C01HBa0024O06.1 TTGTATGATTAACTGTTGTTTTCTGCATAAAATACCCGCAATTAAATGACTTCTGCAAAA AGTGATCTCTCTGTCGGCACTGCTCGGTACAAGTTCTGGTTGCCTCTAGAAAACCCAATT TCTCTTTGTTATGTAGTGTTAGAGCTTGTAATATGGATTTTGAGTGGGAACTAGTTTCTC CAGTCTCAGCTCTTCAGGCGGCATGCTGTTTGCAATATACGACATGCTCTCTTGCGGATT ACATACATGAATATACGACTGTTATAATCTTGTATCCTTCATGTTCTATGGTGTGACCCC TCTGGTGGGAAGGAACTAGTAGAGCCTGGGTGGATCTTTGCTGGGATAGTGGCACCCAAT TCTTAACCATTTCTGAAAAAAGACACAGATCAAGAGAGAACTACTGGAGTGATCACGTGA ATTTTCAATCTTCTTCTCCTCCTAATCCTTTTCCCTTATCGTTGTAGATTGTTGGTGGAA AAATGAGGGCTGTAATGTGAATATGTTCTCCAGTCCCGGTCTCTGGCACTAATTATTCTG TGAACTTATAGTGTCCTCAGTTTTGGTTTCACCAAGTAAGAGTGCCTGCTAGCTGGCCTT TATCATCATGTTGCATTTCAAATAAAAAAGCATGTCCTACTGAAACCCGTTTTCTTCTTT CTTTTTAAGCAAACTCTACAGCACCACATCAACAAAAGTTTGTTCCCATCATCTGCATGT TACATGAATATTCTTTTTCTTTACGAGGATAAGACATAAATTGCATTATTGGGAAGGTCA CAAGATAGAATATAACTGGACTTTGAATAGGTGCATCTAAAACACTAATGCAGATCAGCC AAACAACATGATTCAATAGTGAATTACGTGGATCAGTGCACTTCTTGCCTAGTCCAGGAG ATCAGATCTTGGTGCTATTTTGAGTTCACTCCATAGAGATCAGATCTCCATAGATCGACA ACATATGAAGCAGTTACTTCCTTGGTCATTCACCTGTCTTCCTCCTCATTCTTAGCATCG ATGACTTTCCCCCACAGCATTTGCTTGTTAATTACATACTTCCACAGCCATTTCATTCTG AGAGCCTTACTGTGGTTTTTACTCTTTCAGGTTTTTAATTCCCAGACCCCCATATCTTCT TCCACTATCAGATCTTTCCATTTGACAAAGTTATAGCCTTCCCTTTTGAATTTCCTTTTT TTTAAAAAAAAATTGCTTTTGAGTTTGTATCACTTCATTTAAAATAATGAGCTACTGGAA AGGGAATACTTCTATTTAATTTGCATTTGGTTTAATCATTATGCTCACTTGTTGGCATGG ATATATTCCCTGAGCCATGGGGGAGACCCATATCGAATAAAAAATTCTTGCTCTGACACC ATTTAGAATTGTGTGTGTCATCTCTATTAAATGTTTGATCTATTAGAAAGTTGATACTTC TAATTTAACCTTCTACATTTCTGAAAGATACAAACTCAGTTCCTCAAGTTTTCCAGTTAT AGATTCAGTTGAACTCCAATGTCATTTAGTACTACCATAAAACTTAATCTCCTATTTGCA GGTGGAGCTTCAACAGAGGGCTAAAATCCTTCACGAGGACATCACAAAGCACGTATGGTT TCAGTCTTTCCAAGTTACTTTTAAAGTTGGATAATTTATTTTCTTAGGAACTCCCTGTTG ATTTGGATAGCTTGTAGCTCTATGAATTTATACTCCATTGGCATTATATCGTGCAACATG GATTAAATGCTTTAAAAAGATTTCAGCTTCCATTTCAGTATCATGGAGTTATTAGGGACC TTTTATTTTATCTTAATTCCATATATTTGCGAAACATCTAATATCTGGTGACCCCTTCAC TTTTAATGTCAAGAGGATTGCTCGAGAGCTGAAAGTGTTGCAAGGAAAAATTGATCAAGC AAATGAGAAAGGATGGAGACAAGAATATCCTTTTTTCCTTCTTTTTTTGGGTGACCAAAT TTATCGTATTTGACAGAACGCCAAACCAGTCCCAAGGATGGAAAATTAGCACAGGTTTGG TAGTAAGCTTCTGTGTATGGTCACCAGCATTACTTTCTATGATCACCAATTTCATCCTAA CCTCTATGTTCCTCCTTTATCATCTCATCCTTCATTTCCTAATTATGTCTGTGTGTACTG TTATCTCGATGTTCTTCATCCTGGTCCATTCTGCAAAGAAAGGAAAGTATTTCCTTAATC ACTTGGTTTTTACACTTACCGAGCATCTGAATAGAAGATATCTCCTACAGCAAGATTCAT ACCTGTCATCTGTGCTGGAAAATATTCCTCGAGTGACTCCAGAGGAAATAGAGCCTGTAT CTCTTGATGGGAATGACAATCAGATAGTAACCACTATAAAGAAGAATATTACTGGAGTTA CTCCTGAGAAAATAGATAGTGAACCTCTGGCTGAAAATAATGATGGGAAGCTTTCTTCAG ACAATGGAGATTTCAGTGGTGAAGGACCTCCGAAGAAAGGGGATGAAAAGAAAACATATA CACAGCAGAAAACAAAGATGCAAAGAAGAGACACTTCACAGAAAAAAGAATTTGTTGGAT GGGGATCAAAATCTCTAATTGACTTTCTTCAGTTTATAGGTCACGATACCAGAGAAAAAT TATCCCCATATGATGTGACATCGATGGTAATTAAATATGCAAATGAAAATGACCTTATCC ATCCTATTGAAAAGAGAAAAATCCTTTGTGATATTCAGTTAGAAGCTCTTTTGGGGGGGA AAGTGGTAAACAGAGACATAATACTTAGCCTCCTTAAAAGCCATTTTGTTGAAAATGAGG AGCGATTACAAAAGAATGAGCTTGCTCATGATCTTGAAGACAATGACACAGAAATGTTTG TGGCTTCTAAAACTGAGAAAAAGGTTGAACAAAACAAAAGATCCTCAATTTGGTATTCAA CTGCAGCACAAAGTCAATTTGCAGCCTTGATTCCTGAAAATATCAAACTTGTTTACCTGA AGAGGAGTTTGGTTCTGGAGATGATCAAGAAGCCTGAGTCGTTTGAAACCAAGATTATAG GAAGTTTTGTTCGGGTCAAGTTAGATTCACGTGATTTTGAGCTGCGTAACTCTCATCAGC TTGTGCAAATTACAGGTTGTTTTAACAAATGACTTTATTCTTTGATTTGTTTTTTTAATA GTTGTTAACATCCCTCAGTGAACTGCTGTGACTGTGTGTCAATGCTGCATTATGCTCATG TATTCCATACAAAAATTTTTGATACTTGAAATTATCCAAAATATGACTGCTGTGAATATG TCTGAATGCTGCAGTATGCTCATGTCTTCCATTCAGAACATCCGTTTTTTTAACATAAAT GATTTATGTTTCCTCAACCAACTTTGTTTACTCTTTTTGTTGTTATCATGGCGTTTATAA TCTGTTCAAGCCCATGAAATAAAAGTTGAAACTCAAAACTCATCTTTTCATCTTATGAAT TTCCTTTAGGTTTTCCATTGTTGTTTTGTTAATATTGAGAGAAGAGTTCATTCTTAAAAC CCTCTATATTTCGTTTGGAACATTAAAACCTTCTTTTCCCAGTTATTATACTTTGTCTGC TCATGTTCTATGGTGCTATTCCTATTTGGTAAGTCAAAGTGTTTCTTCTTTGTCTACAAT GTGTTAAATAATTTGGTAAGAGTTTACCAAAATAATTGTTATTAGTGGTAATTAATATGC AGTTTTCAAATATGTAAATATTATTTTGAAAATAGTAAAGCATCGATACAGAATTTACAT AGAGGATCAGATGAGTTGATTCCGGATCGCTGCTAAAGTAAAACAAGTTACATTGTCCAA CGGTCCAACCCAAAGAAGAAGAGCAGAAAACCTAGTTTGAATAGCTTCAAAGGTTGAGAA AGAAAATTAGAAATAGGTCACTATAATTAACTTTAACAGGATTTGGATAAATCTGGAAGT AGAAATTTGATATGTGAATAGAGTGGAATAGATGGGTGAAAAGATTATACGTGATGAAAT AAGATAAATCGAGCTCTTAAAGAAGCTCAGTAAATTTGGAAGAGAAATAAGCAAGCAGGT CAAGTAAATTGGATGGAGAGAGTGAGGCAATGATCATAATCTTATTTTCATCTTCAAAGT CTTAATATAGAATATTTTCTTCTATTAAAAACTTTATGTTGAGCACCAACTTTGCTTTCA TAATGACATCTTTCTTGTTTAAGCAAGTTTTTCAGGGATCCAGCCTGTATCAAGCGATAA CTGCTGTTGCAAGAGTTCAATTCAAGTTTCAAATATCGCAAAAAATGTTTGCTTGAACAC GCTTTCTGATGATGAATTTTCTAATGTAACCTACTTCAACCCTTTTATGATCATTCTACC TATATGTTCATTACATAAGATATTAAATGTTGTCAATCCAAGTCTTGTCATGTACAAACA CGTGTAACTCTTCTAACTTAGAGTTAGATTCCATACTGCTAAAAGCAGACTGCAAAAGAG TTGATAATTTTGGATGTTGGTTTTTTCTAGGCTATATTTGTTTTAATCTTTTAAAAAGGA TCAAAGGTTTTCTCTTGTTTTGAGAAGTTGTTATCATTGGCTGTTTCAGATTTTTGTGTT AGCGGTGTCATAATAGATTTCACTCTTGGAAAAGATCCTGATTGCAGCCAATGAGAGGAG GTGCAGCATGTGGATTAGCTATCCTCTTTTTTGTACTAACAGAAGAAAACATCTTTTTAA CTCTTCTTGTAGGTGCAATTTACACCACAAATATGGGAATCTTTTTATGTTTTCCAGTTA CTGTACAACAACATACTCAGTGTAATCCCATATCTAGGGTATGGGGAGGGTAGAGAGTAT GCATACATCACCCCCTTTATGTTTTTAGTTACGGAAAAAAACAAATTCAGTGACTGAAGA GTGGCTTCAATTGGGTTACCAATATTCTCAACCTTGTGAAAGCTGAGGTAGTTTTGTATG TTGATCAATTTGGAAGTAATTTAAAATATCCTAGATGATAAATATTTGATAGCATTCTAG AGCTGCTGGACTGCCATTGTAATTGGAGCACTCCTATTTTTGTTCAGTCTTTTGAGCTAC TCTTGGTGCATTTACACTAATGGAAATGGCTTATCACTTTGAGTATTTGTTGAACTGAGG GAAAAAGCTGATTGAATGTTATTACTAATAAAAAATGAAAGGATTGAACGTTTCTAGTAG TCTAGATCCTAATGGAAGCTAGTTTTATGTTTCTTCAGAATACAACATAGCATCTTACCC TTAGTTGATTTGAAGCTGTTACATGTATTCATTTATACTTGAGAAACATCTTAACAGTGC GGAACTACCCAATGGAAAAAACTCTACCAAAAAGCTTTCTTGGTTAACCCTTCATTTCAA TGTGTTTTGACATTTTTCTCTGTTTTTCAGGAAGAATGTGATGAGTTCAGAAAGAAAGTC AAAGATGGGATTTTTAAAAAGCTTACAGTTGTAAGTTTTTTTGGCTTGTATTTTGACATA ACTATTACGTTGAAACATAGTCTCGATGTTATTATATGACTGAAAATTTTAGTATGATTA ACTATTGTTTCCAGTATAAAGTACTCCCAAATAAATGACTTGCCCAAAAAGGGATCACTC CGTAGGGACTGCTCAGTGCAGGTTCTGGTTTCCTCTAGAACAACCCAGTTTCTCTTTTGT TATAAAGTATTTCTCAAGTCTCAGCTCTTCAGGCAACATGCTGCTTGCAACCTACCACAT GCTCTCTTGCCTTGTTCTAGGAATAATCCTTTCCCTAAGAGTGACTTGGTCATTTTCATG TATTCTTCATGTCCTGTCATGTGACCCTTCTGGTGGAAGCGACTAGTAGAACCTGGGTAG ATCTTGGCTGGGCTAGTGGGACCCAATTCTTAACCAGTTCTTAAAAAAACTCTGATCAAG GGAGAAAGAATACTGGAGCGGCCAAGTGAATTCTCAATCTTCATCTTCTAATCCTGGTCC CTTATCATGGAGGTTGTTGATGGAAAAACGAGTCAATGTAATGCGAATAGGTCCTCCAGT AGCATTAAACATTCCTTTATTTGATAATGTCTCAGTTTTGGTTTCACCAAATAACAGTGC CTGCTAGCTGGCCTTAATCATCGTGTTCCATTTCAAATAAGAAGTGTGACTCACTGAAAC CAATCGTCTTTTTTCTTTTTAGCAAACTCTAACAGCGCCAGCTCAAAAGAACTGTTTTCT TGTCATCTGCATGTTACATGAATATTCTTATTCTCCAAAGGTTAAGACAACTTTAGAATT GCATTTTTGGGAAGGCTTCAAGATAAGAGTATATCTGGACATTGAACAGGTTTCTGTAGA ACATTATCGCAGATCATCCAAACAACATGATTCAATAGTGGGTGGATAAGTGCACTTAAT GCCTAGCGGAGATAATGAGGAAAGCCTCCAGCTTAACACAGTGCTTTTCTAGTTCCCCTT TTACTATACATAGAGACCTTTTGAATTTCCTTTTCTCAAATAAGTGCTTTTGAATTTGTA CAACTTCATTTATAATCTTGAGCTACTTGAAAGGGTATATAATTTGCATTTGGTTTTTTA TCCTCCTCACTTATGGGCATGGATATATTCCCGGAGTCATGGGGAGTTTTCAGTAAATGG GTTGTGGCGAGACTCAAATCAACAAAATGTTTATTAAATGTTTGAGCTATTAGAGTGCTG ATACTTTTATTTTTGTCTTGTACATTTCTGAAAGGATATAAGCTCAATTCCTCAAGTTTC CCAGTTATAGATTCATTATGTCTTTACTACCATAAAACTTACTCTCCTATTTGCAGGTGG AGCTTGAACAAAGGGCTAAAATTCTTCATGAGGACATCACGAATCATGTATGGTTTCAAT CTTATTTGGATAATTTATTTCCTTAGGAACTTCCTTGTTAAGTCTGGATTGTTTGTAGCT CTACGAGTTTATACTCCATTGGCATATGAGAAAACAAAATATTATCATGCAACACGGATC AAATGTTGTAAAATGATTACAGCTTCCTTTTCTGTAACATGAAAACATTAGGGACCTGTT CATTTTTATCTTGAACCAATATTTTTTGCGGAACATTTAAATATCTGATGACACCTTGAC TTTTAATGTCAGAGGATTGCTCGAGAGCTGGAACTTGCGCTGCAGAATATTCCGAAAGTG ATTCCAGAGGAAGTAGAATCTCTTGATGGGGATGACAATCAGATGCACCTATGCTCAGAT GAGGCAACCCTACAAAAGAAAATAATCTTGGAGTGATACCATCAGAAAAATAATGAAAGA TGAGAAGGATGGTAGTAAGATGCACCAATGCGCGGTTATAATGATGCTATGTGCAACTCC CTATCTTCTCCTTTGTTTAAATTGTTATTGTTAAGCCTTTGCTGGAAAACTTTAGCAGAT CGTCTTTGACGGAGGGAAGATGCTTCTATCAGTTGCAGGTTCTACCTTGCTATTTTGAAT TTAATTGATTATTCAGTTTTAGCTTTGTTATTTATATTACAGCCAGTTAATGTTATGAAA AAAACCAGGTTTACTCATTTTGATGTTGCATTTGCTCTTGCTCTACATCATGATTCATGA GAAGGATCAAGGGGTATACTCCCTCCGTCCACAATTGTTTGTCATGGTAGAATTATATAC ACCCTTCAAGGAAAAATAATTTAATACAAAGTGTAATTTCTACTATACCAAGAATATCAA AAGTCTACATAACTTTTCAATTGAAGCATACATTAAGGGCAAATTGTTTCTTGATTATTT AAATTGACAGATAATCTTAGACATCTATTTTTAGTATATTTATCAAACAATTGTGATTCA TTCTTTTCTGAGAGACTTAGCAAGAAAATGTTCTTTCTTGATTGTACAAAATTAAATAGT TGTTAGCTAATTTACAAGGCCACAAACTAGCCGAAAGCCCTATCTAAGAAAGTGGCTACT AGCTCAAATGCTGGTGAAAACCTCGCTTTTTAGCGATAGGAGGCGGCAAGGACCCGCAAC TCTCGAAGGGGCCACCAACCGCCCGAATCACTGTCTACCCCCATTCTACCAGCAAACCCT TTCTTTTAGTCGGGCAAGGACTCTCGGTTAGCCGTTTTTTTGTTCTTTGGTCATTTCCGG TAACCTGGTAGATCTACTGAACCTTTTCCAGAAGGGAGTTTCGAACTTTCTAGAAGTCCA ATAACGGTGATTAATGAACTTCATCTCTGCAAAAGAATTCCACAGGCAAGCAAAAATGAC TCCATCAAGCAACTTCAATACATGTTTTCAACCAATATGAAAAAAAAATGGTAAATCTAA TTGAATTTATCTTACTTTTTATATTAAAAAATTATATTTTAGGTAAACGTATATGTGTAG TTCGTTTAAGTAATCTAAAACTGCCTTAGTATTTTTATTTGTCAAATCTAAAATTTTATA AATCCTCAACCTACTCCATTAAATCGTTTCCATAGGCTAACAATAGCATTTATTAAATAA AAATGTTCAAACACCTAACTGTATGAGGTACTAAAGTTTCCATAGGAATAGCATTTATTA AAAGAAAAAAAATTAAATATGTAATTAAATTTTCAAATTAGACTTATTTATAGCATTCGT TAAAAGTTTGATTCATGAATGTCATTATTGTTAAACGTATGAAATTTTTTCAAAGTTACA GAATTTCAATATTCTCTAATAGTAGGATTTTCTCCATAATTTCAAATCATTTGAAATTTG AACATAGACTCAAAAACTACTAGGGAACAAAGATCTAGGGTGTGTTTGGTAGGAAGAAAA ATATTTTCCAATTTTTTATTTTATTTTTCTCATGTTTGGTTAGATCAAATATTTTGAAAA ATATTTTTCAAATCAACTCGTTTTCCTCAAAATTAAGGAAAAATGAATTCCCTTTAAAAT TTCAGAAAAACATTTTCCAAAATTCTCTTCCAACCTCCCCCCTTACCCACCCCACCCTAT TAGCCCCCAACCCACCCCATTATCAGCCCCTCACCGACCCCTACCAGGCCCCCACCCTAC CAGCCCCAACACCACCCCCTACCAACCCCTCCTACCCCTGAAAAAAAATTTAAATTTATT TTTAAAAAAATATTTTCAATTTTAAAATTTCATTTTTTTCACCTCTATCCTTCACCCCAC CCACCCTTATCAGCCCCCCCCCCCAAAAAAAATAAGATTGTTGTTAAAAAATATTTAAAC TTCAGAATTTTTCAACCCCAACCCCCAAAAAAATTGATACTGTTTTTAAAGAAATTGAAC TTCAAATTTTAATTTTTTCACTCCTACCCTCAAACCCCCCACCCCACGCCTTCCAAAAAA AATGATATTGTTTTTAAAGAAAAAAATTCAATTCAAATGTTAATTTTTTTACCCCTACTC TCGAACCTCCCCCAAGCCCCCCAAAAAAATTAAGTTTTCTTTTAAAAAATATTTTAAACT TCAAATTTTTATTCTTTTCACCCCTACCCTCGATCCCTCACCCCCACCCCACTAGCCCAC TACAACACCCACCCACCCACCCACGCGCTTCCAAGAAAAATAATAAGATTGTTTTTAAAA AAATTTAATTTCAAATTTAAATTTTTTTCACCCCGACCTTCGAATCCCCACCCCACCACG AAAAAAATTAAGTTTGTTTTTTTATTAAAAAAATTCAACTTCAGAAATTATTTTCTACTC TATCAAAAAATAAAAGATATTTCTCAAAAATATTTTTCATTTAAAAATCAAACACTAAAT TATTTTCTACTCACCAACCAAACATGAGAAAATAAGTCAAATATCTACTTATTTTTCAAA AAACATTTTCCTTCATACCAAACACACCCCTACCAAAACACAAATCAAAGCAAATTTCTT AAAATTTGGGACCGATTTCCATTTTTTTAATACAAGTGAATTTTTTGTACTCTACAAATA ATTTTAGAATTTTGATTATTCTTAAAAAAAGACTAATAATGTGGTCGAAATTTGAGATAA TTTCGTAAAGGATTGAAAATTTGAAAGTTCTTGATATTATTTTGTTATCGATGTTATTTT TCTTTTTTTGAAGTGTTTTATCGTGCTATCTTTTCTATTTTGTTTTGTTATTTTCATTTA TAAAAAATTGTACTTATGACTTACTAGTTCCCATTTCAAAAAATATTTTGCCATCTCTAT AAGATACACGTTCACACCATTATCTTTGATTCTTTTCCCAAAGAGTTTATCAAATTATAG TTTCGTTATATTATGTACTAAAAATATATTCTCACCACAATTTACAACATAATACTTGTA TATGGTATATATTTTTCTTTTCATATCAATAGCATTAATATTATTTTAATAATTTTTGTC CCTCCATTTTTATTACCATATATTATTTTCAGTGTTTTAATTATTACATTTTCTAACTAC TATAACCGTTCCTTTTTTAAATTAAAATAAATAAATAATCCACACAATAATGTTTTCCTT CGATATGCCTTAATTTAGTTATATACTTTTCTTTTCAAACTATTTTGTTATGCATTATTT ACTTGAGTCGAGAATTTTTTTGAGTCAGTAGTTCTGTCTTTACGAGGTAACGCTTAGGTG TACGTACACTCTTTACTATAAATACTTACGGCTTAAATAAAATTTGATCCATATCAAAAT TGAACCAAATCACTTAAATATATTAATTTTAGTTTTATTTTTGTTTGGATTGTTGTAATA TTTATAATTTTGGGGGATAATGAAATCAACCTGGGCATAATTCAGTTATTGACTCTTTCA ATTTTGATTTTATGCTTTCTACTTCAGTGTACTCAACATGAAAAAAAAGGTATAATTTAG GGATGGACAATATTTATCACTTTTCGAACTCATTTATTTTTCTATTTTCTCACTCTATCT TTAATTTATTTCAATTAATGATAGATAACTGAATTATGATTGTTAAATTAAATCAATAAA TATAAATTATATTTGATTCGGTTTCAATAATTTAAAATTTAATCAATTAGTTTGACTTTA ATTTTGATCAATAATTAATCGAAATCAACTAGTGAACATACACTCTCTATATTCATAAAA TTATATTAAATATGTTATTATTATTATTATTAATTTATTATTGTTTTTGTTATCATTTAC AATATATCACTTTAAATTTAATGTAAATTAATATACACCCCGTAGGGACACCAAACTTTA TCCTCATTAATCAATGTTACTATTGCTTAACAAAGTAGATTAGATTTTAAGTTATATATT ATTATCTTTAAGTGTACTTTAGCCTGCAAAAGCATATTACTGGAGTATATGGTTATCAGG TAGTCAACAAGTATCTATCAGTTCATTTTTATAATTTATTTTTAAAATAGATTTTTAGTT TTATTTATCATTTTTAATATATCAATAATAATAATAATAATAATAATAATATATATATAT TCATGTTCTATGTTTGATATTTAAAAATCATTTTTCAAAACATAATATTAAAACATCGAT CAATATAAATAATGTGATAAAATATTTATATCGATAATTATTTTTTAAATATGTGTCAAG TCAAATAGTGTCAAGAACAAAAAAAAACGAAGGGAGTACTTAACTATCTTTTAAAATTAG TTACTCATGTTTTTTCCCACTCAGTATTCAATATATTAGTTCAATTTTAATAAATCATAT ATATATATATATATATATATAAAAGAAATATTAGATCCGCTTACTTGACGCTCCCACAAA TAAGAATTTCTTTTTAAATTTATTTATTTTCAAAACTAGCCTTCTCCTTTCATGAAGAAT TGTGACTTTTATGAAGAATTGTGACTTTTATGTAAAGTTGTGACTTTTACGTAAAGTTGT GATTTTTATAAAGAGTTGCGACTTTAATGAAGAATTGCGACTTTCGTGAAAAGTTTGACT TTACTGAAGAGTTGCAACTTATGAAAAATTGTGACTTTTTAAAAGGTTGTAACCTTTACG AAGGGTTGCAACTTTTTCAAATAGTTGAAACTTTTTCGATAAGACACAATAAACATTTGT GTGGGCTACCCTTTGTTGTTTATAAATAGAGGGATCTCCTCTCATTTTAAAATAACGAAA ATTCTAACCCTTTCTTGTTCTTCACAACTAAATATTTGTGTACTTAATTCCTGTTGAGTG GGTTACTGACATCATTCCTTATGTTACAGATCTTGGTATGTATTTTTACGGTCATTAATT TCTACTTGTTTCATTAAGGATAAATGATAAGATAAGTTACCTTTATCAACTAAATATTTA TGTACTTGGTTCATGTTGAGTGAATCACTGACACTATTGCTTATATTACAGATCTTGATA TGTATTTTTAAAGTCATTAATTTATACTTTTAATATTAAGGATTAATGATAAGATAAGTT ACCCTTATCTCAAAAAAGAAAAAATTAAGATGTAATAAGTTTCATTTCCTTCCTTTACAT TATTAATGTTTATTATCGCTTAATATTGTATATAAGATAATATAATATTTTAGTTTTGAT GATTGATAGATTGAAATTATTATTTTATAAATTTTGTGATATAAATTCCCGCGCGAAGCG CGGATAAACATACTAATTGAGAATATAGTAAAAAGAAATCAAATTAAAAAATATTTAACA AGTAAATAAAAATGGAGAAAATATTTACTATCCATATTAAAATTTGATTTAAGACTTTTA ATTAAGGAGGAATAATTTATTCACTGTACCACTTTTTTTGACGCGATAATATATTTACAC GATTCAAAGTAAATATAGTTCTCTAAAATTTTGTTTGGCAGCACCTTAACGTCCCATACT AGAGGAGGACGATATTTAAGTAGGTCCCACTTAACATGAATGTATTCCTAATGTTTCAGC CACGTGTCAGTATGTTACAGTAGTGGGCCCCACAGTAAATTCCTGCAAAATTTTCTCTAT ACTTTCCTTCTTCCTCACGAGACGTTTATGTCCTTTCTTCCTCCATCTCTCTCAACAAAT TCTCCTAATTTTTATTATTTTTTGTATTAAATATCTCAATTTTGAATTTCCCAAATTAAA AAAAGAATCTAAATTTCAAAACTTTTATTGTTGAATTTTCTTGAAGGTTTGAGAAAAAGA ATTAGGTATATTCCAAGATTAATTTTTTTTAAAAAAATATATCTGAAATTTAATTACTTT TCATGGTAATTCACAATCTCTCAGATCCGAAAATCACTCGATTTGTAGGTTTGGACTAAC CCATTTTGATTTTTTTCTTTGTTTCTGTTTTGTTTTTTTTGTTGTATTTAGTTATTTACT GTGTGATTTGAATTGAAATCATTTGTTTTTTTAGCAAGAAAATAACTGCAGGAAGTTCGG GAAAGCAATCCTGGAATTGGAGTTTCTTGGGTCAAGATTCATTTTTTGTACATTAATTTC ACTTACATTATTGATTTTCTTACAATGTGGGTTGGTGTTAGGTGAAGGTCCATATATTCT GGGATCTGGGGTTGTTGGGATTCTTGTTTTAGGTTGTTTGTGCGAATTTTCCTGACCCCA TTTGGATCCTAAAGATTACTAGTCTTTCTTTGGAGGTAACAATCCATTTTTATTTAATCA AGAAGCTTGTAGAATATATTGTTGTCTTGATTGGGGTTTGAGGTTGGGGGTTAATTTTTG GAGTCTCTGGTGATTTGTGAGAAATGCTGGTTAGGATTCAGCTAAATGCCGGAGATACTA AGTGAAAATGGATTGAATTTTGTGTCAAGACTAGGATCTTGTGGGGAGTGCGTTGATTCT TATTTAGAAAGAGGGAGCTTTGAATTTGGATATCATGGGATGTGTTTGCTCAAAGGGGGT TTCTGTTAAAAAGAGTGGCAGGAAACGAAATAAGGAGAAAGAAAAAAATAAATCTTCATC CAAAAGACTTATTGCATCTGACAAGGAGGATGATGTTTTGGTGGATGTTGATAATTGCGG CAATGATGCGACTACGAGGCTTATATCAACAGAGACAATTGATAAAAGTGCAGGTTCCAC CCCACCTGCTTGGGATGAGGGAGAGAAGAATCCTATAGTTTTTGAGAAACCTGAAGTGCC AAAGGTGCAAAGTTTGGCAGCAACAAATGCCACCGAGATTGGAGAACAACCTCAGATAAA TAGAATATTCAGTGTTCGGAATGGAGTTGATGGTGCACAAGTTGTTGCTGGATGGCCATC ATGGCTGACAAACGTGGCAGGTGAAGCTATCAAAGGCTGGGTTCCTCGGAAGGTAGATTC ATTTGAGAAGTTGGATCAGGTGAATCTGAGCTACTATGTGCACTTGTTGCTACATTGTAG TATAAAGTTAATGAATTGCAATTTTCTTACACAATTGCAGTTTCCATGTAAGAGCAGTTT CATTCTGCTTCCGAATAAGAATTAGTGATACTCATTAATGCATCTGCTTTTCTTGCCTGC AATTTTTTCCCATTCCAATTGATGGTTATTTATAAACAATACAGATTGGCCAAGGTACAT ACAGCTGTGTATTCCGAGCCAAAGACCTGGAAACTGGAAAGATTGTTGCAATGAAGCAAG TACGATTTATCAACATGGATCCAGAGAGTGTTCGTTTTATGGCTAGGGAAATTATAATAC TTCGCAGACTAGATCATCCAAATGTTATGAAGCTTGAAGGTCTTGTGACCTCTCGTGTCT CAGGCAGTCTGTTTCTTGTCTTTGAATACATGGAACATGACCTTACAGGTCTTGCAGCAT CACCAGCCGTCAAATTTACTGAATCTCAGGTGTGTTCTTCTGTTTGCAGTCTGTGTCACT TAGATTTCTTATCAAAAGGAGACAGTGGTTGATGTTTATATATGTAATAAACATTACTTG CAATAAGATATAATTACTTGAAATTTCAACAATGGAATGAAATAGAGACGTGCCAACTTA AGGATGTTAGACCTGATCTCACTAGTGCAAATTGCAAAATAATCTTTTGTGCAAGAGTTC TACCTCAGTTAAAACCGTCTCCAACTCCATTGTCTGTTTTTGTTCAAGGGAGTATGGTTG AGCTTTCTGTTGAGTGTGTTGTAATGATCAATCAACCAATGCTTTAAATTTGGTGAGAGA CAGCTAGATATTTGCTTCAGAATACTCAAAGAAACAATTATGCACGCCATTCATCCTGGT TCTAAAGATGCTAAGTTAAGACCCGATGGAGTGATGAAAAATCTTCACTTCCTTTCTTGT CACTTTTTCATTTTTCCATGTCTACAACAACAATATATTCCCAGTGTAATCCCACAAGTG GGGTCTTGGGAGGTTGGTGTGTACAGACCTTAAAATGTTTCAGAAGAGATATATTTATGG AAGAAAAAGGGGAAGCACATCTTTCTTCTAAAGTTGAAAATGTGTATGATTCAAGTAGGT GGATATGTGCTGATTTATATTTTAAGCCCTTATATAAAGATTCCATCCTTTAAGCACAGG TGAGAAGCTATTCAAGTTGTGTAAAATGGTGAATCTTGGTATTAGGAGGGCAATTTTTCT TTTTGATAATGGTAACATTCTGTATATTAACTGGTATACTATACCAAACTGTATAAGTTT GGGAGTTAGACAGTTACAAAATAGAAGCTTGTCATCATATGACTCTTCTTACATGTTGTC TAAACATCAAAAATACCTTCTGTTTGTACTACATTCCTGTGTACACCAAAAATAATAAAA ACCTAAGCAATTCATCTTCAGCTTCTGAATGCTGTACTACTTGCCCTCAAAGCACCTCTA ATTTCTTCCATATAGTCCACCAATTACATGCTGGGACAATCGTCCATCTCTCCTTCTGAT TGGACAAATACCCTTCGCTCGCCAACCGTCAAGAAACCCTTAGTGTTTTCTGGCATCACC CACCTTAGTTCTCTCAGGTTTGCAGTGTAAAAAGAGATGGTTGGTTGTCTCTGCCTGTTC CCCACACAAATAACATCTAGAACATAAGTGAAATTCCTTGCTTTTCAACTTTTCCTGTGT CAATACTGCTTCATTATCCACCAGCCAAGAGAAGGCAGGCTACTTCCAGTGGAGGCAATT TTAGATGGCTATAATTTTGGTCTTTAGACTGAAGGCAGAAAGGCCTGAGAGAAGTGGCCT AACGTTGCTCCTTCCTCTTTCTTCATATGAGGAATAAATGGGAAAAGCGCTGGGAAGAAG AATCTTGGAGAAGAGCACGTTGCTCATCAAAATTGTCATAGTTTGTCTGATCTTTCTTGT TGATATTTTTATTGTTATGTGTGGTAGTTGCAATTCTAAAAAATATGTGTGATCTTGCAG ATTAAATGTTACATTCAACAGCTTCTTCGTGGACTTGAGTACTGCCATAGTCGCGGTGTC CTTCACCGTGACATCAAGGGTTCAAATCTTCTGATCGACAATAATGGAAACCTCAAGATT GGCGATTTTGGGCTGGCAACTCTTTATCAAACCAATCAAAAGCAGCCTCTAACAAGTCGT GTAGTTACTTTGTGGTATCGTCCTCCCGAGCTTTTGCTTGGTGCTACAGACTATGGAGTG GCTGTAGATTTATGGAGTTCTGGTTGCATTGTAGCTGAATTGTTTGCAGGAAAACCTATA ATGCCAGGAAGAACTGAGGTATGTTTGAAGTCACTGTTTTTGTTTTGTATATTTGGTTAT AGATAAGAATAGACTGATACATCTTCCCTTGCTAATCTATGCACATTTTAGGACGAGGAA AGTTCATACTGAACCTTCAATCTACCACATCTCTTTGTTAAAGTGATACATTTGAAGAAC ATCAACCTAGAATATTCTACCTACATCGGGAATATGTTTTCCATGTGTGTCCTTGGTTGT TAAAGTTTCTCAAGAAGCTAAAGTGGTCTGCAATGTTGCATAATCTAGTGGTAAATATGG GTTGAAAGGTTGCCACATGTTACCATATCATTGATAAATAATAAAGAATTTTCTTTAACT TTTGCTCTTTAGTTCCAGCCACTTTAGTGAATCATACAATTGTTAGTCCAGCATCAACTT CTTTTAGATGAATGTTATTTTCACCTTTGAGCACCTTGGGAACTTAGGGTACTCTCCCTA GTCCTTTCCTTTCAAAACAGTATGACTGATATTATGCTTGCAAGGTACTCATACAAAATA CACTAGTCAAATTCTATCAAAGAAAGAAATGCATTAGTCACTTCTGCATTCTGCCAACTC TGTTGTACACCATTACACATTTAACCAAACAAAATGTGCATTTCTCTCTATTATAGCTTA TCTTTCTCTTGGTGCATGTATTATCATTGAACATATATCTGATGTGCATTTACAAATGTG TTCCAGAAAAGGGGTTTGGGTGGGCTTGAAATTGGTCAGGTTTCCTGACCAGCACCCCTT GTCGGTCAGGAAATGACCATTCAATAATGACTCATTGGATAAGCTGTTATGCAGGTGGAA CAGCTACATAAGATCTTTAAACTTTGTGGTTCACCATCCGAAGAATACTGGAAGAAATCA AAATTGCCACATGCGACGATCTTTAAACCTCAACAGCCATATAAGCGCTGCCTTGCCAGC ATATTCAAGGACTTCCCTCCATCAGCTTTAGTACTTTTGGATTCTCTCCTGGCTTTTGAA CCTGAGTATCGGGGTTCTGCTACTTTGGCACTTCAAAATGAGGTAAAACTTAGTTTATAG ATTGTGAATAGCTTGTTTTATCTTCTCAGAGAGCTTTTTAGTTCCTCAAATCAGGAAGTC AATTTATTCAGACGTCTTTTTCCATATAATCAATCTTTTCCCTTTCTGGGAACTCAAGAT CTTGTCTTTATTCTATTTGGATCACTTCTATGCATATGCTAGTAAAATGTTGTAAGATGC AGTTCTGGATACGAATCATGTGGTTATAGATATCTGAAAATTAAGCACAGTGAAGAAGTT TCTAGTGGTTGGTGGTTTGATTTGCTGCTTATGGTATTTCACCCTCTTTATTTCTTTATA CTGTTTATATATTTTAATGTTTGGGTTCTCTGCTCCAGTTCTTCACAACAAAGCCTCTTC CTTGTGATCCATCATCTTTACCTAAATACCCTCCAAGCAAGGAATTTGATGCTAAGATGA GAGATGAGGAAGCAAGAAGGTATTCATTTCTGATTTCTCTTCTTTTGTCAATTTCTATTA ATTACTTGTGCTTTATTTATCTGATCTTGTCCTTGAGGATGTTCTGCCACATTTTTGTTG ATTCTTCTCTACCATTTATTTAAATCTAGTATGCTGGAATATTTCCCATTAATCAATAAA GATAATTACTTCATCTAGAGAAAAAGTAGGTTGTCTTGTTGCATATTTAGTATATTGAGG ATTTGGCATCTCTTAGATATTACTCCTCCCGTCCCATTTTATGTGGCACCCTTTCCTTTT TAGTCCGTCCCAAAAAGAATGTCACCTTACTATAATTAGGAGCAATTTAACTTAAAATAT CATTTAAATATTTTTCAACTACACAAATTTAGACCACAAGTTTCAAAAGTCTTCTTTTTT TTCTTAAACACCATGCCAAGTCAAATGGTGCCACATAAAATGGGATGGAGGGAGTATGAG AAAAGGTCTGATAACTTTTTCTTCGCCCAAGCAAAGGCATCCAGCTTGCATTTTGCAGTC ATGGTCCTGCAGGTGTTTATCATTCCAGCCTAGTTTTCGACCTCAGTAACCAAACCAAAG