C06HBa0086B01.1 AAGCTTAGAGAAGCAAATAAATGTAAGTGTAACTAATAGAATCGACATAATAGATGCATA TTATTTGAAGGGCCAATCAAACTGTCATACTATTAGATCTTTCAGTTAATCCAAGCAATT CTTTCAGTAATGACACAAAAATATTCATATGGATGTTGAGTAAAGTGCCAAAACTAGCTA GATTAAAGATGATACAAATACAGTCACAAAGACGATCAGAGTATACAGAATTACGGGCAC CCCAAGAATAGGAATTTTAAGCCCCTAAGGTGGCTCAATCTTACACCCCCAATGCCAAAA ATAGAAAAGGCATCAGAGATGATGATAATAAGATTGGTGAAGGCAACACAATATGCCCAT GCATAGTTACAGAAATATATGCAACTTTGCTCAAACCTGATATCATGAAGGAGAAAGAGT ACAAAACATATATACAGACCCATGCATACCAGTAAAGTCAATGGCCACCATGAAGTTAAG TTCATAGCCCCATGCCAAGTAATCGAGGAATGTATGCTGGGTTTTCTCGAAAAAGCTATC CACAAAAAGCTGGCTCTTTAGGACCTGGCGAAATTGTGACCTCAATGATCAAATGAAGAA AGTTTAGAACTAGGAAGTACCTTTTTTCCTGACAATAGAGATTTACCTTGTTTTGCGAAC TTTGTCCTACAGCAGCTGATGTGAAAAGATTAGTACTCGAACCAGTCGAGTGCAACACTT CTAAATCTGATAGTGATTTCTGAATCTTGCTGACAATTGTCATAGGAGAAAGACAGTCAG TTTCCAGTCCATAAAGGTCAGAAATGACAGAAAGATGAAAGGAAGGCCATTTACCCAATT AAATCATGCTTTCCGTTTGAATTGAAGTCATAACACTCAATAGTCAATGGACTGTCCTGC ATTTGTTCAAACGTTATTGATATCTTAATATAGTTTCCTGACATACTCGACGAATGGTTA TTATTTAGAATATACACCAATTTAGTAAGATAATTAGAGATACAGGCCCTCGATTCCAAG CTATAGATGACTACTATAAGATGAGAAAACTTTGATTGTATTCTGCGATAGGCCATGCAT GAAACACTTCTAAGGAATTCTGGTACCTAAATTATTTAACTAGCAAATAAAATCAGAAAA TACAATATAAGATTAAAGAGCAAAAAGAAAAGAAAAAAGGACAGCCCGATGCATTAAGCA TCTCGTGTTCACGCAGGGTCAGGGAAGGGCCACACCCCTAAGGGGTGTGATGTAGGCAGC CTACCCTTGAGCATCAGTGGGTGATTCCACGGCTCGAACCCCACCTATTGGTCACACGAA GGTAACTTTACCATTGCTCCAAGCTCTCCTTAAAATTAAATAGCAAATACAAAGAAATTC TTCTAAGTGAGAGCACACAATCTGCCAAAACTCAGTAGTGCATACTATACAGGCATCCCT TAACTAATCGATGTGTAAAAGATCACTAGCTACACTTCAAATTCAATTATCTATGATTGA TCTAGGAATCCACAGAAAATATGGTTAATGAGTACATGAAAAGTATTTCTTTTGCGCCAA ATTCAAATTCCATAGAAAATTCTAACAATTTCACACTTGCTCATACCAACTTCTGATTCA CATGGAATAGCATATGGTTCCATAGAAAAAGGCACTCTAGCTCGTAGCAGTATCTGTCTC ACAGGGTTCCCTGTTTTCTCCCTTCCAAGGTACTACATTTTAGGGGGAGGGTATCAGAAA TTCTTTTAGGAAGCACATGGGGGAACATTTTTTTTATACCTTACTTCCAACTTGTTGAAT ATTCACGATAATTGGTTTCCACTTTGGACTATGATCATCTTTAATAATTTCTGTTTTGCA AATTGGAACCATCATTCCACTCTCTGTATATTTAGATATCACCAAAAAGGGATCCTGCCA CAAGCAATAAGATATTGAACTTGTATACATCACACAATTCAGAATGACAAAAGATAAAAC TAATCTGATGAGTTCTTACACTTTTGGAGAACAAATCCTTGGACACCAATTCTGAACATC TCAATTTCAACTCTACAGTAGTCTTTGAGGCAACACTTTCTTCAGCACAAATAGTAAGCT TACCAGATTTTTGGGCATGCGTTGGACCAGAAGATTGTTCTCCACGTATAATGTCTAAGG TCAGGGACCCGTTTGACTTTGTGACAATCTACAAGGAAATTCAATAATCTAGTATTAATA AGGAAAAGTTAACTTCATACGTACAACTATATTGATTCTGAAATCATTAGTTGGAATAAA AAAAGCTGCATGCAAGAACTTAAACAGGAAAAATATATCAAGCAGTTTTAAAGCAGGCAT CAAATGTGGCTATTATCTTGGTGGTAACATTAATAACCTCTCGAAATAATCAAGCAAGTG GATGATTCTCAAGCAAATTCACAATGTTTTAACGACCAACACACAAGAAAACCAGTGGTG AGATATGCATAACCGAGTTACACAAAGTATAGAGCCTTAAATGCAAAATCTGTAGTCTCT AAGCACTTCAGTTCACATACCAATTACAGCCTCAATATTAAGTCATGTCTCTTACACCAT AAGTAGAAACTACAGTGACATTATAAGTTCAAAATTATAATAGTGGGTGACACCGATCAG CACCTCAGATAATGTGCAACTAGCCTCGCCAAGAAAGTCCTGCTCCTCCAGTTTAAGCAT CTGCATAAGTTATGCAGACTTTGATATATTAGTCACGAGCCATGATGATATGTGTTTGTA TCCTCTAAAATTGCTTGAAAAATAAAATGGTTCATTCATTTGCCCGTAGACAGTAAATGA TGGAACAGATAAATGAACTGCAAGGCACAAGACATGATGTACTCATGAGGTAAGATATGA AAGTTATTGTCCAGCAGCCTGCACAGATGACAATGTAGCAGAGTGAAGAAAATGGACATT TTAACGCTTAGCTTTACATGTTTATCTTACTTCTGCTCTACAGCAAGTTCAGGTGACTCA GGAGAAGTTCATGGCAAATTTTAGGTGTCAGGGAATACAAGGATCATGTAAACTACCACA TGCAAGAATTTGAAACTAAATACTAGTAATGACTCAAGAATGACATATTTTTTCATACAA GAAGATTGGTCAATATCCCAGACCATAGTGCCTGGGATGCTACAGAAGTAGTCTACCGGG TGGATAAGATAAACCAAAAAAAGTAACTCTATGAACTTGAAGTTATCTTAAAAATATTAT CGAGAAAACCTCAAGCTCTTGAAAACAGCAAGCTTAGCCAACTTCAAAAATCTGCTTATT TTGTGAAGAAATTTTTGTCAAATGGAGTTTCAAGAAAAAGGTACTTGAGAATGATAGCAG TTTATGATTGGCCAAAGTAGTGTCAAATTTTGAAAGAGAATGTGTAAAAAGTCACTTTAT AATTAGTATTGTTTAAATAGATACTGATTTAAATGTTTACTTTGAGAAACTTTCATCAGT TCTTCAATTTCATTTAATTAAAACGTAAAAAATAAAATAAAACAAAGAAAAGCATGGTTT CTAGACTTAAGTCATAGATGAATATGCATCGCCGATGGTGCATAAGGTTACTTTTTGTTC GTACTGTTGGCATAGTTTGGTAAATGTTAAACTTTTGCTTAGGGTAACTTAGACCTTAGA AATCCTTTAGAAGAGGACAGGCATATATACCTTGACATCTTGATTATGAAATTGGGTGTC AACATCACAGACACGGAACCTGAGATAAAAAGAATCTAGTAAGACAGAAAAGAGGTTTCT AATTGACAGAAACTTCCAAAACAGAAGTGTCAAAACTCACACTAAATTCTGCACTGTCTC AAAATGATAGGCAATAGTATACTTTGTAATCCACTTGGGATTCAATGAGTTTGGAACTAC TTCAGTACGACTAAGCTCTTGCAATGAACCATCTCTTCCTTTTGAATAAATGACTACCAT AGGATCACTCTGTTAACAATAAGAGATTCAGAACAGAGCAATATAACTTGGTAAAGTCAA ACATATTTTTAGGCCAAGAAAATAATGCTAGCAAATAAAATGTATTGTAAAGTAACAACG GAACCATTCATGTAAGAAAAGAAAGGAACAGAAAGGGAGGGCAAGCAACTACTGACATAC AAAATAAGTAGGCTCCTAAGATTTTTAGAAGAAAAATAAACAAAGTAGATCATCTAATTA TTTAGTGTAATGAAATAGTATACTTTTAGTTAGGTGGACACAATTTTATTCAACATCATG GTAATACATAAACCATAAACCATATAGAAGTCAGTAAGTCTATAAAATGACAGTTCAGAG GGAAATTTCTTAAAAGAACTTGTGATACCTGCTATAGAAGTTAGAACAACAGAAAATTAC TTTCTATTGCGAACTCTGGAGTGAGCCTGATATTATAAACCACAATATTATGGAAGATAT CAGATAGTAGAAAGGAGCAGTAACTACTACTGTTCCATCAACCTTTTACTACACTAGTTT GTCTTTAGAAGCTAGCTTTGGAGGATATCCTATGTAAAATACGTGAGATTTAACCTTAAG CATTAACACGAAACTTGATCCTTAAAATGATTGGCCTAATGAAATGAAAAATATTCTGAG TGTAAGCATTCAATGCTTTGCTCCAACTATGAAAATGAAGTTATAGAAATTGTAAATAGA TAACAACAAATAATATTGAAGCAGTATTACCATGAAACAAATCACGTGAAAGTCAGTATT TGTCATTCACATTACCAAACTCTAAAGAATAAGGAACAAACCTTGGAAAGCACATCGCGA TCACGCAAACCGGTAGCAGATAGAGACAACTGCAAGTAAATAGAATAGTTAAAACCAAAA AGCTTCTGTAAAAGGAAGATTTCAATATCCACAGTTAATTGCAGATGTTTAGTTTTGTCA TAGATCTCCGAGCCAAGAACTAGAATAGATAAATAGCTTGTAAATAGTGACGGGCTTGCA AAATGATTTCAAGCAGAAAAATGATTCATAAGAACTTCACACAGTCTGATATAGCTTTCG TCAAAGTAACAGCATTGGGATATTTACGCTATAGGAAACCAAAAGTTAGAGATTTAATCA TCAATACTCGTCGTTAATATTAATAAAAAAATCTAGATACTTATGATTCAGTAGTAGGAG ACAAACCTTATGCTAAAGAAGAAAAAAACAGAAGTATATGCTTTGGGTGAACATATATCT ATGTCTGCTGACAAAGCACGAAGAGTAATTGATCAAATTCGCGGACGTTCCTATGAGGAA ACGCTTATGATACTAGAACTCATGCCCTATCGAGCATGTTATCCCATTTTGAAATTGGTT TATTCTGCAGCAGCAAATGCTAGTTACAATATGGGTTCCAGCGAAACCAATTTAGTCATT AGTAAAGCCGAAGTCAATGAAGGTGCGAGTTGTTTATTTCAAGAATAGGTTGGACCAACC AACTGTACCCTTTTCCGTTATAAGTAGGAAAGAGAGGTGCATGATCTCGCGAATTACTTC TGTATAAATTCTTAAATTATATGTAAGAACCATAGCATTTCGCGATTCATTGGTAAATTT ATTTTGATTCTCTATTAACCAATAATGTGGAACTATTAACATGGTTAAAACAAACTGTTT GAAGTCTAGACACAGCATGGTACTCTTTCTACCACTATGTTAGAGGTGGTTTCAAAATAA ATATTTATCGATATAGGATACTCATATTGATAAAATGATTTAAACCGCTTATTGTAAATT GTAAAAACAGGGATTTTACCCCCTTTATCTATTGCTGAATCGACGACCTATTCTAAGTAA GAAGAACTTTTTGGATTTGAAAAAAAAAGAAACAACTTTGCGAAACACCTAATACTTTAT CTTCCTATTCAGCACGTCGTAAAATATTATTAAACTAACAGTAGGTCAATAACTTTTATG CAACTTGGCAACCTTCAAATTTATATTTGGCCTGTCATCCCACTGGAACATAGCCGGAAA ACTGTAAAATGATACAAAAAAATATCCAACTACCAAATTGATCGAGCAACGGCACAATAA CTCCTTAGAAACACATTTAGCTAGAAGTCTAATCTTTTTTGGATATAAACGAATAACTAT TCTCATACCTAAAATAGGTGACCTTTTAGTTTATAGAAGGCAATTAAGTTTTGTACATAA GGTCAATGTTTTGAAATGACTGTATTTTTAGGTCATAGCACCTTTGAGGTAATATCTAAA TTTTAATTTAAGAACCAAAACTAAATCGGTCAGCTTTAATCCGCAACTAAATTGGTCGGA CACGGGTGTGTGTGTCCGATAACGGTGTGAATCTAGAGGTCAAATCCTTCCTGGTCTAGA TATTAAGATTTGGGTGTACAAATCCAGGTGTGGGGATTCGGCTAAAAATAATTCAATATA AAAATAGAGTTATATGTCTAAATTATGAAACATTATGTGGAATACTTACAAGGTATTCCA AGGAGAAAATATTGATCAAGAGGAGAATCCCAAAAAGTGATACAAGGAGAAGGGCTGACA TGGAAATTTCTATATACAAGGTACTCAATTTTCTTCAATTTCACCTTCATTATGTTTTGA TTAAAAGTACCTTTCGAGGAGCTTGAATCTCAATACTGTTAATTAAAGTATAGATCACGT TCATATTGAACAATAATCACATACATAGACTGAATGCCTTATTAAGCTGCATATACTATC ACTAGCTCCTACTTGAGATGCACATGCCTTACTTAGCAGTTAGCTGCATCATACCATCAC TAGCTCTTACTTGACATGCACTAAGGTCAACTAACATTTCCTCTTCTGACTTCTCCCGCA TATATTTTCGAGAAAATTACTTAATTTGGCTGCTCGGAGCAAAAAAAACTACCAAAGGTA GTCTTACATCCTTTTCTTTGTTGACTAACCTTAAATCCTTGTTTTGTTACAAAGTGTCTA ATGATTCGTCTCTATTTAGTGCTTCTCTTTGTTTTCTACTTCGCTGTGTTTTTCTTCTTT ATACGATCACTAGTTTTTTCTACTAACAAATATTCATTTTTAGAAATAATAGATCTCATC TCCACCATCAAACTCACTTTATTTAAATACAATATAACTCAACCTTTATCTTGATAATCA TTTTCAAACCAAATGATACACCTATATATTTCTACAAAGGCTAAGTTTAGCATGAAAAGA CAATTTTCCAAAATAGGATTTTGTTTCGAGTGGGTATTTGTTGGAATAGATGGGGTACAT CTTTTGGAGTTAATTTTGTGCATACAGTATGGTTGCTTGGAAAGTGATGCAGATTGCTAA AACTCAATTGAAGCTCTCTTAAGCTTGAGTATGAAAATTCAGATTTTTTAAAATTAGAAT TGTTTCGAGTGGGTGTTGTTGGTATAGATTGGGTACATGTTAAGGAGTTTGAATAACAAT TTGGGGATGATTTGGTAGAGATGTGAGGTGGTTTGAATTGAAATTTGAGTTGCATTTCGA AGCAAGAAGACGAAGCTTTTGCATGTATAACTGTGTATCGCTTGTGTATCTCATACCCAT GTGTATCGAATGTATGTGTATATCCATGAATACATGACTTTAAGATACATGTGCAGAATA TGTGAGATACATGTGTCGCAAAGAAACTTCTCAACTATGAATTATGACTCCAAACCAGTT CACAACACCTCCAATCTTCCTCAAATTTGTATATTGCCTTGTCTTTGTGTTCTCAGCAAA TTTCAACCATACTCTTTAAGAAAAAATAAAACTCTTAAGTTTTTGACTGTTGTATATCAT TGGTTAATTTTTGTTGACCAAAAATAATTAAATAACATTTTGTGGTTAAGTGGATGTGAA CTTCTTTAACTTTGGTACATTCGCCTAATTCTCTCTATGTTTTTTCTTTTCTTCATTAAT CGAGAAATTCAAACATGGATAAGGTATACACTATATTATTTGCATTACATTCTCGAAAAC CTTGTAAGATCAATGGATGAAAACACATGAAATAGGCAAGAACAGATATAGTCATGTGAA ATATCATCTCACATGCAAAAGTAGGTAGGAAAATTAGTTGGAATTGGCTACATCAATCCT CAAGACATCCATACTTCCTCAATATATCCATACTTCACAATTCAAAACTACGCAAATACA TGAGCAAATTTTCTGATCAAGTAACCGTATACTCTTTATTCTTCCTTCCACGCCCAATGT TTGCACCCACCCCCACACTCAATTCTCGTCGACTTGGAAGTGAACAGTTCACTTTAAAAT CTTTCCTGTGATACACCTACAGTATCCTCCAACCCTAAATACTTCAGTTTAGTAGCATAA TACATTTGTTTCTTTGTTATGGACAAGCATCCCATCCCTTAGCATAGATATACAACAAAG TCAACTAGTCAGCACTAGTTCCTGGTCACAAAATTTTGATCTAAGGTGTCTATATCAACT TCTTTGTCCCCGCAAAAATGTGGAGGGAGACATCTCATCAAGCTGATGGCTCGTCAATCC CTTAATAAGGCACTTCCCGGAATCTTCTGCCCACAGTCAATGCCAATTCAATTTGCAGTC CAATCTGATAGATGTCAAGAAACTGCACTACATCCTCACCTAACACGAATTCTCCATCAA AGATCTTAATCAACCACAATGATCCAAATAAACCTACCGAAATCACGGGAAAATGTGGAG TACATATCTACTCAGGCTGTCAATTCAGAAAGGAATAATACAGCAGCTTTCAAATTATCT TCTTTCGGTCAAGCCAAGTAAACTTCTAGTCCAATCTAATAAAAAGTCAAAATTCAGCTA CATTTGCTCATCTAAGACGAATTTTCTCACTATAGATGTTAAATCAACCAAACCCGATCC AATAAAATTCTAATCAGCAGGATAGAATAAATCCGCAGTCACTAATAGAAACTAATAATC TGGTGACACCTACACCTGTTTAAGAGTAAAATGCAGAAAAACAGAGAGAATAAAGAACCT CGACATGCGAGTAGAGGCCTTGGTAACCGCGAGACTTGAGTAGAGCATCGAAGGCTTCGT TATGGCCGTTGTTTTGATTTGCCGCGTAAGCACCGTTACCGCCGACCCCCGAATGTCCAC CGTTCTCGTCGGAGCAGCAATTTCCCATGGCTGCTACTGCCGCCGATTGCTACAATTTCA GGAAGCAACAAATCCAAATATCTGTGTGCGCGCAGAAACTTTGGTAAATAAATTGAACTT TACTGTATGTAATGGAAACTTTTGAACAGAGAGTTAGAGAGAGAAACGGAAGAAGGGAGA GGGACCCACACTAGCTGCGTCAGTCCAAAAGTTGTAGTAATAAAATAAAAGCGCGTTTAT ATATTGAAATTATCTCTATGTTAATTGTTAAAAGAGTTCGAATCTATTATCAGAGAATAT GATTCTGTCGTTCTTATCATAATTTTTATTTTTAGAGTTAAATGATAAAAATTTTAATTA ATATTTTAAAAATATATTTTTTTATTATATTAATACGCAAATGTTTTTCATATAATTTTA AAATATTTAATTTTTTTATTTAAAATATTAAATTAATGTGATTTAATTTACTTTTAAAAA TTAATCAAATTAACTTTCGATTAGCATAACATGATAAATATTTTCGAACGAAAAGATCTG ATTAAATTTACTCAAAGTTATGCTTGTTTTTGTTTTGCTACACGCAACCTTTGGAGAGGC TGCCCAGTGCCCACCAAGTCAAAGAATGGACCACAAGTTTCTCGAACAAAAACAGCCCCA ATTGATTATTACATTTAAACCAGACACAAACGCTCAACAAGTTTTAACTTTAAGTTCACG TCAATTGATTTTCACAAGAGATTTAACTTCTCTATTAATAGTGGATAAGAAAATTATACC GTTTATTTATTTTTTAAAATCTAAAATATTAAAAGCCCAACACAGGGTATATATAAGTAG TACTCCTATGTTATTTTGTGTTAGGTATGTTACAGATGTACAGAATTTACTCTAATATGT ACATGTTAATACGAGTATTCTGCTGACCCCATGTAATGATATAACGATAATTATATCAAT CACGGCTCAGACTTTTTAATTGATTGAACTAACGCTGCCCACTTGCGCAATCTAAAACTG CATCTATTATTGTCTTCTTATTTATATCTAACAGACTAGCACAGCCACATATTCTAATAC TTTGTGTTGGCAGGCAAGAGGTCAACCACTAGAGATTCCTATTACCAGACAGAGGAGCAG AAACAAAATACCAACCTCAAATCACACCAGAAGATGAATAAAGCAAATTATAAGCTTACC ACTACTAGCCACACAACTGATAATATTAGTTTTTAGACAGAGAGGGCCAGCTTCCTAAAA GTAATCTACATTTTGCCTCCAGGGCACAACAGATGCCTTCAGAAAGAGAGTTGAGACTAT TGGTGATATTCTTTTACATGCATATCATTCCGATAACAACCTAATGATCAAAAGTCTACC CATAACGTCTTATAAGGGAACGCTGGTATGACATGGAAGAAGTCCCTTCCAGTATTGCAG CTTCTGATGAAGCATATTGCTGCAGAACAGGAGGACCATAAGGAGCTGACGGGCCAGAGA AGTAGTTGTGTGTAGCACTACTCTCGTGAGGTGGCAGCATTCCTCGCTCTACTCCTGAGT ACAATTGGTAATTCCTGTCATTTAGCTCCATGAGATGTGGCTGCGACACAACCCCACTTC GCATTGATTCATACCTGCGAATGAGACAATTTAAGATCACCCTTCTATATTTATTAAGTT TGAAAATGGAATGATGCACTAAAAAACTGGAAACAGAAGATCAATTTTTTTTTGTTGTTG GTAATTTACTATAGACAAACAAAAATAATACACCGAATGACCACCTAACATCATATCCAC CTTTCAGGAAGGGGTAATATGATTAAGTAGGCATCTGACTGAAGACAAAAACTAGATACA AAACCTTTGAATCAGTAATCTGCATTTATGAGCTTTCTTAGATCCCTGCAGAAACTCTAT CCTCTATATGACTCCTTTCTTTATATGTGCCACTAACAAACTGATATTTCCATTTACACC TCTACACGGCTTCCAGTTTCTAGTTTGTCAAGTCTGATATATTATAGAACCCCACACTGG TGCTACCACTTCCTTCTAGAATACTTGAGACAAACTCTCAAACATGGGGCTAATAGTCTA ACGTCAACTTAATACATGCTAGAAAGTTTCTTTAATTAAAGCCAGAAGGATGTCAAACAC AAGAAGATACTTTGAAAAGAGAAAGAACATCATTTGCTGAATAGCAAATATACACCCAAT TGCTAACAGCAGGAAGCATTACTATCTTAATGTTAAGCAAGCAATTGAAAACCTCACGTC TTCCGCTCCCACCCCACAGCTTCCAGAACTGAAGGGAAGAGGATAAAGAAAAGAAAGAAA GCAAAGGACACAAAACCTGTGATATGGATTCCATATATCAGTTGAAATGCCTTGAGTGAC ATATGATTGATGAGAATATGCATTACTGGGAGCAGTCAACTGTTTAGGTTCTCCAACTGT AAGAGCACTCTCCATGAAGCTCGTGGTTCTAGGCCATCCACGCTGAGCACTTTGAAGTTC ATAGACTCGTTGAGATTCCACAATTGGTGGAGGATGAACGTGCTGCATTCTGGTCATATA TGGATTCTCCACAGAAGTGGGCATCGAGGAATACTTAGAATGATGTTCCATATACAAAGC AGGAATTGTGTTTGGTGGTGGAAGATTGGCCAATGATGAACCCACTTTTGCCTGGGGACA GGACAGCAACTTAACCCGATCTTCCATAGCCCAAGCGGGTGTAATCTTTGGCATGTCAAC ATTAGCAAAAGACTGGCCCACTTTTTCCAGTGGATGGGCCACCACTGTTGCTGTTACTGA CGCAGGTAGGGGACGAAATATAGACAATAAACTCCTCACCTGCATATTTTTGAAGGCCCT TAATGAACAGCAAGCTTTAAAGTATTTGCAAGACACCAACTAATGCTAAATATATCAGCA CTCCATATCTAAGAAAGAAATCACTTACTTGATGATCATTTAATTCGGGTTCAAACTTTC TGTCACGATAATTGTCCTTTATAGCGTGTCTGAAAGAGGGTTCTGGCAGGGGAAGACATT CCTTAAAAATTCGAAATTTCACCTGAATAAGAGCAATAGTATCATGAATCATCGTAAATA ATTGCAAAAGCCAATTATGTGGATGAAGTGATAATTGTGAATCCAAATAACCTAGACATC AAGCATGTTAATAATACCAGATAAAAACCTAATAGCTAAATTAATACCTTAACAGTCCAT GACCTACTGCAGCAACAAAAGAACCCTAACAGGGGATGGATAACCAAGTGGTAAAGACCC TCTACCTCCATGTACAAGATTAGTTGTTTGAGTAAACAAGGGAACAAAGTGAGGAAGGAC AACATTTGGCTCCTGAGGGGGCAGTTGTGGTGTAGAGTGACCACATATAAAATAATCATA ATAATAATGTGACAAATAAAGAAGTCATGATATGCTGTTCAAAAGAAAAAAGGGAAGCTA TGATATGTCTCTTACTAAAACAATACGAAAGAATCACACATCGACAACAATGTCAGGTGT TTATTGGTCCAAGACTCTAAGAGGTTGTTTGGTTGATCGTATCAGTATAATTTATCTCAA CATAAAACCCAGTGTGACTAATGAGGATTTGGTTGGCCACATAAAAAAATCTCTGCATTA GTAATGCAGTGTTTTGTTGGTGGTAATAAATAATATCTGCATTAAGTTACACAAGAATTT ACGCATTAATTTATGCAGGATAAAATATGGAACAAGAATATGATAGTAACAGTACAAAGG ATATTATCCAAATACAAAAATGTCCCTTAAGTAAGTAATCCTTGTATAACAATCCCTTCA TTATACTTACTGCTTACAATTCCTTCAATATTAATCACTGTATGATTCAAAAAATATATA TTTTTCATTACATAAACAATATCTGCAATTTTTATAATACACATATAACTAGTGTCCAAA TCAAATACCTCTAAGTTCAATGATCAATTACAACATTGATGTTTGGTCTAAGACATTAAA TTATCTACAGAGTAACATTCAGAAACAAACTAGAATTAGAAATGCATAATCATGTATAAG TTGAGCAAAAGGAAAGAGATTTGGGATGTAACAATTTAGAAAGTATCTTAGTAATATCCC TGTGACTAACAATAACAAGCTACAAACTTACACTGAAGACACATAAGAGTAGACAGAAGG ATGTGGAACAAACTAGCAATGACTTTCTACTGATAGTGACAACATCATAGAAATAAAAGC ATCACGTGGCTCAAAGCTTCTATATCTTTGGTATTATGCACATAAAAGCCTAAGAACTTG CACAATGAAATGGAAAGATTGGAGAACGGAAATTCTTCAGCTTGAGGGCTTAAGAGCCAA GCAAATCATAAATACAAGCAGGATGAAATTAAATCACATTGAGCCCCACACCCATTTTCT TACTATCATCATACATTGAAAAATCAAGAAGTAAACAGAATTTTAAATAACTGACTGCAA ACTGGTTTACCTGTGCTGGAAATTTGCCTCCAAAAGCAAGTGGCTCCAAGTTCATTATTC CAGTGGATGTTGCCTCATATACACCATACAGAAGTTTTGCTTCGAAATCAAACAGGAAAA GCTTTGCCCCTGGCTTAATATTTTTTATTATTTCTTGTTTGTTCAAAGGAAGCCCAAACA CACGGAATCTGTAACAATCATGTTTTGTATTTCTACCACACATGAATATAAAACCAGAAA TATCATCCTGTCGGTCAGATTCATCCTGCAGGACCAAAAAGAACACATTTCAGAAACTAA GAAATACAACAGGCTAACCAAGTATATTTTTTATGCCAAAATGATGCCGATAAAAATATA ACATGCTTTTATTGTTACAGAAGAGTAATGATTTAAATAATGATAGAAGGAAAAAAAAAG TACTTGGGTGTCCTCAGATGGATCAATGTCTACAGCTTCACCAGTATTTTGCTCATTGAC AAAAGCAGTAGACAAACGAGGCTGGTGCTTGGGTTCATCCTGCACTTGAGAGACCAGTAT ATGAGGCTCCATAATTGGTGGAGCATGAAAGTGTGGCATTCTGGTAATATATGGATCCTG AAAATAGATGGGTAATGACATGTACTTGACCTGATGTTCCTTAGCAAAAGCAGGATTAGT ATTTAGTGGGCAAACATTGGCCATTGATGAACCCACTTCCTGAGGATACGACAGCGACTT AACCTGATCTTTCACAGCCAAGGCAGGCATAATCTTTGGCAAGCCAACATTAGCCAAACA TGGTGCCAATGGATGGGACACAACTGCTGCTGTTGCTGATGCAGTCAGGGGACAAAATAA GGATAATAGACTCCTCACCTGTATATTTCAAGATTGTTTTCGAAGAAAATAAAGTGGTAA AGCATCGGTAAGTGTGTGAAATACATTGATACTTCATACTAAGAAAGAAATCCCTTACTT GATAATCATTTAATTCGGGTTCAAACTTTCTGCGATAATTGTACTTTATGGCGTGACTGA AAGAAGATTCTTGCAGGGGAAAACACTCCTTAAAAATTTGAAATTTCACCTGAGTGGATA GACAAGCAACAGAAACATAAAGCTAGTATCTAGTTACGCAAACCAATTAGGTGGAGAGAG TAATTTCGTCAAAACTTGGACACCACAACAAATGTGTCGCGATTAAGCTCAAAAGGAAAG AGAGTTAGCAGTTGATCCTACCATATCAAAAAGGAAGAAGAAGAAGTTGTGCTACCCCGC ATAACACAGCAGTAAAAAACTTTAAAGACTGAAACTATCTGAAATAACTAATTATCCCTG TGACTACAACCATGATATGAAACAAATACTCTGACACCACAAAAATGCATACAGACATGT ACAATAAATTAGCAATGGCTTCCTACAATGGGTATGAGACAGTGACAACTAAACAGAAAT AAATGCATCACACGGGCTCTAGAGAAGTAAAGGAACATATTATCCCTCAGAACTTCCGCC TACCAGGAGAATATAATATCCACATTGACCGACTAAGCAATTGCCCCAATGACCTGGAAA GATTGGTGAAGAAAATTCTAGATGGGTAGAGTTTCTTAGATAAAATAACTAAAACAATTG GATTAGTTCTTGAATAATACACATACATGGCAAGCTTCGGGGTAAAAAAATCTACCAAAT CATAAATGCAAGCAGGATTAGTTCAGATCACACTAAACCAGAAGGTCCTGATCTCATTAC CTAATACATCATAAATCTTTTAAACTAAGACTAATAACAATTGGGTATTTTATTTAACTG ACAATAAATATGAGTGACAATAAATATGAGTTACCTGTGCTGGAAATTTGCCCCCAAAAG CATGTGCTTCCAAGTTTATTCCTCCAGAGGATGTTGCCTCATACACCCCATACAAGAGCC TCAACTCAATATCAAAGAGGAACAGCTTTGTTCCAGGTTTAATCTTTTCTACCATTTTCT TTTTATTTGAACCAACCCCCAAAACACGAAATCTGAAACAATCAAGTTTTGTCTCTCTAT TGCACAAAAATATATAACCAGAAAGGTCCATGAAAGCTTCCTCGTCTTTCTCTTTGTCTT GTGAGGCAGCTCTACAAACGGTAGATGAAGGATCTGTAGAAGCAACAGAAGCAGAGACTC CCGCTGAGTCAATAATAGGGAGAAAAGCTTGATCTATCATACCACTTGGCTTAACCTCTG CATCCTCCATTTTCTTCATAAGTTCATGTTTTTTAATTTAATTGACTGAAAGTTTTCCCC TTCTTTTTCCCCTTCTTGTCTTTCATCCAACCATGAGTGAAGTTGCTGCTCTGCAAAGGG AAAAAGCACAGCTTAGATGTATGTGCTCCACAATGAAGAAACAGGGTCAAATTGAAGAAG CGGGAATGTATAAAGAGAAACAATGAATCTGCACAAAACAGTAATGATGAACCATATGCT GGTATCAGAGAAACATGACAAGAGTAAAACCTGAAATCTAGAAAGACAGTGTGGACAAGG AAAATATGGAGCATGAGTCTGGCCTACGGCTTAAGAAAGAACATACATCCTGGACAATTT TATGTTATCTGCTATAGGAATATTTTCTCCGACTTTTTCTTTCTTTAGGATCAGTAAGCA AAACACCCATTTCTATGACTTGAAGATATCATTTCTAACAGCAATGAAGGATTTTTATGA CAAACATAATTTCTGCAACAGAGACGAAAGTCTTATGTTAAAGTATAGACTCACAACAAT AAAAATTTGAAAGATCAATGAAATCATATAGATCTCAATATAGTTTTCATGTCGTACTTA AATGCAACATGCATTTATTTTGAAAATTTAAACTCGATGAGATTTAAATTATCATAGTTT AACTACTTGTTTTATCAAATGCACCCAAAATGATTTAGATAATAGAGCAAAGAGTAAGAG AAACTCAGCATTCAGTTCCTAATATTTTGACCCAAAAAAGAAGAAAATTTCGAAGGAGAA GGTCTAAAACAAATTTAAACCATTTGACTGACTAAAAATTATTTCATTAAGGGAAAAAGG AGAATTATAAATTAAAGTTGTTTCTAATCATAGAAAAGTAACATTCTTTGGGATAGTCCA AAAAAGAAAGTGTGTCTCATAAATTGAGATGAGAAGGATAATATTTTATGCTTAAAATAA AAAAAGGAAAAGAAGTCGACAAAATCCAAATAATAACTTTTACATGGTAATATATGGATA TATATGGAAAAAATGCAGTAGAAAAATGTGCCCGAGTGGAATCAATCTCACGTCCTTGAG GTGAAAGGATCAACCTTCACCAGTGGCACCATGTGCTCTCTTTGTGTTGTGGGTGGCACG TTTAATATTTATAAGATATTTATATATATATATATATATATATAAACAAAATTTCAACCA AGGTCACAGGGTGTTGTGGCACCCCGTGACTATACATAGATCCGCAATTTGCTGTTTTTA TCTACATGAAAGAAAACGGGAAAAGTTGTGCAGAGAGTAATTTTTACTTTTTACTTCCCT TTCTAAGCTGTGGAAACAAATTGATAAACGCACATGTACAAGAGATAAATCATCCTTATA GAAGACTAACAATCCAAAAGGCCAAACTATTCAATGAACTAATGGAAAGAACTACCACAT GAAAACCCTACAATTGCTTTGCACATTGAAACGGTACATATTTTCTATCTTAACTTGCAA AGATAGTTTGACCTCATTTCTCACTTCCCACATAGCCTAAAATATTGTATCCCTTCCATT TACTTCTCTTTAACTGATAGAAAGAGTAGCCACATAAATAACCGCGTATAGGAAAAAGTT GTTTTATTTAACATACGTTTAGAAATAAATGCCACCTGAACCTGAAAGGTTAATTAGACA TTCTATTTTCTCCCCATACCTTCCCGCTAAAAATGATCTGCACCCAAGGGTTCAAAACTC AACAGAAACAAAAAGCACTAGATGTTTCTTCTCATTTGTGCTAAACTTGGTGTACAGAGT TACCTAGTACTTGTTGTTGGTGGAAGATAACACATATCCCTAGAATTAATTGAGATGCGC AAGCTAGACTGGACACCACGTTCATCAAAAAAATAAATCTCCCTTTTTCATAATAAACCA CACAACTCATACATAAATTCGCACACGGATGTTGAAACTGATCATAACACCTACCATTCC TCTACAAAATCAGTCCCATCGTAGAACCACCAATGTCAAGCGAAAATCTGTTTCTCCAAA AAGAGAAATAGTAAATGTTCACACACATCAGGATACCCAAAAACACAAACAAACGAAAAA CTCTCAAAATTCTAAACTCAGCTATAAGTTACAGTCCACAACAAAAAAATCCAAACAACT AGTAAAACGTTCATGCATCAAAAGATAAACAGAAAAACCCCATTTCAATTCCAGGAACCT GTACTTCAGACGGTTACCAAAAATTCAAACGAGGAATTGATATTCAACCCAAAAAATCAA GCTGAATTCTGGGCGATTAACGGACTAATGTTACTTGATAGCGCAAACAAACAAAAAAAT TTAACTTTGATTTGAATTCTGCTATTTTTTCAGTAGAGAACAAAAAAGTAAAATTCAGGC ATACCAGTGAGCAACCAGCAATGCTTGTGCGAGTCAAGAGTGAATGGACGCAGCTCCGTT TTTTCCAATAAATTCTTCTATCGAAAATGAATTTTTTTTTTTTTACATGTATAATTTTAA AAGCAATGGTCTTCATACCATTGCAAGAAATAATTTAGGTAAAAAAAAATAGTGTCTTAA GTTTGATGATAGATTTAAGATAGTGTCTATCTATACCATTGGTCTATTAAATTCGTTGAA ATTGATTTATTAAATATTGTTGAGTTTTATAAAAAAAAAAATTATAATTATTTGTTGGGA GTCTTATATGGTGAAAAGTAAACGCGTGAAAAAAATTGAGATTATTTCATATATTAATTT TCTAAATTTAGCTAACATTTTTTTTTAAACCAGTCTAATCTACTTTGGAGCTTGAGTCAA TGAACTTTTAGATAAAATTGTTGAGAAACTTCTTTGATGTTAAGTATCTAGACAATGATT TTATGAATATCAGTAATGAATTTTAGGGAGAGATCAAAAAAGATTTCTAAGCATATCTGG CAGCAAAGAACTCAACAAGTTTTTTCGTACTAATACAACTTTTCAGTATGATATTTTCTT CCTCTAATCCTTATAAGAGTTATTGAATTCAAATATATGATTGATTTCCCGATTTCCTCT AGCGAAAAAGATATACAAATTCATTGAATTTCTCCAATCACTATTGTTTTTAAGCTAAAT ATTGATGAAATTTCCGTTTAGGCTAAAAATATTGGTGGAATTGGTGGAGTCATTAGAGAC TCAAGGGAATTGGATTATTAGTATTTACGGAATGATTTATGTTTATAGTCATGTAACGGC AGAATTGTAGACTCTTAAATAACTTATCCAATTCCTAAAGGCATATGTCTATAGTCGTGA CTGTAGACATAAATTGTAAATACTAACTCATTTCCTTTAAGTCTCTAATCATGATTACAC CAATTTCATTCATATATTTAGCCTGAACAAAAATTCTATCGGTATTTAGCTTAAAAATAA TAATGGCCAAAGGAATTCAAATTGCATATTTTTTCTGCCAGAGGCAATCGGAAAAATCAA TTATATATTTGAATTCAACAGCTTTCATAAGGATTATAGGGAGGGAAATGTTATGCTAGG AAGTATTAGTACCAAAAAAACTTGTTGACTCCTTTACGGTCAAATGTGCCTAAAATTTTT TTTTTTTACCTCTCCTTAAAACTCATCAGTAATATTCACAATATCATTGTTTAGAGACTC TGTGAAGAAAAGCTCTATCAATGAGCCTTAAGAAGATGAAGAAGACGAGAGAAGAGATGA TAGAATGATGAAGAAGAAGCTTTGTATATTTCTGTGTGTGTCTGTACATATGAGCCCTCT