C08SLm0119I05.1 GATCATTCCAAATGTGATTACAAGTCATAGATCCTTGTATTGATTCAAATGAAAATTAAG AAAGTAAGCAAAAAAAGGAAAAAGAAGATGGGGTGGGTGTAGAGGATGGGGTTGATATAT AAGTACCTAAAGCTGAAGATAGTGGAGAAAAAGACTCAAGAAACTGTGAATATTTTAACC AAATGAAATAGCAAAAAGATTTATTTATAACATGATATTAAGAGTAGTAGAAAAGACTCT ATTTATTATGCGATGTTTGGAGAAGTAGCAGAGATAGGCTTGATGAAAATAATATAACAA TGAATTGAAAGCGGTGATAATAAAGGATAAATTAAAAGTATAATTGGATCGGAGTGTCAC GTTCCGACACGGAATTCTTGGATCGGACTGTCACGTTCCGACACGATATTCTTGGATCGA AGTGTCACATTCCGACACGATAATATTAAAGGAAAAACATGTTGAATTAATGGAAGGTAC TCAATCTCAAAGAACTCAACTCCCAAAATGGTTTGGTTTTGAGGCATGAGTCCTCATGTG TGATCTTGATATCATTGACTTATTACGAGTTTACTTTAATGTTGTTGATACTTGTTCATG TTGTTTGTTGTTTATCACCTTTTAAGTGTTATAGTTAAGTTCATACTATTATTTATTGTA TATTAGTTACTATTTTGGGTTGACCGATGATACTTACTCAGTACATGTTTCCTCGTACTG AGCCCTACTTGTTTTCTTCTTTGTTTTCCTTTTATGAAATGCAGCGATTGTACCTATGAC TTCTGATTTTCCTCAGCTCTAGCCAGCCTCCCGCATATCAAGTTACAGGGTGAGCTATCC ATTCAAGCTCGTATTGGAGTCTCTCGGTCATGACATGATGTCCTATACTTTCGGACACAT ACCATTTTATTCTTTATTTTAGTGTATTCGATATTCTTAGACTTAGTATTGGAGATTAGA TGTCCTTGATGTGATGACTATCAGATTTTGGGATGATAAGTATTAAACTTTAGAAACTTA TTTAAATTGGTTGCTTAGTATCTTTTGAAGCTTCCACATTATTGATATTATTTATAGTTG AACTATTGATACATGTTGGGGTTTAGATGTGTTGGTTCGCCCACTTAAGGAGGTAAGTGT GGGTGCCACTCACGAATCATTTTGGGTCGTGACAAACTTGGTATCAGAGCGTTAGGTTTG TTGATCTCATCACACAAGAACAAGTCTAGTAGAGTCTTGCGGAATGGTAAGGGGACGCCT TTACTTTTCTTCGAGAAGCTATAGGACTTTAGGAAAGCTCATTTCTTTCTTTCTTTCGTG CTACTACTTGAATCCAATTGGTATATAGGTGATACAAATTGGTATCTGAACTTCTTCACT CTATTTCAAATATGGGTAATACTAGAGTATTTGAAGTTGAAATAGCAACAACAGAAAGAA AAAAAATATGTCCTTAGAAATAGATATATTTTCTCAACCGCAAAATGTGGTGGTAGTCTC ATGTCAAGTGTCGGTTAACAAAGACACTACTATGACTCCATAGAGTCAGGGTATATTCGA GAAAGTCATTGATGCTTACTTGGGTAGAGTTAGGAAGTGTGTTATATTGTTATTGAATTG ATTTAAGAAGTAAAACAAATTGTTTGGTCTAGAGAGAGAACATAATCGATAATGTTTTGC AATTATTCAATGGGTAGAAATATGTGGGCTATTTGGGTACGATATTATGGACAGGTATGA TGTGTTCTAGTAATGTATCTAATGGACTTTCACGGTGTGGCAGTACTAGGGTTATGTGGA AACAGGTACGTCGATTGTCAAGTATGAATACTAATTACTAAAGGAGTTACAAGTTGTACG ACATGGTCAGATAATAAGATTTAGTGTTGCATTCACATTTGAGAAACCAACTAGTTTATC ACTACACGAACTTAGATTGAGCATTATTTTGAAGGAAAATTTTAGTGGTTGAGCATTATT TTAAAGAAAATCTTTAGTGGTGTATCTTTGGTACAAATATTAACACAACTTAAACTGTGC AATGTATCTTGAGGGTTTTGAGTGAGGACTGGTGGTTTTATCTTAAGCTTCAAAAGGTAG ATTGATACTAGCATGACAGACTTATAGGGAAAGAAAATCCTAGTGGGTATACTTTGGGTG AAGTAAAATGAAGATTTTAGTAAGAAAGTGAATATAAAATTTGTTAGTCCCTTCATTTTG ATTACTATATCTGAGTTTAAGGTGTCATGTCGAGGAAAAAAAATTGACTTTGTGGTGATG AAAAGGGCTTACAAATACATGATGGTGATAGGAGTAAGTGATGGATGGTGATAGGAGTAA GTGATGGATGGTGACGGAGATGCAAATTATAGAATACAAATTATTGGGCAAATAAATTTT GTATGGTGTTAAAAACTTGCGAGTATCTAAGGTTGATATTTCTACTATTTAGTGAGTAAT GTGGTTGTATGATAAATTTTAGGAGATTTAGGGCACACTCGAATATAATTTAAAGGAGTT GGAATCATAACTAAAATAAGATAAAACTTGTGGGATGTGTAGCCTTAAGAAAAATAAGTG AGAGCAGAATTATTTTCTCTTATTGTAAGAACTAAAAATGTATCTTCGAAGGGATCGAGA ATTGGATTCAAAATTGCGTGATTTCATCTATTTTGTTTTGGTTAAGGTAATAGCATAACA GGTTAATCAACTTGGTTAAAAGCTATTGAATAGAACTTAAGAGAAAAGTGTACAAACGTT CAACTTGAGTGAGATGATAGGTTCAGCTGTACTGTTGAATTTAGAAATGAGTAGGGTTGG ATTTTTAGTGAAACATATGGTATGGTTGGTGGAGAGGCAATCAATGATAAGCTAAGATAA GGTGATTCGTAAAAATCTTCAAAGTATAAGCAAATGTAGATAATTAAGGGCATTGTGTTA CACAATTGGACTTATAATTCAATTTTTTTTGTTTTGTTATATGTCTGAATTTCTGGTGGT ATATTTTGTCAAGGTATGAATTAGTAAGATGAGAAACGATTGATTGCATCGTTATTTAGC ACGTGAAAGAATTTATGCATGCTTTGGACCATAAAGTTGTTACTTTTGATTGTTAAAGGA TCTAAGGAAGGGTTTACCCTCAGAGTTTTGATTTAGAGTGTGAAGTAAAATGTCATGGAC TATTAGTAAAACATGAGATCGGTAAGCAAGCTAGATAAACAAGAGTTTCATATATTGAAG GAGCAAGATATTTAGAATTTGCACCATGAAAAGAATTTGAGAAGAGTGAAAGAATAAGAC CTCTCGTATAAATCCATGGGGTGTAGTTGATGGTTGTTTTAATTTTTGCCTATGAGTTTA GATATAATTTTGAGATGTGAACTAGTTCGGTACAGACTTACTAGGAGTTATCATCGACTT AAAAAAAATGAGTTTTAGTTTAGGTGACAAATAATGAGGTATGAAAATTTTAGTATTTTA CAATGAGGTTAGATTGCTCAAATTAGGATAGAAGACTTAAGAATGATGTAAAAGGTGAGA TATAATTCTACATGGTTATTTAGACTAAGGTTAGGTTAATACTACTCTATTGATGGGACT TCATAGAATGTTAAGGTGTGTTATATGGACATTTGATGGTTAATAGAGGTTATGAACTTA TAGCATACAGAATAGTTTGAGTGACAAAGAATTTTCCTAAGTGTTGGCATGATATATATA ATGGTTTAAAATGGTACCTTAAGCATGGTATGTGAAAGTGGTGTAGAGTTGACTTTGGGT GTGATTTTAATAGTTTTGTTCAATGAAAAGGTACTATCACATTTGAAATTAGTGCTATAA GCCTTATTTGGGACTCGTATCTGTCAGGAAATTCTTAAATAGAAAGAGATAGCCATAGTT TGAACATGTATTTGATAAGCATACTTTGATACTAATGATGGTTTGAGAGTAAGGTAGATG ATTGATGTAGTTATACGTTTTGTTATTATTAAGAGTATTGACTTCAATGAATGTGGAGTT TGATAAACCAAGTATGTGTGCAATTATATTACAGACATTCTGTGAGGGGAGGTGTAGATC TCTAGTTTTTGATACTATTGAGATGAGACAATGAGTATTAATATTTTGGAATAATCATTG AGATAACTATCCTTTCTTGCCTTGCCCTCCTTTGATCGTTCGAGGACGAACGATGGGTAA ATTGGTATCTATTGTAATAACTCGTGTAGTCGATTTGGGCACTAGAAATTTTTATGTTAG AAAATACTTTCTGATAGATTTAAGTGGGTGTTTTGGACTATTCACAATTATAATTATAAA ATTAATAGGGTAGTTTTAATAATTATTTTGTTGACGGTTAAAGAAGATAATACTCAAATT AATAGGATATAATATTTTAGTAATCCATAATTTCTACCCATATATAAATTAATTAAATAA AAGAAAGAAGGGTTTTATTGTTTAGTTATCAGAGGACAGATAGCATGCGCTTATTCTCTC GGTTCTTGGCACTGCCGACAAGTTTGACGGACGACTTCAGGTATAGAGATTTTTATCATA TTTTAACACTTGTATGCATATGTAAATATTGATTTGACAAGGCAAATTGTTAATATTAGT GTGTGTAATTTGAGTGGATTTAATACCCACTAAAGTGTCTTGAAATTTGGAAAAGAATTT AGGTTGATGATTGAAAAGAGGAATAGATATTATTAAGTAATTATATGAGAGAATATATAG ACATAATTGTTGGTGTTGCTTAGTAATAATATAATAATGTTATTAATTTTTAGTTGATGG ATAATATTATTATACTTAATGTGTTTGGTTGAAAATAGGTTGAATGAAAAAGTTTTCTTG ACAAAGTAGATGTTGGTTTGATAATTAAGGAAAATTATTATTAGTCTATTAAATGTGATG TTGTATGGCTATCGTTAAGGCCATTGGTGGAGTTGGAGTATCATGCATGTAGAGACTATA TAATTATTATTATTACATTGAATTAGTTTGTGAATGGAAAGAAGAGAATGGAGTGGTGAG TTAAATTGCAAATGGTAAATGTTGTTAACGTTCTTGGACTTGGAAAAGATAAGAATTGGT GGAAAATTAGTGAAGAATAATGATTGGTTAGTTAATGAATTGACTTTGGATTAATGATCA ATTAAGGTGTTGGTTGTCGCTGGTCCGTAACCAATGGAATTTATTTTAATAATATTATGG ATTTGTATATCATATTATGAATGGAATTATGATATATTGAGATGGGTAATTAAAACTTAT GTGTTCTATTACATTTATAATATTAAAGAAATTGAGACTTAAGCTTAGTCTTAAATTCAA TATATAAAGGATTTGACCTATTAATTGAAATCAATCTTGAAACTTGATAAACAATTGAGT GTGTCTACTTACAAATATCATATACTTTATAGATTGGGAAGATTCAGAGTCATTAAGGAA AGTAAAAGCATTGAAGAAGTTGCTTACTTGACTTCGATTCTTCGGTGGAGGTAGGTTATG GTTTATGCTATTTGATAGTAAACTCTTAATAGTGATTGATATGCCTTGAATGATATTGTG AAGTTCTCTATGTACTTGGCTGTGTGATTGTGTGATTTGGTTGTGTGGTTTGTGATTGGT CTGAAATCCTGAGACCGTAGAATTTATATTCTCTAACCCTCTCTATCGAAGTGATGCCTT GAATAAAGAAGGCTTAATGAAAATAATATAACAATGAATTGAAAACGGTGATAATAAAGG ATAAATTAAAAGTATAATTAGATCGGAGTGTCACGTTCCAACACGGTATTCTTGGATCGG AGCGTCAGGTTTCGACACGGTATTTTTGGATCGAAGTGTCACATTCTGACACGGTATTCT TGGATCGAAGTGTCACGTCCCGACATGGTATTCTTGGATCGGAGTGTCATGTCCCGACAC AGTATTCTTGGATCGGAGTGTCACGTTCTGACACAGTATTCTTGGATCGGAGTGTCACGT TCCGACACGATATTCTTGGATCGGAGTGTCACGTCCCAACACGGTATTCTTGGATTGGAG TGTCATGTTCCGACACGGTATTCTTGGATTGGAGTGTCACGTTCCGACACGATATTCCTG GATTGGAGTGTCACGTTCCGACACGGTATTCTTGGATCGGAGTGTCACGTTCCGACACGA TAATATTAAAGGAAAAACATGTTGAATTAATGGAAGGTACTCAATCTCAAAGAACTCAAC TCCCAAAATGGTTTGGTTTTGAGGCATGAGTCCTCATGTGTGATCTTGATATCATTGAAT TATTACGAGTTTACTTTAATGTTGTTGATACTTGTTCATGTTGTTTGTTGTTTATCACCT GTTAAGTGCTATAGTTGAGTTCATACTATTATTTATTGTATATTAGTTACTATTTTGGGT TGACCGATGACACATACTCAGTACATGTTGCCTCGTACTGAGCCCTACTTGTTTTCTTCT TTGTTTTCCTTTTATGAAATGCAGCGATTATACCTATGACTTCTGATTTCCCTCAGCTCT AGCCAGCCTCCCGCATATCAAGTTACAAGGTGAGCTATCCATTCAAGCTCGTGTTGGATT CTCTCGGTCATGACATGATGTCCTATACTTTCGGACACATACCATTTTATTCTTTATTTT AGTGTATTCGATATTCTTAGACTTAGTATTGAATATTAGATGTCCTTGATGTGATGACTA TCAGATTTTGGGATGATAAGTATTAAACTTTAGAAACTTATTTAAATTGGTTGCTTAGTA TCTTTTGAAGCTTCCGCATTATTGATATTATTTATAGCTGAACTATTGGTATATGTTGGG GTTTATATGTGTTGGTTCGCCCACTTAAGGAGGTAAGTGTGGGTGCCACTCACGACTCAT TTTGGGTCGTGACAGATTCACATTATTAATATATTTGGAGTAGTTGAAAAGACGACCTAA ATTATTATGAGATGTTTTCTTTTCGTTTTTTAAAACACAAATTTAATTTCTGAACTTAAT GCATTATACTTACATCCAAAGAGAATGTCAAAAGCCTAAAGCATTGTCATATTAAAAGTA AATGAACTATTTGTTAAATGAACCTGGACTATACTTCATTTAATTTACTCAAATTCATCA TTTTTGGATTTTAAAGGAATAATTAAATTGATTTTTTTACATTTTTTTGATATTTTAATT AAGTATAGGGGTAAAATGATAATTTTACTTTTTATTTTGAAGCTTTTAATGTTTAGTTAT ATGATAAATAAAAAATTTAAACATTAGACGAAATACAAAATACTTGAAAGAACATACCAT ACGAACTTTATGTAAAAAAAGAAGAAGAAGATGAGAGTCTTACTTTGTCTAAAACAAATT CAACTACATAATATTGTCGGTAAAAATAAAAAGTGAAAGAGAAAACATACACATTAGGGA TGAATAAATATGAATTGTTGGGGATTGTAATATATAGTAACAGTTTCTTTTATAACTTTT CATTCTGAAATGCTTGAAGTTTCACCTAGCAAATTAATGTAACCAATTTCATTCATTTGA ATGACTTTTTATCTTCCGTTATATCTTTATTACAATAATTTAAATTGAATACTTTAAAAT TGATTATTTATTAGTTATTAGAATATACTTTTATATTTTGTACATTAAAAAAAGAAATAA TATTTAAATGAAGGATAAAATGGTAATTCAACTTTGAGGTTTGGATCTTCCCACTTATAA TATATATAATTTGTGGTTATTCCGATTAATATGCCTTCGACTAGTTGTCATCCTTGGATG AGTTTTGTTGTAAATAGGTTTTTGGCCTAGCACCTTTGGGTACGTGACTTGGTTCATTTA CCTGCTTCCTTTATCCTCTTTCCTTGTATCAATTTATTTCCTACTATGAGTTCCTGGTTA TTGCTTAGACACTTGTTATATATACACTGTTCTTGCCTGTTGTTTATGCTTGTTTTATTT TTGGAGCTCAATCGAGCTATACTTACTAAGTTCCACTACTCATACTACCATTATGCACCC TGCAAATAATACTATAAGTTTTCACTGCTAATTTGGATCTCGTGCGAAGAAGCGATTGAG AATATATATATATATATATATATATATAAGACATAGGTGGTATATCAACTTTCCAAGAAA ATTCAATCAATAAATTTTCAAATCTGGAAGTGGAGATAGATTACAAATTAATAGCAACTA GTCAATTATTCTATGGAAGTTTGAAAGTAAACTTATTAGCTTTTCGACATATTATTTAGT ACTTAAATAAGTAAAATACTTATGATATTCACATGGTTCACACCCAATTTTGACGGTCTC ATATCTTATTTTCATTACTATTTGATTAAATAAATATTTTTAAAATTAATTTCTTTTATT TCTATATATTAACTAGTATATAATTTTTTCTCTAAATTATTAGTGTTAATATTCATAATT TTATAATAATTCATCTTTTATTTATCACTATTTGTCTCCATCAACGTGTCTACTTAAGCA TAGGCATTTCCAAAAAGAATTTTTTAAAATATTGTTTTGCTTCATTGTAATTTTAATATT GTACCCTTTTCTTTTGAAATTATGATGCCCTCTTTAACTTTGGCCTTTTAACTTTAAATT CATATATACTTTAGTTGTAGCTTTATTATTTTGAATATCCCTAATATTAATATATATCTT ATAAGTGGTTTGAACAAATATATAAATTATAGATGAAGAAAATTGTGACTCAAATGTTAA ACTCAACAAATTATAAGCTAACACTCTATATACATATGATAATACCCTGAACTCATTTTA AAAATGAATTTCTTTTATTTAGAGTTACTGTAATACTGTAGACACACAAATTTTATTGGA TTTAATTTATATAAAATTTGGATTAAATCCATGTAGATTTGGGTTGAATGATTAATTTGA GCTTTACAAATAAATAAGTCAATGTCTATTAAATTCAAGTCCAAGGTCCATTTTCACCTT GAAGCCAAACTCATGCCACGTGTCACAGTGACTAGACATCAAAGACCTACAAGGTGACGC CACGTGTCCGAATGTGGTGGTATCACCAATCAAATGATAGAAGGAATCACAATGCGCCAA GTGTCAAAATGACATCCTTTGGCCAATCACAAGCAACCTTGTCCACCCCTACAACTATAA ATAGGGGATGAATATGACATTCAAAGTCATGAACAAAACACTTCAACAAGCATTTTGCAA TTGGAGAAAGATACAACATCAACTACATATCTCTTCGAAGGAGTGATCAACAGAGCTCTT CCTGGAGATCGACTTGCAGCGACGAAGTGCTTTCCGATGTTCTCGGAGAACAAATACATC TCAAGGAGGTCTACATATGCTACAAAATCAACTACATAGATTTTCAAAGGATTGATTAAC GGAGTTCTCCCAGGGATAAACTTGCAACGACTAAGTGCTTTTCGACGTTCCTAGAGATCA AATACATCTCAAGGAGGTCTACATCATCCTATATTTAAGAAATACACTACTGAAGGCCCT CAAATTATGGAGAAACTTAGGAGAGAAGAATCAAGAGAACAATAGAATTGTACTCACACG ATTCATTAATAAAATCTGTCTTTTCTATTATTTGTTTTGCTTGCAGTTAATTTTTGCGCT TATGAAAAATTTGTTGAGAATAAATTTGGGCCGCCCAGTGGGACCAACTATGCTCTTCAT CTCTTAATCCTACAAATAGAAAACAACAAGTTCAACACTGCAATGACTTTTAAGAAGATC AATGATGTTTCGTGCAAGGACTCGACTGTTGCCACATTTGTTGATTTTATTGATGTTGAT CCAATCACTCGACGCGATTTCAAGACAAGTGCCTTGAATAGATTTGTATATTTCACCTCC TTGGAGATGCAAAGAAAGAGCAATCTTGAATGACACTCAAAACTGCAATCCCTAGGGGCA ACATTGCATCAAAGTTGTTTGATGAACTTTCTCACTCTGGCTTCAACTTTGGTGAATCTA AAAGTTCTACAGATTCTTCAAATTCAACAAAGGCTAACTCTTTTGTGGTTGACACAACTT ACATGGAAGATAAGTTTGCAATGATAGAGGAAACCATTGAAGCCTTGGAGAAGTTTATTG ATGACAAAAATCTTGAAATCGCGCAACTTATGAGCAAGTTAGATCTCTACAACTCTAGAG AGTCACATCACAATCTAAAAACTTAAGAAAAATTTGATATTGATTCTCTCACCAAGTCAG TTGACTCTCAAAGCGCAAAACATCTGCTTCAGTTGCCACTCTAATAGTTTAACAACTGTA AGATATGATGACAAACACAATTAAAGCTCAATATGGTGGTCTGTCACAAAGTCCCTTAGG ATATTCAAATCCGTATTCTAAGTGAATCCAGGTTCTACTAATGCCAATTGGATACCAACC ACCAAAATTACAGCAATTTAAAGAAAGGGGAAATCCAAGCAACATATTGCCCATTTTGTC GAGACTTGTGGTAGTACCGGTACACGTGATGATCTTCTAGTCGAGTAGTTTGTTCGTTCT TTAAAAGAAAACACCTTTGATTGATATATGGACATAGAGCCTGAATCAATTGGTAGTTGA GTACAATTAGAAATCAATTTCTCATTTTTTTCTACAGTACCCGCCGTATAATGAGCATGA TGGAATTGACAAACACAATACAAGGTAAGGATGAACTCATTGTGGACTACATCAATCGTT GGAGAAAACTGAGATTAGATTGCAAGGATCAACTTTCTGAAATCTCTACAGTCCAAATTT GTATAGAAGGAATGCATTGGGACCTTAAATATATCCTTCAAGGAATTAAGCCTCAAACTT TTGAAGAATTAGCTACACACGCTCATGACATGGAATTAAGTATTGAAAGACATGAAAAGA CATCACATGTTTTTGATCAAAAATCAAAGATATACAATTCAAAGAGTCGTTAGATACACA ACTAATGAGTCCATGGCAGTAACCACAACTTCTATGAAAGCTTCCGGGACACAAAAGTTC AAAGATATTGCAGCACATCAGCAAATGCAAGAAGTGAAAAATTAATATACCTTGACGGAT TTACAAGAAAAACAGTATCCCTTTCTGGACTCTGATGTTCCTGCGATTCTTCACGAGATA CTAACCAAGAAAGTCATTGCACTCCCAAGGTGAAAGTGACCCGAAGAATCCAATAAAATC GATGATCCTATGTATTATAAATTTCACCGCATTATCGGTCATCACATCACAAAATGCTTC ACTCTGAAGAAAAAGATCATGACATTGGTACGAGAGAGAAGTATCATCATTGACAGATAA GATAGCTGAGACAAACCATGCTAGTGTCAAACTAGTTTATGATTCAATTTTAGAAGTTCT ACGTCCAGTGACATCGCTAAAACTTGAAGAAGATGTCATCATACTACAGTTTGGGAGATT TGAATCAATTGAATTTTCCGTTTTGAAGAAAACAACAAACACATCCAAGATAGATGCCTT GTTCAATGAAGATAGTGATGATACTTGTACTTTGGTCGTTCACAAAAGGCAGAAGCATCA AGGGACTTTTAAACTCTGACTTTCAAAAGTCGACACAAAATATATTATGAATCAGCTTCG GCAATGTGAAAGCATAAAATCCAACTCCAAACTGAAGTACATTAATGCTTCATCAAAGTT TACAAGGCCAGTTACATTGATGGAATCCTTCCTTGAAATGCTCCTCAACGTACGAGCCTA AACTGCAAGTTACAAAGCTCCAAAAGGTATGAGCACAAACTGCATGTCACTCCTTGCTTA CAAGAGTATAAACTGTGTTCGACCCAAAAAAAAACTCATCATCCTGAACTACGATATGAT TTGATCCTCTTCGCCGAGTTATGTAGGAACTTGGAGTAATAACTCTAAGCTCAGTCACAT AAATAAAAAAAGGGAGTTTGCTGGCAATGCGTGATCTTTACACTAGCTCATTAAAATTAT GTAGCTAGCACATGAGTTCAAATGCATCACAAATGAGACAAGGAGAAGAGTTAAGCATGA CATCTTAGCTAACTTCAAAGGCGTATTTTTAAAAGTCCAGAAAGGCTTTGACCGTGATTT TCACATATATTGCAGTTTTGGAGTCTATTCGCAACATAAAAATCATCTCATGATTCAGAG GTTTCTACGCCAAGTTATGAAGTTTCTACCTCGACCTCTTGAAGCTGCGAAATAGACTAT CAGATTTCTAAATTAACTGAGCAGAATTCAAAGACATATTTGTGAAAATTAGTAAAGGTT TTGGTCGTGATTTTTTTGTATGTTGTACGTCTACGAGTTATTCTTACAAAGAAACAAGAA TAACATTATTTCATGGTTGCTCCGCGGAGTTATTGAAAGGCAGAACCATAAGTTAACTTT GAAGCAATATCTGTACCAATCCACAAAGTCTTTGAACCTGATTTTTATACAGAGTGTAGT TATTTGATTCATATTTCCAACGGAAAAAGAAAATCATGATTTCAATACTCCTACTCCAAT TTACGAATTTTCTACTATAATCGCGCAAAGCTGCGAAAAATATATCAAAATTCAAAAGCA TCTTCATAATTTTACTCTGAACAATGTGGAAGAAATTTTGAAATTAAACTTTGTCATATT GTAAGACGTTGAGTTTTGTTTATCTTGGATCAACTGTATTGCAATTCCATGGCTTCCACA TTTGAAAATAAATATATTTCAAAGATGTTCAAAGTTGAAATCACAAAGTCTAAGAAATTT GAGCTCCATATGCCTCCCAAAAATTCAGAAGATTGGTACAAGGTATTCTTCAAATTTAGA GGAAGATGTCAATCCACACCACAACTTGAACAATGAGATTATCCACAATCTAGTTTGTTG ATGTTTGGATGCCTACACCGGGTGTTTCTCTCACCATCCTCACGTCAGGTGCTTTTTCGT CGAAAATGAATGAAAGTACTTCAAATGTTTCTCTCGTGGAACCGCAAATAGAAGAATGAA AATGGAGGTGGAAAGCTTCTAAAGGCTACAAGGAAGGTGAATGCGTCAAGTGAGTTTTCT GTCAACATTGCTAGGATGAGATGAGTATTTTCACGCCAATCATATGAACAATTCGTGCTA CTTCGTGTAGGCTCCTAAAACCAAAAAATGATAATATAAAATTGTAGTCATCGGTGCTAA TTTCACAAAACTTTTAATTTTTCTTGGTTGATCTAATTCTGATGACACATGTAGTAAGTG CATGACCCTTCAATATGACATGACAAACATGAGTAGCAACACAACAATCCTGTTCGACAT AGCGGTGCCAATAGCACGAAGTTTTGAATAAAGGTAAAATTGGATCTTGAACATCAATCT CCAATGTTTAAGAAACATGTAAATGCAAATAAAGATGCAACTATAACCATTACCTGCAAG AAAGAGAAACAAGAAAAATCAAAAACACAAATCCGTGATGAAAATGGAAAAGTTTGAAGA CCAACTACAAGAAGAGTTTGAGATGGATTTTTGGATATGCCACAGTAACATCAATCTAGT TTCTTAAGAGTAGTCATTTGAAAGCTTCTACACAAAGAAAAGGATGTTTTGGCGGCATTG TCCATAGCCGTGAAAAGAACTGACACATTTTGGGTCCAACTTCAAAATTTGATTCCCGGC GATCTAGAAGGTTTCTAATGTTAATTTTTGGATATGTCGTAATAATCAAAGTCTACTTTT TCTATATATCAAGCCTCTTATCGTTTGAATGTTCCTACACCAAGAAAATGATGTTTTGGC GAAATTGCACATAACTATGAGAAGAACTGTCAGATTTGGCGTCCAACTTCGGAAATATAT TCCCGCTGATTCAAAAAGTTTCTAACTATGATTTTTGGATATTTTGTATTATTAAAAGTC TAGTTTGTCCAGAATCAAGACTCTCATTGTTTGAATGTTCCTACACCAAGAAAATGATGT TTTGGAGATATTGCGCATAGTCGTGAGAAGAACTTCCATATTTTGGCTCCAAATTTGAAA ATTGATTCCTGTCAATCCAGAAGGTTTCTAATTGTCGTAATAATCAGAGTCTAGTTTCTC TAGAAGCAAGACTCTCATCGTTTGAATGTTCCTACACAAAAAAAATGATGTTTTTGCAAG ATTTTGCATAACTGTGAGAAGAACTGTCATATTTGGCATCCAACTATGGAAATTTATTCA TGCTTATTCGAAAGGTTCCTAACTTTGATTTTTGGATATGTTCTAGTACTAAAATTCTAG TTTCTCCATAATCAAGACTCTCATTGTTTGAATGCTCCTACACCAAAAAAATGATGTTTT GGCGAGATTGTGCATAGGTGTGAGAAGAACTAACACATTTGGGATCTGACTTCGATATTT GATTCCCGTCAATTTGGGAGGTGTTTAGCGCTGGTATTTGGATAGGTATCAGTAAGAAAA TTTTTGTTTCTTACAAACCAAGCCGCTCGTCATTTGGACATATCTATGCTAAGAAACAAA AATTTTGTTGGGACTGCATGAAATTGAGAAAAAAAGACATCAAATTTGGAGTTCCACATT GATTTGGTTAGAAGAATTATTTTTCCAATGATTCTTTGATCAATCCTTTGTACATGGGAG ATTCTTATATACAAGTTTCTTTGAATAATTTTTATTTCTTGTACAAGGAATGTTTTGGTA AAATTGGAAGAAGAAAATCCTATTAATTCCTAACATCTAAATGGAAGTTGCTAGCACTCA AAAGGAAAGTAATAAGTCTTAAGATGTCAATAATGATTCTTACAAAATCAACCAAAGTAA AGTCAATATTCCTTTTATTTGATTCAAGATTCAATCAATCTTCTTTTTCTTCTCACACCT TGAAAGGAAGGTCACACAATGTTACAATTCACTAGACCCATCTATTTGAAATCAATGTAG AGATTTCACATAGTTGTCAAGCAAGAATGTTTAAATAAAAAAATTTGAGATCACTAAAAA CAAATCATTTGTAGTGACCTAGTTAGAATGCAATAACAAGAAACAAATACTCTTGAAGTC TCAACAATGTCTTCATAAAGACATCAACTTTCATCGTCAAATTCGACAAGCATACACGTT GACAAGTATAAAAAAACACATTCATGAATACTTCAAGTCTTTTCACCAAGTGTCGTCAAA CCTACACTTCAACAAGGCTTGAAGTAGGGGGCATCTGTAGAAACACAAATTTTATTGAAT TTAATTCATACAAAACTTGTCCACCCCCTACAACTATAAATAGAGGATGGACATGACATT TAAAGGCATGAAGAAAACACTTCAACAAGCATTTTTCAATTGGAGAAAGCTACAACATCA ACTTTATAGCTCTTCAAAGGAGTGATCAATAGATTTCTTCCCGGACATCGACTGGCAACG ACAAAGTGCTTCCCGACGTTCTTGGAGATCAAATATATATCAAAGAGGTATACATAAGCT ACAACATCAATTACATGACTCTTTAAAGGATTCATCAACAGAGTTCTTCCTGGAGATCAA CTTGAAACGACGAAGCACTTTCCGACATTCCTAGAGATAAAATACATCTTAAGGAGGTCT ACATCATCCTATAATCGAGAAATACACTACTGAATGACCTCGAATCATGAAAAACTTAGG AGAGAAGAATCAAGAGAACAAAATAATTGTACTTACACAATTTATTAATAAAATTAAATT TTTGTTTTATTTATTTTTCTTGCAGTTAATTTTTCGCGCTTACAAAAATTTGTTGCGAAC AAACACCCCAAAAAATTCTAATTAAGACTCAAATCATTCTTGATTTACATTTAGGGTCAT ATCGGGCGATTCATGGTTAGTTTCTATATTTTAGGTGTGAAGTATTTTTTCTTTTGCTTT CTACGATTTGTGATTTGGATTTTTTTTTCTGATGCTAGTGATGGTATGCATTGCATTGGT TTCTCATTCTCACATGATTTATAGTATGAACTTGGTTCATCATTGGTACTCAACATCTTC TTTGAGAAGTAGGGTTTTTGCCCGAATTACTTTTAACTGATCTTTCTATGGGATTCATAC TAGCTTTACTACTTTATAAGTAGACTTTCAAATAAATTGTAAGACCCCCAAAATGAGTTA GGGTGTCTAGAGCCTCACTTGTTCCTATAAGATTGTTAACATGTTAATACAATTCTTTAA GGTATGCTTGGGTGATTTGAAGTCATTTGGAAGTCAAACATCAAGGAATGACCAAGACGT GCGACGACTAGTCACCTAAGGGGTTTTATGTGTTTTTATGTGATTATCCGTGTGTCATGA GCTTATGAGGTACTTTATGATTTAAAATGATTTTTATAGGTAGTGTGTTGATTTTCATGA AGTTTGAAGGTCAAACATTCAAGAACGTCTAATATGTTCGAAAATTAGCCCTTGAGACGT TCATGTGTGTCTTGAGTGTGCCATACATGTTTGGATGTGTTTTTGACGTGTTAATTTTGG TTGAAACTTGCATGGAAGTTATAAAACATGTTAAGGTATATATTCACGTTTGAAACGCCC AGGTACGACTTCTTAAGGTCCCTACAAAAAGGACCCAAGGGCTGTCGAGACACTGCCTTG GCAGTGTCAATTGACTGAACCAAACGACGCCTCGTTTGTTGACAAACGGCCGGTCAAACA CTTAGCTTGTATAAGTCTTATCCAAAGAACAGTCCAAGACCCCATCGACTGAAGCCACAG ACGGCCCGTCGATGGACCTACTGGTCGTCGATGGTGGCCTACAACTGCTACCTAGCGATT GTTTCATTAAAGGGGTGAATGGGAAATTCACCCCATGTCCCAAACTAACCATAATAGGTT TTTTAGTTATTTTTTGGTGTATTTAAGGGATCAAAAACGTGATCAACCCGAACCTAATTC AATTCACTCAAAATAGACTTTCCCTCTAAAACTAATTTTCTCTAGAAACCTCTATCGAAG GTAAAGCACAAGAACAACTTGGAGCTTGGATTTATATGGATTTCCTCAATTTTTAGAGGT TTTCTTCTATATAAAGGTATTGTGATCCTTCATCTCTAAGTAACCTTTCACTTGAAGAGC TAATCTCAAAGTTTTCAAAGAGAAAATTTGATCAAACTTCTCCTTCTTCAATCTAGCCAT GGGTTCTTTCTAAAAATGTTTTAAAAGGTTTAATCATGATCAATTGATGATAATGTATTG GTTTTAACGTGAAAAACAATCTAATTGCATTGTCAACCCATGTCCTTTCCCAAAATCGAT TTAGCCCTTGCATGGGCATTGTGGTCGTGGCTTGTTATTGATTGAGTTGTCATTCTAATA CATTGAATTGATTATATCTACTATTTATTATGTATATTGATGATGAATTGTTTATGAATG ATCCAATTGGATCAATGTATGAAGATTTGATCATGACTAGCCTGAGCCTCTATGTGATCA CTGTAACATTGTCATTACAATGCATGAATGAGGAATTCGATTATGTTAAATTGATTGATA AAAATTGACTATCACGTATATATATATTATGAATTATATTTTAATGGATGCAATATGGAT CAAGGCTTGAATATTAGATAGTATCGATGCATGTTCTCCTATCTTCTATAAATTGCTAAT GTAGTTCGATATATCTCGTCTCCACAAGAATTGGTTCATGAGTTGGTATTGGTTTAATTG TACTTTATCTAATGCCTATAATATATTATAATGATGAATTATGTGTGGGTATCCAATGTG