGTTTTGAGTAAATCAAAATTACGTCATGAAC GTTGAAAGCAGAGCAAGCAAATAACTATTTTAGGAAATGTAGACACAAAAGAACTAGCAA AAACTGTGTTGGTTCTAAAAACAGAGCAAAGCCAACCCAATCAGCATCACTCGCTGGTCG TCTTGGCCACAACTCACTGTGACGAAAATGAAGAGGAAAGTGAACCATGAAAAGGAGAAA TTGACTTCCGGCTAGACACCGACCATCGACACAGTCTCTAGAACCGACAAGTAATCCGGT CCCAGTTCGGGTCCATTCTTATGACTCTTCTTCTTCGTATTCTTCTCCATTGCTTGCTTC AGCAATAGAGACGGAAAGCACCAATCTGAGGCAACCCCCATAGCGGGTCGGGTCAAACTT GTACTTTCCTCCTAATACAATTCTTGCTATATAACATATTTAGTGAAGATGAAGATGAAA GATGAAAGATGAAATGCAAAAACAAGCCGCTACCTAAGTAGACAAATTTATGAGGTAAAG AACTAAGAAAGACTAGAAAGCAAACCATATCAAAAGACTTTCCAATAAACCAAATAAGCT GTCGATTAATGTGACTTAGCAAGTTTTAATAAGAGGAATACAAATTCAAAATGTCATGTC CTGTGGCATGTTGCTAAGTGCTTGCATTGTGCTGCTTGCAACATTCAAAAGTTGCAAATA CTCATCCGCTCCGTCAACAAGACACTGCAGAAAAAGGAAAACATAAGCACATCATTGTCA GCTAACTGTGCTGGAGACAGTCAATTCTATGGTGCTAATCGACTATGGTGCTGATACGTT ACTGCAATAAGCTAAACTAGGGGAGAATTTCAGATGACACTATCACTAATACCGAATTCA TAGCACACAGCTATTCATTAGTCAGTACTCTAGTTCACTGGGAAAGAAAAAAATAACCAA AACTAATACTCACGTCTTAAAACAAGTTGCACTTTTGACTACAAATTAAGAAATTGATGC AGAGAACTAAATGTTGGGACCCTCGTAGTTCTAACCTCATCATTCTTTCAGAGATGGAGG AAATAAAAAATAAAACACAAAGGAGTATAAACAGCAATAATCACTCTGACAACAATACTA TTAGAGTAAGCTGAAGAAGAGGAATAACCTTGTCTGCTTCAGCAAATTTCTTGCATATTC TTGCTTTTTGTTCATCAGAAATGTCGTCTGCATCAACTAATATATCATACAACTGAAAGA AGCAGCATGTTAGTACAACATGTTAGCATGGTTGAATGAAAAATGAGATGATACACAGAT ATTGGGACCTGAGACAGCATCTGAGAAACAGGATATCCTTCTGCAATGACATTGTTCACT TCTTTGTTTGCCAAGTCAAAATTGCCACTTCTGCAAGCTGAGAATATAGCCTGAACAACT TCATTTGGGATGACCTGATCATAGTAATTGCACGTCAGTCGCTAAAACAAGCGTAGAACC CTAGTATATAAGTGCGAATAAGGCAGATGGGTGGGCTTATACTCCCCTAAGTGTTGAATA AGTCTACAAACTTGGAATTGGACCAGCTAACTCAGACAATTTCTCAGTTATAAACCAAAA GTACAGTATTGACCATGACTTCAGATGTGAGCTTATCTACACATACCAAAACCATAGCAA AAATAAATTGAATTATATGTAATGATAAATATATTAAGTTGAATTCTATATCTACACATA CCAAAACCATAGCAAAATCCTAATACCGACCTAATCATCTTTGGAAGGTCTTCCAGTGAA TTCTCAAACATCAAACAGCCGGAAATGGAGAAATTCAAGCAAAGAAGTGTTTTCAGTGAA GCAGGTTATAGTAGTACGAACGCTGTCAATGTTTTGACTGGTTCTTGGCCTTGGAAACTG ATATGAAAGACAACTACGCACCGAAGTCAAGTGTTTTACTTGGACAGCCCTCAAAGATGC CATACTAACACAGGATAATCTTTAAAAGAAAAGGATCTCGCTGATGAACAGATGTTATAT GTGCCAAAAGACTCAGGAGTCAGTTAACCTTTTTTTTTACACTGCCCTGTTACAGCAGAC CTTTGGCACATGTTAACAGTAATATCTGAAATCAGTTGGACAACCCCAAACAGCTTAAAA GGAGCAGTTGAAAGTTGGAGCTTATGGAAAGTAGATAGAGTCATCAAGAATATCTGGCAA ATGAAACCAGTATGTATTTTTTGGTGTTCATGGACAAAGAGGAACAGCAGATACTTTGAT GGGACTTCAACTCCTAACTGTGATCTAAAAACCAAGTGTTTTGTTAACCTTTTTAGTTGG AGCAAATTATCCGCTGTTAATGATGCTATGACCTTTTAGAACTTATTATCTCAGTGGCTT AGCAGCCTTAAATTTTTCCTCATGGTTTCAAGCTCCCAGCTTCTAATAGTTTTTTGCAGT GTAAGGAGCTTTAACCTTTCATAGTAAAGTTTTATGCATCTTTCTTGATGCTTTTCAGTA AACTTACTTCATCAATTTTAAGAAAAAAGATTGAATATGAATGTATTGCTACAAGTTGTC AACTCAAATAATAACAGATGTTTGCAAAATCACCGTGGAACTCCACGAGTGATTATATTT GAGACAAGTAACGAGCATACAGTATGCGTGCTCCAATTTAAAGGGCATTGTTATGAAATT GTCCAGGTTCTATATTAGAATCTTTATATTTTCAGTTAAGAATGTAATTATTGACACCAA TCAAAAGGACTTTATGCTTGCTTTCTCATTTTAAGATATTTAAAGACATTCCAAAAAAAA ATTCTCTTCTTTTCCTTAGTTTTAACTACTACTACTAAAAGTTGTAAATAAACTCTTTCA GATTTGTGACATCAGCATAGCCCAAATATCAAAGGCTCAGATGCCAAAGAAAATGGTGAA ATTTATAATAGCCTTCATTGAAATAAAGGAATAAATTAGAACCACATAAAAACGCACAGT ACTAATAAGGAGAATGTCTTATACATCTATATACTGCTACAATAATAGCCTGTTTGGATT GGCTTATTGTAGGTGCTTTTAAGCAAAAATAGCTTTTAAGCAATTTTGTAGTGTTTGGGT AAAATAAAAGAAGTGCTTTGGGTAAAATAAAAGAAGTTTTTATAAGCACTTATTTTTAAG CCAAAACCAGTCAAAGCCATAAGCTAGAATTTTCTTTGGCTTTTGGCTATAAAGTCATAA GCAAAGCCCATCCAAACAGGGTCAAAGTATTATATACATCAAGGTAAAGAAAAGGCTTGA TGCATAAATCAACAATTTTCCGTCCCAAAAATTTTAATAGATGAACGCATTGATCATGTG AAAGCTTAATAATGATCCCTTAGTTGGTCTAAAAGAAATATCAAATTAACACAACAGAAC CAGATATGAACTTACCCCAGACACACTAATCAGTTCCTTTGCTGATATGGAAGATCCAAA TAACCGAGCAGCACTCTGCAGCAATTAAAATGTTACCAATCAATTTTCAATGTTTGATAA TATAGTCAGGAAGTAAAAGATGGCAAGAAGCAGAGGGTAGAAATTGCATAATATTTATTC CTTCCATAAAACAATAAGGAAAGCTTCATTCTAATTCTAGAATGAACTGAAATTGCAGCA GCAGCAGCATCTCATAGCTGAACAAGTGTCTCTGCGATATTTATTATGGGTATGATGTTC CACTCTCACCTTTTTTTCCAATCATCAATAAATGTGATTACTCCTTTACTTCTTCAGTCC TACGTATTTTCTCATCTCAGGGAAGATTAGCTAGAACTGCATATATAGTTCTTATCCTTG TTTTTTTCACTGCACAATCCAAAGATATAGTCTAGAACTAAGCAGATTATATTTAGATAA ATCAAAGCAGAGAAATATTTCCTCTAATTCACGAAGAATGGTTCTTTTTTATAGGTGTTC TTCTCTTTCCTTGTGCTGAGCCAACTAGCAATTCTTTTAGCTTCTTTTCTTAATACTAAA AAATGTAGAAGGCAGAAAATTCATCTTACTTGTAAGTATGTAATAGCCCTTCGCAAATCA CCTTGAGAAATTGAACTGAGGGTAGAAAGAGCCTGCAATCAGATGACACACTCCTATATA TAGCTTAATTCCAAAGTGACAATTGAACCATCAATTAAATGAATGAAGCAAACAGTAGTT ACAAAAAAGGAATCAAGTTACTATATCCCCACACCTCTGAATCTAGATTAAGACCTTCTT CTTTACAAATATGCAATATTCGGCTGCCCATTATTTCTTCAGGAAGTGGCTTGAATCTGA ACTTCGCACATCTAGAAGCAAGTGGCTCTATGATCCTAAACCAAAGAAGATTATTCAATT TATTAATGTTCTGAAAAAAACGTACTTAGATCAATAACCTATCACGTAATCAAAGAAAAT GGCTTACTTACAAGAAAACAAAAAACAAACAGCATGCCAGAGGAAGTCTTTTTCTTTTGT CTCGGGGAAAATATCATATAGTCATGTAACCACCTTATATCATGTAGATGAATAAATGAT CAAGTCAAACTTATTTGTGTGTCCATAGGTTCTTTTGAAAAAAAGATCAAATACCATAGT GTTAGTACACAATGACTTGAGCATAAAGATGGAAAAGGAAATAAAAAACATTCTGAGGAA GGGAAGATGTGACAAGGCCAGAAGGTATAAGCCAGTGAAGAGCATTGAGCCTTCAATACA ATTTCTCACAATATATTTATCATTATCTTCCCTACTCCACCTTAAGCACATTCAGCAGAA AGCTTGAAAGATCTTTTAAGTTAACCACAAAATGTGCACAATATAGCAGGATGTTCTACT TTTTTAATTCTCCCAGGCACTAATCCCGATGTAACTTTTAAAATCCTCTCACTACCCAGA AAACCTATCCGGTGGTCCTTCTGACCACCGGAATTCCATCTCTCTTTCTCCTTCTTCCAA TTGCCTCCATCACAACCTCCTTCACCCTATTCCGACCCTACCCCAAAAATACCCATCCTC AAAAAACACCTCATGCGCTCCCACGCGCCTCCTTTCTCCATCAGACACCGACGCCACGCG CCTCACACGCCTATCGCGTGGGACGCCAATCGCTTCACAGGTCACCGGCACTCTCTCATG GGAGTGGACACCATTTTTTTCGCGGTAGGCCTACAACAGATACATGGTATGACTGGATAG AAAGAGGCCGTAACGAGATAACAAGGATGAGCTTTAACCAGAAGACATGGAATGGTTGAT TTACGCTCTTAAAGAAGCTTCACAAGGACAAGGGAACTCAGTTCGCAGCTGGAAGTTAAA GGATCTTTTTTCAGAATTCTTTTGCTCAAGAAATTTCAACAAATATGGTCGATACATCAG CATCATTAACATGCAGGGTAGGAGAAGAGCAGTGATCATCATCCCGGAGTGGTCTCAAAA TTCCGGATGGATGGAATTGCAAATTATCAATTTTTATCAATGTTAAGGTTCAGAGAACAG TTAATACAACACACAGGGAAACAGAGGGCCTATCATATTCGATACTGTCAGAAGTAATAA ATGGACTACAAGAGACTTTACTGATGCCAAGATACAACAAAAAGGAAATTTGCTGGTTAT TACAGATGCCATACCAAAAACCCAGTATGACATACTAGCTAAGAGTGTAACTCTGCCGGA GGAGATCCCAGATATCATTTTGTCGGAGATTCATAGATGGGTTGGGAGTACCTGGAGACA TCATCATGGCATCAATATCTATGACTTGGGGAATAATTGATTTTTATTTGAACTCCCCAA TAAAACTGTTGCAGAACACATAGTAAGAGGAAAATGGTTCTGGAAAACACACAAGTTCAA TCTTCAAGGTGGTCGCCGACTTCGAACTCCATCCATGAAAAGCCGGATCAGATTTGGATC AGGATAGTGGGTTTACCCCTCCAACTTTGGTCCAAGAAAGTCTTCCGGGAGATCGGGAAT TTCTGTGGAGGTTGGATTCAAACTGAAGAAGAGACGGAGCTTTGTAATCACTTGAATGGG CGAGGTTAAAGGTGAGAGGTGATGGCTATTTTGTCCCTTATTCAGCACAGCTGGTTCATG AGGGTTTGACTTTCAAAGTTAAGATTTGGGTGGAAACATCTGCGAGGGTGGTTACCGATG AGAGAATTCCAGTTGTCCCTAACAACCAGGTCCAAAGATTGATTGGACATAGAGGGGATG AGAGCCTTTTAAGCTTTACAGAGGTTTCTGCACACGTGGATTCCTCGTAGGATCCAGCAA TTTTGAAACAACCTGCTGTACCAGCACGTGAACCTTTGTACCGTTCAACAATTCGATTCC TAAGAAATCCAAATATGTAAGATAGGGCGAAAAAATGGGCCCGGATCTGCTGGCACAATT CATTTTAAGTGGGCCTCTCATTGAAAACTCCTTCTCTCAGCTAAATGAGCCAATCACTGC GGAACTTGAAGCCACTTCTATTCCTCCATCAGCTTCAAGGTGCAAAAAAAATAGAAGGAA CAGAACTGGAAGAAAATGCGATGGAGAAGGAAGCTGATACAGAAGATAATGTTGATAGAG AAACAGTGGAAGTGTCAAACAAGTGCCCAGACCTTCCTGATTCTCATTCTGCATTTGGAA AACTATTGCTTTCAAAAACTTGATTCACAGAGAGGTGAAGAGAACTACTCTTTGACAATA ATTGAAGATGTAGTTCCTTTAAACCACGTAGTCCAGAGGAAGAAGATGATTCAGAGCTTG ACGTTCCGATTTGGATCTATCAGAACATAAAATTAGCAAAGGATTTCGGAGTAAACACTA AGGGATGCAAAGAGGAAGCTACGAGGTTGTTTATGAAGATCAATAGTATGAGACAGAATA ACACTGACTGGGTGGGAAGAACTTGAATTCAACTTCAGTAGTTAAAGGCTCAAAAGAACT TAAGAGCCTAGGATGTGGGAGCAACTTCAGAAATAATGGTACCAGAAGCAGGGAGGGTTA AACATTAGCTAGTGATAAATGACAGTCAAGATAATTTCATGGAATGGAGAAGCCTGAATC AGGCAAATAAGAGGTGTGTAATCAAGAATCTATCCAAGGGTGGAAGGCTGATGTTTATTG CTTCCAAGAGACCAAGATTATAGGGGATGTGAGAAACATTATTAAAGATTTATGGGCAAA CTGAGGAGTGGAATTTTGTCAACTTGAAGCTCGTGGTACTAGCGGGGACATCCTAATTAT TTGGGACGGGAAGGTTTGGACAGGGCAGGTTAGCAGTGTGGAAGCATGCTCTATATCCTG CAAGTTCATAGGTAAAAGTCTTGACTTCACCAGTACTTATTGGCATCTATGCTCCAAATA GTAGAGAAGAAAGAGAAGAAGATTTGTGGGAAGTTGGGTCAGCTAGAGGCCTGTTCAACG GCCCTTGGGTAGTTTGTGGGGATCTCAACACAGTTAGATTCCTCTCTGAGAAGAAAAATT GTTCAAGAATCACAAAATTGATGTCTGACCTCCCTGATTTCATTGAAGATATGAGCTTGT TGGACCTTCAATTAGCAGTAAGAAGTTACACATGGGGGAACATGAAATTGCAGCTAGGCT AGATAGGTTTCTAGTGTCTGATGAGTGGAATGGAGGCTTCAAAAATAACAAGCAATCAAT CCTGCAAAAGGTCACTTCTGATCACTCACCAATTCTAATACAATGTGGGAATTGGTAGCC TGTGAGGTCCTATTTTAAATTCGAAAATTAGTGGCTGCAGACTGATGGTTTCGGTAGCCT GTGAGGTCCTATTTTAAATTCGAAAATTGGTGGCTGCAGACTGAGGGTTTTTTAGATAGA ATCAAGGAATGGTGGAGGTCCTTTGACTGTGAAGGAAGGCCAGATTTCATCTTAGCCTTT CAGCTGAAAACACTTAAAATTGAGTTGAGAGAGTGTAGCAAATCAGCACAAGGAAATTTG GCATTACAGAAAGAGAACATAGTCAATCAATTTGCTGAATTTGAGGAAGTCCAGGATCAA AGAGCTCTTGGGGAAGAGGAGATCCACTCAAAAGCTAAGCTTCTGTTAAGAGTTTGGAGA TTGCATGGAGACAGAGATCAAGGGTTAGTTGGCTAAAACAGGGCAACAACAACACCAAGT TCTCCCACAAAACTGCCAACTCGCGCACCAACTTACACAGAAGATACAACAATATTGATG AGCTAAATGTGGGGGGTGAAGTATTCAGGAATCCAAAAGACATAAAGAAGGAAATTGTAG TTTTCTGTTAGAACTTATTCAGAATCAGAAACTTGGAGACCTTCAGGTGGGTGCAGGATG AATCACAAAATTAATGCTGAAGATAATTTCATGCTTTAGAAGGAATTTGAGGATCAAGAG ATAAGGATAGTGTCAAACTTTGTGCTAGTGACAAAGCTCCTGCTCCTGATGGTTTTACCA TGGCCTTCTATACCCATTGTTGGGAGGTTATTGGAAAAGATGTGATCGCCACAGTCAAGA ACTTTCATGAGAGGTGCGTCTTTGAGAAAAGCTTCAACTCTACCTATCTGGCTTTAATTT CAAAAAAAATGGGAGCTAAGGAGCTCACTGACCTCAGACCCATTAGCCTAATTGGTCGAG TGTACAAAATCATCTCCAAAATACTCACCGACTCAAGCCCAAAAAGTGGTCTTTGGTTGC ACTACCTATGATTAATGAGTTTACCTCTCCTACACATAATGGTGCTCTATAATACCATAG AATAGAAAACAATGTCATAACTAGCCCTTAATATCTCAGATTCATCATGGTAAAATTATC ATATCTTTAGAGTGAAACAATTTTGTTCCTACTCCAAAATATTTTCACGCATACCATTCA AACAGCTTAAAAGAGATCAAACTGAATAAAAAGCAAGCCAAAGGCACAAATAAGTAAACC AAAGAGAGTGGATGAAACCAATTGCACATGTAAATTGGCACTTATTCACCAATATTCATA TCATAGTTAAACTATTTAATGTCTCCAGTAATTCTCACACCAGGATGCCCCAAACAAATA AACCAAAAAAAGGATCAGCCAAGTTTTGTTTGCAAAATAATTTCATTAAATGTTGTAAAT AGGCGACATGCATTTCAAGTGAAAATACAAGGTTGATTTCATGGACAGATAAGTCTGAAA TGAAGCACTACTTCCAATTAGCCACATAATCGACTTCCATCACTGAGCTTGTTTCAGCTG TCCTATACCTAGAAGAGAAAAGGGGGGCAAATAGCAAAAACTTAAAAGAGCAAAACTTAA TTGAGTTTCACCACAACTATTCAAGGATCATTTAAAGATAAAACTCCGATCTACTTGTTA TATGGAACTGACAAGAAGGCTTAAATCAGATTCCAGAATTATTTAAGAGTTTGGCAATCC CGACGCCAATTCTACAGTTGCAGAACGTAGAATATACAACCATTCTTTATATTTGATTTT CTTCCATCAACAAAAACGAGTTCAACAGAAACAGTAAAGCTGATTTCCAAGGGCAGAATA ATCAATTTACGTAGGAAAACAATCAGTTAATGTGTTGTTATTTACAAACAAACCTCTACG AAGAGCAAAGGAAATCGAAATAAGATAAATTAGAAAAAAAGGCAGAATGATAATAAACCT GCTGATGTAATTACAAATGAAGAAGAATCTTGTAACTTTTGAATATGTCTCCATAGTTCG TCGCAAGGCATTCTGCAAATCCAGGTGTTAGATCAAATTTATGTAGTTTATTAGTAAAAA CGAGAAAGGCAACTCACTTGAGCATCTTGAGTCATTGAATCTGCTTCATCAAGGATTATG ATCTTAAAAGGTGGGCAAGGATAACCACTGAAATGAGTAAGGAAGATATGTTGTTAAACA TTATAGTAAAAGAGAGGCTTAAAATGCATTAAGAACATATGTTGTGCGGACTCTTCATAT ATGCAGGCGAACCCGTCTAGACGCGACTCTGGTGCGGGTGCGGGATGCGTGTCGAATTCA TTCAATCCAATCCGAACACTTTGACCGAAGTTGAGAAAAGATTAGGGAAGAAAAAATCAA TTTCCGGTGACGCGGTGACGTAAAGAGGACAAAGCTTGAAAAAGTACAGAGAAAAGAAGA AGAGAAAAACAGTTCCAGCGACGGCGACGTAAAGAGGAGAAAGTTGAAAAACTACAAAGA AGAGAAGGAAGAGTTTACAGAGAAGAGAAGAACGGAGAGTTTTTTTCTTGAAACAAGTAA AGGAAATACAGAGCCCTTTTTTTATCTTTCTTGAAAAAGTACATGTTCTTTTTAATTTTT CTTGAAAAGGACATCAACCAGCAGAAAAAGGGTTTATTTTTTTCTTAAAATAAGTGTACT ATATATATATATATACACGATATTTCCAACTGAATTTTTTTTTAATATCTTCATAACTAT TTTTTTATAATATTGAAATTTTTTAGCCGTATCCCCGCACCCGTATTCATACTCGGATTC GCATCCTTCTCGAATACCCGCACCTGAGTCGAGCAACTTAGTTAAGAACTGAGCTAGACA AGACAAAAGTATACCTTTGCCGATTAGAACCTACAGCAACAGCAGCAAAGTTCTTAATTT TTGTACGAACTACATTGATACCACGGTCATCACTAGCATTTAGCTCCAATACCCTCGATT TATACAGCTCAGGTCTGTTAAAGAAGAAATCATTGGAAGATGAAATATATACATACAGAA AGTAAGGTAGGCAAAAGGTAACAATCAAACAGCAGAAACTAACAAGGCCCAAGTTTGATG ATATGATTTCTCTTTTGTCAGAGAGAATCCTAAACAACATATGAACATAGAATCAAGGAA GTAAATACATTTTCTTATCCAAATGCATTTAACAACACGATCTTAGTTGTCTGTCTATGA ATCATACAGAGAACGTGTATGTAGAAACATGACTAGGTCAAGACACCAAACTAGCAGCAT CCAGAAGAATCGCCATAAGTCCTAGGTCAAGACACCAAAATTTGAAGCAAGGCAGAGCTG CAGCTTGCTGTTTAAGACTATAAGTCCTCTCAATTTCAAGAATAAAAAGAATGTAAAGAA AACAGATGTCCCAAAGTTCCGTTATTACTCAATATCATTCTTTTAAAACAAAAGGAGGAT TTAAATTGCTCCAGAAGTAGTAAACTTTTTTCAAAAGTTCAAGTCTTATTCCTCTTCACA CTTGAATTTCGAATCAACTTTTCGCAGAAGAACGAAATTACTTTTCTTTGCTAAACTAGA AACAGTGTAAGATAGAAACTCCTAGCCCCAATTGGATAGCGACTAGCATTATAGGTCATT AGGCAACTGAAAGGCAGAAAGGGATTTTCAGGAATCATATTTATACAGACTTATTCATAA TCAATTCCACCGAACTACAAATTCCCATGAAATTAACATATAAAAACACTTCTATTTTTA CTAAAATAGATATTGATTTTCAGGAATCACATCAATAGAAACTTATACATAATCAACTCC CCCAAAACTACCAATTTCTAAATGAAATTGACATCCACTAGGAATGTTACCAGTTCAAAA AAAGTTAACATCAACTAGGGAGAACCCCAAGTAAAATCCACACACAACTTAAAAACATAC CCGAAAAGCTGATGGGCAATGGCAAGAGCAGTGGTTGTCTTTCCAGTTCCAGGAGGACCA TAAAACAACATATGCGGGCACTATAACAAATAAAAAAATGATAATAACTTAGTACTGATG TTTGTTTCTTCACGTAAAGAATGCTGAATTCTGTATTCTCAACAGGAAATTAAAGAAAAC CCTAGGCAGTAAGTGTTTAATGTGCTTAGCAGTAAATCAATCAAATGAAAGTGATGGTTT ACGTTAGAAGTCTCGAGAGTGTTGGTGAGGACTCGAACGACTTCATCCTGGTGAGCTACA TCCTTCACTTGCTTCGGTCGACTGCAAAAATTTCCAAAAGTTACATTTCCATGGCTGAGA GCTAGAAAAGAGGAGCTAAGTTAATTGGAAGGTTACTATTTCTCGACCCATGGCTGAGAG CTCTGCATAACTGGCGCCATAGCTGTTCTCTTTCTTTTGTCAGAGTGCTGTACTGTTTCC CGCTTGAAGAAGAAGAAGAAGAAACGGGAAATTTGCTAATATATGCGTCATTTGGGCCAA ATGAATTTTGGCCCAACACTCCCAAACTAGTTAATTACACAAATATTTCTATAATCAATA CTAATCTACTTTATAATTTAAAATATACATATTATTTCACTGGTAAATCTTTTAGACTCA TGTATATGTATCGAAGATGCTAAATATATGTTTCTTTGATATCATGTACAAACGAAATTT TGATGCATTGATAGAGAGGCGAATGAGATAGGAAAGGGATATTGCATCCTAGATACATGA AACGTGCATCTAAAATAAATTACTCCTAATCCATGGATTTTTTGTGATTCTGAATTTTTT TTGGCTGGAAATTTCCATTGAGATCCTATTAAGACCTTAACAATTGAGCTAGTTTGTCCC GAGGGGCAAATCGACTCATTTTCAAGTTCAAACGAGCCCAAAGCATGTAAAATGAGATTA TATCGATTTTCATATGTTATATAGTCCATCAATTTTTGGTGATTCCATATTTCAAATTCT TTTTGCTGAAGTTTATCATGGACGTTCTTTAATACCTTGGCTTGGCAATGGAACAATTAT CGATTTTCATTTGCTATAGTCCTTGAATATTTGGTGACCCATGATTCCGACATTTTTTTT TGTCGAAAATTGTCATTCCTGTTAGTTTTAGTAATTGAGCTAGTTGGTCTCGAGGGAAAA ACGGATGCATTTTCAATTTGAACGAGTCCCAAAGGAGATAAACAAGATCATACTGATTTT TTGTGTTCTAGTTCTAGATTTTTTGTGATTCGGGATTCTGATTTGTTTTTTATCGAATTT TTTCATGAACGTCATTAGGACCTTAGTAACAGAGCTAGTTGGTCCCAAGGGGAACAGATG CATTTTAAAGTTCAGACGAGCCCCAAAGAAGGTAAAATCATATATAATCGATTTTCTTGT GTTATGTACATGAATTTTTAATGCCACGGTATTCCGATCTTTTTTGTCGATATTTTTGAT GGACGTCTACTAAGATATGAGTAAGGGAGTCAGTTGGTCCTGAGGGGAAAATGAGTGCAT TTTCAAGTTCAAACGATCTCGAAAGTAAAAAAAATCAGAGTTTTTCGATCATTGTGTGTT ATAGTTAATAGAGTCAGGTTGACTCGAGGGAAAAACTTGCACATTTTCTAGTTCAAACGA GTTCCAAAGTAGGTAAGTTTTTATTTCACTTATTTTCATGTGCTACAGTCCATAGATTTT TTCTTATTCGAGATTTCGGCTTGTTTTTGGAAATAAGTTTTCATGGACGTCCATTAAGAT CTTAATAATGGAGTCGTTGATCCCGCAGGGCAAACACGCACATTTTCAAGTTCAAATGAG CCCCAAAGTAGGTAAAATCATATTTTATCAATTTTGGTGTATTGTAGTTAAATAATTTTT TGTGATCCACGATTCCAACATTTTTTTCCCAGGATTTTTAATGCATGTCCATTAAGACTT TAGTATTGGAGTCAATTAGTCCCGAGAAGCAAACGTGCGCATTTTCAAATTCAAACAAGC CTCAAAAATAGGTAAAACAAGATTTTATCAATTTTCCTATGGTATAATCCTTGGATTTTT GGTGACCCAAGGTTCTGGCATTTTTTTGCCAAAAAATTTTCCCGAGCGGCAAACAACGCA TTTTCGATTTCAAACAAACCCCAAAGCAAGTAAAATCAAATTTACCAATTCTCGTATGCT ATAGTCTATGAATTTTTTGTGATCTAGGATTTCAGCATTGTTTGGATGATTTTTTTTCAT GGATGTCCATTAAGACCTTAGTAATGAAGCTAATGGTCTAGAGGGCAAACATGCACATTT CCAAGTTCAAATGAGCACTAAAGCAGGTAAAATCAGATTTAATCAATTTTTGTGTGCTAC AGGCCATTTTTGGTGATCCATAATTCCAACATTTTTTTTGTCAAAATTTTTATGGACGTC TGTTAAGACTTTAGTAATGGAGTCAGTTGATCTCGAGGAAAAAACTGGAATATTTTCAAG TTCAAATGAGCTCAAATTAAAAAAAATAGATTCTACTAATCTTCGTGTATAGTCCATGAA TTTTTGGTGATTCAGGTTTTCAACTTGTTTGTGATCGAAAATTTTCATGGACGTCCATTA AGATCTATTAATGGCATGAGATGGTCCCAAGGGGCATTTTAAAGTTCAAACAAGCCCCAA AGCAAGAAAAACTAGATTTTACCGATTTCCGTGCGTATAGTCCATGAATTTTGGTGATTT GATCTGGTTTATTTTTTGCCAAATTTTTTTTTGTAGATGTCCGTCAAGACCTTATTGATG GCCTGAGATGGTCCCAATGTTCAAAAGGGTGCTTTTCAAGTTCAAACAAGCCCCAAAACA TGAAAAACATATTTTACCGATTTTCATGTGCTATACCCCATGAATTTTTGGTGATTCGGG ATTTTGGCTTGTTATTTGCCGAACTTTTTTATGAACATCTGTTACGACCTTATAATGGTG TGAGTTGATTCTCAGGGGAAAACAAGTGCATTGTCAAGTTCTAACGAGCTCAAAGAAGGA AAATCTAAAATTTTCTAATTCTCATGCGATACAGTCTAGAATTTTTGGTGATTCGATATT TTAGCTTATTTTTTGTTGAACTTTTTTCATAAACATTTGTTAAGACCTAATAAATGGCAT GAGATGGTCCCGAGGAAAAAACATGTGCATTTTCAAGTTCAAACGAGCTCTAAAGTAGGA AAAATAAGATTTTACTGATTTTTATGCGCTATAGTCCATGAATTTCTTATGATCGAACTT TTGACTTGTTTTTGCAGAAATATCTTGTGACGTCTTTTAAAATCTCACTAATGGTGTTAG ATGATTCCGTGGGAAATGTTCAAACGAGTTCCACAAACAGGAAAAACCAAATATTTTTAT AAATTTGTGTGTGTGGTAGTCCATGGATTTTTGGTGATTCGAAATTTCAACTTGTTTTTT ACCAAAATTTTTCATAGACGTATGTTAAGACCTTATTAATGGTGTGAGATGGTCTCAATG AGACAAAGAGCGCAATTTCAAGTTCAAACGAGCCAGAGCAGGAAAAATCACATTTAATAA TTTTCGTGAGCTATAGTCCATGAATCTTTAGTGATTTTAAATTCCGACTTGTTTTTGACC GAAATTTTTCATGGAAGTCCGTTAAGACCTTATTAATGGTGAGAGATGACCCTAATGGGC TAAAATATACATTTTCAAGTTCAACTGAGCCCTAAAAGCAGAAAAAAATTTCATGTGCTA CCAACGGATTTTAGGCTGAAAGTTTTAGTAGGCGTCTGTGACTACCTTCTTAATTGCATG TGTTAGTCCCGAAGGGAAAACATAAGAATTTTCAAGTTCAAACGAGACTCAAAGTGAGAA AGATTAAATTTATTGTTTTATGTGTATTATTGTCCATGAATTTTTGGTTATATGTTATCC CCACGAGTTTTTGTTAGAATTTTTCTGAAAACATCTCTGATGAACTTATTAATGGTGTGC ATTGATCTGAGGGGCAAGTGTTTACATTTTTTAGTTCAAACAAGGCTGGAAGCGGTTATT ACCATATTTGTCGTTTTGTGTATGCTATCGTTCATTAATTTTGGATGATATTTAATCATG AACGTTCATGACGACTTTGTAGATAGCGTGCATTGATCCCAAGTGGAAAATGTCCGCATT TTCAAGGTCAAACAATGTCTAGAGCGGAAAATACTGAATTTTTTATTTTATATGGTGCTA AAATCCTTGAATTTTGGGTTATTTGTGATCTCGACGGGTTTTTGGCCGAAATTTTTGTGA GCGTCCATGTCGATCTTATTAATGGCATGTGTTTGTCTCGAGGGGCAAACGTCCACATTT ACAATTTCAAACGAGGCCAGAGCAGAAAATACAAAATTTATTATTTAACGTGTGCTATAT AGTCCATGAATTTTGGGTGATATGTGATCCCGACGGGTTTTTAGCTTATTTTTTGTGGAC ATCTCTAAAGACCTTATTGATGGCGTGCAATGGTCCCGAGGGATAAACGTCGAAGTTCAA AAGAGACCTAAAGTGAAAAGTACTGAATTTAATCATTTTACATGTAGTGTTGTCCATGGT TCCGGTAATTGCAATAGAGAGGTGATGAGATCACCATTAACAGTGATTGAAGAAGATTGA AAAAAGAAGAAGAAAGTTTTATTCAATGTGTTGTTATTTACATTCAAGATATGTACATAT ATATATACAAGTAAAGAAGTTGTAACTAGAAGATTCTCTTCCTAACTGAATTCTAACTAA CTTTTTATTTTCTCATCACTCCCCCTCAAGCTTAGAATAAGAAAATATATTTTTCATTCC AAGCTTGTTAATAAAAGTTTCATGCAGAGGTTTACAAAGTCCTTTGGTGAGTAAGTCTGC TGGCTGGTCTTTGGTGTTTATGTAGTGAGTTTGTATTAGTCCTTCAACAATCTTTTCTCT AACAAAGTGACAATCTATATCGAAGTGTTTAGTTCTCTCATGAAATATAGGATGAGCTGC TATCTGAATTGCAGCTTTGCTGTCACAAAACACCCTTATAGGCAGCCTGATCTCTGTTTC CAACTCCTTGAATAAGCCTTTCAGCCAAACTATTTCTGCAACTGTTGTAGCCATACTCCT GAATTCTGCCTCTGCAGAACTTCTGGATACAGTGTTTTGCTTCTTAGCTTTCCATGATAT TGCAGCATTCCCAAACTTTACTACATATCCAGTTACAGACCTTCTCGACTCTACACACGC AGCCCAATCTGAGTCACAATATGCTGTTAATTCTGAACTTTTACTACTTGGCATAAACAG ACCAAGTCCTGCTGTTCCTTTGATATATTTCACTACTCGAATAGCAGCTTCCATGTGAGA TGTTTTAGGTGAATGCATAAACTGACTTAACACTTGAACTACAAAGGCTATATCTGGCCT GGTCATTGTTAAATATAACAACCTCCTTATAAGCCTTTGATATTTTCCAAAGTCATCTAA CACTGTATCTTCTGTATTACTAACTTTGCCTGAACATTCATCAAACTCAATAGAAGTTAG CTTGTGATTAGTTTCTAGAGGAGTAGAAGCAGGTTTGCAACCTGTTAATCCTAGTTCAGA TACAAGTCCTAAAGCATATTTTCTCTGATTCATGAGGATACCATCATTAGTTCTAGAGAA TTCAATCCCAAGAAAGTATTTTAGCTCACCAAGATCTTTCATCTTGAACCTGTGTTGCAG ATCTTTCCTGACTTGTTGTATATGATGTAAACTACTGCCAGTTACTAATAGATCATCAAC ATATACCAAAATAACAAGCAACTCCTTTTCCACCTTCTTTGTAAACAAGGAATAATCATA ATGAGATTGTGTAAATCCCATACTACTCAATGGTTGAGTTAGTTTTAGATTCCACTGCCT TGGTGCCTGCTTCAAACCATACAAGGATTTGTGTAATTTGCAAACCATAGACTTCTCCCC CTGGATTGCAAAACCATCTGGAATCTGCATATACACCTCTTCAAGAAGATCTCCTTGAAG AAAGGCATTGTGAACATCCATTTGAAATACAAACCATCCATTTGAAGCAGCTAAGGCCAC CACTGATCTCACAGTTACCATCTTGGCTACTGGTGAGAAGGTCTCAGTGTAATCTAGACC TTCTTGCTGACTATACCCTTTGGCCACTAGCCTTGCCTTATATCTCTCAACAGCCCCTGA GGCATGATATTTCACTTTATACACCCATTTGCAACCAATAGGAGTCTCATCATGTGGAAG AGGAACAATAGTCCAAGTACAGTTATCTTCTAGTGCAGTAATTTCTGTCTGCATGGCCTT AACCCATTGAGGATCCAAACAAGCTTCTTTATATGTCTTAGGTTCAATAATTGTAGAATA AGCAGCAAGAGAAATTCTATATGAAGGAGACAGTCTAGAATAAGAAACATAGTTGGAAAG TGGATATAAGCATGCATTTTTAGTACTAGGAGTAACATAGTTATCCAACCAACTGGGAGG TTTTGAGAGTCTGGTAGATCTTCTTAGAGAAGGTTGATTTTCTGTTAATACACCTATCTC AGAAAGTGAATGAGACTCACCTAAAGATGATGTAGAGACTGAGGTATCTGAAGTAGTAAA AGACTCAGAAGGACTAGAAGAATCATCAACAAAATGTAGAACAGGAAACACAGGAGAAGG AGAAGATTGAAGATCTTTAAAAGGAAATATACCTTCTTTAAACATTGTGTCTCTGCTAAC AAAGAAGGAGTGAGAACTCAGGTCATATAATATATACCCCTTTTTTTATGAAGAATAGCC TAAGTGTAATGCAGGAATAGCTCTGGGAGAAAACTTATCCAAATGTTTGGGAGTAGTAGC ATAGCACAAGGAACCAAAGACTTTCATATGTTGAAGAGAGGGTATTTTACCAAACAATAC TTCAAAAGGAGACTTATTTTGCAGTACTACAGAAGGCAGTCTATTCAGGATATATACTGT TGTGGACACACAACAACCCCAGTACTTCAAAGGAATACTTGCTTGAAACCTTAATGCCCT GGCCATATCAAGAATGGACCTATGTTTTCTCTCAACAATTCCATTTTGTTGAGGAGTATA AACACAAGAACTCTGATGTATAACTCCACATTCCTTGAACAGACTAGACACTTGGGAGTT AACAAACTCAGTTCCATTATCTGTCCTGATACACTTAACATTGACTCCAAATTGAGTTTT