C00HBa0182E16.1 AAGCTTCCCAGCAGTTTTGGTCGATGCATATATATAGTGGGGCATTCGAAACATGAGCCT ACATCAAAGTTTTATGTTATAATTGGAGGCCAGAAGAGGCTTGTTGTTTGTTATAATGAA ATAGTACTATAAAAATTCATACTTTGTTGTTAGCTATATATCCTTTTAGAAATTGTGAGT ATTTACCAACTCTTACAAATGTTATGTGGGATATTGAAGATGGTATATTTTATTAATTAT TAATTTAATAAAGCTTATTCCTCAACTTCTGTAGAAACTACACAATTCGTATGTAGTTTT AAATTGTTTTGTAATACACAAAACATCTACGCCTTATTTGGATGGTTATTACATAGTTTT GACTTTAGATAAATATGTATTGTATGATATTTCACCGTTGCGAATCAATAATTTGAATAA TAAACTTGCATAAATTTTAGTTACTTAGAATATCTAAATTTTATTTTCAAGATCTCACCC TGTCCAGTGGCACGCTGCAGTCCAACGAACTGTGACTCTCATCAGTAGGCACAGCAAACT CCTTGGCCCCATAAAAACTGCATTGCTTTTCCAAGATACGAATTACGATTGTAGAAATCA GTGGAGAAGCTAAGAGATCTCACAGAAATTGAAAATGAGTAGCAAGAAGATATTGATAGT TGGTGGCACAGGTTACTTGGGTCAGCATCTTCTGCAGGAATTCACGGCAACCCAAAATAC TCTTCCATATGCTCTCTCGTTAGCCTTTACCTACCACACCAATCCCCCACCTGAGCGCCT ACTGGAAGCCATTCCTCATGCCCTACCCTTTCATGTAGATTTACGAACCGGCAATGGCTT TGATGACATCTCACAAAATTTTGGGCAGGTATGAATTTTACACTACAAAGTTACTAGAGA TTCCATCTTTCTCTTTTAGGGTTTCAAGAATTGCAATTATTTTGCTTGCATTTTCAGTTT TGGTGATTGATAGCATCTTACGAATTGTTTGTCTAGTTTTTTGGGGTGGAAGTGTAAAAC TTATGGTTCAAAGGTTCAACTAGTAATAGATTTTGAACACATAAATCCAATGGGTAATGG TAGAATTTTGATTTCGAACTCGAACTCATGAAGTTTACATTTTGAATTTCATGGTTTGCA TTTTACTGTACACACTTACTAACGATTACGTTTTTCTTTTTCTCACTTGTATTTTGGTGA TTGAGATTTGCATCTTCATATATATGTATATAAGATTTGAAGAAAGTTTTGGTATTTAAT AAGAGAACTTATGTGTCGACTGATATCACTCAAGGCTGTGAATTTATTTAGGTGGTCTTT GCTGTCTGTTTGTTGTAATCTCGGATAAATACCTGAAGTGGCTGGTGGATTGTATAGTAG GTCAAATTTATTACTGAACCAGTTAAAATGACCATAATAGCTAATACCAAGTTTTGTAAT GTGAATGAGCAGCCTGATGTTGTGGTTAATTGTGCTGCACTTTCTGTTCCACGTGCCTGT GAAGTGGATCCTACTGCTGCCATGGCTATTAATGTGCCTTCTGCTCTTGTTAAGTGGTTG TCAAGTTTTAGCAATGGCGGTACTCTTCTGATTCACTTGTCTACTGATCAAGGTAACACA CGAGGAAATCATTGTAGTGACAACAGCTAATTTTTCACAAAAGTTAGAGAGTTTCTTGCT TCTGTATTGAGCTGGTTATGCTTCTTAGGCTAACTGTGTTGGTTTCTAATGTGGAGGAGA ATGATAAAAGTCGACTTACTTTCATTGGTAGGGTTTGGTCATTGTTTCATTTATTTGGTA CCGTTGGAAAAAAGTAGATGATGAAAATAGTAAAATGGACGTACTTCATTCCTCTGTAGG ACTTCTGAGAGTGAAAAGTTGCATAGCTGATTACACAAGTCCTCAGCTATTGCCACACTC CACTTCTGCTTGGTTACCTGGCAGCCAATTCTTCCCTCATCTTACAACTCAGCTTCAATG TTGCTTTAGAGCCTTCGAATCCGTCTCCCCACTGATCTCCTTTTTCTTTTGTTAAAAAAA GGATCACCTATTTCATCAGATTTTAAAGTTTATCCACTCATTTAACTTTTGAGTTAGACG CAAAGATGCAATTTTTGGCATTTCTTAACAATTGATATAGCACTTTGCCAGTTTTATTTG TTATTTAGTTACACACTCTTCAAGATAATATAGCCAATGGGCAATGAGGTGCATGTCTTA GAGCTTTTGTGCCTGCCCGTAAGTGTCTCCTAAGCGAGATGTTGCGCCTAACCTGCCCTG CACCTAGATTCTTGGTGTAAGCGTACCTCAATTGAGTATTTAACAACACCACTGGCTATT AATATCATAGGAGCTAAACTCTATATACTTATTAACTCCTTGTGTTACCTCTGCAACTCT TGCCTAACAAACTAATTCTGGCACAAGGATGAACTGATCCTTCTAACACATGGGTAAACT TTTTAATGTTAAGGAAAATATCAGTAGGTTTATGGTATTTTATAACTCCTTCAGGTAGGT AAAGGTAAGATGCTTAAAATTTATAGCCACTTGGATAACGAAGATGCTGACTTGATATCT GGTGCATAAAATTTTGAGAAATAGGATGTTAGCTTATGTTCAGCAATTCCCCTGATATAT TTGTTGGTGAATGCTTCATAATATTTATTGGCAGTATTCCTCTCCATGAAAGATTTGAAA AAGCTGTTTACAACCTTAGCATTTATAGATCAAGCAAGCTCTCTCACCTGTGATGTAATT TTATCAAATTGTTGAATGTTCTCATGTGGCTGTATGGACAACCATTTAATTATTGATTGT TCTCATGAGTCGTATATTTTGACTGATGCAAACAATTTTCTTGAGACTATGTGATGCTAA TTAAACTTTTATCTCAGTTTACGAAGGGACCAAATCCTTCTACAAGGAAGATGATGAGAC CCTTCCTGTGAATGTTTATGGAAGATCAAAGGTAGCAGCAGAGCAATTTATATCTGCAAA TTACTCAAATTTTGCAATTTTGAGGAGCAGTATTATTTATGGACCTCAGACTGTCTCCCC TGTCCCAAAATCACTTCCAGTTCAGGTGAATACAATGAACTTCACCTTGTACTTGCACTT GTCCGACTTCATTAAAGGGCTGTTATTGTTCAGTAGAATGAGTGGGGGCAATAGTAGCCT CCGTGCCTTTTCTTTTGTGTGATTTGCAATTTAAACACGATATATCTTTTTTTTTGAAGC TTAACCTAATCACTTCATATTATGTCACGCTTTCCTGCTGTTTGGCCTGTATCTAGATTT AAACTTGATGTTGACTTTATTTTTTTTTAAAAAAAAAACAAAGTTGATATTGAGATGTAT TCATGCTTGCAAATTATATTTAGCATTCTATATGCGATTACTATTGAATTCCATCTATTT ATCCCCTTTTTTTGGACTCAATGGTCATACCATGGGGGTGAGTGGCTCTATTGAGCTTTA TAATATAGTACTGTTGTTACATCCAATTGAGCATAAGATTGAATGTTACTCATGATTCTG TTATGATACAACAACAGAAAAAATTGTATCTAAATCCCAAGCAATTCTATTATGATATAT GACACATTAAATCACTCGACTACTGGGCTTTGAGCTGATGTTTCACATGAAAATCATGCA GTGGATGGATAGTGTTCTTGCAAAGGGAGAAGCCATGGATTTTTTTCACGATGAATTCCG TTGTCCTGTCTATGTGAAGGATCTTGTGACCATCATATGGACCCTGACAAATAAATGGAT CTCAGGTTTGACATGCTTTGACCCTCTAGACTGATTTGCCTTGATCACCCTCTGTCTGCA TTATCAAATACGGGATACTTAACAACCGTCTGAAATTTCACTATGATCTTCTAGGATTGG TTCTTTCTTTGTGGTAGTTTTCCACATATTTAATACAACATTTCTTGCTGCGTGAGGATT TGATTCTTTTGAAGTATTATGATTGAGTTAACTGGAATATAATCCAAAAAACAAATAATT CAGCTCAATGTTCAATGTGGTGGTTCACTATGACTCGAGATAAGTTCTACAATGTGACTC TATCAATGCTCATGACCGGTTTATAGTTGAAGTTATGTCAGACTTTTTCCCTTTAAAGCC TCTAGTAAAGTTTCTGATACAATTTACCTGATTTTCTATCTCTCCTTGACTTTTCCGTTT TATCACATGATATGTGTTGTTTCTAGAGAAGGAGCCAATGCAGTTACTTCTGAACGTGGG TGGACCTGATCGAGTTTCCAGGGTTCAGATGGCTGAAGCTGTTGCACATATTCGAGGTTA TAATTTGTCATTGATCAAATCAGTATCCTCATCAACTGTAAGTAACATTGGTTTAACATT ACATTGACATTTGCATGCACGCGCACAAACAAATTTTCAAAAAAAGTCTCTTTACTTTTT TCATTTACCTTCTAGCTTCTGTTGTGTTACACTACAAGCACAACAAAGTCCAAGAAAGTA TCATCACTACTGTTTTTTTCCTTAAAACCACATACCTAACCTATGTGTGTTATTATCTGA ACATTATAGGTTAACCGCGGCGTTAAGTCTCCAGCAGATATATCCATGGATACCAACAGA TTAATTCAGACACTCAATATGTCACCAACTTCATTTAGGAATGGTGTTAAGTTAACACTT GAAGCTGAATTTGCTTCTGCATCATAGTAGTTTTTGTCTTGCTCTTTTCCAGAATGCTCA TCTTCATATGTATTCGTTTTGTCAAATTATGTTCATTTTTTCAAAAATATAATTTGACTT CAGAATTTATCAAAAGAATTTGGACCTTCGCACTCAAGGGCATGACCTAATGGTTTAGAA TCATGATGTTTGCATTCAAATTTAAGTGGCCGAGTTACAAACTGGCTCAGACATCTTCTT TATCAAAAAATAAAATAAAGTTTAGCTTCAGACACAAATGTATCATAAAATGTCAAAGAT TACAAAATCTATATTTAGTGATTTTAATGTCAGTAGAATCTTAATTTTCGTAGAAAGTTA AAACAACCGACGCACATGTATGCATTGGAGGATATTGTCACAAACTCACAGTATACTCGC CGTCATTGGTTCTAATCATTTTCGAAAAAAATCATGGGTTTTATTCTTATCATGTGTCTT GTATTACGATAATAACATACTGAGTGAAATTCGACAAACTAGGTTTGCTTAAGCTAGAGT ATATATAGACCTTATCCCTATCTCGTCGAGGTAAAAAAACTGTTTTCACGGTTTGAATTT TTATGATTTTTTTATCACATAATAATAACTTTACCAGTTATTTGAAAACTCGTATTTCAA ATTGCAGCTGAAAAAGTAGACATCAAAACGCGAAAGAATCAACATTTTACGCGGAGAACA CTGAAATTAATGGTCATTTTCCTTTTAGAATCAATTCCAAAAATCCAATTTGTGTTGATG ACTTGTCAAAACAGAAATAAAAATCAATTTCTATTCCAAAATTTCACTTATTTGGTTGCA TTTGCATGTCCACCATTCATAATAATTGTGTGCTGCTTTAATTTATTCTTGTTCTGTAAA TAATACACTACGTACGAAAATAAAATTATTCCATATAATATATAGAAAACTTTATTTAAC ATGATAAGTAAATGCTAGCTCCACTTCGACTAGTACATATGTCACTGTAATTTTGAAGAG ATTAAAACTATACCAGATAATTAATATCAAATTGAATTCAATTTAATGATGAAGTAATTT AGTAACAACAATAATATCTAGAACAATTTACGCGCAACTTGACTGATTTAATATAAGGGA TATATGCTACCTTCCAGCGTTGCATATATTATCTGGTTTATGTTGTTCATCAGTAATAAT CGTAAATATTTAGAACGATTTCATTAGTATAAAATTAAATTTCTAAAAATATTATAAGTG AGTAATTTTTAGAAGAGATTTTTAATTATATCCGTTTGCTGGTCATAGGAGAACTCAATA AAGAATGAAGTGTAAGAAAATAGCATTTTTTTTAGTTATTGTTAAGTTTACTTATGAGTT ATGCAAAGCATATTTGGAGAATAAATTCTCGGTGGCAAAAGAAATTAAATAGAAATATTT GGAACATACAAAGCATGTATCTATATTGAAATTAAATTAAATTTGAATTTGTATTCAAAA ATTTCATATTATGACTAAAGGCAATTATGTACCCTAGATGACTCGAATTCAAAACTTTAA ATTAAGAATGAATGAATATTTATCACTTTACCACTATCGGAGTCTGATTAATATAGAAGG TAGTACCTTCACCAAGTAATAAGTATTGCAAATTTAGCCTCTCAGCAGAATCAAAATATC CTTAAATTTCCAAATTATTCGAGTAAATAAATAAAGTACAATTTAGCCTCACACTTCCAA AGGAGAATCTTCATAAAGAACATGGGCACATATTAGACCTACGTAGGCATTGGACTAAAT ATTTAGAAAGTGAATGAAGCAATATTTTCAATACTATCATAACCAACTTTTGAATTTAAA CTCTATCAATAAATTTATTTTTTGAGATATTTTATGATTAACGTTATTATACTTTTGAGA TTGTGAATTCATAATATAATAATTTTGATATGTTGGTGATATATATACAATGTATATCAA TATATCTAAATTGATGGGTTCATTTGAAACCATTAACTTCAGTACGCATTTGCTTTTAAC CATCGTTTATGATTTACATCATATATATTATGTGTGTGGAGTAAGAAAGAAAATTATTTC AATCTTTTTCATGTTTGATTAGACAAATTTGGACATATTTTTTTTGTAGAACAAACTTTC TTTGAAACGAGCAAAATATTTCCCTAGTAAAAGTAGGAAAAACTTCCACAAATAACATTT CACATTTATTGTTCCACCCGGGTATCCCTCTATCGACCCCCACCCTCAATCTCACTTCAC GTAATAATTGTTTAGATTACATAAAAATATTTTTAGTGTAATATGTAAAAATGTATGTAT TTTTTAATTGTACTTAAAATGACATCTACGCCTTCAACTTAGGTGTAGACAACATAGATT TGAACAAGTGAAAATATACATGCTACGTGAGATAATAAATGTAAGATTCCACATAGACCA TTAAATTTTGTGTATGTTATATAGGATGTGTCTATTCGTTTAATTTTATACAAGTTAAAA TATTTATTTATGCACATTTAAAGTTAAAAAACATAAATATTAGTTAAAATTATATTAAAT AATACATTTATTCAATATTTCTCGTTTACATACTCAAACACAAAATATAAGTAAAAAAAT TCTATTATTTTTCATGAGCAATTAAATTTAATAAATAGAACTAACCCAAAGTACTTTGAA GAAAATAGGAAAGACAAAAAAAAATCCAAACAATAAATTACCAAAATTAAATGTTGTACG GCAATGTTTACTCAGATTTGGCTTACTGCCCAATGAGAAGCAATAATCTATTATTGGCTT ACTCAAATTTCCCATTTTACCCTCTTACTGCCCGTGTGGCAGTATACTGACCGTTCACTA AAAACTCTCCAATGACGGGCGGGCAGCCCCCTCTTTACCCTCTGCCCGTCAACAGCCTCC AAAAATAAAAATATTTCTAAATTTGCAAATATTTGAATTAATAATACCAACAAATTTAAT GTGCTTTAAACTTATGATTGACAATGAGAAATTCACATATTATAACTTATATATTATAGG CATTGCTAACATTTAATAAAAGGAAAAGAAAAAAAAGTGAATAAATCATTCTTTATTTCG CATAATAAAAAAATAAAATTGTGTTTAATTGGACCAAGTTTAATATGTTAATTTAGTTTA TGTATTACATTGATAATTACGATAGAAATCATAAATTAATTTCAAAAAATTAGAGAGGTG TTTGAATTAGCATAAGTATTGATTAAATCTACTTTTAAATCAGCTTTAATTTTAGAAATG ACCGATAAATTTAAAAATAGCTCAAAATAATTAAAAAAATTCTATTAATATTTATTGAAC ATTGACAAATATGCCAACAACTAATAAGACGATCTTAACCTTAAAAGAATGTTATAAAGA TTAATATAAAGGGTGTGAAAATTAACCCTTTAAAAAGAAAGTGTCAAAAAAAAAAAAAGT AGAAGGAATATAAGCAGCAGCATTGAAGGAGAGTATAAATATCTGGGTACTTGACTCTTT CACATATTCATGGAGTTGTAGTGTTCTTCATCTTCAACTCAATTCTAAGTTTTTCTGATT CAATTTTTACTCGTTTTTTTTTTATTTATTTGTATAAGGAGCGTGCAATGTGGAGAGTGG CTCGATCTGCGGCGTCGACTTTCCGCCGTACGCGGCGGTTATCGACGGCGATTTCAGCTC CATGTATCGTACACAAGCGCGGTGCTGATATTCTTCATGATCCTTGGTTCAATAAGGTAA GTTTTTTTATTAATTTTGTTTTCAACTGTTAGCTTGAAAATTAGCGTGTAGTCATGATCT GTTTTTTTTTGTTTTTTTTTAAAAAATTATTCGAGATACTGTTTTGGAAAGTTATTCAGC TACTATTAGTTGAAATTATTGCAGTGAAAAAAATAAGTTTTTTGGTTAATCTAGAGGTAC ACCAATTTGTTTGGGACTAAGGCGTAGTTGTTTTTGTATGGAGGTTTAATGCTATACTGG ATTTGCCAAATACTGGTTACATTTTGTTGGTTTGTGTTGATGTACTCTATAAACTGGGAT TATGTGATATGAGTCACGATATGCTACTTTTGAAGTACTGTGTCCACCGACTAAATTTTT CACCTAAATTTTGATGTCTAGTTGGGAATTTTATTGAGGAAATGGATGTAGAGGGTTCAT TAAGCCAACTGAACTATGGTTTGTGACTTTGTGTTATTACTGGTGTAGTAGATGGGGTAA TTATTAGTTAAATTTTGCTTGTAAATTGTCCTATAAGTTACTCTTTAACAGGAGAAAATG CGGTGCTCTGGCAAAATGAAAGTTGGTGTGATTCCAGAAACTGAAAGGAATTATACTGAA ATTTCATAAGCCAAACATAGAAGCAGAATAGAACACATATTACGGATGACCTCATTAGGA TTTTTAATCTTCTGTGTGCTGTAGCATGAAATTTTATGAGTAAAACATTATATAGAGATA TATACAGTGTCATGGTGTTTAGGCTGTCCAAGACTGTATTTTTCTGAGCATCAACCTTTA TATGGAACATGTGGTAATAAATTAACCACAAGATAAAAAGTAATTTACGTTGTACCTTCA GAGTCCAGAATTATGCTTTATGTTTCTCGAGAGACCATGATTTATACAACCTTAGTAAAG TTACCAGGATTGATACAACCTTAAGAATAGTACAATTTTCTGATAATGGTACATACGAAG GAAAAAAGATTACAATACGACTGATTCCTATTAAATTGTGTAAAATATCTTATCTAAAAG CTTAAACTGTAGATTCCTTTTTCAAAGGCCAAGTATTTGTACAAATTGTTGTTAATGGGT AGTATTGAGACAGGAACCCAGAATCTCTGCCTAACTCTAATACCATGTTAAATTATGTGT ACCTTCTCATCTAAAAGTTTTAAATGTTAGAGAGAGCAGACTTTATTTACTCAATTATGC TTCCAAAGTTTGTAATAGTTGAATGTTATTGATGTTATTATCTGCAATAAATAAAAAACA GGACACAGGATTCCCAATGACAGAAAGAGATCGATTGGGTCTGCGCGGTCTCCTCCCACC TCGTGTAATATCATTTGAACAGCAATATGACCGCTTCAGTAAGTTGGCTATTTTATGTTT GGCCCTTGTTGCTTGCATGAAAGTTAATATTCGACTCTTTATAGTAACAAAAGGGGACTA TGCTCAATTTATTTAGAAGAAATTTCTTGTTCTATATCTCTCTCTTCCATTGTTTTTGGC TTCTAACTTAGATAGAACCTGGTTTTAAAGTACTTGTGGGTTTGGTTCGAAGTACTATAT ATTACACACAAGTACTTCGAAGTATGTCGAGAACCAATATGGACAATGAGAACTGCCATG AAAATTGATGAGAACATCAACTTAGTTTGGTAGTAGTATTTGTGGGTTTTTTCCATTATC AATCTTTTGTCCTTTTTCTTTGGCAGGGTGGAGATTTCAACCCCTTAGGAATTTCCTAAA ATAAAATTATGGTTGTTATTAGTTTTCACAAGTGCTTTTAGAGCGTACCGTGTTGGTGAA GATTCTTGAGCATGGGTGAACGGTTCTGTTAGTCTTCACCAGACTATCTAGTAATAACTA GAAGAAAATGCTTGATTGAATGAAGTGCTGGAAGAGCTGTCTAAGTTGGTTTGACATGTT TATTACCTACCAGTGTTTTTTATGAGGTGTCAACATTATGCTCTCGAATTCCATATATTC CAAAACTTGTGGTGGAATTCGTATGAGGCTTGAATACACCATCTATTTTGACTTCTTTTT TCCCCTAGCGCTTTGGTTTAATGGAAAAGGTAATACGACATGGAATGTATAGTTGACGCA CATCATGAGTTTGGATCCTATTGTAAACCAAGTCTGGTGTTTAAGTTTACTTATAAAAAA AAAGTCTAGCATTTAAGTGGCCCAGTGTTTTGGGCTTGAGACTTCCATGTTGGAGGTCTC AAGTTTGAAACCCCTTGCCAGCGAAAGCAAGGGGTTGGACTTCTAGGTCGAGCTCGTCAC ACGAGGCTTTCCTAGTGCGGGTTACTTCTCCTATGTGGTTTGTGAGCTATTGCATAGGAG CGGGGGTTTTACCCAGTGCGCACCCAAAAGATAGCGGTTGCGGGTTTCCCTTGTCATAAA AAAAAAGTCTGGTATTTAAGTGAGTAAAGGGTGAAGCCATTATCTACTGAGTTTCAAAAC TGGAAGCAACAGATTTCTTGGTTATTGGAAAAAGTAGTTTTGAGATGTCAGTGTATGGTT CCTGCTGCTATTTTTTGGTGCATCTGGAATGAAAGGAATTGTAGATGTTTTGATGGGATT TCAATTCCTAACCATATTCTTAAATACAACTGTTTCGTCTTCTTATCTAGCTGGTTCAAC CAGGACCCTGTAACCACTGTTGATGTTTTTTTGAACTATGTTTGCTCTTTAGTTATTTAG TAATTTCTTGTACAGGAGCAGACCCCTTTGCCTTGCATCTTCTTGATGCCTTTTAATGGA ATCTCCTTACTTCATTTTTAAAAAAAGGCATGTAGCGTGTCGGCACCAACATGTATTAAA AACTCTATATTTAGTTCCTCCCTGCTGAAAAAGAGAGGAGGAATTTCTGGAACATTTGGA TCTTCCTTTTTGAGAAAGATTTCTGCAACATTTAAATCTAATCTTGCTGAGATTAAAATA TTTAACTTTCTGTTCCAATCATCCATTTGACTGCATTCTGTCAAATCTTCTAGAAAGCTC TTTATTTTTTTTGTCTATTCATCTATATATGTATCATACTCAAGCACGTTATATCCATCA GTGTAATGCTATATCTTCTGTTTAATAAGTTTGTTGTAAGATATACTTCGCGAATTGTGT TGTCTGATACCATATTCTTTCTTTTGCTGTACCTCTAGTGGAGTCATTTCGGTCACTTGA GAAAAATACTGAGGGTCAACCAGAAAGTGTTGTCTCGTTAGCAAAATGGAGGATCTTAAA CAGGCTGCATGACAGGAATGAGACACTGTACTACCGAGTAAGTCTGGTGGTTGCAAATCA TGCTTGCAAATGCTAAGTAGCAAATAAACTATTTCTACCTGAAGACTGAAGTTAAATCCT GAACTTGCTTCTCAGGTTCTAATTGACAATATCAAAGATTTTGCTCCCATAATATACACT CCAACAGTAGGATTGGTTTGCCAAAACTACTCTGGCTTGTTTAGACGTCCACGTGGCATG TATTTCAGTGCCAAAGATAAGGGAGAGATGATGTCAATGATCTTCAACTGGCCTTCCACT CAGGTACTATGTGATTTCACAACTTTCTGATTTTTCAGCTGTCCCTTCTGTTGTTTCAAC TATCTCGAAGTTTCAGATATATGGAACCCCTGTTTGTCTTCTGCATTCGCCTAATCTCTG TGTCATTTACAGAAACAAAATCTCACAATAGTACATCTTCTTTTTCTTAAATTGTATGCT GTCAAAATAGCATTTGTCACTTTCCATTAAAAAATGGCCTTCTACCTTGGCACCTGGAGC TCTAAGTGACTATCGTACGGGCATTTAGTCACCTCTATGAGATGACTATAATGTGACTTC ACCATGAAGCATTTCAAGGATGACCCTTTCAAAATCAGGACACTTCAATTCCTCGATAAT ATAAAGTTCTCCTAAAAGAATTTTTGCTACGGTAACAAACTCATAAACTTTTTATTTGTG ACAAAAATAAATTAGGTGTCACAAATAAATTAGGGTAGTCTTCTCGCGTGTGATACTTTT TTTTCCTTGATAAAAATAAAGTACCACACACCATAGTCAAGCCAAGAGCGGATAAGGTCC CCCCGAGAACCTCATGAATTTTCACCAATCTGTTTTTTCCCCTTCAAATCCTCTCTACAA GAGCCATGTGAAGCTTTGTCACTTGCACAGAACCATCCATATTGATCTGCACCGTGCTTT ACTTACTTTACTTTCAAATAACTTTCTTCTCGTATGTGAATTTCTAGAGCCATATTCCCA ATTTCCCATCAAAACATGGTTGTATTTGAATTTTCAGATACCCAATCTGCCGAAATGTGC TACCTCCTTTATGTCTTCACAGGAAATATCTCATTAGCCCTATGAGTTGTGCAGGAATTT GTGATGTTTTGTTTGGATGATGAGGAGTTAAGTTACTGGTCATTGGTTTATTTTTAAGTA CAGTGACAATTTCAGACCCAAGTTATATTATTCCTTTCAATTTTCCTTTCAGAAATTTCT GTGAAATACTTGGGTACAGAAAGTTAAATAGTTGATATTTCGGAATAATGCAAAACTTAA AGCATAGTGTAGCTGAGAAAATCTTCCTGACTTTAACCTCTTTGATATGGATTCTCTTTT TTGAACAAAAACTCACAACTTTGTTGAAATAGAATCATCCAATGCATTCTCTTCTTTTGT TTGCAGGTAGACATGATTGTCCTGACAGATGGAAGTCGTATTCTTGGCCTTGGCGATCTT GGAGTTCAGGGGATAGGTATACCAATTGGAAAACTTGACATGTATGTAGCAGCTGCTGGT ATCAACCCACAAAGAGTATGTATGAGAATAACTGTTTGTTCAGCAATTTGACATTCATGA GCTATTATTATCAGTGTGTGGGTTGCATATGTTTTGTATCTTTTGCATATGCTGCTTTGG AAATCTGAAGTGCTATGACACATAGACGTTTCTCATGGATTTGACAAGGATATCAATCTG ACTAACTAGCCTATCCAAAAAGACATAAAACAATATTAAATAAAGATGTGACTCCAGATT TAAAATGAGATTTGGTTTAAGTGTTAAGTAATGACTGCTAACACTGATGTTTGGTAAGTC TGCCTATGTCGTTTCTTATTAGTGTCTTGTACAGTTTAATCAAAATTGATAACCACTCAA TCTGTTCTTTGAATAATAGAACTGGTGATTGTTATACTTCCCAAAAAAACAATTAACTCT TCCGTGTTATGATGTGCCTTCATGTTTAAAATATGATGTCTGCCAGATTTACCTATGCCT ATGCTTTACAGGTGCTCCCAGTTATGCTTGATGTCGGGACAAACAATCAGAAGCTTCTAG AAGATCCTCTTTGTGAGTAAGATTTTTTAATGCATAGTACTTCATCCAAAAAACGTATCA GTAATTTAATATGCTCACACCTAATTGTTTTTGGCTTCTTACATGCTGGTGGACTTTCTG GTCCTTGCAGTTAATCCTAAAAAATTATTGTCTTATAATTGCTAGCTGTCTTCTATCTGC ACATACTGTTGACTCTCTAATAATTACTGTTCTGTAAGTTGCAGTCTTTATGACTAAACG TATCAACTCCAAAAACTTGCTTCACCTTCCTCTTCTCTTGGGGGAGTTCACATATATGAT CTTTGAGATTAAGTCAGGGCAAGGTCCATTTTCTTAACATGTCATCAGAGTTGGGCCATA CTTATTCTTGGCTTACCCAATGTTGGGTCCCATGTTATATTGTCCATGCATCAAATGTTA AGTTTTGGGCGTGTAAGAGGGTGTTAAGTGTCTTCGAAAGTTCTCATCTTATGAGTTAGC TTTTGGATTGAGTTATGCCCAAGGGCCACTTTCTTAACACCAAATACTTGAGTTAGGTCC AATGTCCATTTTCTTAACACCAAATAGCAAACGACATAGTGGCTCTATTCAATTTATGTT GAGTAAGGATGCAACTATCAGATGATATACAGTTCTAGTTTTGAAAATCAGCCCTTGTCA CCCCTCCTCATTCTGTTCTCCAAGTTGGGCGCAGGGGTTTCTGCTTCTTACAGGATTTTG ATTTTACAGATCTTGGACTGCGACAACCTAGGTTGGAAGGGGAAGAATATTTGTCAATAG TTGATGAATTTGTGGAAGCTGTTCATGCTCGTTGGCCAAAGGCTGTTGTGCAGGTCCATT TATTATTAAAGAAAGATATGTGATACTATTTTATTTCTATTGCACTGATATATCTTAATA ATGCTAGTAGTTTGAGGATTTTCAAGCAAAGTGGGCTTTTGAGACGCTGGATCGCTATCG GAAAAAGTTTTGCATGTTCAATGATGATATACAGGTAGTTTGCTTGGTCCCCTATTTTTT CTGGAGGTTATTTGTTGGCCCTTGTTCTCCTTTCTGCAGCCACCACTGACGGAAAGAATT ATCTTCTGCTCTTCTTGTTCAATAGGGAACAGCTGGTGTTGCTCTTGCTGGGCTATTAGG AACTGTTAGGGCACAGGGCCGGCCACTGACTGATTTTGCCAACCAAAAGATAGTGGTAGT TGGAGCAGGAAGGTAATGGCAAAATTAATTTTGACAATCTATCCTAGGTTACTAATAAAT TCTTGTCTTATTTAGATGCCTGTTTGAGGTGACTTAATTGTGCGTTCTCTTCTTTATTAA TTTATGGATTTCAGTGCGGGGCTTGGTGTTCTTAAGATGGCATTACAAGCCGTTTCAAGA ATGGCTGGACCATCAGCAGATCCCCACTTTTTTCTTCTGGATAAAAATGTGAGGTTTTGT ATATATACAGATTGTTTATATTCCATGTTGATTCAGAAAATGTAAATGTGTTCCCTCTTT TTGCATGTGTCTTTTATCAAATATGTTTAACCATGCTAGCATTTTAGATTGGGAGACAAA TCAGCATCAAATATAACTGTATTATAGGTGAAAACAATGTTTCATTCACTAATCACATGA ATGGGCCTCTGGGCTTTGTGACAAGTACCATATGTTTTTCTGTCCATGACATCAGTTGGT GTAAAAGATTTGCTTCCCTCCAACATGATCGGTAATGGTCATTGGTGATTGTTGATGCAG GGTCTTATCACAAAGGATAGGAAAGATATTGATCCAGCAGCATTACCATTTGCTAAAGCC CATCACGAGATTGAGGGGCTAGGACTACAGGAGGGAGCAGGACTTGCTGAAGTGGTAATG TTAATAGAATCTGTGGGATACAAAACTAAGTTGCTCTTAGTAGAAGGATTTCCGTGCTTT GTTAAAATTTGTTGACCTTCTTGATTATTGGGCTGTAGGCGACTAATAATTTCTATCTTC GTCTTAGTTCTTTTTATGCTTTCCAAGACAATAAGGCTGGCGTTAAATGTTTGTCAGGTC AAAAAGGTGAAGCCTCATGTACTTCTTGGTTTGTCAGGAGTTGGAGGCATATTTCATGAG GAGGTGGGTCATGTACTTTGTTTTTTTATTCTTCTTTAGCATTTATTTACGACGCTCAGA GATAAGAACCGTGTCATTGGATCAGCTATTTTCAATTGTGACATCTAGCTTATCGTGAAA CTTTATGGAAATGATTGGATCTTTAATTCTCTAGCTGGCCAAAGTTACTTAGCACATTTA ATCATTTACTCTATATTTAACATGTAGGACAGTATGTTATTTGAATTTTTTTTGTCATAT ATCCACATCCGACTCCTTTGCTCTACCATAAATTACATCATGAAGTTATAGCATATTTAT TCCTTATTTTCTGATCAATTCGCTTGCTTCATTACATACTTGTGAAGCTTATGCCATTGA CAATCATATCTAATCTCATCTACCAATTTGCTTCCTATTCCTTTGCCTACCTTTAAGCAG GTTCCTTTCAGACATTTTTTTCCCCTTTTTCATCCCTTTTCAACAAACTAGTATTTCAAG AGTTTTCTAGGATAAATCATGAGAAAGAGATACATGCGACTGTTGAAGTGATCTCTTATT TTCTGGAATTTTCTTATTGAAGTATGATGTGGGGTGTTATTTTCTCTTTGGATGAAATCA CTTGAACATTCTTTTTGATCAGTTAAGTCACTTGAAAGTTTCTTGCAGTTAGTCTGTTCC GTCGATATCAACTTGTGTTTGTCTTGGTGTAATGTTCAGGTGCTGAGGGCCATGAAAGAG TCAGATTCTGTTAGACCTGCAATTTTTGCCATGTCAAATCCTACAAACAATGGTTTGTCT TCTCATCCATCTTTTGCTTCCTCAATCGGCTGTTTGTCTTGATCTTGCATTTAAATTGTA TATTCTGTTCAACAGCTGAATGCTGTCCTGTTGATGCTTTCAAGCTTGCTGGAGAAGATA TTGTTTTTGCTAGTGGGAGTCCCTTTGCAAATGTTGATCTAGGTAGTTTCTGGTTCCTTG AATGCATTTTTTCTCTGTATCCTTTATGCACTTGTTGTAGTCGATGAGCAACTCCTCTTC ATTTGTTCATCTCCCCTTCCCAGTTTAAGCCTCTTTTGTGCTTATTGATGACGTATTACC TCATGAATCCTATTCTAATATGTTCTCAGGGAATGGTAAGATAGGCCATGTAAATCAAGC GAATAACATGTATCTCTTCCCTGGGTAGGTGCTGATTGTAAACCTATGTTAACTGTTTGA ATGTGTTGCACTCATCTAAGATTATTGTTGACAATTCAGCATAGGGCTGGGAGCTCTTCT TTCTGGCGCTCGAAACATAAGTGATACAATGTTAGAAGCTGCTGCTGAGTGGTATGATCT GACAATCCTGTCTCCTTGTACTTGATTTGACCATCAGTGGTGTGAGCTTTTCAGTTTGTA TTGTGTGTTTAGTTTAAAGCATGTGGTGCAACAGAAGCTTTTCTTATCTATACATTTACT GATTTGTATATCTATTTTGATCGTGCAGCCTCGCTTCTTACATGTCCGATGACGAAATCA ATAGAGGAATCTTGTATCCATCCATTGACGAGTAAGTTCTTGGTTTTGGAGAAAGTATTC TTTGCTCATAGAGTTTTATTTGGAGATGTGAAATCTTAAGCACTAAAATTAGCTCCACCC TGTCCCTGCAATGACTAGATATGACTTGACTGATTGTTGCAACTTACAAATTTGATATCA TTTTTTCATTCTGTTAGTTGAACATATTAGCAACTGGTTTTGGCCTTATAGGATTTCTAG GTCACATGCTTTTTGCTGTCCCCCTTGTTACTACACCATTTAACTGTAATATGCATATTT GAGGGAGTCAAATTAACAATGTACAAAATTTTGATGACAATGATGCTTCAATTTCAAGGC GCAGCTTTATAAAGCACAAACGTCTAGGTTTATCTCTCCTGATTTTGATTCTCTCTGTTA CATGACAAGGAATGCACACTTACTTTGCTGCTATAATGCAACATTAACAGTAAAGTGACC ACTCTGATGAAATGCTGCTACACCCGAATCTTGTTAGTTCACATGGGCAACACTTGATCA CTCAGCTCATCCTTAGTTGCTCTTTTATACATTTGTTTATCTTTTTGTACACATGCATTT AGAGATCTAATCTTTGAGGCTATGAATACGTGCTACTAGTTAACCATATAGGTTGTGGTA CTATTGATGCTGAATCATTTTGTTTTTCTTTTCCCACGCTTATTAATTTTCAGACTTAGT GAATAACCTTTCTGAGGGCATTTTGGATGTAATTTGCACTTTCAAAATGCATTCACTTAG ATGTGGCAAAGGAAAAATTGCTTCCTACAGGTAATCGTATCTAATATCTCTTTTTGTGTG TGCAGTATTCGGGATATTACAGCAGAGGTGGGAGCTGCTGTTTTACGGGCTGCTGTGGCT GAAGACCTGGCAGAAGGTCACGGTGACGTTGGAGTGAGAGAGTTGCAGCATATGTCAAAG GTACGAAAATGTTACTAGAATCTACTAAACGAAATGAAACAAGAATCATAACGTTATATA CAGTTAAGAAAAATGTGTTTCCGCCTTTTTATTTCAAGAGCTTCATTCGATGGATGCAGG AAGAGACCATTGAACACGTGAGAGAAAATATGTGGTATCCTGTCTATGGCCCTCTTGTTC ACGAATAGTGAAGCACTTCCTGGGTTGAGATCACAGGTCCACGAGAAGTGGAGTATGGTC TGGTGCTCCAAATTGCCTGTAAAGGTCAAAAAGTTTCACAAACTTGACTGTATTAGGTGT ACAATTACAAGGACAAATGTTGCTGAACCACGAAAGAGTCTAGGGCTCTTCAAATATTTC ATTTTTTTGTTGTAAGCCATTCTTGTTTATCTCATGAAGCATATGTAACCTTTAAATTGA GGAGTAGGAGATGTATTTGTTATCCCTGAATAAAAGCTGATACTTTCTCTCAGCAGCACC GCCTATTGAACTGTATTCATTTTTTGTGGTTTTTTCTTCTTAAAATGAAATAGCATTTGA AACAATTTGATTTTGGCTCGAAGGAAATCGGCACAGAACGGAAAATTCACTTTCTCATGT