C08SLm0007M13.1 GATCTTCACCTTAACACAGAAGAATCAGGATTTCATTCGTACATCTACTATTGCTAAACT TATCACAACAGGAAAAGGTAAAAGATAAAAGGAAGAGAACTGCAATATGGAGGGCAGTCG CAGCACAATCAAGAGCAGAGGAGAATAGTCCCAGCAGCTAAGCTGCTCAGACTCTTCAAA AATGTCAAGGGGTGCGTGCCGGATTTTCACCAAAAGTGGTGTATTTTTGGAGAATTTGAC ATCGGTTCTGCAAGAGTCTGCGCAACTTAGCCCGAAAGTTATTTGGTGGACCACAAGAAA AAAAAATTCTAGGAATTCTAAAAACAAGAGCAGCCCCTTGCTCAAGATTAAAATGAACTG AATTATCACTTTTTGCTATTGGTGTAGTTCAGAGTATATAGATGACCCAGTGCCTATTGT AGACATTCTATGATCCTTATAAAGATGAAGGAGGGTCTAGGGATAGCTTTTTCTTTTCTT TATCTTTTGTTTTTGCCAGACGTACACTTGTGGAGGTTAGGATATGATGTAAATTTTTGG ATACCAGCTTTGAGCTAATGATTGATATACAATTGTCACCTTTATTAAACAAAACAAAAA ATAACTAAATTCATGTCATTTAATAACTCGGTTCGCTTTCTACTGAATCTTGGTTTTGTG GTCCGATAGATTAAAGATGATGATTCTCATCTCTGAGCCTTTGTGGACTCCTAGGTTGCT CAGACTCAGGTGTGGCTGCTCGATACAGGTACATACCTAGAGGTCAAATTCTTCATGAAT TTTTAAGATTCGGAGATATGGATACGCGTGCGGGAATTCGCCTAAAATTTAAATATCTAA AAATAGAATTATTAAACCTAAATTATGAGATATTATGTGGAGCACTCCTGAAAAGGAGAT TAAAGGAAAAAGAGTGACATAGAAATTTCTAAATAAAAGATATTCCATTTTCTTCAATTT CACCTTAGCTTTTGTATTGACTGTGAATTCAATAAACTGGCCAGACTTTTCTCATCGATT TTGGTCAAAGTACCCAAAATCAATTGACCAAATGGACACAGATCCCACACCCGTGTCATA TCTACAGGGGTATGGCACCAAAAGTGAAGAGCCCGAGTAACTTAGGTGAACTTGTGCTAA TCAGATGTTACATTACACTTTTTAGTTCAAATGTATGATATTAAATACTCCCTCTATTCT CTACCCCAATTTATGTGATCTGGTTGGTTGGAATCTCGAGATTCAAACTTGTAAAATTTG GCCATGATTTCAGCATAGAAACTTAAGTTTTTAAAAAATAAAATTTACATATTAGAAAAC TATGTAATAGTATAAATCACAATAATTAACAACTTAAAATATCTAAAAGGCATACAAAGA AATATGGGTCAAAGAAAAACTTGGTAGACTCTCAATATTCCAGCTGTTCCACATAAATTG GTACAGGGGGAGTAATGTTTTGTAAAATATTACACTTCTTAATTCTCAACTTTGTAAGCT TAGAAGAGAGAACCCCAATACTTGTTGCTTCTATCATTATTAAGTGCTACTAATCATACA CCTGGTAGAAGCAGTCTTTTGACGGAAGATACTGCAGCCAGACAGCACTATTAAACTTAA AAAAATAGCTGACGGACTCCACGTTATGTTGGAGGAAGCAAGTCCAGAATATGTCGGAAT TGACCAATTCAGCAATTGAATGCTCCAGACAAATTTCAAGGGTAGCTGTAACACAGAAAC AACACTCAAATCTTTCATCACATTCCATTCAATATCATAGAATTAGCACCAACTTTTATG AAAAAATAGGTGTACCACTTTGCTCATCCAACAATACGATAACATAGTGAGCTTGCTCAA CACTCCTATAAGTACAACTTCTTCTACCCTGACCCATAAGTAAGGGTACAACCACAAGAT AACAGCTTCACCTATACTAATCTCTCCTACCAAAATTTAGGCATGACACAGATTGGCATC TACTTAATGCTGGCAATGACCCTTTTACTTCTTCTAAAAGAACAGTGAAGATTTGGTATT GTTTTAAAGAGGAGAAAAAATGAAATGACTGAATTAATAGCTAGAATTCTTAACAGAAGA ATCATTAGCAGCAGTGCTTATACATGCATCAAAATTACAAAAAAAATAACCTTCAAAGCA CTTACATGAATAAGAAAGAAAAGATAACGTGCGTTTTTATATAACATGAGAGGCCAAGGA AGTAACAACTTCAATACCTTTGATTTGAATAGCAATTCCTCATCATGTCAACACCAAATT CTACTCACTAGGACTGGGATCAATAACCAATATCGCTTGGATCTCCAAGATACTCAGCAA TTTGTTCAAGCCGCACTTTGAGTAAATCCTTTGTATCACCATCTCGGATAACTCCAGTCT CCTTCTCACTATCCTTCTCAACCAAGTGGCCATACACGCCTTTGTTCCTACCATACAGAA CAAGAACCGGACCACCACGCTTAGGAAGAGCCGTCTCAAGCAATTCCTGATCCACACCTT GTATCAACTCCCTAGTTTCATCCATACATATATCACAACTCATCGGTCCAACCACATCCA TAATTTCCCCTTTCTTTAGATACAATCTTCCCCTTTTCAAATCCTTACTTATAATCCTAA CTCTGATGTGACTAGCAAGCCAAGATACTTTATCACTCCTTTCATCTCTACTTCTTCTGC TTTCCTTTTTCCTCTCCGTTGTTGCTTCATCTCTACTTCTACTTCCAGATGACTGTTTCC TAACCCCATCAAGATGACTCTTTTCTTCTCTAATCTTCAATTCTAACAACTTCTTCAAAC ACCTCTCCTCCTCCACTGAACCCAATTCGGCCAAGTCTCGTGCCTGAAGCTTCACCTCTT TGTCCGCAAGCTTTAAGATCACCAACTCTCCTCTGCTATTCACCTCCAAAACTTCTCCTT TCATTCCCATTTCCTTTCCTCTCACTACTCTCACTTTCTTCCCTACATATAATCCTTTCC CTCCTTTTTCTCTATCTATCTTCTCAATATAACCATCACTATGATCAACTTTAATACCTT CTTCACCTTTTTTCTTAATCGGCTTAACGCCTCCTTCAGCCTTACTACTAGGTTTTGGTA CTTCAGGTATGAATCCAATCCCTTCTTTAGCTGTCCACCTTTTATACTCAACAACTTTAA CATCCTCTTTCGCGTTCCGACCTATCCCTCTACCTTCAACCCACCCATAACCCTTCAACA AAGCAGCCCCAAATCCCTCCACTGGCATATCAGTATATTCATCAATCCCGTTATGCTCTG GCAACCTCTTCAAATCTTCCTTAAACTTATGCAACATCGGATCAATCACCTGTTTAGGGT TCGGGGTCGGATTAGGGTTAGGGTTCGGACTAGGATTAGGGTTTTCTGATTGGCGGACAT TGAGGCCGTAAGAGATTCCATCTGACGCCGGTTCGACTCCAGCGCCAGAGTCAAGTTCGA ATTGAAGTGGTTGATCGGCAGCAGAGGCATCCGCTTGGAGAGGGACTTCGAGATTTTTCA TCCTTTTGATGGGGCGCCATTCGTTCTGCTTGGGAGGTATTATGAGTGTATCTTTGGTGG AACTAGCTGCAGCTTTGGAAGGGTCAAATTCCGTGACGTACTCTTTTTCGATTGGGTTTG AGGAGTTGCGGGGATCGTCGCCGGCGAATGTCTGAGCAGACGGATGCCTCTTCAGGTTTG AAGATGGCTTTGAAGAGAGAGAAAACGAGAGCTTCATCGTCGCTGGAATCGGTGACAGCG ACGGGAACAACGTCGGCGAATTTGCCGGTATCTGGGTAGAAGCCGAGAAAAGGACTTCCG TACCGGGAAACGAGAATAGAAGAATGATCAATGCGAGTATACTTGCTCGGAAAGAAGAAT TATAATTTTTAAATTTATATATTAAAATATTCTTTAAGCTAATTGTGTTAAAATTAAAAT TAAGAAGTTCCCTAAAGAAAAAATAAATAAAACAAAAGCTACAAAAATTAAAAAATGGTG GTCTAAGTGTTTGTTCAATCATCATGTATGTAGGAGTAAAAAGAAGACTCGACAAATAAT GTGTGCCTCTCTTCGAATAATATTTACTATTATATATTTTAGTACGTAATGAATTAGGTG AGTCATGACATATGAAATTATAAGTCAATGAATTTTCTTTCAAATTCTAATGAAATATTA AAAAAATTTATTTATGACCAAAAAAATTGATTCAAATAACTCGAATATAATCTCCAAAAA TATCACCTAAACAAAATAAAGACCTTTTATGCATATATTTATTTGATTTTCTTAAAAAAG ATTAAAATATAAATTAAAAAAATGTTAAAATTTAAATACTTTTTCATGTTTTTAATATAT TAGAAGTTATTATGAACTATGAAATTGATATTAGAAAAAAAAATATGAGCATATTTTTTT AAAAAAAAAATAAGTATAAATAATTTTAATATTAGCTTGAGCCCTGAACTACACACTAAC AAACATGAGCAATATATTCATTGAAATCTCACTAAGTCAAATTAGAATGGGTATAATGTA CATAAATTTCATTATTATCTCATGGAGGTAAAGAAATTGATACTGAAAGACCCTCAGCTT AAGGACATCAATCCCTAGTAAAAATAGAAGTAAACAATAAAGAAAGCATAACAATTTATA AGAAGAGCATTGTAAAGTGTACACGAAGAAACAATAACAACAACCAACTAGAGTGATAAT CTAAACTTAATAAAAAAACATATGGCAAGAACTAAAAGGTTACGCCTAGTACTACGACAT GCACTAACAAGTCTTAACCTTCGCAAAGCAAGACAACACTCTATAATTATTAACTTTCTG TTTTAATACGTGACCTTTACTCATTCCTGTCTAAACTCATGTTTTCGATAATATGAAATT GTGACTGTTATGTCATGTTTTGTCAAATCACACTTCCTCAATATATACTTCTTAGGCCTA CCTCTACTCCTTCACATACCATACAACCGACCTTTCACCTTTTTATTTAAGCGTCAACAC TTCTCTCTACATGTTCAAATTATTTTAATCTCGCTTCTCTCATCTTACTCGTCATAAAAG TCACTTTCACTTTCTTCGGGATAACCTCATTACTAGTTTTGTCAACCCTAATTTAATGAG CAAAAAAAATTAAAATGGATAAGATAATAATTGTTCCTCATTCAATATACCTTTTTTCTA ATTTAAGATAGAAAAGAATTTTAGTAATATTGACCAAAAAGAATATACTCCTATTAAATT ATAGATAAACTCTAACTGATTTTCTCTCTTTTTCCTACCACACACAAGTCATTAACTAAA AATACCCTACAAAATGAGAAAAACAAAACACACTTGAAGCATACTGTACAACTCATAATA CAGCTCAGTTTGTTACTTTATAGTTTCCATATTTCTAAATTCTGATCATCAAATATATAT ATATACACACAAATTTGTGGTCATATAAACAACCACATGCACTTTGGAATTTCAATCAAA GTTTCTTCTTAATCCATTTTTTTTATATGTAAAAATCCCAAATCCACTCTTCAATTTTCA CTGTTTCTTCTTCTTGATTTGAGAAAATGGAGGGAATTTGTACTAGTTGTTTGTATTCTT CAATAACCCCATTATCAATTGAGTACAGAAACAGAAGAAAACTGTTGAATACAGTTAGAA AAAATCGATCTTTATCGACAAGGATTTGTGCAGCAAGTAGTGTTTCTACAGTACAAACTC CGTCGGAGAAAACTGCTTTGCTAGTGAAGGACATTTCTAGGACTAGCGCTTTGGAGCAGC TTGATATCGAACGTGGAGTTTGCATTCCATTCCGGAAATATTCCCCAGAATCTGTATGAG AATTACTTACTTCTTCTTAGTTTTTTTTTTTTTTTTGTTTGCTGAAAAGTTGATTTGGGG TATGTGAATAGCATTCCTGGTGGTTATTTGCAAGTTTTCTTTGATATTTTTTGTGGTTTG AACAGAAAATTAAGTTTTTATTGTTTGGAATTAGTTTTGCTTAAGAAGTTTGGAACATGC AAATAAATTTGTAGATAGTTATTTGCTCTCTCTTGGTTATTTTTTTGGGTACTTATTGGA GAATTGACTTTGTAATGTGTGATTAACATCCTGAGATTATTTGAGTTCTTTGGTAACTTA TGTTGTTTCATGGGTAAGTTAAGTGTGTAGTATGTGAGTTATTTCTCAATTATTTGCTAT ATTATTGGTTAAACTTTTGTGGATGTATTGGAAAATTAAGTTTATCTTTATGTGGGATGA ATTGAAATTTGTGTGTTTGATGCAAATGTTGGGTTTTTTTTAGGTGAGAAACAAGGTGTT AGAGTCAAGAGGACAGATTTTTTCTTTGGTTGGTAGAGGAATAGAGATTGTTTGGAGTTT GGGGCTTTACTGGACTACACTGGTGTATGATTATTTGGTGGGTCGTGACGAAGAAGTTGT TCCTTTCCGTGCTCGGCAGCTGAGGAAGCTTTTGTGTGATTTGGGACCTTCTTTCATCAA AGCAGGACAGGTTTGGTGTTTTTAAATTTCTAAAGTTCATGAACAATTGGTTGTTATATT TTTCGTGAATGAGTATTGCTCTACTTGGAAATTTTAGACTTCAGAATCTTAAACTGGAAA ATGATTCTGTATTGGCTGTGTAGCCAAAGAAGATATATAATGCCAGTTAACCATGAAACG AACTGTTATCATAAGAATATACATTGTGCATAGAGTAGAAGACTGTAGAGATGCTATAAA TTGCTGAAATTGTGTAGTAAGGAAGCATTTCACACTCCATTGGCTGGAAACTCATATAGG CAGTGAAAGTTACTTTAGGATGACTCAGCAACATGATTTTAAGTGTGATGGCCTCTTTGC TAGTGTTCGTCATTTTTTGAGCACAAACAGAAGTCTTTTATTGGGTCACTATTATGTGCA CATCGACCGAAAATGGTGAAACCTTTCAGTGGCTTATTACTATGCCTCCAAACACATTTA GCACTTCTAAGGGTCATTGCAGAAATAAATATTGCTTGGTGAATACACGTTAATCCTAAC TTTAGAGGAACAATGGAACATTTCTATTTTACAGAGATATGGTCAATACCAGTTACAATT GAATTTTTCTTTTCCAAATATACAGTCAATAGTAGTGGAACACGTAAGACTTGTGCTCTG AATTTATTTCACTTGTCTAAGCACATGATTTTTGACTAGTTCCATTCCTAAATATTGTAA GACTGATAGATTGGATCAAGATTGTTATAAAAAAAAATACAGATTGGGAAAAAGAAATTC CCTTTCTTTTTGTTTTTGGATCAAGTTTGTTAAATCATTCACATCTGTCAGATACAAATG AAAGAGTCGCATATTGAAGATAGAGAGATTGATAGGACTGCTTAGTGAGGTCATATATCA TAGCACATGGAGTCAGAGAACTGGTCATGAATCTGAATGTGTCATATGTAGCAGATGCAA GCTATTGTTAGCTATATCTGCTGGTTATTTCTACTGTATGGAAGAGCTAGACGCATTGGC AATAGGGTGCAACTAAATACTAAGAAATTAAACCTCTTTGCTAAAATTGAGTTCAAATTA ATTCTTCCTGGTCATCTTATATTTCTTGTACAAATATAACATGTGATAATTTCCAAGAAT GTGCACTTAGGCTTAGATGTAATTTCCTTTTGATTTCGCTGTTCTCCGCAGCAATAGTTA TTTGTTTATTGTATTGTTTTCTCTGCAGGCAAAGGTATATTATTTAAATAGACTTACAAC TCTTTTTGCTTAGCTCTGCTTTGTTGGTTTTTATAAAAGATTGTGGTGCAGCAAAAATAT TAAAAGTCATTAAAATTGTCTTAGAACACAGAAAGTCTGCAGAATAAAATTCAAAAACCT AAATTATCTCGACTAAATTTATCCAACTAAATTTAAACAAAGACTCATGATGCAAGTTCT TCAATGAACACAGATCCATTAAGATCAATGGAAGTTCTAGGAAGAACTCATAGATCCTAT AGAAGTTCCGATACCACTTTTTGTTTTTTAAAAGATGTAGAGCAGCAAAAATACTGGAAG TGATTGAAATTATCTCTCAATTTATATTTTTATTTTGAAAATGGTAATTGTTTCTATTTC TATAGAACCGTACATCCTATGTACTGAACCGGTATTTACATTAGGAACTCTAATAATACC GACATATCCCTATAATGAGTCTAAGACATCAATGATAGAGACGGTATCATTAGAGTAAAT TTGATTACACCAAAAACACAGAGTTCAAATGCAATTCAGTTTAACTTGTTGCATACTACT CTCCCTATTCTCAAAAACTCTTAAGGTTCCTCTCTTTCCATATTGTCCACCAAATAGTGG CAGGGACAATTCTCCAGTTACTTCTGTTTTTTGCTTGTGTCCCTGCTTCTTCACTATATA GAGCCTGTGAAGTTCTCCCAGCATGGACCAGGAGATGTTTTTAAGTCTCAGGAACAGATT CCACAACTGGCCAGTGACTTCGCGTTGGAGAAACAAACGATTGACGGTTTCTGCAGTTTC CCCACAGAAAAAACATCTAGAGCAAAGTGTAATTCCCCTCTTCGTTAAGTCTCAATTATT ATTATGGACAGGCCACAGAGGGTCTAAATAGCCAACTTAAAAACAGAAAATCTGTAGAAT AAAATTCGAAAACCTAAATTATCTCCACTAAACTACTTAATTTTAACAAAGTTTACTCCT GCAACTAAACAACTTAATATCCTAGTAAATCTGCATTAACAAAAGCAATTTTGAACACAT TTAGCTTACCTAATTTCTTGTTCATTTATACTTCTGTTCTGAAATCTTGTTTATTATATT ATATATATTGTACTTTGTCTCTGCTTTTCTCTCCATTTTTTGCAATAGCATACATGCATG TATTTCTTCCGGTTAGTTAACTGTTATTTTTTTTACAGGTACTTGCGAACAGGCCTGATA TCATCAGAGAAGATTACATGAATGAACTTTGCATTCTTCAAGATGATGTTCCTGCCTTTC CTAATCAGGTAACTAGATGACAAGTGAGGTGCAGGTGATGCATGCTTTTGTTACATCGAA CACTTTTCCTTTGAGCAGAAATCATTGACAATGATGTAGGTTGCTTTTAACATCATAGAA GAGGAATTGGGCCAGCCTCTTGAAGCTGTTTTCAGCAAAATTTCTTCAGAAACTATTGCA GCTGCAAGTTTGGGTCAAGTATACCGAGCTACTTTACGTGCTTCAGGGGAAGAAGTTGCC ATAAAGGTTGACCGTTTCCTGCTTGCTTGCACTCTTTTTTTCTGTTGAGTGTTGACCAAT TTTATTGCTAAGTCTTGAAGCCTTTTATCATATCATCAATGTGTCACCACACTTTTGACA TTTCTCTTTGACCTTCCTTTATAGTCATTTGGAGAACACCTGATGCAGAACTAAAAACAG CAATAAGACGATTGTCCACTACATAAGTAGCTGAAAAATATCTGGATGGCCATTGAATAT AGTCAAGCAGTAAAGCTTTTTAGATTTGTTAAGGTCCAATATTTCACACTCGACACAAAT GTTCATAGAGAAATCATGTGTGTTATCTAATCATTCCTTTTTTATGCTAGTTTCATATAC ATATATGCATCTCATTTGAAGCATCTGGCTGTTCTTAGAAGCTTCAAAGAATTGATTTAA CAATATGATGCAGTGGTATTCATAATTGGGTTTGCTCTTTCCTTTTAGGTGCTAAGGCCG CAAATAGAGCCTATCATCTACAGAGATCTTTTTCTCTTCCGCACTCTAGCTTCCTTCTTG AATGGCATCAGTCTACAGAAACTGGGGTGTAATGCTGAGCTTATAGTTGATGAATTTGGT GAGAAGCTATTGGAGGAGTTGGATTATACCTTGGTAGTGCTGCACATTCCTATTTTTGCA ATTGAATGAGGAAAGAAGTTTTGCTTATTTTGGAAGTCTTTCAATGTTGTGTTATGTAAT CATCCCTCTTCTTTTTCCTTTCTAGGAAGCTCGTAATATCGAAGACTTCTTGGAAAATTT CAAAGATGACCCTACTGTTAAAATACCTCGGGTTTACAGACAGCTTTCTGGTTCACGTGT TTTGGTGATGGAGTGGATTGATGGAATTCGGTGCACTGATCCACAGGTGTGGATCTTTAG TTTTCCTCAGCGTGCTTTGGGATGTCCTCCTTGTGTTAATACATCGTCATTCTTGTGACT TAGGCAATCAGAGATGAAGGAATTGATATAGATGGATTTTTAACTGTTGGAGTTAGTGCA GCCTTGAGGCAGCTCCTCGAATTTGGCCTATTTCATGGGGACCCTCATCCTGGGAATATC TTTGCTATGCGTGATGGACGCATTGCCTATGTGGACTTTGGTAATGTTGCTGTGCTCAGT CAGGTAATTTGGTGGATCGACTGTATATCTGGTATTTAGTTAAAGGCCTATCCCATCGGT AGCCACCTAAAGTTGGCATCAATTTTCACTTGGACACCTCAAGTAGGCTTATTCATTTTA AACACTTACAGGGGGACGTTGTGTCATATTGACATGTTTTTGACAACCAACCAAATATAT AAGATATGTGTATTACACTCGCCGATGACGTGTCAAAGTAGTGAGTTAAATAATGACATG TGACATATATGTAAAAAGAAATTAATAAAAAAATATATTATGAATAAAAACCCATTTTAA AACTATTTAATTAATTAAAAATGTACCTTTCAATAAAGAAGAAAAAGGGAAAAAAATGAA ATCTACAACACCTTTATTTTTCTCCTCCATTTTCAGCCTTCACCATTTACACATCTCCTC CTCCTCCACTAACCGCTATTACTTTGATGCCTTCTTCTTCAAGTTTGAAGATTATCACTA CCATCATCTTTTTCTTCAAATCTATATAACCAATATGGGTCATAAGCAAATACCCATAAT CTAGCCATCATACTATAGCCCGACAAATATTATCCATGGTAAAATCAGATTTGTTTATGA ATTTACTTGAAATGTGTTCATCAAAATAGAAAAAGTTAAAAGCTTTGAGAAGCAGAAATT AGTATTTCAAAAATTAAATCTGAAAAAAATTAACTCAAATAGAGAGAGGTGAAAGTAGAC CAACAAACATTTAAAGGATTCGGTAAACTTTCCGGCAATGAAACTATAAAAAAGATTAGA TGGAAAAATTTGATATCATGAAGAAGATATATGCTCTAGACATATTTTTTGCTCCTTTCT TAAATTATTTTTGTTGATATATATAATTAATTTAATTTTCCATATCAAGAAATGACAAAA AGAGGAGAAAGTTGAATATACTATGGTGGCAAGATGGTGGTATATGGAGGAGGAAGTGTG GGAAGGAGAGAGAAGGAAGAAAAAGAAATAAAAAAGTTTTAAAATCATAAAATTGTCTTT CACGTGGTCAAAGTAAGTGTAACACACATAATATGCTAACTCAACAAAAAGTGTCAAAAT GACATAATCGGATCCTACTTAAAGTGTCTAAAATGAACATCATCTAGTTGAAGTGCCTAT GTGAAATTTGGTGCCAATTTTAGGGGGCAACCGATGGGTTTGACCTTAGTTAAATGATAC CTGATGTGATTGGCTTTATGTGTATGTGTGTGTTCAATGAGCATGCCAAATACAGGTCAC AAGTAATCCCCGGCAATCTATTATGGTCTTAGAATAACATATGGTCATGTATTCATCCTC CTTAGATTACCTAAATCGAAAGTTAGGAGGTCAAATTTGCTATCATTGACCCGAAGTTAT TGCATGCCCAAATGCATCTATTGCTACATAAGTTTGAGGTATTTGTAAACTATGAAACTC TGAAGAAGGTGAGAATTGAGGGTTTGTAATTGCTGATTATTGGGTAAAGTTGATAAGTAG AACATGTTGGTTAATATCAACTTGCTAGTATAGGGTTGTCTAGATTCTGCAAGTGGTTGC AGGCCCTTTCTTTTAACCGCTGTAAGGGAAATGGAAAGAAGAACACCCCTTTTCTATTTT GGATGTACTATGAATATAGTATTCCTTGTGGCTTTGCATAGTCATTTCTTCTTTGATGAT ATATGTGATGATGTAATAATATTACAATGTTATGCTAGAAATCTCAAAAATCGGAGTTTC CTATGAGAAACTTCAGTCAATGTGCTGAAAATCTTCAATCTCTTTCCTTTCGATGCAAAC TGAATCATGAGAGATGTATTACAAGATATGATGCATACTAAAGTTAATTATATCAATCAG GAAGGTAGTGTTCGGGTGATATTTGTATTGTGAGCTATGAGCCTCACCAAGAGAATGATC ATTAATGTGAAAGGGGAGGTCTGGTGTTAGAGGCTTAGCTGACTTCTATCTACAAACTGG GATTAGTCCTGCTTTCTATTTGGTCATTTTGTGCTTCAACTTTTTGAATTGGAAGAATCC ATATGAGGAGGTGTAGAGAATAGAAGACTAGGGGGTAGACAGGAGGTACCTAGCGAGCTA TTCTACTGAATTTCACCTAAATCCTCAGGTTCATTCCAGTTCCAATCTGTTTATTGTTGC TTTAAGTCTTTGCTCAGATGAACTTTCAACCACCTATCTGTTCAGAGGAGAGACTCAATG CCTTAACTATGGTAAAGAAAATTAGAAGAGAAGAAGATTTTTTCCAGAATAATGACCTAA GATTAAATGTTCAGATGAGGGACTCTATCTGGACTCTGATTTCATGAAGAAAAAGAGAGG AAGATTTTCCAAAACAGTGGCCTGTAATTCAATGCTAGAGGAACTCAATAGCTAAACTTG TAGCATGAAGAGAAGGAAGAGAAGAAGATTTTGAGTAAGGGACTCATTACCCAAAGTCTA ATATCATGAAAAAGAAGAAACAAAGAATACTTCTTAGTTCAGAACCTAAACTTCAATTTT GCAAAGAGGTGTTTAGCTTGAAATGTCACCAAAATATGGGGCTAGAAAAGTAGTGCGCTA GACGTTCATTGAAAAGAAACACAAGTTTACCAGAATGGTCATCGAAAGGGGCACGTATGC TGCCACAATGGTCACCAGAAAAAAGGTATCTAGCTGTCAGAACAATCACCGGGAACTAAG GAGGCATGGATAGTAAAACATAGAAAAGAAAGAAAACCTTCAACGGGGGGTGGGGGGTGA CACAAGACCACCCTGCAGTAGGCACAAGTTACTTGAATCTCTACCAAGATTATAGGGACT GTTGTACCATATGAAAAGAGAAACCTCTCTTGAAATTAGTTTGAGGAATAATGTACAAGA TCAGCTTCTCATTTTAGAGTCTTATGTATGTACAATATGTTAAATAATTATTCTCTTTTA TCTTTTTTGTTTCATAAAAAAAATTTCTCTTAAACAAACAGGGTTAGTAAATACAAAATA TTTTATGGTATCCTTGTGAATAGAATGAAACACCCTCCAAAATTAGGGTCTGCATACATC CTACCTTCCCCAGGTCGTTGTTGTACCCTCCAAAATTCTCCTAGTTTAGTTCACTGAGTC AAGAGTTCTATGGAATATTATTAGTTCTCTTTACTTTCAACATGTATAATTGCCCGGAGC TACTTGTGTATTTTCCAGTTGGCCTGCAATTTTGATTCTCTCTGTCTGTCTTCTCTTTTC AGCAAAATAAACAGATTCTGATTGATGCTGTTGTCCATGCGGTGAATGAGGACTATGCTG AGATGGCAAATGATTTTACCAGGTTGGGATTCCTAGCTAGTGGAACTGATGTTGCCCCTA TTGTTCCAGCATTAGAAGCAATATGGCAAAATTCACTTGAAAAAGGACTTGCCGACTTCA ATTTCAGAAGTGTTACAGGTACCTTGAATAACTAGCTTTGTTAATGGCTCACTTTGCTCT TGATCCTATTAATTGCACCCTGCTCCCAACTTCTAGAAAATTTTGTGTTTAATCCTGTGT AGCCCCTTAGTTGGTTATTATGCCCTTTGAAGTTGGCACTAGTAGATATGTGAAACTAAG CAGCTAAGAACGATAGACATTGTGATAACGGATGCCCTAAACAACAAGCTCTCACCATTC AGATCCTTATGACACCTAAAATTTGCAGCACACTTTGTTGCACCAAGATAGAGATTAAGC TATGGTTGTTTTTCGTAACCGTTTCCTTCTTTCTATACTGTCCATTGTAGAAATTGATAA CCTACTAATGTGAGCTTAGTATTTCTAAAGTAAGATATTTCATGCTTTGACTGGTGCATG CTTGCATCATTCTATCAATTCATTTTACTGGATTAGCATCCTTGAGCAGGAAGAGAGTAG ATACCACACAGCATCTTGGCCTTGGGTATGGCCTATAATATTATAATTGTAGCTTCACTT GGAACACTGCAGTTTTAGAGATGAGGTGGTCTTTTGACTGGAAATTTGAGCTGCAACCTG CCCCATTGCCTAATTCATGGGATGCAAGGATATATATTATAATCTTCTGTTTTGCTGATC AAGCTGTTCACTGAGAAAACATTATGGAATTAGGTATGTTTGGTAATTGGAAAATTCCAC AAAGAAGTCATTTTGTAGTGGTTGTTTACTGGAAAATATTTTTAGGAAAAGGGGGAAGTT GACTTCACTTAAAGGTGGAAGTAATTTTCCTCACCAATAATCCAATTCTTAGTCCATGTC ACTTGCTATAACCAACACTTACTCGATAAAACACTATCCAACTGACATTATTATGAATCT TTATTGAATATTGTTTTACAAAGTACTTGTTATTCACCATTAAAACATTGAAAAGTAAGT GAGGAAGCCACTTAATTCCCTGAAAAAAACATTTTCCAATATAACATACATTTTTACTTT ATAGGTTTAAAGAATTTAGGTATCGTGAAAAATACAGCTCTGAAAGGATTCTATATTCAG CAAAAACCTTCTAATACATGTATGTGATATTCTCACATTGTTAGACTGCTCAGACAGTGA CCTTGCAGACTGTTATGGTTACTAATCTGTTTTTCTTCGTTAGAAATAAGCATTATTAGA CTTATTATAGAGATCGAGTAATTAGGAAAATTGAAAAATCTTGTTAGCTGGCTTGAGGGT AATTCTGGTTACAAAACCACATAAATATTGGTTAAACTTATAATGATGACATACTTGTTT ACATGCCTGATGTGTTTTATTCTGGGAGTGAATGAAGCTTCAGATATATTGCCTATGCTC TGTTGATTTATTCATTTTGTCTCTCCCTTATTCTTGATGTTCCACCTAATTTTTATCATT TGTCATGTCCTCAAAATACTAAAATTACTGAACCAAAACCTTTCTTTTAATCAATAAAAC TACAGAATTTATATCTTCAGCCTGAAAGTTGCAGCTATACCTTCTATTCTGTCACTCTTC CAGCTGCAGAACTTCTCATGCATCATCTCCATACCTAGGCTAGGATCTTGATTGAGTTGA ATACTATGGGCATTCAGATCCTTATCTTGTTCTGTTGATAAGTTACGCAGGGGTCATTGA TGTAGAGATTAGTAATGCTAGGATTAGTATTGCTGATTATTTCTTTTTGAATATCTAGTT TGATATATTACAAATTAGAAATTTTCTTCCTATTATGAGTGTTAGCTTTCATCAATTAAT AGTTTTAATCCGTGTATTACTAATATCCACATTCTGATTTCACATTTACCTCGTTTAAAA TATTTACACAGATTCCCACATATCTCTTATCCATGTAATATTTATAAGGAAAACAAAAAG GAGTAATTAAACACTATTCTCAAAAATATCCACATAGAAATCAGCATTAAGTTATAAAAT GTTTGATCCCAAACCCAATTTTTTTATATATGGAGGACAAGTGGATGACAGAAGGGGTGA CCAGCCCTTATGATTGTGGTGTGTGGAGATCAATCAGGACTTTATGGCTACTGGTCAAAG ATAGAACAAAATGTAAGGTTGGTAATGGAGAAAAAGTGGCCTTCTGGAATGACATCTGGT GTGGACAGGAGACACTCAAACAAGCATTCCCTGAGCTACATAGTCTGAGTCAAGCACAGG AAGCATTGGGGCAGACTTATGGACAGGACAAGGGTGGAATTTACATCTGAGAAGAAACTT AAATGACTGGGAAATAACATCCATAGCAAGATTTCATGACACAATGGCTAGGGCTACTAA TCTAACAGAAGAGCAAGATAGACTGATATGGGAAGGAGAAAGGAAGGGAGAGTCACTGTA AGATCTGCATATCGAGAATTGAGACCCACTGAAGAGCAACAAGCAGGATGGCCTTGGAGG ATGATCTGGAGAACAAAAATCCCATCAAGGTGAATTATTTCACATGGCTTTTGGCAAAGG AGGAAGTCTTGACACATGAAAACTTGAACAGGAGGAAACACAACCTTTGCTCTAGATGTT ATTTATGCGAAGAACAGGTGGAGACAGTCAACCATCTCTTTTTGCACTGCAAATGGACAG ATCAATTATGGCAGATGTTCATTCACAAAAGGAAGATCAAGTGGACAAAACAAGGGATAA TCACACAAGTTCTAAAATGCTGGAACAGTGATGGAAATGCAGGAAAAGAGGAGGAGAGAT GGAGGATTGTCCTAGCATGCATTTGGTGGACAATTTGGAATGAAAGATGTTTGAAGGAAA GAACAACAATATTCAGAAGATAAAGATAAACTGCCTAGATCTTTATAATTTTTGGTGTAA GCAAGTAGTAATAAAAAATTCTGAAGAGGTTTCTAATGTTATTGACTGACTGTAACTAGA AGATATTAGGGCTGATGTAAGTATAAATTTTTGGAGGGGAACTACACTTTGATTTAGTAT ATCTATGGATATATAGAAGTAAATGTTACCTTTCTCAAAAAAAAAATCTCCTAAAACCCA AAGCCAAACTCTTTTATGAAATATGCAAAGTGATTTGCTAACTACAAATTGTCCTGATGA ATATAAAAATCTTTTACCATTATTTGGTTCTTATAATTGGCATTTGTGACAATCAATTCC ACTAATTAGGACTGCACCAGTATTTGCTTATGCTTTGCTGTTTGAAGACACCTGGATTTA TCAATTTAGAACTATGATGCAAATGCTACCAGAGAAAGTTCATTCTAACATTGTAAATGA TATTCTCGCTGCAGGCAAATTCAATCAACTAGTTTACAACTATCCTATTCGAATACCAGA AAGGTTTTCTCTTGTCATTCGTTCTCTATTGACTCAAGAAGGAATTTGTTTGACTCTGGA GCCTGGTTTCAAGTTTCTAGAGGTAAAACATCTGGCTTTTCAGTTTGCAACTTCTGAGGA AAAATGTTTGTTTACTATTTTGTCCTCATTAATAAGCCATCTGGTAATGTTGTTGGTCGG AAAACTAGAGAAACTTTTGCACTAATCATTTGAATAAACTTTAACGCATTGATCCACATG CATTAAGTTTGAGAACAAAAAGGAAACCTAGACCTGCTTGGAAAAGATTTTGAAATTTGG TATTACTACTGTACTAAAGTAGACTTCAGCTCATACTCATGGCCCCTTGAAAGTTCTAAT GAAGCACATTCTGTATTCTACTCTGCTTCTTACGCAGTGTAGCAATTAAGGCTACGGGCT AATGCAAATAAGCGATGAATCATAAAGGCTATTGTGGCTTTAGGTATACACACATCAAAT AATATGAGGCCTTCTGCAGAAAATATTTGATTCTAGTAATATTACTATATATGCATGCTA TTTTGCACAGTTTTCTTATGTTTATGCTATTGATAATCATGAGCATCAAATCAGGTCGCC TATCCTTATGTGGCAAAACGTCTCCTAACAGATCCTAACCCAGCTTTACGAGAACGCCTT ATACAGGTTGGTTAGTGATCTCTTTGTTTTATCATGCTTTATGAAGAGCGTACTATTTTC TATTTAACCTCATGCTCGACCTTCTTTAAACTTTTTATTGATGTTGTATTTGACGTACGA GATATTTTATATATTACTCTTCAACAAGTGTAAAATTAAGGCTCAGATAGTTCTTTTAGT TATTTAAAGTAACTATATGATGAATGCAAAGAGTTGCTCGAGTAAATAACGTCATTCTGA GACATTTCTAAACAATGGTGTGTCCAGTTCTACGTCTTACCTGACCCGACGTGTTTGGGG ACAATGGCTCAGCAGTTATGATATACTTAACTTTTGACGTCTTAACTTTTTTCTGGAAAT CAGTGTCGAATTTAATTCTAGAAAGGGTAACGATTAAAATTACTGTAGTTAGGTCAAGGA TAGTTGCAACATGTATTATATATGGTAATTTGTTTAGTTTATGAGAATTGTAAATCCAGA GGCAACCAGTAGTAAGTATCGGTAGAAAAGGGGCCAACCTTGATGGATCTAAAGTTTATC TTGGAGAAAATGGATCCAATCTGCTCGATATAATCCTTGCCTTTGCAGCTAGCATTCTTT CTGATGGATCAGATAAGATTGAAGGTCAACTACAGACCTCCTGATACCTAACTCATGCCT TATCCAGTTTAAGAGACAATATTATTTCTATTGTGAGAAAGTGGTCAACCTCTTAAACTA TACTGTGTCATCAGTTATCTGGTCAATAAGTCATTAGGATGACTTTTTTCTGACCGTAAA TAGGGAAGTCGTTGAAGTCACTTTCTGGGATAGTTTTCAGCCTTTTTGCTGTAGTATCAT CAGTATAGATGGTGGTTGTTAACAATAGACAGCAGCTAGTTGTCGCTTTTTGCCTTGCTA GGCTTTGTTTCTTCTACTTTTCAATGATTTGCCGAGAACAAACTAGGGTCAGAAAATGAA AGAATTTAACAAGACTTGTCATGTGGCAGATCTGTAGTATTTGGGTAGTCCATATCTAGT CCAACTTCAGCCCAAACTTTTGAATTTTGTAATGGTTATTACAACTTGGTCAACCGAATT TTCCCACAACACAGTTTATCCAAAGTTAAGGTGATTCTGGTCCTTTGAGACCACTTCTAA CAAACTATGATGAGATTTTTTTTTTTTTTCAATAGTAGTTGGATTGACAGTTGAATCAAG AAGGAGACTTTTTTTTTATGACAAGAGGGAGACTTTTTGAAAGAGTGTCTGATTGAGTCT GGGATGTTCTTCAACATCAATTAGCACCTAGATATTCTAGAGATACATTGTGATATCTTC TTATTCATTCTGGATCTGGAGTTACCCTAATAATCAATATGACTTCATTCATCTAGGTTG GAAGTATCCATCCTCCATTAACTGCCCTTTCTCCTCCCAACTCTTACAAAAAGAAAGGAA CTTATACTAAAAGAAAGAAGAAACTGAGGGATCCTTGATTAGCTTAAACAAATGGCACAT CTCTGAAACAGTTTCCTGTGCAAGCTGTTGACTTTATTTGGTTGCCTCGCGGTTATTGTT TTCTCTGCTTCACTTGTTAGGTTCTGTTCAAGGATGGTCTCTTCCAGTGGAAACGACTGG AAAACCTAATATCTCTTGCAAAGGAAAATGTCACGAAACTGAGCAAAAACCCTGCATTTC GAGGGAATAATAGGTACTTCTTGGCACTCCCTTTTTTACTGTTTGACGTAGTATACCTTT