AGCCTTATATTGTTCAGTTGACTCAACAGCTTTTAACGGGTTGTTAACCAATACTGTGTT CTGACATGTCAAATAATCTCAGTTCAAGAAATTCTCTTGAACTGAAGACCTTCTTTTGTT CTCATTGAACTAGAGATTCTTCGCTTTCATTTTCACTTTATTGAGCAATATTCTGTTTCT AGGCAAAGAGGTGAAGCCCGTGAAGGTACAAAAGGATCTGGCATTGAATCTTGTAGGAAG GCTGCAAAACAGTCAAAAGCAGTACCAGCACCTGACGCTAATGCTGAGTTACCAGCATCC ATACAGGTTTTTTCCTTAGACACCAATAACATATTTTAGTTTTTCTTTATCTACACTATG TTCACCTTTAAGCTGCCTCGTAAGATTTGCATATAATCTGGAATTCTATGGCATGCAGAA GAGGAAACAGCAGTTAAATCCCACAAGCGTTAGTGAGAAGTACAATCATGAAGAAGATGG CGGCCTTGTTTTCCCTTTTGATCCCAGCAGAAGATCTTTATATAATGGTCATTTATCACA AGTCAGTGATTCTGGAAATTCCATAGACACAAATACCAATGGACTTGGCCCTCTTATGAG TTCTCAACGGGCATTTGATTCTTCAATATTTGGAGAATTAAGTGCTCAAAATTCCTTCAG ACCTCACGGTGCAGCAGCTCATTTGTCCAGGTTCTCCAATTCAGTTGCAGCTCATGGTAG TTCAAGATATGATATGAGCAGGGAGGTCAGTACCCACTCACAGTGGCCTGAAGAGCACAC GACTGGGACATATAATCAGCTTAATGATTCTGACTCATCCTACTCTCTTTTGGGGAAAGA CTCTTCCAATAAGAAGGACAAACATTCAACAGGAAAGGAGTCTGCGGTGGTAAGGAACTT CCAATTTGCTTTACGTCTTGGCTATTTTGGCCCACTTTTAGTAGTATATTATGGTTGAAA TCCTACACCACACCAAAAAATAAAAATGAAGAAAAGAACACAATGAAAGAGAAATTTACT CACAGAAAGGATCTTCCATTTTCCGCTTTGGCTGGCAAAAGCAGAGAGAGGCATATCTCT GAGTACTATCCAGTAGAGTGCCTAATAAATTTATTTTTTCTTTGCTGTAGGGTTATATTC CAAAGAAGAATCGAATCCACTACTCTGGACCTTTGATGCCACCTGGTGGAAACATTGACG AAATGCTGAAAGAGCATGAGAAACAAATTCAGCAGGCTGTCCGTAAAGCTCGTATTGACA GAAACAAGATAAGAAAGGAACACACTGACAATGGGCAAACAGAATCTCTCTTACACTATA CAACCAATGGTCGGTGACTTGTAGAGGAGCAAGAAGATGCAACCTTTTGATGTATTACAG AACTCTAGTCAATGGTAGAGTTTCATGGATCAAGGAAGCAACGATAAATCCTAATCTACG AAAATCGCAGCAGCAAGAGAAAAGCTTTACTCACATGGAACTCTCGAGTCTTTTTTTTTT GCCTTTACTTAAAGTAGTACTTAGCAGAATGCACAGTATACAGTTCCAGAATCATATCCC ACCCTCCTCTTGTAATGGCCCTTGGAATGAGAAGAGAGCAATTCTTTTGGTGGTGTATGT GTTGGGAAGTATTATTGTACAGTTAATGTAAAGGATAAGCATTTTTTTTTCTTTCAAATT TGTAGGAATTTTGAATATTACACAGATACATCAATATGATGGTAGGATCTAACATTTAGT ATCAAATTCTCTAGTTTATATATTCTTTTTTCATCATGGATGGACATAATGTTGATGGTA GTCACCATGTCTATGAAACTTTTACTTCTTTTTTTGTTTTTTTCATTTTGAAGTGTAACA CTTACAATCAATGAACCTTCAACGCCAAACTAGTAGGGATCGATTATATGAATCTACCCA CTCTATTCGAGTTCATTTCATTCAAATACAAAAATCATATATTGAAGCTACACTAAATGA AATTCACTTGAATTATTTGTTGGTGAAAGGATTCCATAAAGCTCTTTGTGCTTCTTTCTT GCCCCATAACAAATTGACATTCTTCTTAATATCAACAAACTCCATCACTATCAAGTAGAT CACTCTCTACCAAACCTCTTCATATCTACCAGCAACTACATTGCTTCATCCAGAATTTTC TTATCTTACATCAAAAATCTTCAATATATATATCTCTTTGCCTCCCAGTTTTAAACAAAA CTTGTAACAACTCCCAAGTCAAGTATGAGGCCAAAAACACATGGTTCAGTTAGCCTAAAG CTTCTTCTCATATGTGTTTTCATAGCTTTCTTACTTCTCTTTGTGTTGAGATCAACATTA ACATTATCCAGTGTAAGTACATCATCATCAAAAAGTACTTGTTCATCACCAAAATGCAAT AAAATTCCATCATCAGTAGCGAAATCACTCATTCACTACGCAACCTCAGCTATCACACCA CAACAAACACAGAAAGAGATATTAGTAACATCCAAGATTCTAGACAAGAAATCACCTAGC AACTTCCTTGTATTTGGTCTTGGACATGATAGCCTAATGTGGCACACACTAAACTATGGA GGACGAACCATCTTCCTCGAAGAAGACGAGGCATGGATACAACAAATCAAGAAGAGATTT CCCATGTTGGAGTCCTACCATGTTACATATGACAGTAAAGTGAATCAAGCAAATGTTTTA ATAGAAGCAGGGAAAGGAACAGAGTGTACAACTATAGCTGATCCTAGATATTCAATGTGT CAACTTGCCTTAAAGGGTCTACCTAGTGAAATTTATGATATTAAATGGGATTTAATTATG GTGGATGCACCAACAGGGTACTATGAGGATGCACCAGGAAGAATGACAGCAATTTATACA GCAGGAATGATGGCAAGGAACAGAGAAGATGGAGAGACACATGTGTTTGTTCATGATGTG AATAGGGATGTTGAGGACAAGTTTTCTAGGGAGTTTTTGTGTGAGGGATATATGAAGAAA CAAGTTGGAAGGTTAAGGCATTTTACAATTCCTAGTCATAAGAGCAACTTGAATATGCCA TTTTGCCCCTAATTTTTTTCTTGTCGGTCTATGTTACTCAGGCTCTTGAAAAATGTCACT GGGTGCATGTCAAGACAGTGTGAGCCCGAGTGACATAGTTTTTTCTTTTTTAGTTTATTC ATTTAAGTTGAGACTACTTTTTTCATGTAATATGTTTGGTACCATAAAAGTTATTTTCTA ATGAAAAATATTATTTTTAAAGAATGTTTAATCTATGTTTGGTTTGTTAAAAGATTCTTT AAAAGAACTATAATAGTAGAAATTAAAATAATAAATTAATAATAATAGTAGTAGTAGTAA TTAACTATAATGTAGCCGTCGTTGATAGTAATTAATGTCTCACGATTGAACCAATTGATA TTACATTCAAAGTTAATAATTTCTCTAATATAATTATAAGAAAAAATGACATCCAATCCA TGATATAAAGAAGTTATTTCTCCTTTTTGAATGGGTAACCATCCAACAGAAAATAATTTC CTTTCCAAAACTTACATAAATATATAACAAATAAAAAATATTTACCATTTATAGTATTAT CTAAAAAATAATTTTTTATTATATAAAACGTATTTAATTATTTTTATCATTTACGAGATT TTCTCTTTATGCTCAGTCATGCATGATGACTTTTCTCTGTTTTCTAAAACTAGGGAAATT TTGTTTGGATTGAAATAGTGTAAAGGAAGAAGAAAGACTTAATTTTTTAAAAATATGTGT TAAAACATTTTTTTAAAACTCCGTACATTTAAATCCATGCAAAAATTGCCCTATGAAACT TTGGTTTATTAATAAGAGCATATATACGATTTATTAAATTTTTATTTTAGATAACAATTA TAATCAGATTAGTCTGTATGCATCTCAATTAATTTTATAAGATATTTATTATCTCCTGTC TGTACATATTATTCTCTACATCAAAATGTTACTCACATGATAGATATATTGTTATATATT TTTTTTGTATAAAACAAGTAGTTGTGAATTAGGAAAGGGATAGAATTTGATCATTCTAAA TGATTGGAGGAAGAATATTCATTGTTGGACAGAGTTTGGGCAAGGAATGATTTTTCCCTA ATGAGGCTTAGAGTACAAGACAAATTTCCCTTTCAAGTGACTACTTCAATAACTTACATA ATGTTGACAAAATACCATATTAAAATAACATATAGTTAACCTATCAAATCATTTTTGCAA ATTAATTAATTAAATTGGTGCAACAAATTGGACGTGTAGTAGTCATGGCCAACCTATCCA TTGCCAATTGAGTAAAAAAATATTTTCTTATCACATGGAAGACAAAACAAAGATATGTTG TTTAGGATTTGTTTTTTTTCTTCTTTTTTGTTTAGAAAAATTTAAATTTGGAAAAACTTT AAGTAAATGTTTAGGATATTGTATAGAATATTCGTGCTAGTTCTTCTAAAGAATTATTTG TATTTTTTCGAAAAGTATTTTATTTTAATTTTTCTTGAAACCCATTTGTTATCATAATTT TCAATAACTTTTCAACTTAATTTTCATTGTCAGTTATTTCCTTTTAAGTTTGATTAATAT CCATAATATATTTTTATAAAATTATGGTAATTTCGTATTGAAATAGCATCAGAAAATTTT TACATCAAACATGCGTAATAGTTATTATTTATTAAAATTATTTTATTTGTGAATCTATAA TTTAGTTAGAAAATAGTTCACCATATTTACTTGACTTAATAAATGGAGGGAGAGTCTTCC GACAAAAAATTTATATGGAGTCAACAATCATTAAGAGGGGTACCACCAAGCAAAATTGTT GTCCGATAACTTTTAGATCAAATTGACCAAATAAGAAACTCGGTTCCACACTTTGATGAG TTGTCAAACTTACCCACCAATGCACTCGTGAAACTTTTATGAATACATTGGGAGAAATCT AACAAAGTTAGGCAGATAGATGACTCCTTTCCTGCAGCGGCTAGGGGAAAGCAAAAAAGA AAATAAAATAATTATTTTTTAATCGGCACCTTCTTTCGAGCAAGCAAATCCTAAGAATCC TCTCATTATCAATCTGTAGACATCATTTGATCGGATCTTGTTTGTATAAAAAACGAGGAA GATTTTTTCTTTGAGAAAGAGAATCCAGGATAAACACTTTTTTCATTCATAATGTGTTGG ATGCATACTCGCACGATCAATCAATAGTCGAAAGAATTATGTGAATAATGAGACTGACCT AAGTTAAATCAAAAAAAAAATTTCCCTCTCTTGATGGCTAATATTTTGATATTCAACGTG TTTTAAAATAAAATGAATTTATCAAAAGCGACCTGCAAATACAAAGTCGACTAAGCTATT TTAAAAGACTTTGAAAAGACCGATAAAGATGAATTTTATCCTTAACCTATCCCTATTAAG ATTATTTTTCAATACATATCCAACTATAAAAGCATAACTAATCTTTATATTAGTAGTAAC GCACCGAATGACATCTAAATTGAGAAGTGGTATAATAATAATGGAATGAATTGACAGGTA GGTAATCATTTTCTTCGATATTACTTTGAGACATTTCTTTTTAAATTTTCTTTTATTTTC TTTTTTCGTCAAAATGATAGGAGTATTAATTATAAAAAGAAATAAAAAACCAAAGAGTCG ACTAATAAAGACATACACACGAAAAGAGAAATCATCTCTCTCACTTCTCAGAAAACTCTG TTAGCCAAAAGAAGGGAAGAAGCAAACATGAGCAACGAATAGTACGATATTCTGCATATT CCATCGCAACTTTTCTCCATGATTTTTTTCATTTTTATTACTGATTTTTTTTGTTTCTTT GATTGCAGCGATTACTTGTTCAAACTGTTGTTGATCGGCGATTCTTCTGTCGGCAAATCC TGTCTTCTTCTCAGATTCGCCGTATGTACACGTATTTTACTTTGATCTCTTTTGATTGTA CTCTATTTGTATGTGTGAATGAATTTTCTGTTGTATAATGCGTATGTTATTGTTCGATTT TCTTTGTTAGGGTAAAATGCCGGTGATTTTTTCTTTTTTTGTAGGATAATAATGATTTAT TGCTTGATGGATATGATTTTGTTGTTTTGATTGATTATGTTTTAGGATGATTCGTATGTT GACAGTTACATTAGCACCATTGGAGTTGATTTCGTAAGAATCTCGTCTCTCTAGTTGTTT TATGTCACTTGCTGTTTGTCTTTTATGAAAGTTTTGGAATGATTTTTGGATTGTAGAAAA TTAGGACTGTGGAGCAGGATGGAAAGACAATCAAGCTGCAAATTGTAAGTATAGTTGATT GTTGCATTTTAGTTAACATGATTGTTGTTAAGTCCAATATTTAGCTTATAGTATATTGAG CTTATGTTGACGCTACTCAGTTGATTCACAGGTCATTTTAACCATATGCTTTATCAGTTG AATTAGATAGGGATCTCAAATTGTCCATTTCTTAGTTTGAAGTCTTGCAAACTTTGAGAT GCTTGTGGGCATGTTATTGCTTTAATCATCCATTGTGTCTCTGTTTGCTACTGAAATACT ATCGTGTTATTTTTAAAGCAGAATCATTCTAATGATTACAAAAGAAAGGCGGTTCATTTA TATGTTAGCTTTTGCAAAAGAAAGGTGGGTTCATTTATATGTTAGCTTTTGCCGAGTCTG AGTCTGATACTCTTACGGCATGGACGTCATTGATTGGATGAAGACAAATATATAGAAAGT GTGCTGTGGGGGTGTTTGTATATCACTAGGCCGCATAGCTTGACCCAAGCAATGCCCAGA AGTCCCATGCCACGTGCTAGATTTTATAGATCTTTGTCTGTATTGATAAGAAAGTAATAC TTCGATCCTCTTCTTGTTAACAAGTACTTGTGCGCGACTTTTTTCTCTTTTTTTTTAACC AAGATTTAGAGAAGATATAGGTAGAGAAAGGGTGATCAAATTGGATGTGAGGCAAAAGGT GAAAGGAAAAAGGATGTCATTCTGGTGGTGAACAGGAAAATTGATTGATTAGCCTTTCTC TTTTGCCTTTTCTAGGTCGCAGAGTTTGGTAGGGTATAGTCTGCTGCTACATCGTATTCT TTTGTACTCCCTCCGTTTCAAAAAGAATGATCCTCTTTCCTTGTTAGTTTGTTTGTAAAA GAATGACATCTCTCTTGTTTTGATAACATTTTAATTTCAACTTTTAAGGCCACAAGATTA AAGGACAATTTTGAACATTTGACATAAATTTATTTTAGTACCTTAAGATTCAAAAGTTTT CTTTATTTTCTTTAACTCTATGTCAAGTCAAACTAAATCATTCTTTGTGAAACAGAGGGA GTATCTTATTACATGGATGTCAGAGATATAATTGATGTTATTCAGTAAATTGAGTTGTGT TATTTTGCTATTCTTTGATGCAGTGTTTTCTCTTTCTTGGTTAGCGTGTTGGTCAGTCAG GCTAGTGCAATAAAATTTGCGACTATTATTTGATTAATTGGTACTGTGTGCTAAAACTAA AATGTTGAAGGCTCGGTAGAGGATCAATGTTTTGATTAGCACAATCATATATCCACTTCA CCTCTTTTAGTGATATGACTGATATCAGTGTGGGAAGCTGGCATTTGCTAAAAAGCATAC TGCTGGCATTTGCTAAAAGCATACTGACTAAATTGATCAACTACTTCTTTGATGCTTACT CTATCTAATTTACATATTATAATGCCACACTGCTGTCTCTTTTTGCAGTGGGATACTGCT GGACAGGAACGTTTCCGGACTATAACAAGCAGTTACTACAGGGGAGCGCATGGGATTATT GTGAGATATTACATACATTGATGAGAACTTCCCTGGTCATAAATATTAGAGCAATAGTTT AAATATGAATTTGTCACCTCCCTAGCGCATCTTATTTAGTCTGCAGCTTTTTGGTATTTG TGTATTGCTTATGATACTTATTCTTGCATCCATAATGCCTCAGATTTTGAATCTTTTGAA AATACGACCTGCATATTCATATCTTCTCTAGTTATATATTTATAAGGTTAGGATAATCAA TCACCCACTCTGTGATCCCTGTTATGTCAATTCCGAACCACGGCGGGTTTGATTTCAAGT TTAGTGAAGGTAACTGATAGTTATGTTGGCTCCGAGGTGTAATTGGTTGACATTTACTCT ATCTTTCCTAGTTAATATTGACATTGAATATTGACACCAGAAAACCATTTATTACTTGCA AAGATTGTCCCTCTGAATCCATTGTATGCCTATTCTTTTCTTTTATTTATTTATTTTTGG TTTCTCCTTTATCCTGACAATTTTTTAATGGCCCATTCTCTCACTTCTTGTTATGTTCAT GCATTGTGGGACTCGCAAGTCCTTATTCACTTTTAAATATATGATGGAACTTTTGAAGAG AATAGAACTGGAAAAGAAGAAAAGTTAGTTTTTTCTCAATTATAAAGGCTTTGAACTTCT TGTGATGGGCCAAAATGGAAAGAGTGTCATATAAAGTAAGGTGGAGGAGAAGTGATAAAA TTAACTTTGTCCCATTATTGTTTTCAAAAAGCAGAGGATGTTAAAACTGAGATAAAAGAT GTCAAAATGTTGACAATGTATTTTGTTTTTTCAGGGGTTTGGAGGAAATGGTGTGGTTTG TACAATGTAAAAATTTTTCTTAGTTTGCTTGCCATGCCTTTTTGTAATACATGTCATCCT CAAATAAGTGTGCCATTGATTTCTTTCGAGCAGATAGATTTGAGATTCATTGCATCCCTA GCTGTAAAACTTTTTTGCTTTCTTTTCTTGTCTCTTCTAGCTTAATGTCATAGTCTTTTA AACATACTGGTTAAAGAAAAATGGTCATGTGGCTTCTTTTGTTCTTGAAGTGTTCTTATT TGTGGTTGTATTATGGTAGATTGTTTATGATGTAACTGAAATGGAGAGCTTCAACAATGT CAAGCAATGGCTGAATGAAATTGACAGATATGCAAATGAGAGTGTGTGCAAGCTTCTCGT GGGAAACAAATGCGATTTGGTAGAAAACAAGGTCGTGGACACACAGATGGGAAAGGTATT TTTTGTTGCCTCTTTAACAGAAAACATTACGTTTCATTTTCATTTGTACTATTCAAGCTT AGTTTAGTGGTAATATTACATCTTTGAACTCAGCTTGCTGACAAATGCTGATAATCATCT CATTTTCCTCTATTTTTTAAATTGTTTTCTAACAATTCTCTCATGTTCTTTTCATTTAAT TTCTCCCTTGAACTCAAGTGATGTGCCACAAACATGTTAATTCTTTACTATGCTCAAGTA GGGTTTTTGGTTTCCTTGTAGACATCTAGACTATAGTGTCTTTTGGATTGAAAAGGGTAC TACCTACTTTGGTGTTTACATTTCTTCTCAATGAAGATGTTGGACAAAAATCTTCGAAAA AAAGTGATCAGATTGAAAAAGTAAAAAATTGCAAATTCACTTATGCTACATTTTCTTTGT AGGGCTTATGTTTGGAGTACTTTATGCGACCATTGTCTGTAGTTTGTGTCTCTCAGTGGA AAATTGAAGAGTACATACTTAAGCTGCTACAATCTACCTCATTGTTAGCTGTCACTGTCA GTCCGAAACAGTGACATAATGAAACATGTGATTGTATAATAGTCTTCAAATTATTCTAAC AAATATTGAAACTTGACCGCATGGATGAAATTCTTAGCTATATGAGTTAATTGTCAGTTA TTTCATATTCCCAGTTAAAGCAATTATGCATTTGTAACATCACTTCAAATTTATTCAGGC TCTGGCAGATGAACTAGGTATCCCTTTCCTTGAGACAAGTGCAAAAGACTCCATCAACGT GGAGCAGGCTTTCTTAACGATGGCTGGAGAGATAAAGAAAAAGTAAGTGGGCTAATATTT CCTTCCACGTTTATTTCTGTAAAATGTGTAGCCACATCATTCCTCTCACAATTTGTTGAT TCAATTTGGGTAATGAACACTGATACATTTCAACATGTTTGTAGTTTACCTGAATAAATT GCATTAGGGGGTATGAAATTGTTGATATATATAGCTATGTTATATGGCCAGACTGTTGCT GCTATTTTTTCTATGAACTAGTTACTAGCTTACTATATATGAATGTGTATTTAACTGAGG TGAACAATGTTGGTAACAAGTAGAGATTCTGTTCCCGCCCCGAACCACATTTCTTAGCAG TTTGTAGTTAAGTCTTCACACAGTTTCATCCAAGAGCTGAACCGAAATTTTGTTTTGCAG AATGGGTAACCAACCAGCTGGAGCAAAGAGGACAGGTAGCACTGTTCAAATCAAGGGACA ACCAATTGAGCAGAAGGGCAACTGTTGTGGTTAACTGCTGATGTTGCGTTGCTGTATCCC TCTGTTCCAATTGCAAAATGTCGAACAGATTGTAACTAAAACATATGTTTACTAGAGCTA GAATGTCTCAACTCCTGTGTATCTTCCCGTTAGTGGAAATACATTTGCAACTGTGCTTCA GGTGCATGTAACAATTACTGTTTGATGCAATTAGGATCTTGGATGAATAACTTGATTAGA ATTAGTTAACTAGCTACTAGTGATGAGATGAAATTAAAATATGCCTTATATAACATTATT GCTAGAATAGATTAAAATAATCAGCTGAGTAGACTACACCAGAATACTAGGTAGTCCAGC CCTAACTCAATTCGGTCCATGCATAACACGTGTAACGAATTTAGAGTAATATTTTCAAAG AAATGCTTGTTTTGGTGGGAAATTAAACATGGAATTCTTACCGTTTATAAGTGGAAATAC TAATTATCACCATTAACCTCCCCAGAATTCTTGTATCTGAAGGGTATGTCATACGTACTT TTACTTAGAAGACCATAAGATTCAGAGTACTTTTTTTATTTCTAAGACAGACCAAATTAA AACGAAGGGAAATAATTGCTGATATGTCATTTGAAATAATTGATCTCATTCTTAATGAGG CATGGTATAGCAAGATTTTAACATGTATTGCACATGAACATTCCTAATGATGAAAATAGG TATATCATAAACCAAAAATATAGAAGAGAAAAAAGAGAAAGAAACAGTAGTAATTACCAC TAACAAAAGGAACAATTTAGAGGCTTAAAAAACTAATGACCATTACTATGCAGAGCAACA TGCCTTCTTGGGAGCAGGCTCCTCTGCCCCAACAACAAGAGTCTTTCCTTCTTTGATGTT AGCATTTGCTGGCTCCTCTGAAGAAAGTGGCTTCTTACTGATTATCCGATAGATTTCTGA AAGAATTGTCTGGAAAGACTTCTCTACATTTGTTGCCTCCAATGCAGACGTTTCAATGAA AGAAAGGCCCTCTTTTTCAGCAAAGCTTTGAGCATCCTCAGTAGCAACTGCTCTGAGGTG CTTCAGATCGGTTTTGTTTCCAATGAGCATAATCACAATGTTTGAATCTGCATGGTCCCT CAGTTCCTTCAACCACCGACTAACATTCTCAAAGGTAGTGGGTTTTGTCACATCATATAC CAGAAGAGCTCCAAGAGCACCCCTATAGTAAGCACTTGTAATGGCTCTGTATCTCTCCTG TCCAGCTGTGTCCCAAATCTGAGCCTTGACGGTCCTTCCCTCAACCTAGGCACATCAAAA TTGAGCAACAAGAATTTTAATACAACATAAATTCTACAATTACCAAAAATTGTAGCAGTA CCAATAGCAACAAGAACAGAGGTGTTATTCAATGGAGTACAGCGTGGTGAATCTTTGTTG AATTATCACAAAGGACTAGACTCATGGCATCTCTTAAAGATAGAATGCAATGGACTGGTC TTCCAGAGTCGTGTTTGACCTCAGTGAACCTGGAAGATGCCCTGTTACTCCCTATTTTGG AAAACCAGTTGCTCAGAATGAAGACAACTAGGTCCTTCCAGACTTCGATTAATAGTAGAA TGGACCTCTTCATTTGATTCAAGAGTAACATTTAACAGGTAATGGAGGCATTATCACATT AGGTTTCCTAGAGTTTAAAACTTGTAATAAACAGCTAGATCAAAACACAAGCAAATGATC ATGCAACAACATTTGCTTTAACCATAAAAGCTTTTTTCTTTCATTGTCTGGCATTATATA TTTCTGTATCAAAGATCTACAAAATATGAGAGCTTTCGTTACAGTAGAAGCTCCCTTAGA TAAACAACAACATACCCAATGTAGTACCACAAAGAGGGGGATGGAGAGGGTAGAGTATTC AGACCTTACCTCTACCTCAGCGCCCAGAGGTGAGGTAGAGATGTTATTTCTGATAGATCA GGATATGGTTTTTAAGCAATTACAACATCTAGCTTCTAGAGTCATTTTGTTACACAAATG GTTGGGTAAGAGAAGGAAATAAGGGTAGTCCGTCCTTAAGAACAAACACACAGTTTGATA AGAATCATTTTTGCTAAGTGAGAAGTCCAACTAGAAGTACTTCTAGCCAGATTACACATC ATGTCTCCTTTACCTCTTTCAATCCTTCATGTCATTTTTACTAACAAGGCTCTTATACAG TCCACCAAGATACGACCAATCACAGATGAGGAATGTGTTTCTCACTCAAATTAATTGAGG ATTTTCAAGACAATGAAATCATTCACAGTTTTGATAACAATGGACAAATACAAGGTATGC ATTTCATTTCAGCTGTAAAGATGCTCTCTTCTTCTTCCCTTTACTAACACTTACTTCCAA TAAAGGAATGGCTCTGAGTTTTTCCTAACATGGACTGGTAACCATATCAATATATCCTGC TTATAGAAGGTTTGAATTAATTAATATAGACATACATAAGTTTTTTTAGAGAAGATTAAT CATACAAGGAGAGGAAGGGATACTAATACCAAATAAATCCAGGGAAGAACACAGCTACTG TTTGTATTCAAGTAACTTCTAATAACTTCACCATATATGGAAAAAAAATACAAATGGAGT GAATGGCCAACAGAAAAGAAGTGAAAAGTAGAAGCAAGGATGTTTGGGTTTTACTAGCAG CAAAGCAAAGCGACCATAGAATATATAATGCCATTTCTTTTCTACTCACTCCATTTTAAA TGAAAATAAAAAAGCTAATTTTATCTGCACTTCATTTTATGTATTTCATACCATCACAAT GCATAACTCTTACACACTGCAAATTAAAAACCAAGCACTGCAAGGGTTTCATAGATCTAG AAAAGTCATGTAAGTCTAATCACAAGGTAATATAATACATCTACATCCCATCCAAACCCT AACTCCATGCCACCAAGCAAGGAAGTCAATTTTGGAAACAAGGCATCTATTAATGTTACT GAACCTAACATATCAACATGCCCATAAATACAAAATCAACGCGATCACAACAATAAATAA TACTTAGCACTCTCCCATTAAACTCAACAAAGAAGCACATAACTCTTATGGTACAATTGA ATTGCTTACAGGAGACACGTATCGAGTATTAGCACTTAATACATCAATTTTTCAGTTAAT GCAAACGTCGGGTATACACAACTGCATTATTCAAAAACGCGCGCTTGAGGAAACGAACAA AAACAAAGGATGAGGAGTGAAAAAGGGACCTGGAGTGTACGAGTGGCGAATTCAACGCCG ATAGTGGATTTGGACTCTAAGAGAAACTCATTTCTGGTGAATCGGGAAAGCAAGTTGGAT TTTCCGACTCCTGAATCGCCGATTAATACAACCTTAAACAAGTAATCGTACTCCTCTTCC GCTCTTCTCGCCATTTCCTCGCCCTGTTGAATCGCTCCTTCTGCCGATTCAGATTTACTC AAATACTCTAAAACGCCTTCGGATTCGGATCTCTCTCTCTGTGAATGATTAACGATCGTT GATGAGGATGACAATGAAGCGTGAGAGAAACAGAGAATTTTTTTATGACGCAAATACCCC CAAATTCTCGGTGTTCAGTTACGAATTTGCCCTTGAAGCAGTGTGAGATTTCAAAGATCG TGTGCTTTTCAAATTTTGACCTCCAAAATTTGCGCATTTTTAAATTTCCAATTCTTCGAA CCGCATTTCTTTAAGGACAACTTTTATATATAGCAAATAAAAAATTTATATTCGTATGTC ATACCAAAGTTTGCATAATTGCGCTCTATAGTAAACATAAAATTGTATAATTCGCTATAC ATATACAATTGTATAATTCGCTGGCCTATTTCGCTGCAATTATATAATTCGCTATCATAT TTCACTACAATTGTATAATGCACAATTATATAATTCGCTGCCTATTTCTCTGCAATTTTT TTTTATAAAATTTGCTTTGCATATAACTGAATAGAATTAAAATGTATGTATATTGCATAA TCATAAGTGTATAGCAAGAAGATATATGTTTTTCTCTCGCTTTATACAAAAACATAAACA CAATATATAAACTTCTGTTGTATAAATCTAGAGAAAATTATATTTCACTGCAATTGTATA ATTTGCAATTGTAATATTTGTATAAAATTTGCATTTGTTTACAATTGAATTGAAGTAAAA CGTTTGTAAATTGTATAATTAAGTGTATAACAGGAAGATATATGTTTTTGCATGTGTATA TACAATTTTCTCTCGCATTATACGAAACAGAAACAGAATTTATACACTTCTGTGTATAAA GCGAGAGAGGCGAGCAGAGGGAGAGTGGCGAGCGAGAATGGGAGAGTGGCGAGCGAGATT TTTGGGAGAGAGGCGCCTGACAAACTTTGGCTAACGTTTGCTATGGAGCACAATAAAATC AAACCCTAGCTACTCCATTTATTTTAGGTTATTAGTTTGCTATTATATACAATTTTCCCT TTCTTTAATATGTTTATTTTTGGTGCGTAAAAAATAAATTTGATCTTGTCAAATATCTTA TAATCATGTAGAAATTATAAATTTTATTAGATAAATTTAGTATGAAGAGGTCGATTGAAT TGACATTGATAGAAAATAAATTTTTGATCTTTTTTATGTGATGCAATCTTTTGCTCCAAC AAAACTAATCATATTATGAGTTAAGACTTTTTATTTTAAAATGTTGGAATATAAAATTAA AATGTATAAGTTTAATGAAATACACACAGATACAATTCTGCTCCCCTTTTTAATATCATG AGATTCTTGCTTGGCTTTGCAAGTAATGTTAAAGGCTCTCATGGAAGCATTTTGTTTCCT CAGTGTTGTCTACAACAACGAATATTGAAACTTGACCACATGGATAAAATTAAAAGAGTT CGTACTTGTTCTTCAGAACAAGTCAATATCAACAAATCGTCTAATACGATAAGTGAAATA TGGAAAGAATGAGAATTGAGAGGTACCTAGACCCTAGTTCTATCATTGTAGAGTAGAGAG ATTGATTCTGATAGATTAAGTGGGGTCCGAAAAAAATGAAATTTATACAGAACTGCAAGA GATTATTTGTGATAGCCCCTTGACTTCAATTTGTTCTTTTAAGATCATGTATGTAGTGCT AAATGAGAAAGGAACAATTGAACTCTTGAAGGGCGAACTTACAAATAAACCTTCAATTTC AACACAAGCAAACCAACCATACAGTGTTTTCATCAAATGTACACACAACTCTACATGATT CTTTACATAACCATGTGAACTTATTTTATAATACAACAGAGTTCTCATCATAGACACAAC ACCAACATGATCATTTATTAATTGCATTTAATTAGAGTAGACACAACTCCTGCGAGATAT ACATGTGAATAATTAGGAAGCAACTTCAAGAAATGGATAATCAGTGTAGCCAATAATTGG ATCATTGGTGTAGAAAGTGCTCCTATTATACTTGTTAAGTGGAGCATTAACCTCAAAACG CTTTGGTAAATCTGGATTAGCCAAGAACATACGTCCAAATGAGATCAAATCTGCATAATT CTCGTCGATGGCTTTCTCTCCATCAGATTTACCATAACCACCAGAAGCAATAAGTGTCCC CTTAAAAGCCTTCCTAATGGGAAGAAGACTTCTATTAACTGTTTCTCTGGGCTCCATCAC ATGAAGATAGAGAACGCCAAGCTTGCTTAGTTCATTTGCCATGTAAGTTGCTAGTGCTTC TGAATTTGAGTCCTTTTTGCCATCAAAAGGAGATAATTTTATACCAATTTTATCAGCTCC AATTTCATTTGCCACTGCTTCTACAATTTCCAGGGCAAGACGACAACGGTCCTTAATACT TTCATCATATTCATCAGTCCAACCATGGACTTGATCATTCATGAATTCATCAATCAGGTA GCCGCCACTTGAAGCGTTGATCTCAATTCCATCAAATCCTTCATATATATCACGTGAAAC TAGTTAAGTTATCAAATGCTTGGAAAATGAACTATAGGTATGTCATTGAGTAAATGAATA CTTCTAAATCTTCATTATAATTTTTGGATTCCATCGTCAATCTTGTTATTGGTAAATATT GAAGTTCATCAGTTATTTAATGGGGATTGATATAAGTTACCAGCTTTAATCGCGTTACGG GCTGCAATCCTGAAATCATTTACAATGCAAGGAATTTTATCAGACTCCAGAGGAAGAGGT GTTGGTTTCGCATACACTTTATCATCAGGTCCTGCATGTGAAAAAGAAGACAGAAACAGC ATATAATTGACAGATGCAGCAGAAACTACTATTCCCTCCGTTAAAAAAAGAATGATCTCC TTTCCTTTTTAGTCTGGTTCAAAAGGAATGATCTCTTTCTTTTGTTTGGTAACATTTTAG TTTTAGTTTTCCACGTGGCATGTTTAAGGCCACAAGATTAAAGCACAATTTTTTACGTTC GACAAAACTTTAATTTAGGACACCGCAAGATTCAAAAGTCTTCTTTATTTTCTTAAACTC CGAGTCAAGTCAAACTAGGTCATTCTTACTTGTGGACCAGCCAATGCCGATCGAGAAAAA TAATGCACTAACAGTCGGGACAGATAAGCGGCCTGAATGCCAAATTTGACAAAAGAAGAC GCCTCCTTTCTCATGAACACCATTCACTACTGGTTTCCATGCTTCCACTTGCTCCTCATT CCATATTCCAGGCAAGTTAGGGCACCTTTAAGAAAATGTGCAAATTATTAGTAAAACTTA AAAAAAATCAAGAGTTTTACATGGAAAAAACTTGTATCTATCTCATGTTTTATTCTTGAT AACAACAACATATCAGTGAAATTTCACAAGTAGAGTTTGGCAAGGGTTGAGCGTAAGTAT ACCTTAGCCCTACCTCATGAAGTAGGGAGGTTGTTTTTGAAGGACCCTCAGCTCAAGTGC AGCAAAATCAGAGTAGTTATGAATAGGGAAAAAACGACAATAAGGGAGAGCAGTGGAAAA CATCATGTATAGTTCTTGAGGATTTGATTATTAGTAATTGAGCTTAATTATTCATTTTCT ATCAGAATACTAATGTCTGGGCATCAATCACAAGTGAAGTTAGATATCCCACATGTAAGT GGAGTTGTATTTTTGTACTCAAACCAGAATTGAACATGCTTTGCTCGATTTCATATAATA GAGAAATACATGAAAACTATCTTATTTTGAGCTAGGGGAGGAGGAAGAGAGGGGTAATCT ACGTACTCCTTAGAAATATCAGATGCAGCAGCTGCTTCAGAAATGATAAGCCCTCCATTA GTAGCTCTTTGAGAATAGTATTCAGTTAAATGTGGCTGTGGAGTATTATTTTGTGATCTG TTCCTCGTAAGTGCTGGAAAAACTATTCTGCAATATTCAAGAGTTATAAGAGTCTAAATA TACAACAGTTATTACGTTTAAAGAGCTAATTCTTCTAGGCTCGATAACAATATGAAGGTA AAAATCAAAGGTAACTGATAAAAATGACGTGACGTGTATATACTGACCTATGAGTGAGTT TGAATCTCCCCAGTTTGTAAGGAGTACAGAGGGGCACAGCAGAGTTAGAGTTTGCTTCCA TCTTCAAAGTCTCTCTCTTCTCTTACTTTGTGTGCTAGGCAAAGTCAGAATAACCTCCAA ATTTATAGAAAAATATGTCAGCTACTAACTGTATGAATGTCTTTGCTGATAACAAAATAA TTTTAGGAATAATCTTATTAAATGTTCTAAACAACTTGACAACTAAAACTATATTCCACT TTGTAATTATATGGGGTAGCTAGCATTGACCAAAGAAGCTATTGCGTGTTTTACATGATT ATGAATTTATAAAAGAAAGAACAATGAAATAAAAATTGTTTGGTCAATGTATAAAAATGA CTTGCTTCATCTGAAAGCTAGGAAATTTGCATATAATAATAGGGCAACTTGCAAATGAAT ATGTGATCAATGATTTAAAATAACTTACTTTGCCCCAAAAAAAATAGGCAATTTGCACCT GATCATGTGCTCCAAAGGTGTCAAAACCCATAAACACGCAGAGCCTACATTGCGATAGTG AGTTATTGGTAAACGTCAAGATTAGAATAGTGCAGTTAGCATGTTTGTATTCTACCTAAT CTGGTCTTAAGGAATCAAATGAATTATGAATGCACCAATTTTGCCCTAATCGTAGAATTA ATTTCTCCAATGGTACTGAGCAGCCAGCCATTTGAGAATTTAACCCGTAACTTCGGGGAT CAATGAGATTGTTGTAAAAATTGGCCGTAAATTTATGAAAAAAGAGAAGAGAACAATCAA GCACTTCTATGTTCTAGAACATTGCAAAATTATCAATAAGATTACCTGAAAAAAGAATTC