GAATGATGCTTGAAGACTTGATGTCTAATTCCTCTTTATTGTAATTCTATGATGCTCACT ACAATCTCGATTTCTTGGCAATTGTAGTAAGGTTTCTTTTAATCCATGGTATCCTCAACA ACTGACCTCTATGTTTATTGTTGATTAATTTTTAGTATGACTAATTTATAATCAAAGTGA GGAAGAATTGGTAAGAGATTAACTTCCCTTCACATTCTATGAATTGATGATGTGATGGAC TTAATATGATCTCAATCTTATTATGATTATTGTATGATTTATACTTGATCATGATGTTCG TAGATTCTTCCCCTGGTTGAAACTTATGATGAAATATGATTGATACACAATGCAATTGAA TTTGGTTAAAGATCCATGCCCTTCTACTTTCTAGTATGTTGGTGATGTATTGTACTAGTT GTAGCATGGTCTTGTAGTGGCTTATGCATGTTTTATTTTATGATTTAAAGTATATTTAGA TACTTCCCTATACTTGAATTGTTGATGAAAGATTATTAATGGTCAATGATGACCAAAGGC TAAAGGATTTGTAAGAATTGCTCTACTTCTATACTTCTCTAGTTCTCTATAGTATTGTTA TTGAGCCTTGTATGACATTATGTGGCATAATCCACTTATGGTGGCAGTGTTTACTTTATT ACCAATATATATGTGATGTGATCATGGCCTTGAAGTCAACTATTCTATGAATGTGTGTTG GTGATGAATCACCCTATGTGAAGACTATGCCTAGTTTCCTATTTTAACTATGATCTAGGT TGTGTTGCTAATGTAATGAGCATGTAAATGGTTATTTTAAGATCATATGTAGGTGCTTAC ATTAATGAAGTGTTAAGGATTAATTACCCCTACCCATATACCCCTATCTGAATGTGTGAA TAGCTAAGGTTAGGAGTCTTGAATGTAATGTGAAGATTCTTGCCTCCTATGCTAAATTGT GTTGTGTGGTCTATGTTGGTTGTGAATTGTGGTCTTAAGAGGGTGGCTGACTCAAGGTGT TATTGATAGCCATTATGTGATCATGTTAACCAATACACACACACACTCACACATTATGCA TGCTTACATTGTAGTAAAGGGTCATGGTGTCTAATGAAAGGTTGATCTCATATTCACTAG ATATCTACTACTATGCATGAAAGGTAATTGTATGTGAAGTATGTTATGAATTCCATATAA CTAGGATGACTTGATAGGTGTACTATTATGGGCAAGGTTATGGTAGCTTGTTTCTGCATT GCACATGTGTACCTTGATAGGATAGTTCCTACATTTGGTTTCTATGTACATGAAAGTGAA TGTATGAACATGTTATGAATACATATTACATGCTATAATGTGACGTATGTGGTATGATAA AGTATGATTATACCTAGTGTCTAAATGTGTTTATATGAAAGCATGGCTCATATAGCTACA CGTGTACACTTGTGCATGAATGAAGTAAAGTATGAACATGTGTGGTCTAAAGGTGTTATG TGAAAGGTTTGCTCACAAGTATGTACACACACATATGTATGATGATATAGTCAATAAAGG GGCTCTTTAAGGTGTGCTCAAGAGTATCCTAAACTAGATAGATGCTTACATATGCTATGT CCATATGAAATATTTTCTCACATCATATAGGTTGATGAAATGATTTCTCATCTATAACCT ATTAGCTAAGCATATGGGGAGTAAATCTCCTAAATCCTATGTTTTATAAAGTAATGTAAT TAAAGGCTTTGAATAAAGGGAAATTAGTTTAGCACCGAGTGAACTTGGAGATGAGGGGTG TCCCTTCCCATAGTAGGAAGGTAGGTCACCATAGAGCTCATGGGGTGGATAACCTCATGA CCCAAAAAGGGTGTTAGAGTTGATGTTTCCATGATGCCTCCAAGTTCCATAACAATGTTG CCTCATAGGTTCTAGCAAATGATATCACCTAATATGCTAGCATGGTACTCATATCTTACC TTGGCACGTAAGATACCCCCTTTTGGTGTAAGGGGAGGACACCAAATTCCATGTTTGGCT CACATGGTCTTATTGTCGGTTAAGGCTATAGTTTACCTAAAGTGAGATACAATGGAAGTA AAGTAAGGACTCTAACTAGGATAACCTAAGGGTAGTTGTTTAGTGTAGGTGGGGTATGGA ACATTACCTATGCATTGCACAAGTGAATCTTGAGGGAAGTCCTAGGATGGTGTTCTAATG CATGTGTCTATGTATATCTTGCTTATGTATGAATTTGTAGTAATTGTCTACTTGTTGTGA TGACGCGCATGGTATATGTCCTAATAGATCTATGTGATGGAGTTTTTTCCTTATATGCAC TATGTTGGTCTAAATGACTATATGATGAAGGTCTTATAAGACATTGATGTGAAGTGAAGT AGTATATGTGCAAGTTGATGTAGCTTACTGTGATACTCTTATGGTATTCGCTTAAATGTG TCTTTGATGTATTGTGCTTCTATAGTGGTATATATTTTCTTATGTAAGTTGTATGAATGA TTCCTTGTGGCCTTCAGATGATGCATTTCACCAAGTATCACTAAAGGATAACTTGGGAGG TTAAGAAGTTAAAGAAAAAGATGTTCATTATTAAAGGGAAAGTGCTCACTGTTAATGACC TAAATTCTATATGTGATTTTTTATGAAGTTTGTCTTTTGAATATGTCTATATGAAGTATT TGAATGATATAAATGCTATTGTATAATCATTTTATGAAGAATTACTCAAAAAGGCATGAA GTATGATTTCAAGAAAATGCCCCTTTTAAATGCATGTATCATACTTAGGGCATTCTTGTA CTAACTCCATTCTTCTCTACTTTTTACACAAAGTGTAGGTTAAGGATGCTTAAAGGATGT CTCTATGATTGAGGAGCTTGTATGTGTTTCCCAAGTTCAAGCAAAAGGTATCCTTAAGAT TCAAGGATGTCTTATGTCAACTTATGGTTTACTGTAAAGTTCTGTAATATCATACTTATG TATTATGTCTTAAGGGTCGTGTCGCTAATGTACTCTAATCATGTTGTGTCTAGGATGGAA AAGAGACTTAAGGTTTAAATATGTACTTATAATATTTTATATATATATGAAGTGAAGTTT CTAGCATATGAAGTGCTATGAAAAGTTTTAAATTTTCCGCAAAATTTAGAGATTAAACAT AAAGTCAACACTGAAGTTGTCCCGAATTTTCAAAAAGATACATGAACTTTGCAACCGTCC TATTACCCCACTAAACAATTTTGAATAGACATAATTATATCATTTTTCGCCCACCTGACA TAGAGAGTGGTGTGCACTCTCTCAAAGAGAGTGAGCAGCCTATAATAAATAATATAATTT TATTTTTTATAAGTACTTTATTTTAAAATATATTTTCTTATTTTTCATGTTATTTTAACT TGTTTTCCTTTTTATTTTTTCTTTCTGTTTCTTCTTTCCTCTCTCTTCTTCTGAAATCCA TTCTCATCTCCATCCAATAAAGTTTCTTACTTTCAATGTCATCATTCTTATCACTTATCA CAAATTCATCTTCCTTTTTTATTACTATTAATCTTACTCTCTTTAATTTTAAAATTTTAT CTAAATATTTTCTTAAATTACAAACAATTCGATAAACATAATTAGGAAGTATCATATTGT TTTTTTTATCCGATTTCAATTAAGTTCTTTCAATTTTTGGGAATTAATTGATTCTTTTAA AATTATCATTTCTAATTTTGAATATATATGAAAATGAGTAGTTTATGATACCTTCTAAAT TTTCTTAGAAAAATATTTAATTATTCTATCAATAATTCAATAAATTCTAAAAAAATTAAT ATGAATTTTATAAAGAATTTGACCAGAAAAGGAAGAGTAGGGTTCAATTTGACATGGGGT GTAGGAGGTGAAAAAAAAGATAATATAAAAATAAATCACTTGAAAGTGGGATGTGGATGT GGGAGATGACGTGAAATTTAAGATAAATCAAAATTAAAAGTCAAAAAGTAAGAGAGAGAA ATAAAGTTTAAAAAAAATAAAGGAAAAACTTAAGATAAAAAATACATTTTAAATTTAATT AACATGTGTCATATAATGATTGGTGTGTGAATACACTTGCTTTTTAAAACTTGGGGATGA TCGAAAAATGATACAATAATATATGTTCAAAATTGTTTAATGGGGTAATAGGACAGTTGC AAAGTTAAGGTGTCTTTTTGCAAATCCGAGACAACATGAGTAGTGACTTTATGTCTTTTC TCCTAAATTTACCTATGACAATGCGATGAATGATCACTATGGGCTTCTATAAGACGTCCC AGAGGTCAAGTACGCCATGTGACATAAATAGCCATAAAGGATACACTCCCTTTACTTGAC AGATCAGAGAATCTTTGACCCTTTCTAAATAGTTTATTCTATTTTATCTCTGGCCACCGT GACAGAGCGGATCCAACATGATTGATTATTTATGCCATGGATTCGTACCATGCAAGTATA TATATATATGTGTGATTCTTTAATTATGAAGAAGGAGGCACATGGGTCCTACTTTATTGT TAATGGGAGAACGAAGTAGGTGTACATACCTTGGCAATAGGAACTTGGAACTAATGGTAC TACTAATTTTATTGAATAACTCACATTAATATGCATTGCCTACCTCCACAATAAATGTTT GTTGTTTGTACTTGTTGTCCTTATGGTTGGGTGTACGAGTTTAGTTTGTTGTAGTAGGTA TACTTTCTAGCGTATAGGAGCTTAATGAGGTTATTGTTTGATTGATAGTGTATTAGAGGT AGTATAAAGGGTGATGCCTTGTTTGATGGTAGATACTTCCTTTTTTCTCTTCTAATTGAC ATTTTTATGTAGGTTTGATTTAGAATGGACTTCTTGGCTTTTCTGTGATATTTGTGGTTA ATCCAATTAGTACGCCTTCAACTAGTTGCCATCCTTCGTTGAGTTTTGTTGTAAATAGGT TTTCAGCATATCGTATCTTGGTATGTCCCCTTGTTTCATTTACCTGTTTCATGTACCCTG TTTTCCTTGTATCAGCTTGTTACCTAATACTAGTAACAAATTATTGTTTTAGTAACTTGT GATGTATGTTCCCTTCTTACCTGTTGTTTGTTCTTGCTTTTTCTTTTGAGATCAGTTTAC CTATGTCTATTTAGTGCCACTTATTGGTACTCATACTACACATATGCACCCTGCATATCA TACAACAAGTTCTTACCGCTGATTTGGATCTCGTGCAAAGTAGCTCTTGCGATTCAGGAA TTGGGGTGAGCTGTTTACATTTAGAGTTGACTATCGTTATCTGTTTGGATAGTCTTTATT TTTTTTAGAGAAATTTTTATATATTATTATTGTACTCCTATATTAATAGTTTCTCAAATA CATTTGGGGTTTGTTTCTATATTAATTTGATTCTGCGTTTCCTTTAATTTTGTTTTTATA ATTATTGTTTGTCTTTTGAATTCCTTTTGTAGCTCCATAGCCCATTTCTTAAGTTATTGG ATATGAATTCGGCTTACCTACTGGTGAGACATCGTAGATTCCATCATAACCTAAGATTTT AGGTCTTGAAAAATTGGTACTAGAGGTATATAGGCTCGTCGTTATTGTTGCTATTTGAGT AAGTAACTAGTAGAGTCTTGCGGATTGAGTGTCATTACTTGAGTCTAGCTCACCTCTTGA TTATCCTATCCTGACACCTTTGGTATCAATCATTTCATTATGTGCATTCGTCGAGGCTAG CCTCATTCTTTATTTGGGAACTTTAACCTTAACCGACATAGATCATGTGAGCATCATGAA ATCTAGTGTGTAATACCCACACCAAAAAGAGGTGGAATCACCGGTCAAAGTGAACCAAAA CATACTAGCGTTATAGGGAATTGAACCCTGCTAGATCTCTATATTGGCAGTATAGGTTAA AAGACTAGAAGATAGAAGGAGACCCATACTTGGCATGCCAGACAGTCTCATCTTATTAGA GTTACGTGAACCTCTGCCCTTCCCGAAGGAAGGCATCATCGCTCATAGCTAGCCTATCGG TGCTCAGTATAAAGTTCCATTACATTCAACCCATACATCATGGAAGTTGTCTTCTAGAAT GAGGACATCATAGCTCATTAGATGATTTCTCATCTCATCATTAGTATTAAATATGCATTA ACTTCAATACTTTCATTAGAATGTTCATAGAGACTGGTCTCTTCATTAACTTTACACTCT CATAGGTGAGTACGTTTTGGTAACATTTACGTAGGCTCATTTGAGATTGCTTTCATCTTT CACATTAGCCTCTTATCATATTGTCATCTCATTCATTAACTTTAACACATTTGTTTTTCA TAATTACGCACCTCTTTACGTGAATGTTCATTTCATCATATGTCAATGCACTTGACCGTT GAGTGTGTTTCACATTCTTACTTAACCCTTCTTGGGTTACATCATTTTATCACATACATC TTAGGCTAACTTAATTTTAAACATATGCTAGACTTATGAGTACACACATACAAGCCATGA GGCTTCATTCATAGTTTGTTTAAGTGATTCATGCTTACCCAAAATTATGTGATACAAGAC TTATGCATCTTGTAGATATGCCAAGATATTGATTTTGATCTTTAGAGGCAGCATTCATTA AATATTTGTTTACGTATGACTTATGTGTCAATACGGAATTGAGCAAGGGAACCCGATTTT GAATCCTTTGAACACACTTCATCTTATTTTAAACTTGATACTTGCATTTTCAGATTTGGG AGACCCTAATTCGATTCCCATAAACCCCATAATATTTCTTTCTTGTTCTCCTCTCCTTTT TCATTTTAAGGCAAGGAGGTTGTGGGTTCAATCTCCCACAAGCTCAATATTTTTCTTTTA ATTTATCTATTAACTTTCTCACCTATCCAAGAGGTTGTGGGTTCAATCCCCAATCACCAC ATTTATTTTTCTCCTAAGTCTCTCATCTCTTCAAGAGGTTGTGGGTTCAATCCCCACTCA CCACATTTATTTTTCTTCTTTATTTTTTCTCCTAACTCTCTCATCTATTCAAGAGGTTGT GGGTTCAATCCCCACTCACCACATTAATTTATTTTTTCTCCTAGCTCTCTCATCTATTCA AGAGGTTGTGGATTCAATCCCCACTCACCACATATATTTTTATCCTTTATTTTTCTCCTA ACTCTCGCATCCATTCAAGAGGTTATGGATTCAATCCCCACTTAAATGTTGCTTCCGCGG GGTTCGAACCCATGACGTTCCCATCGCGATTGGGTCCTTTCGGGTCGACCGACCGAAACC ACCCCATTAATTAATTAATTAATTAATAATAATCTGATTTTCCTTTTATTAACTCGGTAT TTAAATATTAATTACTTAAATTAATTCACCAATATAAATAAATCAAGTTAAATCATTGCT CCCACCTAGATTCGAACCCGGGTGGAGAAAGAATTTGCTCCATGGACAATTTCGGTCCTT TTGACCCAAAATTCCCCTCCACCTGATTAATGTAATAATTAATTGCATATTTAGGGTAAT TGTAATACTACCCTTATCATGTAAAAAGACCATTTTACCCCTAGACCTTCCAAACTTAAG ATTTCCCCTTTTTAAGTCCGGTAAAGATTCATTCCAGTAAATCTTCATATTCGGGAGCCC TACATGGCTGGACTCAACCTTTCCTATCTCAACTAACTTCACAAGTTAGTTGTTTTGGCT GTTGCAAGGGTTCAGAGGTCTAGTTCTATGTGCATCAATCCACGTGAACCCGGTCTAATC TAGGCATTCTAGATACATTAGGCATTACTTAGCATAGTCATTTTAGGGTTGTTATAGTGA TGGCATGCATTAGATTAATTTCTCATTCTCAATTGATATACAGTATGACCTTGGTGCATC ATTGATTCTCAATATCTTCTTTGAAAAGTAGGGTTTTTGCCCAAATCATTTTTAATTGAA ATTTCTATGAGAGTCATAATAGCTTTACTAATTTAAAGTGGAATCAGGAATAAATAGTCA TCGAGGATACACTCACTTTTTACTTGACAGACCAGACATCCACCAATCCTTTCAATATTA TTTCTTCTATTTTATATCTAGCCACGCAAGTATATATAGATGTGTGATCCATTGAACATG AAAAAGGAGGCACATGGGTCAAACCTGGTTTTTTAGAGCAGGAGGTAGGTGTACATACCT TAGCAAGAGGCACTTGTCACTAATGGTACTACTAATTTTAATACATAACTCGCATTAATA TGCATTGCCTACCACAACAATAAATGTTTGTTGTCAGTACTTGTTAGTCTTATGGTAGGG CGTACGGTTTAGTTTGTTGTTGTATAAATTCTGGCATATAAGGGTTGGGTAAGGTTATTG TTTGATTGATAATAGACTAGATGTATTATAAAGGGAGATAATTTGTTTGATGGTGGATAC TGCCTTTTTTCTCTTCTAATTAATATTTTTCATGTAGGGTTTGTTTTAGAATAGCCTTCT TGGCATTTATGTGATATTTGTGGTTAATCCAATTAGTATGCCCTCAACTAGTTGTCATCC TTCGTTGAGTTTGGTTGTAAATAGGTTTTTGGCCTAGCGCATCCGGGCACAACCCCTTAT TTCATTTACCATTTTTTCCTTATATCGGTTTGTTTTCTAATACGAGTTCCCAGTTATTGC TTTAGTTACTTGTGATATATGCTCCCTTCTTACATGTTTATGCTTGATTTTTTTTTTGGA GCTCAGTCGTCTTATGTTTGTTGACTCCACTTATTGGTATTTATACTATACATACGCACT CTGCAAATCATACAATGAGTTCTCACCGCTGATTTTGGGTCTTGTGAAAAGTAGCTCTTT GGATTCGGGGATTTTTTTGAGCGGTTGACGTTTAAAGTTGCCTATCTCCCTCCATTTGGC TAGGACTAGTCTTTATTTTGTTTTCAGAGAAATATTATATATTATTATTATAGTACTTCT ATTTTGATTAGTTTCTAAAATACCGACCAATACCATATCTTGAGTGTTTATTTTTTATAT TGATTTCATTCTTGGTTTCCTTTAATTTGATTTTTATCATTATTATTTGTCTTGTAAATT CATTTTAACGCAATAGCCCATTTCTTCTAGTTTTAGGTAATAATTTTGTCTTACCTACTA GTAAGACGTAATAGATTCCATAATAACCTAAGAATTCGGACTTGACAGATTGGTATTAAA TGTATAGGCTTGTCATTATAGATGGTATGCAAGTAAGTATCTAGTAGAGCCTTGCGGATT GGTGTGAAGACATTTGTATCATGTCTTTGAAGGCTAACATTATCATATGTAATTTATTCC ATCATTCTCAATATTCTTTCTTAAAATCACCCTTTCATAGATCGACAACAAGTGTTTGAT GGACGTAGATGGGACGTCAACTCAAATCATTAGGACTTCAATTTCTTGTGAGGACACTAG GTATGTTCAGCAACAACTAGAGGATATGGGGGGATGCCAGCTTCCTACAGACTTAATGGC CACCTCGGCTCCTCGATATTTAGTGTTGGGAGTTTTAGTCTTTTCAAGGATACTCAACGG GCTAGTATGGTTCTTGGTACAACTAGCAACTAGAGTTGGATTATTAGGTTTCCGATTGGA TTCATCGGTATTTTCTATTGTTCATCTTGTATTCCTAAGATACTAGAACAAAACGTTGAA AAACTTGGAAAGAAATAACAAGGTTTAAACAGTATTATCAAAACTAGAACATTAAAAGTA GTAGAGAAAATAGAATCATTAGAAAAATATTTAAAAAATCTCAAAGAAAGAAAATTCAGC CAAGTGAATGCACAATATCCCCTTAAGGAAATTATTCCCCTCGAGTACTAGAGGTTAGTT TTAACACCTCAACAGTTATCACACAAGAAAAATAGAGAATAGGTGAACCAAGACAGGGTT CACGTGACTTGAAAGGAACGACGGTCCATCAATCTGTCCATTGTTCACACCCAGCCCAGA AATGGTAGACCACGAGACTTTCACAGGCTTTGGACCACCACATGGGTCGTATTGGTGCTT GTAGAAGTGAGGTAGAGCCTCTCAAGCCCTGACGTTAGGCCAGGAAGCCCTCAATGGGTC GTGGTCTTGATTACGGGCCATGGAGGGATGGGTCCATGGACATGAGCCACCAGACTCATC CCAAGTGAGAATTCACAAAGACCTTCATGGGCTGTGGTCCTTCACACGAACCGTGATAAG GATAGTAGTTGGGTCCCCAAAATCAGCTACTATAGACCAACTGACAACGACCCACTTGAC GGGTTATAGTCCTTCAGACGGCCCTTCATAGGGCCCATATGAAGCCTCACTAGAGTTTAA GTTAGAGGTCACTTGGTCTTTTCCCTTATGCATTGGACACCTACACTACGTCGTTCAACC ACTAAATAACGCAAATTTAGTAAGTTTAAGCCTATTAACATAATCAAAACCTATCCTAAT CAATCATTCACAAAAAATGCATTGAACTTAGAGCAAAACGGGGATAAAAAGGTGAGCACC CTTCCAAGAACATGCAACAAGGTCTCTCTAGTTCCAAAACAAATATCAAAAGATTTCTCT GTAAATTTCTGTAACATATCGATGATTAAAATAACTAGGAAGTAGTTAAGAATTGGAAAT ATTAATTTTTGGAAAAAATATAAAATTTTGGAAAAAATTTTAAGTATGTTAAGATGAGTT TTTGGTCAACTTCAAAATACCATAAATCCTAGCTCAGGATGAGTTAGGTTTGCTTCTAGA TATCGTAGGAAGTATCTTGGAATAATCTTTCCAATGCCGCTGATTTTACTACATTCTGAG TTTGTATAAATGAGATATGTCCATTGGAAGTTGGGATGTCTAGTTAAGGAAAGTCAAAAC CAGATTTATGAAAGGTAGTTTGGTCTTTTCCTTACCCTATTATTTTTAATCATTTTTGGT AATTACTTAGGGGTCTAAGCTAAACTTCGTCAGATTACGCTTTTTAAAATAGGTTAGGAT TTTAGAGAAGAGATAAAAAGAGGAGAAAAGAGAAGGAGAAGCAAGGAAATCGTCAAATTC TTCAAGAATCGCTTATGGGTTTCGTCAAGGGGTGATCCCTACAAGTTATGTTAAATAATA TAGCATTGGGTTAGTTCACCCACACACCAATCATGTTTTATTTCAGCGAATTAAAGTTTT TGAAAGCTTAGAAATTGAGTTCTTAATGAGTTTGTTGAAATTCTATTGAATTCCTTATTC GTTGATATTGTTGAAGAGTTGTTTGATCCGAATCCATGACTCTAGGTGTGAATTCGATAA GAAATTTTCATATAATAGTATATTCTAAGTGCTTGGGGAAATAACCAAGTCAAAATAGGG GATTTAGAGATGAAAAACAAAGAAGAAAAGTCGGAGTGAACTTGGGTAGGACCTTGGGGC GCTGCCTCTCTCAGAGCCCAAAGAAGAGGCCTCTGAATGTTGACCTCTAGAAAGTCATGT CAGACAAAGCGCCCCAAGTTACTCTCTGATTTTGAAGGGTCGGCGTCTCATACCTCTTAG AGAATCAAAGACGCTATGAAAGACTTTTGCCCCTAAGATGCAACCCTTCAATATCAATTG GGATCGCCTCATGGTAGACATTCTCCCCTAGGATACCACCCATAATTATACATACATTTT TCACTTAGATTCTTTAATCTTTGAGATTGTTGTTTGATATTCAGAACTCTTTTGAGATTG TTCTTTGGATAATCATAACTATTTTGAGATTGTTGTTTTGGTGGTCACAATCGTTGTTGA ATTTTAGACTTAACCAGTACTAAAAGACATATGAATATGGACTTATAATAATGAAAATGA CATGGGAAGAAAATGTGACACCAACATAATACTTAGGATATTATAAATCAGTTAGCATTT TGACATCTCAAATTGAAGTACATACCAAGTGAAGACATTTAGCTTTCATCCACGAGATTT GAACTCTATATGATAGCAAATACTCACTAACTAGTATCAAAGACAAGGTATACATGAATG TGGAACCAAGGAAGAATGTGTTAGATTGAACTTAAAGACGGATACATATTGCAAGTAAGT ACATATAAATGTACAGTAGAGCAAGTAGACATCTTTTGACATAACATACTAGTCTAACAC AATGTGTAGTAATTACCAATAAAGGGAACATATGAACTTGTGACAAAATGGCATATATGA TGGATTAGACAATCGAAGCAAGTTGGCTTGATATGGGCAGATTGTATATCCAACATATGC ACATATGTACCATATATAATATAGGATCACTTTGGTTTATACAAGGGGAATACGTGCAAA GGGTACTTGATGATGAAACAAGTTTAAACCTTGTATTCTAATACTTGGTAGAGTAAGCAT GCACATTTAGTAATAAACTCATATTAGAGTACTTATTTTAACGCTCTAGGGAGTAGGAAT TGAAATTATGGATCAGTCACTACCAAAGGCAATTAAATAGCTAACAAGTGTTGGATTCAT GCCAAAGAAATAGGAAATCGAATAGCCTTACATACCTTGAGGCAAAACTTTGGATATTAC TATGAGTTAATTGTCTTCCTTTCAGACTATTTATCTACAATGGACTAAATAACAAAATTA GCATTAGTTTTTTATAAACAAGTTTGTGCTACTTGATCAGACCAAAATAGTATTTTGCAG TAAATCTGTAATTTATCCTATCAAGGATGTTCTTCCCACCCATTCTCCTCCAACTTTTAT AATATACTATACATCCTTCTTATATGGTCCTCTCAAACCTCCTCGGGCTTTTTAATGTTT AGAAAAGAATATAAAGGGATGGCATGAAGTAAGCTCATGCAGTACTCAATTAAATGGTTG TATCACTACACTTTGATTGTTCTTATCCTATAACAAGCTATCATGACTTCTTTACACATA TCCATCCACACCCCATTATTTTACGATATACAAAATAGTCCCTAGGAAATAGAAATATGA ACATATTGCTTCCAATCAACATCCTGTGAGTTCCAACTAACACTACCATTAAGAACCTTA AACAAGCTGAGAATCAAAATTTAAGGGGACTCCACTCCATGGCTTTCCCAACCAGCAAAT CCTTCCTCCAACATCACACTATATGGATACAATACTCCTTATTCTATTAACACATAAAAT CTTTCACAAACAATGCAAGAACAAGAGAGGGATGAAAATTTCCATAGATTACCTTACTGG ACAGAAACCTCACTTGCTAAGACTTGGATTCTTCAAGGTTTAGGTTCTTCTATCCCCCTT AACTTAATGTTAAATCAGATTATTCACTTGAATTCTCTAAGATGGGATATGTTATACTAA CTTGTACTTTTAAAAGAAAGGGTTTGCTTCAGATTTTAATTGTGAAGTTATAGACCAGAA CTCTTGGACATTCAATGGCTTTCCATGGGGGAAATTTTTCGGAGAATAAGTGATGAAGAA GATGTGATAAGCTTGAGTGATTTAGAGGTCCTTTTTAGACATTTTCACTTAATAAATTGG AGAAATAATATGGTCATTTACTTTTAAGTAAGTAGGTGCATCGCCTCCTTAAGTTCTGCC ACAAGTTTTTAAGTAGGTTCATCACCTCCTATCCCTTTTCACTTAAAATGCAGTCCACTT ATTCTAAGTAGGTGCATCACCTACTTGCTCTTCTCACTTTAAATACAGTCCACTTATTCT AAGTAGGTGCATCACCTACTTGTTTTTTTAACTCAAAATGTAGTCCTTTTATTCTAAGTA GGCGCATCACCTCCTTTCCCTTTTCACTTAATGCAGTTCACTTATTCTAAGTAGGTGTAT CACCTACTTGCCCTTTTCACTTACAATGCAGACCACTTATTCTAAGTAGGTGCATCACCT ACTTGACCTTTTCACTTAAAATTCAGCCCACTAAATCTAAGTGGGTGCATCACATACTTG TCACCTACTAGCATTATTTAGTCAAGCCAGCACCTCACTTCTTTTACACCATTTTCTCAA TCTTAGTTTCTATACAGGATCGTAGCACTAATACGCACTTGACCACTTTGACTTTTACAT CGAATGCCACCTTTCCTGAGTAAGAATTATTTTTGAGTGCACTTAGTCGAATATGTGTTA GAAGGCACGAGGTATTACAACTTTAAACATATTTTATTTTCACCAATCGCATAGGAAACT AAGTCCATAACTATACAAGGAAAATTTTAAGCGTCACATACATAGAACTAGTACACGTAG AATACGGGGTGTTACATTTATGGTCATTTAATGTTGACTCAAAACTCATACTTAATTTTA TCAAACATTCCAAATTTGATTATTTCCAAAAATGTCTTCTTTCTAATTATAGTTCTTTCA AATAACGGGATGTTACAATATCTCCCTCTTGGGAACATTCATCCTCAAATGAGATTACTC ATAGTAGGATAAGGGTATAATATCTAACAAGCAAAAATGTAAAAACAACAAGCCAACCAA AAACAAAGGCCAAGAAAAGTATTAGTACCTTAATTTGGAACTTCTCTGGACTTAAAGAGA TGTGGGTATCTCTTATTCATGTCCTCCCCAGCTTCTCAAGTAGCTTCCTCAACAAACTAA TTCCTCTACAGACTTTGAATGATGTTACTTCCTTGGTCCTCAACTCGAAAAGTTGACGAC GTAGAATCTGAACAGTAATATCTAAGGTTTCCTTGGTACCAATGTCTTCAGTAGGTATGA TAAGTGATGGATCGGATATGCACTTTTTCAAAATGGAATGTTCAATACCGGATGAACCAC TACTAACTCTTGTGGTAGCTCTAACTCATAATTTAAGTTACCGATCCTCTTGGATATTCT ATAGGGACCAATATATTGTGGACTAAGATTTCCCATCTCACCAAATCTCATAACACCTTT CATGGGTGAAACCTTGAAGCATACCCAATCATCTACTTCAAACTCTAAGTCTGTTTCTCC TAACATCAGTGTAGGATTTTTGACGAATCTGCGTTGTTCTCAATATCTCTTGAATAACCT TTACTTTCTCCATTGTTTGATGAACTAAGTCTGATCCTATCAATCCAGCTTCACCAACTT CAAACCATCGAATAGGAGATTTGCATCTTCTCCCATGAAGAGCCTCATACACAACCATTT GGATGCTAAATTTGCAACAATTGGTGTACGTAATATCGATGAGAGGTATGCTCATCCCAA TTAACTTTTAGATCAATAACACAAGCTCTCAACATATCTTCTAACGTCTGCATAGTTCGC TCTGCTTGGCTATCCGTCTGACGATGAAAAATAGTACTCAAGTTCATATTTAAACTCAAA CATTTTTGGAATGCCTTCCAAAATTGTTTAGTGAATTGTGCACCTCTATATGATATAATC GACAATGGAAATCCATGAAGTTAAACTACCTCTTGAATGTAAAGCTTATCATAATCTTTT ATTGAATAAGTAGTCTTTACAGACAAAAGGTGGGTTGATTTAGTCATTCGATCTACAATC ACCTAAATTGAATCATGCTGCTGCGAGACCGTGGTAAAAAACTTAAAAAAATCTGTATTG ATTATCTCCCACTTCTATATTGGAAAATCTATATTCTGAGCCATACCACCGGGCCTCTGG TACTCTTCTTAAACTTTTTGGCAATTCAAACACTTAACAACAAATTTTGCAATGCCCTTC TTCATACTACTCCACCAATAGACTTCTCTAAAATCACAATACATCTTTGTGGAACCCGGA TGGATAGAATATCTAGAGCTATGAGTTTCCTCCATAATCCTTTTTTGAAGTTCCTCCGCT CTTGGCACACACAAGCTACCTTGATACCTCAATACACCATCATCCCCTTGTTTAAAAGTC ATTGCTTTTTGCTTACGAGCATTTGCCTTCAATTCAAGCAAAATAGGTTACTTTGTCTTA TTTCTCTTTAACTTCAAACACTAATGATGATTCATACCCATTCATCACCACCACTCCTCC CTCACTTAAATCCATTAAATTAACCCCTAATGGTGCAAGTCGATGCACATCTTTTGCTAA TTCTTTCTTATGCTCAAGGCATCAGCGACAACATTAGCCTTACATGGGTGATAGAGAATA CTCATGTCATAATCTATGAGTAATTATAACCACCTTCTATGTTGAAGAGTAAGCTCTTTC TGACTAAAGAACATACTAAATACTCTTGTGATCATTGAACACATCTACATGAACACCATA AAGATAATGACGTCATATTTTCAAAGAAAATACTACGACTCCTAACTCTAGATCATGGGT TGGGTAATTCTTCTCATGAACCTTAAGATGTCTTGAGGCATAAGCTAAAACTTTGACATT CTGCATTAACACACAACCCAATCCAGCTCTAGACGCATCATAATATACTATAAAACCTTG TGTACCCTCTAGTAAAGTCAATAATGGGCAGTAGTCAATCCCTTGGAAACGATCTTTATC GCCTTAAGGTACGAAATAAAATGACCACTAGGCACTTCTAAACTACTCTTCAACTCCATA ATTGTCTTATTAGAAAACTATAACTTAACCACTTGGGGTCTACAATCGACTAGCCAGTCC ATACCTAGAATGACATCAAAATCTATCATGTCTAACTCAACTAAGTCAGATATGATGCTT GTCTGATTGATGGAAATGATATAATAACCATAGGTTCTCTCACCTAGAATAGACTCACCA ACAGGTGTGGAAACACTGAAGGTCTCAAAAATTTGCTCACAAAAAACATCAAAATTCATT GCAACATATGGAGTCACAAAAGATAAACTCACTTCTGGATCTAGCAAAGCATAAACATCA TAAGTAAAAACTTTAATCATACCAGTGACAACATCTAGAGAATTCTCTTGCTCTTGGTGG ATAGTTATACCATATATGCAGTTTGCTCTTCCGTCGGTCCCCAAAGTAGCTCCTCTAGGT GCATCTTTGTTTGGTGGAGAAACTGAAGAAGATTGGACTATAATGCCCCTTTTTCTAATG TTCTGCCTGTTCTTGGACACTCTTTCATAAAGTAACCCTCTTTACACACTTGAAGCAACC ATTGGAGCCATCACGACACGCTTCGAGGTGATTTCTACCACACTTAGCACATAGGAGTCT AGCTACCTTCTTGTGTCACACTACCTTGAGACTATACAGGCCTGCATCTAAAATTGTTAA TAGTACCAGGTGCACTAGCAGATGATGGCGCAAGTCCCTTTTGATTTTGTTTGAATGATA ACTGGTTGGCATTACTCTTGTCCAATCTGGACTCATTACCTGATGTTTTAGCTTTGTTAT TCCTGAACTCTTCTCTTTCCCTCAATTTATTCTCCTCAACTTCATGCACATGAATCACTA ATCTCTCTATGTCCATGTCACTTATTAGCATGGTTGCCTTACCTTTCTACTTGAGAGACG AGACAACCCAACAATAAATTGACTCATCTCACTCCTCATATCTGCAACCATCTCTAGAGC ATAATGGGAAAGTTGGATGGACTTAAAGGTTATATTCATGTACACTCAAAGATTCCATTT TAAGGGTAAGGAACTCTCGTACCTTTGCTTCTCTCAGTTCACGGGGAAAGAAACGCCACA AGAAAGCCTCCCAAACATAGCCCAACTCACATTCTGTGCACCCTCAGCTATTTCCTTTTC