CGCATTATCCTGTTCCACTATTATGTGTGACTTTTCACATCTTCTGGTTTGTTTCTTCAG AGGAGCAAGCAATCATTTGAAGAATGAACAGAAGTTAGACCTCACTGACACAATCAAGGA TGGAGCTCGACTTTTCATAATTGACGAAGGAATCCGCAGGCAGCTTCTTCTTGCTTTGAC CGAAGACTCCAAGCTTCACATTGAAGAAGTATGTAATATCTGATTGATAGATAGTTGTCT TATGTCAGAAGATGCACAATTCTAATGTGATTGCCTCTTGCAGGTAGTTGATGTATATAG ACTGCTTGAAGACCAGGTAGATGTACCTTCAATGGCTATGGAACTAGCCCAAGGTACACT TTTTATTTTCATAGAGTCTACACTTCCATTTTTCATAGTCTTACGTCCAGTTAAATAGGT AGATCAAACATTTCATAATATATGATTGATCATGAGCTTTACATGTCTTAAAAAATTTTC AGACTTACCATCCGTTGCTCGAGATATATTGCTTTCATGGAGTTCCTCTGTATTATCAGA CAGATAGTCCCCTTCTGGTGCATTCCTCGACCAATGATATTTCAATCTGTTATCATGATG TAAAGTTGAGTTCTCCCTCGCCCCTTCCCCCTTCTTTCCCTTTATTTCTTCGGCTCTTGA TCACATTTTTCCCATGGGATCAAGGTGCAATCTAGAATCTGCAAAGTCTTGGGTGAATAT ATTTGTATAGTATATGGTGAAGCGGTAAAGAGATGAAAGTAGTGTAAAATGAGAAATTCA TGTCAATAGCACACATTTCCACAGGTATGATGCAACAAACCTATAGAAAAGATAGCATCA TGTATAGCAGTGATTCTCATACAGTTCTTGTTTGCTGAAAACATATTTCCCTAACTTTAA CATACAATTGGTTTCTACTTGTGGACATTCAGAAATCGAACCCTTATTGTTCTTGATTTT ATTGTCTGAAATGCCCATTGCAATGTCAATCATTGAGCAGGATCTTGTTACCGTGGCACC TGTTATGTCCGGCGCATAGGTGTTGAGTCCAAATCCCCTTGTCACTTCTGTTCTGCAGAT AATAAGTCTTTTGGCATGTATAAACTTGGTGCCTGCACATCTTTTTCACTGAATATAAGA GGAGTGATGTGTTGTAAGTATTCTTTTTGTAAGATAAATGTTACTCCATATTGGACAGTA ATATATTTTCTATATAATATAGTATCCTTAATGATCTAATTTGATTAATGAAACACAGAC GAAATCTTGAAAAATAAATAACTTAACATCACTTTGGGGAATCTATGCTCGTAGTTTGTT TTAGTATTGTCAAATGGGAATTTTAAAATCACATAACATTTAAATCTAAGATTGAAAAAA GAGAGTAACAACAACACATTAGTTTGTTGAGAAATACACTTGTTTGAGAAACTCTGAATT CAAAGTATTGAGTATCTTATATATACCTTATTATATACCAAATACTTAGATAGTATTAAA TTATTAGTTTGTATCTCTATTCAAATGCAAGTCCATATGTGTAATTGTTGACAACCTAAT TAAGACAAGACACAAATGCATATGGTAACATGAAGGAATCTGAAGTCTTGCTAAGTTTCT TATATAGTTCTTTTTTTCTTCTTCTTTTTTAATTAATTTGGGAAGGGGAAATGGGAGAGG ATTACAAGGAGGGCAATCGAATCCTTACCAACGGGTGGGAGTTCAGGTAGCCGAGCTACT AAGATATAGTTCTAATTTTCAGGTTTTTATCTATTTCTTTCTAATGCATGTTAGATATCA TTAGAAAAATATTGTATTTTCAAGTTGTCTTACCAATACAAGACACCATTTGCACCTGGT AACAATAAAACACTATAGCTACAATAAAACTCTTCCTACATCCAAAATACTACTTAAATT ACCATAGTAATTTAGTGTCAAGTTTAATCTCCTGGGTCATCTGTTTGAATCTGAGCTTAG ACATTTCCCCAGTTGTGGGGTTACTCTGGGAATGTTGTTGTTGTTGTAAGGACCTCTTTG TTGTCCTACTTGCTTACGCGCGTGGGAGGTAAAGTGGTTCTTGTTCTAGGCATCTGAGCT GTTTTTCCAGATCTATAACACCTCAGTTTTGGTGCATATTTCCAGTATGGTTCTTGAGCC TTCTTGTTGAATGGTGTCATCTGTTGGACTCAATTAACTTTGCTGGACGTCCTCGGCGTT CACATGGTCATAGTTGAGTTCTGTGCCTTCCATCTGTTTTCTCCTCCTTTCGGATGTTTA CACCTGCGTTTGCATCTTTTATTGGCTTCTTTCTGGTGTTAAGAGAGTCAAGTTGGTACC ACTTATTGCTGGCTAATTTGCCTTAGTTCTGTTTTAAGATGTTCACTGGTTTATTCTTTC TTTTTTTCATTTGTATTATGTTGTTCGAGTACATGTGAGATGAGTCTGGCTCGATACTTT TGTTCGTTGATCTGGTTTGTTTCTAGTTTGGCTAATATTTACAAGCAAAAGAATATTACT GCATCCAACTACACTGCACCAGAGAGTTCAATTTATGATGTGAAAACACATAAGAGGTGA CTTGTTCATACACAAGCAAATACTAACTAATTACTTTTGGGAAGAACAAACTTTCTGTGT AAACGAATCCTTTCTGAGCTTCATCAGATTGAGGCCATAGTCCATATGTTCCTTTGGATG TCATAAACTTAAAGACACAAGAATAAGGTTTCAATAATTCTCAGTAGAGGAGCACCTATA TTTTGGTACGACTGAATAAAGACCAATATCTTGTAAACTAAACAATTCTTTGACATAGTC TTTCATCACCCAAATCTTATAAATGTGCTCTGTATGAGACTCATAACAAGAATAAGCACA AAGCATAGAGTGTTCAGAATCACGATATATACGAACCTTAATAAGAGCTAAGCTATCGTA GCAACAAAGTAATCTGTGATCCATTAGTTTACTACCAAAAGGCCAATCAAGTTGGTGTAA CTAACGATAAAAAAGCACAATACAAGAGAGGATACCCTTGGCTAACCAGAAACTTTTGGG AATTTTGGTTATTCTTGGCATGATTCAGATGCTAGTAAGGATCGAAAATCAATGTCATCC ACGACTTTGAAACACATTTGAATGGAAGAAGTATTTTGAAACACATTTGAATCGAAGAAG TGATCGCACTGGTAACTTGCTAAGGATGTCCATAATTATTTCTTTCTTGCAAGTGAATTA ACACCCATCTTCTAAGTTAATGGTACAATACATATTTGAACTATTAGATGCACCTGATAA TTCAATTAGGCACAGAGTTATAATGTGAAACTCGTGAAAAAGTTTATATGTGACTATTAT ACCATTCAAAAATTGAAGAATCAATAGTTCGTCAAAATTAAAAAAAAAATAGGTTTTTTG ACAGTTTGTGTAATATAATATCATCTAAAGAAATTCAAAAAAATAGTGAATGACTCAGAT GCGGTAGAAAGAAATACCTTCAGAAAAATTTGTTTTTTTGTTGCATATAATTTCAAGGTA GGGTTTCTACTTTTTATAATATGCTAACTAAATTTTTTTAATTTTTTTGCTACATGGAAA ATCCTTATCAGTTTTCCATTACAATTATAGAGGTGTTAATAGTGAATTTATGATTTTAAT TTCACTTAAACTATTGAAAATTATAAATTGTATTTTTTTAAAGAAAAATTATTTGCTTTC CCCGGAAGCCAGTCTCACTAGTGCTAGTATCAATAGGAAGATCTCACTTCTGTTTGACGC AATTTACATATTTTTGTTTGTATATAAATGAGAGGCGAGGGAGAATGGCGAACGATATCT GGGAGAGTGGTGAGCCAAATTTCTGAACGAGAGACGAATGACAAGTGTTTGCTACGAATG CTACGAATTAGAATTAAATGAAACTGTGATTATAGCATTTTAGGATCCTAAACATTTCGG TCAATTAATTTACAAAGCGTATAGATTGTGTATGGTATGATTTTTACTGAACATATTAAT TTAATGTATCATGTTTACTAGTTCCGTCATACTGTATCCATACTTTCCTCTTTATATTTA GCTTGGCGTAGTTATTATTTTATTTTTTTGGTGACTTACATTTAACACTTAAAACACATA TTTTATATTTTATATTTCATGTACTATGAAAATCCTAAACAACTAGAATGATGTTGTTGG GTATGCCCTGTAGTATAAGCAATAATTAAGCACCGTGGTTAATTTATTCAAGCAAATTTT ATTTTATTATTCAACCGTAACCTAAGACAACATATCAATTATTGAGTATACTATAAATTT GAGAATTAGGATGTGCATCGGTTTAATTTAGTTTTATATATGTCACCTTAATTACATTTT GGATTAATTATTTGGACAAAAAATTATACGACTTTTACCAGCTACTGAAAACACCATTCG AGTCAAAGCTCAAACCCACATTAGAAGAAAGAATAAGATGCTAACATGCTATTGAAAACC ATTCAAGTCAAAAGGTATCCTAGTGAATTTATAATGTAATAGCTACAATGGATCAAAATA TTAACAGTTCGTTCTTCTGCGGCAAGGTTTCAAACCCATGTCCGTGAGTCTAGAGTGCTG CGCTCACCAGAGCCCTCGGGGATATAATGCAAGAGAAGTGGCGACTCTTACTGAAATGAT GCAACCATATCTTTGAACTGAGCAAGGAGAACGTCAACCGTCATGACTTGATGATCAGGT TTGTCTCTCACTCGAACACTCACCTAGAATCATTCACATACAGAGAGACCATATTTTTCA GCAAAAATAAAAAGCAGTAAAACTTGGCTACAAGATTTGAAATGAGAAGACAAGAAAATC ATATGTGGAGGCATGAACCTAGGAAACTGACAACCAAAAACATCACTAAGCAGAGTATTT GGAATGACAACCAAAAGTTGATGGGCACCCCATCAAACCAGCAAAATAAGACATTTTTTT CCCAAACAAATCAATCACCAGCTAAGCAGAAACATCTTGCCTAGTAAAGTCAGAATTATC CAGCCATAGGTGATCTGATTGGCTACTAAATCTATCAAATGGTTTTGACATTCTCAAAGC TCCTTCATGTGAATGTTATAATGGGACTGATCTTTTGGTGGGAAATATTCAGTTTCAATT ACTTTCAATTGTTTAGCTGCTACTGAAGACACCGTATAGGTGATATCATAAGAGATTTTG TTCCTAAAACATCTCTGTTACCAGGGCTACTGTAAGAGAATTTGTCAATGAACCCCCACA AATCATGCTGGAAGCCCTTTCTTTCTAGTTCTTCACACGGGGTGGGATAGAGACAAATCA GTAATTTGCAGAAAGTTTAGCATAATATACATCTTTATCAATAATAGGAGTTGGAAGAAG AGGAACAAGAAGAAATCAAACAAGTGACCCACAAAATATCTCAATCAATACAAAACAACA GTACATACAAGAAGTTAATTATCAGCCAGAACCTTTTCTTGACAAAGGTTATTTCAGAAC CTTAGAAAGCTGATGAGCTGAACCAAAGTGATACAGAATATTTTTTTTAGTTTGTTCAAT TGCACATTTTAAAAAGAGATACAGCAATGCAGGCTGTGGGGAAAAGCAGTGAAGGTTGGG GGGAAATAAGATACCTGCCCACTACTGGCTTCAGCCTCTCCAACAACCAGAATATAGTTA TATTGTGCCACTTGAGCCTCTCGTACCTGCATATACATTAAAAGCCACAAGCAATCGTTT AACAGACCAACAAAAGTTTTCAACTTGAGACTTAACTTGTATTACTTGAGAGAAAAATTT ATCGGATCATCAAGTGCGTAGCTTCAAAAACTGAAAGCATTACGTAATACCATTTGCAAT CATGTGCTCTTCAGAGTACAAGAGCAGATACATGACAGATTTCAGGTTTTACCAATTATT TTGTGGACGGACTTTACATCCTATTTTCCAATTTTTCAGTCGACTAGTTAATTTGTCTGG TTGCTTTCTGAAGCCAGATGTTACTTAACTAATTCAAGAAAATTTCAGTCCCTTTTTTTA CTTGAGAAATAGACTGCATTTCTCTTGAATTTGTCTAAGCAACATCTGGCTTCAAGAGAA TGGCAATTTTTGCCAATCCTTTGTATGTTAGTATCCAGTCACAAAGTAGGTAAGCACAAT TGACATATGTTGATATATTAATACAACCTCAACAAAATGGCGTACAAACCATAATGGTCA CAGTTAAAAAGGATTTGATCTCTTATGTCATGGACTAAATGGTAAAATGACCTAAACTAT GTCACACTGCATAGGTGAGTTTTCACATAGATATAGGTTTATAAACTTAAATGGAAAAAT TGATAAAATTTGTCCATTGCTGAAATGAACACAAATCTGTAGGGCACTATGATATTTTCC CCATGACCAATTATACGATCATATTGACCATCCTAATGATTTCAATAGTGCTCTGCACAG ATTGGTGAGGTTAAGTGACATAACTGGTGGACCCTTTTTGATCATAACTTGCCAGGTCTT ATGGAGTAACTATTACAAATGGACCCTTATTTCCTTCTGTAAGATAAACTTCCCCCAGAA AACAGAGGAACTCACTGTACTTGGTCCTTGGACCCCTAAATGTTACTGTAAACTATAATG AGATCATATAGGAAAAATGCTAGTGACCCTCATAAAGTGAACCAATCATGCATTTTACAT GATATACTACAATAAGAATCTAACCTTTTTCTGAATTGTCCTGTCACTTGTATCAACATC AACGTAATAACCAGCATCATGTATCTGCTCCCGGAGCTGAATAAAAGAAGAGCAACACGT TAAAGCAATTTTCACAATGGATTAAGTACACAAAATTATTCACGAAAGCATATTTGGTAA ATAAACTCAGCATATTTATGTTTTCTCAATCGGCAAGTTGACTTTTTTATATTATGTCCT TTTTTACATGGACGTACCTCCATTGCAACGCATCACATGGGTGAAGGTGTTTCACACGTA TTCTTCAAAATAGACTTAAATCAACAAAAAAAATGTGGTCTTACTAAAAAAACTATATGT GCCCTGCAGGATACATATACAGTGATCATGACCTATTGGGGCTCCAATAATCCTCAACAA CATACATTTCTTTATCTTCCTGTCGAGGAAGTTGGCAAAATATGGGAGCTGAGCCAAAAA GCTACCCTTCCCTATCAACTGCCCAACTTCTCTACTCAGCATCTTCAATAATTACATGTA TGCAGGTTCTACCAACTCTGTGAATTCAAAGAACTTCACAATCACTCTTCATGATTTGCA GACAACACCAACCAGTGCAATTGTAGATGCCAACAAAAAAATCCTATAATTATTTTCTCA AAATCTGTAACTGCACAATCTACAGCACTTCTAAACCCTGTTTCATGCTTTGAAGGCAAC ACCAACAGTGCAATTGCAGACGTCAACACAAAATCCTATATTGTATTTTTTACCCCTCAA AGATTCTATCTGTACAACCATGTTACTGTGTTTGAGAAATTACATACATCCAGCCTACTT AGTAACTAACAAATTGAAGTTTAAATCTACAGGTATCAACAATAAACTTCTCTTGCTTTA CTTATGTTGTACCTTCTTGGTACTTTTAATTAGTAAAACAACATACCTAGTTATTAAAAA AAGGCATCAACAAATCACACTACTTACTATAAAGAACGAAAAGAAATAAGAGAAGAAAAA CTAACGCTAACTACCATGAGTACCCTTTGAGTTGAATAAAAAGAACGAGACATGCCCAAC AGTAATAACATTACACCAAAATTAAAAAAATCTAAGGAATATCATCCAATCAGATGCACA GAAAGGATTCAGAGAAGGGAGTCTTTAAATAGTTAAAACATTAATACATCAATAGGAGAA AGTTCGTAAATGTAACTAACCTTAAGTGCATATGACTGCGATTTGTCAGAAACAGGGCAG ACCATAGCTTGACGTGGACTAAGCCAGAAAGGCCATTTCCCTTTGAAATGCTCCAAAAGA ATGGCGAACATACGCTCAACTGACCCAAGGATCGCTCTATGTATCATAACTGGTCTCTCT CTCTTACTTTCATCTTCTGCTGAGTATGATAGGTTGAAACGTTGAGGGAGTTGGAAATCA AGCTGAAAAACACAGCATTCAGAATTTCAGATGATACTTCCAATAAGGTACAAAAGAACA TGAGAACAATTTCAAGGTAGGTGAATTTCAAAGGTAAAGAATGATATTGTTTGTGAAAAT GAACCAAGGAGAATAGGAACAAATATGACCTGCAATGTCGCACACTGGAATTTCCTCTTC ATTGCATCAGAAACACTTATATCAATTTTTGGGCCATAAAATGCTCCGTCTCCTTCATTG ATCTAATTGAATGAGATTCTTTAATTAAAAGGCAAGATAAAAGAGATTAAGAAAACAAAA TAACCAAAAAAACACTGATACGCGGGGACTACCTAATTTTCCATAGATAAACAGGAACAT TGCAAGAGGAGCAACCCCAATCCTCACTTTTTCTGTCAGGTAACACGAAAAAGGTACTCC CTACATCTCATTCTATACTACAACATTTGATTGTTCAAGGAGTCTAAGATATTAGCTTAA ATAGTGTTCACGTAAAACAAGTAGAATGGTGCCAGTATTAAGAGATCTGACGTAATTTTT AAATGAAGATTTTCTAAAAAAGAAAATTGATTGAGTGAGTCGACACATAAATTGGGATGA ATAAAAATAGAAGCACCAAAAATAGGAGTAAATCAAATGTTTTTTAATCGGCAAAAAGGG AGTCCAGTCATTTTAAATGTAGAACAGTCTGACAACTTCACATTTTAAAATCCAACAAAA TTGATAGCAAACCTCCCAGGGCTTCCCATGCTCGTTCAATGCTTCAGAAAGAGCAGCTTC AGCCTTTACCCAAGTTGCTATGTCTCCAAGAAATTTTTCAGGCCTCTGCAAGTCAGAAAT ATGTGTTGGTATACATGGAAAGAGAATGTACGCATGTGGAAAATATGAAAAACATTCACA ACATGAATGTTCCATATTAAGGGTGTATCTGTAATGACTAATAAAATAATAAATGCATGT AGTATCAATATCAGCTGAAATCGCGTAAAAAAAAATTGAAGGACAATGGAATAGATGAAG TAGTACTGTTGATAACTTCAGGTCAAAAGTGAAACCAAATATCTTATACACATAGCTGAT GAACTCTAAGACGCCCTTGACTTCATCCTTAATCTGCAACATGAAGAACTTAGGTTAAAC TAGGTTCTAAATAATGCATATGTTATCTACACATAATCATAAATCTTAACAAACCTGTGA CTCTCTGCAAAAGATGTGTGCATCATCCTGCGAAGGAATAGGGTTATAAAAAAGGTTGTT TTAGCACAGCAGAGTTATTAAGATGTTCTTTAAAAACAGATTCTACAGGAGGAAGTTCCT TGATAATAGATTATCACAGATATGGAAAAAAACAAATAAATATAACCACCAATTGAACAA CGTGAAAAACAACATGGAATAAAAGGACCTAAGAACCTATAGGTTGCTTCTTATGCAGGA AGAAACAAGGAATATTCGTATCACACAAATAACTAATGCTCCTAGAGGAAAACACTAGCA TGATCATACATAAAAGATGAAAAGGAAACAAAAAAGGTGATACCTGCTGAAATCTCCTGA CACGTGTTAAGCCAGTAAGTGCACCACTGGCCTCATTCCTGTGCAGAACCCCAAAGTCAG CCAGACGAAGTGGTAGTTCTGCATTGTTGGACAGTTAGTTAATGATTCATGTGTTGCTTG CAGTGTCAATGGCATCAGTTAGATAGATAGATAGATAGAGGCACTATAAAGACGAAACTA AGTCGGCTATGATGCAGCAGACTGCTAAAGGCTGGTACAAATAATGAGAAGATCTTGGAT TTTATGAAAAGACAATATTTGGAGTGAATATGTTGCATGTCTAAAATCTGCCTTTTAGAT AAGAAATCTACATCAAATTTCACCCCTCAATAAGGTGCACTGCATAGAGCTTCTTCATAA CCAACTGATGTTAGAATAATACCAACAACAACATATCTGGTGTAATCCCACAACTGGGGT ATAGAGAGGGCAGAATGCATGCAGACCTTGTTTTCAAAAGACACTAGTACCACTAACATT TCATGGTCAAGTGTCCTTAATGTTTTACTGATAAAGAAATAAAATTTTATAAATAAGGGA AGGAAACATCCGCATACAAGTATACAAGTGTCCTCTATATTATCATAAAAATCTCATATC CTGCATGATTAGTTTCAAGAAATTGCACGCAAGACCAATGCTACAACTAAAGCGTGCAAG TAAAGCAAGAAAAAAGGAAAGTAACTGCTGGGAGAAGCAAAGTAACTGTTGGAAAATCTC ACCCCTGTAGGAACGAACCCTGTGATCAAATATTAAACAATGACCTGGGCAGTTCATTGG CTTCAGCCCAAATTCTTGCTTTTCAATCTGCAGGTCAAAGAAGCAAGAACCATTTTAATT AGGAAAGCATCTAGCTGAAATTAGCGGCCAGAGGCACCACCTCTTGCAAGAAAAGATACT ATAACCCTAGCTAGAAAAAGTGCAAATTTTTATGTAAACAGCATTGTCCAACAAAAATAA AGGAAGACTAAAAACAACATAAATCTAACTTGTTTGTCAGAACTAGATATCTCAAATAAA TGAAAGTTTGTCTTATTTCTACTAATTATCATCTGGCAACTGGCATTTCTATCCTAGTTG AATAACCTGCAAGTTTATGAGCAAATCTGATTGTTATCTTTTTATTTCTTTTTGGTGTAA ATTGAATGAGTAAATGATTAGGAACTCCAATTACAGTTCTTAGAAGCTTTTGCATATGCT AGTCTTGGGACTCCTCCTTTTCTTTCCTTTTTTCTGTTCTCTTTTGGATGTAATGACAGC ACTTTCTTAGTGCTAATTTTGACATCAATAATATTAACCCTTCATAAAAGAACAAGCATA CTAGAAATTTAGTGAAACATGAAACGTTCAACATAAAGAACATAATGTTTAAGCTTATCC AGAACAAATATATTAAATCAGCTTTAAATATAAGCTTTAGTTTGGAAACCACATTTATAA CGACATATTTCACAGTCATATGTCTTAATCCTGTACCGATTCATCTTTTGACTAAACTGC TCACTAAGTTGTGACCAATAAATGTAAATTTATTTTAATAAATTCGCGGGAGAGTCCTTT CACCTTGCAAATACTTCTACATCTTATAGCACTTAAATCGATCCATCTAAGCTGGTATCA CCCCTGTTTTCTTTTTTAATAAGTAATTTTCCACTCATTTTTTTCATCTTATAACTATGA TTCCAAATTTCACTGATAGGAACCAAAATCCTTCCCCAAAAATAAGGATGTCTATTCTTT CTCTTATATGGGTGTTTTTCATGACCGAGAAATTTGTTTGGAGCCAACCCTCTGATATGA GTGTTAGTAGGATTATTTAACTCCAGTTACTTCACCAGAACCAAACTTTAGAGTTTTATG TTGATTATAAATTTTACGTCACTGATTTCTATACATAAGGGAAGTGCTTCTCTTGCGGGA AATAATTACTCCTTTCAAAAATGTAATAGCCACCCGGAGAGTGCAATGACTGAGTAATGC AACCATCTGCAGTATGCATCTCTGTACACTATCTACATTTGAAAATGGACTTCCTTTTCA TTTGTGTCTTTAGAACAAAAGTCTAAGAGAGATAAACATATGTGCTTTGAGTAACAACAA TTTTCCTTTGTTGCCTTTATAATAAAATACTCCTAGAAGAATCTATAATCCAAAAATTAG AGCTTTTAAAAAAATGAAAAACTTATTCAGATACACCACAATTAATATCAGAACTGCTAT TAGTGCGCCAAATTTACCTCAAACACAAACATGTTCTCCTTGTAATTTGCAGCATGACCA GAAGTTTCCCATAACTGCATATTGTACATATTTGGACTCCAAACCTGCATGGATCATGTA TCAAAACAAACAGAATAGCACATAATTCTCTTGATTGTTTTTATCCCTGAACCAGAAAAG GCAACAGGGTTAAGCTTCAATGGTTCAATCTTTTGTCCTTGATAATATAGATCAATATAT AGAGTTTTGGGAGTCGCTAGGGAGATGTTGCAATTGACTGTATGGATATTCCCAGCAGTC TTTTGTATCTTTTGGTGTAGGTACCTTCTTGATACTTGGTCAATAAACTTTTATCTTATT AAAGAAAAAATGGTTCAACCTTTTGCCTGAGGAGTGAGAGCAAGGATAAAGAGAGAAAAG GCAGAGAAAATCTGAGTCCAAGAAGAACAAAGAGAAGGACGAGTTAGACATAATATTTCA TCAAATGAAGCAGACACCACATGAATTGTCGCATCGACACGAGACCCGGGTCAGACACAA CTTCCCCTTTCTTTTTCATTTAATCTCTTTAGTACATGTGTGTTCTCTGATTACAAGTCT CCCTTGATTGAGTGAGGGGTGTCTGATGTTGAGACAGCAACTACGCCTAATCTTTGACAA GTATATTGGAGTCGGTTAACAAGATTTTAAATGGTGTCATCTTTGCTTAGCCAACTTAAC CAGATTAATATAATTTGGAAAAGGAATGCCAAGGGTCTCTTCAAGGCTAGAACATGCTAG AAGCAATTAATGAATCCAACTGGTAGCTGCCATCTAGTGGATCGTCTAAGAGGAAGGAAC ACCAGAATTTTTTACAGCAAAAAGAAATCTACTATCAGCATTAACAACAGATGCATTTCT TTGATGTTTATTGGGAGCCTTTTCTATGTATACTTTGACTTTCACCAATCAAAGAAAATA AATTAAGGTCCAACACACTGCCAAAGCTTCCAATCACCACATTAAGAACACTGTAAAATA GAGAATACAGTTGAACTCAAAAAACAACCATCATTCTTACTCAAATTCTAGTCGAAGAAG AAAAGAACCTGGTTCGATGAATAAAGGAATTGGCTCCACCTATATAGTACCCCTAAGTAG TATTTTTCTTTCCTCAAAGTTACAATGTTCTCTTTCAGTCTATGACTCTTCTGCTCATTC ACTGAATTTGTTCCTTGCTACAGGCTACTTTTATCCTACATATCTTATTCATATTTTAAT CCCTGCATAATAGACTTATTTCCCATATATTTTGTTTGGTACTTTAATGCTATTTAGGAT GTGTTTCAAAAACTAAGAATAAGGGACTGTTGCACCTTTTTAATTTTGCATTTTATAGCT ATAGATACTTCTGCAAGACTAATCCTCCAGCTTCATATCCTTTATTTCTAAAAGGGTGTA TCTGTGTCATTTCCCCCTCCATCTTAAAAATATAGTCTCTATGTTCATGATTACGTCTCC GTACCCTTGCTACTTTGATCTAGTCTAAGGACATAATTGGTTGTCAAGGCACCACATGCT GATCTCTTTCAACAGGAGGGAAATAAGGATTTAGTCCACTAAATAATGAGGAGTGCACTA TCCATCTCAAACGAAATCAAGAAACAAATGTTGCTTTAAAATGCAGACAGTTTCAGCAAT TGTCAGGCTGAACTCCAACCAGTCAATAGTCCCAGCAGTTCAAACTAAACTTACATTGGT TCCACTGTGGTTCAAATAGTCCTCCCAACTAATAAATTTAAGCACAAAGCTAGTTACCTC CTCGTAGCCTCTCTTCCAATACTGACTCCGTATGAACTCCAGCAATTTGTTGCAAACTCG CGCACCATGTGGAAGAAAGAAACAACTTCCAGGGCTGGAATGCACAATTCACATTTAAAT GTTATGATATATTTCACTTAAGTGGGAATTACAAGGCACACCTTCTTGCATTTTTTTTAT AATAAGGTAAAATGATTTCAAGGCATACCTTAATGGATGAAAGAAGAAAAGCTCCTGCTT CTTAGTCAGCTCTCTGTGATCGTATTTCTTTGCTTCCTCCAGCATTGCCAGATATTCCTA TAACAGAAATTATTTTACTAAAAAGTCCTCACTGGAAGTGGTACTTTTACCTTGTCTCAA GAGTCAGGATAACAGAAATACTCTACCTTTTGCTTTTACTGATAAATAAAATATTATTTC ATTAATTCATCAAGCTAGCACCCAAATAATATACAGTGACATGTGGGCTGCGCTTCATCT CCTACCAAACTCACTAAACTATCTAAAAAAAAAAGAGAGAAGAGACAACAAAAATATAGA TAAAATGAAAAGGTATAGGCACAATGAGCTAGTTTACTCACATGCTTAAAAAGGATATAT AAATATAATATTAGACAAACAAGGAAAAAGAATCAGAATAAGCCACCTAATTGGATAAAC AAACTAGCACAAACAAAGTCCAAAAGTGTAAACGTAATTGTAATGTAATCACAACTCACA AGAAGTGACGCCAGATACACATTGAAGGATTCAGCTTTGCAACATCAGATACTTTAAATA AGAATAAATCGTTTCCGAAGATTATCACCCAGAAATAATTTTGAAAGCTAAACCATCTCA CACAATATAAGGGATTATTTCCTCTTTATTCTCTATCCATTTCCTCCATTGAAGGCAGGG CAGATATCAAGAATATGAAAATTAAGTGGTCTACAGTTTCATGTCCTTTTTTAGGAAACA AATTTTAAATCTTTTTGTACTGATTATTACAGAAAGGCATAATGGCAGATGAAGTTAAAT GCAGAAAAGACGTAGCCAGCTTTTGAAAGTCACCTTCAACTGTTTCTTATCTGGATAAGA TATTCCGTAAACTCTTTGCAAGCTTTCTCGGTCCTTGTCTCCCCTCCAATATGCTGATGA AGCCTAGAAACATTAAATTGATCAGAAAAGAGAAAATCAAATCAACACACATAAGCAGAC TCTTTCTTCTAGAACATACGTAGCAACGCACCTTTGTACAAGCTAGTGCTTTAACAAAAG ATGTATTTGGTATATGCGGACCACGGCATAGATCAACCAACAGGCCACATCTATATACAG TGATTGTTTTATCTTCAGGTAAATCTCTAATGATTTCAACCTAATTAAAATATAGGGGAA AAAATTTGAGATGTGAGATCACAGGAGAGAACATTTCCTAAAAATTGTTGCACAAAGAAA AGCCTGGAAGGTTTAGGACTGCAAGATCACAGCAATTTAACCTTAAACCTATTTTCAGAG AACATATCAAGAGCTTGTTGCCGTGAAACTTCAATGCGTTCAAAAGGCTGTTTCTCCTGC GAAATCAAGGGAAGTTAGTCGCATGCTGGAAATAATGCAGGAAAAAAATAAACAACATAC TGCAGCAACAGGAAAGAGCATTGTAGCCATTGCTAATCAGAAAAGAGAAGATAAACTAAT GAGGTGCTAATTGAGTGATGATATAGATCTTTAACAGTGCCTATTATTCTTATATCTCTA TCTTACACTTTGGTACAATCATATGGTTGCCTCGCTGATGAAGTATGTATTTAGGATCAT AGATGGAAGAAGATTCATCTATCGTTGGAGAGCATATACAAAAAAAGATCCAAATAATTG GTAGGGTGCAGCTGTGTCCACCACAGTATAAATATTGATCCTGCTCTGTTGAATATTCAT TAACAGGGTTGGAGACATCCCAACAATTAACTTAACTGAAGAATCGCTCTTAGTTCAGCA TCAGCACAGACGATTCTGTTTTGAATTCACTTGACAAAAGACTGGCACAAAACATATCAA ATTTGTTGAAATGCACTTTCCTTTTTACCAACTTTCTAACCATATAGCACAGAAAGTAAA ATCTTTCACCAAGTTTATAATCACATGGAAGTCATCAATCAAAAAAAATCACATCAGAGT AACGAGAAACATAATACTCAACCAAAAACATTCGATCCCTTTTTACAATCAATCAGGAAA TAGAAACTCCAAAAGACAGAAGTGTGGAAGTATAAAATTCAAGAGGCAGCAAGCAGTTAA CTTATGGTCATTTGATCAAAGGCAACTCTGACAGATAAAAGAGTAATACCGATACAGCTT TTGCTGCCTCTGCCTCAATCCCTTTAAAATGATCCTCATTTAACCCCAGATCACCGTAAA AGGCATCATAATAGAAACCCTGCAGAGGCAGTTTTGACATGTCATAACAGATTGGAAGCA ATATGAACTAAGTAAAGAATAAACTATAATGAGAGAAAGAGAGGAGGGAGCAAGTAGTGG AACAATGTTATCTCATTTAGTTTTTTTGAGAATAACAATGTTATCTAAATTTGCCCAACT CATTTCAAGGAATATGGATTTCTTAAGAAGTTAGTTCATCAATAATATGTTAGGCTCAAA CGATGAAATGCCACACTAAATGATAGTACTGAGGATAGTTTCTTGGGATTTTTTTTTCTT AGGATTGCTCTTTCAACCGGAAAATCAACATAGGTTATGCCTGAAGTTAATGCAGCAACT ACGGATACTAAAGGTGGGACATAGAATCGTCCCAAGGTATTTACCAGGAGATTAGCTATC AAATAAAGCGGTTAAGCAACAAGTACCAACCAAAGTTGAATTATTTTTTGGAAACTACTT AAGCTTATAATTAGCTTGCTAGCTATTTTCACTTTAATCAATTAATACAGAAGAAAAATA GTTCTGCCAAAATTCCATCAGCCATGCAAGATAAGAAAAGGTAGCATAGCATGATGTAGA CCCCAAAACTAATCAATCAACTATGCCACAATGTCATCAACTATATGAATCCTCCTCCAT CCTGCTCTGTTCGGTTCCACTTCATTCCAATACTAGATAATTTTGTCTCAGATTTCAGAG AACTTCTAAACTATAAGGGGTCGTTTGGTAGAGTGTATGAGAATAATGTTGAATAGAATG CATTGGTATGTTTGTATTAGCAATGCATGTATTAGTTATGCTTCCATTAATTATACATAT ATTATTTTAATGCATTGTTTGGTTTGATGTGCATTGCATAAAAAAAATTATTTAGAAAGA CACCCTCCACTATTATGGTGGGAAAAATGTAAAAAAGGTTTGGAGGGGCAATTGGATCTT TTAGCATGTTAATGCATGCATAAAACCATTGTATTGCTAATACAGAGAAATTCATGGTAT TAGCAATACACACCTTAATACGCAATAGAGTGTATAATAAGCATAAGTTATACATAGGTT GAAAAAGAGTATCAAACAAGGTACTAGTACAGCTAATACATGCATTGTTTTTCCTAATAC ACTCTACCAAAAGACCCCTAAAAAAGAAACTTCAGTATTTAAGATTAGGCAAATGTGATA CCTCTCCTCTTGTTGTACAAGGTCCAATACACAATTTGCAGCCATATTTCCTCTCCAATG ACTAAGAAAACCACCAAAAACACATCAAAACTTAATAAAGGGCATAGAAATATTCTATTA AAAACAATTTCCAAAAATCAAAACTTGATAAGAGACAACCACAATGTGGTAGACAAAGGG CTACAACCTCGCCAAGAATGTGCGCACTCGAGTGCCAAAACGTGTCGCGACCCTCGTCAC TGTCAAAAGTGAAGAGCTCGAGCTTACAGTCACTCTCCAATGGCCTCAACAAATCCCAAA GCACCCCATTCACCTTTGCTATCAAAGCATTGGAGCCCAAGCTCTTCGATATCTCCTTTG CTATATCCAAAGGCGTTGTATTCCATTTCTTCCCCTCCTTCACAGTTCCATTCGGTAATT CAATCCTAATTTAACACAATCATAACCAACATTCAAAATTTTAACTAAAAAAAAAAATTA CCAAATTAAATATTCCCTCCGTCAAAAAGGAATGGCAATGCTCAAAGCACTAATTTTGTA TGTATTTACCAACATAATTTACATTTTTTAACTAAAATTTGCATATTTAGAAAATGCATA AACCTACTATAAATCACAACAACTATTTTTTTTTTCAAAAGAATATGAAGGTCATACTGG AGGCCAATTTTTGTGCGAGCCTGCCACTAGCAATAAAGTCATACTTATAACTAATTTTAA AATAGAAGTTAACTAAAAATAAATACCATAAATCACTTCGTTGTAATCAAAAATATTTAT CCTTTTAAATTACTTTTCTGAGTGAGTTACAACAAGGTTTCCTGTTCTTTTTTAAACAAA GTTTACATCATTAACACATACAAAACATACTACAAAATCACAACGTTTTACAGTAAAAAT TAACTGAGAAATACTCAACGGAACAATCAAACTGAAGTAAATTATTTTTATGAAGAGTGG TAATACAATAGAATAGATTATACAATTTGAGAAATTATTTGAGTTTACTTGATAGGATCA GGGGAGAGTGAAAGGCGCTGAAGGCGTTGCTGGTTTTGAATAGATACGAAGAGTGCAATA CGTCTAGGAACAACAATTTCCAGATAATTTTCGTCTCTGGGGTAGGCGGTACCCATTGGA GCTTCTGCTGGCGGAGATGAGAAGAAGCGGCGGCGGCGGAGTTAAAGGAGTTTCGACGGC AGAAGACGGCGGTTTTATACTGATGATTACGGGAGCCAGACGTCGTTTTGAAAGCTTCGA TTAGGTTGACTCAAAATTTATAGTTATTGAAAGCGTGGGAGACTTGCGTGGTAAACAAGG GCGACTTGTGATTTGGTACTTTTTTTTTTTTGAAAAAATTTCGCAAACTTATTTGATTAA ATAACAATATATGGGTATAGTTTACCTAATTACACTATATGGGTATAGTTTAGTTATTTC AGGTATCTTTAATTTTGTATATAAAGATTTTTTTTAATTATTTATATAATTCTATTTTAA AAAGTGGTTTGTAACTGAAGCGTTAAATATTGTAACAATAAATTAAGATAATGTCACAAT TTTAGGGAAACGTCCCTTTTTTTAAACTAAACGTTCAAATTCAAAAAAAAAATCATACAG CAATTGAAACAAAAATATAATTTTTTTTGCTCTTTGTGAAACTGAAGTTCAGCAATTTTT GCAATTGAATACAGGTAAGTTTTTATTCGATGAAATTTCTTGTTTATTATTGCAATAACT ATACAGTGTTAAATTGGATTTAGAAATTGTGATTTATTTTCGTTCGTTATTGTGATGTGG TTTTTTTAAAAAAAATAAATGATTTTGTTAAGCTGAATTTGTGTTCATTCGTTAGTGTGA TGTGGTTTTTAAAAAAAAAAATCAAAATATGATTTTGTTAAGCTGAATTTTTGTAATATA CAATTATATACTGTTCATGTAATTGTATATGTTATTCGCATAATTTGTATATTTTGTAAG CGAAAATATGTAATCAGTGTTCATAATTGTATATATTCAAAAAACATGTGTTTTATTTTT GATAGATTTATATACTATTGTAGATGTAGTGTTTGTATATTAAAAAGAATAATAGTATAA ATTTTCTATGTCATCTGATTTATTTTTGAAAGAAGTATATTCTATTGTAGATGTAGTGTT TATATATTAAAAAGAATAACAGTATAAAATTTCTATAATTTGATTGTATAAATATTGTTG TATTAATTGTATATATGATCTCTTTGAATTATTTGAAATATATATATATATATATATATA TATATATATATATATTCTTTTCATAAATGTACAGATAATGAGCTCATTAGCTATCTTGGT