CATTTGCCTGACGGAGAGTGCGGGTGACGGTGGCATTCCGTCGGAGACAGAGTTAAAAGC ACTTCTCAAATCCGAAAGTACCATCATTGGCCCTCCTTTATCAGTTCTCCACCACGCCAT TGTTACCGAGTCGGTTGACATGCATACCAAATTTATGCTGCAGGCCTGCAGCTACTCCTT TTCTCACATTTATAAGATTTTTGCCTTATTTTATCCAGTTTAATTACATTAAGTCGAAAA TATCTTAATTATTGGAACACTGTTATTATTCTTTTACTAGTAAGAATATCACAAAATTTA AAAAATAATATTTAAAACATATCGGCTACTTAAAATTAAAATATTATATTATCTTACATA CAAGGTTACGTAGTAACAAACATTAATAATGTAAAGAAACGTGATAATTATAACGTCTTA TCATTTATCTTTCAATCAATTATGTTAAATTCGATTTTATAATTCATTTTTTTTACTTTC AAGAAATGTTACTATATGATATTTATGGAAAAACAAATGAACATCAATCAAAAATATTAA ATTTTCTAATAAATAAATAATCATTGGTGAAGGGATAAATATATTTTAAAAGATCGAAAA AAATGAACGAATATTCTAATTCAACGTGTAAAAAGTTCAGTAATATTGTTTTCTTTGCAT GTATCATTTTAAATTACTTCATTTAAATGTATTATAATTAATTATTAAAATGAAAAATTA AAGGAAAAATGTATCATATAGGACAATAATTCAACTTATTATATACACTTGATTGGCAAA ATATTACATAAAACTATTAAGTTTGTTTGGGTGTTTTTTAAAATCAACATACCGGGGTGA TGAAGTTCAATTTGAAACTACAATTTTATTTGGAAAAACTGGTGTGCGTACTCAATTAAC ATGTGATATTTAATTTGTATCAACAAATACTTATACCAATAACTTTGAAGAAACATAAAC AACTATAAAACAAACATATCAGGATCTCTAACAATAAAATAATAAAACAGAAAGGAAAAA ATCGAGCCCATTGAATGTCAAGTGTCCCCTTTAAGGAAATTATTTCCCTCTATCACCCGA GAATTAAAGAAATAGATTCTCTCAGGATAGAACGATTTCATTCAGTAGTGTACTGAAATA AAAATAATATTTAATTATGTAGAAAAAGAAGATGTTCAGAATTATCATTGTTTAAAATGA GATGAATTTCCTCTATTTATAGAAATCAATTAATAGTGTGAACAAATATTTATTGTGTCT AATTGAAAAGGTTACAACTTTTTGAAAAAGTTACATGGAAAGGGTACAACCATTCATAAA AGTTACAATCCTTCGGAAATGTCACGACCTTTCATAGAAGTCACATTATTTTATAAAAAT CGCAACTCTTCATGAAAGTAACAACTTTTCATGAAATGGGAAGACTAGTTTTGAAAATAA ATAAATTTAAAAGGAAATTCTAGCTTGTAGTGCCACATAGGCGGGCCTAAAGTTGTCTTT TATATAAATATATGAATTTTTAAAGGCTTAGTAAGTTAACAAAGTAATGGTTAGATCAAT TTTGCGACTACGTTCTTCAATTTAAATTAATTGAATTATTGAGGTGTTTCACATCTTTTT TTAAAAAAAATAAAAAATTAAGACATAAATTAGGTATAATTTTTCATTTTTATCATTGTT AATTATTGTCAAATTATGATTAAAATAAGTAAATATTAATTAATAATTAATTTCAATACT AAATTATAAATCGTAAAATTAAAAAACTATTCTAAAAGTGATCTTAAAGTTAAACAATTA AATTCATGAAAATAAAAAATGTCTCAACCCAATTAATTTGAAATGAAGGAAATATTATAT AAGGCAAAGTGTTAATGAATCAAAAATAGTTATGTTTATAAGATGAAGATGTGTGGGCAA TTAGAAGCAATATCCTTAAGAACAAAGTTATACGTAACTAGATGGAAATAGTTTTCATGA TCGATATAATAAGAAAAGTGAGATTGATATAGTTTAAACATATGAAGAGAAAGTGTGAAG ATGTACGTGTCAATGAGGTGGGGGAGTGTGAGAGGTTGATTTTAGCAAGGGTTAGGAAAA GGTAAAGATAGTTCGACAAAGAATTAGAGGAGTTGATCAGAAAAATATAACACAATTTTA ACTGATTAGAATGTTAGAAGATTATCTTATCGTATCGTACTTTTATTACTATGTTATGTT TCACGTGTTTTCTTTTTCCTCCACATGTAGTGATATTTGTTGCTTATACTTATTTAACAT ATTGTTATTTTTTTTCTTTCTTTTCTAGTTTTATAGTTTTATGTTTCGGTTTAAAAAATT TTGAGTCGTTGCTCTATGTAAACTATTTATCCTTCCTAAACACACGATTTATGAAATTGA TCTAATATATTAAGTTGTAATAATATATAATTTAATAAAATAAATATTTAATTTGCAATT CCTTAAAAGAGTAGTATTTATGTCCAAACGGTAAATATATTGTGTACAAAGAAAAAGGAG AAAAGTAGATAACAGAAAGATAGAAGAAAGAAGAAAACAGAAGAGAAAAAGACCATTAGA CAAAGAAAAGGTGTTTTGATAGCTACGGAGAAAAAGAGAAAGTATAGAGAAAAAAAGCAA AACAGGGAGATGAAAGGGGTCTCTAATGGGAGATCCATTCCCTTTCTTCTCTTCTTCCTT TCGTTTTTTCATCAATTCATCACAGGTTTGCATGCAATCACCCAGATCTTGATTTTCCCT TTTTTTTCCGATTCTATTTTAGTTGTATGATGGTTTTAATTGGTTATTTCATACTGGTGA ATGTTCCTAATAGATCCTTTCTGTTTAAGAAAGAATGATGAGTTTGGAATTCGGAAATAA GAGTGTCAATTAACGATCTTGATTCAATTTGATATCATTTACCCTCTTTATTTTTTTCAA GAAAATGTGCAAAAAAAAATTGTAATAAAGCATAAAAAGAATAAAGATTGCGTATATAGG AAGCTAAGATGAATTTCTAATTTACTCTTGCTTTTTACTGTCGTATTTTGGGGCAACGGT TGTATGTGAAAAGGTTGTCAGTTTCTAATTGTCAGTATTCTGTCTGGGTTTGAGAAAAAG GGAGTCTTGTGACAAATTCAAGAAAATGAAGCTGATCTTGTCTTGATGTTACAACAACTA AATTACAGCTTCAGGTTCTTTTTCTTTTTGTTGTTGTTGTTGGTGGTGGTGAAATGAGTT ACTATGGTTTTGACATGGGAAGAGGAGAGATGCAGATGCTCCAAAGAGGGGGGCTGAGAA GGTTTTCTGTGGTGAGCTTCATGAGAGGTAGAGGTAGGTCAAAGAAGTATTGGGGAAAAG GTGATTAGACAAGACATATCGCATCTCCAGCTTCCTGAGGAGGCAGTTTAGGGTGGTAGG TTAGTGGGTAGTTGAGTGTCCAACTAGATAGGCTTCTCCTTGTGTTTGCTATATCTCTAC CATTTCTGAGTTGCCAAGGGTATGCAGTATACTTTACTATTTTGGGTAGAACTGCATGCA AATATTGACCAATTTGGAATATACCCTTATAGCTCTTAAATGGGAAAATGAGAAAACTAT GTTTTAAAGGAGATAGTTGTTAAGTTGATCCAGCTGGCAGACCTCAAATTTGTAGACAAT GGAGGAGAAATTGAGGAATGACAAAAATAACTGAAAAGGTGATGAAAATATCATGTTAAT AATTTCGCTTTTGGTAAATGATTGCTAGTAGGTGAAAACAATATGCTATGTTTTTCTGCC TAGAGCTAATCATGACCTTCTTTCTTCTCAATCAATGGAACTTTGAGGATTGGTCCAATC CATTTGCCCAATATGCTGACAATGTCACCTAAGCACTCACCAATGCGGAAAGGAAAAGTC TGAAGCACTTCCCAGTACGTTGTTGAAGTTGCAAAATTTACAAGGAAAATGAGTATGATC AACTAGCCATACCGATTTACATGAGAGATTACTGCAGGATAAGCTTTCTGACTAGCCAGC AGACCATAATTTTAATCAAAGTGTCCCAGCTGGGCGTTGTAGAAAGAGACCACTGTCTTG TGCATTCAGTCCACTAGTAATGACTGCCCCGACATGGTTCCATTATTTATTTATTTTTGA TGAAGTAATAGAAGATGTCATAGAAGCGACTACCTTACTTAAGCAATTCTTCTTATTCTT CTTCTTTCTTAGTTGAAGTTCCTATATTGGTTTTTTCTTTCTTTTATGAATGTTATTACG GGCATGACATGGTTCCATTATTTGAGTAAGCCCCGGTAAGGCTTAGACACTTGTATTTGT CCATCCCTTACCTTGACTCTTGACTGCTCCCAGTTCGATTGTTTGCTTCTCGTGAATTTA GTATCCAATCCTATATGTCTAATATTCATCATTTGCGTTCTCTTCACCATATCATACCAT CTGGCACCATCTTCTATGTTTCTGGGACATAAAAAGGAGAGTCAGTGTTGTTGTGGAAAA GATTTGAGCTCAACTAGGGGTTCCACAATTTGTCCTTCCTTGACATGGAATCAGTATGCT ATAATAATCTAGCTCCCCATAGGTGTTGCTGCCATTTTATGTTCTTTTGTCCTTGTTCAA AGATACCCAGGAAAAATATCCCATCAAACCTGTTTATGGTTACATTTTTATGAAAAGCAT TCTTGTACTTGAATTTGTTTCGGTTTTGTCAGTTTGATTGTTTATATGTGTATTATTTAC TTTCAGGCTTTTCAGACGATTCTTTAAATCCCAGAAATGGAACAAAAGTTGATAGTCATG CTGCATCCAGCAGTAACACTGGGTCAATTGTACTCATTGTATGTGTTGCCCTTGTGGCAG TAGTGCTTCTATCATTTTTCCTTTTCAAGTTTTGGCAAAAGAAGAAGCGTGAAGAGCAGT ATGCTCGTCTGCTAAAGTTGTTTGAAGAAGATGATGAGCTTGAGCTTGAGCTGGGTCTTC GGGATTAAATTTGTGTCAAATGTTAACGACCAATGTACTGAGGTGAGGCTCCTTGTTGTA CTCTCTTGGAAATGTTGCTCTGCTTTCTATTCCTAGCTTTTACATGGAATTTTGGAATTT ATGTTTGGTGAATGAGCATAATGTTGTTAGCACATACCCCTTTTACCATTTAAGAAGACG TTCGGGTTCTTTTGAGTGTCTCAAAATGTTCAAAAATACTAACTCTGATCAACTGCATGT AAAATTTTTAGCTTAAACTGTAAACTGTGTAGTTCGGCTGTCTCTGTAAGTAATCTTATA CAAAAACTTCAGCATGATATGAGAAATGCTTTTGTCTGGCATTACTGATGTCATACCTGA GCAAAGTAACTCTTTCAACCAACTTGCTTTGCCAAACTGTCGTATAAAAAATGGGAAGGA AGGAGCAAATATTACTCATTGTTCACCTTCCTAATGTTTATTACTGTATAGATATGCTAT AAGGGTAGTCTTTAGTCATTTTTTTCATACAACTTTGTTCAGCATATCTGTAGGATGCTT TTATCTTTTTGTACAGTCTTCTTTTATTTCCTTTTTGTACCAAGTTGCAGGCAATCAAGC TATCTAGTCTTTGTTGTTGCTATGCTTTATCAGTAAAGTAGTTCCCTTCAGCTAATCTCA AAATTGTATCAAGATGAGTGATATATGGCTTGCTTTCTCTTGCCAAATATAACTGCAACA GAATCTTATGTTTCTCCTTTGCTAAATTCTTTCACCCTGATTTTCAGTTATTCTGTGTTG AGGTTGTCTTGTCTATTGGCAAAAAATATTGGAATGTGGAACTAATCAGATTTTATAAGT TATTAGCTTATGTGTGCTCTGTAAATTTAACGACTGGCATATATGCTCTAATAGTTTTCG TTACAAATGTTAAGGCCTGTTCTTGTATCAAATTTTATTAGCATGGGCTTATATGTGCCC TGTTATTATGCTTTATAAGTAACATACCTGTCTGTATACTTTGATTTGGTCTTGACTCCT AAGGGTGATTCCCCAGGAGGGCCTGGACAATTGTTTGATGTGCACATGGTATATTCTACG TAGTTTCTTTTAGTCTTTTGTAATTTGGCTGTTATATTATCATGTTACTATTTAGGCTCG AGTGTCAGCCTGTTCCTGTATCAGATTTTATAAGCATGAGCTTATATATGCCCTGTTATT ATGCTTTATCAGTAACATAGTTCCTGTATGCTTTGATTTGGTCTCGACTCCTAGAGGTGA TTCCCCAGGGGAAGGACTGGACAATTGTTTGATGTGCACGTGCTCTATTCTGCGTAGTTT CTTTAATCTTTTGTAATTTGGCTGTTATATTATCATGTTACTGTTTAGGCTCTTGAGTGT CAGTTTGTGTGGTCATGCTGATGAACAAGTATCTTTTTCTATTTCTTTTTTGAATGCCTA TATGTTTTTTTTGGTATCCAGTATCTGCTGAAAATGTGATATTATATGCAAAGGCTGTCA ACTATTTGGATAGATCAGTCTTGTCCGCTTTTTGCATCTCACTTTTGCTTTCAATTACTA TTTACCTGATATCATCTCGTTGTGTGCAGATGTAAGTAGTAACTTAAACCCAGATTCTTG ATTCAATGATGACAATGAGTTGGATTGATTCCAGAATATTGACATAAATGAAGAGAAATC TTCATTTCACAATTTGTAGAAATATGTATCAGTGTTAGCAGAAACAAAACTATCATGCAT TCTGTTCTTTGGGTACAGCGATCAATGGATAACAGATATTGCCAAACGTCACCCTCCCAA ATGAGGATTGTAATTCATCTGTCACAATTTCACTCTGTAATAGTTGTTAGTAGGTGTTTG CAGCTTGTTAGATTGCTCTAAAAATTGAGGAATAATTTTAATCAAAGCTCAAATGAGCTA GACTGTACTTCAAGTTGTGCAAATTTGATTTTGTACCCTCTGATGTATCACTAGGCCTTA ATATATTTTTGTTCTTTGTGTGTTAGATGTTGTATCCTCTAAATAAGAAGTCACACTTCA TCAATGAAAATTTTACTATTTTTCACAACATGAAATGACAAGCCATTGAACAAACAAGAC TTCAGGTTAGAGTTAGAACTAACATCAGTGACCCTAAAGCAAGGAACTGAAGTATTGGTA TAATTTAAAGCAAAATATTCAGCATATCTTGTCAAACTTCTGTTCTTCTCAATATATTTA TTCAGAAGTTGATGCAGTTTGACCTGCAATAATTAAAATAATACATGAATCTCACAAGTT TCGAATAAGAAACAGATTATTCTGATTGATTTATCACATTGACCACTAAACCTAGATTAA GACTAAAGGTCAATACCTCTAGGAGAGATGGTTACAGAAAAAGGGAAAAAAACATTACGC CTATATCTAAAGAATCTGTTTGAAGATTCCTGCATTCTGTACCAGAAGCAAACTTGGGAA GTCTTCCTAATCGCGCAGATAAGCTATCATCTGTGTCGATCACTAGACAAACAGCATTTC AGCAATTACTTGTCATCTTCCCGTCTTTGCTCGTTTCATTCCTGTATTACTAAATGGAGA CATGCTAGGGCTCATTCGCGGACTCATGCTTGGGCTTTCTTCCCTTAGTGTGCCATTTAG CATGGCCAATTCTCTTAGTTGTTGCTTCTTATAAACATCCACAGATTCATCCTGATACAG GAAAAACGAGGGAGAAAAGAGTCAAAGGGCTAGATAAAAGATGGAAGCAAATGATGGCAA ATCGCAGCTATATCCTTTTAACTCGTACCACAGGCTTTAACAAGTTCTCTAGGATCGACA CTGCATGATCAATGCGCGCGTCAATGATGTCTTCCGGAAATTCAGCCTCCACCAGGAGAT GTAGTGGCTCTTTGAGATGCTCATACCCAGGTTTATCTTTCAATTTCTCTTCCTACAGGA GGGGGGAAAAATGCAAAAAGCAATTTAAAACTAACTTATAATTTAAACAATAAAATGATT CAGGACATTAAAACAATTATTCTTTCTAAAAATGAGAATGATGTCTGCTAGGTGGTTTGA TCATACAAGGAAAAAAACAATGGAACTCTTCATAGACATATGGAGAAGATATCTTTCAGC CAGAATTTCTGCAACTGATAAAAAGCAACAGTACTTCCTTGGTTAGGCTTAAACGCTACA GAAAGCACATGGTTGGCTAGCAGAGAACTATGAGGCACATAAAAAATTGCCTCCCTGAAA TTTATTTACGAGTGAAAAGAAGACCAAAGATGGCATGTATCAGGCTTTAGTTTCAATCAA CACATGGAGTTCACTTGAATATTATAGATTCAAGCCATGTCTGCTATAGCAACATGAGAA TGCCATATTTGAAGTCAATTTCATCTACCAGGCAGACAAATACATGACAACCCCCTAAAG TTGGCATTACTTCATTTTGACACCTCAACTGACCCTCGTACCTGTTAGACAACCCCCTAA AGTCTGGCCCAACTTATGTGCACCTAGACTTACCCACAGGATACTTAGTACCTCCTAACA ACACAAGTACTATGTGACTCTATCCACCAACACTTGATAGATGGGACAGAAATCACCTAG TACTGTTTGCCTCAGCTGGAATTTGAACCCTGGTCTCCCATGGTCCACTCCAGTTTCATT GACCACCAAGCTACACCTATGGGTGCATAAATTTTTTATTTATGTTACTGCTTGCTTTTC TCTGCAGCTTAGCAATTAGCCTCTTGTAATTGTTAGCAGAATTTGATTGGTCAAGGTTGA CCACCTCTTCAGATAAAAACAGAAGAGAGATGACTATGGCATTTGATATTTTCAGCACTT ATCTAAATAATCAATTGCACATTTCAGGCACTAAACTTCACACCAGTAGAGTAGAATGAT TTTAAGACAGGGAGACTGAACAATACACATTCCACCCATAAAGATTTTATCAGCTAGTCG TTTGGAAAGATGGATGCAAACCCATCATCAGATAATGGCTCTAGAAAAGATAAAGAGATG AATGTGGCATCAGTTGCAACCCTTGCTCATAAATTTGAAGTCAAAATATAACATCCACAA CAACTAATTTAGACCACTAAATTGGATATGTTTTTACTGTTTTTTGCTTGTATAACAATG GTTCCTAGGCCAGCTTGTGTGAATCTCAATTAATCTTTTAGCTACTTGCTACCTCCACCA ACAGATGTACCAGGTCAGTTTGTCCGAGACTCAAAAAATCCACTACGAGTATTAAGCATA GTTTTGACAAAGCACTTCAGAGCAGTCATTTTCAGACAAAAGCAAAGGATGTATGTGCGT GTGTGACAGAGAACACTTCTCTTATAGAGGCATACTATGCCCTCATGAAGCAAGCCATAG TAGATCTTAAGTTTATTCAAGCTTTGCTCTTACAACAAATATTGAGTGAGAAGAAAAAAA GGGCTTACCTTGATCGAGTCCTTGACTGAACCTTGTCCTCTGATGTAGACTCTGCACTCT GTAATGGCTTCAACCCTCTTTAGGGAATTCCCACGTGGTCCCAAAATTCGACCGACAAAA TTATACTGCATGTTTTTTATTTGGTCAAGATCTGTTCCAAAATTTAGAAAGAAAAAGAGC AACATGAAACACCACCCTAATAACGTTCACATACATTTGGGAAATTCTCCACAGGAACAT CCAGTCTTATGACTCTCTTCACAACAGGAGTGGTTGCAGTTCCCGGCACAACATGCCAAT CCAGAGGTGAAGGTTGAAATGGTGCTATTTTCTGGAGAAGTCTATTTTCCTGTAGTAAGT AAAAAAACATCAAGTGGTAAATCATCCAGTAGCAATGTCTGCAAGCAGTTATTCAAACTC CTTCAAGGTATTAACTATTAAGATGGACTCAGCGAATATATTATCAAAACCTACATACAA TATCTGTAATGCGGAATAGGAGTAACAACTCCTATAATACCTGACTAAGGCTAACACCAC AAAAAGTGCTAAGCTTTTTTTTTCTTTCTATTTATGGCTTACTAGGTTATGTTTTGTGCT TTGACAAGGAAGCAACAAGTGTAAGGAAAAAAACGGGGGTTATGTTTTCATTAAAGTAAA CCATGTGGCAAGGATAGAATTCGGTGTTATCAAAGGCGAAAAGCGCAAAAAAGCTCCAAG GTATGGGTGCTTTAAGCGCAGATAAAGCATGGGCTTTAACAAAAAAAGGCGCAAAGGGAG AAAAGAATAAAATATATATGTTTAGTCCAACACTAATAACTATAAACATATATGACATAT ATATGACCAAAGAAATTGAAAAAAAAATTATGATAAAGTAAAATATCAATTATTTAACCT CAAATTCTTCATTAGAGGCTCACTGGCCTTAGAACCTTGATGACGACACTAAAGAGCACA TAAAGTGAGGCGAAGCGCTCAACACATTTTGAGACTTGCTTTAGGGCTTAAGCGCGCCTT TGATAACACTGGGATAGATTACATTTCTAGGAAGAGCAAGAAGTCCATAAAAACATCTGA GAATTTTATTGGATGGCATATAAGGATAAAAACACAGGTCAAACAGTAAATTTGATTGCT GAAACTCCGCACAGAGTTGGCAATATTATCCTCCACAAAGCTACTACTATCGATAATGAT GCATGAAAAATCCACCTGCTGTACTTACATTTGTTTCTAACGTTTGCGAACAAGCATAGT ATTCTACCGCTCAAGCCAAATAGATAATTGAAACAACAAATTGAGCACAATATTTCCTGA GCTTAAGAAAGTGAATCCCCCTGACGTGCATCTACATACAGAAGCATTTTATCTAATATG CCTGTTAAGGTGGGTGGACCTAGTAGCTCGGCAAGCTCAAGAAAGATAGCTTCGGCTAGT GCAGTTTAGATTTTGCCAAGCCAGCAAAAGACCAATGAAGCTGTGGGAATCGTTTTGTCC AAACAAGGGATGAGGTCTCAAAAGCTCCTGGTTGTGATGGCTACAATGCTTTCAAAAAGG AAGAGGGGGGGGGGGGGGTATTCGAGAGGAGGTCACTGATGCAGTCTTGGGAACAGTAAC ACTGATTCCCAAGGCGCATAACCCAACTAAGATCACCGAGTACAGGCCATTATCATGTTG TAATATCTTATACAAACTTATCTCAAAAATACTGACCCACAGGATGCAGAAGGTGATGGA TAGATTGGTGGATGCAATTTATCCCTGGTAGAGTGGTAGCGTAATTACTGATAACATTAT TATGAGCCATGAGCTCATTAAATAGTAAGGGAGGAAAAAGATCTCACCTAGGTGTATGCT AAAGCTTGGCATGAAGAAAGCTTATGAATCCATTGACAGGACCTCCCCACAACAGGTTCT CAAGGGTTTGAGCTTTCCCACACAGTTCCATAAGCTGGATTATGACCTGTGTCACACAGT TTCACAATTTACACTCATTAATGGCACCCCTTCCCGTGCCAAGAAGGGTCTAAGGCAAGG AGACCCCTTGTCCCAATTCCTTTTTGTACTACCCATGGAATACTTGAATAGGCAACTCAA AACCTTGAAGAAGCAACCTGGTTTTAATTTTCATCCCTAGTGTGAGAAATTGTGCATTAC TCACCTTGGGTTTGCAGATGACTTGTTGCTTTTTTGCAGGGTTGACCTTAAGTCTGTCTC TATGTGACATTTTTAATGCCTTCTCTAGTGCTTCTGGTCTTGTGGACTGAGAAGAGAGCA TTTATTTTGGAGGTGTTAATGTGGCTGACCAAGCAGCTATACTACAGCTTCTGGGATTCA CAAAGGTGCTCTTCCTTTCAAGTACCAAAGTATACTCCTCATGGCCTCACCTAAAAGAAA ACCTCATTGACTCAGTAAAGCCCCTTATAGATAAGATGATAGACAAGACTAAGCCTTGGC CTCTAGATTCCTATCATATGCTGGTAGGTTACAATTAATCAAATCTGTCTTGTTGTCTGT CCAAAACCCTTGGTCACAAGTTTTTATTCTGCCGAAGAAAATGATCCACGTAGCAGAGTC CTTGTGTAAGGATTCCTGTGGGCTGGGGTTGCTGAGACCGCAAAAAGGCTTTGATTGCTT CGGAAAAGTTATGTATCCCCAAAGACAGTGGGTGGTCTTGGTTTCTTAGACATGATTGTA TGGAATAGAGCTACCATTTGTAAGCACTTCCTGGAATCTGTGTTTGAAAAAGGCAGGTTA TGGATCCAATGGGTCCATACCTACTTCATTATAGGTGACACAGTACATGGCATGTGCATG ATAAGCAAGCCTCATGGATGATCAAAAAGATCCTCAATGCCAAAAGAACTCTGGAAGCAG CTGGCTATGAGGAGCAGGATGTTGTTGCTATGACTAAAATCAGCACACAAACTGCCCATT ATAAGCTGAGGGGGGACACTACACTAGTGAAGGGGATTAAGTTAGGGTACCAAGATGGCT TTTTGGGGAACACTTTTACCTAGATATAGGTTAGCCAAATGGAGTATTCTACCTGCTATT TCCTGCCTTCTTTGCACCAACACTGATGAGAGCCTGGACAGTTTGTTCTTCAAGTGCCAG TACGCAGCTGCCGTTTGGGATAGGCTGCTCTCATGGCTGGGATTCTAAGGGTATCTCTGG AGTGGCATGAAGAAGTGACGTGGGCTTTAGACATGCTAGTGGCAAGTCAGTGCAAGCTAT CCTATACAGATCAGGATTTAGCATGCCGTCTATAATTGGTGCTGCAGGAGAGAAACATGG CGTCATTTCCCCAGAAGAGAAGAAGACGTGATGTGTAAGTGAGGATGGCTGTTCAAGCAA TCCTTTCCAGGGGCTCTCTATTCCTTAGGTTGAATAGTAGGCTGGCTTACTCAACAATTA TCCATAGGCTATGTTAGATAGGTAATGCAGATCTCTTGATGTATTTTGATTATTTTTCCA TCAGAGCTTGGGGCTTGTTGTCTAACACTGTAAGACTTCTGTACTACTTTGCTACTTAGA TAGTTTGAGAATCAGGAAAAATCAATTAACTGAAATCAACAATGTTATACTAATGACTCT AGCATACTCATTACGTGATAAGAACAAGTCTGGAAGAGTATGACCACATTACGCACAACG GTCGTGCCATAATTACATTCCAAAGTATGACCCATAACAGCCATACATACCTAAGGTAAC CTCCATTAAGTATAGAAGCTTATCATACCTCAGTTTGCATTGCACTCCATGCCCCCTTAT TTATCTGACCTCCATTCATATGTTGACTGACTGATCTATGTGGACTCTCTTGTCCCATCC TCTCCTGATCCACGAACTGATTTGACAACAAAGCTGTTGTTCGCATGATTTCTGCAGAAG TAAGAAATCCAAAACCTTATTCAGTCACTTAATTGGATGCTTCCCTCAATTTACCTTTCA CAAGATTTCAGCGAAGATCGTCAGTAGTGGATTTACCAAGATATCCATAGACATCATTTT AGCTTCATTTTTAACCAAATTCACCTTCATCCCTTTTGAACATATAGTAATACCATATTT GAAGTTTGAAAAATAGCATGCATAGAGAACACAAATGAATCATTTTCCTTAGAACTACTG TCCCAATCCCTAGCTTCATCCACTGTCAAACACACAACTTAGAGAGCAAAATATTAAGCT ACAGGGTCAAACTCAACATCAAACTTTGTATTGATGCAAAAAGTCCATTATTCCAGGACT ATATAATGATGCTGAAGAAAAGTGGAAGAAAGTGGAAATCAGACACTTGTCCAGGTCAGG CTTTCAATCAAATTCTATGATTTGTAGATTTGAATTTACACTTATTAATGTTGCATCCAG GAAAGCTACTTAGAGACTTCTGTTTGGCAACTTAGCATTTGGTAAATAATTCTTTCCTAT TCCACTTACTGATTCTTTAGTTAATTAGATATTAGTGTTCACATCTTAGTTTAGATTTTA GAATCCTCCCGATGTCAGAAGTCAACCAAAAAAAGTTGCCCTTTAAACCTCTAGACAATA GGAAAAAAGAAAAGTAGCAAAAAATTGACGGATTCTTTGAATCCAATATATTTGGACACT CTCCTTGGTTAAGCTTTTCTAGCTAATTTAGTGCATGATATTAATAAATATTTAACTTAA AGCAGTGTACCTGGAGATTACAAAGGACTCCCAGAACAATATATTCTTTATTTATGTCTC AATCTTCTTCCTCTTTGTAAAGCATTATTTGTAGCACCAATAAATCAAGCTTATTAGTTT TGTTTCAATACAAATCAAAAACCCCAAATTAATACAAATCAGTCCTTGGTTTTTTTTCCC TCTTGATAAGTAAATCATTCCTAGCCTATTAAGATTCCACCCCCATGGCCCAATCATAGG CTTACAAAACCTCCAACTTGCACTTTATCGCCTTCATTTTATCACTAAAGAATCATGACG CTAAAAATTTTCCATTAATGACTGATTTCTGGCTATGATGCAGTCAGAATGATTGGACAT CCAATAAGGCATCATGTGCAACAGGGTAAGATAACGGACATCCAGCAAAAAGAAAGCTCA AGTGATTTGCCTTTAACTTGAGGAGAAAACTCATGTATTTAGACCACAAAATAAATCCGT GGGTCAGTCTTACGTTTGCTGATATTTAAACATTTTAAAGAAAACACATCAGAGTAGTTG CATAAGACAGTCTGATCAAGACAATGAAAGATCCTAAACTTAACAAAATAACATCTACCA GTGTTGTGAAAAGCGAGCTTAAAGTGCGCTTCAAAGCGAGGCGGCCCTTGTGCGCTTTTT TATCTTGAGGCGAGGCGATCTGAAAAAAGCTCTCGCTTCAGATGAAGAAGCGAGAAGCGA CCCTAAGGCAAAAGCGCAATAAAGCGTGCTTTTTAATAAAAAAAAAAAAAAGCGACAATT AGGGTTTTAAAAAAATAGGTTTTTTTTTAAAAAATAATCTGAAATATAACCTTCTCTCTC CTCACGACTCTTCTTTCACGACTCTTTCCCTTCTTTCTCTCCTCGCGGCTCTTCTTTCAC AATACTTCTTTCCCTTCTTTCTCTCCTGACGATCTCGACTGAGGCTGCCTCTCTCTTCAA CCTCTCTTCTTTCACAATACTTCTTTCCCTTCTTTCTCTCCTGACGATCTCGACTGAGGC TGCCTCTCTCTTCAACCTCGACCGCGACTGCAGGTAACTTTTTGTTCATCTCTTTTTTAG CTAATGTTTATTAGTTCATCTCTATGAGTTTCTTATCTCCTAAAATATACAATCTTCGCC TGTGCTTCATCTCTTCATCTCTCTGAGTTTCGACTACTCTAGTTTTTTCTTCTTCTCTTC TTTTCTTCATCTCTGTTGCCTGCTCTGTTTCTAATTACTAACTGCTGCCTCTTTTGTGTT TTTTTTCAATTCTTTTGTTGTTGTTTTTAATTTTGTGATTAGTCTAGCAGCCTTGTTGAA GAATAGGAGTTTGAATCTTTGTGATTTAGTTATGTTTTTGATTTTTTTGCTTTATATGTT ATGACTTATGAGTATTTTTGCCTATGTAATTTCTTTCAATCTAAGACTATATTACCTTTA TTTAGTTATTTAATATTTTTTATTTTCATACTAAATGTTGCTTTTTTTAAAAAAAGTGCG CGTTTCGCTTCACGCTTCTCACTTCTGTGAAGCAAGCCCTCGTCGCTTTTTTCCGCTTCT CGCTTCCCAAAACACTGACATCTATTAATAATTCTACCATTAAGGTCAACAATTTAGGCA TATCAGGAGAACTTTCTTCGCCATTTATTTTGTAATTATTGGTTGTTGACCAAAAAAAAC CATTGCAGAAACAACAAATGTTTCCATCTTTTTCATCAAATTATTCAACTCCAAAGTACT TGAATTATTTGTTCTTTACATTTGGGAGATCAAAAAGCACGAAAGAATGCAATCTATGTC GTTATATTATTAAACCTTAATATGCTTCGAAAGCAAATCCTTCTACACGTGGGCTGTCAA GCACGTGTGTACAAAAAAGGAACATTGAATATGATGTGTAGCAGCCGAACATGCAATTGA TGGAAGTTAAACTTATATCTATGTGAGGCTGAAGAAAGGTATAAAGAGACTCTTACTTGA ACTTTTTGGGGTTATATATATTTCTTCTTCATGCTGGTTGGTCGGGATGTGGTGTTACGG AAAAAAGAAATAATAACTCTTAAGACCCTCTACTCACTTGGAATCTTGTGTAGCAACACG TCAAATTTTCCAAGAGTGTTCTGACTATGAGAGCAAGCTTTGGCGCAACGGTATTCTCCT CCCGTAACTTGTAGATATATGTTCAAAGGTGGAAACTATCTCTTTGCAGAAACGCTATGG GAATATTGCGAACAGTATATGCCCAATCGCCCACTCACCTGCACCAGCCAGAAGCACTTC GTACACAGGATAAGCCCAAGCCCGCCCACGACTGGTGTTTGAACTATGCAATCATTTACA TCTTTTATTTTAAATTAACCAATCAGGCTATCGTCATCAAACAATTAAACAGTTTGTTGG GATAAAACATTTAAAAAGCTTTCAACAGAAGAAAGAATCTTCTGCTCCAACATAGAGATA CCCAGAACTATTATAAAAAGTTCTCATGGTTACAATTTACTACCTTGGTTTAGAAGTCTA TTGCATATAGGAAGTATCTGCATGAATGGCCCCAATTTTTGCCTCTCCCCCAATAACTCT GCCAAATATCTGTCATTTCGCAACCAGCCAAATCACATATTAATAAGGAGAGATGTATCT AGAGTTGACAAAGAAAGTAATGGTAATAGGGTATACTCTATTTCAGTTATTTATAAAAAT TGACCGCTTGAACTAGAGTCCAATGTAGATGCTAATCAGGCAGCAAATATGGACTTAACT CGTGGTTAAACATAGAACAGTCTTATGACAAACATTATTGACCTTGTACATGAGGTTACT GAGAAAATCGGCTAAACACCGAGAAATTTTCCTTGGTAAACGAGAACTTGAATAAACTTA AATCAAATAAAGAGTAGTTATAATCAGAATATCCTATTCAATTGAGAAAACTCAACTACT CAACCCGATTTTCATGACACAACCAAGAAAACCTTGATTCAACAGCAAAAGGAACCTGAG TCAAGTGATCAACCAAGCCTAGAGTCTAATAGAGTATAGGGAAAGTGGCACAGTAATATA TTTGGATCCACCTGGTTAAGCCCTGATGCGTGTTGAAGATAGTAGATGCAGGCACAACCA CTGCTTTCGTCTTTAAGTAAATTACAACTATATATTCACATAAAATTTGAACCAATTATT AAAATAATTGTGGGTGCCTTGAAATCTTGGATCTTGTACCACAGAAAAGGATCCTAAAGT GTCACCACATGTAAGAACAACTTAGAAACCAATATCCAACAATCATATAGACGATATTAT CAAGGTTTTATTGACTCAAGATGCCTATAGAGACAATTAACAGAAGAAGACAACCAAGAA ACCACAAAACCCAACAAAACAGATCCAGACCCAACATTCCAAGAAAGCAGTAACTAACGA AAGCTGATTGAAAACAATAATATAATTACTCAAACAAGAATCAAGATTTAACCTTTCACG ATCTGTAAGAGAAGATGACCTATGAAGTGGACCATGGATTCCAGTTGGAGAGTACTGGAA GTAACTCCCAGGGGGTATTCTATTCTCCAAATTCATCTAAGAAACCAATTCTACAATAAA ATCTTTAGTCAAGAAACAAACTTTTGATAATGTCTGCGATACATACATACAAAGATACAA AAGGGGGTCTTACTGTGAACAGCTGTTGATTGCAAGGCAAAAAGGGGAAGGTGGGGAAGA GAGACTTCAGTCTGCTTCCCCCCTTATTGGACCTTGAGTTGTTGTTGTGGGGGGAAGAAA GGGACTGCTCAGTGGGAAAACTCCCTATAAATACTAATGGCTGCTACTCACAAAAGGGTG TGCCAATGGAGTAAGACCTTTTTTCACCATCACATATATTTGTTCTTTTTATCTATACAT AAAAAATTTATAATATCCAATTAATAGTAAGCATTTAATTAATGATACATTTAAATTAAT TTGAAACTAATGAACTTGACCGAAATGTTTAACTACAGCACATTCCTAGGATTTCCTATT GTATAGAATAAATGTATTGGGCAATGCCTTTCTTTTCTTGAATTCCAAAATTCTCCGCCT TTTCTCAGCTTGAGGGTCAGCTTCTACTTACTTCCTTCTAGAAGCGAAGGTTGGCAAGGA AGACCCATTGATGTTTTATTCTATGCCATGCCGCAAATTCAGTATACCAATGTTAGCGAA TCAGATTCTTCGAAAGAAGAGTCTGTAGGGGCAGCAAATCTAGTTTCCAAATAAGTAAGA ATCTAAACTGCGTAATCAAAGCGACTCCTTGTTGGTGGTTGATAGGTGTTCCTTCCAAAG CGAAATAATCACTCCTGTAACTTATTGCGCTCGATCTACATCCTATCTAACTCGATTAAG CTTTTCTTCTTACACACAGAAGGTTTTTGCTCTCGTATTGCGGGTTTTTCACTTCGTATT CTTTTATCTAAGCTTCTTCCCTGTGCATTAGCTCCCCCCATTGTAGATGGTTCAGCTACG CTCGGTGCCACGAAATGATTGAGAACTACGACTGGGTCGAAATGCATTTTCTTCTTTGTA TTCAATAAGTATTGCATGACCGAATAATTCTATCTCTTGAAATCCATCTTTCTTTGAGCT