CCATTAGTTAAACCATATTCTAGCGACACCCTTCAGTTGGTATGCACTCTCTTAGCATCA GTGACGTGCATAATCTCAATTAATATTTCTTACTTTTTTCAAGTATAAATAAAATCAATA TTTTTTATAGGAAATTTGATATATAGATTAAAAAATTAAAAGAGATAATATGCGATTTAA AAGAAGTATAAAAAATGAGCTCTTTTCTCCCCCAATTTTCTCTAATCTCAAAACTCTATA CTCTACTTCTCATCAGATTCCCCACACAACAACAATGGCGGAAGAGGACGTTCATTACGC ATCAAAGGTTGGAACCAATAAGAGGAAGTACAAGGAAGAACAAACCATTTCCCGTAGACC CACTGGATTCTCTGCCATGATTTCTTCCTAATCACCTGATGCTTCTTACAAAACCGTTCC CAATGCCTATGGATGATTTCCAGCTTGCTAAGCAGAAGGATCAGGAAATTGCCGCTAGGC TATTGAACACCGCGGAGCCCAAAAAAGCTTGAATAGATAACGGCTCTGGTTTTGATTCTG ACGAATGTAAGTTTTATTTTTCTTAACTCTTGTTTTCTATTAGATAATTTTTTTTATTTT CTTCCAAATGATTCTCCAGATTAGTTGTTCTCCTTTGTGAATAAGGAGTTCAGTTAATTA AATAGAAGGAATATAGCTATTGTGGTCGGTCTTATGCTCACTTTTTTCTCCTTTTGAGAT GGTATTTGTTGTATCTATGCCTATTTTCTTCGTAGATATTTTATTAATAGATGGAATCGA TGAAAAAATCATGCCTGGAAATTTAAATGTTTACAGTTTTCTTTCTAATCTGTTATTAAT AGTTCTTTTGTTATACTCTTGAAAATGGTTGTGTAGTTTTTGTGCATTTATCCATTCTTT TATCGTAAGATAGTAAGTTTTTGTTATTTTGAGAATCTCCCAACTTTTACTGCACTATCA TTTACTTTGGGTCTATGTTGATAGTTATTTACATGGTATTGAAATGAATGGCTGCTGCGA CTTTTTAATTTTTACCCTGAGAATATTATGACTTGTATTTTAATGATTTCAGGTCAGTAG TTGTATTCTGAACTTATAGTGATAATATCAGCAGCAAATTGGTGCTTCTTCTTAGATTTA GTGCGGTCACTTTTCCTGTGCTTTATACCTCTTGATGTTCTTATATTCCCTCTGTAGCCA ACTTTACTTATGAGTCCACTTATTGTTTACATGTTCTGTATTTTATTTAATTGCAGAAAA ACCCATTGTTAATTCAACTGTGACAAATTCATATGGTTATCCGGTGCCAAGCAAGAAGAT TGAGGTACCAAATGCCAGAGTTGGAGTGATCATAGGCAGAGGCGGGGAGACAATCAAGTA TCTTCAACTACAGTCTGGAGCCAAGATTCAGGTTACTCGAGACATGGATTCTGATCCAAA TTCTCGTACTAGAGGGGTTGAACTCGTGGGTACACCAGAGCAAATTTCTAAGGCTGAATA ATTAATTAGTGACGTTCTTTGTGAGGTACTATTTATTTGTCTATACCTGAACTTAACTAT ACCTTAAAGTGCTTTCATGTGTTGAATCAAACCAAACTGAACTTGTTCTTCTGATTTCAA ATGTGTTACCCTTGCACAATATAAATCTAATAGGCTGATGCAGAAGGCTCAGGCATAGTT TCCCGGAGGATGACTGGACAGGTTGCTGGGGTAGAACATTTTGTAATAAAAGTCGCCAAT AACAAGGTGACTTTTACTACTGTAGTTGATTAATCATGCAATACACTGTTTCCAGTTTAT ATTATCTCTCATACCTATTGAAATCCTTTAGGTTGGTCTTATTATTTGCAAAGGAGGTGA AACCATAAAAATATGCAAGAAAAGACTAGAGCGCGTATTCATGTAATAATAAAATCTTCT GCAGTTAGTGTTGCAACTTTCGCCATGGTAGCGATTCCCTTTTGTCAAGGTAATGATTTG CGTGGTTTTAGCATCACATATCAGTTTACTTGAGATTCAAAGTCATTTGTCTTACCTTTC CCAACTTGTCACAGGTGATTCCTCTACACTTGCCTCCAGGTGATACATCAACAGAAAGGA CAGTACAAATTAGTGGGTCAACTGAACAGATTGAGGCTGCTAAGCAGGTGGTGTATGAAG TTACTAGTGAGGTATCTGTAGTTGCATAATCTTTCACCCTGACTGCTAACATTTGTCTAT TCCATCCTTCACTTTCAACTGTCTTAATGTTGTTGTATGTATGATTATGTCGTATTTTGT GATGTGGATTTGTTGTTTCTTACTGTGCACCTTGATTTAAATTTGTCTAGAATTGCAATT TATCTAACTGTTCTAATTTTCCTTCTCCAACTTTTTTGCATTAGTGAGTTTCCAACTGAA TTCTAAATTAGGATTGCTCAAACCACAATATTTTATAACTTATTATGTTGCTAAAGCTCA TGGATGATGAGCTGAACTTTTTTAAGTCTAACTTCGACTGGTGTTCATCACTTGTATCTG AGGTTGTGATGATGGATATTCTTATCTGAATTCAATAGCTTGAAGATATCATTTAATAGC CATGTTTTTTATTTACAGTTTCAGTCCATGGACTTTCTAATTCATTTCAAATTATCCATG TATGAAGTAGATGAACGCCCGCTCTTCTTTACTTTTGCGGGGAGTATTCTTATTCATTTG AATCCTGCTTTTTTCCTAGTTGTAATTAGCTCCTCTCTTCTTTCTTTCAGTCATATACTT CAGTTCTATTTTCAAGTGGTTATGGAGAGTGCAGTATCCCACTCTTCAGTACAACTCCAT ATTGATTTTGGGTAAATGGTCAAGCTATAAAACATATCTGTAGTATGATATTGTATCTTC TTATGTCAGTTTTCTGATTAGTTTCTTCACATGTTCATTGAGGTGGTTAGGTGGTGCTGG GTTAGGTTTGTCTGAAGTATATGTTATGTTTAAGTTATTATATTGATGATGATCATACAA AAATCTGGATAAACCCTTTATTTTGTATACTGATCTGTTCAATATTATACTAGACTTCTG GATATTTGATTTTGTGTGAGGCAGGTTGCAACAAGCCTATTCAATAAGGTAAATAAAACC AATCTAAAATTCCTCTAATATTAAGGTTATCAAACTCAACCTCCAGAAAGCTGGAGGATA TCCTCAAAAAAGTTATCAAACTCAACCTCCTACAAGCTGGGCTCCTCCTGGTGCGCAGTT GCAACAACATGGTTATGGTTACCTCCAACCTGGAACATATCCACGTCCATCTCCCCAATA TAACACGTCTCAATCAGCCTACCTAGTTACCCTCCACAACAGGCCTCTGGTGGATATGCA TCTGGTTGGGATCAAACAACTTCACCAAACCAGCAAACGTCTCAGGCAGGTGGTTATGAT TACTATAGTCAGCAGGCACCCTCACAACAGCAACAAACACCTGGAGGTTCAGCATCTTCA ACTGATACTACTGCCTATGGTTAAAATCAGCCTTCAGCCACAAGTTACAACCAGGGACAA ATTTACTCCCAAGATGGCTATGGTGGATATCATGCACCTGCTACTCAATCGGTCATCAGG GTACTGGTTATGATCAGCAACAAGGTTATAGTGCTACTCCGAGCTATGGGAATGTACCGA ACCCTACTTCTGATGGCCACAACACTTCACATGGTAGTGATGGCAGTCAAGCACCTGCAC CAGGTCAGTCATCAGTGGGCCAACAAGGCTATCAGTCTGGCCAGCAGCCCAGCCCTACTC CTAGTTACCCATCTCAAGTCTCTACTCAATTTGGGTATGGGATGCCACCTACTTCCCAAG ATGGTTATGGTACCTAGTCACCAACAGGTTATGGCACCCAGCCAGCAGCAGGTTATAGGT CCCCTCAAGCCCAAAAGCCTCCGACTAGTCATCTAGCTTATGGTCAGCCTCAGCAATCTT CTAGTGCACAAGGTGGCTATACCCAACCTCCACCCGTGCAGCCCGGGTATCCACAAGCAG CAACTGCTCAATCAGGTTATGGTCAAGGTGAATCTGGGACTCAGCGACCTCCATCCTCTT ATGGCCCTCCAACAGCTCACCCTTGGTATAGGGCTGCTAGCTATGGGCAGTTGCCACCAC CTTACAGTAGTGGCTATGCTGGCAGTAATGTGCAGCCTCCGGCAACGTACTCTACTGATG GCAATGGTGGTGCAAATCCAAAAATCCCAGTCTATTCAACCTAGTAATGAGGGGGTTCCA AAAGCCCCACCTCAAAGTTAATGGATGCTACTTGGAAGGATCAAATGATAGCTAGCTCCC TTATATATTGTTTCCTTATTTTGTTATGCTTTACTTTGGTATTATGTTAGGTTTCTGGTG CATTAAGAGAGTCTGAAACTTCAGTTTGTTTGTCTCTTTGAGTACCTATGTGATCATACT GGTCAAACCTTTTTTCTTCTTTCTAATATAAGAACTCTTAAAAGGATGTTTCTTTGTAGG AATGCTCACTTCCCTTCTCCCCCTTCTTCTATCGACTTAGCTGTTTAAAAATAACAAGTG CTGAAAATCATTATTTGGGAAAAAAACTTATTTTTTATATATGAAGTTATGCATGTGTCC AGTTTCAAGATTTGTACTTCTTTGTTTAATTTTACTTGGCACATTCTTATTTTAATTTGT CTCAAAAAGAATAATATCCCTCAATATTTAAAAATAATGCATCTTTAAATTTCTTCTTGT TATAAATCCATTGAACTAAGTGGATAGTTCATTATTCATGAACTTATATATCCTTGTCAT GGATATGTATTTTCAAGATTTATCCTTATCGAATGTATGTTCCTAAGGTGACATGAATTT CTATGGGATAATGATGTATCTATTAATTTGGCATTCATCAAAGTGGCTTTTCAAGTGATT TTTCTATTTATAAATAGGGGTATCGTTCTCCTTGTATGATACACTTGAATAAGAAGAAAA GTTCATCTTCCATCTTACTTCTCTTGTTTTCTTCTCTTTCTATTATATTATAAGCTTAAT TTAATAATACGTTATCAGCATGATGCTCTAACCAACTGATATTGGATTGCATCCTTACAA ATTATAAGTTAGATAGCCTGTAATTGGAGACAAAAGAGTGTAGAGTAATACAAGCACTGA GATTTGCACCTGCAATATGATTTCCATGGAGGAGAGATAATAGAGATTGTACACCTCGTC CCTTCAAAATTTTTATTAAAAAAAAACAAGATTGGTTTGTCCAAAAATGCGCCCAAGTTA TTTATTATCATGCTTCTATTATTCAGAATTGGAGTTGATTAAATCAATTGATCATATATA AACTTGAGAAAGTATTTTTTATATTTAATTATGATTTGCCGATTGCACTAAATACTGGAG AAGTAGTATGGTGAAGATTTATCCCCTCTGGCTAATGAGATAGTTTGACTAACTTTTTCT TTACATATACTTGAATAATTAAATTCTCATGATTTATATTTTTAAATTTAGTTGCACTAA TTATATTGTTGAAGTGGTGCAGAAAATTATATAATATAGAAATAGAGAATTTTTTTTATT TTTTTTTTAGAAATAGAGATTCAATTAACATTTTTAAGAGCAAATTTAAGAAGCTCACTA GGACTATGATGTTAATAATCGAGGGTAAGACGATAGATTCAAATTCTATTGCACCAAGTG GGTAAGACATCAATTTGAGTTTTGATGCACTATGATGATAAGGAATTGGATTCTGATCTC ATAAAATTATGGAATAATGTGCCTTGTGTAGATAAGACATTGAGTTTGAGTCTCAATACA CTGTAATGATGAATAAATGATGATTTAAGGCTTTGATGAAAAGTCATGAAATTCGTCCCA TCGAATTTGTTTCATTTCTTGAATAGAATGTGGTAGTAACATATGATAACTTTGAAATCC ACATGTTGACCTGCTCCAGTCTAACAGATGACAAATGATTAACGATATGAAAAGAGGCGT GAAGGGATGAAATTATAATAGTCATCATTGTGGTAATTATAAAAGGAAGAACATTATCGG TTCTCCAAATAGTCCATCAAAATGTGAAGGCAATTTTTGTTATCAAAATGGTACGAAAGG TCATTGGACTTGTGAATGTTGTCGCCTCAATAATTTGACAAGTTTATAAATCCTCCATCA AAAGACAAGAAGATAAAGTGATGGTACACTTAATCTTTCAAGGTGATGTTGAGGTGTTTC ATGGAAATATGATGAATTTTAAAGCCATGACAATGTGCTTATAATGCAAATTTATGAATT ACATATAAAGGATTAGTCCATTCCTTGAAGAGAATGTGACTTGTGATGAGTATCGTAAAA ACTCAACCATTCTATATAAGAATGGGTCAAGATGTGATAAAATCATTATGGGTTGGATAT ATGCAACAACTCACCTCTATGGGAGGTTTGGAAAAAAATTGGTATATGTCACAACTCATC TCTACGGGAGGTTTGAAAAAAAAAATTTATTTGGCAGAAAATAATTTTTGTCTATAAGGT TGTGGTCATGATCAAAATAATATTATTATATGGCAGTACAAATTTGTCATTGATTGTGTA CCTACGGTACAACAAGAGTAGATCAAGAAAAATGGCTTGCTCGTAATACTTTGACCATGA CATAGTAATATAAGTTTCTCCTTGAAGGTGTGCACCATAAGGATAGTTTTATGGAATATT ATGTTATTACCGGAGAAATAATATTGGAGTTGTAGTAAGTCTCAAAAGAAAATATTTATT TATTGCAACCGAAGTGGTTATAAATATTTATTTAAAAGGTTACCCAATGTTTCTTCTTGT TTGTTGCATACAAATGTGGGCATACGATGAAATCACATGCGAAAGTAAATTATAAGTGTA CTGAAATAAGATTAGTTGGCATGACCGGTTGATCATTCTGGTTTAAATGTGATGCAAATG TAATTGAGAATTCATGTAGATTATATGATGAAGTAATAAAAGATTCTTCAAGAATTCTCT TGTGTTGCTTGTTTTCATTGTACCAGCTAAGGTTGGGATTGTAATCCTGTGAAATTTTTG GAACATATAAAAAGGTAAATATGGGCTCATTCACATGCCATGTGGATCATTTGCAACTAT ATGATGGATGCATCTATGGGATGATCACATATGCTTTGATGTCAACTTAGGAATTGGGGT TTGTAAGGTTGTTTGCTCGAATTTTTTAATTTAGAGCACAGTTTCAAATTATGAAATTAT ATTGATAATGTTGGTTGATTTAGCAAAAATTGTATGACTCCAATTACAGCTAAATCATGG TTATGAGAACAAAATTCCCAAATAAAATTTGGTATGAGATAATTTTATTTAACATGTACG AACACATGTATGTTTCAAGACAACAAGGTTTCCCCATTAAAATTGGTTCAGGGTCAGGAA CCAAATAATTTTTCATCTAAAATATTGAATGTGCGGTTATGATTTTAATTTCTCCACCAC GCACAAAGATGAATTCTCAAATAAGGTTGGATGAATATGAGCTAACATTAGGGGGAGAGG TGATTGACAACTGAAAATTATGTGTTAGGTTCAATGATGAATTATTTAGATCCTCATTAA ATAGATATGTGAACTTAAATCCAAGTGATAATTCATTTGCATAATGTTGCAAATCAATTG TTAGATGAATGTACTGACCCTATGATATAATTCAACTACAAATGCTTCATTTTGAAGTCC TTGAAGGACAGAGTCTATGATACGTCGAAAGCGTAATAGACAAATCGGTTCCAAATATAA AATTCCTTGAAGAAGGAGAGGAGCAAATGATCAATATGGTCATGATAATGAGACAAAAAC TATAAAAGAGCACATTAACATAACACTTCATAAAACCTCGGAAACGGTTCAGGTACCTGA AAAATGAAGGGATCTCGATAAGTTATGTCATATTGAAATCGATATCAAATAATCGTCGGT ATCTTTGATATAAAGTAGCACTCAATGATATAAACTGTAATGAGGATCTTGAATTCAAAT CTAGCATATAGTGTGAACAGATAAACGGTTGGCCAAGTAAAATGCATAATTCAAGTATAT TTTGTTTCACTTAGAAAAGTGACATTTTGGACTGATAGTCCATAAATCAAGATATAATGT CAGAGGGGTACAAAGTTATTATGCAATGATATAATCATAAGATATCAAGTATGGTTTGTG ACTTGGGCATAAAGGTTTGTCGCAAAAATTCTGACATTATTGGAGATGTTTTCTCCTCTG ATAGATGCAATGAGATTTGTTTTTCTTTGGCAATATATGAAAACTTGAATGCATATAATG AATAATTATCATGTCTAGCTAGACAAAACTGAAGGTTATGTAAAAATCCTTGAAGTAATC GAGGTGCCTGGAGCATATAAGAGTTTGAAAGAAACTTTTTGAATAAAGCTTCAAGAATCC TTATATGGATTGAAATAGTCAAGGAAGAAAAGGGTACAAAAGAATGACCCTAATTGTCTT TGTATTTTAATGAAAAATTTTTGGTAAGACATAATTTTGTCTTGACCTACAGATTGATAG TTTGACAAATGAAATATTTGTCTATCAGTGCACATACACAAAAAAGTTTTGATACAATTT TATATGGATAAATCACATTTATTGAGTACCCCAATGATTGTGAGATCGCTTGAAATAAAT AATGATTCATTTTGATCTCAAGAGAAGGATTAAGAGCTTTTTAGTGATGAAACTCCATAT CTTAGTGCAATTAGGGTACTAATGCATCTTGCTAACAATACTCGACCAAATATCTGTTTT GCAGTAAATTTACTCGCAAGATTTGGTTCCTCCCCATGGACATTGAAATGGTGTTATGTA TATACTTGAATATCTTTGAAGGACCACAGACATGAGTTCATTCTATTCCGAAGAATTCAA GTTAGAGTTGATCAGTTACACAGATGCAGAATATTTATCTGATCCACATAAAGAACGATC TCAAACACGCTATTTGTTTGCATATGGAGGCACAATAATATCCTGGCGATCAATAAAGCA AATGTTGCTATGCATAAATAAAAGCCCTCCATGAAGCAAGTCGAGAGTGTGTCTGGTTGA GATAATGACACACCATATTTCGAAAATGTGTGGTTTTTCTTTGAAAAGAATATACCAACC ACAATGAACGAAGATTGGAGACGTCATCGCAAGAAATTAAGTGATGTTTTAATCAGGGGA GTATAATACGTGTTGCACTCTTTTTTTCTTGACCGAAGTTTTGTCCCACTGGGTTTTCTT GGCAAGGTTTTTAATACAGCAACAAATAGTGCGTATCAAAAGATATGTGTACTCTTTCCT TCACTATAATTTCTTCCCACATGATTTTTCCTAGTAAGGTTTTAACGAGGCACATTATCT ATGGACATCTAAGGGGGAGTGTTATAAATTCATTGAACTAAGTGGATGGTCCATTATTCA TGAATTTATATATCCTTATCATGGATATGTATTCCCAAGATTTATCCTTATCTTGGATAT GTATGTTCCTAAGGTGACATGAATTTCTCTGGGATAATGATATATTTATTAATTTGGTAT TAATTAAAGTGACTTTTGAAGTGATTTCTCTACTTATAAATAGAGGTATCATTCTCCTTG TATGATACAATTGAATAAGAAGAAAAGCTCTCTCTTCCGTCTTACTTCTCTTCTTCTTCT CTTTCTATTATATTATGAGCTTAATTTTATAACACTTATGTTGTTCTTGAGAATTTACAT CTGCATTAAATTTTAATGGCTTATTAAATTTTTTGTGTACAATTAAATATCATTATATAA ACTGAGATGAAGAAATTGACTAATTGTTGTTTTAAAATGACAGGGGTCTATTTAGAGACA TCGTTGATAACTTGATAATGATAAGCATTAGGTGCTGAAACTATTTGATAAATAGGTATG TTTTGTGTTAAAAAATGAGAAACTAATTTTATTTTATAAATAAGATATATATGTTCTTAA ATGTATTTACAGAAACTATAAATTAAAGAAATATCTTTTACGGAGTAGAATGACAATTAT GAAAATGAGACAACGGAAAATTACTCGAATAACAATTCCATATTGGGAATAAGTAAATAA AAAGCAATGACTAAAACATTAAGGCTAAAATGATAACAAAACTAATAGACCTAAAGTTAA ATTATAAGCATTAAGGCGTTCATACTACAATTTATTTATTTATTTCTTAAAGAATAGGAC AAGTTACACGATTAGCATATTTATTGATGAAATAAATATGTATTTTTATATTAATATATA TACTGTACTACTAATTCACCTACAAAACCCTCCGTCTATCTCTGTCTACAGCTGAAGGAG GCATCACAATTTCGATTTTACAGGTGATTCACTCTCTCTACTTCTCTTCTTTTAAATATT TGTTCGAGTCCCTTCAATTTTTCATTTGGTTAGGTTAATTACCTTCTTGAGGTTTTATTT CATGTTTTCAATTGCAATTTATGTTGAAATCTTTTCTTGGAAATGTTTGTGTGTTTGTGG GGTGGTAAAGAAACTGCATTTTTAATGAAAAATTCAGATTATGTAAAATTCTGTAAAGGG TAAATAAAAAAATTAGAACTTGTGAGTTGTTCCATGTGCAATGATGAAATGTGTCCTTGT AGAGTGATTATAGTTTTCATAATTGTGAATCAATCGCTTGTTGTATGAAAATGTGTTAGG AGTTGGGTCTTTGATAATTAAATGCCTTGCCCGTGTTTTTTTTTAAAAAAAAGTTTCGTG TATAATCCAGACATAGCTAGGCGCAAGCTGAAGATTCTTGCCTATGTTGAGGAAAACTGA ATGAACTATTTATGTTCCATTTTGATGTTGGTTACTTGAAGGAGTAGCGATGAATAGTTA ATGTGGGGAGCCCATTATCCACTGAGTTCCGAGTTTTATGATACTGGCCCTTGGGGATTT CTCAGTTACTAAAAAATAAGAGAAGTAAATAGGAGTCTTTAAGCAGACTTATGCTTTGAA GCTAGTATACTTGACCTTGCTACAGCCATTTGACGTAGGCTGATACCATGACACTAAATT ATCGCTATCATGAGGAGGACATCATTGAACTGTAAGCATTATTGATAACGTGTTGTCATT AGGTGTATATAATTAGAAATTTAGTATATGAAAACTGAAAAGTAATTATGAAAAAGTTTT ACATTTGAGTTAGAACTTAAGATGGGTTTGAACTTGATTGACATGGTTTTTAGGCCATAT ATTCCAGTTGAAATGCATTTTAATTCTTCTCCGTATAGTTGTTTCTTCATATAATTTGAT CTTTTGATTTGTACTTTGTGCCAAACCCTGGCAGATTTTGCACTTTCATATCTCTTCTTC TATGTTCAACAATTGTGACAATGTTTTTCACAGTGCATTATTATTTGTATGTTACGAAAC AATGGCATCAAAACTGCCGATAGTGAAAGCAAAAGCCGTTGAAGCTTCAAAGTTCTTGAC CAAGAATGGATGTGCATACTACAAGCAGATGTTGGAGCAGAACAAACAATACATTCAAGA GCCACCTACTGTGGAGAAATGCCAGCAATTGGCGAAACAAGTGTTCTATACTCGCTTAGC TAGGTTTGTTATTCATCACTTCTATCTTTTTAATGTACAAATACTTTAGTCTTTGTAGGT AGTAAATGATGATTGCTTCAATCTACCTGTCCATTTCTTGAATATTCAATTGGTAATCAG CAGACAACATGGACAGACGTAGGAAATGTTGGGCCTATCTTCTTACTGTTGTCAATGCAT GTTATCCATAAGTTGGGTGTAGCTAGGTTACCTTAGGGCTGTAGGGTTTAGACTTCAAAC TGCTCATCATCTTGTGGTTGTAGTATTTTTCTTGTTCTATCATTTCATTAGGAACCTTAA TGATCCGTCTTTGAGGAATCACTTCTTTATTTAAAAAACTTCCGGGACCCTATACTCTCT AAGTTCCCTTCACAAAAGTTGCTCGAACTTGCATTTGTTGTTGATCTATGTTGCTTGGAT CCTCCACAAAAGTCGTCGTGGCTCCCCTATTGGATCCTCCAAAAATGCATAACTATTGGA GGATCCAGCACACACATAACAGCATCTCTTGAGGATCCAAGCAACATAATTGTTGATGAC TTCGCAAGGCGATTATCAAATAGAGTATTGCTCTTTGATCTTGTTGCTCTCACTGTCCTG CTTTCTGTGGCATGCTGATTTGTTTGATGATTTTTATACTGGAAAGTGGTGTTGAGAATT TCTCTGTGCCCCAAATATTTCATGTTAATCCATATGCAAAGTATGCTGTTAAACGGGATA GAGGGACTGTCTTTTGGAATTTTCATTGCCAAGAAAATAGAATATTACAGATCACCCAAA AAATGACTGGACCATTTGAATTAGTATCTGCTGTGAGGATTATTTTGGTTTGCTGAGAGC AAGAGTAATTCTGCTGCCATTTGCCGTTGTTATTCGTTGCAAAAAGTGTTATGCTTCTCG TTATATATTATTGGCACATTACTGAATTATGTCGGATCAGAGATATGCTCCTTTTTCTTT CTTGATAGAAAACTTGTTCCATTTATACCTTTTGTTCATCTTGTACTAATGATATCTCTT CTTTTTGGGACAGTATTCCTGGACGTTATCAAGCATTCTGGAAGGAACTTGGTGATGTCA AGAACTTGTGGAAGCACAGACAGGAGCTGAAAATTGAGGATGCTGGCATTGCTGCTCTTT TTGGGCTAGAATGTTTTGCTTGGTTTTGTGCTGGGGAGATTGTAGGTCGAGGGTTCACGA TTACTGGTTATTATGTCTAAATCTCTTAAATATTAGGTTTCAAAGGAATGAATTGTATCA CTGTCGATAAAAGATCATCCATCTTCAATCTCTAACTTGTGTGGGATAACACATACCAAC GAGATACGGATTTTCAAATTTTGATGTTTGGCAAGTAGAGGATGAGTTAGGAGCCTTGTG TTTGCTTCAATAAAGCATGTTGTTTTCATGATTACTGTTTCTTGTTACATAATTAAATCC TTGCAGACAACATTATCACTATAACATTCTTATACCTACAAGGGGTGTGTTGCGATGCAA GGATCACTCTCCCTTCAACTAAAAGTCTCTGATTGAGCTTTTGGAAGGGAGAATTTTGCC TCTCTTAAATGCGTTTTTCCGGCATGAATCTGAATTGGCCGAACAAGACCATCAGCGTTA TACTATACGTACCAAAACTGCACAATGACTAATGATGTGTTAATGCTGTTCAATTAAAAA GAAAAAGTTTCATGTTTTGCTTTGTTTATTGAAAGGCACATCTGATGCAAGATTCATCAG CCTTATATTTCTTTCAACTTCATTTAGTTAGTAAAGCCTTATAACTCTATACTTGAGACT CCAAAAATGGACAAAGCTTACCTTGCATTGCATTTCTCTCTACATTGCTTTCATGTCTTG CACCCACGACGAGTATCTTATCAAAGATGCTTTACTGCACTAATTAATTTGTACATACTG TTTCTACAAATGATAAATTTATTGTATAATAGAAGATAATTCGTAGATATACAAAAAAAA TAGAAGATATTTTTAATCTCTAAAACTGAAGCCACAAAGATTGTTTCATCTCTGATTTGC TATCTTTCTATGCACAAGTGCTGCCCCAGAAACAGAATACTAGCACCTTCAATAATGTCG AATCCAGTCTCTCTAATAAAAGCATCTTTAGTAGGAAAAACAACTCTTGTAAATTGTTTA TAAAATCAAAAAACCTCCAGGCAGCACCATAATATTGCTTTTTGATCTCTGTACTATTTC TGTAAAGGATCTCTCTCTGTCCTCCCTAAAGTATGTTCTTATTAAAAGCCGATACCATCT TTGGCAAAAACAGAAAAACAAATGCTAATACTGATCCGAAAAGCATTTTCATAAAATATT GCATCGGATTATTGTCAACTTCTTCCTCTGTGCCAGTGGACGTTGACATTGCCATTGTCG AGGGCAATGCTTCAATAACAGCATCTGCCAGATCAGTTATAAAAGAGGAGGTGCAATTCA GAGCAGGAACACGACCCCAATTTTCAATTCCCGATTCAAGAGCTAACTCCTTGTATTCCA TATCAATCTCTTCAAGAGTCTCTATATGCTCACTCACAAAGCTGAAATTCCAATAGCATG ATTACATTAGGTGACATATCAAGAATAAAGCAAGAGATTGTGTTATCTGGCAGACAAGAA AAAAGTAAACATTCATATGAGAAGAGTATCTTAATTGACAACAAAGGCCAAACACTCTTG AAGTGGTTATGATAATTTAAACTCTCATACACAGTGAAACAATTCCAATTTGTACTTCAT GATGCCCAATTGCACAGACATTCACAACACACACAACCAAAAGAGCATCAGACATTCACA ACACACACAACCAAAAGAGAATCACTTCCTACCAAGTCAACAAAAGCATTGTCCCTTCCA AAATCCCAAAACTAAAATGTATCTCAGAGACAGTTAGCTATTGTCGCTTCAAATTCCCAC ATCAGTTTTATGAATATGCAGGAGAACCATTACGATAATGCATCTAACTCAACAATTACA AGACACTACAAGTAAGATAAACATCTCACCCCCTTTTTTTTCTTCTGACTAGTCAAAGAG GTTCTCGCGGTTATAGTCACATTATTAAATCTCCAACCTCTCATGCACAAGAGATTAGCA TCCATACATGACGATCCTTTCTATAAATTCAAGTTGCCAATTTGTAGCAATAGGACCCAT GAGTCATGTGGTCTTCTTGTTACCATCTCCAGCAAATCAGGTCTGGCTAGAAAAACCATA GTAGACTTGAAATAGTTTTCAACAAAATGTGATCATGTTAAACTAGCAAACAGCCCATAG AAAGTCTAACCCAGGTTGTTAATCTAATAAAAAATCACCCAATAAATTGATAGTACCTGA GTTTTGATCCCATGACACCATAACTTATTGAGAAGATAAGTTTCAGCCGCTAGAATGCAT ACCTTACTGGAACAGCCAACAGAGACTTTACACCTTTCTGTCCAAGCTCAACAAGAACTT CATCAGTGTATGGCTTCAACCATTGGACAGGACCAACTCGGCTCTGGAATGCAAAAGGAT AATACTGAATTAATTCACCACGAGGGGAAAGTACCTTCATCCCAATATATTTAGTTTTTG GTATATTCCTTGTATACAGGAACTTCCCCACATCAATGAAATTGCTTTTCTTCATTTTAC ATATTATAGGGGTAAAATGTGATGAAGGATTATTAACACCGAGTTTGGATAAGAGTTAGG AATATCTGAAATGTAAAAAAGTCTGAAGTTGGTAGAGAAGAAGTCACATAAAATTTGAAA TAATACAGGTAAAATTAACATCAATCTGAAATATCGAGGGATGAACCTTTGGCATTTCTG GGGGAAACGTAATATTTTGTGAAACAACAAAATAGAAGTAAATTGGGGAAAAGGGTAGTC AAATTCTGTCTCAAACCCCTACAAACTTCCTCACAAGAAAAGGCTGTTTTAAAAATAGGA GGAAGGAAAAAAAAAGGAGAAAAATATGGAATGATCCGTAAAAGCACAGAGAATTTGGCT AAACTGAACTTTGAGTCATTGCAGCGTGGAAAAATACATTTATTTCCAATATCTAATAAA TCACTTAGAGGGCACCATTAGGAAGAGCTGAATGTATATGGTATTGCAGAATTTGGAGAA TACAGGTAACACAAAAAGTGATCTGGAGGACTTGAGCTTTAGGAGAAACCTGGTAAGCCA AGGTATGATCATTATTGATTTCTCTAGCTTTCAGCTCTTTCATTATCAAGAAAATGCACT CCTCCATCTGATCTCTATATGGATCACCAGCATTTTCAACATAACTGATTGGCACTCCAT GGGCACTAAAGAAAATCATTACCTGAAAATACATCCCTCTTAGAATTGAGTAGGAAATAG TAAAAAATTCCCAGTAATGATAAAGAAAGGTTCATCACCAAACTAAAAGCATAACCATGA TGATCAGAAACTGAGGACACCCAAAATAAGATATGCTACCTCCTCAGGCTTAGTGAAATT ATGTAACTCCTGCTCAATCAAGTTTGCCATGGACTTGATGTAACCTTGTCGTTGGTACCA GGATTCAATGACTGCAACTGGCAGTCTGGACAGATAAGAGTCTCCTCTGGGAGTGCACAA AAAGTTCAGATATTGATCAGAGACAGGAAAATGTATGTGCATACACTTCAATTTAAGAAC ATGAGACTCCATAAATGCAGTAACCAAATTGAAAAGAAAAAGAGAGTTACTTGAAAATAT TCTGAAGGGCACGGACACTAGAACCAGTTGTAGAGATAGAGTATTGAGGATATAAAGGCA GTACAACAAGCTTTGTAATCCCATCTCTTTTTATCTGCACCACAACAGGGAACTCAAATT CAGATCAAACTTAAGACCTATGAAATTTCCAGCTCACAGGAGAAAAGTGATTCTTAGGTC CATTCAATCCCAACTATTCATTTGGGTGTCCTTGAAAGGATAACTGCTGGCTGGGATCAA GTAGGTGCAGAAAACATGTTCCACCCAAGAATCGGCATATAACTATTTGACTATATTTGT ACATAAAAGTAGTGAGGTTGTATTACAAGCTTGTTAAGAAAAACAGAGCACATGACAACG TTTCACTAACCAGAAGCCAAAACTATCTCATCCAGACAAATTAATGAAAAGAAAGCATAA TGAATTTTCTTCAGGTAATATTTCCAAACAATGTAATCAGAACACAACACATAATTGCTA AAACTATCAATTCGCTTCTTACAAATGAAAAAGGTGATGATTATCTTCAAAATGTGGCCA GGTTTCAACAAAAAGGGTTACCAATTGTAACATCAGTAAACAATAGTATAGATCACAATT TTTTTGAGGAGGTGTATATATCACTGAATATTCTTAGCTAAATTGATTTAAATAAATGCC AAAATAAAACATTAGCTCCTCATAAATGGAAATTGACAGACAAGTTAGCTTATACTGTAC AACATTCTAGTCATGGACTGAGATGGACGTTATCCGGATTTGAAAACCAAAAAAAAAAAA AAGCTATATCTTAACATATTGCAAGGGTAAAAAGGGTTTCATTAAGAGAGTTCCTCAATT TCACAACTTCGATCCAGATTTTGCTTGTAAAAAGCCTTCTATTCCTCCAATTTTAGTTCA ATAGTACTTAATAGAACTTTTTTAGTTGAGTAGTAATTTATTTTTATCAGTAAAATGATG AGCAGTACTTATAAACGTTTCTTATAGTTGGGTAGTGCCTTACTTTTCAATAAAAGATGC ACATACTAATAAAAATGAGAGTTGGCTTGAATGGTTTGGTCATGTCCTAAGTAGACCTTC TGATGCAATGGGTTCGAGCCTTCGAGGTGTGAAAAAACGTAATGATAATAGGAAGCTATC TCAAAATACCAATAATCTTACAGAATCCATGCAACTTAGAGAAAAATAGAGCACAACGAA AGAAAAGGATCCCTTAGCAGTACCACCCTAGTTGAGATTAAGGCTTAGTCTTCGTCAGGG ATTGTATACGTCAATAGAAAATCTAGCAAAATTCACGGCTTAGAGAACCTAATGTATTGA AGATTGGAAGTGGAGCTAAATGGGAATGAAATGGGTAGCAATGATTCATATAATCCCCAC