CACCATACTTAGGAAATCTTTCAGAACTATAAGACAATCAGACTTAGTATGTAACAAAGA AATCCAAGTATATCTATATTTATCATCTACCAATGTAAGAAAATACCTCTTGCCATCATG ATTAGAAACTCTATAAGGACCCCAAACATCTCCATGTACAATATCAAATGAAGCAGCAGA AGTAGTAATACTAACAGGAAATGGAAGTCTAGATTGTTTTGCAAGAGGACATACAGTACA ATGATGATCTTCCAAAGATATAGAAGGTAAACATTTTATTCTACTGAGTACCTTAAGAGG AGCATGACCAAGTCTTTTATGCCAAAGATCACATAGAGAATTACACCTAACATTAGTCAC CTTAGATTTGTCTATATTAGGAACTTCAGTAGTAGAATTATGAGTCTGAAAACCACCAAT GTCAGCTGAAGTATCCAATCCAGTCTGAAGCAGATATAGACCTTGATCTTCTCTACCAAT CCCCAGGACCTTCCCATTTGAGAGATCCTGAAAGACACAGAAGTCAGGAAAAAATATCAC AGGACACTTCAGTTGCTTGGTTAACTGAGATACAGATAGTAGGTTGTATTTGAATTCTGG AATAAACAACACACCATTTACAGTCTTATCTGTAAGTACTAAGGATTCACCAATATGACT AATAGATGTTTGACTTCCTGTAGGTAGATTGACATGCATATTACTCTTATCATCAAGATT TCTATATTGAGTCATTAGACTAGCATTATGAACCATGTGATTAGAAGCTCCAGTATCAAT TATCCAATTTCTGTTAACCACATCAGACATAAAGGCTGTTATCATACCTGCAGTGCTAGT AGTAGCCACATTAGCAGTAGTAGAGACTATATCTTTTCCTTTGTTTAACATTTGAAGGAT CTGTGAGTACTGCTCAGGTGTAAACAATGATACACCACCATGTGTGCCTGTTGGAGTAGT ATTAGTAGAGGAAGAATGATTATCAAATGCTCTTACCTCATTACCTTGATTGCTTCCAGT AGCATTGTTGGCATAAGAATTAGAGGTGATTCCTTTTCTCTTGGGGTATCCATGGAGCTT ATAACAAGTTTCCCTGGTATGACCTTTAAAATGACAGAAATCACAAACCAGATGAGCCTT CCATTAGGTCTACCATCACTATAGTTTCTCTGCCTATAACCACCATTGCTTCCATTTTGA CTATTTACACCAGAGTATTGACCTTGAGATACTTTGTTACTCATAAGAGCAACCTCTGAA TGTGAATCAGCCAGAGATGATCCAGTACTTATACCATTCAACCTTTGACTTTCAACATTA ATGATCATAGCATAGGCTTGATTAACACTAGGAACAGGAATTATCATCAGAATTTGACTC TTAGCATGAGCATAGGTACCATTTAGTCCCATTAGGAATTGCCAAAGTTTGTGATACTGA AAATGTTCAGCATACAACTTTGCTTCAACACAAGCACATGAAGGAGGAGGCATTAGAGTT TCAAACTCATCCCACAGTTCTCTAAGTCTTGAAAAGTAACTTGATACAGAAGTAGTACCT TGAGATAGTGTAACAATTTCTTTATGTAGAAAGTAAGCCCTGGATGCATTTACCTTATCA AACCTCTCTCGCAGATCTTCCCAAACTCTGTGTGCATCAGATCCATAGATGACTGTACTC AGTAAACCCTTAGAAACAGAATTCATTATCCATCTCAAGACAATGGCATTACACCTATCC CATCGATCATGCAGTGAAGCAGGATACATGTCCTTTTTACATGTTCCTAACAGGAATCCT AACTTGTTTTTTCCCAGAAGTACAAGTTTCAAGGATTTACTCCATAGAGAGTAATTTTCA GATCCTAAAAGTTGGATTGAGGTAAGAACTGAACCTTGAGTATCTGATGGGTGAATGAAC AAGGGATGATTGTGATCCACTCGTTCAGATTCAGTAGAAGATGAAGGTCCTCCCTGCACT TCTTCACTTACAATTCCTTCACTTGGAATCACCATTGATTCACCAGTAGATTTCCAGAAA TTAACCGAGTTTAAACTCGACGAAGACAACTAGAGATTCTTTTTCCAAGATTACAACAGA GATCGATCTAATCACAGAATGATAACCAGATCGTGCAACAAACTTTTATCAGCAAATAGA AGAGCTGATGAGATGATTTCAAATTATGAAGATATTAGACACAGAATTAGTCACTGTGCT CGGATACCATGATGAGATCACCATTAACAGTGATTGAAGAAGATTGAAGAAAAGAAGAAG AAAGTTTTATTCAATGTGTTGTTATTTACATTCAAGATATGTACATATATATATACAAGT AAAGAAGTTGTAACTAGAAGATTCTCTTCCTAACTGAATTCTAACTAACTTTTTATTTTC TCATCAAGAGGCCTCTTCGAAAAGCTTGGAGCTCATCTCTGGTGGGGTTAGTTAAGGGAG TGTATTCGGCAAAACCGTTTTCCCACAAATCCAGATGGTTGCCTCCACTGGATTCTTGCG CTTATTCCTTCATTTTTGTTATAGAATGTGTTATAGTTCTTCTTTAACCAAATATTCCAG AGGCAGAAGGGAATCAGAGTTCGCAAATTCAGGTAGTGACTTAATTTCCTATTGATGAGG TCCTGCCTCTGTTAAATCCAATTAGCCTCAAGAAAGGGCCATGGATAGTTTTGCTAATGG CCTTCAAGTGGGGTATCCATCTATCAGTTATGAGATTTATGTTGTCCCCCTTGCGGACTC TCTATTCAGTTGAGTCCAAGACATCAAGTCATCTCCTTTGGACATTTTTCTAAGTTCTTG AGACTATCCTTGTCGAGTTGGGCTCCTGTACTTGCTTTGAAGGATTCTACTCCAAAACTT GGTCGGGTTCTGGATTATATTCTCCATGCTATACTTGAAAGAACTGCCCTGTTTCTCCTT TCACTCTTCTGCAGTCCCAGGCCACCCATGGTTTTCTAATTCGTGATACTATCCCAATTG AGGAAGTGTATCTTTCTTTTCTCAGTTGTAGAGTCCATTTGGACTTTGTCAATTATGTGC TTGTCTTAGCAGGCAATTTGATGTACTGCATCACATAAGAGGGGATGCTACCAAGTGTAG CTGTAAGGTTGAGGAACTTGGTTTTCCAGCCTGCTATTCATGTTGTCAATAATGAATTCA AAGTCAGCATTATGGAAAATGGGAAAACCCAAATATTTCCCAAAGAGTATTGGAACAAAT TTGGCGATCTTGGACAGAGCAATTTTTGGAAAAGAGGATTCTAGATTTATGGCGACGTTA ACTTTCTGGCCAGCCTGAAGGTTGCTTTTGATCGTGTTGGAGTTAGTAACAATAAGCTTA TTTAAAGAAATTTACTAGTACAAATATAAATCATAAAATCAAAAAAATAAACAAAAATGA TATGACGAATATATTTTGTCTTTACATGGACTTATCCCATGATATTATATCCAATGTCTT ACTAATAATACCTTCTATAATACCATGTAGGAGGTATAACTAATCCATGAATTAGTAATA CATAGGTACAAATTCCTTTCAAATATAGTACTAAATCATACCATCCATAAACTATTTCTC CAAATGCAGCCTACCAAACGACCCTAAATGTGTGCTTCGTGAGATTATGTATTCTTGATT TTCCTAAATTTTATTGGCGCGCGCTCCTCATTGAGTCATTGTCCTTGGAAGAAAGTATTT TGGCCAAAATTGGAGGTAAAATCATATTACATGCATGTTCAAACTTAATACCATTTGCCA AGATGATCAATAAACAAATGATCCCGATGCTCGTTCAATGGGAACATGTTTAGTTCCATT TGATGATTCTAATTAAGAACCAAAGATAAGAGATTCTATTTTTCATTTAAAGATATGTTG AACAAAAGATTATGCCATTGAGCAAAATTTCGGATAGAAATATGTATATTGCTGCAAGCT AAACTTTGTGACTTTGACATTAATCAATTGCCCCAACTATGAGGTTTGAGGTCACCAAGG AAGGTAGGAAGGATTATGGTACATCCAAAAATGCCAAGAGCTTGGAGAAGTAAGGGAGTG TCTAGTAGTCATCTATCCTGAACCTGTCAAGCCAAAAATCACCATATCAGTTAAACATTT GGTAATTTTGTCCAACTGGCAAGCGCGCATCATCTATTCCAGCTCAGTTTTCATGCTTGG CATGACCACATATTTATAAGCAAGTTGAGCAGCATGTGAGGTTTCAATCAACATGCATAT CACACAAATAGTCATTTAAACACATGTAATAAATAACGGCAAATTAGATTCAGTGCATCG CATACTGACTATCTGAAAGTAATACTAGTCACTAGCAATCTTTCAGGGACGAGTTAATAG CAAAATACAAGGCCTTAGTTTGATAACTGGGAAATCTCTAGGGGCTAGCAAGCACATGGT ACGAACTCGGTGGATAAACGGACCACCCCTCTACCCTTCTCCACTTAAATACCAGGCTTC TGATTGCAACAAGATTCAAACTCGTGACGAATGCCTAACCCACACATCACCGTTGTATTC TTACCATTAGATCTAAGCCCTTAGCGAGAAAACACAGGACTCCAGTGTGCTGAAAATAGA ATCGAAGTACCCAAAAGACTTGGCCAAAACAAAGAGCTGATCTGCAGAATGACCCATGAA AAGCTAGAAGGGTCCATTTTCTCTCTTCAACATAGTATTTCTATCACATGATAAACCACA TCATGAAAAGCTAGGAGTAATCGTTCCTATGATCCTATCTCACTTCAATAACATTTAATG CAACTAGATAATTTTACTCCATCTTTGGTGTAAAAGAAAAGAACCCTTGCATAGAATACA GCTTTTTAAGTTTAAATAAAGTAGAGAGGGATCCTAACCACCAGATGTGTCAATCGAACA AAAGACTTGCATGACTCCAATGAACTAATTGCAAGAACACCATTACCAGAAGTCAGGTCC AAGAAGTCAGAAATCTGTACCTTTAAACATAAAAAAACAACTAATAAGAAAACAAGAAAA GAAACAGTAGTATGGTTTAGATCAAGTATAAAGCCATTAAAAGCAGTAGTACGGTGCATG CTTTATCTAATGTAATTCTCCACAACATTCATCCAACAACAGAAGACAAAACAGCACTAC ATTATAAATTTGAGACCTTTAACGTTACTTTATGACAGCTTTATTAAAATTCTACCTTCT TTATTGACAGTCCAATTGTGAACGAAGACAAAAAATAATAAATTAATAATGCTCAAATAT GAGGGGAAAAAAGAAAATTAGTGCAATGCTTTTCTCATGCACAAGAGTTAAAATGTGGAA AAATAAATCTTTAGTATATACCATGAATTCTCTATTGACATTCTCCTTCCTACAAACAGC TGATCCTACATACTGATGCCACTCTTGACCCATAGTACTATCCACTTTTACAACAGAGAG CTTTATCATTTCAGTCACCACATTTTATTATTCAAAGATCAACCACTTTCATCGTGGTAT GCTTGTTTCATGGACAAACACTGTCTCTTCTCTTCTTATGTAGATAATATTCAGATAAGA TAATATTTGAAATAGTGCCATCATGATGTGACAACCTTCAAATTCATATGCCGCAACATC CATAACATTTTGTATTATCCTAAGTTATGAATAATTCACAAAAAAACCTCAATAAAAGAA CAAGACAAGTACAACAAATTATGTGGCAGGAATATGTACTAACCAGAAGTACGCTATGTA CAAAACTGCAGCTTGCTTCTCATTTTCTCTTGAGTTCTGACGCTATTTTCCTTAGTTCAT CTTTTTGTTGCTAGAACAAACAATTAAAGAGGATTATCAGAATGTTGTGTAAAATACAGA AAGAGCAATGCTGATCCAAACTTGGAAAATCACAAACTAGTTCCAGACCTTATATAGCCG ATTCCACCAACTGTCAGATCTTGATTGCAGTAAGCGCCACTCAAAGCCCATTTCATGCTC TATGGTGTTGGGCTGAGAACAATGAGAAGTAGAAACTGCTTCTTTCTGAATAACAAAGAT GATTTTATTAGGCTAGATAAACATGACAGAAGACAGTAAGCAAGTCCTTTGTTCGGGTGG GGGATGCGGAGAGGATGGGAGAGAGACTGACCATTTCCCGCTGGGATTGTAGTCTTAGTT TGTCAACACATAGATGCCCAGCAAATGATGGAGTGTTTCCTTCCGTTTTCGGAAGAGTTA CAAAGCTAGCAACAAGCGGCCTGTGCATTAAAGAAGCTTTTATGCAACTGGAATCATCCC AGCCAAAAATGTTTAGCTGGTATCAGGTTCACTAAAAAAATACAACCTACACTAATAACT TGACTAACCGTAAGAGGAAAGGAACCTGACTAACTATCATCATAATCCTTCCCCTAAATA TTCTCACTAAAACAGTCAAAGTAAGAAAACTAAACACTTCATTAAATCAAAGTTGTCAAA AGCTCATTTGAGCATGCGCACTTAAGAACCAAAGCTGAGAAAAGTTCAGAGTAGGCACTA CACATCACTTAGGCTGCTTCACCGTAAGTTCTATCTGGAAAAGAGCCATACATCAAAAAT AAATATGATTGATAAAAAAAGATAATTAATTGCTAAGACGACATTTTTAATTTTTCTTCT TTGGGTGTCAGTTGTTTAGCGAAATAAGAAGAAAAGGGGAAATAGTGAGGGTTGGCATGT GGGGAGACGGAAACATTTTTGTTTACTTGATTTTGAATATAGTTCTTACGGTCCCTGATA TTGATCAAATTATGGTACGCTGCAATATGAAATTTGTGTGTTGGTTCGTTAAGAGAACCT ACAATCTCTCGAGTTTGAAGTAGTACTCAAAAACTTGAATAATTTTCTGCTTAGATTTAA TAGCCATTAACAGAGAGTTTAGATACAAAACTTATAAGATAACTACCCTTAAAAACTAGG ACATGACTTTCTAACACAACTGGAACGAAAAACTGCACTACAACATGAAAATAACTACTA CTAGAAGAAACAGCAAATAACTACTAGAAAGAAATAACTACTGTTGTGAACTGTTGGATG ACTGAGGAGTGATAACATTACTCTCCTCCGTCAAATTGTGCTTGTCCTCAAGCGCTAAGT GTGGAAAATATTGGTAATTCTCTCCTTTCTAACGAACTCTTCCTCATAATCTATAGAGTC AATTACGAATAATTTCTTGCATTGATGACCTCGGCTGAATGGTTCATCACAACTGAAACA AATTCCCTCAAGTCATCTTTTCCTCATTCTAGATTTGGTCAGTTTCTTCACAAATCAGGT ATATTGTTGAGGTGAGAAATCTATCGACTTGGATTTGTAAGCATCTAACAATGCCAATCA ATGGGTTGTTCCTTGCTATATAATTAGTAAGACCGTCGATATAAAGTTCAATTTTTTGTG AATGAGTGTATTAGCCTGCTAAATTAACTACTCAAACTTTTCTTGATAATCTACCACTGA CCCGATCTGGCATAACTAAGCCAATTCTCCCAAATTCTGACTTCTAACTGGTGGCCCAAA GCAAAGGTTATATTGACGTTTTAATTCATCCCAAGATAGTTAAGGCATTTCTATCTCTAG TTGAAGAAACCAAAGTTGTGCATTGCCCTCCAAATGAAAAGAAGTGAGTCCAACCTTTTC GTCTTCTAGAATTTGTTGGTGTCGAAAGAAGTGTTCACATATGTTCAACCATCCCAAAGG ATCCTCTTAGCCATTAAATTAAATCGTGAGAAATCCAACTTTGTATGTCGAGGAATGATG AAATTTCCTCCTACTTCTGATCCTGATCCTCCTGCCACTCAACCTTTACCCTTCCAACCG CAATGCTGACTTCAGTTAAATCATAAACGACCTTAGAATTTGCTAAATCCTTTGTGAGTG CATCCAAACGAGCATTTATTCTTTCTTACCCAATTGCTTCACAAGTAATATGAAGGATTT CCTGTAAACCAAGTCCAAACCAATATAAATCTCTTTTGTGCAAGATTTCATCACAAGAAA TGGCTAGTCTGCCGCAAAATCCCATCCCACCAGCCGGATTAGAAGATCGACCAAGTCTTA TTAAGTCCATCTCTTAATGTTCAACAACTCACAAGAGGATTGTTCTAGTTCGCCACAAAA CCCCACCCCACCAGCCGGATTAAAAGATATGAACCAAGTTTATTAAGTCCAAGTCTTAAA TGTTCAACAACCCACAAGAGAATCAACTGATCAGGATAAATTTTCTGAATGGCTAGAGAT CGGAAAGCTTTGACACAAAATTAGAACTGCTTTGGATGGGAACAGTCCTGTATATTTGGT GTCATGTACTGAATTCAGTTTACACAATAAAGGAAAAACGAAATCTGCATTGGTGTTCCT AGGAAAGTAGGTTTGGAACTCGATATTTCACGAATCATCTAAAACTAATACAAGTCTACT ACATTTTCCACAAGTACCAAAACAGTACCATGTGGAAGCATTTAGGAAGCAGCTTTGCAA ATTTTTTTTGAAGAGCTTGTGTTATTCTAACCAATCTAACTAAGCAAACAAACCGCTTTG AATACTCATCCTAAAATTCGAAGGACACTCAAGCTTGTTCAATATTTATTGCCAAAAAAA CCTTGAATACAAATACCTCTGATTTGACACCATTAAGCATCCCTCAGTCAGCTTTTTACT GACCCTTACTGCTGCTTCTCTTGTTTTGAATGCAACTAATGCTCTACCTACCAAATTACA AGACATAATGTCAAACGCAAATACACAGGACATATCCATGATCATAAAACAGAGTTTCTT ATTCAATAAGCTGCCCAGTCTCCCGTAGAAAGGGTGAATGATGAAACATAAACTAATATA TGATTATGATGGACAAAAAAAAACATTCCCATAAGATAACTAGTGGAAGCATGTAGACAG AAAGATCGACACTTGAACACATACCAGAGTACGGACTAGAGAAAGCAGTGCGCTGAACCA TCTTGGCTGTGCAGTTTTCCCTACATGCATGCCAGATAATATCCTGTAACATTATCAACA CAAATGTCAGTACAACAAGACAGCCATGCAAAAGTTACAGAATACAAGCCTGCCTCCTCC CAACAAACAGCAAGTGCTAATAAAAAGGATAAGACCAGATAGATAGGAAACTTAAACAGA ACAAGAGATGGTGGGAAAATGCATGTTATGAGCATAGTACATATTACAATCATTTTCTTT CACCAGATAAACCATAATTTCCCCTTAAAATTCCTCTGCCTCATCATGGGAATTCCAAGC TTCGGTAGGAACATAAGTCCACAAATTGGAAACTCCTCGGGGATAATAAGATGGAGGGCA ACAGACAATGTTGTTAAAGGCTCATTTAAAGTATGCTCAATCCCTAAGGCTAGATGACTG CCAAGTTGGTGATTCGCCTCATCAAGGAAGTGCTAAAGGCACCATGGCACTAAAACAAAG GGATCATTGCCTATGAGCCCTATCATAAACATCTGATAGAAACCGAGGTTTTATACTGGA TAAAAGCAATAGAACATACAAAGAGAAACACAAGTATCTCATATCTCTTAGAACAATAGA AAATACAAAGAGAGACAAGTATCTCGTAGTTAGAACAACCTTTCTGCATATAAAAGATAT ATCACAACCTGCCTACTTATTTCTGGATCTCCTATTATAGTAATAGATAACTAGAACTAC TTCTATTTAGGATAGTGTTTTTATATATTTTTTTATTATTTTTCCCTATTTATTTGCCAA ATAACTCTTAATAACCATAAGAAACTGCTCAATCCTCCATCTTGAAACCTCCGAGAATTT GAGAAGATCCAAATCATTATCTTCTCCTATCCTTTGCTTCTTCCTCCTTGAATAGGTATG GAAGAGCATAGAGAACAATGTGCAGAAAGTTGAATAGGTATGGAAGAGCATAGAGAACAA TGTGCAGAAAGTTGAATAGGTATGGAAGAGCATAGAGAACAATGTGCAGAAAGTTAAAAT AAACTGCATTTTACTCTGTCTTTGGCGTAATCAGTTATACTCTAATGACATTGTCTCCAT TACTGATGTGTTAGACTCGATTTAGACGTAGAGAAGTGAAATCAGGAGTACACTTGTCTA TAAGGTTAGGTCGTATTGTTTTGTGATATAATACAAAGTTACCAAGTTCAAAAAAAAAAG CCTTATCAGCATCACTAGAGATAAATATATTTCATTAAGTGATATATTTAATAGTTAAAA AACATTACCGATCAAGTTTCAATGAATAGGAATAAGAAATTAAAAATGTACTCCCTCCAT ATTAATTCATTTTGCATATGTGCCTCGATAAGGAGTCTAGGGAAAGACTTAAATAATTTG GGGTACAAAAGATTTGTTTATTTTAAATTGGGGTAGGATAAGGGGAAATGGGACATTTGA ATATGGAAAAGGTGATATTAGGAACCATTAGAACTATCCTCCTAGGAAAGACGTTCAAAA GAGAGCACAGAGAATAGCCCTTTGGTGCCTATGTAGAAACAATTTCCAGAATATTATAGC TTTGTTCTTTTCTTGTTAACACTTCTTGATCACATACAGTATCTCAATCCCCATTACTTA TTTTGAAGAGAACCGTGTTATAACATAAAATCACTATTAAATATACAGCACAGAGAATAG CACCTTTGGTGCCTATGTAGAAACAATTTCCAGAATATTATAGCTTTGTTCTTTTCTTGT TAACACTTCTTGAGCACATAAAGTATCTCAATCAATACAACTTATTTTGAAGAGAACCGT GTTATAACATAAAATCACTATTAAATATACATGTATGCAGTGGTAACCTAACAGATAACC AAAATACTAATATCATCAGGAAACACTATGGCATATGTTAAGGAGACCGAAGATGATAGA GCACTTTATTGGACCCCGAACGACTTTCCTCGATACAAAAAAAGATGATACTTCTCATTC TCATGGTTTATGTAAGGATATGTAATCTTGTCTCTTACAATTAGTATTCTCCTATTTCTA TTTCCCTGCTTTTTTCCTGTTTTGGCAACAGATAGAAATGTTGAGTATCAATATAAAGGG CCGACTAGTATTTAAAAGTAAAATATGGGAGAACTTCACAAGAAATTCAATAGGAACTAT CAACTATCCAGCCTTCAATTTCAAAAAATTATGACTTACCGATTGGAATTAGCTTCATTT TTCTTTTTGACAACTTTATTGGCCGGAATTAATATTTGTCAAATAATGAGACAATGTTGA GTCAAACCATAGAAGGATGAGCTACAAACATAAAAAGCTCAAATATTTATTCAGTAAAAT GCACCAAGCTCTTCCAGCCGAATTACGCAATATGAGATAAAGTAGGAGAGACCAAGATAA GATTCGCAAGGTCACATCATAATGTCATGGGAGAAAAGAGCCCCTACAGTGTTGTGTTTT GAATGCATCTGACTGTAATGAAAAGAACGCCTAAGAGCCCTTCTTATTTTTTATTTTATT TGATGACCGTGGTGTCTGGGGCAGCTTTAGCGCACATTGACTAATTCCATCTCACCAGCA ACAGATACCAAGTAACTTCATCCACCAAGGCTAGGACAAATGGGAAGAATCACCTAGTAT AGGTTCTGAACCACTTCATTGACCACTAAGAGCCCTTCTTATTTATGTTAACTTTTCATT CAACCTTGAATTCTTTTGATGGTTGGCATGAAATATAAACATGACATAAGTCTCTAATTT GAGATCACAAAATGACTAAAATACCTCTCGCTTGGCTCCTGTCATGAATTTTTCTCAAAC AAACAAAAGAATGGGTCTCGCTACTTCACTTCTCTATTAGGGTTGTTCTTCCTTCAACTG CTCCAACCAAAATGACAGATCTCAAGCTAATTCCTAATAGAAACTTTTGACTCAACAAAC AACCAAGATCACAGCCAACTATGACATGGTCCTTCTCTGTGGAGATGGCTTGAATTTACT CAAACCAAGAAAAAAACACTACAAACAATTAATAGTAGACCTAAATACTTTTGGCTGCAA CTTTTCTTCATTAGTGGAATCAAAATGAGTGCTCCTCTCCAACATCATTTTTAACATTCT TAACAAAAAATCATCAACGATGCAATTATATTTGAGAAGTCAAACAATAAGGTATTTCTA TCATTGTACCAGTTACGGTTACTTCACCTTAGATTTGTGAGTAAGGAACTTATACAACTC TTCGTCATTCATAATAACAATGCAAGTGTTAAGGGCAAGAAAGATGATAGTAAGTTGCCC ATTAGGATACATAATCGCAAGGGCACAGACAAAGACATAACGACAGTCGGTTAAATTAGG ACAGTTTGAGGTTGAAGAAGAAATTGAATGAAACTGGAAAGCTAATATTTTATGCTCTTT TTGTTTCTCCTTAGCTCTCAAACAAGACAAAAGGAACAGAAAAGAAATAAACAACTTACC CATTATAATCCCACATGTGGGGTAGGGAGGTTGTTTTCGATAGACCCTCGATTCGAAAGA AATATTTTTGAAACAGGATTACAAAAAAATGACAACAAAATAACAAGAAATAAAGTAAAT TAAGCAGCAGAGAGACTACGCGACTACTAAATAATACTAATCAGGAGAATAGGAGGGGAA AGGTTAGTCCCCTAGCTCTCTTATATAAAGTGCAACACTTGGCTACCTAAACCTTGACCT CCAAACCTTCCTATCTAATGTCATGTCCTCGGTAAGCTAAAGTTGTATCATGTCCTAGCT AATCACTTCTCCGGTCCTTTTTCGATTTAACTCAACCTCTCCTCTTAATCTTGCTACAAC AAACCTCCCGCACCTCCTTACTGGCACAATCATGCACCTCCTTTTCACTATCTCAAAACC ATCTCAACGTTGCTTTCCTAATATTGTCTGCCACCGAGGCCACTCCCACCTTATCCCGTA TAACTTCATTCCTAATATATCTATACTAGCTAATATATATCTCCTAGTATGCCCACTCAT CCATTTGACCATCCTTTGCTACATTCAAATTCTGAAGTCTGAATATGGGAGTTCTTTACG AGCCACTATTATGCCACACAACAACGTTCACCACTATGTAAAACTTACCTTTAACCCTTG GCAACACATTCTTATTTAACAAGGTGAGCCTCCATTTCACCCACCCCACTCCATATAATG TGCGACATCATCGTCAATCACCTTGTCTCGTTGAAATATTGACCCAAGATACTTGAAGCT TCCTCAGTTGGGTAAGACTAGTGCATTGATCTTCAATTCCTCCACCGCCTAATGCATTAC ATCACTGAACTTGCACTGTAGGTTCTTTGTTTTAATCCTGCTGTACAGAAGTCTTTAATC TTTTGAGCTTGTTTCCAAACTTCCAACCTTTTATAAACTCGACCGTCGTCTTGTCGATCA ATATTAGGTCATCTGTGAATAACATACACCGTGGCACTCAATTTGTCCAACACCATGGCA AATAGGAACAGGCTAAAGGATGATCCTTAGTGCAACCCCAACACATCCAAGAAGTATTCT GAGTCACCTCTCACTATTCTAACTTGGTCTTAGCTCCATTGTACCTTATCCTTAATTGCC CTAATCTAAGTCACATGTACACCTCTAAAGTCCAAACATCTCTATCTCAAAAGAACCTCT CTATGGATTTTATCATAAGCCTTTTCCATGTCAATGAACACCATTTATAAGGCCCTCTCC TTACCTTTATATTGTTCCAACACTTTCCATACAAGATGAATGGGTTTTGTGGTTGGTCAC CTCAGGCATATATCGAAAACGGTTCTCAAAGATAAACACACCCCTCCTCATCTTCATTTC AACCACAACCACTCTCCCGAACTTCCATAGCATGGCTTAGTAGTTTGATACCCTTATAAT TGTTGCAATTCTGAATATCACCATTATCCTCGTAAAATGGAACCATTGTACTCCACCTCC ATTCTTCTGGCATTTTCATTGTCATAAATATGACATTAAATAACTCAAGACACTCCACAT ACATGCCTCGCTAGTGTCCTTCCAAAAATCTACCGAGATCTCATCTAACTCGATTGATTT TCCCTTCCACATCTTACAAAAAAGGAACTTTTTGACAATTTAATATGGATTTGGCAACAA GTAGGCAAATAAAAAATTAACCTATTAAGGATAATTCTCAACCTCAACTGCAAACACGAA AACGAGATTAAAGTGCAACAAGTATAACATCATCAACCAAAGTTATTGGTTCTATGAATA CTCATTGTCCATGTCACTGTAACAAAGCCAGTTTCAATCAAATATATATAAAAATATTAG TTTATCTAGAGTTAAAAATTCTCTCGATGATCCAATGACATAATCTTTTCATAAAACTAA GGACCCTAGTGCGTTGATTCCAAGATTGGAAGTCATTTGAGGCAAGTTTCTTTCATGGGA TTTTGGGTCCACTTTATCTCCTTTTTAGCACCTTTAATCCCCATGGTTGCCTTTCATTTT CTCTTCCATCTCGAAACTTTTAAAAAACTTAAAGAAAAACACTTAATCCCCAAAGCAAGC ATGATATACTCACATAGAAAAAAATCAAAATATAGGTATCAAATCAAACTAGACATCACC AAAAGTTAAATGCCATGTAGGGTATTACCTCCACCTCTCCTGATGTATATTCAGGATTCA AATTTTCGAGTAAGATAAGGGCCCTTTCCAGATTTGATGTTTGCAACACCTCCTCCCAAG GCTAAATATGAGAAGAAAGAAAGAAAGTGAAAATTAAGACATCTTATTGAACACAAAAAG AATATTAGAATTCATCTACAAAAACCTATCATATAATCTAAAGATCGTATTATCCAAAAA AACTAAGCACTCTGTGTAGGCACTAAGGCACTAATTGTAATGCAGGAAATGTAGCACGAG CTAACTCTGATGTGTAAATATAGCTCCAACACATGGGAAACCTTCAACTTTTAACATATA ATTACCTCCACATGTGATGGTGACTTCTAATTGCTAAGTTACAAGTAAATTAGACATGGG CAAATACAAAGAAAAAGCGAACTATGTAATTATTTCACTTAATTCTCTAAATAGATTTCT TTTCCTGTTAATTTGGTATTCAAGAATTTGTTAACAAATATATTATGGTGATTTAATTTC ATATGCTCGCGTCTTGGTAGGTATTTACCCCCATACTTGTGCACTTTGGGAGGTTACAGA CCAGCTACGTTGCCCGAAAAGCTAGCTCAACCAATTGTATTGAAAAAAGATGTAATGACA CAATATCACTATATTTTATGTAAAAAGCATCAATCACACCATATCTTTTCTTCCTTTGAT AACCAAGAAATCCCCAGTGACCTTTGCCATACGGTTCAGTACTCTGTAGATGACATACAC ACCCCTCTACACCTCTCCACCTCTCCACTTAGCTACCTAGCTTTTGTTTGTTGCAAGATT ATATCTCATAACTTGTGTCTAACCCATAAACCACATATAATACTCTTACCACTCGACCAA GTTGCTACAATATCAAATCCAGTGTTTTCAAAAACATTTTTGGGGCGAGTTTCGAGGTAG GGCGTACCAAAATATGCTCTAGGCGTAAATTAAAGACGTAGATCCATAACACGTAAGGCA TAAGCCTCGACATAAAAACCTAAGTCCTGAGCGTAAAAACCATAGGCCTGGGCGTTTTTA ATTTTCTTAAAACCTTTTTTGCTTTAAATCTTACTTCTGATTATTGGTGTACTGATATTT CTCAAGTAGTAATTATAATACTTTTTTTCTTCATTATTGCTTATTAATATTTATCTCAAA TAAATATAATTTCCATATATAATGAAGGTTATTTATAAAAAATTATTTGTAAAATCATTG AAAGGTTTACTTTTGCTTATTTTAGTAGTAATAAAATTATAAAATTGAATATACAAGAGA CTACGCCCTGTAGATCCATGGGGCATAAAATTGAATATACAAGAGACTAAGCCCCGAAGA TCCATGGGACTTATGCCCCGTACTGTATAAAATGTATCACCTCACGCCCCCACCTTTTAA ACACTAATCAAATCATTAGTTTTCATTTCACTACTAACAGATGAGACTAGAAAAAACTAT GTGTAAGCCATGTTTTTCGTGATGAGTGAGTTCCATATTATGGGCATCCAGAAGAATCAT TCCACGCAACTCAACAAGATTTCAAAGATACAAAAAATTAGTTCTCTTCTTTGCATTATT TGCTGAGCCAAAACATTTTTCTTGTGCTAATCCATTAACGCGAAAACCATCATCAATCTA AAGACCAGATTTTCCAGAGCCAACCAATTTTCTAAAGCCAACTTTTAATCCAACAATCAC ATGGCACTACTAAGCGAATAAGCAATCAGCCAAATTCCATTATCTCCTCCCTAGCCCCAA ACATCCAACAATCACATGCCACTACTAAGCAAATAAGCAATCAGCCAACTTCCATTACTC ACTCCAATGAAGATTAGGCATATCATGTGAATGGGTTCCTAGTGAGAATAAATTCACTAG ACAAAGCTTCCATTATTCTTGTGTGTGGGGTGGTGGGGGGAAGGGAGGGCCGGGGGTAGT ATGGTGTGATATCTCTCTTTTTTTATCAACTTCAAGTTGAATGATTTTGTATTGCAACAA GGGATAAATAGCTTCTAATGTTGACATGTGGTCTTGAGGCCAAATACTTCAGATGTAATA TAGAAAGGTTTTGACATACAATAAACCTAAAGGAGTTCTAGACTTCAAACATTTTTTTAA GCTACCCTAGAGTCAAGAAGAAATGGAGAAGTTCCAAAAGCCCTTCCTAGATCCCTTAGT TATCTCAAATCGTTACACAATTATGTTGTCCAAACCTAACGATATATTTTCACCATACAG TTTGTCTTGTACTTTGCTAGTAATAAAAGAACAAGCCAAACAATGACCTAGGATTCAAAG ATAGCTCAATCACTTCAGTAGAGGTCACACTTCTTCCACGACAACGCCTTTTGCAGTATC ACTTCCTTGTCGAGTAACACATGAGCCATCAAACTTGATATTTAATCAACTAGATCATGC CAGCGTAGGAGTGAAAAATTGATCAAATGAATCAGACGATTGGCAACAAAGTTACAATTC TAAGCTCATAGGTCACAACAAGCCATTTGTTCAAAAGATTTTCATCTATATTTATGGCAT ATTTATGACATGAGACAAGCTTAGACACAACAACATACCATCATATGGGGTCTAGGAAGG GTAGCGTGTACGCAAACTTATCCCTTATGTAGAGGTAGGGTAGGGAGGGTTTCACTTTTC TCTGATAGACCCTTAGCTCAAGGAAAAGAATATCAACATGGTTCGAGAAAAGAAATAAAG AAAGTGAAGATGTCATGACAAAATACTAAACATAGCATGACAAAGCATTCTTCAAAAAAA AGAAAAGGAACAATAACTACAACAAAGTAATATTATAATTGAAGTTCATAAAACTAAGTA TAGTAACAGAAATCAAAGAACAAAAAATATATAGAGTTGCATTTTCCTAGAATCAGCATA TCGAACAGAGTTACTTAATCAGCAAAGTAATATAGGACCAAGGATAGGAACACTTACAGG TGCCTCGAACCACTTGCTCGACTCCTGTAATAAACAAGAAAGGGGGTTACATAAGTTTGA TATATGAAAAAAAAATTGCAAAACAAAACCAACTAATTTGCAGCCATGAAAGAGAGAAGA AGCATATATTTCCACCGTACCATATCAACAGTCTAATATCATCTCACAACAGATTACATG AATCCGAATTAAAAATCCGATCTCAAAAAAACAATTATACCAGAAAATCTAAATTAGAAA AAAGGATGACGACATTATAATCACACACACCAGATAGCAGCAAGTAAATCCATTTCTTTC CCCATCCGAAAAATGATAAAAGGGAAAAGGCACATATTTTTTGAGTAAACATCCATTTTT TCCCATGATTGGAAAAAACATAATTAGTCACTATCTAGTTTTTATAAAATTATGAGTCTT ACAGTTACAGGAATATAAAACAAAAGTCTTAGCTCTCCATAATTACTTGAATTTTGCATC TCTTTTATATCTCCGAAAGCAATAAAATCCTGAGACATTGACTGTGCATTCTGGTCTGCA TGAACTGATTTGGAATGACCCCTTGAGATGCGGAAAGGATTAATTCTAGTGGCATTCTTT TCCAGACGTCAACTTTTATGCTTTTGAAAGGGGACTCAATTACAGCTAGCACATTATGAA TTACCTAATCTATATTATACTAGTAGTCTGCTTTAAGATTCAACAGTAAACTATACACTA GGGTGAACTAAACAAAGTAGAACTTATCATGTTCCCATGTAATAGAATATGGTTCAAATT TCAAAGTGAAACTTTGAGAAAGTGATGGTGTCTAGCCAGCAAGGAGTTCCTTGAAACATA AGAAAGGCAGCTTAGTGCACTAAAGATCCCTCTATACAGGGTCCAAGGAAGGGCCGGACC ACAAGGGTCTATTGTATGTAGCCTTACTTTGCATTTCTGCAAGAGGTTGTTTCCACGGCA TGAACCTATGACTTCCAGATCATATGGCAACAATTTACCAGTTACGACAAGGCTCTTCTT CCACATTTTTCATTGACATCGGCATCAAATGAGCTTGACCAGCCCAAAATGGCACAACCA CATCAAGACGAGCACTCAAAAGGAAGCAAGTCTACCCTTAGGTTATGGATAAGCCAACCA ACACAATAAAATTAGATAACATGGAATATGTTATTCATGGATGATATTGTTTTAGTTGAC