AATTACACTAGAAAATTATTCGTTAAAAAATTGCAATAGAAAAAAATTAGCGATATAAAT TTTTTAACCTATTGAAACTCTCTAGAGGATTGCACCCATACATAGTTTTCCTCCATTCAC ATAGTGTCTCTATCTAAATTAGAAAAAGGACTTTTTTTTATTAGTTCGAGAAAAGTATCA TTGATTTGGTCATTGTGCAAAAATATATATATTTTTTAATTGAATTGAACCAATATTTTT GAAATTTAGTTTGATGCCGTGCGGAAATCTCCACCGATCGTTATCGAAGTCATTAAGTTT TGTTTCCCTTTATCCTTCACTGATTAAGTAAAAATTTGTTATTGACATTTTATAGCAACT TGATCGAATCTGTGAAGTTTTCTTTTCTAATATTCGATCCAAAGCTGATAATATCTCACT ATAGCGAGACATTTCCATTGGAAAGGATAGAGAACTGCTACTTTCTGATGATTGAAGAGT CCCAAGACTCTGAGAAATAACGAGTAACGAATAATTTAAAGAGCTTTATAATAAATTATA CTAATAGCAAGAATTCAATTCTTTAATTGAAAATAATTTTATCAAATACGTATAAATATT TCTTTGATTATATATTATGTATAAAGAAAATTCCCACAAATAGAAAAACTTCTGTGCACC AGGGTATTAAATGAATTAGTATTTTTTTGGTATAAAAAAAGGACACGTGTAACAGATTTT TAACTAAAATACGTTATTTCTTATTTTCCTTTTCACTGTTTAAACCAAAAAAAAAAACTT TTTGTGGATCTTAAGTTGTCTATTTTTTTATTCTTTTCTAACAAGTTTTGTGACAAAAAA ACACATAATTAGAAGAAGAAAAACAATAAATCGAATTTATTCCCACCTTAATCCCTTTAT GTCATTTTCTTCTTTGCTGTCGAGTATCACTTACAATGATGTTCTTTTTGAATTTAGAAT AAATGATAAATATATTTATAGTAATTTAAAAAAAATTGTTAAAAAAAGGAAAAATTATAA GGCTATGTAAATTTATACTATTTAATTACTCATTATAGCTATAGTTTGCTATAATTACCA CTCGCGACTAACATTATACATTAATTACGTGGGTTGACTTCGAGTTTGTATAATTAGTTA TGTTTGTAATGTATAATTCGTCAGGATATACAATTAAATATGTATAATATACAATTTTTT AACCTATATACATATACAATTCACCTCTCTTCCCTCTCCTGCTCGACTCTCTCCTCTCTC TCTCAATCTTGCTCGCCTCTCTCCTCCCTCTCCCAATCTCGCTTGCCATTTATACAAATG TATATGTATAATATACAGCTATATACAATTATATATATACAATTCACCTCTCTCCCATTC TCTGCCCTCTCTCGCTCGCCTCTCTCCCCCCTCTCTCGATATCGCTCGCCTCTCTCCCCC TCTCCCATTGTCGCTCGCCTCTCTCCTCCCTCTCCTAATCTCTCTTTCTATATGTACAAA TACATATGTATAATATACAATTATCTAACCAATCTGTATATAAAATTCACCTTTTTCCCA CTTTTTTTCCCTCTCTGTCGCCTCTCTCCCCCAGTCTCACTATGTGAAAGTTTTCCAAAA AAATAAGTATTGACAAATCGGTAAAAACATCTTTAAATGGAAGCAAAAGCATTTTCTGTT GTCGAAAAGAAACTAAAAGTTTTTTTTTCTTAAAATTAAGATATTCTTTTTCATATGTAC ATATTTATCAATATATTCTTCTTAATTAATTAGCATATTTCATAAGTTTTGTTGAATTTC ATTTAAAAATTTATTTATTTTTATATATTATTTTACGTATTATTTTGTAGAACTAAAAAA AAGATAACAACAACATTTTACAAGATTAGAAAAAAAACCACCCATGTAAAATTTAATTTT TAAAAAATATTAATTTTTTATAATATTAGTGCATTTTAGTTGTCTTTTTTTTATAATTTG ACTGTTAAAAATATTTTTAAAAAAAATTAATCAAACACAAATACAAATTTCAAATAAATT AGTCAAACACAAATTATCTTTTTTTTTTAAGAAACTTTTCTAAAAAAAAAAGTTATTTTA AAATAGTTTGGTTTGATTTGTTTGCATTTACGTATTGACTGAATGGACACATGTTTCTAA TCTTACCCAATTTAAATTTTTTTATTCTTCTAACAATTAACCTTTTTTTTTTCTTCTTCT TCTTAATATCATTGAAATATCTTTTATACATCCATTAAAAGTGTATTTTATTTATAGCTA TCAAAAAGAATTTTGTAATAGAAATCATGCAACAAAAAATAAAACAAAAAAGCAATTATA TATATATTTTTGTAAGAACAACTTTTTTTTAAAAAAAATTCACCGTATGACTCGACCCAA ATAGATGACCCATGACTCCTACATAAAAAGTAAATTTATGCACTTCAAAAGAAACAAGAA AAATCTATGTGCAGTATATCTTAAAATTGTATTTATATAATAAGAAAAAATAATGTATAA TATTGTTGATGTGTTGAATCATATTCGTTAATGTGTTCAGTAATTTTAAATATGATAATT ATGTCTGTTTGACAAAATCTTTTTATTAAGTCTCCAATAATTAAAATTTTCTTTTGATAA TACAAAATTGTATTGGTTATACAACAATTCAGCTAAATGAACTATATTCATAAAAATATT ATAAAAGCTCCAAATAACTTGAATTATTTATGAGAAAGTAAGAAATTTGAGTTAATTGCA CATATATGTCCATACTTATAAGACGCATGTATGTCTTATTTGTAGTTAAAATTCATCAAT TTTTTTATTTTTTATAATTTATTTTTTGATATTTTTCTACCATTAACATGAACCATCGTC ACATATAAAAGTAAATAATAATAAAAATACCCTCATCATAATGTTTATTTTTTTTCATTA TTGCATTTACACTTTATTTTATATTTATAAGAAATGTCAATATATCAAATTTATTTATAC ACACACAATTAAAAATGACTATTGCTTATATATTTATTATACATATTTAAAATTGCATGT CAACTAACATGAATAATTGTTGAACTTGATAAAGAACATACAAATAATTCACTTGTACAT AATGGCAAAATTATTATTATTTTTACCAATGCTTAATTAATAAGGTTGAATTGGCTTTTT TGAATTAATATAAAGTTCATGAGTAAGACGATTATTTTTTTTTACTTTAGGCATTTTTGG TCTATTTTTAATTTATTGATTTTAATTATTTTTTTATTATCAACCAATATTGTATTGATA TATATATATATTATTAATTATATATTTAGATATAATATTTACTATAGAATAATTTTATTC AGTTTCAGTAAATCATATGTTTGTTTACTTAATATGGAAGATTATATAGTATATATAGTT TTAGGTTATGCGTAAAGGATTAAATCATCCGTTCTTCCTAGTACAATTTTTTTTTGTTCA CAATCTTGAAGAAAATTGGAAATGTCATCAAGATAATTGAAGCACAAGATTATATATAAC TTATCTTGATTATGAGAATAATATAGTTCCAACTCTATGTGTTTGTGTATTTTGTATGTG AACGAGACCTAGTAGATATAGTTACTTTAGATCGAGTAACAAAAACACATTTTATAAACT GTTAAACATACGTATATTCTTAATCCTATTATAACTATTATGATATATATATATAAATTA TCATTTTTAATTTATTCAAATATGAGATTCTGAAATAGGTCTATATATTTTATATATTTT GATAGATTGGATGATAATATATATATATATATTATATTTCGATTCTCAAACGACGGAGAG GAGGAGGAGTCGAAGAAAAAGAAAAAAAAAAGGCTTTTGACAGCACTGCGTCGAGTATCC GTATTCGTATCTCTATATAAGTAAATTCCCCTTTCGTCACTCTCTCTATAATTCGTTCTT CTCTCTCTGGTTTTCTCATGCATGAACATTCGCAATGAAATTGGAAAAATTAGGGCAAAA CAATTGTGAATTTCGTCAATCGATGTTGTGGAAGCTCTAAGGGGAGATGTGAATTTGTGA TTTCTAATTTTCTTTATTTTCTTTTTCTTGGTGTAAAAGATCAAAGGAAAAAGTATTCGC ATGAAGGGGCCGTTAGATCGATCAAAAGTAGTGCTGCGGCACTTGCCGCCGACAATTTCT CAGTCCATGCTTCTTGACCAAGTTGATTCCCGATTCGCTGGTCGATACAACTGGTTCTGT TTTCTACCCGGCAAGTCCAGGTTAGGGTTTTGAGTTCTTGGTTTTCAAACTAATTTTGGC GTTTTTTTTAAATACAAATTTTACTTACTGGGACTGATTGATTGTGTAGTTAATTATAAC CGATTATGGAAAAAGAAAGAAAGAAATCAAAGATTATATCTGGATTCTTGATTTCCGAGT TCTTGATTTTTCATGAAAATTTTGTGTGTTTAGGTAATATGGTTCCTGGCTCCTGATTAA GATTGTATAGGCAATAATAACCCCATCCAACAAAGGATATAAAGAAAGAAAGAAAGTAAA GAAAATCAAAGATTCTATCAGGAGTCTTAACTTCATGTTGATTTTGATAGGTTGTGAACT TCCGAATTTTTTTTGAAGATTTTTATTTCTTGAATGGATAGAATTGGATATTATTGAAAA AACACAGCACCAACCAAATATTTATTTACACCAAGATGCAAGAAATCATGTTATGTAGGC AAGCTTTGTAAGTATTTCTTTATATTGTATGTGTTCGTTTAGGTTTCAGATTGTCAGTAG TGTCACTGATTGATTGTTATTTGTTGTTGATTGGAGAGACAGGTATGTTTTTGGTAGATT TGGTTGCACAAATACCAGATATCCTGTTAAAAAGTGGTCACGCTTAAGGAGTTGAAATAC CCCTTAAAGAAAAGAAAGCAGCGCTGCAATAAATATTCCCTCCCTTTTGTTTGCATGTAA AGGGCATGGTTGCAAATGAGATCGTTGTTGGTGTAGTTGTCTGTATTGTGCTATCATTCT TTCGTAGCTTGTTTTCCTTGGTGAGAGACTGGGGTCTTCTGGATTTTTTATATTTTTTTC TTTTCTGGGTCTTCTGGATTGATTCACCTGTACCTATGATTTTATCCTTATTTTCCCTTC TTTAATGTCTCTCATTATTTGGAGATCTCTTTTGGATGGTAAAACTTTTTGCATAATTAG TACAAATACGAATTGAGCAGTTTATTCAGATAAGGTGATAGCGTTTATTTCCTTAACTTG TATAGGTATTTTTGTTAGAGCAATGACCGGGTGTGCTGCATATTGAAGAAAACTGTGAAC TAGATTGCCACCTGTATGAGAGTGTTTGCCAGTGATAGCTCTGAATCTAATTTAAAGCAT TGTAGTTTGTCCAGTCTGTTCTTTTCTTATTTTGTTTTATCCGGATATGCGTTGATACAG GTTATCTGGAAATTAATTCATCAAATTTATCGTCTTTTCTAGAAAACTTACCGGAATTTA CGTTTTTGTCCTAGCTCACCTCATTTACCGTAGTCCTTGCTAGTTGGAGATTTTTTGTTG GATGGTCTATCTATTTTCAGAATCTATACGGAGTTGAATTATTTTGCAAATTAGGGAGAT TATCTTTACTGCCTTTACTTGTTAGACTTTAGTCAGAAATACTAACTGCTGTGGTGCTGT TTGGAAGAAAATGCTGACTAGATTGCCACCGTAAGAGGGGTTCACACTTTTGGAAAGCAG ATTTTGAAGTCACTTATCTGTGTTTTTTCCTTTCCATCTCTTTTTCTTCTGGAACGGTAT GCCTTCCTCAAATTTGCTTGAAATGGGGGGTGGAATGTTTATCAATGAAGGATGATCTCA CCTCTATTGTTTTGATTACAAATTAAAATTGATGAGGTGCTGTTGTGAAGAGAATGTTGA ACTAGATTATACTGCCACTTGGGCAAATGGGTTGCCAAAAACTGCTTTTGGTGTAATGTA ACATCCTTTTGTGTGAGTATTTTAGTTCTTATCTTTGTCAAGTTTGGTCCAAAAGACCCT TTATTAGTCTATTTATCCCCCCCCCTCCCCACCCAAATACACACACAAAAATAAAATTTT AAAAAGACACCTTTTTTTTGCTTTCTTATATCCAGGTGATCTTTTGGATTGCTATAATCC TATAACTTCTTATCCACATCGATGCATGCTTAGACATCATAGAAAACATTGTCAGGGGAT ACTTTATCTCCATTTGTTGGTACTTCCTATTTACATTTACTCACGCGTGTTTAACTGTGT ACACAGTACACACCTTTTTTTAAGAATGATAGTACGTATATTATTATGTAGATGCTTATC CTAGTTTTCCATTCACTGAAGTTTCAGTTGGATCAATGTCCTTGATGGATTTTATTTTAT CCTTATGCCCATTGTAATTTTTCTTTATTATTTACTCTGTTGGTAAGATTATTTAACTGT GTTCCATTCTAAAATTTTTATTTTCCCAGCTCTTTACACAACATGAACTTAATATGCTTT AGGTTGCCAAAAGTGTACTTTGTTTTTCAAGTTTAGTGTCCCTCATAGTTTCCTTTACCT CAATTTTTCTCCTGCAGTCAGAAGCATCAAACTTATTCAAGAGCCTATATTGAATTTAAG AGGCCAGAAGATGTTATCGAGTTTGCGGAGTTCTTTGATGGACACGTTTTTGTAAACGAG AAAGGTAAAGAAATTTGGCCTAAATCTGTATTCTCCCTTCCATATGATGTTTAAAATTGT TTTAAATCCACCCGGACATCTTGCTACAGGCTTAAAGTTCTTATCCTGTTAATTGTAACA AGAAAAGTTTGAGCCCTTGCTTTATCTGGGTCCTGACAGTTCTCAGTTTTGCAATTATAT TGATATGTTTCTTACCCTAGTGTATGTCTGTACTAGGCACTCAGTTCAAAACTATTGTTG AGTATGCTCCTTCACAGCGTGTTCCACAACACTGGTCCAAGAAGGATGGCCGTGAAGGAA CCATCTTGAAAGGTACTAAATCAATGCGCTGATTGCATCTGACCTACTGCTATCTTTTCT AGTCCTCACTCATGGTTAAGTTGATGCCCTTGTAGATCCTGAATATCTGGAGTTCCTTGA ATTTATCTCAAAACCTATTGAGAATCTTCCGAGTGCAGAAATACAGTTGGAAAGAAAGGA AGCTGAACGCGCGGGTTAGTTTGAATTTTTATCGAATGCATACGCTATCCTCCTGCATCA AACTGAGACTTAATCTATTAATGAGAGATGCAGGATAGCAAACTATGAAGGTGGATTGCA TGTTCTCTGGACTTAAGTTTGACTGCTTCTTTGGTTTTTAGGTTCTGCAAAGGATGCTCC TATAGTTACTCCTTTGATGGATTACATACGTCAGAAAAGAGCCGCCAAGAGTGGAGCTCG GGTAGGTGATTTCGTTTTATGATACTTTAACTTGTTCGATTTTCAATTGAGGTTTCTTTC TCTCTCGTACCCCTTCCCTCCCTCTTAGTACATTCACCTCCCCCCCCCCCCGCACACACA CCACCACCACCACCCAAAAAAAAATAGTTCCAGGATTTTTACGAGCAGACTGAATCTGTT GGCAATGAGCTTTTCCATTAACCATCTTTTACATTGGCCACACTTCTCAGGATTATAGTA TACTCTCAGTTTTGTGTTTAACAAAAATGATGTATTTCTCATGATTTGGAGCATCTTTCT CCAAGTTTAAAAGATTAGTACTAAGTTTTATCCCTGGTCATTGACAGAAATCTATAGCTA ATGGAAGACCAACCAGAAGAGCGAGTGGCACATCCGCAGGAAGTCCTAGCTCAAGTGCGT CTAAACGAAGCTCTGAAAAGAGACGGGCTTCCACTACCATGGTAAGGGTGTCATGTTACA ATCCAACGTTTGTACAATTGGTACTCCTGGTTATAGATCTATTTATTTATCTATCTATAG TTGAGACTCTCTTTCGAAAGTGAGATACCGTTCATGCAATCATTCTGTGTTTGATCTTCT CTCGGTCACATCATCTGTGATCTATGTGCTTGTGAAAACAGTAATATCCTGATTTGACTT CTGTATCAGCTTTTCACTGTTGATTTTCCTTACCTCTGATAATTGGTTGGAGATATTCTT TTGATTGAATTATTCTTGGTATAGTATTAATATATATGTATGCATGTCTGTTTTTATATT TTTAACTACGATCTGGACAGTAACTTTTACTCTGGGGATATTTCTTTTGATGGATGTGGT TAGTGTCACTTCTCTTTTCTAGTCGCTTATGGAACTGTCTGATCGTGTACAGTATGTTCT TCGAGATAGTTCTAAGGCTGGGAGTGGCAAAGACAAAACATATATTCTAGCTCCAAAACG TGATGATCAGCAGCGTGCTGAGAAGTCTGGTACCTCTGCTCCTGGATCTGTGGCTAATGC AGTTGAAGAGGAAACTGGTATGCCTACACTTAAGTTGTCAGTTGTAATCACATGTTTGCA TGCTTGTGTGTCTATTATCATCCCATGAGGGCAAGCCTTGGAGTAACAGAGAAGCGCTTG CGTTTCTACTGGCGACCGGGTTTCTAATTTTGGAGCCAACCTTTCCAATGGGTAGGTAAG GCTGTCTACGTTTCCCTTCCACCGAACCTTCATGGAGAGCCTTCTGGCACTCTAGGGTCT TCCATTTTTCTTACATGTTCTTCTTTAAGCAAGAAACAATCATAAATCGTAATCATATTG ACATGGTTTTGGACTTTTTTGAGAATGACAAAGTAAAAATATATTAATTGTACCTCTACA GTGCGAGCACTAGATTTACATAATAGTACAAGAACTAAAAATTTGCATCATAGCATCTTC TTAATTGACAATAACATTACACCAAAAAAGACAGCAGCTCTAAACATGTGGTTATAAGCT ATGTGTAGGCCCTTGCAATTTCAAAATTTCAACAGCTCTGTTCCTTTCTCTCAATACATA CTGTGTGTGACTTTCAAATACTTTGGATATTCACGACTTTTCTCCCGTTCCAGCTTTGTA TTGTCAATCTCAGTTTCTTTGGTATCATCACTTGATGGGCATCAAAAGATTTATGAACAT ACTTCAAATCTTAGTTGCTATAGGGTGATGAAGGAGAGGATTGGGGTTTGTCAGATCCTT TCGTAATACAATACTGACCTAATGTCATTCCTCTTTTGATCAAGTTATATTGGCTACGGT GATGCAAAAGGAAAATATTGGGGTTTGTCATCTCCCTTCACAATAAAACACCTGCCTTGT TATTCCGCTTTTGATCAAGTTATATTAACATTATTTTACCTTATCTAAAAGAATCCAAGT TATATTGAATTGACAAATTTTTCATACAAGGCAATCCAATCACACATGCAACTTTACATA GGCCTTTCGTTTTCCATAACATTACCAGGGCCTGCTAACAGTTCAAACAGCAAGCTGTAA CTTTCTTGACACTTACACCAGTTAGCAATACTTGTTCCTTTTTATTCATTCATTCTGGGG GGGGAGGGGAGTATAGTCTGGTGGGAGTATCATCGGTCACATAACCTTTCTTGTAAGTTG TAACAAAAATTCTGTTGAATGCCTTTTGACCAGAGCAAACTCTAAAGAGTTTGTTACTGT TGTTTATAAAATGTGTTACAAGTCCCCCCCAAAAAAGTGGATGGAAGTTATTAAGGCCAG GTAGATTCTCTTTGTAATGGTGCATTTTCAGTTACTTAATGTGGACTTCTACCTTCGCTT TTGTTAGGCAATAAATGATGGGGGGTTTCAACAGCACTCTCATGTTGGCTGCATATGTTT TGACCTATCACACAAATAAAAAAGAAAAAAAGGTTCATTCATGTGTTCTTGAAGATACAA CATTCCTTAATCCTGAGCAGACTAAGAAGTGCTTTTATTAGGTAGAACTTGGTCCAAGAT AAAATCATGCTAGATGATACTTTTATTAGGTAGAACTTGGTCCAAGATAAAATTATGCTA GATGATACTTTTATTCTTTATTAAGGAAATTGAGCGATATGTTTAGGATGGTTCAAATGG AAAAGAAAATCTTAATTTGTTGAAGGCTGGAATGAATTTACCGTGTTTTCGCGGTGTATT TAAACATTGGAGCTTGTTATATTAAAATCTGATGATATTCTTGAAATTCATCTGCAGATG GTACTTTTGTAACAAAAAAGAAATAAAGAATTCCATTCTAGAGGGATGACTAGTGTAAAT GAGACAATGATCTTCTGTCCACTTGACATGTCTCACAGAATTTAGATTGAAAGTAAGGAA GCTTTTTTGCTGGTCTATGTTTTGATGAGTAAAAGAGAATATCAACTCCATTAATGTGGT GAGAGAAAGTGGTTTTAGGGAAACTGGAAAGAACCCAAGAAGGCTGCTCTAGGAAACAAC GAGAGGAAAATGGAAGGTCGGTAGGTGATAAGGGGGTGAGAGTTCTTAATCTACATCTTT CTGCTGCATTTTTTGGGTTAGGTAATAAGTAGATAGACACTTGAAAGTTGGCACTTACTG TCAAATAGACACCTTAACTATGTCAGTGTTTAGGTGCACCCCTATTCTTGGCAAAATTAT CTCGTAATCTCACACTGACATGACAAAATGCATGTTTATGTTCAAATTTGAGCGTCTGAA AGTCCTTCAAAATCTATTTTATAAAAGATTGTATGGGCCCCACATTTTCACCCTTCGCAC GCTCTTCCAGTTTTCCATTAACTATATGAGGCAAAGAACAAATATTTGCATAAAACTGAA AAGAACATTTGAAATCCATACATCGTTCTCTCTCCATAAAGCATAACATGAACTATTGAT ACCTAGTGCCAGTAACTAGTAAGTAATTTTGTTTAGCCAACAGTTAGAAATTAGACTTCT ACCTGCCACTTCCTGGACTTTTCTCCTTTCTCATTATGAAGTCACAAGGTACTACTGTTA CATATCTTTTGTCCGTTGCAACCTTTTGGGTTTATGATGGGGGCTCTATCAGTAATTTCC ATCAATGTATGGTAACAACTAACAAGTGAGACAACAAAGTAAATTGAGGCAATCTCCTTA TAAAAATGAAATAAAATGAGGCGCAATGTCTAAATGAGAGTGAAGTCCGTACTCCGTTGC AAGGAAAGCAGGCAGATTGACTTGGTGGCTTCAAAATGGGACTATGGCCTCAAAGTTGTC ATCTGCCAGAAAGAAAGTTGGTTGCTGACAGTATGATAACATATTTTCTCATAGTAGAGC TCAAAAATCTCAATCTGAACTTCCACAAAGTCTTGCTGTCAGATCTTCTGATGACCCTCA AATGGTGAATGCCTCGAAGTTAGACTTAACAATGGTACTATTTTGAGTTTGTTTGTTATG AAAAATGAACTAACGTGGAAGATGGCACAAGAGGAAAGGGGTCCTGGGAGGTGGTCGGAT TCCAAGTGTTCTGAAGGTGTATTTATTGTTTACTAATATGGAAGGAAAGCAGGCAGATTG ACTTGGTGGCTTCAAAATGGGACTATGGCCTCAAAGTTGTCATCTGCCAGAAAGAAAGTT GGTTGCTGACAGTATGATAACATATTTTCTCATAGTAGAGCTCAAAAATCTCAATCTGAA CTTCCACAAAGTCTTGCTGTCAGATCTTCTGATGACCCTCAAATGGTGAATGCCTCGAAG TTAGACTTAACAATGGTACTATTTTGAGTTTGTTTGTTATGAAAAATGAACTAACGTGGA AGATGGCACAAGAGGAAAGGGGTCCTGGGAGGTGGTCGGATTCCAAGTGTTCTGAAGGTG TATTTATTGTTTACTAATATGGAAAGGCTTAAATTTTTAAAAATAAAATGGGGGTGAGGG CTGATCCTAACCATTTTTCTTTCTAATGAGGTGACTTTTACTTAATGACCCTGTCAATTT TTCATATGTCATTTGATGTGTCATTGGCGATTGTATTTCTCACATGAAAGATCTAATGGA TTAATGGGTTTCCGAGACACTTTTTCCAAGAAAAGGTGTCTATTTGGTCATTTGCAAAGT TAAGTTGTCTATCTGATAGTTTCTGTCAACTTTATGTGTCAATCTATGTCCTTGGCTTAA TTTTATTAATAATGCTATAACCTCCCATTCACAAGTAACATACCAAAAAGTAGAGAAGCT ACAACATAATATGATTCTCTAATAACAGTTGCCTGTGTTGAGTGATGACTTGAAACCTGA AATGATCCTCCCTCATTTGGATTTTTTTTCTTGTTGTGTTATATTCTTTATCTTTATTGT TATTAAGCTTATGAACGATAACAATCTTTTACATTTTAATTTATGATGTTGATTGAATAT TCACACATTTAGCAGTTTCAATTTTTTTTTTAATGATATTGATCGATCAGCATGTGCTCT AAAAACTGTCTAAGGGGGATGGGTAGTTGTTCATTTAATTGAGTTACCAAATTTAGATGT GTACTATCAGGGTCTATTTTTTTATCTATTATACTAGATCTGGCTCTGAAGATTGTCTAA TTTAGTGGCTTCTAGCTTTTGATCGAAGAACTTTTTATTGTGCCTTACTTTTTGAGTGTT CAAAATTTTAGATTGTTGACCTCCTTTCCTTCCCATTCGTGACATTTATTTTTGTACGTT GTTTATAATTGTCTAAGATCCTCTATATTTGTTTTAGGTGGAGCTGCCGATGTTGGGAAG AAGAAAATCCTGCTCTTGAAGGAAAAGGAAAAAGAAAATCCTAATGTAAGCTTTACCATC TCAGACATTAGTTTTTTGGTTACAAGCTAATATATGTTTGGTTATAATTCCTTTTTGGGG GAAAGGGGTGGGGTGCCATGCTGAAAATGAAATTAGCTCCTGTGCACCTTTCATAATCTC TGGAAGTGAGAGACATATAGGTGAAGATCATTGTTGCTAATCTCTTTTAGTTAACCAGTC CAGATCATCCCTCATATTCTTGACTCCAAACTTCAGACAGATGTTATCAGGATCAGTGGA AACATTTTTGTGCATATAAATTGGTCCATCAAACCCTTTTAGGTGATTTATACTCTGTAA GGCTGTTTTTGGTAAATAAAAAACTTGTTTGCCGTTCGACACGATTGTATGATAATTTAA GGTTGTAATGCATGTGACAGAATAATCTTGCTTACCTTGACAAAGAAAGGGCGGCCTTGA CCCCCTCCTCCCCCCCAAAAAAAACACCTGTGTCTTCCTACTTTGTGCTAATATTATATT GTCTATTGAGCAGTCACAAAGTTCTGTCATTTCATCTGTTTTCTGATGTAGAGGGGAGTC CCTTGTGTAGATAGTTGGCTTATTTCATTTGATGCGTAACGATAATTTGTATCCACCACT TAAATATATTTAACACCAACTCGGTCTTAATCAATAATATTGATTTATTCTTCTTGAAAA CTGTATCCTGGGAGATTATTTTTAGTTTATATGTCTGGAACTTCATACATGCCAGAGCTC GAGTCTGCTGTATTTTTGGTGTAGTGGATTTTTTAGCTCAATTATAAAGTTTTTGCCTAG TTTTGGCTTTTGAAGTTACCCCCCAAGTGCTGTAAATCCCACGTCATCAGGTTTTACTGA TGAGTTTGATGTGATTATAAAGTTGCCTTTATACAAAAAAAACTTTATGCTTGCCAGACT TCTCTTTCGTACATAGGTTTCTAGTGGTTCATCGATTCAGGACAATGTTGCACTTATTGT TACAATAATTTCATCTGCTCTGAAACAGAACCAGCGTCGTGAGGCAAGTGGAAGAATCAT TAGAAGTATTCTTCTCAAGGATGCTCGTCAAAATCAGGCCCCATCTGCATCCCAACAAGA AAAACACAGGGTGGATAAGGACAAAAAGCCTCCTAGGCCACCAAGTGTCCAGTTGTTTCA GAGAGAAACTAATGGAGCTAATGAAGATAGGGTTCTTGGAGCTGATTTGCATGTTGTCCA CACTGAGAAACAGGAAAAACGCACTAGGATCAGGGATAGGCCGGATCGTGGTGTTTGGAC TCCTCTTCGTCGTTCTGATAGTTTACATGCTAGTGATGAATCTTTATCTTCATCTGCCTC TCAATCTTCCGAAGTGCCAGATTTTGTTGAAGGTTTGTTCAGTAGTATCAGTCATGTTTA GTTTGTTTTGACCTTCCCGCCAGATGGTAGATCTTGGTTGAAAGAGGACTTTTCTGCTTT TTATTCTCTCATCTCTCATTTGTATCAGGATAGGTAAGAGTACATTTGTCATTTCTTAAA TCCCTTAATTAAGAGTGTTACTATCCTCTAAAAAAACTCTTTATTAAAATTGACACGTAA TCATGTTTGTTAAGGATTAGAGTTCGCTAAGTTTTCTATTCCCTGATTTTTTCTTTTGGA GAAACCTTTCTATTTTTTTTCTTTTTCTTTAGGAAGTCCAGGTGAAACCAAACATGGTCT GGTAAATGCTCGTGTTGCGGAGTTCAGACCCATGGGAAGTGGACGTAATTCTCATTCTTC TTTTGATAATGGTTAGTTTTGTTTATGGTTCATGGAATTTTGTGATTCTTTGCTATATGT GAATGATATGCTCAATAGTCTTTTCCCTCTTTTCATCAGTGGGACCTGTTTGATCACTTT TGCATTATTCGATGGATCTAGGTACTTATAAACATGGTGGTCGTCGTGGTATGAGGGACG ATGGAATTTCAGTAGGGGAAGGAAAGCCCTTAAGAAGGGGAGGTCCTTCTAGCTATAATA CCCATGAGGTATGCCTTTTGTTTTACAATGTTCCATAATTTAGTGTATGCAGTTGTGTTT TCCTTTTGTGTATTTACTGATTTGCTCACATGTGGGTTATATGATTTTAATGCAGAAACA AGTGTGGGTCCAAAAGTCAAGTTCTGGTACTTAGTTATTTCTCTAACGGTAAGTTTTAAA TTGGCTGTTCGTTTCTCTCTTCAAGAAGTTTGATTTTCATTTTCTTGATGTTGCACAAGA ATGCTTGATAGATGAAAATATGCATCCAAAAATTGCTTAACAGAAATAACTGATTGGCAT CAAAGTGTTGTGTATTGCCACAGCAGTCATTTGAATGTTGTGGTGTCACAAGGATATACT TTATTATCTACGTATTTTGGTTTTGCCTAAAAGTCTGGCCTATATCTTTTGTGTGAGTGC GTGCGCAATCTAGTAGGCTAATCGATTCAGAGCACTGTGGACTCTTGAGTGATTACTATT CATTTTTTTAATGGCGTTAAGAAGGGCAATGAACTCGGGGTATTTTAAAAAACATCCATG TGAAAGTTTTAATTAAGAAATTAACTTATGGAACTCTTCTCTCTGTGTGGAGTCTTCAAC TGTGTAATCTGTTTTTTTCTGCAGCGAAATACTTGGTTTTTACCATATAAGGTGCATGTC TAGTGGCTGGAGCTCTCTTTGTTGACACATCATGTATGAGCAAAGTTGATGGAGCAAAGA TAAGGATTTGAAGGCCTTGATGGAATTTTTGACTTGCCAGGGTGATCTAAAAACTGGTAT ATACTGCTAAAGTAGCATTGAACTTACTAAATCTAAGATGGTTGGAGTAGGAGCAAGAAG GAAGAAAGTCGTGTCAGTGACATATATACACCACAATTTTCAGCTGGTGTACCTTATGGG ATCTTTTTGTCGGAGCTGTGGGTATCCTTGTTCCTGTGATCGGCTCATTATCAAATAATA TAGTTCTATAGATGGAAGATTTCCTTTGTTAAAACTGTAAATACAAATGTGGAATTGTGT GAAGAGTGCGCCCATTAATCCTACACATATGCTGATTACACCATGTTAGTTCTAATCTTG ACTGATTGAAGATTGTCAAAGAAGGAAAGCTTGGAGTATGCTCTGCCATCTTTGTGGAGG CTTATTATAGTCGCGTCTAAGCAGGTGGTATTGCCAAGGCATTGAACAGATGGATTCACT TGTTTTTTTTGGTCTGGATTTTGGGGTATGCTTGTGTAAAGTGTGTTTGCTGAAATGAAA GAGCATCTTGATCTGTCTGTCTAAAAAGAGTTGGTTCAGTTTATGTGTATACGGTTGTAG ATTAATTTTTGTTGTACTTTTCTGGGGTACTTTCCTCTTGTTTGTTTCGTCTCCTGGTGA AAAAAGCACCTTATTTTTTTGTTAAAAAAAATGCAACTTGCTACACCCAGTGAAGATGCA AAAGAGAAAAAAAGATGTGCTTGATACACTTTGGCTTGGCTCCCTCTTGCTCTGGTCTAC ACTCCCCTTGTGAGTCGCCACCCTTCGACTAGCTTAAAACATTTGCTGCCTCAATGGCTA CATGTTAACCACTAGGGTTATATTCTCCAATTGATTTTAAGGTAAATTTCTCAAGTTTTG CTTTTTCCTTGAATTGTAGAGCACTTATTGTTGAATGATCTTTTGGTGTGTGCTCAGAAC TTGAAAAAGATGGAAAAGTGAAGGATTTAGGATCACCACCCTCTAGTAGGCCATAAGATT TGGTATATGCTTTTTTTTGCCTTCACTTTTTTAGTTTTGATGGTTGTTGAAAAGCTTCTT CTTTGGCCGCATGCATCTTAGCTTGGACCACTGCTTTTCTTTCTTTCACATAAATTGGCT ATTATTTCTTAGCAAGGGAATAGGCATAGGACCCCATCAAGGGGTGTGATTAGTTGATTG ATCATCTAAATGAAGTCCTCTTTTAATTAATAGGCCAATAATTCCTAATACCAATGATTA CACAAAAAAAAGAAGTTACAGGTCAATTGACATGTTATCTAGTCCCTCCTAGGTGGTCCT TCATTTAAAAGGGACCAGTCTATGTTATGTTTTTTTTTTTTGGTTGAAAGAAATTACGCG CATAAAAGTTTATATATACACTCAACCTTTTTCTATTCACATTCACATTATAATTATGCA TGTATTCAAAAGTATAATATTTTATATGAGAGAAATTATTTTTCTAAAATGAAAATGTTC AACCACATGTAGGGTAAAGATGATTTAGAGGAATCACTAAATTATTGTACGAAAAATTCC AAATTAGAATTGTATACTGACCCTTCAAGAAGAAATATTCAAACTCGTGCTTTCTTAATA TCATTTTCTATCGCAATCTTTCTAATCAAATGCATTACCTTCCATCCACCTATTGGCTCC AAACTATCCTTCCCACCCACCTATTGGCTCCAAAATACCCTTGTCATCCACATTTGTGTT CAAAATTGATCACTTTTTTAATTGTTTTAAAATTAAACTCTTTAAATATTTTTTAAAATA CTTGACGTTCAATTATTAATTATAATTATAATTTATTAATATAATTTATAAACAAAACCA TAACACACTCATTACTAACTAAACCTCACCCAATTAATAATCCAATTATAATATCAAAAT TGACAAATTGTCATACACACTACTAAAACACGATGAAATTATAGATTTCTGAAAATGACA TTCAAAATTATTCGAGTCCGAATCGGAGCCCCAATTAAATTTAGGTTGAGCCGCTTATTT AGGAGGACGCTTTCTTTCAAAATAGAATTAGAAATTTATGATTAAAAGGTAAAGAAGTAA TGCATACCGATTGATTCATTCACCTTTTTTAAATATAATTTTATAAATATTTATGATTTG TTTTAAAACTTTAATATATTATTTTGAAAAAAAGTTATCTATAAAGTAACATTACATAAT TGAGACGTAAGAATAATTAAGATAAACATAGTCAGACTTTTAAGTTTATTGGTGATTTTT ATTTAGCCAGTTGAATGTATGATAATTTATTTCTATAATTTTTAAAAACACTCAATTGGC AGTAGTTTGCATTAATAATGTGACGGGTTCATTAATTTAGAGGGATTTAATTATTAATGG GGTGGGTAGTGGATTGATTTATAAATTATACTAATAAGTTAAATTATAACATATAGTTGA GCACCACGTTCTTTAAAAAATATTTAAATAGTTTAAATATAAAACCGTTAAATAAGTGAT CAATTTTGAACCAAAAGGTGGATGAAAAAGGGTATTTTGGACCCAATAGGTGGGTGGGAA AGGTATTTTGGAGCAATAGGTGAATGGAAGATAATTTTATACAATTTTCAATACTTTAAA GATTTTTAAGCCTTTTTCCGTAATTATAATTGCTATCACTACTGTTTTGTAAGCAGCAAA CTAATAATGAAACCTCGAGAAATAACTAAAACTCATTTACTGTGCTAGTACCCTAGGTAT GTGGACTATGGTGGCTTTACTTTTTTGAAAGTAGAGAAAGAATAGTACTCCCCAAAAAAA ATATATTTAAAAAGTCAACAATGTGGGATGGTCCATGTTTACTTTTTTATCTTTTGTTTC CCCCCTCTGCATCATAGAATTAGTCCAATATTTCGTACTCCAATATTTATTTAAAATGTA TATAAATATTTTTTAAAATTATAATTTTTACTTATCTTATAAATATACGAAGAAAATAAG AATTTTTTATTATTTATAATAGCCCGAACTAGTAAATTAAGTATATAATGAATATACGAA TAAAAAATAAAAAATAATTGATAAGATTAAATTAGAAATTAAGTGATAAATTATTTTTTA TATTTTAAATAGATATTTTAGCATAGTAGACAAATAAAAAGTGGAGGGAAGGAATACTTC TTTTATTTTATATTACTTGCCCCTGTTCGATTGGATACATTCCTTAATAAAATTTTAATT ATATATTTATTTTACTAAACTGCCATTATAATGGTATTTTGAGAAACTTTAAGAGATCGC