TAGCTTGGGATTAAGGCATAATTCTTGTTAAACATAGGGTTTTGTAACAGATCTTATTCT TCTGTTTCACGTACAATATTTACTTTAGGTTTAGACAGTTTACACATGCATGGCTGAAAG CAAATCAAGTCGAAAGAAGCAATATGACATGGCACTTAATTAAGTTATACATGAGTGCAA TCCAGTCAATTACTGTTGGGATTAACAAAAGATGGAAGATTTTCTTTGGAGGAGGAGGAC GAAATAGGAGATAGGAGGAAATAACACTAAGAACACAAAAACCTTTAGCTCAGTACCCTC CCTAAAACTATATGAAGGGAGGAGGGAGTGAGAGGCCCCTTTCTTCTTATTTATTTCTTT TCTCCTTTCATGTCTTATTTTTTGGGTGAGGAGACGAAGATTCAAATAAAATAGATATCT CCTGATCCATTAAGTAGAAAAATCATCTGTTATGATTGTTTGTAACTTTACCCATTACTC CCTCTGTTTACAAAAAGAATGTCTCATTTCTTTTTTAGTCTGTTTCAAAAAGAATGACCC ATTTCCTTTTTTGGCAACACTTTAACTTTAACTTTCCACATGACATGTTTAAGACCACAA GATTAAAGGACATTTTGGTACATTTGACATAACTTTAATTTAGAACCACAAGATTAAAAA GTCTTCTTTCTTTTCTTAAACTCCGTTCCAAGTCAAATTAGGCCATCCTTTTTTAAACGG AGGGAGTATTATTCATCTGCTACTTCCCCAACAAAAAGATTTTCTAAAGCTACCAATAAA AAAGAAGATCTCTACAATCAGGATCCTAGATAATATTGCTTTAGGGTAAGACAAGGTGTG TAATCATAAGAAACTTGAAAGAAATGGAAAAGGAGAAGACCAGATATATTTATATATACC TGTGAAACTACAAGAATAGTAGAGATGAGCTAAACACCATTTTCTATGTAAAGCTCAAAG TCTAAATATGACGATGCAACTCAGAACATAGAACAATTGCAGCGAATATGTAATACAAGT TATATATACAATAGATATAGAATGAAAAAGCATATGGTATACCATTATTTTTGCTCATTA TACTGTAGAATACAAGCTGGGATTTGTAGCATATGTGCTACAGAAGATATATTTTATGTC ACAAGGAAACAAAATAAGAGAAACTAAGAAACACTGTCAAAGTAGTTGTAAGATGTGTGG TGGATCATATATTTCTACCATTTTTTATCCTACCTTACAGAATTACTCGATTTTTTACTG ATTCTTTATTTTTGTTTAGCAGAAAGATTTACAATTTGTGCTTGTTAGTTAGTACTTCTG TGAATTGTGCCCATGTTCAAGCTCTCAAAACAGATTAGACTTATTTGAAAAGTATAAATG AAACTAGTGTTCTAATGACTTGTTGAGATTATCGTGAGCACATGAGAGAAGACACAGACA AGATCAAACAAAAGATCAAGACAAAAAAATGTCAACTGGAAGAACCAAGAGGATGCATTT TGAGCCTACCTGGTGAACAGCTTCCTCGGTGAACGGGTGCCAATACCTCATCGCAACATA GACATTAGCTGGTACTTCCTTTGTTTCTAGTGCAATTTTTAGTACACTAGCCTGCAATGA TGAGCTTAAGAGGGTTAACAAGTTGAAAATGACACCAGCATAATGAAGTAGAAAGAATTT TTTAGCACAGAGCACATAAATAAAAAGGGGTTTTCCTATACCTGCTCATCTGTTATTTTT CGTAAAGGAGAACCACCTCCAATTGCAGCATATCCTTCCTTGCTTTTCGGAGCTCGGAGA ACAGATATAAGTTGTGCCAATGGGCGCTGGAGAAATCTGAACAATCTGGGTAGACGTATA ATGTCCTGCCATGTGAAATTCATACCATTAGCATAAACACAAACAAAGAACGAAATTGCC CAAAATCTCCAGCTTAGGAAAAAAAATGAGTTAAGACTGATTGTTAGCATACAGGATCAG CAAATAAGTTGAACAGAAAAGGCTGGACATCATGAAGTGTGTCTGGCCCTCCAAGATTCA AAAGTAGCACTCCGATCTTTTCTTCAGTTGTCTGGGAAGAAGACTCAACGATGCTCCCCG GAAATGTAGACAATCCAACAGAGCAGAACGTCTTGCCAACTACATCTCTCTTGTGCACTG GGCGATGTAAAGACAATCCCTCAACTACACTGCTTTTTTTGAGAGTGAGTTCAGAAGATA AAATTGTAATCTCCCGCTCATCAGAATTCATTTCTCGCCCACCATGTGAGGAATGGAAAG GAGGCATTAACCTTGTCCGCGAGCAGCATCTGCCAGGATAAAGATTCATTCAGTACATCA TTCCGGCATTGAAATTAGCATGGAAATGAAAAATCTATGTCTATCTCCTCATTAAAAAGT TTAGTGCATCATTTTGGCATTGAAATCAGCATGGAAATGAAAAATCTATGTGCATCTCCT CACTAAAAAGTTTCTTTTCTCCACAAGATCTATCGAGTCATCATACTTGATACACTCCCA TTATTAGATTGTCATTACAAAGTTATAGAGTAACTTTCTAAATAATGTACGCAAAGCATT TTCCCCATATCATAAGTTGGTATTTGATTATAAAAGAACCAACAACTTCTGCATAACAAA TGACCTCATTCACCAGCCAAACCCAAAACATCCTAAACCTTTCATCAAGATTCTGACTTT TTCAAACAGTTATTCATATAATTGATCAAATCAAACGTTACAACAAAGAAAAAAGGAACT GAATTCTTATAAAAACATATAATTGACAATAACAAAATTTAAGAGCAACCCATATGAAAA AAAGAAAGGAATTTCCAAGAAAATGAAAACCCATAAAAGCTTACATGGAAGAGTTAGAAG TGAAACTGGAAAAACTAGAACTTGGAACCTTAGTCGGTTTAAGAAGTCGAGAGATCGTCC CTGTTTCCATGATCTACTATGTGATGATTTTCTTCTATCAAAACTTTCCAAAAAGAGATC TTATTCTAGTTTTTTATGGGTTTGAAAGAAAAATAATACTATTAAATGCAGAAAAAAGTA TAGTTTGTGGAAATTTTTGTGAGAAAATTAAAGGGGTTGGCTAAAAAAGTAAAATATTGA GAAGAGTCAAAGAAATATAGGGTTTATGGAAGCTAATTGGATGGAGAGAAATGTATAAAT AAAAAAAAGAGGAGAGGAATAACGAAGACGTGTTCATAGCTATTGATGTAGCAACTCACC TAACACCATTTTTCTTCAAACAAAACCGTCAATTGCGACTTCTTTTCTCTTTTGAAGGTG CTATTAAAACTATTCTCTGCCTTTTATATTTTATATATATATATATATATATATATATAT ATAATATAAATTGATCAACATATTAAGATATCATGAATAAAAGAAAAAATGCATAAGTAT CTTTTTAGATTATGATCAAAAAGATCTAAAATAGTATATCTTTGGGTTAAGAGTCAAAGT CATCTAGAGTTTTCACATGAAGCTTTAATAATCCTTCGTCTTTGCAATATTTGTACATTT TTTGTCCTTATTCAAAACTATCTATTTTTTAACATTGATTTTATTCATAATTTATGTATG AAATTTTTAATCATCATTATATATATTTTTAATAGATATAATAACTTCACGTGAGAGATT GTGAGAAGAAAAACACTTTTGAATGAAGACCAAAAGTGCACCAATATTGCAAGCACGAGA GACCGTTAATGCTCCATTTACAAATTGAAGGATGACTTCAAGCCTTAACCCAAAGATGAG GGATTATTTTAAACCTTGTCTCTAATTTTCTGCATCTTTTGTTTCACGTGGCACACTCTG CGATTTCACGCAATTGAGATATGTGGGAGATATTTGAATGCCACGTAAGTAAAAATGTGC ACAAAATTACAAAATAATAAGTTCAGGAGTAATAGAACTTCAGTTTAGTTAATGTGTCTC TAGAATTTCAATTCTTCTCTAGGGGATACTTGTGCATTTTTACTGAATAAAAGGATAATA TTTTTTAAAAGAATAATTGTAAATACAATATGAAATTTTTTAATTAATATTTCTTTAATT TAATAAAATGAATGATTAATACGATCAACTAATACAGGACGGAAGGAGTATCTTTACATA ACACTCTTGGCATAAAATTTGGCATTAGCTATGGATATTTGTGTAAAAATTGAAGTTAAA ATGCATTACTTTTGTTTGTCAATTTTATAGTCTCAATTAATATAAGGATAATGCATAAGT ACCCCTCAACCTATGCACAAAATCTCAGAGACACACTTATACTATACAAAGGTGCTATTA CCCCCTGAACTTATTTTATTAATAATATTCTACCACTTTTTGCCTTACGTGGCACTATCT TGTGGGCCCAATATTGGTTGACTTTTTCTTTCAAACTAGTGTCACGTAGGCCTAAAAGGG ATAGAAAATTACTTATAAAATAAGTTCAGGAGGGTAATAGAACCTTAGTATAGTATAAGT ATGTCTCTGAAATTTCAGGCATAGATTGAGGGAGTACTTGTGCATTTTCCCAATGATATA TATTGGTACTCTTGTATTATCTATGTAATACTAGATAAGCAAGTCCGTGCTTTGCACGGG CCCAACACAATTGATTATGTACCCAAGTTATTTTAGTGGTACATGCAAACATTATCTTCA TTACTCATACTTGGATCGTAATTACAAACTTGTTTACAAAAACTATAAAGCTAAAAACTG AATGCATATCCGTCATGATATGAAACTATTTCTATCTGACAAATGTAGCTCGAGATTTAT CCAATTGAAGTAGTCCGTAGAATATTATTGTCGCGTCTATTCCTACAACAGTTCAGTCAT AATTCTACGGATTCTTCTTGTTTACCATGGTGCACTTCTTGAACTTGGCACAACCATCTT TGCTCTAGATTACAAAGACACCTGCACTGAAAGACGATGGTAGAACACTTGGGTCAGATG TAGGTATATATTATATGTCTTATGAAATTATAAAAAATTACTAACAAAGTTACAAACTAT CAGTTGTGACAAATAACACAAAACATGGCCCAAGTGACCCTCTATCTTCATTTCTTAAAA ATAACCTGAGATCTATGGGTCTGATAAGGGTATATTAAGTGCATAAGAGCCTCATATCAT TCAAAATCAAACGGCTTTGGTCCCCCTCTAATTTCTATTATGTCGAATTTAATTCAATTT TACATTCTTAGAAGGATTCATAGCTATCGAACGTAATTCAAAATATTACTCCTAGAAGAA TTCACAACCGCAGATTATAGATTCCCGCAAGAAGAGTATAGATGTTAGCATCATCTACTT TACATCTCAATATAACTACACATAATTGTTATTTTGGGTGACCAATGGCAAGATCATTCA CATCCCCGACATGAGCATCAATATCTTCAAACATGATATATGTTATCTTACAAATAAATT TTGTTGATATTTAAGCATGCCATAACATTCTAACCCAAAATCTCAAATAACTAGATGTAT TGAGCTTTCCAACAGACCATTTATTTTCTTGATAAGTGAGAGTTTTATAAAGATGATCAA GATGACAAAGCGAAAGAAAATTCTTTAACTCACAACACAAAATCAGGGGACCTAAACCAT ACAAATATTCATGAAATTTGTAGTGCTTCACCATAAATTGTACTATTATACATCTATAAC TTCGAGTAACATATCAGTTCAGTTATAAATCAATCATTCAACCTCATCATTCTCACAATG TTAATTATTATATAGTATTAATGCTTAGTAAATTGTAGAATTGGTGCCCCAAATCTTAAA GTTCTTAGACTATGGCACTTCTGAAAAAGTGACTTTTGTTAATATGTAATTTTCGAAATA CAGAAAATACTGCTAATTATTATTACTGACATTGTATATAGGGATTTGAAAGTAAGTGAT TTTTAGCCTAGCTTGCACATGACAAATCAAAGATATAAATAAATCTAAAATAACTAAGTC AAGAGTACAAGCATGTTTGTGTTCTTTTCTTTTTTTCTTTCCTAAAAGGTGCTCATAGTT GAGTATCATCTTCAACTTCAGATATGTGCTATTTTAGCAGCATATAAGTGAAGCTCACAG AAACTAAAACCGTTAGCCGATTTTGATGGTCTAATGGATACAACATCCTGATTCTTTCAG AAGTTCACAAAGTTCTTATTCAAATAAATAAAGCTACATTTTTCACAAAGTACAATCTTC AAGAAAATGACTTTATCAAACAAACTAAATAAATTACGGCTAAATAAAAAGCTTTAAACC TAAACCCAAGATAAAAGGCATGTAATTTGAAGTTCCTGTTAAATGGAATGTAGCTTATTG ACTGCTGTGTGCATACTTTGAAGGGAAATGAACAAGAAAGCCTTGAAGGTCTGAAAAATA TGTTCATATCAGGGTCTTCGATTTCTAGAGACTTTTGGTACACTTATAAGGAGTTATTAG TATAGGTGTTTGAGAGTTTTTTTAGAGAACCTTTTATTTCTTGCTTATCTTTGGTTGTGT AGGAGTGTACAATTTCTTTAATTTTTCTAAGACAATGTTAATCCTATCCAAATAATGTAT GTTACTAAAGTAAATAAAATCAATATAAATTAAAATTCAAGAAAGTCGGAATGTCTTCCT ATCACCATAACCTTAAAGAGCCAAGGGGATGGGTTTCTTCATAGTAAATTGCAATTCTCC ATCCATCACGATTGAAGAATAGATTGCATTCAATTGTTACCTAATTCTACAAATACCAAT AAAAGTATTTCACTATAACCAACAAAAGGTATAATATCATCCACTAATTTTTTATTCAAC AATATGATGAGAAGTATAATACAAACGAAAATTGTATTCAGTTCACTAATTGACAATATC CACACAACACTATTAAATACTGAACGACACCCATATATTTTACGAGCAGTTAAGAGACTT TGATTAACAAATGATGGGTAGATGTAGAAGTTAAAATACAGTGACAACAACACCTGAAAC AGCTACAGTACAAGTAGCGTGGTTGTTATCGCTGATTGTCAGTACCAGAGTTTGATGGAG AATAAGTGGGAATGCTCTCCATCAGCGGTTTATTGGTGAAGATTCTCAACTTTTTTCACT TGAGAGAGAGTTTTGGAAGATTTCGCGGACAATATCGAGTAACACAACTTCACCTTTTCA TATGCTTTTAAGCTACACTTATGGGGGTGTTGGATACGGAGAAAACATTTCAATTTTACT GTTTCATTCCAAAATTTAGATGGGTAATTGAATCCAGACTACCATGTTTGATAACTCATC CATAACCTCTAGCAATTGATATGGGGTGTATGCTTATGAATAAACAAACACAATTGTGAA CTCTTTAGTAGATCAGCCAGTAATTAGTAATATATATTATTTTCTTCTAAATAAATCAAC AATTACATCAGTCATGTAGTTCAGTCGTAAATTTGGAAGAGAGCATACCTGGAATTATGA AGACTTGTGAATCGATTTACTGAAGTTGGAACAAAAGGGATGGAATAAAGGGTGCTTTTT TGCCGAGTGTTTGTGCTTGGAAAATGAGTTAGAAATCTGTTGTTTGGAGTGTGAAAGACG GCAGACGGATGGTTCTAGAAGATGGAAGATCGATGGGTATTTGGAATTGAAATCCGTTCA TTTGTTAGTGTGAAATTACAGTGTTACCCTTGATGGAAGATCGATGGGTCCAGAAATCTG CATTTGAAATTGAAATCTGTATATTTATTAGTGTGAAATTACAGTGTTGCCCTTGATGGA AGATCGATGGTCCAAAAATCTGCATTTGGAATTGAAATCTATCCATTTATTAGTGTGAAA TTACAGTGTTGCCCTTGATCGCCTCCTCAACGTATAATATCATAAGTTGGTAGAAAATGA TTGGCAAGGCATCTGAACTAATCATGTGAGCGGTTAGACACTTCACATGTTATAACTTGC TCTATCGATAAATAGTTGTCCACTATTGATTTAGCATATTCTTAAAGAAATAATAAAAGT AATTTTATTATTTTATTTTTATTAAATTTAATTCTTTTAATATGTATTAGATGTTAAATA ATATTTAATAGCAATAATAAAATAGATAAAAAAAATAAATTATCTTTTAATTTTTTAAAC TGAACAAATATTGTTGAACAATTATTTTTAATATAGTAAATAACTATTATCGAACATGAA GAATATACAATAGATACTTGTATCCAAACTTGTGATATTTCCAACAATTGAGCTATAAAT GTAGTTGTCATTCCATTTTAATTAAAAAAAATTGACTCTTTCTAAAAATTTATTACAATT ATTCAACACTATGAGATAGAAAAAAATTGACTCTTTGTAAATGACAAGTAAATCACCAAG CTTTTAAAGTATATTGTCTTTGATTGAGAATTAATAGGGCTTGCTAGTGTTATATTATTT GGATCACGTGTATATTTAATAGGTGTTATAGGCCGATCAAATAAAAAAATAATATTCTCT CCGTTTAAAAAAGAATGACCTTTTTTTTGTCTGTTTTAAAATGAATGACATCTTTCTTTT TTTTGTAACGTTTTAAAATCAGCTTTCTACCAGGAGCGATTCAAGCATATTAATGGCCTA AAACAAAAATCAAACGGGGCCTTTAAATTTGAATTTATCAATAACTTTTATATAATTGAT TTCTTCTAATTTTCAATTGATAATATAATCATTCTTATTTTAAATTATTTTTAATGAGAT ATAGTACTCCAAATATGTCAAATTTCTTCTAATAATTTCTTCATTTTCATGAAAAGTTTA CTTTTTCTACAAATATTATTCAATATTTATTAAAAGAAATAATAACTTTTAACCTATTAT TATTAAAAATGAGACCCCTTAAATTTGGGGGTCTAAGGCGTATGTCTTTTTTTAACACTG TCGAGACACCCCTGCTTTCTAAGTGACATGTTTAAGGCCACAAGATCAAAGGGTAATTTT GTACATTTAACATAATTTTAATTTAGAACCACGAGATACAAAAGTCTTCTCTATAATCTT AGACTCCGTGCCAAGTCAAATCAGGTTATTCTTTTTTAAACGGAGAGAATAATATTATTA CAAAAAATATGAAATGAACCTCACTAAATCAATGTCTCAAATTTTTACTAACTCGGAAAA AATAAGAGAAGAAAACTAATCAAAATCAATAGATATATGTAAATACAACAAATATTGAGG GAGACAAATGGGAAAAAATTCAAAGCAATGCAAGATGATATTTAATTGTCATGATAAAAT TTAGCAGAATTCTTAAAGAAAAAAAAGTAATAAGGAGAATTATTTGACCAATAATATATC TCTTATTAATTCTTTAATTTCTATCTATATATGTGTCTGATGTCTCTTAACTCTAGAATA ATTAATGTTAAATGACAAAAAAAAAAATTAAAAAAAAGTCAATTCTCTCTTAATTGTTAA AATTGGCAGCTAGAGTACTTTGAACAAACATTTTTGGTATACAATATCAAGCTCTAATTG TGTGACCGCACATTAATAATTTTTTATAAAAAAAGTAGTCACTGCTACCACTAATTTAAT AATTGCTTGTGCTAAATTAGGTACTTAATTGATAGTTAGGTTAAAAGAGTTAGTTAGATG GCACAATGGTCACTCTCGTTAATTTTTTTAAAGAGATTTTGAAATCAATTCGTAAAAGTC TAAATGAATTTGGCCAATCATTTATTTCAGGGATTAATTTGATAACCCTAGTCAAATTAA CATAAGTGTACAAATATTCATTTTTGGGATCGATATTTAACTAATGCATGTCTTAATAGA ATTATTTACTTTTACAAATTTATCCCTTTTTGAAAATAGTTTAAACTTACTCAATTGAGG TTAAAATTTTGCACTTGAAATATATACATATAAAAGTTGTCTCAAAATCTCAAACATGTG TAATGTTTTGTCAAATTAATTCAAACTTACTCTAAATTCACTCGATTTTTTTTTTTAAAA AAAAATTGGTGTCATAACGAATAAATATTAATCAGTAATATATAAAAAACAACAAAAAAG ATCTAGTAAGATCATTTAACACTATTTTTATTATTTAAAGTATGTAGGAGTTCCATCTTA CACAAATGAAGCACATGCTTAAAATGACTAAGATTTTATGTGATTAAATGCATAAGCAAA GTTCCTGACAATTTGATATTTGTGTAGAATGAAAAAAAATAGAAATATACAAACTGCAGC CTCAGTATTAAATTCAAATGCAACTATAACTATAAAACACAAGTATCAAAATTATAGCTA TCTAGCCTCATTATGTCTTTATGTTTGTCATTTCTAAAATTCTCTCGGTACTTAAATGGG ACAATGAAATAGGACAACTCATGATAGGAGCGAAGCTACAGTCTTGTAAGGGTGGTCAGA TGGACATCCTTCGTCAGAAAATTATATATCTTTGAAGTATTGAAAATGGCACACAACTAT GTCTCATCCACCTATTAGCTTCAAAATATCCTTCCCATCCACCAATTGGTTCACAAATAC CCTCCCCATCCACCTTTGGATTCAATTTTAGCCACTTTATCAATGAGGCACCATTTAAAG TAATTAAATAATCATTTTAATTACGTGTCTTTCAATCATTGGTTGCAAATTAATTATTTA ATATAATTTCTAGTTTTAAATAAACCCGCCCCAATACTTATTAAATCCGCCCGATCCAAT ACAAAAAACCCGTCTAATTAAAATAACCCTAAAACCTTGTTCCCAAATAAACAATCCATT TCCCAACTAAGTTCTTGAATCAATGAAAGTTGGATGCTTTATTAGTATTCTTCCAACAAA TTTGTGTGCATTTGTTAAAGAGAGTATTAACGTATTCATTCTATTAATCTCCATCCCTCT CTCACACACATTGGACATACACGGTAGAGATGAATAATTAAACGTTTTAATGTAATAAAT CAGTGGAAGATTGCTTTGTTGTTTCTCCAAGAATAAGGTGTAAAAGATGATATTGGATCA ATTACTTACTAAATCTTATTTACCAATATAAAGATTTGAGAAGTTTAATTTGAAGTCCTA AAATATTTCACATCCAACTATCGTTGATCAAGAACTTGGTTGGGGGAAGTGATTTGGCAA CAAAGGTTTTAGGGTTGTTTTTAATTAGATGGGTTCTTTGTATTGGGTCGGCGGTTTAAT AAGTATTGGGACGGGTTTGGTTTAAAATGGATGGGTTTAAAATTATATTAAATAATTTAA TTGCAACCAATAGTTGAATGTCACATAAATAAAAGGATTATTTAATTAAAATATTTTAAA TGGTGCTCCATGAGATAGTTGTGTACCATTTTCAATACTTCAAGGATATTTTAGTCTCTT TTCCGAACGTAAAATACAGTCTAATATCTTGATATGTTATAAATTGAACACTCTTCACAC AATAAAGGGAGATAGTCTAGTGGATTGGTAAAAAAAATGTTGTGTAACCAATCTGCTAAA AAAAATTATCGACTCTTTAAAGATTGAACACTCGAGGAAATTTCCGACTCTGTCGCTGCC TCATGACATTTACTGTGAAATCACATATGTAGGATTGTAGATATTCAAATTCCAACAAAT TGACTGAACTCAACTACAATTTCCATGATATAGTTTCGAAATTGATTCAATTGTTTTTGC AACAGCCATGGATTATGAGTCTGCTACATTTCCCAGGAGAAGAAACATAGATGATCTTCA GGTATTCTAAACAACACATTGCAAAATTCAGTAGGACGAAAGGGTTAGCTTGCATGTAAT TATCATCCATCAGGCAATTTGGCCTTCATTTCATAAACCAGGCAAAGGATACTGGGACGT CAAAGCTTCGACTCTTTTTTGCAAGTCCAACACCTTATCCATCAAACTAAAATCTGGGGA TGTAACAACCTTCATGAAATCTTGGAGTTTGGTAGTAGAGACGGACTTCTTGGCTTCAAG GGTAATTTGCACACCCTCGTGAATAAAATCTGCAACTGATACAAATTCCTTCTCTGTAAA ACCTCGAGTGGTCATGGCTGGTGAGCCTATGCGGATGCCACCCGGTACTAGTGCGCTTTT ATCACCTACAATTTTGATTTTGACGGTGTAAATGAAAAAAGAACATTAAGAAAATGATGA ACTGCGTAAAAGCTTCACTCACCAGGCACTGAATTCTTATTGAGAGTGATTGATGCCATG TCGAGTATTTTCTCCACTCTAGCACCATCAATTCCCTAATTGACAAATGAACACGGTTGA CCTATGCTGGTTACTTTAAACAAACTAGTATATAGATCGTTGTTGTTGTTAGTATAATTT GTTTTTGTTTACCAACAAAATATAAGTCCATCCCAGCTACACAATAAAAGGGAAACAGAA GGCATAATTGAGAAAACTCACCATGGGCCGCAAATCCACAAGAACCAAATGATTGTCGCT CCCTCCTGAGACCAGCTTGTAGCCTAATTCCATTAATCGGCTTGCAAGAGCTCTACAGTT GGCAACCACCTACAAGATAAATATTAAATGAAGTCAAATTCTAAGAGATGGTGCCCGTGT TTGGGTAAAGAAGCCATAATTCTTACCTGGTTCTGATAAACCTTAAATTCAGGTGATTTG GCATGCTTCAAGCAAACAGCTAGTCCTCCAATTGTGTGATTATGAGGACCACCCTTCAAA GAAAAACAATAATATTGATAGATCAATTCACGGAATCTAGATTATATTACAGAGTCCAAA AGAGAACACTGTTCTTTCTCTGGTAAGATACTAGCAATCAAGGAAGAAATTTCATAAAAC AAAAGGAGCAACATGGACAGTCAAAAGGAAAATGAACTGACCTGCAAACCAGGAAAAACA GCATTGTTTATGGCAGATTCAAGATCCATTCCCAGAACTGGATCTTTTTTGAAGAAGATC ATTCCACCTCTAGGACCTCTAAGAGACTGAACAGACAAGTCAAAGTTAGGCATAGTTAAT CAGATATAATATAATATTAATCGGTAACTACTAAAACATTTGAGTTTAAAGATGAGGAGT TAGTAGCCTTCCCAAAGTTCCTCTATCTACTGTATACTCTCTTATATCTTACTTTGAAAA ATTGCTAAGGAAAATGAGACTTGATGCATGTAGGAGATCTAACAGAAGAAGCGCATTGGC AAGATAGAGAAGTGCAATGAAAATATAACTGGTATGACTATTTAGCTTTCTTTTAAGGAG CGGGGAAGGGAGGGATATACTGAGAACAAAAGTATTAGCTTGGCAAGAAATTACAGTACC TTGTGAGTAGTAGTAGTAACAATGTCACAGTATTCAAATGGATTAGCAAGTACAGAAGCA GCTACAAGCCCACTGATATGAGCCATATCCATCATTAGGAAAGCTCCAACAGCATCTGCT ATCTACCAGGATATACCAGAAACATAATATTAGATACCAAACACAGAAAACAGAAAGAAG ATGTTAACACGTAGAGATCCAGTTATTATATAATTGTACCTTTCTCAAACGAGGATAATC AAAATCACGCGGATATGCACTTGCACCAGCAATAATAAGCTTTGGGCGAAAAAGATTCGC TGTTTTCTCAAGCATTTCATAATCGAGAATACCTGTGTAGAATTAAAACAGACTTCCAAT CAGCTGAACAGTCCAAATGCAACATGTTAAAGTGGCCCTCTGTTGTTACCTGTAGATTCA TCAAGTCGATAAGGCATGGATTCAAAGTAAATCGAGGTGCCTGAAACCCGTCTTTTTGGA GTCATAAATCCATGGGACAAGTGGCCACCATGAGGTAAGTCCAATCCCTAAGGTACAAAT CACACAATATAAATGTCAGTCCATGCAACTACTAAAAGACCAATAATAAGAAAACTGTTT ACTAGTTATAACTAACCATAATCCGGTCGTGTGGATTAAGAACCGCTGTGTAAACTGCAA AATTTGCCGGAGAGCCAGATAATGGTTGAACATTCACACCCCATTGTTTTCCATCTAAGC TAAAGGCAGCCAATGCTCTTTCTTGACAGAGAGTTTCCAACTCATCGATGTATTCATTCC CACCATAATATCTGATACAATCAAGTACTAGAAAATTGACATTAACAAGCTATATAAGAG AAGATAAATTTTCTGTAGGGAGGAAAAATCTATGATCAATATCTTCACCTTTTGCCTGGA AGCCCTTCAGAATATTTGTTGGTAAGGCAAGAACCAACTGCTTCCATCACTGCTCGAGAT GTGAAATTCTCAGAGGCAATAAGTTCTAAGCTCCTAAACTGACGCTGCTTCTCTTTGTCA ATAATAGTACGAACATCAGGATCAGCTTCATGCAACCCATAGTCTTCAAAGCTGCTCCCA GCACCTAGAGAATGCAGCAGACACCAATGAGTAAATGAAGAAAGTCTAAAAAGTAAATAT CATCATACACGTTCACGAGGGATATGTAACCACCAGCAATGGATTAAGTCCCAGTTAGTT TTTACATTCCTCGTCCATCATAATTGAATTCCGTACCCATTAGTTTTTACATCTCCGCTG GGAAATGAAAAACAAAGTAAAATGTATAACCAGAATCAGTTCTGACATCAATTATAGTCT CTGCATTTTGTTCCTAGGAGCTGTATAACAAGGTGGATGACTCTTCATATCTCTCGTTGG TAAATGATTGTAATAATTTACAATTTACCCCTATATAAATATTAAATTAAATATTAGTGC CTTTGCCCTTCAGCCTTCAATTCACACTTCACATTAACTTTGAATTCAAAACATCACATT GTACAAAATGTCAAAACCTATTACTTTCATGAGAATAAGAAAACTTCTTTTCAGGTAAGT TATTACTACTGAATCTGTTTTATGAGCCTTCTCTAAAGTTACACTATTGTATGGAGAAGT CATATATTTGTTTTATGAACATTGCATTTTCTTATGGTTAAATCGAAAATCAAACCATGA AAATCAAAAACTAATAAACTGAAAACAGATAAAACATATCTTTATTAGTTTACTGTATTT GAAACCGAAAACCCGATAAACCCATGATACATAAAACCAAACCAAACTCACCAATGCTAA CTCTCCTAGGACTCCTCATAAAAAACATAATCAAGGATCCATCAACCACCATTTGTACTA AAGGAGAATCTGACCAAACCAAAAAAAAACCTCTTCCCCCAATAAAAAACAGATTTTTAT ACATCCAAAAATAGTTATAAAGAACATTTTTCATATACATATACTATATAGAACATAACA ACAAAATTTACAAATTACCTTCAGGAGCAGAAGAAGTAGGCCTTTCTGTTATCAAGCTCC ATTCAGTTGGAGTTGCTCTACAGGGCTTGACAGAGCATAACTTTACCCGACTCGAATTTA CATTAATACCAGCAACCCCTTTTGAAGGAAAAGCTGACCCTTTAACCCAAACAGGCTGCT GAAGAGAACTCATAACCGCAGCTCCACAACAAGCTTCCATGATGCAACTAATTAACAGCA ACCCTTCAATTCAAAATTCAGTTTTCTGCAAATAGGAAGAAGAAAAAGATTGTAACTAGG AAACAGGGGATTCAACTGAAGATTTTTTACAAGAATTATAAATCGTTTAACCTTATTGAA ATTTCACTAGATTTTCAGTTTTGCGTTTGTAGAACTCTGGGAATATATAGGAACAACACA AGGTGAAGAAAAAGAACCCTAGCTTGGAAATTCGCGCGCCGCTCATGCACTAATATCTCG AATATGTTTCATTCATTTCAATTCAATCATATATTTTATTTATTTTAATACTTTTTAAAT TTCCTTTTTTAAAATATATTATTTTAAAATTATTAAATTAAAAGACATTTTCAAAGGATA AACAAACCTGCAATTACTATCTCTTTAGGTGCACACAACGTAAAAACTATGCTCCTATAC AATAACTCTCACAAAACACATAGGAGAAGTGATCTCACTAAGCAAGTGTGACGCATTCAG CTCGACCTAGAAAGTAAGAAGTTTCGAACGTGAGACCTCTAACATGAAAAAATGAATGCT TGATATCTTTTGTGTATTTTTACAATTGCAAAGTTTAACAAACGGAAAATGAGTTGGGAT AAGCTCGTAACCCTAATCCAAACACTTTTAGAAAGATAAAGAGCACATTCTCGCTGCAGG AAACAAATGCCACACTTAGAAAACATCCCTCCAAATCCACCAGATCCATCTGATAGCAGC GAGATAATAGTAGATCCAGTACCCTCAAATACCCCCCCAGGAATCCCCGTCCTTCATAAA TGCCCTTATTAAACCAGTCTACATGCCAAGCACTGATCCGATTATGGATATTGATACTGA TGATACTCATGCGGGGAAGGGACCCACAAGCAATCAATAGACACCATTATTGACCAAGGC TACCACGCAAGAAATCAACTATATCTCTCTTCGGAAGAAAGAATAAGGATCCAAAAACTG TGGTCTTTCTTCGTTATTATCAAACTGATGGAAAGAAAGATAAGTCATGACCATTTTAAA ATTGACAAAAATCTAGTGCTCATCCGAGAAGATAATACTCATTGATCTAAATGACTACTA CATGGTTAAATTCCTCAAAGAGGAAAACATGCATCTTGCCTTAAGAATGGACCATGGTTC ATTAATGGGTTCTTTTCTATCCATAAAAAAATGGGACCCCAACTTCGTCGCATTTGAGGT GGACGAAACCTACTCTGCCATTTGGAGACGTCTTCCCGAGCTGCCAACAAAGTACTATTG TCATACAATCTTAGCAAAATTTGGACAAAGCTTGTTAGATTGGTGAAAACTGACATCTAC ACATCCTCGACACTTAGAGGGCGATATCCATGAATCTGTATTGAAGTACCTGTTAGGATA CCGTTTAAACAACATATCTTTATTGACCATCTCAAGAAAAAGGTAGTGTGTGAGGGTGCG GACATTCTGTGCAAGATTTGTAAACTTCAAAAAGGGCAGGATGAATCAAGCACAAAAACC CCATGCCACCACTCCACAATCATTGGTAAGTGAAGGTATTAACGTCAAATTATCTCACTC AACTACCTGTAAGTTTATTAAATCTCAAATTTATAAGTACGTTGAAAACTCACATTTAAA AGTTTCCTGCACTATTGGGGACCTAACCAGTACTTCAAATCGCTATAATAACTTGTACCC ACCGGATGTGAGGATAGATTTGACGCTAGTAATGATGACAAAACAACTGCTCTAAACCCA AGACATGCCACTACCTTTATTGAAGATTCGGTTGAGGACCAAACACCTCACACGCCTCCT AAAATCTACTCCCTACACCCTACTACTACTGACCTAGTAGTTTCCCCTTCAACTTCCCCA AATAATAACTCCAAAAGTAACCTTTTTGATGTGGTAACCCCTTAGCCATGTATTTAGACA ACTCACGCCTCTAGTTGGCGTATCTAAGAGAGCAACTATCAAAGATTTTTTAACCCTTAT TTCTAAGGGTTAACATTGACCCCACAAGAACTTTTACCCTTTAAGGAATACCGACCAACA CTAATAATTCTTTTATTAATAGTTCCTAAGTACCTAAAGTCTCAGATAATAAAGTTATTA CCTCAACACCTTTACAAACTTCTTCTCTATATAAAAATGGCCAGAACATTACTCTCATCC TTTCTACGATGATAACGAACAACCATTTGAACAACCCAGATACTCCTACTGTTCTGAAAA