TACTTATATATACAATTACATTTATGTATTAAAGAAACTACATTAACTAACCTGTATTTA ACCAACTAATTAATTACCTAACTAACTAACTAACTAACTGAAATATTAAAAGAATACATG TTTAGTTTATAAGCTATCTTAACACTCCCCCTCAAGCTAAGAATTGGAAAATACATTTTT CATTCCTAGCTTGTTAATCATTTCTTCATGTTGAGGTTTGCACAGCCCTTTGGTGAGTAT ATCAGCTTGTTGATCTCTTGTTCCTAAGTGTTGTGTCTGAATAAGCCCTTCAAGTATCTT CTCTCTTACAAAATGACAATCTATGTCAAAATGTTTAGTTCTTTCATGAAAAATTGGATG TGCTGCTATTTGGATAGCAGCTTTGTTATCACAAAATACCTTTACTGGCACCTTTATTTC CATTCCTAACTCACTGAATAAGCCTTTCAACCACACTATTTCAGCAACTGTAGTAGCCAT ACTTCTGAATTCTGCTTCTGCAGAGCTCCTAGATACTGTGTTTTGTTTCTTTGACTTCCA GGATACCAGTGCTCCTCCTAGTTTAATCATATAGCCTGTAACTGATCTTCTTGTTTCTAC ACAAGCCCCCCAGTCTGAGTCACAATAGGGTACCATTTCATTGTCTTTGTTACTTGGCAT AAACAATCCAAGACCTGCCGTTCCTTTTATATATTTAACTACTCTTAGTGCTGCTTCCAT TTGAGATGACTTTGGTGAGTGCATATATTGACTGAGTACTTGTACTACAAAGGCTATATC AGGCCTAGTCATAGTTAAGTATAATAACTTCCCTATCAGCCTTTGATATTTTCCAAAGTC ATCAAGAAGTGAGTCTTCTGCATTAGCATTTTTTCCAATGAATTCATCAAACACAGTGGA AGTTAGCTTGTGATTGAACTCCAAGGGTGTAGAAGAAGGTTTACAACCTGCTAATCCCAA CTCAGACACAAGTCCTAAAGCATACTTCCTTTGATTCATTAGTATACCTTCTTTAGACCT GGAGAATTCAATTCCAAGAAAATATTTAAGCTCACCTAGATCTTTCATTCTAAACCTTTG TTGTAACTCCTCTCTTATTTGTTGTATATAATGCAAACTGCTCCCAGTAACCAAGAGATC ATCAACATATACCAAGATAACTAGAAGTTCTTTACCTATGTTCTTAGTAAATAGTGAATA ATCATAATGTGACTGTGAAAATCCCATATCAACTAAAGCCTCTGTTAGCTTTAAGTTCCA CTGTCTTGGTGCCTGCTTCAGTCCATACAAGGACTTATGAAGCTTGCAAACCATGCTTTT CTCCCTCTGGTTTGCAAAACCTTCAGGAATCTGCATATACACTTCTTCAGGAAGATCTCC TTGAAGAAAAGCATTGTGTACATCCATTTGAAATATAAACCATCCATATGAAGCAGCTAA AGCCACTACTGATCTTACTGTAACCATTTTTGCTACTGGTGAGTATGTCTCAGTATAGTC TAAGCCTTCCTTTTGATTGTATTCTTTTGCCACTAACCTGGCTTTATATCTCTCAACTTC TCCAGATGCTTTATACTTAACTTTAAACACCCACTTACAGCCAATAGGAACTTTTGTTGG AGGTAGAGGAACAATAGACCAAGTATTGTTGGCTTCTAGAGCATTAATCTCATCTCTCAG AGCATTCACCCAATGAGTATCTTGACATGCCTCTTTATATGTATGAGGTTCAGAGATAGT AGAGTATGCAGCAAGTGATTCTCTATATGTAGGAGCAAGTTTGGAATAAGTAACATATTG TGACATAGGATATAGACATGCATTTTGTGCATTTTGAGTCACATATGAGTCCAACCAAAT AGGTGGCTTAGATTGTCTAGAAGATCTTCTTAGAGGAACTAATGGTGCTGTAGTATTAGA AGAAGTCTGAGGCTGTATAGAAGTTGTAGGATTAGAACCTTGAATAGAGGCATTATCAAT GTGGACCCACTAAATACTAATCCTGCTTTTGCTAAAGAACATCAGGTCAAGTATATGTCA TTACCTATCTATTTTCAGGATCCATATATTACCAGAATGCCACACTTTCATGCTCCACCC ATTATGGAGCCTCATATACTGGTCTCTCAAGTGCAGGATGAACCCAAGCACGAGCCTTGT TTGTCAACTGCTTTTGTCGATGAGCAAAATATTGGTGATGCTGTAGAAATTGATTCATGT GAGAACACCCAAGTACTCTTCTTTTTCCTTCTATCATTATTTAAACCATTACCCTTCTGT AACAATAAAAGCATGTTATATTTTCATCGGCATCATTTTGGCATCAAAAGTATATGTGGT TAGCCTGTTCTATTTCTTTGTTTCTGAAATGTGTTCTTTTTGGTCCAGTAGGATGAAGCT GACCGACAGGATGATATGTCTGGCTTTATATTCATGTGTGGTAGAAATAAAAAGCATGAT TGTTACAGCTTCCATGTTTTTGGGCTTCCTTTGAACAAACAAGAAAGGATAGAAAAGATT AAGCCAGGAGCATAGCTCTGTATGGTTATATGAGGCAACATCCACTGGAAAAATAAAGTT GGAACCACTTGCTTTTGGGGGCAAATTTCCAACACAGGTAAATCAGTTTGCTGTCATTTA AAATTCTGTCCACAAAACAACATCTTTAGAGTCTTGGACCAGTTAAACACCTGACATTGC TGTTGATGAGTGATTCTTTTCGTATCGTTTTAGTAAGAGACATATCATAGCTTCCCTTTT TTCTTTTGGACAGCATATCATGGCTTCTTTATTTGTCACATATTATTATTATGATTATTT TGTATGTGATCACTCTACCCCAAAGCTGCCCTCTCAGGAGCCAACTGTTGTCCTTCCTCA CTTTGTTCCCTTGGTTACTCAAACAGAATTTGCATATACTTTCCTTGTTTGTATATTGAC AAGCAAAATATATGAATATACAAGCAAAATATACAGACGCAGCCTCCATTTGTATATGCT TACCTTGTCAAGCGAAATACACAGACTGCAACCTCCATAGCAAGCAATTACCAAAACTAT AGTTGTAAAGCCTTATTATATATGATATCTTTGCTGTTTGTGAAATTTTCTCAATTTTAC TTAATCTTTCATCCAAACAAACTGATATTTTATGGACAAAGTTAAGTCAGCCCACCATTT CAGTGGGCCTCAAAACAATCAATCCAACCCACCCATACCTGGGTCGCGAGCTAGCACAGA CCTGCCCACCGTTTCTTAATATTTCTAGTCTAATTTTACCAACAAAAAAAAAAAACATAA ATATACACTTCTTCCGTCCCATATAGTTTATCATTATACTAAATAGTATTATTTCATATT CGTTGATCACCTTATTAAATCAAGAATTTATGAATCAATTTTTTCTATTATCATTGTAAT TTGTTCTTTTATAAAGTGTTTACATCTATATGTAAGATTCCTAACAAGTTTTTAAAGGAC GAATTAGTAAAATCATCTTCATTTCTTAAGCACAGTATAAAAATGAAAAGTAATCAAGTA TAAAAATAAAAAGTAATCAATTAATATGAGACTCACGATGTATAAGGTAACATTACATAG TGTTATTAACCATGTCTTAAGTTCATAATTAAATCATTCCAATAATATAAAAAGGTAGAT GCGTGAGAAAGAATTAATTTTTTAGCAGTTTGAAAAACTGTTAATTTGTTAAGTACTTAT ATTATCATTTTCTCTAACTTAATTTTGATTTAAAATTTAAGACTTCGTTTTTGGTACTTT TTATTGTAATGAGCCAAGTACAATTTCAGTTTAAACACCTTTCTCTTTGAATATATAATA TATTAATAAAGTAACACAAACTTTTCAAAATAACTTATTCTAAATATATGATCAATTTAA GGAATGGATATTTCAACACTAACATATAAATGAAAAGTTAAATAAAAATACTACCTCAAA ATCACATATATACTATGTAGAGTATGAACCATCATTAATCTCTGATTAGGCGTCCCATTT TATTTTAGGATATGGATTCTTTTTTTAAAAAAAATAAAACAAAAATAAAATCATATTGAT TTCTTATTTAGTTATTCCTTTCTCTACTCATAAATAATAATTTCGAAAATATATCTATAC TAAAGTAGTACACTCTATCAAGAGCCGAATAAGCATGTCAAATTAACTGATTAATATTTC ATGATGAATTTCATCCATATTAAGAAACTTAGTAGAGCATGAATTATGTATCACTAATTT CTTCACGCAAGACATAATATATTTCAATAGAAAAACAAAATCATATGAAAGTATATCAAA ATATTTTTAGGGACACATAAAATACTTAGACCGAATAAACAGGAGTGGATAAAAATAAAA GAGAATTGCTGCACATACAAATAAAGACCAAAAATTATTTGCAGGATAATTTCTCATCCT CCTCTTATCATTTACATGATGACCAATGCTAGGCATTTTATACAGTGGTTAGGATGGCCT TTGAGTAGATAAAATTATTGTGCATTAAATTAGTGCATTAAATTAATTGATTTTAGTCCA TATCAAATCTGTTGAATGAAAAAACTCTTCTAATACTCTTGATTTTTAATGCAAAAGAGT AATTAATTATCAATGTGAACTTGATTCATGCACCAATTTAAATGAGTTGTTTATTAAATA TTTAATTATGTTTTATACTATTTGTTTTAATTATTTAAATATAGAGTAAAATGATAATTC AACTTTGAGTTTTGAATTTTTCTACTTATAATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATGATGATGATGATGATATGAT GATCATGTTAACTTCTTATATTGAAACATTACATACTAATGTATATTAACCAATAAAATA ATTACTAATTATTACTAAAATTATTCTCCTCAAGTACTCAAGGTTATGATATATACCCTC TTACGATAGAACAACTTACTTCTTAGAATGGTGACACATCTCATATTCGCTAAACTTCTA ATTCCTTCAACAACAATAAATCACGCAAAAAATTATGAAATGCAAGAATAAGAAGAGTAG AAGATTGAAAAATGAGAGGAAATCCCTTTATTTATAGTCAGGTAATATGAACAAATATTT TCCGTGTTTTATCTGAAATGTCATGACCTTTTCGAGAAGTCACAATCCTCTTTAAAAGTC ACAACTCATTAAAAATGTCACAACCTAAATTAGAAATATTATAGTAATTTAACATTCAAA TTGAAAGTTCATATTTTCAAAGTAATATAAATATTGATAGATTTAGTCATTTAGCTATAA CTATAATTAACTTCATTTTTTTTTTTTACCTAAAGTAAATTTATGTGTAATTTTATTATT ATAATAAGTTCATATGTTTTTGTCGGAAATAATTTGAATTGCAGCAAATTTGTGAACTTA ATAAAAGAATTTTTTCTGGAATTATCAGTACACAAAATTCAAATGGCATCCAACGCAAAA GATGCAACCTTTTCCATTTGCCCCATAAAAGTTAGCAAAAATAAAGAAAGAAAGCAAGGG GAAAATAACAAAAGATGTTGAATACGACATAGTACTGACATCGGATAAAACCCTACTCGC TTTCTCCGTTTTAAAATAAGTGTTTATTTTATTTATTATAATAAAAAAAATATCATCTTA AATGTTTAACAAAAGAATACTCCAGAGCAATATAATAAAACTGACTAATCTATTAATAAT TTTTAATCACGTTATAAAATTAAAAAAAAAGGAAATTTATAAAAATATACTATAATAAAA AAATATTTACCATTTATAACAATTACAATTTTTTCACTTCATCACTTTTAATTTATTTAT AATACAAGTTTAATACATGTTATAAAGATAAATTTATTATTCAAATATAATATAAGTTTT AATGATGGATAATACATTTATCATACATTTTAATACACTTATAATATAATGTGATAATTT TTTGCCAAACAAATAATATATATTTCAAAAACAATTATAATTCAAATATATTACATACAT AATTTATTTCTAATACATATTAAAGATTTATCACAATATTACTATAAATGGTAATAAATT AAAAATATCGCTAAAATCAGTAATTATTTTTTAAAATGTAAATGTGATCTAAAATGGTGA CGAATAGTTTCCTAGTAGACGTGCTTTTTAACCTTATTTTTAACAATTATCAACACTTAG CTTTGTCAGCACCCAAGTCAATCCTAAGCAAAGAACCCATCATATAAAAATCATTAACAC ATTACTTATCGAAGACTTCACAAATCTTGATTTTTGAATACGACCCTTTAGTATTAAGTT TTCCAATTAATCTTGTAGGTCCATTGGCTTTGATTCCCTTTCTTGATTTATCTACAAAAA TTTAGGCTATTTATAGAGATTTGGGGTTTATGGTTTAGTACATTCTCTTTCAGTGAACAC TCTCAGCAATTGTGGAAATGAAAAATATGGGGAAGTTTGAAATTTGGTTCTTGATTTTGA TGGTTTGTGGGTTGTGGGTAGTGGAAGCTAAGTATATGGTTTACAATACATCACAGGGAA TTGTTTCAGGGAAGCTTAACGTTCATTTGGTTCCTCACACTCACGATGATGTTGGCTGGT TGAAAACGGTCGATCAGTACTATGTTGGTTCCAACAATTCCATTCAGGTACCTGTTTGTT CATCGTAGTGTGATAAATTGTTGTGAGTTAGTATGTTGAGATTTTGGTGAGTAACTAGTT CGTGTGTTTTAATTTGTCTGTCTATTTTTGGCTTGACGTAGAGTTTAACAAGTAAAAGAT TTGTTTTTGCATATTGTGGTCTTAAACAGAAGATGTGTTGAGTGTATCGAAATACCTATG CTATGTGGCAATTTAGAATTAAAGAGCATAGCAATTTAGAATTAAAGAGTTGACAAAGAA GTAAAGATGCATTCTTTCTGATTGGACTAAAAAGGAAACCAATGCAAACGAATTGAAACG GAGTGAGTAATACATTATATAAGTTGCAGTATAACTGTAAAAGTAATTTCCACTTTCGAT GGATATAGACAACAGTTCAGGTGCTCATTCATCTTAAATTCATTAGTCATGGTTATAAAA TAGAATTGTAATGTGGCAGGTGGCTTGTGTTCAAAATGTCTTGGATTCATTGATTCCAGC ATTATTGGCTGATAAAAACAGAAAGTTCATTTATGTTGAACAGGTAAGTCTTGACTATCA CCTTTTTCTCAGTGTGTGTTAATGTTTGTGTATCTCTGGGATATACTACTGATGAATGCT TGGTTTTTTCCCTTCCGCACTGGAATGTAGGCTTTTTTCCAGCGTTGGTGGAGGAATCAG AGCCCGGGAATGCAGAGCACAGTCAAACAGCTCGTCAACTCGGGTCAACTTGAGTTCATG TATGGCTAAAACCACACATTTGTAAAGAAAAAAATATCAAAAGAGAGATTATAGTACTGT GGACAAAAGTTGCTTTGCACTCCAGATAATCTTGATGTTTTGTGTGATTTTACATATACA TTTTTTCTCTTTCTTTTCCTGGAGGTGTAGGATAGTGGGTGGATTACTTCTTCTTTGTCA GAATGCTTATACAAATGGTATCTTATTCACTATTTATGCAGAAATGGAGGTTGGTGCATG CATGATGAGGCAGCAACACATTATATTGACATGATAGATCAGACAACTCTAGGGCATAAA TACATCAAACAACAGTTCAATGTTACTCCTAGAATTGGCTGGCAAATCGACCCTTTTGGA CATTCTGCTGTTCAGGCATACCTTCTGGGAGCAGAGGTGCCAATCTGCATTACAGTTTTA AATTGGAAATTTGAATAGTAACTCTTGTGCTTCATTAATTGATAAGTAGTCCGCCTTTGA AATATAAGCAATTTCCCAACACTCTGCTGAAAAATGGTGTAACTAAAATCCAAGTACATT CAAACAACTCTTTTGACCTCATATATTTTACTGCTTTAGGTTGGATTCGACTCTCTTTTC TTTGGACGCATTGACTACCAAGACAGAGAAAAGAGGAAAATTGAGAAGAGCCTTGAGGTC ATTTGGAGGGGTTCTAAGAGTCTCAGTTCATCCACGCAAGTAAGCCTTTCTTTCAAATAT TTATAAGTTGTAATACATGTTTAATATTATTCCTCTTTCTTATTTGATATTTTTATTTAT AAATCTCTTGTCTCTAGATTTTATTCAGCGACTGACTATTACCTTTTGTTTCATACCAGA TATTTTCAGGTGCATTCCCTCAGAATTATGAACCTCCCAGCAAATTTTACTTTGAAGTGA ATGATGATAATTCTCTTCCTGTTCAGGTAAATCTTTGATAGATTAAGACAGTAGGCTCTT TAACTTTAAGCAAGGGCATGCACGTGATGTGTTTCTTTATTGACTGAAGGATGATGTCAA CCTGTTTGACTACAATGTCCAAGAGCGGGTCAATGACTTTGTTGCTGCTGCTTTGTCCCA AGTAAGTTATACTCTCAGACCATGTTATACGAGGTGTCAGTATGAGTGTGAATTGCTCCT CCCAAATAGTCTGCTTTCATCTTATTTGATAGCAATCAAGTTGAGCCTGAGGGTAGCAAG GGTGTCGTGACATGCTTAATGCATCTTACTGCATTTTTGACTCGTTTTAACTCTGTTAGT GAGAATACAACCTAGTTGCTTGGCTGCTACTCTTTATTATATTTCTGTCGGTAAAAAAGT CAACAATCTCAACTGACAAGCCAACATTCAACTGTAGTTGGAATTATGTGTCAGACTGCA AGACTTTATAAAGATTTGTCCAACGAAAAAGTTCACAGTAAAGACTTAAGGAGATTGCAA GATTACTCCTTAATGCCACACTGCCAATCTTGTTTGTAGACTCTCCAAGGAGTTTCATGC ACCTAACTTTTGTTGTTTCCCTTGCAGGCCAATATCACTCGCACAAATCATATAATGTGG ACCATGGGAACCGACTTCAAGTACCAATATGCTCATACATGGTTTCGGAATATGGACAAG CTCATTCACTACGTAAACCAAGTGAGTTTTCTACTGTCATTGCTGTAACTCAAAATTTAG ACAATCACATACAACTATGTGCACTGTAATTTTCCTTTCATTTTGGTTGAACATCCAGAA ACTACTGTTTCTTTATGTATTGAAAATCAAGATTGGCATATTTCGTTAGCAATGCATGAA GACACCATAAAAGTTGGGGACTCTCGTATTTCTTGAATCTGCATATATTATTGAACTGGA ATCAATAAGAGAGCCTGAAAAATAAAAGCTTACATTTTTGGTCAAGCTAGGTTCTTATAC AAATCCTTCGTCCTCATATATGTATTATCGCAGGATGGTCGTGTCAATGCTTTATATTCA AGCCCTTCAATTTATACTGATGCAAAGTATGCTTTGGACGAGTCATGGCCTCTCAAGACG GATGACTATTTCCCGTGAGTGTCCTTCTCTTGTAATTTTAATCTCAGTATATAGAGCTTG ATGCAAGTTCAAAAATAAAAATAAAAATTCAAGTTCAAAAAAATAAATATAGAGCTTGAT GCATATTTTGTATCAGGTACGCAGACCGTATTAATGCTTATTGGACTGGATACTTTACAA GTAGGCCTGCTCTCAAACTCTATGTTAGAATGATGAGTGGCTATTATTTGGTAGGCCATG CTGCTTTTCCATTTTACTGAAATTAAGAAGCTGCACCATCTACAGAATTTTGAATATGCA ATTCTCACTTGGCTCCTTTGTGTAATATAGGCAGCAAGGCAATTAGAATTCTTTAAAGGA AGAATTGAGACAGGACCAACAACCGAAATATTGGCTGATGCCCTAGCCATTGCTCAACAT CATGATGCTGTCAGTGGCACTTCAAAGCAACATGTTGCTGATGATTATGCCAAACGACTG TTCATAGGTTACAAGCAGGTGAGTTTGCTCCGAACTCCTAGGAAAAACTTGTGATTGCCA TGGATTCAGTGAACTTTATTTCAAATGATTATAATTACCAAAAACTAATTGCAGGCTGAG GATTTAGTGTCTAATTCACTTGCTTGTATGGTGGAATCAGCTTCAGCATCTGGATGCAAG AATCCTCAGATAAATTTCAAGCAGGCAAACATTTGGAGCCCATTCTTTAATATAGGCTTT CTTCTTATTGAATTTGCATTTGTCTTTATTAAGCTATACCCACATGTTCTCCCCACAGTA ATCCTATCATGCTACTGCTGAATGCATTATTGCATCTGATGATTGAGTTCATTCATGCAA AAGTTGATGTCGTGGATTGGCTCCATTATACTCTTCTTATATTGCATAACTCAATTCAAA AGCAATCAGTTTAGGCATTTTAATTTTTGTTTTTCTGAGTTGACTCTTTTGTTGCTCTAT TCTCTTCCAGTGCCCGTTGTTGAATATAAGTTATTGTCCCCCAACAGAAGCTGATCTTGC TCCAGGCAAAAAATTAGTGAGTAGTCTAGTTTCAATATCTTTTCATACTTTTGTAAACCT TCACATCACATTTCTGTGTGGTGGGAACTGAGGAAAACTACCTGAGCTCTAATTAAAACA ACGAGCAGATTTTCAAATCATTATTTCCACTTATGTAGGTGGTTGTCGTGTACAATGCTC TTGGGTGGAAAAGAACAGATGTTGTCAGAATCCCTGTGAGTAATTTGATCTTTTCCTTCC CTAGATTGTTATGCATGTTAAATTATTTGCTGCTTTGGTTCTCATTCTCCCTGCACAAAA ATATGTCCTCTCATTTAACTATTGAGCAGCAGCGCTCGGTGTATGGAAGTATTTAAGAGT TCTTTAGATCTCAATCGTTCACCATAGAATCTCTACTCTTGAATAAAAGCATATACTTAA TTAATCAGTATCAGTTGACCTATCTGAACAAAACCTGGAAGAAGTATATTTATATGAGTA TCAGGAGTTATTAAGACATGCAGAAAATGGCGTCAATTTGTGGCATAGGCTCATAGATCT CCTGGAATGATGTTTTGTAACATGTTGAATGAGATAAATTACCAAAAAAGATAAATCTCG AGTTGAGAGTAGGGCAAGCTTGGGATTAGTCTTTCAAAGGGGCCAAACCAAAATTCCAAG GGGCTTATCTTTAGATATTTAAGAATTCCCATGGTACCAAAAGAATAGACTTTAAAAATG CCCCCAGGGCTTAGTTTAACAAAGTTCGAGGGACTTGTGACTTAGGTCACATGTTTGAGC TCTGCGCCATGCAAACTAAACCTAGTATATAAGTGGAGAAGGGTAGAGTGGGCCCATTGT CACCAAGTTTCAAAGTCTGCTGTTGGTCCTAAAGGGTTGGCCCCAGACCTGTTTTGGGTA ATGAACTAGTTGGGTTCAAATTTTAGAAGAATAATCAGGCTATCACAGTTTGTCCTTCAG AGCACTTCATTTCTCTTGATTTCTTGGTTCAGTATTATGAAATTTGTCTTGTCGTTCCAG ATGAGAGAAGAAATTACCAGAAAAATATATTTGAAGAAGAAGTGGTAAACTAGAAAACAA AACTTGATAAATTGTTTGGCACAAAAATACTCTTCCCTTATCATCTTTTGTGTGATGGTT GTTTGTAGATAAATGTCCTGATTTTTTTTCAACTTTTGATAATGTTTATGCATAAAATGG ATAACTCATCATTTATCACTGACATCTCTGTTCAACCTTCATATAAATTTTGGACAGGTC GTCAATAAGAATGTCATCGTTGAGGATTCCACTGGAAAAGAAATTGAATCACAGCTTCTT CCAATAGTTAAAGAATCAATAGTAATAAGGAACTACTATGCTGCAGCATACTTTGGTGAA TCCCCTACATCAAGCCCCAAATATTGGCTTGTGTTTACAGCCACTGTTCCACCTTTGGGC TTTAGCTCCTATGTTATAACAAGTGGTAAACAAGCAGGTTAGACTTTAAACATCTGATTG GTATATCATGAAAGTTAACATGCAAGCTGGTGATCTTAATAGTTTCCAATTCTTCAGCAT CTGAACGGCATATCACAAAAAATGACATTCCAACTGATGATTGTAATTGTCTCTAGCTGT TTAGAGGATTGATAAAATAAATCTCTTCTTGTATACATTACATATGCAGTTGCTGCTTCA ATACCACAGACGTTCTACAAAACTGATGGAAGTCAAAGTGATGCAGTAGAAGTGGGGCCG GGGAACTTGAAACTGTTATATTCTGCAAATGGGGCAAAGTTTACTCAATATTTTAATAAG AGAAACCAGGTAATGTTTGATGGCCAGTCAGTATATGCTTGTCCTATTTCAAATGGTCGT CTTCTGTTTGTTTGAATTTTTTTCTGTTCCTCTACAATAACCAGCAATGCAGATTTGAAC ATTCACATGATAGAATTTTAGAGTTTTGCTAGATGTGGGCTGATAGCTTGCCTTCTTCTC ACTTTCCATCCAACATCAGCCTTTTCTCAGCTTCCCATTCTTACACTAGAAGACACTGAT GATGGAAATAAATTTTTATGTTGTGTGTGAAGGTTAGAAGCTCTTTGGAGCAATCATTCA GTTATTATTCTGCAGACGATGGAAGCAAGGATGATTATAAAGACATTCAGGTAGTATAAT CTGATGATTCAGTACTGTTCTTATTATCTTATTTTATTCACACGTAAGCTAAAATATTTT ATCCTGATTTTGCAAGGCATCTGGAGCATATGTGTTTCGCCCAAACGGCTCATTCCCCAT CCACCCTGAGGGAAAGGTTAGCCAGGCACCTTATAACATCAAATTTACTCCATTAAATTC GCAAGTAAATAACTAAAAAAGCTGTTTATTCTTGATCAGGTCCCAGCTACCATTCTACGA GGTCCGCTGCTAGATGAAGTTCATCAAAATATCAATTCATGGATATATCAGGTTGTTCAA TTAATTAATATCGAAGAGCTTTTACAGAATTATTGCTATACTTGTTCTCTTTGTCCTGTT CACAGAAGTACAATGTAAGAACAAAGACGACATTTGATGCATTGAGTCCTTTAAAAAGTA TAATGGAAGTAGTTATAGTATCTGAAATATGCATATATGTTCTGGATGTGATCCCATTGA TTCTCTAGGAACATCGGGTTGCAATATTTTTTTCTTTTGCTTGCTGTATCTATCTCTCTG GATATTCTACTCGGTAAACATTAAGAATTATCTGGTCAACTGAACAATATCTTAACTCTC ACGATAGACAAACAATTTGAGAACAATCTTAATCATGTTTCTCACACAGATTTAACATGT AAATGAGCAGATCACTAGAGTGTACAAGGAAAAGGAGCACGTTGAAGTTGAGTTCACTGT AAGTTGAATCTCATTTTTTCTTCACCTGTATTGTCTCTCTTACTGGTGGAGTTAAGATAT CCAATGCTTTGAATGTATAAGCTTTCAAAGATCCTCTGATTAAGCAGTCCTGAATTCAGG TTGGCCCCATACCTATTGACAATGGAATTGGGAAAGAGCTGGTGACTCAGATTCAAACTG ACATCAAAAGCAACAAAACATTCTACACAGACTCTAATGGACGTGATTTCCTTAAAAGAG TGAGTTGAATTTTCTCCCTCTAGCATAATAGAAATAGAAAAATAACTAATTTATTCCATT TATATCTGCAGGTTCGGGATTATAGAGCTGACTGGGATCTTCAAGTGAACCAACCTGCTG CTGGAAATTATTATCCTGTATGTTAGTAGACTTTTAAAATGTTTGTTTTCCTTTAAAAAA TTGATATATGATAGCATTTGTTTATGATATTAGAGAATCATGTGAAGATTTGAATCTACT ATTTTTCTAATCTAGTTTCTGAGTTAAACTAGCCTATCCAAATATTTGTCGCAAACCATT TTGAAATCAGAAGTGGTGCAGAAGTTCCTTCGTCCTACCTTTGGTTGGGGATGGAGGTGC TTACATTTTGGACCTTCCATATGTTTTACTATTTTTTTTTTTGAAAAGTCTACTCGGGAT TTTTGCACCTCCAAATCGTTGTGAATTTCTTATATATAAATGTATTGCCTTATTTTGCAT AAGAATTTCTTTCAGAGAACTCGACAAATCTTTCCCATAAAGTAGCCTGTTTATTACTTA CTCTGTGCTAGAATACCTACTGGTGATGTTAATTATGTTATTTTGGCTAATCCATTACAG ATCAATCTTGGACTTTTCCTAAAGGACAACAACAACGAGTTCTCAGTTTTGGTTGATAGA TCTGTAGGTGGATCCAGCCTTGTTGATGGCCAATTGGAGCTAATGCTTCACCGGTTTGCT CTGCTCATTTCCCATGCTATGTTTATCGCTTTTATCATTGCATTCTTTCTTCTGTTAAAT CATCACTATTTGAAGTTACCAATAGCAGAATCTCAAAGTAAACGATTTGTACATTTCTTC TTTGTAGGAGGTTACTCAATGATGATGGAAGAGGTGTTGCTGAAGCACTGAATGAAACCG TCTGTGCTCTTGGAAAATGCATGGGCTTGACTGTGAGCACCATCACACTATACTTCAATT TGATTTTGGCTCTAATTATGCTTGTAGTTATTGCTTAATATGGTGAATGCAATTTTTTCT TTATTTTCTTGTTGCAAATTCTTTGCTTAAACCTATAAAGAGACAGCCAATGAAGCCTAA GAGATCGAGGATTGATATTAACATTTCTATGTTGGCATAAGAAGCTAGTAAACTTTCAAA GACATGTTCATGATATTTTGTACATTTCTTTTGGATTTAAAGTTGGTTTTGTGTTGCTTT AGTTTTCTACGCTCAAATGTCTGACATGTATCTATAATTCTAACTTCATATGGTACAATG CCGTTACCATATTGTTTCCTTCCGTTCTTTATGCATGGTTACCCATTTTAAATTGGTTTA CCTTTTTTCTTCCTAATAAATAATAACAGTAGTCCCGGCTTTCACCTTTTATGTTCTTCT ACAGCATAGATTGGTAGTGTTTGGCATGTTCCCTATCCTGTTTTCCCATAACCTCATTGT CTGAAACCCTTATGTAAACAATGTTTAGTTTTTATTGTATGTTAAATCTACTACAGCCCA CTCGTTAAACATGTTAGCTTATTTCCCCAGGTCCAAGGCAAGTACTATATCCGGATTGAT TCTCTTGGAGAGGGAGCGAAGTGGCGGCGGTCATTTGGACAGGAGATATATTCTCCATTG CTTCTAGCTTTTACTGAGCAGGTTATGAAAATTCCAGCATTTTTCTTCAACTATGCGGCA TCCCACCTAATTTTCATCAGATGTTTCATAATTACAGGATGGAGATAAATTTACAAAATT TCCAGTTCCAACCTTTACAGGGATGGATCCATCTTACAGTCTGCCTGATAATGTTGCAAT AATTACGCTTCAGGTATTTAATGTCAATCTGAAGCGTTATTTCGTACCTTGGAAGCAACT TTTGTGTTGTTGTACTACTTTTTGTTATCTAGCTATTTACCTTTTTCCTTGGTAAATGTA GGAGCTTGAAGATCACACCGTCCTCCTGAGATTGGCTCATTTATACGAGGTTTATGAGTT CCTTCTTGCGATGATTCTATTATACTTGTTTAAGTTTGGGTTCACTCCTCATTCATTTCT TGGTCACTTGACACTCCCTGTTACAAATTAATAATGTGATTCTTTGGGTCGTAATTGCTC CAAGTCCAAGCGTTCCGAGATGATAAATTATTACGTTTTACTAGGTTGATGAGGATAAGG ATCTATCCACCAAGGCAAGTGTAGAATTGAAAAGATTGTTCCCAAAGAGGAAGGTAACAC AATATGCATCCCTAGTTCTTGGCTGTAATTAGGAAAACAATTGTCACTCGAATGACTATA CCAACTCCTTTTAAACATTTTTTCCAGATAAACAAGATTAGAGAGATGAGTTTATCTGCC AACCAAGAAAGAGTAGAAATGGAGAAGAAGAGATTAAAGTGGAAAGCAGAGGCTCCTAGT GATTTGCGAGACGTGGCAAGAGGGGGACCTGTTGATCCTACAAAGCTGATGGTAGAGCTC GCCCCAATGGAAATTCGCACCTTTGTTATTGATCTCAGCCAGAGCGTGCCAGAAGGGTAA GAAACTTAAGCCGTTTGATTGTGTTCGCCATGTAAAACTGAAGCCAGACGTGTTGATCAT ACTCTGGTTTTGTTGCATTGTTTTGTAGTTGGAAGTCACATATGTCTCTATGATAGCAGT CTCCTGCAGCAGTCCAATCCAATCCGAATCGTCAAGACGTCAAAAGGGTATATGAGCAGC TTGAAACCTTCTTGGGACCTATTTGCCTGTGTTGATATCACCTTGAGGAGGCAGCATTGA GTCTCTTGTTAGAAGATGTGTTATCCTTTTTGTAATGGAATGAAAACCTCTTTGACAGAA CAATAAACTTATAATAATAATAATGATGTTGAAGAGAGAACTTCCATGTCTTAGCAGATC AAAAGTTTATGCATGCAGTCCATCTATGGTTTGTTTGCCTGGTGAAGAAAAATGCAGCAC TTTGAACATCTTAAATCCCCCAATAAAGATGACCAAGCTCTGTATATGTACAAAAACAAG CCTAGATATTACCCTTCAATATTTTCCCTTTTTTGGTTTAACCATCCAGTAGTTAACGGA AAACTTTCCATTTCCAGAACTCGAACCTGGATGTATAGTTGAGGGTGAATGCAGTACAAC TATTTCACGACATCCCAAGGTGGAAAATAAATCAAAATAATATCAGAATTAATGAGTGAA TTTCATTGACATATCCAAATTTTCCTTGCATATGCTTTTTATACACTAAAACTGCAGGAC AATTGAGAAAACTGCTAGTTAATCGGTTCGCTAAGTAACTGATAAATGGAAGCAAAGGTT CATGGAATAGCAAATTGTGAGTTGTAAAACAAAACAACAGCCTGCTGGATGAAATATAGA AATACAATATGAGCATAGGAAATTGGCTAGAACAACAAGAAGAGTCTAAAGTTGAAAGTT GTGGCTACATTGTTTCCCTTTGTCAATCACAGAAGCTCATATCATCCCATGGCAACCAGC GGAATCCAGCAGTACTGCTTTGATTTGATCAGGATGAAAGTCTTGACCTTCTTTGCATTG CTGAGATCACACAAACAAAAATGATCATCTAAAGAAGAATTCACTTCAAATGCACATAAA ATTGGCAAGGATAACAATCCAAATTAAATCACAGATCATTTAACTCCTATTTTCTTCTTC TCCAACACTGATCGGAACAAGCAAAGAGAAAACGTGCTTTCTGGATAGGGAGACAGACTG GTATACTCAATCAAGGAGGGAACAGATAAGAATCTACGCAGTCGTGGTGGAGCTCATTGA AGTGGTGCCACAACTTACCATGAGTAATTTGGACTACTAACTTTCTAAAAGGTTTTCTGT TGTCTGCTGGTAAGACATTTTTTTTATATTATTCTCTTCTGATGTATCTTCAACGTTCGC ATGTTAAAAGCTTAATATGGTTTTAGGTTCCGTTCGTTCCAGAAGGATGTGCATTGCGGG ATTGATCGACTTCAATTTTCTATATATGAACTTCTGCTAAGCATTTTTCAATCGAAGAGT CCAACATTGTCAATTAAACAGAAAATCAAGTACCTCAGCTCTAAAGATATCTAAGGCAAA TCCATTGAAGCAGCTGATAACAGCTTGTTGGATGTCCAGTCCGAGGTTGTCGAGTGCCCT CATTGTTGAGAGTAAGAGGCCTGGTCTGCGGCTGCAAAACATATGGATATTCACAGCTCT TCCTTCTCTTGCCTTTACTTCAACCTAAAAGTAAAACAAAATCCGCATTACATCATCTCA AACCAATAACATGATGACTTTTAGACTTTACCACCATGAAGAACACCGTAATAGTGCTCA ATGCAATCAATGTATATCTCGTCTTATAATAAGTTTTTTCTGGATGAAATGTTAATGTTG GTTAAAGACTTTTTACCCTTGCAGGTTGTCCAGTCGGGCTAGACAGTGGGCTTGCAAATG AACTCGGATAGAGTTCTTCCTTGATGCGGCCTGGCAGAGCTGGTCCAGTTGGTGTTAGAG GATAGAAGCTTGTTGTTTGGGTCAGTGAAGAGCTAGGTGGCGTGGACTCCAGTTCATTAT GCAGGTCATTGATTTTCTGTAAAAGCTCCTTTAAGTACTCAATTGCATCCCCTAAGATTG AAGCCCTGTCCATCTGTGAACATGCGTATTCATAAATTGCATGCCAAGAAGAAGCTTTTT ATATTAGGTAGTCAGGAAGATTAAAATCAAGTCCAATGGTTGTTTGGGATTAAATCTCAA GTAAGACGCAAATGTTAACTAATAGGTAGATAACTTTCAGCATCACGGTCTATCAAAGAT AACTTCCTACGTCTTGGTTTCTTAGGGCTCCAGTAAAATGTTTCCGCATGATAGTGCTAA AATTCAAGTACCATGTTGTTTCCATACAATAAACTTTGACACTCCTAATAAAGCATAGTA TTTATGACCATTTACAATAATCCAAGCTGTTTGAGAAGTGGTGGGACAGCAAACAGACTC CCCCCTCCCCCGCGAGAGAGGGGGGCGAAGAAAACAAGTTGAAGCAGATATATACAATTG AGATTAAAACAGAATATAAGAGTTACCGCTCAAACTGAAATACTTACAGCAATGTAGTGA TGTCTATTCTCTTTTGTGGTCCAAAATAGAAGATCCTTTTGAAATCTTTCATATAGTTCA TGTGAATGAATTTAATGCGACTATCAAATAACTTTAATACAGAAAACTTTTTTGAACTAT GCACAGGACAAAGTTGCATACCTTAAGAAGAGTAAATGAAGTACATTCAAAACAGAAAAG AAGAAATAATAACACTCTATTTCGATTTCGCCTTTTCTTTATCATTCTCTTGGGAAAGGA AGCTAAAGGCTGACAATTTTGAATAAGCTAAAACATGTTAGAATAATATAATTATACAGG AAATCACGAGAACTTGATGTAAAAAATATCTTACCTTGCTAATCCTTGGTACAACAGACC TCAACATGTAAAGCCTATCGTTTAGCTTCTTCCTACGTCGTCGTTCAGCCATCAAATTCT TAGCCGGAAGTCCCTTTTTCTTTCCTTTCTGATTCCCACAGGTGACAGTGCTAGTTGCAT TTGAGCTATTTCCACCATTCTTAACAGTATCATCCACCTTATTAGTAACATTTTCAGTAA GGTCATCTGAATCATAACTCAATGTGCACCCATCAAAGCTCACATCATCAAGTTCTTCCC CACTACCCCACTTTCTCTTCCTTTCATTCTCTCCATTCATGGAATTCTGGCCAATTTCAC CTCCGAAATCCCCCAAACTGCCACCAGTAGTATTAGCTAAGTTCTTCCTAAGAGCAGCCC TTTTCTGAAAAAGGGTTGGTTGTGCTCCATTTGAAGCAAAATTATCAAGTGGCTTTAACA ACTTGGACCTATTGAGAAACAGAGAGTTCTCATTTGCAGAACCATCAACAAACCCTAGTG GACTAAACCCAGTAGTAGTAGTATTTTGGGGCAAATGGGATGATGGGTATTGAGTAAATG