GAAACAGGTGATGTGTCAATCAAAAGCTTGGCTATTGAGGATAAGTAGAAACTGGAAAGT GTTACCAGGATATGTCAATGTGACAGAGAGATGTCCACCAACATAAAGGTAAGTTACATA ATAGCTATAAGCTAAAAATGTTATAAAGCAAAGCCCATTATTTAAATGTTGACCTTAGCT TCTCTGGAACTGGAACTAATTTGTAGTTGTCATACTCAACATGAATTAAGTTTCTAGTGT TGACTTTCACCCAATGTCTTGAAACACAAAATAGTGTGATAGAAGGTGGTGGTTCTATTT GCATAAAGGCTAGCATCACAAGTTGTTGGCGGTTGAGCGTAAAGGCTAGTGGTGCGGGTG GTTGGTGTCTAGTGGTAAGAGTAGTGGTCAATGGTTTAAATGTTTGGTGGAAGCAGTTGA CGGTTGTGGAGGTAGCCATGTTTCGATGGTTAGTCATGTAAAAAATAGTGTGGTGGTAAG AGGTTACATTCACATGACATTTTTTGGCAATAGATTTTTAAGCGAATTTAAGAAAATCCG GTGTAAAAGATCTCAATAGTTCAAACCTCCCAAAGGCTAATAAGGGGTTGTGAAGGAACC AAATGCACTTAATAGACTGATTATTGAATAATAAATATCCAAACCATGTTTAATTGGATA ATGTAGTATGTAGTATAATGAATAATTAGTATCATACTCTAGTAGCTAATGTTAGACCAT TGATTCTTACTCTTTTTTTTTAGAATTAGTAATGTTGTATTCTTCAGCATTGGGAATGCT GGCCACCATCAGAAACAAGTTACAAAACAAGTAGACTCTAGCTTTACAAAGCTCCTAGAA ATTGTATTAACTCCTATATATCCTCTATACAATTATGTTTACACCAAAAAATTAAAGTCT CCAGGCAGTTCCATTTCACATCATGGACTGGGCTGATTTTGTCTTCAAAACACCTTCCAT TTCAGACCACCATATGCAAGAGGGTATTATCCTCCACCATTTTTTCTGACTTTTACTTCC CCCTCTTTCCATCCAACAACTCATTAGATCGGTTGTATGTTCCGGCATTATCCACACTGT CTTTGTGAGACTGAAAAACATGTTCCACAATTGGGCAGTGAATTTAAAGTGTAGGAACAA GTGATTGTTTGTCTCCCTAGTCTCATTGCACAAAAAACATCTAGTCACCACAACTCTCCG CTTCTTTTGTAACACTTCATGAGTAAGACATGCCTTTCTTACCACTAGCCATGTGAAACA CTTCACTTTTGAAAGGGCTATGTTCTTCCATACATTTTTCCATATCTTTAGCTCTTCCTC CCGATTAATGCTATTCTCCCTCTTGTATACATTATTTACAGTGAAACTTCCTTCTGAACT ATGTCTCCATCTAAGTCTATCAGGCTCCATTATTGTCCCACGAAAAGTATCCACTTCTTT TAGCAGGTCAACTACTCTTTCTACCTCCCAATCATTTAATTGTCTTCTGAAGTTTAGATC CCACCCCTGGAGAACCAGCAATCAGACACAACAATTTTAGGGTTGCTAGATAGTAACATG AGATCTAGATATTTACCCTGCAGTGGTTGTACTTATCCTATCCAATTATCCTTCCAAAAC CTAACATTGTTACCATTGCCCACTCTGAATTTAGAATTCTCCTGGAGCTTTGACCATAGA CCTCTGATAGCCCTCCATACACCCATCCTATAAGTGCAATTCACTTTATTTGAGCACCAA GGGCTATTCTGTCCAAACTTTTGAATAATTACTTCCTTCAAAAGGGAAGTTTCTTCATCA CAGAATCTCCAAAGCCATTTCATCAAAAGGCACCTGTCTTGATTCTTACTCTTACCTCTT ATTCTATTTCTTTTCTTCTAGAAAGATTTAGTGCTCTTAATATATGGAAAAAATTTCCAA GCAACCTTATCTAATTTATAACTGTAACGAGCTTAATATTTATTTGCAACGACAAAGGTT GGAAGGAGATTATGAGATGGAGATTTGAACTATTAAGATCTTTTAAGATCAGAATGTTAA ATAATTAAGACAGTTTATTTCAACATTTTAATTTGCAAAACTTTTCTAAAGAAACATAAA ATTTAACTTCAATACTAAATCAAATACTATGAGCCCGACTATACTTACCAAATAAATAGA TGATAAGCTTGGAGTGTTGAAAAGCAAGTTTAAGTGCTAAAACTTATTTTATAAATTTAG TAGCTACTTGTTTGGATTGAAATGCTGAAATTGTCAATAAGCCATTAATATGTCTGGTAA AAATGGGTTGATAAGTTGTTCTTTTTTTTAAAATGACTACGATACCCTTAATATTTTTTA GCAAATAAAAATTAAAAATTTAAGTATTTGTGTAAAGAAAAGAAGGAAAGACAACGAAGT GAAGAGGAAGTAAGAAGTTTTGGGAAAGATTTTTTGAAAATTGAAAAAAATATATCAAGG AATAATAGTAAAATATTTGATTGAACCAAAAGTGTTTATAAGCTAAAAAAAAACAAGTTG GGGATGACCAGCTTATAGCTTTTAGTTAGTTAAGGCTTATTAGCACTTTCTTGTTTACCA CAAGTGTGGATAAGCTTAAAAGCACCCATAAGCCAGTTTGACTAGCTCATAAGCATAGTC AAACATGATCTATGTGAATAAAATAATAAGACGGTTCATAGTGTTGGTGGGTGATTGGAG AATATGTTGGTTGACGGTATTGGTTGTAGTGATAGATAATAGTGGGGTTAAATGATGATA GAGGTTGGGAACATATAGTAGTGACTGATGGTGGTGACCGGTGATGGGTGGAGAATGGCA CTTCGGCAAAGACCGGTGTAAAATGGCAGCTAGTAGTGGTGACAACTATTTGTGGTGATT AGCGGCAACAATGGTAGTGGTTGGGATGATATTAGTCAATAATGGTGGTGACGACAATTA GTGATGAAAGTGGATTGAGTAACAATCAATGTTGTGAAAGGTGCTCGTCTGTCGCCTTTG GCGATAAGGCGAGGCGAGGCACTTTCGCCTATTTGCCTCGAGGCGAGGCGAGTTGAAAAT GGGAACCTATGGCGATGAAATGGCGACCTTTGGCGACAAGGCTGGCTTCGCCGTTTTTTT TAAAGGTCTGATTTATAATTAAAAGCCCAAATTAGGGTTTCTTTTTTTGCAAACATTTCA CATTTGTGATTGCCTCCTCTTCTCCTCAATTGCGAACCCTTCGCGTTTGCCGCTTTGCAA CCTTCTTCAACTGATTTCGCGACTACTACAAGTATGTTTCTTCTTCATCAGTCAATTCTT CTCATCTAATTCTTCTCTTTGTTTCTTCTTCTTCGCTACTCTATTTTTCACTCACTATTG TGCTCTGTTTTCGCTCAGTGTGGTAGCGAGCAGTGTTTTTCACTCACTGAGTGCTCTACT CACTATTAGATTTTGAATTGAAATAGTTGCTAATATATGTTATTGCTATTAAGATTTTGG ATAATTATATGTGCACTTAAAAAATTTCATTTTTGATATTAATTGGCACCTTAATTCAAA AAGGCGAGTGTCTTGCCGCTTGAGGCGAGGTAGGCCCCTATCGCCTTTCACCTTGCAAAA CATGGGAAACAATGAGCTACCATGTTTGTAGAAAGCTTTGAATAGACAATATTAAGACTT TGTTCATTTTATGTGAAGGTGTTTCATGTTTAACTAGGTACGATATTAAAAGTAAAGAAG ACCTTTGACATGTTTAATATGTAAAGTACCAAAATTATCCTTTAAAATGAATGCTTATGA GTATTCTTTGTCTTCTTACTCTCTCCTTAAAAAAGGAATGAACTTATGTATTATGTAGGT CCCAACAAGTTGTCGTTAATGGTTAAACATGGATATTAAAGTTAATAGCTTGCAAAAGGA GAAAGGTATCATTTCTCTTAAGAGACTAAAAGGGAAAGTGTCACATAAAATGAGACAAAG ATAATAACACAATATATATTTTTCTTTTGACATAAGATTCAACGACATAGCCTATCACAA ACCTAATTCTCTTAGTTTTTTTAAACAATAAATCAAACTTGTTTCAATAATATCACACCA AATGGTGTTAAATCTGTTCACTAACCGAGCTAGTGGGTTGACCACAATTTTCAAACAAAT TGTTCCAATCATGTATAAAAATGGTAATTTTCTACTTACACCAGAACAATTATGCAAAAG AAAAGAATTCAAAGTAATTCTAATTTTCCCTTGCATGCAAATGGTATGCACTTATGTTCC TCCCATTTAAGACCATCTAAAAGTGCATAGAAGCATTATCTTCCAAGTTGTCTTATTTTC GTTGTGCAGCCTCCGTGATCTTTAACCATTGATCACCACCACTAATACCTACTAAGGACA ATAGGTGTGCAAGCCTTCACAACAATGTTGTGAATCTAATGTGTAGTAATTCATGAAAAT CCTTTTCCTCAAATACCGTTAGGGTTTCATGATGCGGCATGCAAAGAATTACACCTTAGT AACTTTAATATCAACTCTTCCACACCTCTCCCTCTTATCCCCAACTGTGCATGACTCACT ACTAAATGAACTCTAACCATAAAAAGTATAACACTTCTCCCTCCAACCATACCATCTTAA CCTCCCCTTCATTACCAATGGGTTGCTCTTATATCCTATGAACGTACTCTTTGATCTCCA TCAATTCCTAAATCCAAGTCATGCAACACTTTCCCATAACCAGACTAAACTCCCATTCTT ATTTCTGTATAAGCCAATTTATTGAGTTACAATTTGTATAGGTTATATTAGATGCTACTT CATGGACCTCTTATGAGGCTTGTCTCTCTAAATATAAAAGGAATGTTATGTTGTAAAAGC TCTCTTGCTTCAATTCAAGAGATTTTGGTGCATCTTAATATGCTTGACTACAATCAAAGA AAAGTTGGTACAAAAACTTCTCAATGGCATGGAAAAGTAAGTAACTCCATGTAATGCCAC CATTGTATCACCAAAAAGAACATATTTATGTTCTTTATAAAATTAGCAGCACCGGATTCA CAAAAGATAAAGTAGAATAGGTTATGCACAATTTTATCTAGCAACAAATTAGACTTCACA AGAAAATGACATTGCTCAAGGCAAAACTTACTGCAATGGGTCTCCGCGTGATTATGAAGC TCTTGCCACCCATCCTCTCAACTTCCTTGGGGGATACTCCAGCAGATAATTTAGGCAACT TGCCTATATTGTCAACAAGCTTACCAATTGACATGTTACCTCTATCTCTATCCTCTTTCA CTTTAACAGAGTCTATGATTGCCTTCTTTGGAGGCCTGATATCCAAGGCAGCACCATCGT TTCTGTTCTGCATGTTCTTGTCCAGTCCACCAGAAAGCTTACTATCTCCAGATTTCTTTC TTTCTTCAGAAGGAGTGGCACCTGTTCCCATAACCTCTTTGTCATTTGTGCAAACAGTGA ACTTCTGTACACTGTCCCCACCCTTGTCCTCTGATAGTGTCACAGAACCATTTACTTTTA TTCGTTTTGAAGGCCTATCGTCCAAAATGCCAAGATCCTTCGAAGGTTTACCTCTTTCGC CAGCTACTAAGAGTTCTATTGAGAGTGTATTAACTTTTTTATCATTCTTAACCGTGTAGA GTGCATTTTCTTCACTTGACGTATTTTGGTTGTGAACAATTGTAGTGGCTATTTTGCTGT TAACAACCAGCACCGGCGCATCATTTCCTTTCATTGTTGATTGCTGCTCATTTTGAGAAT CATTTGCATCTCCATGTAAGGCATCCTCTCTAATCGGTGAACTTTGTGCATCTACATCAT TTCTTCCCACTAAATGACTTGATTTACCAGCAACTTTTGCAACTCCCAAATCATGTGAGT TTTTCTCACCAGGGACATAATTCACTTCCTTAACAGTTTCCTGATTAACAGATGAAACAT TTGTATCTCTCTGTACGTCCTGTCTAACAAGAGAACTTTGTCCATCTACATCACTTTTTC CAAGTAAATGACTCACTTTGGCATGATTCTGTGGTTTTAGCCCAGAGGACTCCCCATTAG CTCGATATTCCATGGCAGTTTTGTTATCTTTCTTGTCAGAAGCAAATTTGAGGACATGAC TGGCCTTTTCACTATCTTTCCTGTTAAAAACATACTTGACTGTACCAAAACATAAACAAA TTTGCATGAGAGATTAATCTAAGCTGCTTTATATTATTCCATTAAAATGAATTTATACTG TAGTGACACCACAAAGAGAGGACACCCAGGGAGCTGAGGCACATACCGTCCAGCCCACCA ACTTTGTCGATCATCTTATCCAAAATTGCACAAGTTCCAACATCAAAAGCACGGTAGAAA ACATAGTCAGCCAATTTAACTTCTTCATCTGATGGCTGCGGATTTCTGATGTCCTCTGAA GTGCAGATAACATTACATCTGCCAGCAATAGCTTCCTGGTCAAGTAAATCGACAAGAAGT TAAGCAGCCAAAGGCATATGATAAATTACAAGTTAAGCGTGTGATATTGACAATGGCTAT ATGCAAACTCGGGACAGACTCATAGTAGAAACAGAGAACACTTAACAAGACAACCAAACA GAACAAATATCTTTCGTAATTCACATACCACTAGGGAAGAAAAATAGGCCACAATTCTGC ATCCAATGGAATGGCTAAGTAATTAATGAAGTAGGTGAATAACCATCATGTTTATATCTC ATGGAAGCAAAAAACAGTCGGTGATTTCATCCCACCTTGGTAGATAAATTATCTAGTACC TATGCTAATGGAAAAAAGCAAGCACCTAGTGTAAATTCGAGGTGTGCGCAAACAGGCTGA ACATCGTCATGAAAATCATAGATGTCACTCTGATTGCAACCTTTTTTTAATCAATGAGAG CTTATCTTTTGATGAAAGCACATATTTTATTTAAAACTGAGGAAAAAAGTATTACCACAC AAAGTAGTTGTATGCAAAGTTACATGAGTCTAGGGAGTGACATGTGTCTCTGATGTACTG CATATTTACAGTACTTAAAATGCTTTAAAATTGAGGTTTTCTCTGTCTTTTAAGCACTTG ATAGTAGATTTGATGGTATTTTATCTTTGTTTTGCAGGAAAATAGATTTTGGCAAGTCGG GGTGAAGAGTACAATGAAACAACAGATTTTGAGGTTTGATGAATTGAGTCAATTGACCTA CGAGCCGTAGGTATGAGCCGTAGAAGAGACCGGTGATTTTTGGAGCTAAATATGGGACCA CGAGACTGGACTACGAGCCATAGGAATTTCTACGAGCCGTAGGTCCAAGGCGTAGAAAAG ACCAAAGATGTTGGAGTTCAGTACTTGGACAGCGAGCAGCCAGAACGGGTTGTGCAAAGT TCGACGAGTCGTAAAATATGTCCGTAGGTAAGTCAAGAGGAATATTGAAGAAGTTGTGTT CCACGAAAGGTTCGTACGAGCCGTAGAAGCGACTGCCGAATCCTACTTTTTCCTATGTTT TCTTAGTCTACTTTATTTAGGATATAAGACGTCTATAAATAGTCATTTTTTATTTATTTT TTGAAGATAGACAAATCATACTTTGTTTTGAGAATTAAATTGTGGAATACGTCTGCATTT TAATTCTAGAATAGGTGGTTATTATTACATCTTTTGTTCATGAATCAAGATTCCGAAATT TAACTACTCTAATTGTAAGTGCATGATTTATCTTTAAAAAATTAATATGAATTGTGATCA CCCAAGCATGAGTAGCTAAATCCACAACTAGAGTTGCGGGAACCATGAGGAATTAACAAT GCAAACCTAATGACTAGTAAGTAATTCTTAGATAATGTTTATGCATGTACTGTTTCTCTC TTCAGTTTGATTGCCTTTTAACAAAGACCTACGTCAGAACTCGCATTATTGATACTTACC TGACCAAAGGGGTAACGAATGAAAAAGAGATTATACAATAAAATTTGATGTTACCAAGCC TCATCTAGTAGCTTGAACGGGCCATGGATAGCTAATCTAGGCTCAAGGGTAACGGTTATT AAAGAATACACCCGTAGACTGACCAAAGTTGCGTGGTGAAATTCAATTATTTGGGGGACC AGCTACTTAAGAGATACCTAACTTACTAACTTTGCATGCTAGACACTAAACAAGGTTACT ACTGTAAGGCTTACAGTTATGAACTTGTGGAGAACATAAATGTCCTATCTTCTATTGATT TTACAACCAATCAATCTCCTGCTTCCTTGTTACTACAATCATTAACTCAAGCTTTTGTTT TACAACCCCCCCCCCCGTTACGGAAATAACTCGACTAAATGTATAATCTAATAATCAATT AGGTTAGTCTAGACTTCATTCCTCGTGAGATCAACCCTAACCTATGTTAGGGTATTCATT TGAACAATCGCTTATTCTTCTTTTAGGAGGTGTAATTTAGGCGTATCAACCGACGGGTTC ATCCACATACCAACCTACTACAGATTGCCTTTACTGCTGAGTTTTATTATTTAATGCAGA TATTCCAAAATAAAAATGCAATGAAGGATGTGTCTCAAAGGAAAATTTGCGCAAATGGGT GCCAAGATACATCACCGAGCAAGGTGTTGATGTCGATTGGGTACCCGATATAGCCCTGAT CAAGAAGGCCTTATTGAATTTTCCGACCATGTTTTGGTGGTCTATTGTACGTGCTTGACT ATCACCGCCATGGCAGATAACCACTTGACTTTAGAATGGGCGGTGATGGTGACATGTTTG ATGGTTGGGTACAAGATTGATTTTGCTCGCCTATGTGGGCATTTCAAAAGACCACTATCG TTCCCTTCCCTTGCCTGATTTTCTGATTATGTCTGTGTCCACGATGCCCAAGGTGTTCTA CTTATGTTAGAAGTTTATATTCCATTACTAGTAGAAAATACAAAGAACTTAACTGTTTTT TATTTTATTTCATATAATATAAGATTAGGGTGAGCTTAAATGAAGTGACACATTCATAAA GTTGAACCCAACTTTCTTAATTACTCCACCTCTCAACACCAACCCCGCTTGAGGAATTTC ACTGAGTGTGTTGTTAATCTACCTCGAAAAGACATAATTCTAACTAAATAAAGTCATGTC AGATATGAAAAGTTACATTTCTTCAAATCTTGTTGGTCAATTAATAAGTCACAAAGGAAG TTCAAAAAAATGTCTTGGGGGTGACAACAACGCCAATGAATAAAAAAGACTCTACACAAA TTAACAGTCCAACTTGCACGTAAAATAGCAAACCCCTAACTTAAGACCTATTCTGGTTTT AACACTTTTTTGTTTTTTTAACTTAGTAACTTTGTATTATATCACAAAACAATGCATGGG TATGGGTTGTACTGTAACCTTATATGCAAGTGTACTCCTGATTTCACTTCTCTACGTCCT AGTTTAATGCTTCTTTTAATAATAGGTTCCAGGTTAACACCCTTTCAATAGCAAGTTCAG TTTAACATCTGTACTTGTTAAAACCACACATAATAAGTACTTTTTAATGAAGTGAAATAT ACTAAAAAGATGTTCAAAAGATGCAAAACTACACATATAATACCTCTAGCCATTTACCAT GCATATTTTCCTTTTCAGATTGTTGATATGGCAAAATCACATGCACATCAGGCATATTAA AAGCATGAAAGTTTACAAATTGTCGTGTTCATGTCATCTAATACATTCCAACTCCACTAA TGAGTTGTAGATTTCTCATTCAATAATCGAAAATAAAAGCCCTATCACCACTACCCTTGG TCAAATTATGATGTCCAAAAGAAAATGAAAAGCATTTATGTGACTTCACAAGAATTATCT ACTGGTGATAGTATAATCTCGACTCTCTTGTTAACTTTTATAATAGCAAGAGGGAGGTGT AGTCTTTGTACCATGGGCTAACAAAATTAACACGAATAACAATAAAGAATACATATTAAA AGGATTTAATAGAAAAAAGAACTAACTCAACTTGGAAGTTTTTCTCCCTAGCACTTACAC AATAAACATGCATTCACATTGTGGTCTCATAGAAGTTACATCGGTAAGGAAGTTATTAGT TAGACTCTTTGTTTGGTTAATGCTCATTAAAACAAACTTCAATGGAGAATTAGTTTTGTT GGCTATTGTTTTGTTTTCTAAGTCTTGTAAATTGGAACTTGCAGAAAGGTAGAGATGCAC TTGAATAATTATCCAAATGACCTTTAATGTTTTGAAACAATCCCAACAGAGAAATCGACC TCATCGCTCATCAATGTTGGCTCTGATCACCAATCATGGTAAAACCATTTTTGAACCTAA AATTGAGAACCCATTCTTTTAATCCTAGTCCATTTCATTTATCTCCTGCCACTGTTGCCC TTGAAAATCTTTTACTTATCTTCTAGCATTGGGATAGGCATTCATTGTCTCAAGAGATGT GAGAGCGCACAACAAGAGAAAGAAACAAGCAGAAAATGGGTCATTTGAAATTTGAGACAA GTTGGCTTTAATCACAAAGAGACTGGATTTGCTAGTTGGCTCAATCTTTTGGGTGTAATG GTGGGGAAAAATGAGCAGCGGGGTTTGAATAGGTTTATGTGAAATTATAGGCTTGCAATG GTGGAGAAAGAGGAAGATGAATTGAAAAGTATCAATTCCCAAAAAAAAAAAGAATTTGGA TTTGATAGGTTTCTACTTTAAGTGACAATTTTGTTTGTGATGGTGAAGAAGAAAAAGAAG TGGAACCTACAATCAATGGAAGTCAACAAGAATTTGAAGAGTGGAGATGAGGTCGTGCAA CACCTAATTTTGTCCATGTCGGCAGAATTTATGTACACACTCGTTTTGAAGGAGCTTATT ACGTGTATATTTAGCAAGCACAGGTGCTTACCAAAACCTTCAATGCCCTTGTGGCAAAAA AAAATCGGCAAGATCTCAAAAAAGAGAAATTTATTGAATTATCGTTTGTAAGTTTGTTCC CAAACCTAATCAGACCTCGCCCTTAGGGTAAAAAGAAAAGCTCCAACCAGATCTTATAGC AAAGAGGAATCAATTGTATTCTTGTCTTTGTTCCCAAACCTAATCAAAACCCTCGCCAGC TTTTATTTCTAAGTTTCCCCTTCCATTTTCCTTTCATTCATTTTTTTGACTCCCTTACTT TCAACAATGATTTCCTATTACAATGAGGCAACTTGGCTGCCATTGATGCTTTTGCACTAA TCATGCAAAAGAAGGAACTTGCTTATAAAAAAATTACTCCTTTCATCCTATATTTAACTT TTAAATGCCCCTTGCCTATTCAAACCAACACCCACCCACCTTATCATTCCCTTTTTTCTT CCTTCTGTTGGGTCGAGAAGATCTACACAAAAAAAATTAAGAAAGAGGTAGCCTCTCAAT AAAAAGGATAAATTTCTAAAAAGGCAGACCGGCAACAAGGAGGGACAGAATTGGCATTCA ATAGGAATATAGGACAGATCGATCTGCTAGCTTCTCCCATCTCTCATTTTAGACAAACTT CATAGAGAAGTACTTGTTGTTACAGGTTCATCTGCTTTGTCATCATCAGCAAGTAATAAA TCATCTCAGGCTTCCTTCTGGTTGTTCGTCTTCCACCACAAAGATAGCAATAATAACATA TGTTTCAAGTTAATTTGTGTTGTATCACCTCAAAAAGAAGCCCGGCTTCCTTTGAAGATC CACCAAAACCAAATAGAAATAAGCAGAAGTGTCTCCACAAGAACTGAGTGAATTTTACTA ACATTGACGAGGTGGACAATAAATAGATATATATTGGATTAGATGTGCACACAAATTGAA CTCCTCTAACCATAAGCAGTTGGTTAAAAAGATAGTTTTTATGCTATACATAAAACAATA TGGTTTAAGTAACTCTACATAGTTAATTTCTATTTTAATGTAAGGTAAAAGCAGACAGAA AGAAAACACAATGAGATAAAGCAATTTTATGACGCTCACCAAAGGATTAACATTGGCCAA TCCTGTGCCTTCACCAGAGGCAAGAAATACTTCATTCTCAGCTACCTTTACATCTTTCAG GTGATACAAGATCTCTGTCGACCGAAAAAACCACTGGATCTTTACCTTCCTAGACTTGTC TGGATTTTCCCATATCTTTATGATCTTACCAATGTAAGGATGTTCACCTTCTTTGTGCAT GTATACACAGTCATATAAAGTATACTCCACACCATCATAGATAAAAGATTCATAAAACTG CACCTCCTTTCTCTTACCACCAATACCTCTCTTTCTACCCCAGACAAATTCAACTTCCTC ATCCTTATCTAGACCCACTAGAGACTCTTCTTTACCAACTTCTACCAAAGCCATAACTGT CTCCACTCACAGACCACTCTACTTTTACCACACGGATTCAGCCCTCGAGGATCCTATGAT GACTGCTTCCACCAAGATGCCCAGCTTGAGCTGAAATGCAAAATACATTAAAAGGCTTAA TTTTTAGTTATATTAATGGAGTAGCAACAACTAAAATAATGTGGCAGTAAAATCTAATAC ACATAAATGCATAACAGACCAAAGATATACAAATATTCCAAGAATTAAATACTCCAAAAT TAATTTAAGCTAATCATAATTCCGTCCATGAGTGATGATTATAAAAATTAAACAGGCAAA ACAAACAAATAAGAAATTCTAGAATGTGCATGCTTACAAACATCTAGAAATAAAATCAAT GCATCATTAAACCAGCAGACATGTCCATTCACCAAGGTCATACCAACATTGAAAAGGAAA TACTGGAAAGCAAACGAAGTAATAACTCTACTTCAAAGCCTATTTTCTAATTCGGTGCAA AGGGACTTACAAATGTTCAACCGAAACCCTAAGAACACCTTCAATTTCGAGCAATCCCGA CGAAGATATCTCTGGGCATATGTAAACTCATTCACTGTCGAGTTTTGTGATATTAATATC GTCCTCCCTTTACCCTAGTCTTAGGAAAACCGCCGCAGACGTGACAATCAATTGGAGGGA AAAGACAGTCAGTGCCGAAGGAGATGGGCGTTAGATTGCTTCACTTTTTAAATAGACAAA AATTAATCATGATTCTAAATATGTTTCACCTTATTTAAATGTATAAGAAATTATATTTGT TGGTATATTTTACTTGATTGAGGTAGTTTTTAGTGTATAATAAGATTTGGATGGATAATT TGGCTTAACGGATATTGATTTTAAATTTACTTATACACTAATTAGCTTATAAAATATTGA TTGATTCAATTAGGAATTAGCACAAGACGATTATCGAATGATATATAACTTATTTTTCTT ATTTTAAATAAAGTTAAATTATAATATATATATATATATATATATATATATATATTAAAA ATGGTATAGATGGATAGTCATATAATATGTTTTTCTTAAAAAAATCGAACTAGTAATGTA ATAGTTTATAGGGATAATGCCCAAATACCCCCTCAAGCCCGAAATCCCAGAGACACACTT ATACTATACTAAGGTCCTATTACCCCTCTGAACTTATTTTATTAATAATTTTTTACCCCT TTTCGGCCTACGTGGCACTATCTTGTGGGTTCAACGATGGTTGACTTTTTTTTTCAAACT AGTGCCACGTAGGCAAAAAAGGGGTAGAAAATTACTTATAAAATAAGTTCAGGGGGTAAT AGGACCTTAATATAGTATAAGTGTGTCTCTGGAATTTTGGACATAGGTTGAGGGGTACTT GTGCATTATCCCTAGTTTATAGGTTTTTAAGTTTTGGTTTGCGGCCTTAGGACTAATAAT ATATAATTAGTAATGTAATAGTTTATAGGTTTTTAAGTTTTGGTTTGCGGCCTTAGGACT AATAATATATAATTATATATTATGGAATTCAAATAGTGTTATAGATATAGTATCATTTAG TTCTAATTTGCAGCAAACACTTTGTCATTCGTTTTTTTTTTTCTGAATCTCGCTCGTCAC TCTTTGGTCGCCTCTCTCACTGTATATGAATATATAAATTGTATTTGTGTTTGTCTAAAG CAAGAGAAAGAAAGTTGTATATACAATACAAATAGATATATTTTCGTCCTATACAGTTAT CGTTATACAAATTTCATGCACAGTTCTCTCTTGTCTTTCTTGCTTTATACAAATACAAAT TATATAAAAAAAATAATAATGTATAATTTGTATTTATATAAAGCGAGAGAGATATTTTAT ATACAAATATAAATATTTTAATTTGATTCAATCTAAACAAATTCAAATTTTATGCAAATA TTCAAATACAAGCATTGATACATACACAAAGTAGTTACATATTAACTAATATACACATAC AGTCATTGCAATTTTATACAAATCATATGCCTGAAAATCATACTCTGCTATTTATACAAA TCAAATGCTTCATAGCAAACTATCAAAACTGTCGTTGTATAGCGCTAATATGATTCATAT TTAAATTATTCCTAAAATTTGTTCAATATAAATAATAATGTTAATACACTTGAGTTGAAA GTGTACGCATGTTAACTCTTAACAAATTCAGGTTTATCTTATGAAGAAATAGAATAAATT TACCCCCACAACAATAAGCCATTCATTATAAAATTATTATTAGTTCACCAACCTTTTATT CCATAATTCAATGTCAATAAGTCAATTTTACGCTTGATTTATCAATTACAGTCAATTTTG AAGACTTGATAAGAATGTTAATTATGATTAAGTTAGAGCATGTTTGACTTTGTTGCTAAA AATAATTTATTTTTAGAAATATTTTTTAAAAAATGATTTATCAAAAATGTTTTTTTAGAA AAAAAAAACAATTAGTGTTTTACTAATTTTTTTGCAAAATGTTTTTTCATAAAGAAATTG CGCTTGACTAATCTTTTTCTAAAAGTGTTTTTGAGAGTAAAATCACCAAAAAAAATAATT ATTAATTACTTATAATATTAAGATTGTTATACAGATATAATCTATTTTAAATTCTATTAT AAAAAAACAAATTAAACTATTATTTTTATTAAATAAAAATGTACATTTTAACATTCTCAA TGTATATTATATCTTTTGTTTTGGGAGCACACTCTTACTCTGATCTTACAAAAATAGGGT TATCATCTTTTTTCCTAATTTTGTAAAATAATATGTAATAATAATAATAATATATAAACA TAAAATAAAATATAAATTTATTTTAGAAAATAAAAATATAAAATTCTTAAAATAAATTTA ATCAAACTTATGAGATATGTTAATTAATTAATAAGAAACATATCGGTAAATATGTATATA TTAAGGAATATTTTAGACTATAGAAAAATAATTTTGTATTTTTGTTTCTATTTTTTTTAA CAAACATTTTTAGCTTTTTCCCAATAATAGAAAAAACTAGTTTTGCTTTCATTCAAAAGT GCTTCTATTAATTTGTTAAACACTAACTTTTTAACAATTGTTTTTTTTTTTTGTTAAAAT AAGTATTTCTGGCCTCAACAATGTAAAACATGTTCTAACAAAAAAAAAACATGCTCCAAC AAAAACAAAATGAACACTTTCTGTTATATTTTAACAATTATTTCAATATTTATATATATA TATATATATATATTTAAAAGTGTTAAAAAAATATTTACCATTTAAATTACAAGAAAAAAT TAACCAATATAGCAATATTTTTGTATTAAATTAACATCAACAATTTGAAAGTCTTTATAT TTACACCTCTTCCCCATCTTCATCCCAATCACAATTCTGTGTCTATATTTCACAATCTCA AACTGATTTTTTAAAATTGTGTTAAAGTAATTATTTAAATACAAATGACAATTGTAATAC ATTTTAAATTCAAGAGCAAGCATTATTACGAATTCGATATATGTTACTTCAAAACATATA ATTATTTCGAAAAATTTAAATGAATTCAAAATTATTTGAATAATTAAAAAACAGATAAAA AATTTTTGATGTACGAATACTTGTAATATTTTTATAATAGAAATATCATATCACTCAATC TTTTAATGATACTAACCACGACAATATATAGAACACATATTACACATATTTTATTCATGA ATAAATATTTGTAATACACATTGCAAATGTCACTCACTTTTTAGAGAAAGTCAACCATAA TAATTTGTAATATATTTGTAATTTATATTTAATACATACCACATTATTATATATTTTGAC GGCAAATATCACTTTCCCTCGAAAAAAAGTTTAAGAGAGGATTGAAAAATTAAATTTTGA TTCTTATTTTAAGGTTGTAATTGAAGATTGACATTACAATGTTGAAAAATATAAAGTTCA ATGGCATAGAAAATATATAAAGCTCAATGGCAAAAGAATGCTAGGATATATATTTTACAA AAAAATTCTCACCTTTGTTACAATCGATTATTTCCCATCTGTCCTCGTCACTATTACTTT ATTTTATCATTTTTAATTGTCATAATTTTCTTTTTAAAATCAAATTATACGAACTTTGAC TAATATATACAATATATTTTTTTCTCATATTGATATGCAGAAAATTTCAATTTGTAGTAT ATTTCGTAAATTTTTTGAATATCTACATTTTTTGCTTAAAATATCAAAATAATGTAATCT AATTCAACTTTAAAAATTAATTAAAATGACTTTCAAAAAGCGCAACATAACAATTAAAAG TGAATGAAAAAAGAGTAATTTATTATTATTCTTTTTAATTTTTTTTTATATTTATCTCTC CTTATTACCATCATAGTTTATTATAATTATCGATGAAACTTCTCTTCTTTCCTTAATTAT TTTTTTACCTATAAATTTTGTAAGAATAAAATAAAAATACATTTAAAAAATCTTCGTATC CTTATTATAATACATCACTTTTTATATACTTTTATCATCGTTACTAGAATTTATTATTCA CGAATTTTCTCTTCTTTTTTTTTAATTTTTTTTTTCTTTTGACCAACAAATATGTCTTTA ACCAAAAATTATAATAATTACTTTTCTCCTTTTCTTTAACATTTTAGATTTTTTCTTTTA TTTATATTTAAAATTAGAAAAAATAAATAAAAAATGTATAATACAAGTGGTGTATTTGTA TAATAGAGTCACGTTGGTTGAATATTGTATTCGTTAAAGTGTCGGTTGGGTGAGGGAAGT AAATAAAAGTAAAAGCATACCTTCGTTGAATCTTGACCTCGCGATATATTTTATTTACTT TTCTTCATTCGCTCTGTCCTCTCTCTTCTCTGTTTCTGTAGTAGCCATGTGTGTGATTTC AGCAAGAATCCATCGCTCAGTTTGAAGCTTTAATGGAACAAGGTACATATAAACTTCATC ATCTTTTTAATTTTGCTATGCTAATGGCTAATTGCTAATCCCGTTCATTTTTCTGACCAG TTGATGAATCACTCAAAACTACTTTTCAGGTTCTCTAACTAATTTTTTTTTAGCTCTATC AAATCTACCCATATTTTTAATTTTGGGTTTAATTAAAAATATGTTGACCCAGTTTTTTTT TTGAATTACAAATTATTGAGCAGAATGTTCATCAAGGTTGTACAAGGGATACATATCGGC GGTTCCTAATAGCAAGAGAGGGAAATGTTGCAAATGCTCATAAAATGGTCAAAATCTATG TTTAAGATTTTTTCAACTTTTTTAGCAAGCTGATAGATACTGTATATTAAAAAGATGCTC TTTTTTTTTTTTGGGAATGTTACAGTTGGTTGATTCTTTGAATTGGAGAGTCAAAAATGA GATAGATGATATTTTATCGGTGAGTAGTATGGAAAATTACACTGTCGTAGCTATATATTA CACATTGACACTCCTCGACTTTTATACGAGTTAACTTCTTTGACATTCTGACTCCGATCT CACCCTCGGCTTAAGTAATTAATTGTATTTTATCATAATGTAAGCTTACATTAACCCTCC CTATGTTGAGGAGGTTGAGAGATTGTTTCTGGTGGACACTAGGCTCATGTTATTAATTAT ATTTTATCTTAGTATATTCTTACTATGGTTGAAAATTGTATGTATCTAATTGGCTACTTT GCAAATTACTATATGTTGATTCGTTTGTAATTGTTGTCTCAGAAACCTATCATTCCTACT GAGCTTTACAGATCAATTCGTGATTCTCAACTAATAGGAATGCCAGGTTACACGAAAGAG GTATCCAATTCATGAAATAATGTCGTCACTATAACACACATCATAGCTATCTTTTTTCTA TTGATGCTCATATGGACTTAATATAACTTTTTGAGAACTCTGTTGTTTCCCTCTTTTTCA GGGCCTTCCAGTATTCGCTTTTGGTGCAGGACTCAGCACATATGATAAAGCATCGGTAAG GGTCGTTTAAGATTCTCATCTTCCCTCAAGGCTATAATATTTCATGTGCATTTACTTACT CAAGAACTTGTTGTTAAGTAATGGATGTTTGATTTGTGGATAATGGAAGTCTACTGCTTG GATTAGTTTCAGAGACAAAAAACAAGAAAACCATCCATATCAAGACCGATCGATGCTATT TATTGTCAAGTCCAATAGCAACACTCTTTTGCAAACAGTTTGCATACATATAGATATTAA ATTGCTAAACCTGATACAGTTTCATAATCGATTGGTATTTGAACATTTTTCCTTTACTTT GGTTGGGTGTCAAATGAGCGGGTTGAGTTGAAATTGGAGATATCTAAATTGGGTGTTGGG TCTTGATCCACCCCTAGTTTACTCTGGACTCAAAACGGGTTGGGTCTTAACCCACCCAAT TTGACTCGCTTAATCTCAATAATTTTAATAGATTGTTATTTAAGTTTTTATTACCACAAT