TATGCATTCTGGAAAATGGGACGATACAAAGGTTACGTTGATTATACTATAGAGGGAGTA GTTTTTAAAGAACAGTCAACGTTTCTTGATTTTTATACTACTATTGCCAAACAGATTGGT GTTGATATGAATAATAAAACTTTGAAGATTGAGTACAAGGTTGAAGAAAGCAATAAACGA ATGGTTATACACAATGACATGGGTGTCAGAGTGTACGTAATGCTAAAAAAGGCCAACATT GACTTTAACAAATTTCCTATTTGTATAACTATTTTGGATTCATGTGATAGAGAGATTTTT CTGTGTAAAGAGTTGGGGGTGTTGGTAATTGTTGCAGAAAATGATTGTCATGATATGATT GTTGTTGAACCGGAGGATACAAATGTTGCATTTGTATCGATTGATACAACTTGGGTGATT TCAGACGAATCTAATAAGCATGTTGAGGTTGATCAAGTATACAAGGACAAATCAATTTTG AAAGCAGTCATGGAAAGATATGCGATTAAAGAGAGATTTCAGTATAAAACTACTCGGTCA AATTCAATAAGGTAGTGTGACTCTCAAAATATTGACTTTTAAACTGTATAAATGTTTGCA TTGCCAATTGTAAACTAAATTTGTATACTATATTAAAAATATAATGCAGTTACACTGTGG AATGTTATTCTAAAGGATGTGAATGGTTAATGAAGGCCTCTAATATCAACAAATCTGGAA TGTTCAGAATTCGAGCATTCAACCGAAAGCATACATGTCCTTTAAAAGATAGAGTTTATT CGCAAATACATGTAACTAGCAATTTAATAGGAGGGATTGTGAAACCTAAATTCATAGATC ATAAACGTAAATATACACCAGCTGATATAAGAAAAGATGTTAAGATTGATCTAGGAGTTG ATGTTAACTATATGTTGGCTTGGAGGGCAAGGGAGAAAGCATTGAAAGCTTTGAGGGGTA CACCAGCTACATCGTATGCAAAGTTACCTGCGTATTTCTATATGATGGATATCACTTACC CGGGGTTTCATATACGTATGAAAAAGAGTACGAATAATGAGTTCTTGTATCTATTTGTTG CATTGAATACATTTATCCAAGGATTCAATCATTGTATACCAGTAGTCGTGGTGGATGGTA GTCATTTGAGAGGTCCATATAATGGGACATTTGTTGCAGCAAGCACGACAGATGGCGCAG GTATATATATATATGTAATAATGTATATGTATATACGTGAATCTGTTGTATATGTACATT TAATATATGATTTTGATATTATTGTAGGACATATATTTCCACTTGTGTGTGGTATTATTG ATTCAGAAAATGATGCTGCGTGGACTTGATTTTTTGAGCAACTTAAAAAAGCATACGGTG AGAGGAGTAACATGTGTGTTGTGTCTGATAGAAATGAGAGCATTATAAAGGTTGTTACAA ATGTATACAGTAATGTCCCACACTATGCTTGTATGTGGCATTTATGGAATAACGTTCAAA AAAAGTTTAGAAAATCTCATGAGATGTTATCTGGTGTATTCTATACAATGGCAAAAGCTT GCACAAAGAATGAATTTGATATGTTAATCGATACTGTAGAAAAAGAAGATATAAGAGTGA AAGAGTATTTGGATTTAGCTGGATATGAAAAATGGGCTCTTTGTTATGCACAAGTACATA AAGGATGTCACATGACATCAAATATTGCTGAATGTATAAATGCAGCACTTGTTTCAGCGA GAGAATTCCCTATTTTTGAATTTCTCGAAGAGGTAAGGCTATTATTTGGAAGGTGGAATC ATGACTACAAGAAGGAGGCAACCTGCACATTCACATCATTGATTGGAAAATACCATGACA TACTAGCAGACAATGAAGCATTGAGCACAAAAATGACGGTAATATTTAAGAATAAGTATA TATTTAGGAGTGTTGACCAAATTTAATTGTATATTATATATTAGTATGAACATCATTTCA TTTAATTGTATTTATAAATGAGCAGGTTGTACTGTCAACGGAATATGTGCACAATGTTAA TGATGATGGGAGATATTTTGTAGTCTGTCTAAAAGAAAAAACTTGCACATCTGGAAGATT TTAGTACGAGGAAATACCTTGTGAACATGCTTGGGCGGTATTGAAATGGAAGAGTCTACC ACCAGATGAATATTGCTCAGATTTATACAAACCAAAGACAATGTTGAAGAGATATAATGT GCATATACATCCTTTGCCGGATGTAAAGGCATGGTTGATTCCGGATAGCGTTATTGCTGA TGACGTATTACCTCCAAAATTTAAACGACCTCCTGGCAGGCCAAAGGGTAAGCCTCGGAA AAAAACAGCAAGAGAGTTATCGAGGATTAAGGGGAAAAATACATGTAGCACATGTGGAAT GGCAGGTCACAATAGGCGTTCGTGTAGAAATAAGCCAAAAGATGTTTAAGGCTGATTGTT TTTTCCTAATTAAATTTGAATTGAAACTATATGCATTATGAATTAATTGAAATCTTTGTT TTTGTATACTTATATTACTTAAACTACGTCTTAATTTTGTATGTGTTGTACATTAATGTG TGTGTTGTATGACATACAAAAGTAAATATTATACTCAATAAGTTTTAGCATATACTATAT ACAAATTTGAACAACATATATATTTGTTATACAAATGCGTAAATTAAATTTGTATATATA TACGCAACATGATAAAATGTTCAACACTAAACAAGTAGAGCTTATAAAAATAAAACTCTT TTATCCTATATAGAAATAAAACCTGAACAACATATATTGAATATGCATATACAATTAATA AAAACATTGAATAAGTGCTAGTATATACTATATACAAATAAAAACCTGAACAACATATAT CTTTTGTTATACAAATTCGTAAATGCAATTTGTACATGTATATATTTATTCAATAAGATT GTATATGTATATTTATTGCAATCTCATTGTATCTGCATATACAATTAATAAAATTCATTG AATACGTGCTAGTATATACTATATACAAATAAAAACATGAACAGCATATATCTTTTGTTA TACAAATTTGTAAATGCAATTTGTATATATATATTTTATAAATAAGATTGTATATGCATA TTTAGATTCCATATGTATATATATATATATATATATATATATATATATATTCAATTAGAT TGTATATGTATATATAATATTTCAATTAAAATGTATATGTATGTATTTATTTATATAATA CGTTATATAAAATAACACTAATATAGAGTATATACCTTATACAATGAAATGAGTGTGACT ATAAAATATATACAATTAATAAATTGAACAACATATATCTTTGTTATAAAAATTCGTAAA TGCAATTTGTATATATGTACTCAACATGATAAAATGTTCAACAGTAAACAACAAGATCTT ATAAAAAAATATAAAACATTATTAGCCTAAAATATAGTAATTGCATTAATTTGTATAGAA AACTGTGTGTGTGTATATATATATATATATATATATATATGTAAGACACTTTATTTTAAA AGTAGTTTTTATACAATTATATTGTGTGTATATATATATATATATATTTATTTATGTAAT ACGTTATACAAAATAACACAAAAAAATAGTGTTATATATTTTTATAACACTAAAATGATA GTTCAAAACAAGGACAATGATATTACGAGTTAATTAAAACAAAAGTTATGGTAAAATTGT TAATCTACAACTAATATTTAAACTGTCAACTAAAAACCAAAACAATGCTACAATTAAGGT ATAAAACTAATGGATTGTAATCCTTTCAGAACTATTGTTTTCTGTGCGATTCCTGACAGG TTTTAAAGGTGCTTCACTATCACTGACAGCTCCGGCTTGTATCTTTTGATTGCCGCAATT CCACAACAATGCACTGTATCTAAGGCGAATTTCTTCTGGGTCTATATCTGCTGGAATGTC TTTCCTCTCACTCAAAAACTCCGCGTATGACGCAACATACACTCCACAGTCCCTAAAAAA ATTATACGAAAAAAAAGTTCAAATGTTATTATACTACTTAAAGTGTAACTATGTTCAATA TAATATAAATTTATTGAATTTTTGAACTTACAAACTAGCAGCTAGTTTTTGGGGAAGGTC TTCCACATATACAATTTCGAAGGAGTCATATACGGTATGACCTTGATATCGATGGTGGCT TGCAATATCGAAACCTTTCTTCAGATATAAATCAGACTTTACAAGATACATTGGTATAAG TTGTGCATACTTCTTGATGTGATTGACAACAAATGAGTGGTGAAGAGAATTGTTGATTGA GTCATACACCTTGATGCATCGATCATTGAAAGATATGACAATCAGAATCCAATGTAACCT GCCTTCTAAGTTAACCGGGATGAATACATCATCGACTGTGTGCCATGGTGCATACGCTAG CATCTTGTATCCATTAATATAATCAATAATCATCTCGTCTAACACTTCCTTAGAAAGGTC ACCTTTTATTCCATAATATGCATTCCAAGCATTTAGAAAAACAGAGTTGAAATTGCAACA TAGATTTGTGAATTTGTATGGGCTACTGTTGGAGTATTTGGCCTTTTTCCTTATATAGTA AAATAAGACATCTATGTGTTGTGATATAATGAGTAATAATATTATAATTTATACATTATA CAATTTCATTTCATTTAAATATTTTTAATAATATAAAAACGGAAACATACCGAGTTATCA ATCAACTGGCGCTCAAACCCGATATTGTAGAACCAATTCTTGTTGTCAATTGTCGCTACA CCAAAATTAAACAATTGTGGTAATGTTGCCTTTCCTTTCTTGTAGCGATCCTACACATAG TTCCTATTATAAATAATACAAAATAACTACACAAAACAAACAATTAAAAATGCAAGTGTA TACAAAAAAAAAATATATTACTTTTTGTAATGCTTGACGAGTAAGTCTTCTTTCAGCCAT ATCCAAAAATTTGAAAACAAATCAGACTCTTCCTTATCAGACAATGAAACAAAAGGATGT TTCATGTAAAACACAACTGGTTGTCGGGACGAACTACCTGAAAAGATATGTATATAAATA TTTACATCATGCAAACAATATGCTTTTTTATGAAAATGTAAACATAAATAATTGTTGCTT ACCAGCATCCGACCCAAACGAAGTCATGTATGGAGATATGTTGAATGGACCTGAGCGTCT ATGCCTAACAGCTGGCATTGGTGTTACTTCAGCTTCAACTTGTTTTTGTAATACAATGTT TTGCAGTGTGTTCACGCTTGGAAGAAGATGGTCTGGCAATTCATCCTGTGATTCAGTTAC AACTGTTTCCTGATTTGAATCAGGCATGTATATCATTTGTATAGGCGCTGCAACTATAAT AGACTCCTCTGCTTCTGCAATACTCTAGTGAGATGCAGCATTATATATGTTATATATTAC CCGACTGTTTGAGCTACTTTCAGTTTCCCTTTGGGCATTTTGCTGGGCATCCACATTAGC ATACAACACTAATTGATCTTGTGAGGCAGTGCCACTTACATCATTCAAATTATCACCCAA AACAACTTGATCCAACAGTGGGGAATTCTGGTTTAGTTCTTGCAAGTTATCTCCCAGCTT AAACAGAAAATAATAACTTAAATATCTAACAAATTGATTATAAACCATTATAATAAATTT TAAAATGTATATAATCATTTACGGATACCTCATGATTTTTTAATGCACTTGGATGACCTA TCGGTTTTTTTTGTGCACCTAACTGTGAAGACTTGGTATTTGACTGATGAACACGAGTGA TATGCGTTTCTTGCATGACATCTTCAAATGTAGCCTGAAAATAATGTAAAAAATATAAGA AAATATGTTGTAGTATATTCTGTATAAAAATAAGTAATATGCTGATTTATAATAATTTGA GCTATACTAGTATATAGTTCTTAATTATTTAATTTAAATATGTGTATAAACTGAATTAAT GTGTATAAACTGAATTTACTTATATACAATTTATTTCATTTCAATATGTGTATAAATTGA ATTAATGTATAAATATTGCAAAATAATACCTCTTGTTCTGTCAAATTTGCAGATTGACTT TGGGGTTCATGTGGAGTGTATGTGGGCTAGTGATGAACATCTCTGATGGGTGATTCTTGA TCATCATCGACGACATTAACCTGAAAAAATAATTATACAACTGTATTCATTAGTATATAT TATATTGTATATAAAAAATTAAAACAAAAAATTTATACATGTGATACCTTGGAATTCATG GCTTCCAACACTGTTTTGAATTTGTCTTCAAGCATTTTTCTCAAATCAGCGAACTCGTCT TTGACCTATGTGAAAAAGGTGCATATTTTATTAATAATTGTATATAATCTTTTCAAATAA CGTATATTTGAATTGTATATTTGATTACCAATTTTTTGAATGCTTCAAATTCATCACGCG AAATTGTAATGCTTGTTGACTTCTTAATTTGCCCCATTTTGTGTTCTGTCTTGTACACTT TTCTGCTCTTTATGTTCATTGTTGTGTGACGTACCTGCATCACTGTGTTTCTCAACACTG TTGATATTGATGGACTGTGATCGTGTGGCTTTGCGTGCCATTGATCTTCGTGTGTATGTC TTAATTGCCTTTGTTGAAGATTTGTTGATGGAGATGACTGTAACAGATTGCTTTTTCTTT TTCCTAATCGGTGAAGAACATTCAATAACTTTTTCTTTTCCTTTTCTGCTTGTTATACTG GGCGGGTTTTTGAAATCATCATCCGGATCTGTAACTTTATTGTGATCAGTGCCCTGAGAA ATTGATTGTTCTGTCGATGGTGGAAGTTTAAGGATTTTAATTTCCATCGCTGTTGGCTCA ATATTTTTGAACTTAATCTGCATAATCATGAAAAATTACAAGTCAATATAATAAAAATGT AATATACAAATTGTAGTAAGTAAATGTATACTAACTTCAATAATTTACAAATTGTATTAA GTAAATACATACCGGATTATCTGCATCATTAAAAATTATTTTCATGAAACAATCAAATCG AGGATGGTCGTTCTTAGTCACCCAATTGATAATCCGAGGAATGTGACTAGAAACCTTGAC AGCAATCTTGTCATCAACATACGAGCAACATTCATAGAACCAAACTTGCATTGAAAGTGG AAAGCCCTGAATTTTGTAGTACTGTCCACATGGCTTTATCTTGTTGTTTATGGATTTAGC AAGTTCATTAAAAGCCTTCCGACCCCACGGATAATCCATAAATCTACCTGTTTCAACCAG ATCAAAGTCCAACCTATCTATTGTTGTTGTAGTAGTTTTTACGGACATGATAAACTCATC TATATAATATAGAATCCCAAACTTGTATGCATCTTCCTGATTGTCACCCCATACCTTTGC TTTAAAAGCTTCAGCCAAACGAGCTTTAGTGACAGGAGAATTCCCTGAAAAATACTCATC GATGATTCTATTGGGTTGATCAGTATCAAAGTAGAAGTCAGCACCATTATCAGAACAATT CAAACCAGAAATAATGGCAAATTCCCGTATTGTGAATCGAAGCGTTGTGCCATTTATATA AAAAAGTATTGCATTCACAGAACTACCTTCCAACTCCCTCAACACAATGCATCTAAACAA TTGTGCTTGCACGTGGCATCTTCTCATTGCTGTTAACTGTGCAAAACGCAATGATGCACA TATACGATTATATTGATTTGAAGGCAATTTATTCTGAAGCTCATTTAATGTGTTGATTTG CGTATAACATTGCATGTGAATTGTCCTCTTTTCACGGTTCTTGCAAATATATCTGACTTC CTAAAAAATAAAAAAATTGTATGAAATAAACAGAGTATATATATACAAAAAAAAATTAAT TTTTAAAAAAGTCATGTACAGATTAATTTTTGTATATATATACTTACATATATATACAAA AAAATCAAAAAATAAGTCATGCACAGATTAATTTATATTTATATATATGAACTTACCTTT TTTGTATATTGATATGTGTACTTGAATATATTAGGTAAACATGACATTATATTCAATAAT TTGTATATAACTGCTACAATATACAAATTATAATCACATATGATATTTTCCCATCTATAT AACTAAATTCAATTACTTTGTGTATATATTTATATAAAAAAAATTAATGAGTCTTTAATA TACAATCCCCTACTACCAGCTATTAAAACAGACATGTACATATCATTTTTTGTATATGTA TATAAACTTAATATATACTAACTTCAATAGTTGTATATAACTAATATAATATACAAATTC TAATCATATATTCAAATTTTCCATCTGTATAACTAAGTCCAATTACTTTTTTGTATATAT ATACAAAAAAAACAAAAATAAGTTATATTGATATGTGTACATGAATATATTAGTTAAACA TGACATTATATTCAATAATTTATATATAACTACTACAATATACAATTTATAATCACATAT GATATTTTCCCATCTATATAACTAAATCCAACTACAATATGTGTACATGAATATATTAGT TAAACATGACATTATATTCAATAATTTGTAAATAACTACTACAATATACAAAATTATAAT CACATATGATATTTTCCCATCTATATAACTAAATCCAATTACTTTGTGAATATATTTATA TAAAAAAAATAATGAGTCTTTAATATACAATCCCCTACTACCAGCTATTGAAATAGACAT GTACATATCAATTTTTGTATATGTATATAAACTTAATATATACTAACTTCAATAATTTGT ATATAACTAATAGAATATACAAATTCTAATTATATATTCAAATTTTCCATCTGTATAACT AAGTCCAATTACTATTTTGTATATATATACAAAAACCAAAAATAACATAAACATGCAATA TACTATATACAATTACTAAACATGGAATATACTATATACAATACTTAATTTAATATTTTT TGTATATTGACAACTAATTAACCAAAAAATTGTATCTAACTTTGTGTTTTAAGACACTAC CTCGTGATTATGAAGTTCTTCAGATCCGACAACTTCAGAAGCATTTTCCTCTGATTCAAT GTTTACATCTTTCCTCTTTCTTGTTCCTTGTACAATTTTAATGCCTCTAGCTTTGACATT TTTAATAAGTTGTTGAACTGCCATAGGGTCGTTTTTTTCCTTTGATCTCAGCTCTTCCAT GGTTTGTTCTTGTATAACTTGTTTTGATTTTCCCAAAGACCCTACATTAACTCCAAAATC TTGAGTTAACCTCATTGAAAAGGATGGTAAAATGTCAACAACATTGACATGCAAAGGACT ACCTCTGGTAATCCTCAAAGATGAAGATGATTCATTCATTGTTTGACCAATTTTAGATCT ATCAAGAACAAAAAATCGATTATTTCATCAAAATATATGAAAAAAATAATAAACAGAACA CATGCAAATTTTAAATAAGTTAAAAAAAGAAGAAGATGTAAACAACTAAAATTAAGGAGT ACTTACGAAATTGACTTCAACTTGGGGAGGGAACTTCAACTTCGGGAGGGATTACTCAAA TTTTGGACAAAAATTTGAAATTCAAACCGGATAGCTGGAGTATTAAATGTAGGAGAAGAC GTTAGAATGTGAAAAGGAGAGAGAAAATTATTTGTGAAAAGGAGAGAGAAAATTGTTTTG TGTATAATTATATACAAAATTAGAAAATAAAGTTTTTATACTATTGGTTACATAATAGGC TGTGGACCCCATTAATTATAGCAAAAAAAAAACTATAATTATATTATATACTTGTATTAA TAATATATTACATTAGAAAATAATTAAAAAATAATAATAAGTAATTTTTAAACTATATAT TTATAGTGATGAATTTTAATAAATAAAGTTAAAATAGAAAATTATGAATTCGTAATGAAA GTATTAACAAACTATTTTTATGAAATTATATAGCGATTAGCAGAAATGACGAGTAGTGTG ATAGTTGTGGGTGTTAATTTGGATGGTGTAGACATGTGAATTATTAAGATGTTGTCTATA GATCTGAATAGTGAATAATTAAGATGTTGTCTCTAGATGTGAACACTGAATAATTGATTA AGATTGTTTGTTTTTCAACATCTGAATGTGCATAATTTTTTTTTAACATAATAAATATGT AATTGAAATGAAATAACAATTAAATATTAGAAATATGTAAATACAACAAAATAAAATAAA TATTTGAGCAATTACAAACTAATAATTCGTGTACGTTTTGTGGTGGTGGATATGATTTGA AGTGGTGGCGACGGTGGCGATTGAAGAATATGTGGTGGTTGATGGTACGTTGATAATAGT TGACGATGATGCTAGTTCTGATGGTGAGGTGGTTTATAGTGAAGATTAGTCGTGATAGAA GTAAGGCTTGATATTTGGTGAAGTAATAGTGGATATAATTATAACAATGATAGTGTTAGA TAGTGTGATAGCAATTGTCAATAATTTTAACACTGAATAATTGTGATTTTTAAAAAACTT TTGAATATAATGAATTGAGAATTATTATATATTAAATTTTACCAATACAACAACAACAGT TCAACCAATATCGTCAAACAAAACAAAATAATATAACAATTAAATATTATATTAATATAA TTGCTCGCAAAAAAAACTTGAAGCGTCGAAAATTAACTGGAATCGAAACAAATAAAAAAT GTATTTTTTATTAATTGATCTTGTGAGTGCAGTTTAGAGTCTTTAGTAGCGTACTTCTCG ACTGTAGGATGACGTAGACCTCGCTGAACGTATATGATCTACGAAAACATTGGAAAGCAC TTCGTCATTTCAAGTTTATCTCCGGGAAGAACTTTGTTGACCACTCCTTCAAAAATCTAT TTATTTGGCGTTGTAACTTTCTCCAATCCTTGCAAAAGAGTTTTTTTAGAAGAGCACGGG TGCCTTTTGGATCTGATCATATTATATCTCTTGAAAGGCATTACGTGAGAGAATTTAAAG AAAAGCAAACACACGTAATCAACTTCAATCTGAATAATTTAAATTTGAACTTTCATTAAG TACGGATTAACAAATGAGCCCTAAGTTGATCATCATAAGTTTCTTAACATTATTTTTAAT TCTTTAAAAATACCTCTTCCCATAAATTTAAATTATGAACTTCATCTTTGCTTTGTATAC ACCAATCCTCATTTTCTTAATCAAAATATTCATGTATTTTTATATAGAAATTTAAAGGCT ACTTTAGTCATCATAACAAAAGCAACTTATTCATTTCTCTTATTAAACAAACTAGCAATT AATTTTAAGTTTCAATATGTTTATTCAAATACAAATACATAATTATTTACTTATGAATTA GTTTCAACAATTAAAAATGCTTTTCAACGCTTAAAATTTATCAAATATTATTAGAAAAAT TACAGTGTACGAGCAATTTACCAAACTAATAGTCAGTGCATGTTTTTGTTTTGCATATTG TTGATGATATGCGTAAAATATTTATCTTGATAAATAATATACATTTAAAAATATATTTGA CTAGCGAATGTAATTAGTTTGACCGAGCGACTAGATATGTAAGTTGCCCTATGTATAATT GCCTAACCCAAATAAGCTCTCAAGCAAATAATAAATTTAAGGAAAACTTACAAAATAAAA TATACTACTGCATATTACGGATTATTCAAAATTGTCCGCATGATTCACTTGGACACCTCA ACCTAACCTTATACCTATTGAACACTTTTATCAACTCAAATTTGAACATATTTGTGACGT CCATGTAGTAATATAAAAATATATGCAACACACTCACGATGATGTGATAAATTCATAAAT TAATAATACATATGCGATATTTTTGGGTTAAAATAATAATTAAAAAATCATAAAAAAAAG AAAGAGAGAAAAGGGCATGTTCGCCCACCGTTGACCCTGCAACCTTATATACTCAAACTA CTTTCATCCACCCACTGTCACTGTCAATTGTCAATTCTTCGTTACTCTTAATTCAGCCAA ATTAAATACAAAATATGCGTTTTGAATAAAAATGAAATAGCAAACTAATGATCGAAGAAA ATTCAACCATTAATAGTGAAATTGAACTATTTGTGAAGAGATTTCCTAACTTTAACTAAT AAGTTATGAAATTAATTGTTTGAAATCAAACCCTTCTTCAATTTCTTCAATCGTATTCTT TTTCTCTTCAATGATTAATGATAAAATTAGTTTTCTCAAAAAAAAAAATTACTCATTTTT AAAAAAGGGATTTTAAAATTATTGGATTTGTAGCTGAACTCGTCTCCATTTTCTTTCTTT TTATCTTATTTTTGTTTGTGTACCGAAGAAAATTCAATTTAAAAAATATTTTTTTAATTT TTGAAAAGTATAGAGACACTTTTCAAATGAATATGATAGTGGTGAGGGAGACGGTGAAGT GGCTGGATATAAGAGAAAAATAGAGGGTGGATGTTGATAATGATGACGACGCTAGGCGCG GAGAAAACGTTGGTGGCGACGATGGTGATGGCGTTGGAAGAAGGTATGATCGTATAAGAA AGAAGAAGAAAGATAAAAAAAATAGCTAAAACGTTAGTTCACATGCTAAATATTTGTGTA ATGCACTTTTCATGACATGTCAGAAAAGATGTTCAGTAGGTACTTATTTTGTATAACTTA AATGTTCAATAGGTACAAGTTCTAGTTAAAGTGTACAAGCAAATCATATGGACAATTTTG AGTGATTGTTGATGTCTTAAGCCTATATTATTATCCACTACTATTATCCAAAAGAAATGA ATAACATATCGAAGATTTCGTGAGAAATCTTTTCTCTCTTAGACTCTTACCTTCATCTCT CCCTCTTCTCTTTCCATGTCTTGCTTACCTCTCTCCTCCATTACTCTCATCTCACACTTT TTCTCTATTCCCTCTTTGTATTCCGAACTCTCAATATGCCTGAACAAGAAGATATACAAT ATTGTATCAATTGTAATATAGAAGAGTATACAATACATCATCAAATGTATAAACTTAGTA CAATTATATTTATTGGTATACTTGATACAAAGTGATTATAATATATATATATATATATAT ATATATTGTATTTGTATTTTCAATACAACTTCATACAATTGTATTTGTTGATACCTATCA ATTATACTTGGTGGTACAACTTTCCTCCCAAATCTCGCGTCTCTCCTCTACCTTTTCTAA TTTCGCTCGGCTCTCTCCTCCCTTATTCATTTTGCTCGCATCTGTCTTCCTTCTAACATA TAACTATGAAACTTAGTTAATCAAATTATAACTATAAATTCTAATTAAGTTGAAACTATA GTCATTTTTGAAAGTTATTCTAAAATTATATAAGGATAAAATTAGTTTGACTCTTATTGG GCTAGATAGCATAGTAATGGGCAATAAAATGAACAAGATCACTGTTCGGTCCAGTTACCT AAGTCCACTGGGCCTAAAGATCCACACTGTGTGCAGATCCATCTTGAAATTCGGGAATTT GGTAGTAGATCACGAATACGGGTCGGGTCAAAACATCAGAATCGCAGAAAATTTCTTTAT TTTTTTCTTTTTCTTTTATAAAAAGAAAGAGATGCCTTTGTCTTCCCCTCTGTTATCATA AATCGATACCCTCGTTCTTCTCACTTCTGCCATAACCTAATCCACAAGAAGAAGAAGAAG AAGAATCAGCAGCAGCAACGAAGAGTTCACTGTCGAAGATCCTTTTTCAGGTACATTTCT CTATGTATGCTGCATTAATTTTTATATATACGAAAAATTGGATCAGTAGCATTCTTCATT TTCTATATGTATCAAATTTTCTGTTAAATGAATCTCGTAATTTGATTTTGCATGTTCATC TCACGAATGTTTGTGAAAGATTTGATCTTTTTTTTTTTGATTTGGTGGTGTTTTGATGTT GTTGCGAGTATATGGAGAATTGAATCGTGAAATAATGATGTGAAAGGTGTTCGTAGGAGA GTAAGATCGTTGCATGAGTGACACATGCAATTGTGTGAAGGGAATCTGAGAATTGATAGG GAACGATGTGCGGTGATGGTGGCTGACAGTCTTATTAAAATTGAGAACTGACGTTGAAGA AGAGTAGGGCATAACAGGGGAAGTATGGCTCAGCAGCAATCGTCGCGGCTTAATCGCCTA CTTACTTTATTGGACAGTATCCTTTGTTTTTTGTTACCATGCTTCACAATATATACTGGC TTTGACCTCTTAACAGGGAAAAAGAGCTAGTTAGGCTTTTCGTTTGCTGGCATTTATTTT TAGCCTGTATGCATATTTTGTGCCTCCAATGCTGTAAAAACTTGCTAAGAAAAATTGAAC TAGCCCAGTGCAACCTATTCTTTCTGCTTGTAGTTTTGTGTTCTTGCTTTTAGTCATGTT GGTGAGTTGATGCTAACTTTAACTAAAAATAAGCTGGTTCAACTCAAGCAACAAGATTGA CAGCAGCTAGGCAGATTGGTGAAATAGCCAAATCACATCCTCAGGACCTAAACTCTTTGT TGAGTAAGGTATGTCTTTCTGTGCAGTTCTTCTCTAGTTATATCAAAGTTCGCATTTTTT TTTCTCTGTGTTGCGGCTATACACTGGTTATGTGTGTTGGAGTGGGAAGTGGTAACATTT ATCAATTTGAAGATAGAAGTTTCGAAAAAGAAAATCCTTATTTTTCCTGAGTTATGTGCA TTAAATCTATGAAAGTTTTACCTTTGAAATTTTTTCTGCAAGTGTGAGAACTAATTTCAG CAAATTTGTTTTTTTAAGGAAGTAATTCTACAGAACATTTCATAGTGATAGGAGTGGTTA ATTAAATGAGTACTTTGCTGGTCAAATTGCAGCCTGCTTTTCCAAATATTACGACTTTGA TGGACAGATGAGCATAAAACCCACTTAAAAGGCTTAAAAGTGCTTCTGTATTAGTTGATG TTGTATATCCACTAGGCGATGTAAGAGAGAAGATTTGTGTGGTTCTGAATATGATGTTAG TCATCATCCATTATTGCAGTCTGCAGATGGATTTTTTTAGCCTTTTGGGTCACTTGTTTG TTGTAGCAGATCTTGGATATTGAACTGTTTATACATGAAACTTGACACAATAGAAAGCTG AACCTACTGAAGAAAGCAGTAAAAGTTGTTGTAGAATAAGAAAGGAGATCTTTAGATCCA AAATGTGGAATCCAGCGCTACGAATTGTGGGACGATAACCATCTGATTGCTTAATTTATA CAATTTTCTGAAGTGAAAACTTTAAAAAAGCACTTGGTCGTTAGGAATGTAGGATATCCA GAGGATAGGTGACAGTTCATATCACTAAAGCATAGATGAAATAAGTTGAGCTCTGTACTG CATCAAGTGAGTAGTATTTAAGAGAGGAGACGGTGTTAGATTTTCACCTAGAGTGCCCTA GGTATAACCAACTAAGGTGAAGTTGCACGAGTTCTAAAGAAGCCACCTTGATAGAATAGA TGATTCTAGTATTGTAACTATATCAAATCTTGGACATAAAGAGCTCTCCTACACCTGTTG GGGAAATTATTTCAAAACACAAAATATTTTTGCTTCCTACCCAAACAATTCTAACCTTAA AATATATTAGAAAACATTAAGAAAGTACCTAGTTAATAATTTCTGCATAATTAATGTTGA CAATTTTTTTTTGTAAATTTGTTTACAACGTTGGAAACTTAAAATTATAGCAAATTAAAC TTGACCCGAGAGCAATACTCAATGAAGATAAAAAACAAGACAAACCCTAAAACCATTAAT AGATGCTTTAATGGTCGGTCATGTAATAGAAATGATATTTCTCTTCTTTTTTCCTCTTGC CTCCTTTATCAAATTCTATTCTGCTTGAGCTTACTGCTCAGTTCTTTCAAAAGGATGGCA ACACAGTAGGAACTATGGATAGCTGGATAAAATTTGGAAATATCTAAGAAATTATTTTCC AAGAAAGCAGTGGAGGGTTTGCGAGATGGTTATTGCTTAAAAGTGGGTTGTTGGGTTGCT CATTCTTCAGTAGAACAACTGTTAAAAAAAACAATTGCAATAATAGAATAGGAGGAAGAA GACTGAGAGAGAAGAGTGTAGGGAAGCCGGAGAAGTGTAGACAAAATGAAAAAATAGAAT ATTAATAGGAGAGGGAGGGAATTGAAGATTGCAAGAGAGAGGAGGAATAACCGTATTGGC AAATGATCCACGAAACAATCAACTTACAACTTTTTAATTCCTTTATTAAACCACCTTTTT AAGTCCTTTATAAAACCAAAGAAAAAAGACTTGGAGACAAAACATGGTATCTTGGGGCCA AAAATGGCTTTTACTCGTGTAACTAGAGCCAATCATCAATTAGGGGTTTTGATACAAATT GATTTTAGTGTATCTTCTTTGTTGTCAAGTGTGTTGTGCCCTAATTTTGGACTGTACATT CCGAGCTACTTCCTTTGCAGAACTTTTCATTTATCTGGATGGGTGAACTGTTGTTTATTG ATACAGAAGATTGGATATATTCTTTCTCTTGTCTTCTTAGATTATTCTATTTGCTAAGGA AAAAATTGCTCTTGATATTGGATGGAAGATTCTTCTTGAATAACATTGAGTGGCCACCGT TTCCTTCTGAATGTAGGTTTCACAATATCTTAGGAGTAAAAAGTGGGACACTAGAGTTGC TGCTGCTCATGCTATTGGATCAATTGCTGAGAATGTTAAACATACGACTCTGGCTGAACA CTGTTCATCTGTAGAGGTGAAAATGTCTGAAGAAGGAATCTCAGGCAATGTTGAAGAATT GGTAGCTTGGCCTAATTGTTATCCTAAAATAGGAGGGACCTCTTTCAGAAGGTTGCACAT TCTGTATTCATCTTTCTTGATACGATATCATATACTGTGTGGTTCTTCCTTTTGAATCTA TTTGCTGCTTAGATGTAATAGTCAATTGCTCTTTTTAAGTAGTTCACTGGTATTGATTGT TACCACACTTGATCATAGCCTATAGGCTGAGAAGGTATAGTATTATTGCATTGTTAGGTC ACTGAGTTTTGTATATTATTCCTGCAGTTTTGATTTGAACAAAGTACTTGAGTTTGGGGC TCTATTGGCATCCGCAGGACAGGTACTTTAGTTTTCCTTTTGACCTTTTAAACCCTCTGA TGCTTCCTTAATGTGAATGCATTAGGAAAAGCTGTTTGATAAGTGTTGCTTTATACTTAT TTGAGATTCTTCTTGGATTCAATGACTGCTAATTCTTGGAGTTCGTGATGCAACATTCTT AGTGCATTGCGAGGTAGAAAGTCATTTTTTAATGATCCAACATAATATTTGCATTTCGCT GAAGACAGATGCACAAATAGACAGTCAACGTTCTGAATTCCAGCATGTGTGCCCTGTTCT CTTTAATCTAGTGATTTATTTTTGCCATTTTAATTTTTTTTGTTTGTTTGTCGTTTTTTG TAAGTAATATACATATATTATTCAATGCTTTATATTGTCTTTATTCAGGAGTATGATATT CCTATGGACAATAGCAAGAATTCAAGGGAGCGGTTGGCCCGCCAGAAACAAAACCTGCGA CGTCGATTGGGTGAGTTCACATCAATTACTGAGTAGCTGACCTATTTTGTTGATAGCTAA TGATTTCAATGCCACTAAAACTACTCTATAACTAATCAGAAAGATTTCTGGTTGAGGTTA TGCTTGTGTGTTAGTGGTATTGTAACTACTAAAATTGGTTGGCTGTATAAACGAGCCAGA AAACTTTGCAGGGTGGTGGGTAGGGTAGTGTTGTCAAATGGTACAAAGTGTTGTTTCTAG AGAAGCTTTAATTAGATCTGCCGTTTATAAAATCTTACTTGGTTTGTGTGAAATTAGGTC TTAGCCCTAACTCACACCTTTGAATCTAGCTCAAAGGGAGGAGGATTGCCCAAGCCTTAT AAGGAGTCCACACCGATGTGGGGCTTTTGTCGTTCTTTAACAACCCACGTCAAGTGAGTA GTACTTAAGAGAGGAGATTGAAGATGTGTTGCAAAAGATAGGTAGGGTGGAGGAAGCTTG AAACCTAGATGGATGAAAGGCATCTGGGACTTTTTTCTAGTGGCAGGAGAGCAACATATG GTGTGTAGGTTAAATGCTCACTCGTCATGCGTTCGAACCCTGCTGCAGACAAAAGCCTGG TATTTAATTGGAGAAAGTTAGATGTCCATTATCTACCGAGTTTAAACCGTGCATCATTGG CCCTTGGGATTTTTTCAGTTATCAAAGAACAAGAAAAAGAAAGCAGATGAACGAAGAGGT GGCCTGGCACCATTAAAAAGAGCGAGAATTACAATGCACGTAAAATAATTCTAATGAGGA TTGTTTATATAGTTTCCTATGCTATGTTGTAGATTACATGTGTGCAATGTGTTCTCCCAC CTTCTTTCTTATGTAAGGGGCTCATTGTTTGCATAGTGTTAATAAGATAAGAGTTCAAGT CTTACTCGGTTCGAGTCAAAGTGGGTGCAACAGTAGATTTTAGAAGTATCCTGTTGACAA ATAAATATAAAGGAGTACTCAATTTTGTGGAGAATTGGGCTCTCTTGTAGAATATTAGAG ATAATTTTTGGATAAACCTAAAATGAGTGTTGGGCAGTTAATAAACTTGAGCATGTTCTT AGACACTATCAAGGCTATCTGATTGTCATTGTACAAGATGTCAGCTATGCAAGAAAGTAA CCTTTTCCATTGTTTGCCTCGTTCGTGTTTTAGAAACTTTTTCTTCCAAACTCTCTTTGA GTATATTAACCCTAATGCTGGTTTCTGCCAGTGTTATCAAAAGTGAAAAGCGCAAAAAGG CTCTATGGTCCGTGGGGACTTTAAGTGCAAAACACAAATAAAGCGTGGGCTTTGATGAAA AAAGGCGCAAAGGGAGAAAAAAATAGAAATATATATGTTTGGTCCAAGGCTAATAATTAT AAACATGAATGACAAATATATAACCAAAGAAATTGAAAAAAATTATGATAAGTGAAATGT CAATTGTTTAGCGTCACTTCTTCCAAAAGACTCATTGGCAAGGAAAAGTTTGCCTTAGAA CCTTGATGACGACACTAATGCGCACATGAATCTAGGCGAAGCGCTCAACACGTTTTGGGC CTCGCTTCAGGGCTTAAGCGCGCCTTTGATAACACTAGTTTCTGCACCTAGTGTTGTATT ATGTTCTTTTCTTTGGGTTGGGGATTGGAAGGAGTAAATCAGAAATTTCTTAGGTAGGCA TTCCCTGCCGGTATCGTTGAATTTCCACGGCACTTGCAGAAGAAACAAATGGAATTTTTG CTGTCATTTTTTTGATTCAACCAATTCAATAACAATTTCTAGAACTTATTGCAGTTCTCT ATATTTGTATCTGTGATTACCATGTAAATTACGTAAAAACCACTAAAAAGTGTTTCTTAT TGGGTGGTCCATGATAGTTATGATCTGTAGAAAGCAAAACTTGAAGATATGTCGTGTGAT TAGATGCGAGGCAGCTATGGGAGGAAGAAACTGTGCTAGGTATGTGAGGTTATTACGACG TACTTCATAGATTGAATCTCAGTTACTCACCCGTCCACCTGCACGTGGGAGTAAGAATCA