AATTCAAATTGGGGTTACCCATTTGGTTCTGTGAGCTCAAATCATGAAACCCACCACCAG CAAGAAGAAATCCCCCTTTATTCAAACCACCCATACCTTGAGCTTCAAGAAAACCATTTT CACAACCCAAATTAAAACTATAATCCAAAGGGTTGTTGTTAATAGCCTTTTGGGCTAACA AGTAATGTACCTGAGATGGGTCTAGATTGTTGAAAACAGAAACTGAAGATGGTGAACAAG AAGATGAAGAATCCACTGGTACTACTGGCTGTAGAAACATGCTGTTTTCAGCTAATTCAG TGAAATTCTGAGTGAAACAGATATTTTCAGTATGGTTTTGCATGTTGTTGTGATACCAAT CTACATCTGTACCATCTAACATAGATTTGAATGTAGAAAGTGCACCCAATTCCATATCTT GTTTGTTTTCAAGCTCAACATTAGTGGTATTCTCCTTGTTGCTAAAATTTTCTTCTTTTT CTTCTTCTTGTTTGCCTTCCATATCCCAAACCTGCATACTGTTAACTCTTGAGAGCATTT CTTTTTTTTTTTTTGGTTAGATTCAAAGGTAGAGAAAGTAATGGAAGAAGGCAAAGAAGA AAGAAGACGTAAGCAGCAGAGGGAAAAAGAGAAATGGCTTTTCTAGAGATGACACTTTAT AGCTCCTTCGAATGTTACGTTTTCACTCAGACTCTTATCATCATTATATTACACCTCCTC TCTCCCAGAATTTATGTAAAAATATGTTCTCCTCCCGTTTCATTTTACGTGATATTATTT AATTTTAATATATTATCCTTTTTCATTTTATATAATTTAATTTGCGTTCGTATAAAACTT TAGAAAAAGAAATTGAAATTTGTAGTCTCAAGTAAGTGTGGACTAAAAGTCATTTTATTA AAAATAAAATAAATATTTTAAAATTATTATTAAATGTAAATATATATCATTTTCTTTAAT CTGACTAAAAAGAAAAATACATCATACAAAGTATAACAAAAGGAGTAGTATTTTTAAAAA ATCATTTATGTAATAGTAAATCACTATAATTTAAAATTAAATTATTTCAATTATACTAAA GTAATTTTCTTTTGAGATGAATTAAAAAGGAACGTATACCTCATTAAATGAAACAGGAAG TACATTTTTATATTTGGTAGAGTAATAATTTAATTTTTAAATTTATATTTTTCTTAATAA AATAGTTAATAGTAATACAAATATATAGAACTTTTTTTAGACCATAAATATTTTTAAAAA ACTTAAAATTTCATATCAAGTCAAACACATAAATTAAAATGAAAATATTAATTTATTATA TTGACTCCTATTTTTAATATATATAATACTTATTTTGTTCTATTTTTATGATATACTTTT ATCTATATATCGAAAGAAATGGCACATTTATGTATGGAAAAAAAGATAAATATACCCCCA AATTATCGTAAATGGTAGCATATATATTCCGTCATTTTTTTGGGACATTGGTGTCCCTGT CGTTCGTAAATTAAAGCATACATGCCCTTTCACTCTAACAAAGTGGCATGGGCACCAAAT GTCCCAAAAATATGACGGCAGGAACATCAATGTCCCAAAAGTATGACGAACAGTATTTGC ATACCACTTATAATAGTTCGGGATATATCTACTCTTTTTCCCTTAATATATTTAGTCATA ATTTAATTTTAAAATTCTCGTTAAATGAGATAAAATATAATCACACAAATATTTAACGTT TAAGTTTATACCAGCACCGGCTAATATCATGCATTATATATGAAGATGGTAATTATTAAA GTTGTGGTTATGTGTTAATGTTGGGATGTTTCAGGTGAATAAAGTTTGCATAATATCTGT TATTTCTGTATAATTTTCTTGTAATCAGTAATAATAATTAGTAAAGTAATGATTAGCAAA CTGCCAAATCTCTTCAAAACAGATTACCCCACCATGTCCTTTTTGATTTTCATGAAGACC AAAACGGCTAACTTTAAATTCAAATGCCTCTATTTTTATTATTAGATATGAAATTTCATA ATACTATAGAAAATTTCGTAAATAACTATATATAGTTTAATTTGTGTGTTTATGAAATGT AACTACTAAGTTGTATAATTTTAATTGTGTGAGTACATATAATATCAAGCTGAAAATATG AAAAATAAAATAAAATAGTGTTATTATTCATGTGTATTGTGTATATTTTGCTATGCAATC CATAATGTAACTACTATGTTGTATAATTTTTTTGAAACTATATTTATCTATTATAAATAC AATCTAAATGTTTATAAATATTTAATAATAAACTCACTTGCTATATTATATTTACTTGAC ATTGAAATAGAAACTAAAAGTATTAGATTTTAAATTCACCGCTATATATAGATTACATTT TAGGAAAAAATTATATTAAATTCATATTTTATTTAATTATAATCTCTAAAATTTGCTATC ATTTTTTTTAAGGGAAAAGGGTCTGATATACCCCTCAACTTTGTCATTTAGAGCTGATAT ACCCCTCGTTATAAAAGTGGCTCATATATACCCCTACTTGTAAACAAATGGCTCACATAT ACCCTTTTCCTTTAACGGAAACGAAAAAAAAAAATTTAATCTAAATTTTTATTATGTTTT TCTAAAAAAATATAATCTCATATGAGTAAATTTAATCCTTGTCAAACATATTTTTTTTAT TTTTTTTATTTTAATGACTAATTTATAATTATTATTTTGATAATTAAATTTATTTATGTT TCACTAATATTCTTGTAAAACTTATTATAGATGACCAATTTTTTTCTTCGAATACGAAAC TAAATTACAATACACACACAAAAAAATAGTTTAAATTTTTTTTCTTGAAACTAAGGAATG AAAGAAAAAACAAAATAAGAATAACAAACTCAAATAATTATAATAAAAGAAGTCAAAAAA TAATTTATGTTTGAAAAAAATTAAAATATACCTTGAACTTTGATAAAAGAATCATATATA CCACTAAATAATTTTTTTAAAAAAATTAGAAGTAACAAATATAAATTTAAAATTAATTTT TTAATTTTCGTTAAATGAAGGATATATGTGAGCCATTTTGTAACGGCAGGGGTATATGTG AGCCGTTTGTATTAACGGTAAGGGCATATATGGGTCACTTTTATAACGAGGGGTATATCA GCTCTAAATGACAAAGTTGAGGAGTATATCAGACCCTTTTTTTTTTATAAAAAAAAAAAC TTACACAAAATTTCCCTCTTTTATATATTTTCATCCCATTAAGTAATGTATTATTCACAA TGTGTGAGGTATGTATCTATAACTTTTCTTATGTATATGAGATTCTATAATTTTTTAGAA ATTTTTATAACTTAAGAAAAAAAAAAAGTATATATATATATATAATGTAATTAACTCTTT AACACTATTTTATGGATAGAAATTATTTTTATCACTCTAACTTTGAATTCAACATTTCTT TTGTGAGCTGTAATTTAATAGGTCATGTCATGTAAACAATATTTTTATTTTATTTTATAT TATAGGAATAAGTAGCAATCAACATGTGAAATGATGAAACAAAGGAAAATAGAGAATGGA CTCTTTAGGTAGCAGCCAGTGCATGTGATTGTCTTGTCTTACCAAAAAGAACTATCCAAT CTCAAATGTTTGGTCTCAATAAGAATAAAAGGTCTTTGCCACAAGCCAAATCGTAATCTC TATATCTCATGTACGATAATCGAATAAATCTTGCTCTAATATAATAACTGGTAGATTATA TAGATATCGGGTAAATTTCATATCAATATTGATAGTCCACAGATTTTATAGAAGAGAAAA ATCAGGCGATTTCATATGATAGAGATCTATTTGAGAGATTTCCTGCTCAATGAATTTAGT CATCCTTCACTAGCATGAGCGACTTAAACGTATTAGTAGCTTGAAATAAAAATTAAACAG GGCCTTAAATTTAATTGTTTCCATCTGATAATATAACTATTCTTATTTTAAATTATTTTT CATAAGATATAGTACTCCAAATATGTCAAATTTCTTCTAATAATCTCTTCATTTTTCATG AAATGTTTACTTTTTCTACAAATAATATTCAATATTTGTTAAAAAAATAATAACTTATAA CCTGTTATTATAAAAAAAAATAAAAATGAGGCATCTTGAATTTGGGGGCCTAAGACACGT GTCTTCTTTTTTTAAGATTGTCGAGTCACCCCTGTTGACTAGTTCTTTTGGAGGTATAAA AAAAATGAATAATTTATTTATTTTATTTTTTACAATATTTTCTAGTTAATAATATAATAC TAGTCATTAGATTAACAGCTAAATATTTATAAACATATTTATAAAATTTTGAATAAAAAT TATTAAGTTCACGTAAATCTATCGAGACCTTTTAAAATCCAAACAAGTTGTTAACTAGGA TAATTGATTTATTTCACAATACGAGAGAATACAGAAGTTTTATTTCCTTCATGTATTCCA AAGTAAAAAAAAAAGATGGCTACTTTTCGAGTTAATTTTGACAACTCAAATGAACTGTGA GTATTTATTTAGATTACAATAGAATCGGTCAAACTTAATATATTTAAAACAAATTTATGA TTTATTAAAAAAAAATATGCGTCATAATTTAAAAAAGTAAAAATTTAAAATTCATACATT TCAAATTCTGTCTTCGTCCTTTGCCACGAAATTAATTTATTTACTAAAAACAAAGGAGGA AATTTTTCTTTATAAAGAGCCAAGAATCTCGTGAGACCTTTCAATTTTACCGCACCCAAT TTCTCAATTATAGACTTAAATTCTGGTGGCCCCATCCATATCATTTTTTCATATATCAAA AACCCTTTTATTCTCTGAATTTTGTAAAAAATAATATCTTTTTTTAAAAAAATATATTCT TTGGATATTGTTGTTTTACTTCCCCACCTTTTTTCTGTAGTAAATATTTACAAATAAAAT AAATTTTAAAATGTTTCAATAATTAAAGAGTAAATATAGTTTAAGTTAATATCATAGAGA CTAAAATTGAAGTTTCCTAGTAATAACTAAAGGATAAAAAATGCTATTAAAATAGATTAC ATCCTGTCGTAGAGGGAATTGATTTATGGCCAAAGCTTATGAGCTTTTCAAACAACTATA AAGAGTGGGGGTGGGTATATAGTTAATAGATGGAAATCGAGACATTAATTTTTTCGTCTC AAATTATATATCGTATTTTTTTTTTATATTTTCTTTTAAGAAAAATAAAATTAGGATGAA ATTTTGACTATTTTAATGAAAAAAATATAATCTCTTTTCAACAAATATATATTTTTTGTG TGTGTTTAATATTAAAAGTATAAGATGAAAAATAATAATTAATATTATGTTGAGCTGATA ATTAGATATATTTACTTTTAAAAATTACAATAGATAATTTGAAACGGAGGAGATAGGACA ATGACGCAGAAGGACCATTAATTATAGAGAAGCAGCCTTCACAATTTTCTCCCTTTGCTC GTGAATTGCGATATTGTTGTTCTTTCTCCTCAAAATTACCCAATTTCCAAAACAAACATT AAATTTAAGGAAGACCATTTAAAAGAATCGAATAAAAAAAATTATACGCATTTGATATTT AAATACAACAAACTAATAAACCGCAAAATATGTTTGATATTTTTTGAATTCGTATACCAA TAAATTTTCCGTTCTTCTTCTTTTTTTTTTGGATGATAAGGAAATTCACCGTTCCTATAT TTTGTTTTTTTTTTTTGGATAAAAAGGAAATTCACCGTTGTTATTTTTTGAATTACACTT TGTATAGCCTTGCTTCAGTGTAATAGCCCAAACCACTTACCCTCAATTCGATCGAGAAAT ACAATATCGAATCTAGGAACCCCTCAACCCAATCTCACCCTATCTATTTGGACCCTTCAA ATTTTGGGCTTGCATGTCATCATAAAGTAAGGGGCCTGGACTGTTCATCATTTTTGACCT TTAATTGGATTCGACCAGGCATAGTTATTGACTCATGTATATACACACTATATTGTTGGA TTTTAGCAAGTGTGAATGGGAAAAGAAAAGAGACAATATGAAAAGTGAGGGAACTACTTT GGAGAAAAAATGAAAAGTCATTTGCAAAATGCAAATGAAAAATCATTTCTCCCGTATCGG CAAAAGAAATGGAAATTGTTGTCCTTATAGAAGGAAACACTTCCATTACTTCTTAAAAGA GATAAGAAGAAGATGCCCTTCGCGCCGTCGTCGCTCGGCTTTGGATTTGATTGATAATTT TTTTGGACAAATCCGAAAAGTCCTTACTTTCCAAAAAAAGTAGTTATTTTCCTAACAGAC ATGTTCCTTGCTGAAAATGGCTATAAAAGGAAGTCAATTATTGATTTTTCAAACACTGAA AATTTTTCGTATTTTTCTCTCAAATAAAAATCAAAGTGTCGATCGACTGAGTCTGTGTGA CTTGTTGCTGTTCTTAAGTTCGTTGAAGTTAAAAGAAATTTGAGGTACCGCTATTTCTTT AACAGGTTTAATCCGTTTTATCTTGGGAGAAATTAATCCATAACCTTGGGTACAGTGAGG GGATTAAATTTCTTAAGGACACACAGTAGTTTCTGTGGACTCGGATTATTTCTTGTATTT TATATTTTTTTTTTCTGCTTCATTTTATTTCTGTTTCTGTTTATTAACCTTATAAATACA GGTTATTGTAAGAAAATAAAATATATACACTGATATATTGTGTAAATCTTGATATATCAG TGTATATGTTGTGTATATACATGAGTCAACAACTACGCATGGTCGAATCCAACTAAACTA GATTACGTATCCCTTTTATAAACTAGATGATTGAATAGTTCACCCCTAATTAGTGCACTT CATCTGGTTAGTTTGTAAAACCTATTAGTTGAAATTTCATCAAGTTTTGAGGTTTTAGTT TGATTTGGTGCTGTTTTTTCAATTACTCCTAAATTCAATAAATTTCACATATTAAGAAGT CAAATTTACTTACTGAACAAACATGATATTTACTAACTCAACACATGAAGTATGAATTAT GAAAGATCAAATATTTGGTCATGGTGGACCCTTTTGCTTTCAACAAAGCTTACAGATGCT CTTCCTGCATTCATTTGCATGCCAGCCAAAATTTAAAGAAAGAAAATGAAAACTAAATCT ATTTTCACACCTTTTTTTTTTTGGACTCTTCTAGTCTTCTAATCATTTCTTTTCGAATAA TCGTGGTGTTCTAACAAGCTTACACGGACCTCCACAACTTCTAATCTTTCCGAGCAAAAG CAAAAAAACAAGAAGAAAAAGACCCTTTTACATTTAACTGTGAAGAGTATGCACAAGAAA GACCTATTTACTCTGGCTGTCCAATCACCAATTTGGGATCTTAGAATACTTCAGGAAGTG CCTTGCCTTGAAGAAATGACCTGAAAAGAACAAGTGATCTCTCTGGCTGAGAGAAAGGAG CTTCATGAGCAGCACCTCTAATGGTTGCAAATGAAAGGATGTTATCATACACTTGAGTCC ATCCACCAACCTAAAATGATGAAAACAAAGAAAGAAGAGAAAATAAGTTTCTACATGAAT GTATTATTAAATTAACTGGACCAAATGCAATTTGTTTACCTGTTGTCCTGAAAACCAAAC TCTATAGGGTACAGTTGTGTTCAGTCCCATCTGGTTTGCTAGTTGATGTACAACGGAGCG ACTTCCAGTCAACGGAACAACAGAATCTTGATCCCCACTGTAGTCAAGATATTACACGTT ATACTACGATCTTGAATCATTTACTAGAATTGGTGTTCGATGAAAGATTGTAATGTAGGG TTATACTTCATACGTACCTGTAAATTAAGACTGGAATTCTCTCCTTGACAAGCAATCCTA CTATGGATATGGTTGGTATCTCTATATCAAGCAATTGATAATCCAGAATGCTGTGGCAGT ATAAGGAAAAAATAATTAGTAAATCCTCACAAAATAGGTGGACCTTTAAAGCTACAAAAA CAGCTTGTAACTGTGGTATAAGTAACTCTGCATTGAAATGAATTGTAGCAAGTGATGTGA AGAAACAACTTCATTTATATTAAAGTTGATTTTCTTAATTAAGATAAGCTTGTGAATTGA CTTACGTGCTGCAAACATCCCAGCTGTGAACGCCAACAAGTCTGGCATGAAGAGCCGTTC TGACATCTTGTCGGTTTAAGTAATTGACAGTTTCATCGTCGATGCAGACATCTATCTTCT CACCATTTTCCTAGCAATTAGTATCAGTAAAACACAGTCAGTGTAGTTCGATAAGACAAA GAAGACAGTATTGAGACATCAACACAGTTTAAGCAACGACTTACTTGTGGACTTATAATA TTGGACTGAGAGAGCACTGATGACATACAGACATCCAGGGTAACATCATATTTGTCCACA AATTTACTGGTTTCTCTACTTACAAGGCTCATGACTCTTGAACACATTGGTGATACACCG TCCCTGTAGTACTCGCTCACGTAGCGAGAATAATTGCAAACAGAAGTGAACATTCTGTAG GTGGAGTCTGATATTAGGCCATGAGACCAGAAGTACTCAGCCCTCGAATTGAAGTCAGTA GCAAATTCCAAGACAGGATTACCCAACTGACAAGAGTGACAAGAAAGAAAAAGAAAAGGA TTAAACAAGGACTAACTTTTCGATCTCATGCACTACAAACGCAACGGATTTTATCAAATC CAACACCTTGTTTGCAGATGTGAACTAAATATTCATTTCATTAGGTCAAACTTACTGCAA CTCCTTTCAAATTGAACAATTTCTTCTTGTTGTTCAGCTCAATCATGAGCTTGGCAAGTT GAGGTACATAATGGCCTGTAATCAACATACCAAAATATGAATACTAACCAAGAAAAAGAT GTTTAACATGTTAATCAACGTGCTTAAGAAAAAGCTACCTGCATAACTCTCTCCAGTTAA AAATAAATTGTTTTCTCTATACTGTGGGAATTTGTTAAACCAGCGTTGCAAGAAAACAAC ATTGTCCCTGGCTAAAAAACATAAAGAAAAACACAAAAGTGTAAAGGCTTTAGGACGTAC ATATATAAAAATATAAAGCAATTAACAGCTACACTTCACAGAGACAAAATAGTAGGATTC CAGAATCTCATCAAACATGTTACTTTTCCTTTACACTACGAAAGAATTGCTTGTTTACTA ATCAAATCAGTATTTAAATGGTGATGGGCATCACATGGTTATTATATAGAAAAGAATATT AGAACAGAAAAAGAAAAGATCAAACTTTTGGAGCCGAACTTTATGTCTGAATAAGAAAAC TTAAACGTGAAATCCATGTTTTATGCAAGTAATCATATGAAACTATGGTTTAACCGTAGC TAAAACTTACTCACTACGTTTCAAGAGCAAGAGAGATAAGAGCTTCAATTACAGAAATTC ATATATCTTAGTTACTATTTGGACAGTCAAATGTTTTTTTTTAAAACCACGTTTTGAATT GTTAACTATTGTCACTCATAGTAATTTGCCAAACAAATTGAAATGGAGAGTATACCTGTT ATCTCATCATTAACAGTCTCATAGGAAGATGTATTAGTTGAATAAGAGAAGCCAACCCCA ACTGGAGACTCTAAGTACAACATATTTGCCTCTGCATAATCAAGAGAAGAATCAATTTTT AACATTTGTTGCTAACGAAAGATACCCAAATGACCAAAAAAAAGAAAGTGACAAAATTCC ACCTTTATTCCAACTGTGTTCATTCTTAACAAGAACTTGTCCTCTAGGTCTGAATGGACC ATTCTCAGAAAATGCACCAACTCCCACAGAAGAACAACCAGGTCCTATAGAAAGCATCAA AATTTCAAACTTTTTCAAGAAACCAACAAACCAAATGGCAAAATCTGTATAAATAACCCT TAATTTCAAGAAAAAAAGTAACTTTAGTGTACCTCCATTTAGCCATAAAACAAGAGGCTT AGAAGCTGGATCTGTTTCTGCTTCCACAAAGTAGTAAAAGAGAGCTCTTTGTTTCTTGTC ATCAACAGTGACATAGCCTGAAAACTGTTGAAATCCCACTTGGGGTTGTCCAGGTAATAG AATGATTTTGTCTGGATGATGAGGAGGAAATGCATACCCAATTCTTACAGAAGCACAAAG AAGAAAGAAAAAGAGAGACAGAGCCATTGCTTTTTTCAAGTTCTTGTTGAAGAAGAAAAG GAGTTTCTGATTTTGAGTGACAATACTTGAGAGAGCTGAAGCTAATATACTGGTAGGCAC AAACAGAAAGTCATGGAACTTATGAGTGGGTGGCATTAAATAAATAGCATGCCTAGTCCA ATTCACTACAGTAATAATAATACTATATTCAAACTGTCATATTTTCTTGTCTTGTCTCTA GGCGTGTAAATTTTTTTTGTTTTCCTATCCTGGTATCATATTTTGAATCGCAGTCCGATT AAATTTAAATTTGGATTGATGACTCACATATCCAAGCAATATGTGTCAAATTAGATCTTG ATTACTTATCCAAAGTACTATTCTCTGGTTCGAAAACATGACATTCAAAGATCGAGAGTA TATTCATAATCCCATACAACCGGGAGCCCACATCGAGTTAAGTGAGTCTGGAGGGTTTTT GATTCAATACGTGGGAAAGATTCAAACTCTACAGTTTTTACTTAAGGATAAAATAGTACT TAACACTCCGTCACACGAGCAATGTTAATGGGTGTTTGGCTAAGTAAATGTTAAGCAGAG AGGGACATGAACAAGAGAACAAAATGACCAGAGATAAAATGAAAGAAATTCTTAGCTGGT CCCCCATATAGTGTAGATGGGTTCTGTCAACAGATTCAGCACTCAGCAAAGAGGTGTTGT TTTCTTGAATATGAAAGAAGAGAGTAGGGACAGTGGAGTCCCCAGGTGTTTGCCTTTTCA ATTCTTGAATTTCTCATAAAAAAATTTATACACATTTGGTTTTCTCATTAAGTTTACTAT AAAATGAAAAAAATACTACAAATTGAAGGGAAAATAAATCATTATATGCTCTGTCACACA ATTTGGTAAAGGCATTTTTCTTTATCCAGAGTAACTTTCTCATGCCTCAGAAAACTGACC AGAATAATGTGTCAACTCTCCATTTCTCGTATTGTTAATATCATGATTTTCTATGTATAA GAACAATATCGAGTATGATACATGTATTATGAAAATTATAAATCATAATGCATAATCCAC CTCTATATGTGCTAGGAAGTTCTGTTTTTGGTGTAAATTTTATTTACTACTTCAACAATT TGAATGAATCTTCATATCAATTATAACATATATTATCATTAATATTATAATTATTTAATA ATAGCAATTATAATGTTTGGATAAATAAGGGACATTAGTTGGAACATTGGAAATTGAGAA GTGATGGAATTAAATTAATCAAAAGGTGAATCATGGCATATACTACCAAATCAAATACAG CAAAGACTAAAAACATTATCTTTATGTACTTATTTGATTGAAGGAATTATAATTATATTG TCTTTGAAACTTTACTTGAAAAGGGTGTCTTTATAATAATGAGGTATCCAAACCATCATG ATGATTTGTCACTATGCTTTTTTCACACACTCACAAAAAAAAAAAACCCATTATAACTTG TAAACTATAAGGTCCCCCACCCACCCACCCACCTTCTGAGATAACAGAAAGACCCTTTAC AAAAGTTCTGCATTTTTTTTACCCCACTTGCACAAGCTAAGCACAAGTGCCAAAAGTTGT ATATAGACTTTGAGAAGTTGGACCTTTTCCCCATTAGACTTGTAATATAACAATGAGAGT CTTTGTAGACCTTTTGGTTGAGATTCAAGTATAGTATAATGATTTGTGAACCGTTACATT CATATGATATTACCACGGGGTCATTCGATAGCTGGTTTGAAGGTGAGTTATGCAGATATT AAAGTTTGATAGTTAATTAGTTAGAAAATAAATTATTCATGTATATGATAAATACGATGT TTGATTTGCAATTGAGAAACCTGCACAACTCATACATATATAAGTTATGAGGAAAATCTA TCTTAATTTATGCGAGATAGCTTTTTGAGACGATAAACAACTAACTCAAAATAGGGAAAA AATTGATTGTTCAATTAAAACAAATTATTGTGGCAGTCCCTAAGACCATATAAATCAGAC GTCATATAATTATTTATACTCCTAACAAAGGTGACTCTTGTACTCGAGAAAATTTGAATC TGAAACCTCTTGGTTAGTAATAAAAAAGTATTTATCACTATATTATAATCGTTGGTGGTA TATAATTATTTTCTTAATCATAAATGCAATGATATTTTTGGAAAAGAACATGGAACATAA TTGTATTTAGACAAACTTTACTACTTTATAAGTTGGAAACACATTGAATAACTATCTGTT GACAGAAAGTCAAAAGAGTTTTTTTTTTTTAAAATTTAATTTTGGTAGGTTTTATTAAAG CTTCCCTACCTAACTAACCTTGACAATAAGTCACCTTGTGACAAATTAGAAGTGTAAACA AGAAGAAGCAGTTAATTAAATGTTGTCTTTAGTGAATTTAGGGCCTGTAACCACGCCGCT AACGCCGTCGACATATCTGCTACTCATACAACTTTCTTTGTACGCTAAACACAATACTCC TTCGATCGGATCGATTTGATGAGACTCTAATACTATTTTATTAATGGTGCTATGTAATTG GTTTACGCACTTATAAAGATTGATGCTTTTTCCCAGCCCACTAATTCAGCGTTCAACTGA ATAATTATTTGTTAAAATGATGTAAAAGATCTTTGATCGAAAACAAATTATTTCACGATA TAACTTATCTCACATGTATATAAAATAATTTATTCCATCACTATAATATAAATGATTAAA TAAATTATTCCAAACATGATAATTAAATAAGATAACTTTTTTAATCCCATTCACTATTAG TTTTAATCTCTCACATCAAATGAGCCCTAAGTTTCTTGGTTTGGACAGGAGTACCGGACA TTTATGGTTGATTGATACTTATTGCAAGAGGAGCGGGTGGGGGGTGGGGGGGGAACCGAT AGCAATAGAGGTGGCAAAATAAAATCTAGCCCGTCGAATTTGTTTAAATTTGATCCCGTT TATTTATTAGCTCAACACATTTCAATCTATTAAAAATTATTTTAGATATGTAGTTCAAAT TGGCTCATGCGATATTCTTATCAAAATGTTCTTAAAAAACTTTTTTTTATAATTTAATTT TATATTTATATATATATAGTCATAATAAATAAATAATTTTATTAGCTAGTAGACTAGTTT AAATGAACAAATAAAATAATGAATTTTAATAAAATTTGAGTTGAATTGAATTATGATTCA TTATATAATTCATTACCTATCCCGTTTTGATCCAATTAAATTGGATCTTTAACTCGATTG TTGTTTCTTTTTACAAGAACTAGTTTCTCAGGACGTGCTTCGCACGTGTGTTTCATGTAA ATTTTTATAGATACGTTAGAATGACTAAAATCTCATGGAAATATATATATATATAATTAT AATGAATAATAAATGTATCAATTACAAAATTCAAAGACTTACGGCAATAAAACATTCATA GAAAATTAAATTAAGAAGTCTAAAAGAGTGAAAAAAAGACAAAAAGAAACAGAATATTTA AGTAAAAATACAATATAGACATTATTCTTATAAGATTGATGTATATAGATGAAAATATAA GTACAAAATTAGTACATAACTCTCTGAGTTTTTATCGACTCCTTTCATATCCTATCAAAA TTCAAGAGTCTTCATCATCTGTTTTTACTATAGAATAAAAATAATAGCCTAATAATCTTC ATAGGGGTTTCATGAGATAAAGAAGTTGAATTTATATAAATAGAATAGAAGGAATATCAA AAGATATCTTAAATTTTTAGTTTAAATGTTTGGAGGTTATGAATATGAAAAGATGAGAGT TATGAATATTAAGAGTATAAAAATTAAATAAGTAATTAGAAAATAATAATAAATAAACGA AGAATATGAAAAAAAAATTAAAGTTAGCAAACCATGTAAAAAAACAACTAAAGTTCTTAT CATGTAATTAAGCATTAATGAATTAAATTTGTGAAGTTAGAGTCATTCTTTAATAATAAT TAAGAGGACATTATCAATATGCGTCTCCATTTTGTAGATTTGCACCCTTTAAATTATTAA ATTTCGTTATTTATCATAAAGGATAATACTTTATCCACATCAATTATATTATTAATGAGA AGGGTTAAGGAAAAAGTTATAAGAAGAGGGAAAGAAAAGAAATTTAGGTAAAGATTTTTT TAAAAAAAAATTATAACTATTATATACATATAGATTATAGATGATAAATATTAATAAATT AGATATTTAATTAGGAATTAATCTTAGAAAGTCTAAAAGTCATTAATATTTAATTAAATT TATACAATCAAATATTTAAATATTTTATAATAATTTAATTTGTAAAAAGGATAAAATCGT AATTCAACTTTCAACTTTTTTGTTCATGCTTTTAGTAATATATGATGAGTAAAACAAAAG TTGAATGTCTTTATTGAGTCAATGAGGCCTTTAATTTTTTTTTATATATAAGAATGAAAT AACTACTTGTCTAAATTTACTCCACCTAAATTACTTGTTAAACAAACTCTTTGAATAAGG AGATTTTATTAGAGAAAATAAAGGAATAACAAAATGAAGTCAAACTAGGCCATCATTTTT GAAATGAAGGGAGTATTTGTTAGTATCCAAAATAAATCAGGTGTCACGCAAGAGCTAAAA CAAACCTTGAAAGCCTACGAGTAAGAAGATAAACGAGAAATAGATTAAAAGATACAAAGA TTTGACGTAGTTTAATCAATTTATTTATAAGCAATTCACTATAAATATAAGGGTACAAAT CTCTATTTATAGTCCTAAACTTTTTCCTACAAAAAAAGAACAGAGTCCTAGGACTAGTGA ATATTGATTAAGTTTGAAGGAAAAAAATCCTAAACTTTTTCGTACAAGAAAAGAAAAGGA CTAGCCAAATATAGAGATATTCTGTTTTTATACAAGAAAAACCTATTTATGATAACAAAC TCTAGACAAATAATACCCAACAATATTCGCGTTAATGAATAAGGTATTATAGAAAGGTAA CATTGAAGATAACAATTCCTAAAACAGAAACTTCAGGCAAACTAATAAGATCTTGGCTAT CACCTAAAGTATATGTATACTGTATATATACCAATAATCATACATCATGTTCATGATATG TTTCGTATGAAATCTAAAGTGGCTCAGTTAATTGACTATCTAAGTTTCATCCTCTGTCAG GGATGTTTCAATTCCACACCATGTAATTCTCTTCCCCAATTATTATTATTATTTTTTTTA AAAAAAAAACTTGTGGAGTTTATTAGTTGCTGTACAAAATACTTCCTATCTGCCAATTGC TATGCTATGCTACTTTTAGATTTTACCATGGTTTCATCTCCTTACTTAAAAAGATGCAAA TGAAATGAATCTTTTTCAATACTACTACCAAAACACTCAAAAAAAGGTACTAAAAACAGA GAAATTTTCTCTGTTTTTTGTAGTTCTCTAATTGAATAAGAAGCATCATTAGAAAGTGAA AAAAAAAAGAAATGAAAGTGCCATATAGAATGATCATGACCATGAAATAAATACTTACAA AATATGGAAAAACAAAATCTAAACAATCTAGACTTTATTTCATGACCTGTACTACTAGTA TTGAACAACAACAATCTAGCTAGTTATCGCCGACGACGTAGATAGGCTGCCCTGAGTTCA ATCCAAATCTTGATCTTGAGTGTTGCCTTGTTACAACAATAACCTCCCTTGCTAAAACTG TTTTCATTTCTGGCTGCTTTAGAGACAAATCAATTATATAGTTCTTAGACACTTCTTCTT GTTTAATCTTCTTTACTTGGCTATGTACAAGATGATATCCCTTGTAGTTTTGTTCCAACA TTGAAATCCCTTCTTTCTTTGCCATTATGTTATTGTTGAAGTGAACAAATAGCTATTGTA TTATATAAGACTTTTGAAATGTTTGTGTGTTTATATTTTTTTTTTATATATAGTAAATGA GTTTGGTCTCAAAACACTTAAGAGTCAATGGTAAAAGAGTGGGAACGAATCAGAATGTGG AAAAAACTAAGTTTATTGCGAATTAAATGGATAAGTTTTAAGACTCTTTATATATAATAG GAATAATTTGACCGAAGATTAAGCTACTTATAACCCCACCACCTACTTGTCAAATTTTTA TTCATCATTATCTATTTTTTAATTACTACTATTTCGTTCTTTTTTACTTGTTATATATAT TAAAAAAATATTCTTTTCATCGAATAATAGATATTCATTATATTATATTGAAATGTTCAG ATTCACTTTTATGAAATCAAATGATAATTTTATATTTATTTTCTAATTTAACATTGTCAT TAATTATAGTTATTCATCTATTATATTTTTCAAGACATTATATTTATCGTATTTAAAGGG TAATATAATAAAATTATCATTCTGTTTATAATTTCTTAAGAAATATGCAAATTCAAAAGT GAATAATATTTTTGGATAGGGAGAATAGTCCTTAATTTAAACAGTCAAGAGAGAAATTAT TATCTTTTTTCAACTTTTCCCTTAATATTAATTATTCTAAAATTAAGAGACCCATATATA AATAAAGATTAAAAAATTAATACGAAATATATTGATCTAACAACACTCCTTATAGTAATT TCTTTTTAAAAGTTGTGTCAAACCTTTTTAAAATGGAACGAAAAGAGTATTAAGTAAAAT CTTGAAAATTTTATTACGTTTCTAAATCTGATAAATACGATATTTGTTAATCTATTATTA TAGTTTAATAATTCGTAGAACTTATTTATATTTCTTCTCATTCTATAGTAATTTTCACTT TTACCACAAAGAAAATAGTTGTAAATTGTTTTTCGATAATCTGATTTTTGGAGCAGCTCG CACACCTTAACTAATTTCATAAGTATTTGAACCTCTAATCAACCAGTTCTGATCCAGAAT TTTAAAGTTATGACCGATGGTTTGCCTTTAATGTATAATTACTACGATAATAAATATAGA TGTAACGTGTCCTTCAACCGACATCTATATCTTTTAACTTTGGGTGTACAGTAGTAGATA CTTTAACTTGTCTAAGATTCAATAAATAGACATATTTATCTTATATGATGCCATAAATAA CAGTTTTATATCCTATATGTGTACTATGTCACGTGAAATACATATGCATACTTGTTTAAT TTTATATCTACACCAAACTAAAATTAAGATAATTTATTTTTACCTTTCTCAAATAATTAG CATCCCCTTTTTAGTAGCTTGATTTATGTGAGTTTTGCAAGAAACATATAACTAGTCTCA AATGCGACTAAATAAAAAGGGCTATTATAGATTAATGATCAAACTATCGACATATAAATA ATCAAATTATGATAATTTTAATCTTTAGAGTAACTAGTATATTTTTCATATAATCAATAA CTAGTTGTTTGAAATTAAAGAGTTAATGATGGTGGTAATCTTTTAACGCGTATGTAATTT CAATGTGCTCACTAACGTCTGAACATTGGACTGAGTCGAGTCCTAGGTTTGGGTGACCTT GGTCAAAACAAATATTCTATGATTTGATTATGCATTTTTGGACTTTGGTATTATATGACA TGTGAATGATTCGATGTAGTGAATGAAGTTATTTTTTTTTTTAATTAGAGATTTCGAATT TAAAATTTGAATATAAAAAAATTCTTGATAAGAAACACTTTTTACGAATAAAGCCATATG CGACATAAATTTGAAAATTTCAATACGAATATCACTGAGTGAGAAATTTAAAATAAGACA CGTGAAAGAATTCTAGAAAGAACAAATATTCAAGCCCACTTTTGTTATTTATTGGATATA AAAGTTGAAACTTTCATCCTTTAGATAATCGGTTTTAAGTCCTACATTGCTATAAGATTG ACATAGTAATAAATTTTGACTTATGAACAATTAGCTTCCTTGGTGCCAAAGTTCCTTTTA CCAAATTGGTGGATAATTTTCAAGTACGGAAGATGTGTATTTCAATATATTTTAAATATT TTTAATTTAAAACTATCACATTTAAAAAAATTTATGTCTAATTTAACAATCTGTTAGTGA AAAAACTTACAAGATAATAAAATTGCAAGATTACAATTGAAAATTAAATGAAGAAAGTAA TCTCTTCAGGCTGAGGCGCGGATGTCTCGCTCTCTTTAAGGAGATTCAAGCCCACTGCAG CAAATGTTTTCACCGGTCCAGCAGTAGTCCTCTTTGACTTGTCCCCTCCACGATACAACA GCCTTCACAAAGTATAACTCAACAACTCTGGACAAGAGTTGAGTCCAAAGCTCCACAAAA AAAGAACACCTCCTTTCAACTAATAAGAACTCTCTTTAGACTAACTCTTTCACTCTTTGT TTTCTCTTTTGAATTGTGTGTATATAAAACCAAATGAAGACTACCACTATTTATACTACA AGAAGTCTTCCTAGCAATGAATAGGAAGATAATGGAGGTAGTAAATAGTGAAGATAATAG CCTTAGGAGTTACATAGGTCACAATGGGAGTTACATAGGTTACAATGGGAGTTACATATG TTACATATGTTACAAAGGGAGTTACATAGGTACCAAAGGGAGTAATGGAGGAATTAAGAA TGAAATACATTGATGGATAACCAATGCTAATGGATGATGTAGAAGTCATCCATTCTTATA ACTCCAAAATAAAGCAATTTAATATGTTAAATATTAATATTAAAATGCTAATAACCTAAC ACAATCAAATTAAAACGATGAAACGGAGAAGTGGCTTAGCCAACAATAGTCACGCAAATT CAGATTTTTTTTTTGAATAAAAGTATGTCACGCAACTTTGATAAACCTTCATTCAGCAAA GTAGAAAAAAGTTTGTCACATTTCAAATTTCCAAAACTCTTTATTTTGTAAAACGGCCCA ATACAAATCACCTTACTAATTGAAGGCTTTGAAAGGTTCTCCTCAATTGAAACTTCCAAA CAAAAGCATCATTGGCCTTTTACTATTCCATTATTCTTATCTTAGAAAAAAAATATAAAA AAAAAAAAACATCCTTTTTGTTTAAATTCCTGATAACGCGCAATAGTTACAATTTTTGGA CAGTCTCTGCTTCTGGGTGAACACTCTGTGACGCACTGGGTAAATCGTTCACCGTGTAGT GGCTTGTAAATCATATAGGGGATGTAAACCGTACTAGACTAACCTTATACCTTTATCCTC TACGACAATGGCTTGTGACTTGTGAAGAACAATGTCCATTTGTTTATTGTTGACTTCTTT TTGTTTGGTCCGCACGTATTTTATTTTATTTTAGTTAGAGTTGTAAAATAAGATTTACAA