TGAACCAAAATACTCTGATACAACTCTTTCGGGTGAACTCATAACTACCAAGGGTCACCC AGTGTGTGCAAGCCTTTCACCTTCTCCATCCATCCCATCCTATGGAGGTGAGTCTCCAAA ACCAGAACCTAACTTTCAGTGTTCTGATGGACAACAGAGAAGTACAATCATAATCCAAAG TCCTCCCCTCTTGGCTCTGCTGGTGACGAATAGGATATGAATGTTGACAGAATCATACAA CAGTTACCTATGGATAATGAGTATGTTCCACCTGCCAACGAACTACCAACCCCTGTCATG CCATTTTTCCATATACTAACCTGGGAAACCCCATTCCACCACCCATGCAAACCCCGCAAC TTTTGGAAACTCTATTTCTTACCCTTGTCCTCAAAAGCCGACAAAACATGGATCCTCTTT ACCACTATTGGATAATGCAAGGACACACAATGGGGGTGACTCAATTCCAACTTGCTACAA CCCCAACGGGATCAGTGGCCAACACTGGTACTGAGACGACGAACAATGTTGTTGCAACCT CGCAGGTACCTCCCCGTTTGAACTTAGTTCCAATTTCCCTGGTATAGAAAAACACCGAGG AAATCAAAGATGCACTAGAGGTAATGAGAGAAACATAATCGAAAGTCTCAGTGTTAAAAG AAGTAAGGGTCATGATATTTCGAGAGAGATTCGAAAAGAAAGTTCATCCTTATTAGTCCC CTCGATCTATCAAAAATCTCGATAGATATCAAGACCCCATTCAACCCAAAAATAGGGAAC TACGTCTTAATAATGAACCTCATAATAAGGAAAAACCAAAATGTTACAGATAGGAACTTA AGGTTGGATGCAATGATAACCCCCCCCCCCCACCACCACATGAATAGATCTATGAATTTA GTAGTCTGGAACTGTAGATGTGGGAATGGTGCAGACTCCCGAAGGAACTTTAGGGCATTA CTTGATTGACATAGTCCCCCTTTAGTGGCATTACTGACAACGAAAATGTAAAGCCACCAA GGCTTGCTAGATTACTTTCCCTTCAATCAAATGATCAAAATAACAGTATGTAATGTTGGT GGTTTTATCTTCCTATGGGAAGATAATTTGGAGCTCGACGAAATAGCTAGTACTGAGCAG GAAATCCATGATATGATCAAGGTAAGTGGCTCTGGTGACCAATGGCTATTTAGTAGTATA TATGCTAGAATTTTGGAATATGCGTAAAATCTTATAGGAAAACCTATGTACAATTGATAA TAACAATAATAGAAAATGGCTAATTAGGGGTTATTTTAATGAACTTCTCAATAGCACATA TATAAAGGAGGTGGCCCCTTAAATTTATTCAGTAGTGAAGATTTTTGGAGATAGTTAATT ATTGCTAGTTCATTGATATGGGCTTCAGGGTAGCCGGTACACCTGGATGAATAATTATTT CAAGAACAAAAAAGCACTTATTTTTGAAAGGTTCTACCTTCATATAACAAATGGTTGCTA CTCTACCCAAATGCCCAAGTTATATACCTACCTAGATCCCACTCTGATCATTGCCTCCTC ATACTTTCCCTTAATATATAAAGGTGACCACTAATAACTGCATCTTTAGATTTGAAACCA TGTGGACCTCACACTTGAAGCTCCCAAATATTATCAATAAGTCTTCGGCTTGTGCCTTAA ATCTTATAGAAGCTATTTCAAATTTTGAAAAAAATGTCACAAATTGGAATGGAGACACAT TTGGGAATATTTTTTTCACCAAAAGAGAGTAATCCTTAATAAAATAGGAGGTATTCATAA GTAAAAAAAAACTACCTCAATAGTGTTTTGCAGTTAAGATTGGAACAAAGCTTAATTGAG GACTACAACACAATTCTAAAAAAAGATGAGGATTTTTGGAAACTTAAATCAAGAAATAAC TGGCTACAAGAGGGGAATGCAAATACTAAGTTCTTCCATGTTAGTACCTGAGTAGGTGTA GGAAAACTATATTCAGACCTTCAAAACATACGATGGGACTTGGATTCATGATCAAAATGA CATTATCCAATTCACCACATCCCTATTATAATGAATTGTTCACTAAGCAGCACCATCAAT CACACAACCTTACTACCAAGGTTTGTCCAACTACGATCAAACAAGAGGATTACCTTCTCC TTAGTAATTTGCCTACTATGGAGGAAATAACATCCATAGTCTTTTCTTTCCACCCTTTCT TCTACAAAAAATACTGGCATATTGTGGGTCCATGGGTGTACACATTATGCCAAAAAGCCT TCAAGGAGGGAGCTATTCTCGACTCCATAAGTCTCACTCATGTATGCCTCATTCCAAAGT GCAAGATTGCATCATCTCTTAAGAATTTTTGCCCCATCAGCCTCTGTAATAATATCTCCA ATAAAATTATCACCAAAACTATATTTAGAAGATTAAGGGGTCTCAGGGACAAACTAATAG CCCCATGCCAGTTTAGCTTCCTCTAAAATAGACAAGCAACAGATAAAGTTATAATTATAC TAAAAATAGTCTCCCATTTTTGAAAAAAAATGAAAGGGAAGAGAGGTTGCTTCATGAAAA AAATACACCTTGAGAAAGCTTTAGATAAAATTGAGTGGTCATTCTCTAGGCATACCCTCC AATGCTTCAACTTCCTAGAAAAACTTAGTAATCTTATAATGTTTAGCATTAGCTCTAGCC AATCGTCTATCCTAATAAATGGTACTAGAGTTGAGTTCTTTAACTTCACTAGAGGAATTG GTCAAGGAGACTCTATGTCCCCATACATATTCATACTATGAATGGAGGTCATATCTCAAC ATATTGAACAAGCAGTCATTTTAAAGACCCGAGCCCCTGTAAAAGTTAGCATTTGAGGAT CAAGTGTCTTGCACCTTTTCTTTAATGACAAATTATTGTTAGGATCGAAAATAAGCAGAT GTAAATGCGGAAGCTTGCAAAGCAGATCTCGAAAGACCACGAGTAAGAAGACAACGAGAA ATATACCAAAAGACACACAAATTTAACGTGGTTCGGTCAATCGACCTACATCCACAAAGG AGATGAGCAATCCACTATAAATATGAGAGTACAAAATACAGAGAGAAACAACCTCAACCA ATTCACTCGGAATACATGGGAGGTTCACACAAGTGATAACGTATCAAGCTTGTGACTCAT AAATTTTCCCCCTAACCAAAACTCTCAAAGCCCTTAAGACTACATTGTGAATGCTAATTA AGTTAGAAAGAACATGCCTCTATTTATAGAGTCTTAAACCTTTTCCTACCAGAAAAAAGA TTAGTCAATCCAAAACCTTTTCCTAAAAGGAAAACCTATTTATGGTAAGAAATCAGGGCA AATAAAACCCAACAAATCTCCCCCTTGGCCTGAATTTCTGACAAATTAAATTTGTCCACC TTCTTTACTTAATATTCAACAACTTGCTTCTCCTCTCCATAATCTCCTTTGCAAAATTTG TGTCTCAACACAGAGAACCTCTGTGAAACAATTTCTCCGACAAAATCTTCATTACTGTCA AAAAGGTTGCGGCTAGAACTACACCCGTCAAGATGAACACCTCTTTCTAACTTGATTCAA TCATTGATTATCGAACCACTGAACCTAACTCCGTCATTGAATCTGGCTCTGATACCACTT TTTAGGACCAAAAATAAGAGATGTAAATGCGGAAGCTAGCAAAGCAGACCTCGAAAGACC ACGAGTAAGAAGACAATGAGAAATATACCAAAAGACACACAGATTTAACGTGGTTCGGTC AATCGACATACGTTCACAAAGGAGATGAGAAATCCACTATAAATATGAGAGTACAAAATA CAGAGAGAAACAACCTCAACCAATTCACTCGGAATACATGGGAGGTTCACACAAGTGATA ACGTATCAAACTTGTGACTCATAAATTCTCCCCCTAACCAAAACTCTCAAAGCCCTTAAG ACTACATTGTGAATGCTAATTAAGTTAGAAGGAACATGCCTCTATTTATAGAGTCCTAAA CCTTTTCCTACCAGAAAAAGGATTAGCCAATCCAAAACCTTTTCCTAAAAGGAAAACCTA TTTATGCTAAGAAATCAGGGCAAATAAAACCCAACAATTATTGCTCATGTCCAAAACCTC TAAGAGTTGTAGAATCATTACTGAAGTCATAGGCTCTTTTTGCTACTGGTCAGGACAAAA AGTTGAAAAAATCTTTTCTAAGAAATGTTTTAGCGAAGTAACAGAGAGTATATCAATAGA TCTGGATATCCACTGCAACAATTTCTTTGGGACATATTTGGACGTTCCAATATTTGATGG GATACCACTTAGAAAGGACCTCCAATTCATAATAGATTATCTTCAATTGAAGCTTAGTAT TGGAAAAACAACTTTCTCGACATGGCAGAAAGAACTACCTTAGCAAAATCCTTCCTCAAC CATATGGCAACTCATGATATGTAATATATTAACCTCCCTGTAGTAAATTAAAAACCATTG ATAAAATTCAAAAGGACTTTGTTTAGGGAACCACTGAATTTATGAGAAAACTGCACATGA TAAAGTGGGACGTAATTACTAAGGATAGGGATTCAAGTGGATTGGGTGTCTAACTAGCCT AGCACTTATCACCTAACTAGCCTAGCACTTTTTTATGATTCCTCGTTCTCTTTGGGCCTT ACTCTTTCTAAACGAATATGCTAGAAATACTGACTTATTCACCTACTAGCACCACCTCAA AACTGTTAGTAGGACCTAGCAGAACATCATCTAGGGCTGGAAAAACAACATACAGTACAC CAAATAGGATCTAGGAAATGCTAACGAAACCAACTTCTGGAAGGATAAATGGCTCTCAAA TACAACCCCCTTAAGGTGCAGAGTCATAGGCCCCCTCTGTAAAGTTGAACTCTTACTCAA AGATAGGGACGTAATACATAATGGGACATAAACACTTGAAGATCTAAATTCAAATTATCA ATGAATCTTAGTTCTGAAATTACCTCCATCCATATACCCCAAGCCCCAAACATGTGCGAC AAAATAAATTGGACACTAATTAGTAAAGGAAATTTCACTACCAAATTGGTCTACATAGCC CTTAAATAGCCCTTAAATAAAAGGATACCACCAAAAGATCCAACCTTTTAAATTTTCATA GCATTGGTACAGATATAGACCCCTTGTGCAAAATCTGTTGCCAACCTGAAACTAACAAAC ATATACTTCTCGATGTCCCCTAGTTAGGAAGGTCTGGATTACTCTGTGCCTTCATGACTT GATCGAGAAAATAAAAATAAATAATAATCCAAATTGGCTCAACAGTATTAGAGATATAAA GAAGTTTTTAGCTTTTTTGACTAATTCGAGATGTTTCCATTTGAATTAATCGTAACAACA ATATCTATAAGAAATCAAGGTAAAGGTCAATGTCACGTCCATAATTGATAGAGCAACATA GTATGCCTTTCTTGGTCCTAGCAGAAATCCGAAGTCAAAAATAACATCTCTTACCAATCT CTGCCCTTGACACCCCTACCAGCTGGCCTAAAATTGAATGATGATGGTCCCTTTGATTAT ATCACCTTTAAAAGAGGGACAGGGTGTATAGTCTGAGAATCAAAAGGCAACTGGATAGTA GGTTAAAGCACAAGAATTACATCCACCTCAATAACAAGGACAGATCTAGCAACATTAGTT CATGGCCTAAGGCTGACACATAGCCTAAGCCTTCACCACTCACCATTGCCCCTGACTCAA CCGAGGTAATACATCTTCAAAATAATGGAAATGCTATTGAACCAAGGAGCATGAACCTAG GGAACAAAATGGAGTGGTTGATCTGCTAGCTCGTTTCAGAAGAACCCTACCAATAAATAT TCTTTTTTAAGTATGGCATAATGCCCCTTTGTTTGTTCGAGAAGCCATCGAGGAAGACAA GAAAATGTTGTCTTTTGTTCACCCTATTGCTATGTCTTATGTTCACCCAAGTTCTAACTT ATGTAATACTAGTATACTTGGTTGCGATTCGTGCGGTTATGAATAGAATTCAAATAAAAT TTGACACTAAATCATAAAAGATAAGATATAAAAAATCAATTAAATATATCCATATTTTGT AACAATTGTTATTACAAGTTATCTATAAGATACATACTCTTTAATATTGAAAGTATTAGT TTTTTACATCAATATTTTTTTTAATTTGGACTTTTTCCTCCTCTTTGTTATAACTTCATC ACTACTTGCTTTCTAGTATTCGTCTGTTTACCAACCTAAAGAATTATCATATCAAATCAC TAAAAAAATTAATTAAAATTAAAAGGAAAAATAAGGTAAGAAAGAAAATAAATTTTAAAA TACACAAAAAAAGAACAAAAAAAAAGAATTAGCTGGGCAGAAAAAGTTGAAAAAATAAGT TCAATAATAAATAGGAAGAAAAAGAAAAAAATTACCAAAGTAAAGAGAGAAAATACAACA CTATTCTAGATGAACAGTTATTATGTAGATAGAGAGATTTTTAAGAATCAACAATTTTTT CCCTAAAAAATCAACACACTTTTTAGAAGAAGTTAACAATTATCCTGTATAAAAAAAATT ATATATGTACGCAACACTCCAAACTTTATCAAACAATATTGTTTTTTTGGAGAATATATA CCTTATATTTGAAAAAGAATTAATTCAAATTGTTAAAAATAAGCAACAATAAGTGTATCT CTATATATCGTAAATCATTCAAATTCAATTCTATCAAACTGATCTGATCATCTCTCTTGA TGAAACTTTCACCGCAACTAACTTTCTTCTTATTTTGTAAAAGTTGTACAGAACTAATCT GTCACTTTCAGTAAAAAAAATGTATTTCACCTTGTCCTCTTGTTTGACTACTATGATATA AAAGAAATTATGTAAAACTTATCTATGATCTTCATGAACATAGCGGTCATTCATATTTCT GCATTACTTTTTCTATATTCTCTCTTAGTTATTAAATACATTATCGATGAAGAAAATGAA GAAAAAACAAATAAAAACGAAAAAAATATATTAGTAAAAAAGAAGAAGGAAAACAGAAAT TAGATAGAAGGAAGTTGAGAAGATATTTCATTTAAGTGGAGAATGCAAAAAATAAAGGTT TTTTTTGTAATCCATAAATTATAATTAAATACAATAAATATGATAGATCTTAATGTTGTA AATCCATTGTATAGTATATGTGTATGATCCATTAGAGTTATCCAACAATTAATTGGATTC ATGTATTAGTGTTTCGAATGTGGTAAGATTTCAAGGTGATATGAACCTTGATGATAACTA TGGATAATTCCAAGGTAACCTTTGACTATGATATCTCCACACTATAAATAGAGATATCAT TCACCATTGTATGATACACTTGAATAAGAAAATTCTTTCCTCTATCTTATACTTCTTGTC TTTTCTTCTTATATTCTGAGCTTTCTTTACAACACGTTATCAGCATGAAGTTGCTACTTG CAAAGGTATTATATAAATATTTTTATTTGATTCACATATTCTCTCATAATTTTATTATGT CGAATTTATCCAAACTTGAGTTTGTGGCATTAGATATTTCTGGAAAGAATTATCTTTCAT TGGTACTCGATGCTGAGATTCACTTGGCTGCTAAAGGACGTGATGCCACTATTACTCAGA GAAATGAAGCAACAAGTCAAGATAAGGCGAAGGCTATGATTTTCCTTCGTCATCATCTTG ATGAGGGCCTGAAGATTGAATATCTGACGGTAAAAAATCTACTTGAATTGTGGACTGATT TAAAGGGGAGATATGACCACCTAAAGACAACAGTGTTGCCAAGAGCTCGTTATGAGTGGA TGCATTTACAGTTTCAAGATTTTAAGATCGTAATTGAATACAACTCTGTTGTATTCAGGA TAACCTCCCCGTTAAAATTATGTGGGGAGACTATAAAAGATGAGGACATGTTGGAAAAGA CATTTACTACTTTCCATGCCTCAAATGTGATATTGCAGCAGCAATATCGTGAAAAGGGTT TTCAGATTTATTTTGAACTAATCTCATGTCTTTTGGTGGCTGAGCAACATAGTGCTCTTT TAATGAAAAATCATGAAGCTCGTCCCACTAGAGCTGCTCCATTACCGGAGGCAAATGTGG TGGAAGCACGTGATCAATCTGAAGTAAAAAGAGATGATCATCGGGGCTATAATAATGCAC GCGGACGTGGCAAAGATAAACGACGATACACTAATCGTCAAGGTGGTGGTCATAATAAGA GAGAGAACAACACGAGTTCTCAAAATAACCCCTCAAAAAGTAATTGTCGTCGTTGTGGCA TGAACGGCCACTGTAAGAATGAATGTCGCACACGTGAGCATTTTTTAAGGCTCTATCAAA ATTCCTTTAAAAAGAAAGGAAATAAAAGTGGTGCTTCCTCTTCCAATGCTCGAGTCGAGT CACATATGACTCTTAAAGATGATGATAAGCTGGGAACATCTCAGAAATATGATAAGGATA TTGAAGCAAATTTGACTTTAAAGGATGATGTTTTTGATGGCCTTAGTGACATTACTCATA TGGAAGTTGATGACTTCTTTGGAAGTCGAAACTGATGTTTGATATTTTAGCTGGGGAATG AAGTCTGTTAATATTTTACATAATACTTTACTTATGTGTTTTTAATTATTATGTTATTCA TGTTGAAGTATTTAAATTTTCGTTGTTAATTTTGTTTCTTCCTTTATTTAATGTATTTTA TTTTAATGAAAACTATAGAAATTCTCAGTTGTCAGTTGGAATCAAGATATGTAATGGAGA TGTATGCCTTCTTGATAGTGCTACAACGCATACAATATTAAAAGAAAAGAAATACTTTTC TAATTTGGTTATGAAAATGACATATGTCAACACAATATCAGGTAGTACAAAATTCTTACT ACCTGGAGAGACAATATTAAGCACTGATAATGCATTATATTGTAGTAAGTCTCAAAGAAA CTTATTAAGTTTCAAAGTTATTCGCCAAAATGGCTATCATGTTGACACGACTAATGAAGG AAAGGACTAATACCTTTACATTACTACAATTAATGTAAAGAAGAAAACCGTGCATGAAAA ATTACCTGCACTTTCTTATGGGTTGTACTATACAAGTATAAGTATAGTTGAATCACATGC CGTAGTAAATAAAAGGTTAACTAATTTTAATGATTTAATCATTTGACATGACCGGTTGGG CCATCCCGAATTTGATATGATGCCCAAAATCATTGAGAATTCACATGGGCACACCTTAAA GAGCCCAAATATCCTTCAATCAAAGGAATTCTCTTGTGCTGCTTGTCCTAAAGGAAAGTT GATCATTAAACCATCAACAGTTAAGGTTGGAATTAAATCCCCTGCGTTTCTGGAACGTAT ACAGGGTGATATATGTAGACCAATTCAACCTGCATGTGGACCCTTTAAATATTATATGGT CTTGATAGATGCTTCTACAAGATGGTCACATGTGTGTTTATTATCAACTCGCAACATGGC TTTTGCGAGAATGCTGACTCAAATAATAAGATTGAAAACACAATTTCCAAACTATACAAT AAAGACAATCCGTGTAGATAATGCTAGTGAGTTTACAATGCCTGACTATTGTATGTCTAC AAGTATAACAGTTAATCATCCATTTGCGCATGTTCACACTCAAAATGGTCCAGCAGAATC ATTGATTAAACGTCTGCAATTGATATCTAGACCATTACTAATGAGAACAAACTTATATGT GTCTATGTGGGGGCATGCTATTTTGTATGCAGCAGCACTTGTGCTCATAAGGCCGACCAA TTATCATGAATTCTTCCATTTACAATTGACTTTTGGTCAAGAGCCAAACATTTTCCATCT TAGAATTTTTAAATGTGTGGTGTATGTCTCAATTGCTCCACCACAACGCACAAAGATGGG GGCCCAAAGAAGGTTGGGGATATATGTTGGGTATGAATCTCCTTCAATCATAAAATATTT GGAGCCTATGACTGGAGATTTATTTAAGGCAAGATTTGCTGATTGTCATTTTGATGAATC AGTATACCCAACATTAGGGGGAGAACATAAGTCGTTGGGAAAAGAGATAGAATGAAATTC ATCAACTCTATCTCATCTGGATCCTCGAACAAACCAATGTGAGTAAGAAGTTTAAAAAAT AATTTATTTGCAGAACATTGCAAATCAGCTACCAGATGCATTTACTAATCTTCCAAGATT ACTAAATCACATATTCCAGCTGTTAATGCTCCAGTTCGAGTTGATATCCCGACGGGATAA ATTGTTAAGGCAAATGAGTCTAGACCACATTTGAAGCGTGGTAGACCAATTGGTTCCAAG GATAAAAATCCTCGAAAGAGAAAAGGAATAAATGATCAAGATGATCATGGGTTGAAAGAA ATTTCTCAAGATGAGACCAAGTCATAACACATAATGATGAGGAGGTTCGAACTTTTGAAA ATAATGAAATTTCAATGAATTATGTATCGACGAGAAAGTTGTGGAACCGAAATAATATTG TTATTGAAAACATATTTGCCTATAATGTTGCTATTGAAATAATGCAACAAGATGAAGATT TTGAGCCAAAATCTGTTCACGAATGTAGACAGAGAAATGATTGGCCAAAATGGAAGGATA CAATTCAAGCTGAATTATCTTCACTAGAAAAAAGTGAAGTTTTTGGACCAATAATCCGAA CACCTGGAGGTATCAAGCCAGTGGAGTACAAATGGGTTTTTGTACAAAAAAGAAATGAGA AAGGTAAAGTCATGAGATATAAGGCCTCGTTGCTCAAAGTTTTTCTCAAAGACCTGGCAT TGATTATATGGAGACATATTCTCCAGTGGTAGATGCAATCACCTTCAGATATCTCATAAA TCTTGCAGTTCATGAAAAACATAAAATGCATCTAATGGACGTTGTCACAGCCTATCTATA TGGCTCATTGGACCACAACATTTTCATGAAAATTCCTGAAGTATTCAAAGTACCTGAAGC ATACAAAGATTCAAGAGAAACTTGTTCAATAAAGATTCAGAAATCTCCGTATGGATTGAA AGAATCAGGAAGGATGTGGTACAATCGTTTGAGTGAATATTTGTTAAAGAAAGGGTACAA AAATGACCCAATTTGTCGCTGCATTTTCATTAAACGGTCGGGGTCTGAATTTGTAATAAT AGCTGTGTATGTTGATGATTTGAACATCATTGACACTCATAAAGATCTTTTAGAAGCCGT TGAGTGTCTGAAAAAAGAATTTGAAATGAAAGATCTCGGCAAGACAAATTTTTTCTTGGC CTACAGATTGAGAATTTGTCGAACGGAATACTTGTTCATCAATCAACGTACACAAAAAAG ATACTAAAGTGTTTTACATGGATAACACACATCCATTGAGTACTCCAATGGTGGTAAGAT CGCTTTACATCAATACACATTCATTTAGACCTTAAGAGAATGATGAAGAGCTTCTTGGTG ATGAAACTCCTTACCTTAGTGCGATTGGGGCACTAATGTACCTTGCTAACAATACTCGAC CAGATATCTGTTTTGCAGTAAGTCTACTAGAAAGATTCAGTTCCTCCCCAACAAAAAGAC ATTGGAATGGTGTTAAACACATACTTCTATATCTTTGGGGGACCATGGACATGGGTTTAT TCTATTCCAATAATTCCAAGTCAGAACTGATTGATTACGCAGATGCAGGGTATTTATCTG ATCCGCATAAAACTTGATCACAAATAGGCTATTTGTTTACATGTGAAGACACGACAATAT CTTGGAAATCAATGAAACAAACGTTGGTATCAATGAAGAGCTTCTTGGTGATGAAACTCC TTACCTTAGTGCGATTGGGGCACTAATGTACCTTGCTAACAATACTCGACCAGATATCTG TTTTGCAGTAAGTCTACTAGAAAGATTCAGTTCCTCCCCAACAAAAAGACATTGGAATGG TGTTAAACACATACTTCTATATCTTCGGGGGACCATGGACATGGGTTTATTCTATTCCAA TAATTCCAAGTCAGAACTGATTGATTACGCATATGCAGGGTATTTATCTGATCCGCATAA AACTTGATCACAAATAGGCTATTTGTTTACATGTGGAGACACGACAATATCTTGGAAATC AATGAAACAAACGTTGGTAGCCACTTCTTCAAATCATGCAGAAATTAAAGTCATCCATGA AGCAAGTCGAGAGTGCGTCTGGTTGAGATCAATGACCCATCATATTCAGGAAATGTGTGG TTTTTCTTTGAAAAAGAATATATCAACCACAATGTAAGAATTAAGGATTAATACGAGTAT TTTATCATAATACTAATATTAATTGATGTATAATCTGATTAGGTCTTGAGAAATGTTTTG CTGAATAAGTAATTAATATTAATAATAGAATAAAATATATATTTTTTCGAGTCTTGAGCA AGTAAATCTTCTTTTGGTTGAGCTTAAACCTATCTTGCTTACTTGAGCTTAGACCTATCT TACTTACTTAGATAAAGAAACGGATTGCTAGTCTTGACAGCTCGAAAGTGCCTTAATTAG ACGGAAGTCTTCAAATTTTCTCAGATTACTATTGCTATGTTAAAAGTGAAAAATTATTTT TAGAATAGTAGACGATTAAAAATGAACAAAGAATGTATATGGTGACGTTAAATTTTACGA AGCCAAATCAATTTTAAAGTTATTTTTAACCTCATCCTTTGATTTTTTTTGACCCTCTTC ATTTTTCTCCTTTTTTTATATATATATATATTTCATTTTTAAAAAAAAAATATAATACAT TGTATATACATTATCTATATTGTATATGTATATATAATGTATATACTTCGTATAATCATG TATAAATATATGAAACCAACTCAAATTACATACCTTTAACCACAATTTGATCTGAAAGCT CGAGTTTGTCAACTAAAAATCGAGAGGTTGAAAAAAGATAAATAATGCAAGTGACCTATC TTACAAATTAAAGTTATTTACTTAATTTGATGCACTTTCCATTCTTTTGGTGATACTCAA CTTTCGTTTTTAATTCAAAAGTCATTTAATTACGATTTTTTTTCACAAAAAGTCATTCAA CATATTAATTATTTTTTTATTAAAATTTACTGACATGAAATTTTAATTTTTAACCAAAAT TTTAAAAACCAAAAATATATTCATTTAAACCATTTAACGACTCGTCCCACTTAAAATATA ATATTAAACTTTTTATTTTACCATTAGTTTCCTAAATCATCCTCCCTCGTCTCCCCATTC TTTCCCTCTACTTCTTCTCTTTTCTTTCCCTTGTTAATTTCTCAATTTCAACCTCTTATT CACATTATATACAATTTTGGACAAACAAGGGTTAGCCGGATGACTAAGGATATAAAATCT GAAATATTAATTTATTTGTATTCGATATTTATATTAATTTTGATAGGTAAAAATTAAAGT GAGAATAGAAATTAAAGTGAAAATACAAATTACTTAATCATGCGTAGTGATAAGAACATA TATAAAAGATAAATGACTTCAATATGTTGATCAAATTGCGATTAATTTTCTTTTTTCCGC GTGAAAAATTTCTTTCGATCACTATTATGTCCTTTCATGTTTAGCTAAAGTTTCCAACTT AGAGTATATTTTCAAAAACTGTATCGGGTTTGACCAATAATGTGTAACACTAAATATTTT TCATTGCACTATGATTAGGACTTTATGTCATCACTAATTGATAGGCTATTAAGAAAATAT CACTTGTCTTCCCACCACAAGATGCAAATTGAAGAAAGAGCTTCTATTAAGAAAATTAGA CATAGTTAATTAAATAAAGTTTCTGATAGAATATATACCTTCACTTAACAAGTAATGGAC CAGGCCCCTTACTACACTAATGAATAAAAAGAAAGTTAAATGCAGTAAAATCAACACGAT GATTTTACGTGAAAACCTCCTTGCTTAAGGGAGTAAAACCACGACCTGTCTCACAGGATT TTCAATCGTTTTCACTAATCTTCAAAAGCAAAAGTAAAACACGATTACACCAAACGTAAG AAAGAGTTATCAATCTTACAGTTAAGAAATAGTCCACTATTGCTTAACAAGCCTAAGTAG AAAACAATCTACCCACTAAGCTATCCCACCTGGACAACCTAGACTTTTAACACAACACAC CAATTCCTTTGTAGATTCAGGAATGGTTTACAGTTTAAGAACAAGAGAATGCATTCCTAA ACAACTAGACAAAAAGCTCCAGATATTGCTGTTGTTCTTGGAATAATTCCGCCTTTGCTT TGTAGTAGCCTTTGCAAGAGTTCTTGAAAATTTTTTATCAAGTTGCAAAAGTTGCACAAA ATGTTTAGAAAAGTGCCTTTTATATGGGCAAGTCACTTTCCTAAACCTCTTTGCCATTGG CTGGAAAAGTCACACTTTCTGACGCCATCGGGAAGTGTGCACCTACTTTCTGTACCGTCT CCAGCTGGCAATCAACTGGCTCCTCATCATGAGAGCCTGGTACCTCTACTAGGTCCCTGG GTTTGTTTCATCTACAATACTCAAGCAAGAACCCTGCAATAGTCAATTAAGAAACTGGTA CCTTTACAAGGTTCCCAAGTTTGTCTAATCATCAATACTACAAATAACATTTTCCCCCTT TTTGATGATGACAAACACTGAAGTCATAATCTAAGATCCTCTCCAACTTTGTTCACCCTT TTTATATTCCCCCTCACTGTATGTTCCCCCTCACTAAAATATCATTTAGCTACGCACTAC ACAGTTTTACTTCCCCCTTTTGGCATCATAAAAAAGAAACGCAGTAAACCAGAGATGTGA GCAGAAACACTGAAAAAGATCAAGGCTAAAAAGCAACTAATCAGTAAAGAAAAAGCATGC ACAAGAGGAGATAATTAGAACAGCACAGGAATGAATTAACCAGTACGCCATAATAACATA AATACATTAGAACCAAACTGAACATTCTTCAACACATTGAAAAGCCACAAAAAAAATTTG ACACAAGGGGGGTTCAACAAACTCGGAAGAGGGAGGAGGATGAGACAGGGATTGGATAAC AAGAGTGAGTCGTGCATTGACAGCATCATTGTCTTTGATGGCCTTTTCTTGCAGGGCAGT TATCTTCGCCTTCAACTTAGTATTCTCTTTCTCCAGAGCTTGAACCACTGAAGAACCAGG TCCCTCACTTTGTGCAGTAAGCAGTTCTGCTTTGAGTATAGCAATCTCTGCCTCTTTACC ACTTAACTGCACAGTAAGCTCCTCAACCTCATTCTTAAGCTGCTCCTGATCATCAATCAG TTGGGCCATTTTGCTCTTTGGATAGCCTCTTCCTTCAATGCATTCACACTCAACCAAGGT AATTTCGGAGATAGTCTGCTTAACTGTCCCCATTTTTCCCACACTAAGAGGAATTTGAAA ATTCTTGAATACCTCCGTAAGAAAGTATCCATAACCCATTCCGTGAACACCTTTCCTCTC AATGACAGTTTTGTGGATATGCTCATGCATTAGACCAGGTAGGTTCAAGGCGTCGAAGTT GCACAACATCTCCATCACAAACAAATCAGCAGCAGTTTCTACTGTCCTCTTTTCAGTGCG AGGAAGGAGAACTTTGTTGATGAACTCAAAAACCAACTGATACTCACTCTTCATGATTTT CTTATAAATCCCAGCAACCTTGGTTGTGGGTGTCTTAGAAATCACAGCAGCAAACTCAGA AGAGCAAGTTCTACCCAATACAGACCCGGTGCCCTCTCTAGGCACCCTGAGAATTTTGCT CAACACACCCTCATCTAAACATATAGCAATATTATTTACTCGTGTGAGGATGCTCCCATC ATCCTTGAATTGAATATTATAGTAAAATTCACGCACTTCTTCTTCATGGAGAATGAGGGA TTTCCTGTTGAACAAATGTAACCAAGATTGGATCTCAACCATGTCGTGAAGACAGTCCAT GCCAGGAAGAGTTATGATCCCCATATCAAAAATTCTTCCTGCCAAAACAGCTTGGTTTCT CAGACTGTCAACCACCTCCTGCATGTTGACACCCTCAACTTTCCTGGCTTGGGAACCAGG TCCCTGTGACCGCTTTCTCTTTTTCTCAGATCTCTTCCCTTTTGACTGTGACTTTTCAAC CTTCCTTGTAACCCTTTCCCTTTTCTTTTATGACTTCTTCTTCTTATTTTTCTTGTCCAC CTCTTCTTCAGACAACTCCACCACATTAGCTTCAGGTAATTTAAAATTTGATACATTGAA GGTTCTTGCACTTCTAACTGCAGCAGTAGAACGTGCACTTGCCTTCAAGGCATCAACCAT CAACTTTTGTGCAGCAGACCTTTTAGTAGGTCGTCTCCTAGGGGCCTCCTCCACAACCTT TTCCTTCCCTTTTCTAGATCCCACCCGTTCTCTTCTATCAACCTTCCATTTTAATGGCTC CTCCTCACTAGCAGAGTCAGAGGAAGAGGAAGAAGAGTACCTACCTAAATCAGGGGTTTT ATCAAAGATAGGTTGAGTAGGTCTTACCTCTTCCCTTTCCAAGACTTCAGTATGCTCTGC CCTTGCTTCTTCTCGCATCATGGCCAGGCTTTCAACCACGAGTTCTTCACTCGCTGCCAG TATGTTGGACTTGGAAGCCCTATGTTTTGGTAGATACCCTTCAAACATATTGTCAGGCAA CATGTCTTGAAAAGGACCAGGTCCAGTAGGCACTGCAGAAGTATTTAGATCTATGGCAAA AAAAGGGTTATCAGGAGTGTCTTGGTGAGGACTGGGAGAAAGAGGAGGTCTGGCTTGTGT ATTGGTTAGAGAATAGAAAGCAAGAGGCTCGATTTCACTGAGAGCATTCAACATTTGTTT GGAAGAGGATGAAGCAGAAGACATGGTTTTCACACTAGGAAGTATTTTGCTTGAATCAGC GAAGAGAAGAAAAAGAAGACGAAATTTGCCTTTCAAGTTTTTGCAAAAACCCTTCGTGAA CAGTAAGAAGAAATTAAGAGACAGATGAGAGTTTCAAGAAGAAGTAATGATATTTAAAGA AAGTAAAAAGGTGCCAGGTCCGTGATTGGATGCGTCATTTGAGAAAGAAACGATGGGACT GATCAGTCAGAATAACCGATGGCTGACACGTGGCATTATCAACGGTCATATTATTTCAGT TTCAATTTAATGTATAAATGCTAACCTGGACAGGCACCAGGTACCATAGGACAGTTAAAC TTCATTCCTCAGTTGTTCTAGTTGCTTCTCTTGTTAAGCAGGTCCTCACTGAAAGTATAC CTACAGAAGGCACAAAAAGGGATCTTTATTCAGATATGCACTCTTCGCATCCGTTTGGTA CAGCTTGAACCCCATGAATGCAGCAAAAGCTATTAAGATTCTAATAGCTTCCATTCTGGC AACAGGTGCAAAAGTCTCATCATAGTCTATTCCTTCTTCTTGATTGTATCCTTGCGCCAC CAACCTGGATTTATTTCTAGTAATCACTCCATTTTCATCAAGCTTGTTTCTGAAAACCCA CCTAGTTCCAATTACTGTTCTGCCTTCAGGTCAAGGAACCAGGTACCATACCTTACTTCT TTCAAACTGATGGAGTTCTTCTTGCATAGAATTTATCCAGTCTGCATCACTCAATGCTTC TTTAACATTCTTGGGCTCAATAGATGGTATGAATGCTGAGAATGCAACTAGATTTCTTGT