AAACTCTCTGAGTTTATTTACTAGTTTCCCTATTTTAAGTGACATAACCACCCTACCCTG GATGATAATAGTTCTTGGATCATTTAGGTCAAATTGTTCACACCGAGCTTAACTCTTGTT TCTATATATCAGTAGATGGGCTGATATAGCAGTGTGTAGTAGCCTCGACACTTACTGGTT CAGTTATTGGTACTGCTGGGCTGTGGGATCTGCTCTGTCTAAGTGCATGTCAGCATATTT AACTGTAGATGCTGTAAGTTAGTAGAATGCTCCACTGTTCTACTAAGTCCAACTAATTAG AAGTTGCTAGTGGAAATAAGTTTTCTTAGGGAACATGTTTGCTATTTCTATTTCAATTTT CTCTCGTTTTTGTTCATTATTCTTGAATGAGTTAATTGTAATCAGTTTTTAGGTGTTAAC TATTTTTTCCTCATATGAAAAATCTTGACGTTGGTTCTCTCGTCTTTGCTAGTTGATGTA GCGGTGTGCTTCCTTATTCTCTCTCATGTGGCTAAACAAATAAATTATTTGTAAACTAAC AGGTAGTCATTCTCGTAATCAGGATTAGATGTGTGTGAACAGTTCATGGATGTCAATGAA ATGATAAGGGATGAGGACCTGATCATGCAGAGAGCTAATTCTCCAGGAAATGGTGTTGCT GCTCAATATTATTCATCTAGACCCGTTGGCAATATCCGGCAATATGTTGCAAATATGGTA CCAAGTGTCAGATCTCGGAGGCCAAGTGCACGAGAACTAAATCTTTTGAAGCGGAAAGCA AAAATAAGCTCAAAGGACCAAACAAAAGGATGGAATAAGGATGGAGATACAGAAGCTCCA CAAGCACAAGATATAATATCTCCTAGGGGCATGTGTCCTGACATGTCGAGCTCTAATAAG GTTACTAGATTTTCTAACTGTGCTGTACACATAAATAATTCACTCACATTGATATGCATA TGTGTTTTCACTCATGTGCTGAAAGTTGCTCTCTTCTAGTATCACCATGTTTCTGGGTTC TGCTGTGTTCTGTTTTTCTTTGTTTTCTTTGTCTTTTGAGATTTAAAATTCATATTTACT TGCTCACCTGTCATATCAAACATGCTAAAGGACTATGCATGTAATGGAGTGAAAAATTTC TCTACATTCAATGATCCTTTTCTTTGTTCATTAACTTTTAGAGTTCACAGGATATTGATA TCCTAATTTTATGGTAGATGATTGTATAACTTTTATGGATGCATTTTTTTTGGTTATTTC GTTTGTGGATAGATGTTACTTAGTAAAGTCTTGAACGGTGAATCTTGTATGGGCATTGTA CAATGGGTATTTGTTTTCGGGTTATATAAGTTTGTTAGTTTGGAACTCTTAAATCCCTTG GCCTTCTTTGTGCAATTGCTATTAAACCTAGGTCCACTTATTAATCTGGGATAAATCAAG GTCTCGAGGTCTCTATCCAGGATTATACCTAAATCTTGTCTTGGCACGATAACTATATCT AATTTGATTTAGCCATCTATTAGTTATCCGTAGTTGCTTTCCCTTGGTTCTAGTAAGTTT ATCTGTTTGGTGCCGTGTTTCTTTTACATTTTGATGTTCATTGCTACTGAATTCGTATGG AAGTGCAACTTGCAATCTTTCTGTGAGCGGTTTCTTCAAGACCAAGTTTAGGATTGCAGG CTGTTCTTAGATAATTGTCTGTGTGTTTTTGGCAGAGTTCAGGTGTCACCTTTGTAGATA CCTAGGCTACTCTTTTCTTTATCCTGATGTCTTACTCAGGCTTTGTAATGCTGTTGTAAA AGGAACACACTTCTTAATATCTGGATGTCTGTTTTAGGCTCTGTAATTCCTGCCGTAAAC CCAAGTGACAAACTGGCCATAAACTTGTTCAGAATTGGACTGGCATCATATCTAGAGGAT GTTGTTGATGTGTAGATTTATATTTACTTTACATGCAGGAATCATATTGTAATTACAAAT CTACGAGAAAATATAAATCTATTAGTTAAAGTTGAGAACTTGAGATCATGTATGCAAAAT ACGACACAACTGGTAATTTTGAACAATTTCTTATTCTGGGAAATTTTAAGGAGAGTTTTG AAACTGTAGAAGTAGGTTACTTTGAACTGTTTCTATAGAATTGAAGATATGGCCAGTTAC ATTAAACTTTATAACTGCCCTATATATTTGATATTAGAGCTTGCGGGTGAATTAGTTGGT TGTTGGTTAATTTACTGTTAAGATCCTGTATGCAAGATCTTGCACCCGTTGTCTAAAATT CTAATTGGCCCTTGAAGATCAATCCGAATCATCCTTTTGATCTGATAAGATATTTTCTTC AATCAATTAATCAACTATGCTGCAATTTCAAACTTCTTATTCTTTTCTAGAACTTTTATT CATGGAAATGGTAATCATCTCCACTTGATTTCCAGTTCAGTATTCTCAACAACTTTGTAT ATGTCATTTCACGCAGTTCTGCATTCAAAAAGCATGTCCTCAAGTAGTTATTAATTTTTC GCTATTTGATCAACCTCAAATGTAAGTCTTGAAATATATTTTCTGCAGCTACTTGGTGAA AACATCTCTGATGAAGATGGTCTAGAGTATGATGGAGATAAGATTTGGCCATTTCAGAGT TTTGTTGAGCAACTCATCCTTGATATGTTTGATCCTCGTAAGAAACTTCCATTATCCTGT TGTGCTTAATTCATTTCATGGTTTTCTTCTGAGATATTTGTTTTGGATTTCTTCAGTATG GGAGGTTCGTCATGGCAGTGTCATGGCTATGAGAGAGATCTTAACTCATCAAGGGGCTAA TGCAGGAGTTATCATTCCAGACTTGTCATGTGATAGTGCATTAAATATTAAAATAAAAGA GAGGGTAAACGAGAATACTGTCAAAAGGGAGAGGCCAATTGATCTTAATATGCAAGTTCC ACCTGATGAGTTGGAGTCAGTTTCCAAGAAACTGAAGGTTGAACCTGAAGATGCAGCTTT CTTGCCGATGGATACCATGGTCTGTACTAGCACGGATGGTGATCCTGGTGGTGTTAGTGT AAAAGTGGAAGATGTTGGATTGAGTTTGGCTGTTGACCAGACAAATGGTGAAGTTAGCAG TGGTTCTGTTAAGTTCGAGACTCAATCTCATCTTAGTGGTGGAATCCTGGGTAATGATAT GTCAGATGAGAAACGAGTTGGCGTGGATAAGACTCCAATGGAAAAGATGGGCGTTCTAGA AAACCTTCCCGAGAATTGTGAGCTGATGAACTTGGTTAGATTGGCTAGGCATTCTTGGCT CAAGAATTGTGAATTTCTTCAGGATTGTGCTATTCGTTTCCTATGTGTCTTATCATTGGA ACGGTATGGTTTCTCCTCCCTTGGTTTGATATCTTTTGAGTATAGCTTTCAATTCCCCCA TCCAAAAAAATTTAAAATAAAAAGAAAGATGAATACTCCCTCTGTAACAATTTAATTTTA AAATGCCCATTTTATCCTTAATGAAATGATTATAGCCACACAAACTTCTATCACTTATTT TACACTATGAGTTTCAAAAGTCTTCTTTTATTTCTTAAACTCCGTGACAAGTCAAACTAA CTCATATAAAATGGGACGGAGGGAGTAATCCAATAGAAAAAGAATGAGGAATACAGCATT TTATTAATCTATAGGATATTGATAAATGATTTGGAATAACAAATAGGAACTAAGCTGCAT AAAGATTGCACCATTGTACTCTTTCTGGCTCAAATTTTTGAGGCTTATAGCAGTGTGCTT TCCATTTTCAAATATATGCACTCTTTTTTATCTTCTTTTTCTGCCTTCCCCTAGATATTT CTTTAGCTGTATCTCAGTTTTGTTTTATTACTGGTTGCTCCTGCTTGATTCTGTAATTCC TGACGTGAAGGGTTATTTATTTTTTGGGTTACTAACCACCCATTTTGCTCTTTTCGCCGT TGACAGTTTTGGAATTGAACTTTGTTGTATTACTGATGGCCTTTAATCCGTGGATTCCAT AATTCTCGACATGAATGGTTATTTTTTGTAGGTTACTGATATATTCCACCCTATCCCCCA ATTTTTTGTTATTTCTGTCATTGACAGTTTTGGAGACTATGTATCGGATCAAGTTGTGGC TCCTGTTCGTGAGACTTGTGCACAAGCTTTGGGTGCTGTGCTTAAGTACATGCATCCTAC TCTAGTTCATGAGACACTGAATATCTTGCTACAGATGCAGGTAAATATGAGGCAAGCTCA GCCTTTTGTGGTTCAGTAAGCATGGCTTTTAAGATTTTTAACTTCCATTGCAAGTTTATA CTCTCCTTTCCCTCTAGTTAGTGATCTCCAATCGAGATGGATTAGTATGGTTGTTATACT TCGTACAATTCACTTTCATTTGAACCAATTAATGAGCATTGTTAAGCCTTATCTTGTATT ACTCCCTTTTCTCCATTTATCCAATTCACAGTGTCTTAGAATGCTAAAAGTGTTTAACTC AGGTAAAAGAATAGCTTAACACATCTCCTATTGTACTAACTTCTAACAAAAATCTTAAGG CCTTGTCAGATAGTGTAAGTGAAGCAATATGATATGCAAAACTTAATGTCATGGTCTCTA CTAACAAATAATGTAAAGACAGAATTGCGTGAAGAGAGGACTAATAAAACTATTGGTCTT TCTTTTGCACAATGACGACTTCTCTCTTTTCTATTCATCAACCAAAAACTTGTGTACAAC ATGTGGCCAATGGTTCATCTAGTATTAGACAACACACAATTTTATCTTCGTTAATATGCT AAGTTTGCTTTAGACCTTACTTTTTGAGGTTAATTTATACATACCTCCCTTGAGGTTTGT CTAATTACAGGTGTTGTGGAGTCATAGATCAACGTCATAGAGTAATATTTTGAGTCTTTG TTGCCATTTACCACCCACACAAGTATTTTTTTTCATGTACTTGGCAGAAAGAAATCTGGC TTGCTTGAGGGTGTGCTAAAAGATCCCGGTTAATATAAGTCTCTCCTGTATTAACCAGTT TAAGACTTAAAAGTTCAATTTCGTCCGTGTTGTAAGTTCAACAATGGTATTCAACTCGAG ACAGACAATATGTCCCTTCCAGAATAGGTTTTGACATCTGTTTTAATTAGCTGTTCTGGG ATTTTCAGCGTAGACCGGAATGGGAGATTCGCCATGGGAGTCTTTTGGGGATCAAATACC TAGTTGCCGTTCGGCAGGTAAATCTATTTTCATTGGATGGTTTGTTTACTACTTTTTTCC GCTTGCTTCTTGCCTTAAATAATTTAATCTGATTGTTACAACTTATATGCAATTTGATTT TGAACTGTGTGTAGACTGTAGTGAAGTTGTTCATGCTCGATTTTTTGAGTTATTGAATTT TTCTTTATTGAGCTGTCACCTAGGAAAGGTTGCTTACAAACAGAAAAAAAGATTACTGGG AAAATCTTGTGTTTGAGTGTGTAGAGGAACACAAGCTTGAAGTTGGGTAGTTGGTCGTTA TTTGTAGCTGCAATTAAGCTTATCTTGGCCGATGAAATACCTAGGATGAATATAATTTTT TTCCTGTTCTTCTGATGATCTTTATTAACAGGAATAATAGCTGTCTAAGGATGTATGATG CTGTTTTCTATGTCTTTTAAGACAATCAGAAAATAGTTAACTTAATCTCCAGCACATAAC TTTTGCTTTGTATTAATTGGATCTAAAAATGCGTGATATAGTTTTGTCTGGTATTTTCCC TAGATTGATAATAATATGCATTTTTAGAATGTTGTAATGTGATCTTTTATCTCCTTTGTT TTCCTTTGAGGGGGTGGATATGTAAATTACAATCAGGGGTTCAAGTAGTGTTCATTGATA AATGGGTTTAGTCCTGCAGAGTTGGCGGTGTGGTCTCGTATGTTACACACAGAAGTTTCC AGTTCAACTCCTTTTGCTTGCACAATAGTATTCATGTTGCATGTATACATTCTACAAACT ACACTTTTTTTATTGCTGTACTTTGACTCTCCAATGACAACAGGAAATGCTTCCTGAGTT GCTTGGCTGTGTTCTCCCGGCATGTAAAGCTGGGCTTGAAGATCCTGATGATGACGTGAG AGCTGTTGCAGCAGATGCTTTATTACCCACTGCAGGGTCTGTTGTTGCATTAAATGGTCA GCTGTTGCATTCTATAATCATGTTGCTTTGGGATATTTTGCTTGACTTGGATGATCTCAG TCCATCTACAAGCAGGTAAGTCTTTACTTCTCACAACAAGGTTCCTTCAACTCAGAGTTA CAAACTTTTTCACCTTGGTGAATTTATTTCCTCACATGCGTTTATTCTCTGCTAGTGTTT AGCCCAATATCTCATATCAGTTCACGTTATTGTTTGGTCAAAATATTATTGCTGCTATGC AAAAAGGAGGTAAGGAATGGGATATGTTTGAGGATGGATTTTATTCCATACTGTAAGTTA AATGGAATTGTATTGTATCCTTGTATTTTGGTGTAAAGAGGAATGTATAGAGGAAGTAGC ACATATTGTTGATCTTCTAGGGTCTTTGTAATTACTTTTGCTCCTTTGCATCTCTTTGGA GGTCCCCTGCATGTCCTTAATACTGAGGAATACAACATTTCTAGTTTCTAAAACAAAAAC GTTTGATAGATATCTGAAGTTGGCACGGTTTTTAACTTGAACACCTCAAGTAGGTCATGT ACCTATGAAATATTTATAATATGGCCCAAGTGAACCAGTAGACACTTTTTGCTGGCTTGG CTGATAGTGTGAGCTTCACTTGAAGTTTCATGTGTGAAGCTTGTAAACTTCACTTCTTTA TCTTTTATTTCACCCTGGTGCCTCCATATCTCCACCTTTTTCTCGCTTGGAAACCACCAT TTTTGACTGATTACTCCAACCTTGTGACAATTAAAAGTAAATAAGATGTCTTGAAAAAGA AATGAAATTACAGGACATGATTAACCAAGACTACTGGAGGAACATGGTTTCGATTTGCCG GATTCTTTCCTGAGGTTCGCTGGAAAACTTACTCTGCCACTTTGTAGTTCCTTTTCTACT TGGTCTATGTTGACTGAGTACTCCCCTCAAGAAAGTATTTATCAAGGGTTTCCTTTACTA AATTAACCGTCTTAATTATATTTGGAAATCTAAGTTTGACTAGTATTTCATTTAGTTAGT CAGTGATAAGGTTAATATTGGAAAAAAATAATAAATTTATCGTGATTTGCTGAAATGGAC AAGTGAAAAGGAAAATCTATTTTTTAGATAAGGGACAAGTAAATATAAATGAAGGGAGTA CAAAATCAATTTCTATAACTGCCTATTCCTATATAGACCCAAGTTGCTAAAGGAGATGAA CAATCTAGGTGTATTTCTCGTTGATAATTGTGCTATGAAGTTTTGCATAGTTAAATAGGA TTTAGAATGTGAAGTCAATTCTTTTTCTAAACTTTGAAGCACTTTATAGTGGTTACAATA TCTCATTTTGGTGTGTCAATAAATATCTCTTAACGATCTTTTACAACTAACTGTTTTTGG CTGCTAGAATCTCAGTATATATCTGGTTTTTGGGGTCTTGGATATCATTTATGGATTATT GGGCTGAAAGCATCAGACATATACCCCATTAGAGGAGTTGTGCATGTATTGGCATATACT ACTCACTCACACACATACACACTATGATGGTGGTTAATGATGAGCTGCCTTGTGCGGCAG GATCTTTAGACATTAACATTTCTCTGTCTTTCCCACTATCTCATTTGTGCACAAATTTGA ATTTCCAGATTGTGGCCTAAAGTTTATCTTAATCTTCTCTGTGCCTTTGGTGCTGCAGTG TGATGAATCTGTTGGCAGAGATCTACTCCCAAGAGCAAATGATTCCCAAAACTTTTGGGG AGAAAAAAAAATTTGATCTCAATGAAATTGATCGCCAAGATTACCTTGGGGAAGGGACAT GGTCTTCAGAAAATCCTTACATGTTATCAACATTGGCGCCAAGATTATGGCCTTTCATGA GACATAGTATCACTTCAGTCCGTTATTCAGCTATCCGGACTCTTGTAATCTTCCTTATTT GATCCTTTTTTAATTTGCTATTAACATATTGGACTGTTATTAGTTGTATATATCACTGTA GCAAGGTCTTATCTGTCTGTGTTTTGGTGGATTTATCTTTGCATGAATTGGTTTTATACA GTGCAAGTTCGCTCAAGTATAGAAGATAAAAAGCTGAATCTTGAGTTTTCTTATACAGGA GCGATTGCTTGAAGCCGAATATAAGAGGAGCATTGCTGAGTCATCCAGCTCTTTCTGGCC TTCATTTATTTTGGGTGATACTCTCAGGATTGTTTTTCAGAATTTGCTGCTTGAATCAAA TGAGGAGATCGTGCAGTGCTCAGGCAGGGTTTGGAGGATCCTTCTCCAGGTTTGTTATTT TTACATATTTGTCCCAACTAAACCTCAAATCAGCATTTCACTCTTTGCAATGCTATATTT TATTGCATCAACACAAATATTCTGTAAATGGCTATGATAACATTATCGTCTTAATCAAAA TCTGATACTTGTATCGTTGTAAATTTTCTTATAATGACATGATAATAATAGCATTCTCTT AGATGACATATCTGGAGGTGATCAGGATAGAGAAGGATACTATTCTATGTTAGTAGAAGA GACTTTTCTAAGATAACATATCTGGAGGTCATTCAATCTAATTTCTTATGAAAATGAACT CCTGTCTGTAAAAAGTTAAACTTAAACTACATACTCCCTATTAGATCTATAATCTGATCA GTATCTTCTATACATAATTGTTTACACCAAAAGAGTAAAGATACAATACAATTCCATTTG ACTTTATGAATGGGATTGGACCTATCTTCGAAACACCTGGCATTTCTCTCCCTCCATACT GACCACCATATACATGAGGGAATCAATCTCCACCATCTCTTTGGCTCTTACTTCCCCCTC TTCTGATCCAGCAGCTAAGAAGGTCTAATGTATGCTCAGGCATGGCCCAGCTACAGCCAG TAATGTCGAGAAACAAATTCCACATCTGAGCAGTGTACTCGCAGTGCAAAAAAAGATGCT TGTTTGGCTCCTCAGTCACCATACACAGAAAACACCTAGAAACCAATTGTCTCTTCTTCC TCTGTAGCACTTCTTGGGTAAGGCAGGCCCTTTTGATAACCAACCAAGTGAAGCACTTAA CTTTGGTAGGAATGCTACTTTTCTAGAAATAATTCCACTTGCATTGACAATTTGTTTTCA CCTGGAGACGTCTTGTGTAGGCACTCTTTACAGAAAATATCCCGTTACCATTGTGTTTCC AAAGAGGTATATCAACCTCTGTAGTGCTAATAGAAACTTGCCCTATTTTTCCCAGTAACA GGGCTACCCTCTCTATCTCCCAATCATTTAAACGCTTCCTAAAAGATATATCCCACCCTG TGTGGACCAGCACTCTTGGATTGTCACCTCTGGGTTTACACAAATGAGAAATAGTTTAGG GAAAGCCTCCTTTAAAGGAGTTCGATCCAACCACCTATCTCTCCAAAATTTTGTCTTTGC TCCATTGCCAACCTTGAGGCAAATGTTGTCTTTCATTAATTGCCATAACTTTCTAGTTGT TCTCCATACTCCCACTCCATAGGTATCAGTTACCATTTCCGTGCACCATGGGCTGGCTTC ACCATACTTAAGACACAATGACTTCGTTCCACAAAGCCTTATCCTCATTGATGTATCTTC ATAACCATTTGAATAGAAGACTCTCATTTTGCAGCCTAAGATTTCTGATTCCCAGACCTC CATCTTTTTTACTAAGCAACACTGTCTCCCATTTCACCAAACAGTAACCTTTCCCCTCTT TATTACCTTGCCACAGAAACTACTTCCTCATCTTATCCAGTTTTTTACCACTTTTGGTGG GATTGGAAAAAGTGACATCACATAAGTAGGTAGTGAAACAAGGACAGATTAATGTACCCC CCATTGATAGGTACTGGGCCTTCCACATAGCTAACATCCTCTCAGTTTTCTCTAGAAACC CATCCCATACCTCTTGTGCTTTGTGTTTATAGCCTAGGGGCATACCAAGATAAGTGGTTG GTAGTTTTTCTATTCTGCATCCTAGTATGTTGGCTAAGCTCTGAACTTGGGGAACCTCCA AAACTTGAAAAAGGCTCTTTCCACAATTGACTCTCAATCCTGAAGCACCCTCTAAGAGTA TCAAAATTAGTCTGATAAACCTAATTTGATCCACTGTTGGCTCACAAAATATGATGGTGT CATCTGCATAAAATACATGACATATCTCCTTACCCTCTCCCATTCTGTTGTTCATCCGGA AACCTGTGATCCAACTCTTTTGGATTGCAATCCTCATCATCCTGGCAAACCCCTCCATAG CTAAAATAAATAGGAAAGGAGAGAGAGGATCTCCTTGTCTCAAACCCCTCTCAGAGGCAA AAAACCCAATAGGCTTACCATTTTCAAGAACAGAGAATCTAACTGTTTCAATACAAATTT CCATCCATTTCACCCATTTATCTCGAAATCCCATTTGCATAAGGATATTAAGGAGGTAGT CCCAGTTCACATGATCATAAGCTTTTTGAATGTCAAGCTTACACATTATTCCAGGAATAC CATTCTTCCTTCTTGCATCTATGAACTCACTGGCTAATAATGCAACATCCATGATTTGTC TTCCCTTTATGAATGCCATTTGATGGTTGTTGACTAGCTTATCTACCACTGTTTTGAGCC TTTCAGCTAGAATTCTAGCTATGATTTTGTAAAATCCCCCCTACCAGACTAATAGGTCTG TAGTCTTTCAACTCTGTGGCACTTGGTTTCTTTGGAATTAACGCTATGAAGGTTGCATTG AAGCTTTTCTCAAAAGTTTGGTTGGTGTGGAAAAAATTGACAGTATTTATGATGTCCTTC TTCAAGGTGTCTCAGAAAGTCTTGAATAAAACCATTGGGAAAGCATCTGGACCAGGAGCC TTCTCCATAGCACACATGTTTAGGCATATCACAATTTCCTCTTCTTCAAATGGTCTCTGC TGCCATGCCTGTTCCTCGACAGTAATTTTTGTTCCTCCATGTAGATTGAGATCTGGTCTC CATTGCTCAGTCTCTTTATATAGCTCTTTGTAGAAACTCCGCACCGCTTCTTTAATACTG TCTCTCAAAAGTTTCTGATCCTCTTCTCTATCTAATAAGTATGATTTTTCTTTTGTAGAG CCTGCCTATTTGTTTCCTTTTTATGTTATTTGAGGTATAATTTGATGTGAATTTTGTATT CAGATTTAAGTGCTCAATCATTTGAGCTTTTGATGTACTAAAGAGGAAAAACAGTAATTT GAATTTTCCCTATAGTTAATTGTTTAGAAGGTGTTTTAATCATCTTCCTTTGTCATTCAA GTAAGCCTCTTCCAAGACAAGTGATCATTAGGGACTTACTGTCTGGATTTTCTTTATTTT CTTTGAGGAGGGGTTGGGGTTTTTTGGGCCTTTGGGAGTAAGCTTGAAAAGGGGATATGC AGATGTCCTGGAAGGTGTCTTTTGCCTTTGTTTCTCTCTGTTCGAGGGAGACATGGGGGA AGATGGAAGTCTCTTCAAGTGATTTAGGTCCTCAGTGGCAATGTGTTTGCTTTTTCTCCA GTATTACTGAAACATAAGCAAAAGAGTAATGCGCGTACTTGGTTTTGGACATCTTCTGAC TTTTTGGTCCATGTCGTAGATAAATTTTTCTTGGGTTCTCTTACTTGTAGGGTTTTTTAG TATGAGGATGGCTCTGACAGTGGATTTCTCATCCAAGCAGCTTAATAAATCTTTTTTTTT ATGAAGTAAAAGAATGTCATTAACATAGCATCATGTAGATGAACGGAGTACAAAAGAAAG AAAATATCAGCTTCCATAAAGGCAATAATTTCCAGGAAAGAATCGCACCAAGTACAGGAG AGAGATTAACCCAACCAAAATTAGCAGTCAACATCTTGCTTTAAGGGTAGAGATGGGAGT TGGGGTGCCATTAAAACATCTTTTGTTCGTCTGTCCATAAGCACCACAAAATGCAGGCTG GAACCAAAGACCAGATCTGCTTGATGGACTTTCCAACTTTCCAAGAACTCCAACCCACAA AAGCCTCTCTCAATGATCTTGGCATGACTCAAGTGAGTTCAAACGTGAGAAGAACATATT CCATAGGCCTGTTGCAACTGTGCAATGAAGGAGCAAGTGATTAATAGATTCTGAGTTGCA TAAGCACATGTAGCATCTGTTGACTATTTGGAATTTCCTCCTCATGAGATTCTTCTGAGT CAAGCAAGTGTCTTTTAGAGTAATCCAACATTTTGAATGGTTTGGCACTGCATTATTTTG CAATGGGTTATAAAATCATAGACAGAGCTATAAATCTTCTAAATCGTTGGAAATTTTGAA GATGCTTTTTTAAAGAAATAAAGGAGAAAGTGTGAGTGAGCTGGCCACTTCATCCCCATA AGGAGTATCTCGGTAGGTGTCTTTATGTTTTTCTTCCTAATAAAATGTGTTTGGAAGCAG GAGAAGAACAGTTTGGCATAGGATAATGATGTAATTATGGTAGCATCAACTTATCCAGGA AACAATTATGCTAGCTTCAAATAATTGGCTATAAGATAAATTAGGGCTACAATGTTGTTA TTTATTGGAGGCTAAATATGCATCAGAAAACAGGATTGCTGCTTCTGAATCATTAACCTT GAGCAAGTCATTTTATATTGGAAAAATTACATAAATTAATACATTTTAAAAAATAATTAT TGATTTTAGCGATACTTTTTGTTTATTACCATTTATAGCAATGCTTTGTTAAATCTGTAG TATGTATTAAAAGTGAATTATGTATGCAATATATATGAATTATAATTGCCTTTTGAAATA TATCATGTTTATTTGGTAAAAAATTGTCACATTGTATTATAAGTATATTAAAATGTGTGA TAAATGTATTATTCATCATTAAAATTTGTATTATATTTGAATAATAAATTGTTCTTTGTA ATATGTATTAAACTTGTATTATAAATGAATTAAAAATGAACAAGTGAAAAAAATATTATT GCTATAAATGGTAAATATTTTTTTATTATAGTATATTTATTTAAGTTTCCCTTTTATATT TAAATGAGAAAATTGTTCATAGTCATTTGATCTTCTTATATTTGAGTTATCTATTTCGTT TTTATGCCCTATTAATATCAAAATTATTACTTGATAAAAGATAATTTGAGATATCAATTT TGATTACTGTTAGTGCCCAGTGGAAGACTTAGAAGATGCTTCGAAGGCATATTTTCCGTC CTGGTTGGAGTTAGCAACTACTCCATATGGTTCATCATTGGATACTGCAAAAATGTTTTG GCCTGTAGCGCTTCCTCGAAAAAGCCACTTCAAAGCAGCTGCAAAGATGCGAGCTGTGAA ACCAGAAAACGATTCCCTCAAAAGCATATGCTCAGATTCAGGTGAAGGCACTACTGTGCT GGAGAAAAGTGGAGAGGCTTCCACTAGCAGCGGAAAGATTATGGTGGGTGCTGATGTCGA CATGTCGGTCACATATACACGCGTTGTTACTGCCACAGTCTTGGGCATTTTAGCTTCTAG GTTGCGTGAAGGTTATTTGCAATTTTTTGTTGACCCCTTGTGGAAGGCGCTTACCTCTCT ATCTGGAGTTCAACGACAGGTACATAATCTTAAATTAGTGTTTAGTTGTTCTCCATATCT TTCCTTTATATTCTCCCTATATGCCAAATTTAAACTGGGTTTTTATGGTGAATCAGGTAG CTTCAATGGTGCTTATTTCTTGGTTTAAAGAACTGAAGACCAGGAACATTTCTGATATGG ATGGGGTCATCGCTGGCATCTCAAGTAAATTTAGGAGCTGGTTGTTGGATTTGCTAGCCT GCACTAATCCAGCGTTTCCTACGAAAGATTCTCTTCTTCCTTACATTGAACTCTCAAGAA CATATGATAAAATGCGTAATGAAGCTCGTCAACTGTACCATGCGACGGATTTATCTGAAA TGCTTAAAGATTTGTTATCATCTACCCCAGTTGACTTGGATAATCTCAGCGCAGATGATG CAATTACTTTTGCATCTAAACTTCAGTTTTCAAGTATTAATACTACAGGAGAGGAACCTG TTGAGCGGAACAGTCTGGACGAACTAGAAACATTCAAACAGAGGCTTTTGACCACTTCTG GGTATTTGAAATGCGTCCAGGTAATTTTTGGGGGTGATTCTTTGTAAGTGCTGTCTGATT AACTGGATAAGTGTATTAGCTTTAGTCTTTTGCTGATTTATCACATCATTTTCTAACTTC CAGTCATTTCCTTTGACAACTCACAGAATAATTTGCATGTTACTGTCTCTTCTTTACTGG CTGCTGCTGTTGTCTGGATGAATGAACTTCCCGTGAAATTGAATCCAATTATATTACCTT TGATGGCTTCTATTAAGAGAGAACAGGTAAGTGTTAAATGTTTGAAATTTCCTGAACAAA GAGCACTTGCTATTTGCATGTTCATAATTGTTCATTTTTGAAGGAGGAGATATTACAAAG TAAGGCGGCTGAGGCTCTTGCAGAGCTTATCTATCGTTGTATGGGACGGAAGCCTGGACC AAATGATAAGTTAATTAAGAACCTATGTTGTTTGACATGCATGGATCCTTGCGAGACACC TCAAGCTGGAATTTTGAATTCTATAGAAATAATTGAAGAGCAGGATCTTCTATCCTCGGG AAGTAGCAGTCATAGACATAAATCAAAAGTTCATATGCTCTCCCCTGGTGAAGACCGTTC AAAGGTTGAGGGATTCATCAGTAGACGTGGATCTGAACTTGCCTTGAAGTTCTTATGTGA AAAATTGGGTGGATCTTTGTTTGAGAAGCTTCCCAAGCTGTGGGACTGCGTAGTGGAAGT TCTTAAGCCTTGTAGTCTTGAAGGCATGACTGCAGAAGATGAAAGACTTCTTTCTCAAGC TATTGAGTTGGTCAAGGATCCTCAGAACTTGATTAACAATATCCAGGTCAGTCCCACTGG TCGTAATTCTTCCTTTCTTGCACTTTTTGTCTTTCCATGAATTCTTTTGTCATGCATTTG GGTGGATGGATGTCTGATCTGATGTCGTAGGGACTATGCACAAGAAATAATACATTTTCT GCAACGATGCCCAAGGGCCAATGAAGCCATCTCCCATGCTCTATTTCCTTATTTTATTCG CTAATCATTGAAGATCATTTACAAGAGCAAGTAGGGACACTAGTAATGTTATGTTGGTTA ACAAGATTGGACCAGAGAATGCGATTCAACTAGAAAAATGATTCTCTTTATGAAGCTACC CTTTATTCTGATCTCAGTCCTCTGTGTCCTGTTAGGTAATGATGCCATGATGACTTCTCT TCTCTTTATGAAAAAAGGATTAACTACTCTTTATTTATGTTAATACCTATATAAAGCAGA TATTGATTGCTTAGGTTATCATAAAAAATGTTGAAACTGTAATTCCTTCTCTTAGTAGAT TATTATGGGATGACTCACAATTATTTCTTTGGGGTGGGTGGTTAGGAATTTGTTACATAT ATTTGGTTTTCCTTTGTAAGGAAGAGAAGTGCACAAATATTGGGTTTCAATAACCGAAGT AAGATGATCTCGTTTGGTTGGAATTTGAAGGAGTTTTTTAGTCTCTCTGGGTTGGTTCGT AACTGTATTATTCATTTCTACTTTATCTACTCCTGAAGGATGTCTATATTAACAAGCCTT AAAAACCATGACTGTGTAATAGAGTGGATGGGAACCAACAGTTAAGTTCAAATATTGGAA ACGAAGAATGAAATGTAGTTCTCTTTCTTATAACTAAAGGTCCTATAAATTTGCCGATCT TTGAAGGTCCAATGCTTCCTCATTTTGTTTTTGTATTGCTTACTATTTGAAGAACTACCA GAAATCCTCTCTGATCATAGTTTCTATAGATGTTTCCAGTACTTTTCACGTACCTTCTGG AATTATGCGTTTTTAAAACTTAAATTGAGAGATGTTTGAATCTAGAGAAAAAAAAAACTT TTTCTTTTGTGAAGATGGAATCATGTCATCTTTTTCGCGATGGAGTGTGTAAGTTGTTTG TACAGTAGAAGAGATGTGACTAGTCTGCCACTATGGTTGAGCAGTTTGTGCTTACAAAAG AAAATTCACAAGTGTTGTTGCTTAACTGACATCGGTTAGGGGTATTTTGCTGGAAGGAAA GCAAACTGAAAGGCAAATAAATAGTTCCTTTAAGACATTATATATTTGTTGCCTCTAGGA AGCATAACTGCAAGTTTTTGCAAGAAACAAATTCATCAGAAATGTATTCTCTCCGATTCA ATCTATGTGGCACTGTTTGGTCAGGAACAAAGTTTGAGAAAGAAAGAAAGTCATTTGAAA CTTAAGGTCTAAACTAGCCAAAAATATCGAAAAAGTTGACGTTCTTCTCGCGACAAACCA AAAAAGTAAGTGTGCCACGTATAGGGGCCAGAGGGAGTATTTAACAGTTGGCATTTGCCA CCACTTTGTTACTGATCCAAAATTATTTGTGAAGCCTGATCAGTTTCGTTCTCTATTTCA GTTGGACACTCTCATGATATTTTCCTTGACTTATGCACTGTCGTTGTCTTCTTACTCTTT TTCCTTCGAGTGCCAGGTGGTCCGTTCCATTGCACCGATGCTGGATGAGACATTAAGACC GAAACTCCTCACTCTCCTACCATGCATTTTCAGATGTGTTCGTTATTCACATATTGCCGT GAGATTAGCTGCATCTAGATGTATTACAACCATGGCCAAGTCAATGACATTGGATGTGAT GGGCTCAGTTATTGAGAATGTGGTTCCTATGTTAGGTGACATTACATCTGTACATTCTAA ACAAGGAGCTGGCATGCTTGTCAGTTTGCTTGTCCAGGGACTTGGTATCGAGTTGGTTCC ATATGCTCCCCTATTAGTAGTTCCCCTTCTGAGGTGTATGAGTGACTCAGATCATTCTGT CAGACAGAGTGTGACACATAGTTTTGCCACCCTTGTGCCTCTACTTCCATTAGCACGTGG TGTTTCTCCTCCTGTTGGTCTTAGTGAACACCTATCAAGAAGTCAAGAAGATGTTAAATT TTTGGAGCAGCTAATTGACAACTCTCACATAGACGATTACAAGCTCTCAACTGAACTAAA GGTGACATTGAGAAGGTAACTCCACAGCCACTAATTGTCTCTCAAGTATCTGCAATGTGA TATTGTGATGCCTGCCCTGTGCTGAGCTTTATTGTTTTTTTTCCTTAAAGAACTAATATT TCGGTCTCTTGCTGCAGAGACTTATATATTTCTCTTTCTCCTACCTTGTTTTTCCGTTGT TTTGGTTTCTCTCCAACCATATAAAAAGGGTTAGTGGGACCAAAATCACATTTATCATCA TGCTTTAAGGTTCATTTTCTTATTGTGGGATGATTAGCACTGGAATGTGCCAAAAGAAAT AGCTGAAAAGAGTATCATGCATTTGAACATTGACAACGTGCAATATGAAGGGGGGGGGGG GGGGCGGTGACAAGGTCTATCTTAGGATACCTATTAATGAGGTATTCTTTCGGTAATTGA AATGCTGCAGTCATATGAACAGTATGCATGAACAGCACTATTTGCAACACAAACACCTAC TGAGCTTTAAATGGTCTCTCTGTGCCTGCTTTTGTGTTAAGTAAGCCATTGAGGACTGCT AGACAAGATCATTCATTCTACTTGATTACCCTCTGTACCTGTTGCTGGTGGGAGGATGTA GGTATCCTGTGTAATTTGTCGAGGTGGGCGAAAGCTGGCCCGGACACCACGTTCATCAAA ATAAGCATCCACTTTTAAGTGATCAAGTGTAACATTTTTAATCCGAAACATAGTCCACGC TTTACTCTTATATATCTGTGTACTACAATAGTTTTTTTCCTCATGTTGTCCATAGTTCAT CTGTTTCTAACAGCCACACATAGTTGATCACATAGGTCCCTGTTGGTGAATGTGGTAATA ATAATGGCGACTTCCTCTGCTCTCAAATTCAAGTGAAGGGGAGCTTTTATTTCAGCTGGA TTTCTCTTTTTTTTTACGCATTAGTTTCCTTGCGGGGCGGCCATATAACCTTGGTGCCTT ATTTTAAACACGAGAATACTTTAAGCTAACCCACTCGCGGAAGACCCAAAAAGAGGGGAA AAAGAAAGGGGATGGAACTTCAATTTGTCCTACATAACCTTTTAATAGTTTTTTGGTCCA AGATTCTCTCTTATGTTAATTAGTTCTTTTCTCAAAAAAAGATTCTCTCTTATGCTTTCA GGTACCAACAAGAAGGTATAAATTGGTTGGCATTTTTGAAGCGCTTTAATCTTCACGGAA TATTATGTGATGACATGGGCCTTGGTAAGACCCTTCAAGCATCAGCAATTGTGGCATCTG ATTTAGCAGAGCACATTGCTCTAAATAGTTCCCAGGATCTACCTCCATCCTTGATAATAT GCCCTTCAACCCTTGTTGGCCACTGGGTTTATGAAATAGAGAAGTTTATTGATGGTTCTT TGCTTACCACCCTCCAGTATGTTGGTTCTGCTCAAGAACGCAGTTCTCTACGGTCTCAGT TTAATCAGCATAATGTTATTGTGACATCATATGATGTTATCCGCAAAGATGTTGATCATC TTAGACAACTATTTTGGAACTATTGCATTCTAGATGAGGGACATATTATAAAGAATTCTA AGTCTAAAATAACGGTAGCTGTTAAACAATTGAAGGCACAACACCGCCTCATTCTGAGTG GAACACCAATACAGGTGTGTTTGTGTTATTAGTTCAACCACAACTGAATATTTTACAACA GTTAAATGGGTGCTAACTATAAGTTGACTTAAAATGCAGAATAATGTGTTGGATCTGTGG TCACTCTTCGACTTTCTTATGCCAGGGTTTCTTGGAACTGAAAGACAAGTGAGTTACATC ATTTAAGCTTTCTTACTAGTTCAGTCAGTTAAACTGCACTTCTTCTGTGATTCATATGTT GTTCAATGTGTCCTATAATTTAGTGCTTTTGTTCAACTTGTGCCTCCAAAAAGTTGGATC TGGATGGGAGATATACACAAGGAAGCTTTCGTACTACTTTCTATAGTCATGAACCAACCC ACACTCTTCTTCCCTTCACGTTATCTCTTTACATTCACAACAAAAAAAAATGAATTCAGA TTAATTGGCCTCAAATTTAGGACTTTTTATTCATAGGGTCTGCATTGTGCAGGGAGAGAG TTCCGTTCATGCTAACTGCATTTGTATCGTCAAGCTCCTTAGACACTTTTGGAAGCTTGA TTTATGTCTGTTTGTGTCTGTTTGAAGAGTTCATTAGTAGTTAGCAACTTACTATCGTAG GAGTGCAAATGGTATGTATGGAAGGAAGCAGGCAACAGTTGTCTCATAGTATGCTATATT TCTAACTAGGATACATCGGATTTAATTTGTCCATGACAAAACCATAAAAGAAAACAGATT GCAAGTAGGGTGTTCCCTTGGAACTGTTTCATGGTTGTCATATGAAGCATTGTGATCTTC