ATTCGAGTTTATGCCGAAGATGGATGGAAGAAAGAATTGAAACTTGTTAATGGACAATAT GATGTCACCTAAATTAGTGGTCACAAAAATTCTAAGTATGCCAAAACCGAGGAATTTTCA TAAATAACTATAGTTTATCTTTATCTTATTCATAAAAATACAAAACGTCTTATTTATTTC TTGTGGTTTTATTAAAAGAGAGGACACACATAAAAATAGCATACCATTCCCTGTATTTAG CTTCTAGTATGAAAAAAAAATGAGATGTAACCCAATAAAATAGCTATCTTTTTTCCATAT TTAGGCAGTTGACAATTCACAAAATCATTTTCTTCTTATTTTCTCTTTCTATAACTGCCA AATAATAATATTCCTACATATAATTGACATTTTCTCCATTCCACTTTTTTTTTTTTTTTG TTTATGAAGAACAATAAAAATAAAATTATAGTTTGATTTTATTTACTTCTTAGAAAAATT CGAAAATGTTCAAGACATTTTCTATGTCCTCCCGTATGGGAAGGGACTTGCAGAGGTACA ATGAAGGTTGTCGTCAAGTTGTTGGGTACGTTATTAAGTGAATTATCTCGATATTAAAAT TTGAAATTAAGCCTATCGTTGAGATTATCTGTTTCATTTTTTATATCTCGATTTTATATA TATATATATGGTGCTGCAGATGCATTCCATACAGATACATAAATAGTTACCAGTCAGGTT ATAATATTGATGATTTGGAGTTTCTATTGATCAGCTCACAAAAGAGTCCGAGATTGATGT TCCCTAAGGTACATTTTTTTCTTCCTATTGATTGGATAATTGTTTTTATAATATATATAT ATATATTGATGTTATTGGTTTTGTAATGAAATTACAGGGTGGTTGGGAGATTGACGAGTC GTTAAAAGATGCAGCTTTACGAGAAACCTTTGAGGAAGCTGGAGTTCTTGGCGATGTTGA TGTTCAGGTGACAAAATGGTTTTTTGGAATGGTACATGTAGTCGATTCCAATTAATTTAA GATGTGACGGAGTTGATCTGTTGGATGCAGGACTATTTAGGTACCTGGAGTTTCAAAAGC AAAAGCCAAGGCACATTTCATGAGGGACACATGCTGCCTTTGCTTGTCACTCAGGAATTA GATGAATGGCCTGAGAAATCTGCTCGTCGTCGTTTATGGGTTTGTTTTTTTATATCTCAA TCTCTAATTACATTCAAAATTTATAACTCAATGTTGAATTTGCCTCATTGTAAGAATCAT GTGTTATTAATAACGATGACTCTGTTCCCTAAAACTTTTAGATAAAACGCAATTGATTTG TATCTGTCTAAGTCATGGTGAACAGAGTTGGTCTGTGTTTACGCTGGTGGAAGGTAACAG AGTGTTTTGATTAAATTTGCAGATGAAATTTAACGAAGCGAGGGAAATATGTTGGCATCC ATGGATGAAGGAAGCTTTAGATGTTTTTGCTTCTAAGCTTGCTAAGAGAAACAAAGAAGA GCCTCAAACATTATACCCTTTCAAGGAATTGTCAAATGAAGCAATGCCAAACACTGATAC AACTGCAGTAGCTAACCAAATGTATAATATTGAAGAACCAAGAATGGACAATGTTGATCA AGCTAATTCTTTGACTTGTGAAGAACCAATCATCAATCCAATCTTTGTAGATGATTCGAT GTTTAACGAGACATTGTTCAATGAAGATCTGGGGATAAGCCATATAGCTACTACATCATT GTTCAATGAAGATACAAGAATAAGCATTGTTGCTCATAGCTAGCAACTAAAGGAAGGAGA ATCATCAACAAGCTTAGGAGGCAACAGTGGCGGATCTAGTATTTAGACGCTAATTGTGAA TTTCTGAAATATATCTTAAACTCTATATATACGCTTGTTTTTTGCATATGTGTATTTGGT TTGATCCTGAACTACTATTGAATTCTGCTGAACGTGTAATTAGATCCGCTCCTTATAAAT AAAAGTAGGCAGGGGATCAAGAATTGGGGATGCCTATTGTAAATAGATTAGGACTTAAGG CTGCATAGAACTTTCTTTTGTTGCTTGTTGTAAATACTCCTTGACCAATATATTATGAAT GTAGAGTCTGACATTGTATATACTCTCTTGATTTCAGTTTATGTGCATACTTTTTTTTTA ATTGGTGCTTAAAGGAGTAATACTTCTAATATAGACTAATATTATATAAGCAATTTTCAT TTCAGTTTACGTGCATACTTTTCTTTTTAGCTCATTTCGAAAGGAGTGATGATATACTTT AAATGTAGAGACTGACATAATATATATACAACCTCCATTTCAGTTCACGTGTATACTTTA CATGTTCTATAAGTTTTATAACCACGCAATATTATATCATATTTTATACTACAAGTTTCA AATTGATATCTTCGTTTCTTCATAAATTTCTTGTCAATTCAAATTATGTCACATAAACCA GAATATAACAACCTTTGGTTCCACTTGTCAATTCATACAATTGAAGAAAGAGGAGTTTAA TGTAGGAACACAAAATTGTCTTTGCTTCATTCCTTAATTCACTGAGGTTCATACATTGTT TGATTAATTTAATTGTCTTCAAGAATCATATGATATGATTCCTCATACATGTTTGGTGGG ACAAAAATAATCTGTTGATGTACCAACTCAATACATGGTTGATGAGAATGAAAGAACACC TAACAAGAGAAGAAGAATTATTTTTCCATAATCATATATATCACTTGTAACCAAATCATA GGTGAATTTCATTCATAATCATTAGTTGGTAACAAAGTAAAATTAGTACTAATAATTAAC TTGCTATCACATAGGAATACTAATTTTATCTACTAAAATGCCTACTTTTATCTTGCTCGA GTCAGGATTTTCACTAATGAAATTTAAGATATCAAAAAGTAAATATACCACCCCATCCAT TACTATCTAATACATCATTTATCCTTTTCGTGTCCCATAATATAAACCGATTAACTAGAC TAAACTTCTAACTTATGTTAAAGATGTGTCAATACTTATATATATCTCAAATTAAAATTT AACTTTTATATACAATATAATTGAAACGGAGGGAGTCATATTTTTGGAACTAACTAAAAT CTTCAATTCACTAAAAGAATATTTACGTTAAATTTTGTTGCTCATTATTTGCTTTGTTGA ATCCAACTATATATCATTATTAGTTGGTAAATTAGACAATTTCATCCAGTACAAGAATTA TATCGTCTTTCATAAGAAATCAATTAGCTGGATTTCTTGTGCTTAACATAATACTCGATT GAACTAACTAACTTGTCATAATATTGTCAATTTTTATCTTAATAAAAAAAAAGCCTTATA AAATGTCTCTTAACCACAAGCAATTAATATATTTTAATATAAATATTAAGTGCGAATAAA TTTTATTATCAACGCCTTCAAAGCAATCACAATATCTCAGTGAAGAGAGCAAATATTGCT TTACCAGTAGTTCTTTGAATATAATTGGGGGGGGGGGGGGGGTCAATATTCTCTCTTCTT CTTTTTTTTTACTATTCTTTTCGAAAATCGTTTGGTATGCATGATAAATATAAATAATTT TTTTAAAATATTAAGTATCGAGACTAGTTATTCCTATCCAAATATGAAATAGTGACAAAA ATAATTTTAAGATTACTCATATTCTCTTTCTACTTTTAATAAAATAAATTAAACAATCAA TAAAAAATTTATTAAAATAACTAATCTCAATATAATTTATTGGTGAACTCAATCGAACCC TAAAAGTTGAAATACTTTGCGATGGAATGTGAAAAAAGAGTATGAATATAACAATGTTAA CAGTTTAGGGTTCTTTATAAATATTTGTTTTTATATTACAAAAGGAGGGAAAGGAAAAAA AATAAAAAATGCAAGAGAAACAAAGAATGATGAAATATTATATTTACTTAGAGCCTGTTT GGCTCAACTTAAAAGTTGGTCAAACTGACTTAAAAGCTGATTTTTAACTTATTTAGCTGT TTGACAATATTCAAAATAACTTATTTTAAGTTTAAAAAAACTTATTTTAAGCCAAAAGTG GAGTGTTTTTTTTTTTAAGCTTATAAGCTGTTTTAAGTTGACCACATTTTTATCTTTTTT GTCTTAATATTTTTATACAATCTCCAAATTACCCATATAACCCTAATATTCCTTCTTTCA TTTTTTCCTTTTTCACGTTTGACATAACAACTTCAACACTTTTATCCAAACACATAACTG CTTATTTTAAAAATAAGTTTCACACTTTTAAAAGTACTTTTTTAAAGCTACTTTTATTAA GCTCATTCAAACGGCCCTTATTCCTATTTTTGGACAGACGTATATAATAGTACTTCCCTT GTGCAATAATATCCATGTGAGAATGTACTTTTGTTTCCCACATTAATTATTCAAACATGA CTTGCTCATTATTTTTTTTTATTCGATAATACTGAAAGTTATTTTGATTAAATTTTAAAT TTATATCGAAAAGTTTGAGGATAAAATGTGTTAATGAAGATTGGTTTGGATTTGTTGGGT CCTTTAAAGGACAAAACATGCAGAATTGGCTCCCACGCTTCTTTATATATCGAACATATC CTATAATCACAAAAAGGTTTTTAATATCTTTTAATATTTGTCTTCATCTTCATTTCACTA CAATTTTATTTAGTTACCGTGCTATGTAATAAAAGTTCATCTATTTAATTGAATGATAAT AGTTATAAGATCAATGATGAAACTTACTTATTTTTTTACATTCTTAAATATTATGTACAA TTAAATCAAAGACATATAAATTAAGCTATTCTACTCTAAATGAAAAATAAAAAATAAAAA AGCAGTACAAAAATGGAAGAAAATCAAAGACTTTGACACCTTTCTCTTGAGAGCATAGAC ACTATCATGACATCCATCAACACCATAATTACTACCTCATTTAACACCTAAGTTTTTCTC TTTTCTTTTTTGTGCAAAAAAATATTTAATAAAATAAGCATGGATTTAAAAATATTTTAT ATATAATCTCGATAAATAAATAAAAGATGAAATTAGTGGTACGAATGTGAAGATAGGGAG GGACTAGTGGCTATATGGGTAAGCTAGGATTCGAGTGCTAAAGTAAAACTGTTCTTAAAA AGGGAAATTTTTTTTTTACGAGATTCAAACACACGGATACTTAAATTTTTGTGTGTCTCG CCTAAAATCACTGAGTCATATCATACTATTGTATTAAAGATGTTCAAAATATATTATTTA GTCATTTTATTTATTATTTTACTTATGTATACGGTATAATATTGTGAATTGGACACCCTC ACACTAGGGTGGCTACGTCATTGAGTGGCTAAGACAAGAGTTTTTAAAATTTGAATTAAA ACTATTTGTTGAATTTATATATCGAATGTTGGCACCTCCACTGTGCTACGAAAATGAGTG AAGATAAAGTATGTTAGAATGTCAAAATGTGAATTTGTATTTAGTTTTCAATATCTTTAC ATTTTTTCATCACTCCTACAAGAACACCATTCTTTCTTCTCGGTCTTATTCTTGTGCCTC TGCTACTACATTTCTCTCTGCTATGAATTTCTAGCATTTCTTGGTTCTTGAGCCATATTC AGCTAAAACAAATAGCGCCATTTCAGTTGGCTACTTCAATTTCAGTATTTGACAATGGTG TTGTTAATCATCTTCATAATTCATGCTTTGATGTTTGTGTCAGCTTCGTCGGATCTTGGC TCCGACCGAGCTGCACTTTTAGCTTTTCGCTCCGCCGTGGGTGGTCGTACATTTCTATGG AACACCACTATTACCTCCCCATGCAACTGGGCTGGTGTACAATGTGAAAACAACCGTGTT ACTGTTCTCCGGCTACCGGCGTCAGCTCTCTCCGGTACCCTCCCGGTGAACACGATTTCT AACCTCACTCGTCTTCGTACACTTAGTCTTCGTCTCAATCGCCTTTCGGGTCCTCTCCCT TCTGATCTCTCGAAATGTGTCGAGCTCCGTAACATTTATCTCCAGGGTAACTTTTTTACC GGAGAGATTTCTTCCTCCTTCTCCGGGCTTCACTCTTTAGTTCGGTTAAATCTCGCTGAT AACAATTTTTCTGGAGAAATTCCATCTGGGTTTAACAGTTTGACTCGATTGAGAACATTT CTACTTGAGAAAAACCAGTTTTCTGGATTTATGCCTGAGCTAAAGTTTTTCCCAAATCTC GAGCAGTTCAATGTGTCTTTCAATAGATTAAATGGGTCTATTCCGAAAAGTTTGGAGGTA ATGCCTGTTAGTTCTTTTACTGGGAATTCTCTCTGTGGAAAGCCTATTAATGTCTGCCCA GGTAGTAAAACTCAGCCTGCTATAGCTACTGATGGAATCGATATTGGGAATTCAAATAAC AAGAAGAAGAAGCTATCCGGTGGAGCTATTTCCGGTATTGTCATTGGATCTATTGCTGGT TTTTTCATTCTTTTGTTAATTTTGTTTGTGTTAGGTAGGATGAAAACCGGTGATAAAACA AGGGCTCTTGACGTTGAGACAATTAAGCCACCTGAAACAGAAGTTCCCGGGGAGAAACCA ATTGAGAAACCCGAAAATGAAGGTGTAAATAATGGGAATTCAGTTGCTACTGCAGAAGCT GCTGTAGTATTGAATAGTGGTGAAGAGAATTGGGGAGGAACTGGGGCTAAGAAAAAGCTT GTGTTTTTTGGAGATTATTATAAAGCATTTGAATTGGAGGATTTGTTGAGAGCATCTGCT GAGGTTCTTGGAAAGGGGACACTTGGAACAGCTTATAAGGCAGTTTTGGAGATTGGTACA ATTGTTGCTGTTAAGAGATTGAAAGATGTGTCAATATCTGAAAGTGAGTGCAAGGAGAAA ATTGAAACAGTTGGAGCAATGAATCATGAGAATTTGGTGCATCTCAGAGCTTATTATTTC AGCAGGGAGGAAAAACTTCTTGTCTTTGACTATATGCCAATGGGAAGCTTGTCTGCTCTT CTTCATGGTAAGTTATAGTAGTTACACTCTTTTTATGTCAATTCATGTTGTTCCAACTCT ATAAAAATGTTACCGCGTTTGTGCCAAATCGTCAAAAAATGCGTTACTTAGGAGGATTCG ACATGCACTCAGCAGTATGGATCCTCTTACAATACACTACCTTTTTGGAGGATCTCTTAT GCACTAAGCAGCATGGATCCTCAAAATATTAGTACCTTTGGAGGATCCAACATGCACTCA GTGGCATGGATCCTAAAAAATCACTGTTTTAGAGGGTCCGACATGCACTGTCAATATTTT TAAATAGTTCAAGAAAAGTAGCTAGCAATATCTGATGTTTTACTTGCTTTTCCCTTATTC AATAGATATACTATGTCTTCTTCCAGGTTTTGACATTTTGTTAAGAGTGATTAGTTTGAC TTGTTGCTAACAGTGTAACAGGCAATGTCTGTAGTGTTTGGCCCCTAAATCCAATGAATG TGTGATCCTAGAATTAAGCATTAATTTCTTTTCATTACCTTAGTCTTTATTATGTAAAGG ATGCTTCTAATATAAGAAAGTATGTTAAATCTGAAGTTGTTTGTAATTAAGAGCAATAAG TAGTACTCTATTTCATTTTGTGCTTTTGATCATAGCAAAAGGGTCCTTTGTTGTTTTATA GTTACCCTGTCTATATACAGGCACACATAATCTTTCACTTGGCCCTACATTAGTAGGGTC TACCATCATATGTTCTTTTTCTATCTAGAGCATCTGTATAGGACTAGAATTTTGAATCTC CGAAACTAATATTCAACTGGTGAATAGTTTCCTGGCATGTCAATCTTGAATGAATATATA CATTTTTCGCCTTTGGTATACTTGAAACTTGTTAACGTGACTAAGAAGCTGCAATGAGCT GTATGCTGCAACTCTTTTTTCTATTCACTACAATTTCTTTACTTTACTAGGAAGCAAGGG GGCTGGCAGAACACCATTGAATTGGGAAATCAGGTCCAGTATTGCCCTCGGAATTGCACG TGGCATCGAATACCTGCACTCTCAAGGTCCTGATGTCTCCCATGGGAATATCAAGTCATC CAATGTTCTTCTCACCAAATCATACGAAGCACGTGTCTCAGATTTTGGCCTGGCTAACTT GGTTGGACCGCCATCCTCCCCTACTCGAGTTGTTGGATATCGTGCTCCAGAGGTAACTGA TCCTCGCAAGGTTTCCCAAAAGGCTGATGTCTATAGCTTTGGAGTATTACTTTTGGAGCT TCTTACTGGAAAAGCACCTAGTCATGCCCTCTTGAATGAAGAAGGTGTTGATTTGCCAAG ATGGGTTCAATCTGTCGTTCGTGAAGAATGGCCTTCTGAAGTTTTTGATATTGAGCTCCT CAGGTACCAGACTGCTGAAGAACAGATGGTCCAACTCTTGCAGCTAGCAATGAATTGTAC AGTTCAATATCCCAATAACCGACCTTCAATGGCTGAGATCTCTAAACAGATTGAAGAGCT TCAACGTCCAACCTCACACTGATAAACAAGAACTCTCTGATCTTGCCAATTCAACAGAGT AAACTGGCCATATTAGTCCCTCAAGATGTGCAGTAATTAAGCTAAACTCAGATTCATCAC CAATATACTGAGCCAATTCTTAAGCATATTGTTGAACTTGTTGTTTGTTGGGGGAGGGGT GTCTAATCGTTCGTCTTTCAGTTTGAATAACTGATCATGGCCCCTTTTCCTCTATGTTTC TGTAGTAGACTAGTGGTTACCCCTTTCATTTTCCTTTAGATGAGGGGCCAAAGCCAATAT CTGTACCATTTATTCCTGTTGGATGTATAATGCTTTCCGTAATTATTACTGCTTCTGCTT TTACTTTTGCCTTTTCAGTTGCAACTGTCATGGCTATTCTGTGTGTATATGAGGCATGGG TGCATGTGATTCTTGACATGCGGGGAGATTGCAGTCAGAGTTTCCATAGATGCTGAGTTG CCCAAATATTGTTCCAACTCGGACAATTGGTCTGTGTCAGCCAACTCATTATCGAGTTGT GCTTTAATACAAAGAAAGTGATAATTTAGGTAAGTAATTGTAACAACATATGGTTGAGGT ATGTTTTGACCCCTAACTAAAAAGAAATGTAGATTTATATCATATAAGAAGAAAGAGGGA ATCCTTAGCAAATCAACTCTTTGTGGCAATATCAATTATTACTGATAGATTTTAGTTGTG TTATTTTCATTTTATATCTTTTCCTTTTCCATTGTTAATAGGCAAACAGACTAGACTCTA GCAGATACTTTCACAAGAGAAGAGAAACAGAATAAAGGGAGTGGAAAAGAGTGATGTGAA GTTGTAAACATCAAAATTTGAGGCAACAAGTTCGACCCCTTTCAAAACAGGAGATGTGTT CTCATTGCTGTGGAGGAGAATTACAAAGCAAATCAAAAGCCTGAAGTCAAAAAACCACAA GGCATCTCATGGCCATACATGAGAACAAAAAGAGAGTACACAATTGGCACACTAAATAAA ACGGCGATTCAAAGCACAACCTCACAGCATGAGATTCAGTTGTATCATGAAAACACATCA CATCCCCAGTAGTCGCGATCATGATCTTTAAGCTGCTTCTATATCTGTAAGGGAACAAAA ATAGGAAAAATAAAAACCATAAAAGACTAGAAGTATTTCTAGAAATATTGCATTAGACTT AGTTGGATACATACATTTACATGGTATAAAGACAGGGAGATGATTGGCGGGTGTTCAGTT TGTTTCTACCAGCCAAGAAACAGAAGTACGGATACTCTCACATGCACAGTTAACTGGAGA GCTATACATTAGGATTTGACGGCTGATCATCTTTCCAACCTTTTGTAAGCAAATCATAAT TTATTGATGCAAGCTGGGAGAGATTCTGTTGAAAGAAATGAAGAAAATAAGTGGTAGCAT TGTTAGGATTAACTCATGAGACGAAAAGCTTTTTAAAATCTAGTTCCATCAACTTTTTTG AGTACCGAATAAACAGAGAAATTTGGTCAATTAAAGCAGGAAATATAATGTTAGAAGAAA TGAGAGAACAAAGTTAGAGGGTGCAAAAATTTCAATAGTTCTTTATTAGTCCAAACAAAC TTAGTAAAGTGATTTAAGAGAGCAGATAATCGATTTAAGAATACATAAACATCTGATAAT TTTCATGTACTCACTCAACCCTTAAGATCTTCCAGTTCTAACTGATGTGGCTTTGTCATA CAGATAACATCCAGCCATCAGAAACTAGAAAATCAATGAATAGGAAGTTGTAAAGCAAAA GATTACCTTGAAAGAGAAGTTATTGAAAGGATAGTTGACAGAAGAGCCGGACTCAAAATC TCCAATACCAGCACATTCATCACCCTGCAAAATATTTCGTAGAAACTAAACCTATTTAGT AAAAAAATTAATGGAAAATTGACTTACAACATGTTAAGAGTTAACACGCCAGTCTTCTAT TTTATTTTATATTTAATTCATTTTGTGGGTATAACGAACATACCAGTTCATCTTGGCGAT TATCTAGACAGCTGCTACTACCACTAACACTACCATCATCGCTAGAACCCTCATACTCAC TGCCTGCATATACATGTTCATCTGAAGGATTCCAAGCGAAGCGACTAGTGAAGTAACTAG TATCCAGTGCACCTTCGGATGCAGGCACAAAAGCCGCCTGAGGGAAGAGCACAACATTGA TGCGACACAAATCAGTAGAAAAAACAAGATGGACCCACCTATAAATATAACAACGCAACT AAGCCTCAATTCAAGCTAGGAGGGGTCAGCTATCTTTTCATGGCTCAGCGCAAGGAACCT TCTGCTAGTACAGACACGGTTAAATGAATATGAATAACTTTATGAGTAAGTATGTCGCAG CCAACCTTCTGTCTAGCAAGTGTGTCCCAGTTAATATCTCTAAAAAATTGATGCTGCTTC ACCTGCATAAGTTTCATAGTCATTCTACAATCTACTCCCAAAATCTCAAACGAACAGGTG TAAGAAGGCTCAATCTCAAAGTACGTTGTGGAAAAAAACATCACCTCTGATGCTCCTCGT GCTCCAAGTCTCATATTAGGATCTTCCGTCAGTAATCTGAAATTTATCACGACAGCAGCT TTCAAAAGTTGAGGGACATAAACAAACATGTTCTACAATAGATGAGTTACAAAGAAAAGA ATATTGAGTTTATAATTACTAAAGCCAGATGATATTAATCTCTGTAGCAACACCTGAAAT TCCAGAATCAATTCAGCATCAATTAGTTATAGTTCAAAACACAGCCTGCCAACATTTTGG CAGAATAGATGTATTCCAAATTTATAATTATCACCATTATCCTTTTCATAGCAAGATTCT TTTTCTGTTCCATCGGGAAGGATTTGTTTTTATTCAGGGATTGATGGACGTAATGTGTAC TCTTTGGAAATACAGAAGAGTTCCTGAATGGAAACAATATTATAACTAAAAGCTTTTTGT CAACTACTAGAGGGTCATTATTAAATAACCAATTTTGGAGTATTTATAGACAAGCTTTTC ATAATAACTGGCAATGCTTTATAGTCAAAAGCCAACCGCATTCTAATGATCCACTGCCTC TCTCAAATTCACCAAACTAATTCCTCATAACTCAAGCATGCCTTATAACATAGAGCCTCC ATTTACATTTACATTTACATTTCTTACCCCAGGATTTAAAAGAGAACTGGCTAAAAGCTG AAGGTTCTTGGAAAAAGAACTTGCCGACTGAAACTTCAGAAGATTAAAATGGGACTTGAA ATAATAACCAGAATGATTCTCTTACTGGTCAATCAGATCTTGTGCTTCACCGCTCATTTC ATCAGAAACCATTGGCCAAGGTATCTTACGATTGAGTATATTATCGAATATTTTCTGAAA ATGATCCCAAAAAGAAAAAAGAGAAAGAGAAACATAACATCAGGAGTGCTTCATAAAACA GTTACTTCATCAACATAGTAAATAAGGAGAGGAACTGCTCAGATAAAGCTACTGTAAGCA AAAAGAAAAAAGAAAAGCATGAAGGTATCAGAATTGCAAACACTAAATTATTTTAACTTA GTGCACGTACATTTTTGATAATGACATAAAGTGTTACATACATCAAACTGCTCGACACAA GATAAAAGAACTATAACTACAGATCTATGTTTTAAGCCACTCTTTTTTATTCTTTACTCA AACAATCCCATCGAAATACCAGATTTGAGTAAATATTTTTTATTGATTCCTCTTAAATTG TGTTGACTTAACTAATGATTCATTTCCATTGAATTGGTTGTTCACCATATATGAGACTAT GAGGTTGCCATCAAGAATCCGTATTCAGTGGTTTAAGCACACAGCTCATAGAGTGCAGAT TCACAAGTCAATTCAAATTGGTCTTGGATGTAATATCCAAAGCTATAGTACTTGACTTAG TTTATACTAAAATTCTTACAAACTAATTAGCTTGGGATTTAGCTATAGCTGGTGTTGTCA TCACCGCCTCACTCTTATAAAAAGAATGTCCAATTCTAGTTTTGGGTGCATACCAGCATG ACCCCTCATTGAGTCGTTTGGAATGAGCTCTGTATCAATGGAATCTCATAACCATATCAG GAACCAAGGTGGTACTACTTTTAGAGCACGTGTGGCTTAACTAAAACAATAGCTTTCTAA ATGTAGTTTTTTAGAAAGTCAAACTTTAGTAACTTTTAAGTTAAAAAATGAAAAGTAGGG AGTACCTACTTTTAACTTTTAACCCTTTTAAAGTCATTTTAAACTTATTTTAAGTTATTT TTAACTTGGTCAGACATTCCCAAAAGCGAAAAATGACTTAGAAGTAGATTTAACCAACCA TTAAGTCAATCCAAACATGCTCTTACATAGAGCCATCTGCATAAAAATAAGCTACTACAC TCTATAATCGTCAAGTAATCCACACATGCAAAATATATGCATATAAAGAAATGTGTCACG TCTAGAAAGAGTTAGTTTGCATAAATTAGTAACTAGGATATACAAACATTATATACTTTC TTTGAGGACTTCATATTTGGTGCATTCGCAGGGAGAGAACATAGACACTGTACTATCTTT TAAAACATTTTAAGAGAAAAATCCTTAATATTAAGCATAAGCAACATTAGTGGCCATCTC TGTACATTTTGGTACTTCTTTCAACAAAATATTTTGTTATAAAAAAAAAACCACCAGCAA CTTTACTGACCATTTTCTTTTACTTCTCATATACGAACTAATCTACAGCTAAATGGGTGG TGTAGTAAGGGACTACATAGAAGAACAAGGACAAAAGATACAAATAAGAAGACAACATAT TAACCTGAGGATGCTCTGCATTAAAAGGAGGAACGCCAACAATCAACTCAAAGAGAATAA TGCCCACGGACCACCAATCAGCCGTGAAACCTGAAAAGAATTATGTAGCCTATGATTAAG AACTCTAGAGAATTGTTTTTATAAGAATGTCAGGTTATACATATACTCGAGTTACTATCC AAGAAAAAAAGAACAAAGATTCAATGAAAGCATGTCCAGAATTATAGAGAAAAGCAATAA TTTGGAGTGAACTCCCAATCAGTATGCCAACTCATCCTCGCTCCCTTCCGCATTCTAAGA ATTTTAACCTGTGTTACGCAGGAGAACATAATACCTTGTTTACTTTCTTCACCATAGCAA ATAATTTTACCGATGTGCAAGCAGATCACCCAAAAGTAGAGTCAACTGAAAAATATGGCT CTCCAAAACACACCATTCTTCTATGGTATGCATGAGTGCATAGTGCAATATAAGTAATTT ACTGATGTGAGTAAGCCTCGTATAGAAGCAGTACACCAAAAATAAAGTCTACTGTAGAAT ATGGTCCAAAACACACCCATTCTTCTATACAAACCAAGGTCTCATGAGTGCACCAAAATT AAGAATGGACAACAGCCTATTACTCAAATGTACAAAGTCATTCTCTAAACTTTCAGAAAG CTCTCAGATTTCTCTCCTCCCAAGCCTTTTTAAGACTAAGAAATTTGTTTTTTTGAGACA CAGAATGGATTCTATAAAAATAGAGACTATGAAACCACACCTATCTCTGTCAAACAAGTT CCTGATCAGAAAGGAAGAGTACTTTAGACAAAAATCAAATGTAATGCAATTGTAACAATT AAGGGTAATACAGCAAGTCTGTATTAACTATACGAACATTGTAATTGGATTGTGTTTTTG TAACAGTTAAGTGCACATTGATTCCAAGAGATCACAAATCATTTTTTATAGCGGTACCAG GAGATTGCAATTCATTTGAGACAACTACACTCCTTTTAGATCTAACATTATTTTTCATTG TTTTAATCATATTGTTATCAACCATATTGCTAACTATAGGTCAGTGAGGTCTTACAGGAA CATAACCAGACCATCACACCTGATCTCTCACTTTACTTCTAGACATGCTACTTGCATGCT CCATCAGATGTGATCATTTCCAATCTCCTTCAAATTTGTATGGTATTTGAACATCAATCT TAACATTCACACTGGACATCTACACATGTCTCTTGGACTGACATAACTATATCATCATAG AATTTAGTGTCAGTTATCCTACGAGTTCTATTTGCTGAGCATAAACACTAACAATGTTGA TTGTCCCCCATCTCTCCCAATCAGTCTAAATGGATCAGATTGCCCCCCATCTCTCCCAAT CAGTCTAAATGGATCAGTTCTATCACCTATTTTCCTTTACATCTACTATTTTATCTTTGA AGTCTTAATCTGCAATGGTTTCCAGCCACGTTTCTAGTCTTATCAATCCCGCAATATCAT TAATTATAGCTAATCTCCCTAACATGCTTTCATGTACACTTAAGTCTCTTGTGGACAGGC AGTATTAACAGTTACCTTTTTAAGTTATCCACCAATTCTATTCACTTCCCTGTCCAGTCA ATGAGTTCCTACCCATCTGAATTGAAGTCAATTTAGCTTTCTACCCCATCTGAGATGAGG AAAATTTTTTCTATCTAGCACCACATCTAGATGATGATACTAACTATTCTGCACCCTCCA TCCTCTATAGCATGAGAACCTTCCTTATCTAGATGATGATACTAACTGTTCTGCACCCTC CATTCTCTATAGCATGAGAACCTTCCTTATAATCCCACAGTCGCACTCGAGTGCAATGCA ATGGAACTCCCCGTATATTTAAATATACACCCAAGGAGTGCTGTAGTATGTGTCTAGGTA GAGATTATCACAGCAATTCAGTATCCAGAGAATTCATCATCTTTAGGTTATTTTTTACAT CGACACTCAAACTACCGCAATCGTCCTTTGCTGAATTAGGAATGGTAATGAAAAGTTTTA AAGGGATTTTTAACAATAATAAAGGAAAAGGGAAATGGGGAATCTATTTGGGAACATTAT CAAGTTTATCATTTAAAATGATTGCTTCATCTGCCAAATTCAAAGATAATCAGCTGTTCG TTGTAAATGAAGATAGATGGGTAAAAACGGATACTAACCATGCCCTGTTCCTAGAAGAAT CTCAGGCGCCAAATAGTCAGGTGTACCTACTGCAGAACGTTTCTTCCGCCTTTCTTCCTG ATGCTCAGATGCAGATAGCTGAGATTCATCATCTTCCATCATGGATGTTCCACTGACAGC AGGACCAGATAAATCATCTGTGCTATTGATAAGACCAACTTTAGAAAGCCCAAAGTCTGT CAACTGAACAAAATTACACAAATTAAAACTACCTCATCAGTGTGAAACCAATGTGATTAA AAGAAAAAAGCCCAAGAAAACAGGTCATCGACATGTTAAACCACCGCAAGCTCAAACAAC TTAAAAATGCTAGAAAAACAAGCAGAAACATCAATGAATACAGTCAGGGAAATTTTATCC AATGATGAGCTGCTTCGTATTGAGGCGTAGTTGTTGTATGGACTGCTTTTTAACCACAGC AAGCAATAACTCGAGACATGATTTGAAAAGTTGCCCGTCATTATGTCAACATGAACCACG ACAAACACTTCTATGCTTCAAGCTTGAGGAACACATTAGCAAAAACACCCAATACAAGCC CCAAGTTAAATAGGCAAGGCAGGTTGATTTCTAAACCCCTTCACAGGCCTCAAGAAACAT CTTGCCTAAACATTACATGCCCATCAAATTTTTCTATTACCTATTTGTCAATATATGTTA CATTAAACTGTAGAGCTTTTTGTGTAAAACATAAAACTCCTCAAGTAATAATGCAAGGTC TCCTTTGATATCCAGTTCGCTGTTGTAACCATCTCAGAAAACACAGTCAATATTCATTTG AATAAATAGTTTATTTCACAATAAATTATCTGAACCAACAATAGTGTACTGAAGCTCTAT GATCTCTTTACATATCTGCAACTATTATCCAAATAAAAAGATGACCTTTTTCTTTTCGAA ATGGCTATAACGAAAAAGCTAGGCCTTCTCATTTCATTGTTTTTAAAATTGTGGCCTTCA TTTACTCGAATATGAAATTCAAAAAGCCAAACTAATGAATTAAAAAACTTTTTGGCTTTC ATCTTTTTCACATGTAGAATTAAAAAGTTACAAACCTGACCCTAGTCACTCTTGAAATTC CAGAATAAATGAAGGATTATAAATCACGGACCAACACATCCCATTTTTTGATCAGGTAAT ACATTTCATTGATAATATCAAGGCCATCTTGGCCTAACACATTTCCTAGAGCTACAAAAG CTTATGGCAACAACTTGATTCCAGATATATAGTTATATATATAAGGAGGAGCAAACATGG TGGATTTTAGAAAAAGCCATCACAGCTTACCTGTTAAATGTTGTATCTAAAATGCCCCAC CTTAAGCAAGGAATTCGACTATTCAAAAAACTTTATCAAGAAGGCACGTTTTAGACACAA CTTTTACCTTGATATGACCATCATGTGCAATCAACAAATTGTCAGGCTTCAGATCTCGAT GAACCACATGCTGAGAGTGCAAGTATTCCAGGGCAAGCACCTGGCACCTCAGAACTTCAG ATTTAGGTGTTTCACCATAGTGTACAGTACTTCTGAGAGCAAGACAGAGACATAGATACT CACAACTTCAGCAATATAAACACGAACAACTTCTTCATCTAAGCAGCCTAGATTTCTCAA CAGTGAATATAGGTCCCCACCATTCAAGTATTCCATCACAAGGTACAAGTTTTCACGGCA AGTAAATGAGTAGAAGAAGCGAACCTAATGCAAAACAAAAACCGGTAAAAGAGGTATAAT CTTATCTTTCAGTAAAATGTTTTGCCATCTCAACATGCTCACCACAAAAGGATTGCGAAC TGATATTAAGATATCACGTTCGGCCAAGATACTCTCAACAGCATTCTTGCGTATCATGTC TGCCTTCTTCAGGACCTGTAACTAAACATGTAAGTTGGACTGCCACAAAGAAGCAAGACA TAGCATACCTAAGATCAAAACTTCACCACTAGGATAATAGCTACATCTTTAGGTTAAGAC CACAACTCCATAACATTCAAGAGTCTTCTCAACTTTCTTTAACTCTATGCTGAGTCAAAA CCAGACAAACAAATTGAAACGGAGGGAGTATATCCTTATGTTATCGCACACAGCCATGAG ATGTCCTATGGTTTTTGAGTTCGGGGTTTCGATCAGTTAGTAAGTCTCCCGCTACGGAAA TGAGAATACCTCTTCCGTTTTGAAATTGCCTCAAATTTTGTTGTTTACTCTCTCTACCAT CCCCTTAATACTAGAGAGGGAAGTTAAGTAGTCTGCTCCAAAAAAGAATGGACTTTATTA TATTTGTTAACTCACTTTAAACTTTCATTTTACCTTAATGACATACTTTTTCTATAAGAT GAAGAAACCCTTAATAGCATACTCCTGCAGCCACGAAAATGTCATCGCGTTCTTTTTCTT TTAACAACTGAAAAATTCTGGAGTGCCAGTGTAAGGTTCGAAACTCAATGGATACAGGCA TGATCCTCTACCGTTCTTCACTTAAATGATGGGGTTTTGTCGGCAGCGAGATTTAAACTT GTGGCGTGCACCTACACATTATGAGTTGCACTTACCACTACTAAGACACTTTGATCTAGT TTTAACCTGATCAAAAAAGTTCAAAAGGTACTTTGGTATGCATTAATGACTTTAGGAATC TTTTCAGATGCAAATTAATCATGTAAAAATCTTGCATAACTAATAACATGTTCGGCAGCA TTCTTTTACTATGTTTAAAATTAGTACAGGTATAAGTTATGAGAGGATATATGTACTATT TTATGCAAAATAGAATATGAAATAACTAAACCTTGAATAACTAATCTCAACATAAAATAA TAAATAGATTTCCTCATTGTACCTGGTTAAATACCTTCACATAAAATTGTACCGACGGAG CACAATTTTGGCTCACATTATGTCATTAGACAAAATTCATTATGTTGTACACTCTTTTCT AAAGGGAGAAGTCCTTCCAATCCTAGTAAAACACATTGTTGTTCTTCCCTCCTGATAGAG GCATTTATAATGCCTCAATTAGAATTAAAGTAATAATCATGAAAGACCAAGGCATGTTTA TAGTTACTAGACTAGGATTTGAGGAGGTAAGGTAAGGTATCATATCTCCATTCTTTATGT ACTATCGGATATTCATACAAGACAGACATTAATGTCTTGACCCTCTGGCACCTCAAGGTG GATTCTTCAAAAAAAAAGATAATAAAAAAAAACATGTTGAAGTAGATTGCCTCATTCACA AACAACTGAGTTAAGATGTATCACTACTAGTCCTGCCAATTCAACTCAGTTAGAAAACTT ACAAAATCATTTCAAGGGCCTAGAATTGTTCGTACATTTACACAAGTTTAAGTGGAAGCA ATAATGCACACTTCAACTTGATGGAGAGCTTTAAGAATGTAGATATATCAAGTTCTTTTT TATTATTTATATATATGAAAAAAACCCAGAAACATAATCTTCCTCCTCAGGAGTCTGACG GGACACATTTCCTGCATTTGTTCCTATGGTGACTCGAATCAAGGTGGAGGTTCGTCTTTT TCTCATATACGGCTGGCTGGTCCTTATCAGTTATCACTAGGATATCCATCCACTGTCAAA TTCACATATTGTAAATATGGAATGGATCCCGAACTCCCGTTCCTGCTGTAAGGTGATTAA GAGAATTATAGGAATGTATTATATGGTTTTTTTTTGTGAAGATTCCTGTACACTCTGTTT AAGTTTACATTATACAAGCTCCTCTTCTCTTCCCTATACAGGAGGAAGAGCAAAATGGTC TGGTTTCTTACTTGATACCTGAGGCCAGAAACCTACCTGAATCAGACGATGTCATAAGGA AACCAAGGGACATATAAAAGACGCATTTACCATGAAAGACAAAAAGGGGAAACCTACAGT TAGAAATGGAGGAATCCCACCCTTCTTTCTGTAACCATACATACACATCCTTGTCAGAAA AGTACATGTAATACACATGTCGATATCCACATATAGTAAATTTATCACGGGAATAAATTG