TTTTGATCTAGTATGAATTCCAGAATTCAAAGGAGAAATGAGATTATCAAGAGGATGTGA TGAGCTATGCTTCCATCCTGACCTTGGAGCAGACTGACTTGGCTGATCTGCATGTTCTTC TTCATCAAGAGTGACATCATCTTCTGGGGAGTCTGAAGTACTCTGGCTGGAATTTTGAGT AGTACCAGGTACCATATCATCCTTTTCACCCTCAGCAGCCTCATCAGGTAGACTATGATT CTGATCATCACAACCATTGTTCACTTGTTGATCTGCATCAACTTCACCTCCTTCAGACTT CTTTGATTTGAGCATTTTCATCACATCATCATCATCATTTGATCCATCATTCTTCAAGCT TCCATCTTCATCAAATATAACATGAATGCTTTCTTCAATGCATTGAGTTCTTTTTTTAAA TATTCTGTAAGCCTTACTGGATGAAGAATATCCAACAAACACTCCTTCATCACTTCTGGG ATCAAATTTTCCCAGATCATCCTTTCCATTATTCAGCACAAAACATTTGCACCCAAATGC TCTAAGATAGCTCAGCATTGGCTTTCTGTTGTTGAGCAGCTCATAAGGAGTCTTGTTCAA AATAGCTCTTATTAGACACGTGTTGGTAACATGACATGCTGTGTTAACAGCTTCAACCCA AAAACTTTGAGGAAGATTTGATTCAATAATCATAGTTCTGGCAATGTTCACCAAGGTCCT GTTCTTTCTTTCCACTACTCCATTTTGTTGAGGAGTTCCTGGAGTAGAAAAATTATGACT CATACCATTTTCCATGCAGAATCTATCCAGTGTTGAGTTCTCAAACTTTGTGCCATGATC AGATCGAATGCTGTAAATAACTTGATTCAATTTGGTTCGAATCATTTTGAAGAATACCAC CAACTCTTCAGCTGTGTCTACCTTTGATCTCAAGAATCTCGTCCAGGTGTATCTTGAGTA ATCATCAACAATCACCAAAATGTACTTCTTGCCATTTCTGCTTTGAACCTTTAAGGGTCC ACACAAGTCCATATGAAGCAGCTCTAGTGTTCTTGATGATGTTACTTGATTTTTGGGCTT AAAAGATGATCTGATCTGCTTTCCTTTAATACAAGCTTCACAAATTTTATTTTCAGCAAA CTTCAGTTTGGGCAGACCTCGGACCAGGTCCTTAGAAATTAGTTTGTTCAATAAAGATGA GCTTACATGCCCCAGCCTACGATGCCAAAGATCAGTATTCTCATTCTGAGCACTAAGACA TGTTAGGTCATCTCCATGAGACGTTTCTAAGTTTGCCACATACATATTCTTACTTCTGTG TGCAGTGAGAATTACCTTGTTTGTAGTTAGACTCACCACAGTGCATTTCTCAGAAGTGAA TTTGACCTCATTTCCTTTGTCACAGATTTCTGACACACTCAACAAGCTGTACTTCAACCC ATCCACATGGTAAACATTGTCAATTGAATCTTCAAGAGATCTTCCTACTTTGACAACTCC CAAAATGTACTCCTTCTTGCCATCACCAAATGAGACACCTCCTCCTTGAAGGGTCTTGAG TGAGAGGAAGTTCTTTACGTCACCAGTCATATGCTTAGAGCAATCACTATCCATATACCA ACATTGACTGCTGCTCCTTTCACTCACCTGCACCAAAAATCACTTGTTAAGCTTGGGAAC CCATTTCAGCTTGAGTTCCCAGTAGGAAGACAAAGGAGTGATTAGATTGTATCTGGTCCA ATATGATAGATTTTGAAACTTTTTAACAAAGGACATAGGAGCAGGGACAGATTTTTTCTT TGAAAATCTGTGAGTTGAAACATGCTTTGGAGGACCAGGTCTCTCTTTTGGTACATTTTG CCTTTCAGCATAATTAGAGAACCTTTCACAGGAGTTTCTCCAGCTAGCACACTCATCCTT CAAATGTCCATTCTTTCCACAATGAAGACACAACAGATTGTCAGACACAAACACATACTT ACTGTGAGGATTATAAGGAGGACTTATGTTCAGACTTCCTAGTCCTTTCTTATTGAAATT ACTCTGATTCGTTGTATTTGACAATAACTTTGAGGATTTGGTCCACTTAAGGGATTTTTC ACGTTCTTCCTTAAGTTTCACAATATCATGTTCTAATTTGTTACTCTTTTCAAGTGACAG ACCAAGGTTTTTCTCAGAGTTTTTCAATTTTTCTTGAATTTCAGCTTGCAGACTATTTGA CATTCCATTCAGCTTTTCAGCTTCTTCAGTAATCTGATTCAACTGGTTCTTAAGTTCAGA GTTAATTGACTCTAAAGATACCATTCTTGACATTTTCTCTTCAAGTTTAACTTTGTTTTC AGTTAAACTGTCAAGTTCAGCATTCATGGTGTCTCTTTCAGATGTTAACTCTATCACAGA ATCAATCATGACTTTTGCCAAAGTTCTCAATTTTTTAAGAGAATATTTATCCACGTCATT TTTCATATCTAGAAGAGTTACCTGATTGTCCTCTTCTTCATTTTCTATGTGAGCCATGAG AGCAAACATTTCATTGAAGACAGTTTCCTCCTCATACATAGCAACCATGGACATATCTTT TGGCTCATCAGGGTCTTCTGAATCACTTGAAGAATCTCCCCATGCAGCAAGAGCCTTTTT GACAACCATATCAGCAGCAACTTTTCAATCTCTGTTGCCAAGTACCAGGTCCCTTCTATT TTCTTTGTCACTCCTGTGTTTTTTATGTTCCTTGTTTTCATTCTTGAGCAAAGGACACTC TCTGATGAAGTGCCCAGATTTTCCACACTTGTAGCAAGTATAACCTTGAGTAGCATTTCG AGTACCGTTTGTTCCTCTTTTATAAACATAGTTTTTCCTCACAGTTTTTTGAAATTTACT GATGAGATATGCCATATCATCATCATCACTTGAATCTTCATCTGATTTATACTTCAGCAT CAATGACTTGTCCTTCTTGGCTTCCTTCTTTGACAAATCATAGTTTCGATTCATCTCATG TGTTTTCAAATTACCAATCAAAGCATCCATAGTCAGCACCTTCAAGTCCTTGGCTTCTGT AATGGCATCAACTTTGCTCTCCCAAGACTTTGGAAGAATTCGAAGCACTTTTCTGACTTG TTTGGTCATGCTTATAGGTTCACCCAGACTTCGCAGCTCATTTGTAATGGAAGAAAACTT GGTGAACAGGTCATGTATTGTTTCTCCTTCCTTCATTTTAAAGTTCTCATATCGAGAAGT ACGCATGTCAATCTTAGATTCTTTGACTTGTTCAGTTCCTTTATGTGCAGTCTTTAAGCA ACCCCAAATTTCTTTAGCAGACTCACAGGCTGACACTCTGTTGTACTCATCAGGTCCTAT CCCACAGACAAGAAGAGTTTTAGCTTTGAAACCTTTTTCAATCTTTTTCCGGTCAGCTTC ATCGTATTTCTGCCTAGGCTTTGGAACAGTAATGGTCTTCTCTCCATCCTTTTCTTTCAT CATCGGAACAAAAGGTCCATCCAGTACAATATCCCATAACTCGTTGTCTTCAGCCATGAG GTAGTCATGCATTCTTACTTTCCACCAACTGTTGAAATGTCCATTGAAACGAGGAGGTCT GTGTGATGACTGACCTTCTTCGAGGTTAAGTGGAGCTGCCATTCTAAAGCAAATATCACT TCCTTGGTGTTAACCAAATAGGAAGTGCCTGCTCTGATACCACTTGATAGAATATATGCC TTCACTTAACAAGTAATAGACCAGGTCCCTTACTACACTAATGAATAAAAAGAAAGTTAA ATGCAGTAAAATCAACATGATGATTTTACGTGGAAACCTCCTTGCTTAAGGGAGTAAAAC CACGACCTGTCTTACAGGATTTTCAATCGTTTTCACTAATATTCAAAAGCAAAAGTAAAA CACGATTACACCAAACGTAAGAAAGAGTTATCAATCTTACAGTTAAGAAATAGTCCACTA TTGCTTAACAAGCCTAAATAGAAAACAATCTACCCACTAAGCTATCCCACCTGGACAACC TAGACTTTTAACACAACACACCAATTCCTTTATAGATTCAGGAATGGTTTACAGTTTAAG AACAAGAGAATGCATTCCTAAACAACTAGACGAAAAACTCCAGATATTGCTGTTGTTCTT GGAATAATTCTGTCTTTGCTTTGTAGTAGCCTTTGCAAGAGTTCTTGAAAAGTTTTTATC AATTTGCAAAAGTTGCACAAAATGTTTAGGAAAGTGTCTTTTATATGGGCAAGTCACTTT CCTAAACCTCTTTGTCATTGGCTGGAAAAGTCACACTTTCTGACGCCATCGGGAAGTGTG CACCTACTTTCTGTACCGTCTCCAGCTGGCAATCAACTGACTCCTCATCATGAGAGCCTG GTACCTCTACTAGGTCCCTTAATTTGTTTCATCTACAATACTCAAGCAAGAACCCTACAA TAGTCAATTAAGAAACTGGTACCTTTACAAGGTTCCCAAGTTTGTCAAATCATCAAAACT ACAAATAACAGTTTCAAATAAGTTTTCAATGTTTTGAAAAGGCATCCTTCATGTATTTTA TATATTTATTTTTCCTTTTCGAAAATATCATTTCCAAACCCTTGGGCTCCTCCAATCATT TGGGGTAGGTTTATAATATAGTTTTAAAACTCCATTAATTTAAATTTAGGTAGAAAAATT TATTTGGTATGTAAAAAGCGCTTCATATTAATAGGTGATTTCATTTTTAAAACTTAAATT CAAGATATCTAATTATAAAGAACGGAATACATATTATTACGTTAGTGGTGCATATTTTTT ATTCCTAAACACAAACAATTACATGACCAGATCCTTACATGTTGGAATGAGATTTTTTTT TTTAAAAAAAAAACATTAAAAACAAATGGTTCTAATTAAGAAGTCAACATCCAGCAGGTT ACGCAATAATTCATTGGATTAACATCTTAAAAAACCTTAATAAACACCATTATATGTATC GTTATTCATAATTATATTTGCCTAGGGTTGACTTACTATTTACTTGACCGTTTTTGTCTT CTTTTTCTCAATGTATTCGTTGGGAGTGGATGAGTTGTGTGCCAAACGTCCTCAACTAGT GTAGCTGAGTCATTATTAGTACTTCAATATATTGGTTGCAAAAATTTTAATAGTTTAATT GATTTACTGTTTAATTTTTACTTTGTTGATAGTAATTTTATTTTCCACCTCGTAATCCAC TTCATCATTTCCCCTTGCCCTCTGTACCCCTATTATTATTATTATTATTATTATTATTAT TATTAAAAGAGAAATGTATTGAAACATTTTTAAATTTGGTTCGAATTAATTATTAGTTTC ATACAATCTTAAAAATATTTTTTTACTTAACTAACTGAACTTAAATACACTTCTGATCTT GCAGTATGAGTGAAATACACTTCTAACTTTTCGTCAAGTTTAGGGGTACTTTTTATCAAG TATCTCATGTTTCTACAAGAGTTAAAAAAGAAACCCAGTTATTATGTCACGTAGCAAATC ATGAATGTATGTAAGTTCAGTTAATCAAGTAGAATAGTGTTTTTAAGGTTATGAATAGTT GAAATTAATAATTTATAACAAGTTCAAGAATATTTTCAATACTTCTCTTTTTTTATTTTT TTAAAAAAATCTTCATTCAATTTCGAAAAAAATGAAGTTAAAGAATAGCTTCTTTTTTCT TCAAATTAGGAATAGGGGAAGTGAAAATGAGAGGGGATTACAATGTGGAGAATCGAATCC TCACCAATAAGATGGAATTTAGATAGTCAACCAACTGAGATACTAGATTTATACAAAGTA TAACTCATAATTAACCAGAGCCAGCTAACTAAGTAAACTATTTTTTCAAGCAATGTAACA ATAATTTTCATAAACATCAAGTTGGGGCCAGCAAAACCTACGTGTAATTTATAACATTAA TTAAAATTTGCGTGTGGAGATTCTACAAAAAAATAACTCAATTGCCCCTTGAAATGAACC TTAGGGTAATGTACAACAATAAAATACAATTAACAAGTCTACTATTGCATCTCAATGACT TTTTGGAATCCTCTCTGAGCCATTACTACATTATTTTACTCTTTATTCAATTTATTAATC CCATTTTCAACTCTTTTGAAAGCTCTAATATTCCTTTATATATATATATACATGATACTG TAGGAACCACAAACAAAAAAAACAAAGAGCAGCCGATAATAATATGGGTATATGTGGACT CGTTAGTTGTATATCATCGACATCTTTTGAGATTCAACCTGTTGATTTTGGTAATGAAAA TGTTGTTCATTATGATGATAACAACATTAACGAGAACCAATGTGTAATTGGTTCTGTTTT TTCTCAACAAGGAAATAAAGGAATCAATCAAGATTCTGCTATTCTCTATCAGGTTTGTCA TTTTGCAACATGTTTACTTAGTTTTTCATTGACATAATGCATAACCATGACCCTTAACTA GGTTTCAGTCGATAACTATGCCCTTCAACTTTGAGTCTGTACAAATAAAAACTTAAATAA AATTGAACAAGTAGAAACACGTGTCCTACATGACATAATACATTGCATATCAGTAGTTAA AGTTCATAGTTGTCAGCTGATGTCAAGGTAAGAGTCGTATTTGTATATTGTACCTTTTTC ATCACATGGGGTGTATTAAAGATGGAAACTTTCCTTTTTATGGCAGGGATATGGTGTAGA AAATGGAGTTTTTGGTGGAGTTTTCGATGGGCATGGGAAAAATGGACAAGTAGTTAGTAA ATTTGTTATGAATAAGTTGCCATCTTTGCTGCTGAAGTGTATACTTTCTTTGCCAAAGAT TACTTCTCCGAAACAAAATGTTAAACATGTTGATGAGGAATTAGTGAAGAACAAGAATTT TGATAAGTGGAAAGACGCGTGTTTGAATTCATTTAAGGTGATGGATAAAGATATTAAAAG TCTTGAGAAATTGGATTGTTCATGTAGTGGAACAACTGCTGTCGTTGCTATAAGACAGGT AACGAAAAAAAAGTTCTTCTTTGATCATTAAAAAATCAAAAATTTCATTTTGTAGTTTGG AGAATGGAGAATCTAATTAGAATTTCATTGGTTATAGGATGATGATTTGATTATCGCGAA TCTTGGTGATTCTCGTGCTGTACTAGGAAGAAAGACAGAGGAGGGAGTAATTGAGGCTGT TCAGTTAACTACTGATTTGAAGCCTAGCCTGCCTTGTAAGACTTCTTTTCGTAATATTGA CATGACACACTTGTACTTGAGTTCCAAATTGTGCCTAATCGTAAAGTGTTTGATGCATAC AGCTGAAGCAGAAAGAATAAGGAACTGTGATGGTAGAGTTCTTGCATTGAAGGAAGAACT ACATATACAGAGAGTGTGGTTACCACATGAAGATGTTCCTGGATTGGCCATGTCGCGAGC TTTTGGAGATTTCATGCTGAAAAACTATGGCATAATCTCCAAGCCTGATGTCTCTTATCA CCACATTTCACCAAATGACCAATTTCTTGTCCTAGCAACTGATGGGGTAAGCCTATTTAC AACTTTGTACTAGTATATTTTGTTCTGTTTCTACAAGACTTGACATGTTTATTTTCATTT TAAATAAAACTAGGTATGGGATGTGCTGAGCAACGATCAAGTCGTTTCCATAGTGTGTGC AGCAAATAATGCAGCAGCAGCGGCAGAGGCAGTAGTACAAGCTTCTTTAGATGCATGGGA ACAGAAGTTTCCAAACAGCAAGAGAGACGACAGCACTGTCATCTGCTTGTTCTTGCAATA ACAACATGTTTCTTTGAAAAATAATCCTTGAGCTATGTCTATAAGCAAATACTGTTTTTT CTTGCAATCTCCGCAACTATGTCAGATGTTAGATGCACTTTGGATGCCATTATAATTAGT ACTAGTATATATGGTCAATCAAACTTATACAACAAACTATGAAGATTGTTATCCATCTTG TTTTAGTGTTCTATCAAGAACTGTGGATAGCTAGTTGTCTTGAATGTATGCAACTTTTAA TTATTGCTAAAAGTTTTCACTGTGTGAAAATTTATCAGAAATTATGAAGTCAAAGAAAAA TAAGTCATAGCCTATCTCGTTCATTGAGCAAACACGAATTTATTTATCAATATTAGTTGT TCTTATATTCTTGGGCTTACTGTTTTAGCTACCATTTAAATAAATCTATAATCTCTTTGT GACTTCGAAAGACGAATCATTGTGATAGAACGAAGAATATAAGGAGTAAGATCTTTACTT CAGTAAAACAAAGATTTGATTTAGGACTGAGATATCCATATACCTATAATGTTTTACTTG GTTACAGATCGGAAAAATAGCTATATACATTCATGTTGGCTTATCACATTCTCGCTCAGT AGTTGTGATGTCAATACGGATAGATGATTAGATGCTCGATTTGAAGATCATGCTCATATT ATTAAGGCTTAACCCATTGGTGCCGCCTAAAGTTGACATCAAATTTCACTTACACACCTT AACTAAGCTTTGTTCATTTTAGACACCTTATGTCATATCTCGTTGTGTCATTTTGACGAT GTGAGTGGGGAAGGGTTGGGGTTAGGGTGGGCAAAGATGTAGAAGAGTGGATCTAACGCT TTATGGATCTACGTCTTCAATTTAAAACATTGATTTGATACATATATTAACTATCTTAAA TTATCATTGATAGTGCATTCATCGTCTTTAAGTTGTGAATTCACCTCTGTGTTCAATCAT ATAAACTTGTGTGTACATTTGGTGCGAACATCTGCCATGTGTGATTTAATAAAAAGAAAT CAAAAAAGAATAATTAAGAAGCTTTTATTAAAACGATACAAAATTTACCAAGTTTTTCTC TCAATAATATTATGAAGACGTGGTACAATCTCCGTACATCTCTCAAAGATGCATTTTGCT TAATTTTTCTTGATATAATATCTGGCTCATGGACAAGATGTATTAATTATTCAACCGACC ATACAATTGTCAAACTAGGGATTTTTAAATATGAAAAAAAAAAGTTATTTTAATTATTAT TATCGAAATGATGAGTCATATCTCTCATTATGCATCTCCACTCAATTATAAATGATAATT AAGTCTGATGCTTAACTATTCAAATTTTAGTTAAATATTAAGATATAATTAGTCAGCTAT TTCTTATCAACTTTGTACGGCCAGCTGATCATAGCATACTTATATATCCTTTGCTAAAAA ATATATTTTTTAATGTAGTATATAAGAAATGAACAAATGCTTGTTGAAACAACATTTTAA GTTTATACTTTATAGGCCATAAATAAGTATTATCAATTTGATTTCCTACTGCAAAATGAT CAGATGAAGAAAAGACCAAGTTTAATTAGCAACAAGCTTAATTAGGTCAATAATCACAAC ACTTTATTAATTGGATAAATTACATATATACACATCTTTTCTTTTCATAATCTCCATTAT TTCCTATCAGTTTTAAATTTTCCAAAATCCCTTATTTTACTTCCAAACTCCAAATATTTG ATACATAAATCCTAACTTCCAAAATTAATATTTATTCCTTCCTTATTTCAATCCACAAAT TACTCTCTATACACGTCAAAAATGTAATCAAAATTTTAGAAATTAATTTTTTATTTCATA AGAATAGAATTTCAGATTATAATAATAAAAAGTAAAAATAACATCAAAGTTGATAAAAAA TCAATCGTTATTTATATATAAAAAAATAGATTAAGAAAATGAAAAATAAGTTAAAAGCAA AAAACTTATAAAAAGAAGCAAAAAAATTAAAATTGATTGAATCATAAAAAAATTACATGT TGAATCAAGATTTAGAAAAACTCTTTTACTTTTTGATGATGAATTCTTTTTTTAAAAAAT AACAAATGATTGAGATTTGAGAATAACGTGGAGAAAGAAATAAAAAAAATAATAACAACA AAAATAAAAATCAACTAATAGAAAGAAAATCAATTGATTGATATACCTTATCAATCACAA ATTACTATATTGTGGAAGAATATTTGTTATTTAATTATATTAGGATTTCTTTTCATATTT GATTATTTTATTATTAAATAATATTTTTCTTATTTCATTCATATTGTTAGAAATCTTTTG TTATAAATCAAAAACTAGAAAGTCGTATTTGATTTGCAATGTTTATACATGTTCAAAATT TAAATTTACATTGAAATACAAGTTCAAAAAAAGAGAAAGAAATAGTTGGATGAATCATTA CACGATTATCATTGCCAAAGACACAATGTATTTATTTTGATTCTTAAATTAGTCTTGTTA TTGTTATTATTGATTTTATACATCACTGCTACATCGTTGTTTGTTCTACGCATCTGATAC TTAATTTTCAATGTATCTCGTTTATTATGATAAAAATACTATGCATCAAATTAAATATCT TGATACATAAATACGTAAACATTGATAATTTTATTGTATCAAATACATAATCAAATACTA AATGATACCTTTATAGATACACTTTATTTCAGCTTACACACTATTCTTTCACAACCTTAT TGTATCAGATACATTATTATCAACAAAAAAAATTATAGAAAAAAGAATCTGATCAACTTG AAATCTTCCACAATTGCATATTTATCTTTCAAGGCAAACAATATATCATTCTTCCAGAAT TATAGACTGAATAAAGATAATCTGATGATTCAAAAACATGTTATCATTAAAGAAATTAGT GATACATTCCGTAAAATAGTTATTTCTATGCATCAATCACAAAGAATCAAACAACTAAAT TTATATACTTATATTAGGTACAAAATAACTTTTATCTGATACATACCGCATTCTTGAACA TTTTGATGTTTTTACAACACAATATATGCATAATGTATCATCTATAAAGTATAGTATTTC ATAAACAACAAGACATACAAATAGTAATGTATCATGTTAGATATTTGGTAATGAAACATA ATTTATTAATATTACATGTATCACACAGTAATTTGTTGATCTTTAATTTCAAGATTACTT ATTTAATGTATCTAATTAATAAGAGTATAGTACTTATCAATTTATACAACAAACACAAAT ACTAATGTATCACGATTGAATGGTCATCTCAAAAATATAAATAAAAATCGAATTAACAAC ACAATATATGTAGTTTCATAACTCTGATTGTCAGATCTATTTTACTATGCAATTAAAACT CTGATCTATTTTATACTATTTTATACATTGCAAATCGAGACTCATATTTTTCCAGATTTT TTAATGTCAGATTCTTTTTCCAGATTTTTCGTTGTCTTAGCAAAATCAAAATATTCATGA TGTGCCTTCTCATTATTTTGTGATTTTGAATCAAAATTGGAAAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.938 5991 6777 match_2 match_part 0.977 35656 36006 match_part 0.970 36717 36985 match_part 0.957 37114 37206 match_part 0.958 37292 37362 match_part 0.917 37515 37526 match_3 match_part 0.980 35657 36006 match_part 0.921 36717 36754 match_4 match_part 0.894 35678 36006 match_part 0.941 36717 36985 match_part 0.892 37114 37206 match_part 0.944 37292 37309 match_5 match_part 0.912 35688 36006 match_part 0.944 36717 36985 match_part 0.892 37114 37206 match_part 0.977 37292 37334 match_6 match_part 1.000 35705 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 1.000 37292 37310 match_7 match_part 1.000 35721 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 0.971 37292 37429 match_part 0.897 37515 37553 match_8 match_part 1.000 35721 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 0.970 37292 37424 match_9 match_part 0.975 35722 36006 match_part 0.995 36717 36907 match_10 match_part 0.955 36809 36985 match_part 0.914 37114 37206 match_part 0.901 37292 37362 match_part 0.966 37515 37631 match_part 0.853 38606 38822 match_11 match_part 0.984 38081 38595 match_12 match_part 1.000 38082 38603 match_13 match_part 1.000 38525 38770 match_14 match_part 1.000 38596 39191 match_15 match_part 0.920 38629 39156 match_16 match_part 0.998 38768 39284 match_17 match_part 0.997 39272 39945 match_18 match_part 1.000 39331 39943 match_19 match_part 0.967 39430 39945 match_20 match_part 0.998 39491 39945 match_21 match_part 0.895 45826 45863 match_part 0.984 46911 47103 match_part 0.910 48134 48454 match_22 match_part 1.000 46894 47103 match_part 1.000 48134 48510 match_23 match_part 0.977 49005 49435 match_24 match_part 0.955 78451 79213 match_25 match_part 0.939 81577 82283 match_26 match_part 0.934 82149 82784 match_27 match_part 0.935 82189 82814 match_28 match_part 0.934 82189 82762 match_29 match_part 0.917 82239 82789 match_30 match_part 0.944 82429 82729 match_part 0.928 83079 83313 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_31 match_part 1.000 51347 51290 match_part 1.000 50623 50523 match_part 0.985 49661 49004 match_32 match_part 0.908 49491 49035 match_33 match_part 1.000 50539 50523 match_part 0.984 49661 49048 match_34 match_part 1.000 50598 50523 match_part 0.978 49661 49072 match_35 match_part 0.959 51411 51290 match_part 0.980 50623 50523 match_part 0.902 49661 49098 match_36 match_part 1.000 51648 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.944 49661 49307 match_part 0.938 49147 49116 match_37 match_part 1.000 50257 50130 match_part 1.000 49661 49201 match_38 match_part 1.000 50257 50130 match_part 1.000 49661 49201 match_39 match_part 1.000 51651 51580 match_part 0.967 51442 51290 match_part 0.980 50623 50523 match_part 0.930 49661 49321 match_40 match_part 0.987 51909 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.988 49661 49420 match_41 match_part 0.946 51923 51831 match_part 0.984 51706 51580 match_part 0.954 51442 51290 match_part 0.980 50623 50523 match_part 0.922 49661 49430 match_42 match_part 0.922 54806 54730 match_part 0.981 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.995 49661 49472 match_43 match_part 1.000 54753 54730 match_part 1.000 51934 51831 match_part 0.969 51706 51610 match_part 0.980 51442 51290 match_part 0.980 50623 50523 match_part 1.000 49661 49644 match_44 match_part 0.960 55292 55193 match_part 0.931 55085 54942 match_part 0.892 54831 54730 match_part 0.981 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.962 50623 50518 match_45 match_part 0.930 54829 54730 match_part 0.990 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.958 50623 50528 match_46 match_part 0.994 51139 50778 match_47 match_part 1.000 54947 54942 match_part 0.931 54831 54730 match_part 0.990 51934 51831 match_part 0.984 51706 51580 match_part 0.911 51442 51398 match_48 match_part 1.000 55395 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54730 match_part 1.000 51934 51831 match_part 0.992 51706 51586 match_49 match_part 1.000 55390 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54730 match_part 1.000 51934 51831 match_part 1.000 51706 51663 match_50 match_part 0.948 56239 56085 match_part 0.938 55529 55193 match_part 0.931 55085 54942 match_part 0.882 54831 54730 match_part 0.973 51934 51860 match_51 match_part 1.000 56346 56085 match_part 1.000 55529 55193 match_part 1.000 55085 54942 match_part 0.988 54831 54752 match_52 match_part 1.000 56217 56085 match_part 1.000 55529 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54754 match_53 match_part 1.000 56166 56085 match_part 1.000 55529 55193 match_part 0.993 55085 54947 match_54 match_part 1.000 56267 56085 match_part 1.000 55529 55193 match_part 0.980 55085 54988 match_55 match_part 0.948 56239 56085 match_part 0.935 55529 55193 match_part 0.889 55085 55077 match_56 match_part 0.932 56216 56085 match_part 0.940 55538 55254 match_57 match_part 0.992 56345 56085 match_part 1.000 55529 55261 match_58 match_part 1.000 56392 56085 match_part 1.000 55529 55360 match_59 match_part 0.997 56392 56085 match_part 1.000 55529 55386 match_60 match_part 0.978 65188 64784 match_61 match_part 0.875 65669 65662 match_part 0.986 65495 65423 match_part 0.917 65345 64851 match_62 match_part 1.000 66864 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65423 match_part 0.987 65345 65193 match_63 match_part 1.000 66621 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65423 match_part 1.000 65345 65221 match_64 match_part 1.000 66833 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65435 match_65 match_part 1.000 67291 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 0.991 65769 65662 match_part 1.000 65495 65440 match_66 match_part 0.962 67235 67157 match_part 0.983 67067 66950 match_part 0.973 66872 66760 match_part 0.992 66662 66540 match_part 0.971 66206 66102 match_part 1.000 65933 65847 match_part 0.960 65769 65671 match_67 match_part 0.960 66860 66760 match_part 0.992 66662 66540 match_part 0.981 66206 66102 match_part 0.977 65933 65847 match_part 0.976 65769 65688 match_68 match_part 0.950 66860 66760 match_part 0.992 66662 66540 match_part 0.952 66206 66102 match_part 0.966 65933 65847 match_part 0.957 65769 65701 match_69 match_part 1.000 67539 67429 match_part 1.000 67331 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65855 match_70 match_part 1.000 67269 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 0.990 66206 66102 match_part 0.962 65933 65855 match_71 match_part 1.000 