TTGATTGGTCAAAATTTTTGAAAAACTTTTTCTATGTTTCGAGTACAACTCCCTACCGGA GGTGGAGGTGTCATTTCAACATTCAACACACCTCAAGTTCTCTCCTTTTCATTGCATCAT ACTCCATCTCCCATGATATTTATCTTAAAATTATATTCAAATACTTCTGATATAATATTC TTTTTTTGCTAGATACCGAACAAAAAATATAAAACATTGCTAATAAGACTTATGTGGTCC TATGAACTTATGGCTATCATTTCTCTCATTTAACAACCACACTTGTGTTTCTTGACAATT ATTTTCTTAATTATTCAATAATAGTGACGCCTTCTTTTTCTTTTTTCTTTTAATTATATG ACAAAAACTTTTCTATCAACATATAAATATATTCAACTCTCAAGTCTCACCTATACACTA GTGTATAATTTTTCTCTCATTCTTTTACACATTAAAACACACAAAAACTTCATACCATGG CTGAAGCTTCCAACTTCCTAGAAACTCAACGGTAAGTACTCAACTTCACTACTTTTTTAA AGCAGAATCTACCACACCAAATTTGGATTGATTTGTTACATGGTCACTCAACTAATAATT ATTATCTTATTACCAGCTTTTTCTCTTTTGACTTTTTAAGATAATATAAGTATCGGAGAA TGAATTAATTTCTTATGATTTGGATTAATTTGTTGTTATCATCAGGATTGCAGTTGTGAG TGGAGGCAACAAAGGGATAGGATTAGAAATATGTAGACAACTAGCATCAAAGGGAATATT GGTGATTTTAACAGCAAGAGATGAGAAAAAAGGGAATGAAGCTGTTATTAATATGGATGA ACACTCTAATTATAATATCATTTTTCATCAACTTGATGTGACTAACATTTCTAGTATTGT AACACTCAGAGATTTCATCAAGAATAGATTTGGCAAACTTGATATCTTGGTATTTCCTCT TCCACTCCTTTTCAATTTTAATTCTTTCTATAGAATTGAATCCAAAGCTAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAGTCTGTCGCTAATCCTATTTAATAACGAATTCACGA TTGAAAAATTATATAACTATGATGTGCTATGAAGAGACAGATAAAAAAAAGTGTTTTCTA CCGGCTATTTAGAGATGGATTAGTGATTCATTTTGTATTAAAGGAAATTTTTCGTTTGAA AAATGTTTTCTAGAAAAATAAGTGGATATTTATTTTTATTTTCTCGTCTTTGGTTGATTA GCAAACAATATTTCCTAAAATTATTTGTAAATGATATTTTAAACAAATACTATATATGGT GGGAGTGAGGTGTAAAACCATTTGTGAAATTTGTTTTCCTTACTTTCATTAGAAAAATTA ATTTTCTTTTTCTTTAAAGAGTTCTTTTTGGCATAAAAAATATTTTTAAAATTATTTGAC CACTCGAATATGATAAAACCCGAAAAAGGTTTCTTTAATCAAGCTTTATGCATTAATCAT AATTGATCTCAATTTTCTTTATAACTTTGTGTTTGCTTAATAGATTCATGAATTTGCTTA ACCGTACTACGTGATGCAAATATAACAAATCATTATTAATTTGTAAATAACATATAATAT AAACAGGTGAATAATGCGGCAATTCTTGGAGTGCTTTTAGATAAAGATTTCATTATAAAC CCACAAGTAAGTCACTATATATCACATGGATTTCTCATTTTTTTTTATTTATTTTTTCGC CCTACGAGCTCCCAATTTTTTACTCCCTTTGATATAACTCAAACTCAGCACCCTCTTGTC ATCGCGTCCATTCTTTCGTTCGTTTATATTATCAATTTTTCTAGCTTTCACTTTCTTTAA AAAAAAAAATCAATTTTATGGTTGTGTAAATTTTTTTGAGTACATTTGAAATGAAATAAC GTTGTGATGGTCATGTTGTAGCAAAATTTATTCATTGAGAAGATGAAAGTAGCAACTCAA ACTATTGATATAGGTGAAGAATGCATAAAAACAAATTACTATGGTGCAAAATGGATGATA CAAGAATTATTACCTCTACTTCAATTATCCGATTCGCCACGTATTGTCAATGTCTCCTCC TCTACTGGAAAGCTCCAAGTACGTACATATTTTATCCAATCGTTATATTATGAACATCTA TTTTTAATACAGTAACTGACACGATGTTTTGTTTCAGCATGTACGCAATGAATGGGCTAT AGGAGTCTTGAATGATTGTGACAATCTAACAGAAGACAAAGTGGATGAGGTTTTGAATGT TTTTCTCAAAGATTTCAAAGAGGATTTGTTAGAAAGCAAAAATTGGCCTCTAATAGTATC TGCTTATACACTATCAAAAGCAGCATTAAATGGTTACACAAGAATATTGGCTAAGAAATA TCCAAATTTTCTCATAAATTGTGTTTGTCCAGGTTATGTAAAAACTGATTTATGTTACAA TTCTGGCATATTGACTGTTGAAGAGGGTGCTCAAAGTCCTGTTTGGCTTGCTCTTTTACC TCAAGGAGGTCCATCAGGGAACTTCTACAATAGGAAAAATCTCTCACCTTTCTAATGAAA TTAAGAAATCTTGATCACAGCTATGTTGCTCGAATTTTTCAAAAAATGTTATTGTATTTG TGTTGGATTTTCAGTAAACATATAATACATAGTTTGCAGAGAATTCGACCATATTATAGG TTCATGGACAAAGTTCCTATTATAAGGTATAAATTGTAAATTGTAATACATAAGTTAATA ATTATTGGATTATCGTCTATGGCATATGGCTTGATTTTGCAAATGTTTGGCTTATTGTAT TTTTTTTAAAAAAAATGGATATATAACATATTATATAAAATTTTATAATCTTACCCTTAT ATTTGAAGTAAATAAAAAATATAGAATGATGTACGATATCTTTATATTTTGACTCAGTTT GTCAGTTGGATTTTTATATATATCTTTGTCAATTAAACATTTAAACTCACTAAAATGCAA TACTGTAAGCCCTTTCTTATTTTATATGTGTGAGTGTAACACAGCCGCTCACACATGAAA TTGTACATTATTTTATGAAATTTCATGTCATTTTGAATGCCACATAAGAAATTAAATATC ACCTAAATTTCAATCATTCAAAAATAAAATTCAAAAACCTAAATGTTAGAAGTGTATAAA TCGACTAAGATTCATAAAGAAGAATTTGAATTACAAAAATTAAAGAAACTAAAATGATTT GGGATAAAGTGATTTGGTTGGGTGAGGGGTGGGGGTGTGAGTGAAGAAGAAGGAGAAGAA GGGAGTGGTGTAGGGTGGTGTGGTGCGGGGCTGTAGGAAGAAGGAGAGGGTGGGGGGCAC AAGGAAGAAAAAAGTCATGGGCGAGGGAGGGGTGAGATAGTGGCTGAAGGGTTGAGAACT TTTCGTAAAATGGAAAGACTAGTTTTGTAAATAAATAAAATTAAAAAGAAAATTTGATTT GTGGTGGCGTCAGCCGTCACGTATGCAAGCATAAGGTATTCAGTAATATTATTGCTACAT AAGCTCAGTTAATGGTTATATGTGTTCAAGATATTATGTTTTAGTAAGTTTAAGGATTCA GTTGATGAAATAGTGAGTATAAGAGTTCAACTGACAAATGAACCCAAGTACAAAAACCTC TTAGACTATTCCGCCAATACAGAATATCTGAACATCGTTTCAGTTTCACAACTGTTTTTA TGAAATCGCAGCCCGCTAGGGCGACCTCCTTATGCATGGACATAGAGACAACTAAAGGAA CACGAAAAAGAAGTCCCTTTAGTTGCCGGGTCTGTTCAAACAGACCCCGCCAAGAGAATT TTTATGTTCTTTCGACCGCACTAAAAAAATGCATTATTATTTTCATAATAGTGTTAATAC AAAAAATAGAAAAGATGATCCCAGTAAAGTTAATTCATGGTTGTTGTTTTTTTAATGAAA TGAAAGAGTATTTGAAACAATTTGATTTGGACTTGAAGGGGAAAGGAGTTTTGCTTTTTT AGAAAAAAAAGATATGTTTGGTATAGAAAAAATTTCAACTTTCTCAGGTTTAGTTTAGTT AAATTTTTGGAGAATTTTTTAAGTTTCTTAAAGTGGAGAAATGTGACTTCTATAGGGGAA GTAGAGAAAAATTTCACAAGTGTCATTTCATATTAACTGCATTTTCTCCGACATTCAACA CATCTCATGTCCATTCCTATTTTCACCATACCACATTTTATCTCCGACAATGTTAATTGA GATTATACACAATATTATATATATATTTATGTGAATGTCCATAAATTCAGGTGTAATTAA CCATAACGTATAGCAACTCCTACTACCTCCTTAACTTTCCCCCTTTAATATTCCTTCATT ACTTGGATGGTTAATGTCACGTTTATAACTAACTTTTTGTATGCCTCTAATATTATAAAT AGAGACATAAGGTTCATATTAGATATTTGAAAGAGTAAGAAAAATTTTCATTGTCTCTCT ATGTCTATTGCTCTCATCTTTTATATTTCTCATTCTGTTTTGTTTTAATTTTTCAATATA AATAATTTTAAGATAATATTTTTTTCAAAAAAAAAAGAGACTTGTATGCTCGAAGAACTC ATGGCTGGCATTAGGCCCAATAAAAAGACTTGTATGGGCCAAGAACTTATGGCCGGCATT GGGCCTAATTTTCCATGATGGTGCAAAAAGTGGACTGGGCTCTAAGTTCAATAATAGTGG TTCAGTGTCAAATTAGTACACTGTTTCAAAAAACGTTTTTGGGTGAGTCCTGAAGCGAGC ACACCAAAAATATTTTGATACATAAATTAAAGACGTAGATTCATAAGGTATAAGCCTTAA AATTTAAGGCGTAATAGTATATCCAGGCATTTTTAATTTATTTTTAAATTCTGTTTTTGC TTTAAATTATATTTTTATTATTGGTGTAACGATTTTTCTCAAATAGTAATTATTATACTT TTTTCTATATTATTTATTATGAATACTTATCTCAAAATAAAAATCATGAATCATGAAAAG GTTTACTTTTACTTATTTTCTTAGTAATAAAACTACTGAACATACATGAGACTTACTGTT TCTCGAGGCTTACACATCGCTTTTTACTATAAAACGTCGTGCCTATGCCTTCGCCTTTTG ATACACTCTATTATTTCACTATAATTCATTAATATTATATATTTTTAAATCATGTTAAAT CACTTGACAAATATAAATTAAATGAATTAGTTTATAGATACCGATAAGTATTTACCTTCT TTTCTTTTACGACTATACGCCAAAAACTTTTGTATCAAAAATATAAACTCTCACCTATAT ATACTTCATTATTTATTAATGAAAATACTACTACATAGTTTTTCTCACATTTAAACGCAA AAACACTTCATACTGTGGCTGAAGCTTCCAACTTCCTAGCAACTCAAAAAATCTACTTTC AATTTTATGGTGCTGAGTCTCACATTTGTGGGATGAGATAGACTTGAGTATCCTCCTCTC GTCATGAGCCAGCTTTTGAGGTTAAGTTAAATTAAATATTGTTGGATTATCTATTGAATA TCTTGTTTTTGTAATCAAAATATTTAGAAAACATATTTTTCTTAGGAAAGTGCATGACTT TTCAATTGAAAGTGTTAAAAAAAAAGTTCCACTATTAACATTTCATATTGATCTTCTATC AATAATTATTCAGTCAATATGAGTCGATTGGAAGACTAGGTTTATATCTGTTGTATTTGT ATAATTAATTTTATTATTTCTATTTCGATTATCTTATTATTTATTATTACTTTTATTTAT TTTCTTACTTTGTTTGTTGCATGATTTATTTAGTACTGTATACCTGTATATGCTTAGGAA ATAGAGCCAAATAGAAACTGAACAATCGAACTCCAGTGGACACTACTTGAGCCATCATTT TGCAATAATTAAGAAAAATCTCAAAATTAAGGTAATTTATTTAACACTACTTGAGCCATC ATTTTGCAATAATTAAGAAAAATCTCAAAATTAAGGTAATTTATTTAACATTTAAATATT ATCTTATATTTTATCATGACTAATTTATTATTATATTTCTTTTCAATACTTTTTATTATG CTTCTCTCATCCTAATTAATATCGAGACAAACTGCATATATATTATTTTTTCAAATTTCA TTCAATACATTATCATTATTTACGTTTATTTATGACTTTCTGTCAACCTGCTTGTAGTTG GGATTCGGTTGCGCTAGGGAACTTTTTGTATAGTTTGTAAGTAATATTAATAAACTAAAA TAAGAAGTAACTTTATGAGTCCCACATTACAATCATGATTATAAAATAAATTCTTTTGAT CTTATTTAAATAGGAAAATGGTTAAATATGCCGCTAAACTATTTAAAAAGATTTAGATAT ACCTTTCGTTTAAAGTTTGATTCACTCATGCCCTCACCGTCCAACTTTTGGTCTGAATAT GCCTTTATGGGTTTTAGTTGCCATGTTGGACATATCTTACTCATTTTTTCATTTGTTTAA ATGTCACATGGAATTGTCATGTTATTTTGACCTAATCACACGACATTTATATGAAAATGA AAAGATATACGGACTCATAAAAACCTAATCCGACCCATAAATCAACTCGTTTTAAATTTA CTATTTGACCCATTTTTGACAATTTTGCTTAGTTTTTATTTTTTCGGTAAGTCCCGAAAA TGAGTAATTGATTTAATAAAAAATAGGAAAAATACAAAAAAAGAATTAACGCAAAAAAAA AATTCACAAATAAATATAGTAACCTTAAATCTAACATTTTAATATTTTTTTTAAATTTTT TTATTTTTTCGGTAAATCTCAAAAATGAATAATTTGATTAATAAAATAATATGAAAAGTA TGAAAAAAATATAAATTAACGCCAAAAGTTCACAAATAAATATAATAACATTTCATTCTA CAATTTTTTTAAATTTTTTATTTTTTTCGATAATCCCAAAAATGAGCAATTTATTAATAA AAAGGGGAAAATATGGAAACAAAATAAAAAATTTACGTCAAAATTCACAAATAAATATAG TAACCTTAAATCAATAATTTCAACAGTTTTTTTTATTTTATATTTATTTCATATTTTCCT ATTTTTTATTTTGTGAATTTTTATGTAATTTTTATATTTTTTTCATATTTTTTTTGTTAA TAAACTCATTTTGGGATTTGCTGAAAAAATTAAAAATTAAAAAAATATTGAAATTGTTGA ATTTAATGTTAATGTATTTACTTTTTAATTTATGGCGTTAATTTATATATTTTTTTCATA TTTTTTATTAATCAATTACTCATTTTCGGAATTTATCAGGAAAAAAAATTAAAAAAATGT TTAAATTGAATTTAAGGTTACTATAATTATTTGTGAATTTTTGGCGTTAAATTTATCTTT TTTCATATTCTTTCAATTTTTTTATTAATCAATTATTCATTTTTGGAATTTATTGAAAAA ATAAAAATTAATTAGTCGGATAATTTATTTAAAAGTGGGTTGATTTATGGGTCGGATTAG GTGTTTATGAGTCCAAATATCTTTCCATTTTCATATAAATGTCATGTGATAAGGTAAAAA TGACATGACAATTTCATGTGACATTTAAATAAATGAAAAATGAGTTGGATATGTCCAACA TGTCAACTAACGCCCATAAGGGCATATTTGGACAAAAAATTGAACGGCGAAGCCATGAGT GAACCAAACTTTAAATGGAGGATATATTTAAATCTTTTCGAATAGATTAGGGGTATATTT GACCATTTTCCCTATTTAAAATGACAACTTCCTACATTGAAACTAGACAAGAATGTGAAA AGTATCTTTAAATTCCTATCCATCATTTTCCCAACCTATTAGAAAAAAAGTACTTGAATA CAATGACTCTTTATTTACCCTTTATTTCATTTTTGGACATAAATTTATAAAGGAATTGAA TTTTTTTTTTAATGAAAATCAATCTAAGTTAAATTTTAATTCTTTACAAGAACCTTGTTT CATTTTTTAAAAAATAATAATAAAAATACTTTACCAAATTTCTGTTACCTAGATATCTAC GTGGATATCCATTTTGCCATATTTTTTCAGATATATAATAAGCTCACTGGAACATAATCC CAACAAAGCAATTAGCTAAAAAGATAACCAAAATTATTATCGATGGCAGAAGGCAGAGCA ACAAAGTAATTTACTATACCCTATTATCTTATCTGATTTTATGTGTTATATTTTCCTTTT ATTTGTTTACTTTATCTTATAGAGAAAAAATATATATAGATGTTTCTAAGTTTCAAATGA TTAATTTTCATTTTCTATTTTATCATAACCATAGGTTTTAATAACTACATAAGCAATTTG AGTTGATTCAAATTATGTCACATAAATTGATGGATATGCGCGCAGGTATGCAGTAGTTAC AGGGGCAAATAAAGGGATTGGATTTGAAATATGTAGACAGCTAGCTTCTAATGGAGTGTT GGTAATTTTGGGTGCTAGAAATGAGAAGAGAGGGATTGAAGCTTTGGAGAAACTTAAAGG CTTTGGTTTGGCTGAAAATGTGGTGTTTCATCAGCTTGATGTTGTGGATAATTCTAGTAT TGATTCTTTGGCTGAATTTATTAAGACAAAATTTGGCAGGCTTGATATCTTGGTATAATG TTCTTGATTTTAAGTTTCTTGTTTTATGACCTAAACAATATTTGGTAAAATAAGCTGTTG ATGTTTGTGGTGTTTTTTTATTAGGTGAACAATGCAGGAATAGCTGGAGTCAGTGCTGAT GCTGATGCCTTAAGAGCTAAACGAGAGTCCAGTGGGGTAACCCCTTATAACTTGAATCAA TTACTCCATCCGTTTCAATTTGTTGCGCTGGCTATTTACTTTTGTTGCTGCACCTGTGTT GGGTTCTCCAAAATTACACAACTTTTGGAGAATCCAACTCGCACTCATTAACATTGTTAA GAGTTTGAGCAACCTAGCTTAGCTTATGATGGAGTTTAAGAAAATAAAAAAGACTTTTGA ATCTTGTGGTCTTAAACTAAAGATACTTAGAAGGTACCAAAATGACATTGATCTTGTGGT TAAACATGTCACATGGAAAATTAAAATTAAAGAGCTGTCAAACTATGAAAAAGAGCAAAC ACATTGAAACGGAGGAATAACTATATATGTCTTAATACATAATTGATTGTTGTATGACAA ATATGAAGTGTAATATAGCAGTTTTGTTACCATTTTCATCAGGCTACTAATTGATGCTTA TCATAGATATTTGCTTGTAACTTAGTGCCTAATTGATTGTGCAAGAAGTTATCAATTGAT GCTTATTATAGAGATTTACTTGTAATTAAACTTCCCTGTAATTATAGTTACCGTCATTGC ATCATATCATAATGTATGTTCTGTGACGCGTCTAAGAGAATTCACAACCCCGAAAGTTTC TTAATTAGGCACGCAATACGCTCAAAGCAACTATACCAGATCTTTCATTATACTACATGT TTGATCAATTTATGTGCAACTTGATTTGGATTGAGGTTTCTGCTGTAGCCCTGTACATAG TGATCTAGAAACAGAACAGGTCCTGTTTAATGAGTCTATTAGGTTCAACAATCAAGCAAA TCAGTAGCCATAACTCTCGCTCGTTCTCTCTTTGTGGAAAATTAAACTTTTGACACGTAA CTTCATCATTAGCACGCTTTATTAATCTTTCTCTGTGCTATAGACAGGAGGATCTCAAGT CAATTGGAATGAAATATTGAGTCAGTCATTTGAGTTGGCAAAGGAGTGTCTTGAGACAAA CTATTATGGTGCGAAGAAAATGACTGAAGCATGTATTCCACTCCTCCAATTATCTAAGTC GCCGAGGATTGTGAATGTATCATCCTCTATGGGAAAGCTAAAGGTATTAACCTGGCAACA TTTCTTCAGAGTTTTGTAATTTTTCAGTTTACTGTGATTTAACTTCTAGATTTTTATGTT TATACATGCTTGACTGGTGCAAATGATATATTCTGAAGTAAAAGTATTGATTAAAAGTTT GAAACTACTCAAATCTGCAATTGCGTACTAAAGAAATGCCGTTAAAGCAATTGATCCAGG AAAAAACTTTTCAGATGTGGATAGGAGGACCAGAACATGTTTACTAAGCCTTAATCCGAC ATCCGGAGGATAAAAATTATGAAGGAAATGTTTGTCTGCGGAACACTTAACAATCCCAGC AAACTTAATATGTATATCTTAAATGATTAAGGTTCTTTATCAGCAAATTTGATAATTTCA ATTTTCTTGTATGTTAATTAGATAATATCCATGAGTAGTGAGTGAAAATTTCTGTTTGCA TTTCCAGAACTTGAAACATGAATGGGCTACTGGAGTATTAAATGACAGCGAAAACCTGAC AGAAGAGAAAATAGAAGAGGTGATAAATCAATATCTGAAGGATTTCAAAGAAGATTCACT TCAAGCCAAAGGCTGGCCTTCTTTAATGTCAGCTTACATAGTCTCTAAAGCAGCAATGAA CGCTTACTCGAGGGTCATGGCAAAGAAGCATCCGTCTATACAGATCAATTGTGTCTGTCC TGGTTTTGTGAAAACAGATATCAATTTCAATAGTGGGATATTGTCTATTGAAGAAGGCGC GGAGAGTCCTGTAAGGCTTGCTCTACAGCCTGATGACGGTCCGTCTGGTTTGTTCTTTGA TCGAAATGGAGTTTCATCATTCGAATGAGAGTATGTTGTTAATTGTGAACGCGCAGCTGA TGATATAAGCTTAGAATAACATGTACTATGAATAATCTTCAATGAAATGCAATTGTGTGT TGTATCAACATTTTGTATGGATTATTCATAATTCTGTTTTTAGCTCATTTATCATTATCA TAATATATAATATATTCGTCTAGTATTTGAAAATTTTTATATAATATATTCGTCTAGTAT TTCAAAAATTTAGTCGAGTGATACTAATACTGAACGATCCAGATCAAAATGTATTAGAAA AAAAGATTTTTTTAAGACGACCATGGAGGAGATGCTGTAATTGTTGAGTTGTTTGAATTC GATTATCAGAGAGATAATCCTTTTGAAAATCAAATTGATATGAAAATTATAATGAATTAT AGAGTGAAATCAGGGAGAGACAAAATGACTGAAAAAAAGAAGGGGAATCGTGGGTTAAGG CGGGAGAATGAATCTGGCTCACTTGAGATTTTGGAAAAAATAAGGGATCTTACATTTTTT TTTTTTGAATAGTAAGGAATAATGAAAAATAAAGGTGTGTATATAGGTAATTTATCCAAA AACAATATCATCTAACTTATCTTATCATAACTAATTTCACCATAATTTATCTGGTCATAA TTAATCCCATCAGAACTTGAACTCAAACAAAACAATCCCTTAGTATTTTATGGTTATCAA AGTAGGGAGAATAGAGGTAGAAAATTATATGTAAAATAAATTCAGGATAATAAAATTTTA ATATTAGTATAAATGTGTTTTTGAGATTTTGAATATAGTTTAAATAAGCTCACGTATTTC ATTCCTTATTACCAAAATTCTTTTTTATTAATAATATAAATAATTAATCTGTCCTAGAAA ATAAATTAGCTTTTGTGTCTTCATATAATTGGTCCTCTGAAGTCCAATTCAAACAGGCCC AACCTTGACCGCTCCTAACGGATATCTAAATCGAATCTTGAGGTATATGTATTACTTCAG ATTCACATTTTTCACAATAACGACTTTCTTCTTCTTCTTGTTTTCTTAAGGAAGAGGGTG ATGAAAAATTGTTGATTAAAGGGTTAATTTTTCGATATTTTACATTAGAAAGAGGAAATG ACGGTCAGTTTCGAGTGCGGTGACGAAGAGACAAGCAATGGTGGCGAATTCATCTGGGTT GGAGAAATAATCAGGCCGAAAAATTGAATGCTGGAGCGTCCAAGAAACGACTGAAACTTT TTAACATCTCGAATTCATACAACTGTATCTGCTCGTAATGCGATTTCTCACTCCTCCAAA TTTGTGAGTGTTTCTCTGTTTTGGTCTCTGTTTATTAATGTAGGAAAACAATTGAATTAT ACTGGGTTTTATCTTCTTTTTTTGATTACTGGTTAGATAATTCACTTTTTGTATGATGGG TATGAGTTTTCTTGGTTAAATTTTTGTATGTAAGGGAAATGTAGGTGGGTTTTGTGATTT CTTTTTGGGGGTTTTCTTCTCGGTTCATTAAATAAGTAAAATGGTTAATGTTTCATGAAA AAATGATTGCAGATAGTGGTTAAGAATTTAGTGATATGAGGGTTTTGCGGGATTTTTTCT TTATTTGGTCAGACTTAGTGATATTTGGAATTTGAGTTCTTTGTTTATTGACTTCCCTTG TATAAATAAGTTCACTAGCAGGGAATGATTTAGTTATCAAGGGATTTGTTTAATCTTTTT TATGGTTAAAGAGTATTATGAATGAAAAATTTGGAACAACTTCCCCCAATTCCTGCTTTT TTGGTTTTTTCCTGTATTGTACTGTTCCTTCTGTTTATAACTTGAGTTATAATGACCTTA AAATATATTCATTTTTCACTTCAGTATGATTCATAGGACTGCCTTTTATGGTCTTAGACA AAAAAACTAAAGAGTTTGGTTGTGCTGTTGTTTTTCTCTAGAAATACGGAGGTTCCAGAT GCAATGGAGATGATATTTCAATCTGCCCTAGCTTTGGGTAGAAAGGGAGTTGTAAGTGTT CTTATCTTGGTCTATCCTGGTGTTTTTGTTGAATCGAATTCGAACATAAACAAAGTGACT TTATTATAGAATTTTAGGACAGAAGAAATCACATAGTGATTAGTTTGTACACTTGAATCA AGTTAAACTTTCTCAGCATCTCACCCAAAGAAGTAGTGAACGAGAGCACAACTTTCTAGT CCTCTAGCTCTCATGCTTCAAGTGCCTGATAGTTGCAGCCACCCGAGTTTCTCTCAAATC TTCCAGTCGTTCCCTCTTTTATCTTCTAAATGTATTCCTAAACAATAATCTCTCATTCAC TGGTGTGTAATTATACTCCAGTAAATGACAGTAGATGCCTGATTCAGCGACTTTTTGCCA CAGAAAAATCCAAATGGAGGATATATACTTGTCTAATTCTTCTGTTTTTAAACTAAATAA GGGCATCAGTCTGACTTGTCTAGTGCACATACTCGTTTTGATTCACTCTATTACTTCTGG TACTGTCAAAATTTTCAGCATTGCTCACAGAATAGTATATCAAACACCCAGGAGTTCACA TGTTTTCTTCCTTCCTTTGTTTACAGTATCACTCTTTATGGTGTTCTCTTCATCTTATTG ACAATTCAGCAGTCCTGTTTGTTTGAAGCTCTTCTAGTTCAACAAATTTTTGTCTGCTCT ACTAAAGGTAATTTCTGATAAGTTTGCATGTGGAGAGAAATTTTTGTTTTTATATTGCAG TTATATATGTCAAACCTTATTTGCAGGTACATGCGTTTGTTGCTCCCAAAGTTATAGATG GGAAAAATACACCCTCTCCAGTTAGGGAACTTGGAACGGGAGAGATAACCCAGGCTCTGG AACTAATTGATGTTTGCTATGAGCAGGTTTGATAGACTTCTTCTTAAATTTTTCTGATTA TGTGCATAGTAGATGCATGTTTCGCTGTTACTTATCCTCAACCACCCCCTTCACCCCAAC AAAATAAAAGAGGGAAAGAGAAATGCATTTAGTGCTGTCTGGTCTCCTTAGTTATGTAGT GTGTGTACAAGTTACAAACTGTGCATTTTTCTCCTTTTGGCCTTGTCTGGTGTTTTCTTA TTTGAGTGTTGTGCATTGTCTTTAGTCTTGGTATCCTTTCTGATAAATCCACTGAAGTAT AAAAAAAACCCTTGGTTTTTCTCAATGTTCGATTAAACTCCCTTTTATAGATGCTAATTA CACTTAGTCGTTGAATGTTGTTGAATATCAGTAATTACAAGAAGTACCCAAACTTGTGTA TAAAAGTGGAGCACAAAAATTGACCTTTTCTAAGAAGATGAGTCACTCCTATAGTCCTTT TAGGTTTTTAAGTACTAGCAAACTCAGAAATTTTAAAAAGTTTTCATGTTGGTGGAAGAC TCTGCATGTGGAAGTTTCACAAAACAGAACGATATCAAAGTCAAATGAAGTAAAAGGCTG CAGTAGGTTAATGGCTAGTGTGACATAGTCTAAGGTTTGATGAATCATTTCAACTGAATG TACTCAAAGGATTCATGCAGCCGACCTTAACTAATTTGTGATTGAGGCATAGAGAAGATT ATTTATGTTGATTCTTACCTTTAAGGGAACTTTAGCTATCAAAATGGAATAAGCTAAAGA AAAAGCAGTCAGAATTTCAGCTTTGTAACTTCTGTCTCTTTCAAATAAATAGCTTAAAAA TAACTCCGTTAGGTTCCTCATTCAATGACCATGTGCCCTATGCTTGCATTCCAACTACAC TATCTTTCTTTCTCAATCTCTCCTTCACTTGGTAATGCTTACATTCACTTCTGTTAGTGT GTAAAGGATTTTGTTTAGGTGTTTTCACGCGCAAACTTTCGCACCCTGTTGCTATTCCGA ATTTTTGAACTCTTTTTAGCTACTGTTGGGTTTACTAATAAGCCTGTTTCATGCAGGTAC CATGGGGGGCCTCGGGGCACAGCGCCTTGAGATCTAGGGGTGGGTGACGGGCCTCAAGGC ACGACTCATCGAGGTCTGGGGGTGGGTGACGGGCCTCGGGGAATAGCACCTCGAGTTTTT TTTTTTTTGGGGGGGGGGAGGGGGGCGGGCTCGGGTCACGGCGTCTCGAGGTTGGGGGGT GGGGGACGGGAACAGGCCTCGGGGCACGGCGCCTCAAGGTTCGTGGGGTGCGGGGACAGG CCTTGGGGCATGGTCCCTCGAGGTTCTAGGGGGTGGAGGGGATGGGCCTCAAAGCAAGGT GCCTCGAGGCTGGGGAGTGGGGGAGACGGGCGAGGGGCACGACGCCTCAAGGTCCGGGGG TAGGGGGGACGTACTCGATGCACGACGCCTTGAGGTTAAGGGGGAGGGGAGGACGGGCCT CGAGGTCTGGAGGATGGGGGGGAGAGGCCTCTGGGCACGACGCCTTGAGGTCCGGGGGGA GGGGTTTCGAGGCACAGCACCTCGAGGTCCGGGGTGGGGGGTGGGCGGAGGGGTCTCGGG GCACGGCGCCTCGAGGTTCGAGGGGAGGGGGGATGGGCCTCGGGGCACGGCTTCTCGAGG TCCAGGGGTGGGGAGAGGGGCCTTGGGCCACGGTGCCTCGAGGTCCCCGGAGGTGGGAGG AGGGGTCTCGGGCACGGCGCCTCGAGGTCCGAGGGGATAGGGGGATGGGCCTCGGGCCAC GGCTCCTCGAGGTCCCGGGGGTGAGGAGAGGGGCCTCGAGGCACCACACCTTGAGGTCCG GGAGAGGGGGCGGGGGGGGGGGGGGGGGGAGGGGCCTCGGGGCGCGGCGCCTCGAGGTCC GGGGGAGGGGTCTCGGGGCGCGGCTTCTCGAGGTCTGGGGAGGGGGAGGGGCCTCGAGGC GCGGCTTCTCGAGGTCCGGGGGAGGGGGAGGGGCCTCGGGGCGCGGCTTCTCGAGGTCTG GGGGAGGGGGCGGGGGGGAGGGGCCTCGAGGTTCGGGGGAGGGGAAGGGGCCTCGAGGTT CGAGGCGCGACACCTCGAGGTCCGGGTGAGGGCGCCTCGAGGGGGAGGGGCCTCAAGGTC TGAGGGGAGGGCCCTCGGGGCGCGGCGCCTCGAGGTCCGGGGGGAGGGGCCTCGGGGCAC GACGCCTCGAGGTCCCGGGGGAGGGGCCTCGGGGCACGGTGCCTCGAGGTCCGGGGGAGG GGCCTCGGGGCACGGCGCCTCGAGGTCCAGGGGGAGGGGCCTCGGGGCACGGCGCCTCGA GGTTCAGGGGGAGGGGTCTCGGGGCACGGCGCCTCGTTGGGTGGCGGGAGAGGGGCCTCG GGGCATGATGCCTCGAGGTTTGGGGTTGGGTGGTGGGGGTGGGGCCTCGCATGGCGCCTC GAGATCTGGGGTTGGGTGGCGCAGGCGGGCCTCGAGGCACGACGCCTAGAGATCTGGGGT TGGGTGGGGGTGGGGGGGGGCATGACGCCTGGTTTTTCCTTGAGGAAGTTTTAAATTTGA TGTTTTATGGTTATAAAGTAGGTGCCGTGTTGGGCAAACATTTTAAAGAAGTGGTTTAAG GTCCCTTTTCCTTGTATTTTCTTGACATGAACGGGATCAAGAAAATGCTTGAGGGTTTTT TAGTTGACAGCTATTGCTACATATAGATAGTGTGATGCTTAGGTATACAGAACTCTGGAG GATCCCATTTACACAAACAGTGTGAAATATCTCCTAGTGGACAGAGATGATGCATCCACT TTCACATTTATGACGAAAATCTAGGTGCATCGGTTAGCCAGCCACATTGGAAGCATTTAG TGTTTGTTGGAAAAAGGCACCGACCAATGTAGAGTAGGAAATACAGAGCTTTATTGACTT TTGCAAAGTACTGATAATTGCCTTTAGTTGCTGAGGCAGACTGAATGATTGAGAACTAGT TGAACTCTCCTAACTAAATAAACTGTGTTTCTTGTCTGATGCGGGTTGTGCTCAAGTGGT GGCTTGATTTGGCTGGCATGTGTCTTATCTCCTTACATTACAAATTCCTTTAAGCTGTTA CGTTTCTCATGTTGAGGTTGATGGTTTTATAGTTAACAACTGTTGTTAAGTTTAGCCAAT AAATGTAATCATGTCAAAAATATTCCACATGAAAATTCTGGAGGATCCCATTTACACCAA CAGAGTAAAGTATCTCTGTGGTTGATGAAGATAAATCTGTAGGTGCATGTGTGTAATCAG CCATGTTGAAATTGTTTACTGATGGAAAATGAACATTGACCTATGTAGACTGGAAATGCA GAGCTTAATTGGCTTTCCAATATACTTTTTATAGCATTTGCTAAGGTAATCTGAATAGTT GAGAATTAGTCAAGTCCTCCCAACTAAATAAACCAACTCTTCTCCTTGTCTAATGTGAGT TGTGGTAATTTGGTAGCTTGATTTATCTGGCTTGTGGTTATTCTTGAATAGAGATGATGA CAGAGAGGATCGGAAGGCAGGACAAGGAGGAGGACAGATTCTTCTCTCGTTTGATCGGGG GAATAATGAGTTACATGACTTCACTGTTCTCCTTCGAAGAACAAATCTAAATAAGTTGTT AATAGTAAGTCTTTAACCAAGTTAACTAAGAGAAATGAGATTCCAATTATGTTTTCTTAG TAATTATACTACTTTAATCCATTAAAATTAATATCTTAAGAGAAATCTATTTATTTAATC AAAGATAATTTAAAAGTATATAGATAAATGAGAAGGGACATCCAAATTTGTTCCGTTTCC ATGAACCGAAAACTTATCCATGATTAAGTTACACCACCTGGATAGTGGCAATTAGAGCTG ATAGTTGGAAACAAATCAGAAAACTTGATAAAAAATGAGGTGTTTTCTTAAATTTGTAAC CTTTTAAGTTCCTTTTTGATGTTTAGTTAATGCTTATGCTAAAGACATTTTAAGCTTCTG TCTAGATTGTGAAACTGGTGAACACTTGACAGTTTAAGAATTCAGATGTTTGGGATGAAA CGTTTTATTGAAATGTTATCATTTGAAGAAGTTAACCTGATAAATCATGCTAGATAATTG CTCAGTCACCTCTCACTTCTCTGAAAAAAGACGTTGACCATTGAATGTCTTATATCTAAC TTGAGGATGTGAAAAAAGTTCATCTGCAAGTCCCCCTTCCTTCATTTGGGAATTTCGTTT TTTTGAAATTGAGTATATTTAGCGGATTTGCCTTTTGCTCAATATAACTTCTCCCTTGCC AAAATGATTAATTCTAGTTTTTATTTTTCTTTGGTTGTGTGTCAGATTAGTCTTGACAGA CTTTTTTTTTTGCAGGATGTCAAATCCCCAGAGTCAACAATATTGCAATTCATTTTGTTG CATATGCCTTATTTGTCACTGTGCATTTTCAAAGGCAAAGCTTTTCTAACATATAATTTT ACAGATATTTGATGGTCATGGAGGACCAGAGGCTGCAGCTCATGTGAGGAAAATTGTACT CTCATTATTATTTACAGACACCATTTTTCCTGAGACTTCAGAAGTTGATGATGCATTTCT AGAAGGGGTGGAGAGTTCTCTTAGTAAGAGGTTTCTTCTAGCTGACCTCGCTTTAGCAAT ATTAGCAGCTCTTGTGTTGGGAAGGTAAGATCGTGATTCATCGTGATGCACCTATTATAA GATTAAACATTTTATTTTATCATTAATTCGCTAAAAGATTGTGGGAGACAAGGGAGAATG ATTTAAAGAATTAATGGTAAAATAAAATGTTCAATATTATATTTTTAGTAGGTCGGGTTA AATGGAGCAGGTCATTATATATTTGGTTTTTAAAATTTTAATTTATAATTAAAATTTCAT GTCACTAAATTTTAATGAAAAAACAATTAAATAGGTTGAGTGACTTTCTATGCAAAATGA CGTTTGAGTTGAAAATGAAAGTTGAGTGATTTTCTGTGCAAAAGCATTCATAGTTGAGTG ACTTTTAAGTTGAAAATGAAAGTTGAGTGATTTTCTGTGCAAAAGCATTCATAGTTGAGT GACTTTTAAGTTGAAAATGAAAGTCGAGTGACTTTCTATGAAAACAATCGAGAGTTGATT GACCATCCAAGTTATTAACTCCGACTATTTCGTAACCATTTCTACTGAAAATGAAGTAAG ACAAATTATTTCATTTTCAAAAAAAAATTATCATATATTTGCGATAACATAGATTAAAGT TAATTGATACGTAAAATAGTTTAATTAATTGTGCAGGAAGAGGACGAAAGTGTTGTGGAG