GCTTGGTACCGTAAGTGGGGTTTTCCTATCATGTTGATATGGGCGTTATGAGTATCTTTC AGAATCTGATGTGGATGCTGTAGTGAATCTTTATTGTGTTGTTACAAATTTCTTTTTGAT CAAAAGTTGTTGATAACAGTTCGCTTTATTTGTTAACTTAACAGTTCCATGCCTCCTACG GTAAACCACTACTAGCTGCCCGGGATCCCAAATGTGCAGCCAAGGATGCTGAAGCAGGTG TGCTTGCTATGGAAGCATTGCACAAGCAGGTGGGTTCATTTTTCCTTGCATATATCCTTC TCAGTTCGGGTTACTTCTCATTTAGACTCTAACTGAAAGAGTTCCCTTGACAGGTGATGC CTTTTCTCCTTCGCCGGACTAAAGATGAAGTCTTATCTGATCTGCCAGAGAAAATTATTC AGGATAGATACTGTGACCTGAGTCCTGTTCAGCTAAAACTCTATGAACAATTTTCTGGTT CACATGTAAGACAAGAAATTTCCAGCATGGTGAAGCACAATGAATCAGATGAGAGCCAAA AAAAAGATTTACCAAAAGCATCTTCTCATGTATTCCAGGTAAGTTGAGAATAGTCTTGAA TCTTGATTATATCTTTTATGGTTCTGGTCTAATATCTCTCTTGTTTCAGGCACTTCAGTA CTTGCTTAAACTTTGTAGTCATCCTCTGCTTGTGTTTGGGGAGAGAGTTTCAGAATCTCT CTCATCTGTTGTGTCAGAGCTCTTCTCTCCTGGTTCTGACATTGTTTCAGAACTCCATCA ACTCCAACACTCTCCCAAACTAGTTGCCTTGCAGGAGATCCTTTCAGAGTGTGGAATTGG TGTTGATTCAGGTTCTGAAGGCACTATTTGTGTGGGACAGCACAGAGTCCTGATATTTGC ACAACATAAGGTAATGCCTTGAGCTTCTCAAGTTACTTTGTGATATATTCTGTTTCTGTA TAGGCGTGGAATTTAACCCAAACCATGCAGGCCTTGTTGGACATCATTGAGAGAGACCTG TTTCAAAATCATATGAAGAAGTAAGAATCGTTCTATCCTCTTCTTTTTAGTTCTTGTAAC TTCCTTTTGAATTAAACTGTGAAACTTCCTACATATCCATGTATCTGTCACACTTACTTT CATAAGCTGTGAAGCATCTTTTTAATATATTTCTTGGGTTATATGTGGACAGATTCTTGG TTGTCATGATTAGGTTTTTGGATATTAGGGGCTATTACTAGTATGTTGAAGCAATTTATA GTGGCAATTTTCTTTTACATAAACTTATACGTTATATATTGACCTAAGTTGCTTGGACTC TTCACATTCAGTGCCACACCCGTGTTGACACGACATGGGTGTGGATGTGGGATTCGTACC CGATCTGATCAACTGATTTTAGGTACTTTCACCTAAATCGACGGAACAACTCAGTCCGGC TAGGTGCAATGGTTTCTGTAATAAAAGAAAAGCTAAGGTGAAATTGAATGAAAAATGGGA TACATTGTATATAGTTTGGGTGTCACTCCTTTTCCTTCATCTCCTTTCAGGATTTTCCTC GTACCATTATTTTCTCTTCAAGCTTTCCACATGATATCTCATAAAGTAGTATTACTCTAC GTTTAGATATTTGTATTATTTTAGCCGAATCTGTATTCATTAGTCTTCAAATTTAGATCA TGAAGGATAAAACGTCTAGATCCACATCTATATCGGACACCTGCACCCAAGTCTGAGCAA CTTAGATATTGTCTGAACATTTTTTTTTGGAGGAAGTAAGACATAATAAAGAGGTTCTGA CCAAAATTTTCCCTTATGTTTCACCATAACTTGAACTTCATCCTTACAATATTTCAATTA ACTGAAAACAGAACGTCTCTTTGATAAGTTATGTATCCATTTCTATTTCTAATGTAAGTT AAGCCCATTTTCCCGTTTGGACAAGTTCTCCATCCTCCAAAAGAACATAATAATTAAAAT ATCAGCAATCTCAAAATTCTTGTCCAGCGAAATCTTCATCTTCTGTCATTTTCTTTGCCA TGTTCTTTTGCCTTGATATAATAGGATGATTAAATAATGATGTGGTATGAATTCTTGGAT TGCTTATACTGGGAATAAAATTTCAGTCAATCATAAGACTAAAGTCATATAAGTTGTTCA ATAGATGTGCCTGGGAGAGAAACATAACCACCTATAAACTTGTTGACTAAAGTCATAGTG CCCCCTTAAACTTGTCCAGATCTTCCATTTTTACACATTATCAGACTTCTTTTCCTGTTA GACACTCCAATCTTAACAAATGTGTACCTATTAAGCACCTCACGCTGATGTCAATGTTAT AGTGTTATTTTTCAATTTACTTCTTCTTTCTCATTTATATTTTCTTAAAAATAGTTCCCT TCTTTCTTCTTCTTTCCAGTCTACCATAGACCACCATTTTTTAGTGACCGTTCACCTCCA TTTGTAACTTCTTCTCCATGAAAATTCATCGGATCACTTCTATTTTTCATTAAGTTTGCA TTCGCAGCCTCCATCGATGAATTTTTATCAACAAGAACTCCAGAGGATGTATGCTAACAT TTCAATGGTGGCCTGGTTACTGGTTTAGATGGTGGATGAAGAAGAACGAGATTCTTGGGG AGGAATAAGAAGGGGAGGGGAAGACCTGGGGAAAAATTCAGGTGGCTTGGGGGATGTCAA TGGGAGGGGCGACACTGATAGGGAAGAAGGGAGGGGCGATTATGATGGGGAGGAAGGGTA AAGTTGGGTGGATAGGGTTTCATTTTTTTTTGTTGAAATATTTTTTCAATTTGTTAAATT GTTTTTCTCAAAATTAATTCTGACAACTTTTTTAGGCCTTTATGCAACGTGTCATCATTT TTATTTCCCTTTGCCACACTTCTCGATAGTGAGTTGAACGTACTGTGTTATTTGTACCAG TAGTCATTTTCTGTTTAATATGTATATATGTGTTTAACTGGTTAGAGTGTCTAAGAGGAA AAAACGTCTGTTGAGGTGCCTAATTAAAAGATGCAGACAAGTTTAGAGGTCCGCTTATGA TTTTAGCCTTTCTTGTTTAAATGAAGTTTTATTATGTTTTTGACTCTAGCTGGTTCCAAG TCATGACTGTTCATCAAAATGAGCGACTCCTTCAGTCAAATATCATACAGTTTCTACCAT GTTACTTTATTAAACCTGGAAAGTTCTGACCTTCATGCAAGCAATTTCTATGATCTGTTG CTCCTGGAAATTCTTTTGTTAGCGTCCAGTCATTTTTGGTATCCAAGATTGTCTCTGGAT ATAAATTGGACTTTGTATGCCATATATTGACTTTCACAATTAATAGTTTTACTATTGCAC ATGTGAAGGTCTTGAAACTGGAAAAAACAGGTAGAGGATCAGTGATGAACCTACTTTGAT CGAACACTGCCTTGAAGTATTTGAGTCCGTTCCTTGTGCTTTGAAACTCAGTAACTAAAG AGATTTTCTTCCTTTTTTGAGCAGTGTTACTTACTTGAGGCTGGATGGATCAGTTGAACC AGAAAAGCGCTTTGACATTGTTAAAGCCTTCAATTCGGATCCTACTATAGATGTTTTATT GCTTACTACACATGGTATGATTCTACATTTTGGCATGGTTTCAATACAGTTGAAGACTTG CGCTCACGTACGAAAATTGCTTGCAGTTGGTGGGCTTGGTTTGAACCTGACATCAGCTGA TACCCTTGTGTTCATGGAGCATGACTGGAATCCAATGCGAGATCACCAGGTATAGAGATT TAACCTTTTCTTTGCAGTTTTTGCCCCTGAATATTGTCCAGAACCATGAGCCACATAATT CTTTGGCTCATTTTTAGCCCAGTAAATACAAAAAGTACTTACTGCCACTGGGTTTTGGTT TCCTTTTGTGGTTTGGAGAATGGGGGGAAATTTTGCATGGTAGGTATGAGAAAGTCTCTC TATCTCACTACAACTAACTTTGAATCTTATGTCGAGGTTATGTGTTTCTTACCTCTTGCT TGACTTTGTTTTACTGTTATTTGGTATCAATATCCCTGGATTATTTTAAGGAGGGAGAGA GCTTGTTCAAGTTCTTATTTATTTTAGGTGTTCTGCTTCCTAGATGGCAAGACCAAGTCT GCGATAATAAAGTATGGAGGTTATTTGTTATTTGCTATCCACCCATGTCCCTACTTATCC CATGCCTGAAGAATGACTTATGGAAACAAGATTATTAATAGAATAAGTGATAATCTAGAA AGAACCCAAGGGGTGTGGAGACCCATGAGGTCTCAGGTTCAGTTTCCAACGAATGCAAAA ACAATTACCCTGTTCATTGTTACTGTAAATTAGTCTTAATGACGCTGATTAGTTTTTGGT GTTATTTTTGAGGATTTGGTACTTATCAATCCTAAATTTTAAGACAAAACGGATGTATTT GCCAAATTTATGGTTATCTTGGGTATTGATTTACTTCTTGCAGATAATACATATCTATGT TGGGTTGTTAGATGTGGAGTTAATATATTGCAAGTTGTTGATGTTGTGCTGTGTTGATCT AGTCAGGCATTCATTCTTGTTGAACCTTCTCATGTCTGATTGCTCAAGATGATATGGAAA AGCAGGATAACTTATTTATATCGTTTTGTAGGCTATGGATCGAGCTCACAGGTTGGGCCA GCGAAAAGTTGTGAATGTGCATCGTCTCATTATGCGAGGAACCTTGGAAGAAAAAGTAAT GAGTCTCCAAAGGTTCAAAGTGTCTGTTGCCAATGCAGTGATCAATTCAGAGAATGCAAG TTTGAAAACGATGAATACAGACCAGTTACTTGATCTATTTACTTCGGCTGAAAGCAAAAA GGTGATTTAACACTCAGCTTTGAATCTATAATCTCTCTATTCCTTTAGAATTTGATATGT ATGCATGCTATTTAACTGACAAATGCCGAATATTCTCAGGGAGCCAGTAGATCCAAAAGA ACTGATGAAAAATCTGACGTGGACTCAATCTTGCCACGTAGTGGAAAGGGATTGAAAGCC ATTCTCGGAGGATTGGAGGAGCTTTGGGATCAGTCACAATACACAGAGGAGTATAACCTG GGTCAGTTCTTAGCTAAGCTTAATGGATAATTATGTAAGCTTCTTCGCGCCATTGCATTG GAGAGTATGCTGAACAAGGTAGAGTGATGAGATGATGCAGCTGTGCGTTCCATGTACAAA GTGTACATTCTTTGAGTCTGCCCACAATTTTGACGATTAGAGGTAGTTCTCTTTTTCCTA TTTATATTGTTTTCGTTTTAATTTTTCGTGATAATTCTAGACAGTGAATTACATTTTTGG ACTCCATTGACATAGAAATAGTTTATAGCGGAGCACAGTTGTGGGATGGCACAGATGATG CCCCTCTTAGGAAAGCTGACATTTGTAAATCTTGGATGATGTAAATACATTCAGCTTTTC ATTATTCGAAAATGAATATTGGTTTCATTATGGCCTTTTTTTTTTCTTTCTAATCTTTTG ATAAATCACATTTTGAAGTAGTAGCTCTTTTTTCCAACATTTTTGCTGTTTCAACTGTAT TAAAACTGTCAACAATATGACAGTGATGAAGATATATGAGGTTGTAAAGGATAAAATAAG GCGATGACACGATTACACATTAAATTGATCATTACACAAAATAGGCCTCTTGTTATTGCC TTGTGATAAATTTAATGATACGATAAAATTGAAGTATCAATCAATAGAAACATTGTATGT AAACCAACACAACACTCAAAATCCAGAAGATACCTTGAAAAAAAAATAGTTGGAATTTGC AATCTTTGAACATAAGACAAGTTACATACTACAAAAGGGAACAAAAAAGAGAAGGAAAAA AACCAAAGGATTTTTTTTTTACACTTGCATGAACCACAAATTAATAGAACAAACAGAGAA AGGAAGATAATAGTAATATTTTTAAATACTGAATTATATTTAACCACATATTCTTGGTAC AGTCCAAGTTTGTGGCCTTAACATCTTTTCATCCCCATTCAAAGTGACATACTTTTCCCA ATCATCAAGTGCCATAGTTAAGTCATGCATTTTATTACCAATTCCAATACAACAATTTGC ATGCATTGTGCAAACAAGATTAAGATCTTTGCTTGGCTCACAAAATCCTCCAAAAAAAGC TGTATCCAAGAACCTAATTTTCAATCCAATATCTTTGATGAATGGGTTGTGTTTGATCAT GTTGAGCACATCTTGATCATGTTTTCCTGGATAAGCCTCTCTTGCTTTGTACCAAAATTT GTAAAATTGAATGGTACGTTCATTTGATTTGACATAATTGAAACCTCCATTTGGTGAATT GTCTAAGTTTGTTGAATCAAACCAGTAATGGTCACAAGCAATTTGGAAATCAGCATCCGG GTAAAAATGTGCAAATGGTTGTCGAAACCATAATATATCAGCATCCTAAATCCAAACACA CACACAAAAAAACTTTTATATTATATAAAGTAATACACACACATAGTTCCCTAAGTAGAA ATAAAATCAATGTGAAACTTGTATTTCCTGTTTTTGCTAGTAAAGTCATTTTCTTTCATT CATTAAGAAACTTGTTTTTCTAGAGAAAATATTTTGACCAACCAAACATAAAACAATTGA AAAGCATAAGGGATGACATGTTCTTGAAGTCAATTTGAATTAATTTTTTTTTGTTAGCTA GTTCACCAATTAATGTATAGGAATTATTAGTATGTTTTTTCTTAGTGATATGATTTAATC TAATGATTTTCTTTCATGGTTGGTATACAACTATACATAGAAGTAAAACTATTAAGATTT AATAAATAGATTTAAATTCGTTAGTAAATTTCATTTAGACACTCAAATTACGATTTATTT TAATTGAACACCAGAGCATATGATGACGTAATCCTATTAGGCCCTCAAGCTTTTTCGTGT GTTCTCAAGTGTCTATTACGTGACACTTAAAATATGTCACCTCCTTTAATTATATGCATC AACCTCAATAAGTCGTAAAGCTTCAAATTTGTTCTTATTGAAGCAGATGCGTATAATTGA AGGAGATAACACATTTTGAGTATTGTTTTTTCAAAATTTGAATCGAAATATAGTCTTTAT AGAAATACTATTCAGCTGCTCAATTAAAACAATTCGTAATTCGTGTCTAATTGAAATTCA CCCATGTACTACTAATGTTTAATGATAAAGTGGAAGGGAAGAGTATACATACTGTGAAAA TGAAGTTGTATCCCATCTCAAGAACATGTCTTAGAAAATCAATCCTTCTCCACATCATCT TCAAATAATCATCACTCATAAAATGTGCTTCACCAGAGAAATCAACATCTTTTGTAGTGA GTGCATAGCAATGAACTTGTTTTTTCTCCAAACATCTTGAATATGCTGTTTGGTCCAAAC ATGCAACTAAAACATGTTTCAACAGTGATGTTGTTTGGTTCCCAACCCTAAAACTTTTCA AAAATACATCAAATATTGAGTTTGGTTCTGTCCATGCTGCATTTAATGTTGTTATTATCA CTGTTTTGTCTCCCATTGCTGCTTTTTCCAACACTTCCTCTAACTTGCTTTTTTGCTCCT TATACTGAAAAAATATACACAAACTTTTTAATGATTTACAAAGTTCGAGAACATTCTCTC CACCTATGAGGAGAAGTAAGGTCGTCCATATCGTGGGATTTATTGAGTATGTTGTTGTTG TTAGATAGCTACAAGGTCCGTTATAATAAATATTTGGGATATTTTGAATGGTATAGTTTT AAAAATATTTTTCGAATTTATAGCTTGTGTAAATTTAAGTATAAGTATGCATGTACTATA TATATACATAATGTACCTAGAATATGCATACCTATACATATAATATACATAATGACTGTT ATATTTTGTATATTTATAATTACTATGTTTGGCCAAAGTGACCTAACTATACGCGTCACA TAACTTGTGGAATATTAAGATGCAAAATTAAAAAATACAAACATGTACCCTACAATAAAG TTATTTACCTTGAGGGAGAAAAAAAAAATTAAAAACCAACACCAAATAGTGACAAAAGTG CAAATGACCCGAAATAGCTCTCTATCATGATTTTTTTTTCATATACAGAGCTCAAATCAA AAAATTTTAATTTAATTTAGTGTTTGAAAAAATCAAAATTTGAAAATCTATCTTGAAATA TCTATTGACCTTCAAATATTTTCATATTTTGGGAAAAAGTTCACTTCACTTACAAAAATT TAAATATTTTTCAAGTAGAAAGAATATTCAAACATAACTTAAAAACTCAAATTTTCAAAA TGTACGAGCTAAGAAAATAATATCAAATTAAACAATTTGTATGGAGCGTCAATTTCAAAA TCTATAACGAAACGTCGGCTAAAATAAAGAGATTTGATCCATCAACCCAATGTGGATGTC CATTTTAGTTTCAGTCTACAATAATGTCTTGTCAAATATAGTTGGTCCTTTAATTTTTGG AAAATTTATTTTGGTAATTAGCAGTTGGCAATATGACAAAAGATTTCAACTTGTATTTGA AGAAGACATTATAATAATTGAATATATAATGGCCTAAATATTTGCAATTAGTCAATTTTG GAAAATTCTTCTTCTACTTTTCTGAGTGAAAAATAGACATTTTTGTAGTTGTGGTCCACT TGAAAAATCCAGGACCATTAAAAAAAGTAAATAATTGGGGCAGTCACATTTGTGAGATTG ACGTATCTCATGTTTAATTAAGGGAAAATTAATGAAAAACTAATAAATTAAAATAATTGT TATAATCATTCTTTGATTTAATTGTGTTCCGTGATAAACTGTTTGTCAATCACTTTTCTC TCTCAAACTCTCGCTTTCTACTCTCCTCTCTCGCTTCATTTCTCGTTCGCTTCCTCTCAC TTTTATATAAATATAAGTGTATAAAATCCGTTTCTATTTGTATAAAGTAGAGGAAACTGT ATAAATACATATGTTTTTGTTCTCCTCTCTCCCCTCTCCCAGATCTCGCTCTCCACTCTC TCTAATATCGCTCTCCACCCTCGCCTCTCTCACCTATACAGATAAAGGCGAAATGTATAA GTTGTGTTTCTGTTTGTATAAAGCGAAAGAAAATTGTATATACACGCATGCAAATACATA TATTTCGTCCTATACACTTATAATTATACAATAAAAATACTCCCCTACTCAGTTTATTTT GTCTTTCTCTCTTTTTCATTTTATACAAATTCAAATTGTATATAATTTCTCTCTTTCTCG TTTTATACAATTCGATTCAATTGTATATTCTTTGCCCAAGTTTCTTTTGCCTTCCTCTCT TTCTCATTTTATACAAATTCAACTGTATATAATCGTTCTATACACTTATAATTATACAAT TCGTTTTATACACTTCGTTTTTATACAATTTTCTGGCCAAATCACTTTCTCTTTCTCGTT TTATACACTTCATTTTATTTCGCTTCAATTGTATATGTATAGCGAATTATATATTTATAT GTTTCTATGAAGTGCAGTTATGCAAATTTTGCTATATACATATAAATATGAATTTATTTG ACATATATATGAAAGTTTCCCAATAATAAATACGTAAAAATTAATTTTGGTGATTCATTA AGTATGGATTAATAATGCACGGTATCGATTTGTATCGTTCGATCAATTAAATTATCAATA TAGATAAAATATACATATATACACTGATGAATATATAATATATGTTAGAAAAATACTATT TATATATATAAAAAAAATCTATTTAATTTATCATTTGTGGATGGAGTTTGATAGAGAATT TGCAATTCTTGCATTCAATTCATTTGACTACATTTAATTAGCCTTAATAATTTAGCCCTC TTTTAGATAAATAATCTTTAATAACTTCTTCATTGTCAATTTAATTCTTCATTTAGGAAT TTCCCAACAAAGTATTTTTCCATATTAATTGGGAGTTGGGACATTTTTTTGCTATTAGAA GGTTAAAAGAGTTGATTTGGATGATTTTATTATTTTTTTTCACAAGTTAAAAATCATAAC TTTAGAGATTTTAGCTTTAAAAAAGTACTAGTTATAAACTTTTTTTAAAATTTTATTCGA ATACTTTAAAAATACATAAAAGATATTTAACTTAACATACTTAAAATAATCCTTTTATTA ATTTTTATTGCTTATATACTAGACATAGAAGATGAAGTATAATCCTTCATTCTATATTAT CTTGTTTTTAGTTTTCTTTTTGTTAATCTTTGTTATCATCTGTGCTCGTAGTTTTATACT AAACGAATTTATTAAATCTCGAGGGATATATTAATATATTGGGTGAAATATTCTTAAAAT CAATATATTCAATATACCTTAAACTTTGAAGAAATTTTCTACAAATTTTATGATAAAGTA TTTTTCATAAGATTTACGATAAAATATTCGCTATCTAATATACTTTCGTACATAAACTAC ATGGCCGTATAGCTTAGGGCGGTAATTTTATCCCCAGAATTAATAATTATGTACAACAAT AGCATAGTTAGTTTAATTTTATTCCACTAATAAAGAAAGAGACGATATTTCTCTCAAATT AAAAATTAGGGTGTAAAATGTATTCTAGTTATTATTAAGTATTAATAAAAAATAGTTAGA GAGAAATTTCGTCAAAGAAAATAGGAAGTATAGTCATATATTATTTTAAAAAATAAATCT TCCACTATAAATGTTTGAAATTCTTTTTTTTTTCCATCTGAATTCGAAATTCATATTGGA GTCTTGATAAAATTTAGTTCGAGTATTACAGGGCTCATTCGGGGTGACACTCACAACATG ATTTTCTACGTGCCTTAGGTTTAAACCTGAGACCTCTGATTAAGGGTGAAACAGTTCCAC TACTGCACCCAAGGGCGAACCCACATTAGGTCCAGGGGTTCACCCGAACTTCCTCGGTAA AAAAACTACACGATATATATATATTGAACTCTCGTAATACCAAAGAAAAATTGATGGTGC AGTGGTAAGTCTCTTTGAAATTGGGTTTCACGTTAGCAATTCAATTCCCCATGATGCCAT TTTATTTTTTTATTTTTTAGTTTCAGTTTTTTTTTTTAGTTCAAGTTCTTTTTAATTTAA AAAAAAACATGCTAAAAGTGTTGTTTCAACCCCCAAAAGAATTCAAAGGTCCATTTCTAA ACGAAAATTCTAGGTCCGTCATTTACTACATCACAATTTTGTATTGATATAAATGTTGAA GTTCAACTATATATTTTTTATTTTTTACTTGATCTGAATATTGACAAGTTGGTCCATACA TTAAAAAGTCTGTTATTTTTTACGTAGATTATTCTTCTTAAATAGGGAATGCGTGTAGGA TTATAATATATATATAATTTTAATGACTTATTGAAGAGAAAAATTGGTTGATTTGAGCTT GTTCTTTAAGAATTAATTGATTGATTTGAGAAGATTATTCTATCAATAAAGTAGTAAAGC AAGCTTATTATTATTATTATTATTATGGTTATTATTATTGTTATTACTGTTGTTCTTGTT ATTAAAATAGATCTTTCAATATAATTTTTGAAAGTCTACTAGACCTACAATTTCTTTTCC TCATAATTATTTATTGACAATTCCTACGCATGATTAATTCATTTGATATAGCCATATAGG GATATAATAATAGTACTCGTGTCTCAAATTATGTGTGGTAATTTTTAAAATTAAAATATC TCACATTATTTGTCATTTTAAAGTCCACACAAAATTAATTTTCTTTTTTTTTGTACCGTC AATATCAATAGTCCTAGAAGCTACAAATATCTCATAATCTCATAGTAGAGTAAATATTCA CCAAAAGGATTATATATCAAAATACAACTAAAAATAAAATAATTAAAATTAAAATTTCTT AAGAAATATATAAAAAAGAAAATAAAAACAGATAATTTAAAACTTGGTACGTTGAAAAGT CTGCTTATTTTCATACGTATATTATTCTTCTTTGGAAATGCGTGAAGAATATTCAATTCT TATTAGCAAACTTTTTTTTCTTTTCACTTCTTCTCATTGGTTGATTTAATAGATGTGACA TTTACACTTTTTTGAAAAAATATAATGACCTTAAAAGTCTCATTTTTATCACTCAATTTT TCAGAATCAAATATATAGATTCATGAAGATAAATTTTGTAAAAATAGAGGACGTTATCAA CAATATATAGTGTAGTCTGTAGATAATGGATTAATCAGTAAATAATATAAAGAAATTAAG TATGATAATGAAAGTTAATTCAGATTTGGTTGTAATTAATTGGGATTTAATTAGCACATA CGTTCATCAATTTATCTAAGTAAATGCATTTGTTTGACAAAGAAATAATCATTTATTTTA TAATCTTTTCAAGAAGTTTTAGTTATTATCTTTTTTAAAAAAATTTCAAAAGAGGTTTTG TCATGTTCGAGGTTTGTTCTTAATTCATTCAACTCATAAACATTATTTTGCACGTGTCAG CAATTCATGTCTAACAGATACATACAATAATAAAATCTTTTAATAAAAACAAGTTCAAGT TCTAATATCAAAGAGAAAGATGCAGATAATTTGAAAAGATCGTGAAGAGAGGAAAACTTA CTTTTGAAACATTTGCGGTACTACTATTGTAGCCATGACGCGAATTTTCTGCTGCCGAGC CATTTGTGTTTACATAGTTCGAGTCAAAAGCAAATGAAGGAGCATGTTTATATGAGTGAA TAGGAAAGAATTGGAGAGAGTAGTTATTAGAAGAAGAGTGATAAAGAAGGAGAGATGAAA GGGTGATCGCGATAAACAAGAGAAAAAACTTCACAACGTTACGTAAAGAAATTATTTGTT GATGGTGGTTGTGGTGGATGCCACTAGATAACTCATTCAACAATTTCTCTTCATCATCTA AGTTGTTGTTGATTCCTCCTCCCTCTAGATTTGCCATTAATTCTTGTTGGAGAGTTGATT TCTTTTGGCAATACAAATGATACATATATATATATATATATCTTAGTCAACTATCACTTA ATATTCTCTATTCTAAACTAACTTTCATGTATAGTGAGAGTAAATTTTACAAGTTTATCA ATAAATATTTATTTGACTATAAGAGTAAATTTTCTTAATTGCTTATTTAATTATAAAATT TAATCAAATTTGAAAATTTGATTTTCATTCAAATTCTCAAAATTAGATTTTTGTACCTTT CACTCATGAAACTTCAAATTATTTAATTATCTTTGTCCTAGTGTAACTAACCAAGAAAAA GAAATTACCAGATAATTGGATCAACAGTAAGTCGCATTATAGGGGTACTAGTGATGCATA GTGTCCCTCTATTTAATTAAATGAGCGTACTCATAAAACGTAGTGTATATTTAAATTATT TTGAATAGTATAAAGTTATTTCATTTGGAGTTACTTGATATTTAGAGTTAATAACTTAGA TGATCACTCAGCTATCAATTGTTTTCACAGAAAGTCATTTAATTTTTATTTTCAACTCAA AAATCACTCAATTATAACTTCTTTGCACAAAAAGTCACTCAACTTTCATTTTCAACTCAA AAGTCACTCAACTATGAATTATTTGCACAGAAAGTCACTCAACCTATTTAATTGTTTTTC ATTAAAATTTACTTACATAAAATTTTAGTTATTAATCAAAATTTTAAGAATCAAATATAT ACCCATTTAATGACCCACTCTATTTAACTCGACCCGTTAAAAATATAATATTGAACATTT TATTTTACTATTAATTCCCTAAATCATTCTCCCTTGTCTCCCACATTCTTTTAGGGAATT AATGGTAAATGAAATGTTAAATGTTCAATAGGGAATGATTTAGAGAATTAATGGTAAAAT AAAATGTTTAATATTATATTTTTAGCGGGTTGAATTAAATGGGCAGATCACTAAATGATT TAAATGGATATATATTTGATTCTTAGAATTTATGTGAATAATTAAAATTCATGTCACTAA ATTTTAATGAAAAAAATAATTAAATAGGTTGAGTGACTTTCTGTGCGAAGAAGTTATAGT TAAGTGACTTTTGAGTTGAAAATGAAAGTTGAGTGACTTTCTGTGGGAAGAAGTTATAAT TGAGTGACTTTTGAGATGAAAATGAAAGTTAAGTGACTTTCTGTACAAAGAAATATTAGT TGAGTGACTTTTGAGTTGAAAATGAAAGTTGAGTGACTTTTTGTGAAAACAATTGATAGT TGAGTGACCATCACAGTTATTAACTCTTGATATTTATTGTTGGTGGAAGATAACATGTAT ATCTCATGAAATTAGTCAAGACGTACGAAAGATAATCCAGACACCACAGTAATAACAAGG GAGGGGAAGGGAAACTGGTGAAGAAGATTATAAGCTTAAGAATCGAACCTTTACCAATAA AATAAAATTTCAGATAATCAACCAACTAAATTACTACAGTTTTCCGATATTATATTGAAA TTTATACTATTGTCTATTTTTAATCCCCCCCCCCCCCCCAAGTATAGTAGTACAATTTCT TTGTTGAAAATTACCATATCAACCAGTTGGGGAAGTGCATTAGAAAGACTTGTCTAGCTT AATATCATCACTAATTACCAACCATAATTCTCCTTAATTAATATTTGGATTCCAAGAGCC CAATTATATTTCTTCAATTTAAGTTGAATACATATATTTGCTTATCTATGTAATAAATCA TTAATAATTTGAAGAGATATAATTGATTAAAGTTAATTAAAACAATAATGATGACAAGAA GCTGCCACAACGCATTAAACAAAAGAGGGAAGACATTTCAAAGGCAACACTAACAATGGT TCTGGGTTCCGACTATCGAGGTTTGTGATGAAATAAATAAGGATTCGACTGTTAATCACG ATAAATTTTATCAATTATTTTAGTCCTTTTTTTAGAACAGCTATTTAGTAGATAATCATC TTCTTTTTTTTATGACTTATTGATTTTATTACGATCTAAAGAAGTTTTTTGAGTAATCAG TTAAAATATTTTTTTAAAAATATTAGATCATGATCTAACATTTTGAAAGTTATGAAACGA TAGATAACAAATTAATGTTTTATATATATAAGATTGAAATAAGAATAAATGACAAAATCA AAATAAATAATATTAAAGGGTATCTGCATAAATAAACTATTTAATTAAAAGTTTCAAATT TAACTTTCACATGAAAAAAATTCCATAAGAATTGCCTTCCCCATTTAATGGATCTTACAT AATGTATATTCAAAACTCTAATGTTTTACCATCTTGTTTTCACTTCCTTGCTATACACTT CTCAATTACATATATTTTTGATTTCATCTATATTTTTCAACTTTTACAGGTTCATCTGTC AGCGGCGAAGCCAGAAGTATCACAGAGGATGTCCAGAAATAGCACAATAAATTGAAACGC ACGAGCACTTTTTCATTCCAAGGAGGAGAAATCATTGGACTATAATAGCTTGTTATGTTA AGGGTGTCCAAAATATGTTATTTGATCATTTCGTATATCACTTTACTTGAATATATAAAT TTTTTTTTTGACAAATTGAATATCTTGACCACCATGTGGCTATGCCACCGTCAATTGCAA CTACTATTTCCTAAATACAGAAAAGAATTTTTTTAAATTGAACTAAAAAATATATGCCAC ATAAATTAAAACACGATGAATAGACATCTTGTCCTCTTTCACTATAAAGGGAAATAAAGA TGTAAATTTTGTTAGGGCAATATATGAGGTTATAACCGTTGACTTTTTACTAACAAATAA AATGATTAAAAAAGATTTAGAGAAAAAGAAGGTTTATAAGACACGTTACACAAAGTCATT TGTATTTAAGACGTGTTTTACTGAATTTTTTATTTATATTATATTAGAAATAGACACCAT TTTGCAGTTGATTGGTTTATTATTTTTATAAAAATAATATTAATAAGAGTCAACTTTATT CTTCTTATTAGAAAAAAAATAGGGTGATTCAATTAATCATAATAAAATATCTTTGCGTGA ATAAGAAGAGTCTTAGCGCAATTTAAGTCAGATTGTATTCGAATAAATTATTTATATAAT GTTTTTTAAAATGCAATCCTTTTTCGAATCTTGCATCGATTATGCACAAAGGAAGCAATG TGAAAGAGTTTAAAGGAAGCTAAATTAATTTGACTTCTAAATGGTTGAATTTGCATCGAT TAAAATACTACGTATTTTATCATACATTAAAAAATATATTTAGATATATGTAATTTTACT GCCAGATACCTAAAGGAAGAGAGGCGAGTAAGATTAGAAAGAAAAGCAAATGAAATTCGT ATATATCCATGAATCACACTAGATATATATTTGATACAGTTATCAGTAATGATCATTTGA CACTTTTGTATTGCAAGTAATAAAGTATAATCTTCTAATTCTCTACCTCCTCCTTTTTTC TCCTTATTCTTTTTCTATGTTTTAAGCTCGACTTTAAAAATCGACTTATCGTAAAAAGAG AAATAATTGTGTGGGGTGAATAATGTATTAAAAAAGATTAAAATATTGAGAGGAGCTCAT ATATGAATTTTACGATTGTTTAGAGGAGATTTGAGTTTATGAATAAAAATCGATATGTAA TGTATCCTTTATTGTATTTGACAATGTATATGTATATGTTTATACATCTCTGATATGTAA TTATACATTGCTTCATCTACACAAGAGTATACGGTTTATATATAATATCTACACAATATT ATATATATACATATTGATACATCGCATATGCATGACTATTTGATTGAAAATAATTTTTGT TGCACGTAGATATACCGCTAATTTGGGCTATTTGTCTACATAAATAAAAGATTGGTTATA TTTAATGTAAATAAAATTACCTTATTATATATTAGATGAATTTTAGGAATTACATAGTTT TAATATGAAATTACAATTTATCCCTTTTTAATTTGTAATTATATTAATCCCTTAAAAAGT AACACAAATCGGATACATTAATATGCCGCTTAGATACATTATAACATAAACTAGATATAA TTTATGTAGCTGTGATTCATAATATGTAACTCAGATACATTAAAAACTAGTTCGGATAGA TTATAAAATAAATCAGATACATTAATATGTAGCTCGGATATATTATAACATAAATTAGAT ATAATGCATGTAGCTCTTACATTATATATAACTCAGATACATTAAAAACTAGTGGATAGA TTATAAAATAAATCGGATACATAATATGTTGCTCAGATATATTAAATACTGGCTCAAATA CAATAATATGTAGCTCAAATCTATTAGAGAAATGAGGGGTTTTAAAAATAGTAGAAGATA TTAGAAATAAGAAAAACATAAAACGTGTATTTCAATAATTTTTTCTTCTACATTTATAAT TTTTACCCTTCAAATTCAAACTGAAGAAAAAAAAAAGGAAATGTGAGGACCTCATGGAGC CCCAGTTATTGAGCTGCCACATAGAGGCCCAACAAAAGAGCTTAAATTTGGCCCAAAGTG GGCTAAATAGTTCATGAAAGTTGTGATTCGAACTCCTTATTTATAATACGAGTGAATTTA TAAAAATAAATATATTTATAGCTATAAAATGTTATTTACAATAAATGATTTTGTATAATT TTTATTTTTTTTATTTATACATTAATACATTTTTAAGTACAAAAAACTAAAAACGTTAAT TGACTTTAAATATAACCCCTTATCCTTACATTACGTCCATACATTGAGTAACTTTTCATA ATTAACTTTATAACTAAATTTTAATTATTTAATGATATATCAGACCATATTCTTTAGTAT TTTAACAAAAAATGTGATACATCATACTCAATTTTCTTGTTGTCTCCATATTTCTTATTT TGTCGTTGTAAAGGTATTTATATACTTTTTTTTGTTAATTCAAGTTGTAACTTGTTGAAT TTGTGAATGAAGGTTAAGTATTTCGATTTTAAATAGGTAAATTACATGACAATAGATACA CTAGTTATTAAGCAAAAAATGAATACACCGATATAAATACAATGAATACATTGTTCTTAA ACACAAAAATGAATACGTTGGATACAACTATACTTGTATTCTCTTTTCAACTTTTTATCT TGGATATATTACTTATATATCTAGATATAATTGTCTTCGTAATTCAACATTTTAACTTGT GCTTGTATAATACTACCAGTATGTATGTATATAAATATAGATACATTTCAACAGTGTTGT TAAGTAAAAATATGGATATTTTATACAAACGAGCAAAAAAGATACAATTTGTGGGTATCA AACTATATAAGTATGGATACATTAGACAAATGAGCAAAAAAATGTAATTTGTGGGTATCA AACTGTATAAGTACGAGATAAATATGTAATTAATAAGTACCTGATGGATACCAAATCACA AAAATCACTCCTGCAGTGACTTAAAGTATCTTGAATTTGAATGAATTTAGGGGGTGGGGG CAGAAAATATGTGATTTATGAATAATGATGAAAGAAAAAAACTTGATAATGGTAAACATG GAAAAAGATCACAGATGTGTCTGCCATACTTATTTAGGCATTCAATTATAATTACTTTCC TATTTAATATTTATTTATTATATTAAATATATATATAAAAAAACATTTATTTGCATAGAA TTAAGTTTGCTATTTATAGTCTGATTATATCCATATAACATGGGGAAAAAAAATATAGCT ATATTTTTTTGAATATGTATGGATGTTTGCCAAACTAATAATATAAAATAAATATAGTAG CTACCCTGATTTATTTGTGTTCCATAACAAACTGTTTGTCAGTCCCTTTCTCCCTCATAT TCTCGCTCGCCACTCTCCTTCTCCCGCTCGCCTCTCTCGCTTTATACAATAGAATTGTAT AAATTGTGTTTCTAATTGTATAAAGCGAGAGAAAATTGTATAAACGCATGCAAAACATAT ATCCTCGTCCTTTACATTTATAATTATTCAATACAAATATTTTCCTGTCCAAGTCTCTTT TGCCTTTCTCATTTTATACAAATTCAAATTGTATATAATTTCTTTCTTTCTCGTTTTATA CAATTTGATTCAATTCTATATTCCGTGCACAAGTCTCTTTCTGCCTTTCTTTCTTTCTCG TTATATACAAATTCAAATTGTATATAATTTCTCGCTTTCTCGTTGTATACAATTCAATTC TACCTTTCTCGCTTTCTCGTTTTATACAATTCAAATTGTATATAATTTCTCTCTTTCTCG TTTTATACAATTCGCTTCAATTGTACGTATATAAATTTGCTGTGAAACTCAATCATGCAA ACTTTGCTATAACTTACAAATATGAATTTTATATTTGCTATATGTGAAAGTCGCCCATTA TAATTTTAAATTTTACTTTTTAATATAAATTAAATATATTAAGTCAAGAATCAATTTTAC CTCCTAAAAAATGTTTCTTTGTAAAGTTGCAAGATAAATCTATAGACGGCACACACAAAA GGTGAAAAAAAAGAAGATAGAAATCTCTCAGATAATATTAATTATAGTGTTCTGCTTTCA