68882 68872 match_part 0.943 68785 68539 match_part 0.980 67624 67429 match_part 0.880 67331 67157 match_part 0.958 67067 66950 match_part 1.000 66872 66829 match_72 match_part 1.000 68595 68539 match_part 1.000 67624 67429 match_part 0.989 67331 67157 match_part 0.992 67067 66950 match_part 0.960 66872 66848 match_73 match_part 0.965 68956 68872 match_part 0.988 68785 68539 match_part 0.980 67624 67429 match_part 0.986 67331 67194 match_74 match_part 0.945 68981 68872 match_part 0.943 68785 68539 match_part 0.980 67624 67429 match_part 0.975 67331 67212 match_75 match_part 0.932 68959 68872 match_part 1.000 68785 68539 match_part 1.000 67624 67441 match_76 match_part 0.940 68987 68872 match_part 0.931 68785 68539 match_part 0.979 67624 67481 match_77 match_part 1.000 68881 68872 match_part 0.935 68785 68539 match_part 0.979 67624 67481 match_78 match_part 0.879 68937 68872 match_part 0.931 68785 68539 match_part 0.968 67624 67499 match_79 match_part 0.974 68878 68573 match_80 match_part 0.940 85505 85020 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 5991 6777 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 35656 36006 exon 36717 36985 exon 37114 37206 exon 37292 37362 exon 37515 37631 exon 38606 39945 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 38081 39945 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 35657 36006 exon 36717 36985 exon 37114 37206 exon 37292 37429 exon 37515 37553 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 45826 45863 exon 46911 47103 exon 48134 48454 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 46894 47103 exon 48134 48510 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49307 exon 49147 49116 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51610 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_10 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50518 gene_11 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56216 56085 exon 55538 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_12 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 50257 50130 exon 49661 49035 gene_13 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 51139 50778 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 49005 49435 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 68987 68872 exon 68785 68539 exon 67624 67429 exon 67331 67157 exon 67067 66950 exon 66872 66760 exon 66662 66540 exon 66206 66102 exon 65933 65847 exon 65769 65662 exon 65495 65423 exon 65345 64784 gene_16 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 68878 68539 exon 67624 67429 exon 67331 67157 exon 67067 66950 exon 66872 66760 exon 66662 66540 exon 66206 66102 exon 65933 65847 exon 65769 65662 exon 65495 65423 exon 65345 64784 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 78451 79213 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 81577 82814 gene_19 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 82429 82729 exon 83079 83313 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 85505 85020 RepeatMasker tomato repeats master Gypsy00019 938 1994 1 Gypsy00019 938 1994 1 nucleotide_motif 5365 327 1409 Gypsy00065 1626 1688 1 Gypsy00065 1626 1688 1 nucleotide_motif 326 1476 1537 Gypsy00088 5537 5777 1 Gypsy00088 5537 5777 1 nucleotide_motif 1034 4145 4382 Gypsy00088 27 120 1 Gypsy00088 27 120 1 nucleotide_motif 439 5415 5510 Unknown00034 5061 5207 1 Unknown00034 5061 5207 1 nucleotide_motif 602 7601 7752 Gypsy00071 5170 5493 1 Gypsy00071 5170 5493 1 nucleotide_motif 956 8120 8444 Copia00198 1839 2591 1 Copia00198 1839 2591 1 nucleotide_motif 614 11737 11951 Gypsy00022 9443 9604 1 Gypsy00022 9443 9604 1 nucleotide_motif 250 12054 12209 Gypsy00068 7964 9389 1 Gypsy00068 7964 9389 1 nucleotide_motif 355 13574 13971 Gypsy00022 9287 9383 1 Gypsy00022 9287 9383 1 nucleotide_motif 247 14226 14322 Gypsy00176 2323 2604 1 Gypsy00176 2323 2604 1 nucleotide_motif 355 23132 23427 Gypsy00114 5 1434 1 Gypsy00114 5 1434 1 nucleotide_motif 4888 23596 25000 Unknown00050 38 571 1 Unknown00050 38 571 1 nucleotide_motif 2582 25095 25616 Copia00110 1727 1787 1 Copia00110 1727 1787 1 nucleotide_motif 368 27435 27494 Copia00155 4959 5049 1 Copia00155 4959 5049 1 nucleotide_motif 433 27570 27662 Gypsy00208 5216 5563 1 Gypsy00208 5216 5563 1 nucleotide_motif 438 28144 28389 Gypsy00077 367 3591 1 Gypsy00077 367 3591 1 nucleotide_motif 4611 32058 34221 Gypsy00077 3412 4733 1 Gypsy00077 3412 4733 1 nucleotide_motif 4090 34240 35533 Copia00063 17 190 1 Copia00063 17 190 1 nucleotide_motif 415 40363 40529 Copia00008 599 683 1 Copia00008 599 683 1 nucleotide_motif 245 41287 41375 Copia00124 1741 2265 1 Copia00124 1741 2265 1 nucleotide_motif 914 42235 42717 COP2_I_MT 3664 3819 1 COP2_I_MT 3664 3819 1 nucleotide_motif 586 42855 42998 Copia00013 2216 2419 1 Copia00013 2216 2419 1 nucleotide_motif 516 43766 43959 Copia00013 2600 3290 1 Copia00013 2600 3290 1 nucleotide_motif 3778 43989 44655 Copia00008 4705 4956 1 Copia00008 4705 4956 1 nucleotide_motif 1532 44686 44934 Copia00063 94 176 1 Copia00063 94 176 1 nucleotide_motif 247 45125 45219 Copia00172 5183 5315 1 Copia00172 5183 5315 1 nucleotide_motif 478 47494 47631 Unknown00046 241 493 1 Unknown00046 241 493 1 nucleotide_motif 965 56979 57219 POTTEN1 16 349 1 POTTEN1 16 349 1 nucleotide_motif 858 63686 64028 Gypsy00107 9858 9919 1 Gypsy00107 9858 9919 1 nucleotide_motif 303 64574 64635 ATLINE1_8 3339 3422 1 ATLINE1_8 3339 3422 1 nucleotide_motif 274 73732 73815 Copia00063 94 184 1 Copia00063 94 184 1 nucleotide_motif 308 78374 78468 Copia00013 2800 3287 1 Copia00013 2800 3287 1 nucleotide_motif 3936 82833 83320 Copia00062 1 6886 1 Copia00062 1 6886 1 nucleotide_motif 62731 85559 92444 Unknown00046 2817 2982 1 Unknown00046 2817 2982 1 nucleotide_motif 243 95169 95322 RepeatMasker tomato repeats master Gypsy00082 5932 6120 -1 Gypsy00082 5932 6120 -1 nucleotide_motif 326 453 276 Gypsy00035 6510 6773 -1 Gypsy00035 6510 6773 -1 nucleotide_motif 1521 1444 1181 Copia00205 1526 3563 -1 Copia00205 1526 3563 -1 nucleotide_motif 3323 4055 1968 Gypsy00119 346 515 -1 Gypsy00119 346 515 -1 nucleotide_motif 383 4454 4279 Gypsy00165 6609 6680 -1 Gypsy00165 6609 6680 -1 nucleotide_motif 250 5374 5303 Gypsy00078 3066 4457 -1 Gypsy00078 3066 4457 -1 nucleotide_motif 2991 6918 5455 Unknown00006 10483 10586 -1 Unknown00006 10483 10586 -1 nucleotide_motif 514 9376 9272 Unknown00006 8227 10590 -1 Unknown00006 8227 10590 -1 nucleotide_motif 5521 11738 9397 Unknown00006 6053 6334 -1 Unknown00006 6053 6334 -1 nucleotide_motif 1317 12052 11777 Unknown00006 5147 5486 -1 Unknown00006 5147 5486 -1 nucleotide_motif 859 12573 12258 Unknown00006 1 182 -1 Unknown00006 1 182 -1 nucleotide_motif 678 15240 15073 Unknown00006 10483 10590 -1 Unknown00006 10483 10590 -1 nucleotide_motif 457 15475 15367 Unknown00006 10300 10586 -1 Unknown00006 10300 10586 -1 nucleotide_motif 1303 15783 15500 Unknown00002 2427 8206 -1 Unknown00002 2427 8206 -1 nucleotide_motif 1861 17431 16118 Unknown00002 6946 7097 -1 Unknown00002 6946 7097 -1 nucleotide_motif 457 17642 17495 Unknown00002 1366 1445 -1 Unknown00002 1366 1445 -1 nucleotide_motif 232 18413 18339 Unknown00002 6030 6984 -1 Unknown00002 6030 6984 -1 nucleotide_motif 4141 19613 18688 Gypsy00163 1 304 -1 Gypsy00163 1 304 -1 nucleotide_motif 871 19794 19499 Unknown00002 4483 5956 -1 Unknown00002 4483 5956 -1 nucleotide_motif 2888 20928 19645 Unknown00002 4414 4498 -1 Unknown00002 4414 4498 -1 nucleotide_motif 551 22100 22016 Gypsy00063 6209 7098 -1 Gypsy00063 6209 7098 -1 nucleotide_motif 5609 24320 23428 Copia00089 2046 2993 -1 Copia00089 2046 2993 -1 nucleotide_motif 1210 29342 28389 Copia00012 4155 4379 -1 Copia00012 4155 4379 -1 nucleotide_motif 391 41547 41312 Copia00012 2476 2746 -1 Copia00012 2476 2746 -1 nucleotide_motif 540 42990 42737 Copia00110 12123 12979 -1 Copia00110 12123 12979 -1 nucleotide_motif 3133 43859 43002 Copia00110 11150 11437 -1 Copia00110 11150 11437 -1 nucleotide_motif 1191 44960 44670 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1675 53948 53696 MUDSOLD1 389 625 -1 MUDSOLD1 389 625 -1 nucleotide_motif 1193 56899 56659 MUDSOLD1 1 127 -1 MUDSOLD1 1 127 -1 nucleotide_motif 768 57024 56898 Copia00094 4310 4463 -1 Copia00094 4310 4463 -1 nucleotide_motif 496 57246 57097 Unknown00034 3705 4024 -1 Unknown00034 3705 4024 -1 nucleotide_motif 2131 57771 57457 SONATA2 150 253 -1 SONATA2 150 253 -1 nucleotide_motif 509 61830 61733 SONATA2 1 157 -1 SONATA2 1 157 -1 nucleotide_motif 892 62331 62175 POTTEN1 163 321 -1 POTTEN1 163 321 -1 nucleotide_motif 301 64561 64388 Copia00107 1 740 -1 Copia00107 1 740 -1 nucleotide_motif 5570 74628 73888 Copia00107 718 1211 -1 Copia00107 718 1211 -1 nucleotide_motif 3443 75116 74625 Copia00012 596 5004 -1 Copia00012 596 5004 -1 nucleotide_motif 34312 82829 78455 TORTL1 6205 9691 -1 TORTL1 6205 9691 -1 nucleotide_motif 19256 88357 84863 Copia00194 1 4588 -1 Copia00194 1 4588 -1 nucleotide_motif 35645 92932 88341 TORTL1 8875 9692 -1 TORTL1 8875 9692 -1 nucleotide_motif 5559 93255 92443 TLP1 150 288 -1 TLP1 150 288 -1 nucleotide_motif 691 95323 95191 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1717 2324 3420 match_2 match 2190 42495 44913 match_3 match 1037 86065 87171 match_4 match 4080 90452 93218 match_5 match 2006 89114 90446 match_6 match 1037 86065 87171 match_7 match 4101 90452 93218 match_8 match 2006 89114 90446 match_9 match 963 86056 87141 match_10 match 1346 43574 44936 match_11 match 1374 98866 99976 match_12 match 3287 80627 82829 match_13 match 1901 78449 79639 match_14 match 2198 42591 44934 match_15 match 1774 42495 44316 match_16 match 1181 43284 44917 match_17 match 1792 43077 44934 match_18 match 1144 23431 24729 match_19 match 1879 80627 82001 match_20 match 1824 78449 79688 match_21 match 1546 73896 75099 match_22 match 1624 73896 75097 match_23 match 1626 73896 75065 match_24 match 585 86065 87171 match_25 match 5011 89119 93250 match_26 match 1808 78449 79639 match_27 match 1479 73909 75096 match_28 match 517 23428 24479 match_29 match 862 23432 24484 match_30 match 656 86093 87171 match_31 match 1011 87250 88338 match_32 match 4906 89159 93162 match_33 match 5725 89114 93250 match_34 match 1628 86075 87167 match_35 match 1568 42700 44303 match_36 match 1493 73909 75098 match_37 match 1388 43486 44934 match_38 match 321 23428 24491 match_39 match 1473 73908 75096 match_40 match 1068 86065 87171 match_41 match 2462 91158 93250 match_42 match 1689 73897 75098 match_43 match 2736 89119 91043 match_44 match 1445 81388 82831 match_45 match 1518 78478 79639 match_46 match 743 86093 87171 match_47 match 2434 89117 91177 match_48 match 1637 91186 92494 match_49 match 1162 23432 24725 match_50 match 1043 23428 24569 match_51 match 1063 23639 24702 match_52 match 1342 73897 74895 match_53 match 1181 43284 44917 match_54 match 1257 81459 82829 match_55 match 4280 89652 93172 match_56 match 628 18960 19991 match_57 match 829 23442 24486 match_58 match 1477 73897 75092 match_59 match 1092 86081 87171 match_60 match 4649 89549 92509 match_61 match 3370 90239 93194 match_62 match 1477 73897 75092 match_63 match 575 86080 87129 match_64 match 1869 89159 91089 match_65 match 1443 23434 24778 match_66 match 1776 78449 79639 match_67 match 3281 80627 82829 match_68 match 1094 73937 75094 match_69 match 1443 23434 24778 match_70 match 2298 42495 44935 match_71 match 4888 89119 93162 match_72 match 1776 78449 79639 match_73 match 3311 80627 82829 match_74 match 4888 89119 93162 match_75 match 999 43002 44119 match_76 match 2161 42700 44934 match_77 match 2442 42326 44934 match_78 match 1610 43002 44917 match_79 match 817 86114 87129 match_80 match 575 86080 87129 match_81 match 1869 89159 91089 match_82 match 1007 91086 92121 match_83 match 1487 73909 75094 match_84 match 1166 23520 24729 match_85 match 1245 23428 24727 match_86 match 1622 73907 75098 match_87 match 1100 23436 24728 match_88 match 1744 43021 44909 match_89 match 971 42495 43671 match_90 match 3160 80627 82825 match_91 match 835 23431 24479 match_92 match 1493 43331 44934 match_93 match 850 86065 87141 match_94 match 5798 89119 93250 match_95 match 1893 3143 4344 match_96 match 1729 43002 44934 match_97 match 2302 42495 44934 match_98 match 1560 73896 75096 match_99 match 1604 73897 75097 match_100 match 1633 73895 75089 match_101 match 1043 43023 44372 match_102 match 1550 42495 44119 match_103 match 864 42798 44025 match_104 match 850 86065 87141 match_105 match 5769 89119 93250 match_106 match 3318 80627 82829 match_107 match 1362 73896 75097 match_108 match 1096 42599 43989 match_109 match 1725 42495 44335 match_110 match 1473 10004 11814 match_111 match 1376 73929 75035 match_112 match 870 43003 44152 match_113 match 975 91319 92848 match_114 match 1873 89159 91246 match_115 match 1035 23428 24633 match_116 match 634 86087 87169 match_117 match 1281 8855 10641 match_118 match 961 9439 10506 match_119 match 5178 89119 93250 match_120 match 1729 73896 75096 match_121 match 839 42844 43996 match_122 match 1197 1111 2245 match_123 match 2171 98866 100005 match_124 match 3451 95803 97543 match_125 match 6312 90409 93592 match_126 match 2262 42495 44934 match_127 match 3043 5259 6793 match_128 match 9940 84 5193 match_129 match 892 23432 24638 match_130 match 1029 23432 24729 match_131 match 1725 42495 44335 match_132 match 2270 42495 44936 match_133 match 2161 42635 44934 match_134 match 1657 43143 44934 match_135 match 944 43830 44934 match_136 match 1166 42497 43962 match_137 match 2028 42497 44909 match_138 match 1302 42532 43989 match_139 match 1197 1111 2245 match_140 match 1701 73897 75097 match_141 match 2401 42326 44934 match_142 match 1120 87252 88357 match_143 match 1324 86052 87167 match_144 match 2956 91082 93250 match_145 match 2785 89114 91069 match_146 match 1239 73897 75097 match_147 match 1215 73946 75089 match_148 match 1340 73894 75097 match_149 match 1423 73909 75097 match_150 match 2262 42495 44934 match_151 match 1059 8855 10329 match_152 match 1729 73896 75096 match_153 match 1086 86065 87171 match_154 match 1604 73900 75097 match_155 match 1629 73896 75099 match_156 match 2190 81263 82825 match_157 match 6050 89123 93194 match_158 match 1431 73897 75095 match_159 match 2401 42326 44934 match_160 match 1072 86065 87129 match_161 match 4444 89114 93154 match_162 match 509 91076 92491 match_163 match 634 86087 87169 match_164 match 1449 73897 75096 match_165 match 5178 89119 93250 match_166 match 1602 73897 75096 match_167 match 860 10749 11837 match_168 match 1267 9220 10733 match_169 match 2284 42495 44934 match_170 match 4266 89859 93250 match_171 match 1532 1093 2198 match_172 match 2446 42326 44934 match_173 match 2644 80936 82829 match_174 match 1711 78449 79639 match_175 match 1711 78449 79639 match_176 match 765 91421 93102 match_177 match 1388 89119 91004 match_178 match 1661 42495 44467 match_179 match 1518 42495 44195 match_180 match 1047 9831 11014 match_181 match 1063 86065 87157 match_182 match 632 86065 87171 match_183 match 2284 42495 44934 match_184 match 5097 89119 93250 match_185 match 1776 78449 79639 match_186 match 2769 80964 82829 match_187 match 3350 80627 82829 match_188 match 1941 78449 79639 match_189 match 1289 73909 75097 match_190 match 3205 89159 93021 match_191 match 3253 80623 82829 match_192 match 3366 80627 82829 match_193 match 1917 78449 79639 match_194 match 1437 73920 75096 match_195 match 1003 23444 24735 match_196 match 1011 10580 11838 match_197 match 1174 8857 10282 match_198 match 3318 80627 82829 match_199 match 1800 43001 44909 match_200 match 1003 23444 24735 match_201 match 1489 42594 44133 match_202 match 5410 89119 93250 match_203 match 1641 73897 75097 match_204 match 1647 73896 75096 match_205 match 672 86081 87171 match_206 match 5081 89119 93250 match_207 match 1746 73897 75096 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 1118 57322 57893 match_2 match 270 56589 56724 match_3 match 1072 55951 56544 match_4 match 1019 88510 89027 match_5 match 1396 96460 97183 match_6 match 1524 66033 66821 match_7 match 1029 69459 70031 match_8 match 1435 74164 74887 match_9 match 1237 32603 33226 match_10 match 924 5322 5823 match_11 match 1185 66217 66821 match_12 match 1057 46986 47522 match_13 match 1308 88393 89052 match_14 match 1435 51178 51912 match_15 match 971 33352 33841 match_16 match 1550 6004 6785 match_17 match 1342 64661 65385 match_18 match 1235 51945 52608 match_19 match 1499 80303 81058 match_20 match 1110 58503 59093 match_21 match 1269 37366 38013 match_22 match 910 65508 65974 match_23 match 963 90089 90574 match_24 match 1039 88529 89052 match_25 match 1267 80947 81585 match_26 match 1176 84612 85204 match_27 match 1055 47405 47936 match_28 match 1112 82299 82859 match_29 match 664 82833 83179 match_30 match 1261 42167 42802 match_31 match 1013 84 594 match_32 match 912 76372 76831 match_33 match 1021 35049 35563 match_34 match 1443 41086 41813 match_35 match 295 33187 33335 match_36 match 942 33352 33826 match_37 match 1205 1696 2327 match_38 match 1112 99333 99893 match_39 match 1245 17908 18535 match_40 match 1370 66143 66841 match_41 match 1195 30104 30710 match_42 match 1041 6308 6832 match_43 match 1088 69211 69784 match_44 match 1483 81403 82158 match_45 match 1106 18834 19391 match_46 match 1128 79748 80323 match_47 match 1023 42631 43154 match_48 match 1176 53825 54417 match_49 match 993 17136 17640 match_50 match 1162 99420 100005 match_51 match 1360 80368 81053 match_52 match 1449 87996 88734 match_53 match 1403 31308 32056 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.938 5991 6777 match_2 match_part 0.977 35656 36006 match_part 0.970 36717 36985 match_part 0.957 37114 37206 match_part 0.958 37292 37362 match_part 0.917 37515 37526 match_3 match_part 0.980 35657 36006 match_part 0.921 36717 36754 match_4 match_part 1.000 35705 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 1.000 37292 37310 match_5 match_part 1.000 35721 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 0.971 37292 37429 match_part 0.897 37515 37553 match_6 match_part 1.000 35721 