AAATCAATTGATGGTATCGTTACAAATTATGAGTTGACAAAACAACATAGAGACAAACTT CAACTCTTATTCACCAAGGATTGTTAATGTTGCTTCTTTCTTTGGAACTATGACCCTTAA CTGTGAATGTGCACAAGTAGATATTTAAATTTGTATAAAATTGATTAAGTAGACACACGT GTTCTACATGGCATGATACACTTTTGACGCAAATTTTCCATGTAGGACGAATGTGGCACT TTGTTCAATTTTATACAAGCTCAAGTGTCTACTTGTGCATACCTAAAGTTAAGGATCATA ACTGCTAACTGACTTCAAGTTAAGGATCATGTTTATATATTATGCCAGAATAAAAGTGAT ATGGGCAACTTGCTTTTATGTAAACCTAGGAGTAGTATATATACAATATATAATGGTCCT AGTCGCACTAAAAACCAACCCAATACACTGTTGGACAAAAAATATCCTTTCAATAATGGC AGAGAAAATCACCAGCCTCCAGAGCACAAGGTAATTTTAACTAATAACTATTGGTGTATA TTACTTAAATTCTCGCGAGCGTAAAATCGATCTAAGAAATATGTGGTATGATTAGGTATG CAGTAGTGACTGGAGGGAACAAGGGAATAGGATATGAAACATGCAAGCAATTAGCAAGCA ACGGAGTAGTGGTAGTGTTGACATCAAGAGATGAAAAAAGAGGGATTGAAGCTATGGAAA GGCTTAAAAAGGAGTTAGACATTACTGATCAGATCTTGTTTCATCAACTTGATGTTATGG ATACACTTAGTATTTCTTCACTTGTGAACTTCATCAACACAAAATTTGGAAGGCTTGATA TTCTGGTAACTACTATTCATATCACTGATGACTTATTTTTATTAAGATTAAGATGTTTAA AAGAAATGATATACCTCTAGTTTGAGTTACGATTCAAATATATTCCTACATTATTAAAAA TATTTTAATGAATTGTCTAGTACAAAGATTGATAATGTAAGAATTAGTAAAATAGAAGTT AGTAATGCAAAGATTATCTTTTAATCAAATGTTGATTCGGGAACCACATACGATAAGCAA TATTTTCAATAAGTAAAGTCTACCACAAGAAATACATCCTACCAAATTAAACATGAAAAT ACCAAAATATCTCTTGCGTCGATCTTCAATTTTGTGGTCCTTTATAGTAATTCCAAAATT AATACTCCTTCCGTTTTATTTTATATGAGATAATTTAACTCGATACGGAGTTTAAAATAA AAAGGAATAGTTTTAAAACTTGTGATACAAAAATGACTCATAGAAATCTATGTGGCTGGC TGTAAATCATTTTAATTAAGAGTATGAAGAATATTTTATAGCTAAATTGTTATTTAATAT AAAATATGTCATTTATTTTTAAACTGACCCAAAAACAATAAAGGAAAATTGCATAAATTA GAACATAGAGTATATACATCAAACTCTCCCCTAATTTGAGGGGACATGTATGATTGGAAA ACGTGTATTCTTTTTTTCTTTTAATTTTTTGACTTTCAAAAAAATGAGAATTTATGAATG CTTTAATTTGCAGGTTAATAACGCTGGGGTTGGTGGATCAATGATGGAAGAAAATTGTAA TATTCTTACAATAAAAGATTTAATAGAAGGAGATTTCGTAACCATTTCTACTAAAAATGA AGTAATACAGATTATTTCATTTTCAAAAAAATAAATTATTATATTTATGTTATAACATAG TAGTACACATAGATTAAAGTTGATCGATATCAAAAATCGTTTAATTAATTACGTAGGTTG TGGACGAAAGTGTTGTGGAGAAATCAATTGAAGGTATCGCTACAAATTATGAGTTGACAA AGCAATGTGTAGAGACAAACTACTATGGTGCAAAAAGAATGATTGAAGCATTTGCTCCTC TCCTTCAACTCTCTAATTCACCAAGGATCGTTAATGTTGCTTCTTCCTTAGGAAAATTGA AGGTAATTAACTAAACACTTTATCTATTTATTTTTACTCATCCACTATACTATTTTGATA TTGTACGATTGGTATTGAGTAATTTTCGATTTCCTATGTACAGTTATTGTGTAACGAATG GGCTAAAAATGTGCTAAGTGATGCAAAAAGCCTAACAGAAGAAAGGATAGAGCAAGTGTT AAATGAATTTCTCAAAGATTTTAGAGAAAATTCAGTTGAATCCAAAGGATGGCCAACTTA CTTTGCAGCTTACAAAGTGTCAAAAGCATCGTTGATTGCCTACACAAGAGTTTTAGGTTC AAAATATCCGAATTTTCGCGTTAATTCGGTGTGCCCTGGCTATTGTGGCACAGACATGAC TGCATATACTGGAAGTTTAACTGCTGAAGAAGGTGCTGAAAGCTTGGTGAAACTTGCTTT GTTGCCAAATGATGGACCTTCTGGCCTCTTCTTTTACAGAAAGAATGTCACCTCTTTTTA AATATTTAGCTAATTCAACTATCAATAATTGTACCGATTCAGAAATTATAACGTTTAAAT TCTTGTCAATTTTTTTTTCATCGTAACATTGTATTGCACACATTGAATTCTGTGAAGAAA TGTTTGAAATTTTATGCTTTTAGGGAAAATGCACAAGTATCCCCTCGACTATGACTAAAA TTCCAAAGACACATCTTACTAAAGTCGTATTATCCCCCTGAACTTTTTTTTTTTTTTGTT AATTTTGTGTACCTCTTTCGCTTACGTGACATTCAAATATCTCTGACGCGCCTCAACTGC GTGGAGTCACATAGACTGCCACATAAGACAAAAGTTGTATAAAATTACAAAAAAAAAAGT TCAGGGGTAATAGGACCTTAGTTTAGTTAACGTATGTCTTTGAAATTTTGGTCATAGTCT AGAAGATACTTGTACATTTTCCTTAATATTTATTAAGTTTTTTTTTCAACTAAAAGTATA AATATCTAAATAGAAATATTAGCCTAATTATTTTTATTTTGGACTCTCTTTATTTTTAAA TTTTAATATTATATTATATTTTTAAATTAATTTTTATTGGCCCACGCCGAGCCAATCAAT ATTTCTTAAGCCTCCCAAATGAGCAAACTTATTCAAGGCGAGCTAAAAAACCTTTTTCTT AAATGGGCTTCAAAAATCTTAATTCAACCCTATTAAATTTTGAATTAGGTCAGACCAGCC CAACGAACCTAGCCTATATCGACGGCTCTTATAAAAACATATCTTTCAAACCTATTTAGA ATTAGAATAGCTAAAACGTGTTGCTATTACCTGTACCACAGAATTTTGTCATATTTCAAA ATATTTCAGAACAATGAGTTAATAGGTGGAGATGTCATTGATTACAACATCTCAATTAAC ACCAACAGTCAAGTTAAAATTTTGTGAATGCGTGGCTTGTAGCCATTATTACTCCCTCAA TTCATTTGTAGTTGTTATGTTGTATTTTTCTTCTTAATTTGGTTGATTTTTAAAATGAAA TTAAATTATATTAATTTAATATTTTTTTAAAAATTAAATATTTAAAAATAAAATTATGAT AATATAAAATAAACAGAAAACATGATTTAAAAGTAGAAATAACAGTCTTCTTGTTCATTT TGCGTGCTTTTAATATTAATTGATGAGGCTGGGACCTGGACCTAACATATATAATACAGC TCTTCAAGAACAGGAAAATAATTCAAGTATGGAACCTGCAAACATATGGATTTGGCCGTT CTAAAGTTGGTATTAATTTTTAGTTAGATATCTTAATTAAGTTTAGTTTATTTTAGGCAT CTCATCTCATGTCATTTTTTGTTGTGTCATCTTGACACTTTTTACTGACATGACATAGTG AGTATAATACACTCAATAGCAGTGGTGAAAGACTTATTTAATTATTTTTATTTTGTTTTA TTTTCATTTTCTTTCACATTATTCAGTCACCATCTCTCAAAACTTAAACTTCTTCAATGG AGAAATAGTGTTGACGATGCTATAGACAAAAAAAGCGAATTTCAACATGAAGAGAATTCA CAAAAGATAAATTTCAACCCGTTAAAAAGTCATGATTCATGTTGTCGCAAAGAAAAAAGG ACAATGAAAAAACTTTTAAAAGACCGTGGGTGGGAATGGGAGAGGGGTGGAGAAGACGAT ATGGGTGGGGAAGGGATTGGGGTTAGGGTGGGCAAAGATGTAGAAGATGTTGGGTGGGTG GGGAACAATAAAGAAAACGATTTGAGTGGGTGGACGGAGAAGATGACCTTGGTGGGCTTG GTTTTTTTCTTTGAATTTTTTGTGTAAAAAATTTCACATGTCATTAAGTCATTAAGATAT GAGTCTTCTTTTTAAGTTTGTTAAGAGTACATTACAGGTCTGATTCATTCAGATATATTT AAATCCATTAAGAGACTTATAAAGAAATAAAACAAACAAACTTAATAAACTGAATCTGAA TAAATAAAATTCAATTCTCAAAAATTACACTCTTTAATAAAACAAATTTGAATGACTAAG ATTCACACTCGGTAATTATAAACACCGGAGGCCTAACACAAACAAATGAGTAATAGTCTA AGAGCATATAGTTTGAAAAATTATTATACATATATCTAAAAGGGAATGTCTGACTTGTCA AAACAAAACTCTAACCAGTAGTTGAGTAACACCAACAAGTTCTACTTGGAAGACTTGGAT ATAGAATTCATCTAAGTGACGTAGGGTTAGGAGTTTAAAGAAAAATATTACAAGGTACTG TGGGTTCGAACTAACAATAATAATGCGAAAATATTTTTACCGTCAACTTTTATTATTAAG TTGACAATAAATTTTATTATGAAATTTATAAAATGCTTGTGAATTTTGTCCAAACCCATC AATCCCTATCTAGCTCCATGTTTACGTGCTGATGAAATATCCTTTGGAACATCATATTTG ACTAATAAATTCTACGATTGACATGGACATGAGGAATAGAGCAAAACATAGTTAGCTGGC CTCTATTATTATATATTATAGGGATAATGCCCAAGTATCCCTCAACGTATGTCCGAAATC TCAGAGACACACTTATACTATACTAAGGTCCTATTACCCCTGAACTTATTTTATTAATAA TTTTTTACCCCTTTTTAGTCTACGTGGCACTATCTTGTGGGCCCAGTGATGGTTGTCTTT TTTTTTCAAACTAGTGCCACGTAAGCTAAAAAGGGTAGAAAATTACTTATAAAATAATTT CAGGAGGTAATAGACCTTAGTATAGTATAAGTGTGTCTCTGAGATTTCGGGCATAGGTTG AGAGCTACTTGTACATTTTCCCTATATTATATAATTGTATCTTCTGCACAAATTGTACCA AACCAATACACTGTTAGACCAAAAGGGTAAATATCAAGAATTTAGAACTAACAATTATCC TTTAAAAAATGGCAGAGGAAATCAGCACCCTCCAAAGCAAAAGGTAATTTAAATTATGAG TAGCTAATCTTTTTACTATCAGTGTATATAATTTAAATTTTGTTACGCATATCTGAGCAA TACTAATACTGGTATATGGTATGATCAGGTATGCAGTAGTGACTGGTGGAAACAAAGGAA TAGGATATGAAACATGCAAGCAATTAGCAAGCAAAGGATTAGTGGTAGTGTTGACATCAA GAGATGAAAAGAGAGGGATTGAAGCTATTGAAAGGCTTAAAAAGGAGTTAAACATTACTA ATAATAATGATCACATTTTGTTTCATCAACTTGATGTTATGGATCCAGCTAGTATTTCTT CTCTTGTGGACTTTATCAACACAAATTTTGGAAGGCTCGATATTCTGGTAAGTAATATTT ATCACTCCATCACTTTCGTATTCTTTAAAGAAATGAGAAATTATGAATACTTCAAATTTG CAGGTTAACAACGCAGGGGTTAGTGGATTAATGGTGGAAGGAAATCTTGTTATACTAAAA AATTTAATTGAAGGAGATTTCGAGACCATTTCTACTGAAAATCAAGTATGAATTTTAATT TCTATTAATAAAATTACGTTTTCAAAAGTTATTAAAGTTGATCGATACCTAAAATCGTTT AATTAATTATGTAGGTTGAGGACGAAAGTGTTGTGGAGAAATCAATTGAAGGTATCGTTA CAAATTATGAGTTGACAAAACAATGCATAGAGACAAACTTTTATGGTGCAAAAAGGATGA GTGAAGCATTTATCCCTCTCCTTCAACTCTCTAATTCACCAACGATTGTTAATGTTGCTT CTTTCTTAGGAAAATTGAAGGTAATTAACTAAAATACTTTATCTGTTTATTTTTACTTGT CCACTGTACTATTTTGATATTATTTGTACAATTGTATTGAGTGATTTTCGATTTCCTATG TACAGTTATTGTGTAACGAATGGGCTAAAAAAGTGCTAAGTGATGCAAAAAGCCTAACAG AAGAAAGGATAGAGCAAGTGTTAAATGAATTTCTCAAAGATTTTATAGAAAATTCAGTTG AATCCAAAGGATGGCCAACTTACTTTGCAGCTTACAAAGTGTCAAAAGCATCGTTGATTG CCTACACAAGAGTTTTAGGTTCAAAATATCCGAATTTTCGCGTTAATTCGGTGTGCCCTG GCTATTGTGGTACAGACATGACTGCATATACTGGAAGTTTAACTGCTGAAGAAGGTGCTG AAAGCTTGGTGAAACTTGCTTTGTTGCCAAATGATGGACCTTCTGGCCTCTTCTTTTACA GAAAGGATGTCACCTCGTTTTGAACATTTGGCTAATTCAACTTTTAAGTAATAACTTATT ATCAATCAACTGCTCCATAAGAAATAAGTCGGGTTGGTTGTATGAATTATTTGTCTATTC AGCTAGATTATGTTTTATTCTTACTTGTACTACTTTCATTGCAAACAACAGGCCTACTAT AAGTGTCATGTTGCTCAGACACTTCTAAAGAAAAGTTGAACTTGAGTCTGAATCCAAAAA TAATAGTATGGTGCTTGTGTTTGATACTCAAAAGATATGATATTATTGTGCTTGTTATGT AGTGGAGCCTGATTTATTTTAGGTTTTCCTATTTATTCTCTGTAACCAAAATACTCTGAT TTATTAATATAAATATACCTCACTGCCGTGGAAGTTTACTCACGGGGTTTTACCACGAAA TATTGGGTTTTCTCTCTCTCTCTCTAGATTTCTCATCTCTTTCTCTAGAAAATTCTTGTG TTCTTCATTCATCTAGTGCGTGTGCGTGAATTCGATCCTAACAATTGGTAAGGAGATTCA ACACGATCACTGAAGATGGATAGTTCAAAGCTTGGAATCGAGAAGTTTGATGGATCCGAT TTCAGTTTCTGGAAGATGCAGATCGAAGATTATCTGTACCAGAAAGATCTTCACGAACCG TTGACCGGGGTGAAGCCGAAATCCATGACGGAGGAGAAGTGGAAACTCAAGGATCGCCAG GCTTTAGGGTTGATCCGGTTGACTTTGTCAAGAAACGTGGCGTTCAACATCATGAAGGAG AAGACTACGTCCGGTCTGTTGAAGGCACTGTCAAACATGTATGAAAAACCATCGGCTATG AACAAGGTATATTTGATGCGTAGATTGTTCAATTTATAGATGTCTGAAACTGGATCGGTT TCTGATCATATAAACGAGTTCAATATGATTGTGAGTCAACTTAATTCTGTGGATATTAAT TTCGAAGATGAAATTAAGGTGTTGATTTTGATGTCATCTCTGCCCGATTCTTGGGATACT GTTGTTGCTGCGATTAGCAGTTCCCGTGGATCTGAGAAACTGAAGTTTGATGAAATCCGT GATGTTGTTCTTAGCGAAAGTATTCGCAAACGAGAAGTGGGAGATTCATCGGGCAGTGCT CTCAGCGTTGATCGAAGGGGGAGAAGTAAGACGAAAGGGCAAAATCAACATGGTCGATCA AAATCAAAGAATCGAGGAAAATCCCTGAACAGATCAAACGTGACTTGTTGGAACTGTGGA GAAAAATGGCACTTTCGGACGAACTATACAAAGCCAAAGAAGAAACAGAATTAGAAATTT AGAGATGACAATGATTCTGTAAATTCAGCAGAGGACATAGGGGATGCTCTAATCCTTAGT GTGAACAGCCCGGTTGAATCATGGATTTTGGATTCTAGTGCATCTTTCCATTTGTCTCCA AGCAAGGAGTTGTTCCAAAACTTCAAATCTGGAAATTTTGGAAAAGTATATCTTGCTGAC AATAAAGCCTTAGAGATTGAAGGAAAGGGGGATGTTTGCATAAAGACCACCTCAGGAAAC CAGTGGACATTAGAGGATGTCAGATATATTCTTGGGGTCAAGAAAAATCTGATCTCTGTT GGACAGTTGGATAGCACGTGATATGCAGCAGAGTTTGGGAAAGGTTCGTGAAATATCGTG AAAGGTGCTATGGTAGTAGCTCGTGGCACCAAATCTGGAACCTTGTACACCACTATCGGG TGTATAAACATGGACGCTGTTGCTGAAGGTGCTTCCGGTTCATGTCTGTGGCATAACAAA CTTGGACACATGAATACTAAAGGAATGAAGATGCTGGTTGCAAAAGGAGCATTAGAGGGT CTGAAGTCTGTTGATATGGGTCTTTGCGAGAGCTGTGTTATGGGCAAACAGAAAAGAGTA AGTTTCACAAAGACTTCTAGAGAGCCAAAGAAAGTGCGGTTGGAAATGGTCCATACAGAT GTATGGGGACCATCTCCAGTATCATCACTTGGAGGATCCAGATTCTATGTTACCTTCATT GATGATTTCAGCAGGAAGGTATGGGTTTACTTCTTGAAGCATAAGTCAGATGTGTTTGAA ACTTTCAAGAAGTGGAAAGCTGAAGTTGAGAATCAGACCGGTTTGAAAGTAAAATGCCTA AGGTCTGACAATAGAGGAGAGCATGACAAATTAGAGTTCAAGGCATTCTGTGCAGCTGAG GGATTCAGATTGATGAGAACAGTTCCTGGTAAGGCAAGACAGAATGGAATTGCTGAGAGG ATGAACAGAACATTGAATGAGCATGCAAGGAGTATGAGGATACATTGTGGGCTGCCCAAA ACACTTAGGGCGGATGCTGTGAGCATAGTTGCATACTTGATCAACAGGGGACCATCAATT CCTTTAGGGTTCAAGATTCCAAAGGAGGTGTGGACAGGAAAAGAACTCAAGTACTCACAC TTGAGGACTTTTGGTTGCACTGCTTATGTTCATGTTGATCCAGAAAAGAGAGACAAAGCT TGATGCCAAGGCTGTGAAGTGTTACTTCATAGGATATGGTTCTGATTTGTTTGGTTACAG ATTTTGGGATGACAAGAACAGAAAGATCCTGAGAAATTGTGACGTGACATTTGATGAGTC TGTCCTGTACAAGGACAGAGAGCAGAAGGTTCTAGAGATTACAAAGCAAGTGGGAGTTGA GGTTGAGTTGGAAAAAAGTAACCCCGGAGATGTCGAAGCAGATACTCAACCAACTCCTAC TGAAGAATCTGAAGTGGAGCAAGTTACACCTGAGCAGGTGTTAAGGAGATCATCCAGATC CATCAGGGCACCAGATAGGTAGCACCTTCATTACACTATGTATTGCTGACTGATGAGGGG GAACCAGAGTCTTTTGATGAGGCCCTACAGGTGGAGGATTCGATCAAGTGGGAGCAAGCC ATGGATAATGAGATGAGGTCACTTGAGAAGAATGACACATGGGTGTTGACTGAGTTACCT GCAGGGAAGAGAGCTTTGCTGAACAAGTGGGTGTTTAGAATCAAGATTGAACCAGATGGC AAAAGAAGGTTCAAGGCTCGTTTAGTGGTTAAAGGATATTCACAAAAGAAAGGTATTGAT TATGCTGAAATATTCTCTCATGTTGTGAAGTTAACCTCTATTCGAATTCTATTGAGTATT GTTGCATCGGAAAATTTGCATCTAGAGCAAATGGATGTAAAAACAGCATTTTTACATGGA GATCTGGACAAAGAGATCTATATGCAGCAACCGGAAGGATTTGTGGTTCCAGGCAAGGAA CACATGGTGTGAAAGCTCACCAGGAGCTTGTATGGACTAAAGCAAGCACCAAGGCAGTGG TACAAGAAGTTTGACTCCTTCATGACCAAGAGTGGATTCTGCAAAGCTGAAAAGGATCCT TGTTGTTACTTCAAGAAATACACTGATTCATATGTCTTTCTACTCTTGTATGTGGATGAT ATGTTGATTGCAGGATCTAGTATGAGGGAGATTAACAATCTGAAGACAAGGTTGTCTGCA GCGTTTGAGATGAAAGATTTGGGTCCAGCAAAACAGATTTTGGGGATGAAGATTTCTCGG GTTAGATCTGCTGGCACTTTAAATCTATCTCAGGAGTTGTACATTGAGAAGGTGCTGAGC AGATTCAGGGTTAATGATGTTACACCCAGGACTACTCCATTGGCAAATCACTATAAATTG TCAAAGGAGCAGTCACCTAAGACTGCCGAGGAGCGTGATCACATGGCATTTGTTCCATAT GCTTCAGCAGTTGGTAGTTTGATGTATGCTATAGTCTGCACTAGACCTGATATAGCACAT GCAGTGGGAGTAGTTAGCAGGTACACGGAGAACCCTGGGAAAGAGCATTGGGAAGCTGTG AAGTGGCTTCTGAGATATCTGAGAGGTACATCCAGTACTTCACTTTGTTTTGGCAAAGGC AAGGTGACTCTACAGGGTTTTTTGGATGCTGATCTTGGTGGGGATGTTGACTCGAGCAAG AGTAAATCCGGGTACATTTACACCATAGGTGGAACAACAGTGAGTTGGATGTCCAGGCTT TAGAAGTGTGTTTCTCTTTCATCTACTGAAGCTGAGTATGTGGCAATAGCTGAAGCTGGG AAAGAGATGATATGGCTGGCAGATTATCTTGAGGAATTGGGCAAGAAGCATAGCGAGAAG ATTCTTTACTCAGATAGCCAGAGTGCCATACAGTTGGTGAAAAATCCAGTCTATCATTCG AAGACAAAGCACATCAGAAGGCGATACCATTTCACTCGCAGGGCAGTGGAGGATGGTGAT ATGTGCTTGGAGAAGATAGAGGGTGCAAAGAACCCGGCAGACATGTTGATGAAATGTGTT GATGTTGGGAAACTGAGGTTATGTAAAACCTCGGTTGGTCTTCTGTAATTGTTGCTACAG ATGTTGCGGTGCGGTAAAGATTTTGATGATGAAGAGATTTTTTTTGAGAATGTATTTTTT GGATGACTGAGTAAGTCTCCAAGTGGGAGAATTGTTAGGTAGTGGAGCCTGATTTATTTT AGGTTTTCCTATTTATTCTCTATTTTAGGTTTTCCTATTTATTCTCTGTAACCAAAAATA CTCTGATTTATTAATATAAATATACCTCACCGCCGTGGAAGTTTACTCACTGGGTTTTAC CACGAAATATTGGATTTTCTCTCTCTCTCTCTAGATTTCTCATCTCTTCCTCTAGAAAGT TCTTGTGTTCTTCATTCATCTAGTGTGTGTGCGTGAATTCGATCCTAACAGTGCTTGTGT TTGATCACTTTTAGAAGGATCATGTTGGAAAAATATAATCAATTTGTGCTCTAAATTATG TTTTTAGTCCAATCAAAATATAACTATTCAAGGTGTTCCTTAAGAAAATAACACATTATA TGAGATAAGACGAGTGTTGAATTAAAATATTCAATAAAAAATAATAATGAAATTGTATGA AATAAATATTATAAATTAGTAAGTTATAATATGAAAATGATCATAATTTAAAAGTAGTAA ATCATGCTAAAATAAGTCTAGTAAGTATTGTTTACATGATTAGACATTAAAGAAAAAATA AAATTAGGTTATGTATATACAATGTCCAAACCATGTAAAATTAAGGATCAAATATTCAAC AATATTGTCATCCTTAGTGTTGTTTTTTTGGTGTTAGCATTAGTGTTAATTTCATTTTAA ATTGAGCTTAATTAGAATCACTAATATTTATGGACTATATGTAACATTTATTGAACCATA CAAAATTTTAAGTCTTAAAAAAACTCGAAAAAATATTTTTGAATATAAAATAAACTATAA AATGATATATAATATATCGGATTGATTTGATCTCAAATTGATTTTTTAGTCGAATCAAAA GGAATTCAAACATAATCCTTTTTTTTTATTATTAATTTGTGAACTCGAACAAAATTGATT GACGGTTATGAACGAAATTTAGAATCCCCAAACTCTTAATCAAAAGGCCGGCCTAATCAT AATTTCGCATATGATCATAACAACTAGAAGTTGACGGGAAATATGATTTAAAAATAGAAA TAACAGTCGTCTTGTTCAATTTGTATGCTTTAATGCGTCGGTTGATAAAGTTTATAAAAA TAATGGTCAATAGAATATATTAGCATTACTTGCATGATTAGTAATGTTTGCATTAGTTAT ACTTGCGCTAGATATGCATAGATTATTTCTTACGTATTGTTTGATTTTCTATGTTAAAAA TGATATGCATCGCATAAAAATATTTGTTTACAAAAGTATCTTTCACGATTATGATGGAAA AGATATAAAAATGTTTTGAATGGTAATTGAGTCTTTAACCATAATAATGCATGTATTATA TCCTGTGTTCTAATACTTAAAAATCCATTTAGTAATACACTCCTTAATATACAATAGTAG CATGAAAAAATACACCAAACAAAGAACTACTAATACGTATAACTAATGCATATATTATTT TTGTTAATATACTCTATCAAACGATTCCTTAATATTAATCGATGAATTTGTAGCCTGAAC CCTACCTAACATGCCTATTTTTAAAATAAAAGAATTCGAGCAACAAATATAACATTAATA ATTAAGCATAAATTAATGAAATTTAGTCAAATTGTGCTTTAACATGGCAGAGCTCTCCAA GAAAAAGACTTCATGTAGGCAATTAGTATTTATATTTAAAATAATACTCCGTAAACGTAA ACGGCAAACACATGCATTTTGAAATTTGTGAATAAGCATGTTAGAATAATAATGGTAACA GAAAATAGTGATTTGGTCAACTTGCTTTTTATTACTCTATATGAATAAATAATAGTCAAA GAGTATATAGTTGAAAAAATTAATAATATATTTATTTTATCTAAAAGGAAATATCTGGCT TTTTCACATCGCTTAAGGCTTAATTAGTAGTTGGAGTAACACCAATATAACTATAATTAA GGTTCTACTTTGAAGACTTGGATATAGAATTAGGAATGTGAAAAATATTTTCACATTCTT TTTTTTATTATTAAGTTGTTAATTAATTTTGTTAGTGAATTCACTAGTTTTTATATATAA GTTTCTATAATTTATACAGTCTATATATAAGTTTCTATAATTTATACAGTCTATAGAAAA GCTTGTCGGTTCATCCAAATCCATAACCTCCGTCTAGCTCCAAAATCTGTATGAGTGAAA TGTCCTTTAAGGCATTTCCAACTCTACCCTCTATTTACTCTCCAAATATAAAGTTCTATA TTTTACAGAAAATCAATTTTAACTTAATTCTCTATTTTACTTTTTTTTTAAAATAAAAAT TCTCTCTTCTCAATATTATAGTATTATTTCTATTTCATAATATAATTTTTTTATTTTTTT TTCAAATAATCACTTTGTATAATTTACATGTAAAATAAATTTTATTTTAATTTTCAAAAT TTTTTATTTAGTTTAAAATTTTATTTTTATTCTAAATTTCTAAACAACAGGAGTTGCAAA TAAATATTAATAATATATAAATTAGTGGACATAAATAGCAACAAAAATTGATGTATAAAA CTATCATATTATGTATAATTTAGATGTAAAATAAATTTTTAATTTTAATTTTCAAAATTT TTATTTAGTTTAAAATTTTATTTTTATTCTAAATTTCTAAATAACAGGAGTTGCAAATTA ATATTAATAATATACAAATTAGTGGACATAAATTGCAACCAAAATTGATGTATAAATCTA TCATATTATGTATTGTGTTATCTCGTATTTAAATTATTATATTATGTATTATATTTTTAA ATAAAAATTTAATCTTACCATTTTAATATTGTGCATTCATCATAGTGACAATTAATAATA ATATAAATAATATTAAAGTGACGAAATTTTTGTAAAAGAAAAAAATAAAATTTTATTAAC TCAAAACGAAAATAGTATATGTTAAATAATATAATTTCTAAATACTATATTACATTTAAA AAACATATATTAAATTTTTAATTAATGGTCTTATATGAAAAATAATATATAAATTATAAA ATAATAAAAATAATAATAAAATAATCATGAGAGTGTGAATAGTATTTCTCCAAATTTAAA TCTATATAAATGAAAAATAAAGAGTGAAATAGAGTGTGATCGGAGAGCTCAATTTATTTT GCTCTCTAAATATAAAAAATGGACAGTAATATAGACATGGATCGGAGATGGTGTTAGAAC ATCATATTTGACTTGCCTCGAACTAATAATTGTACTATTGACAATCTAGACATAAGAAAT AAAGTAGAATATAGTTAGCCGGCGACCTCCATTATTATATAATTCTATCTTGTACATTAC TTGTACCAAACCAATACACTGTTAGACCAAAAGACTAAATATCAAGAATCTAGATCTAAC AATTATCCTTTCAACAATGGCAGAGGAAATCAGCACCCTCCAAAGCAAAAGGTAATTTAA ATTATGAGTAGCTAATCTTTTTACTATCAGTGTATATAATTTAAATTTTGTTACGCATAT CTGAGCAATACTAATACTGGTATATGGTATGATCAGGTATGCAGTAGTGACTGGTGGAAA CAAAGGAATAGGATATGAAACATGCAAGCAATTAGCAAGCAAAGGATTAGTGGTAGTGTT GACATCAAGAGATGAAAAGAGAGGGATTGAAGCTATTGAAAGGCTTAAAAAGGAGTTAAA CATTACTAATAATAATGATCACATTTTGTTTCATCAACTTGATGTTATGGATCCAGCTAG TATTTCTTCTCTTGTGGACTTTATCAAAACAAAATTTGGAAGGCTCGATATTTTGGTAAG TAATATTTATCACTCCATCACTTAGACAGACGACTTACTTTTTAAAAAATTAAAGTGTTT GAATTTAAATACATATATTCAAATATTGAGATATACATTAACATATAAGTGTCTGGATGT TAAATAACAAAAAGTATATACTTTTCATCATTTGAATGTATAAAACCTGTTTTTATTCGA AAATTAGGAAATTTTAAAATTAAAATAAGCTACTAAATTGATGTGATACTAATTCAATAT TTTAAGGAAATTATATGAGCAGTGGTGATGGTAATTGCTAGCCGTGGTGATTGTGGGTAT GATAATTGACTAACCCATAATAATAGTTAACAATGGCTAATATTGATGAATAAAAATACT AGTGAATTGTGACTATGATGATTGACTAACCCATAATAATGGTTAACAATGGGTAATATT ATATTGATAACTAAAAATACTAGCAAATTGTGACAATGATGATTGACTAACGTGATGTGT GCTTGTGATTGAGATTATGATAGCGATAAATGATGATAGTTGATAATAATAAATTTTAAC AATTAAAAGAGAAAGTATCATTAAAAAAAGTGAAAATAAATGTAATAGTGGTAACGATTT GAATATACATCTTAATTTATAATACCAAAAAGTTGTTGTAAATCTTAATTATTCATCTTC ATTGATTGAGTGGGTTGGGAATAAAAATAATACAAATATAACCACATTTATTTATTAAGA TTCATAAAAATTAACAAATTCAAAGTGGAATGATAGTACGAATATGGATAAAATTGGAGA ATTTTTAGGGGAATCAAATACTTAAAGTTGAGGTATGGATAAAATAGTATTAATATTATC CCCAATAATTTTTTTTATTTTTTATTTTTGGATGTGTCAAGTCAATAGTGAGAATATCTC ATAATAGTTGTTCGTTATTAATTTTTACATACTTCTTAAAAATTATTCTCTCCGTTTAAA AAAAATGTTCTAATTTAATTTGTCACAGAATTTTAGAAAATAAAAAAATTCTTCATTTTT GTGGTTCTAAATTAAAGTTATGTCAAAATATATAAAATTGTCATTTAATATTGTGATATT AAACATGTCATGTGAAAAATTGAGAATAAAGTATTATCAAAAAAGGAAATAAATCATTCT TTTTGAAACAAGCTAAAAACAAAAGAAAATCATTCTTTTTTAAATGCAGAAAATATAAAT AAAAGAATAATTTTACTATATTACCTTTTAATATATAAATATATTATCTTAAAACACGTA AGAGAAAAATTATTATAATTAATAATAAAAATAAATTATAAAATTATTTATTAATTTAAT AAAATAAACAAATATTATTAAATATCTTAAAATAATATAACAGACCACTAATATGGAACG GAGTGCGTATAATATTATTTTCCTGATAGGGTGTAAAATATATTGTCCTTGTCCTTAAGA TCTACAAAATTAATTGCAATTTATTTTAATAAACATTCTTTTCCTAGTGGAGATCAAGCT CATCGCATGTAACACAAAAAGACAGTCAATTTTTTATATAGTGGCGGTAAAATATGCAAC CAAGATTTTTTAATATTATTCTCATAAAACTATGTCATGAAAATTTAACTAATATAAAAG TTTTATATAACTGATTTAATTTAATCTTTTCAATTAATTTTTACTTAAAATTTAAATCAA AGTTATTATGCCAGTTCAAAATTTTTTAAATCAAATAACTAAAAAGAATATCAACTTCTT TAATTTTCTTTGAATTGATTTGGTCTTCTATTTTATTTGATTTGTTTATTTCCTATAACA CCCTTCAATAGTAATTGTCATTTTCTTATCTCTCATTTGTCTGATAAATTGACTCTATTT TAACCACATAAAGAAAAAAGAGAGATTATTTATTGTTTTCTCAAAATTCTACTTACATTA TTTAATGTTTATGATAAAACATGAAAAAATATAATTATTTTTTATTAATATAATAAAAGT GACAAATAAAAATGAAAAAAAATATATGTTAAAAATAAATGACAAACAAAAATAAACAGA GAGAGTTACTTCGGTTGATGAGTATTGGTTGGAAAAAGTATTAATCTCTTCTAATTTAGA AATACTCCCACATTTAGCGACATTTTCTCGATAAAAAATTAGACCAAGAAATAAATTTTT TAGTCCTAATTAAACAACAAAATTAATATGGAGACTACTTATTATAAAAATAATTCAAAA ATCTATATGAATTATTTTACCATGATAAATCGTGAATTATTCCACTAGTTACACTCTTTC TGAATTAAGTTCTTTAATTTGATTCCTTTCGTTTCATCAATCAATTTATATTCGTTAAAG AAATGAGAATTTATAAATACCTTAATTTGCAGGTTAACAACGCAGGGGTTGGTGGATTAA TGGTGGAAGGAAATCTTGTTATACTAAAAAATTTAATTGAAGGAGATTTCGAGACCATTT CTACTGAAAATGAAGTAATGCAAATTATTTCATTTTAAAAAATAATAATAATTATATATA TGTTCTAACATAGTAGTACACAGATTAAAGTTGATCGATACCTAAAATCGTTTAATTAAT TATGTAGGTTGAGGACGAAAGTGTTGTGGAGAAATCAATTGAAGGTATCGTTACAAATTA TGAGTTGACAAAACAATGCATAGAGACAAACTTTTATGGTGCAAAAAGGATGAGTGAAGC ATTTATCCCTCTCCTTCAACTCTCTAATTCACCAACGATTGTTAATGTTGCTTCTTTCTT AGGAAAATTGAAGGTAATTAACTAAAATACTTTATCTGTTTATTTTTACTTGTCCACTGT ACTATTTTGATATTATTTGTACAATTGTATTGAGTGATTTTCGATTTCCTATGTACAGTT ATTGTGTAACGAATGGGCTAAAAAAGTGCTAAGTGATGCAAAAAGCCTAACAGAAGAAAG GATAGAGCAAGTGTTAAATGAATTTCTCAAAGATTTTATAGAAAATTCAGTTGAATCCAA AGGATGGCCAACTTACTTTGCAGCTTACAAAGTGTCAAAAGCATCGTTGATTGCCTACAC AAGAGTTTTAGGTTCAAAATATCCAAATTTTCGCGTTAATTCGGTGTGCCCTGGCTATTG TGGTACAGACATGACTGCATATACTGGAAGTTTAACTGCTGAAGAAGGTGCTGAAAGCTT GGTGAAGCTTGCTTTGTTGCCCAATGATGGACCTTCTGGCCTCTTCTTTTACAGAAAGGA TGTCACCTCTTTTTGAATATTTAGCTAATTCAACTATCAATAATTGTATCGATTCAAAAA TCATAACGTTTAAATTCTTGTCAAAATTTTTTTCATCGTAACATTGTATTGCACACATTG AATTTTGTGAAGAAATCTTTGAAATTTTATGCTTTTAGCAACGTGCTTTTGTCAACGCGC GCAATGACACTAAAAACAGGTTCAAAACTAAGAATTACTTCCTTCATTCGGTATTAATAT TTGTCATGGTTTCTATTTTCAGAGTAAAAACTATCAAAAATTTGATGAACTTTTTAAGAT GTATTTTTTTTATCATATTAATATCTAAAAATTGCAATTTATAGTACGTTTCATATAGTT TTAGAATAGAAAATATTACATGGCATGACAAACTATACTAAGTAATTAATTAATAAGGGT ATAGTTTAATTTATTTACTCTCAATAATTACCGTTTGATTTTTTTTTGCCATAATTAATG GAACCCACCACCTATTTGTATACCAACCGTAAAAGACCTATTTATGATTTTGTATATAAT TTTAAACAAAATCAATTTTATCTCTCTTATCCACATTACATCTCTTTGTCCTAAAATCAC TTTTTCACTCTATTTTGAATTTCAAATTTTAGAAGATTTCATGTTATCCCTATCGTCTTG