AAAATAAGCTTATCCCAAATAACATGAGATTCAATTCTAACTTTTACGAAAATGATAAGC AGTAAAATTAAATTAGAAAACTTTAAAACTAGAAGAGCATGTAAAAATAAGGATAAATTT AATAGATTGCTATTATAGCATAATATTCATCTATACCATAATATTTTTCTTTTCGTACAT AGCAATATTAGAAGACACTAAAACAAAAATATCTTGTACCAGTAGAAATATTATTTTAAC AATAAGAGTTAAATCTTTTATTAATATTAGTTAATTGTCATGAAATTTAATCTAGTTATA AGCTTTAGTTGTATTAATGCTAAAATGTAATCATCACAAGAAATTACTTAAGAAAATATA TTTAACGATAATTAAGCTATTAATTGTCATTAATTAATTACCGCTAAAAAGTATTTTTGA TTCGGTGAGAAACTCACTTCCCTACCCTCTCTTTATTAGACTGAAAAAATTTATAAGAAG TGCAATGTGATAACCATTTGTAAGGTTCATGAACTTTGCCGCCTTTGTATTATGTTCATA TTTATGTTAATATACTTTTCCAATGATAAAAAAATAAAAATATATTCTAAATATTTGTAA TTAATTAATCCAAACACAAGTATGAATTATATAGTACTCCTATTTCATTGATACAAGTAT TAATTAGTGAAAATAATCAGACATAAATTTGAATCTTTTCTTTGACCATGTCAATCCAAA CACAATAAAAATGTGTCCATTCTTTTGAAGTGTCACTACTCGTAGTTGCACCAATCATTT CATTCTAATTATCACTCCAAATTTCGATCTATACGATCTTCGAGTAGTATAACATAAACG TCTTTTTTAAAAGCAGGTAATAATTTATTATTTTCTCTTGCTAACGATCAATTACGTTTT TTTTTCATAATTAACATGGATTCTAGAAAGAGATTTTCAATACATTATAATCAGATTTTA TAACCAAATTAACCCGGTATCCCACCTACATATACTTCACATATAAATGATTAGGGACAT AACTAGTATTTTGATTATAGATTTGGCAAAATTAGTAGCTAATCAATTTGATGTAAAATC TATATTTACGCTAAAAGAGTTGTTTATGTAAATGTTTGACTAGAAAATAGAAACTCAAAA AAAAAAAAAATTTAAAAAAATTATATAAAAATAAATAAGAGAAGGTTGATATGTGGTAAA CTTCTGACATTTTGCAAATATTAAAGGTAGAGAATGATAGGTCATGGAAGTATCCAAAAC TGAGTCACGGGCATCTTTAGGTCATATCAATATTACATATTTTAGTTTTATCTATATTTT AAAATAATTATGTATAATATCATCATTTAAATGTTTTTCATTATATATTGAGAAAGATAC ATTTAGATACATGTATTTTTGTCATTTCAATATACTAAAATAGAGAGACAAGCGAGATGG AAGAAAAGCGAATGAAATAATCATGTATTTCAGATACATATGAATCACACTAAATACTTC CTTCGTCCTTTTTTACTAGTTAAATATTTCTAATTTTAATTTTCCTTCTTACTTGATATT TTTAACAAATCAAGGGAAAATAATTATTTTCTTTCTATTATATCCTAAATTTATTAACAC TAAATTATGAAAAATTTTATCTAAAGATTTTTCAAAAGACATTATTTTATTTAATATGTT TTATAGTCATAAAGTAAGGATGAATTAAGGTGTTATTTGATTTTGAATCGATTTCAACTC AAATAACTATTGAGCGAGTTAATGACCTGCTTATTATTAGGCTGATCTATTTTAACATGA CTTGTTTCAATCCAACCCACCATTTGACACGGCGAAGGGTACACACGTAATAGGCATTAT TATTGTCACATTCAAAGGTGTATTTAGAAATTTGAGATGATGAATACTGCATTATTATAA ACATCAATCGATTCGACATTTAGATTTTACTACTGAAAACCGTTATAAATTTATATTATT GATCCAAATTTAATATATATATATATAAATTAAAATGCTAAAAGTGCTACCAATTATCAC TTAAAAAGTGTTATCTAATTTTCTAAAGAAAAATAAAACAAAATAAATATAAAAAATTTC TAACCTATAGTAGATAGATGCATCCAATTATTATGGCATGGTATGATGTGGATTTACACA TCTATATTTTAATATATATATTTTTTTAAAAATAAAATATTATTATATATGACCTAAAAA AAATATGATTTCACGTGAACCCGGTGACACCCCATTCCCCTCACTCATCTGATTATGTTA GGTGTCCTAGTGACAAACGATGATACAGAAAAATACAGAAAAAGTCATTTTAGAAAAAAG AAAGTTGGCTCTATAGTTCCCAGCTTTAGTTTTACTACATTATTATATTTTTCCAACAAG AATGATATTGACATTGATTAGACACAATTAAATACTTAAAATACTCGATGGTGAAAATCA CTAAATACATTCTAAAATGTCATAATCCCAAAAATATATTTTTCAATAAGAAATAGTAGT ACTAGAAGCCAACTAGTTGTTAATAAATATTCAATGGGTAGACAAAATATAATGACAAGC CAATTGAAACTATTTAAAGTTGGTTTAATTCAGTAGTGTTTAGTAAAATGGATATAATTT TATTATTAAATCGATGAATATTGAATTTGTCAAGGTTAAAAATCTAAACACGAAGAAGCA TTTCGATCTAATGAATTTATATTAGCATCATGCAATGAAATTAGTATCCTTTATGTAGCT ACATATTACCTTGATAAATTAAAATGAGTCAAAATAACTTCCCCAAACAAAAAAAATAAT AGAAAAAAGATATTTCCAGCTCATGTCATAGTAGTAAGAAAACAAAAAGATAAATTTACT AAAAAAATTTTTAAAAAATGAAAAAAGAGACTAATACCTTCTTGGCTTCTTAAAATAATA AATAAAATTTGCTTGTTTTCGAGACAAATTAAAAAGGCTAGAAAATCACTTGAGAGGGAT TGAGAGTAAACTCAAAAATGCAATATCTACAAATCTAAAGAATAATAATTTATAGTGTTA AGCAATTCAGTAAAATAAAATTTATTATTCCGATTAATTTAAATGTATATCGTGCAAGAC ATAATATTAAGTAAAAGTAATCCTTGCTATGAATTTTTTTTTTACTTTGACATTTGAACT CAAAATCTCTGATTAACGATAAGAAAAATCTGTCTCATTCATTTCTCACACTCTTAATGA AAATTAAACTCTCAAACTCAAAGTAAACTTTTATATAACATATAAGTAACAATAATAATC ATACAACATAAACTTGAACATGACACATATCAACATAATATCTTAGATATTACAATAATA TAATCTTCAAATTAAACCAAGCCACCCATCTCAAAGTAAATTAATATAATGTCTTTCACA CCCCTCAACCTCAAATGACAAACTTAATTAAATCTTGACAAAATTAATTTAATTAAGAGC ATTGAAAGCCAGCAGGAGCTTCTTTAGAGCAAACATTAAGAAGCAAACTAAGTGAAATAG GGAGATTAAGGTTAATTCCCAAAATATTAGCCTTAAGAGCAGTACAAAGACAAAGAGCAG CTTCAGCATTAGCAAGTCCAGATAGAAGAGTACAACAAGGAGTTACTGGTGGTGAGCCAA CAACAACATTTACTAATCCAAGAACATCAGCACAAACACCTAATTTAAGTGTATCAATTG GACAAGTTTCTTTAGGGTAATAAGGTGGTGGTGGACATGAGGGTTTTGGTTTTGGTTTAG GTTTAGGACAAGTGCCACAACTAGAAACTAAGGCAAAGAAAAGGTTAAAGCAAAGGAAAA TAGTAAGGGAAATGTGTTTGGAAGCCATTGTGGTTTTTGGTTAAGTGATGAGTGAATAAT AATGTAAGAGGTAAAGGGTATTTATAGATTGGAAAATGTGAAGGGATAACCTATGTGTTA GTATGAGTGTTTCTTTTCTTTTAGTTTTTATTTCTATGTCTTGGGTTTATTATAATTAAG GGTAAATTTTAAGCATATATGACGGATCTTAGGTCTGACTCAACTTCAGAATAAGTGAGA CTACTTCAGCACCTTTCCCACGTTCAAGATTGAACATCTCTTGTGTGAATAATGATAATA TGAGGTTCAACATTGTGATCGAGAATTGAGATATGAGTCCTGCTATGATATATACCATGT ACAGAAATATGAAATTATAAACGTAACTCAATCTCAAAAGCTAACTCAGAAAAATGAATA TTTTTCGAGTCATATAAAGAGACCACACATTCCATAATTGATCGAGGTGAAATTTCTTCA ACAATTATGCTATAAACGTAAAACTAATTAATTTGTATGTGCATTCGGTCTTTTGATTTG GTTTTTGATTTTTGATTTTGTAAAAGCGTAATCTAATACGATTCAAAATAAATCTGATTT GGTTTGATTTTCCTTTATTAGGTTTGCCTTTTTTTTTTTTGGTTTTGTTATTTGGTTATG TCGATAATTAATAACATAATCAAAGTAATAATATTTAATCCCTTAAATACATTCTAGTAT AAATTATAAATCATTTTTTTTATTTTTCTGTTTTTATTTTTTTAAATTCGAAACCAAATA AAAAAATCAAACAGAGTTATTCATTAATCCAAAACCAAGCCAAAAAACCAATGAACCAAT CCAAATAAAAATTCAATTTAATTTGATTTGGTTATGTGATCGGTTTAATCGGACTAGTGC ATACCCCTACTTCACTATGCCAATTTAAACTTTCTTAATAATCATCCTCTATAATATTTA ACTAATATCAGTTATGTGAGTTGTGGTTATATGCGTAGACGAATTTTGTCTCTCTCATCC CTTTTTTTGAGTCTGCTTTTCATCCTTCGTACATGATTATATAATTCTCCTTTGTCGGAG AATTTTAGCTTAGCTAGTTGACTATTTGAACTTTATCTTGTTAGTATGAATTTGATTTTT ATAGTTATCTTTTTTATTTCCCTTTCTCCTGCCCCATCTTTTTTTTAAAAAAAATAATAA TTAAAAATCCCCATAATATTTTAGTTATTGATTCAACAATTAGCCTCCTTCTGCATGTCA TTGTGAATGTATTTGGAGTTTGTTACAAGATGTGGGTAACCCAAACTAAATAAAATTTGC AACCTTACAAATATTCACTAATTACCCACCATTCTTAAGCACCATATACCATTATTGGCT AGTTTGTTAGCTAGTTTTGAAAGTGAGTTAGGTAGGTATTAAATTTTGTAAAAGTAAAAC TGTTTAGAAGGTAAGTTATTAATGTATAAAAGTAATATGTATTTGATTTGAAATTTAAAA ATATATATAACTAATAAATGTATAATATAAGTAATAATGAAAATATTTATGTTTGATTCT ATACTAGACAAAATTTAGAATAACTAAACTTTGTGTAACTAATATATACATAAAACAATA CATGAACTCCCTTATAACTAATTCATGCATAATTCTAATCGAGCGACACTTAAAAGTAGT GAGATAACCAATTTAAAAAATAAGTAAATTTAATATTTTCGTTCGTATCGAACGCTCTAA ATTATAAAGAAAACGTGTAGGGCTAAGGACACGGTTTAAAAACAAGAGAAGAGACCTTCG AAGACATTTCTTGAACATTAGTACTGTCGTTGTCTAAAATCCATTATTATAATATCTCAT CACATTAGTAGAGTTGTCACTTATCATCGTTGAGGAGTGAAGTGAGATAAATAGATTTTT TTATTTATAATCAGAGAATTTTGATTCGAGTTTTTGAGGATAAAAGAAAAAAAATTTTGG TTGTAGGGTTTTTGTTTAATGAGGTATTATGAGATTCGAATCTAAATTAGTCGAGATAAA TACACAAGTACTATGCACAAAAATGTTGAGTTGTCAGTTGATTAAGCAATTAAAAAATCT AAATCTTAACTAAATATAAAATTAATAAAATTTAATTTAACTCAAAAAAATTAATCAAAA TCAACTCTCGAAAAACGAAACATATCCTACAACTATTTTGGGGGAGTAAGAATATTTAGG AAGGCATTATGGTAAAGCACTCAAAGTAGGATTAAATTTAACTCCTTTAATAAAGATGTA CTTCATTAATTAGTTTGATCTACCTAGGCAAACATCTGTTTGGAAACTAAAATGAGAATT ATGGTTAAACCTTTCATTATCTCTAATTAAATTGATGTTAGCCATCATATCAGTATTATT ATTTATTGTTATCATAAAGAAGGTGGAAAAAGAATGTAACAGCCATGTGCTATAATGGCA ATACTTTTGGCTCTATGCTGAAACACAGCCAATATTTTGGAGGTTAGCTAACAACACAAA CACAACTTGGGATCTGATTTTTTCTCTTTTGTCTTGCTAAATTATCAGACACAAAAGAAA TCATCTGGTTCTTCTTTTCCAGCTATTTTTTCTTTTCTTTTTTTTTGGAAAATTGTACAA GTAATCTTCAGCTTATGTTCGAAATCTCAGAGACACAATTATATTATACTAAGGTCCTAT TTTTTTCCTGGACTTATTTTATAAATAATTTTCTATCCCTTTTCAGCCCACGTAGCACTA TTTTGTGGGTCCAGCGCGTGTTGACATTTTTTTTCAAGCTAGTGCCACGTAGGTTGAAAA GGGGTAGAAAATTATTTATAAAATAAGTTCAGTAGGGGAATAAGACCTTAGTATAGTAAA AAGTGTCTCAGATTTCGGGCATAGATTGAGGGTACTTATGTATTTCCCCTTTTTTTTGTA CAAAAAATATTACGTGTTTCAGTTTATGTGGCATAATTCCAATTTCAATTGGTTAAAATT TTAAAGTCTAACCATGAATTCAGACATTTATTTAGAAATTACAAAATAGTATATATAATA TATATATTTAAAAGCTTGCATAAAAAATATTATAAATCACAATAATTAATAATTTAAAAT ATATATTAAGAAAATTATGGTAAAAACAAAAGCTCGGACTCTCGAAACATAACAGAATTC TAGGGCGGACCCATCTTTATCCGATGGGTGTCAAGCGACACTAGTCCTTTGCTGGAAAAT TAAATTTAATATAGTCAAATTTTGATTCAATAAATGTATATACAAGTATTGACACTTCTT GACACATATAAAAGGCTTATAGTCTAGTGGTTAAAGTGTTGTGAGAATTTCTTGAGGTCG TGTGTGAAGACCTATTAGCCTCTTAATTATATTTTTTACTATAACAATTGACACCTTTTA ATGACAATTCTACGTCTACTATGTAAGACAAGTCACATAATTTGGGAGAGAGTTAACATG CTTCATAATTGAATTGGACAATATTTCAAAATTTTATGAGTTGTGTTTTTAGAATAACAA CTTCAAATAAAAATAATTAAGTTTTAAATCTAATATTAGTAAATATTTTATGAAAGTTCA ATATATAAACAATTGAATTAACTAGGCATTTGGTTATGTGATTTTATATCGTGATATGAA AATTGAAGAAATAATCAACATTTAAATATGCGATTTCACGTTGATTTCATCTCGTGATAT GAAATCATGAGATGAAATTTTAAATTCTCTAAAAATCATGATTTGAGATTTGTCTAATAT AAAAATTGATCCACCTTATTGACCATTCATTTCATATGTAAATAAAATTTATAAAATTTA TATAATCCATATCATTACCTTTTAAATTATTTATATCTCATATAACAATTATTACTACCG ACATAAAGTTTGATATAACTTCAAATCAATTCCTACTTTACTATTTACATTTACCAAATT TATTATATTTGATCAAATTTATCTACCAACCAATGTTCAATTTTGATTTTTTTTTGGTTA AATTAAGTTTGAAAATGAATGTTTTTTTTAAAAATAACTTAGTAATTGTGTATTGTGCCT TTTTTTATAGGAAAAATTACTTAACTACACTCCTTTAATTATCTTAATAACCATTTATCC CTACTTATTATAAAAATTTCAAAAATCCCTTATTCCCCCCAATTAAAAAAATATGAAAGA TACATAAGGATTTTCCACCCTTTTTTCACCCAATTGGCAAGTTTTACTTTACTAAAACAA AATCCTATTTTCAAGCTACCCACTTCCCCATTAACAACCCCAATTAAAATTTACCATATT ATTTTTTATTCCTTTTTTATTTCCCTACGTTTTAGGTGTATAATTGTCTAATTTGAATTC CCCATTCCACACGTTTGCAGTTTAACAAAATTTGAATTCAAGTACAAATTTGCAGCCATA TCTATTTGATATTTTGTAGGAGTCTCCTTCTTTCTAACCAGATTTTCTAAGTTTTTTAAG GGCAAACATTTTAGTCTCCTTCTTTCTCTTCATCGTGTGAGTTTACAAATATTATGGAAG AGTGTAAATCTGGAGATGGTAATTCACAACACCAACTGAAGATGACATTGTTAACATAGA TTAGTAATTAGCTGAGACAGGATGAACAAGTTTTTATGTTGTTTTGTGTTGAAGACAATT ATCTTTTGTGTTTTTTTAAAAGCTTATTGGTATTACAATAGTTTGTTAGTTATTAATGTT ATGTGTTTTCAAGTTATTATTTTAGACACAGTTGTTGCTTTATAACGTTAAGGTATAAAA TTTTATTGTTTTAGTTTAAATATTTTTGACAATTAATTTACAAAATGAAGTATATGACAC TTAAGATCTAATGTGTATGATACATTATTGTTTGAGTTTTAAGTATTTTTCACTTTATAA AAATGATGTATATGATACATAAGTTATAATACATACATGTACAAATATTGCAGTTACATA TTTAGCAACTTGAATTATACGAATGTATATGATACATCATATACATAAACAAACTAATCA CAGATTAATATTACAGTGCAAAGCACCACTAGAATGTAATACATCAAAATTATAGTTCAT AAGGCAGTACACACGAAACATGTAGTACACATTTGAACAAGTCAAGTTTTGGGACACTAG AATAACTCATAAGGGAGTATACACGAAAAATATAATATATTTTCAATCACATGAATGTAT CTGATACATAATATACATAAATAAACTCATCTTTAATTACTGTTACATTGAAACCCAACA CTGTTGAATATAATATATCAAATTTATAACTCATAAGGCTGTATACACGAATCATATAGT AAACAATTGAACAAGTCAATTTTTTTGTACACTTGAATAACTAAAAAGACAATCTACATG TAACATATAACATATTTTCAATAATATGCATGTATATGATACTTCACATACACAAACAAA CTCATATAGCATTACTGTTACATTGAAAACGCACCACTGTTGAATCTAGTTATTTATAAA ATTTTATCAGTTGTATCAATACAAAGCGGATACATGCCGATTCCAGATGCATTCTTTTTA ACTTCGAAATAAAGTTTCACACCCATGTCGTTTTTGATTTTCAATGGACATGAGCTTGCC TCGACAATGTATCGTATTTCAATATCCTTTGTAACAGTGTCGATCTCAAGCTCTGATAAA ATCAACGTTTTCAGATTCACAAATGAAATGGAATGGCCAACGACAATACCATGAACTTTG TAACCTTCATAATTAACATCGCTTACCCAAATTCCAGAATGCCGCAGCAGAATTGAGATA TTCATCTTCAAACCTTTTTTTTTTATTTCTTAGTATGCAGATCAACTTTTACAAGAATAA TTTTGATTTATGAAGATCATCTGATTTAAAATTTGAATTTACTAATCAGTTACACAAGCT GTATAGCATTAATTACGTGATTTCAGTTACAAATAACAAAAATCATGGTAATTACTCCTA ATTAATAGCAGCAGATGCAAAATATGATGTATCAGGACTTATGTATCCCGTGCTATTTGG ATGTATCCCGCTTCCTTGAATTTTAAGGGATTTTTAGTAATTTCAATTCTAAAAGGGATA AAAGGTCATTTTGTATTTATAATATGTGGTTCCTATAATTTATACTTTTTTATAAGCTTT GGTAAAGATGGTTTAAAGATTTGAGATAATTTCAATAGTTTTATAGTTTATGTGATTTTA TGTATATGAAAAAACATATAACATAAAAAGTTCAAATTATATATCCAAACAATTTTTTAA CTTCGTCTCTTGATTTATCGTATGGTGAAACAGGCAAACTACTAAATTCAGTTAAACCTA TTTCCTAGCTTCAAGCTTCACCTCTGAACAGAAAAGATGATGATTTCGAACTATGTACGT GTCCTTTATTAAACTAGTATCATCAACAAACATAATATTTATCAAAAAAACTTCATCATC TGACTTTATATATATCATCTAATTTTCCGACGAACACAAATTGAAATAAATTTCCTTCCG TTCGATTTCTGATTTGCTGTCAACATTTTTTCTAATACACTCTTCCAAATGAAATGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.995 5477 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 0.922 9160 9210 match_2 match_part 0.995 5490 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 1.000 9179 9306 match_part 1.000 9769 9898 match_part 1.000 10046 10186 match_part 1.000 10264 10443 match_part 1.000 13683 13878 match_part 1.000 17175 17302 match_part 0.986 17815 17886 match_part 1.000 19461 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20777 match_3 match_part 0.996 5500 5779 match_4 match_part 0.963 6417 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 0.988 9769 9936 match_part 0.917 10046 10081 match_5 match_part 0.933 6417 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 1.000 9769 9918 match_6 match_part 0.982 6495 6550 match_part 0.989 8979 9068 match_part 0.986 9160 9306 match_part 0.982 9769 9933 match_part 0.993 10046 10186 match_part 0.972 10264 10443 match_7 match_part 1.000 6505 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 1.000 9769 9933 match_part 1.000 10046 10186 match_part 0.967 10264 10355 match_8 match_part 1.000 10074 10186 match_part 1.000 10264 10443 match_part 0.995 13683 13878 match_part 1.000 17175 17207 match_9 match_part 0.990 19476 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20177 match_part 0.991 20621 20840 match_10 match_part 0.990 19476 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20177 match_part 0.991 20621 20840 match_11 match_part 1.000 19519 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 0.983 20103 20508 match_12 match_part 0.999 53533 54206 match_13 match_part 0.998 53533 54127 match_14 match_part 0.921 53831 54503 match_15 match_part 0.911 53889 54519 match_16 match_part 0.997 54935 55640 match_17 match_part 0.995 72890 73280 match_part 1.000 73407 73526 match_part 0.989 73604 73959 match_18 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 0.994 73604 73966 match_19 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 1.000 73604 73941 match_20 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 1.000 73604 73933 match_21 match_part 1.000 73522 73526 match_part 0.975 73604 74000 match_22 match_part 1.000 78008 78048 match_part 1.000 78825 78929 match_part 1.000 79014 79220 match_23 match_part 0.962 79031 79238 match_part 0.985 79310 79570 match_part 0.980 79651 79700 match_part 0.986 82165 82235 match_24 match_part 1.000 79212 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83374 match_25 match_part 1.000 79212 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83374 match_26 match_part 1.000 79213 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 0.952 82347 82429 match_part 0.990 83312 83407 match_27 match_part 1.000 79444 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83521 match_part 0.935 83620 83696 match_28 match_part 0.920 82250 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83521 match_part 1.000 83620 84145 match_29 match_part 0.998 83608 84146 match_30 match_part 0.667 98678 98704 match_part 0.389 99507 99560 match_part 0.577 99854 99879 match_part 0.640 99941 99965 match_part 0.997 101530 102174 match_31 match_part 0.593 98803 98829 match_part 0.750 99864 99879 match_part 0.992 101530 102171 match_32 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 0.998 101607 102171 match_33 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 0.998 101588 102171 match_34 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 1.000 101530 102171 match_35 match_part 0.640 98805 98829 match_part 0.983 101512 102175 match_36 match_part 0.513 99804 99879 match_part 1.000 101538 102171 match_37 match_part 0.507 99813 99879 match_part 0.998 101530 102171 match_38 match_part 0.684 99861 99879 match_part 1.000 101538 102136 match_39 match_part 0.684 99861 99879 match_part 1.000 101538 102136 match_40 match_part 0.706 99863 99879 match_part 0.997 101530 102144 match_41 match_part 0.706 99863 99879 match_part 0.942 101639 102122 match_42 match_part 0.750 99864 99879 match_part 0.974 101538 101958 match_43 match_part 0.750 99864 99879 match_part 0.991 101538 101888 match_44 match_part 0.750 99864 99879 match_part 0.977 101538 101887 match_45 match_part 0.769 99867 99879 match_part 0.995 101530 102158 match_46 match_part 0.750 99868 99879 match_part 0.998 101530 102091 match_47 match_part 0.750 99868 99879 match_part 0.997 101538 101925 match_48 match_part 0.998 101596 102159 match_49 match_part 0.982 101866 102143 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_50 match_part 0.998 2675 2238 match_part 0.974 1725 1382 match_51 match_part 0.928 3851 3073 match_52 match_part 0.937 3851 3237 match_53 match_part 0.972 28584 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.993 24383 24082 match_54 match_part 0.970 29007 28975 match_part 1.000 28893 28807 match_part 1.000 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.989 24383 24123 match_55 match_part 1.000 28869 28807 match_part 0.989 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 1.000 24383 24205 match_56 match_part 1.000 27682 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.990 24383 24285 match_57 match_part 0.984 28868 28807 match_part 0.978 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 0.986 26436 26365 match_part 1.000 25346 25300 match_58 match_part 0.945 31668 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.919 27782 27561 match_part 0.944 26436 26365 match_part 0.921 25346 25309 match_59 match_part 0.915 33416 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.910 27782 27561 match_60 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.929 27782 27601 match_61 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.926 27782 27635 match_62 match_part 0.977 33443 33358 match_part 0.989 31664 31578 match_part 0.988 30147 30063 match_part 0.989 29418 29324 match_part 1.000 29007 28975 match_part 0.966 28893 28807 match_part 0.968 28605 28513 match_part 0.968 28022 27930 match_part 0.783 27782 27760 match_63 match_part 0.969 34873 34842 match_part 0.969 34720 34592 match_part 0.978 34503 34414 match_part 0.978 33657 33569 match_part 0.979 33454 33358 match_part 0.989 31664 31578 match_part 0.988 30147 30063 match_part 0.989 29418 29324 match_64 match_part 0.927 34468 34414 match_part 0.921 33657 33569 match_part 0.907 33454 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_65 match_part 0.907 33411 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_66 match_part 0.889 33658 33569 match_part 0.907 33454 33358 match_part 0.954 31664 31578 match_part 0.929 30147 30063 match_part 0.913 29418 29339 match_67 match_part 0.964 34619 34592 match_part 0.933 34503 34414 match_part 0.921 33657 33569 match_part 0.928 33454 33358 match_part 0.952 31664 31581 match_68 match_part 1.000 38006 37969 match_part 0.979 37385 37148 match_part 1.000 37021 36962 match_part 0.967 35779 35690 match_part 0.973 34916 34842 match_part 0.969 34720 34592 match_part 0.933 34503 34414 match_part 0.862 33657 33593 match_69 match_part 0.961 38121 37969 match_part 0.979 37385 37148 match_part 1.000 37021 36962 match_part 0.967 35779 35690 match_part 0.985 34916 34851 match_70 match_part 0.963 38130 37969 match_part 0.975 37385 37148 match_part 1.000 37021 36962 match_part 0.956 35779 35690 match_part 0.984 34916 34853 match_71 match_part 0.963 38129 37969 match_part 0.975 37385 37148 match_part 1.000 37021 36962 match_part 0.956 35779 35690 match_part 0.984 34916 34853 match_72 match_part 0.933 38193 37969 match_part 0.979 37385 37148 match_part 1.000 37021 36962 match_part 0.984 35779 35717 match_73 match_part 0.957 38129 37969 match_part 0.975 37385 37148 match_part 1.000 37021 36962 match_part 0.984 35779 35717 match_74 match_part 1.000 38120 37969 match_part 1.000 37385 37148 match_part 1.000 37021 36962 match_part 1.000 35779 35719 match_75 match_part 0.909 38133 37969 match_part 0.979 37385 37148 match_part 1.000 37021 36962 match_part 0.971 35779 35745 match_76 match_part 0.991 38189 37969 match_part 0.992 37385 37148 match_part 1.000 37021 36999 match_77 match_part 1.000 38198 37969 match_part 1.000 37385 37148 match_part 1.000 37021 37013 match_78 match_part 0.987 85010 84551 match_79 match_part 0.980 85010 84552 match_80 match_part 0.959 91637 91322 match_part 0.987 86284 85913 match_81 match_part 0.928 91655 91322 match_part 0.978 86284 85960 match_82 match_part 0.880 91479 91322 match_part 0.973 86284 85986 match_83 match_part 0.959 91637 91322 match_part 0.984 86284 86098 match_84 match_part 0.998 102173 101530 match_part 0.750 101443 101428 match_part 0.622 96376 96340 match_part 0.578 96242 96198 match_part 0.682 95168 95147 match_part 0.692 94330 94318 match_85 match_part 0.997 102152 101530 match_part 0.435 100566 100521 match_part 0.600 99202 99183 match_86 match_part 0.998 102163 101549 match_part 0.714 101448 101428 match_part 0.500 99962 99863 match_87 match_part 0.997 102152 101530 match_part 0.706 101444 101428 match_part 0.435 100566 100521 match_88 match_part 0.997 102150 101549 match_part 0.512 101468 101428 match_part 0.471 100566 100550 match_89 match_part 0.934 102122 101620 match_part 0.629 101489 101428 match_part 0.438 100566 100551 match_90 match_part 1.000 102171 101538 match_part 0.512 101468 101428 match_part 0.444 100566 100558 match_91 match_part 0.996 101781 101530 match_part 0.512 101468 101428 match_part 0.543 100672 100638 match_92 match_part 0.992 102171 101519 match_part 0.537 