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 0.970 37292 37424 match_7 match_part 0.975 35722 36006 match_part 0.995 36717 36907 match_8 match_part 0.984 38081 38595 match_9 match_part 1.000 38082 38603 match_10 match_part 1.000 38525 38770 match_11 match_part 1.000 38596 39191 match_12 match_part 0.998 38768 39284 match_13 match_part 0.997 39272 39945 match_14 match_part 1.000 39331 39943 match_15 match_part 0.967 39430 39945 match_16 match_part 0.998 39491 39945 match_17 match_part 1.000 46894 47103 match_part 1.000 48134 48510 match_18 match_part 0.977 49005 49435 match_19 match_part 0.955 78451 79213 match_20 match_part 0.939 81577 82283 match_21 match_part 0.934 82149 82784 match_22 match_part 0.935 82189 82814 match_23 match_part 0.934 82189 82762 match_24 match_part 0.917 82239 82789 match_25 match_part 0.944 82429 82729 match_part 0.928 83079 83313 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_26 match_part 1.000 51347 51290 match_part 1.000 50623 50523 match_part 0.985 49661 49004 match_27 match_part 0.908 49491 49035 match_28 match_part 1.000 50539 50523 match_part 0.984 49661 49048 match_29 match_part 1.000 50598 50523 match_part 0.978 49661 49072 match_30 match_part 1.000 51648 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.944 49661 49307 match_part 0.938 49147 49116 match_31 match_part 1.000 50257 50130 match_part 1.000 49661 49201 match_32 match_part 1.000 50257 50130 match_part 1.000 49661 49201 match_33 match_part 0.987 51909 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.988 49661 49420 match_34 match_part 0.946 51923 51831 match_part 0.984 51706 51580 match_part 0.954 51442 51290 match_part 0.980 50623 50523 match_part 0.922 49661 49430 match_35 match_part 0.922 54806 54730 match_part 0.981 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 0.995 49661 49472 match_36 match_part 1.000 54753 54730 match_part 1.000 51934 51831 match_part 0.969 51706 51610 match_part 0.980 51442 51290 match_part 0.980 50623 50523 match_part 1.000 49661 49644 match_37 match_part 0.960 55292 55193 match_part 0.931 55085 54942 match_part 0.892 54831 54730 match_part 0.981 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.962 50623 50518 match_38 match_part 0.994 51139 50778 match_39 match_part 1.000 55395 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54730 match_part 1.000 51934 51831 match_part 0.992 51706 51586 match_40 match_part 1.000 55390 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54730 match_part 1.000 51934 51831 match_part 1.000 51706 51663 match_41 match_part 0.948 56239 56085 match_part 0.938 55529 55193 match_part 0.931 55085 54942 match_part 0.882 54831 54730 match_part 0.973 51934 51860 match_42 match_part 1.000 56346 56085 match_part 1.000 55529 55193 match_part 1.000 55085 54942 match_part 0.988 54831 54752 match_43 match_part 1.000 56217 56085 match_part 1.000 55529 55193 match_part 1.000 55085 54942 match_part 1.000 54831 54754 match_44 match_part 1.000 56166 56085 match_part 1.000 55529 55193 match_part 0.993 55085 54947 match_45 match_part 1.000 56267 56085 match_part 1.000 55529 55193 match_part 0.980 55085 54988 match_46 match_part 0.948 56239 56085 match_part 0.935 55529 55193 match_part 0.889 55085 55077 match_47 match_part 0.932 56216 56085 match_part 0.940 55538 55254 match_48 match_part 0.992 56345 56085 match_part 1.000 55529 55261 match_49 match_part 1.000 56392 56085 match_part 1.000 55529 55360 match_50 match_part 0.997 56392 56085 match_part 1.000 55529 55386 match_51 match_part 0.978 65188 64784 match_52 match_part 0.875 65669 65662 match_part 0.986 65495 65423 match_part 0.917 65345 64851 match_53 match_part 1.000 66864 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65423 match_part 0.987 65345 65193 match_54 match_part 1.000 66621 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65423 match_part 1.000 65345 65221 match_55 match_part 1.000 66833 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65435 match_56 match_part 1.000 67291 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 0.991 65769 65662 match_part 1.000 65495 65440 match_57 match_part 1.000 67539 67429 match_part 1.000 67331 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65855 match_58 match_part 1.000 67269 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 0.990 66206 66102 match_part 0.962 65933 65855 match_59 match_part 1.000 68595 68539 match_part 1.000 67624 67429 match_part 0.989 67331 67157 match_part 0.992 67067 66950 match_part 0.960 66872 66848 match_60 match_part 0.965 68956 68872 match_part 0.988 68785 68539 match_part 0.980 67624 67429 match_part 0.986 67331 67194 match_61 match_part 0.932 68959 68872 match_part 1.000 68785 68539 match_part 1.000 67624 67441 match_62 match_part 0.974 68878 68573 match_63 match_part 0.940 85505 85020 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 5991 6777 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 35657 36006 exon 36717 36985 exon 37114 37206 exon 37292 37429 exon 37515 37553 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 35656 36006 exon 36717 36985 exon 37114 37206 exon 37292 37362 exon 37515 37526 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 38081 39945 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 46894 47103 exon 48134 48510 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49307 exon 49147 49116 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51610 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_9 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50518 gene_10 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56216 56085 exon 55538 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49004 gene_11 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 50257 50130 exon 49661 49035 gene_12 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 51139 50778 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 49005 49435 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 68959 68872 exon 68785 68539 exon 67624 67429 exon 67331 67157 exon 67067 66950 exon 66872 66760 exon 66662 66540 exon 66206 66102 exon 65933 65847 exon 65769 65662 exon 65495 65423 exon 65345 64784 gene_15 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 68878 68539 exon 67624 67429 exon 67331 67157 exon 67067 66950 exon 66872 66760 exon 66662 66540 exon 66206 66102 exon 65933 65847 exon 65769 65662 exon 65495 65423 exon 65345 64784 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 78451 79213 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 81577 82814 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 82429 82729 exon 83079 83313 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 85505 85020 AUGUSTUS_tom_cdna de novo gene_1 gene 1 34224 37366 transcript_1 transcript 34224 37366 start_codon_1 start_codon 34224 34226 CDS_1 CDS 34224 34230 CDS_2 CDS 35977 36006 CDS_3 CDS 36717 36925 CDS_4 CDS 37114 37206 CDS_5 CDS 37292 37366 stop_codon_1 stop_codon 37364 37366 gene_2 gene 1 39151 39741 transcript_2 transcript 39151 39741 start_codon_2 start_codon 39151 39153 CDS_6 CDS 39151 39274 CDS_7 CDS 39425 39741 stop_codon_2 stop_codon 39739 39741 gene_3 gene 1 46548 48320 transcript_3 transcript 46548 48320 start_codon_3 start_codon 46548 46550 CDS_8 CDS 46548 46591 CDS_9 CDS 46894 47103 CDS_10 CDS 48134 48320 stop_codon_3 stop_codon 48318 48320 gene_4 gene 1 94964 96541 transcript_4 transcript 94964 96541 start_codon_4 start_codon 94964 94966 CDS_11 CDS 94964 95152 CDS_12 CDS 95447 95758 CDS_13 CDS 95858 95975 CDS_14 CDS 96063 96286 CDS_15 CDS 96374 96541 stop_codon_4 stop_codon 96539 96541 AUGUSTUS_tom_cdna de novo gene_5 gene 1 56170 49346 transcript_5 transcript 56170 49346 stop_codon_5 stop_codon 49348 49346 CDS_16 CDS 49661 49346 CDS_17 CDS 50623 50523 CDS_18 CDS 51442 51290 CDS_19 CDS 51706 51580 CDS_20 CDS 51934 51831 CDS_21 CDS 54831 54730 CDS_22 CDS 55085 54942 CDS_23 CDS 55529 55193 CDS_24 CDS 56170 56085 start_codon_5 start_codon 56170 56168 gene_6 gene 1 68713 65071 transcript_6 transcript 68713 65071 stop_codon_6 stop_codon 65073 65071 CDS_25 CDS 65345 65071 CDS_26 CDS 65495 65423 CDS_27 CDS 65769 65662 CDS_28 CDS 65933 65847 CDS_29 CDS 66206 66102 CDS_30 CDS 66662 66540 CDS_31 CDS 66872 66760 CDS_32 CDS 67067 66950 CDS_33 CDS 67331 67157 CDS_34 CDS 67624 67429 CDS_35 CDS 68713 68539 start_codon_6 start_codon 68713 68711 AUGUSTUS_ab_initio de novo gene_1 gene 1 94964 96541 transcript_1 transcript 94964 96541 start_codon_1 start_codon 94964 94966 CDS_1 CDS 94964 95152 CDS_2 CDS 95447 95758 CDS_3 CDS 95858 95975 CDS_4 CDS 96063 96286 CDS_5 CDS 96374 96541 stop_codon_1 stop_codon 96539 96541 AUGUSTUS_ab_initio de novo gene_2 gene 1 67780 46912 transcript_2 transcript 67780 46912 stop_codon_2 stop_codon 46914 46912 CDS_6 CDS 46998 46912 CDS_7 CDS 49661 49376 CDS_8 CDS 50623 50523 CDS_9 CDS 54831 54730 CDS_10 CDS 55085 54942 CDS_11 CDS 65769 65662 CDS_12 CDS 65933 65847 CDS_13 CDS 66206 66102 CDS_14 CDS 66662 66540 CDS_15 CDS 66872 66760 CDS_16 CDS 67067 66950 CDS_17 CDS 67331 67157 CDS_18 CDS 67624 67429 CDS_19 CDS 67780 67777 start_codon_2 start_codon 67780 67778 AUGUSTUS_tom_ugs de novo gene_1 gene 1 39400 56594 transcript_1 transcript 39400 56594 start_codon_1 start_codon 39400 39402 CDS_1 CDS 39400 39495 CDS_2 CDS 46539 46591 CDS_3 CDS 46894 47103 CDS_4 CDS 48134 48285 CDS_5 CDS 56518 56594 stop_codon_1 stop_codon 56592 56594 gene_2 gene 1 94964 96541 transcript_2 transcript 94964 96541 start_codon_2 start_codon 94964 94966 CDS_6 CDS 94964 95152 CDS_7 CDS 95447 95758 CDS_8 CDS 95858 95975 CDS_9 CDS 96063 96286 CDS_10 CDS 96374 96541 stop_codon_2 stop_codon 96539 96541 AUGUSTUS_tom_ugs de novo gene_3 gene 1 68713 65071 transcript_3 transcript 68713 65071 stop_codon_3 stop_codon 65073 65071 CDS_11 CDS 65345 65071 CDS_12 CDS 65495 65423 CDS_13 CDS 65769 65662 CDS_14 CDS 65933 65847 CDS_15 CDS 66206 66102 CDS_16 CDS 66662 66540 CDS_17 CDS 66872 66760 CDS_18 CDS 67067 66950 CDS_19 CDS 67331 67157 CDS_20 CDS 67624 67429 CDS_21 CDS 68713 68539 start_codon_3 start_codon 68713 68711 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.938 5991 6777 match_2 match_part 0.991 35656 36006 match_part 1.000 36717 36985 match_part 1.000 37114 37206 match_part 0.986 37292 37429 match_part 0.897 37515 37553 match_3 match_part 0.999 38081 39284 match_4 match_part 0.997 39272 39945 match_5 match_part 1.000 46894 47103 match_part 1.000 48134 48510 match_6 match_part 0.955 78451 79213 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.916 49486 49035 match_8 match_part 1.000 56392 56085 match_part 1.000 55529 55193 match_part 1.000 55085 54942 match_part 0.922 54831 54730 match_part 0.981 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.990 50623 50523 match_part 1.000 49661 49072 match_9 match_part 1.000 54753 54730 match_part 1.000 51934 51831 match_part 0.969 51706 51610 match_part 0.980 51442 51290 match_part 0.980 50623 50523 match_part 1.000 49661 49644 match_10 match_part 0.994 51139 50778 match_11 match_part 0.948 56239 56085 match_part 0.935 55529 55193 match_part 0.889 55085 55077 match_12 match_part 0.932 56216 56085 match_part 0.940 55538 55254 match_13 match_part 0.978 65188 64784 match_14 match_part 0.994 68876 68539 match_part 1.000 67624 67429 match_part 1.000 67331 67157 match_part 1.000 67067 66950 match_part 1.000 66872 66760 match_part 1.000 66662 66540 match_part 1.000 66206 66102 match_part 1.000 65933 65847 match_part 1.000 65769 65662 match_part 1.000 65495 65423 match_part 0.929 65345 64851 match_15 match_part 0.940 85505 85020 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 5991 6777 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 35656 36006 exon 36717 36985 exon 37114 37206 exon 37292 37429 exon 37515 37553 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 38081 39945 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 46894 47103 exon 48134 48510 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56392 56085 exon 55529 55193 exon 55085 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49035 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 51139 50778 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 54753 54730 exon 51934 51831 exon 51706 51610 exon 51442 51290 exon 50623 50523 exon 49661 49644 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 56216 56085 exon 55538 55254 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 68876 68539 exon 67624 67429 exon 67331 67157 exon 67067 66950 exon 66872 66760 exon 66662 66540 exon 66206 66102 exon 65933 65847 exon 65769 65662 exon 65495 65423 exon 65345 64784 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 78451 79213 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 85505 85020 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.987 51909 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 1.000 50623 50523 match_part 0.985 49661 49005 match_2 match_part 1.000 54947 54942 match_part 0.931 54831 54730 match_part 0.990 51934 51831 match_part 0.984 51706 51580 match_part 0.967 51442 51290 match_part 0.980 50623 50523 match_part 0.899 49661 49098 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0119I05.1 type gene exon 54947 54942 exon 54831 54730 exon 51934 51831 exon 51706 51580 exon 51442 51290 exon 50623 50523 exon 49661 49005 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 34224 39073 transcript_1 transcript 34224 39073 start_codon_1 start_codon 34224 34226 CDS_1 CDS 34224 34230 CDS_2 CDS 35977 36006 CDS_3 CDS 36717 36925 CDS_4 CDS 37114 37206 CDS_5 CDS 37292 37316 CDS_6 CDS 37540 37631 CDS_7 CDS 38606 39073 stop_codon_1 stop_codon 39071 39073 gene_2 gene 1 39151 39741 transcript_2 transcript 39151 39741 start_codon_2 start_codon 39151 39153 CDS_8 CDS 39151 39274 CDS_9 CDS 39425 39741 stop_codon_2 stop_codon 39739 39741 gene_3 gene 1 46548 48320 transcript_3 transcript 46548 48320 start_codon_3 start_codon 46548 46550 CDS_10 CDS 46548 46591 CDS_11 CDS 46894 47103 CDS_12 CDS 48134 48320 stop_codon_3 stop_codon 48318 48320 gene_4 gene 1 94964 96541 transcript_4 transcript 94964 96541 start_codon_4 start_codon 94964 94966 CDS_13 CDS 94964 95152 CDS_14 CDS 95447 95758 CDS_15 CDS 95858 95975 CDS_16 CDS 96063 96286 CDS_17 CDS 96374 96541 stop_codon_4 stop_codon 96539 96541 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 56170 49346 transcript_5 transcript 56170 49346 stop_codon_5 stop_codon 49348 49346 CDS_18 CDS 49661 49346 CDS_19 CDS 50623 50523 CDS_20 CDS 51442 51290 CDS_21 CDS 51706 51580 CDS_22 CDS 51934 51831 CDS_23 CDS 54831 54730 CDS_24 CDS 55085 54942 CDS_25 CDS 55529 55193 CDS_26 CDS 56170 56085 start_codon_5 start_codon 56170 56168 gene_6 gene 1 68713 65071 transcript_6 transcript 68713 65071 stop_codon_6 stop_codon 65073 65071 CDS_27 CDS 65345 65071 CDS_28 CDS 65495 65423 CDS_29 CDS 65769 65662 CDS_30 CDS 65933 65847 CDS_31 CDS 66206 66102 CDS_32 CDS 66662 66540 CDS_33 CDS 66872 66760 CDS_34 CDS 67067 66950 CDS_35 CDS 67331 67157 CDS_36 CDS 67624 67429 CDS_37 CDS 68713 68539 start_codon_6 start_codon 68713 68711 gene_7 gene 1 94047 68752 transcript_7 transcript 94047 68752 stop_codon_7 stop_codon 68754 68752 CDS_38 CDS 68785 68752 CDS_39 CDS 68886 68872 CDS_40 CDS 70224 70130 CDS_41 CDS 94047 93949 start_codon_7 start_codon 94047 94045 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 180 95438 96535 match_2 match 175 95438 96538 match_3 match 174 95459 96559 match_4 match 172 95594 96559 match_5 match 174 95459 96559 match_6 match 224 78537 79577 match_7 match 61.6 39057 39674 match_8 match 48.9 38794 39036 match_9 match 62.4 38618 38770 match_10 match 118 36728 36985 match_11 match 179 95438 96589 match_12 match 179 95438 96589 match_13 match 181 95438 96589 match_14 match 166 95432 96532 match_15 match 166 95432 96532 match_16 match 153 95432 96538 match_17 match 153 95432 96538 match_18 match 147 95432 96289 match_19 match 182 78537 79103 match_20 match 131 78717 79154 match_21 match 119 78792 79274 match_22 match 256 78537 79358 match_23 match 119 96065 96535 match_24 match 170 78609 79226 match_25 match 37.0 81603 81815 match_26 match 98.6 81806 82351 match_27 match 111 48132 48314 match_28 match 111 48132 48314 match_29 match 111 48132 48314 match_30 match 190 95432 96547 match_31 match 160 95438 96535 match_32 match 160 95438 96535 match_33 match 210 95438 96538 match_34 match 163 95432 96589 match_35 match 163 95432 96589 match_36 match 245 78537 79379 match_37 match 264 78558 79313 match_38 match 177 95438 96535 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_39 match 51.2 66876 66757 match_40 match 57.0 67067 66948 match_41 match 85.5 67333 67157 match_42 match 84.3 67595 67428 match_43 match 63.2 66662 66534 match_44 match 50.1 66876 66757 match_45 match 52.8 67067 66948 match_46 match 82.8 67333 67157 match_47 match 85.1 67604 67428 match_48 match 63.2 66662 66534 match_49 match 53.9 67067 66948 match_50 match 52.0 66876 66757 match_51 match 94.4 67333 67157 match_52 match 65.1 66662 66534 match_53 match 80.9 67583 67428 match_54 match 72.8 66662 66417 match_55 match 55.5 67067 66948 match_56 match 55.8 66882 66757 match_57 match 80.9 67616 67428 match_58 match 97.8 67333 67157 match_59 match 129 65361 65074 match_60 match 75.1 66876 66757 match_61 match 112 67333 67157 match_62 match 81.3 66662 66534 match_63 match 113 67610 67428 match_64 match 51.6 65495 65418 match_65 match 85.5 67067 66948 match_66 match 75.5 67595 67428 match_67 match 61.2 66876 66757 match_68 match 57.0 66644 66534 match_69 match 68.2 67064 66948 match_70 match 102 67333 67157 match_71 match 133 49663 49364 match_72 match 133 49663 49364 match_73 match 73.6 67595 67428 match_74 match 67.0 67064 66948 match_75 match 60.8 66876 66757 match_76 match 57.8 66644 66534 match_77 match 99.8 67333 67157 match_78 match 73.6 67595 67428 match_79 match 67.0 67064 66948 match_80 match 60.8 66876 66757 match_81 match 57.8 66644 66534 match_82 match 99.8 67333 67157 match_83 match 73.6 67595 67428 match_84 match 67.0 67064 66948 match_85 match 60.8 66876 66757 match_86 match 57.8 66644 66534 match_87 match 99.8 67333 67157