TTGAATTTCATCTCAACAAAATTAAAAAGAAGAAATCACAAATGGATAGGTAACTCCTAA AAGATATAATAGATAGTAACTCATACCTTCAATATAAAAACATACATTACATCAATGCAT ATATAGAGTCTTAAAACGGATTGAAATTAAGCACGTTGAAATTGAAGATTAAATTGGGCT CAATTGATGATTCTTTTAGAATGGGTTAAGGCTTGAGTGGATTGAGATTGAACCCAATTG AAATTATGTTGAGCCCAATCCTTCAAATTCTGAGCAAGTTACCTATAATTGAGCTCATTT TTGATACCTCTAGTTCTACTTATCAGAGATTAGAGATGAAGCATAAAAGAGGGAAAGTAA AATTGTAAATAGAAGGCCAACTTACATATATTAATTGGTAGTAGTAATAGTAGATCTTTG ATCTTTCAATCAGGTCCCTGGTATGTCTTTACTCTGTAGTATTTGGTGTGACTGACTGTT ACATCATGGACATGCACTGGGAACTTCCGCGTAATTTGCGCACCTTGTTATACATTTTCC CTTGCCTTTGGCTATTTAGTTCTCAGCTTTTTTTCCCTTATTTGCCGTATCCCTAGCAGG GAGGTTTGAGTGTTTGAACTCATCCGTTTTCCATGTTTTAATTATTACTTTCATTATTTT GACTATTGTTCTGCTAATATAAATAGTAACTTGAGTTCTTTATATCAGGTCCATTATTAT GTGCAATCACACATTCAGTTCAATGAATATCGCGATCGTGTAATTCTGGTAAAAAGGATT CATAAATCACTTTCCTTTGTGTATGTCTGTGCGCGCTTTAATCCCTTAAATTTTACTAAG TTGATTCATATGTCACAGCCTGCTGCAAGTAAGAAGTATGGGAAACGTATCAGCAAATCT CTGAAGGTTTTAGATATGACCGGCTTGAAACTTTCAGCTCTAAACCAAATAAAGGTATAT TCCCTCAAAAGTTCTAATCTCGTTTAGTTTTGTTCTTTCAAAATATGATGTAATGGACTT ATGGTCTAGCTCAATCCCGTAAGCTAGCTAATGAGGGGAGGCTTACCCAAGATCATATTA GGAGACCACAACCCATTCCCTCATTCAGACACGCTTAGGATCAGAAAACTAGAGTGTGCA TGATATAGCATGAGAGCACAATATTGAGAAACACAACAAAATAGATCGACGAGGCTGGCT TTGATAGCATGTCAAGAAATGGTCTTTTGGTCTAATTCAATCTCAGAAGTTAGCTAATGA GGAGAGGATTACCCCATACCGTACAAGGAGACCACAACCCATTTCATCAACCAATAGGCA GTTAATACAGTATTATTTGATTTGTTAAATTGGGGAAGATTTCGATGGTTGCTGATCTTT CATGTAGTTTTTTTTCCTTTCCACTCTTCGCTAGTGCAAAGAACAAAGATATTTCTTTTG CAGAAGAGTTTGTAATTGCAAGACTTCTGTCTATGTTTAATCATATTGACTGATGTATAT CTTTATTTGAGAATTACCTTGGAACTGTTCCTGTAGATCTTTGGATAAAAATAGACTAAC TGAATGTTATTGCTATCATTCAGCTATTGACTATAATTTCCTCAATTGATGACCTTAATT ACCCGGAGAAGGTAGTTGCATACTACATTGTCAATGCTCCCTATATCTTTTCAGCCTGTT GGAAGGTTCGTCTCTTATTTATACAATTTATACAATACAATTCTCTTTTCCTTTTCCTTT TTGTTACTCTATCAATTATTTCAATTTTCTAATTTGTTGTAACATATGATTTCATTAGGT AGTCAAACCTCTTCTACAGGAGAGAACCCGAAAAAAGGTTCAAGTTTTATCAGGTTGTGG ACAGGATGATCTATTGAAGGTAACAGTTCTTGACAATTGTTTGGTTGTCATTTCCTTTAT CTTCTATGAGGATGTAGTAATGTACCACTACCTTGTGAAGGAATAATATTGTGTTATTCG TTTACGGAGTTGAGAGATCTAACTCTGTCTGATCTGTTAACTTGTGTAGATCATGGACTA TTCGTCACTGCCCCATTTTTGCCGGAGAGAAGGTTCTGGATCTTCCAAATACTCAGGCAG CTCAAGTGAAAATTGTTATTCCCTGGATCATCCATTCCACCAGCAACTTTATGATTACAT AAAGCAGCAGGCATTGCTTCGCAGACCTGTTCGGCCAGTTAAACAGGGCTCTGTCCATGT GGATTTTCCTGATGCTGTCACTGAGGGGACTGAGTTTGTTCAGACGTTGGCATCAGAATT TCAAAAGTTCGGTAAGCAAAATGGACTTTCTCAATCACTAGATGATCTTAATATCAATGA TCATCAAGCATAGATAATAAGAGTTTGGGTCATTATGCACTCGCTGACAATTCTGGATTC TCATGCAAGTACAGTATTAATAGCTCGAGCAGTATAGCAGAGGTTTTCTCCTAATTAGAC GCCTCACTCAAATTTTATATGTTATAGTTGCACGAGGGGTATTTTCAATATACCAAGTAT GTATAGGGGAGATGCGGTTGACATGTATTATTGTTATGTTAGATGTACATAAGAGGCATA TGTTGCCTGAGCTCTTACTAGTCATCGCATGTATTAATAATACAAATTATCCATCACTGA TGCTGACCCTTTTATGTATTGACACTATGATATAAATAATGTCCAGCACAATCCTGAAAG CTGGTTTGAGGAGATGTGTTTTTTGTTTGTTTTTTAATTAATATGCAGCAGTTGTTATAC TAATTATTATTGGAACAAAAAAGAGTTTTATAGACATTTTATACATAGTGCAAACAAATT GGTGAAAGTAACAGAAATGCAGGCAGCATAAAACGGAAAAAGAAATAACAAATTTTTCAT ATGGGAGAGCAGCCAGGTTGATTTTTTTCTTCTTAGAAAAAAATCTTCCTTTGCTCTTAG AAGAGTCTCCAGCTTCGTTTTCTTGATGCTTTTTTCCGCAATTGGCCCTCAACGGCCTTT TTGGCTGCCTCAGCCATCTCTGTCGCCTTCAAAGCTTCCTTGATTGCAACTTCCATGTCG TGTTTCTCTTTTAGACCTGCCTCCACTTTCATGAGAAGTTCCTTTTCATTGGCAGTGATG TCTTCTACTTGAGCCATGGCAGCGGCAACTTTTGTGTCAGCCTCATTTCTGATTTCTTCG ACTTTTTTGTTGAGAGCTTCGTATTTCTCAAATGCTAATTTGATCTTTCCATCCTCTGTT ATGTGAATCTGATCACTTGCGAGTGTCTCTGCAGCTTTCGCCTCTTCAGCCTCTCTTAGT GCAAGTTTCAGTCTTTCCTCTGCCTCCTTGGCTGCAACTTGAGCTGTGACAGCTTCTTGT TTGAGTGATTCCACCTTCTTCTTCATCTCCTCTGCCTCCTTTAGAAACTGATCAGCCTCA CTAGTAAACTGTTGGATTGCTTCTCCCTTTGGCTTGCTGTTATCAAGACTTAACCGCAAG TTCTCAGCAAGAGCTTCTGCTTCATCTGCCTTAACTTTAAGTTGAGAGTTATGGCCCTTC AAGGTATCTAACTCTGCTTGAAGAGAATCCACCAAGCTTCTTAACGACCTTTCTTCTGCG ACAATATCTTGAAATGTGTTCTTACTAAGATGAAGCTGTGAAGTTGTTTTGGTAAAAGAA TCAAGATCTGAGGCACGAACATTGTTAAGTTGTTCTTGTAAGACTTGAATCCCCTTATTA GTTTCCTGTAGATGAGAGTGGAATATGGCTTCTTCCTTAGCTTTTCTAAGAGATTCCATA GACTCTGCAATAGTAACTTGCAGTTGTGTTGCTCGTTCATTCGCAGCTTTGGTTTCCTGA AGAGCTGCTTTCTTTGATTTGTATAATGTTTGGAGCTGAGTTGTGAGCTCCTGCAAAGTA GTCTTAGCATTTTGGAGTTCGCGGAGAGCATGTCCTTTTGTAGTCTCAGTGCTTCTTATC TGTTGTTTGAAGCTGTCAACTTCTCTCAGGGCCAAGTTAAGCTGACTCTCCTTCTCCTGC ATCCTCTCTACACATTAACATACAGTATCTCTATATATACAATATTAAATGAAGTCGAAA ATGAATACCTCTTCAGTAGTTTTTGATTTCTTAAATGTGGTGATAGGCTTATTATTAGCC TTTTTTGGGGAGCAACCAGAAGTGCCAGTCTCACCAAACAAAGTAACAGCAGCTTTGACA GATTGAAAAGGTGATCTGGTGTCTATCTCTCCGACCTCATGACGACTTGTAGGAGAACCA CCTATGGTTCGAGTTACTATTATTCGCGGAGAACCTGATGGACTACTCATTGGAGAAGGT GTGTATCTTGGAGAACCTCCATTTTGCTTACGGTTTCTTAACATTCTTCTGTCTGCTGAA TCCTACATCACAATGCCATCATCTTATGTTACTTACTCAGTACTCTTCTCTTTTTACAGT TCATGTTAATTCACTATGGTTTACACCTATGTATTGAAATACTCAATCACATGAAAATTA TTGGATTAAATATGTTGGCCCAATTGAAAAGAGTTTTCAAAATAAAAACTTAGCTTTACA TCATTTTATATATTTGACCGAACAATAATCATCATATATATTACGGAAAGTATGAAGAAG TCCAGTCAAATTTAGATTACCATTTTACCTTCTTTTTTTTTTTAAAAAAAATAAATATTT TACCCTTTTTAAAAAATAATAAAAATAGATCAACTATATATTCTACATTAATGATCACAA CTATGATTAAGCCTATACCCTTCGGGGTGGCTCAATGGTTAAGGCTTGGGACTTTCATGT TGGAGGTCTCAAGTTCAAAGCAAGAGGTTTGCCTTTTGGGTCGAGCTTATCGCACCTGAT ATGCCTAATGCGGGTTATCTCTCTTATGTGATTTGTGAGTTATTCTCCTATGTGATTTGT GAGTTATTGCACAGGAATAGAGGTTTGCGCGCACCCAAAAGGCTACTTCAATTATTCTTT TTTCGTTTCTCTTTTTCTATTTTTACTTTTTTGGGTTCCTTTACTGTAGATCTTCTAGGT ACAGGAGAAAATAATAATACCATTGTCTTTTTATATTTGGAAGACAATAGATCTTTATCA CTATGTATGGATTAGAATGATATAAAGACATATACTATTTTATACATGATAATTTTTATA TTTTAGTTTTTATTCTAATTGATGTAAGATGAAGAATACACATCTCCCGAAGATGTTTGG AGATGTTGCTAGAATTCAAATTTTGGTATTATTTCATGTAAATTGATTTCTTTGTAAGTG ATTTTTATATTTAAATTCTTAAAATTTTATTTTTACGTTTTCAAATTGAATATGGGATCT ACGTGTAAAGCACGTAATGAAAGATTATTGAGGATAAATTATATCAATATATTCATACCA TTACATTTTATATTATCTTAAGATATTTCATGCTTGATGGCAAATGCAACATTCTATCGT TAATATTGTTATTCTAACATTTTCTATATGATAATTCAATAATATGGAATAAGCATGAAG ACTCCAAACCAAACATTTCATAATGAAATGAAGTAGAACCAATAAACATATTTGCCTATC TTTGAGATTATGATAAAAATAATTACTCCATATTTTTACATTTATAATAATAATAAAAAA TGATAAAAATGAAGGTAGATTTCAAACACCTCTAACTAGTACATACCTGACAAATAAGCT TGTAACTTGCCTTATTCAAAGTCAGGATCCAACAGATAGCGTTTATAAGCTAGTTAATTA ATGTTTTATCATATGATCTCAATGATATATATCAAGATGTGTCTTTGTGTTTATTACTTA AAGGTAAAAAATATATGAATGTTTGTAAAAACTCAAAGTTGCATCTTCTTTTCCCCTGGT AGAAAATTATAAAGAATAAATAGGTTATACAGGGGTAAGAAAAAAGAAGAAAATCACACA AGACACAGATGGCTATAGTTTCATATGTCTAATTTTTTTTTAAAATTATTATTGCATTAC ACAATGCAATGGCAGAATATACCAATTTTTTTTTTATTTTTTCTCTTTGTGAAGTTGTTC ATTTCCAAGAGGGGTTTTTGCTGAATAAACGCAAAACCATACAAATAATGGCTGTTGAGG GAGAAATGGCCACAAAAATGACAAATGTGAGGTGCAATGGATATTATTCTCTTTTTTAGA TATGAATTTTGTAACTCGGAAATAAAAAAATGCCCATAAATTACGCAATTCATGGATACA TATCAATCAGAATATAGTTGAAAATGTGTATAGTTGACATCAAGGTAACAATACTTTTCT CAGCTTTAATGCATCGATTTCTTAAAGATAGCAGTCAAAATGACGATGAGCTTCACCAAA AATACAGAACAGCAATGGTATGTTAATCCATCAGCTCAATGCTGCTATTGAAAAGAACTA GGAGAAGCAATGTTCTAACAAGGATTTAGCTGGAGCACAAGTACACACCATTATGAATAT ATATAATACATTTGAGATACAACTAAGTGCTGGCTCTCCTACTGGATATATCACACATGC TAAACCTTTACCTGCGACAAGAAAGTAAATCTAAGGACCAACCAATCCTAACTTCAACAG ATCTATCTCCGTCTTACTTAGAGGGAGCTGCAGAAGGGAGATCGATCAATATGATCTTCA GTTCTATATCCCCAGAATCCACATCACAAAGCCTCAACCAGACATCTTGAACAACCTCAC CATTCACCCAATTAATACTGCTATCCGCTGCTAGACAGTTATCACTCTCTGGAATAACCT TCCTCAGTGTTGTTCCTTCAGCGGTAACCCCAAGAATCTTTCTCAATCTAGCAGAAGCAA CTAAAGGCTGAAGGCTGAGATGAGCATTTCCCATTTTGTCATCGGCCTTGAAGTGGTCTT TGTCAAACACTTGCTGTCACAATTGAATTTTCATTAGCTAAAAAAAAACTTAAAAGGTAT AAAATTTTGAAATGGCTATTCAAGAACTGAAAAGATCACGTTTCAGGTAGTAAAGATACA ACCCTGAAGACAAAAAAGCCTAGTGAAAATGTTTTCTTTTTCTTTTTGGCATGGAGCAGT ACTTCTCTTACATCGAAGTTCATCTTCAACATACATGTAAAATATCATCACCGAAGCATA GAAATTAAAAACTGTGTGCACGCACATGCCCGCTCACTACAAAGAAGGATCAAAGAACAG TGCAGCAACTGAAGCTCAGTCATAGCAAGAATCCTCCTAATATATAGTGGATAACTGAAA GACCTGTTTGACCAACTTATCTGATCATAACATTAAAACAAAATTATGTTGAAGAATGAA AAAGTACCACATCGGTGGTTAATGAGATGGGTAGTCTCTTTATTTAACTAAATCTATGAT TTTTTTCCCTTTCATAAGAGTGACAATATCAGCTTAGAGAACTCTAACTCCCAATCTTTG GACAATAAGCTACAAGGTACAGTCTGATATTTTCTTCTCCCCATATCCTGTAAAGACCCC TCTCCCGCTGTTTGATTGTTTTCCTTTTTGTTTCATCCGCTTAGTTTCATCATATCATCT GTACTATCACACCACTTGGAAGTGAAAAAATTACATAAAAAATGGGTAAGATAATTTTTA CCTATTCCAAAGTGACTGCATTATTATCATTTATGTTTCACCCATTAAGGAATTTGCCTT TATATTATCTTTCAAACAGTTCAATATGCTCATGGACTAACATGGAAGAACTAACCAACT GATTGTGACCACCTCTCAAAAAAGAACGACGGATAGCTATGTTAGCTAGGCACCTGCCTG ATCAGGGTTCCCATCCGAACTAGTGCCTTAAGCAGGAAGGCGAATGAAACTTATTTATGT CCTAAAAAGATCTTTTATTGCTTTTTATATTTGTGCATTCAAATGCATGATTAACTCCCT TGAGAGCATTATATTTTCTTGATAACTCCATATTGTGGTGTAATTCTTGAGCATAGACAG TTCTAAGACAAATTCCTATAAAGAATAATATACATGGCTGCTTAAACCAGACATACACCT TGATCAACATCCACAAATTACATGCTATGAATTTCTTCAAAATATAGTTTTTGTCCACAG AGCTACTCGCATATAATACCTCAGCAGCAAAATGAAAGCTTAAATATCACTTCTCTCAAC ATGAAAGCTATCATATGCCTTGATACTAGACAAAAACGTTCCTTCACTTGAAAGTAGAAG TTGCTAGCTCATGATATTAAATTCTCAAGAGGCAGCGTGTACATTGGAGAAAAACTACAC AGCCACCAACTTATTGTATTAAAATCTTGCCCAAATTGAAAAATATGGACCTTCGAGTAG TGTTGTTTCCTGAGGCGAATCTAGGATTTTTCGAACATGGGTGCACCAAGTAAAACGTAT TGAAGTGGGAATTGATCCTTAATCCTCAAGGTCAAAAGCTCAACATTTAACCATGTGGAC GATTTAGACTTGTTGTAGTACGGGTGCCACAGTATAATATCTAATTTTACGAAGATATCA CGGGTGCTGGTGCCCTATCTTTTGGCTCTAAATTTGCCACGGGCTGTTTCCATGTAAGAG CTTTCTCTTAGTCTTCCTAACCACTCACTTCAATTTAGGTTTCCTCTTTCGATTATTTCA TTTTATGCTCTCTTCATTAGCTTCTTTCTCCATTTCTCTGGGGGTTTTGCCGGTCAGGTG TATAAAGATTAAGCTTGCGGTCTCTCATGCATCAACAATTATCGGATTATCATCCTTGGA CTTTTAGTTCATTATTAATAATTTATGGTTGTTTCCCCAAGTGAAACATATAGGATCCAA TGGTTACTTCATCATAAAAACTATTTTTCGGTTCTTAATGAATGCTATGTACCCATTCAT TCCATGATATATCTCAAGATAACCATTTTCCTTTCTCCATTTTTATCTCTGCTAGATTCC TATATTTCCGTTTATACAATTCTGTCACTCAGATATACAAACATCACACTTAAGTATGTC GAATTCACGGACACCTTTATCCAACCTTAACAAGCTGTAACATTTACACATGATGCCAAC AATTTTCATTCTTTAAGAAATAATCCAAGATTATGCAAGTGTAGTTCAAAACAGTATGAG ACACAAGATTAGTCAAGTAAATGAATTTGAGGCTTGAGAGGGTTCAAAACTCACCAATTT GAGAACCTGAGCATGTTCTGAAATGGAAAAATGAAATTCTTCATTCCAAACAGGATTAAG GCAGCTATTTATGACCTTTGTTTTTGCAGTCTGATACAACAAATATAGATAATTTTATAT CGATTCAACCTAAAAATTGAATCTTTTCTTGAAGAATTAAGTCTTTTTGTTACCTGATTA CCCAGTTTGAGAATGACATAAGGATCACTGCTCTTAAAGTCCCGAATCACCAAACGCCTG CCTTGAACAACTATAACTTTTACCTGTCCAAATTTGCTTCCCATATTGACTGAATTTGAC ATATACATTCAAATTAGCACATGAAAACAAATAAAATTACTACTCCATTAAAGCAGAAAA AACCCTTTTTTTAGGGTACAATAAAATGACTCAACTGAGAAGAACAACAACAATACTCGC TGACCAAAAAGAGGCGAAGCCAAAATTAAAAATTTGAGTTCTAAATTAATTTTCTGCCAT GATTCATATGCTATTATACATATATTTATTTATTTTTTTAATATAAATATAAAATCTACG AAAAAAACTTACACGGTCTCAATTAGAGCTAGCAAATGTTGACTCTTCTTCTATTCTGTT CTCTTCTCTTGACCCAGTAAGCAAAATGGACTAAACTTTATTTGAGAGTTTGGCAAAATT TTACTTTAATTATTACTATGTGAAAATGATTTGCTATTGGATTTTATTTATTACAAACCA AATTATCATTATTCTATTTACGCGCTTTCCTACTTATGTCCAATTTTTTTAAATAATTAA TTTGATATTCTTTTTCTTTTAAATTAATATGTTTTTAAAATTATAAATGAGTTTCCCTTT GCTTTTAACTTTATTTTATACATCAGATTTTATTAATTTTTTTTGGCAAGTAGAGAAAAT GAGGGGTAATTATGTAGAGAATAGTTTATCGCTGAATTTGGACGAAGGAAAATACTTAAA TTTGTCATGTTGCATTTTTTAAAAGTCAGTTGACTTATTTTTTAAATTTAAATTAGATTT CATTAATTTGATTTTTTAAATGAAAAAAATTTAGATATCTAAAAATTATACGAAAAGTAT TATACGTTGCAATTTTTTATATATTAAATATATCCTAAAATGTTAGTTAAAATTTTTATA ATTCAACTCTAAAATTGAAAAGTATGACAATAATAGTGAACGAAGGAAGTACCTTTTTAA GCCGTAGATACAATACTTCATGAATAAAATAAATACGCCCATAAAATAAGGAAAAAATGA CAGTAAGAGTTAGAATTCATTAAGAAAAACGCAATTTGTATTTTGTTTCAAGTTGGATCA GTCCCAATTTGTAATTAGCGATAATTAGTTTTGTATGTATAAAAGAACTTACTTTAATAC ATAGATGAACACTGCTTAATTCTCATTCATCTTTTCATGCCAATTAAGGATAAGGTGTTT CTCACGTGTTGTTCAGTTTTTGCGTAAAAATTACTTTTTGATAATTTAATAAAATTCACC AAAGTGATAATTGAAGCAAAAGTGAGATGATTCTTATGTAAAAAGAAGCGATTTTTGTGT AATGAACTCAGCCGGACGATCATCAACTGTTTATCAAAACACACATCTAACCATCAATTT TCTCTTTTCCTACATAATGGTGGAAACACGACTCATAATTGATGCGTGTTTTTGATAAAT AGTTGATCATAGTTCAAATAGAAAAAGTGAATATCTAATAGTTCAAGTAGAGAACACCTC ATTCACAAATATTGAGAATTAGAAGCAAAAAAGAAGTGAAAAGGGTGCTAATGTTACTGG TTCCATACACCACAAAATGCTTACAAATCTACAGTTCACAAGAATCCGCGGATCATATGA AGGAGGGAGGAACTACAACAGACGCACTTCTGTTACTAATCTAAACAAACAAAATATACA AAATGAAGACACAAGACTACAACAAAAACCGAGCTGCAACACAGGATCGGTTCGTCGGGT AAGTTAATGCCAACTTACTACACTAGAGCTGTACAATGCCTAAGAGAACTGCTATTGATG CATATCAGTTACCTCTAGACCGCAGCTACACAAACTATGGGAATGCACATTCTTGTCCTT GCTCCCTACCTTTTAATAAACCTGTGACCTACCATTTTCTATGTGGTAAACTGTACTTCA TAAACTTATTAATGTTACTGTTAATGGTATCATCTTCCTAGGATGACGGTATTTGGATTG ATGCTACTTGCTCTCCAGGATGCTGCATCGCTACAAATCATCAGTCATTCACATGATAGC CTTTCTGCTGGTTTACTTCCCTCCAGCCGACTTCCCTGCTCGTTGTTTCCACGTGCTCTG CGTAAGGCAATAATTTGTTACTAAATTATGATTCATCAAGAAATATACGTCCCAATAAAT AGTGCATAAGAATAGGCATTACAAGTAGCTCATCGTCGGATAATTCTTCATCAGATTTGG CAGCCGAGCTACTTCCAGAGTCGCCTTGATCAGTTGAATGACTGTCTGCATCATCTCTTA CACTCCCATGAGAATCTGATCTTTCAGCATCATCATTTGACTTCTCTGTGGAACCATCTG CATGTGGTTTCTCATGTGAAGAAGAGATCTCCCTGTCTGATCCACGAGAATCCTGAGGGG TGCCAAGTTCATCCTCATCTTTATTTTCCACGGGACATTCTTCTTCTTCAGACTCCTCCA TACCACTCAATCTATCAGCATCAGCCCCGGGTTTCCCATCAAAGTATGCTATGTCATCCT TGTCAGACAGTTCATGTTCAGACAAGCTGAACTCATGCGTGCTTTCTTTCTGCTCACTTT CTGATTCACCTAGTAAAGCCAAATGCCAGATTAGAAAGCTAGGGGAGATCATGAATAGCA TAACAGGGAGACTGTCAAAATTATTCTACCTTAAGAAACTATTGCAACACCTAAGACATA ATGGAAGTTCTCTCTTTTCATACTCTAGATTGAAAATAAGAGTGTTTTTTATTCCACTCC TAATTCTGGATAATCGTGGCAAGAGCACAAATTGTTGCCTGATCCCTAAAAAATGTCTCC TTTTTAGGACACATCTAATTTTTGTCCCTACTAATAAAATTAAGCAAATATAGACTTCGG AAGATCACTCCGGAGAAGGTTAGACTCGGGTCTACTATTTCTTCGTATAAAACTTACCAA TAAAACATTAGATCGTCATCTAACATTTTCAATTACTTGAAAAATTTTAACCTATCATCC AATGTTATCTCAAAAGAAGGCTACAATGTACTAAACAGCTGTCCCAAAAGGGAAATAAGC AAAAAAACTACGACCAGAAAGATACTTCTAAGTTGTAATTTTGTCCAATACAGATCTCTC CCATTTCCAAGATTCATTTTTTTTTAAAATGATGGTTTTCTTAAAAAAGAAAATTGCAGC CCAATACCATTAGGCCATCTGGTTTACAAAATATGTACACAGTGTGTAAGAAGTTTGTAC TTTATATTAAAACTACATAGCTATACATTAAAGTTACATACCTATACACAATATATACAT ACAACTGAGACTCCGACAGTGTATGCAGTGCATATTTCGGCCATGTTAGGTAAACTACAT AGCCTACATCTACGCAAGTATGCCTTGTTTAAAGGCATTTCAAGGAGGCTTTGGATTCCT CAAACTTCCAGTCCAGAAGGTTGCTTCTGGAAGGGGAAATGCCAAAAAGATGTTCCCCTC TTATAATATCCATAGATGTTGGACAGTCATCTCTTTTTGGCATGAACCTTCGTAGATGTT TGAGAAAGTGGATCTCAAATGTTGTCTCTACACCAGTCATGCCCCTCAAAACTAACCCTA CTCCCATCCCCTATCTTGAAAGATGTATTGCCACTTAAAGTATCCCACTCCTTCAAAATG TAATATCCAAAAACCACAACGAAAAGAAATTTTCCACTTTCTACAGTCAATTTACAAGAG CTAAAAAAAGGGTAATAACTTTGGCTTAAAAATTAACTTAGAGAAGTACTCTTAAGTTTC AAGGAACTTCGAGATCCAAGTGAGGTTATTGTTCATTCTTTAAAGAAAGAGATGACATTG CTGCATTTTAAATCATCAAATGTCCCACTCAACATTCCATCACTCTGATAGTTCCTCATT CTTTTTTACTTTACACCTGAGGAAATATCCAATTATCCCCTCCATCAGAAAATAACTTTG AAACCCGAACTATTGCCTCCTTTCCCACCCTCATCAGCCACCTGATAGACTCCACCCTCT TAAACACCTAAGCATACCCTCCCCTCCATGTGCATAAATGACTTCCAGACCCTCTATCCT TTCATTTGTTGACCTTTGCATGACAGAATATACCAAGCAACAAATGATACAATTAACTAG AATGCCAACAAGAATAATAAATAAAAAAATCGAAAGAAAAAGAGAATCACAAGAACCTCA CCTGAGCTTAAATTGTCCGCCTTGGACTTTGAGGTTATCAACGGCTTGCCTAAAAGCAGG CTTCTTCTGCTCAAAGAAGATTTTGATGGACCTTTTTGTCCATACTTCAAATTCTTCCTT GGAGTTCTCTTCCCTCGTACTGGCGATAATGGAGACCTGTCAGTAAAACAACACGCATAA GGCAAATAGGAAATACACAAAAAAATTATGTGCAATCAAGTTAAAGAATCAAGCTCACAT CTTATCGGTCTCCTTCTTTTGCCTGGAGGCAGCAAGAGTTCTTTTTTTCCTCTCTCCAGA TCTGCAGTCATTAAATGAAGACGGGGAGGTTAAAGCTACTCATAATTCGTCTATGATGCT AATACACAAGGCTCAGGTAGCATCATAATGCATGAAACTTAAAAAGGAGCCACATTATGC AAAGTTAACAGTTCTTTCGTGAAAGGCGTCAAAAAATCAAGATTAGAAAAGAATTAAGCT AGTCATCAACACTTGATAATAGTCTGAACAATAAAGGCAGAAATAATCATTATTTACCAA CCCATTACCCATCCACATCAATGGGGAGAAGAACTATGCAGCCTGAGGTATGATATCCAG AGCATTTAACAAGAGAAGTACCATCAACACAATTCAAACGCTCAAGAATGCAATTCCTCA ATTTTAAGTACCATATAAAACAGAATCCCCAGAACTTATCAAAAGAAGAAAAGGAATTGT GATAATCACAAAAATAATTTTTAAAATTACAGCGACTACTAAAGCAGATGAATCACTTAC TCTTTCTTGGAGCCTGAACCCTTTTTGGAATTTGAACCCTGTAAATAATGTTCAAATATA CAAATCAGTAAAACCAAAATGCATGGGTTCATACCAAGAATAAAAATAAAAAGTTTGCGA GGATGAACACTATAAGGAAAAGCATACCTTCACAGGTTTCTGCACACCACCAACAAGCTC CCAACACTCCTTTTCCAATCGCAGGACTTCTACATCACCATCATCATATAGCACCTTTGA TACAATTGATAACAAACCATAACCAAGAATCAATAGAAGTTGACATATTAAAAAATTGCT GAAGTTCATCAACTTTAGTAATAAAAAATAAATAATTGTTGTACTAGAAATGCAGCTTAC AACGTGTTTGCTTTTATGAGTGTCAAAAGACTTGACAACACCTTCGTAGAATCTGTCAAA TACTTGGAGTTAGTGCTCTAACCTAATAATCTTCAAGACCACATTAACCAAAATACAAGA CCAGAGTCAAGAATAAGGATTAAAGAAGAAAACGCAAACAACATCCCCATGACCAATGAC CACAATTGTAATGGAAGACAACCAACAGAAGTTGAGCAAAAGAATAAAGTGGATATGAGA AAGAAGCAACAATGATGAACACGATGTGTTAAGAGTGCATATAAACATAACTACGTGTAT TGCTCCAAGACAATCAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.981 5403 5509 match_part 0.949 8321 8577 match_part 0.971 9573 9606 match_part 0.971 11764 11900 match_part 0.927 14571 14625 match_2 match_part 0.981 5404 5509 match_part 0.938 8321 8577 match_part 0.971 9573 9606 match_part 0.973 11764 11836 match_3 match_part 0.968 5416 5509 match_part 1.000 8321 8577 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 0.990 16946 17043 match_4 match_part 1.000 5419 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 0.992 9873 10242 match_5 match_part 1.000 5420 5509 match_part 1.000 8321 8577 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 0.960 16299 16398 match_6 match_part 1.000 5421 5509 match_part 0.959 8321 8538 match_part 0.971 9573 9606 match_part 0.964 11764 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16344 match_7 match_part 1.000 5421 5509 match_part 0.959 8321 8538 match_part 0.971 9573 9606 match_part 0.956 11764 11900 match_part 1.000 14571 14589 match_8 match_part 0.976 5426 5509 match_part 0.953 8321 8577 match_part 0.971 9573 9606 match_part 0.971 11764 11900 match_part 0.925 14571 14637 match_part 0.990 16299 16398 match_part 0.962 16946 17025 match_9 match_part 0.976 5426 5509 match_part 0.953 8321 8577 match_part 0.971 9573 9606 match_part 0.971 11764 11900 match_part 0.910 14571 14637 match_part 0.968 16299 16360 match_10 match_part 1.000 5427 5509 match_part 0.995 8321 8538 match_part 1.000 9573 9606 match_part 0.978 11764 11854 match_11 match_part 1.000 5431 5509 match_part 0.950 8321 8538 match_part 0.971 9573 9606 match_part 0.964 11764 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16398 match_part 0.945 16946 17018 match_12 match_part 1.000 5432 5509 match_part 0.959 8321 8538 match_part 0.971 9573 9606 match_part 0.964 11764 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16362 match_13 match_part 0.987 5432 5509 match_part 0.953 8321 8577 match_part 0.971 9573 9606 match_part 0.971 11764 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16352 match_14 match_part 0.987 5432 5509 match_part 0.953 8321 8577 match_part 0.969 9573 9604 match_15 match_part 1.000 5433 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_16 match_part 1.000 5433 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14633 match_17 match_part 0.986 5438 5509 match_part 0.982 8321 8538 match_part 1.000 9573 9606 match_part 0.985 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16356 match_18 match_part 1.000 5441 5509 match_part 0.959 8321 8538 match_part 0.971 9573 9606 match_part 0.964 11764 11874 match_19 match_part 0.983 5451 5509 match_part 0.959 8321 8538 match_part 0.971 9573 9606 match_part 0.971 11764 11900 match_part 0.923 14571 14635 match_20 match_part 0.978 5465 5509 match_part 0.953 8321 8577 match_part 0.971 9573 9606 match_part 0.985 11764 11830 match_21 match_part 0.962 11771 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16398 match_part 0.976 16946 17109 match_part 0.958 18338 18385 match_part 0.863 18485 18535 match_part 0.861 18927 19005 match_22 match_part 0.848 11835 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16398 match_part 0.982 16946 17109 match_part 0.979 18339 18385 match_part 0.888 18485 18698 match_23 match_part 0.933 11871 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 1.000 16946 17109 match_part 1.000 18339 18385 match_part 1.000 18485 18535 match_part 0.997 18927 19273 match_24 match_part 0.966 11872 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 1.000 16946 17109 match_part 1.000 18339 18385 match_part 1.000 18485 18535 match_part 0.988 18927 19328 match_25 match_part 1.000 11878 11900 match_part 0.925 14571 14637 match_part 1.000 16299 16398 match_part 0.988 16946 17109 match_part 0.979 18339 18385 match_part 0.941 18485 18535 match_part 0.924 18927 19281 match_26 match_part 1.000 11885 11900 match_part 