CCAAAAGCAATAGGAGATCGAGGTTTCATAAGCTCCTTCAGTTATTTTGTTCAAGTAATT TTGCAAGGTAACAAAAAATTGTAACATAATCCTTATATACAAACTCCTAAAAATTACATA ATATAACTGTTTGCTAGATATGAGACATGCACATGTTAAAGACATGGAGCAAGGAGCTAT CACTTAAAGACGGATATTGTTTTTCGTTTTCTGTTGGACTGGGACCAGGATGGTGGAAGG GGGTTCTCGATGTGCGATCACTGAGCAAGCTAAAATCACTTCAAAACGGAAATCTGAATG ATTCAAGGAATGTTGATCAATAAAACTCAAGCACCAAACTACTATAGTACCTTAATTGCA AAGAGATCTCCAGTTGTTCTCTTTTTTGCCAAGAAAACCCGACCAAATGCCCCACGACTA ATTGGTTTGATAATCTCAAAGTCATCAATAGACGTACGATCTTTGGAATGAACTGGGCTA GTTCTCAAGCTACGTACGACATCGTCTTCCAAGGGAGCATCTTCATCAATGACAGTGCTC GTTAGATCAACTTTGTCATCATCGACTAGCTCACACAGTTGCAAATACTGTTCCCTGGAC AGTTGTGAACTTAAGTTAAAGAAACTTTCTGTAGATAGAGCAGATTCAAAAAAGAGAAAA GCAAGATTCCTTCCTTTGATTTCTCTCCTGAGCCCCCTCAACGTTTCATGGTTCTTACTG TTCATCATTTTCTTTTGAGAGTACCCCCAGAAGCATATGTATGTTAAGAGTGGGTTAGAG TCTCAAATTGATGGGGTAATGGATTGGTGGTTTCTTATATGAACATTGGGCAATCCTCCC TCATGAGCTAGCTTTTGGGATGAGTTAGCTCAAGTGTAATATTTTACATGTATCAGATTC AAGTCCATCCCCATTTGGACTCCAGAGCCCTGCTCCAGTTGGGCTTGGGCGGGGCGGGGC GGGGGGGGGGGGGGGGGGGGGGGGGGGGCTTTAGAGTGGGTTAAAGACCCACATTGGTTG GGAACGGGCTGATGGTCTACTTATATGGACATGGACAATCCCCCACTCATGAGCTAGCTA TTGGGGCTAGATTAGTCCCAGGTGTCATATCTTTACAATGGATATAACAGAAGAAAGGTC AAATTACCGAATCAGCTTTTCAATACGAGTTCCAAATGTTTCCACGGTAAGTGCATCTAA CTTTCTGCGTTCAGTCACAACTTTTAAATCTTCAAGGCAAGAGAGCAAATAAGGCAAAGA GCGATCATCATCTATAGGTGTAGTTGCCACACATCGAGCAATATCGGCAAGTTCAATCAT CTGTAACATTAAAAAAAGTAACACAGAGCTGTCAATCCAAACCTCCAGGGGATTTATCAA AAGAGAAGAAGAACAAAGCATCAAAATAAGTCAATACCAATTACCCTGCACCTATTGAAG TCAACAGTTAAGCAAATTCATCCCTAATAGAATTAAAACCATCCATGAAATATAATTAGA TAAAATGATGTATGCTCGAGTTGTATATAATTGGGAAATAGAATGCAGCGTACACTAATT TCTTGATCTTTTGGCAATTTACCTGTCAAACAGATCTTTTTGGTATTGATAACCCCTTTA ACTATTGTAGGAAATGCTATTTCATTAGTTTTTTGGGCAAAATAATTGAGAGAACTCTGA AGAAGGAATACCCAACTTTTGGGGTCAGCTTAAATCATGAGAACTCCACAAGCAAAATGG GAATCAAAAATGTTCCTTCCCACAACCCCACAAGATCATAGTCAATGAGGTAATACTAGA AAAATGTGACTTCATTCCACTCTACTTGAAAAGGCACAAACATCAGTCTATGAGGTAACA TTAGAATCTGGTAATTTCATTCCACAAGGCTAGGAAATCCATCAGCTCTTCCCGAATAAG AACTTGCATTCCTCTTAAAAATGTACCACTCCTATATATGATTATCCTAACTTGGAGGAG AGATGAAGAGAAAATGCAACAGAAGAAGGAAGTATTTTCATCACTGAGGCCATACAAATT GAACATTCCAGAAGCTTAGCAGTCCAGAAGGTGATAGAGACCAATAGTTGGATTAGGCAA CTGAGGTTTCCTCATGCTATAATTCAAGGACTATCATCAGAAAGGTCGCGAGTAGTTAAG AAGGCAGGAGGTAATAACAGAATTTTGTTAGAATTGATGAACCTAATTCTTATGTACCCG ATATAACGTCCTCTTTCTCATGTGACCTCTCTTTACTTCTCACTTTTCTTCCCTTTCTGT TCTATCAGTACTCACTCTCTTCTATCTTCCCTCTCTAGCTGAGTGATATAGTTCTTTCGT ACATTACGTTCCGTTGTTCTAAAAAAAAATAAACACAAAAAAATGGAAAATAAAATTATT ATATTTTCCTTAAATGGTATTGGGCTGCTAACATGGAGTCTTCGATAACTGACCAACCGG CGGAAGCATGGCCAAACCCAATGAAACTCAGCATTGAGCCCAGTACAATTAAGCAGACTC CTTTTCTTGTTCATGATTCTCTTTGTTATTCTATATTCTTCTTTCATTCCCCATTCTTCT TCCTTTTATGCTCTCAATCCGGCAACACGGGAAGGAAAGTGTTTTTTTGAGCACAGACTA TAACCAGAGTACTTTCTTGTTCATGTTCTTTCTTATTCTTCTTTAAAATGTCGGCCTCCT TTCATATCTCACTATGATGTCATGCCGTGCAGCATGGGAGGAAAGATACAGATATGGTTA ATGGTTGAGGGGGTAGAAGGTGGAGGAAAAGGAGGAGAAGAAAAACTAGCACCAGTAAAA TCTTTTTGTGGCGAAGTTTTGATGTGGGAAAGGAAAAGAAAAAAGGGGGAAAAGAATTTA ACTCCATAAGTGAAACCTAACAGAAAGGTGTAAGCTGCAACCTTCTATTAAGTTCAAAGG AGAGAATGCCGCCAAAAACAGTTTCATAGCAAAGTTTCCAAAATGCTAAAAGCTTTCAAG GCCGCGGGATCAATCTACATTATAACGTCATCAACCTTCTACAAGAGGCACAAGCTTCTA AACCTAAAGGGAAACAAAATCTGTGACTGAACCAAGAGAAAAGAGCAGAATTTTTAAAAT TTAAATTCATATAATTCACATTACATAACATTTTTAAGAAAGGCTACATCTACCAACATA TCCACAACCAAAGAAAATACATGCAAGTGCATGCAAACTCTGCTAGCAGCAGCAGAACTC TTTTAGTCTTATCCCCCAAAAGAAGTGAACTGAGATACAAACATACTGAAGAATCATAGT AGTTTCTACCTGAGGAAGATCATCATGCTCAGCGGCACAACCTTTTCCTGCCAATAGTAG GTCGATTGGGCTGGTCTTTGGAGTCAGCAAGGGGGATCTAGGTGTCATGCTGCCAGCAGA TGATGTTGTCATCCCTTGATCGGATTTAGGTCCAAACCGGGTTCTACATGACATAGAAGG TAAACCTTTAAGTTCATCCATGAAAACAGAGTTATCCACCTCAGGAAGACAGTCAAGCAT ATCCTCTGAACCTCTGCAAGACCCGTCACTAAGTTTTGGAGAGAGAGGTTCAGATTCCTC AGTTAAAATACAGTTTGATACTTTTGCACCATCTGGACTTCCAACGGCATGCGGGATGTC TTTATGTGCAAATGACTCCATGAGCTTCTCAAGAGTATCTGCAACCCTTAACAAACGTTC ATTAACACTTAGACTTTTTTGATCACAGCGATCAGCAATTGCACAAATTCTGGAGTGGTC CTCTACATGTAATGTAGGGACCTCCTCCTCACAAATGCGACATATTATTGAACTCTCATC AGACACACTTGGTTGATCACCCCAGTAACCCCAGGAAACATTACGCTGGTGTTTGGAAGG AACAGAAGAGTGTGCAAGTGAATCCCTAGCAGAAGGAAGATCAGGATGCTTGATAGTAGC TAGATCTGAAGCAGACGGTCCTTTTTCATCACTAAATAGTTTTGAAGCTTCAATGCCTCT ATCAATGTTCTCCTCCTTGATTGGAGATGCTTCTTTGGGACTTTTTGCAGGTGGAGTTGG AAATTTCTTCCAAGATGCCATTCGGTTACGACTACCCGGAGAATCCAATTTTTTTGCAGT TTCAGCTTCCGAAGTCGGAAGGCTACCTAGCTGTACAACTTGATCTCTCTTCCATTCAGA GCCATGTTGTTCCTGACTGTAAGATTTTTTTGTAGGAGGCAACTTTGGTAACTTCAGAGG ACCAGACATCTTTCCATCTCTCCGTCTTTCAACGGGCTGCAATGATGTACGAAGCTGAAA CAGAGGTTCATCCTCAGCAAATCCACTTTCTTTGTGAAACTGAAGCAAACGTGTGCACCT TGTAAGTATAAAAAGCATTCTAGTGTGCAGCTGCTTAAGTGTACCCATGGGGAGTTCCTG CCGTCTATCATCCAGTTCCTGAACAATGCCCTCACACTGAAGCCAAAATTCCCCAGGAGA TGTCATTGCACATCTTCGAGCCAAAACCAGCAGATCTTCAATTGTTTCCTGCCAATCTGG ATGAGTTTCTGCATTTTTTTCAAGAACTCCAACCAGATCTGCTGCGAAAACACGCAAATC ATTATCCACTTCCTCCTTTGCTTTGTCAAACTTTCCTCTAATCATCGTTAAAACCTCCTG TTGAAATCGCAATATACTGATCAACACTTGCAAAAAGAACACTGATCATTTACAAACTTA ATAACATACCGGAAAGGTTGAATTTTACCTCCAAATTATTCAAACCTCGAGGTTTCCAGA ATGGAAAAGGCCGTACACCTTTGGAGTTCAGTTCATGCGAGAAACTTTTTATATCTGCAG GAAACCGTTTCCTTGGAGCACTAGTCACCCGGAGTAAAGCTTGAAAGCGCGGAGATTCAG ACTCCTTTGGGTTGTCGCATTCTAAAGATGTCTAGAAGGTACATCTAGCATTAGAGTAAC GATAACGCAATAGCGAGAGAAGAATCAATTAATGCAACAGCTTAATCCTCTGTACCTTCA ATTCTGGAGTACAAGCATCTGAACTCCTTAGACCTCCAGAGTAGCCCCAAGATGAACTGA CTCGGCCTGCATAACAATCAAAACATGAGAAAGCATAACTTACACCTCAAGCAACCACGT GAACTTCACTAGTGCTGTCCACATATATATCTTGATATCTCCCAAAACAACTAAATGCAA CAGAAGTCTCTACAATTACAAATCAAGTAGAAGTTAAATTCTAGGATGATATCATGCAGT ACCCTCAAAAGTACAATTTGCATAGACCAATCTTTCAAAGGCCAAGCATATTAAGCCAGT GACTTCTTAGCAGTCCCTCAAATAGCTTCCTTTTTTAAGCTGAATGAAAAGAAGAAAAAA AAAGGAAGAACGCTTGTTCGCCTTGGCCAGATTTCCGCATAAAATATTGCATAAGTTAAG AGCAAAGCCAGTTTATCCCCAAAAGAAATGGTAAGAGCAAAGCCATTCATGCAATTTCTA GACTGCTTGCTGCAATAGAGGAGAACTAGCTCTTACTGAACTTCGGTTGTTAAATGCACA ATGATCAATTTACATATCTGTCCTTAAATTCAGTGCTAACTACTTAGTAGAAAAAGGTTA TCAACATTCAAGCAGCCAAGAAAGGGAGTCCCAATGCATAAGTAAGAGCAAAGCCATTCA TATAATTCCTAGATTGCTTGCTGCAATAGAGGAGAACTAGCTCTTACTGAACTTCGGTTG TTAAAATGCACAATAATCAATTTACATATCTGTCCATAAATGCACTGCTAACTACTTAGT AGAAAAAGGTTATCAACATTCAAGCAGCCAAGAAAGGGAGCCCCGATGCATAAGGTACAA CTAGCTAAAATAGTGAATAAGTACTTCCATGATACTGTATGGACGGAGAAACATAGAATT ACCAGACTTATCAATAGGAAGAGAGAGAGAGAGAGAGAGAAATTATCCATGTTTGTCCTT TATCAAACCAAAATGCCAATTTCTCATCAGAGTTGTCTCTATAGGTAACAAATATAACTT TGCATATGACTTCTCAAACTTTATAAATCACGCCTACTAATGGAGATTCAGTATGCTGCA GGGCGAAAGAGAACAGGTCCTTGGGAACTGAAGAGATTTTTGATAGAGCCTACTAAAAGA CAATAAAATAACAATTAAGGAACAAATACAAGGAGAAGAATGCAAAAGCTTTTAGCACTA TTTAATCAAGGCAATGGTGTTTTTCCAATGCTTCCTGCGCTTCTTTGGGTATCACAGAAA ACTAGGAAAAACACCAAGTATGGATAAACATGCAAACCAGTGTAACTACGAAATTAATCC TAAAAATTAAACAACAATGTATTAATCTAATGACAATAAATAACAAATAAGGAACAAAAA CGAGAGAAGAATGCAAAAGCTTTTAGCACTATTTAATCATGGCAAGGTGTTTTTCCAGTG CTTCCTGCTTCTTTGGGTGTAACAGAAGACTAGGAAAAAAAACAAAAACATGCGAACTAT TGTAACTATGAAACTAATCCAAACAATTATAAACAGAAATGTATTAATCTAAACTCAACA TGCAGTTATTACTTTTGGATGATAATTCCATGCACCTAAAAGGTGAAATGTACTTCACTC CTAACTCTGTCATGCATCTTTGACTGTGTTATCATTCTGCAGGGACAATTGAGATCTCCG AGGTTAACTGTTTTATGTTATCTTATTACTATATGTATGCATAATTTAAAAGAGATATAT GCATGCCAAATTTCTTAAACTATTGATACAGGTGTTTTATTGGTTTGCTTATTTCCTTTT ATCCAGAGAACTAGGAAACAAGTGCCAAAACAGAAGCCAAAAATATTTACGGCCATCATT CAAATTTTACCAGTCTTATTGGGTGTTATCACTTATGTGGAACAGGGGTGAGGTACCATG TAAGCCACTTAAAATATCAAGGATGAGGGCAGGACTGTATGTCAATGGCACAGCTGGGGT GAATACCGTCAAGGAGACACGCACAGGAAAGCCCATCACTGTTCACAATAGAGACAGCAC AGGGCAAGATGGGACGCAGCACTCAACCAAGTACCAACCACAGCAGAGCAGCCTGTGCAA CCAGCCAAGAGCGACAGGACCGTGTTGGTTCAAAGAAGACTACCCGGTCCACTTAGCCAC TGATTGTAATAGGTTTGAAGATCTTTTCATGTGCTCGTACCCATTCTAAACTCCCCCCAA CCCCTTTTTTCCCCGAAAGAAAAATGGGCCCAACAAAGAAACCAATTATGTTTTCTAGTA AAATCTCTAAACAAGAAATACAGCCGTTTTATTCCATGTTTCCTATTCTGTAAAAATTAA TTGGGAAGCAAGTGACAAGGCAGAAACTAAACATATCAATGCTTTGTATTAGCAACCCTC AAAAGTTTAGGCTGTAGGTCAGACTTAATTATCAACTAAGTCCTATTCCTCAATAATTTT CCTTCAATCTCAATGGCACTAAGAAAAGTTTACAAGGTGAGAGGCACTGCAGCCACCATC TTCTCCCCATTCCTGAAGAAAACTCACTCAAAAGAAAAATTATTGGCACTCCAATTGTCA CCATTAACTGACAGATCAATAGATTCACAGAACGCACTTCAACAAAACTATCACCTAGAG TAGCGTGGAATTTTAAACCAAAACCAAGTTACCCTGCGAAAAAAGGGTCCCATTTTTCGT TCATTTGACTCCAATTAAACATTTAGTCCTTTGGAAAATAGAAGTACAACCACTGCATAA TTCGAAAGTAAAACCCTTTTTGAGAATTTCATTAAACCCTAACTTCTACCTCATTGTCTA ACAGTGTATTGTTTGATTTGATTTATTTTAGAATGAATAGACAATCAAAATAGAACCATA CACAATAAGTCGATTTAATTTAAAGATTGATATTCAAACAATCAAGATCTCCATGAGAAA CCATGTCGCGCCACTGCATGATTCAGTTTCCTAATGTGAGTCAAAGAGTAGCCAGTAAAT CACACAGTCCAAACAAAGTTTAAGGACATCTCTCTTAGTGTTTCAGGCGCTGGGTCATCT AATTCCAAGAAAGTTCAACTGATTTGGAACTAAGACTCTCGTGTTAAATTTTCCAGCTGG ATCAGCATTTGAGAACTATTTACTTCTCCCGAGTGATAAAAAGTTACCCTTTCAGGCACA ACTTATTAGTATAAGCCAGTGGGTGTCTTGAAGTACCACAGCACTCACCAATCAGATATA CATACATTTTAGAAGATCAACTGTAGATAGCTCAAGCCAGTTGCCAAATGACTACATCCA CCAATGTAAATCCTTTTTGTAATAGAAAGACAGCTACTTTACCTGCTTCAGAAGATGATT CACTATTCTGCAGCCTCGATGGTCCAGGTACACGTGGGCTTTGATCCCTCGAACGACCGC TCTCAGAGGACATACTATCTGAATTGCTCCGGTTATCAACATTTTCCGCAGAACCCATCA GTGACCTCTTCTCATCCTTCTTCCTCATAACAGAACTAGACGGCCCATCACCACCACCCC GGCCACCCGCTACATTCTTTGACAAATTGCTAGCACCTAGTAAATTCCCCTTATCTCTAC TAGCATACCCAAAAAAGCTCTCTTGTGGCAAGGGCCCAGATCGAGTCTTTATCTTATTTA ACCCCAATGATGATGCTACTATCGGCGACACAGATACAGAAGTCGGCCTCAGTTCCGGTT CACGGGTTCTCACCGGATTCTTAATCGAATTCGGACTCGGGCTGGAACTCGGACTTTCTT TACCTTTTTCATCTTTTTTCTTATCTTTAAAAGTTGAAATTGAAGATGGAGTGATCGGAG AGTTGTCTTTGGAAGTAGAACCTGACTTTGCTTTCTTCTTGTCCGATCGGATCGGTGAAT TGGAGCCAATAGATCGTGGACTGTTGGAGGATCCATCTGGGCTTGATGGGTCGGATTTCT TCGATGAGAAAAATCTACCTTTAAATACCATCTTCCGAAAACTAGCTGCTATTGATTCCT AGGGTTAAATTAAACGACTCTTGATTTCTTCTTGTTGTTGAACTGAAAATTACAGCCCCT TGGGGCTGTGAGGTTTTGACTAGAGCATTAATGGAGAGTTTGGTTTGGACTGAAGAAAGA CTCTGTAGTCCACTGTTGCTCTGTAGAACCGGAAATGGTGACGGTGGCTGCGTCGAGAGA CAAAAAGAGAAAAGTATTGGGGCTAAAATGAAACAATCAAGAAAAAGCTTGACTGTCTTG GAACTCCATATTTATAAGGGGGGAATTTCGAAATTCTGGGTTTTTTAAATCTCAAAAGAC AAATAAATGAATATCAAAAAAACATATCCATCTTTTTTTCCTCTTTATAAATATAGAAAA AAATCGATAATCAGTTTGGTTAAGCTTATTTTGTAAAAGAAAATATATAGTTTTTAGAGG AAAAAGATATTTCGTCAATTTTTTAGGAAAAATAAGTATTTATGGAGAACAGCAAAAGTT ATTTTAAGAAGCTAAAAAGATGTGTGTGTTTTTTTGGCCTAATTTTCAAAATTTATTGTT CAAACACAAATTACAAAATTGAATTTAAAGACTTAACAAAAGATATTTACTTGTTACTAA CAAAAAAACGAATAAATTTATTGAGTTAAGTATTTTTTAAAAAAAAATAAATTATATAAT ATAATTTAGAAAGATGAACCAGAGATAATTAAAAAAAAATTGCGGAGAACAAATTATGAA AGAAAGTACAAATTAATTACTAATGTAAACTGAGACGTTACTTTAATTATTTATTTTTTT TGTATTTGTACATATTTAGAAGTCAAGGAAACTTGTTTTTTTAATTAATACTACACTCTT TTGTTTATTAAATTTTATTATTTCATTCTACTTTTAATTGTCATAATTTCAATTTTAGAA TCAAAAAATAAAAACTTTAACTATTAACACTTTACTATATATTTTTTCAGCATATTGATA TTCAAAAAATTGCAATTTATAGTACTTTTGTTATAGTTTTTAATATCTAATTTTTTTTTT ACAAAAAATTGAATTAATTTAATAAATTAGTCAAAATTGATTTTGGTAAAACGCAACATA ACAATAAAAGTGGAGGGAGAGAATATTGGATTAGTATTCTAGAATTAACACTTTACTTGA CATTTTAACATATCAGGAAATAATAATTATTATTTTCATCATTTTATCCTTGACATTCGT TACTTATTCATTAAATTTTTTTTCTAAATCTAAAACTATATATTAAACGATATCAATATT CTAGAAAAATATTCATATCAATTAGTCTTATTTTTTAAGAGACGTGTAGAATACCAAAGG AGTACTAAACATTCATAATATGCTTGACATTAGTAGTAAAAGAAAAATATGTTAATAGTA ATGAGATCATATGGAATGAGACCAAAAAATGTTTGTGGACAAAAATAAAATGTTAGTATT TGTTTGCCCCACGTAAAAGAATACTAAAAATGTTTGTTTTTTTTTTCTTTAATGACTTCA CCTTTCTATACGTTTTGATTAAATTCCCTAACAGTTTTGCAATCACTTTGACATATGTTT GTGTAGTTAGGTTCAAAGCCTCACAATTAGGTGAAATAGTTTTGAAAATTAATTCGAGTT AAAATGTAATTTAATTAACGATATATTAATGGATGTGCATTATTAATTAAAGATTTTATT TTTGAATATTAAACGAAATCGTTTTCAGTAAAAAAACATATTGACTCTCAAATAATTTTT TTAACATAAAAATAAATTGGCAACTTTCACATATAGCAAACAAAAAATTCATATTTGTAC GCTATAGCAAAATTTGCATAATTACGCTCCATAGCAAACATAAAATTGTATAATTCGCTA TACATATACAATTGTATAATTCGCTGGCCTAAATTGTATAATTCGCTATCCTATTTCACT GCAATTGTATAATTCGTTGCCTATTTCGCTGCAATATTTGTATAAAAATTGCTTTGCATA CAATTCAATCGAAGTAAAATATATGTATATTGCATAATTATAAGTGTATAGGAAGAAGAT ATATGTTTTTTTGTCGCTCTATACAAAAACAGAAACACAATTTATACACTTCTGTTGTAT AAAGCAAGAAAAAATTGTATTTCACTGAAATTGTATAATTCGCAATCGTATAATTAGTTG GCCTTTTTCGCTACAATATTTGTATAAAATTAGCATTTGTTTACAATTGAATTAAAGTAA AATGTTTGTAAATTGTAAAATTAAGTGTATAGCACGAAGATATGTGTTTTTGCACATGTA TATACAATTTTCTCTCGCTCTATACAAAACAGAAACACAATTTATACACTTATGTGTATA AAGCGAGAGAGGCGAGCAGAGGGAGAATGGCGAGCGAGAACGGGAGAGTGGCGAGCGAGA TTTTTGGGAGAGAGGGGACTGGCAAACTTTGGTTAACGTTTGCTACGGAACACATTTAAA TCAAACCATAGCTACTCAATTTATTTTATGTTATTAATTTGTTATTATATACAATCATCC CAAAATAAATTAATCGAATCTCAAAACATGTACATGGACTAAAGAAGAAACATGCATAAA ACATGTAAAATTAATGCAATAAATACACCAACCACCAATAGTAACACAAATGTTAATGAA TGATGAGGTTTAGGTATTAAGAGAACAATTAATACTAAGAGAGAATTAGCTGCAATATTT AATGAATTAGATACTGATAATTGAATGTTATCATATGTAACTTTTAAATATCTAAAATCT AAAATCAATGCTTTCCTAAAGAGTGAATAAATAAAAAACTCAATACTCTATTTGTTCTTA ATCAAATTGTCTAATTTTTTCTTTTTAATTGTTCATTTTCCAAAAAAAACAAGAAAGGAT GATTTCTTTTATCTATCACACGCTTAATTAATTAATTTTGTAAACGATAGAATTTTTTGA AAACTTAAAATTTTGAATTCATTTACTTCATAATTAATAGGAGTAAATTTTGTAAACTCA TGATGTCAATCATTATTTTCTTAATAGATATATCAATTCAAAAATGAACAACAGAGGGAA GTATGATACTTATCTTTTCAATTTGGATTTATTCTATTAATCTCTATTACACACGGAACA TCGAGTTAAGAAGGATTTAATTTAGTAAGATTTGAACTCAATTATATTCTACATGGGTAC TTCTATCGACAAAGAATTGAAGACTATAATCATATGTACAATATGTTGAATTTTCGGATC ACTTTCATATATATCCATTTGTTGAGTTTGTATTTCACAAATACTAATTATATTTAGAGT TATAACCCTAAACAACTTTATGAATTGAAGTAAATAAATAAATTTGAAGGTTGATCCGCA AATCAAGTAATGAAAAAAAAAATCCGATCCAACAGAAATACACAGTATAGGAAAAATTTC TCAAATAGCCACTTCATAGTTACTATTTGAAAATAAGCCAACTAATTGAATCTAATCAAT CTATTGGATCGGAAATGAGCGATCTTAAAATTTTGACCTATGCTTAGCGATTGACATATA GGAAAAATCTTTAAGGTCAAAAAACAAAACGTGTTCACTATGAAATATTTCCCTACAAAC TGATTCAAAAGTTCAAAACTACTCGCCTTCAGAATCATTCTAGTAACCATCCTATATTTT TTCATTTCATAATAATTGTATACAATAAAATTCGCATCGACAAAACAAAAATCAAGAACA AAGATTATAGCAACAAGTGATTTTATTATTTCAAATGCGAGTGTTACAATATTTATTATT TCTCTGAATTCGCCTTTTCAAATATAAATTCAATGGCTTTAAATCTTGTTCTTGAATCTC TGATGATCCTGAACTTGAATTTTATCTTGATCTTAACTTTTATTTGAATTCAATGACTTC GAACTTGTTCCTGAATTTGGTGGTCTTGATCTTGATCGTTCTTTCTTGAATTTGAATGCT TGAATTCTTAAACTTGTAGCTTTGTAGAGAATTAAATGACATTTGTACCACGAATTTTCT CTAATTTTTTGTTTAAAATTATTGGTTCTCTTTTTTCAAATTATGAGACTCCTATTTATA ATTTTAGAATAGAGGAGTTGTAATTAAAACAGGACTCCCTCCGGCCGATCAAATTTAAGT GAAATATCATATGATTTTATAGAATAACTTTAATTAAATTCATAATTATCTGAAAAATTA TATTAATCTATACTATTTATTTAGATTAATATATTTATTAATTTAATATAATCTAAATAA TTTTATAAATTTATATTTAATAAATTTTAAGTGACTACTGTTGGCATGGGCTAGCCTGCA GTTTTCTGGCCCATGATGGTACTAAAGATGGCCCAAATAGAAAATGTGTAAAAAATAATT CGTTCATTGTCATTTCAACACTCAACAGCACTAACTATGTGATTTTATTGCCTTGTCACT GAAAATATTAAAAGATTAATTACGGAAATTTCACATTTTAATTTATTATTATTTTTTATA AGTTTTACAAATTTTTAAATTTTTTTATTTTTGTGCATTACATTAATGTATCTCGCGCAT CAGATTGGCGTATCTCGCACATCAAATTAGTGTCTCATGTACAAAATGTTCATCAGATTA GTATATCATGTATAAAATGTAATTAATCTTACTTAATGATTAATATATCTTTCGCATTAC ATTAATGTATCAATTCTTATATTTTGTATCCGTTTTGAGGCTTTTTTGTAATTAGGGTAA AGGGTCTGATATATCCCTCGACTTTGCCATTTGGATTTGCTAGTTATGAAAGTGACTCAT ATACCCTTACCGTTATACGAACGGCTCACATATACCTCTGCCTTTACAAAATGAGCTCAC ATATACCCTTCATTTAATGGAAGTTAAAAAATTGGTTTTAAATTTATATTTTTTACTTTT AATTTTTTTAAAAAAATTGATAGGTTTATATATGATTCTTCCATCAAAGTTCAAGATATA TATACATAAATTATTTTTCTTTTTGTTGTATTGTAATTATTTGAGTTTCTTATTCTTGTT TTATTTTTTTTCTTTCATTCCTTAGTTTAAAGAAAAAAAATTAACTATTTTATTTGTCTA TATTGTAATTTGATTTTGTATTTGAAGAAAAAATTTGGTCATCTACAATAAGTTTTACAA GAATATTAGTGAAACATACACAAGTTTGATTATCAAAATAATAATTCTAAATTAGTCATT AAAACAACAAAAGTCAAAAAAAATATTTGATGAGGATTAAATTTTTCTCATATGGGATTA TATTTTTATAAAATATAATAAAAAATTAGATTAATTTTTTTTTCATTTTCTTTAGTGGAA AAGGGTATATGTGAGTCATTTGTTTATAAGTAAGGTTATATATGAGTCACTTTCATAACA AGGTATATATCAGTTATAAATGACAGAGTTGAGGGGTATATCAGACCCTTTTTCACTTTA ATTATAATTATAAATTTTTAAGGGAATAAATTATAATTTTACCTTTAAAGCATATGATTT CTGTAATTTGTCTAATATTTAAATGGAAAATATTTTTTTTAAGAGATTAATAATACTCCA TATGTGCCTATTATATTCATTACAATATTAATTCTGCACCTAATCATAATTTTTAAAGTT TGTGGCTTTATTTTCACATCGTTGCAAGTGATACTAACTTGACGTACTAGAACATATATT TTTTTTTTAGAAAAAGAAAAAAGACTTCCACTCAACTACTATATAAATCTTAAAAATTGC AACTATCAAACATTATAACAAAAAAACAGAAAAGAAAAAATAATAGAAGTTACACCTAAA ATGTGCACTAAACTCCAAAAATGATATAGAGAAATATATTAGAAACTATAAAAGTTATAT CTACAAAAATCATGTGAATTTATGTTAATTCTTTTTTTTCCTAATCGTACAGTTGATATA GAATAATCACAATTTGTCAAATATTTAATAAAGATCAAAGATGTTCATATTTTACTAACT CAAATAATTAAAGTATTTGTTTTCTCAATCGTTGCTATCATTTTTGATTATTTCTTTTCG GTGATTTTTTTTGTAATAAGCATGAATTAAACAATTGAAAGTTTGAGTGAAAAATATCAT TTTATTTTATGTGGTGATTAGACATGATCACCTAACAACTTTTTTTTAAATACTACGAAA TAAATGGGAATCATGTTACATATTATATCTTTAATTAATAAAGGAATAATACATAAATAC CTCTTCAACTTATGCTCGAAAATACACTTATACTATATTAATGTCATATTATTTCTGAAC ATATCTTATTAATAATTTTTTATTCCTTTTATTCTTTTAATCTACTTGACACTATCTTGT GGAGTCAATGTTGATTGACTTTTTTCTTCAAACTAATGTTACGTAGATCGATAAAAATAA AAAATTACTTATAAAATAAATTCAAAAAATAATAAAACCTTAATATAATATAAATATGTA TCTAAATAGATGGAGTGAATATTTATACATTTTCCTATTAAAATACGAATATTAAAGGAT AGTCATGGGTGGCGTGTATGAGATATTTAAAAAAAAATATTTTTGGTGGTTAGTGCTCAT GTAGTCATGTGGATTTGTTATTTTATACATTACTTTAAAAAATAATATTTGCTTCTTTTG GAATGATCCTTCACAGAATATACTATTTTTGTGTCCTTTACTTTATATATTATACATATT TAAATAAATTAAAGCTCTCTAACTTGCACGGTGGAATTAATTTATTTCTATTTGCATATT CAATATTCATTATTAAGATAAAGGTTATAAAAATATTTTAATTTTGATCAAATTTATTAT TGTGATACTAAATTTATATTAGGACCTATTATCTCATTAGATTATCTAATATCGTATTTT AAATATATATATCGTATAAAATTATAAACAGTGACATGTTCATGTGAACACATATATATC TTTAAAATATATTATTAAATAATTTAAGGGATAAAAAATACACTATTAATAATTCAGTAA AGTAATAAATCCTCATAAAAATTTAGTATATAAATTCTAACAAAATTGGAGTTCTTTTGG GACCATTATCCCTTCATTATTCATTCATGCATATTTGGGTTTTAGAATAAGGTGTTGCGT AAATTGAAAAGAAATGAAAGTAAATACAAAAATTTTGTCCCTCATTTATTTATATGAGGG AAAAAACCTCTTATACTTTTACTTCCTCTGTCCGAATTTCGGATATTTTTTGGATTTCAA AATTAAATAATTTTTTTATCGTAAAATTTTCATGTATGTTATAATTATTTTGAGTTGTTA ATTATTGTGATTTATAATATTTTTTACGTAGTTTATAATATATGTTTATTTTTAAAAAAT AAAATTTCACGCATAAATTTTAATCAAACTTAAATTACTTGACTCTATAAAAGATAGTAT ATAATTAGAAAAAAAAATATATAGAACTACTAATTTTTTTTATAAAAATTGAGAAAAGGC TTCCAAGGGACATGAATTATTTAAATAAGATTTGATAGGGTGGAGGATTAAAGAAGTCTA TCTAGTGAAAAGTTCAATGAAAACTTTGCCTAAATTATTATTTTTCTAACGAATACCGAG TACATATATGTATATCAAATCTTAAAATAATACGCATTTATAGTGCGTAACATGCTATTT GTAGTAAATAATTCCTCTTTGCAATTTTTAGAGCAAGAAATTATTCGCCAAATTAATAGT TATAATAATTATTAAGTGAACCAGATTTTGACACGCCCTATTAGTATATTAAGAACTACT TAATTAGATCTATAAATATTAGTATCTAATTTTTTAATTGTACATTAAATCGTGAGTCTG TCTACTCCCTTTTACTCCATTTTACTTGCCATTTCGCCTTTTTCATACTCTCATAATAAG AAAATACAAATAAAATTATTATTTTTGAAATATTGATTATAAAATTCTTTATTTTTAATT TTTCGCTGAATGTTTGGAGCTGATATTGAAGCCTCAACCGAGTCCTTTTAAAATAGGGTA ATTTTCACATATAGCAAATTTAAAATTCATATTTGTATTCTATAACAAAGTTTGCATAAT TGCACTCCATAGCAAACACATAAATGTATAATTCGCTGTACATATACAATTGAAGTGAAT TGTATAAAACGAGAAAGAGAAAGAGACTTAAGCAGATAATTGTATAAAAACGAAGTGTAT AAAATGAATTGTATTATTATAAGTGTATAGAACGATCATATCCAAGTTGAATTTGTATAA AATGAGAAAGATAAAAAGACAAAAGAGATTTGGGCAGGGAATATACGGTTGTATAAAATT GTATAAAATGAGAAAGAGAGAAATTATATAGAATTTGAACTTTTATAAAACGAGAAAAAG AGAAAGGCAAAAGAAACAGGGGAGTATTTTTATTGTATAATTATAAGTGTATAGGACGAA AATATATGTATTTGCATGTGTATATATAATTTTCTCCCGCTTTATACAAAAAGAAACACA ATTTATACATTTCACTTCTGTTTGTATAATCGAGAGAGGCGAGAGAGATTAGGAATAGTG GCGAGCGAGATATGAGAGAGGGGACAAAGGAGACAAAAATATATGTATGTATACAATTTG TTTTGCTTTATACAAATAGAAACAGATTTTATACACTTGCATTTGTATAAAAGTGAGAGA AAGTGAGCGAGAGAGGTGAATGGCGAGCGAGAGTTTGAGGGAGAGAGATGAGTGACAAAC AGTTTACTACGAGACACAATTAAATTAAAGGATGATTATAGCAATTAATTTGATTCATTA ATTTGCCATTATATATAATTTTCCTTCAAAATATTGTATCTTCATATTTATTATATTATA ATTAAATAAATTTTAAAATAATGGATATTTTGAATGCGTACCATGCTACTTGTTTTAAAA CAAACTCTTATTGAAAAATTTAAAACAAAGATATTGTTATATTTTCAATTAAAATAGACA ATTATTTAATCAAGTGATCCAAATTTGACACGCTTTATTAATTTATTAAGAACTACAACT ACTTTTTAAGCTATATACAATGAACAATCTTACATCTATAAATATGATAATCTAAAATTT AATTAGTTTGACCTTCTACACCACTTATTAAAGAAGATGGAGTAGGATAAAGATTCTCAT TAGCCATATAATTCTTAATTGTACATTTTAAATTGCGTATCTTGTCATTTTAATTGTTTT ATTTTATAAAAAGAAAGAAAGAAAAGGGGCAAAAGTAAACTCCTTGGCATTATCATAATA TATATAAAATATTAAATTTTGAAAAATAATTTAAAATAAATAGTTAATATTTAAAAGTAG TACGGGTTGTTTATCCAAATAGCAAAAAATATGGATACAACAAGTGAATGTTTTTTTATT AAACCAAAAAAAAAACAAACAAAGTTTTGAAAATCAGTTCTTTGGCCCTGAAAATTTAAA AGTGTAATTCAAATTTAAAAATCAATTTATAACTTATTCTCTAACTTTTAAAATAATTTA CAGTACATTTAATTATAAATATTATTTTACATATCGTAAAAGTATATCAATTAACATTAA TATTAATATTATTGGACTCGTACATATATATATAACATGAATTATCACCGCTATTTATTA TTTTATATTTATAAGGAGTAAGTAGGAGCCAATCGGAGAAAATTGCACAAATAGAATATC ATAAAGGATGATTTTTTTTTTTAATTTTTGCTTACAATTTTTTCTAAAAATCTTTTAACT TTTAAAAAACTCGTTACTTATCAAGCATAATATAGCAATTCGTGTTTTCAATTTAAAAAA TGTAAATATATACTTATTTATTGGATTAAGAATGATTCTTTACAAAGTAGAGGGAAAAAA AAACAAAGATTAATACTAACAATTTTTAACAAAAAAATCGTAACTTATAACTAAGGTAAT ACCTTAGAGATTGAACGAATCAAAGTTTTATTCATCTTAGTTAGTAGTCAATTGAGTAAG TTTATTAAACTAATTAGAAGTATTTCAAACTTTTATCTCATATACAGAATAAATTTAAAC ACGAAAAAAAATAATTCAGCCTATACAATTTTCAAAAGTTATTTAAAAAATATATATGTC GTGCAAGGTAAATTAGAAGTAATTAATAGCCATTATATTAAAATTCCAAATTTTCTTATT GACGCTTCTTCTAGTACTAGTATACTTTTTTGCAAATTATTTGATAAAGATATTCCTAGT ATACAGGGTAAAACAAAAAATATAATAAATTGTTTCAAAATATATTATTAAATAATTTGA TTGCGTAAATAATTTTCGCACCGTGCAATTTAACATATAAGTTGACTATTACAAATTGTT TTAAACTATTGAAGAATATTATAAAATTAAGTTGTCCTGTACCATTAATCATAAATCTGT ATTATATTGTACATTCAATAATCAAGCATAATAGAAAATTGATTTACCTATTATTATTTT TTTCGAAAAACATGGTGCATGCATCAATGTTAAGTACAGCTGTGTAAATCTCCATTTTTT