CTCTCAATTTTTCCATGTAACAGACAAAATCAATCCATGAATTTATTTTTTTTCCTTCAT CAACAATTGTATATGAATTATGCTTCTTATTTTTTCATAATTTTTTTTCAAAAAAAATCT TCTTTCTTATCAAATTACAAGTTCTTCAAAATCAAAATGAAAGATTCATCTCCATCGGTA AGAATTACATGCTTGAATATTGTGTATATAGTTATTTGTACATTGAATTATTATATACAA AAACTGATCAATGTATTTGTGTTGTTATATTCATATTTTAAGTTTTTGAATTACTTTAAT AAAAATTGATACAATTATTTGTATAATAATTTATTTTAAATCACAAATTTTCTGTATTTT ACATTATTATATACAAAACTGCTTGAGGAATTTGTGTATATACAAGTACTATATTTATAT TTTTATTTGTACATATACAAGTAATTGTATATGTATATAATAATTATTTTACAATTTGAT ACAAATCAAACAATTACATTCGTATATAAATTTGTTTATACATATACAACATTTTGAATA TGTTTATATTCATTTTATTTACATTCGTATATAAACTTTGTTTATGCGTATATATTTTTT TTTTATATTCAACTAGTTATATATGTATATAATTGATTATTTTAAAAAATGTGATACAAT TATTTGTATGATACTTTGTTGTTTTTTTTTGTATTTTACGTTATTATATACAAAACTGCT TGAGGGATTTGTGTATATATAAGTACTATATTCATATTTTTATTCATACATATACAATTA CTTGTATGTGTATATAATAATTACTTTACAATTCGGTACAAATTAAACAATTTATATTCA ATTTATTTACCTTCGTATATAAACTTTATATACACTAAAGAGTTAAGTTTTCCGGAAACA AGTTTTATGGTCTTTCAGTCGCTATAGAATTCTTTTTTGAGAAAATATTTGATTTTGAAT GTTTTTCTTAAATAATGAGATTATGTAAATGTTTGTTACCGTATTTAGGGCTACTGTTAT TATTTAATAGAAAAGTAAAGTATAGTACAATTAAAAGCTACATAACAAACTAAACTATAC TCATAGAATGTAATTATCTAACTATACCCATATAATATTATTTCATAAATTCAGTTTGTC ATAAAATTTTCCCTTTAGGAAGATGCTTAGTGTGTGCGCGCATAAAAAATACGGAGTAAT TATAATCATAATTATATATATATATATAGCAAGTTGAATATATAATAGAGTAATGATTAA GAAATGCTTAATAATAATTTTTAGGCTTTTTAGTAACGTGCACTAAAAACAGGACAATAC ACTAACATTTCATACATATATAAATACACACACTCCGCCTAAATAAAAAGAACACAACAT ATAGCAATTAGCAAAGAATCTCCACATCTAAATTAGCTAGCTACTTATACTGCAACTTCC AACAATGGCAGAAAAAATCACCAGCGTTGATAGCATAAGGTATATATATAATCGCATAGT TATTTTTTTCTGTATGTATAATTTTTTGGTAAGTTCTGAGAGCACAAGGTATATATATAA TCGCGTAGTTATTTTTTTCTATATGTATACTTTTTTGGTAAGTTCTATGTATTTGATGTT GTAACTAGGTCATCTAATGTGTCATCGATCTATAAGATCTACATTGTTAGTGTAGAAAAT ATTATAGTATCGATGTATATAATTTAAATATTTTCCATATATATGGTATGGTCAGGTATG CAGTGGTGAGTGGGGGAAATAAAGGACTAGGATATGAAACATGCAAGCAATTAGCAAGCA AAGGAGTAGTGGTAGTGTTGACATCAAGAGATGAAAAAAGAGGGATTGAAGCTATTGAAA GGCTTAAAAAGGAGTCAAACTTTACTAATGATCAAGTTTTGTTTCATCAACTTGATATTA TGGATCCAGCTAGTATTTCTTCTCTTGTGGATTTCATCAACACAAAATTTGGGAGGCTTG ATATTCTGGTAACTACTATTTATACGAGTTCGGTAAAATTCATTAGCTTCAACACATATT TTATCGATGTTAAAAAAATTACGATATAAATAATTTATACAAAATTTCGTAGCATAATTT TTTTTTAAGAGTTTGTAAAACTGATAAACTCAAAATCTCATCATCCAATTTGTGAAATAT TAATTAAAAGTATGATTTATAATGGAAATATTACAGATTTTGGAGTATTAGTTAAATCAT ACGTTTAAGAAGTAAATAAAAATATAGACAAGTAATCTTATAATTAAGTTTATTAATCTA AGAAAATTGAACATTACAAGTTTCATAGCCATGGTGTTAATTAATCAAGTTGCAATGCAT TTAATACTCTCTCTGGTCCATTTTACTACTTGTTCTTATTATTATTAAAAATAAATAGTT CAAAATCAACAGATAATTAACTAGCATTATTAATTTTCGTATCTTTTCTTACTCAATAGA CGTGAAAAGAAAAGATTAATATAGTAAAAATAGAATATATTAAATTGAAATCAAAAAATA AATATGATAATCTAAGCAAATTTATTCATTTAATTAACATTTTTTGTAAGGGACACGTAA ATGTTGTACACTATTCAGTTTTGTGTAGGTCCAAAATGTTTATTATGTTCCTTGAGATCT TATAAAATACCCAACCATATACTATAGTATTTTTTTAAAAAAAATAAAATAATTTTCCTG GTGAGGAAAAGATATAATATCTTTAAGATCCACAAAAATAGGTAAATCCATGTGCAATAT TTTTAAAACATATTGGTCAAATTTTTAGATGGGTTGGGGCATGGATTTAAAAAGAGAATG GGTTATGAATTTTGGTTAATTTAAGTCAATATGGATATTTCCATCAACATAGGGGTATAA ATGATGAAATTAGTAACGGCAGGGATAAAAATAACTTCATTTTAACAGCGAGAGCATAAT GAACTAATAAATCAAAGGTAAGGGATATTTTTTACCCTTTTTCCTTTTATAATATACGGA AATTTTCCAATTATTGTTGAGAGAAATAAGAAATTATGAATTTATGGTTTGCAGATTAAC AACGCAGGAATTGGTGGATTAATGGTAGAAGGAGATGTCCTTGTACTAAAAGAGATAATA GAAGGAGATCTCTTTACCGTTTCTACTGAAAATGGAGTAAGATATATATTTTCCAATTCT AATATATTCTGTTACTCCCTCCGTTTTATTTTATGTGACATCAATTTTTTTTAGTCAGTT TCAAAAATAATATCACATTTTCTTATATGACAAGTATTTAAAGGCTTAAATATTACTTTA ATACATTTATGAAGATAGAGAAAAGTGAGTCCATTTTTAAAGAATAATTTGATAAACAAT TCAAAGTCTTCATTTATTTCTTAAACTCCGTGCGAGTTAAATGATACCACATAAAATGAG ACGGAGGAAAAATTTAATTTTATGTTTACATATATATACATCAAATGCTATTCACAATAT CGATCCTTATTATTAATTAATTACTATGCAGGAAGATGGAGGTACAATGAAATCATATCC TGAAATTACAACAAATTATGAGTTGACAAAGCAATGTGTGGAGACAAACTACTATGGTGC AAAAAGAACGATTGAAGCATTTGCTCCTCTCCTTCAACTCTCTAATTCACCAAGGATTGT TAATGTTGCTTCTTTCTTAGGGAAGCTAAAGGTAACGATAGTTTCGCTATAATTTTATGG GAAAAAATAACAAATATATCCTCAAATTATTGTAAATGATATGTATCTTTCGTTATACTT TTAGGACATTAGTGCTCCTATCATTCAAAAGCTAAAGCATATGTGCCCTTCACTCAACTA AATAGGGACACGTGGTGCAATCTTATTCGTCGATTTGATATTTAATAAATGTTAGGTCGG TGGATAAGATTATGACAAGTATCTATCCGTTAGTATAAAGAGTATATATATATATATATA TATGCTCTAGTTTTTTAAAGACAGAATATCAATGTCCTAAAAGTATGACGGAGGATATTT GCATATGATTTACGATAATTTGAGGGTATATTTATCCTTTTTTCCTTAAATTTTGTTCTT ATATTCTTCTTTTGGACTGTTTTTCCGCTAAGGTTTATTAGAAACAAGTGATCCAATTTA TTGTTTTGGATATTAATTGTTATTCTCTACAGCTATTGCGCAACGAATGGGCTAAAAAAG TGCTAAGTGATGCAAAAAGCCTAACAGAAGATAAGGTGGAGCAAGTGTTGAATGAATTTC TCAAAGATTTTACAGAAAATGCAATTGAATCCAAAGGATGGCCAACTAATTTCACAGCTT ACAGAGTCTCAAAAGCAGCCTTGATTGCCTATACAAGAATTTTAGCTACAAAATATCCGA ATTTTCGCGTTAATTCGGTGTGCCCTGGCTATTGCAAAACAGACGTAAATGCTAATACCG GGAATTTAACTGCTGAAGAAGGTGCTGAAAGCTTTGTGAAACTTGCTTTGTTGCCAAATG ATGGACCTTCTGGCCTCTTCTTTTACAGACAAGAGGTCACTCTTTTTTGAATATTTGATC CATTCAAATATTTCTAATTGTTCGTGGATTCGATAGAATTCAATAATTCGATATTTAGTC CTTAAATAAGGATAGGGGTTCACCTTAGAACTCACTCTATTGTTATGTTTAATTTGGTTT TAAAGAATTGCATTTCTTCTTTCTAATATATGGGATTACTTATTTTGATATAGCTTCTTA TATATTATTATTTCATTATGTTTTTTTAGGGATGATAAGTTAATTAATTCCACTAATACT ATTGATTCGGTTTCAAATACATTTTTCAATTGGTCGATCTTTCACGAGTGGTCTTTAAAA TTAATGAATGTGAGACCATTGTATTAAAACTCTGTTACGTTATGTTCTACTTCTCACACC AATCAACTTTTTACATTATGTTTTTTATGAAAAATTTTACGATGAGTAAGGCGTAACTAT GAATATAATTTTTTTTAGATCCACATTATCTCAAAAATGAGACTCGTAAAATCTTTTTTC GATACAAAAATTTTTGAGTCACAAAAATTTAGAAAGTATTAGAATATTGAGTTAAACTAT TCAAATCTTCATAATAATATATTATTTTTTTTATATAATATCCAAGGTAATATATTGCAC ATACATTACTAACATTTTATTAAAATTTTATGATTATAAATAATAATGTTACTTTAACGA TAAATGCAGTAGGTCTATAAGAATACCACACTAATAAAAATAAAAACTCTAAATTATAAT ATTTATAATTATTTTGATATTGAGTACTCTTATAGTAAAAAAAAACATCATTTATTTTTT TTTGCTAATTTTTTTTATTTGGTTATGCTACGATTGCTATGAATCAAGAACTACATTTTC CTTAAGGTTGCTCAATCTTTATTCGAGAATAAATGCATTAAAATTTTAAAAAAAAATGAA ATTGTTTAAAATTTTATTAACATAATCAATAATAAGAGCTTTGAAATGTGAACTATAAAT ATATTTATATTTAACTATGTAAAGAAAAGTAAATGAAATTATCGTGCCGAATGTTTTGTC AATATAACACTATATGAGAAAGCAATAGAAAATTGTATGGAAGGAGCATAGCCCATAACA TAGGCCGTAAGAGGGCCTTGTACAACATATATATCTACACAATATGTTTGTCCAATGAAG AATGTTGAAGGGAAGAACACATTGGTTACATTTTAAATCACAAACTCACTAAATAGTAGA ACACATTGATTACATTTTTAATGACACTTATTGTAAAGTAACTCTTCAATAACAAATGAA TGTGTAAGCAAGTGAATTCAAAATTCTTAAATTACTATCCAACCTAATCAAAGTTTCAAG TCATGGACATTATGAGATATGAGTCCTAAATTGTCTACATTAGCTCGGTTTGAAATACCT TAAAAAATATTTTAGTCTTATCAACTTCTTCATACATGAAAGGTATATTTGTTGGCATAA TATGTTAACTATCACAAATTGAGTAAAGTACGACAAACTCAAAAGAGATTTTATTTTTTT TATATTATACCCTCAATATTTTGTTACATCGACTATTTGTATTTACGCTACTATAATTTT ACAAAAGCCTAAAAATTATATATTCAGTTCCTCCCGGTCAAAATATGATGTCTAGACCGG TTTTCTATTTGGGTATGATATTAGATGGCACCTTTCATTTCCATGTTTCAGAGTTTTAAG TTCGAAAAGAAACAGAAAAAAAATTATGCTTGTGATGTTCGAATGAATTTTGAATTGGTA ATGTCAATGATATCTGTATGTAATATTCAAAAATTATATTTTACCTATCTGAATTAGATT TATAACAAAAACACAGCAAATTCACTATAACCAGAAAACAAACTTTTGAATCAGCTGCAC CCCTTTCATTTACTATTTATCCTTGAAAAGGACATAAGAAATACACATTAAGGAATGGGT ACGTCAATTTTGTATGTTCATTCTATGATTAGATGTAATAAATGTAACAATAATATCAAT TGACTCCAACAGATACGTATGTTGTGCTACGCACTAATCGGATATTCAACTCGGAAAAAG AAAAAATGCATGTTAAATCTGATCATAGGTGAAAATATAGGTAAAAAATAACAATGAACA TCCCTATCATATATCAGTAGAACATTTTACTAAAGGAATAAAAGCACTGCAAATGAATGG ATGTAAAATTAGTCAGCGTGCCACATTCTTGAAAGTTGAAAGAAGCGTTTTTACCAGAAT CATGTTATACTCAACTGATATGAATCTGCATATATGTTGAACAAACCTTACAGCTAATAG CACATATACAATTGTTCCGAGTACAAGAGCTTCAGACAGACCACTCAACAACTGAAGACA ACATTCCAAAAGGAAAAAGGGTTTAAAATGTGCAATCAAACCATGGTGGGCGAGCTTGTT TCACCTCAGACTTGATTTCCGCCATCAGACCTTATTCCCTACCAAACTCTATAAAGAATG TCATGGCATCCAGCTTTGACTGCACCTCTTAGGTAGCTTATCATTGTCCCTCGAGTTGAA GATTGTTTAGATGCTTTGTTCCCTAAAGTTAGTTTTTCACGCTACAAGTTCATAACAGCA GATACATGCTGACTAAGGGACAGGAAAGACAGCTGAGAAGCTCAACAATATGGCCCACCT GGTTAGACTACTGAACTTCAAATCTCACTTGAAGTTATTAATTCGTTTTGCTGATAACAA AGTATTGGAGAGAAGCATTGCTATAGTCATGGGCCCAACTCCTCCAGGAACAGGAGTAAT AGCTGAAGCAACCTTGATGGCCTCCTCATAACAAACATCTCCAACTAGTCGATAGCCTCG AGGATTTGTAGCATCCTGTTGGACAGAATAAAAATCAGCAATCAACTTGGTAAATCAGAA GGCAAACATGCATTCCACTATACGGAAATTGTTTCTGTTTTTTCTTTCTTTTGGGGATGT ATCACTGTGATTGGAATATTGTTAAACAAAAAATAATAATTACTACATTCTTTAAGTGGT CCTTGAACTAGCAATTCTATCATATTTATTTGAAGAGCATGCTGGGAAAGGCACAATGAG ACACAAATTACTGCTTAATCACGAGGATGACAATTAGAAGAAAACAGTATATAGCTTTCA CACCTCCACAGGATTAATCCCGACATCAATAATTACTGCCCCAGGCTTGATCCAGCTACC TCTAACCATATTTGGTTTCCCTACAGCAGCGATTATGATATCTGCTTCTCTTGTGATCTC CTCTGGGTTAGTGGTTCTGGAATGAACTATGCTGACGGTGGCATCTTCCCTCTAATATAA GAATAGGAAGAAACATTGGAAAGAACAAAAGCAATAAACAGAAAATTATAAGAGATGAAG AGCTCAATACAATGCTATCAGAAAAAAAGGCTCTATCACAAGAAGAATAAGATCATTGTT TATTAGACTATTACCTGCAGCAGCAGGGCAGCAGGCATTCCAACTATATTGCTCCTGCCA ATGACAACCGCTTTTTTCCCCTTAATTTCCACATTGTACCGATGAAGAAGCTCAATGCAT CCTTTTGGTGTACAGGGGATAAATAAGGGCTCTCTACCTCGCATCGCAAGCTGGCCAATA TTTAGTGGGTGGAATCCATCCACATCCTTCTCAATGCAAACAGCATGTAGGATTTTCTCC TCATCCATATGCTGATCAAAAGTTGATGAAGACGCAATTCAAATTAGAAGATAAAGGTCT AGAAAGATATCAACTCTATCAGAAGTGGAATAGCTTTGAGATATATCATTGATCTATAAA CTCATCCATAACAACAGCACTAGTTGAGTAGAGTACTTTCTCTTATCATAAGGGAACATG ATCGGATAACTTTGACTACTGTTACTTCAAGGGATCATATCTGTTGGTGATTGGCTTTAT GAAGCACCAAATTAACAATCTGATTAACTTTGGTTATCTCTTAATATTTTTCGAGACAGT ACTTGTCTTTCTCAATATAAGCATCATATCTTTTTACTCTTGCATTCCTTTCAAATCATG TTCTTAAAAATGATTTTCTTCAGCTGGGGTCTATCGAAAACAACCTCTCTATACGACAAC AGTTAGGTAAGGTCTGCGTACACCCACCCTCCCCAAACCACACTTGTTGGACTATATGGG GTATGTTGTTGAATAGCAACCACAAATGATGTCATGTTGTACTATCTGATAAACTGAACC GATATAGACCAGTAGTTTCTCTCTCTTAAGATCCAATTCATTCAACAGTAACAAAAATAT GACAAGGGAGATCCAACAACCAATAGTAACAATTTAGACATGATTCTGGGAATATAACTC ATTCATATCCATCTTGGATAAAACTAATCCAGATAAAGTCACACGTTAAACATTCTTAAC TCTATGAAAATTCAGCAATAAAAAACAACAAGGTTTAGTAGCATACCGAAGGCAATGGTA GCTGAACAAGAATTCCATGAACCATAGGATCATCATTGAAGTCTGAAATATACTTGAGAA CTTCTTCCTCTGTTGAGTTCTCAGGCAAACACACTTCATAGGATTTGATCCCAGCAGTTT CACAAGCTTTTTTCTTGTTGCGAACATAAGTTGCAGAATCCTTCCTATCCCCAACAAGTA TAACTGCAAGGCCAGGAACAACACCAATCGAATCTTTCATCCTAGTTATTTCAGCATTTA TTTCATCTCTAACATCTTTTGCAACTTTTTTCCCATCAATCACTTTTACCAATGCCTCAT TAGCCATCGCAGCTGCACAGCAAGGCGAATAATTCAAAAATTCTTAAAAGGTAGGTCTGT CAAACCAAACCAACAATGCCACAAAACCAGACAGTTGGGGAACACGCAAGAAAAAATCCA GAGTGAAACAATTACATTAAAAGGAAAAAGTCCCAATTGCGAGCCAAGGACCAAACACTT CAAGTCCACGAAATTCTCAACCAACTTACTTAAGAATACTGAAGTTCAGAAAATTGTAGA CATATCACTCTGACCAATTTAACAGCTTACAGAGATGGTTTTTATAGTAAAGCTCTGAAC TTTTAATACCTATACCATCAATTAATCCCATTTTAGATCTCTGAATCCTTGTTTGGTCAT CTTCTAGCTAAAGATTCTTAACATCACGCCTAAAACAGCTTGCCAATATTATAACTTTAC TCAAAACATAGATTTTATGTATTGTCAATTACTCAATATCTAGTTCATTCGCCAAAAAAA ATATACTACCTTCACCCTTTTTAAAATCCATATTCCATACAAAGATATACTTACAAAGCA ACTTAAAAGCTTGGGAATTGCAAAGTAAAAGAATTTACCGGTGATGATGGAGGAGGAGGA AAACGTTGGACGAGTGATGATGGTTCTGGGGAAAGATGGGTTGTAAAGGGGAGCCACAGA GGAACGGAAGCGAATTTGGTGGGGCCCAAGAAGTGGTAAAAACCGAGCTGCGGCTGCGGC GGTTGACGGCGGTGAGCAGTTGTTTAACTTCATCTTCATCATTGTTATCGGAGATGACGC CATTTTCTGACAAAGAAGATGAAGTTGAGCTCTAAGTCTCAGCCCTATGCTTGCACCGTT TTTTGTGTTTGGGGTTTAAGATTTTTTGCCGTAGGGTTTTGGACTATTAAATTTTAAACA GAAAAAAGGAAATTCATTTCAGATTTGGCTTAATTGTACTGTTGGTCCCTCAGTTATAGG TAAATTTAAATTTAATTCCCATCATTTTTTATCAAATACAATTAACTTTGATCTTTCTTG CTTAATATTTTGAAAATGTTTGATAAGGCTAAAATAACTTTAATTATTTAATCTGATTAC CGGAAGAAAACCTATGATAAAAATTAGGTTTAGGAAACTTATACATCTATAAGGTAAAAA AAAATTCAGAACATAAAGCAGAACAAAGTTAAAAGAAATCTAAAGGCTAATCTCCTCCAC AATTATTTTGGACAAAAACTTTTTTTCTTTTAAATTTTCAGTGGTATCCATCATATACTT GCTTGAAAAAAAAATATTTCAGAAAGGCATCCTTTCTTTTTCATATGCAAGAACATTCCA CGTAGCTTTTGCATACATTCAACTATATCGATGCAAACTACCTGGATGACCTTATATCCT GAAATGCAAAAACAACAACTTTTCGAACCAAAGCAATTAAAAGGTCTATCACCTAGTGGT TATTATGCCATAAAAAAAAATTGCTCTCCTGCATAGCTTCTTGCTTGCTATAATTCTGTA CATTCTTTTAAAAATGGGGTTAACTAAAAACACTATACACTTATAAGGACTATCTTCCCT TCGTTTTGGTTGTAGGTCCAAGCAATGCAGATTCGTGTTTCTTCTAATGGCTATCATATT GCTAGTGTTCCTTCACCGATTTGGTTCTCATCCGATGAGTCTGAGGCCTGAGCTTTGGCT TTACTCACAACACGAGAAAAACCATAGCCTAGAGAACTTCCGCTAGTTTCACATAGCTGC AAAACAAAATCAAGTATTATTTGTATTAAATATCTAACAAAATCTGAAACGGATGCAAAC TCTAGCAACACTCCAAAACCAAAGACAAGTAGTGCAAGTATAATTTACCTCAGTAAGCTC AGAGAGGTGGCGGGACCTGAACTCGTTGATTGTTGCTGCTATCTCCGACATTGGCAGCTT AGCCTAGAAGATATAATATATACTCAGAATTTTATTTGCTACACTCAAGGAATGGTTGAA GAATGTCAAAAGCCAACTACAAGGAGATCGAGATGCAAAGGTAGCGTGCAGCTAGATTAT TGCATCAGAACATCCAACAACCCATCAAGAATACTCAAGTATACAGTAGAACAGATCTCT GTCCAATCTATCAAATCTACTTACTTGTGCAAGGACAGCAGCAGCCAACTGCAGGCTTGG TTCCAAGGTCTCAGGCACAACCTGTAAAAACATTTATCCATTGTTCATCATTTATCCACC TTTTCCTCTTTCATGCATAATATGTTACAACTAGAAATGTCACGGTAGCAGAATGCTAAT ACAACAGCAAATGTATAAATATTTCAAAGCTCAGAATCCTGATTTTATCCAGAGAATCCT AAGTGCAACCAATATGAACAAGTTCCCAACAAAAAGATCAATAGCAAACATTAGAATAAG AAAGATACCGCTGTTGCTCCAGCCTTCTCTAAATTAAGGCCATGATCCACATCATGAGCA CGTACAAATGTTTTCACATTGGGAAAGTACTTGTTCAAGGCCCAAACAGTTCTGTAATTT GCACCAGGAGTGTCTAATGTTATTGCGGCAGCACATGCTCTTTCAGCTCCAACTTTATGA AGAACCTAGAAATCGAGAATCAGAATGTCAAAATAAAATACACACCATATTTGTAAGTTC AGAAATTTGTTTTACCTCTCGGCTACCAGCATCACCAAAGTATACAGGAAGATCAAGTGC ACGACCAACTGCAACACGCTCACTGCATTTATTGTAAAAAACATTTATTAAGACAAGCAT CATGATAATAATTGGATAATACAAGTGAACAACACCTCTTGCACACCCCCTTCCCAAGAT TTCTTTAGATACAATAATAAAGTTAAAATCAGCTTGTTGATGCTCTTATAATCAACTACT GAAAATATTCAAGATCCAATCACAATCAAAACTCCAACATATAAGGAAAGTGTAATACCC TTTTATATTTGCTCAGGGACAGTTGCTTCTACATCTTCTTTCATGGTGGTTTTAGTTGTG GAAGTGAATTTTTTTTTTATTTTCATATCCTCTCATAGACTTACGCAGTTCATAAATTCA TTGAAGGAATTCAAGGATTCGTTGGTAATTGACTTCAGCCACCATGGTATCTTGGTTGCT TTGTTTTTGCTCAATTAGAATCTTCAGCTTGTAGCCTCAAATCTCCTTTACTCTCTGGTT AGATTAGATTGGTTTCCATTCAAGGTAATGATAGATAATTTTGGTTGAAATTTACAGCAG AATTGCTCAAACCAACTCTGACGATCTCTATTCTCCCTTCTAACCTCTCACACTTCTTTT CCTTTTTTAAGTTTCTTTCTCATGGTGGGGTTTGGTTGCAGCCGGTATAGTGAGGAGAGA AGGCAGAACGGAAGACACAAATCTGGTGTGGAAGTGGTGGCAGAAGGGGAAGGGGAAGAG TAAAGGCATTATCGTGGTGCTGGGATGGGGGAGGAGGTGGTGGCAGGGAAAGAGAATGAA GAAGAGATTTATTTTTATTCAAAATGCCTTTCACGCTCTTAAATATGGATCATGCCATGT CAAAATGCCTTGCACACACCATGTCATGTCAGCAATGTGTCTAATAGGACAGTTTAAACA TGGATCAAATGTTCAATAGGTACAATTTTACAAGCCTTACTCCAGGTGTCTTATGAAAAT TTGTGACAAGTTTTAAGGGGCTATCTGTGTGGCCTTTGATTAACATTCAAATAATCAAAT CTGATTTGTAAAATAATCTAATAGTTCAATAAAAGACTACTACAATCTAGTTCAATTTCC TTAATTCTCCGGCTTGGCACTGCGGCACTCTTTTGGGAAGCCATCATCCTCTTCTCTTTC ATTGTTATTCCTTTGATGCATGCATGAATATGAACATGTATATATATACAGAAAAATAAA CTTTTACATTCAAATCCTAAAAGCGGATGATGACTGATGACTCACAATTAATAAACTATA TAGTCAAGTCAACTGCTTGCTTTCATGACTGAATTGTTGTACCACCTAACAAAACTTCCT TCTACCTCATTTTGTATAATGATGTCTGATAGGACACCAAGTTTAACAAGTCATTTTTAC ATGAGTAACAACAACATACCCGATGTAATCCCATAAGTAGAGCCTAGGGAGAGTAGGATG TACGCAAACGCTACCTTTGTGGGGTAGAGGTAAGATGTCATTTTTACTTGAGTATTTTAA CAAAATAGTCAAGTGGGCAGAAAATTAGTTTGATTGATAAAATATTACATCAAGGTTTAA AATTTAACTAGTAAACGTATTTGAATTCCTGAAAGTTGTATAGAGTAATAACGGAACATA TCAAACAATTTGGAATGTCCCAAAATAGTAATATTGTCATATAAGCTGGAGGGAATAACA AATTGCAAAGAATAAATATTTTTAAATAACAATTCTAAAAAAAAATAGGCATCTTCTGAT TTTCAGTTGTTCAGTATCTATTTCCACATTGCACTGAGATGCTATATCATAAAAAACTTG CAAAAGAATATCACGACTCATATATAATGAGAATAACACAAACCATTGGGAAGTCATGAA ACTTGATAATAATTACTCGCTGGCTCTGTTTCCTCAGGGGTAACATTCTCTACAGTATAA TATCTTATAAAGGAAAACCATTTTCTTGCATCTGGTTAGATATAAAGGTTGGTGGCTTTT AAGAGTAGTTGATAGTGGAGGTGCTGTAGAGAGATAAGTTGTGAAAATATATAAAATTCT AACCTTCACTGAACCCACAAGGAACTGAAACCAGTTCAATGTGAGCAAAAAGAGAATCAT ACCTTCGCACATCAAGTGCAACAAATGGAATCAGTCGCTCGGAGAGAAGTTGGGCAATGA TCTGTTAAGATGAAACTAACTCAATAGACAGAAGATGGGATGGATAGCTTCATTTTTCCA GAGTTTGACAATGATTTGTCCAATGATCAATTAACTAATTTATGAAAGCAGGGGGCAAAA CCTGGCCAACGCGACCAAATCCACAAATAATGATATGATCTTGCAAATCATCTGTCTGGA AAAGAAAAAGGGAACTATTAATTTATATTCTTTTAAGCAACTGATTGAAGTCAGTGAAAT CTTCTTTACATTTATGCAGGTAATAATCCATAGAGATATCATTACATGATGTAGTCCTTC AAGTAATGAACTTTGGTAACAAAACATCTGTTACTTCTCATACCAATGATCTCCATAATA AATGCTAACGATAACAACTTACATAGAGCAAAGCAGCAATGAGTTAAATAAGGTCAGAAG GAAAACCAAGTGAGGCATTAGGTTCAGTTGAAACCTAATCAGAGATGAGATGGATCTATA ATTCCATAGATGATTACTTTTCAAGGCAAGAATAATTCCTTGCAAAAAATAAAATTGTGC CAAAAGTAAAACGGCAGAGAAACTAAAAGGGTTCAGAAGGCTTAGTACCAGTACCACAAC ACTGAGGCACGAAACTTAAGTAGCAACAAAAAGCACAGCACAAAACTTGAGAGATGAACC AGGATAAAAGAAATGCATTGAAAGGAGAAATTTGAGAAAGGGAAGGACAGCCAGGGATGA AGAAATTTGGGAAAGGGAAGGGGAGTAAAAGGAAATGTTTTCTAGCACCGAAATTCCAGC TTTCCTCGTCTCCAGAAATACGTTATGGTTTTCTTAACAACAGTACTGTGCCCCTAAACC TTAGCCCTTTAATTTATACCCTGTAACTATTGACAACCTGAATCCAAACTATTTTGTGTT AGCTTGCAAGGTCCTGAACCTGAAGTACAGGTCTAACTGTATTTTTCTGTGATCAATTCA CAAATCTAGCACCACAACAAATAATCATGTGACATACACCAATTTTTGGCAGCTATATTT TGCTTGAAGTAAGATGTAATCAAGTAGGATATACTAAATGTTCGAAAATTTTAGAAACGA AAACAGAGGCTTTAGTGTGATCCGTCTTTAGGTGTCAAAATATAAGAATTGGCAAACATC TACACGGTTCATTAGTTTCATCCTTGCTAAAAACCACAGAAGAAAACTAGTGCCACCAAA AGTAGGAGGCAGTACCTCACTTTCATCAGGCAATAAACTTCGCACATCTTGCAGCTCAAA ACGAGATGCTATTAATTGACCTCCAGCAGCTAGATATGGTGTGAGAGCCATTGAAATTCC AACCACAAGAAACAGCAGAGATGACAATTCAGGAGACATTATTCCCTGGAAAAAAAAGGT AAAACCATGAGGAATCATTAAATAAGCTGATACTTATCCTAAGAAGATGTATTTTTTTCA TGGGGCAAAATTCCTCATAGATCTTAGCACTGCACTGTCCAGATAAGTTGCAGCTTCAAA TTTATTTAAGGGTAGATAAGGGCGAACAAGCCTCATGAAATAAGAGAAATGTAAGTAGAT ATAAGATGGCCGACGTAGATAGAAACTGGAAGGATTGATGGTAATTAGTCTCCACTTGCC CAACAACAGGATCAGATAAGCTCCATATTTGATTTCAGTACATAGGTCATTTGTAAAATA GGTCCACAATTCCGTGACAAAGAAACAGAAGCTGTTTAAACAGCATCGCAAGAGAGGGAG AAAAAATGGAATAAAAGAATTTTATTGACGGATATGAATGCTTGTGAAAGGTTAAAGCTA TCAAAGAAATAAACCTGATTGACAGCTTCACCAAAGGCTACGAAGGCAAACTCTCCACCC GGAGCAAGTAGGAGACCCACTCTTACTGCCGATACAATTGAAATACCAAACAGTTTACCA ATTAATGCAACCAAGATAGTCTTGCCACCTAATAGAAGTCCCAATGAGCCCATAATCACT GGAAAGTTTGAAAGAAGAAGCTTGGGATCAATGGACATTCCAACCTGCAAGCCAGATAAT ACTTGTTCAGTTGTAAAGACGCAAAGCACCCAAAGTCATAATAAATATATTCATGGAAAA CTCTCATTTCAGCCTTGATAAAAGTTGATTAAAATAGATAAAATTTTGTTTGCTAAACAG CTGAAGTGGTATTACAGAATGCAGAAGTACAGTCATTCAATGAGAACAACTCAGGAGAGA CAGTTAAGCTCTACAAGCTGGCGAGAACACTAGAGCAAGAATTTTAAAATGTAAATAGAA CCTTACCAAGACCTATCCTACCTTAACTCCAATTGACTAGTTGTAGGATCACAAAACTGC ATTCACATTGTACACCAAACAAGATAATTATCACCTACCGTCATGAAAAAGAGACCCAGC AGGAGTCCACGATATGGAGCAATATCTGATTCAACTTGCAACGAAAATTCAGTTTCTGCC AGAAGCAGACCAGCTAAAAATGCACCCAAAGCCATTGAAAGGCCAGCCTGCATTAATTCA CGTCAGTTAACACATCGTAGACTCCACAAATTAATGGTTCTAACAAACATGGGCAGTACA GATGGACCCGTAAGAGTTTTGTAAGTACCCTGGCAGTCAGAAGACTAGTCCCTAGGATAA CAAGGAGCGTATTTGCCGAAAATATTTCTGCATTTTGATTCTCTGCAATCTGCTTATAAA TAGGCCGCAACAGCTGAAATCAGAACAGAGAATGAACATATTAGTGTCCTCAGATTTAAC AGCAAAATATCTTACGAGACTTGTAAAATGAAAAGTCTAATTAGTACCCCAATCAATATT GGGATTTTTACACTAATAGCCGGACAGATTTACTGTTTACTCTTTTCTAACCGGTATACA TAGAATCCTTGGATTTAACAGAAAAATATCTTACAAGACTTGCAAAAAATGAAAACTGGA TTTAACACCCTAATTACCTTTTGTAACAGTCAAAAAATTAATTTTAATAATCTATAGACA ATAGAAAATGGAAGACCACGGTCAAATGTCACAAGAGATGCAGTTTGGACTTAAAAAACT ATACACTATTAATCTGAAGCATTTATAATATTGGAAGAGATTCTACACGAACAAACAGCT TACCAGACGTCCTCCGGCAATAATGGCAGTGATAGCTACAATTGCCTTTACAGCAGCCAA ACCAAGAGCCTCAGCTATTGCTCGGAAACCAACCTAATAAGAAAGTTCTGTTAGAACAAG GCAATTTGGAAAATGGCAACAGTGTGTACTCACAGCTATCAAAAGGAAAGAATGTTGTTT TTGCATGTGATTTGAGGTCCAGAACCTCATATAGCTGGAATCGTAAGTATAAAAAGTTCA AAACAAACAAATTTCAAATTATTTTTAGAAGACAGGACGGTAATGTAAAAGATTCTATAC CCCTCCTTTTGATGAATTTGGTGAAATTAGTGGTATCAGTATGAGTAGAACAACCACCGC CAGATCCTGGGGGATAAAAGGAAAAAAATTATTAAATCATATCACAAGGAAAATTCTAAA AGTGTCACAGCACAAGTATATCATTTCAAGTGCATAACGGCACCTATACGGTGATGGAAA GTACATATATGTGAGTTGTGTGTATGCCTTGATCACACCCATATCATGAGAAAGATGTGA CAGCTTTGTACTGTCTATATGCAGATACCTGAAAGAGTAATACAGAAAATGTAGCTCGTC CATGTCGTGATGTGCTCTCACCACGCTCCTGCAATACCTGCAGATATGCAACATAATCAT TAGTTACTAAAGTTTCATTTTACGATGAGCAAGAGTCACAGGCACATAGACAAACCATAT ATAGATAAACTACAATGCCTTGGATTGTAGAAAACATGTTGAATCAACAAGGAAAATATC AGGAAAACTCCAATGCTGATTTGATGTCTCAGCATAAGCCATTATCAAGAATAACTGTTT CTGGATTTGGGGGAACATATCATAATAATGTTCCCTTTTTAAGCATTAACTTTGATTAGA GTGTTGAACTGGTCACCAAATCAACGTGCTTAATGAGTATACAAAACCATTTAACTGCCA AATCTTGCCCATCATTCATTAGCAAGGAAGACCTGCTAAAGGTATAGAAGGATTTACCTG GAGGACGACAGCAGTGGAAGATAAGGCAAGCCCATTTCCAATCACAATTGCAGCAGGTCC AGCCTGCCCGGCAACCAAATTAGCAATTAACCCGACCACCACAGCTGTCACTAAGACCTG CATTCATTTATTGAAATTACTAATTAGTGTGAAAAGCTTATTCGTTGAGAACCTCTACTA AGCAATATGGTGTGGGTTAATAATACCAAGTGCTCAAACTTTTGCAATTACCTGAGCACT GCCCAATCCAAAAACGTATTTCTTCATAGAACTTAGTCTCTCAACAGATAGCTGTCGAAG AAAATACAAACAGAAGTTATTAAGGCAGTACTTGTAACACATTCAGAAAGAAATAAACTA GTCAATTTTCCTAGAGTATACCTCTAAGCCGATGTTAAATAGAAGGAAGACAACTCCAAA TTCAGCTATAGCCTTGGTCCCATGTACATGACGTATGATAGAAAGACCATAAGGTCCAAT CAAGATTCCAGCAGCCAAATACCCAAGGACAGGACTTCCTATACGTTACAGCACAGAGAA GATGAATCATTAATAAAAAAACGGGAGTACGTCTACAGTCAAAGATCATGTTTCAACCTT TAGAACATGTTCAAGAAAAGACCTAGCAGGAAACTTTTACATCAAGAACAAGTTTGGTGA