TTGGCCATAGATTTCTCAAATAATATTTGAGAGAAAATTTGATAAATAGTGTTTGTTCAT ACACTTTGCTATTACTTGGCAAATATTTTTAGCAAATATCTCAAATTTTTAAATATTAAT TTTTTCTAATATTTGGATCAAATCTTATTATTTGGGATTTTTAAAAAGTAGAAAGTTTAA CCCGAACTTTTATCTTTTTTACAAAAATACTCTCTATAGTTATTGCTTCCGTTGTATTAC ATAATTTTTTACGTTAATTTCAAAGTAGTGATAAATATTCGGTGAATGTGAAATGATAAT ATGATTATTGATGAAAATGATGAAGAATCGGCTCAAAATAATAAAGTCATGTGTTTTGTT TACTTCACGATGTATGAAATGATGCTTGTTGCACTCACTGCAAATTACCACATTGCTCTA TTGTCATGGACACTATTTGTTATTGTTGTAACAAAGATCTAATTGACTTGTAATACAAAT CAATGATTAGTTTTGATATTTTCAAAATTTATGTGTATAAACCATATTTTTCTATAAAAT TGAAATATATTTTCCAAATACTATGATCAAATACATGGTAAAATTTCGAATAATATTTGT CAAGAATATTTAAAAATTTATGATCAAACGCTAGTTAGATTTGTTACTATAATTCTACTA CTATATGTAGTTATTTAATTATAAAGATAGAATTAAAAAATTTTAATTCACTAAACTGAA CAAGTAATATGAATTGTTTTATTTTGAATTATTTAATTTGACAAATTAATACACCTAACT TGCTTCTTGCAAGTTATATTTATCGTTTATCGCTATAGGTTGTCGATAATGCAAACTATG GGACCAAAATGATGACACGTGTCTTTATCACGTGAGAGGTCCTGTCTTAATCCAACGATT AAGTGGGGTCACGTGGTTTAAATAATTAACAACATTTTCATTTGGCCACCAACAAAGAAT ATAAATGTCTGCATCATTTTTATTATTCTAAAACTTATAAAACCACTTGCTTCACACCCT TATCTGTTTGCCTCTAAATATTAAAAATAAAATAAAAATTGTAATTGATACTTCCAAGTT TCAACTTTAGACTTTGGGATCTTAACATTTCTTTTAAGAAATAACTTTTTCGCCCCTAAT GAAGTAATAAATATTTTTTATTTTTAGTTAAAAATTTTGATTTCAAGTATATACGCTCTT TTCGTTTGTTAACATTAAGGGAATAAACAGTCCGTTTGTATTAATTAGTGAAGAAGATAT TTAAAGGTAAGTTAGAAATGTATTTTGACTTTGATTTTATATGAATCATGTTTTAATAAA ATAATACATGGAATCATTTCATTTATTCAAAGTTAAAACAACTTTTTATATAAAAAGAAA ACTTGGATCACCCCTTTGGAGTTATATGATTGTTTGGTTTTCCTTGGTTGCTTCTATTAG CATTTATGGATATCCATTTTACATTAATTCTCAATTCCAACCTTGGATGTATGACTGTGA CATGGGGCTTCATCAGTTATATATTTAAGTTGTGGAATTAAATATTCATGTTTGTATTCA CATGTGATTTATATCAGAACTTTTTAAAATTACAATTCTCTTTTGAATGTTTAATCATAA ATTTGAGTCGTGAAATTAAACGCTTATATTTGTATTAGGATAAATTATTTATATCATAAC TTTTAAAGTTATAAATTTTTTGAACACTACGTGAATATGAAATGCTTGATACACTGAATT ATCATTTATTTTATTTTTTTCTTCTAGTAAATACTTTTGACTATGATAATAACAAAAGTT TCATAAGAACTCTGGTTATTAAATAAAATCAATGGAGTAATTTTAATGAAAACTTACTTT AATAAGAATTGACAAATATTTGGATTTTTTTAATTGGAGGGGGAGGTGAAAGGGAAAGAA AATGACTTTTGAAGCATTATTGGACCTATCTGTTCAAGGTATGATAATGCTCAATCCTAC AAAAGAATGAGATTACATCTAATGATTTGAATTATGGATTCTTCATTAAGTTTAATCTCA CAACTGTAAAATAAAAATTACTATTTATTCTCCTTTAATTTATTTTAAATACGTAGAAAT TTACTTTCAAAATTGAATTTATCGTGTAGAGATTTAAAAATTTACATCTCTTAACTTTTT TCAAAACACCTCTCCATCTTATCCATTTGTTTCTTTATGACTCAAACTAAGAAACTTCGA TGAAAACATAAAGAGGTGTTTGCCATTCAAGTAATTCCTTGTCAATTATCACATTTCAAA CATCTCAAATACCAAATAAACTATTACTAAGGTCTTTGCTTTTGCTCAATAGGTGTTTGA ATTTAAATCTCGTGTATTATGACTTATCAAGTTTCGAAAACGAACCTAGATTAATTTTAG AGAAATATCACTTTCGCTTATAATTTTTTTTTCATTTTCCAAGCAAAATATATGTGCAAA TACAACTATTTTCAACCCAATTTTAGTATTTTTTGTTCTTTTAAAGTTTCAATTAAACCT TTGGGTATAATAAGGGATAAAAGACAAATATATTCCAAACTATTGTAAATAGTATGCAAT TGCCTCTCGTCATATTTTAGGGACATTAGTGTCTCTATCGTTAAAAATCTAGAGCATATA TATTCTTTATGTTAGCGGACATACACGTGTCATAATTTTATTCACCGACAACATTGAATG GATGGATAAGATAGCGTCACGTGTCCTGTTTAGTCTTATATTAGACTGAAGGGTATATAT ATTCTAGTTTTTAGACGGTAGGAGCACAATATCTCTAAAGTATGACTGTATATAGTTTAC GATAGTTCGATGATATATTTATCATTTTTTAATGAGAAATAAGAAAAAGAATAAATTGAT TGGGTGATTGGAACCACCATTAGTGGGTGTGAAAGCAGCATAATATCTCTCTTATGAGAG ATAACGTTCGAAGAAAAAGGGTCATCTTATACTCATTACACTTGTCAGAGAAGACTGTCA CTCTCTAAAACACACTCTCTCTCTCTCTCTTCACACTTCTCGCATTTTAGAAAGAACCAA ACGACGAAACCAGAAGAAATTATTCAAAAATTAACTCGTCTGCGTTTGATCTGACTCTTC AACTGACTTTTTCTATTCAATTTCTACAATTTGAATATGCATTTTGTGGTGTAAATTGAT TGAAAATCTCTATTTGCTGGAATCGTTGAAGAAGAAATGCTTCGATACTGCTTTGTATTC ATCGAGGTTAGTTTTTGTTATTACAATATATGGTTTTTGCTCTTAGACGATCGTTTCGTA ACGGACGCGGATTTATACTTAATTTTCTTTCCGTTACTTGTAATTCGTCGGATTATGCGT TGAAAATCTTGTGTAATTTCACGTTTTATCATCACTGTGTGTATGAAGGAGTTGATCTAG TGTAAACTGCAATCTATTGGAGAGAAATTAGTCGTGAAGATGGAAGTTTGAAATCTATGT TCATATTCTTAAGCAATATATCAAATAAGAAAGGTTCATATTTTGAGCAGCTCAGTTTGT CATGGTGAGTTAATGAATAGTGGTCAGAGAGGTTCCGCACTGATTAGGAAGGGTTAAGTA TGTTACGAGAGAGCTGTTTTTGCTAAAATAATTGGGCAATTGCGGTCACTTATGCTAAAA TGCTTTCTTCACTCTCATTTCATCTAATAAAGGACTATTCATATTGGATATAGATCTGTT TATTTTACTTTCGGCCGAAGTATATCTGGTTATATAGTGAATACCTGGACTTGAATTAAA TGGAAAAAATAATGATAACCACATGACTTAGTTTGGCTTTGAGGTGTAGTGATTGATTGA TATATAGTTCTTTTATAATAAAATGAGAAGTACTTGTGTTTCTGCTGATGTTTGACTTCC ATATTTGCATTGTCTTCTCAATCGAATTTCTATGCAAAACAGAAATTTGTTATTTATCAG GAATATTTGATCGTATTTTGCCCTTTCTCTTAGGTACTAACCTGTTGAATCTTTGCCTAA GTCCCTAGCTGTGAAACGTATGTGTTGACTTCATGAGAACTTAGTCAGATGGTTCATTGG ACATGGTGTGTACTCGGTTTTTCGGTTTTTCTTTGTCAACAATTGACTGGGCTATAGCTA AACCTGCCCTTTGCCTAAAGATGTGGTGCCACAAGATATTCAATTTGAGTGTACCTTCTC CTTGGGGCATGTTGACAATCTTGTGCCTGAGAACTATCTGGTGTAGGAGTAATCTATCGA GCTAAATGCTTGGTTGAGTACTCTGTCGCGCCTAGTAGAATAAACTTCCTTGTACTTATG TGTTTACAAGTGCCATTGAGGTGTGGCCGAAGAAACTGGTTCGTTTCTTGATGTTTGAAC TTATAGAACCTGGCATACAGCGATAAGAACCATAAGCACTCTATATTTAAGACTAACATA ATGAGGTTCTTTGACTCTTTCATTCAGCACCCTGATTGATGGTTCATTCCGACCCCCCCA CTCCCAAGTAAATCTGGAATATAAATGCCATGCAGTAAATGTGGCATTTATTGGCTGGTT TTGTACATTTCCCTTTTATCTGGTCTTCTCAATTTGGTTAATGCTCAATGAATCAATATT TTTATTACTGTGTTTCGCTTCCTATTTGCAGCATTTTTGTTTATCTCATACCAACTATCT GATTTTGCTTAATTATAGTCAGAATTTCTCTTCAACTATACTGAGTTAAGGACCTTGTCA TCAAACTAGATAGACAGGAACATCCACGGAATGGAGGGCTGCACCAGAAGGAATTATGCA GAGAGGTGCAGAGATTAGTGTCTGTGACTTCTGCAAGGTTCATTTATGGCGTCCACTGGC CTTGGCCACGGAGGAGCAGGCAGTTCTAGAAGTGCGAATGGATTCAAGAGTTCATCTAGT TCAGTTGACTGGTTGGGAAGAGAGATGTTTGAGATGAGGTTGAGAGACAGGGCGGACCAT GATGATGATGGGGTGAGCTTCTAAATTTTCACTATACCAATTAGTCAATGTTGCATAGTT AACCTTATCACTTGTGGTCTTAGTTACAGCAATTACTAGTTTTTCTGATAAGCTGAACAT ACCATGTTACGTGTTTCCTGGAGTTCGTTGCTAATGCTTCAGTATCCACTCTAGGGTCCT TCGATAGACATATTGGTCCTATGTAATTCAAATCCGCTGGCTTAAATACCCCGCCCCTTC TTGGACATAGACAGGATTTGAATTTCTTACTTAAATCAGTTCATATCAACCTCTATGTTG TATTCATTCAAATGAACTTGATAACGAGTCATATGAAAGTTGAAAACCTTGACTTAGTGT TGAATCCTTGCAAATCCATATCTCTCCCACCCTATGAACCTATCAACGAAGATATATTAC AAAGATTTTTCCTGTTCGATGCCATAGAAGCATGATTAGTTATTAACATGGTAACTGTAA GTACACACATCTTAATGATAATTATGGCCTTAAGTTAATATTCCTAAGGAGTTCTCTATT GTTATCACTGTATGACTTATTCATTCTATAACTGAATTTTTCTTGCTTTCTTCCCTTCAT TGTTAGATTCAACAAGTAAATTTGCTTCTTTTTTGTTTTTGCTTATAGTGCTCTGGTATA CATATATGTTAAATTTGTGTCTCTCAAGAATACTTCTCCCGCTCAGCTTATTGGAGCCTT ACAGCTTCGATGATCATTTATCTGAAAACATCATTCTTCCTATCTTTTGGTGTAATATCA TGCAGGACAGTGAACCAGATATAATTGATGGTGTGGGTGCAGAAACAGGGCATGTTATTA GAACCAGTATTGGTGGTCGAAATGGTCAACCTAAGCAGGTTCTAATTAGTTATGAGAAGT ATTACTTATCATGTGTTTGGGATGAAAAATGACTATTTTTATTTGGATTCACAGAATGTA AGTTACATAGCAGAACATGTGGTTGGAACTGGTTCTTTTGGTGTGGTTTTCCAAGTAAGA ACTGCTATAATTTCTGCTATCTTTGTATCTTTAAGTATGTAGATATATGAGCGTGTGTGT CAATTATTATTGGATTATCTACTTCTGTTTTTCTTTACAGTGTTCTATATTATTGTGATA TAAATTTTCTATTGTCACAGGCGAAATGTAGAGAGACTGGAGAGATTGTGGCAATTAAGA AGGTTCTTCAAGATAAACGTTACAAGAACAGAGAACTGCAGATTATGCAAATGTTGGATC ATCCTAATATTGTTGCTCTTAAACACTCTTTCTTCTCAACTACAGACAAGGAGGAAGTAT ACCTCAACCTTGTCCTTGAATTTGTTCCAGAATCTGTCAATCGTATTGCGAGACAATACA GCAGAATGAACCAGAGGATGCCATTGATATATGTCAAACTCTATACCTATCAGGCATGTG GCATTTTCTGGTGGTTTTAAACTTTTAATTATACTCTAGCTTAAAATATCTTGAATTATT CTATTAGAAAATACCATTATTTACTTGCAGAAGTTTCAAACTTTTAATGCTGGACCAGTT ATTGATTTGAGGCCATGTAATGTCTCACTTACAACAGGTTTTTCCGTTGTTTGTCTCAGA TATGCAGAGCACTGGCTTATATTCATAACTGTATTGGCATCTGTCACCGTGATATTAAGC CTCAGAATTTGCTGGTTAGGTGTTTCTTTTATGATAGTGAATTTCTGCTCTTTTGACTAT ATACTTTGTTAATTTTTACTTTTTCTTGTTCTGGACCTCATTCTTTGGTTATTCTTTCTG GATAAAAGGTCCTCTAATCGTATTAGATGAGTTGGTGTGTTTTTCTTTTCTTTTCTGGAT GAGTATGATAAGCTGAACACTTTTTGTGCACGTGCTAATTTGTAGCTTAATAATCTAGCT GGATCAACTGTACCTTTTTGTTTGCATAATAGACTTTGATATGTTTCTGTATTGTATATT TTAAGGTTAACTGAGTGAAAAAAATTCCATACTTTATCTCATAGAAAACGCGATTCTTCA TTAAAAACTCTCACACAGAAAGCAATAAAGAATCACAGATTGTCCTATTTAATGAAGAGT TAAACTCTACAGCAAAAAGTAGGAAATGAATTGAAAAGAGGAACATCTGACCGTTTTGTA TAAATGCTTACAAATTGTATATTTAGGGTCTTATGATGTGTGTATAATGATATGTTATTC CCGGTAAAATACTCCAATTTTGGATAAACTCTTAAGGTCATTACGAGTGAAGTGGTAAAG GGCATTGAAAAGTTCTTTAACATGCTATTATTTGTTAGACAAGCCACTGAGTAGACTCTA GAGTCCAAGTAACTTAGTATCTAGCAGATAAGAAGACAAATCTTTTTAAGTTGAACTGTC TAAGAGGATATCATTTACACCTTTTAGAAAGAGAGATGCAATACTATAATCTTATGGCAG AATCCATGATGATATCAGCTTATTTTTGGGAAGTGTTATGGCACTGCTATATTGATGGTG TCTTCTGATTATCACCGTGATTTTTTCTCACTAAACTGAATTACTGTTTAATACTTAGGT AAATCCACACACACATCAGCTGAAGCTTTGTGATTTTGGAAGTGCAAAAGTTTTGGTAAT TTTTCTCTGCAAAGACCACTTTGAATTTAAGAATTGCACTTGCTACAGTTTTCCAACCGA ATTCTTTAACCACTGTTTAGGTGAAAGGTGAACCCAATGTGTCATATATCTGTTCGAGAT ATTATCGTGCCCCTGAACTCATATTTGGTGCCACCGAATACACAACAGCTATTGATATTT GGTCTACAGGTTGTGTGATGGCTGAGTTACTTCTTGGACAGGTAAGTTCCTGTCTTACTA TTTTTGTGCTATTCTTAATCATATGTTGTATTCTTTATTCTAATACTTCTAACAATTCTG TTTAACAGCCATTGTTTCCTGGAGAGAGTGGGGTTGATCAATTAGTAGAGATTATAAAGG TGAATTTTAGAAAATTTTCTATTATTGATATTATCTTCTCAAAAGATACTTTGCTGATTT TCTTACCTTTACAATTCAGTTGGACCTTTGTTGCCTCAGTAAACAAGAGAAAATGTCTCC TTTCGGGAACATCCAATTGTAAAAAAAATTAGACTTAAACATTATGGCTTAAAAGTTCAA ACAGTATGATCATAGACAAATTATCTATGTGATGTTAATACCTAATGTTATATGAAAAAT ATTCAACTTTCTTAGTTCAATGGGCAACAAATCAGAGAAAGCAAAAATATTAGATCCTGC ATTTGTTGAAGTTTGTGCAACTTGCACTCGTTCGTTTTGACCTATATTGGATATCTTTTG TTCTATTTGTACCAATTAAAATATATTTTGTTCGATACTAGATATCTCTCCTTGAGTCAA TGAAGTTTCTCTCATCCACTTTTTTTACTTTTGAAAGGCCCAACCAGTTTTAGGGGTTCT TGTTGATGAACACATTAATTCATGTCTCTGGTGCTGTCATACACTTTAAAGTGTTTTTAT GCTCCACCCGGAAGAGAATTGGAGTGGGGTGGTGGGGGGTTGAGTCCTCTTTGTATATAC CTTGAGACTAAGTTTTTGAGGACTTTTGGTTGTAATGTATCTATACATGTTGACAGAAAA AGATGGATTGTTATCTGTCAGCCTACTTTTGTCAGTATTTGCTATGGACCATCTTCCTCA ATAATAAGTCAACTTTCCTATTCTACTTCAAATTTTATGCAGGTTTTGGGGACACCTACT AGAGAGGAGATAAAATGTATGAATCCAAACTACACTGAGTTTAAATTTCCACAGATAAAG CCACACCCATGGCATAAGGTATGCTGTGTAACGTAAAGCTGAAATTCAATATATAAATGT TGATTATTGGTGCTCATTAAATCATGCTTATGTGCTCTTCGTCATTCCATCACTTCGACT TTTTGATGAAAATGGGTTATGATCGTAGCTTTTATTTTATTCTTCCCTGTACTGAAAGTC AGATTTAGGTAACTAGAAAATACTGGCTACTTGATTTGATTCATTTTTTCCTGACATCAG TTATGAAGGATGACATTAGAAGTACAGATGTTAATTACTTTAAGTTGGTAAAGGACAGGT TTGGAAGTTGCTTCTTTCTGCTTTACAACTTAAAAGTTCAAAGGTGGATAAAGTACTTGC GCCCAAAAAAAGGAGCAAGATATATTAAAAACATAAGTATGGGTGGAAGTGTATGTCTAA ATAAATCTGATAACTTAATTTCCCTTTAGGTTGTATTTGCCTCATTTTATTGCTTTATTG AATCTGGGCTGATGATCTATAGGCAAGAGTCGGTGGTATAAAATTCTTCAAGCGTGCCCC TCTCTCTTGCTGACTACGATAGTAAATGACATTTAGAAATTTCTAAAAGCTAGTGGAGAA CTGGCTCTTTGGAGAAAAAAAGTAGGACTGGTGGGTGACTTTTTTACTCACCCCCTTCCA TGGTGTGGAAAGATGGGACCCTGGAAATCAGGAATTAAGAATGAGAGCAGTCTCTGTCAA AAATCGGAGCCTGTTGGCAAAAGATAAACATCTTGCGCTTGGATCCAGAATATATGATAG GGTGGTGGTATATTGGTGCTCCTCCCTAATATGATGCTTGAAAATCATAGTATACCATCT AAGACATTAACATTCTTCCCAGTGGTTCACATGTGTCTGATGGTAAGACATTGTAAGATC CAAATTATACAGAACAAAATGTGAGTAGAAATTTAAGTCTGGACAAACAGAGAAGAATAC CAAATTGGAAATATTCTTAGAAGAGTTTTACAATGAGCCTTAATTTCATCATGTCTTACA TATATAAATACTTCTATTCGAGGCTGTTTGAGATGCTTTCAAGCCTGGAAGAGCCTTTGT GCCTCAGAATGTACACCGTGTCATATTGGTTAAAAAAAGTATAAACACCATGTCATTGCC AGCTGTAGTACTTGAGTTAAGAAGCATTTCGTGTGATGCACCTAGAAACTTTTGCTATCA ACTAGTCCAGTGAATGGGATCATTCTCATTTATTTTCTTTTATGCCATATATTCTGATAA ATTGTGCTTTTTTCCTGATTGTTTTCCGTCATATACAGAGAGTTCATATTTCTCAGTCGT CGTTTCCCTTCCGTAAGTTATTTCCTTTATACAAGTCTAACTATATCTCATGATGCATCT TGCAGGTTTTTCAGAAGCGATTGCCTCCAGAAGCAGTTGACCTGATTTGTCGATTTTTCC AGTATTCACCTTATTTGAGATGCACTGCTGTAAGTCTACATTCATTCTAAATTAATTCAA TCTCATCGTCTTAAGGTTTGGCTGTAGTTGCCTATTGATTTCTGCTTTGATCGTGCAGTT AGAGGCCTGTATTCATCCATTCTTTGATGAATTGAGGGATCCTAATACTCGTCTTCCCAA TGGTCGTCCTCTTCCACCACTTTACAATTTCAAGCCCCAAGGTAACGTACACCAATAATG TTTTTTCTTTTTTTTAAATTAAAGGATTAGTAATGTTGTATTATTCAGCATTTGCGAATG CTGGCCACCATCAGAAACAAGTTACAAAGCAAGTAGACTCTAGCTTTACAAAGCTCCTAG AAATTCTACTAACTCCTGTATTTCCTCTATACAGTTTTGTTTACACCAAAAAAATAAAAG CCTTCAAACAATTTCGTTTCACATCGTGGACTGATCTGATTTTGTCTTCAAAACACCTTC CATTTCTCTCCCTCCAGACCGACCACCTCATTATAAGCATATTATGTGGGTGATTTATTA CATTAGATACGACTGGTTTCAGACTGAGGCTTTGAACTGAATAAACCTGATCTCAACTGC CACCACATAAGAGAAAGAAAAGAGATGAAAGAGAAGAGGGGCTACCTGAATAGGGCTGAA TTGTACATATATGCCTTCAACTAATTTATTTAGCTGTAGTTGTTAATTATGATGATGTTC TCTAATTATGAAGGAAGTTTAACCACAACTTTGTTTATCAAAAAAAGAAAAAAAACAGAA GCATAACTCGATACCACATGGGCAGATCATATGTTGGTTGGTTGAGCTGTTTCTGCTCCA GCATGGTTCTTAGTTCTGAGTTAATAATCATAGTCTCAGATAAAAAGATTTAAGTTGTTT AGACAAAGAAAATCTCAAAACAAAGGAAAAATTAGAATAGGAGAAGAAGAAACACTAGAT GATTTGTTTGTCGATACTAGATAGATGACCCTAATGGAACCTAGTGAATGTCTAAGTAGA TAATCCCACAACCTTGCGATATCTAGACAACAAGCTCCTCATAGCATGTGATGGTATTAG TTATTAGTATTGTGATATGACACCATTGATATGTTTTGATATTAATATTTCACATATAGC ATTTTCATAATAATAGACTAATTAACTATTGGTATATTTTTTCAATTTTTGACTGATATG AAACATTTTTATTTTTTTGTCATATTAGTGTTGTATTTTAATCTTTGCCTGATCATGTGA CTGTTCAGTGTCTATGTTTGATTGAACCACAATCAAGTAGATTTAGAGTTTTATCGAAAA AGTGTGAAGAAACAGATGAAAAATGGAAGTCTCTAGTCCCTACTAATATACCTTCAATCT CCAAAATGATACCTGGTTATTTTCTTCAACTCAATTGGTGTTTATTTTTGAATTTCATAT TTGCTACTAGTGATTAAGCCATATAGCATTCAACATTTGCCACTTGTGTGGCAATATCTT AGAAATGTCTGAATATTCAATTTCTCAATTTGTTGACCCTAAATTTTTCTCTAGCTCTTT TGATGTATGTATCCTCATTATTGTGGTATGCACCTTTGTAGAGCTCACTGGAATTCCTAC TGTAACTCTCCAGCGCCTTGTTCCAGAACATGCTCGAAGGCAGAATTTATTCATGGCTTT GCGACCCTAGTGACTATTTTGTGTTCTGCCACTGTCCCTAAGTACAATATGATACAAGTG TTTGCACCTCATCTGTGAGTGCTTGCTAAATGTGGCTGTAGATCAAGTTCACAACGATGT TAGACTTGCCGTTCCACATACGTGAGAGAGCATCTTGTAATTTTTTCCAATAGCTGGTAT GAATACCGTGCATATATGTCAAAGCACATTTTGTATACTTGCGAAAACACAGTGAGATTT AGGTTTGGATGACGAAAAGCTGAGGGTTTATATATATAATCATTTCAGTTTTTCTTTAAT TCATGGGCATTAATAGCTGATTTTCAGATAAAAAAGAATAATACTAGCTATGTGTCTTTG GTATTTCCTTGCATGTGTTGTTCAGTGAAACATGATCACATACGCCCATGTTATTTACTG GAATCGAAAGAGCTGATCTCCGCAAATTGGATTAATGTTGGTTTTGATAATGGCATCTTC AATTGACTATTGGTATTACATTTTGAAGAGCTAATCTTATGTGGCCAAGAGTAACGGGCT TCAAAGGTCTTATACCATGAGCATGGATGTATATACCTTTTTGCTCTTGAGTCGTGACAT GTGAAGTTGTAGGTACTCTTGGCATTGTCAATTGTCTGTTCAGTTGCTTCAATATCTTTA TCGGCTTATCCACATTGTGGTTTCTTCATACTCCTTGCTTATAGTCGTTAATTGGTTGGC ACCTCTTTGGACTTTGTTAGATCCCTATAAGAATAGAGCTCACAGATTCACTTTTGTACT TATTATCTTTTGTACTATTTGCATTCTTGATGCTATAAGAAAGCAAGAAGACGTTTGACG CTGGGATAGCAATTTCTTTTCATTGTTTTGTGAGAGTTCGATAATTCGATCCCCTTCCCC TATTCTTAATTTTTTGTTAAAAAATAATAATCAAAACATAGATTTATAGGGGGCATTTGC ACTTTTTGTTTCTATTTTGTGTCGTCTTCAAAGCATCTCAAGGCAAATAATCTTTTCACA TGTATAAATATACTAGATACGGATCCCGTGTCAGCATGGACCCAATATATATTACACTTT TCGCTAATTATTGTGGTTTATAATATTTTTACGTAATTTTCACATAATATATATTACTTA CTTTGTGTTGATTTATGTGATACAAATGAAATTTCAAAAGTTAAGTCAATTAATTTTTTT ATAATTTTTTTATATTTAAATTATTAATTATTGTGAGTTATAATATTTTATGTGTTTTGT ATGATATTTTTCTCTCTTTATCTCAATTTATGTGGTATAGACGAAATTTTGAGAGAATAA CAAAATATTTTTATATATTTTCAAATATTTTGAAGCTATAGTTATTATGATTTATGATAT TTTTTTACATAATTTTTAATATATTATATAATGATAGAAGATAATTTTTTTTTAAAGAGA AACTTTAAGTTAACAAACTACCGCCAGCTACAAGCAAGCATGTTGACGAAGTGTTTGTTG CCTGTAGTACGGGATCCCTGTGAGCAAGGGTCCAATTTATATTATTTTTATTTTAATTTA TGTCACACAAATGAAACGTGAAAAGTTGTTCAAAATTTTATATAATTTTTTAAAAATATT TCAAGTTATTAATTATTGTGATTTATAATTTTTTTAAGCGATTTTGAAGTAATATATACT ATTTCGTTTTCCCAATTTATGCGACATAGATAAAAAAATATATTGTTTTTATGTCTTTTA AATATTTTAAAGTGTTAATTTTTGTAATTTGTAGTGCCTTTTATTAATTTTTAAATAATT TTTTGTTATTTCTCATGTCCCAATTTATGTGGTATTGATATAATATTGAGAGTCAACCAA TTTTTGTTAGTCTTTTAAAATTTTAAGTTTTTAATTGTTATAATTTATAATACTTTTTAC GTCATTGTCAAATAATATATGTCATTTCCTCTAACCCATTTTATGAGTCACTCATATATT TTTTGAGAATATTTTTTTTTTTGACTTTTAAATATTTTAACTTATTAATTATTGTGATTT AAAGTATTATTATTGTAAGTTTCAAATATATAGCCGGATAAAAAAGAAAAGTAAGAAAGA ATTAAAAGGAAGAAAGTACAGAATTAATGGTCAAATTAATGTGACACAAATGAAATTCTT TTATCCTAATTATGTGGTACAATAGAATTTAGAGAGTATTATTTTTATATAATTTTTCAA TTTTTGAATTCAATAATTATAATAATTTATAATACTATTTATATGAAATCTAAATAATAA ATATTATTTTTCTATTCTAATTTATATGACATTAATAAAATTTTGAGTATATAAAGAAGG GAAAATTGTATGTAATAGCAAACTAATAACCTAAATTAAATGGAATAGCTAGGGTTTGAT TTAATTGTTCTCCATAGCAAACATTAGCTAAAATTTGTCAGCGTCTCTCCCCCAAAAATC TCGCTTGCCACTCTCCATTCTCGCTCGCCTCTCGCTTTATACACAGAAGTGTATAATTCT GTTTCTGTTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATGTATATCTT CGTGTTATAACTTAATTATACAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAA GGCCAACGAATTATACAATTGCGAATTATACAATTGCGGTGAAATACAATTTTCTCTAGC TTTATACAACAGAAGTGTATATATTGTGTTTCTATTTTTGTATAAAGGGAGAAAAACATA TATCTTCTTGCTATACACTTATAATTATGCAATATAAATACATTTTAATTTGATTCAACT GTATGCAATACAAATTATACAATTGCAGCGAAATAGGCCAGCGAATTATACAATTGTATA TGTATAGCAAATTATACAGTTTTATGTTTGCTATGAACCGCAATTATGCAGAGTTTGTAA TAGCATACAAATATAAATTTTTTGTTTGCTATATGTGAAAGTTGCCCTATAAAGAATCAT ATAATCATTTAAATTTTAGCCTTATTAATGTAATGAAATATTAAATTTTATTAGTTAATT TTATCTGCATGATCTCAAACACAATAATAAAGAAAGCCTAAAATAATTACAAATGAATTC TAAATATTACTGATGGGAACATTAGCATTTTTATGCCTTTTAGTAATGAAAAAGGCTCAA ATTTCACTATATTTACCAATAGATAGCAATGGTTTTGTTGTAAAAAGATACAAAAGAAGG GACAAATAAACTTTAAAAATACTGCATTATCAACAAAAGGACACAAAAGGAATTAGAGAA AACAAAACATTAAACGCACAACTCTTAAAACAAACTGTATAAACAATCACAGCAGAGTAA AAGCAGATTAGGGAGTAACTTACCAAATTACCCTTGTCTACGAAGCAACCATGTTGACGA ACAACTGCTTCCTAGACTCTTTTATATATTAGTAATATATTTTTCATGTAGTAATATTCT ACGAGTGTCCCGCAGGCCTCACCGTAAAAAGACGTTGAACTTCTTCGAGTATAAATTCGA TCGATAAAAATTACAATTAAAAATGAAATGTAAATTGTGCAATTAAATTTGACAAATTAA TAGAATTTAGATAAATCAAAATAAAATTAGTTAAAATTGATGATATCAATCAAAATTACA TAAATTGAAATGAATTTAAAAAGAAGATCATAATTCTATCTATGAAAATTTGAACATTCA AAAAGAAATAAAATGAAACAAGATTGTCAAACGTTTACCAAAAAACAATTAACTAAAGTT TTCTCAAAGATTTGCGTTAAAGTCATTTGATTCGCCGTCACTTAACGGAAAAGGGCTAAT TAGTGCTAAAACCCCAACAGAAATATTAAAAAGTAATTAGTCTCTCTCTTTGTTAAAACA TCACTAAAACCTAAAACACTCTGTCTTCTTCATCGCATAGCTATTGTTCTTCAACTTTTT TTTTGGTTTTGAGAAGTGAAAGGAAGGAGGTGAATTGGTAAAGAAAAAATGGCATGTATG TCACTCAATATAGGAGCTGCTTCTGCTTTGAAGTTTGTAAGCAATTCCCAAAATCATCCA GTAAAGCTGTTCTCGGCTAAAGAACAACGTTGTTCCAACTTCAGTTCCAGCAATTGGGGT TGTTTCAGTCTTCGAGTTCGTCGGAGTTCTTGCCTTCGTTTTGATACACAAAAATCTTTC GCCGTTTTCAACAGCCTTCCAGTGGATAATAGCAACCCCAGTAAGAACTACAGCACCCAT TTTGTCTTTCTATGTGTTTGTAAGAATCGGAAAAACTGAGAAATTCGGTGTTTTGATTGC TTCCCCTCAGTTTTTGTCATTTGGTTGGCTAAAAAATGTCTTGGGAATTTTGCCTATTCG AATGTGATTCTATTACCTCTCACTGAAGGGATATGTTAATACCTGCTTCTTTTATTAGAT ATTGATTTTCACTTCCCCTTAAGAGTAGAGAATGAATTTTGAGTTGTTATTCAATAGCTT GGAATTGCCTTGTAATGCCGGAAGACCCTTTCTTTTCGTCTTTTTCAATACTAAGTATTG TCTTTTGGTGTTTATATTTATCTGGCACATACAGATACAGTAGCTGTTGCTCTGCGATAG ATATTGTACAAGTTCCTTAGCATTATTTATTGATTCCTTTCTAATTGTTATTATAGAGGA AAGTGTGGTTGTCTTGGTAATTGGAGGAGGTGGGAGAGAGCATGCGCTTTGTCATGCTTT GAGGCGATCCCCTTCTTGTGACGCTATTTTCTGTGCACCGGGTAATGCTGGAATTTCCAG CTCAGGTGATGCGACTTGTATATCAGACCTTGATGTTTTAGATAGTTCAGCTGTGATTGC TTTCTGTCGTAAATGGGGAGTTGGACTGGTTGTGGTTGGACCAGAGGCTCCGCTTGTTGC AGGCCTTGCTAATGACCTTGTCAAGGAAGGAATTCCTACCTTTGGCCCCTCATCAGAAGC AGCTGCTTTAGAAGGTTCTAAGAACTTCATGAAGAGCTTATGTGATAAATATGGAATTCC AACTGCAAAGGTCTGTGCGTACTTCTAGTTCCATCTATATTTACTTGTTTTTCTTGTTTT GGTTCACTTCATATCTTGACTTTATCTATGGTGGAATATCTGCAGTATCAAGCATTTACA GACCCATCCGCTGCAAAAGAGTACATCAAACAGGAAGGTGCCCCAATTGTTGTTAAAGCG GATGGATTGGCTGCTGGTAAAGGAGTGATTGTTGCCATGACATTAGAGCAAGCATATGAG GCTGTTGATTCTATGCTTGTAGACAATGTTTTTGGTTCTGCTGGCTCTCGAGTCATTGTA GAGGAATATTTGGAAGGAGAGGAAGCATCATTTTTTGCTCTAGTAGATGGTGAGCATGCC ATACCTCTGGAATCTGCTCAAGACCACAAACGAGTTGGAGATGGAGATACAGGACCAAAT ACTGGTGGGATGGGGGCATATTCTCCAGCTCCTGTCTTGACAAAGGAACTGCAATCAATG GTCATGGAGTCTATCATTTTCCCTACAGTGAAGGGAATGGCCGAAGAAGGCTGCAAGTTT GTTGGGGTTCTGTATGCTGGGCTCATGATCGAGAAGAAATCTGGTTTGCCGAAGTTAATT GAGTACAATGTACGCTTTGGAGATCCAGAATGTCAGGTTAGTTGGATTTGACTTGCCAGG TGCAATCAAACTTTTTATGTTCTAATTGCAATTTGTGTTAGTACCATTGATCCTAGTTTC ATATTACACATAGGAAAGCATCAGACTTTTTGGTTCTTCACTTTGGTATATGTTGAATTT GTTATGTGAAACATACTGCTTTTCTATTACATGATTTGGCATTTGCTATGCTTAGTTGCG CGGACTCTTCACTTTTGATGCCGCACCCGTCTCGGATTCTTCAAAAATACACTACTTTTG GCGAATCTGACACGCACCCATTGGCGTTTTTGGAGAGTCCGAGCAACATAGTTGCTATGT GCACAAGGTTTTAGTCTTTCAGAAGCAATAGAAAGCTAGGTGCTTTCCAAAGTAACATGT ACTCTTTTTTTTCCTTTTTTTGTGAAAGAGATTTATTACCATCATGTCCTACGTGTGAAG AATATTGTTAAATTGGTTCAAGATCATTTTTGTTCCAAGAGGTGGATAACTAGAGTTGTT ATTACTAAGTAAGCGGGTGCTCTCACTTCAGTTATGAACTTAGAAATATCTGATCTGTTA TACATACTCAACAGTCTTTTGGTTTTGGGATTCTTATCTTGGATGACAAGTTACAATTGT CACATTAGAACACCACTCCTTGAGTGTAGCTTCATGCCTTCATAACATTTTATCGGAGTG TGGAAGCTATTATACTTCCTCAATCCATAACTTTTTCCAAGACAGTATTAAATTATAGAT TTAGCTTGCTATGGACCCTCTATTTCCTATTTAGTTGCATCTGCGGTGCAATTTGAGTAG TTGAATAGGCATTCAAGTGAACATTTGGTTGAGCCTTTTTTGGGCAATTACTATCCCAAA GAGTGGGTAACATTTTTGTAAAATGTATACTACGATGGAAATCAATTACTGTATAGTGAG ATAGGTGATTCCGAATTTACAGATGACTTTGTGTTTAACTTAGGTTTGCATACTTTCTTT GTTAAAGCAACAGTAATTAAGTTAGTTCATCCTATATGTTTGTCCTGTGCGTTGTGTATT TGGGAAGGCAGAATTGTAGGGAAGGGCTATGTTCATCACAGAAAGAGTAGAAGTTTGATG