0.910 14571 14637 match_part 0.980 16299 16398 match_part 0.927 16946 17109 match_part 0.894 18339 18385 match_part 0.843 18485 18535 match_27 match_part 0.914 14580 14637 match_part 1.000 16299 16398 match_part 0.988 16946 17109 match_part 0.979 18339 18385 match_part 0.941 18485 18535 match_part 0.934 18927 19152 match_28 match_part 0.970 16946 17109 match_part 0.979 18339 18385 match_part 0.941 18485 18535 match_part 0.949 18927 19044 match_29 match_part 1.000 16975 17109 match_part 0.979 18339 18385 match_part 0.941 18485 18535 match_part 0.921 18927 19417 match_30 match_part 0.991 16997 17109 match_part 0.979 18339 18385 match_part 0.941 18485 18535 match_part 0.935 18927 19329 match_31 match_part 0.938 18488 18535 match_part 0.938 18927 19329 match_32 match_part 0.929 18983 19476 match_33 match_part 0.905 24540 24929 match_34 match_part 1.000 28921 29218 match_part 1.000 34616 35010 match_35 match_part 1.000 29011 29218 match_part 0.971 34616 35100 match_36 match_part 0.974 29030 29218 match_part 0.976 34616 35029 match_37 match_part 1.000 29048 29218 match_part 0.994 34616 34977 match_38 match_part 1.000 34644 35098 match_part 0.667 35350 35364 match_39 match_part 0.997 34735 35098 match_part 0.667 35350 35364 match_40 match_part 0.998 42668 43090 match_41 match_part 0.995 42734 43462 match_42 match_part 0.999 42743 43510 match_43 match_part 1.000 42771 43380 match_44 match_part 0.996 42852 43346 match_45 match_part 0.975 43146 43510 match_part 0.975 44893 45010 match_part 0.969 45102 45263 match_part 0.900 45366 45395 match_46 match_part 1.000 43171 43510 match_part 1.000 44893 45010 match_part 1.000 45102 45189 match_47 match_part 0.988 43343 43510 match_part 0.958 44893 44964 match_48 match_part 0.996 47527 47758 match_part 0.994 48349 48505 match_part 0.990 50081 50273 match_part 1.000 50661 50889 match_49 match_part 1.000 47610 47758 match_part 1.000 48349 48505 match_part 1.000 50081 50273 match_part 1.000 50661 51012 match_50 match_part 1.000 48090 48223 match_part 1.000 48349 48505 match_part 0.995 50081 50273 match_part 0.969 50661 50724 match_51 match_part 0.982 48392 48505 match_part 0.969 50081 50273 match_part 0.965 50661 50973 match_52 match_part 1.000 50221 50273 match_part 1.000 50661 51955 match_part 1.000 52069 52626 match_53 match_part 1.000 51413 51955 match_part 1.000 52069 52157 match_54 match_part 0.978 51414 51955 match_part 1.000 52069 52156 match_55 match_part 1.000 52302 52679 match_56 match_part 0.977 52380 52679 match_57 match_part 1.000 53990 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 56067 match_58 match_part 0.936 53991 54068 match_part 1.000 54791 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 0.993 55927 56074 match_part 1.000 56205 56272 match_59 match_part 0.907 53994 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 55943 match_60 match_part 1.000 54019 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 55979 match_61 match_part 0.988 54749 54914 match_62 match_part 0.963 54749 54909 match_63 match_part 0.983 54751 54923 match_part 1.000 55157 55261 match_part 0.996 55448 55723 match_part 0.923 55927 55939 match_64 match_part 1.000 54771 54923 match_part 1.000 55157 55261 match_part 0.978 55448 55633 match_65 match_part 0.975 55447 55723 match_part 0.953 55927 56074 match_part 0.952 56205 56518 match_66 match_part 0.975 55447 55723 match_part 0.973 55927 56074 match_part 0.973 56205 56241 match_67 match_part 1.000 55512 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 0.989 56482 56572 match_68 match_part 1.000 55540 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 0.997 56828 57122 match_69 match_part 1.000 55624 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56519 match_70 match_part 0.973 55687 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57122 match_part 1.000 57617 57692 match_71 match_part 0.994 56236 56389 match_part 1.000 56482 56594 match_part 0.993 56828 57098 match_72 match_part 1.000 56236 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57098 match_73 match_part 0.923 56569 56594 match_part 0.932 56828 57122 match_part 0.896 57617 58001 match_74 match_part 0.971 57054 57122 match_part 0.995 57617 58226 match_75 match_part 1.000 57055 57122 match_part 0.995 57617 58227 match_76 match_part 0.924 57652 58124 match_77 match_part 0.615 57885 57910 match_part 0.714 58047 58053 match_part 0.981 58683 59261 match_78 match_part 0.722 57893 57910 match_part 0.714 58047 58053 match_part 0.929 58683 59018 match_79 match_part 0.905 79358 79933 match_80 match_part 0.940 128050 128664 match_81 match_part 0.993 139827 139962 match_part 1.000 140041 140069 match_part 0.964 140184 140267 match_part 1.000 140366 140419 match_part 0.974 140743 140820 match_part 1.000 140942 140995 match_part 0.983 142189 142248 match_part 1.000 142339 142383 match_82 match_part 0.992 139845 139962 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143304 match_83 match_part 0.991 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143543 match_84 match_part 0.965 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 0.936 140743 140820 match_part 1.000 140942 140946 match_85 match_part 0.948 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 0.944 140366 140419 match_part 0.968 140743 140773 match_86 match_part 0.991 139849 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142234 match_87 match_part 0.972 139854 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_88 match_part 0.991 139854 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142373 match_89 match_part 0.990 139859 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142233 match_90 match_part 0.967 139902 139962 match_part 0.966 140041 140069 match_part 0.917 140184 140267 match_part 0.926 140366 140419 match_part 0.974 140743 140820 match_part 0.963 140942 140995 match_part 0.917 142189 142248 match_part 0.958 142339 142434 match_part 0.941 143064 143165 match_part 0.952 143300 143320 match_91 match_part 0.914 139905 139962 match_part 0.966 140041 140069 match_part 0.917 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 0.981 140942 140995 match_part 0.983 142189 142248 match_part 0.970 142339 142371 match_92 match_part 0.918 140359 140419 match_part 0.974 140743 140820 match_part 0.963 140942 140995 match_part 0.933 142189 142248 match_part 0.979 142339 142434 match_part 0.931 143064 143165 match_part 0.852 143279 143359 match_part 0.943 143510 143562 match_93 match_part 1.000 140767 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143648 match_94 match_part 0.979 140774 140820 match_part 0.963 140942 140995 match_part 1.000 142189 142248 match_part 0.854 142339 142434 match_part 0.990 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143540 match_95 match_part 1.000 140774 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142383 match_96 match_part 1.000 140775 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143621 match_97 match_part 0.500 142065 142066 match_part 0.900 142189 142248 match_part 0.979 142339 142434 match_part 0.951 143064 143165 match_part 0.963 143279 143359 match_part 0.985 143510 143576 match_98 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143967 match_99 match_part 1.000 142401 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143917 match_100 match_part 0.917 143312 143359 match_part 0.939 143510 144170 match_101 match_part 0.609 145609 145631 match_part 0.637 146415 146494 match_part 1.000 152444 152890 match_102 match_part 0.783 147511 147533 match_part 1.000 147784 148209 match_103 match_part 0.545 151434 151444 match_part 0.948 152495 152882 match_104 match_part 0.579 151751 151769 match_part 0.991 152444 152907 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_105 match_part 0.953 3070 2943 match_part 0.974 2749 2673 match_106 match_part 0.978 3126 2943 match_part 1.000 2749 2692 match_107 match_part 0.945 21399 21163 match_108 match_part 0.932 21924 21633 match_part 0.912 21481 21255 match_109 match_part 0.966 35594 35218 match_110 match_part 0.934 35491 35218 match_111 match_part 0.972 37873 37732 match_part 0.988 36773 36524 match_part 0.986 36443 36236 match_part 0.966 36052 35849 match_112 match_part 0.929 37843 37732 match_part 0.966 36773 36716 match_113 match_part 0.993 61688 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.997 59470 58687 match_part 0.667 57608 57594 match_part 0.833 57130 57125 match_114 match_part 1.000 61654 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.995 59470 59095 match_115 match_part 0.973 61655 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.997 59470 59106 match_116 match_part 0.981 61648 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.961 59470 59140 match_117 match_part 0.950 61664 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.976 59470 59178 match_118 match_part 0.956 61659 61546 match_part 0.954 61465 61314 match_part 0.948 59908 59793 match_part 0.979 59470 59185 match_119 match_part 0.919 61681 61546 match_part 0.980 61465 61314 match_part 0.957 59908 59793 match_part 0.968 59470 59190 match_120 match_part 0.900 61685 61546 match_part 0.980 61465 61314 match_part 0.957 59908 59793 match_part 0.967 59470 59196 match_121 match_part 1.000 61647 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 1.000 59470 59203 match_122 match_part 0.965 61658 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.976 59470 59223 match_123 match_part 0.948 61660 61546 match_part 0.961 61465 61314 match_part 0.940 59908 59793 match_part 0.987 59470 59235 match_124 match_part 0.891 61674 61546 match_part 0.980 61465 61314 match_part 0.957 59908 59793 match_part 0.970 59470 59236 match_125 match_part 1.000 61653 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.995 59470 59264 match_126 match_part 0.957 61660 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.990 59470 59265 match_127 match_part 0.952 61669 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.988 59470 59298 match_128 match_part 0.921 61671 61546 match_part 0.980 61465 61314 match_part 0.957 59908 59793 match_part 0.970 59470 59302 match_129 match_part 0.970 61711 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.992 59470 59351 match_130 match_part 0.975 61585 61546 match_part 0.987 61465 61314 match_part 0.966 59908 59793 match_part 1.000 59470 59353 match_131 match_part 0.949 61663 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.989 59470 59377 match_132 match_part 0.957 61660 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 1.000 59470 59421 match_133 match_part 0.964 61657 61546 match_part 0.961 61465 61314 match_part 0.945 59908 59691 match_134 match_part 0.949 61663 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_135 match_part 1.000 65491 65092 match_part 0.579 64350 64332 match_136 match_part 0.997 65474 65092 match_part 0.579 64350 64332 match_137 match_part 0.993 66341 66206 match_part 0.910 65507 65096 match_138 match_part 0.993 73813 73670 match_part 1.000 72711 72625 match_part 1.000 72458 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69509 match_part 1.000 67822 67769 match_part 1.000 67668 67567 match_part 1.000 67385 67327 match_part 1.000 66416 66206 match_part 1.000 65507 65110 match_139 match_part 0.985 69575 69509 match_part 0.963 67822 67769 match_part 0.980 67668 67567 match_part 0.949 67385 67327 match_part 0.993 66416 66276 match_140 match_part 1.000 73748 73670 match_part 1.000 72711 72625 match_part 1.000 72458 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69509 match_part 1.000 67822 67769 match_part 1.000 67668 67567 match_part 1.000 67385 67327 match_141 match_part 0.877 73734 73670 match_part 0.977 72711 72625 match_part 0.956 72458 72346 match_part 0.983 70819 70703 match_part 0.990 70618 70522 match_part 0.986 69582 69509 match_part 0.944 67822 67769 match_part 0.973 67668 67596 match_142 match_part 0.945 73724 73670 match_part 0.977 72711 72625 match_part 0.956 72458 72346 match_part 0.983 70819 70703 match_part 0.990 70618 70522 match_part 0.986 69582 69509 match_part 1.000 67822 67802 match_143 match_part 0.949 73708 73670 match_part 0.977 72711 72625 match_part 0.947 72458 72346 match_part 0.983 70819 70703 match_part 0.990 70618 70522 match_part 0.973 69582 69509 match_part 1.000 67822 67802 match_144 match_part 0.904 68955 68582 match_145 match_part 1.000 72422 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69507 match_146 match_part 0.867 73729 73670 match_part 0.974 72702 72625 match_part 0.956 72458 72346 match_part 0.983 70819 70703 match_part 0.990 70618 70522 match_part 1.000 69582 69558 match_147 match_part 0.962 73722 73670 match_part 0.977 72711 72625 match_part 0.956 72458 72346 match_part 0.966 70819 70703 match_part 1.000 70618 70605 match_148 match_part 0.828 73733 73670 match_part 0.966 72711 72625 match_part 0.929 72458 72346 match_part 0.927 70819 70779 match_149 match_part 0.904 79848 79274 match_150 match_part 0.978 86113 86069 match_part 0.905 85644 85466 match_part 0.735 83950 83917 match_part 0.682 83845 83824 match_151 match_part 1.000 95530 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89135 match_part 1.000 89012 88950 match_part 1.000 88395 88336 match_part 1.000 86354 86229 match_part 1.000 86152 86069 match_part 0.989 85644 85466 match_part 0.667 85346 85341 match_152 match_part 1.000 89001 88950 match_part 1.000 88395 88336 match_part 1.000 86354 86229 match_part 1.000 86152 86069 match_part 0.989 85644 85466 match_153 match_part 1.000 86298 86229 match_part 0.976 86152 86069 match_part 0.911 85644 85466 match_154 match_part 0.967 96996 96937 match_part 0.924 96861 96783 match_part 0.925 96620 96541 match_part 0.967 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 0.917 89255 89135 match_part 0.905 89012 88950 match_155 match_part 0.981 96990 96937 match_part 0.949 96861 96783 match_part 0.962 96620 96541 match_part 0.983 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 0.975 89255 89135 match_part 0.905 89046 88984 match_156 match_part 1.000 96572 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89159 match_157 match_part 1.000 97009 96937 match_part 1.000 96861 96783 match_part 1.000 96620 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94604 match_158 match_part 0.906 97053 96937 match_part 0.962 96861 96783 match_part 0.962 96620 96541 match_part 0.982 95594 95482 match_159 match_part 0.906 97053 96937 match_part 0.962 96861 96783 match_part 0.962 96620 96541 match_part 0.957 95594 95503 match_160 match_part 1.000 96940 96937 match_part 1.000 96861 96783 match_part 0.986 96620 96551 match_161 match_part 0.933 128414 127805 match_162 match_part 1.000 128413 127901 match_163 match_part 0.965 134760 134620 match_part 0.959 129095 128927 match_part 0.875 128799 128489 match_164 match_part 1.000 150695 150655 match_part 0.976 148393 147759 match_part 0.938 147522 147507 match_165 match_part 0.995 151024 150834 match_part 1.000 150750 150655 match_part 0.994 148393 147775 match_166 match_part 0.978 151301 151213 match_part 1.000 150949 150834 match_part 0.990 150750 150655 match_part 0.994 148393 147865 match_167 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.991 148393 147867 match_168 match_part 1.000 151135 151056 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148056 match_169 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.994 148393 148061 match_170 match_part 0.929 150973 150834 match_part 0.990 150750 150655 match_part 0.967 148393 148095 match_171 match_part 1.000 151032 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148113 match_172 match_part 1.000 151135 151056 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148120 match_173 match_part 0.867 151021 150834 match_part 0.990 150750 150655 match_part 0.988 148393 148146 match_174 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.995 148393 148203 match_175 match_part 1.000 151126 150834 match_part 1.000 150750 150517 match_176 match_part 0.988 153322 153083 match_part 1.000 152997 152405 match_part 0.833 152289 152278 match_177 match_part 0.944 153242 153083 match_part 0.938 152997 152435 match_part 0.750 152289 152278 match_178 match_part 0.937 152624 152435 match_part 0.727 152289 152279 match_179 match_part 1.000 155144 155102 match_part 0.998 153489 153083 match_part 1.000 152997 152599 match_180 match_part 1.000 155144 155102 match_part 0.998 153489 153083 match_part 0.997 152997 152659 match_181 match_part 0.985 153342 153083 match_part 1.000 152997 152742 match_182 match_part 0.808 155364 155339 match_part 0.994 155256 155102 match_part 0.988 153489 153083 match_part 0.980 152997 152801 match_183 match_part 1.000 156077 156028 match_part 1.000 155918 155881 match_part 1.000 155401 155339 match_part 1.000 155256 155102 match_part 0.995 153489 153083 match_part 0.938 152997 152966 match_184 match_part 0.972 156276 156241 match_part 0.977 156114 156028 match_part 0.974 155918 155881 match_part 0.952 155401 155339 match_part 0.974 155256 155102 match_part 0.948 153489 153203 match_185 match_part 0.959 156076 156028 match_part 0.974 155918 155881 match_part 0.984 155401 155339 match_part 1.000 155256 155102 match_part 0.996 153489 153237 match_186 match_part 0.972 156276 156241 match_part 0.977 156114 156028 match_part 0.974 155918 155881 match_part 0.952 155401 155339 match_part 0.974 155256 155102 match_part 0.948 153489 153279 match_187 match_part 0.980 156076 156028 match_part 1.000 155918 155881 match_part 1.000 155401 155339 match_part 1.000 155256 155102 match_part 1.000 153489 153376 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 3126 2943 exon 2749 2673 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5421 5509 exon 8321 8538 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18535 exon 18927 19476 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5403 5509 exon 8321 8577 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18535 exon 18927 19476 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5421 5509 exon 8321 8538 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18338 18385 exon 18485 18535 exon 18927 19476 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5421 5509 exon 8321 8538 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18698 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5419 5509 exon 8321 8538 exon 9573 9606 exon 9873 10242 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 21924 21633 exon 21481 21163 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 24540 24929 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35098 exon 35350 35364 gene_10 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35100 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 35594 35218 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 37873 37732 exon 36773 36524 exon 36443 36236 exon 36052 35849 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 42668 43510 exon 44893 45010 exon 45102 45263 exon 45366 45395 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 47527 47758 exon 48349 48505 exon 50081 50273 exon 50661 51955 exon 52069 52679 gene_15 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 48090 48223 exon 48349 48505 exon 50081 50273 exon 50661 51955 exon 52069 52679 