AATTATCATACATAATAAGCTACAAGTCACTATCCTCATGCAATAAAGAAGGTAGCAAAG TTCAATTACCTCCTGGAATTTTCTGGAAGATGGGCACAAAGATAACACTTGCAAGCAATA GCCATAACATGTCAAAAAGAGAAGCTTCTTCCTCATTTATCTGAAATGAGAAACAACACC ATTAGCAAGTAAAAGTAAAGCCCCATCCTAACAAAATGGTGATGGCAGGCATTAAACTAG TGGGAGTTTAAGAGGCATGCCTCTTGATGAGGAAGCATCTCCATTAGTGTCTTAAGTTTC TTGGGCAGTTTTCTTATTTGTCGAACCAGAGGTCTTGCATTTGTCGAGACCTCATCAATG CTTGTGGTAATTATGTCTGGCTGCTGAAAAACTCGCTCTGATCGATTGACGTAAAAGGCA ATTCTGTGACAGATGTCAGAAGCATATCAAATGCCATAACCACAACAAGCTATATCAATC TAATGATACAAAGATTGTATCCTAACGAGGCACTTATACATGCAGCTACTGAGATTAGCT TCATCTTCTAAAAGAAACAAAGAATGGATAGTGTTATAGTAGTTGTACCCTGCTCCCATC AGTAATGAGCCAACCACCAGCTTGGGCAATTGATTCCTTGCCGACTCAATGAGACTCTGG AAAACTGAAGCAGGTGTGAACTCTTCACCATCTGAGGGAAATGAGAAGAAAGATGCAGGC AAGAAACGGGATGATTTCTTCAATAATGTTTTGGGAGCACTAAGCGGTGAACTGTCCCTG GCTGATTCCTTGTTGACCTCCTGCCTCACAGTTTGAACACTTTTTGGTTTTTCTGCATCA GAATCAGAATCTTTTGAGGAGTCTAGAACTAACTTTCTATCTTCATCGTCACTCTCATCA GACAAAGGCCCACTGGCCACCCAAGCATCCTCCAGTTGTACCTCCCGATCTTTATCAATA ACACTCTCAACTGAATTTCTAGGGAATACCTCATCCTCACAAAGTGTCCCATCAACTGAT ACTTGGCCTAGAGCTGATGATCCATTCTGTACGACTGAAGTTTCTGCAGTGTCAAGAGGT GATACAGCTAGGTTCTTCTCAGCTTTCTGCAAAGCAATCTCCGCATCATTCACCCGTTGA GTAGCCTCGAGCTCATAAGCAACAGCTTGTTCGGCTAAAAGCATTATGTTTGAAACATCT TCCTCGGCTTTTAAAGCATTGATTTGTGCTTCCTCAGCTAGATCATTCAACCTGTCAGCC TCTTTTTGCAGCTCTTCTTTTTTGTTCTGCAGCCGCCTCAATATAGCCTCACAATTTTCC AACCGGTCCCGACACTCCTCCATATCTTCCTGAGCAGCTGAAAGTGCTGTCTCTTCCTCC ATCAATGAAGTTGATTCTTCCCCTTTGCTTTCGTCAGAAGTTTTTGAAGACATACGTCCT TGTTTTGCAGATTGTATTGAATCAAGAGCAACTAGAAGCCTTGCCTCAGCCAAAGAAAGG GCCATTGTTGCTTTTTGAACTGCATCTTTAGCAATCATCTCTTCAACTACCATCTCTTCA ATGCTTTCAAGTTGTTTGTTCACATCATCCCATGCATTAGCAGCTTCATCCTTTAATGCT ATAGCAGCTTCTGATATCTTCTGGGCTTTTTCCTCAAACATTGTGCTGTTGAGCTGTGCA ACTTCCAGATCCTTGAGTGCCTTCTGCAACAACTCCCTTAGTTCATCCAAATTATCCCCT TCCTTTTCTTCTCCTTTGTCTTCCTCCAATTCCTTAGCGCTGCTAATTTCAGCGATGCCA TTAGCACTAACACTCACAGATCCCTCCTCAGCACTCTCACTGGACTCCACATTTCTACCA TTACCATCAATGAAAGCAAGTGAATCATTCTCCTGACAGCGAAGCAACTTTACTCCCCTA GAATCCTTCACACCCGCCAAATTCCCACTCGAATCAGATTTCCACAAAGCACAACTCAAT CGAATCCTCGAATATGCTAAACTACTATTACTACATCCCACAATCCGTTTCAACCTTCTC CCCGGCCGATTCCTACAAATAACCCTAGCATTTCCAAGCAATTTATGCTTCAATCCTACA TCACAGCTGCTTTTCTTACTGTAGTTCAAAGTTTCACCACAATGCGAAGCATTCGGCTGC CATAAACAGTAAGCAAATCCCATACTCCTCTCCTCTAATTCACTAAACGTCAAAAAAACA CCAAACCGTAATTCTCATTACCTCAAATCACCTAACAAAAAAAAAAAAACAAGTTTTTAT TCCAATCAACAAACAAATTTTTAAAAATCAATTCACACTACCACAAATAATAAGCTAAAA ATCACCATAACAAACTGAAAATAGATTTCGCAATCAATCAACATTCCGCTTCAATTCACA TATTCAACAAAGAAGAGTTAAAGAGAAATTTGAATTTACCGATACAGAGAAGTGACAGTG AGAGAAGATATCGATATCTTCAGTACGGCGGAATTTGAGAGAAAAATTAGGTCAGATAAT GATAGATTGACTTTGCTATTGGCTCTTCCTATCGATTTTTTATAGCTTTGTCCGAAGAAG AAAGAGCCTTTCGTTTAGCGACTCTGTGCTTACTTGAAAAGTTGAAATGATGTGAAGAAA TATATTTTTCTTCTTTTTTTTCTCATTTTCAGTTGCTATTTATTTTTTAATTTATTTTCA GGTTTTTGTTGTCTCCCTCCCATTTGGGGAATATGACAAAATTGGATTAAAGGGTTTTTT GGTGGATATTCCAATTTTCTGCATTTACATAATTATCCTTCTTGCTATTGTTTGATGGAA AATTCATTTCACAAATAGATATTTAGTCATGTGATAAACAATGGGTAACGTACCTACCTG AAAGTATTTTCTAACTTTTCTATAAAAAAAAAAAAGTTTTCAATCCGTTACTCTTCGAAG TTCATATTAAATAATCTGATTGGAGTTGACGTTTTTCTCCATATTTAAGACTTGAACCCA AAATTACTGATCAACTTTATGTGAAGTTAATCAATTATAGGAAATTATCTCCTTTTTATA TGAATAATAATTTTTTAAAATTATTAAACCAAATTAATTGTCTTTAGATTTTTAGATTTA TAAATTAAATTAAACCAAACAAAATTAGGATATGGTCGATCGTCTCCTTCCGTGCATGAA TCCTCCATGGACTGAGTCCACTGGACATCAAATTGATCCCTTTGCATTTCAAATGGGCCA TAAAGGCCCAAATCTGTATGGCCTTCAAGTTTCTTTGCATTTCAAATAGTAGGCCACAGA GGCCCAAATCTCAATGGAATTCAAATTAATCCCTTGACTCTCACTTTATACAAACACATA TGCATAAATTGTGTTTTGTTTTTATAAAGTGAGAAAAAATTATATATACAAATACGAATA CATATATTTTTGTCTTATACACTTATAATACAAATACAGACCTTCCTCTGCCCAGTTTTC TTTTGTCTTTCTCTCTTTCTCTGTTTATACAAACACAGGGTATACAATTGATTCGTATAT ATATACCAAAATATACATATTAATAACCATATTCGTATATGTACATTGAAATACACATGT TAATAGTCATCCGTTTATATATAGTGAAATATACATATTAATAGTCATTTATATATGTAT AGGGAAATATACATATCATAGTCATAGCAAACATAAAGTTTGTTATGAAGCACAATTATA CAAACTATAGCTATAATATACAATGTACTGACATGACTTTTGCAGCTTGAGAATATTATC TACATCATAATTAAGTGTTGCACCAAGATGAAAGAAGTTGACATTATTTTCCTTCCATAT CGAACTTTGAGCACAAAAAGAGGTAACAGGTTTATTCTCCAATATTTCTAGAGGAAAGTA GGTTTTGAACGAGGAATCATACTCCTCTGCCTTCGTTTATATATACTAGGAAATATTTGT GTGATTATCCTTTCCTAATGTTAATGAAAAACGGAAAAGTAAAAAACATTCAAGTTCTTA AATTGAACGAAGAGAGAAATGTTTTATTATCATCAACTTGGTTGTGTACTGAAATGTTTT ATTGTCATCTACTCATGCTTTCAGACTGCTGTCTTTAACCTTCAAGTGTGTTTCTGTTGT TTTCTCTATATCTGTAAGCTGTGTAAAAGATATCCAACCTAAAGAAGAGCGCTTTTATTA AAGAATTGACATGTAAAAATGAAAAAATTGTTACATTTATTCTAGGAGTTAAATATCAGT AGTGAATACATCTAAAGAGTATTTGCAAGAAGGTGAAAAAGTTATATTCTCTGGTGCATT CTGCTAACTTGTATAGTAAATGCTCGATAAGTCCAGACAATTCACATCGCAAAAAAAGAA GAAGCTAAAAAGGCAAGAAAATTACTGGACATGAGTGGTTTGCTTCATTTTTTCTTAATC TTGGAAAATGTTGCAGTTTCAGAGAAATAATGACTTGTGGTTGCGTGCTTGGCCTGATCA GGATTTGATAGCTCGATCCCTTGAATTGGGGTGAAGGCCAAACTTGAAGTCAATCCTGAG TATACACGAGTACTAGTAGTGCTGCTTTTGAATTTCTTCTTAATAGCTGATAGACGTAAC TTGCCAATTCCATCTGCTTGACTAAGCATACCATAGCCCTGCCCTAATCCATCCCCCAAG GAGCTACTCCAAAATTAATCCTATTTACTAGCTTTTGCCTCTCGGTGATCTCATATCTCT TATTCATCTCTCTTTTTCTTATAAGCATTAGAATCTAATGGAACTGGAAGAGGCTTTGCT GGAGGTAACTCTTGCAGTTTCTCCATCTTCTTAAGAATAATACAATACCCTTGAGAGATG TTCCATATTGCCCAGTTGGATCTCCTCTGGCTGAGTCCACACGGGCTGCTAATATACATT TATCTGCCAACAGTCCATAGGCTTTCTTCCTTAAGGAAGGAGGTGTACTCTGAATTATAT CAGTTTCCTCAATAGAACAACCTCCTATATGATGAAACATGGCTGTGGAGAAGGAGAACC CTGCTAAATTATGAATATTCGTTTTGGCACCAAGAAGGTTGATGCAATCAGCGGGGATGT TTACCAAGGACGAGAGACCACCAGCAGTAGCTATAAGTTTAGCAGCAACCGCACTCCCAA CTACAGCAGAAAGATTGGGAGCGATAAATCCCATTCGACTCTCAACAAAATCAACTACTT TTTTCTTTGCTGAATCAATAGAAAGAGCTCTGTCACATGCTTCCAACGTCCTGTGGCAAT GGCTTGCCACTGGTAGTAGATGCGGTAACAGAGACAACCATGATAACAGCTGAAGGTAAT AATCCTTCCAAATCAACTAAGGTCATTTCCATTGCATTCCCAATCCTTTTAACTACCCCG GCATAATCAATTGGGTGATTAACAAGTGACTCCAATTCAGGAAATTTCAATCGGTACTGG TCGCGTATAAAATTGTGGATTGTAGAAATTTCATTCTCAATATCGATTAATAATGCATTA CAGTCCATTATCAAAGCATCATAATATAATTTCTTACCTGTTTTTCAATTGACCTCTAAA AAATAAATTTTCAATTCACTATCTTATTAAATTAATACAACTTAATGAAAAATGAATTTA TTTGTCTAAATTTTATATTTAGTATCAAATTTAACTAGAAAACTATATTATAAAATTATG CCGGACGGGTTCATGCGAGGTAGAATGAGACGGGTTGCAAAATGAAAAAGAATATTTATG TGAGGCGGGGAGGGACTGGGCAGGACAAACTAAAAATTTTACCGATTAAGCTCAACTCAC CTGATCGCCATTCCGTACCACTCCATTACCATTCCTATTAGGATTGTTATTGTTGTTATT ATTATTATTATTTTAAAATTAAAAATGGATCCCGGAAACACTTTATTAGAAGAAAAAGAA AAGCAACAAAATCAGCTCATTTTGGTCCAAAAAACAAACACTCTGTCCAAAACAAAATAC ATAAATGAAAAAATAAAAAAGAAAAAAAGAGGTGTCGTGTTCAACATTTTAGGTTTTAGG CGTAACTTACACTCCAAAAGCTAGCTCAAAGGAAGGAGTATTGTCCAATCTGAGTCCGCC ATCTCATTAACCACGAATGTGGTATTTTTGTCATTCTTTAACAAACATTGAGCTTCCATT GAAGATGACGAGGAGGTGCTTGCCTTGGAGTGAATCAAGTCATCACCTTTTGATATTTCT TTATCATCCATCTCTGGTCGTTCTTGTTTGTCTCAATTATTCAGGCCATGTACGAGTTCC ATCTCGGATTGTTATTATTATACATATACCATTTTGTTTTTTTATATAATTATTGCCTTT TTTATTGTTATCATATTGAAAAGAGGAGTTCGAGATCAAAGATGGAGCCGAATAGAACTT GTGTATTGCTAAAAAACTTCATTAAACGAAAATAAAAATTAAAAATATATTTTATAATAT TATTGATTAATGAGTAATTTCTGAATAGGAAATCTTTATGATATCACAAAAAAAAAAATA TATATATATATATATTCTTATAATCTTTATGATATCATAAAAAATATACATAGATTCTTA TAGTATCATTGACTAGTAAGTAATCTCAGAACAAAAATTCTTAATAATACCAAAGTATAT ATATACTAATTTATATTAGTTAAACGAAAACATCCGTCTTAATAATATTAATACAATATA TTATACTGATTTAGTTCAACGAAAATAATCAACCTTAATGAATGGAGTATAAATAGTGAT TATTTATGAGGAAATGGTATTTCAAGAATTACTTTGACTTTTTGTTATAAACTTATAATT ATTTTAAATTTTAGTCCTATTTATATAGTTCCCTCAAATGAAATTTAGATCCTAAAACTT TTGAGCCACATCTTTATATTTAACAAAACTACATACTTTCTAATATAAGTATAAAATTTT TGAGTTAAACTACACAAATCTTCGATATAGTAAATTATATTTTTATAATAACATCCAAGG TAATAAATTGTAAATACATGACTAACTTTTTATCAAATTTTTATGATTATAAATATAACA TTACAAGCGATAACTAATGCATTGTGTCCATAAAAGTACTACACTAAAAATAATAACAAA AATAAAAACTCTAAATTATATTATTTATAATTATATTAAAAAGTATTTAAAATATTTTGA ACTATTAAAAATGATAGGCGGTAGATGAGCGGAAACTATGCTTGTTTACTAACTATATTT ATATGTTGTGGATTTGGTTTATACCAACGTTTATTGTAGATTAACTTTTTAATATTGCTA GTTCTTTTCTTTTGGTAAATTTCCATGGGGCATAGTTGGAGTAACAATACGTATCTATAA AAAAATCAAAATCTCATATTATTTACTATTATTAATATATATAGCGTTTTATTTTGAGTG ATTATTAGAGCAGATTGTTAATCGATATTGTTTAAGTTACATAGTATAAATCGTATAATG ACAATTCTGGTTGATTCATTCATGACAGATTTGGAGGAGTTAGACAAATTTTCGTGATGT TCACAAAAAATCGTTTACTTGTGATGATATTGATGATCCAAATGATGCTTGGAAGTTGCA AAATGTTATAATTTTCACGAGAACTCAACTTCTCCATTACTTTTGTTTTTGAATTAAGAT TTTATTGAGAAATTTGTTTTTTTATTGAATTTTTACAATTAATTAATTAATAATTGGCCT TTTGATTGATTGGAATTTGGAAATGCTTGTAAATTATGCGAATCTCTTGAAATTTAACCT CTTTTTAATATAAAATAAATTTAAGTTTTATATTAATACTATTTTTTTATGAATATTAAT CATTATTAAAAAAATTGATTGGTCTCATTATTCCTTATTTTATTTTTCTTCACCACATTT ATGATCTCTCTATAGTTGTTAAAGAAAGAGTACAAATTGAAAAAAAGAAGATTAATTCTC CCTTAATTTTCCAAATTAGAATGACAACTATTATTTTCAATTAAATGTTTATAGTAATTA TGACAAGTAAATAATACTTAGGAATGAGTGTCAGTGGCGTTTATTGTCGACGAAATTTTT TGAATGCCCTAGGTTTTGTTTGGTACGGAGGGAAATAATTTCCATTTATATGTTTATAAA TCTTTTTATGTTTGATTATTTAATTTTCTTGAATAACTAAAAAACATGTTTTTAAAAATA ATGAATTAAAGTGTAATTCTATAACATGTGTTCTTTTCGTCCTCCAACACACCCATTCAA AAATACTTATTTATTTAAGAAAACATTTTCATTTATATTAAACATCCTAAGTTACTCCGT TTTTGACAAATCAAATAATCAAATAATGATTTTCAATAATTTTCAAACGATTTGTGTTGA TTTATTAATTTGAAAACACTATCTATATTCTTCAACTATTGTTCATAGCTAACAACACTT CCATTGAAATTCTTAACAAAGACTTTTTCCGTCTTTTTGAATATAATTGACCAATATATT TACTAACTAATTATTTTATTGAACTAAATTTAATTTGTATTAACTCAGATACAATATATA CTCGTGCAAAAATGCAAATAACTGGAGTTATTGACTATATTACTATTTTCCCAGTAAGTG TTGTTTTTTTTTGTTCAGTGACACACTTATATTATATTAAAGTCCTATTATTCCTGAACT TATTTTATTATGAGAGGGAAAAAAGAGGGAAAGTGATGATTGAAGTGAAAAAAATAGGGA TGGGTGGAGGAAAGAAGAAAAAAGTGAAAGAAAAATAAAGATAAAATAACAATAGGGTGT GGATAAGAAAGAAAAATAGGTTGGGGTTGGAATGACTGAAAAAAAGGTAGTGTGGGAAAA AAGATGAAGTTTTTTTCCTTTTTGAACTTATTTTTTAAAAAATAATTTTAATAACTTAAA AGTAAAAATTGAAATTTCAAATATCATGTTCACTAGCCTTTGCAGGCGTGTGACTACACT TCTTACCAACTCATCTATATTAATGCCACATAAAGATGATCAATGGTCAAAGGGGTTTAA TATATTGTTTTATGTTGAGTATGAGGGTCCAGATGACAAAAGGCTAAGTAGAAGAGTTCA TAATACAATTCGATACAAGTACGAGGGTTCATCTGACTATTCTACCTTATTAAAATATAT TGATTTACTGCATTTATATCTTTTATTTATCAAGAAAATATAAACATTTTAAATTTTTAT GAAACGACAGTCGTTGAAAACTTTTTTAAAAAAATCTTCTCGAAAACCTTAATAGAAGAG CTAAGAATATAAGATATAAAACGCTATCTACCACTCTTTATGAGTAAAAATTCTGGTCTT CTAATTTATTGTCAAAATTACTAAATTACCCATTTTTTTAATTTTATTTGTCCACTAGTT TAAAAATATATATTTATTTCATAATATCTTTTATTTATTAAAAAAATATAAATATTTTAT CTTTTAAAAAGGGAAAAATTATGCGGATAAGCAAACTTATACTATTTAATTACTCACCAT AGTTATAGTTTGTTATAATTACCACTCGCGACTAACATTATACATTAATTACGTGGCTGA CTTCGAGTTTGTATAATTAGTCATGCTTGTATATGTATAATTCGTCTAGATATACAAATA AATATGTATAATATACAATTTTTTTAGCCTTTATACATATACAATTCACCTCTCTTCCAC TCTCTGCCCTCTCTCACTCGCCTCTCTCCTCCCTCTCTCAATCTCGCTCGCCTCTCTCCT CCCTCTCCCAATCTCGCTTGCCATTTATACATATGTATATGTATAATATACAGTTATATA CAATTATATACATATACAGTTCACCTCTCTCCCACTCTCTGCCCTCTCTCGCTCGACTCT CTCCTACGTCTCTTGATCTTTCTCGCCACTCTCCTCTCTCTCCCAGTCTCTCTCGCCTCT CTCCTCCCTCTCCCAATCTCTCTTGTCATATATACAATTACATATGTATAATATACAATT ATCCAACCATTATACATATACAATTCACCTTTCTTCCACTCTTTTCCCCCTCTCTCTCGC CTCTCTCCTCTCTCTCCCAGTATCGCTCGCCTCTCTCCTCCATATAACATTTAGCTACAA ATTGTAATTATCAAACTATACCTATGGAGAGTAATTAATTATTTTTAAGTGGCTATATGT GAAAGTTTCTCTTTAAAAATGTCATGCCGTTGAAACTTGAAAAAGAAGCTTCTCAGATAC CTAAATAGAAGAGTAGAGGATATAAGGCATAAAACGCCATCCACATATGAGTAAAAATTT TGTGTGTTCTAATTTATTATCGAAATTACTATATTATCCCTTTTGTTTGATTTTATTATT CCACTAGTTTAAACATATATTTATTTATTTCATTTATATCTTTTATATATCAAGAAAATA TAAATATTGTATCTTTTAAAAAAACGTCATGTTGTTGAAAACTTTAAAAAACGCTTCTCT GATACCTAAATGGAAGAGTAGGGAATTTAAGTTATAAAACGATATCACCAAACGCGCTTT ATGAGTAAAAAGTTTGTATCTTCTTATTTATTATCGAAATTACCATATTATTCTTTAGTT TAATTTTATTTGTTCACTATTTTGAATTTATATTTATTTCATTTATTACTTTTATAATAT CAAGAAAAGATAAATATTTTATTTTTTATAAAAGTGTCATTTCGTTGTAAATTTAAAAAA TTGCTTCTGAGATACCTACATAGAAGATGAGAGAATTTAGGCATAAAATGCAATCAACAT ATGCTATTTATGATTAATATTATGTGGTTTATTATGTATTATTGAAATTACTATATTACC TCTTCATTATAACTTTATTTCTCTATTATTATTAAAATATATTTATTCATTTCATTTATA TCTTTTATATATCAAGAAAACATAATATTTTTATCTTTTATAAAACGTCAAGTTGTTTGA ATTTTTTTTTTTAAAAAAACTTTTCTCAACTACCTTAATAGAAGAGTTGAGAATATAAGG CATAACACGCTATCTCAAACACGCTTTATGAGTAAAAATTCCATGTCTTCTATTTATAGT CGAAATTATTATATTACCTCTTTTGTTTAATTTTATTTGTTCACTAGTTTAAAAATATAT TTATTTATTTCATTCATATCTTTTATATATCAAGAAAATATAAATATTTTATCTTTTAAA AAACGTCAAGTCGTCGAAAACTTAAAAAAAAAATTCTCAGATACCTAAATAAAAGAGTAG AGAATATAATACATAAAACGCTATCAACAAACACGCTTTATGAGTAAAAAGTTTGTGTCT TATTATTTATTGTTAATATTACTATATTACCCCTTCTGATTAATTTTATTTGTCCACTAT TTTAAAAATATATTTATTTATTTTATTTATTAGTTTTATAATATCATAAAAGACAAATAT TTTATCTTTTAAGAAAACGTCTTTTCGTTAAAAACTTTCAAAAAATGTTTCTCTGATACC TATTAGAAGAACTAAGAATATAAGGCATGAAATGCATTCAACCCAATGTGAGTTATGAAT AAAATTTTGTGTTTTCTTATTTATTATTAAAATTACTATATTATCCTTCGTTCTAATTTT ATTTATCCATTATTATTAAAATATGTATATTTATTTCTTTTACATCTTATATATATATAT ATATATATATATATATATATATATATACACACGCTATAATTATAATTTGATGCTAAGTCA CTCCCAAAAAAATATCATCTTAATTATCGCTAAATATTTATTTTTAACGGCAATTAACAT TTTTTATATATGTTCCTTTAGCTACATTGGTTCTAATGATACTTAACTAATACACATAAA CATTTTAGCGCTCTTTATTAATATCAATAGTTATTATTGTTAAAAGTTATTTTTGTTGTA AAGAACGTAGCTCCTTGAAAAAATTAAAATCCAATATTGTTAATGTGAAATATACATCTT GACACAACATTGCACAAAATGTATATATATTATATATTATATTAACAAAGGAATATTGTA TCCAGACAATAAAATATAATTAATTACAAATGAGGGGTTGCCCTGGATAACTATATATAT ATATAAACAAATAGGAAAAATTTAATATATTATAAACACAAACATTTTAGCTATCAAAAT AGATAGAAGGATCAATTGATCCAATCAATTAAATGTAATTATAATACTTAGGGAAGAGAG GGTACTTTTTTTTTTCTTTTTTTTAAATATTATGATTCTTGTGATTCCTCTGCATTTTCA GGCTCTTTATTAGTATTATTATCATCATTACTATTCTCTTCTGTTGATGAATTTTCAACA GCATTATTTTCATCATCATTTAATGGTGTTACAGCAGCACTATTCTTTTTGTTATTTGCA GCTTTGAGGACATGTTGGTAATTTCCTTTTTCCATGAAGAGTTGAGCAAAATGATGCTTG CAATACAAGTTTCCATCAAGGGATGCATAGGTTGCATGAGTAAGTGCACAACCTCCATGT GCACACTTGAAACATGATTTGTGGAATGATTCTCCTTCCATTGTCACCTATAATTTTGAT TTTAAAATAATCAGACTTTACGTTTTAATATATACAAGAACATAATGTTTTATACACTTA TAACATATACGAGAACACAAGGTTATAAATTAACTTATAATAATACGCTAATATTTCATA GAAAATTGGATATAGTAACTAACTAATTAATTAGGAAATATAACAATAACATGTTATAGC CTATATATATATATATATATTCAATTAGTTCAAATAAAGGAAGAAAATACTGATAGGTTG AAGCTAGGTCGATGAAATACTTTGAGGAGTTGAAAATTAGCATAGATTCGGAAATTTTTG AATTATGAATGAATTGAGATTAATTGATCATGAATAAAACTTTTTATTATATTTTTTTTT TAAAAAAATAATTAATTAATGGTTTAATATTTGTACCTTTTCAAGTGGGTAAACAGTTTT GTCACAAGCAGCACATTTATCTTGGGTTCCAGAGAACAAAGCTGAAAGTTTGCTTGGAGC TCTTGTCTGCACAAAATATATAATTAATTGTTAGCTAAAAATATTTGAGATACAAATTTA ATCTTTTTTAAAAAGAAAAATATATATTTTTTGAAATGTGTATTTGTGAACATACCAATG AATTTTGCCTCTCAGACTTAGCTGCTGAAACGTTAATAAATTAAGATTATTAGTAAAAAT TAAGATGAAAGAGGGTTAACGAAAATTAATTTTAAAAAAATTATGGTGTCTTACAATTCT GAAAATTCTTGCTAAAATTTCCAGATTCCTTAAATAGTTGTTCGAAATGAGTCTTGCAGT ATAAGATTCCATCCATGGAAGAGTAATTGCTCATCTGCCAAAAAATTAATAATTCCAAAT TATCAAATATATATAATGAATAATGTAATAACAGAAATAAGAAACACAAAAATAATAGAT ACTTAATGATGGTTGAAAATTTAATTTCTTTAATAACTTGATCTCTTATAAAGCCAAAAC GTTACTCTCCGTCCGATAATGTTTATCATGGTTTCAATTTATAGAGTCAAACTATAAAAA CTTTGACTAATATTTTAAGATGATTTTTTTCATCATATTAATATGAAAAAAATTGTAATT TATAATACTTTTCATATAGTTTTAGAATATCTAATTTTTTTGTTTAAAATATCGAATTAA TTTGATCTAATTTACCTTTAAAAATTAATTAAATTGACTTTCGATAAGCACAATACGATA AACATTTCTGAACGGAGGGAATAACATAACTTGAATTTAAAAATATGTGCCTTCAATATA TATAAAAATGATCTAATTATAATATCTCCTCTAAATGTTAATAAATAATTTATACAATTG ATAGTAAATAAAATTCGATATTGTGGTATAGTTGATAGATTATTGTTCAGTGGAAGGGGA GGGTGAGGCCAAGTGAAATCAGAAATTTCATCCATGTATGTTAAAAATTTAATATATATA CATAAAAAATAATTTTTGACAAATGTGCGATATTTTTTTTTATGTAATATATAATTTTTT GATTAAAGATATTTTACTTGTTACTCTTCTATATGGCTTGTAGGACAGAAACACGAGTGG AGTTAGATAGCTAGGGTTTGATTCAACTGACCATTCTTTGAATTTTTAAACTTTTTAGGA TGCGCGTAGAATTAAATTGTAAATGTGTAAAGAAAATAGGGATACATACCACAAGAGTGC CTTTGCAGTGGCTACATTTGAAACATGATTTATGATAAGTAACACCATCAGCAGACAACA AATCAACAAAATAAACAGTTTTATCACAAGCTGAGCATTTATCCAATGTTCCTGTGAATG CCATTATTATATATGTATATATATTTTTTTTATATTTTTTTAAAAAATATAAAATAAATA AATAAATAATTATATTCACAGAAGCCTGAAAATCTTCAATCTCAATAACTATTCAGAGTT AGAAATATGGCAGAATAAAAAAAGAAATTTGTACAACAAAAAGATGTTCTGCCTTTCTTT TTTTTTTTTTAATATTCTAACCTGTTTCGTTATTGAGATTAAAGAAACAAAAAAAGGCAC CCTCTCTATCTCAGTTTGTAATAATACACAAATTTTGAGTTATTTTTCATGTGCAAAATA ATTACTATAACCCCATAATTTAATGACACGTGATTGGAGATCCAAATAATAGGAGTTTAA ATTTTTTATTTTTATTTCTTTGCCTCTCAAATAGGATGGATGTAATTATCTTGGATTTGA GTGAAATTAGGCTCTAATTTGACTCTTTCCCATCACTAATTTAAATTTTTATCATCTTAG AAGTATTTACTCTTATTTATTTTTTTTAAAAAAATAAATTAAATAATATTAGAAAGCATC AAGAAAATGCAAAGTCCAAATAGAAATATGGAACTAAATCGGCAAAAACTCGTGAAATGA TCTTTACTCTTACTTGCTTTTTCTATTAATATGTTTTTTAGTCGAGGTCCGAAAACAATC TCTCTATAGCCTATAAAGGTTGAGGTAAGATACACTCGACCTATTCTAACTTCATTTGTG GGATGACAACGTGTGTGTTGATCATGTTGTTATCTCATTTTAGAAGTGTTTGTATAAAAT TGAACTTCTCTTAAAATGAAATTCGAAGACTTTTAATGACCTTATAACTTAGGTAATTTG ATTTAATAAATATTTTTTTTTTGCGTAATTTGTAACCTCAGCAATGCTTTGAATTTATCG AGTGATAAATAAATTGGTACAACTACCATTACTTGTGCAGACCAACAAGAGAAGAAGTAG AAATAATTGGTGTAACAACCAATTATACAACATTCTTAATAATTAAAATTACAGATAAGA GACATTGTAATTAATAATTATTAATTAATGGGGATTATATTATTGTTTAGATAACTGACA GGTATATATGTCTTGCCTTGGTAAAATGCTAAGTTGTTTTCAACGTGCCTTAACATCATT GACAAGAATTAACCACTGCCGTTAATGGCAAACTGCTTCACTTCTGAGAATTTATTCGAC ACTTAGTCGGTCTAAAAAAGAATGTATCGGGCCATAATAGGAGCTTACTAGGGTAGAAAA TTATCTAATAGTGGTGTGAATTCAAACTTCTTAATTTTTTTTATATAAAACTAAATCACT ATCAGTTAAGAGTTAAAATATTCGAACAATTCGAGTTTTAAAAAAATAACTCTCGACTTT TCAAATATTTGAATATGTCATCTTCTTTTGGAACGGATGAAGAGAATCTAAAACTGTTTC CACTTGGTTTTATGTCTTTTTCCTGATTTTGTTTTATCTTTCTCACTCTAAAAGAATTTG ATTACAAACCAGATTTTTTTTTTTATTGAAACTTGATGTCCCTTGTCAAATTCGAGTGGA GACAAAAACACTAGGTGATTCTTCCTATGTGTCTTGGCTTTGGTGGATTGAGTTACTTGA TACTTGTTGCTAGTGAAAGGTGATAAATATCATGTAGAATTAGTCAACATACGTGAAAGC TGACCCAAACACCATAATTTAAAAAAAAAATAAAAAAAGAGAAACAGTATGCCCCTAGTT TCCAAAATACATAAAATGTTGAAAATGGGTCAAAAAGAAAATGAAACTTGGTCAAAAGGG GATTTGTTTCGACAAATTCCTAGGAACAGTTAGAAAAATATAGCCAAGGCCACAATTGTA CACATGTTTTTTTGTGTGCATGCGTATAAAGTAAAGGTAAATATACCTTCATAGATAACC TACTGGCTACTAATTGTTTCATTACCAAAAGATAAACTTTGTACTTTATGTAAGAACACA ACAAGAAGAAAACGATGATAACTTCCCAATTTCAAGCAAGTTAGATAGTATGAATTCTCA CAGACCATTTCGCTTCAATAAAGCTAATCTCCGGTCTAATATAATATAACTAACTATATG GATAAAAAATAAAATGCTTTAGAAGATCTCTATATTTTGTGGCATGTATTCACAAGAACA AAAAGTTGGAAATAATAGCATAGAAAACCTCTAACATGGGCCATAGCGGAGTGTTACAAA ATAGGTTTAATTTATTTTTCCAAATAATGAAAAGATATAGCTTTTAGGCTATAGTACAAA TAACAACTCTTGAAAAGACAAGAAACAACTAAAAGTACCAAACGAAGTGATTAAATTATT CCCCCCAGCCTCATTTTTCTAGGTGAAAACTTGTCGTTTCTCTCTTTTTTCATAGACATA AGCACATTCTAAGTATCCACTTAGTTATTATAAAGCAGAGCCTGCACAAGATTTACTAAT ATCTTGGCTCATGGATGCTACAATTTCAAAGGAAAATGGTGCTAGATCAAGAAGTTTTCG TAATGAAGACTACAATAACAGAAGAGTGTTCCTGAGGAGCTATCCACTTCATTGGGGAGA TTCAGTGGAAGATGGAGAAAACAAAGAAGAGGAGGCTGCAACAGTAATGCCAAGAAGTGA AGAGAAGACTTTCATCAAGAAAATATTTATAGCAGTTTTCCATTGGAAAGGAGAAAGAGC TTTAATCTTTCGAAGGCTCAAGCATAAGGTCACTGTTTACTTCATTACTTGTCTTCCAGT TGGATTCAAAGCTCCTCCAGCAATGATTTCAGCTTAATATCATTTTGTCTACCATAAAAA ACTACTATCAATAGTTGAAATTCCATCTACTTTACTAAGCATATATCGACTATCGTTCAC AGTAATGTGTTTAATTTCAGTACAACTGAAAGGCATGTACAGAAGAGTGGAAGTAGTAAG ATGAATACTATATTGCTAACTTATATAGAAATGTGTACCTTGGTCTTATGTACCTGAAGA AGCAAACCTCCCATCTGCTTATAACTGACCTGTTAAATTAGTTCAAACTGCCACAAATAG CTTAAAAACTAAGAAAAGCGCCAAGTTAATTAGCATAGCTATAAATGCAACTGTGAATTA TTTGATGCGTTGATCGCTAATTTCAACAATTATTATGTTTTTATTGGATTGCGGATCAAC CATAAAAAAACTTTTGCAAACCTTTCTACTTACCATCCATGTTGTGCACTAACAAATTCT GATTCTGTACCTGTGACATTCATGGCTTTCACAAAGAGTGAAAAACTCTGCAACAGTAAT TTTATTTCAGAATAAAGAGTTCGGATAGCTTGTTTATGAACATGTATTGGTACTACAACA TACTTTATTTCAAAAACAAATCTTCAGTTTCTAATATACTCCAACTTGTAGCTAGGTTAG GAGCTTGTCCCCAACCCACTGTCAATATCACCTCCCAGGATAAAGAAAATGGAGCCAGAG CCAGTGTGTCTATTCCAGTCTTGCCATATGTTCAATTACAGAGGCAATAATACTTTCTGG CACAATATGAGATCGGATAGAGTCTTTCCATGCCTATCGATTCTCCTTGAGCAGTTCACA CCTCCATCTAGGATATTACGAACCACTATATTCATAGAATGGATCCCTCTGACTTCATAA ATCTCCACTTCAACATGTTCAGTGACCCATTTGTCTCTTCGTTCAATATCATCAGAAGTG GGAAACGAAGAGGGATTAAGAAGACATGAGACAACTTTTTTCACCCATTCTTGAGTTACA ATCTTCTTAAGCCTTTCAATATCTGGAGGAAAATATGGGATAAGGGAAAAGTTTATATCA TCTCCTTTATCACCAGCTCTGCTATGTGCAAAATCATAAATAGGAATCTTCCTGTCATGT GGAGCAGGGGAGATCAGCTCAATTTGCGGTGAGCCTTCTTTGTGATTCAAAGTAGTTTCC GTTGCAAGTGATTGCAAGACTGATTCATGGAATGAAGTGGTCCGTATTACGTTTTTAGGG CTAGCCAGACCGTCTGATTGCATAATTTTATTTCTTGTTGCTGTCATATGCCACTGAACA TATTTACGTTTTACCTAAAGATAACAGAGAACTCTTTAAAACTTATTTATACAGTATTAG CAATATAGCATGAAGCAACCATCTATAGGAGAAAAATCTAATAAATTAACAACTAGCAAA AGTGAATGTCAATCTGTGTCATGCATAAACACACACGCTCACACGTGAACACACATACGT GAGCACACATATGTGCACAAACATGTATATATATGAGAGAGATATACCAGTGCTTTCTCA AGAATGATCTCTTTTTTGTGTCCAGTGCTGCCATACAATAAAAGAAGATATAGAGCATTA ATATGTGTCAAAGAAATATGTTCTCAACATATAGAAGTATTAAATGAATTGAGGCAGGAA TACTGAGACAGCTATCCATATTAAAAAGAAGATAATGTACATGTCATGGAAATATGTTTT GACATAATCAAGAAAGGGAATTAAGTCTAGCAAGAGGAAAACTGGGAGGGGGATATAATT AGAGTCAGAGACACATTCATTATTAACATGGAGTGAAGGATATTACAAGCCTTTGATCAT