ATAATTTAATTTTAATAAAATATGAAAACTTCATGGACAAAGACCAATTATAATACGTTG AAAATTAGAATAAAGAATAACGTGGGCAATTGTCTACGAATCTTTATATAAATGAAGCGA GCTTAAGCTTTAATTTCATTTAATTCCTTCTGTAGTTCTTATTTCTCTCATAATTTTGCC TTCGTCTTCTCAGCACCAATCTCTCAATTAATTATTTTGATAAAATATAGGTCTATTTGA TTTTCTGAGTTACGTTGAAAGCCTCATCACCTCCCTCAATTTTTCTTTTATTTATGCGTT TTAACTTTGAGTTGCATTGAATTAAGTTAGATCGAATGGAGAGGGATTTCACGGGGTTGA CAGTAAAACAAGAAGTCCTTGAAGAACCGGCCACGGATCCAGCTGGTATGTATATACTCC CTCCATTTTAATTTTGATTTTTTACTTAATATGTTGAAGACTATAAAAATATCGAAGACT CTTTATATCTTTAGTCTAATATCATAAAATTCAAAAATATTTTGTAATACTTGAAACTTC GTATCAAGTCAAAAACAGCAGTGTTATCATTTCTGCTCCTTCATTTATTTTTATGATGTT TGTTGTGTAAGCTTGTGAATACTATGGTTTTAGTGTATTATTAGAACGTTGGATTCCTTT TAACGTGATTTGCTTTTGCATTTTGGCTGAGTTGGATATAGTACATTAGCAACATGCACC TATGATCTACCTTCTCTTTATTTTTATTATTATTAGTCTATATAGTTAGCTAATACAAAA TTATTATAAAATTTAAGTTATATCATACATATATGTAGTGCATTTTAATGATTGCTATAA CTAAGTTAATCTGTTTAAACTATAGGAGATTACAGATTATCTCTTTTTCGTATAATTATT CATGAGTAAATGCCATTTTTTTTAGTAACTTATGACCTTTATTTCATTTTTCTTAACAAA TTAAAACTTTTACGAGGAAACGTTAGATAACAATTTAATGTTTGCTCATAAGGTTGAAAA CTAGGAGTCTTACAAGAAAGAGTCATTTCCAAAGGCTATCTATATATTTAGCATAACTTA TAAAAATAACGACATAATCTAAATAATGAAGGAAAAGTAATAATTAAGTAAATCAACTTT TAATCTGTTATATAGTTAATAGTATCATATGATAAATTATTTATAATTATTATCCTATAA GAAATAATTGATAATATTATTATATTAATATTTCCCGTGCGTAAAACCTAAACTTATATT CTTATATTAAAGAGACGTGTTGATGAGCAGCAATAGCATAAAGTCGCCTAATATTGTACA TATTTTTTGTTTTTCAAAGTCAATCAGTTTAAGTTTGATCATAAATTATTACAATAATTG ATAATTCAAGATACTTGAAAAATTTATAACAAAAATATGATCAAAGATAGACTTTTTGGA ATCTCGAAATCCAAAAAAATACCACATAAAATGAGACAAAGTGTGTAATCAAATAAATGA GGAACTTTCACATATAGCAACTCAAAAGTAAGCTAACTATTCTCCATAGTTATAGTTTGA TAATTGCAATTCGTAGCTACACGTTGTAGGGAGGAGAGAGGCGAGCGAGACTGGGAGAGA GAGGAGAGAGACGAGCGAGAGATGACAGAGAGTGGAAGTGGAGAATTGTATATGTATATG TATATCAATTAGATAATTGTATATTATACATATATATTCATATATATGGCAAGTGAGATT AAGAGAGGGAGGAGAGATACGAGCGAGATTGGAAGAGGAGGAGAGAGGCTAACGAGCAGA GGCAGAGCCGGAAATTTGGATAAGCGGGTTCAAAATCTGAAGAAATAGACATACAAAATA GCCGAAAGGGGTTCCACATCTACTATATATACCTAAAAAAATTAATTTTAACCATATAAA AATGATATAATTTTCTGCCGAATGAGGCCCTAAATATACTGTGGCTCCGCCACTGCCAAC GAGAGAGGGCAGAGAGTGGGAGAGAGGTGAATTATATATGTATATCGGTTAGATAATTGT ATATTATACCTATGTGTTTGTATATTCTGGCGAATTATATATATACAAACGTGACTAATT ATACAATCTCGAAATCAATCCACGTAATTAATGTATAATGTTAGTTGCGAATAGTAATTA TAACTACGATAAGTAATTAAATAGAATAAATTTAGTTAATCATCTATTTTTTCCTAACAT GAATTAGCAATAAACAACAATTAAGCAATAACAATAAACAATTACGTCTTGGCCACCACT AGATTTAGAATGCAGAACAAACACATAAAATATATTAATATCACTGTTTTGACCAGATCT TGCTTTAATTATAATTTATTATCTCCCATCAGATGCACTTAACAGGCTAATTTTAAAATC CACAGACATGTTCACCCCCTCTTCTTCAGCTATACGTTTGACTAATATTATAAGAAAATA TAGAATTAGAGCAAGATGTGGTCAATAATTGGTATCCATCTCACTAATTTCACATTGTGA TATGGTATCACACAGTCAAATATCTACTAAATTTAATATTTTAAAGTGTACTTTGTTAAC ACTGTCATTTTAGATATTAATACACTGGTGAATAAGATCGTCCAATCCTAAAAGAATACA TTCTATTAGCCTCGGGTACTTGAGAGAAATAATTTCCTTAAAAACATATTATGTATATAT TCAATTAACTGCTTTTTTTATTTGAGAAAAATGTTATCTATTATTTCTATTTGTTTCAAA TCCTCTATTTATTTCTTCACTAATTTTAAGGTTTTCACTTTGTAAGTATTGTTTATACGT TATTATTTCTTATCAAGTTCTTCAAAACTATTATTCTGAATATCTTAGAAATACAGGATC AACAAGTTCGGTAATGCATTGGTCATATTCTAACAAGGCTCATCCTCAATACCACCTTTC TTTGAAGGACCAAGAGAATATTATTATTAATAATAATAATAATAATAAGCCTAAGATTGG TTTCGAATCTCTTGCATCAGCTGGATTAGTGACGATAACCACAACTACTGAACTATTTGA CACAATTCATAGACCATATACTACTCAATTTGGTGCACATCATGTCCCAACACGCAATGG TGTTGTGGGCACCACTGAATTGAGGTACGTTACGCAAATTCAATTTACGAAATTATCAAC CGTTTCATTTTATATAACACAATAATTATAACATACTTTTTTTTATAGTCGTAATTGGAA AATGTATGTACTGCAGGGGTACACCTAGACCATCACCAGGACCTGCTCAATTGACCATGT TTTACGCTGGTTCTGTCTGTGTTTACGATAATATTTCACCAGAGAAGGTATATCCTATCG ACTTGACACAAATCAATCAATTTTTATTTTGTTTGATTTTAATCAGAAATTAATTATTCT TCGATCGATATTTCAATTTCAGGCTCAAGCTATTATGTTACTTGCTGGAAATACACCAAT TAGTACAACAATTCGAAATTCTCCTTCTCTTGATCATCATCATCATCATCATCATAATAA TAATAATAATAATAATAATAATAGTACAAATGAAACAACAATTATCAGATCAATCGGAGT CCTAAAATCCCATGAGCTATCGAAAATTGTTACTTCTCAAGAATCTCGTCAACCTCCCAA TCATAACTTATCAGGTACGTACGTATCTACATCTAATTTTGGCGTGGTTTATGAGGTAAA AGATTTTTTCGAGCACAATATTGATAGCCTTTTTGTTTATTTTGTACAGCTGTTCCTCAG GCTCGCAAGGCATCCTTGGCTAGGTTCTTGGAGAGACGCAAGGAAAGGTTAGAGTTTTAA GTTTTATATACTGACGTGTCAATAATATTCAAAACTATAGCGGTAGCATCAAAAAGTGCT CTTTTTAATCGCTGTGGTATCTGATAAAACATATTTCAGGGTAGTGAGTGCATCACCATA TGGAAATGGCAAGCAAAGCTCACAACATATGATGAACTTTACAATAAATTCCTCAGGCTC AAGTACTTCACTTCCTGCTGCAAATTAGTGTATGAATTATTGAAGACCATGCATGACAAA ATAGTTAATGTTGAAGATTGTAGTAATATTACATTGTAATTCTCTTTTATTTTACCTTCA TGTATACTTTAATTAATTATCGCTTAGATATGACATTGATTATTAATTATTATAGATATT TTTGTCCTTGTAATTGTGATAGGTAGGAAGCCAATTTCATCCGAAAATACTATAGGTGTT TAAAGAAGTTTCTTTTTTTTTTCTCTTTCAAAGTTATGTTAATTGTTCTTTATATTTGTT GTAGCAATTTAATTACTATTTTTATCCGATTATCAATTAATACTTATCAAGAAATTCACT TGTAATAATGAGTGATCTGATTATTAATCATCTCCCATAACAAGTAATGTTCGTTTTCTT TCTATAATTACCACTCACGACTAATATTATACATTAATCATGTGTGTTAACTTCAACTTT ATATAATTTGCCAGAATATACAAATATATATGTATAACATACAATTATCTAATCAATATA CATATACATTTCACCTCTCTCCCACTCTCTGCCCTATCTTGCTCGCCTCTCTCCTCCCTC TCCCAATTTCGCTTGTCTCTCTCCTCTCTAACACATGTATGTAGAGTTATTCTATTTTAA TCATTAAAAATGAGATTACGAAGAAAAAAAATGTTTCCTACTTATTTATTAGTTAAAGTA ATTTTCAACAACAAAAAAAAACAATTCTCTAAATTAAAAGGAATATTTTTATGAAAATGC GTTCGTAGTAATCACGTTATTAATTTTCATTTTGATAACAATAATTTTGTTAATACAATA ACAACACACCAGTGATATCAATAGAAAATATTTTATTCTTTAATACTTTTCGAATTGAAA TAGGATAAATACTTTTTACTTAAAAAAAATATAAATCTTCATTAGAAAATAATGTATTTT ATATATATAAGAAAAACATGATTTGACACACTGAGTAACATAAGAGAATTTTTGGATCAA ACTATTGACGGCAAAAGTATTTATGAACCAAATTGTCGATTAAGAATATTTTTTCATTTC ACATAGTTTAAAAATATTCTTTTTATCCTTTCTCTTTGTTTTAATAAACTCAGTCATCAA CAAGGATTATCGTAGAGTAACAAATACTCCTTTATCTTTAATCAGAGGTCTCGCTGTGTC GAATCCTCTGAGTGCAGAAAAACACATTACACCCGATATAAGATATTCTAACATAAATTT AAATTTAATCAAACTTTAATACGAATATCAAATACCAAATAAAAAATAAATAAAGTCATT CAGGTCATGTAATATATCTTAGAAAATCACTCCGGAAAGTGCATGGAAATTCTTATTGGC ATTTTATATTCTAATTTTTGATTTGGTTGGTGATATTTCCATGATAACTGCCATCAATAA AATGGTTTGACTTGGACGGCAAGACTTTATTTTATAATATATAATATAAATACAGAAATT AAAATAATGTAAATATTATTTTGTCGATATATTAGTGGAATTTATGTTAGGTCTATTTCC CTTTGATCACTCCCAAAAATGCGTTTCTGCCATAAATGGTATCTCCCTCTTCTGTCATAC TAAGAATATTATTTGTACGCTCTTTCATTTTAGGTATTCCTTTAGTAATTTAGAAATTAG TATCTCACAAAAACTTATATCTTGAAAATTCTATATTAAAGTCAACAATTATTTCTTTCT CCATATGGAATATTTTAAAAATACTTTTTAATACGGGCTTGAGTCTCAAAAGCCATCTAC AAATAGGAGTAACTTAGCCATCTACAAATAGGAGTAACTTATTATATTGTACTTTATTTT TCTCGATGAAAAAAAAACTAAATCGACAATTAAAATAGGAATGTAGAGGTATTATTGGTT TTTTTTGTCTTTATTATTATATATACATATATTAAAACTTAGAATCAATTTTTTTTAATT TTAATATTAAAAAATATTTATTTTCTTTTTGAATAAAATATTTATGACTATTTGTTATAG GGTTGTACCAACCAACTTGAAAATACGTATATTAATGTTTAGAAGTAGATTATTGATATA GTTTATTATTGCACGAAGCATGAGTTATATATATGTATATGACCGTGGTCTATTATAATC CATCATAATTTTTGTTCGTTTTGTTAATTCTACGATCAATGTCGAGCTGGATTGTAATCC AGGATACCACTAAGATTGACAAATAAAACTATACATATTCCTTTTTGGACTTATTCTAGG AATTTTCTCCTATATATCATTCTACTATTTTTTGTTCAAAGTATAGTATTATATGCTTCA TCAAGTAGTTTTGAGTTTTGACCAAATCGTTGTGTTTAAAATCAGATCAAATTGTCAAGT TAAATATTTTGAGGTAATTTACGTTTTGATTGATCAACTTGCGATGTTGGTGTGGTTCAA TTAGATAACAATCTCCACGTAAAATTATAGAGTTTGTTATTTGATTGAGCCGTGCCAATA TCACATGTAAAGAAAATAACATCCCTCTTTATATGATAACCTTTTTATATATAACATTTT AAATTTTTACCTCTTTCTTTGTTCTTACGTGGTTTGTTAAAAGGTTGGATTAAGATATGC TTGTTTTGGATGTACCTATTAGAGCTGTCAATATGGGCTAGCACATCCCATTTGGGTTAA CTCATACAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.994 26170 26327 match_part 1.000 26780 26863 match_part 1.000 26971 27059 match_part 1.000 27282 27456 match_part 1.000 27640 27759 match_part 1.000 27900 27986 match_part 1.000 28070 28141 match_part 0.962 28588 28692 match_2 match_part 0.990 31830 31929 match_part 1.000 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 1.000 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33953 match_part 1.000 34088 34172 match_part 1.000 34771 34881 match_part 0.966 34958 35015 match_3 match_part 1.000 31870 31929 match_part 1.000 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 1.000 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33953 match_part 1.000 34088 34172 match_part 0.945 34771 34843 match_4 match_part 0.889 31921 31929 match_part 0.974 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 0.992 33120 33239 match_part 1.000 33312 33377 match_part 0.991 33841 33946 match_5 match_part 0.889 31921 31929 match_part 0.987 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 0.992 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33857 match_6 match_part 0.918 42022 42460 match_7 match_part 0.921 45670 45984 match_8 match_part 0.967 59246 59365 match_part 0.991 59480 59588 match_part 0.989 59678 59767 match_part 0.946 59851 59979 match_part 0.839 60203 60233 match_9 match_part 0.910 59511 59588 match_part 0.989 59678 59767 match_part 1.000 59851 59979 match_part 0.997 60203 60553 match_10 match_part 1.000 59572 59588 match_part 1.000 59678 59767 match_part 1.000 59851 59979 match_part 0.985 60203 60912 match_11 match_part 0.997 59698 60488 match_12 match_part 1.000 59842 60490 match_13 match_part 0.997 64353 65118 match_14 match_part 0.914 64486 65045 match_15 match_part 1.000 64820 65358 match_16 match_part 0.992 64998 65647 match_17 match_part 0.940 65358 65827 match_part 0.963 66771 66824 match_18 match_part 0.985 65569 65827 match_part 0.964 66771 67102 match_19 match_part 1.000 66840 67661 match_20 match_part 0.999 66840 67648 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_21 match_part 1.000 2188 2000 match_part 1.000 1914 1780 match_part 1.000 896 835 match_part 1.000 749 647 match_part 1.000 564 509 match_22 match_part 0.931 9244 8999 match_part 0.958 4829 4782 match_part 0.980 3969 3821 match_part 0.959 3739 3691 match_part 0.947 2700 2644 match_part 0.943 2188 2032 match_23 match_part 0.944 9212 8999 match_part 0.958 4829 4782 match_part 0.973 3969 3821 match_part 0.939 3739 3691 match_part 0.965 2700 2644 match_24 match_part 0.966 11623 11477 match_part 0.942 10754 10251 match_25 match_part 0.929 10539 10272 match_26 match_part 0.922 10783 10286 match_27 match_part 1.000 11749 11477 match_part 0.983 10754 10289 match_28 match_part 0.912 10693 10296 match_29 match_part 1.000 11869 11477 match_part 0.993 10754 10483 match_30 match_part 0.956 13721 13631 match_part 0.982 12202 12089 match_part 0.938 11979 11477 match_31 match_part 0.956 13721 13631 match_part 0.982 12202 12089 match_part 0.948 11979 11482 match_32 match_part 0.924 14306 14044 match_part 0.937 13867 13631 match_part 1.000 12202 12186 match_33 match_part 1.000 15834 15455 match_part 1.000 14689 14579 match_part 0.939 14478 14332 match_34 match_part 1.000 16094 15455 match_part 1.000 14689 14579 match_part 1.000 14478 14422 match_35 match_part 1.000 15834 15455 match_part 1.000 14689 14579 match_part 1.000 14478 14425 match_36 match_part 1.000 37736 37637 match_part 1.000 37464 37294 match_part 0.970 36780 36380 match_37 match_part 1.000 37811 37637 match_part 1.000 37464 37294 match_part 0.979 36780 36392 match_38 match_part 1.000 37338 37294 match_part 0.995 36780 36404 match_39 match_part 1.000 37338 37294 match_part 1.000 36780 36404 match_40 match_part 1.000 37335 37294 match_part 0.976 36780 36404 match_41 match_part 1.000 37442 37294 match_part 0.992 36780 36410 match_42 match_part 0.975 36693 36414 match_43 match_part 0.936 36735 36441 match_44 match_part 0.994 38844 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36475 match_45 match_part 1.000 38715 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36496 match_46 match_part 0.976 38920 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 0.981 36780 36512 match_47 match_part 1.000 37322 37294 match_part 0.988 36780 36524 match_48 match_part 1.000 37713 37637 match_part 0.982 37464 37294 match_part 0.952 36780 36551 match_49 match_part 0.906 38780 38675 match_part 0.861 37873 37637 match_part 0.959 37464 37294 match_part 0.896 36780 36656 match_50 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 0.982 36780 36725 match_51 match_part 1.000 38945 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36758 match_52 match_part 1.000 38779 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_53 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 0.976 37464 37301 match_54 match_part 0.958 38981 38675 match_part 0.979 37873 37637 match_part 0.954 37464 37313 match_55 match_part 0.983 39153 38675 match_part 1.000 37873 37637 match_part 0.980 37464 37315 match_56 match_part 1.000 38907 38675 match_part 1.000 37873 37637 match_part 0.960 37464 37315 match_57 match_part 1.000 38880 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37350 match_58 match_part 0.996 38945 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37383 match_59 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37416 match_60 match_part 0.981 39051 38675 match_part 0.987 37873 37637 match_part 0.979 37464 37417 match_61 match_part 1.000 38194 37643 match_62 match_part 0.997 39295 38675 match_part 0.990 37873 37677 match_63 match_part 0.973 39443 38675 match_part 0.912 37873 37840 match_64 match_part 0.990 39167 38675 match_part 0.950 37873 37854 match_65 match_part 0.990 38878 38675 match_part 0.997 38589 37943 match_66 match_part 0.999 39509 38683 match_67 match_part 1.000 39268 38791 match_68 match_part 0.995 39665 39008 match_69 match_part 0.940 39646 39045 match_70 match_part 0.989 39776 39047 match_71 match_part 0.999 39764 39076 match_72 match_part 1.000 39735 39133 match_73 match_part 1.000 39735 39133 match_74 match_part 0.999 39845 39158 match_75 match_part 0.951 39780 39186 match_76 match_part 0.969 39780 39195 match_77 match_part 0.926 39902 39213 match_78 match_part 0.985 39793 39320 match_79 match_part 0.912 39898 39341 match_80 match_part 1.000 39892 39346 match_81 match_part 1.000 39728 39369 match_82 match_part 1.000 39845 39564 match_83 match_part 0.995 39868 39650 match_84 match_part 1.000 47001 46900 match_part 1.000 46810 46290 match_85 match_part 1.000 47522 47406 match_part 1.000 47210 47118 match_part 1.000 47017 46900 match_part 0.997 46810 46451 match_86 match_part 1.000 48275 48219 match_part 1.000 48135 48056 match_part 1.000 47906 47630 match_87 match_part 1.000 49538 49233 match_part 1.000 49124 49023 match_part 1.000 48931 48836 match_part 1.000 48311 48219 match_part 1.000 48135 48056 match_part 1.000 47906 47801 match_88 match_part 0.966 49500 49233 match_part 0.990 49124 49023 match_part 0.979 48931 48836 match_part 0.957 48311 48219 match_part 0.971 48135 48068 match_89 match_part 0.993 49537 49233 match_part 0.980 49124 49023 match_part 0.989 48931 48841 match_90 match_part 0.981 64732 64321 match_91 match_part 0.979 68728 68535 match_part 0.997 68444 68134 match_92 match_part 1.000 68555 68535 match_part 0.994 68444 68134 match_93 match_part 0.880 69750 69726 match_part 0.994 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_94 match_part 1.000 69445 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_95 match_part 1.000 69444 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_96 match_part 0.954 69452 69344 match_part 0.872 69204 69127 match_part 0.911 68725 68535 match_part 0.895 68444 68197 match_97 match_part 0.923 69191 69127 match_part 0.953 68725 68535 match_part 0.939 68444 68200 match_98 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68291 match_99 match_part 1.000 69749 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68331 match_100 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68418 match_101 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 0.984 68725 68597 match_102 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 0.974 69204 69127 match_part 1.000 68725 68601 match_103 match_part 1.000 69767 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68640 match_104 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69130 match_105 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69150 match_106 match_part 1.000 74488 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69427 match_107 match_part 0.971 74583 74379 match_part 0.977 72270 72185 match_part 0.966 70734 70646 match_part 0.958 69936 69865 match_part 0.891 69782 69737 match_108 match_part 1.000 79005 78771 match_part 1.000 76275 76183 match_part 1.000 76104 75964 match_part 1.000 75880 75788 match_109 match_part 1.000 79645 79568 match_part 0.994 79014 78836 match_110 match_part 0.998 82330 81730 match_part 1.000 79740 79568 match_part 1.000 79014 78933 match_111 match_part 0.968 82253 81823 match_112 match_part 0.973 82253 81886 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 9244 8999 exon 4829 4782 exon 3969 3821 exon 3739 3691 exon 2700 2644 exon 2188 2000 exon 1914 1780 exon 896 835 exon 749 647 exon 564 509 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 14306 14044 exon 13867 13631 exon 12202 12089 exon 11979 11477 exon 10754 10251 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 10783 10272 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 16094 15455 exon 14689 14579 exon 14478 14332 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 26170 26327 exon 26780 26863 exon 26971 27059 exon 27282 27456 exon 27640 27759 exon 27900 27986 exon 28070 28141 exon 28588 28692 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 31830 31929 exon 32193 32270 exon 32357 32416 exon 32500 32571 exon 32951 32998 exon 33120 33239 exon 33312 33377 exon 33841 33953 exon 34088 34172 exon 34771 34881 exon 34958 35015 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 39902 38675 exon 37873 37637 exon 37464 37294 exon 36780 36380 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 39902 38675 exon 38589 37637 exon 37464 37294 exon 36780 36380 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 42022 42460 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 45670 45984 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 47522 47406 exon 47210 47118 exon 47017 46900 exon 46810 46290 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 49538 49233 exon 49124 49023 exon 48931 48836 exon 48311 48219 exon 48135 48056 exon 47906 47630 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59246 59365 exon 59480 59588 exon 59678 59767 exon 59851 59979 exon 60203 60912 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59698 60490 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 64732 64321 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 64353 65827 exon 66771 67661 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 74488 74379 exon 72270 72185 exon 70734 70646 exon 69936 69885 exon 69782 69726 exon 69517 69344 exon 69204 69127 exon 68725 68535 exon 68444 68134 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 74583 74379 exon 72270 72185 exon 70734 70646 exon 69936 69865 exon 69782 69726 exon 69517 69344 exon 69204 69127 exon 68725 68535 exon 68444 68134 gene_19 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 68728 68535 exon 68444 68134 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 82330 81730 exon 79740 79568 exon 79014 78771 exon 76275 76183 exon 76104 75964 exon 75880 75788 RepeatMasker tomato repeats master Unknown00025 242 455 1 Unknown00025 242 455 1 nucleotide_motif 329 9423 9640 SONATA1 82 238 1 SONATA1 82 238 1 nucleotide_motif 361 16621 16774 Copia00058 32 1971 1 Copia00058 32 1971 1 nucleotide_motif 14153 19663 21598 Unknown00034 5135 5202 1 Unknown00034 5135 5202 1 nucleotide_motif 288 24332 24400 Gypsy00046 4082 6020 1 Gypsy00046 4082 6020 1 nucleotide_motif 349 24371 24461 Copia00112 7623 7715 1 Copia00112 7623 7715 1 nucleotide_motif 288 24386 24479 Unknown00020 168 311 1 Unknown00020 168 311 1 nucleotide_motif 390 24729 24866 SONATA1 107 243 1 SONATA1 107 243 1 nucleotide_motif 423 40116 40247 Copia00094 5048 5329 1 Copia00094 5048 5329 1 nucleotide_motif 1850 45292 45551 Copia00094 5481 5605 1 Copia00094 5481 5605 1 nucleotide_motif 546 45552 45662 Copia00191 1789 1959 1 Copia00191 1789 1959 1 nucleotide_motif 475 54281 54443 Copia00175 2326 2584 1 Copia00175 2326 2584 1 nucleotide_motif 546 55688 55947 Copia00143 92 223 1 Copia00143 92 223 1 nucleotide_motif 344 79197 79324 Unknown00025 237 470 1 Unknown00025 237 470 1 nucleotide_motif 500 88342 88581 Gypsy00043 528 1407 1 Gypsy00043 528 1407 1 nucleotide_motif 5136 89236 90031 Gypsy00073 11881 12084 1 Gypsy00073 11881 12084 1 nucleotide_motif 1006 92209 92404 Gypsy00073 1 396 1 Gypsy00073 1 396 1 nucleotide_motif 2202 92558 92944 Copia00110 13148 13342 1 Copia00110 13148 13342 1 nucleotide_motif 733 