CTTGTCAATACTATTTGGTTATAGTTGGCAAATTTTTCTGGATACTTTTTTTTCTGTAGG TTTTACATGGTACTTGATGAAACATGTAATGGATACAGGAGTGGGATATAATTGTGCTCA GTGTAATTACTATATCTCATAAAACAGTTTTGAAGTCTTTTTCTTATCCTTTGCAGGTAT TGATGGTCCGGTTAGAGTCTGATTTGGTCGAAATTTTGCTGGCAGCTTGCCATGGGAAGC TACATGGGATGTCTTTGGACTGGTCCCCTGGATCAGCCATGGTGGTTGTAATGGCAAGTA ATGGCTATCCTGGCAACTACCAGAAAGGAACAATCATCCATAAGCTTGAGGAAGCAGAGC AAGTTGCTCCTTCAGTCAAAGTATTCCATGCTGGAACTGCTTTTGATGCAGATGGAAATT TCATTGCTACTGGGGGACGTGTTCTTGGAGTCACAGCAAAAGGAAAGGATCTTGAAGAGG CTCGGGATAGAGCTTATCAAGCCGTTGAACAAATTAATTGGGCCTGTGGTTTTTATAGAC GGGATATTGGTTGGAGAGCACTGCCTCAAAAACAATATTCTTAAGGTGAGCTCCTACAAT CATCCGTTCCATTGGGACTGCAGCACGACATGGCTATCAGCTTTGGCATGATGTTTACGA AGAGACTGAAGCATGGCATGGCTCTTTGAGAAACCACGTAACACTAGGTGTGAGGAAAAG GTCCAGGAATAGATAGAAAGTCTTGAATTGACTGTAGAACTTTCTAACAAGGTGATTGAT TCTATATTGCCTAATGAAAGCTGTTGTATCGTTATTTTTTTCTTCTTGTTCCCCCTGCAG TTTAAATGAAATACTCTGATTAGGAGCATCCTATATGTTGTATCTTATCCATATCTTCAA CAAAAGCAATTTGTTGTGTGAAAATACATTAGAGTAGTGGCCTAAGTTCGTTCTCTCCTT GCCTTTGAAGTTACATTTTGTAAGTTCTTGGCAATGTGACAATGTATGTCTAATGGTATT TAGTAATTTTAACTACGCAAGTTGCTTATTCGAGAAAAAAAATACCATTTTATTTGACCC GACAAAATATTCCTAACCAATTATTTAACATTATTATTTCCTTAAATATAGAACTTGATC ACAGAAGAAACTGATTAGGAGGAAATCGAGGAATCAATATCTTGTTAGAGTGTTAGTTAT ATAGTCCTTAATATATGGGGAAGTATAATTGATTATTAAATACTTTATTAATTCAATTTT TATTTTTATTTTTTGAAAAAATTACTGTTTGAGGCAATAAAATGGGTATTGGTATATTAA GAGAAAAGTTTGTGATTACCGGCCTATATAAGTCCATTGGGCCTGAGGAGCGGGCCCAAT ATTAAATGAACCAATCAGAAGCTTTAATTTCAATCACAAACGTGCAAAGCCAAAAAGATG ATTCTAGAACCGTCCACGTGTACTCACCTAACCCTCACCCTCCTCCTTATCTTCTCTTCT TCTACACTTTGCTTTCAACTCCTCTTTCTCCTAACTCGCCTTTTCCTCTAATCCCCAAAT TCTCAATTCTTCTTTCTCTTTAGGGTTATTTGGGGTTTGCTATGGCGTCTTCAACTGCTC AAATTCATGCTCTTGGAGCTACATATTTCGCTAATTCATCTTCTTCCACTAGAAAACCTT TAAAGTCTGTGTTTTTGGGCCAGAAACTGAACAATAGAACCCTAGCTTTTGGATTGAAGC AGAAGAAGAGCCGGGGGAATAACGGTGGTTATGCACCGATGCGTGTGGTGGCGGAGAAGG TGGTGGGAATTGACTTGGGGACTACTAATTCTGCTGTGGCTGCTATGGAAGGAGGGAAGC CTACCATAGTGACGAATGCTGAAGGACAGAGGACAACTCCTTCAGTGGTCGCTTATACTA AGAGTGGGGATAGGCTTGTTGGTCAAATTGCTAAGCGTCAGGCTGTGGTGAACCCGGAGA ATACCTTCTTTTCAGTGAAGAGATTCATTGGAAGGAAGATGAATGAGGTGGATGAGGAGT CGAAGCAGGTGTCCTACAATGTCATCAGAGATGAGAATGGAAATGTCAAGCTTGATTGCC CTGCCATTGGCAAATCATTCGCTGCTGAAGAAATTTCAGCTCAGGTATTAGCAATCTTGT ATTCTGCTTCATAAACACGCTTAAGATTTGTCTTGCATGTCTAGACTAGTATTAATTGTA TGCTTAGAATGAGATTGCAGCTGGTGTTTCTGAACATTCTGACAAAGAAACTGTGGTCCT TGAGCAAGTCTGGACATCTAGGGTGCTTTTGGTATGGAATAGGTAGAAGAGTTGATAGCA GATGATATTGCAGGGTGTAGGAAAAAGTATTAGGATAGCGCTCAACATAAGGCAACAATA TCTAAATATTGATTACCTCGAAATATCTAAGTATTGATTGAAGTAAGAGATATGTAATAG GAGTCGGGGATTGTAAAAGAACATTATTTTTCCTATGAGACAACATAGTCCACAGTTTAA TGTAACATTCACTTCAAGTCCAGGAAAATATTCCTCCATATGCCGGAAGGAGGAGGTGTA CATTTTTTTAGACAGTCTTTTACTCCACGGCAAGAACACCGGCAGTGTAACTAACTGTCT TTGCAATTTGAGATCTTGAAGTTCATTAATTTATATGCCTTTTGCTGTAGTTAGTGTGAA CAATATGATTTTGCTGTTCAATAAAGCATTAGTTATGTGACACTATTGCAAAGTTGATTA GAAAAGAGGGCATATAGAGACTTGAGCATACTGCCTGATACTTATTTCTTGGATTTTTAT TTTTTGGTTCCATAGTCAAGTGAGCTGACCTGAGTTTGCTTCCATGGTTCTGTTGACTTA CTAATGATTTTATTTTCTGGTTTAGGTCCTGAGGAAGTTGGTGGATGATGCATCCAAATT TTTGAATGACAAGGTTTCCAAGGCTGTTGTCACGGTTCCTGCATACTTCAATGATTCTCA GAGGACAGCAACTAAGGATGCAGGTCGCATTGCTGGATTAGAAGTTCTTCGGATAATTAA TGAACCCACTGCTGCCTCCTTGGCTTATGGTTTTGAAAAGAAAAGTAACGAAACAATTTT GGTTTTTGATCTTGGAGGTGGTACTTTTGATGTATCAGGTAATAATTGCACTATGGTTCC CTCCTGGGTGTTAGCTCTGTTGTGTCTTGAGACCGTTCCCTGCTTTTCGTGCGTGGCTAT GTTGTTGCGACCAGTTTGGTGTTTTTCATACTTTGAGTTTCCAACAATCATGCTGTACGT TCAGCCATAATTCATTGGAGAAGGGGATAGGTTAAAAACAAGTTTGTAGGGGTACTTTAT AGAAACTAAAATTAAAGGTTTGAGCTAGTAGCTGCTCTTTACTGCTGGTTATCCCATAAC TTTTTGAGCTTGAGCTGTGGTTGAAAGATTCTTAGGAATGGGCTTATAGCTGGTAACTCT TAACTGTTGTTTCTTATATTATACGACCTCTGTGCTGGGTTTTTGCTACTGTAGCTTTCC TATATAGTGTGGGGAATTCTACTATAGGATGTCTTTTAACATCATGACTTAATGACTTGA CTTTATCCATGTCTCTGTGAACTCATGCTTGTGGCAATTGTAACAAATTTTTTTCTTGCA GTTCTTGAGGTTGGTGACGGTGTCTTTGAGGTGTTGTCAACTTCTGGTGACACCCATCTT GGTGGTGATGATTTTGACAAGGTTTATTTTCTGTCCCCTAAACGAAAATGTATTTGTCAC TTGATTGAGCAATTTACCTCTAAATCACTAGTACCTGCTCGAAGTAATTTTGAAGTATTC CACTCATGCAGAGGATTGTTGATTGGCTTGCTGCAAGTTTCAAAAGAGATGAAGGTATTG ATCTTCTAAAGGACAAACAAGCTCTTCAACGTCTGACTGAGACTGCTGAGAAAGCTAAGA TGGAACTGTCATCGCTGACCCAGACTAACATCAGGTATTTATGACGTTTTCAAGCTTTAT TTTTCTTCTTTGCCCTTTGGGGGTGTAGTCCGTTGATTTTGAAATTACATTTTCTGTTGT AGTTTACCATTCATTACGGCTACTGCTGATGGTCCTAAACACATTGAGACCACTATCACA CGTGGGAAATTTGAAGAACTATGCTCAGATCTGCTTGACAGGTAACAGCAATATAACACA CTTCCTTTTATAGCTTATAAACTTTAATGGTTAAGTTGCTGGCTTTTACAAGATTAGAGG ATTTGATGTCAGCTTTTTTGCGCTTGTTCTGCAATTAGGCTTAAAACTCCTGTTCAGAAT TCCTTGAGAGATGCCAAGCTCTCCTTCAGCGATATTGATGAGGTCATCCTTGTTGGTGGT TCTACACGTATCCCAGCTGTTCAGGAACTTGTTAAGAAATTGACTGGAAAGGACCCCAAT GTTACAGTTAATCCCGATGAAGTCGTTGCTCTTGGTGCTGCAGTGCAGGTAAGACCTTTG TTTGTTCCTGGTTCTTGTATTCTGGTCTTGATTAGTGTATGTTGGTGCACATTTCAATTT CTTCATTATTCTAGGCTGGAGTTTTGGCCGGAGATGTCAGCGATATTGTCCTTTTAGATG TCACACCATTGTCCATTGGTTTGGAAACACTTGGTGGTGTGATGACAAAGATCATTCCAA GAAATACAACATTGCCTACCTCCAAATCAGAAGTGTTCTCTACCGCTGCTGATGGTCAGA CAAGTGTAGAAATTAATGTCCTCCAAGGAGAGCGAGAATTTGTTAGGGACAACAAATCTT TAGGTAGCTTCCGGCTTGATGGAATTCCTCCTGCCCCAAGAGGGGTTCCACAAATTGAAG TGAAATTTGACATTGATGCCAATGGTATTCTTTCCGTGACTGCTATTGACAAGGGTACTG GGAAGAAGCAAGACATCACCATTACAGGTGCCAGCACATTGCCTGGTGATGAGGTATGAT TTTGACTTCCAATTCTACTAGGGACTGTCTCCTTTAACAATTCTAGCTTGGTCAACAAGT TTTGTGTTTATAAGTTGCTGGAATTTGCCTTTTTAAAAAAATTTCCTTCTATTATTGGCT TTTATTGCCGTTGGTTGTATATGGAGCAATATGTTTTGCGTGTCATTCCATTTTAGCTCC CCTTGCTGCTCATATGTGATGGGATTTCTGGTTGCATGGAAACAGGTCGAGAGAATGGTT AAAGAAGCTGAAAGATTTGCCCAGGAAGACAAAGAGAAGAGAGACGCCATAGACACAAAG AACCAGGCCGATTCTGTTGTCTACCAGACAGAGAAGCAGTTGAAGGAACTTGGAGACAAA GTACCAGGGCCAGTGAAAGAAAAGGTTGAGGCTAAACTTGGAGAGCTTAAAGAAGCAATC TCAGGAGGGTCAACTCAGACCATGAAGGATGCTATGGCTGCCCTTAACCAAGAAGTAATG CAGCTTGGTCAGTCACTCTACAACCAGCCTGGTGCTGCACCAGGTGCTGGTCCAGCACCT GGCGGTGCTGATGGACCTTCAGAATCATCATCTGGGAAGGGACCTGATGGAAATGACGTA ATTGATGCTGATTTCACCGACAGCAAGTGAGCATAGAAGAGCAATTTTGAGGCTATATTT AATTTTCAGCTTTTATACTCTTGCTTAGGTTGTGTATAAGGGATTTAACTTTGTGCACAA TTACGATTTTGGGGGACAATTTCTGGTGGAATGGGGTACGCTAAAAAGATAATTCATACA GGGGAACTAGAGGTTAGAAGTGTTGAGGTAGGTGGAGTTATTCTTGATTGCAAAATGAAA CAGTGTCTGTCTGTCTACCCATGAATATTTTTAGAAAAATGTTAGTGGTTCAAACCTTAA GGTTAGAGAAACTGACCTTTCTGGTTCTCTCACCCTACTTTTCCACAATTCTATAGGTAG TCCTTGTGTTCTTGGATTACTTGCTGTTATTGGAGTGAATGAATTTGTACTTATTTCTCA GTACCTATTTTATCTTTTCAATCTCACACCTGATGTTGATGCTATCATTAATGGACAAAT CCTAGCAGAAGAATTCCGGCCTTGCAAGTACAAAATGATGTTCCATCAGAATATCAGTAT TTTTTTTATTATACAAAGCCCATGGTAAAATTCAAAAGACGAATGTACATCCCTTCTAAT ATGATATGATAAAGATAAATGATATAATGAAATATAATTATTTACTGTACAATAACGTGT ACCAAATAGGTTGGGGCGTGTGTGTGTGTGTGATGATCTCTTAAAGAGTTTTTATGTATC CGCTGAACCAGCCATATTTGAGAAGCGAGGGCTTAATGGAATGGGACTGGGAGAAAGACT ACTGGTTCTTCTTTCCACAGAATAACCTCCTGGAGAAGCACAACCATTTCCATTTCCTAT TTCTATAGAGTAACTGCATGGCGATATACTTCCATTTCTCCTTTCATAGTCATCAAAATG CATACATTTTATACAACATCCACCACCACGGCTGTGCCTATAAGAGGGTGACTGATAGTA ATGTTGGTTAGGATCCATGTGATACCTTAACCCTTCCGCTCGGCCAACCGACCTAACAGA AAACAACCTGTCTGGCCCTTTGATTGGATCACCAGGACCATGACTATGTTTGTTTAAATG ATAACCATTGTAGTGTTGTTGTTGTCTATGGTTGTAATAGTGATGTTGTTGTTGCAAGTT TTGATGTAACCCATGCTGCTGCTGGTTACTGACATTGTAAAAGCTAGGGGAACTCTGCAC TTTGTGCAATTGACTTCTATTTTGAAAAATACTTTGCAGCAGTGACTCATGATTAACACC ATCAGTAGTGCAACTGTCAGGAGATCTTGGTGAAGAACAAGCAGAGGAAAACCCAAAAGA GGCTTGACTTATGCTTAGAGCTGGTTGTGGTGGTTGCTGTATCCTAATCCCTGCTTCCCT TGCACGTACTATACCATTAATCGCATCGATGTATCGTTGTTCTAAAGGTTCTGGTGGCGT TGTGTGGTGATCCACCACAACAGGCTTTGCTGGGAACAGAAATGCACGTAGTCTCGGGAT CCCTGCACTCTCACAACGATCATATTCATCCAACATATGGCGTAGATCCTCCTCTGTTTT AACCGAGATCAATGCATCAAGCTCCTCGTGTACTAGTTGATATTTCAGAACCATATCACC TTCAATTTGAGGAGTTAGCTTCTTCATCAATTCTGCATCAAGGTGAAACATCGTCTTTTC AATTCCCCACACACACACATATATATATATATTCATATAAAATCGTACTGTTCAATGCAT AAAACATATTTTTACCTGAAAGTTTAATGTCTCGAGGAACGGAGATAACACGTGTCTCGC CACCGACATACTTGAGGTGGCCATCAGCTGGTTGAGGAAGAATTTTTCCTCCCTGGCTAC AAAGAAATTTAATCCTACTCTTAGGGGAGGTTGGGCTGGACCCTAGTGGTGAACCACATA AAACAGGTTCCTCCACTATTGGCATTATTATAAAAACAAATGCTAAAAACCCAACAATAG AAAATAAAAAATTAATATACACAAAGGGAAGAATTTAGAATAATTTAAGAATATAACTAT GTTTCAAGAATTGAGATAAACAAAGACAAGAACATTCATGTATTTGAATATTTATAATAA TACGTATAAATTTTATTTATTTATTTTTTGCCACAGATTTGATTGTCTGGTTCTAACAAT AGTGAGAATAGCAGGAAAAAAAGAAGGGACTTTCTGGTATATAGGCTATTAATTTGTGAA TTTTTTTATGGTATTTCGTATTATTCTGAGGATTCTTTCATTTTGATTCGATTTTTGAGG GGGATAAAAATGGATTTTTAAATGTTTCCTTGTATTCAGGAAATTAAAGGTTGATAATTT AATTGAGTTGCTCTACATTCGTTGAGTAATATTATGGTATTTTATAATAATGTTAAAGAG AATTGTAAGGCACCTATTTTGGAATAACAATCAAAAAGGATAAGATACTTTATGTTACGT TACTAACACGGAGGATGTGTTTGGATGAAACTAAAATAATGGAAAACACATATATTACGT GAATTTGTGTCATGTGTTTAAATCAAATTATGTAATTTCTAATATAGTTACATAATTTAA TAAGTATAATATTAGCTAATCATTATCAAGTCATAGTAAAGCAAATACTAAGTTGAAAAA TAGGGTACGTTGATTATTTGGACCCATTAGGATGCCGATTAGTATGGTGTATTTGTCAAC TTAACATGTACATAATTTTTGGGTAATAGTATCAAGCCGGGATGGCATTTTTACGTCTTT GAATAAAAATAAAAATAATATATTTAATATAATTTTATAATTAAAATTTAAGAAAAATAA TTTATAATAAATTGTACTAGATAGGAAAAATATTTCATATACCAGTAGCTCAAAAAAAAC ATTATAAAGCGATTTAAAAAAAAAAAGCTGATAAAAAATAAATTAAAAAAACAAGACAAA ATGCTAAACAAATGACATAAAAAATGAAACAATCACCATCCTAAGACAACATGAAATTGA ATTAAAATTGAAAGTTACCTGACTTTCTGAAAAAGAACGAACGCATAGTTGAGTGATTAT ATGAAATTGTTATTAACAAAAGATATAAATGATCTATTTGATCTATAACAATTTTGATCA TTTTCCGTAATATAAATAGAACAAATTAGCTGACTGATCAAAATTCTTTTTAACTTTATA CACTTTAAAGTTAGTGCTTTAATTTTAGTGGCACCTCCACTCTTACATCTTTGATTGATT TTCGGAGTTTTGCAAACTTCACAAGCCACTTGATTTAATTGTATTTCTTGCTTCAAAATT CACAGCAAGAGTAGAGAGATTCGGTTCTTGCCTTTGAACGCCATGGATGTGCAGTTAATC GAGTATAAATTGACCTGCAATTGTAACCACAGAATCTACAATGTCATTCTGGACGACACT GAAATCGAAACTAGTGTCACCGTTGATCCTTGTTCCGTCGCCTCATGGATCAGAAAAATC GAAACCCAAAACAGATCCCGTCTTCACCGTTTGATTGTAGGGCTTGACATCGAGTGGCGC CCAAAATCCAATCCCGTCGCCGACCGAAACCCCGTCGCCACTATCCAGCTCTGTGTCGGA AAATCCTGCCTCATCTACCAAGTTCTCCACTCCAGACACATCCCCCGCCGACTCCGACAC TTCCTGAACAACGACGACTACACATTCGTTGGAGTTGGTATTCGTAGTGACGTGGACAAG CTGTGGGAGGACTATAATCTTGAAGTATCGGACATTGTTGATCTCCGGGAGTGGGCGGCT GAGGAACTGAACAAGAAGAAGCTTCTTAATTCGGGGCTCAAACATTTGGGGAGGAAAATT GCGGGAATAGAGATTGAGAAGCCCAAGAGTGTGACAACCAGTGATTGGGATGAGCGCTGG CTTAGCCGTGAACAGATATGTTATGCTTGCCTTGATGCATATATTTCTTTTGAAGTTGGG AGGGTCTTAAGTGCTTGGTACTAGAAGAGTGGACACAAGTAAATATGTAAGTAAAATATA CCAGTTATCGTTTTCTTCTACTCAAATTTGTAAGTGTGTGTGTGAAACTATTTCCTCTAT CTTGTGTTGATTCTAGTTTACTATCTTGATTATGAGAGATATATGATTTTGTGTTCCTTT GTAAATAGTTGTAGTATTTTAACTTAAATGACTTGTTCGCACTAGATTGTCATCTGATTT CTTTTACTACTTTGTTGTTTCTTGTACTTCGATTATCGTATAGTTATTGTTTAGAATGAT TTGTCAAAATTGGTATATTTGTATTACATCTAGGATGGGAAAAAGGTAAAGACTCAATTA GATAACAATGTTTCAAAGGGATCATTAAATTCAGTATTGACATGCTATGTTGAATTGGAC TCGTTGGGTGCGTGTCGGATCCTTCAAAAGCAGTGCATTTTTTGGAGGATCGGATGCTGG TGCGTCATCATTTTTGGAGAGTGAAGAGTAGAAAAGATCTTATATAAAAAGAGTCTTGGG TTGAGTTGTCCTTCTCCACTGCTTGATCATTTTTGAACAATTAAGAAACCTGCTCAGTGT CTGATTTTGATATTTGTGACACAAGGATTGTGTTATTATATTGTTTTGTGCTTAATAGTT TATGGCCTCATAATTGATCCTGTGTGAAACCAATTGTGAAGTCTTGGTACTTCCATTTTT GTCTTCATTGTCTGATGTCCACATGCTTGTTGATAATTATACTTATTTTAAACTCATTTT CCTTATTTTGTTATCTAGACTTTTATTTGCTTTTTCTTTTGTTTTTTTGGACCCATGTTC CCTCAAAAGTTCACCTCACTTTCCCAGACAATTGTTATGTCACTATTATAACTACTGGCA AGGCTTTGAATTGAAAAGTCATTAGTTTATGCCTAGATTTGGATCTAAATA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.993 1881 2699 match_2 match_part 1.000 1882 2394 match_3 match_part 0.987 2763 3135 match_part 0.975 4224 4345 match_part 0.983 5431 5490 match_part 1.000 6837 6887 match_part 0.970 7153 7349 match_4 match_part 0.987 2764 3135 match_part 0.975 4224 4345 match_part 0.983 5431 5490 match_5 match_part 1.000 4270 4345 match_part 1.000 5431 5490 match_part 1.000 6837 6887 match_part 0.998 7153 7724 match_6 match_part 1.000 7336 7576 match_7 match_part 0.987 13011 13469 match_8 match_part 0.979 13015 13248 match_part 1.000 13355 13591 match_9 match_part 1.000 13713 14192 match_10 match_part 0.923 15801 15917 match_part 0.975 16321 16635 match_11 match_part 0.991 17449 17682 match_part 1.000 18039 18139 match_part 1.000 18903 19026 match_part 0.988 19139 19474 match_12 match_part 1.000 17462 17682 match_part 0.990 18039 18139 match_part 1.000 18903 19026 match_part 1.000 19139 19177 match_13 match_part 0.991 20972 21714 match_14 match_part 0.999 20973 21698 match_15 match_part 0.988 24439 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 0.978 29041 29315 match_16 match_part 1.000 24441 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27807 match_17 match_part 1.000 24442 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 0.986 26509 26580 match_part 0.994 27680 27835 match_part 0.990 28559 28662 match_part 1.000 29041 29100 match_18 match_part 0.933 24447 24521 match_part 0.945 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 0.944 26509 26580 match_part 0.987 27680 27835 match_part 1.000 28559 28662 match_part 0.909 29041 29183 match_19 match_part 0.973 24447 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 0.958 25017 25064 match_part 0.986 26509 26580 match_part 1.000 27680 27828 match_20 match_part 1.000 24447 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27808 match_21 match_part 0.959 24449 24521 match_part 1.000 24609 24681 match_part 0.979 24886 24933 match_part 0.979 25017 25064 match_part 1.000 26509 26580 match_part 0.962 27680 27835 match_part 0.961 28559 28634 match_22 match_part 1.000 24451 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 0.986 26509 26580 match_part 0.881 27680 27738 match_23 match_part 0.986 24452 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28626 match_24 match_part 0.929 24452 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 0.979 25017 25064 match_part 1.000 26509 26580 match_part 0.987 27680 27835 match_25 match_part 0.960 24472 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28625 match_26 match_part 1.000 24472 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27833 match_27 match_part 0.898 24473 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27742 match_28 match_part 1.000 24476 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 0.982 29041 29153 match_29 match_part 1.000 24476 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 0.991 29041 29153 match_30 match_part 1.000 24481 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 0.983 29041 29272 match_31 match_part 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0.967 45412 45353 match_235 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_part 1.000 45412 45353 match_236 match_part 1.000 55355 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_part 1.000 45412 45353 match_237 match_part 1.000 55285 55274 match_part 0.975 55190 55073 match_part 0.988 54189 54104 match_part 0.965 50811 50669 match_part 0.956 47269 47135 match_part 0.957 47045 46929 match_part 0.900 45412 45353 match_238 match_part 1.000 55280 55274 match_part 0.966 55190 55073 match_part 0.989 54193 54104 match_part 0.972 50811 50669 match_part 0.978 47269 47135 match_part 0.957 47045 46929 match_part 0.966 45412 45355 match_239 match_part 1.000 55362 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_part 1.000 45412 45360 match_240 match_part 1.000 55355 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 0.991 47045 46929 match_part 0.981 45412 45360 match_241 match_part 1.000 55322 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 0.983 47045 46929 match_part 0.981 45412 45360 match_242 match_part 0.990 55370 55274 match_part 0.983 55190 55073 match_part 0.977 54189 54104 match_part 0.972 50811 50669 match_part 0.963 47269 47135 match_part 0.949 47045 46929 match_part 0.936 45412 45366 match_243 match_part 1.000 55360 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_part 0.973 45412 45376 match_244 match_part 0.968 55366 55274 match_part 0.958 55190 55073 match_part 0.965 54189 54104 match_part 0.972 50811 50669 match_part 0.978 47269 47135 match_part 0.957 47045 46929 match_245 match_part 1.000 55355 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_246 match_part 0.978 55363 55274 match_part 0.983 55190 55073 match_part 0.977 54189 54104 match_part 0.972 50811 50669 match_part 0.956 47269 47135 match_part 0.802 47045 46930 match_247 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46931 match_248 match_part 1.000 55208 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46936 match_249 match_part 0.989 55364 55274 match_part 0.983 55190 55073 match_part 0.988 54189 54104 match_part 0.972 50811 50669 match_part 0.941 47269 47135 match_part 0.914 47045 46953 match_250 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 0.993 47269 47135 match_part 0.976 47045 46962 match_251 match_part 0.986 55342 55274 match_part 0.983 55190 55073 match_part 0.977 54189 54104 match_part 0.972 50811 50669 match_part 0.963 47269 47135 match_part 0.976 47045 46963 match_252 match_part 0.989 55367 55274 match_part 0.983 55190 55073 match_part 0.988 54189 54104 match_part 0.972 50811 50669 match_part 0.948 47269 47135 match_part 0.968 47045 46984 match_253 match_part 0.955 55429 55274 match_part 0.983 55190 55073 match_part 0.977 54189 54104 match_part 0.972 50811 50669 match_part 0.956 47269 47135 match_part 0.951 47045 46985 match_254 match_part 1.000 55432 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 47021 match_255 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_256 match_part 0.987 55352 55274 match_part 0.983 55190 55073 match_part 0.988 54189 54104 match_part 0.972 50811 50669 match_part 0.964 47269 47158 match_257 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47202 match_258 match_part 0.980 55170 55073 match_part 0.988 54189 54104 match_part 0.951 50811 50669 match_part 0.912 47269 47202 match_259 match_part 0.968 55335 55274 match_part 1.000 55190 55073 match_part 0.988 54189 54104 match_part 0.990 50811 50707 match_260 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 0.990 50811 50713 match_261 match_part 0.904 55346 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50772 match_262 match_part 0.983 53495 52866 match_263 match_part 0.949 53495 53242 match_264 match_part 0.982 55330 55274 match_part 0.983 55190 55073 match_part 0.909 54189 53685 match_265 match_part 1.000 55194 55073 match_part 1.000 54189 53794 match_266 match_part 1.000 55194 55073 match_part 1.000 54189 53794 match_267 match_part 1.000 55191 55073 match_part 1.000 54189 53850 match_268 match_part 0.997 72403 71671 match_269 match_part 0.908 89746 89303 match_270 match_part 0.900 89747 89427 match_271 match_part 0.931 89747 89458 match_272 match_part 0.714 99932 99926 match_part 0.992 99724 99233 match_part 1.000 98480 98319 match_273 match_part 0.991 99752 99174 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 1881 2699 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 2763 3135 exon 4224 4345 exon 5431 5490 exon 6837 6887 exon 7153 7724 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13011 13469 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13015 13248 exon 13355 13591 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13713 14192 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 15801 15917 exon 16321 16635 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 17449 17682 exon 18039 18139 exon 18903 19026 exon 19139 19474 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 20972 21714 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 24439 24521 exon 24609 24681 exon 24886 24933 exon 25017 25064 exon 26509 26580 exon 27680 27835 exon 28559 28662 exon 29041 29350 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 24876 24933 exon 25017 25064 exon 26509 26580 exon 27680 27835 exon 28559 28662 