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 53990 54068 exon 54687 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 55447 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_18 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 53991 54068 exon 54791 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_19 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 57885 57910 exon 58047 58053 exon 58683 59261 gene_20 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 55447 55723 exon 55927 56074 exon 56205 56518 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 61711 61546 exon 61465 61314 exon 59908 59793 exon 59470 58687 exon 57608 57594 exon 57130 57125 gene_22 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 61663 61546 exon 61465 61314 exon 59908 59691 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73813 73670 exon 72711 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69509 exon 67822 67769 exon 67668 67567 exon 67385 67327 exon 66416 66206 exon 65507 65092 exon 64350 64332 gene_24 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73729 73670 exon 72702 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69509 exon 67822 67769 exon 67668 67567 exon 67385 67327 exon 66416 66206 exon 65507 65092 exon 64350 64332 gene_25 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73733 73670 exon 72711 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69507 gene_26 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 68955 68582 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 79848 79274 gene_28 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 79358 79933 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 97053 96937 exon 96861 96783 exon 96620 96541 exon 95594 95475 exon 94767 94698 exon 94632 94559 exon 89255 89135 exon 89012 88950 exon 88395 88336 exon 86354 86229 exon 86152 86069 exon 85644 85466 exon 85346 85341 gene_30 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 97053 96937 exon 96861 96783 exon 96620 96541 exon 95594 95475 exon 94767 94698 exon 94632 94559 exon 89255 89135 exon 89046 88950 exon 88395 88336 exon 86354 86229 exon 86152 86069 exon 85644 85466 exon 83950 83917 exon 83845 83824 gene_31 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 128414 127805 gene_32 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 128050 128664 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 134760 134620 exon 129095 128927 exon 128799 128489 gene_34 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139827 139962 exon 140041 140069 exon 140184 140267 exon 140366 140419 exon 140743 140820 exon 140942 140995 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 144170 gene_35 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139827 139962 exon 140041 140069 exon 140184 140267 exon 140366 140419 exon 140743 140820 exon 140942 140995 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143300 143359 exon 143510 144170 gene_36 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 140359 140419 exon 140743 140820 exon 140942 140995 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 144170 gene_37 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 142065 142066 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 144170 gene_38 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139845 139962 exon 140743 140820 exon 140942 140995 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 144170 gene_39 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 145609 145631 exon 146415 146494 exon 152444 152890 gene_40 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151751 151769 exon 152444 152907 gene_41 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151434 151444 exon 152495 152882 gene_42 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 147511 147533 exon 147784 148209 gene_43 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151032 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_44 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151301 151213 exon 150949 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_45 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151135 151056 exon 150949 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_46 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151126 150834 exon 150750 150517 gene_47 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 156276 156241 exon 156114 156028 exon 155918 155881 exon 155401 155339 exon 155256 155102 exon 153489 153083 exon 152997 152435 exon 152289 152278 gene_48 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 156276 156241 exon 156114 156028 exon 155918 155881 exon 155401 155339 exon 155256 155102 exon 153489 153083 exon 152997 152405 exon 152289 152278 RepeatMasker tomato repeats master SONATA3 49 245 1 SONATA3 49 245 1 nucleotide_motif 329 10395 10578 Copia00172 5221 5322 1 Copia00172 5221 5322 1 nucleotide_motif 539 11115 11216 Copia00103 3726 5694 1 Copia00103 3726 5694 1 nucleotide_motif 12216 24483 26446 SONATA2 1 200 1 SONATA2 1 200 1 nucleotide_motif 802 38076 38265 SOD_SINE 74 168 1 SOD_SINE 74 168 1 nucleotide_motif 384 49120 49213 Copia00172 285 516 1 Copia00172 285 516 1 nucleotide_motif 1361 52885 53123 Copia00092 3569 3757 1 Copia00092 3569 3757 1 nucleotide_motif 563 74359 74547 Gypsy00063 8231 8479 1 Gypsy00063 8231 8479 1 nucleotide_motif 1305 79071 79326 Gypsy00063 8533 8821 1 Gypsy00063 8533 8821 1 nucleotide_motif 1352 80851 81120 Gypsy00163 7774 7952 1 Gypsy00163 7774 7952 1 nucleotide_motif 875 82152 82333 Copia00045 1 4671 1 Copia00045 1 4671 1 nucleotide_motif 42555 101359 106029 Unknown00043 11073 11324 1 Unknown00043 11073 11324 1 nucleotide_motif 831 110618 110896 Unknown00043 10865 10944 1 Unknown00043 10865 10944 1 nucleotide_motif 474 111671 111750 Unknown00057 471 880 1 Unknown00057 471 880 1 nucleotide_motif 303 123513 123909 SONATA3 186 241 1 SONATA3 186 241 1 nucleotide_motif 257 126550 126601 Gypsy00139 6359 8791 1 Gypsy00139 6359 8791 1 nucleotide_motif 1326 130254 131088 Unknown00025 251 405 1 Unknown00025 251 405 1 nucleotide_motif 497 139097 139257 Copia00172 278 486 1 Copia00172 278 486 1 nucleotide_motif 432 146229 146442 Copia00143 77 134 1 Copia00143 77 134 1 nucleotide_motif 378 148787 148843 RepeatMasker tomato repeats master TS2 518 655 -1 TS2 518 655 -1 nucleotide_motif 404 2432 2299 Unknown00043 6991 7075 -1 Unknown00043 6991 7075 -1 nucleotide_motif 293 6421 6336 Copia00172 5193 5317 -1 Copia00172 5193 5317 -1 nucleotide_motif 573 9746 9622 SONATA1 168 243 -1 SONATA1 168 243 -1 nucleotide_motif 320 16529 16458 SONATA1 6 167 -1 SONATA1 6 167 -1 nucleotide_motif 614 16842 16696 HATSOD1 3641 3815 -1 HATSOD1 3641 3815 -1 nucleotide_motif 481 20622 20447 Copia00103 3727 5697 -1 Copia00103 3727 5697 -1 nucleotide_motif 14077 22717 20785 Unknown00034 5145 5204 -1 Unknown00034 5145 5204 -1 nucleotide_motif 311 23640 23580 Gypsy00064 6186 6394 -1 Gypsy00064 6186 6394 -1 nucleotide_motif 1060 26471 26272 Unknown00034 5129 5196 -1 Unknown00034 5129 5196 -1 nucleotide_motif 398 27251 27184 Copia00172 5257 5311 -1 Copia00172 5257 5311 -1 nucleotide_motif 232 37033 36979 Unknown00046 175 499 -1 Unknown00046 175 499 -1 nucleotide_motif 1478 37468 37141 TS2 551 653 -1 TS2 551 653 -1 nucleotide_motif 420 65332 65227 Gypsy00178 3037 3498 -1 Gypsy00178 3037 3498 -1 nucleotide_motif 2177 78988 78504 Gypsy00178 3036 3123 -1 Gypsy00178 3036 3123 -1 nucleotide_motif 349 79072 78988 hAT-2_SD 1919 3416 -1 hAT-2_SD 1919 3416 -1 nucleotide_motif 1770 80694 79270 Gypsy00178 2723 3054 -1 Gypsy00178 2723 3054 -1 nucleotide_motif 1296 81116 80818 TLP1 355 464 -1 TLP1 355 464 -1 nucleotide_motif 576 82029 81920 Unknown00043 8693 8872 -1 Unknown00043 8693 8872 -1 nucleotide_motif 306 86985 86805 Unknown00057 2212 3080 -1 Unknown00057 2212 3080 -1 nucleotide_motif 1377 93565 92704 Copia00039 4298 4449 -1 Copia00039 4298 4449 -1 nucleotide_motif 754 106193 106029 Unknown00058 726 1070 -1 Unknown00058 726 1070 -1 nucleotide_motif 1942 111196 110842 Unknown00030 94 646 -1 Unknown00030 94 646 -1 nucleotide_motif 2970 111730 111193 Unknown00043 1842 1961 -1 Unknown00043 1842 1961 -1 nucleotide_motif 387 116409 116296 TS2 52 311 -1 TS2 52 311 -1 nucleotide_motif 780 116776 116516 Unknown00043 5547 5838 -1 Unknown00043 5547 5838 -1 nucleotide_motif 1737 123637 123373 Unknown00034 3704 4058 -1 Unknown00034 3704 4058 -1 nucleotide_motif 2411 136393 136046 Gypsy00073 810 1171 -1 Gypsy00073 810 1171 -1 nucleotide_motif 843 136930 136608 Copia00143 107 221 -1 Copia00143 107 221 -1 nucleotide_motif 399 142793 142675 Cross_match_vector vector sequence Cross_match_vector vector sequence match_1 match 156557 157776 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 737 25467 26461 match_2 match 1324 25074 26295 match_3 match 1340 25074 26295 match_4 match 2046 20772 22153 match_5 match 2085 20772 22153 match_6 match 737 25467 26461 match_7 match 1225 20772 21802 match_8 match 1451 20775 21776 match_9 match 1007 25443 26461 match_10 match 666 25467 26461 match_11 match 1255 79288 80291 match_12 match 1447 20772 21802 match_13 match 1447 20772 21802 match_14 match 1255 79288 80291 match_15 match 1398 20772 21776 match_16 match 1413 20772 21776 match_17 match 948 25431 26461 match_18 match 979 25431 26461 match_19 match 1100 25365 26462 match_20 match 1128 25454 26462 match_21 match 1576 20769 21853 match_22 match 1602 20772 21853 match_23 match 1059 25300 26295 match_24 match 1497 20772 21907 match_25 match 8869 101331 106055 match_26 match 1013 25443 26441 match_27 match 1094 25443 26461 match_28 match 1388 25391 26461 match_29 match 1178 20815 21842 match_30 match 1205 20772 21802 match_31 match 698 25469 26461 match_32 match 928 25469 26461 match_33 match 1179 20772 21776 match_34 match 1429 20772 21776 match_35 match 959 20919 22120 match_36 match 1061 20918 22120 match_37 match 1618 25092 26462 match_38 match 1681 25092 26461 match_39 match 1019 25354 26462 match_40 match 1411 20772 21842 match_41 match 1483 20772 21829 match_42 match 1405 20772 21776 match_43 match 1285 25074 26294 match_44 match 1285 25074 26294 match_45 match 1279 20772 21776 match_46 match 1316 20769 21776 match_47 match 1774 20920 22111 match_48 match 1774 20920 22111 match_49 match 1697 20772 21776 match_50 match 1511 90834 92500 match_51 match 975 25354 26462 match_52 match 1023 25300 26295 match_53 match 1366 25443 26461 match_54 match 1511 20772 21907 match_55 match 989 25443 26462 match_56 match 882 25443 26461 match_57 match 975 25354 26462 match_58 match 1193 79288 80291 match_59 match 896 25469 26461 match_60 match 690 25469 26461 match_61 match 1536 20771 21776 match_62 match 1515 20772 21776 match_63 match 1237 25391 26453 match_64 match 1017 25391 26461 match_65 match 1023 25300 26295 match_66 match 1511 20772 21907 match_67 match 1267 20774 21776 match_68 match 1279 20772 21776 match_69 match 1017 25391 26461 match_70 match 1023 25300 26295 match_71 match 1023 25300 26295 match_72 match 1511 20772 21907 match_73 match 1511 20772 21907 match_74 match 1128 25454 26462 match_75 match 1185 79288 80291 match_76 match 975 20909 22122 match_77 match 1156 20772 21776 match_78 match 1170 20772 21776 match_79 match 1170 20772 21776 match_80 match 1100 20770 21788 match_81 match 1576 20772 21853 match_82 match 1400 20772 21776 match_83 match 1427 20772 21776 match_84 match 1421 20772 21776 match_85 match 1170 25443 26461 match_86 match 1465 20772 21791 match_87 match 1479 20772 21802 match_88 match 1302 25072 26295 match_89 match 1980 20772 22155 match_90 match 1362 20772 21776 match_91 match 1378 20772 21776 match_92 match 1271 20772 21802 match_93 match 1400 20772 21776 match_94 match 1834 20770 22152 match_95 match 969 25413 26462 match_96 match 1310 25078 26357 match_97 match 1863 20925 22153 match_98 match 1207 79288 80291 match_99 match 1417 20772 21776 match_100 match 1245 25101 26358 match_101 match 1253 25101 26358 match_102 match 1703 20920 22111 match_103 match 1719 20920 22111 match_104 match 1400 20772 21842 match_105 match 1409 20771 21842 match_106 match 1019 25365 26461 match_107 match 1027 25431 26461 match_108 match 1417 20772 21776 match_109 match 1417 20772 21776 match_110 match 694 20771 21802 match_111 match 1445 20785 21853 match_112 match 1251 25074 26295 match_113 match 1881 20772 22129 match_114 match 4567 103184 106047 match_115 match 3322 101225 103188 match_116 match 1027 25431 26461 match_117 match 1324 20772 21802 match_118 match 1403 20772 21802 match_119 match 1007 25439 26461 match_120 match 1053 20774 21842 match_121 match 1199 25101 26295 match_122 match 1209 25101 26295 match_123 match 1959 20774 22111 match_124 match 1961 20772 22111 match_125 match 1112 25397 26461 match_126 match 1291 20772 21842 match_127 match 1465 20774 21853 match_128 match 1245 25101 26358 match_129 match 1253 25101 26358 match_130 match 1703 20920 22111 match_131 match 1719 20920 22111 match_132 match 634 25468 26461 match_133 match 876 25469 26461 match_134 match 1411 20772 21776 match_135 match 1491 20772 21776 match_136 match 1150 25391 26461 match_137 match 1372 20772 21802 match_138 match 1362 20772 21789 match_139 match 1411 20772 21808 match_140 match 1411 20772 21802 match_141 match 1199 79288 80291 match_142 match 1053 20774 21842 match_143 match 1515 20772 21776 match_144 match 900 25469 26462 match_145 match 842 25391 26461 match_146 match 854 25413 26461 match_147 match 1041 25439 26461 match_148 match 1152 25439 26461 match_149 match 1417 20772 21776 match_150 match 1483 20772 21776 match_151 match 1289 20772 21802 match_152 match 1360 20772 21786 match_153 match 1487 20772 21802 match_154 match 1469 20772 21776 match_155 match 1501 20772 21776 match_156 match 1237 25469 26461 match_157 match 1106 25354 26461 match_158 match 1402 20772 21776 match_159 match 1136 20772 21776 match_160 match 1223 79288 80291 match_161 match 1126 25349 26459 match_162 match 724 25469 26461 match_163 match 1025 25439 26461 match_164 match 745 25469 26461 match_165 match 1049 25300 26295 match_166 match 1489 20772 21907 match_167 match 1384 20772 21776 match_168 match 1336 25454 26461 match_169 match 1883 103184 104510 match_170 match 2712 101333 103188 match_171 match 1338 20772 21776 match_172 match 977 25376 26461 match_173 match 967 25354 26446 match_174 match 1015 25365 26461 match_175 match 652 25468 26459 match_176 match 704 25439 26461 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1154 1566 2168 clone_1 clone 1156.5 1582 127882 clone_end_1 clone_end 1106 1582 2168 clone_start_1 clone_start 1207 127274 127882 match_2 match 448 2183 2408 match_3 match 1348 7291 8007 match_4 match 995 11160 11685 clone_2 clone 1294.5 11267 126802 clone_end_2 clone_end 1217 11267 11911 clone_start_2 clone_start 1372 126082 126802 match_5 match 1400 11847 12594 match_6 match 963 11869 12416 clone_3 clone 1268.5 11883 30374 clone_end_3 clone_end 1191 11883 12532 clone_start_3 clone_start 1346 29689 30374 clone_4 clone 996.5 14636 104701 clone_start_4 clone_start 1043 14636 15169 clone_end_4 clone_end 950 104207 104701 match_7 match 1330 20278 20990 match_8 match 507 21497 21776 match_9 match 975 30481 30972 match_10 match 999 34532 35035 match_11 match 1164 36518 37104 match_12 match 1160 49392 50003 match_13 match 1132 49850 50420 match_14 match 870 50008 50475 match_15 match 886 50008 50475 match_16 match 323 50491 50653 match_17 match 299 50491 50641 clone_5 clone 1381 52117 82375 clone_end_5 clone_end 1471 52117 52866 clone_start_5 clone_start 1291 81666 82375 match_18 match 860 56375 56808 match_19 match 868 59564 60021 match_20 match 914 60447 60928 match_21 match 1110 68425 68984 match_22 match 1310 90382 91046 clone_6 clone 1267.5 90432 124628 clone_start_6 clone_start 1318 90432 91096 clone_end_6 clone_end 1217 124015 124628 match_23 match 1417 91186 91924 clone_7 clone 1219 92934 135104 clone_end_7 clone_end 1078 92934 93477 clone_start_7 clone_start 1360 134419 135104 match_24 match 918 94518 95001 match_25 match 1170 102295 102920 match_26 match 1033 102301 102861 match_27 match 1140 102303 102921 match_28 match 1090 102379 102965 match_29 match 1586 102922 103782 match_30 match 1215 106355 106974 match_31 match 1427 111672 112415 match_32 match 1298 112442 113138 match_33 match 1388 115513 116268 match_34 match 1187 115559 116178 match_35 match 952 116854 117333 match_36 match 1130 118405 118995 match_37 match 1431 119448 120190 match_38 match 1170 126839 127428 match_39 match 1023 140496 141011 match_40 match 896 140535 140986 match_41 match 1185 144539 145136 match_42 match 920 152510 152981 match_43 match 1055 152742 153273 match_44 match 967 155953 156440 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.968 5416 5509 match_part 1.000 8321 8577 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 0.990 16946 17043 match_2 match_part 1.000 5419 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 0.992 9873 10242 match_3 match_part 1.000 5420 5509 match_part 1.000 8321 8577 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 0.960 16299 16398 match_4 match_part 1.000 5427 5509 match_part 0.995 8321 8538 match_part 1.000 9573 9606 match_part 0.978 11764 11854 match_5 match_part 1.000 5433 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_6 match_part 1.000 5433 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14633 match_7 match_part 0.986 5438 5509 match_part 0.982 8321 8538 match_part 1.000 9573 9606 match_part 0.985 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16356 match_8 match_part 0.933 11871 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 1.000 16946 17109 match_part 1.000 18339 18385 match_part 1.000 18485 18535 match_part 0.997 18927 19273 match_9 match_part 0.966 11872 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 1.000 16946 17109 match_part 1.000 18339 18385 match_part 1.000 18485 18535 match_part 0.988 18927 19328 match_10 match_part 0.905 24540 24929 match_11 match_part 1.000 28921 29218 match_part 1.000 34616 35010 match_12 match_part 1.000 29011 29218 match_part 0.971 34616 35100 match_13 match_part 0.974 29030 29218 match_part 0.976 34616 35029 match_14 match_part 1.000 29048 29218 match_part 0.994 34616 34977 match_15 match_part 1.000 34644 35098 match_part 0.667 35350 35364 match_16 match_part 0.997 34735 35098 match_part 0.667 35350 35364 match_17 match_part 0.998 42668 43090 match_18 match_part 0.995 42734 43462 match_19 match_part 0.999 42743 43510 match_20 match_part 1.000 42771 43380 match_21 match_part 0.996 42852 43346 match_22 match_part 1.000 43171 43510 match_part 1.000 44893 45010 match_part 1.000 45102 45189 match_23 match_part 0.996 47527 47758 match_part 0.994 48349 48505 match_part 0.990 50081 50273 match_part 1.000 50661 50889 match_24 match_part 1.000 47610 47758 match_part 1.000 48349 48505 match_part 1.000 50081 50273 match_part 1.000 50661 51012 match_25 match_part 1.000 48090 48223 match_part 1.000 48349 48505 match_part 0.995 50081 50273 match_part 0.969 50661 50724 match_26 match_part 1.000 50221 50273 match_part 1.000 50661 51955 match_part 1.000 52069 52626 match_27 match_part 1.000 51413 51955 match_part 1.000 52069 52157 match_28 match_part 0.978 