95504 95702 Copia00110 13356 13623 1 Copia00110 13356 13623 1 nucleotide_motif 1273 95868 96155 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 642 96103 96326 Copia00151 8217 8386 1 Copia00151 8217 8386 1 nucleotide_motif 537 99535 99706 SINE_SO 3 184 1 SINE_SO 3 184 1 nucleotide_motif 734 99841 100015 RepeatMasker tomato repeats master Copia00112 7633 7741 -1 Copia00112 7633 7741 -1 nucleotide_motif 313 24460 24354 Gypsy00073 4 387 -1 Gypsy00073 4 387 -1 nucleotide_motif 2513 42094 41709 Gypsy00073 11881 12084 -1 Gypsy00073 11881 12084 -1 nucleotide_motif 1188 42467 42264 Copia00112 4474 4869 -1 Copia00112 4474 4869 -1 nucleotide_motif 2723 45974 45587 Copia00107 1018 1199 -1 Copia00107 1018 1199 -1 nucleotide_motif 712 54239 54075 Copia00107 349 402 -1 Copia00107 349 402 -1 nucleotide_motif 281 54280 54229 TOTO1_LP_LTR 1 193 -1 TOTO1_LP_LTR 1 193 -1 nucleotide_motif 455 54442 54256 Unknown00046 2633 2832 -1 Unknown00046 2633 2832 -1 nucleotide_motif 618 56646 56447 Copia00005 1 83 -1 Copia00005 1 83 -1 nucleotide_motif 623 57614 57532 Copia00168 4152 4655 -1 Copia00168 4152 4655 -1 nucleotide_motif 3084 58201 57724 SONATA2 1 100 -1 SONATA2 1 100 -1 nucleotide_motif 420 76470 76363 Copia00198 253 776 -1 Copia00198 253 776 -1 nucleotide_motif 925 91456 91162 Gypsy00107 10733 10878 -1 Gypsy00107 10733 10878 -1 nucleotide_motif 528 91778 91647 Unknown00034 3706 4017 -1 Unknown00034 3706 4017 -1 nucleotide_motif 962 93995 93702 Unknown00019 166 697 -1 Unknown00019 166 697 -1 nucleotide_motif 710 96050 95520 Copia00109 214 5106 -1 Copia00109 214 5106 -1 nucleotide_motif 343 100759 100612 Copia00110 1706 1787 -1 Copia00110 1706 1787 -1 nucleotide_motif 329 100939 100867 Gypsy00071 4062 4141 -1 Gypsy00071 4062 4141 -1 nucleotide_motif 248 101621 101547 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 781 5423 5839 match_2 match 539 5107 5424 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1715 87269 88295 match_2 match 2054 83317 84379 match_3 match 2216 99848 101007 match_4 match 2537 88395 89821 match_5 match 3299 89898 91651 match_6 match 4530 84949 87233 match_7 match 2228 1 1124 match_8 match 4468 1179 3498 match_9 match 3532 9438 match_10 match 2095 19757 21573 match_11 match 2403 19742 21573 match_12 match 2403 19742 21573 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 434 45670 45904 match_2 match 1435 20170 20909 match_3 match 912 20387 20862 match_4 match 599 104342 104651 match_5 match 1189 2 632 match_6 match 1174 59647 60259 match_7 match 418 43928 44138 match_8 match 1461 60611 61410 match_9 match 500 97458 97748 match_10 match 634 97817 98169 match_11 match 492 97477 97748 match_12 match 658 97817 98169 match_13 match 583 20509 20806 match_14 match 1076 83317 83886 match_15 match 1459 6588 7347 match_16 match 1156 18743 19329 match_17 match 246 57649 57776 match_18 match 1057 29533 30065 match_19 match 1314 90694 91406 match_20 match 813 13530 13939 match_21 match 995 4161 4662 match_22 match 1090 1554 2127 match_23 match 381 37336 37527 match_24 match 248 55877 56001 match_25 match 1126 56073 56640 match_26 match 299 91771 91921 match_27 match 696 92013 92363 match_28 match 339 57532 57710 match_29 match 852 32718 33168 match_30 match 611 72147 72475 match_31 match 519 35696 35957 match_32 match 1162 14503 15088 match_33 match 1027 55066 55613 match_34 match 581 95100 95392 match_35 match 1243 1271 1921 match_36 match 1273 1910 2572 match_37 match 436 70877 71096 match_38 match 674 17950 18331 match_39 match 1156 8225 8811 match_40 match 720 15310 15676 match_41 match 1106 35125 35709 match_42 match 781 4246 4643 match_43 match 672 75286 75624 match_44 match 874 16528 16989 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 26170 26327 match_part 1.000 26780 26863 match_part 1.000 26971 27059 match_part 1.000 27282 27456 match_part 1.000 27640 27759 match_part 1.000 27900 27986 match_part 1.000 28070 28141 match_part 0.962 28588 28692 match_2 match_part 0.990 31830 31929 match_part 1.000 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 1.000 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33953 match_part 1.000 34088 34172 match_part 1.000 34771 34881 match_part 0.966 34958 35015 match_3 match_part 1.000 31870 31929 match_part 1.000 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 1.000 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33953 match_part 1.000 34088 34172 match_part 0.945 34771 34843 match_4 match_part 0.889 31921 31929 match_part 0.974 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 0.992 33120 33239 match_part 1.000 33312 33377 match_part 0.991 33841 33946 match_5 match_part 0.889 31921 31929 match_part 0.987 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 0.992 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33857 match_6 match_part 0.918 42022 42460 match_7 match_part 0.921 45670 45984 match_8 match_part 0.967 59246 59365 match_part 0.991 59480 59588 match_part 0.989 59678 59767 match_part 0.946 59851 59979 match_part 0.839 60203 60233 match_9 match_part 0.910 59511 59588 match_part 0.989 59678 59767 match_part 1.000 59851 59979 match_part 0.997 60203 60553 match_10 match_part 1.000 59572 59588 match_part 1.000 59678 59767 match_part 1.000 59851 59979 match_part 0.985 60203 60912 match_11 match_part 0.997 59698 60488 match_12 match_part 1.000 59842 60490 match_13 match_part 0.997 64353 65118 match_14 match_part 1.000 64820 65358 match_15 match_part 0.992 64998 65647 match_16 match_part 1.000 66840 67661 match_17 match_part 0.999 66840 67648 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_18 match_part 1.000 2188 2000 match_part 1.000 1914 1780 match_part 1.000 896 835 match_part 1.000 749 647 match_part 1.000 564 509 match_19 match_part 1.000 11749 11477 match_part 0.983 10754 10289 match_20 match_part 0.912 10693 10296 match_21 match_part 1.000 11869 11477 match_part 0.993 10754 10483 match_22 match_part 1.000 15834 15455 match_part 1.000 14689 14579 match_part 0.939 14478 14332 match_23 match_part 1.000 16094 15455 match_part 1.000 14689 14579 match_part 1.000 14478 14422 match_24 match_part 1.000 15834 15455 match_part 1.000 14689 14579 match_part 1.000 14478 14425 match_25 match_part 1.000 37736 37637 match_part 1.000 37464 37294 match_part 0.970 36780 36380 match_26 match_part 1.000 37811 37637 match_part 1.000 37464 37294 match_part 0.979 36780 36392 match_27 match_part 1.000 37338 37294 match_part 0.995 36780 36404 match_28 match_part 1.000 37338 37294 match_part 1.000 36780 36404 match_29 match_part 1.000 37335 37294 match_part 0.976 36780 36404 match_30 match_part 1.000 37442 37294 match_part 0.992 36780 36410 match_31 match_part 0.975 36693 36414 match_32 match_part 0.994 38844 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36475 match_33 match_part 1.000 38715 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36496 match_34 match_part 0.976 38920 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 0.981 36780 36512 match_35 match_part 1.000 37322 37294 match_part 0.988 36780 36524 match_36 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 0.982 36780 36725 match_37 match_part 1.000 38945 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36758 match_38 match_part 1.000 38779 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_39 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 0.976 37464 37301 match_40 match_part 0.983 39153 38675 match_part 1.000 37873 37637 match_part 0.980 37464 37315 match_41 match_part 1.000 38907 38675 match_part 1.000 37873 37637 match_part 0.960 37464 37315 match_42 match_part 1.000 38880 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37350 match_43 match_part 0.996 38945 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37383 match_44 match_part 1.000 38960 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37416 match_45 match_part 0.981 39051 38675 match_part 0.987 37873 37637 match_part 0.979 37464 37417 match_46 match_part 1.000 38194 37643 match_47 match_part 0.997 39295 38675 match_part 0.990 37873 37677 match_48 match_part 0.990 39167 38675 match_part 0.950 37873 37854 match_49 match_part 0.990 38878 38675 match_part 0.997 38589 37943 match_50 match_part 0.999 39509 38683 match_51 match_part 1.000 39268 38791 match_52 match_part 0.995 39665 39008 match_53 match_part 0.989 39776 39047 match_54 match_part 0.999 39764 39076 match_55 match_part 1.000 39735 39133 match_56 match_part 1.000 39735 39133 match_57 match_part 0.999 39845 39158 match_58 match_part 0.985 39793 39320 match_59 match_part 1.000 39892 39346 match_60 match_part 1.000 39728 39369 match_61 match_part 1.000 39845 39564 match_62 match_part 0.995 39868 39650 match_63 match_part 1.000 47001 46900 match_part 1.000 46810 46290 match_64 match_part 1.000 47522 47406 match_part 1.000 47210 47118 match_part 1.000 47017 46900 match_part 0.997 46810 46451 match_65 match_part 1.000 48275 48219 match_part 1.000 48135 48056 match_part 1.000 47906 47630 match_66 match_part 1.000 49538 49233 match_part 1.000 49124 49023 match_part 1.000 48931 48836 match_part 1.000 48311 48219 match_part 1.000 48135 48056 match_part 1.000 47906 47801 match_67 match_part 0.993 49537 49233 match_part 0.980 49124 49023 match_part 0.989 48931 48841 match_68 match_part 0.981 64732 64321 match_69 match_part 0.979 68728 68535 match_part 0.997 68444 68134 match_70 match_part 1.000 68555 68535 match_part 0.994 68444 68134 match_71 match_part 0.880 69750 69726 match_part 0.994 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_72 match_part 1.000 69445 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_73 match_part 1.000 69444 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68150 match_74 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68291 match_75 match_part 1.000 69749 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68331 match_76 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 1.000 68444 68418 match_77 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 0.984 68725 68597 match_78 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 0.974 69204 69127 match_part 1.000 68725 68601 match_79 match_part 1.000 69767 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68640 match_80 match_part 1.000 74442 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69130 match_81 match_part 1.000 69750 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69150 match_82 match_part 1.000 74488 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69427 match_83 match_part 1.000 79005 78771 match_part 1.000 76275 76183 match_part 1.000 76104 75964 match_part 1.000 75880 75788 match_84 match_part 1.000 79645 79568 match_part 0.994 79014 78836 match_85 match_part 0.998 82330 81730 match_part 1.000 79740 79568 match_part 1.000 79014 78933 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 2188 2000 exon 1914 1780 exon 896 835 exon 749 647 exon 564 509 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 11869 11477 exon 10754 10289 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 16094 15455 exon 14689 14579 exon 14478 14332 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 26170 26327 exon 26780 26863 exon 26971 27059 exon 27282 27456 exon 27640 27759 exon 27900 27986 exon 28070 28141 exon 28588 28692 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 31830 31929 exon 32193 32270 exon 32357 32416 exon 32500 32571 exon 32951 32998 exon 33120 33239 exon 33312 33377 exon 33841 33953 exon 34088 34172 exon 34771 34881 exon 34958 35015 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 39892 38675 exon 37873 37637 exon 37464 37294 exon 36780 36380 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 39892 38675 exon 38589 37637 exon 37464 37294 exon 36780 36380 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 42022 42460 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 45670 45984 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 47522 47406 exon 47210 47118 exon 47017 46900 exon 46810 46290 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 49538 49233 exon 49124 49023 exon 48931 48836 exon 48311 48219 exon 48135 48056 exon 47906 47630 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59246 59365 exon 59480 59588 exon 59678 59767 exon 59851 59979 exon 60203 60912 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59698 60490 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 64732 64321 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 64353 65647 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 66840 67661 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 74488 74379 exon 72270 72185 exon 70734 70646 exon 69936 69885 exon 69782 69726 exon 69517 69344 exon 69204 69127 exon 68725 68535 exon 68444 68134 gene_18 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 68728 68535 exon 68444 68134 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 82330 81730 exon 79740 79568 exon 79014 78771 exon 76275 76183 exon 76104 75964 exon 75880 75788 AUGUSTUS_tom_cdna de novo gene_1 gene 2 26160 36000 transcript_1 transcript 26160 36000 start_codon_1 start_codon 26160 26162 CDS_1 CDS 26160 26327 CDS_2 CDS 26780 26863 CDS_3 CDS 26971 27059 CDS_4 CDS 27282 27456 CDS_5 CDS 27640 27759 CDS_6 CDS 27900 27986 CDS_7 CDS 28070 28141 CDS_8 CDS 28588 28701 CDS_9 CDS 29014 29114 CDS_10 CDS 29237 29280 CDS_11 CDS 29435 29598 CDS_12 CDS 31378 31597 CDS_13 CDS 31790 31929 CDS_14 CDS 32193 32270 CDS_15 CDS 32357 32416 CDS_16 CDS 32500 32571 CDS_17 CDS 32951 32998 CDS_18 CDS 33120 33239 CDS_19 CDS 33312 33377 CDS_20 CDS 33841 33953 CDS_21 CDS 34088 34172 CDS_22 CDS 34771 34881 CDS_23 CDS 34958 35053 CDS_24 CDS 35385 35453 CDS_25 CDS 35548 35756 CDS_26 CDS 35877 36000 stop_codon_1 stop_codon 35998 36000 transcript_2 transcript 26160 36000 start_codon_2 start_codon 26160 26162 CDS_27 CDS 26160 26327 CDS_28 CDS 26780 26863 CDS_29 CDS 26971 27059 CDS_30 CDS 27282 27456 CDS_31 CDS 27640 27759 CDS_32 CDS 27900 27986 CDS_33 CDS 28070 28141 CDS_34 CDS 28588 28701 CDS_35 CDS 29014 29114 CDS_36 CDS 29237 29280 CDS_37 CDS 29435 29598 CDS_38 CDS 31378 31597 CDS_39 CDS 31790 31929 CDS_40 CDS 32193 32270 CDS_41 CDS 32357 32416 CDS_42 CDS 32500 32571 CDS_43 CDS 32951 32998 CDS_44 CDS 33120 33239 CDS_45 CDS 33312 33377 CDS_46 CDS 33841 33953 CDS_47 CDS 34088 34172 CDS_48 CDS 34771 34881 CDS_49 CDS 35385 35453 CDS_50 CDS 35548 35756 CDS_51 CDS 35877 36000 stop_codon_2 stop_codon 35998 36000 gene_2 gene 1 59577 60583 transcript_3 transcript 59577 60583 start_codon_3 start_codon 59577 59579 CDS_52 CDS 59577 59588 CDS_53 CDS 59678 59767 CDS_54 CDS 59851 59979 CDS_55 CDS 60203 60583 stop_codon_3 stop_codon 60581 60583 gene_3 gene 1 64495 67342 transcript_4 transcript 64495 67342 start_codon_4 start_codon 64495 64497 CDS_56 CDS 64495 65827 CDS_57 CDS 66771 67342 stop_codon_4 stop_codon 67340 67342 gene_4 gene 1 86748 87482 transcript_5 transcript 86748 87482 start_codon_5 start_codon 86748 86750 CDS_58 CDS 86748 86847 CDS_59 CDS 86932 87482 stop_codon_5 stop_codon 87480 87482 AUGUSTUS_tom_cdna de novo gene_5 gene 1 9148 450 transcript_6 transcript 9148 450 CDS_60 CDS 564 450 CDS_61 CDS 749 647 CDS_62 CDS 896 835 CDS_63 CDS 1914 1780 CDS_64 CDS 2188 2000 CDS_65 CDS 2700 2644 CDS_66 CDS 3739 3691 CDS_67 CDS 3969 3821 CDS_68 CDS 9148 8999 start_codon_6 start_codon 9148 9146 gene_6 gene 1 15850 10496 transcript_7 transcript 15850 10496 stop_codon_6 stop_codon 10498 10496 CDS_69 CDS 10754 10496 CDS_70 CDS 11936 11477 CDS_71 CDS 14217 14082 CDS_72 CDS 14478 14317 CDS_73 CDS 14689 14579 CDS_74 CDS 15850 15455 start_codon_7 start_codon 15850 15848 gene_7 gene 1 36616 36392 transcript_8 transcript 36616 36392 stop_codon_7 stop_codon 36394 36392 CDS_75 CDS 36616 36392 start_codon_8 start_codon 36616 36614 gene_8 gene 1 39778 36697 transcript_9 transcript 39778 36697 stop_codon_8 stop_codon 36699 36697 CDS_76 CDS 36780 36697 CDS_77 CDS 37464 37294 CDS_78 CDS 37873 37637 CDS_79 CDS 39778 38675 start_codon_9 start_codon 39778 39776 gene_9 gene 1 58719 46661 transcript_10 transcript 58719 46661 stop_codon_9 stop_codon 46663 46661 CDS_80 CDS 46810 46661 CDS_81 CDS 47017 46900 CDS_82 CDS 47210 47118 CDS_83 CDS 47530 47406 CDS_84 CDS 47906 47625 CDS_85 CDS 48135 48056 CDS_86 CDS 48311 48219 CDS_87 CDS 48931 48836 CDS_88 CDS 49124 49023 CDS_89 CDS 49549 49233 CDS_90 CDS 58719 58664 start_codon_10 start_codon 58719 58717 gene_10 gene 1 83085 68439 transcript_11 transcript 83085 68439 stop_codon_10 stop_codon 68441 68439 CDS_91 CDS 68444 68439 CDS_92 CDS 68585 68535 CDS_93 CDS 68725 68648 CDS_94 CDS 69204 69127 CDS_95 CDS 69517 69344 CDS_96 CDS 69782 69726 CDS_97 CDS 69936 69885 CDS_98 CDS 70734 70646 CDS_99 CDS 72270 72185 CDS_100 CDS 74583 74379 CDS_101 CDS 75880 75788 CDS_102 CDS 76104 75964 CDS_103 CDS 76275 76183 CDS_104 CDS 79014 78771 CDS_105 CDS 79740 79568 CDS_106 CDS 83085 81730 start_codon_11 start_codon 83085 83083 AUGUSTUS_ab_initio de novo gene_1 gene 1 27284 36000 transcript_1 transcript 27284 36000 start_codon_1 start_codon 27284 27286 CDS_1 CDS 27284 27289 CDS_2 CDS 27640 27759 CDS_3 CDS 27900 27986 CDS_4 CDS 28070 28141 CDS_5 CDS 28588 28701 CDS_6 CDS 29014 29114 CDS_7 CDS 29237 29280 CDS_8 CDS 29435 29598 CDS_9 CDS 31378 31597 CDS_10 CDS 31790 31929 CDS_11 CDS 35385 35453 CDS_12 CDS 35548 35756 CDS_13 CDS 35877 36000 stop_codon_1 stop_codon 35998 36000 gene_2 gene 1 64495 67342 transcript_2 transcript 64495 67342 start_codon_2 start_codon 64495 64497 CDS_14 CDS 64495 65827 CDS_15 CDS 66771 67342 stop_codon_2 stop_codon 67340 67342 gene_3 gene 1 86748 87482 transcript_3 transcript 86748 87482 start_codon_3 start_codon 86748 86750 CDS_16 CDS 86748 86847 CDS_17 CDS 86932 87482 stop_codon_3 stop_codon 87480 87482 AUGUSTUS_ab_initio de novo gene_4 gene 1 9148 8522 transcript_4 transcript 9148 8522 stop_codon_4 stop_codon 8524 8522 CDS_18 CDS 8673 8522 CDS_19 CDS 9148 9028 start_codon_4 start_codon 9148 9146 gene_5 gene 1 39778 37270 transcript_5 transcript 39778 37270 stop_codon_5 stop_codon 37272 37270 CDS_20 CDS 37464 37270 CDS_21 CDS 39778 38675 start_codon_5 start_codon 39778 39776 gene_6 gene 1 48923 46661 transcript_6 transcript 48923 46661 stop_codon_6 stop_codon 46663 46661 CDS_22 CDS 46810 46661 CDS_23 CDS 47017 46900 CDS_24 CDS 47210 47118 CDS_25 CDS 47530 47406 CDS_26 CDS 47906 47625 CDS_27 CDS 48135 48056 CDS_28 CDS 48923 48836 start_codon_6 start_codon 48923 48921 gene_7 gene 1 83085 68439 transcript_7 transcript 83085 68439 stop_codon_7 stop_codon 68441 68439 CDS_29 CDS 68444 68439 CDS_30 CDS 69204 69127 CDS_31 CDS 69517 69344 CDS_32 CDS 74583 74431 CDS_33 CDS 76104 75964 CDS_34 CDS 76281 76183 CDS_35 CDS 79014 78771 CDS_36 CDS 79740 79568 CDS_37 CDS 83085 81730 start_codon_7 start_codon 83085 83083 AUGUSTUS_tom_ugs de novo gene_1 gene 1 26160 36000 transcript_1 transcript 26160 36000 start_codon_1 start_codon 26160 26162 CDS_1 CDS 26160 26327 CDS_2 CDS 26780 26863 CDS_3 CDS 26971 27059 CDS_4 CDS 27282 27456 CDS_5 CDS 27640 27759 CDS_6 CDS 27900 27986 CDS_7 CDS 28070 28141 CDS_8 CDS 28588 28701 CDS_9 CDS 29014 29114 CDS_10 CDS 29237 29280 CDS_11 CDS 29435 29598 CDS_12 CDS 31378 31597 CDS_13 CDS 31790 31929 CDS_14 CDS 32193 32270 CDS_15 CDS 32357 32416 CDS_16 CDS 32500 32571 CDS_17 CDS 32951 32998 CDS_18 CDS 33120 33239 CDS_19 CDS 33312 33377 CDS_20 CDS 33841 33953 CDS_21 CDS 34088 34172 CDS_22 CDS 34771 34881 CDS_23 CDS 34958 35053 CDS_24 CDS 35385 35453 CDS_25 CDS 35548 35756 CDS_26 CDS 35877 36000 stop_codon_1 stop_codon 35998 36000 gene_2 gene 1 59577 60583 transcript_2 transcript 59577 60583 start_codon_2 start_codon 59577 59579 CDS_27 CDS 59577 59588 CDS_28 CDS 59678 59767 CDS_29 CDS 59851 59979 CDS_30 CDS 60203 60583 stop_codon_2 stop_codon 60581 60583 gene_3 gene 1 64495 65838 transcript_3 transcript 64495 65838 start_codon_3 start_codon 64495 64497 CDS_31 CDS 64495 65838 stop_codon_3 stop_codon 65836 65838 gene_4 gene 1 86748 87482 transcript_4 transcript 86748 87482 start_codon_4 start_codon 86748 86750 CDS_32 CDS 86748 