exon 29041 29350 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 32640 32370 exon 30405 29745 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 36873 36648 exon 36507 36367 exon 35845 35670 exon 35371 35261 exon 35078 34278 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 40021 40225 exon 42247 42522 exon 44070 44479 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55432 55274 exon 55190 55073 exon 54189 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55208 55073 exon 54189 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_16 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55280 55274 exon 55190 55073 exon 54193 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_17 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55340 55274 exon 55190 55145 exon 54164 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_18 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 53495 52866 gene_19 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55194 55073 exon 54189 53794 gene_20 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55330 55274 exon 55190 55073 exon 54189 53685 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 60142 60500 exon 62838 62944 exon 63157 63252 exon 63336 63434 exon 63582 63661 exon 64008 64121 exon 64553 64697 exon 68918 68985 exon 69989 70751 exon 70882 70988 exon 71096 71148 exon 71605 72313 gene_22 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 62732 62944 exon 63157 63252 exon 63336 63434 exon 63582 63661 exon 64008 64025 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 72403 71671 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 77955 78246 exon 79750 79992 exon 80766 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87281 gene_25 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 77955 78246 exon 79750 79992 exon 80766 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82603 exon 86984 87238 gene_26 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 80761 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87248 gene_27 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 81597 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87248 gene_28 gene GT_PGL_15_AGS_5 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 78014 78246 exon 79699 79992 exon 80766 80858 exon 80935 80971 gene_29 gene GT_PGL_15_AGS_6 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 78019 78246 exon 79754 79992 exon 80766 80858 exon 80935 80945 gene_30 gene GT_PGL_15_AGS_7 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 78014 78246 exon 78396 78544 exon 79750 79992 gene_31 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 89747 89303 gene_32 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 90828 91180 exon 91617 91990 exon 92086 92616 exon 93897 94756 gene_33 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95258 95864 exon 96626 96878 exon 97382 97461 exon 97572 97714 exon 97803 97901 exon 98019 98208 exon 98295 98693 exon 98926 99746 gene_34 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95262 95864 exon 98574 98693 exon 98926 99746 gene_35 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95258 95864 exon 96626 96878 exon 97382 97461 exon 97572 97714 exon 97803 97901 exon 98019 98208 exon 98295 98693 exon 98926 98968 exon 99116 99322 gene_36 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 99932 99926 exon 99724 99233 exon 98480 98319 gene_37 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 99752 99174 gene_38 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 102506 103345 RepeatMasker tomato repeats master Gypsy00163 7737 7921 1 Gypsy00163 7737 7921 1 nucleotide_motif 762 8793 8977 Gypsy00163 8020 8133 1 Gypsy00163 8020 8133 1 nucleotide_motif 424 9743 9850 Unknown00040 4371 4681 1 Unknown00040 4371 4681 1 nucleotide_motif 1050 11812 12194 Unknown00043 8234 8551 1 Unknown00043 8234 8551 1 nucleotide_motif 716 15534 15837 Unknown00057 734 903 1 Unknown00057 734 903 1 nucleotide_motif 597 15919 16093 Gypsy00043 518 1321 1 Gypsy00043 518 1321 1 nucleotide_motif 5494 32824 33607 Copia00109 176 5093 1 Copia00109 176 5093 1 nucleotide_motif 499 38472 38632 Copia00110 2733 2802 1 Copia00110 2733 2802 1 nucleotide_motif 331 38847 38916 TS2 12 252 1 TS2 12 252 1 nucleotide_motif 383 39391 39644 TS2 126 255 1 TS2 126 255 1 nucleotide_motif 358 40744 40875 LINE1I_MT 1632 2813 1 LINE1I_MT 1632 2813 1 nucleotide_motif 1358 48609 49780 Unknown00043 353 517 1 Unknown00043 353 517 1 nucleotide_motif 619 75401 75568 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4539 89279 89924 Copia00172 5195 5315 1 Copia00172 5195 5315 1 nucleotide_motif 597 92811 92933 RepeatMasker tomato repeats master SONATA1 1 243 -1 SONATA1 1 243 -1 nucleotide_motif 946 18596 18381 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1326 26103 25865 SONATA2 20 253 -1 SONATA2 20 253 -1 nucleotide_motif 1496 35666 35430 TS2 523 653 -1 TS2 523 653 -1 nucleotide_motif 561 36066 35939 Unknown00034 4371 9074 -1 Unknown00034 4371 9074 -1 nucleotide_motif 414 38893 38763 Copia00172 1105 1488 -1 Copia00172 1105 1488 -1 nucleotide_motif 1901 47951 47602 Copia00183 771 1200 -1 Copia00183 771 1200 -1 nucleotide_motif 1497 60028 59593 Gypsy00107 8845 9863 -1 Gypsy00107 8845 9863 -1 nucleotide_motif 5742 74361 73354 Copia00138 2023 2070 -1 Copia00138 2023 2070 -1 nucleotide_motif 227 83640 83595 Unknown00043 5573 5829 -1 Unknown00043 5573 5829 -1 nucleotide_motif 1453 85767 85523 Copia00172 5208 5286 -1 Copia00172 5208 5286 -1 nucleotide_motif 338 103762 103681 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 666 1 336 clone_1 clone 1037.5 1 82588 clone_end_1 clone_end 628 1 325 clone_start_2 clone_start 1310 428 1100 clone_start_3 clone_start 803 2100 2504 clone_2 clone 1031 2571 82544 clone_start_4 clone_start 1005 2571 3114 clone_end_2 clone_end 1118 2571 3155 clone_start_5 clone_start 848 2571 3019 clone_start_6 clone_start 1041 2571 3132 clone_3 clone 622.5 3785 64149 clone_end_3 clone_end 817 3785 4200 clone_4 clone 1268.5 3995 42808 clone_end_4 clone_end 1110 3995 4561 clone_5 clone 1183.5 8019 44059 clone_end_5 clone_end 1027 8019 8584 clone_end_6 clone_end 1047 15794 16321 clone_start_7 clone_start 408 24601 24806 clone_end_7 clone_end 317 28026 28185 clone_end_8 clone_end 835 28229 28649 clone_end_9 clone_end 660 40091 40524 clone_start_8 clone_start 367 41502 41686 clone_start_9 clone_start 904 41748 42219 clone_end_10 clone_end 874 46921 47401 clone_end_11 clone_end 295 47505 47706 clone_end_12 clone_end 890 47788 48240 clone_6 clone 991.5 49528 84912 clone_start_10 clone_start 1273 49528 50169 clone_7 clone 663 49611 84904 clone_start_11 clone_start 408 49611 49816 clone_start_12 clone_start 1154 50657 51257 clone_start_13 clone_start 319 55692 55864 clone_start_14 clone_start 319 55692 55864 clone_end_13 clone_end 285 55692 55847 clone_end_14 clone_end 952 56130 56678 clone_start_15 clone_start 886 71896 72373 clone_end_15 clone_end 396 77815 78014 clone_end_16 clone_end 504 78031 78284 clone_start_16 clone_start 1344 82583 83291 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_17 clone_start 1447 82588 81830 clone_start_18 clone_start 1463 1950 1213 clone_start_19 clone_start 293 2504 2345 clone_end_17 clone_end 1057 82544 81963 clone_start_20 clone_start 898 3064 2571 clone_start_21 clone_start 428 64149 63923 clone_start_22 clone_start 1427 42808 42089 clone_start_23 clone_start 1340 44059 43353 clone_end_18 clone_end 1296 14586 13918 clone_end_19 clone_end 1283 19126 18428 clone_start_24 clone_start 1285 20186 19472 clone_end_20 clone_end 557 20548 20241 clone_start_25 clone_start 375 20548 20326 clone_start_26 clone_start 858 21002 20570 clone_end_21 clone_end 1215 27717 27088 clone_start_27 clone_start 1225 32350 31729 clone_start_28 clone_start 476 33861 33622 clone_end_22 clone_end 1005 34153 33639 clone_start_29 clone_start 1388 34826 34106 clone_start_30 clone_start 1421 34990 34254 clone_start_31 clone_start 579 34588 34297 clone_start_32 clone_start 1055 34979 34437 clone_end_23 clone_end 710 84912 84555 clone_end_24 clone_end 918 84904 84442 clone_end_25 clone_end 319 55864 55692 clone_start_33 clone_start 319 55864 55692 clone_start_34 clone_start 761 69063 68652 clone_start_35 clone_start 607 72373 72037 clone_start_36 clone_start 577 72373 72052 clone_start_37 clone_start 472 72670 72392 clone_start_38 clone_start 480 72670 72392 clone_end_26 clone_end 726 86435 86062 clone_end_27 clone_end 731 86871 86479 clone_start_39 clone_start 1437 97997 97252 clone_start_40 clone_start 1459 98504 97761 clone_start_41 clone_start 1033 104015 103483 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.993 1881 2699 match_2 match_part 1.000 1882 2394 match_3 match_part 0.987 2763 3135 match_part 0.975 4224 4345 match_part 0.983 5431 5490 match_part 1.000 6837 6887 match_part 0.970 7153 7349 match_4 match_part 0.987 2764 3135 match_part 0.975 4224 4345 match_part 0.983 5431 5490 match_5 match_part 1.000 4270 4345 match_part 1.000 5431 5490 match_part 1.000 6837 6887 match_part 0.998 7153 7724 match_6 match_part 1.000 7336 7576 match_7 match_part 0.987 13011 13469 match_8 match_part 0.979 13015 13248 match_part 1.000 13355 13591 match_9 match_part 1.000 13713 14192 match_10 match_part 0.991 17449 17682 match_part 1.000 18039 18139 match_part 1.000 18903 19026 match_part 0.988 19139 19474 match_11 match_part 1.000 17462 17682 match_part 0.990 18039 18139 match_part 1.000 18903 19026 match_part 1.000 19139 19177 match_12 match_part 0.991 20972 21714 match_13 match_part 0.999 20973 21698 match_14 match_part 0.988 24439 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 0.978 29041 29315 match_15 match_part 1.000 24441 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27807 match_16 match_part 1.000 24442 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 0.986 26509 26580 match_part 0.994 27680 27835 match_part 0.990 28559 28662 match_part 1.000 29041 29100 match_17 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54104 match_part 1.000 50811 50669 match_part 1.000 47269 47202 match_188 match_part 0.968 55335 55274 match_part 1.000 55190 55073 match_part 0.988 54189 54104 match_part 0.990 50811 50707 match_189 match_part 1.000 55363 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 0.990 50811 50713 match_190 match_part 0.904 55346 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50772 match_191 match_part 0.983 53495 52866 match_192 match_part 0.949 53495 53242 match_193 match_part 1.000 55194 55073 match_part 1.000 54189 53794 match_194 match_part 1.000 55194 55073 match_part 1.000 54189 53794 match_195 match_part 1.000 55191 55073 match_part 1.000 54189 53850 match_196 match_part 0.997 72403 71671 match_197 match_part 0.908 89746 89303 match_198 match_part 0.900 89747 89427 match_199 match_part 0.931 89747 89458 match_200 match_part 0.714 99932 99926 match_part 0.992 99724 99233 match_part 1.000 98480 98319 match_201 match_part 0.991 99752 99174 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 1881 2699 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 2763 3135 exon 4224 4345 exon 5431 5490 exon 6837 6887 exon 7153 7724 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13011 13469 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13015 13248 exon 13355 13591 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13713 14192 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 17449 17682 exon 18039 18139 exon 18903 19026 exon 19139 19474 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 20972 21714 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 24439 24521 exon 24609 24681 exon 24886 24933 exon 25017 25064 exon 26509 26580 exon 27680 27835 exon 28559 28662 exon 29041 29350 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 24876 24933 exon 25017 25064 exon 26509 26580 exon 27680 27835 exon 28559 28662 exon 29041 29350 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 30169 29745 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 32640 32370 exon 30405 30184 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 36873 36648 exon 36507 36367 exon 35845 35670 exon 35371 35261 exon 35078 34278 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 40021 40225 exon 42247 42522 exon 44070 44479 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55432 55274 exon 55190 55073 exon 54189 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55208 55073 exon 54189 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_16 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55340 55274 exon 55190 55145 exon 54164 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44642 gene_17 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 53495 52866 gene_18 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55194 55073 exon 54189 53794 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 60142 60500 exon 62838 62944 exon 63157 63252 exon 63336 63434 exon 63582 63661 exon 64008 64121 exon 64553 64697 exon 68918 68985 exon 69989 70751 exon 70882 70988 exon 71096 71148 exon 71605 72313 gene_20 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 62732 62944 exon 63157 63252 exon 63336 63434 exon 63582 63661 exon 64008 64025 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 72403 71671 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 77955 78246 exon 79750 79992 exon 80766 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87281 gene_23 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 80761 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87248 gene_24 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 78019 78246 exon 79754 79992 exon 80766 80858 exon 80935 80945 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 89747 89303 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 90828 91180 exon 91617 91990 exon 92086 92616 exon 93897 94756 gene_27 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95258 95864 exon 96626 96878 exon 97382 97461 exon 97572 97714 exon 97803 97901 exon 98019 98208 exon 98295 98693 exon 98926 99746 gene_28 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95258 95864 exon 96626 96878 exon 97382 97461 exon 97572 97714 exon 97803 97901 exon 98019 98208 exon 98295 98693 exon 98926 98968 exon 99116 99322 gene_29 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 99932 99926 exon 99724 99233 exon 98480 98319 gene_30 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 99752 99174 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 102506 103345 AUGUSTUS_tom_cdna de novo gene_1 gene 0.92 2145 7296 transcript_1 transcript 0.92 2145 7296 start_codon_1 start_codon 2145 2147 intron_1 intron 0.97 3136 4235 intron_2 intron 1 4346 5430 intron_3 intron 1 5491 6836 intron_4 intron 1 6888 7152 CDS_1 CDS 0.92 2145 3135 CDS_2 CDS 1 4236 4345 CDS_3 CDS 1 5431 5490 CDS_4 CDS 1 6837 6887 CDS_5 CDS 1 7153 7296 stop_codon_1 stop_codon 7294 7296 gene_2 gene 0.48 13835 20057 transcript_2 transcript 0.48 13835 20057 start_codon_2 start_codon 13835 13837 intron_5 intron 0.95 14300 14504 intron_6 intron 0.98 14790 16320 intron_7 intron 0.68 16639 17346 intron_8 intron 0.68 17380 17454 intron_9 intron 1 17683 18038 intron_10 intron 1 18140 18902 intron_11 intron 1 19027 19138 intron_12 intron 0.75 19610 19850 CDS_6 CDS 0.95 13835 14299 CDS_7 CDS 0.99 14505 14789 CDS_8 CDS 1 16321 16638 CDS_9 CDS 0.68 17347 17379 CDS_10 CDS 1 17455 17682 CDS_11 CDS 1 18039 18139 CDS_12 CDS 1 18903 19026 CDS_13 CDS 0.75 19139 19609 CDS_14 CDS 1 19851 20057 stop_codon_2 stop_codon 20055 20057 gene_3 gene 0.76 20965 21792 transcript_3 transcript 0.76 20965 21792 start_codon_3 start_codon 20965 20967 CDS_15 CDS 0.76 20965 21792 stop_codon_3 stop_codon 21790 21792 gene_4 gene 0.44 23411 29134 transcript_4 transcript 0.44 23411 29134 start_codon_4 start_codon 23411 23413 intron_13 intron 0.44 23415 24448 intron_14 intron 1 24522 24608 intron_15 intron 1 24682 24885 intron_16 intron 1 24934 25016 intron_17 intron 1 25065 26508 intron_18 intron 1 26581 27679 intron_19 intron 1 27836 28558 intron_20 intron 1 28663 29040 CDS_16 CDS 0.46 23411 23414 CDS_17 CDS 0.96 24449 24521 CDS_18 CDS 1 24609 24681 CDS_19 CDS 1 24886 24933 CDS_20 CDS 1 25017 25064 CDS_21 CDS 1 26509 26580 CDS_22 CDS 1 27680 27835 CDS_23 CDS 1 28559 28662 CDS_24 CDS 1 29041 29134 stop_codon_4 stop_codon 29132 29134 gene_5 gene 0.51 60361 70381 transcript_5 transcript 0.51 60361 70381 start_codon_5 start_codon 60361 60363 intron_21 intron 1 60501 62837 intron_22 intron 1 62945 63156 intron_23 intron 1 63253 63335 intron_24 intron 1 63435 63581 intron_25 intron 1 63662 64007 intron_26 intron 1 64122 64552 intron_27 intron 1 64698 68917 intron_28 intron 1 68986 69988 CDS_25 CDS 0.65 60361 60500 CDS_26 CDS 1 62838 62944 CDS_27 CDS 1 63157 63252 CDS_28 CDS 1 63336 63434 CDS_29 CDS 1 63582 63661 CDS_30 CDS 1 64008 64121 CDS_31 CDS 1 64553 64697 CDS_32 CDS 1 68918 68985 CDS_33 CDS 0.78 69989 70381 stop_codon_5 stop_codon 70379 70381 gene_6 gene 1 79846 86950 transcript_6 transcript 1 79846 86950 start_codon_6 start_codon 79846 79848 intron_29 intron 1 79993 80765 intron_30 intron 1 80859 80934 intron_31 intron 1 80995 81140 intron_32 intron 1 81414 81599 intron_33 intron 1 81675 82558 intron_34 intron 1 82616 82700 intron_35 intron 1 82842 82928 intron_36 intron 1 82980 83742 intron_37 intron 1 83839 85205 intron_38 intron 1 85290 85378 intron_39 intron 1 85482 86861 CDS_34 CDS 1 79846 79992 CDS_35 CDS 1 80766 80858 CDS_36 CDS 1 80935 80994 CDS_37 CDS 1 81141 81413 CDS_38 CDS 1 81600 81674 CDS_39 CDS 1 82559 82615 CDS_40 CDS 1 82701 82841 CDS_41 CDS 1 82929 82979 CDS_42 CDS 1 83743 83838 CDS_43 CDS 1 85206 85289 CDS_44 CDS 1 85379 85481 CDS_45 CDS 1 86862 86950 stop_codon_6 stop_codon 86948 86950 gene_7 gene 0.98 90949 94304 transcript_7 transcript 0.98 90949 94304 start_codon_7 start_codon 90949 90951 intron_40 intron 1 91181 91616 intron_41 intron 1 91991 92085 intron_42 intron 1 92617 93896 CDS_46 CDS 0.98 90949 91180 CDS_47 CDS 1 91617 91990 CDS_48 CDS 1 92086 92616 CDS_49 CDS 1 93897 94304 stop_codon_7 stop_codon 94302 94304 gene_8 gene 1 95322 99330 transcript_8 transcript 1 95322 99330 start_codon_8 start_codon 95322 95324 intron_43 intron 1 95865 96625 intron_44 intron 1 96879 97381 intron_45 intron 1 97462 97571 intron_46 intron 1 97715 97802 intron_47 intron 1 97902 98018 intron_48 intron 1 98209 98294 intron_49 intron 1 98694 98925 CDS_50 CDS 1 95322 95864 CDS_51 CDS 1 96626 96878 CDS_52 CDS 1 97382 97461 CDS_53 CDS 1 97572 97714 CDS_54 CDS 1 97803 97901 CDS_55 CDS 1 98019 98208 CDS_56 CDS 1 98295 98693 CDS_57 CDS 1 98926 99330 stop_codon_8 stop_codon 99328 99330 gene_9 gene 1 102643 103284 transcript_9 transcript 1 102643 103284 start_codon_9 start_codon 102643 102645 CDS_58 CDS 1 102643 103284 stop_codon_9 stop_codon 103282 103284 AUGUSTUS_tom_cdna de novo gene_10 gene 0.89 32534 29926 transcript_10 transcript 0.89 32534 29926 stop_codon_10 stop_codon 29928 29926 intron_50 intron 1 32369 30406 CDS_59 CDS 1 30405 29926 CDS_60 CDS 0.89 32534 32370 start_codon_10 start_codon 32534 