51414 51955 match_part 1.000 52069 52156 match_29 match_part 1.000 52302 52679 match_30 match_part 0.977 52380 52679 match_31 match_part 1.000 53990 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 56067 match_32 match_part 0.936 53991 54068 match_part 1.000 54791 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 0.993 55927 56074 match_part 1.000 56205 56272 match_33 match_part 0.907 53994 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 55943 match_34 match_part 1.000 54019 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 55979 match_35 match_part 0.983 54751 54923 match_part 1.000 55157 55261 match_part 0.996 55448 55723 match_part 0.923 55927 55939 match_36 match_part 1.000 54771 54923 match_part 1.000 55157 55261 match_part 0.978 55448 55633 match_37 match_part 1.000 55512 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 0.989 56482 56572 match_38 match_part 1.000 55540 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 0.997 56828 57122 match_39 match_part 1.000 55624 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56519 match_40 match_part 0.973 55687 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57122 match_part 1.000 57617 57692 match_41 match_part 0.994 56236 56389 match_part 1.000 56482 56594 match_part 0.993 56828 57098 match_42 match_part 1.000 56236 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57098 match_43 match_part 0.971 57054 57122 match_part 0.995 57617 58226 match_44 match_part 1.000 57055 57122 match_part 0.995 57617 58227 match_45 match_part 0.615 57885 57910 match_part 0.714 58047 58053 match_part 0.981 58683 59261 match_46 match_part 0.993 139827 139962 match_part 1.000 140041 140069 match_part 0.964 140184 140267 match_part 1.000 140366 140419 match_part 0.974 140743 140820 match_part 1.000 140942 140995 match_part 0.983 142189 142248 match_part 1.000 142339 142383 match_47 match_part 0.992 139845 139962 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143304 match_48 match_part 0.991 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143543 match_49 match_part 0.965 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 0.936 140743 140820 match_part 1.000 140942 140946 match_50 match_part 0.948 139848 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 0.944 140366 140419 match_part 0.968 140743 140773 match_51 match_part 0.991 139849 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142234 match_52 match_part 0.972 139854 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_53 match_part 0.991 139854 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142373 match_54 match_part 0.990 139859 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142233 match_55 match_part 0.914 139905 139962 match_part 0.966 140041 140069 match_part 0.917 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 0.981 140942 140995 match_part 0.983 142189 142248 match_part 0.970 142339 142371 match_56 match_part 1.000 140767 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143648 match_57 match_part 0.979 140774 140820 match_part 0.963 140942 140995 match_part 1.000 142189 142248 match_part 0.854 142339 142434 match_part 0.990 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143540 match_58 match_part 1.000 140774 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142383 match_59 match_part 1.000 140775 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143621 match_60 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143967 match_61 match_part 1.000 142401 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143917 match_62 match_part 0.609 145609 145631 match_part 0.637 146415 146494 match_part 1.000 152444 152890 match_63 match_part 0.783 147511 147533 match_part 1.000 147784 148209 match_64 match_part 0.579 151751 151769 match_part 0.991 152444 152907 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_65 match_part 0.978 3126 2943 match_part 1.000 2749 2692 match_66 match_part 0.945 21399 21163 match_67 match_part 0.932 21924 21633 match_part 0.912 21481 21255 match_68 match_part 0.966 35594 35218 match_69 match_part 0.934 35491 35218 match_70 match_part 0.972 37873 37732 match_part 0.988 36773 36524 match_part 0.986 36443 36236 match_part 0.966 36052 35849 match_71 match_part 0.929 37843 37732 match_part 0.966 36773 36716 match_72 match_part 0.993 61688 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.997 59470 58687 match_part 0.667 57608 57594 match_part 0.833 57130 57125 match_73 match_part 1.000 61654 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.995 59470 59095 match_74 match_part 0.973 61655 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.997 59470 59106 match_75 match_part 1.000 61647 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 1.000 59470 59203 match_76 match_part 1.000 61653 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.995 59470 59264 match_77 match_part 0.970 61711 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.992 59470 59351 match_78 match_part 0.975 61585 61546 match_part 0.987 61465 61314 match_part 0.966 59908 59793 match_part 1.000 59470 59353 match_79 match_part 1.000 65491 65092 match_part 0.579 64350 64332 match_80 match_part 0.997 65474 65092 match_part 0.579 64350 64332 match_81 match_part 0.993 73813 73670 match_part 1.000 72711 72625 match_part 1.000 72458 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69509 match_part 1.000 67822 67769 match_part 1.000 67668 67567 match_part 1.000 67385 67327 match_part 1.000 66416 66206 match_part 1.000 65507 65110 match_82 match_part 1.000 73748 73670 match_part 1.000 72711 72625 match_part 1.000 72458 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69509 match_part 1.000 67822 67769 match_part 1.000 67668 67567 match_part 1.000 67385 67327 match_83 match_part 1.000 72422 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69507 match_84 match_part 0.904 79848 79274 match_85 match_part 1.000 95530 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89135 match_part 1.000 89012 88950 match_part 1.000 88395 88336 match_part 1.000 86354 86229 match_part 1.000 86152 86069 match_part 0.989 85644 85466 match_part 0.667 85346 85341 match_86 match_part 1.000 89001 88950 match_part 1.000 88395 88336 match_part 1.000 86354 86229 match_part 1.000 86152 86069 match_part 0.989 85644 85466 match_87 match_part 1.000 96572 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89159 match_88 match_part 1.000 97009 96937 match_part 1.000 96861 96783 match_part 1.000 96620 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94604 match_89 match_part 1.000 96940 96937 match_part 1.000 96861 96783 match_part 0.986 96620 96551 match_90 match_part 1.000 128413 127901 match_91 match_part 1.000 150695 150655 match_part 0.976 148393 147759 match_part 0.938 147522 147507 match_92 match_part 0.995 151024 150834 match_part 1.000 150750 150655 match_part 0.994 148393 147775 match_93 match_part 0.978 151301 151213 match_part 1.000 150949 150834 match_part 0.990 150750 150655 match_part 0.994 148393 147865 match_94 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.991 148393 147867 match_95 match_part 1.000 151135 151056 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148056 match_96 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.994 148393 148061 match_97 match_part 1.000 151032 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148113 match_98 match_part 1.000 151135 151056 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 1.000 148393 148120 match_99 match_part 1.000 151246 151213 match_part 1.000 150949 150834 match_part 1.000 150750 150655 match_part 0.995 148393 148203 match_100 match_part 1.000 151126 150834 match_part 1.000 150750 150517 match_101 match_part 0.988 153322 153083 match_part 1.000 152997 152405 match_part 0.833 152289 152278 match_102 match_part 1.000 155144 155102 match_part 0.998 153489 153083 match_part 1.000 152997 152599 match_103 match_part 1.000 155144 155102 match_part 0.998 153489 153083 match_part 0.997 152997 152659 match_104 match_part 0.985 153342 153083 match_part 1.000 152997 152742 match_105 match_part 0.808 155364 155339 match_part 0.994 155256 155102 match_part 0.988 153489 153083 match_part 0.980 152997 152801 match_106 match_part 1.000 156077 156028 match_part 1.000 155918 155881 match_part 1.000 155401 155339 match_part 1.000 155256 155102 match_part 0.995 153489 153083 match_part 0.938 152997 152966 match_107 match_part 0.959 156076 156028 match_part 0.974 155918 155881 match_part 0.984 155401 155339 match_part 1.000 155256 155102 match_part 0.996 153489 153237 match_108 match_part 0.980 156076 156028 match_part 1.000 155918 155881 match_part 1.000 155401 155339 match_part 1.000 155256 155102 match_part 1.000 153489 153376 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 3126 2943 exon 2749 2692 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5427 5509 exon 8321 8538 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18535 exon 18927 19328 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5416 5509 exon 8321 8577 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18535 exon 18927 19328 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5419 5509 exon 8321 8538 exon 9573 9606 exon 9873 10242 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 21924 21633 exon 21481 21163 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 24540 24929 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35098 exon 35350 35364 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35100 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 35594 35218 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 37873 37732 exon 36773 36524 exon 36443 36236 exon 36052 35849 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 42668 43510 exon 44893 45010 exon 45102 45189 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 47527 47758 exon 48349 48505 exon 50081 50273 exon 50661 51955 exon 52069 52679 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 48090 48223 exon 48349 48505 exon 50081 50273 exon 50661 51955 exon 52069 52679 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 53990 54068 exon 54687 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 53991 54068 exon 54791 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 57885 57910 exon 58047 58053 exon 58683 59261 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 61711 61546 exon 61465 61314 exon 59908 59793 exon 59470 58687 exon 57608 57594 exon 57130 57125 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73813 73670 exon 72711 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69509 exon 67822 67769 exon 67668 67567 exon 67385 67327 exon 66416 66206 exon 65507 65092 exon 64350 64332 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 72422 72346 exon 70819 70703 exon 70618 70522 exon 69582 69507 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 79848 79274 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 97009 96937 exon 96861 96783 exon 96620 96541 exon 95594 95475 exon 94767 94698 exon 94632 94559 exon 89255 89135 exon 89012 88950 exon 88395 88336 exon 86354 86229 exon 86152 86069 exon 85644 85466 exon 85346 85341 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 128413 127901 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139827 139962 exon 140041 140069 exon 140184 140267 exon 140366 140419 exon 140743 140820 exon 140942 140995 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 143967 gene_24 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139845 139962 exon 140743 140820 exon 140942 140995 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 143917 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 145609 145631 exon 146415 146494 exon 152444 152890 gene_26 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151751 151769 exon 152444 152907 gene_27 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 147511 147533 exon 147784 148209 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151301 151213 exon 150949 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151032 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_30 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151135 151056 exon 150949 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_31 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151126 150834 exon 150750 150517 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 156077 156028 exon 155918 155881 exon 155401 155339 exon 155256 155102 exon 153489 153083 exon 152997 152405 exon 152289 152278 AUGUSTUS_tom_cdna de novo gene_1 gene 2 5437 19304 transcript_1 transcript 5437 19304 start_codon_1 start_codon 5437 5439 CDS_1 CDS 5437 5509 CDS_2 CDS 8321 8538 CDS_3 CDS 9573 9606 CDS_4 CDS 11764 11900 CDS_5 CDS 14571 14637 CDS_6 CDS 16299 16398 CDS_7 CDS 16946 17109 CDS_8 CDS 18339 18385 CDS_9 CDS 18485 18535 CDS_10 CDS 18927 19304 stop_codon_1 stop_codon 19302 19304 transcript_2 transcript 5437 19304 start_codon_2 start_codon 5437 5439 CDS_11 CDS 5437 5509 CDS_12 CDS 8321 8577 CDS_13 CDS 9573 9606 CDS_14 CDS 11764 11900 CDS_15 CDS 14571 14637 CDS_16 CDS 16299 16398 CDS_17 CDS 16946 17109 CDS_18 CDS 18339 18385 CDS_19 CDS 18485 18535 CDS_20 CDS 18927 19304 stop_codon_2 stop_codon 19302 19304 gene_2 gene 1 28915 34671 transcript_3 transcript 28915 34671 start_codon_3 start_codon 28915 28917 CDS_21 CDS 28915 29218 CDS_22 CDS 34616 34671 stop_codon_3 stop_codon 34669 34671 gene_3 gene 1 42859 45700 transcript_4 transcript 42859 45700 start_codon_4 start_codon 42859 42861 CDS_23 CDS 42859 43510 CDS_24 CDS 44893 45010 CDS_25 CDS 45102 45263 CDS_26 CDS 45649 45700 stop_codon_4 stop_codon 45698 45700 gene_4 gene 3 48395 57781 transcript_5 transcript 48395 52470 start_codon_5 start_codon 48395 48397 CDS_27 CDS 48395 48505 CDS_28 CDS 50081 50273 CDS_29 CDS 50661 51955 CDS_30 CDS 52069 52470 stop_codon_5 stop_codon 52468 52470 transcript_6 transcript 53985 57781 start_codon_6 start_codon 53985 53987 CDS_31 CDS 53985 54068 CDS_32 CDS 54687 54923 CDS_33 CDS 55157 55261 CDS_34 CDS 55448 55723 CDS_35 CDS 55927 56074 CDS_36 CDS 56205 56389 CDS_37 CDS 56482 56594 CDS_38 CDS 56828 57122 CDS_39 CDS 57617 57781 stop_codon_6 stop_codon 57779 57781 transcript_7 transcript 48395 57781 start_codon_7 start_codon 48395 48397 CDS_40 CDS 48395 48505 CDS_41 CDS 50081 50273 CDS_42 CDS 50661 51955 CDS_43 CDS 52069 52299 CDS_44 CDS 53992 54068 CDS_45 CDS 54791 54923 CDS_46 CDS 55157 55261 CDS_47 CDS 55448 55723 CDS_48 CDS 55927 56074 CDS_49 CDS 56205 56389 CDS_50 CDS 56482 56594 CDS_51 CDS 56828 57122 CDS_52 CDS 57617 57781 stop_codon_7 stop_codon 57779 57781 gene_5 gene 1 139953 143833 transcript_8 transcript 139953 143833 start_codon_8 start_codon 139953 139955 CDS_53 CDS 139953 139962 CDS_54 CDS 140041 140069 CDS_55 CDS 140184 140267 CDS_56 CDS 140366 140419 CDS_57 CDS 140743 140820 CDS_58 CDS 140942 140995 CDS_59 CDS 142189 142248 CDS_60 CDS 142339 142434 CDS_61 CDS 143064 143165 CDS_62 CDS 143279 143359 CDS_63 CDS 143510 143833 stop_codon_8 stop_codon 143831 143833 AUGUSTUS_tom_cdna de novo gene_6 gene 1 3051 500 transcript_9 transcript 3051 500 CDS_64 CDS 553 500 CDS_65 CDS 2749 2673 CDS_66 CDS 3051 2943 start_codon_9 start_codon 3051 3049 gene_7 gene 1 37752 35464 transcript_10 transcript 37752 35464 stop_codon_9 stop_codon 35466 35464 CDS_67 CDS 35676 35464 CDS_68 CDS 36052 35821 CDS_69 CDS 36443 36236 CDS_70 CDS 36773 36524 CDS_71 CDS 37752 37732 start_codon_10 start_codon 37752 37750 gene_8 gene 1 61658 58865 transcript_11 transcript 61658 58865 stop_codon_10 stop_codon 58867 58865 CDS_72 CDS 59470 58865 CDS_73 CDS 59908 59793 CDS_74 CDS 61465 61314 CDS_75 CDS 61658 61546 start_codon_11 start_codon 61658 61656 gene_9 gene 1 73679 65448 transcript_12 transcript 73679 65448 stop_codon_11 stop_codon 65450 65448 CDS_76 CDS 65507 65448 CDS_77 CDS 66416 66206 CDS_78 CDS 67385 67327 CDS_79 CDS 67668 67567 CDS_80 CDS 67822 67769 CDS_81 CDS 69582 69509 CDS_82 CDS 70618 70522 CDS_83 CDS 70819 70703 CDS_84 CDS 72458 72346 CDS_85 CDS 72711 72625 CDS_86 CDS 73679 73670 start_codon_12 start_codon 73679 73677 gene_10 gene 1 134994 85546 transcript_13 transcript 134994 85546 stop_codon_12 stop_codon 85548 85546 CDS_87 CDS 85644 85546 CDS_88 CDS 86152 86069 CDS_89 CDS 86354 86229 CDS_90 CDS 88395 88336 CDS_91 CDS 89012 88950 CDS_92 CDS 89255 89135 CDS_93 CDS 94632 94559 CDS_94 CDS 94767 94698 CDS_95 CDS 95594 95475 CDS_96 CDS 96620 96541 CDS_97 CDS 96861 96783 CDS_98 CDS 97055 96937 CDS_99 CDS 128799 127772 CDS_100 CDS 129095 128927 CDS_101 CDS 134994 134620 start_codon_13 start_codon 134994 134992 gene_11 gene 1 145502 144417 transcript_14 transcript 145502 144417 stop_codon_13 stop_codon 144419 144417 CDS_102 CDS 145502 144417 start_codon_14 start_codon 145502 145500 gene_12 gene 1 150968 148094 transcript_15 transcript 150968 148094 stop_codon_14 stop_codon 148096 148094 CDS_103 CDS 148393 148094 CDS_104 CDS 150750 150655 CDS_105 CDS 150968 150834 start_codon_15 start_codon 150968 150966 gene_13 gene 1 156114 152953 transcript_16 transcript 156114 152953 stop_codon_15 stop_codon 152955 152953 CDS_106 CDS 152997 152953 CDS_107 CDS 153489 153083 CDS_108 CDS 155256 155102 CDS_109 CDS 155401 155339 CDS_110 CDS 155918 155881 CDS_111 CDS 156114 156028 AUGUSTUS_ab_initio de novo gene_1 gene 1 12605 19304 transcript_1 transcript 12605 19304 start_codon_1 start_codon 12605 12607 CDS_1 CDS 12605 12685 CDS_2 CDS 18485 18535 CDS_3 CDS 18927 19304 stop_codon_1 stop_codon 19302 19304 gene_2 gene 1 29041 57781 transcript_2 transcript 29041 57781 start_codon_2 start_codon 29041 29043 CDS_4 CDS 29041 29218 CDS_5 CDS 36159 36223 CDS_6 CDS 50081 50273 CDS_7 CDS 50661 51955 CDS_8 CDS 52069 52299 CDS_9 CDS 54687 54923 CDS_10 CDS 55448 55723 CDS_11 CDS 57617 57781 stop_codon_2 stop_codon 57779 57781 AUGUSTUS_ab_initio de novo gene_3 gene 1 134994 58865 transcript_3 transcript 134994 58865 stop_codon_3 stop_codon 58867 58865 CDS_12 CDS 59470 58865 CDS_13 CDS 59908 59793 CDS_14 CDS 70618 70522 CDS_15 CDS 72458 72346 CDS_16 CDS 90090 89922 CDS_17 CDS 94767 94698 CDS_18 CDS 95594 95475 CDS_19 CDS 96620 96541 CDS_20 CDS 128799 127772 CDS_21 CDS 129095 128927 CDS_22 CDS 134994 134620 start_codon_3 start_codon 134994 134992 gene_4 gene 1 145502 144417 transcript_4 transcript 145502 144417 stop_codon_4 stop_codon 144419 144417 CDS_23 CDS 145502 144417 start_codon_4 start_codon 145502 145500 gene_5 gene 1 155256 153026 transcript_5 transcript 155256 153026 stop_codon_5 stop_codon 153028 153026 CDS_24 CDS 153518 153026 CDS_25 CDS 155256 155102 AUGUSTUS_tom_ugs de novo gene_1 gene 3 5437 19304 transcript_1 transcript 5437 19304 start_codon_1 start_codon 5437 5439 CDS_1 CDS 5437 5509 CDS_2 CDS 8321 8577 CDS_3 CDS 9573 9606 CDS_4 CDS 11764 11900 CDS_5 CDS 14571 14637 CDS_6 CDS 16299 16398 CDS_7 CDS 16946 17109 CDS_8 CDS 18339 18385 CDS_9 CDS 18485 18535 CDS_10 CDS 18927 19304 stop_codon_1 stop_codon 19302 19304 transcript_2 transcript 5437 9904 start_codon_2 start_codon 5437 5439 CDS_11 CDS 5437 5509 CDS_12 CDS 8321 8538 CDS_13 CDS 9573 9606 CDS_14 CDS 9873 9904 stop_codon_2 stop_codon 9902 9904 transcript_3 transcript 5437 19304 start_codon_3 start_codon 5437 5439 CDS_15 CDS 5437 5509 CDS_16 CDS 8321 