86847 CDS_33 CDS 86932 87482 stop_codon_4 stop_codon 87480 87482 AUGUSTUS_tom_ugs de novo gene_5 gene 1 9148 450 transcript_5 transcript 9148 450 CDS_34 CDS 564 450 CDS_35 CDS 749 647 CDS_36 CDS 896 835 CDS_37 CDS 1914 1780 CDS_38 CDS 2188 2000 CDS_39 CDS 2700 2644 CDS_40 CDS 3739 3691 CDS_41 CDS 3969 3821 CDS_42 CDS 9148 8999 start_codon_5 start_codon 9148 9146 gene_6 gene 1 11874 10496 transcript_6 transcript 11874 10496 stop_codon_5 stop_codon 10498 10496 CDS_43 CDS 10754 10496 CDS_44 CDS 11874 11477 start_codon_6 start_codon 11874 11872 gene_7 gene 1 39778 36697 transcript_7 transcript 39778 36697 stop_codon_6 stop_codon 36699 36697 CDS_45 CDS 36780 36697 CDS_46 CDS 37464 37294 CDS_47 CDS 37873 37637 CDS_48 CDS 39778 38675 start_codon_7 start_codon 39778 39776 gene_8 gene 1 58719 46661 transcript_8 transcript 58719 46661 stop_codon_7 stop_codon 46663 46661 CDS_49 CDS 46810 46661 CDS_50 CDS 47017 46900 CDS_51 CDS 47210 47118 CDS_52 CDS 47530 47406 CDS_53 CDS 47906 47625 CDS_54 CDS 48135 48056 CDS_55 CDS 48311 48219 CDS_56 CDS 48931 48836 CDS_57 CDS 49124 49023 CDS_58 CDS 49549 49233 CDS_59 CDS 58719 58664 start_codon_8 start_codon 58719 58717 gene_9 gene 1 83085 68642 transcript_9 transcript 83085 68642 stop_codon_8 stop_codon 68644 68642 CDS_60 CDS 68725 68642 CDS_61 CDS 69204 69127 CDS_62 CDS 69517 69344 CDS_63 CDS 69782 69726 CDS_64 CDS 69936 69885 CDS_65 CDS 70734 70646 CDS_66 CDS 72270 72185 CDS_67 CDS 74583 74379 CDS_68 CDS 75880 75788 CDS_69 CDS 76104 75964 CDS_70 CDS 76275 76183 CDS_71 CDS 79014 78771 CDS_72 CDS 79740 79568 CDS_73 CDS 83085 81730 start_codon_9 start_codon 83085 83083 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.994 26170 26327 match_part 1.000 26780 26863 match_part 1.000 26971 27059 match_part 1.000 27282 27456 match_part 1.000 27640 27759 match_part 1.000 27900 27986 match_part 1.000 28070 28141 match_part 0.962 28588 28692 match_2 match_part 1.000 31836 31929 match_part 1.000 32193 32270 match_part 1.000 32357 32416 match_part 1.000 32500 32571 match_part 1.000 32951 32998 match_part 1.000 33120 33239 match_part 1.000 33312 33377 match_part 1.000 33841 33953 match_part 1.000 34088 34172 match_part 1.000 34771 34881 match_part 0.966 34958 35015 match_3 match_part 0.918 42022 42460 match_4 match_part 0.966 59247 59365 match_part 1.000 59480 59588 match_part 1.000 59678 59767 match_part 1.000 59851 59979 match_part 0.997 60203 60553 match_5 match_part 0.991 59698 60912 match_6 match_part 0.994 64317 65647 match_7 match_part 1.000 66840 67661 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 1.000 2188 2000 match_part 1.000 1914 1780 match_part 1.000 896 835 match_part 1.000 749 647 match_part 1.000 564 509 match_9 match_part 1.000 11869 11477 match_part 0.998 10754 10296 match_10 match_part 1.000 16094 15455 match_part 1.000 14689 14579 match_part 0.939 14478 14332 match_11 match_part 1.000 39892 38675 match_part 1.000 37873 37637 match_part 1.000 37464 37294 match_part 1.000 36780 36404 match_12 match_part 1.000 38874 38675 match_part 1.000 38589 37643 match_13 match_part 1.000 47522 47406 match_part 1.000 47210 47118 match_part 1.000 47017 46900 match_part 1.000 46810 46290 match_14 match_part 1.000 49538 49233 match_part 1.000 49124 49023 match_part 1.000 48931 48836 match_part 1.000 48311 48219 match_part 1.000 48135 48056 match_part 1.000 47906 47630 match_15 match_part 1.000 74488 74379 match_part 1.000 72270 72185 match_part 1.000 70734 70646 match_part 1.000 69936 69885 match_part 1.000 69782 69726 match_part 1.000 69517 69344 match_part 1.000 69204 69127 match_part 1.000 68725 68535 match_part 0.997 68444 68134 match_16 match_part 0.998 82330 81730 match_part 1.000 79740 79568 match_part 1.000 79014 78771 match_part 1.000 76275 76183 match_part 1.000 76104 75964 match_part 1.000 75880 75788 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 2188 2000 exon 1914 1780 exon 896 835 exon 749 647 exon 564 509 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 11869 11477 exon 10754 10296 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 16094 15455 exon 14689 14579 exon 14478 14332 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 26170 26327 exon 26780 26863 exon 26971 27059 exon 27282 27456 exon 27640 27759 exon 27900 27986 exon 28070 28141 exon 28588 28692 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 31836 31929 exon 32193 32270 exon 32357 32416 exon 32500 32571 exon 32951 32998 exon 33120 33239 exon 33312 33377 exon 33841 33953 exon 34088 34172 exon 34771 34881 exon 34958 35015 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 39892 38675 exon 37873 37637 exon 37464 37294 exon 36780 36404 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 38874 38675 exon 38589 37643 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 42022 42460 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 47522 47406 exon 47210 47118 exon 47017 46900 exon 46810 46290 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 49538 49233 exon 49124 49023 exon 48931 48836 exon 48311 48219 exon 48135 48056 exon 47906 47630 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59247 59365 exon 59480 59588 exon 59678 59767 exon 59851 59979 exon 60203 60553 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 59698 60912 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 64317 65647 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 66840 67661 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 74488 74379 exon 72270 72185 exon 70734 70646 exon 69936 69885 exon 69782 69726 exon 69517 69344 exon 69204 69127 exon 68725 68535 exon 68444 68134 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 82330 81730 exon 79740 79568 exon 79014 78771 exon 76275 76183 exon 76104 75964 exon 75880 75788 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.924 14306 14044 match_part 0.945 13867 13631 match_part 0.982 12202 12089 match_part 0.948 11979 11477 match_2 match_part 1.000 15834 15455 match_part 1.000 14689 14579 match_part 0.939 14478 14332 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 14306 14044 exon 13867 13631 exon 12202 12089 exon 11979 11477 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0086B01.1 type gene exon 15834 15455 exon 14689 14579 exon 14478 14332 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 26160 36000 transcript_1 transcript 26160 36000 start_codon_1 start_codon 26160 26162 CDS_1 CDS 26160 26327 CDS_2 CDS 26780 26863 CDS_3 CDS 26971 27059 CDS_4 CDS 27282 27456 CDS_5 CDS 27640 27759 CDS_6 CDS 27900 27986 CDS_7 CDS 28070 28141 CDS_8 CDS 28588 28701 CDS_9 CDS 29014 29114 CDS_10 CDS 29237 29280 CDS_11 CDS 29435 29598 CDS_12 CDS 31378 31597 CDS_13 CDS 31790 31929 CDS_14 CDS 32193 32270 CDS_15 CDS 32357 32416 CDS_16 CDS 32500 32571 CDS_17 CDS 32951 32998 CDS_18 CDS 33120 33239 CDS_19 CDS 33312 33377 CDS_20 CDS 33841 33953 CDS_21 CDS 34088 34172 CDS_22 CDS 34771 34881 CDS_23 CDS 34958 35053 CDS_24 CDS 35385 35453 CDS_25 CDS 35548 35756 CDS_26 CDS 35877 36000 stop_codon_1 stop_codon 35998 36000 transcript_2 transcript 26160 36000 start_codon_2 start_codon 26160 26162 CDS_27 CDS 26160 26327 CDS_28 CDS 26780 26863 CDS_29 CDS 26971 27059 CDS_30 CDS 27282 27456 CDS_31 CDS 27640 27759 CDS_32 CDS 27900 27986 CDS_33 CDS 28070 28141 CDS_34 CDS 28588 28701 CDS_35 CDS 29014 29114 CDS_36 CDS 29237 29280 CDS_37 CDS 29435 29598 CDS_38 CDS 31378 31597 CDS_39 CDS 31790 31929 CDS_40 CDS 32193 32270 CDS_41 CDS 32357 32416 CDS_42 CDS 32500 32571 CDS_43 CDS 32951 32998 CDS_44 CDS 33120 33239 CDS_45 CDS 33312 33377 CDS_46 CDS 33841 33953 CDS_47 CDS 34088 34172 CDS_48 CDS 34771 34881 CDS_49 CDS 35385 35453 CDS_50 CDS 35548 35756 CDS_51 CDS 35877 36000 stop_codon_2 stop_codon 35998 36000 gene_2 gene 1 59577 60583 transcript_3 transcript 59577 60583 start_codon_3 start_codon 59577 59579 CDS_52 CDS 59577 59588 CDS_53 CDS 59678 59767 CDS_54 CDS 59851 59979 CDS_55 CDS 60203 60583 stop_codon_3 stop_codon 60581 60583 gene_3 gene 1 64495 67342 transcript_4 transcript 64495 67342 start_codon_4 start_codon 64495 64497 CDS_56 CDS 64495 65827 CDS_57 CDS 66771 67342 stop_codon_4 stop_codon 67340 67342 gene_4 gene 1 86748 87482 transcript_5 transcript 86748 87482 start_codon_5 start_codon 86748 86750 CDS_58 CDS 86748 86847 CDS_59 CDS 86932 87482 stop_codon_5 stop_codon 87480 87482 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 9148 450 transcript_6 transcript 9148 450 CDS_60 CDS 564 450 CDS_61 CDS 749 647 CDS_62 CDS 896 835 CDS_63 CDS 1914 1780 CDS_64 CDS 2188 2000 CDS_65 CDS 2700 2644 CDS_66 CDS 3739 3691 CDS_67 CDS 3969 3821 CDS_68 CDS 4829 4782 CDS_69 CDS 9148 8999 start_codon_6 start_codon 9148 9146 gene_6 gene 1 15850 10496 transcript_7 transcript 15850 10496 stop_codon_6 stop_codon 10498 10496 CDS_70 CDS 10754 10496 CDS_71 CDS 11979 11477 CDS_72 CDS 12202 12089 CDS_73 CDS 13885 13631 CDS_74 CDS 14478 14317 CDS_75 CDS 14689 14579 CDS_76 CDS 15850 15455 start_codon_7 start_codon 15850 15848 gene_7 gene 1 36616 36392 transcript_8 transcript 36616 36392 stop_codon_7 stop_codon 36394 36392 CDS_77 CDS 36616 36392 start_codon_8 start_codon 36616 36614 gene_8 gene 1 39778 36697 transcript_9 transcript 39778 36697 stop_codon_8 stop_codon 36699 36697 CDS_78 CDS 36780 36697 CDS_79 CDS 37464 37294 CDS_80 CDS 37873 37637 CDS_81 CDS 39778 38675 start_codon_9 start_codon 39778 39776 gene_9 gene 1 58719 46661 transcript_10 transcript 58719 46661 stop_codon_9 stop_codon 46663 46661 CDS_82 CDS 46810 46661 CDS_83 CDS 47017 46900 CDS_84 CDS 47210 47118 CDS_85 CDS 47530 47406 CDS_86 CDS 47906 47625 CDS_87 CDS 48135 48056 CDS_88 CDS 48311 48219 CDS_89 CDS 48931 48836 CDS_90 CDS 49124 49023 CDS_91 CDS 49549 49233 CDS_92 CDS 58719 58664 start_codon_10 start_codon 58719 58717 gene_10 gene 1 83085 68439 transcript_11 transcript 83085 68439 stop_codon_10 stop_codon 68441 68439 CDS_93 CDS 68444 68439 CDS_94 CDS 68585 68535 CDS_95 CDS 68725 68648 CDS_96 CDS 69204 69127 CDS_97 CDS 69517 69344 CDS_98 CDS 69782 69726 CDS_99 CDS 69936 69885 CDS_100 CDS 70734 70646 CDS_101 CDS 72270 72185 CDS_102 CDS 74583 74379 CDS_103 CDS 75880 75788 CDS_104 CDS 76104 75964 CDS_105 CDS 76275 76183 CDS_106 CDS 79014 78771 CDS_107 CDS 79740 79568 CDS_108 CDS 83085 81730 start_codon_11 start_codon 83085 83083 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 121 66791 67315 match_2 match 110 66728 67330 match_3 match 110 66728 67330 match_4 match 112 66764 67315 match_5 match 105 66782 67300 match_6 match 115 66752 67318 match_7 match 109 66797 67330 match_8 match 119 66788 67324 match_9 match 115 66788 67324 match_10 match 104 66797 67315 match_11 match 106 64507 65178 match_12 match 136 66752 67318 match_13 match 123 66773 67324 match_14 match 42.7 59310 59588 match_15 match 60.5 59857 59982 match_16 match 52.8 59675 59785 match_17 match 107 66797 67324 match_18 match 125 66776 67336 match_19 match 112 66785 67324 match_20 match 44.3 59292 59588 match_21 match 55.1 59845 59982 match_22 match 52.0 59675 59779 match_23 match 105 66779 67315 match_24 match 105 66779 67315 match_25 match 108 66794 67321 match_26 match 107 66782 67321 match_27 match 113 66797 67321 match_28 match 107 66779 67315 match_29 match 124 66797 67315 match_30 match 120 66767 67315 match_31 match 111 66740 67330 match_32 match 111 66740 67330 match_33 match 369 64480 65802 match_34 match 256 66764 67336 match_35 match 108 66797 67336 match_36 match 107 66797 67312 match_37 match 105 66797 67315 match_38 match 105 66788 67315 match_39 match 105 66779 67315 match_40 match 122 66773 67333 match_41 match 108 66797 67330 match_42 match 108 66797 67330 match_43 match 108 66797 67330 match_44 match 106 64507 65157 match_45 match 129 66755 67318 match_46 match 109 66785 67315 match_47 match 126 66761 67315 match_48 match 122 64495 65133 match_49 match 146 66746 67324 match_50 match 107 66797 67321 match_51 match 119 66764 67321 match_52 match 105 66794 67327 match_53 match 132 64495 65178 match_54 match 201 66755 67324 match_55 match 107 65503 65799 match_56 match 114 66776 67324 match_57 match 104 66779 67315 match_58 match 117 66767 67315 match_59 match 121 66722 67318 match_60 match 114 66785 67324 match_61 match 112 66797 67312 match_62 match 105 66797 67315 match_63 match 107 66764 67300 match_64 match 139 66785 67333 match_65 match 112 66752 67321 match_66 match 104 66776 67321 match_67 match 110 66779 67324 match_68 match 111 66767 67321 match_69 match 124 66764 67327 match_70 match 115 66767 67315 match_71 match 114 66767 67315 match_72 match 112 66776 67324 match_73 match 112 66776 67324 match_74 match 106 66779 67315 match_75 match 109 66767 67315 match_76 match 113 66767 67324 match_77 match 108 66803 67324 match_78 match 231 64489 65799 match_79 match 217 66764 67327 match_80 match 109 66797 67336 match_81 match 109 66797 67336 match_82 match 108 66782 67321 match_83 match 104 66728 67321 match_84 match 111 66728 67330 match_85 match 123 66782 67324 match_86 match 125 66797 67300 match_87 match 122 66797 67315 match_88 match 192 66764 67324 match_89 match 104 66776 67324 match_90 match 104 66755 67306 match_91 match 106 66797 67330 match_92 match 104 66797 67315 match_93 match 109 66788 67333 match_94 match 104 65455 65796 match_95 match 208 64489 65157 match_96 match 250 66764 67321 match_97 match 215 64489 65793 match_98 match 198 66752 67324 match_99 match 215 64489 65793 match_100 match 198 66752 67324 match_101 match 112 66764 67312 match_102 match 114 66794 67321 match_103 match 118 66797 67321 match_104 match 110 66794 67315 match_105 match 105 66740 67330 match_106 match 117 66797 67330 match_107 match 347 64552 65802 match_108 match 257 66764 67327 match_109 match 116 66785 67324 match_110 match 108 66797 67324 match_111 match 107 66785 67291 match_112 match 110 66797 67327 match_113 match 112 66779 67315 match_114 match 136 66764 67318 match_115 match 110 66785 67300 match_116 match 106 66767 67315 match_117 match 106 66767 67315 match_118 match 94.7 29431 29820 match_119 match 70.1 28996 29115 match_120 match 58.2 29238 29330 match_121 match 108 27283 27456 match_122 match 115 66752 67339 match_123 match 139 66758 67321 match_124 match 108 66764 67327 match_125 match 108 66755 67324 match_126 match 112 64474 65151 match_127 match 145 66791 67333 match_128 match 155 66797 67324 match_129 match 114 66797 67324 match_130 match 105 66797 67327 match_131 match 108 66764 67330 match_132 match 105 66728 67336 match_133 match 105 66728 67336 match_134 match 105 66728 67336 match_135 match 105 66686 67315 match_136 match 108 66794 67327 match_137 match 114 66788 67315 match_138 match 108 66785 67300 match_139 match 108 66797 67288 match_140 match 112 66797 67336 match_141 match 105 66797 67300 match_142 match 196 66764 67321 match_143 match 106 65515 65793 match_144 match 105 66779 67324 match_145 match 110 66785 67321 match_146 match 131 66770 67318 match_147 match 111 66767 67315 match_148 match 114 64477 65157 match_149 match 137 66782 67327 match_150 match 111 66797 67315 match_151 match 120 66767 67315 match_152 match 104 66779 67315 match_153 match 113 66791 67315 match_154 match 108 66797 67315 match_155 match 112 66797 67324 match_156 match 108 66797 67333 match_157 match 105 66755 67315 match_158 match 106 66785 67300 match_159 match 128 64513 65181 match_160 match 186 66785 67327 match_161 match 109 66788 67321 match_162 match 115 66797 67321 match_163 match 107 66821 67321 match_164 match 111 66782 67315 match_165 match 117 66797 67321 match_166 match 117 66797 67321 match_167 match 95.9 33120 33380 match_168 match 105 26124 26363 match_169 match 65.1 29238 29387 match_170 match 68.6 28993 29115 match_171 match 116 27283 27459 match_172 match 34.7 32948 33001 match_173 match 95.9 33120 33380 match_174 match 105 26124 26363 match_175 match 65.1 29238 29387 match_176 match 68.6 28993 29115 match_177 match 116 27283 27459 match_178 match 34.7 32948 33001 match_179 match 95.9 33120 33380 match_180 match 105 26124 26363 match_181 match 65.1 29238 29387 match_182 match 68.6 28993 29115 match_183 match 116 27283 27459 match_184 match 34.7 32948 33001 match_185 match 116 66767 67315 match_186 match 271 64528 65796 match_187 match 249 66764 67327 match_188 match 112 66797 67330 match_189 match 112 66797 67330 match_190 match 139 66758 67324 match_191 match 124 64486 65133 match_192 match 156 66785 67327 match_193 match 107 66764 67300 match_194 match 122 66797 67324 match_195 match 107 64474 65148 match_196 match 115 66785 67333 match_197 match 157 66779 67321 match_198 match 158 66752 67321 match_199 match 127 66797 67312 match_200 match 113 66797 67321 match_201 match 108 66782 67321 match_202 match 111 66785 67300 match_203 match 107 66797 67327 match_204 match 169 66746 67324 match_205 match 111 66785 67321 match_206 match 107 66761 67327 match_207 match 111 66779 67315 match_208 match 104 66719 67300 match_209 match 125 64504 65184 match_210 match 215 66764 67324 match_211 match 110 66803 67318 match_212 match 109 66803 67327 match_213 match 109 66803 67327 match_214 match 108 66788 67321 match_215 match 136 66797 67336 match_216 match 108 66782 67315 match_217 match 125 66797 67327 match_218 match 110 66785 67315 match_219 match 104 66764 67327 match_220 match 83.2 29431 29784 match_221 match 60.1 28993 29115 match_222 match 108 27283 27459 match_223 match 58.5 29238 29330 match_224 match 105 64504 65172 match_225 match 139 5170 5424 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_226 match 83.2 49392 49024 match_227 match 49.7 48932 48795 match_228 match 121 39421 38672 match_229 match 108 37464 37294 match_230 match 149 49398 49024 match_231 match 53.5 47218 47120 match_232 match 166 47906 47574 match_233 match 73.6 47028 46897 match_234 match 85.1 46810 46664 match_235 match 56.2 48932 48837 match_236 match 149 49398 49024 match_237 match 53.5 47218 47120 match_238 match 166 47906 47574 match_239 match 73.6 47028 46897 match_240 match 85.1 46810 46664 match_241 match 56.2 48932 48837 match_242 match 26.2 47218 47120 match_243 match 102 49392 49012 match_244 match 37.4 48929 48837 match_245 match 56.6 47022 46897 match_246 match 63.9 46810 46673 match_247 match 119 76281 75895 match_248 match 119 76281 75895 match_249 match 342 82818 81727 match_250 match 125 76281 75961 match_251 match 133 79061 78765 match_252 match 63.2 75880 75785 match_253 match 342 82818 81727 match_254 match 125 76281 75961 match_255 match 133 79061 78765 match_256 match 63.2 75880 75785 match_257 match 84.0 49392 49024 match_258 match 45.1 48932 48837 match_259 match 84.0 49392 49027 match_260 match 45.1 48932 48837 match_261 match 86.3 49377 49027 match_262 match 40.0 48932 48837 match_263 match 107 15721 15452 match_264 match 140 49392 49024 match_265 match 48.9 47218 47120 match_266 match 157 47906 47589 match_267 match 66.6 47524 47408 match_268 match 80.5 46810 46664 match_269 match 73.6 47022 46897 match_270 match 55.1 48932 48837 match_271 match 89.0 49392 49024 match_272 match 40.8 48929 48834 match_273 match 85.5 49392 49024 match_274 match 42.0 48929 48837 match_275 match 82.0 49392 49024 match_276 match 44.3 48929 48795 match_277 match 117 83527 83177 match_278 match 518 83100 81727 match_279 match 138 76281 75961 match_280 match 159 79061 78765 match_281 match 124 74589 74377 match_282 match 63.5 75880 75785 match_283 match 147 39637 38672 match_284 match 107 37464 37294 match_285 match 147 39637 38672 match_286 match 107 37464 37294 match_287 match 147 39637 38672 match_288 match 107 37464 37294 match_289 match 478 21600 19918 match_290 match 38.1 757 644 match_291 match 43.5 923 834 match_292 match 67.8 567 436 match_293 match 78.6 49392 49024 match_294 match 47.4 48932 48798 match_295 match 111 13876 13628 match_296 match 111 13876 13628 match_297 match 111 13876 13628 match_298 match 277 83100 81727 match_299 match 124 79286 78765 match_300 match 75.1 83347 83189 match_301 match 136 76281 75961 match_302 match 57.0 75880 75785 match_303 match 177 20748 20071