TGCTGACCACGAAAAACAAAGACAGTTCTGCACATGGAAAAAATTCAGACATTATGTAGG TAATGGTTCAAGATACTCAGATTGATGCTGCATCGAGTTGTATTCAAATTAGGTGCTTGA GTGAAGAAACTGCTCTAGTAAATGACATCCGACGGATATTACAACTTCCACATGGAAGAC AACAGTGCAGATCAAATTGCTCATTACTATGAGTGCATATCATACATACCATGAAGTCCC TTTACCTGATGAGATGGATTCTCCACAAAAGAATAATCACTATGTAACAACAATCTATAT GATAGGGTATCTATCGGAAAGAAAAGTTCCCAAATTTTCTAGCTATCTACTACTAAGAAA TACTTCAACAACTTAACTATTTACAAATAAATATAACAGAAACTATCTGAGGCACCAGCA GTGACAGAGCCACAGTGCAGGCCTACGGATTCGGCAGAATCCAATAGCTTTGGCTCATAC CCTGTAACTGTATTAAAATGCATTTAATATGTACAGATAGTCGATTCCGAACACAGTAGG CAAACAGAATTGTGTTTAAGAACCAATAAACTAAAAAATCTGGTTCCACATCTACTGCAC CGGAGAATTTACTAATAGCAGTTTTCATTTCAACAATTTTCTGATATAGGTCACAGTAAA TGGTATGAATTAGACCTGATACCGCCCCCACCAGCAGGTCCATTTGTATATAATGCTATG AACTCTTTTGTAAAGTGCATTGCTTGTTCCTTATTCTCAAATAAACCATCCATTCGTAAT CTAATATCTTGACTATCCCTTGGCAAATCTTCATCTATGCTGACAGCTTTCAGGCTATCC AGTCCAATGATATATGAAACTATAAGTTTGCTTATGCCAGGGTATACTTCTTCCATCCAT GATCTTACCTGAAATAAAAACAAATTAGAAAATTAAAACTGAAACACTACACTTCTTAAT CTAGCATTCCAGGAGCCAAGATAAAACCATAATAGCAATCCAGGAAGGAGAAGTGAAGAC TTGTTTACCAAAAAATCAGCAGCTTTAGCACGTTTAACACACTGATATCCACCATAGGAT ATCTCTCCCCAGCCCTTCCACCCCTTGTCCTAAATGAGGCACTCACCAAGTTAGAACAAA CAGAAATATCCATCAATCCAGCTAAATAAAGTAAACCATTGTCCACAATTCACAAACAAC ACTTGCTCAAGGGAAATGGAAGGAAATGATGATGAGAGCAGATAGTGATCTTAAAAGTAA AATTCATCTTCCGTGAACTAGCCAGATGAAACTATAGTGGTGCTACTGTGTTAGGGAAAT ACATCCAATAAAAGATTGTACGGTCTAATAAGATGGTAAGCAGAGTAATAATATCATTAT ATTAGGAGGGTACCAAAACTCCAAATAATTGTGAATGGAAGTGTTGGTGAGGGTATTGTT CGATGATGCATGAATTCAAAAGTTCTATCTTGTCTTGGTTCATGAGATTAAGGTTAAAGA AGCAGATGGCATAAAAAAACTGGTTATCATTATAACTTTGGGCTCTTAAGATTTTGACAA CCCAGAATCAAATCAAAATTTTAACGAGTGGGAGAAGGCAAGTGCTATGGGGTGTTGAGG TTAACAAAAGCATAATTTATTTAACCAAATGTTGCCTTTGGGACCACATGACAACAGAAA GGAAGAAATCTCTCCACTTTTTCTGTAAATGAACAAAGAGATCACCTTGGAGGCCAGCAG CAACAGATTATTAGGAGCTGATGCAGATGGCTTTGCCCCAGCACAGAGAACTTTACTTCT TGATAATGTCTGAAATGAAACATCTTGAAAATCTACAACCTGTCCCAAGGAAAACACAAG GTCCTAACGCACCTCTTCTCTGATTTAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.950 488 868 match_part 0.994 1453 1612 match_part 0.986 2898 3043 match_2 match_part 0.989 490 868 match_part 1.000 2898 3056 match_3 match_part 1.000 503 868 match_part 1.000 2898 3085 match_part 1.000 3662 3762 match_4 match_part 1.000 503 868 match_part 0.995 2898 3085 match_part 0.982 3662 3716 match_5 match_part 1.000 503 868 match_part 1.000 2898 3049 match_6 match_part 0.984 2897 3085 match_part 0.935 3662 3785 match_part 1.000 4227 4357 match_part 0.936 4570 4757 match_7 match_part 0.992 2967 3085 match_part 0.992 3662 3785 match_part 1.000 4227 4357 match_part 0.978 4570 4844 match_8 match_part 1.000 3032 3085 match_part 1.000 3662 4081 match_9 match_part 1.000 4249 4357 match_part 0.929 4570 4838 match_part 0.692 5034 5046 match_10 match_part 1.000 4249 4357 match_part 0.929 4570 4838 match_part 0.692 5034 5046 match_11 match_part 1.000 4249 4357 match_part 0.935 4570 4817 match_12 match_part 1.000 4267 4357 match_part 0.992 4570 4818 match_part 0.700 5034 5043 match_13 match_part 0.868 8154 8206 match_part 1.000 8319 8456 match_part 0.979 9722 9818 match_part 0.983 11619 11737 match_part 0.988 11836 12003 match_part 0.977 13147 13275 match_14 match_part 0.959 8214 8456 match_part 0.990 9722 9818 match_part 1.000 11619 11737 match_part 1.000 11836 12003 match_part 0.986 13147 13219 match_15 match_part 0.904 8238 8456 match_part 0.979 9722 9818 match_part 0.983 11619 11737 match_part 0.976 11836 12003 match_part 0.983 13147 13205 match_16 match_part 1.000 8239 8456 match_part 1.000 9722 9818 match_part 1.000 11619 11737 match_part 1.000 11836 12003 match_part 1.000 13147 13164 match_17 match_part 0.912 8241 8456 match_part 0.969 9722 9818 match_part 0.983 11619 11737 match_part 0.988 11836 12003 match_part 0.983 13147 13205 match_18 match_part 0.991 8244 8456 match_part 1.000 9722 9818 match_part 0.992 11619 11737 match_part 1.000 11836 11989 match_19 match_part 0.943 8246 8456 match_part 0.979 9722 9818 match_part 0.983 11619 11737 match_part 0.988 11836 12003 match_part 0.992 13147 13275 match_part 0.984 13752 13812 match_20 match_part 0.930 8258 8456 match_part 0.979 9722 9818 match_part 0.983 11619 11737 match_part 0.988 11836 12003 match_part 0.992 13147 13275 match_part 0.967 13752 13812 match_part 0.990 14530 14633 match_part 0.988 14711 14794 match_part 1.000 14906 15012 match_part 0.989 15135 15228 match_part 0.982 15541 15654 match_part 1.000 15838 15903 match_part 0.986 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.952 17369 17431 match_part 0.948 18246 18360 match_part 0.931 18480 18870 match_21 match_part 1.000 13752 13812 match_part 1.000 14530 14633 match_part 1.000 14711 14794 match_part 1.000 14906 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15860 match_22 match_part 1.000 13761 13812 match_part 1.000 14530 14633 match_part 1.000 14711 14794 match_part 1.000 14906 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15903 match_part 1.000 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17161 match_23 match_part 0.957 14565 14633 match_part 0.977 14708 14794 match_part 0.991 14906 15012 match_part 0.989 15135 15228 match_part 0.991 15541 15654 match_part 1.000 15838 15903 match_part 0.973 16600 16672 match_part 0.966 16756 16842 match_part 1.000 17010 17064 match_part 0.985 17140 17207 match_24 match_part 1.000 14630 14633 match_part 0.976 14711 14794 match_part 1.000 14906 15012 match_part 0.915 15135 15228 match_part 0.982 15541 15654 match_part 0.970 15838 15903 match_part 0.959 16600 16672 match_part 0.889 16756 16791 match_25 match_part 0.706 14996 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15903 match_part 1.000 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18302 match_26 match_part 0.988 15148 15228 match_part 0.982 15541 15654 match_part 1.000 15838 15903 match_part 0.986 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.900 17369 17378 match_27 match_part 0.978 15563 15654 match_part 1.000 15838 15903 match_part 0.986 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.968 17369 17431 match_part 0.948 18246 18342 match_28 match_part 1.000 15834 15903 match_part 0.986 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.968 17369 17431 match_part 0.957 18246 18360 match_part 0.974 18480 18557 match_29 match_part 0.983 16614 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.968 17369 17431 match_part 0.957 18246 18360 match_part 0.931 18480 18654 match_30 match_part 1.000 16763 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18360 match_part 0.991 18480 18904 match_31 match_part 1.000 16764 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18360 match_part 1.000 18480 18649 match_32 match_part 0.987 16765 16842 match_part 0.982 17010 17064 match_part 0.944 17140 17211 match_part 0.968 17369 17431 match_part 0.974 18246 18360 match_part 0.938 18480 18868 match_part 0.931 19968 19996 match_33 match_part 0.979 16795 16842 match_part 1.000 17010 17064 match_part 0.972 17140 17211 match_part 0.968 17369 17431 match_part 0.957 18246 18360 match_part 0.912 18480 18899 match_34 match_part 0.911 16798 16842 match_part 0.945 17010 17064 match_part 0.972 17140 17211 match_part 0.968 17369 17431 match_part 0.957 18246 18360 match_part 0.912 18480 18901 match_35 match_part 0.957 18246 18360 match_part 0.897 18480 18915 match_36 match_part 0.934 18300 18360 match_part 0.897 18480 18945 match_37 match_part 1.000 19750 19909 match_part 1.000 20587 20646 match_part 1.000 20902 21078 match_part 1.000 21158 21417 match_38 match_part 1.000 27144 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29570 match_39 match_part 1.000 27144 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 0.978 28724 28903 match_part 1.000 29348 29403 match_40 match_part 0.923 27147 27185 match_part 0.996 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.988 29348 29607 match_41 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.964 29348 29516 match_42 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28777 match_43 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28776 match_44 match_part 0.974 27424 27652 match_part 0.944 27745 27816 match_part 0.961 28724 28903 match_part 0.963 29348 29563 match_45 match_part 0.974 27424 27652 match_part 0.944 27745 27816 match_part 0.961 28724 28903 match_part 1.000 29348 29367 match_46 match_part 1.000 27462 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29528 match_47 match_part 0.914 27527 27816 match_part 0.944 28724 28903 match_part 0.887 29348 29506 match_48 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.996 29348 29624 match_49 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29542 match_50 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29503 match_51 match_part 1.000 27782 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29676 match_52 match_part 0.859 38360 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 1.000 39717 39902 match_part 1.000 40004 40182 match_53 match_part 1.000 38367 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 0.978 39717 39902 match_part 0.956 40004 40094 match_54 match_part 1.000 38367 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 0.989 39717 39902 match_part 1.000 40004 40016 match_55 match_part 1.000 43275 43363 match_part 1.000 43469 43727 match_part 1.000 43804 43905 match_part 0.973 43995 44180 match_part 1.000 44286 44335 match_56 match_part 1.000 44069 44180 match_part 0.997 44286 44875 match_57 match_part 1.000 44075 44180 match_part 0.998 44286 44718 match_58 match_part 0.942 52543 52611 match_part 0.931 52717 52975 match_part 0.980 55353 55454 match_part 0.952 55568 55753 match_part 0.888 55859 56001 match_59 match_part 0.942 52543 52611 match_part 0.931 52717 52975 match_part 0.980 55353 55454 match_part 0.957 55568 55753 match_part 0.962 55859 55911 match_60 match_part 0.944 52576 52611 match_part 0.988 52717 52975 match_part 1.000 55353 55454 match_part 0.978 55568 55753 match_part 1.000 55859 55885 match_61 match_part 0.942 63672 63878 match_62 match_part 0.934 63686 63927 match_63 match_part 0.934 63686 63927 match_64 match_part 1.000 92711 93202 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_65 match_part 0.978 851 490 match_66 match_part 0.917 48841 48624 match_67 match_part 0.946 64267 63659 match_68 match_part 0.997 67053 66759 match_part 1.000 66192 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64564 match_part 1.000 64275 63669 match_69 match_part 1.000 64916 64875 match_part 1.000 64731 64564 match_part 1.000 64275 63707 match_70 match_part 1.000 64672 64564 match_part 1.000 64275 63898 match_71 match_part 0.977 65910 65867 match_part 0.937 65111 64875 match_part 0.946 64731 64564 match_part 1.000 64275 64265 match_72 match_part 0.978 67030 66759 match_part 0.997 66192 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64690 match_73 match_part 0.929 66884 66759 match_part 0.969 66192 65867 match_part 0.975 65111 64875 match_part 0.974 64731 64694 match_74 match_part 1.000 66132 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64703 match_75 match_part 0.948 66988 66759 match_part 0.969 66192 65867 match_part 0.974 65111 64877 match_76 match_part 0.974 66131 65867 match_part 0.974 65111 64877 match_77 match_part 1.000 67021 66759 match_part 0.997 66192 65867 match_part 0.987 65111 64878 match_78 match_part 0.953 67015 66759 match_part 0.969 66192 65867 match_part 0.943 65111 64882 match_79 match_part 0.982 66982 66759 match_part 0.997 66192 65867 match_part 1.000 65111 64966 match_80 match_part 0.957 67039 66759 match_part 0.969 66192 65867 match_part 0.972 65111 64969 match_81 match_part 0.956 67030 66759 match_part 0.969 66192 65867 match_part 1.000 65111 65021 match_82 match_part 0.955 67045 66759 match_part 0.969 66192 65867 match_part 1.000 65111 65035 match_83 match_part 0.956 67030 66759 match_part 0.969 66192 65867 match_part 0.987 65111 65035 match_84 match_part 1.000 66864 66759 match_part 1.000 66192 65867 match_part 0.987 65111 65036 match_85 match_part 0.953 67036 66759 match_part 0.966 66192 65867 match_part 0.975 65111 65072 match_86 match_part 0.953 67013 66759 match_part 0.969 66192 65867 match_part 1.000 65111 65081 match_87 match_part 0.924 67036 66759 match_part 0.968 66192 65910 match_88 match_part 1.000 67020 66759 match_part 0.985 66192 65993 match_89 match_part 0.842 66910 66759 match_part 0.959 66192 65998 match_90 match_part 0.952 67010 66759 match_part 0.963 66192 66006 match_91 match_part 0.990 68692 68589 match_part 0.947 68361 68305 match_part 0.960 68103 68029 match_part 0.896 67916 67513 match_92 match_part 0.985 68902 68836 match_part 0.989 68765 68589 match_part 0.947 68361 68305 match_part 0.960 68103 68029 match_part 0.865 67916 67607 match_93 match_part 0.958 68979 68836 match_part 0.989 68765 68589 match_part 0.947 68361 68305 match_part 0.960 68103 68029 match_part 0.934 67916 67735 match_94 match_part 0.940 68952 68836 match_part 0.989 68765 68589 match_part 0.947 68361 68305 match_part 0.960 68103 68029 match_part 0.934 67916 67735 match_95 match_part 1.000 73533 73419 match_part 0.990 73064 72855 match_part 0.993 72405 72256 match_part 1.000 71215 71162 match_part 0.966 71041 70983 match_part 0.985 68902 68836 match_part 0.987 68765 68616 match_96 match_part 1.000 73533 73419 match_part 0.990 73064 72855 match_part 0.993 72405 72256 match_part 1.000 71215 71178 match_97 match_part 1.000 73541 73419 match_part 0.990 73064 72855 match_part 0.991 72405 72292 match_98 match_part 0.750 75471 75412 match_part 1.000 75297 75178 match_part 1.000 74797 74729 match_part 1.000 74526 74461 match_part 1.000 74253 74164 match_part 1.000 73753 73649 match_part 1.000 73547 73419 match_part 1.000 73064 72899 match_99 match_part 1.000 88859 88837 match_part 0.962 88427 87798 match_100 match_part 0.969 90367 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.970 88427 88095 match_101 match_part 0.983 89213 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.967 88427 88096 match_102 match_part 0.982 90280 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.970 88427 88097 match_103 match_part 0.987 90186 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.973 88427 88097 match_104 match_part 0.990 90214 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.991 88427 88201 match_105 match_part 1.000 90493 90110 match_part 1.000 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.937 88427 88254 match_106 match_part 0.981 90485 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.989 88427 88254 match_107 match_part 1.000 90475 90110 match_part 1.000 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.962 88427 88268 match_108 match_part 1.000 90126 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88278 match_109 match_part 0.990 90214 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88315 match_110 match_part 0.966 90255 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 0.989 88926 88837 match_part 0.991 88427 88316 match_111 match_part 0.982 90488 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.964 88427 88344 match_112 match_part 0.981 90469 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88355 match_113 match_part 0.980 90463 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_114 match_part 0.933 90408 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 0.989 88926 88839 match_115 match_part 0.914 90436 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88841 match_116 match_part 0.981 90475 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 0.976 88926 88886 match_117 match_part 0.951 90436 90110 match_part 0.950 89254 89155 match_part 0.923 89061 89036 match_part 1.000 88926 88905 match_118 match_part 0.977 90416 90110 match_part 0.960 89254 89155 match_part 0.962 89061 89036 match_part 0.875 88926 88919 match_119 match_part 0.975 90469 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_120 match_part 0.977 90450 90110 match_part 0.970 89254 89155 match_part 1.000 89061 89040 match_121 match_part 0.981 90479 90110 match_part 0.980 89254 89155 match_122 match_part 0.981 90475 90110 match_part 0.970 89254 89155 match_123 match_part 0.981 90475 90110 match_part 0.980 89254 89155 match_124 match_part 0.981 90479 90110 match_part 0.990 89254 89156 match_125 match_part 0.980 90467 90110 match_part 0.990 89254 89156 match_126 match_part 0.960 90436 90110 match_part 0.969 89254 89158 match_127 match_part 0.982 90493 90110 match_part 0.989 89254 89160 match_128 match_part 0.981 90484 90110 match_part 0.989 89254 89160 match_129 match_part 0.961 90469 90110 match_part 0.989 89254 89160 match_130 match_part 0.982 90437 90110 match_part 0.989 89254 89161 match_131 match_part 0.976 90478 90110 match_part 0.988 89254 89174 match_132 match_part 0.977 90493 90110 match_part 0.975 89254 89175 match_133 match_part 0.982 90491 90110 match_part 0.975 89254 89175 match_134 match_part 0.981 90479 90110 match_part 0.986 89254 89184 match_135 match_part 0.981 90484 90110 match_part 0.983 89254 89197 match_136 match_part 0.969 90467 90110 match_part 0.980 89254 89206 match_137 match_part 0.977 90493 90110 match_part 0.974 89254 89216 match_138 match_part 0.971 90493 90110 match_part 0.973 89254 89218 match_139 match_part 0.976 90483 90110 match_part 0.972 89254 89219 match_140 match_part 0.967 90475 90110 match_part 1.000 89254 89226 match_141 match_part 0.967 90499 90110 match_part 1.000 89254 89229 match_142 match_part 0.979 90484 90110 match_143 match_part 0.980 90475 90127 match_144 match_part 0.952 90477 90144 match_145 match_part 0.939 90483 90191 match_146 match_part 0.935 90472 90198 match_147 match_part 0.959 90476 90256 match_148 match_part 1.000 93328 93219 match_part 1.000 93048 92458 match_149 match_part 1.000 94068 93604 match_part 1.000 93527 93455 match_150 match_part 0.993 94302 93568 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4844 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 4081 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 2897 3085 exon 3662 3785 exon 4227 4357 exon 4570 4818 exon 5034 5043 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 2897 3085 exon 3662 3785 exon 4227 4357 exon 4570 4838 exon 5034 5046 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 488 868 exon 1453 1612 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4844 gene_6 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 851 490 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8214 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 exon 13752 13812 exon 14530 14633 exon 14711 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18945 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8214 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 exon 13752 13812 exon 14530 14633 exon 14711 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18868 exon 19968 19996 gene_9 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 14565 14633 exon 14708 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18945 gene_10 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 15834 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18945 gene_11 gene GT_PGL_3_AGS_5 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 19750 19909 exon 20587 20646 exon 20902 21078 exon 21158 21417 gene_12 gene GT_PGL_3_AGS_6 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8154 