101468 101428 match_part 0.462 101049 101024 match_93 match_part 0.998 102171 101519 match_part 0.512 101468 101428 match_part 0.450 101049 101030 match_94 match_part 0.998 102145 101530 match_part 0.488 101468 101428 match_part 0.450 101049 101030 match_95 match_part 0.997 102171 101530 match_part 0.512 101468 101428 match_part 0.400 101049 101045 match_96 match_part 1.000 101945 101538 match_part 0.512 101468 101428 match_part 0.400 101049 101045 match_97 match_part 0.986 102174 101512 match_part 0.706 101444 101428 match_part 0.431 101306 101235 match_98 match_part 0.995 102072 101343 match_99 match_part 0.998 102171 101530 match_part 0.512 101468 101428 match_100 match_part 0.996 102158 101430 match_101 match_part 0.964 102149 101431 match_102 match_part 1.000 102149 101437 match_103 match_part 0.998 101960 101503 match_104 match_part 1.000 101911 101510 match_105 match_part 0.989 102156 101515 match_106 match_part 0.983 102152 101515 match_107 match_part 0.989 102152 101517 match_108 match_part 0.985 102175 101518 match_109 match_part 0.980 102162 101524 match_110 match_part 0.992 102147 101524 match_111 match_part 0.985 102139 101524 match_112 match_part 0.989 102135 101524 match_113 match_part 1.000 102159 101525 match_114 match_part 1.000 102110 101526 match_115 match_part 0.992 102120 101529 match_116 match_part 0.998 102159 101530 match_117 match_part 0.998 102054 101530 match_118 match_part 0.993 102137 101535 match_119 match_part 0.995 102155 101538 match_120 match_part 0.987 102152 101538 match_121 match_part 1.000 102151 101538 match_122 match_part 0.988 102130 101538 match_123 match_part 0.997 102120 101538 match_124 match_part 0.991 102090 101538 match_125 match_part 1.000 102065 101538 match_126 match_part 0.995 102155 101550 match_127 match_part 0.998 102103 101550 match_128 match_part 0.990 102152 101554 match_129 match_part 1.000 102154 101560 match_130 match_part 0.996 102139 101570 match_131 match_part 0.988 102147 101572 match_132 match_part 1.000 102156 101573 match_133 match_part 0.979 102152 101576 match_134 match_part 1.000 102079 101585 match_135 match_part 0.998 102159 101590 match_136 match_part 0.998 102159 101596 match_137 match_part 0.996 102158 101599 match_138 match_part 0.989 102143 101599 match_139 match_part 0.945 102154 101607 match_140 match_part 0.934 102122 101624 match_141 match_part 1.000 102142 101625 match_142 match_part 0.986 102155 101663 match_143 match_part 0.996 102155 101676 match_144 match_part 0.986 102107 101693 match_145 match_part 0.952 102113 101701 match_146 match_part 0.957 102122 101727 match_147 match_part 1.000 102152 101795 match_148 match_part 1.000 102135 101805 match_149 match_part 0.994 102158 101809 match_150 match_part 1.000 102149 101858 match_151 match_part 0.977 102177 102047 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 2675 2238 exon 1725 1382 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 3851 3073 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5477 5873 exon 6344 6550 exon 8979 9068 exon 9160 9306 exon 9769 9933 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17207 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5477 5873 exon 6344 6550 exon 8979 9068 exon 9160 9306 exon 9769 9936 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17207 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5490 5873 exon 6344 6550 exon 8979 9068 exon 9179 9306 exon 9769 9898 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17302 exon 17815 17886 exon 19461 19573 exon 19681 19828 exon 19904 19973 exon 20103 20777 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 19476 19573 exon 19681 19828 exon 19904 19973 exon 20103 20177 exon 20621 20840 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 38198 37969 exon 37385 37148 exon 37021 36962 exon 35779 35690 exon 34916 34842 exon 34720 34592 exon 34503 34414 exon 33657 33569 exon 33454 33358 exon 31664 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 33658 33569 exon 33454 33358 exon 31664 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 31668 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 53533 54519 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 54935 55640 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 72890 73280 exon 73407 73526 exon 73604 74000 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 78008 78048 exon 78825 78929 exon 79014 79238 exon 79310 79570 exon 79651 79700 exon 82165 82274 exon 82347 82429 exon 83312 83521 exon 83620 84145 gene_14 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 83608 84146 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 85010 84551 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 91655 91322 exon 86284 85913 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101343 gene_18 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101512 exon 101444 101428 exon 101306 101235 gene_19 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101519 exon 101468 101428 exon 101049 101024 gene_20 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101468 101428 exon 101049 101030 gene_21 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101468 101428 exon 100672 100638 gene_22 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101444 101428 exon 100566 100521 gene_23 gene GT_PGL_11_AGS_7 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 100566 100521 exon 99202 99183 gene_24 gene GT_PGL_11_AGS_8 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101443 101428 exon 96376 96340 exon 96242 96198 exon 95168 95147 exon 94330 94318 gene_25 gene GT_PGL_11_AGS_9 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101538 exon 101468 101428 exon 101049 101045 gene_26 gene GT_PGL_11_AGS_10 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101538 exon 101468 101428 exon 100566 100558 gene_27 gene GT_PGL_11_AGS_11 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101549 exon 101468 101428 exon 100566 100550 gene_28 gene GT_PGL_11_AGS_12 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101549 exon 101448 101428 exon 99962 99863 gene_29 gene GT_PGL_11_AGS_13 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101620 exon 101489 101428 exon 100566 100551 gene_30 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 99804 99879 exon 101538 102171 gene_31 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 99813 99879 exon 101530 102171 gene_32 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98803 98829 exon 99864 99879 exon 101530 102171 gene_33 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98805 98829 exon 101512 102175 gene_34 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98678 98704 exon 99507 99560 exon 99854 99879 exon 99941 99965 exon 101530 102174 gene_35 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 99863 99879 exon 101639 102143 gene_36 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98804 98829 exon 99861 99879 exon 101607 102171 RepeatMasker tomato repeats master Gypsy00202 2275 2343 1 Gypsy00202 2275 2343 1 nucleotide_motif 233 36540 36607 ATHILA7_I 6332 6376 1 ATHILA7_I 6332 6376 1 nucleotide_motif 240 39218 39262 Copia00105 4535 4592 1 Copia00105 4535 4592 1 nucleotide_motif 237 42784 42841 Unknown00006 10446 10590 1 Unknown00006 10446 10590 1 nucleotide_motif 469 50076 50219 Unknown00057 1575 9931 1 Unknown00057 1575 9931 1 nucleotide_motif 495 68701 69380 Unknown00043 9977 10736 1 Unknown00043 9977 10736 1 nucleotide_motif 1205 69409 70173 Unknown00019 173 697 1 Unknown00019 173 697 1 nucleotide_motif 556 87740 88277 Unknown00049 1657 1709 1 Unknown00049 1657 1709 1 nucleotide_motif 253 92746 92798 Unknown00049 1649 1709 1 Unknown00049 1649 1709 1 nucleotide_motif 285 92858 92918 Copia00039 136 182 1 Copia00039 136 182 1 nucleotide_motif 280 94182 94228 Gypsy00073 1655 1759 1 Gypsy00073 1655 1759 1 nucleotide_motif 461 95774 95879 Gypsy00073 1657 1838 1 Gypsy00073 1657 1838 1 nucleotide_motif 350 95898 96090 RepeatMasker tomato repeats master TS2 37 654 -1 TS2 37 654 -1 nucleotide_motif 1149 5152 4502 Unknown00057 338 8494 -1 Unknown00057 338 8494 -1 nucleotide_motif 2034 16906 15917 Unknown00019 87 184 -1 Unknown00019 87 184 -1 nucleotide_motif 263 23560 23463 ALIEN1_CA 15 186 -1 ALIEN1_CA 15 186 -1 nucleotide_motif 639 36906 36749 Gypsy00046 4085 4173 -1 Gypsy00046 4085 4173 -1 nucleotide_motif 258 42470 42374 STOWAWAY50_OS 43 134 -1 STOWAWAY50_OS 43 134 -1 nucleotide_motif 295 42524 42429 Copia00143 67 206 -1 Copia00143 67 206 -1 nucleotide_motif 803 57352 57227 Copia00172 1106 1489 -1 Copia00172 1106 1489 -1 nucleotide_motif 2273 58536 58168 SONATA1 1 165 -1 SONATA1 1 165 -1 nucleotide_motif 1103 62607 62444 Unknown00043 5547 5695 -1 Unknown00043 5547 5695 -1 nucleotide_motif 501 67953 67804 Gypsy00043 1065 1315 -1 Gypsy00043 1065 1315 -1 nucleotide_motif 636 87673 87440 Copia00110 13333 13567 -1 Copia00110 13333 13567 -1 nucleotide_motif 1022 87947 87704 Unknown00049 1657 1709 -1 Unknown00049 1657 1709 -1 nucleotide_motif 329 92305 92253 Gypsy00043 1008 1293 -1 Gypsy00043 1008 1293 -1 nucleotide_motif 1064 97726 97471 Copia00110 13309 13570 -1 Copia00110 13309 13570 -1 nucleotide_motif 808 97789 97558 Gypsy00043 528 677 -1 Gypsy00043 528 677 -1 nucleotide_motif 541 98131 97983 Unknown00034 3695 4028 -1 Unknown00034 3695 4028 -1 nucleotide_motif 1717 105059 104735 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2700 40570 42319 match_2 match 1913 39332 40500 match_3 match 1766 46067 47162 match_4 match 3021 40570 42378 match_5 match 3239 106475 108286 match_6 match 2004 42888 43943 match_7 match 1968 4358 5452 match_8 match 2173 46067 47162 match_9 match 2278 49997 51166 match_10 match 2468 39256 40500 match_11 match 3433 11453 13184 match_12 match 3435 8889 10666 match_13 match 3503 40570 42378 match_14 match 3626 21271 23192 match_15 match 3985 62424 64478 match_16 match 4304 19050 21247 match_17 match 4597 31522 33864 match_18 match 4643 60038 62403 match_19 match 5402 6039 8871 match_20 match 6151 56822 59987 match_21 match 6657 495 3897 match_22 match 7089 53046 56774 match_23 match 8946 33912 38760 match_24 match 13198 19035 match_25 match 23778 30556 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 585 107965 108283 match_2 match 1239 77396 78028 match_3 match 1382 69662 70358 match_4 match 858 73968 74404 match_5 match 377 106210 106428 match_6 match 650 106475 106810 match_7 match 1358 34627 35361 match_8 match 513 90245 90530 match_9 match 1092 77119 77725 match_10 match 1160 73120 73708 match_11 match 406 82178 82382 match_12 match 825 44465 44880 match_13 match 303 107342 107515 match_14 match 1187 15512 16131 match_15 match 1136 53533 54153 match_16 match 989 28238 28736 match_17 match 355 71935 72134 match_18 match 789 72183 72580 match_19 match 1227 44446 45064 match_20 match 1396 4702 5450 match_21 match 1403 44269 44976 match_22 match 1320 70670 71369 match_23 match 1257 34162 34795 match_24 match 1392 19497 20198 match_25 match 783 3392 3786 match_26 match 496 38436 38760 match_27 match 702 38776 39162 match_28 match 1352 107531 108267 match_29 match 862 1 466 match_30 match 870 108224 108695 match_31 match 973 16030 16532 match_32 match 523 65221 65504 match_33 match 630 29697 30014 match_34 match 299 67369 67527 match_35 match 932 69703 70180 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.995 5477 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 0.922 9160 9210 match_2 match_part 0.995 5490 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 1.000 9179 9306 match_part 1.000 9769 9898 match_part 1.000 10046 10186 match_part 1.000 10264 10443 match_part 1.000 13683 13878 match_part 1.000 17175 17302 match_part 0.986 17815 17886 match_part 1.000 19461 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20777 match_3 match_part 0.996 5500 5779 match_4 match_part 0.963 6417 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 0.988 9769 9936 match_part 0.917 10046 10081 match_5 match_part 0.933 6417 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 1.000 9769 9918 match_6 match_part 1.000 6505 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 1.000 9769 9933 match_part 1.000 10046 10186 match_part 0.967 10264 10355 match_7 match_part 1.000 10074 10186 match_part 1.000 10264 10443 match_part 0.995 13683 13878 match_part 1.000 17175 17207 match_8 match_part 0.990 19476 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20177 match_part 0.991 20621 20840 match_9 match_part 0.990 19476 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20177 match_part 0.991 20621 20840 match_10 match_part 1.000 19519 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 0.983 20103 20508 match_11 match_part 0.999 53533 54206 match_12 match_part 0.998 53533 54127 match_13 match_part 0.997 54935 55640 match_14 match_part 0.995 72890 73280 match_part 1.000 73407 73526 match_part 0.989 73604 73959 match_15 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 0.994 73604 73966 match_16 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 1.000 73604 73941 match_17 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 1.000 73604 73933 match_18 match_part 1.000 78008 78048 match_part 1.000 78825 78929 match_part 1.000 79014 79220 match_19 match_part 0.962 79031 79238 match_part 0.985 79310 79570 match_part 0.980 79651 79700 match_part 0.986 82165 82235 match_20 match_part 1.000 79212 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83374 match_21 match_part 1.000 79212 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83374 match_22 match_part 1.000 79213 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 0.952 82347 82429 match_part 0.990 83312 83407 match_23 match_part 1.000 79444 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83521 match_part 0.935 83620 83696 match_24 match_part 0.920 82250 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83521 match_part 1.000 83620 84145 match_25 match_part 0.998 83608 84146 match_26 match_part 0.667 98678 98704 match_part 0.389 99507 99560 match_part 0.577 99854 99879 match_part 0.640 99941 99965 match_part 0.997 101530 102174 match_27 match_part 0.593 98803 98829 match_part 0.750 99864 99879 match_part 0.992 101530 102171 match_28 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 0.998 101607 102171 match_29 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 0.998 101588 102171 match_30 match_part 0.615 98804 98829 match_part 0.684 99861 99879 match_part 1.000 101530 102171 match_31 match_part 0.640 98805 98829 match_part 0.983 101512 102175 match_32 match_part 0.513 99804 99879 match_part 1.000 101538 102171 match_33 match_part 0.507 99813 99879 match_part 0.998 101530 102171 match_34 match_part 0.684 99861 99879 match_part 1.000 101538 102136 match_35 match_part 0.684 99861 99879 match_part 1.000 101538 102136 match_36 match_part 0.706 99863 99879 match_part 0.997 101530 102144 match_37 match_part 0.750 99864 99879 match_part 0.974 101538 101958 match_38 match_part 0.750 99864 99879 match_part 0.991 101538 101888 match_39 match_part 0.750 99864 99879 match_part 0.977 101538 101887 match_40 match_part 0.769 99867 99879 match_part 0.995 101530 102158 match_41 match_part 0.750 99868 99879 match_part 0.998 101530 102091 match_42 match_part 0.750 99868 99879 match_part 0.997 101538 101925 match_43 match_part 0.998 101596 102159 match_44 match_part 0.982 101866 102143 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_45 match_part 0.998 2675 2238 match_part 0.974 1725 1382 match_46 match_part 0.972 28584 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.993 24383 24082 match_47 match_part 0.970 29007 28975 match_part 1.000 28893 28807 match_part 1.000 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.989 24383 24123 match_48 match_part 1.000 28869 28807 match_part 0.989 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 1.000 24383 24205 match_49 match_part 1.000 27682 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 0.990 24383 24285 match_50 match_part 0.984 28868 28807 match_part 0.978 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 0.986 26436 26365 match_part 1.000 25346 25300 match_51 match_part 0.945 31668 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.919 27782 27561 match_part 0.944 26436 26365 match_part 0.921 25346 25309 match_52 match_part 0.915 33416 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.910 27782 27561 match_53 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.929 27782 27601 match_54 match_part 0.926 29418 29324 match_part 0.909 29007 28975 match_part 0.920 28893 28807 match_part 0.860 28605 28513 match_part 0.892 28022 27930 match_part 0.926 27782 27635 match_55 match_part 0.927 34468 34414 match_part 0.921 33657 33569 match_part 0.907 33454 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_56 match_part 0.907 33411 33358 match_part 0.954 31664 31578 match_part 0.941 30147 30063 match_part 0.926 29418 29324 match_57 match_part 0.889 33658 33569 match_part 0.907 33454 33358 match_part 0.954 31664 31578 match_part 0.929 30147 30063 match_part 0.913 29418 29339 match_58 match_part 1.000 38120 37969 match_part 1.000 37385 37148 match_part 1.000 37021 36962 match_part 1.000 35779 35719 match_59 match_part 0.991 38189 37969 match_part 0.992 37385 37148 match_part 1.000 37021 36999 match_60 match_part 1.000 38198 37969 match_part 1.000 37385 37148 match_part 1.000 37021 37013 match_61 match_part 0.987 85010 84551 match_62 match_part 0.980 85010 84552 match_63 match_part 0.959 91637 91322 match_part 0.987 86284 85913 match_64 match_part 0.959 91637 91322 match_part 0.984 86284 86098 match_65 match_part 0.998 102173 101530 match_part 0.750 101443 101428 match_part 0.622 96376 96340 match_part 0.578 96242 96198 match_part 0.682 95168 95147 match_part 0.692 94330 94318 match_66 match_part 0.997 102152 101530 match_part 0.435 100566 100521 match_part 0.600 99202 99183 match_67 match_part 0.998 102163 101549 match_part 0.714 101448 101428 match_part 0.500 99962 99863 match_68 match_part 0.997 102152 101530 match_part 0.706 101444 101428 match_part 0.435 100566 100521 match_69 match_part 0.997 102150 101549 match_part 0.512 101468 101428 match_part 0.471 100566 100550 match_70 match_part 1.000 102171 101538 match_part 0.512 101468 101428 match_part 0.444 100566 100558 match_71 match_part 0.996 101781 101530 match_part 0.512 101468 101428 match_part 0.543 100672 100638 match_72 match_part 0.992 102171 101519 match_part 0.537 101468 101428 match_part 0.462 101049 101024 match_73 match_part 0.998 102171 101519 match_part 0.512 101468 101428 match_part 0.450 101049 101030 match_74 match_part 0.998 102145 101530 match_part 0.488 101468 101428 match_part 0.450 101049 101030 match_75 match_part 0.997 102171 101530 match_part 0.512 101468 101428 match_part 0.400 101049 101045 match_76 match_part 1.000 101945 101538 match_part 0.512 101468 101428 match_part 0.400 101049 101045 match_77 match_part 0.986 102174 101512 match_part 0.706 101444 101428 match_part 0.431 101306 101235 match_78 match_part 0.995 102072 101343 match_79 match_part 0.998 102171 101530 match_part 0.512 101468 101428 match_80 match_part 0.996 102158 101430 match_81 match_part 0.964 102149 101431 match_82 match_part 1.000 102149 101437 match_83 match_part 0.998 101960 101503 match_84 match_part 1.000 101911 101510 match_85 match_part 0.989 102156 101515 match_86 match_part 0.983 102152 101515 match_87 match_part 0.989 102152 101517 match_88 match_part 0.985 102175 101518 match_89 match_part 0.980 102162 101524 match_90 match_part 0.992 102147 101524 match_91 match_part 0.985 102139 101524 match_92 match_part 0.989 102135 101524 match_93 match_part 1.000 102159 101525 match_94 match_part 1.000 102110 101526 match_95 match_part 0.992 102120 101529 match_96 match_part 0.998 102159 101530 match_97 match_part 0.998 102054 101530 match_98 match_part 0.993 102137 101535 match_99 match_part 0.995 102155 101538 match_100 match_part 0.987 102152 101538 match_101 match_part 1.000 102151 101538 match_102 match_part 0.988 102130 