8538 CDS_17 CDS 9573 9606 CDS_18 CDS 11764 11900 CDS_19 CDS 14571 14637 CDS_20 CDS 16299 16398 CDS_21 CDS 16946 17109 CDS_22 CDS 18489 18535 CDS_23 CDS 18927 19304 stop_codon_3 stop_codon 19302 19304 gene_2 gene 1 29041 34671 transcript_4 transcript 29041 34671 start_codon_4 start_codon 29041 29043 CDS_24 CDS 29041 29218 CDS_25 CDS 34616 34671 stop_codon_4 stop_codon 34669 34671 gene_3 gene 1 42859 45700 transcript_5 transcript 42859 45700 start_codon_5 start_codon 42859 42861 CDS_26 CDS 42859 43510 CDS_27 CDS 44893 45010 CDS_28 CDS 45102 45263 CDS_29 CDS 45649 45700 stop_codon_5 stop_codon 45698 45700 gene_4 gene 1 48395 52470 transcript_6 transcript 48395 52470 start_codon_6 start_codon 48395 48397 CDS_30 CDS 48395 48505 CDS_31 CDS 50081 50273 CDS_32 CDS 50661 51955 CDS_33 CDS 52069 52470 stop_codon_6 stop_codon 52468 52470 gene_5 gene 1 53985 57781 transcript_7 transcript 53985 57781 start_codon_7 start_codon 53985 53987 CDS_34 CDS 53985 54068 CDS_35 CDS 54687 54923 CDS_36 CDS 55157 55261 CDS_37 CDS 55448 55723 CDS_38 CDS 55927 56074 CDS_39 CDS 56205 56389 CDS_40 CDS 56482 56594 CDS_41 CDS 56828 57122 CDS_42 CDS 57617 57781 stop_codon_7 stop_codon 57779 57781 gene_6 gene 2 139953 143833 transcript_8 transcript 139953 143833 start_codon_8 start_codon 139953 139955 CDS_43 CDS 139953 139962 CDS_44 CDS 140041 140069 CDS_45 CDS 140184 140267 CDS_46 CDS 140366 140419 CDS_47 CDS 140743 140820 CDS_48 CDS 140942 140995 CDS_49 CDS 142189 142248 CDS_50 CDS 142339 142434 CDS_51 CDS 143064 143165 CDS_52 CDS 143279 143359 CDS_53 CDS 143510 143833 stop_codon_8 stop_codon 143831 143833 transcript_9 transcript 140357 143833 start_codon_9 start_codon 140357 140359 CDS_54 CDS 140357 140419 CDS_55 CDS 140743 140820 CDS_56 CDS 140942 140995 CDS_57 CDS 142339 142434 CDS_58 CDS 143064 143165 CDS_59 CDS 143279 143359 CDS_60 CDS 143510 143833 stop_codon_9 stop_codon 143831 143833 AUGUSTUS_tom_ugs de novo gene_7 gene 1 3051 500 transcript_10 transcript 3051 500 CDS_61 CDS 553 500 CDS_62 CDS 2749 2673 CDS_63 CDS 3051 2943 start_codon_10 start_codon 3051 3049 gene_8 gene 1 37752 35464 transcript_11 transcript 37752 35464 stop_codon_10 stop_codon 35466 35464 CDS_64 CDS 35676 35464 CDS_65 CDS 36052 35821 CDS_66 CDS 36443 36236 CDS_67 CDS 36773 36524 CDS_68 CDS 37752 37732 start_codon_11 start_codon 37752 37750 gene_9 gene 1 61658 58865 transcript_12 transcript 61658 58865 stop_codon_11 stop_codon 58867 58865 CDS_69 CDS 59470 58865 CDS_70 CDS 59908 59793 CDS_71 CDS 61465 61314 CDS_72 CDS 61658 61546 start_codon_12 start_codon 61658 61656 gene_10 gene 1 73679 65448 transcript_13 transcript 73679 65448 stop_codon_12 stop_codon 65450 65448 CDS_73 CDS 65507 65448 CDS_74 CDS 66416 66206 CDS_75 CDS 67385 67327 CDS_76 CDS 67668 67567 CDS_77 CDS 67822 67769 CDS_78 CDS 69582 69509 CDS_79 CDS 70618 70522 CDS_80 CDS 70819 70703 CDS_81 CDS 72458 72346 CDS_82 CDS 72711 72625 CDS_83 CDS 73679 73670 start_codon_13 start_codon 73679 73677 gene_11 gene 1 134994 85546 transcript_14 transcript 134994 85546 stop_codon_13 stop_codon 85548 85546 CDS_84 CDS 85644 85546 CDS_85 CDS 86152 86069 CDS_86 CDS 86354 86229 CDS_87 CDS 88395 88336 CDS_88 CDS 89012 88950 CDS_89 CDS 89255 89135 CDS_90 CDS 94632 94559 CDS_91 CDS 94767 94698 CDS_92 CDS 95594 95475 CDS_93 CDS 96620 96541 CDS_94 CDS 96861 96783 CDS_95 CDS 97055 96937 CDS_96 CDS 128799 127772 CDS_97 CDS 129095 128927 CDS_98 CDS 134994 134620 start_codon_14 start_codon 134994 134992 gene_12 gene 1 145502 144417 transcript_15 transcript 145502 144417 stop_codon_14 stop_codon 144419 144417 CDS_99 CDS 145502 144417 start_codon_15 start_codon 145502 145500 gene_13 gene 1 156114 152953 transcript_16 transcript 156114 152953 stop_codon_15 stop_codon 152955 152953 CDS_100 CDS 152997 152953 CDS_101 CDS 153489 153083 CDS_102 CDS 155256 155102 CDS_103 CDS 155401 155339 CDS_104 CDS 155918 155881 CDS_105 CDS 156114 156028 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5419 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 0.992 9873 10242 match_2 match_part 1.000 5420 5509 match_part 1.000 8321 8577 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_part 1.000 16946 17109 match_part 1.000 18339 18385 match_part 1.000 18485 18535 match_part 0.988 18927 19328 match_3 match_part 1.000 5427 5509 match_part 1.000 8321 8538 match_part 1.000 9573 9606 match_part 1.000 11764 11900 match_part 1.000 14571 14637 match_part 1.000 16299 16398 match_4 match_part 0.905 24540 24929 match_5 match_part 1.000 28921 29218 match_part 1.000 34616 35098 match_part 0.667 35350 35364 match_6 match_part 1.000 42668 43510 match_part 1.000 44893 45010 match_part 1.000 45102 45189 match_7 match_part 0.996 47527 47758 match_part 1.000 48349 48505 match_part 1.000 50081 50273 match_part 1.000 50661 51955 match_part 1.000 52069 52679 match_8 match_part 0.919 53995 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57122 match_part 0.995 57617 58227 match_9 match_part 0.993 139827 139962 match_part 1.000 140041 140069 match_part 0.988 140184 140267 match_part 1.000 140366 140419 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142189 142248 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143359 match_part 1.000 143510 143967 match_10 match_part 0.992 139845 139962 match_part 1.000 140743 140820 match_part 1.000 140942 140995 match_part 1.000 142339 142434 match_part 1.000 143064 143165 match_part 1.000 143279 143304 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_11 match_part 0.932 21924 21633 match_part 0.912 21481 21255 match_12 match_part 0.966 35594 35218 match_13 match_part 0.972 37873 37732 match_part 0.988 36773 36524 match_part 0.986 36443 36236 match_part 0.966 36052 35849 match_14 match_part 0.982 61711 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.992 59470 58684 match_part 0.455 58257 58236 match_part 0.857 57130 57124 match_15 match_part 0.993 73813 73670 match_part 1.000 72711 72625 match_part 1.000 72458 72346 match_part 1.000 70819 70703 match_part 1.000 70618 70522 match_part 1.000 69582 69509 match_part 1.000 67822 67769 match_part 1.000 67668 67567 match_part 1.000 67385 67327 match_part 1.000 66416 66206 match_part 1.000 65507 65092 match_part 0.579 64350 64332 match_16 match_part 1.000 97009 96937 match_part 1.000 96861 96783 match_part 1.000 96620 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89135 match_part 1.000 89012 88950 match_part 1.000 88395 88336 match_part 1.000 86354 86229 match_part 1.000 86152 86069 match_part 0.989 85644 85466 match_17 match_part 1.000 128413 127901 match_18 match_part 0.915 151126 150834 match_part 1.000 150750 150655 match_part 0.997 148393 147759 match_part 0.938 147522 147507 match_19 match_part 1.000 156077 156028 match_part 1.000 155918 155881 match_part 1.000 155401 155339 match_part 1.000 155256 155102 match_part 0.998 153489 153083 match_part 1.000 152997 152444 match_part 0.750 152289 152278 match_part 0.467 151455 151366 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5419 5509 exon 8321 8538 exon 9573 9606 exon 9873 10242 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5427 5509 exon 8321 8538 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 5420 5509 exon 8321 8577 exon 9573 9606 exon 11764 11900 exon 14571 14637 exon 16299 16398 exon 16946 17109 exon 18339 18385 exon 18485 18535 exon 18927 19328 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 21924 21633 exon 21481 21255 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 24540 24929 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35098 exon 35350 35364 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 35594 35218 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 37873 37732 exon 36773 36524 exon 36443 36236 exon 36052 35849 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 42668 43510 exon 44893 45010 exon 45102 45189 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 47527 47758 exon 48349 48505 exon 50081 50273 exon 50661 51955 exon 52069 52679 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 53995 54068 exon 54687 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57122 exon 57617 58227 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 61711 61546 exon 61465 61314 exon 59908 59793 exon 59470 58684 exon 58257 58236 exon 57130 57124 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73813 73670 exon 72711 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69509 exon 67822 67769 exon 67668 67567 exon 67385 67327 exon 66416 66206 exon 65507 65092 exon 64350 64332 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 97009 96937 exon 96861 96783 exon 96620 96541 exon 95594 95475 exon 94767 94698 exon 94632 94559 exon 89255 89135 exon 89012 88950 exon 88395 88336 exon 86354 86229 exon 86152 86069 exon 85644 85466 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 128413 127901 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139827 139962 exon 140041 140069 exon 140184 140267 exon 140366 140419 exon 140743 140820 exon 140942 140995 exon 142189 142248 exon 142339 142434 exon 143064 143165 exon 143279 143359 exon 143510 143967 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 139845 139962 exon 140743 140820 exon 140942 140995 exon 142339 142434 exon 143064 143165 exon 143279 143304 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151126 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 156077 156028 exon 155918 155881 exon 155401 155339 exon 155256 155102 exon 153489 153083 exon 152997 152444 exon 152289 152278 exon 151455 151366 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 28921 29218 match_part 1.000 34616 35098 match_part 0.667 35350 35364 match_2 match_part 1.000 54019 54068 match_part 1.000 54687 54923 match_part 1.000 55157 55261 match_part 1.000 55448 55723 match_part 1.000 55927 56074 match_part 1.000 56205 56389 match_part 1.000 56482 56594 match_part 1.000 56828 57098 match_3 match_part 0.975 55447 55723 match_part 0.959 55927 56074 match_part 0.952 56205 56518 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.982 61711 61546 match_part 1.000 61465 61314 match_part 1.000 59908 59793 match_part 0.990 59470 58684 match_part 0.455 58257 58236 match_part 0.857 57130 57124 match_5 match_part 0.934 61681 61546 match_part 0.961 61465 61314 match_part 0.948 59908 59793 match_part 0.967 59470 59140 match_6 match_part 0.877 73734 73670 match_part 0.977 72711 72625 match_part 0.956 72458 72346 match_part 0.983 70819 70703 match_part 0.990 70618 70522 match_part 0.986 69582 69509 match_part 0.963 67822 67769 match_part 0.980 67668 67567 match_part 0.949 67385 67327 match_part 0.991 66416 66206 match_part 0.879 65507 65088 match_7 match_part 1.000 97009 96937 match_part 1.000 96861 96783 match_part 1.000 96620 96541 match_part 1.000 95594 95475 match_part 1.000 94767 94698 match_part 1.000 94632 94559 match_part 1.000 89255 89159 match_8 match_part 0.906 97053 96937 match_part 0.962 96861 96783 match_part 0.962 96620 96541 match_part 0.982 95594 95482 match_9 match_part 1.000 96940 96937 match_part 1.000 96861 96783 match_part 0.986 96620 96551 match_10 match_part 0.816 135664 135491 match_part 0.864 135090 134620 match_part 0.959 129095 128927 match_part 0.924 128799 127805 match_11 match_part 1.000 151126 150834 match_part 1.000 150750 150655 match_part 0.995 148393 147759 match_part 0.938 147522 147507 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 28921 29218 exon 34616 35098 exon 35350 35364 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 54019 54068 exon 54687 54923 exon 55157 55261 exon 55448 55723 exon 55927 56074 exon 56205 56389 exon 56482 56594 exon 56828 57098 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 55447 55723 exon 55927 56074 exon 56205 56518 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 61711 61546 exon 61465 61314 exon 59908 59793 exon 59470 58684 exon 58257 58236 exon 57130 57124 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 73734 73670 exon 72711 72625 exon 72458 72346 exon 70819 70703 exon 70618 70522 exon 69582 69509 exon 67822 67769 exon 67668 67567 exon 67385 67327 exon 66416 66206 exon 65507 65088 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 97053 96937 exon 96861 96783 exon 96620 96541 exon 95594 95475 exon 94767 94698 exon 94632 94559 exon 89255 89159 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 135664 135491 exon 135090 134620 exon 129095 128927 exon 128799 127805 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C11HBa0062I24.2 type gene exon 151126 150834 exon 150750 150655 exon 148393 147759 exon 147522 147507 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 5437 19304 transcript_1 transcript 5437 19304 start_codon_1 start_codon 5437 5439 CDS_1 CDS 5437 5509 CDS_2 CDS 8321 8538 CDS_3 CDS 9573 9606 CDS_4 CDS 11764 11900 CDS_5 CDS 14571 14637 CDS_6 CDS 16299 16398 CDS_7 CDS 16946 17109 CDS_8 CDS 18339 18385 CDS_9 CDS 18485 18535 CDS_10 CDS 18927 19304 stop_codon_1 stop_codon 19302 19304 transcript_2 transcript 5437 19304 start_codon_2 start_codon 5437 5439 CDS_11 CDS 5437 5509 CDS_12 CDS 8321 8577 CDS_13 CDS 9573 9606 CDS_14 CDS 11764 11900 CDS_15 CDS 14571 14637 CDS_16 CDS 16299 16398 CDS_17 CDS 16946 17109 CDS_18 CDS 18339 18385 CDS_19 CDS 18485 18535 CDS_20 CDS 18927 19304 stop_codon_2 stop_codon 19302 19304 gene_2 gene 1 28915 34671 transcript_3 transcript 28915 34671 start_codon_3 start_codon 28915 28917 CDS_21 CDS 28915 29218 CDS_22 CDS 34616 34671 stop_codon_3 stop_codon 34669 34671 gene_3 gene 1 42859 45700 transcript_4 transcript 42859 45700 start_codon_4 start_codon 42859 42861 CDS_23 CDS 42859 43510 CDS_24 CDS 44893 45010 CDS_25 CDS 45102 45263 CDS_26 CDS 45649 45700 stop_codon_4 stop_codon 45698 45700 gene_4 gene 3 48395 57781 transcript_5 transcript 48395 52470 start_codon_5 start_codon 48395 48397 CDS_27 CDS 48395 48505 CDS_28 CDS 50081 50273 CDS_29 CDS 50661 51955 CDS_30 CDS 52069 52470 stop_codon_5 stop_codon 52468 52470 transcript_6 transcript 53985 57781 start_codon_6 start_codon 53985 53987 CDS_31 CDS 53985 54068 CDS_32 CDS 54687 54923 CDS_33 CDS 55157 55261 CDS_34 CDS 55448 55723 CDS_35 CDS 55927 56074 CDS_36 CDS 56205 56389 CDS_37 CDS 56482 56594 CDS_38 CDS 56828 57122 CDS_39 CDS 57617 57781 stop_codon_6 stop_codon 57779 57781 transcript_7 transcript 48395 57781 start_codon_7 start_codon 48395 48397 CDS_40 CDS 48395 48505 CDS_41 CDS 50081 50273 CDS_42 CDS 50661 51955 CDS_43 CDS 52069 52299 CDS_44 CDS 53992 54068 CDS_45 CDS 54791 54923 CDS_46 CDS 55157 55261 CDS_47 CDS 55448 55723 CDS_48 CDS 55927 56074 CDS_49 CDS 56205 56389 CDS_50 CDS 56482 56594 CDS_51 CDS 56828 57122 CDS_52 CDS 57617 57781 stop_codon_7 stop_codon 57779 57781 gene_5 gene 1 139953 143833 transcript_8 transcript 139953 143833 start_codon_8 start_codon 139953 139955 CDS_53 CDS 139953 139962 CDS_54 CDS 140041 140069 CDS_55 CDS 140184 140267 CDS_56 CDS 140366 140419 CDS_57 CDS 140743 140820 CDS_58 CDS 140942 140995 CDS_59 CDS 142189 142248 CDS_60 CDS 142339 142434 CDS_61 CDS 143064 143165 CDS_62 CDS 143279 143359 CDS_63 CDS 143510 143833 stop_codon_8 stop_codon 143831 143833 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 3051 500 transcript_9 transcript 3051 500 CDS_64 CDS 553 500 CDS_65 CDS 2749 2673 CDS_66 CDS 3051 2943 start_codon_9 start_codon 3051 3049 gene_7 gene 1 37752 35464 transcript_10 transcript 37752 35464 stop_codon_9 stop_codon 35466 35464 CDS_67 CDS 35676 35464 CDS_68 CDS 36052 35821 CDS_69 CDS 36443 36236 CDS_70 CDS 36773 36524 CDS_71 CDS 37752 37732 start_codon_10 start_codon 37752 37750 gene_8 gene 1 61658 58865 transcript_11 transcript 61658 58865 stop_codon_10 stop_codon 58867 58865 CDS_72 CDS 59470 58865 CDS_73 CDS 59908 59793 CDS_74 CDS 61465 61314 CDS_75 CDS 61658 61546 start_codon_11 start_codon 61658 61656 gene_9 gene 1 73679 65448 transcript_12 transcript 73679 65448 stop_codon_11 stop_codon 65450 65448 CDS_76 CDS 65507 65448 CDS_77 CDS 66416 66206 CDS_78 CDS 67385 67327 CDS_79 CDS 67668 67567 CDS_80 CDS 67822 67769 CDS_81 CDS 69582 69509 CDS_82 CDS 70618 70522 CDS_83 CDS 70819 70703 CDS_84 CDS 72458 72346 CDS_85 CDS 72711 72625 CDS_86 CDS 73679 73670 start_codon_12 start_codon 73679 73677 gene_10 gene 1 134994 85546 transcript_13 transcript 134994 85546 stop_codon_12 stop_codon 85548 85546 CDS_87 CDS 85644 85546 CDS_88 CDS 86152 86069 CDS_89 CDS 86354 86229 CDS_90 CDS 88395 88336 CDS_91 CDS 89012 88950 CDS_92 CDS 89255 89135 CDS_93 CDS 94632 94559 CDS_94 CDS 94767 94698 CDS_95 CDS 95594 95475 CDS_96 CDS 96620 96541 CDS_97 CDS 96861 96783 CDS_98 CDS 97055 96937 CDS_99 CDS 128799 127772 CDS_100 CDS 129095 128927 CDS_101 CDS 134994 134620 start_codon_13 start_codon 134994 134992 gene_11 gene 1 145502 144417 transcript_14 transcript 145502 144417 stop_codon_13 stop_codon 144419 144417 CDS_102 CDS 145502 144417 start_codon_14 start_codon 145502 145500 gene_12 gene 1 150968 148094 transcript_15 transcript 150968 148094 stop_codon_14 stop_codon 148096 148094 CDS_103 CDS 148393 148094 CDS_104 CDS 150750 150655 CDS_105 CDS 150968 150834 start_codon_15 start_codon 150968 150966 gene_13 gene 1 156292 152953 transcript_16 transcript 156292 152953 stop_codon_15 stop_codon 152955 152953 CDS_106 CDS 152997 152953 CDS_107 CDS 153489 153083 CDS_108 CDS 155256 155102 CDS_109 CDS 155401 155339 CDS_110 CDS 155918 155881 CDS_111 CDS 156114 156028 CDS_112 CDS 156292 156241 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 114 50654 51169 match_2 match 226 50654 51955 match_3 match 61.6 44889 45008 match_4 match 308 42910 43509 match_5 match 96.7 45100 45261 match_6 match 98.6 45100 45399 match_7 match 61.6 44889 45008 match_8 match 308 42910 43509 match_9 match 106 55277 55726 match_10 match 122 54690 54926 match_11 match 92.0 56204 56392 match_12 match 61.6 56464 56592 match_13 match 192 56826 57125 match_14 match 108 55927 56076 match_15 match 106 55277 55726 match_16 match 122 54690 54926 match_17 match 92.0 56204 56392 match_18 match 194 56826 57155 match_19 match 61.6 56464 56592 match_20 match 108 55927 56076 match_21 match 106 55277 55726 match_22 match 122 54690 54926 match_23 match 92.0 56204 56392 match_24 match 63.5 56464 56595 match_25 match 108 55927 56076 match_26 match 110 50660 51169 match_27 match 243 50654 51970 match_28 match 75.9 50912 51955 match_29 match 243 50654 51970 match_30 match 91.3 52066 52440 match_31 match 292 42910 43506 match_32 match 114 50654 51169 match_33 match 218 50660 51922 match_34 match 113 50660 51295 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_35 match 106 105554 105108 match_36 match 118 70822 70520 match_37 match 121 66427 66194 match_38 match 326 59638 58871 match_39 match 68.6 61658 61539 match_40 match 67.8 61464 61315 match_41 match 326 59638 58871 match_42 match 68.6 61658 61539 match_43 match 67.8 61464 61315 match_44 match 191 36111 35482 match_45 match 137 36447 36232 match_46 match 118 36776 36543 match_47 match 228 59482 58874 match_48 match 189 36111 35488 match_49 match 136 36447 36232 match_50 match 121 36776 36540 match_51 match 460 103116 101506 match_52 match 106 134940 134611 match_53 match 124 148393 148115 match_54 match 124 148393 148115 match_55 match 113 145511 144441 match_56 match 168 102342 101665 match_57 match 112 102999 102649