8206 exon 8319 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 gene_13 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 27144 27185 exon 27406 27652 exon 27745 27816 exon 28724 28903 exon 29348 29676 gene_14 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 27527 27816 exon 28724 28903 exon 29348 29676 gene_15 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 38360 38430 exon 38516 38765 exon 39494 39601 exon 39717 39902 exon 40004 40182 gene_16 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 43275 43363 exon 43469 43727 exon 43804 43905 exon 43995 44180 exon 44286 44875 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 48841 48624 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 52543 52611 exon 52717 52975 exon 55353 55454 exon 55568 55753 exon 55859 56001 gene_19 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 67053 66759 exon 66192 65867 exon 65111 64875 exon 64731 64564 exon 64275 63659 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 63672 63927 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 75471 75412 exon 75297 75178 exon 74797 74729 exon 74526 74461 exon 74253 74164 exon 73753 73649 exon 73547 73419 exon 73064 72855 exon 72405 72256 exon 71215 71162 exon 71041 70983 exon 68902 68836 exon 68765 68589 exon 68361 68305 exon 68103 68029 exon 67916 67513 gene_22 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 68979 68836 exon 68765 68589 exon 68361 68305 exon 68103 68029 exon 67916 67513 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 90499 90110 exon 89254 89155 exon 89061 89036 exon 88926 88837 exon 88427 87798 gene_24 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 90499 90110 exon 89254 89155 exon 89064 89036 exon 88926 88837 exon 88427 87798 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 93328 93219 exon 93048 92458 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 92711 93202 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 94302 93568 gene_28 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 94068 93604 exon 93527 93455 RepeatMasker tomato repeats master Copia00172 296 519 1 Copia00172 296 519 1 nucleotide_motif 1384 10637 10866 Unknown00029 3097 3222 1 Unknown00029 3097 3222 1 nucleotide_motif 392 23312 23430 Gypsy00205 2283 2551 1 Gypsy00205 2283 2551 1 nucleotide_motif 369 25653 26060 SONATA2 26 210 1 SONATA2 26 210 1 nucleotide_motif 722 27972 28153 Unknown00049 1663 1705 1 Unknown00049 1663 1705 1 nucleotide_motif 253 37606 37648 Unknown00049 1663 1709 1 Unknown00049 1663 1709 1 nucleotide_motif 265 37667 37713 Unknown00046 2585 2836 1 Unknown00046 2585 2836 1 nucleotide_motif 1037 38026 38267 SONATA1 1 239 1 SONATA1 1 239 1 nucleotide_motif 1005 39123 39370 Copia00094 4313 4463 1 Copia00094 4313 4463 1 nucleotide_motif 520 40507 40653 Copia00112 2 155 1 Copia00112 2 155 1 nucleotide_motif 508 40697 40845 Unknown00046 24 185 1 Unknown00046 24 185 1 nucleotide_motif 791 43087 43243 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1079 53924 54175 Unknown00025 248 378 1 Unknown00025 248 378 1 nucleotide_motif 375 56458 56597 TS2 517 649 1 TS2 517 649 1 nucleotide_motif 464 65463 65591 Copia00172 1801 2070 1 Copia00172 1801 2070 1 nucleotide_motif 1173 81382 81672 Copia00181 1817 1880 1 Copia00181 1817 1880 1 nucleotide_motif 243 87528 87594 Unknown00046 1897 2058 1 Unknown00046 1897 2058 1 nucleotide_motif 541 87631 87780 Unknown00025 238 470 1 Unknown00025 238 470 1 nucleotide_motif 780 89408 89659 RepeatMasker tomato repeats master TLP1 4 265 -1 TLP1 4 265 -1 nucleotide_motif 595 7271 7024 Copia00151 9656 9749 -1 Copia00151 9656 9749 -1 nucleotide_motif 278 9588 9493 Copia00105 3998 8856 -1 Copia00105 3998 8856 -1 nucleotide_motif 282 9666 9575 Copia00172 5261 5315 -1 Copia00172 5261 5315 -1 nucleotide_motif 235 21613 21559 Unknown00046 199 498 -1 Unknown00046 199 498 -1 nucleotide_motif 1409 40826 40522 Unknown00034 3704 4031 -1 Unknown00034 3704 4031 -1 nucleotide_motif 2187 43223 42906 Copia00140 1 50 -1 Copia00140 1 50 -1 nucleotide_motif 338 44981 44932 Gypsy00074 3829 8369 -1 Gypsy00074 3829 8369 -1 nucleotide_motif 36483 49432 44953 SONATA3 4 245 -1 SONATA3 4 245 -1 nucleotide_motif 484 60309 60073 Unknown00043 1951 2051 -1 Unknown00043 1951 2051 -1 nucleotide_motif 428 70348 70255 Copia00110 13321 13536 -1 Copia00110 13321 13536 -1 nucleotide_motif 766 79381 79171 Copia00143 77 199 -1 Copia00143 77 199 -1 nucleotide_motif 670 82003 81889 Copia00094 4464 4522 -1 Copia00094 4464 4522 -1 nucleotide_motif 345 84551 84495 HELITRON7_OS 1600 1672 -1 HELITRON7_OS 1600 1672 -1 nucleotide_motif 238 87571 87501 Copia00089 5572 5626 -1 Copia00089 5572 5626 -1 nucleotide_motif 298 87578 87524 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 5890 45169 49191 match_2 match 6010 45169 49191 match_3 match 5392 45174 49110 match_4 match 5790 45169 49146 match_5 match 2294 45169 46700 match_6 match 6457 45169 49191 match_7 match 5826 45169 49191 match_8 match 5911 45174 49191 match_9 match 5392 45174 49110 match_10 match 5380 45173 49191 match_11 match 6266 45169 49188 match_12 match 6823 45135 49191 match_13 match 4754 45693 48709 match_14 match 4754 45693 48709 match_15 match 5513 45184 49190 match_16 match 2648 45169 46812 match_17 match 3620 46908 49191 match_18 match 2755 45169 46882 match_19 match 3665 46923 49191 match_20 match 2750 45169 46925 match_21 match 3531 46947 49191 match_22 match 5229 45435 49114 match_23 match 1953 45169 46413 match_24 match 4316 46466 49191 match_25 match 6203 45135 49117 match_26 match 3219 46832 49191 match_27 match 6197 45169 49191 match_28 match 6330 45169 49191 match_29 match 6310 45169 49191 match_30 match 6421 45169 49191 match_31 match 2553 46968 49114 match_32 match 1996 45208 46889 match_33 match 1629 45135 46179 match_34 match 1992 46400 47686 match_35 match 4250 46564 49191 match_36 match 2993 45135 47302 match_37 match 2391 47549 49191 match_38 match 6453 45169 49191 match_39 match 2343 45135 46603 match_40 match 3945 46674 49117 match_41 match 5790 45169 49146 match_42 match 2553 46968 49114 match_43 match 2050 45169 46889 match_44 match 6197 45169 49191 match_45 match 1584 45135 46221 match_46 match 3098 46233 48328 match_47 match 6306 45169 49191 match_48 match 5428 45135 49006 match_49 match 3570 45169 47738 match_50 match 6155 45305 49191 match_51 match 5122 45140 48604 match_52 match 6123 45135 49191 match_53 match 6468 45169 49191 match_54 match 2018 45719 47195 match_55 match 2938 47204 49116 match_56 match 1976 45169 46465 match_57 match 5378 45208 49190 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 1548 17316 18111 match_2 match 1427 15991 16786 match_3 match 1540 17316 18127 match_4 match 1059 47185 47718 match_5 match 1304 65927 66592 match_6 match 1201 73393 73998 match_7 match 1237 80286 80909 match_8 match 1148 17226 17804 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.989 490 868 match_part 1.000 2898 3056 match_2 match_part 1.000 503 868 match_part 1.000 2898 3085 match_part 1.000 3662 3762 match_3 match_part 1.000 503 868 match_part 0.995 2898 3085 match_part 0.982 3662 3716 match_4 match_part 1.000 503 868 match_part 1.000 2898 3049 match_5 match_part 0.992 2967 3085 match_part 0.992 3662 3785 match_part 1.000 4227 4357 match_part 0.978 4570 4844 match_6 match_part 1.000 3032 3085 match_part 1.000 3662 4081 match_7 match_part 1.000 4267 4357 match_part 0.992 4570 4818 match_part 0.700 5034 5043 match_8 match_part 0.959 8214 8456 match_part 0.990 9722 9818 match_part 1.000 11619 11737 match_part 1.000 11836 12003 match_part 0.986 13147 13219 match_9 match_part 1.000 8239 8456 match_part 1.000 9722 9818 match_part 1.000 11619 11737 match_part 1.000 11836 12003 match_part 1.000 13147 13164 match_10 match_part 0.991 8244 8456 match_part 1.000 9722 9818 match_part 0.992 11619 11737 match_part 1.000 11836 11989 match_11 match_part 0.943 8246 8456 match_part 0.979 9722 9818 match_part 0.983 11619 11737 match_part 0.988 11836 12003 match_part 0.992 13147 13275 match_part 0.984 13752 13812 match_12 match_part 1.000 13752 13812 match_part 1.000 14530 14633 match_part 1.000 14711 14794 match_part 1.000 14906 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15860 match_13 match_part 1.000 13761 13812 match_part 1.000 14530 14633 match_part 1.000 14711 14794 match_part 1.000 14906 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15903 match_part 1.000 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17161 match_14 match_part 0.957 14565 14633 match_part 0.977 14708 14794 match_part 0.991 14906 15012 match_part 0.989 15135 15228 match_part 0.991 15541 15654 match_part 1.000 15838 15903 match_part 0.973 16600 16672 match_part 0.966 16756 16842 match_part 1.000 17010 17064 match_part 0.985 17140 17207 match_15 match_part 0.706 14996 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15903 match_part 1.000 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18302 match_16 match_part 1.000 16763 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18360 match_part 0.991 18480 18904 match_17 match_part 1.000 16764 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18360 match_part 1.000 18480 18649 match_18 match_part 0.987 16765 16842 match_part 0.982 17010 17064 match_part 0.944 17140 17211 match_part 0.968 17369 17431 match_part 0.974 18246 18360 match_part 0.938 18480 18868 match_part 0.931 19968 19996 match_19 match_part 1.000 19750 19909 match_part 1.000 20587 20646 match_part 1.000 20902 21078 match_part 1.000 21158 21417 match_20 match_part 1.000 27144 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29570 match_21 match_part 1.000 27144 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 0.978 28724 28903 match_part 1.000 29348 29403 match_22 match_part 0.923 27147 27185 match_part 0.996 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.988 29348 29607 match_23 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.964 29348 29516 match_24 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28777 match_25 match_part 1.000 27149 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28776 match_26 match_part 1.000 27462 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29528 match_27 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 0.996 29348 29624 match_28 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29542 match_29 match_part 1.000 27534 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29503 match_30 match_part 1.000 27782 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29676 match_31 match_part 0.859 38360 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 1.000 39717 39902 match_part 1.000 40004 40182 match_32 match_part 1.000 38367 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 0.978 39717 39902 match_part 0.956 40004 40094 match_33 match_part 1.000 38367 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 0.989 39717 39902 match_part 1.000 40004 40016 match_34 match_part 1.000 43275 43363 match_part 1.000 43469 43727 match_part 1.000 43804 43905 match_part 0.973 43995 44180 match_part 1.000 44286 44335 match_35 match_part 1.000 44069 44180 match_part 0.997 44286 44875 match_36 match_part 1.000 44075 44180 match_part 0.998 44286 44718 match_37 match_part 0.944 52576 52611 match_part 0.988 52717 52975 match_part 1.000 55353 55454 match_part 0.978 55568 55753 match_part 1.000 55859 55885 match_38 match_part 1.000 92711 93202 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_39 match_part 0.978 851 490 match_40 match_part 0.917 48841 48624 match_41 match_part 0.997 67053 66759 match_part 1.000 66192 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64564 match_part 1.000 64275 63669 match_42 match_part 1.000 64916 64875 match_part 1.000 64731 64564 match_part 1.000 64275 63707 match_43 match_part 1.000 64672 64564 match_part 1.000 64275 63898 match_44 match_part 0.977 65910 65867 match_part 0.937 65111 64875 match_part 0.946 64731 64564 match_part 1.000 64275 64265 match_45 match_part 0.978 67030 66759 match_part 0.997 66192 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64690 match_46 match_part 1.000 66132 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64703 match_47 match_part 1.000 67021 66759 match_part 0.997 66192 65867 match_part 0.987 65111 64878 match_48 match_part 0.982 66982 66759 match_part 0.997 66192 65867 match_part 1.000 65111 64966 match_49 match_part 1.000 66864 66759 match_part 1.000 66192 65867 match_part 0.987 65111 65036 match_50 match_part 1.000 67020 66759 match_part 0.985 66192 65993 match_51 match_part 0.750 75471 75412 match_part 1.000 75297 75178 match_part 1.000 74797 74729 match_part 1.000 74526 74461 match_part 1.000 74253 74164 match_part 1.000 73753 73649 match_part 1.000 73547 73419 match_part 1.000 73064 72899 match_52 match_part 1.000 88859 88837 match_part 0.962 88427 87798 match_53 match_part 0.969 90367 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.970 88427 88095 match_54 match_part 0.983 89213 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.967 88427 88096 match_55 match_part 0.982 90280 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.970 88427 88097 match_56 match_part 0.987 90186 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.973 88427 88097 match_57 match_part 0.990 90214 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.991 88427 88201 match_58 match_part 1.000 90493 90110 match_part 1.000 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.937 88427 88254 match_59 match_part 0.981 90485 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.989 88427 88254 match_60 match_part 1.000 90475 90110 match_part 1.000 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_part 0.962 88427 88268 match_61 match_part 1.000 90126 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88278 match_62 match_part 0.990 90214 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88315 match_63 match_part 0.966 90255 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 0.989 88926 88837 match_part 0.991 88427 88316 match_64 match_part 0.982 90488 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 0.964 88427 88344 match_65 match_part 0.981 90469 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88837 match_part 1.000 88427 88355 match_66 match_part 0.980 90463 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 1.000 88926 88837 match_67 match_part 0.933 90408 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 0.989 88926 88839 match_68 match_part 0.914 90436 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_part 1.000 88926 88841 match_69 match_part 0.981 90475 90110 match_part 0.980 89254 89155 match_part 1.000 89064 89036 match_part 0.976 88926 88886 match_70 match_part 0.951 90436 90110 match_part 0.950 89254 89155 match_part 0.923 89061 89036 match_part 1.000 88926 88905 match_71 match_part 0.977 90416 90110 match_part 0.960 89254 89155 match_part 0.962 89061 89036 match_part 0.875 88926 88919 match_72 match_part 0.975 90469 90110 match_part 0.980 89254 89155 match_part 1.000 89061 89036 match_73 match_part 0.977 90450 90110 match_part 0.970 89254 89155 match_part 1.000 89061 89040 match_74 match_part 0.981 90479 90110 match_part 0.980 89254 89155 match_75 match_part 0.981 90475 90110 match_part 0.970 89254 89155 match_76 match_part 0.981 90475 90110 match_part 0.980 89254 89155 match_77 match_part 0.981 90479 90110 match_part 0.990 89254 89156 match_78 match_part 0.980 90467 90110 match_part 0.990 89254 89156 match_79 match_part 0.960 90436 90110 match_part 0.969 89254 89158 match_80 match_part 0.982 90493 90110 match_part 0.989 89254 89160 match_81 match_part 0.981 90484 90110 match_part 0.989 89254 89160 match_82 match_part 0.961 90469 90110 match_part 0.989 89254 89160 match_83 match_part 0.982 90437 90110 match_part 0.989 89254 89161 match_84 match_part 0.976 90478 90110 match_part 0.988 89254 89174 match_85 match_part 0.977 90493 90110 match_part 0.975 89254 89175 match_86 match_part 0.982 90491 90110 match_part 0.975 89254 89175 match_87 match_part 0.981 90479 90110 match_part 0.986 89254 89184 match_88 match_part 0.981 90484 90110 match_part 0.983 89254 89197 match_89 match_part 0.969 90467 90110 match_part 0.980 89254 89206 match_90 match_part 0.977 90493 90110 match_part 0.974 89254 89216 match_91 match_part 0.971 90493 90110 match_part 0.973 89254 89218 match_92 match_part 0.976 90483 90110 match_part 0.972 89254 89219 match_93 match_part 0.967 90475 90110 match_part 1.000 89254 89226 match_94 match_part 0.967 90499 90110 match_part 1.000 89254 89229 match_95 match_part 0.979 90484 90110 match_96 match_part 0.980 90475 90127 match_97 match_part 0.952 90477 90144 match_98 match_part 0.939 90483 90191 match_99 match_part 0.935 90472 90198 match_100 match_part 0.959 90476 90256 match_101 match_part 1.000 93328 93219 match_part 1.000 93048 92458 match_102 match_part 1.000 94068 93604 match_part 1.000 93527 93455 match_103 match_part 0.993 94302 93568 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4844 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 4081 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 4267 4357 exon 4570 4818 exon 5034 5043 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 851 490 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8214 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 exon 13752 13812 exon 14530 14633 exon 14711 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18904 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8214 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 exon 13752 13812 exon 14530 14633 exon 14711 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18868 exon 19968 19996 gene_7 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 14565 14633 exon 14708 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18904 gene_8 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 19750 19909 exon 20587 20646 exon 20902 21078 exon 21158 21417 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 27144 27185 exon 27406 27652 exon 27745 27816 exon 28724 28903 exon 29348 29676 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 38360 38430 exon 38516 38765 exon 39494 39601 exon 39717 39902 exon 40004 40182 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 43275 43363 exon 43469 43727 exon 43804 43905 exon 43995 44180 exon 44286 44875 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 48841 48624 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 52576 52611 exon 52717 52975 exon 55353 55454 exon 55568 55753 exon 55859 55885 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 67053 66759 exon 66192 65867 exon 65111 64875 exon 64731 64564 exon 64275 63669 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 75471 75412 exon 75297 75178 exon 74797 74729 exon 74526 74461 exon 74253 74164 exon 73753 73649 exon 73547 73419 exon 73064 72899 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 90499 90110 exon 89254 89155 exon 89061 89036 exon 88926 88837 exon 88427 87798 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 90499 90110 exon 89254 89155 exon 89064 89036 exon 88926 88837 exon 88427 87798 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 93328 93219 exon 93048 92458 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 92711 93202 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 