101538 match_103 match_part 0.997 102120 101538 match_104 match_part 0.991 102090 101538 match_105 match_part 1.000 102065 101538 match_106 match_part 0.995 102155 101550 match_107 match_part 0.998 102103 101550 match_108 match_part 0.990 102152 101554 match_109 match_part 1.000 102154 101560 match_110 match_part 0.996 102139 101570 match_111 match_part 0.988 102147 101572 match_112 match_part 1.000 102156 101573 match_113 match_part 0.979 102152 101576 match_114 match_part 1.000 102079 101585 match_115 match_part 0.998 102159 101590 match_116 match_part 0.998 102159 101596 match_117 match_part 0.996 102158 101599 match_118 match_part 0.989 102143 101599 match_119 match_part 0.945 102154 101607 match_120 match_part 1.000 102142 101625 match_121 match_part 0.986 102155 101663 match_122 match_part 0.996 102155 101676 match_123 match_part 0.986 102107 101693 match_124 match_part 1.000 102152 101795 match_125 match_part 1.000 102135 101805 match_126 match_part 0.994 102158 101809 match_127 match_part 1.000 102149 101858 match_128 match_part 0.977 102177 102047 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 2675 2238 exon 1725 1382 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5477 5873 exon 6344 6550 exon 8979 9068 exon 9160 9306 exon 9769 9933 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17207 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5477 5873 exon 6344 6550 exon 8979 9068 exon 9160 9306 exon 9769 9936 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17207 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5490 5873 exon 6344 6550 exon 8979 9068 exon 9179 9306 exon 9769 9898 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17302 exon 17815 17886 exon 19461 19573 exon 19681 19828 exon 19904 19973 exon 20103 20777 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 19476 19573 exon 19681 19828 exon 19904 19973 exon 20103 20177 exon 20621 20840 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 33658 33569 exon 33454 33358 exon 31664 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 34468 34414 exon 33657 33569 exon 33454 33358 exon 31664 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_8 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 31668 31578 exon 30147 30063 exon 29418 29324 exon 29007 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24082 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 38198 37969 exon 37385 37148 exon 37021 36962 exon 35779 35719 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 53533 54206 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 54935 55640 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 72890 73280 exon 73407 73526 exon 73604 73966 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 78008 78048 exon 78825 78929 exon 79014 79238 exon 79310 79570 exon 79651 79700 exon 82165 82274 exon 82347 82429 exon 83312 83521 exon 83620 84145 gene_14 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 83608 84146 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 85010 84551 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 91637 91322 exon 86284 85913 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101343 gene_18 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101512 exon 101444 101428 exon 101306 101235 gene_19 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101519 exon 101468 101428 exon 101049 101024 gene_20 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101468 101428 exon 101049 101030 gene_21 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101468 101428 exon 100672 100638 gene_22 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101444 101428 exon 100566 100521 gene_23 gene GT_PGL_11_AGS_7 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 100566 100521 exon 99202 99183 gene_24 gene GT_PGL_11_AGS_8 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101530 exon 101443 101428 exon 96376 96340 exon 96242 96198 exon 95168 95147 exon 94330 94318 gene_25 gene GT_PGL_11_AGS_9 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101538 exon 101468 101428 exon 101049 101045 gene_26 gene GT_PGL_11_AGS_10 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101538 exon 101468 101428 exon 100566 100558 gene_27 gene GT_PGL_11_AGS_11 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101549 exon 101468 101428 exon 100566 100550 gene_28 gene GT_PGL_11_AGS_12 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102177 101549 exon 101448 101428 exon 99962 99863 gene_29 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 99804 99879 exon 101538 102171 gene_30 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 99813 99879 exon 101530 102171 gene_31 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98803 98829 exon 99864 99879 exon 101530 102171 gene_32 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98805 98829 exon 101512 102175 gene_33 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98678 98704 exon 99507 99560 exon 99854 99879 exon 99941 99965 exon 101530 102174 gene_34 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 98804 98829 exon 99861 99879 exon 101607 102171 AUGUSTUS_tom_cdna de novo gene_1 gene 2 3688 20167 transcript_1 transcript 5607 20167 start_codon_1 start_codon 5607 5609 CDS_1 CDS 5607 5873 CDS_2 CDS 6344 6550 CDS_3 CDS 8979 9068 CDS_4 CDS 9160 9306 CDS_5 CDS 9769 9933 CDS_6 CDS 10046 10186 CDS_7 CDS 10264 10443 CDS_8 CDS 13683 13878 CDS_9 CDS 17175 17302 CDS_10 CDS 17815 17886 CDS_11 CDS 19461 19573 CDS_12 CDS 19681 19828 CDS_13 CDS 19904 19973 CDS_14 CDS 20103 20167 stop_codon_1 stop_codon 20165 20167 transcript_2 transcript 3688 20167 start_codon_2 start_codon 3688 3690 CDS_15 CDS 3688 3807 CDS_16 CDS 6344 6550 CDS_17 CDS 8979 9068 CDS_18 CDS 9160 9306 CDS_19 CDS 9769 9933 CDS_20 CDS 10046 10186 CDS_21 CDS 10264 10443 CDS_22 CDS 13683 13878 CDS_23 CDS 17175 17302 CDS_24 CDS 19461 19573 CDS_25 CDS 19681 19828 CDS_26 CDS 19904 19973 CDS_27 CDS 20103 20167 stop_codon_2 stop_codon 20165 20167 gene_2 gene 1 51862 101569 transcript_3 transcript 51862 101569 start_codon_3 start_codon 51862 51864 CDS_28 CDS 51862 51883 CDS_29 CDS 52946 53090 CDS_30 CDS 56428 56482 CDS_31 CDS 56869 56950 CDS_32 CDS 59543 59697 CDS_33 CDS 61549 61657 CDS_34 CDS 61737 62237 CDS_35 CDS 72429 72739 CDS_36 CDS 72837 73280 CDS_37 CDS 73407 73526 CDS_38 CDS 73604 74086 CDS_39 CDS 75662 76275 CDS_40 CDS 77402 77894 CDS_41 CDS 77980 78048 CDS_42 CDS 78825 78929 CDS_43 CDS 79014 79238 CDS_44 CDS 79310 79570 CDS_45 CDS 79651 79700 CDS_46 CDS 82165 82274 CDS_47 CDS 82347 82429 CDS_48 CDS 83312 83521 CDS_49 CDS 83620 83761 CDS_50 CDS 101544 101569 stop_codon_3 stop_codon 101567 101569 AUGUSTUS_tom_cdna de novo gene_3 gene 2 3757 2300 transcript_4 transcript 3541 2300 stop_codon_4 stop_codon 2302 2300 CDS_51 CDS 3541 2300 start_codon_4 start_codon 3541 3539 transcript_5 transcript 3757 2300 stop_codon_5 stop_codon 2302 2300 CDS_52 CDS 3757 2300 start_codon_5 start_codon 3757 3755 gene_4 gene 1 38096 24288 transcript_6 transcript 38096 24288 stop_codon_6 stop_codon 24290 24288 CDS_53 CDS 24383 24288 CDS_54 CDS 25346 25275 CDS_55 CDS 26436 26365 CDS_56 CDS 27782 27561 CDS_57 CDS 28022 27930 CDS_58 CDS 28605 28513 CDS_59 CDS 28893 28807 CDS_60 CDS 29007 28975 CDS_61 CDS 33454 33358 CDS_62 CDS 33657 33569 CDS_63 CDS 35779 35690 CDS_64 CDS 37021 36962 CDS_65 CDS 37385 37148 CDS_66 CDS 38096 37969 start_codon_6 start_codon 38096 38094 gene_5 gene 1 47007 43087 transcript_7 transcript 47007 43087 stop_codon_7 stop_codon 43089 43087 CDS_67 CDS 43312 43087 CDS_68 CDS 43788 43412 CDS_69 CDS 44095 44031 CDS_70 CDS 46217 45875 CDS_71 CDS 47007 46333 start_codon_7 start_codon 47007 47005 gene_6 gene 1 102148 101753 transcript_8 transcript 102148 101753 stop_codon_8 stop_codon 101755 101753 CDS_72 CDS 102148 101753 start_codon_8 start_codon 102148 102146 AUGUSTUS_ab_initio de novo gene_1 gene 1 6973 19843 transcript_1 transcript 6973 19843 start_codon_1 start_codon 6973 6975 CDS_1 CDS 6973 6975 CDS_2 CDS 8979 9068 CDS_3 CDS 10046 10186 CDS_4 CDS 10264 10443 CDS_5 CDS 13683 13878 CDS_6 CDS 17852 17886 CDS_7 CDS 19461 19573 CDS_8 CDS 19681 19843 stop_codon_1 stop_codon 19841 19843 gene_2 gene 1 51862 83790 transcript_2 transcript 51862 83790 start_codon_2 start_codon 51862 51864 CDS_9 CDS 51862 51883 CDS_10 CDS 52946 53090 CDS_11 CDS 56428 56482 CDS_12 CDS 56869 56950 CDS_13 CDS 59543 59697 CDS_14 CDS 61549 61657 CDS_15 CDS 61737 62237 CDS_16 CDS 72429 72671 CDS_17 CDS 73111 73280 CDS_18 CDS 73407 73526 CDS_19 CDS 73604 74086 CDS_20 CDS 75662 76275 CDS_21 CDS 77402 77894 CDS_22 CDS 77980 78048 CDS_23 CDS 78825 78929 CDS_24 CDS 79014 79238 CDS_25 CDS 79310 79570 CDS_26 CDS 83312 83521 CDS_27 CDS 83620 83790 stop_codon_2 stop_codon 83788 83790 AUGUSTUS_ab_initio de novo gene_3 gene 1 3757 2300 transcript_3 transcript 3757 2300 stop_codon_3 stop_codon 2302 2300 CDS_28 CDS 3757 2300 start_codon_3 start_codon 3757 3755 gene_4 gene 1 47007 43087 transcript_4 transcript 47007 43087 stop_codon_4 stop_codon 43089 43087 CDS_29 CDS 43312 43087 CDS_30 CDS 43788 43412 CDS_31 CDS 44095 44031 CDS_32 CDS 46217 45875 CDS_33 CDS 47007 46333 start_codon_4 start_codon 47007 47005 AUGUSTUS_tom_ugs de novo gene_1 gene 1 10148 20167 transcript_1 transcript 10148 20167 start_codon_1 start_codon 10148 10150 CDS_1 CDS 10148 10186 CDS_2 CDS 10264 10443 CDS_3 CDS 13683 13878 CDS_4 CDS 17175 17302 CDS_5 CDS 17815 17886 CDS_6 CDS 19461 19573 CDS_7 CDS 19681 19828 CDS_8 CDS 19904 19973 CDS_9 CDS 20103 20167 stop_codon_1 stop_codon 20165 20167 gene_2 gene 1 51862 83790 transcript_2 transcript 51862 83790 start_codon_2 start_codon 51862 51864 CDS_10 CDS 51862 51883 CDS_11 CDS 52946 53090 CDS_12 CDS 56428 56482 CDS_13 CDS 56869 56950 CDS_14 CDS 59543 59697 CDS_15 CDS 61549 61657 CDS_16 CDS 61737 62237 CDS_17 CDS 72429 72739 CDS_18 CDS 72837 73280 CDS_19 CDS 73407 73526 CDS_20 CDS 73604 74086 CDS_21 CDS 75662 76275 CDS_22 CDS 77402 77894 CDS_23 CDS 77980 78048 CDS_24 CDS 78825 78929 CDS_25 CDS 79014 79238 CDS_26 CDS 79310 79570 CDS_27 CDS 79651 79700 CDS_28 CDS 82165 82274 CDS_29 CDS 82347 82429 CDS_30 CDS 83312 83521 CDS_31 CDS 83620 83790 stop_codon_2 stop_codon 83788 83790 AUGUSTUS_tom_ugs de novo gene_3 gene 1 3757 2300 transcript_3 transcript 3757 2300 stop_codon_3 stop_codon 2302 2300 CDS_32 CDS 3757 2300 start_codon_3 start_codon 3757 3755 gene_4 gene 1 38096 24288 transcript_4 transcript 38096 24288 stop_codon_4 stop_codon 24290 24288 CDS_33 CDS 24383 24288 CDS_34 CDS 25346 25275 CDS_35 CDS 26436 26365 CDS_36 CDS 27782 27561 CDS_37 CDS 28022 27930 CDS_38 CDS 28605 28513 CDS_39 CDS 28893 28807 CDS_40 CDS 29007 28975 CDS_41 CDS 35779 35690 CDS_42 CDS 37021 36962 CDS_43 CDS 37385 37148 CDS_44 CDS 38096 37969 start_codon_4 start_codon 38096 38094 gene_5 gene 1 47007 43087 transcript_5 transcript 47007 43087 stop_codon_5 stop_codon 43089 43087 CDS_45 CDS 43312 43087 CDS_46 CDS 43788 43412 CDS_47 CDS 44095 44031 CDS_48 CDS 46217 45875 CDS_49 CDS 47007 46333 start_codon_5 start_codon 47007 47005 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5479 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 1.000 9160 9306 match_part 1.000 9769 9933 match_part 1.000 10046 10186 match_part 0.967 10264 10355 match_2 match_part 0.997 5491 5873 match_part 1.000 6344 6550 match_part 1.000 8979 9068 match_part 1.000 9179 9306 match_part 1.000 9769 9898 match_part 1.000 10046 10186 match_part 1.000 10264 10443 match_part 1.000 13683 13878 match_part 1.000 17175 17302 match_part 0.986 17815 17886 match_part 1.000 19461 19573 match_part 1.000 19681 19828 match_part 1.000 19904 19973 match_part 1.000 20103 20777 match_3 match_part 0.999 53533 54206 match_4 match_part 1.000 72892 73280 match_part 1.000 73407 73526 match_part 0.994 73604 73959 match_5 match_part 1.000 78008 78048 match_part 1.000 78825 78929 match_part 1.000 79014 79238 match_part 1.000 79310 79570 match_part 1.000 79651 79700 match_part 1.000 82165 82274 match_part 1.000 82347 82429 match_part 1.000 83312 83521 match_part 0.998 83620 84146 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.998 2675 2238 match_part 0.974 1725 1382 match_7 match_part 1.000 29006 28975 match_part 1.000 28893 28807 match_part 0.989 28605 28513 match_part 1.000 28022 27930 match_part 1.000 27782 27561 match_part 1.000 26436 26365 match_part 1.000 25346 25275 match_part 1.000 24383 24259 match_8 match_part 1.000 38198 37969 match_part 1.000 37385 37148 match_part 1.000 37021 36962 match_part 1.000 35779 35719 match_9 match_part 0.997 55640 54935 match_10 match_part 0.981 85010 84546 match_11 match_part 0.959 91637 91322 match_part 0.987 86284 85913 match_12 match_part 0.998 102171 101530 match_part 0.512 101468 101428 match_part 0.719 96378 96347 match_part 0.533 96242 96198 match_part 0.652 92507 92485 match_part 0.750 89645 89630 match_13 match_part 0.984 102149 101343 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 2675 2238 exon 1725 1382 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5479 5873 exon 6344 6550 exon 8979 9068 exon 9160 9306 exon 9769 9933 exon 10046 10186 exon 10264 10355 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 5491 5873 exon 6344 6550 exon 8979 9068 exon 9179 9306 exon 9769 9898 exon 10046 10186 exon 10264 10443 exon 13683 13878 exon 17175 17302 exon 17815 17886 exon 19461 19573 exon 19681 19828 exon 19904 19973 exon 20103 20777 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 29006 28975 exon 28893 28807 exon 28605 28513 exon 28022 27930 exon 27782 27561 exon 26436 26365 exon 25346 25275 exon 24383 24259 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 38198 37969 exon 37385 37148 exon 37021 36962 exon 35779 35719 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 53533 54206 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 55640 54935 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 72892 73280 exon 73407 73526 exon 73604 73959 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 78008 78048 exon 78825 78929 exon 79014 79238 exon 79310 79570 exon 79651 79700 exon 82165 82274 exon 82347 82429 exon 83312 83521 exon 83620 84146 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 85010 84546 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102171 101530 exon 101468 101428 exon 96378 96347 exon 96242 96198 exon 92507 92485 exon 89645 89630 gene_12 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 91637 91322 exon 86284 85913 gene_13 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 102149 101343 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 1593 2105 match_2 match_part 0.998 1598 2105 match_3 match_part 1.000 30157 30648 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 31326 30849 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 1593 2105 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 30157 30648 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0007M13.1 type gene exon 31326 30849 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 5607 20167 transcript_1 transcript 5607 20167 start_codon_1 start_codon 5607 5609 CDS_1 CDS 5607 5873 CDS_2 CDS 6344 6550 CDS_3 CDS 8979 9068 CDS_4 CDS 9160 9306 CDS_5 CDS 9769 9933 CDS_6 CDS 10046 10186 CDS_7 CDS 10264 10443 CDS_8 CDS 13683 13878 CDS_9 CDS 17175 17302 CDS_10 CDS 17815 17886 CDS_11 CDS 19461 19573 CDS_12 CDS 19681 19828 CDS_13 CDS 19904 19973 CDS_14 CDS 20103 20167 stop_codon_1 stop_codon 20165 20167 transcript_2 transcript 5607 20167 start_codon_2 start_codon 5607 5609 CDS_15 CDS 5607 5873 CDS_16 CDS 6344 6550 CDS_17 CDS 8979 9068 CDS_18 CDS 9160 9306 CDS_19 CDS 9769 9933 CDS_20 CDS 10046 10186 CDS_21 CDS 10264 10443 CDS_22 CDS 13683 13878 CDS_23 CDS 17175 17302 CDS_24 CDS 19461 19573 CDS_25 CDS 19681 19828 CDS_26 CDS 19904 19973 CDS_27 CDS 20103 20167 stop_codon_2 stop_codon 20165 20167 gene_2 gene 1 51862 101643 transcript_3 transcript 51862 101643 start_codon_3 start_codon 51862 51864 CDS_28 CDS 51862 51883 CDS_29 CDS 52379 52480 CDS_30 CDS 52946 53090 CDS_31 CDS 56428 56482 CDS_32 CDS 56869 56950 CDS_33 CDS 59543 59697 CDS_34 CDS 61549 61657 CDS_35 CDS 61737 62237 CDS_36 CDS 72429 72739 CDS_37 CDS 72837 73280 CDS_38 CDS 73407 73526 CDS_39 CDS 73604 74086 CDS_40 CDS 75662 76275 CDS_41 CDS 77402 77894 CDS_42 CDS 77980 78048 CDS_43 CDS 78825 78929 CDS_44 CDS 79014 79238 CDS_45 CDS 79310 79570 CDS_46 CDS 79651 79700 CDS_47 CDS 82165 82274 CDS_48 CDS 82347 82429 CDS_49 CDS 83312 83521 CDS_50 CDS 83620 83761 CDS_51 CDS 101567 101643 stop_codon_3 stop_codon 101641 101643 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 3757 2300 transcript_4 transcript 3757 2300 stop_codon_4 stop_codon 2302 2300 CDS_52 CDS 3757 2300 start_codon_4 start_codon 3757 3755 gene_4 gene 1 38096 24288 transcript_5 transcript 38096 24288 stop_codon_5 stop_codon 24290 24288 CDS_53 CDS 24383 24288 CDS_54 CDS 25346 25275 CDS_55 CDS 26436 26365 CDS_56 CDS 27782 27561 CDS_57 CDS 28022 27930 CDS_58 CDS 28605 28513 CDS_59 CDS 28893 28807 CDS_60 CDS 29007 28975 CDS_61 CDS 31664 31578 CDS_62 CDS 33454 33358 CDS_63 CDS 33657 33569 CDS_64 CDS 34503 34414 CDS_65 CDS 34720 34592 CDS_66 CDS 34916 34842 CDS_67 CDS 35779 35690 CDS_68 CDS 37021 36962 CDS_69 CDS 37385 37148 CDS_70 CDS 38096 37969 start_codon_5 start_codon 38096 38094 gene_5 gene 1 47007 43087 transcript_6 transcript 47007 43087 stop_codon_6 stop_codon 43089 43087 CDS_71 CDS 43312 43087 CDS_72 CDS 43788 43412 CDS_73 CDS 44095 44031 CDS_74 CDS 46217 45875 CDS_75 CDS 47007 46333 start_codon_6 start_codon 47007 47005 gene_6 gene 1 102148 101753 transcript_7 transcript 102148 101753 stop_codon_7 stop_codon 101755 101753 CDS_76 CDS 102148 101753 start_codon_7 start_codon 102148 102146 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 105 77403 77894 match_2 match 105 77403 77894 match_3 match 105 77403 77894 match_4 match 103 77403 77894 match_5 match 24.6 77974 78024 match_6 match 107 77403 77894 match_7 match 110 77403 77894 match_8 match 100 77382 77894 match_9 match 28.9 77974 78024 match_10 match 149 61694 62350 match_11 match 181 72834 73535 match_12 match 119 82082 82429 match_13 match 167 73601 74065 match_14 match 186 72314 72760 match_15 match 72.4 83617 83787 match_16 match 100 79334 79576 match_17 match 164 78822 79238 match_18 match 53.5 77953 78048 match_19 match 251 75734 76264 match_20 match 271 77400 77894 match_21 match 32.0 79648 79698 match_22 match 123 83312 83521 match_23 match 106 77403 77894 match_24 match 27.3 77974 78024 match_25 match 109 9724 9957 match_26 match 124 6344 6553 match_27 match 90.1 9160 9315 match_28 match 91.3 10046 10186 match_29 match 120 13686 13880 match_30 match 115 10264 10443 match_31 match 61.6 8985 9071 match_32 match 108 9724 9933 match_33 match 124 6344 6553 match_34 match 90.1 9160 9315 match_35 match 44.3 10124 10186 match_36 match 120 13686 13880 match_37 match 115 10264 10443 match_38 match 61.6 8985 9071 match_39 match 111 77403 77894 match_40 match 111 77403 77894 match_41 match 105 77403 77894 match_42 match 101 77379 77894 match_43 match 33.5 77953 78036 match_44 match 101 77403 77894 match_45 match 28.1 77974 78024 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_46 match 212 85125 84646 match_47 match 157 86275 85913 match_48 match 130 37378 36935 match_49 match 129 28022 27558 match_50 match 107 85125 84709 match_51 match 108 85125 84709 match_52 match 108 86266 85913 match_53 match 110 85125 84709 match_54 match 108 86266 85913 match_55 match 311 3703 2303 match_56 match 211 85125 84646 match_57 match 145 86275 85913 match_58 match 105 28022 27555 match_59 match 113 102007 101756 match_60 match 174 85107 84646 match_61 match 152 86284 85910 match_62 match 192 85125 84655 match_63 match 213 85125 84646 match_64 match 146 86281 85913 match_65 match 140 86281 85913 match_66 match 110 3646 3131 match_67 match 188 2665 2303 match_68 match 145 37390 36962 match_69 match 166 28022 27558 match_70 match 48.1 34922 34830 match_71 match 73.2 34720 34592 match_72 match 65.1 34512 34414 match_73 match 145 86323 85913 match_74 match 217 85125 84646