94302 93568 gene_21 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 94068 93604 exon 93527 93455 AUGUSTUS_tom_cdna de novo gene_1 gene 1 472 515 transcript_1 transcript 472 515 CDS_1 CDS 472 515 stop_codon_1 stop_codon 513 515 gene_2 gene 1 635 2951 transcript_2 transcript 635 2951 start_codon_1 start_codon 635 637 CDS_2 CDS 635 868 CDS_3 CDS 2898 2951 stop_codon_2 stop_codon 2949 2951 gene_3 gene 1 4238 4707 transcript_3 transcript 4238 4707 start_codon_2 start_codon 4238 4240 CDS_4 CDS 4238 4357 CDS_5 CDS 4570 4707 stop_codon_3 stop_codon 4705 4707 gene_4 gene 1 8328 18548 transcript_4 transcript 8328 18548 start_codon_3 start_codon 8328 8330 CDS_6 CDS 8328 8456 CDS_7 CDS 9722 9818 CDS_8 CDS 11619 11737 CDS_9 CDS 11836 12003 CDS_10 CDS 13147 13275 CDS_11 CDS 13752 13812 CDS_12 CDS 14530 14633 CDS_13 CDS 14711 14794 CDS_14 CDS 14906 15012 CDS_15 CDS 15135 15228 CDS_16 CDS 15541 15654 CDS_17 CDS 15838 15903 CDS_18 CDS 16600 16672 CDS_19 CDS 16756 16842 CDS_20 CDS 17010 17064 CDS_21 CDS 17140 17211 CDS_22 CDS 17369 17431 CDS_23 CDS 18246 18360 CDS_24 CDS 18480 18548 stop_codon_4 stop_codon 18546 18548 gene_5 gene 1 19437 21535 transcript_5 transcript 19437 21535 start_codon_4 start_codon 19437 19439 CDS_25 CDS 19437 19471 CDS_26 CDS 19666 19909 CDS_27 CDS 20587 20646 CDS_28 CDS 20902 21078 CDS_29 CDS 21158 21535 stop_codon_5 stop_codon 21533 21535 gene_6 gene 1 27163 29728 transcript_6 transcript 27163 29728 start_codon_5 start_codon 27163 27165 CDS_30 CDS 27163 27185 CDS_31 CDS 27406 27652 CDS_32 CDS 27745 27816 CDS_33 CDS 28724 28903 CDS_34 CDS 29348 29728 stop_codon_6 stop_codon 29726 29728 gene_7 gene 2 38396 44663 transcript_7 transcript 38396 44663 start_codon_6 start_codon 38396 38398 CDS_35 CDS 38396 38430 CDS_36 CDS 38516 38765 CDS_37 CDS 39494 39601 CDS_38 CDS 39717 39902 CDS_39 CDS 44286 44663 stop_codon_7 stop_codon 44661 44663 transcript_8 transcript 43329 44663 start_codon_7 start_codon 43329 43331 CDS_40 CDS 43329 43363 CDS_41 CDS 43469 43727 CDS_42 CDS 43804 43905 CDS_43 CDS 43995 44180 CDS_44 CDS 44286 44663 stop_codon_8 stop_codon 44661 44663 gene_8 gene 1 52577 56236 transcript_9 transcript 52577 56236 start_codon_8 start_codon 52577 52579 CDS_45 CDS 52577 52611 CDS_46 CDS 52717 52975 CDS_47 CDS 55353 55454 CDS_48 CDS 55568 55753 CDS_49 CDS 55859 56236 stop_codon_9 stop_codon 56234 56236 AUGUSTUS_tom_cdna de novo gene_9 gene 1 66942 64105 transcript_10 transcript 66942 64105 stop_codon_10 stop_codon 64107 64105 CDS_50 CDS 64275 64105 CDS_51 CDS 64731 64564 CDS_52 CDS 65111 64875 CDS_53 CDS 66192 65867 CDS_54 CDS 66942 66759 start_codon_9 start_codon 66942 66940 gene_10 gene 1 78023 67794 transcript_11 transcript 78023 67794 stop_codon_11 stop_codon 67796 67794 CDS_55 CDS 67916 67794 CDS_56 CDS 68103 68029 CDS_57 CDS 68361 68305 CDS_58 CDS 72405 72256 CDS_59 CDS 73064 72927 CDS_60 CDS 73547 73419 CDS_61 CDS 73753 73649 CDS_62 CDS 74253 74164 CDS_63 CDS 74526 74461 CDS_64 CDS 74797 74729 CDS_65 CDS 75297 75178 CDS_66 CDS 75471 75412 CDS_67 CDS 75698 75562 CDS_68 CDS 76000 75910 CDS_69 CDS 78023 76638 start_codon_10 start_codon 78023 78021 gene_11 gene 1 90244 88110 transcript_12 transcript 90244 88110 stop_codon_12 stop_codon 88112 88110 CDS_70 CDS 88427 88110 CDS_71 CDS 88926 88837 CDS_72 CDS 89064 89036 CDS_73 CDS 89254 89155 CDS_74 CDS 90244 90110 start_codon_11 start_codon 90244 90242 AUGUSTUS_ab_initio de novo gene_1 gene 1 635 40381 transcript_1 transcript 635 40381 start_codon_1 start_codon 635 637 CDS_1 CDS 635 868 CDS_2 CDS 3662 3785 CDS_3 CDS 4227 4357 CDS_4 CDS 13147 13275 CDS_5 CDS 14906 15012 CDS_6 CDS 17369 17431 CDS_7 CDS 18246 18360 CDS_8 CDS 39717 39902 CDS_9 CDS 40004 40381 stop_codon_1 stop_codon 40379 40381 AUGUSTUS_ab_initio de novo gene_2 gene 1 66187 64105 transcript_2 transcript 66187 64105 stop_codon_2 stop_codon 64107 64105 CDS_10 CDS 64275 64105 CDS_11 CDS 65111 64875 CDS_12 CDS 66187 65867 start_codon_2 start_codon 66187 66185 gene_3 gene 1 78023 66755 transcript_3 transcript 78023 66755 stop_codon_3 stop_codon 66757 66755 CDS_13 CDS 66966 66755 CDS_14 CDS 67916 67817 CDS_15 CDS 68103 68029 CDS_16 CDS 68361 68305 CDS_17 CDS 72405 72256 CDS_18 CDS 74253 74164 CDS_19 CDS 74526 74461 CDS_20 CDS 74797 74729 CDS_21 CDS 75243 75178 CDS_22 CDS 75471 75412 CDS_23 CDS 75698 75562 CDS_24 CDS 76000 75910 CDS_25 CDS 78023 76638 start_codon_3 start_codon 78023 78021 AUGUSTUS_tom_ugs de novo gene_1 gene 1 635 3814 transcript_1 transcript 635 3814 start_codon_1 start_codon 635 637 CDS_1 CDS 635 868 CDS_2 CDS 1381 1612 CDS_3 CDS 2898 3085 CDS_4 CDS 3662 3814 stop_codon_1 stop_codon 3812 3814 gene_2 gene 1 4238 18548 transcript_2 transcript 4238 18548 start_codon_2 start_codon 4238 4240 CDS_5 CDS 4238 4357 CDS_6 CDS 8319 8456 CDS_7 CDS 9722 9818 CDS_8 CDS 11619 11737 CDS_9 CDS 11836 12003 CDS_10 CDS 13147 13275 CDS_11 CDS 13752 13812 CDS_12 CDS 14530 14633 CDS_13 CDS 14711 14794 CDS_14 CDS 14906 15012 CDS_15 CDS 15135 15228 CDS_16 CDS 15541 15654 CDS_17 CDS 15838 15903 CDS_18 CDS 16600 16672 CDS_19 CDS 16756 16842 CDS_20 CDS 17010 17064 CDS_21 CDS 17140 17211 CDS_22 CDS 17369 17431 CDS_23 CDS 18246 18360 CDS_24 CDS 18480 18548 stop_codon_2 stop_codon 18546 18548 gene_3 gene 1 19437 21535 transcript_3 transcript 19437 21535 start_codon_3 start_codon 19437 19439 CDS_25 CDS 19437 19471 CDS_26 CDS 19666 19909 CDS_27 CDS 20587 20646 CDS_28 CDS 20902 21078 CDS_29 CDS 21158 21535 stop_codon_3 stop_codon 21533 21535 gene_4 gene 1 27163 29728 transcript_4 transcript 27163 29728 start_codon_4 start_codon 27163 27165 CDS_30 CDS 27163 27185 CDS_31 CDS 27406 27652 CDS_32 CDS 27745 27816 CDS_33 CDS 28724 28903 CDS_34 CDS 29348 29728 stop_codon_4 stop_codon 29726 29728 gene_5 gene 1 43329 44663 transcript_5 transcript 43329 44663 start_codon_5 start_codon 43329 43331 CDS_35 CDS 43329 43363 CDS_36 CDS 43469 43727 CDS_37 CDS 43804 43905 CDS_38 CDS 43995 44180 CDS_39 CDS 44286 44663 stop_codon_5 stop_codon 44661 44663 gene_6 gene 1 52577 56236 transcript_6 transcript 52577 56236 start_codon_6 start_codon 52577 52579 CDS_40 CDS 52577 52611 CDS_41 CDS 52717 52975 CDS_42 CDS 55353 55454 CDS_43 CDS 55568 55753 CDS_44 CDS 55859 56236 stop_codon_6 stop_codon 56234 56236 AUGUSTUS_tom_ugs de novo gene_7 gene 1 66942 64105 transcript_7 transcript 66942 64105 stop_codon_7 stop_codon 64107 64105 CDS_45 CDS 64275 64105 CDS_46 CDS 64731 64564 CDS_47 CDS 65111 64875 CDS_48 CDS 66192 65867 CDS_49 CDS 66942 66759 start_codon_7 start_codon 66942 66940 gene_8 gene 1 78023 67794 transcript_8 transcript 78023 67794 stop_codon_8 stop_codon 67796 67794 CDS_50 CDS 67916 67794 CDS_51 CDS 68103 68029 CDS_52 CDS 68361 68305 CDS_53 CDS 72405 72256 CDS_54 CDS 73064 72927 CDS_55 CDS 73547 73419 CDS_56 CDS 73753 73649 CDS_57 CDS 74253 74164 CDS_58 CDS 74526 74461 CDS_59 CDS 74797 74729 CDS_60 CDS 75297 75178 CDS_61 CDS 75471 75412 CDS_62 CDS 75698 75562 CDS_63 CDS 76000 75910 CDS_64 CDS 78023 76638 start_codon_8 start_codon 78023 78021 gene_9 gene 1 93503 88110 transcript_9 transcript 93503 88110 stop_codon_9 stop_codon 88112 88110 CDS_65 CDS 88427 88110 CDS_66 CDS 88926 88837 CDS_67 CDS 89061 89036 CDS_68 CDS 89254 89155 CDS_69 CDS 90131 90110 CDS_70 CDS 93503 93454 start_codon_9 start_codon 93503 93501 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.989 490 868 match_part 1.000 2898 3085 match_part 1.000 3662 3785 match_part 1.000 4227 4357 match_part 0.978 4570 4844 match_2 match_part 1.000 3032 3085 match_part 1.000 3662 4081 match_3 match_part 1.000 8224 8456 match_part 1.000 9722 9818 match_part 1.000 11619 11737 match_part 0.994 11836 12003 match_part 0.992 13147 13275 match_part 1.000 13752 13812 match_part 1.000 14530 14633 match_part 1.000 14711 14794 match_part 1.000 14906 15012 match_part 1.000 15135 15228 match_part 1.000 15541 15654 match_part 1.000 15838 15903 match_part 1.000 16600 16672 match_part 1.000 16756 16842 match_part 1.000 17010 17064 match_part 1.000 17140 17211 match_part 1.000 17369 17431 match_part 1.000 18246 18360 match_part 0.984 18480 18904 match_4 match_part 1.000 19750 19909 match_part 1.000 20587 20646 match_part 1.000 20902 21078 match_part 1.000 21158 21417 match_5 match_part 1.000 27144 27185 match_part 1.000 27406 27652 match_part 1.000 27745 27816 match_part 1.000 28724 28903 match_part 1.000 29348 29676 match_6 match_part 1.000 38367 38430 match_part 1.000 38516 38765 match_part 1.000 39494 39601 match_part 0.978 39717 39902 match_part 0.997 44286 44875 match_7 match_part 1.000 43275 43363 match_part 0.992 43469 43727 match_part 0.980 43804 43905 match_part 0.984 43995 44180 match_part 1.000 44286 44335 match_8 match_part 0.999 92452 93202 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.917 48841 48624 match_10 match_part 0.997 67053 66759 match_part 1.000 66192 65867 match_part 1.000 65111 64875 match_part 1.000 64731 64564 match_part 1.000 64275 63669 match_11 match_part 0.750 75471 75412 match_part 1.000 75297 75178 match_part 1.000 74797 74729 match_part 1.000 74526 74461 match_part 1.000 74253 74164 match_part 1.000 73753 73649 match_part 1.000 73547 73419 match_part 1.000 73064 72899 match_12 match_part 0.982 90493 90110 match_part 0.990 89254 89155 match_part 0.931 89064 89036 match_part 1.000 88926 88837 match_part 0.967 88427 87798 match_13 match_part 0.997 94302 93604 match_part 1.000 93527 93455 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4844 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 3032 3085 exon 3662 4081 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 8224 8456 exon 9722 9818 exon 11619 11737 exon 11836 12003 exon 13147 13275 exon 13752 13812 exon 14530 14633 exon 14711 14794 exon 14906 15012 exon 15135 15228 exon 15541 15654 exon 15838 15903 exon 16600 16672 exon 16756 16842 exon 17010 17064 exon 17140 17211 exon 17369 17431 exon 18246 18360 exon 18480 18904 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 19750 19909 exon 20587 20646 exon 20902 21078 exon 21158 21417 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 27144 27185 exon 27406 27652 exon 27745 27816 exon 28724 28903 exon 29348 29676 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 38367 38430 exon 38516 38765 exon 39494 39601 exon 39717 39902 exon 44286 44875 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 43275 43363 exon 43469 43727 exon 43804 43905 exon 43995 44180 exon 44286 44335 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 48841 48624 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 67053 66759 exon 66192 65867 exon 65111 64875 exon 64731 64564 exon 64275 63669 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 75471 75412 exon 75297 75178 exon 74797 74729 exon 74526 74461 exon 74253 74164 exon 73753 73649 exon 73547 73419 exon 73064 72899 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 90493 90110 exon 89254 89155 exon 89064 89036 exon 88926 88837 exon 88427 87798 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 92452 93202 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 94302 93604 exon 93527 93455 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.950 488 868 match_part 0.994 1453 1612 match_part 0.984 2898 3085 match_part 0.935 3662 3785 match_part 1.000 4227 4357 match_part 0.933 4570 4837 match_part 0.643 5034 5047 match_2 match_part 0.989 490 868 match_part 1.000 2898 3085 match_part 1.000 3662 3785 match_part 1.000 4227 4357 match_part 0.978 4570 4844 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 488 868 exon 1453 1612 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4837 exon 5034 5047 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C00HBa0182E16.1 type gene exon 490 868 exon 2898 3085 exon 3662 3785 exon 4227 4357 exon 4570 4844 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 472 515 transcript_1 transcript 472 515 CDS_1 CDS 472 515 stop_codon_1 stop_codon 513 515 gene_2 gene 2 635 3814 transcript_2 transcript 635 2951 start_codon_1 start_codon 635 637 CDS_2 CDS 635 868 CDS_3 CDS 2898 2951 stop_codon_2 stop_codon 2949 2951 transcript_3 transcript 635 3814 start_codon_2 start_codon 635 637 CDS_4 CDS 635 868 CDS_5 CDS 1453 1612 CDS_6 CDS 2898 3085 CDS_7 CDS 3662 3814 stop_codon_3 stop_codon 3812 3814 gene_3 gene 1 4238 4707 transcript_4 transcript 4238 4707 start_codon_3 start_codon 4238 4240 CDS_8 CDS 4238 4357 CDS_9 CDS 4570 4707 stop_codon_4 stop_codon 4705 4707 gene_4 gene 1 8328 18548 transcript_5 transcript 8328 18548 start_codon_4 start_codon 8328 8330 CDS_10 CDS 8328 8456 CDS_11 CDS 9722 9818 CDS_12 CDS 11619 11737 CDS_13 CDS 11836 12003 CDS_14 CDS 13147 13275 CDS_15 CDS 13752 13812 CDS_16 CDS 14530 14633 CDS_17 CDS 14711 14794 CDS_18 CDS 14906 15012 CDS_19 CDS 15135 15228 CDS_20 CDS 15541 15654 CDS_21 CDS 15838 15903 CDS_22 CDS 16600 16672 CDS_23 CDS 16756 16842 CDS_24 CDS 17010 17064 CDS_25 CDS 17140 17211 CDS_26 CDS 17369 17431 CDS_27 CDS 18246 18360 CDS_28 CDS 18480 18548 stop_codon_5 stop_codon 18546 18548 gene_5 gene 1 19437 21535 transcript_6 transcript 19437 21535 start_codon_5 start_codon 19437 19439 CDS_29 CDS 19437 19471 CDS_30 CDS 19666 19909 CDS_31 CDS 20587 20646 CDS_32 CDS 20902 21078 CDS_33 CDS 21158 21535 stop_codon_6 stop_codon 21533 21535 gene_6 gene 1 27163 29728 transcript_7 transcript 27163 29728 start_codon_6 start_codon 27163 27165 CDS_34 CDS 27163 27185 CDS_35 CDS 27406 27652 CDS_36 CDS 27745 27816 CDS_37 CDS 28724 28903 CDS_38 CDS 29348 29728 stop_codon_7 stop_codon 29726 29728 gene_7 gene 2 38396 44663 transcript_8 transcript 38396 44663 start_codon_7 start_codon 38396 38398 CDS_39 CDS 38396 38430 CDS_40 CDS 38516 38765 CDS_41 CDS 39494 39601 CDS_42 CDS 39717 39902 CDS_43 CDS 44286 44663 stop_codon_8 stop_codon 44661 44663 transcript_9 transcript 43329 44663 start_codon_8 start_codon 43329 43331 CDS_44 CDS 43329 43363 CDS_45 CDS 43469 43727 CDS_46 CDS 43804 43905 CDS_47 CDS 43995 44180 CDS_48 CDS 44286 44663 stop_codon_9 stop_codon 44661 44663 gene_8 gene 1 52577 56236 transcript_10 transcript 52577 56236 start_codon_9 start_codon 52577 52579 CDS_49 CDS 52577 52611 CDS_50 CDS 52717 52975 CDS_51 CDS 55353 55454 CDS_52 CDS 55568 55753 CDS_53 CDS 55859 56236 stop_codon_10 stop_codon 56234 56236 gene_9 gene 1 58800 61430 transcript_11 transcript 58800 61430 start_codon_10 start_codon 58800 58802 CDS_54 CDS 58800 58892 CDS_55 CDS 60392 60571 CDS_56 CDS 61053 61430 stop_codon_11 stop_codon 61428 61430 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 1 66942 64105 transcript_12 transcript 66942 64105 stop_codon_12 stop_codon 64107 64105 CDS_57 CDS 64275 64105 CDS_58 CDS 64731 64564 CDS_59 CDS 65111 64875 CDS_60 CDS 66192 65867 CDS_61 CDS 66942 66759 start_codon_11 start_codon 66942 66940 gene_11 gene 2 78023 67794 transcript_13 transcript 78023 67794 stop_codon_13 stop_codon 67796 67794 CDS_62 CDS 67916 67794 CDS_63 CDS 68103 68029 CDS_64 CDS 68361 68305 CDS_65 CDS 68765 68589 CDS_66 CDS 68902 68836 CDS_67 CDS 71041 70983 CDS_68 CDS 71215 71162 CDS_69 CDS 72405 72256 CDS_70 CDS 73064 72855 CDS_71 CDS 73547 73419 CDS_72 CDS 73753 73649 CDS_73 CDS 74253 74164 CDS_74 CDS 74526 74461 CDS_75 CDS 74797 74729 CDS_76 CDS 75297 75178 CDS_77 CDS 75471 75412 CDS_78 CDS 75698 75562 CDS_79 CDS 76000 75910 CDS_80 CDS 78023 76638 start_codon_12 start_codon 78023 78021 transcript_14 transcript 78023 67794 stop_codon_14 stop_codon 67796 67794 CDS_81 CDS 67916 67794 CDS_82 CDS 68103 68029 CDS_83 CDS 68361 68305 CDS_84 CDS 68765 68589 CDS_85 CDS 69002 68836 CDS_86 CDS 71041 70924 CDS_87 CDS 71215 71162 CDS_88 CDS 72405 72256 CDS_89 CDS 73064 72855 CDS_90 CDS 73547 73419 CDS_91 CDS 73753 73649 CDS_92 CDS 74253 74164 CDS_93 CDS 74526 74461 CDS_94 CDS 74797 74729 CDS_95 CDS 75297 75178 CDS_96 CDS 75471 75412 CDS_97 CDS 75698 75562 CDS_98 CDS 76000 75910 CDS_99 CDS 78023 76638 start_codon_13 start_codon 78023 78021 gene_12 gene 1 90244 88110 transcript_15 transcript 90244 88110 stop_codon_15 stop_codon 88112 88110 CDS_100 CDS 88427 88110 CDS_101 CDS 88926 88837 CDS_102 CDS 89064 89036 CDS_103 CDS 89254 89155 CDS_104 CDS 90244 90110 start_codon_14 start_codon 90244 90242 gene_13 gene 1 95969 95511 transcript_16 transcript 95969 95511 stop_codon_16 stop_codon 95513 95511 CDS_105 CDS 95768 95511 CDS_106 CDS 95969 95889 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 27.3 27745 27846 match_2 match 188 44046 44660 match_3 match 188 55619 56233 match_4 match 163 21026 21532 match_5 match 104 58614 58871 match_6 match 67.8 39756 39911 match_7 match 151 40013 40378 match_8 match 154 61047 61427 match_9 match 99.4 27404 27655 match_10 match 182 29345 29722 match_11 match 188 44046 44660 match_12 match 188 55619 56233 match_13 match 163 21026 21532 match_14 match 67.8 39756 39911 match_15 match 151 40013 40378 match_16 match 154 61047 61427 match_17 match 182 29345 29722 match_18 match 50.8 11630 11740 match_19 match 108 11815 12006 match_20 match 30.4 27745 27936 match_21 match 187 44028 44660 match_22 match 187 55601 56233 match_23 match 143 39998 40378 match_24 match 139 61056 61427 match_25 match 120 58614 58871 match_26 match 150 21167 21532 match_27 match 65.1 20935 21078 match_28 match 70.1 39750 39902 match_29 match 105 27404 27655 match_30 match 173 29327 29722 match_31 match 125 43467 43736 match_32 match 126 52715 52984 match_33 match 120 38514 38768 match_34 match 30.4 27745 27936 match_35 match 187 44028 44660 match_36 match 187 55601 56233 match_37 match 143 39998 40378 match_38 match 139 61056 61427 match_39 match 122 58605 58871 match_40 match 150 21167 21532 match_41 match 65.1 20935 21078 match_42 match 70.1 39750 39902 match_43 match 105 27404 27655 match_44 match 173 29327 29722 match_45 match 128 43458 43736 match_46 match 129 52706 52984 match_47 match 123 38505 38768 match_48 match 195 44028 44660 match_49 match 195 55601 56233 match_50 match 144 61047 61427 match_51 match 152 39986 40378 match_52 match 160 21155 21532 match_53 match 30.4 27745 27816 match_54 match 67.8 20926 21078 match_55 match 170 29345 29722 match_56 match 121 58614 58871 match_57 match 108 27404 27655 match_58 match 73.6 39750 39902 match_59 match 121 38514 38783 match_60 match 125 43467 43736 match_61 match 127 52715 52984 match_62 match 77.4 11618 11740 match_63 match 118 11815 12006 match_64 match 298 47479 48939 match_65 match 110 44031 44660 match_66 match 110 55604 56233 match_67 match 38.1 20941 21084 match_68 match 94.7 21161 21526 match_69 match 97.4 40013 40378 match_70 match 42.7 39753 39902 match_71 match 130 48094 48795 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_72 match 178 94151 93765 match_73 match 157 75699 75175 match_74 match 45.1 68904 68833 match_75 match 107 68765 68586 match_76 match 122 73070 72855 match_77 match 155 81112 80528 match_78 match 129 81374 81105 match_79 match 39.3 81112 81041 match_80 match 132 81398 81105 match_81 match 32.0 81112 81059 match_82 match 132 81398 81105 match_83 match 116 66253 65870 match_84 match 127 65114 64875 match_85 match 116 66253 65870 match_86 match 127 65114 64875 match_87 match 113 66190 65870 match_88 match 126 65114 64878 match_89 match 150 65111 64875 match_90 match 159 66163 65867 match_91 match 152 65111 64875 match_92 match 107 64731 64564 match_93 match 153 75696 75175 match_94 match 47.8 68904 68833 match_95 match 125 73070 72855 match_96 match 118 68765 68586 match_97 match 273 77558 76407