32532 gene_11 gene 1 35783 34513 transcript_11 transcript 1 35783 34513 stop_codon_11 stop_codon 34515 34513 intron_51 intron 1 35260 35079 intron_52 intron 1 35677 35372 CDS_61 CDS 1 35078 34513 CDS_62 CDS 1 35371 35261 CDS_63 CDS 1 35783 35678 start_codon_11 start_codon 35783 35781 gene_12 gene 0.35 37587 35837 transcript_12 transcript 0.35 37587 35837 stop_codon_12 stop_codon 35839 35837 intron_53 intron 0.92 36264 35846 intron_54 intron 0.92 36366 36284 intron_55 intron 1 36647 36508 intron_56 intron 0.97 37485 36740 CDS_64 CDS 1 35845 35837 CDS_65 CDS 0.92 36283 36265 CDS_66 CDS 1 36507 36367 CDS_67 CDS 0.97 36739 36648 CDS_68 CDS 0.4 37587 37486 start_codon_12 start_codon 37587 37585 gene_13 gene 0.45 55115 45013 transcript_13 transcript 0.45 55115 45013 stop_codon_13 stop_codon 45015 45013 intron_57 intron 1 45268 45172 intron_58 intron 1 46928 45413 intron_59 intron 1 47134 47046 intron_60 intron 1 50668 47270 intron_61 intron 1 54103 50812 intron_62 intron 0.45 54419 54190 intron_63 intron 0.45 55072 54514 CDS_69 CDS 1 45171 45013 CDS_70 CDS 1 45412 45269 CDS_71 CDS 1 47045 46929 CDS_72 CDS 1 47269 47135 CDS_73 CDS 1 50811 50669 CDS_74 CDS 1 54189 54104 CDS_75 CDS 0.45 54513 54420 CDS_76 CDS 1 55115 55073 start_codon_13 start_codon 55115 55113 gene_14 gene 0.96 57668 55173 transcript_14 transcript 0.96 57668 55173 stop_codon_14 stop_codon 55175 55173 intron_64 intron 1 55273 55191 intron_65 intron 0.96 57587 55424 CDS_77 CDS 1 55190 55173 CDS_78 CDS 0.96 55423 55274 CDS_79 CDS 1 57668 57588 start_codon_14 start_codon 57668 57666 gene_15 gene 0.75 100971 99571 transcript_15 transcript 0.75 100971 99571 stop_codon_15 stop_codon 99573 99571 intron_66 intron 0.94 100106 99717 CDS_80 CDS 1 99716 99571 CDS_81 CDS 0.75 100971 100107 start_codon_15 start_codon 100971 100969 AUGUSTUS_ab_initio de novo gene_1 gene 0.29 2145 7296 transcript_1 transcript 0.29 2145 7296 start_codon_1 start_codon 2145 2147 intron_1 intron 0.55 3136 4797 intron_2 intron 0.94 4839 5430 intron_3 intron 0.56 5491 7152 CDS_1 CDS 0.82 2145 3135 CDS_2 CDS 0.56 4798 4838 CDS_3 CDS 0.96 5431 5490 CDS_4 CDS 0.75 7153 7296 stop_codon_1 stop_codon 7294 7296 gene_2 gene 0.03 13835 29134 transcript_2 transcript 0.03 13835 29134 start_codon_2 start_codon 13835 13837 intron_4 intron 0.81 14300 14504 intron_5 intron 0.98 14790 16320 intron_6 intron 0.94 16639 17346 intron_7 intron 0.91 17380 17454 intron_8 intron 1 17683 18038 intron_9 intron 0.98 18140 18902 intron_10 intron 1 19027 19138 intron_11 intron 0.81 19610 19850 intron_12 intron 0.83 20054 21071 intron_13 intron 0.69 21732 24608 intron_14 intron 0.97 24682 24885 intron_15 intron 0.98 24934 25016 intron_16 intron 0.56 25065 26508 intron_17 intron 0.46 26581 27679 intron_18 intron 0.41 27836 28558 intron_19 intron 1 28663 29040 CDS_5 CDS 0.94 13835 14299 CDS_6 CDS 0.85 14505 14789 CDS_7 CDS 1 16321 16638 CDS_8 CDS 0.94 17347 17379 CDS_9 CDS 0.97 17455 17682 CDS_10 CDS 1 18039 18139 CDS_11 CDS 0.98 18903 19026 CDS_12 CDS 0.81 19139 19609 CDS_13 CDS 0.96 19851 20053 CDS_14 CDS 0.57 21072 21731 CDS_15 CDS 0.99 24609 24681 CDS_16 CDS 0.97 24886 24933 CDS_17 CDS 1 25017 25064 CDS_18 CDS 0.6 26509 26580 CDS_19 CDS 1 27680 27835 CDS_20 CDS 1 28559 28662 CDS_21 CDS 1 29041 29134 stop_codon_2 stop_codon 29132 29134 gene_3 gene 0.89 40150 42488 transcript_3 transcript 0.89 40150 42488 start_codon_3 start_codon 40150 40152 intron_20 intron 0.89 40226 42246 CDS_22 CDS 0.91 40150 40225 CDS_23 CDS 1 42247 42488 stop_codon_3 stop_codon 42486 42488 gene_4 gene 0.08 60361 72140 transcript_4 transcript 0.08 60361 72140 start_codon_4 start_codon 60361 60363 intron_21 intron 0.8 60501 62837 intron_22 intron 1 62945 63156 intron_23 intron 1 63253 63335 intron_24 intron 1 63435 63581 intron_25 intron 0.95 63662 64007 intron_26 intron 0.82 64122 64522 intron_27 intron 0.34 64698 68917 intron_28 intron 0.83 68986 69940 intron_29 intron 0.94 70353 70652 intron_30 intron 0.97 70752 70881 intron_31 intron 0.38 70989 72071 CDS_24 CDS 0.64 60361 60500 CDS_25 CDS 0.99 62838 62944 CDS_26 CDS 1 63157 63252 CDS_27 CDS 1 63336 63434 CDS_28 CDS 0.96 63582 63661 CDS_29 CDS 0.89 64008 64121 CDS_30 CDS 0.53 64523 64697 CDS_31 CDS 1 68918 68985 CDS_32 CDS 0.83 69941 70352 CDS_33 CDS 0.93 70653 70751 CDS_34 CDS 0.96 70882 70988 CDS_35 CDS 0.4 72072 72140 stop_codon_4 stop_codon 72138 72140 gene_5 gene 0.14 79846 86950 transcript_5 transcript 0.14 79846 86950 start_codon_5 start_codon 79846 79848 intron_32 intron 0.98 79993 80765 intron_33 intron 0.89 80859 80934 intron_34 intron 0.86 80995 81140 intron_35 intron 0.31 81431 81577 intron_36 intron 0.76 81675 82558 intron_37 intron 1 82616 82700 intron_38 intron 0.99 82842 82928 intron_39 intron 0.83 82980 83742 intron_40 intron 0.72 83839 85205 intron_41 intron 1 85290 85378 intron_42 intron 0.97 85482 86861 CDS_36 CDS 0.99 79846 79992 CDS_37 CDS 0.98 80766 80858 CDS_38 CDS 0.86 80935 80994 CDS_39 CDS 0.32 81141 81430 CDS_40 CDS 0.47 81578 81674 CDS_41 CDS 1 82559 82615 CDS_42 CDS 1 82701 82841 CDS_43 CDS 0.99 82929 82979 CDS_44 CDS 0.85 83743 83838 CDS_45 CDS 0.98 85206 85289 CDS_46 CDS 0.99 85379 85481 CDS_47 CDS 0.97 86862 86950 stop_codon_5 stop_codon 86948 86950 gene_6 gene 0.61 90949 94304 transcript_6 transcript 0.61 90949 94304 start_codon_6 start_codon 90949 90951 intron_43 intron 0.91 91181 91616 intron_44 intron 1 91991 92085 intron_45 intron 0.99 92617 93896 CDS_48 CDS 0.91 90949 91180 CDS_49 CDS 1 91617 91990 CDS_50 CDS 1 92086 92616 CDS_51 CDS 0.67 93897 94304 stop_codon_6 stop_codon 94302 94304 gene_7 gene 0.65 95322 99330 transcript_7 transcript 0.65 95322 99330 start_codon_7 start_codon 95322 95324 intron_46 intron 1 95865 95947 intron_47 intron 0.99 96032 96625 intron_48 intron 0.89 96879 97381 intron_49 intron 1 97462 97571 intron_50 intron 1 97715 97802 intron_51 intron 1 97902 98018 intron_52 intron 1 98209 98294 intron_53 intron 1 98694 98925 CDS_52 CDS 0.73 95322 95864 CDS_53 CDS 0.99 95948 96031 CDS_54 CDS 0.9 96626 96878 CDS_55 CDS 1 97382 97461 CDS_56 CDS 1 97572 97714 CDS_57 CDS 1 97803 97901 CDS_58 CDS 1 98019 98208 CDS_59 CDS 1 98295 98693 CDS_60 CDS 1 98926 99330 stop_codon_7 stop_codon 99328 99330 gene_8 gene 0.83 102643 103284 transcript_8 transcript 0.83 102643 103284 start_codon_8 start_codon 102643 102645 CDS_61 CDS 0.83 102643 103284 stop_codon_8 stop_codon 103282 103284 AUGUSTUS_ab_initio de novo gene_9 gene 0.64 32534 29926 transcript_9 transcript 0.64 32534 29926 stop_codon_9 stop_codon 29928 29926 intron_54 intron 0.73 32369 30406 CDS_62 CDS 1 30405 29926 CDS_63 CDS 0.88 32534 32370 start_codon_9 start_codon 32534 32532 gene_10 gene 0.65 36721 34513 transcript_10 transcript 0.65 36721 34513 stop_codon_10 stop_codon 34515 34513 intron_55 intron 1 35260 35079 intron_56 intron 0.8 35708 35372 intron_57 intron 0.88 36309 35846 intron_58 intron 1 36647 36508 CDS_64 CDS 0.94 35078 34513 CDS_65 CDS 1 35371 35261 CDS_66 CDS 0.8 35845 35709 CDS_67 CDS 0.88 36507 36310 CDS_68 CDS 0.99 36721 36648 start_codon_10 start_codon 36721 36719 gene_11 gene 0.63 50806 45013 transcript_11 transcript 0.63 50806 45013 stop_codon_11 stop_codon 45015 45013 intron_59 intron 1 45268 45172 intron_60 intron 1 46928 45413 intron_61 intron 1 47134 47046 intron_62 intron 1 50668 47270 CDS_69 CDS 0.98 45171 45013 CDS_70 CDS 1 45412 45269 CDS_71 CDS 1 47045 46929 CDS_72 CDS 1 47269 47135 CDS_73 CDS 0.64 50806 50669 start_codon_11 start_codon 50806 50804 gene_12 gene 0.45 52669 52442 transcript_12 transcript 0.45 52669 52442 stop_codon_12 stop_codon 52444 52442 CDS_74 CDS 0.45 52669 52442 start_codon_12 start_codon 52669 52667 gene_13 gene 0.71 101245 100012 transcript_13 transcript 0.71 101245 100012 stop_codon_13 stop_codon 100014 100012 intron_63 intron 0.71 101055 100953 CDS_75 CDS 0.71 100952 100012 CDS_76 CDS 0.72 101245 101056 start_codon_13 start_codon 101245 101243 AUGUSTUS_tom_ugs de novo gene_1 gene 0.84 2145 7296 transcript_1 transcript 0.84 2145 7296 start_codon_1 start_codon 2145 2147 intron_1 intron 0.91 3136 4235 intron_2 intron 1 4346 5430 intron_3 intron 1 5491 6836 intron_4 intron 1 6888 7152 CDS_1 CDS 0.85 2145 3135 CDS_2 CDS 0.99 4236 4345 CDS_3 CDS 1 5431 5490 CDS_4 CDS 1 6837 6887 CDS_5 CDS 1 7153 7296 stop_codon_1 stop_codon 7294 7296 gene_2 gene 0.39 13835 20057 transcript_2 transcript 0.39 13835 20057 start_codon_2 start_codon 13835 13837 intron_5 intron 0.94 14300 14504 intron_6 intron 1 14790 16320 intron_7 intron 0.53 16639 17346 intron_8 intron 0.52 17380 17454 intron_9 intron 1 17683 18038 intron_10 intron 1 18140 18902 intron_11 intron 1 19027 19138 intron_12 intron 0.87 19610 19850 CDS_6 CDS 0.94 13835 14299 CDS_7 CDS 0.99 14505 14789 CDS_8 CDS 1 16321 16638 CDS_9 CDS 0.54 17347 17379 CDS_10 CDS 0.98 17455 17682 CDS_11 CDS 1 18039 18139 CDS_12 CDS 1 18903 19026 CDS_13 CDS 0.87 19139 19609 CDS_14 CDS 0.99 19851 20057 stop_codon_2 stop_codon 20055 20057 gene_3 gene 0.96 20965 21792 transcript_3 transcript 0.96 20965 21792 start_codon_3 start_codon 20965 20967 CDS_15 CDS 0.96 20965 21792 stop_codon_3 stop_codon 21790 21792 gene_4 gene 1 24508 29134 transcript_4 transcript 1 24508 29134 start_codon_4 start_codon 24508 24510 intron_13 intron 1 24522 24608 intron_14 intron 1 24682 24885 intron_15 intron 1 24934 25016 intron_16 intron 1 25065 26508 intron_17 intron 1 26581 27679 intron_18 intron 1 27836 28558 intron_19 intron 1 28663 29040 CDS_16 CDS 1 24508 24521 CDS_17 CDS 1 24609 24681 CDS_18 CDS 1 24886 24933 CDS_19 CDS 1 25017 25064 CDS_20 CDS 1 26509 26580 CDS_21 CDS 1 27680 27835 CDS_22 CDS 1 28559 28662 CDS_23 CDS 1 29041 29134 stop_codon_4 stop_codon 29132 29134 gene_5 gene 0.47 60361 70381 transcript_5 transcript 0.47 60361 70381 start_codon_5 start_codon 60361 60363 intron_20 intron 1 60501 62837 intron_21 intron 1 62945 63156 intron_22 intron 1 63253 63335 intron_23 intron 1 63435 63581 intron_24 intron 1 63662 64007 intron_25 intron 1 64122 64552 intron_26 intron 1 64698 68917 intron_27 intron 1 68986 69988 CDS_24 CDS 0.61 60361 60500 CDS_25 CDS 1 62838 62944 CDS_26 CDS 1 63157 63252 CDS_27 CDS 1 63336 63434 CDS_28 CDS 1 63582 63661 CDS_29 CDS 1 64008 64121 CDS_30 CDS 1 64553 64697 CDS_31 CDS 1 68918 68985 CDS_32 CDS 0.71 69989 70381 stop_codon_5 stop_codon 70379 70381 gene_6 gene 1 79846 86950 transcript_6 transcript 1 79846 86950 start_codon_6 start_codon 79846 79848 intron_28 intron 1 79993 80765 intron_29 intron 1 80859 80934 intron_30 intron 1 80995 81140 intron_31 intron 1 81414 81599 intron_32 intron 1 81675 82558 intron_33 intron 1 82616 82700 intron_34 intron 1 82842 82928 intron_35 intron 1 82980 83742 intron_36 intron 1 83839 85205 intron_37 intron 1 85290 85378 intron_38 intron 1 85482 86861 CDS_33 CDS 1 79846 79992 CDS_34 CDS 1 80766 80858 CDS_35 CDS 1 80935 80994 CDS_36 CDS 1 81141 81413 CDS_37 CDS 1 81600 81674 CDS_38 CDS 1 82559 82615 CDS_39 CDS 1 82701 82841 CDS_40 CDS 1 82929 82979 CDS_41 CDS 1 83743 83838 CDS_42 CDS 1 85206 85289 CDS_43 CDS 1 85379 85481 CDS_44 CDS 1 86862 86950 stop_codon_6 stop_codon 86948 86950 gene_7 gene 1 90949 94304 transcript_7 transcript 1 90949 94304 start_codon_7 start_codon 90949 90951 intron_39 intron 1 91181 91616 intron_40 intron 1 91991 92085 intron_41 intron 1 92617 93896 CDS_45 CDS 1 90949 91180 CDS_46 CDS 1 91617 91990 CDS_47 CDS 1 92086 92616 CDS_48 CDS 1 93897 94304 stop_codon_7 stop_codon 94302 94304 gene_8 gene 1 95322 99330 transcript_8 transcript 1 95322 99330 start_codon_8 start_codon 95322 95324 intron_42 intron 1 95865 96625 intron_43 intron 1 96879 97381 intron_44 intron 1 97462 97571 intron_45 intron 1 97715 97802 intron_46 intron 1 97902 98018 intron_47 intron 1 98209 98294 intron_48 intron 1 98694 98925 CDS_49 CDS 1 95322 95864 CDS_50 CDS 1 96626 96878 CDS_51 CDS 1 97382 97461 CDS_52 CDS 1 97572 97714 CDS_53 CDS 1 97803 97901 CDS_54 CDS 1 98019 98208 CDS_55 CDS 1 98295 98693 CDS_56 CDS 1 98926 99330 stop_codon_8 stop_codon 99328 99330 gene_9 gene 0.99 102643 103284 transcript_9 transcript 0.99 102643 103284 start_codon_9 start_codon 102643 102645 CDS_57 CDS 0.99 102643 103284 stop_codon_9 stop_codon 103282 103284 AUGUSTUS_tom_ugs de novo gene_10 gene 1 32534 29926 transcript_10 transcript 1 32534 29926 stop_codon_10 stop_codon 29928 29926 intron_49 intron 1 32369 30406 CDS_58 CDS 1 30405 29926 CDS_59 CDS 1 32534 32370 start_codon_10 start_codon 32534 32532 gene_11 gene 0.74 36721 34513 transcript_11 transcript 0.74 36721 34513 stop_codon_11 stop_codon 34515 34513 intron_50 intron 1 35260 35079 intron_51 intron 0.74 35708 35372 intron_52 intron 1 36366 35846 intron_53 intron 1 36647 36508 CDS_60 CDS 1 35078 34513 CDS_61 CDS 1 35371 35261 CDS_62 CDS 0.74 35845 35709 CDS_63 CDS 1 36507 36367 CDS_64 CDS 1 36721 36648 start_codon_11 start_codon 36721 36719 gene_12 gene 1 55176 45013 transcript_12 transcript 1 55176 45013 stop_codon_12 stop_codon 45015 45013 intron_54 intron 1 45268 45172 intron_55 intron 1 46928 45413 intron_56 intron 1 47134 47046 intron_57 intron 1 50668 47270 intron_58 intron 1 54103 50812 intron_59 intron 1 55072 54190 CDS_65 CDS 1 45171 45013 CDS_66 CDS 1 45412 45269 CDS_67 CDS 1 47045 46929 CDS_68 CDS 1 47269 47135 CDS_69 CDS 1 50811 50669 CDS_70 CDS 1 54189 54104 CDS_71 CDS 1 55176 55073 start_codon_12 start_codon 55176 55174 gene_13 gene 0.89 100971 100012 transcript_13 transcript 0.89 100971 100012 stop_codon_13 stop_codon 100014 100012 CDS_72 CDS 0.89 100971 100012 start_codon_13 start_codon 100971 100969 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.995 1880 2677 match_2 match_part 0.984 2762 3135 match_part 0.975 4224 4345 match_part 0.983 5431 5490 match_part 1.000 6837 6887 match_part 0.957 7153 7474 match_3 match_part 0.990 4245 4345 match_part 1.000 5431 5490 match_part 1.000 6837 6887 match_part 0.998 7153 7724 match_4 match_part 0.976 13008 13507 match_5 match_part 0.996 13711 14212 match_6 match_part 0.375 17397 17404 match_part 0.987 17455 17682 match_part 1.000 18039 18139 match_part 1.000 18903 19026 match_part 0.997 19139 19441 match_7 match_part 0.993 20972 21715 match_8 match_part 1.000 24425 24521 match_part 1.000 24609 24681 match_part 1.000 24886 24933 match_part 1.000 25017 25064 match_part 1.000 26509 26580 match_part 1.000 27680 27835 match_part 1.000 28559 28662 match_part 1.000 29041 29326 match_9 match_part 1.000 40022 40225 match_part 1.000 42247 42522 match_part 0.988 44070 44479 match_10 match_part 0.968 40141 40860 match_11 match_part 0.992 60140 60500 match_part 1.000 62838 62944 match_part 1.000 63157 63252 match_part 0.990 63336 63434 match_part 0.988 63582 63661 match_part 0.982 64008 64121 match_part 0.993 64553 64697 match_part 0.971 68918 68985 match_part 0.891 69989 70751 match_part 1.000 70882 70988 match_part 1.000 71096 71148 match_part 0.989 71605 72405 match_12 match_part 0.979 77955 78246 match_part 1.000 79750 79992 match_part 1.000 80766 80858 match_part 1.000 80935 80994 match_part 1.000 81141 81413 match_part 1.000 81600 81674 match_part 1.000 82559 82615 match_part 1.000 82701 82841 match_part 0.980 82929 82979 match_part 1.000 83743 83838 match_part 1.000 85206 85289 match_part 1.000 85379 85481 match_part 0.993 86862 87266 match_13 match_part 0.996 78024 78246 match_part 1.000 79699 79992 match_part 1.000 80766 80820 match_14 match_part 0.997 90808 91180 match_part 1.000 91617 91990 match_part 1.000 92086 92616 match_part 1.000 93897 94754 match_15 match_part 0.984 95258 95864 match_part 0.964 96626 96878 match_16 match_part 0.973 96732 96878 match_part 1.000 97382 97461 match_part 1.000 97572 97714 match_part 1.000 97803 97901 match_part 1.000 98019 98208 match_part 1.000 98295 98693 match_part 0.994 98926 99753 match_17 match_part 0.951 98148 98208 match_part 0.997 98295 98693 match_part 0.977 98926 98968 match_part 0.995 99116 99322 match_18 match_part 0.994 98317 98477 match_part 0.998 99230 99685 match_19 match_part 0.995 102506 103369 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_20 match_part 0.942 20466 20107 match_21 match_part 0.934 29333 29108 match_22 match_part 1.000 32641 32370 match_part 1.000 30405 29742 match_23 match_part 0.996 36873 36648 match_part 1.000 36507 36367 match_part 1.000 35845 35670 match_part 1.000 35371 35261 match_part 0.997 35078 34294 match_24 match_part 0.994 55433 55274 match_part 1.000 55190 55073 match_part 1.000 54189 54104 match_part 1.000 50811 50669 match_part 1.000 47269 47135 match_part 1.000 47045 46929 match_part 1.000 45412 45269 match_part 0.994 45171 44641 match_25 match_part 1.000 47144 47135 match_part 0.966 47045 46929 match_part 0.944 45412 45269 match_part 0.918 45171 44723 match_26 match_part 0.976 53483 52895 match_27 match_part 1.000 55194 55073 match_part 1.000 54189 53787 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 1880 2677 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 2762 3135 exon 4224 4345 exon 5431 5490 exon 6837 6887 exon 7153 7724 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13008 13507 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 13711 14212 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 17397 17404 exon 17455 17682 exon 18039 18139 exon 18903 19026 exon 19139 19441 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 20466 20107 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 20972 21715 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 24425 24521 exon 24609 24681 exon 24886 24933 exon 25017 25064 exon 26509 26580 exon 27680 27835 exon 28559 28662 exon 29041 29326 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 29333 29108 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 32641 32370 exon 30405 29742 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 36873 36648 exon 36507 36367 exon 35845 35670 exon 35371 35261 exon 35078 34294 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 40022 40225 exon 42247 42522 exon 44070 44479 gene_13 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 40141 40860 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55433 55274 exon 55190 55073 exon 54189 54104 exon 50811 50669 exon 47269 47135 exon 47045 46929 exon 45412 45269 exon 45171 44641 gene_15 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 53483 52895 gene_16 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 55194 55073 exon 54189 53787 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 60140 60500 exon 62838 62944 exon 63157 63252 exon 63336 63434 exon 63582 63661 exon 64008 64121 exon 64553 64697 exon 68918 68985 exon 69989 70751 exon 70882 70988 exon 71096 71148 exon 71605 72405 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 77955 78246 exon 79750 79992 exon 80766 80858 exon 80935 80994 exon 81141 81413 exon 81600 81674 exon 82559 82615 exon 82701 82841 exon 82929 82979 exon 83743 83838 exon 85206 85289 exon 85379 85481 exon 86862 87266 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 78024 78246 exon 79699 79992 exon 80766 80820 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 90808 91180 exon 91617 91990 exon 92086 92616 exon 93897 94754 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 95258 95864 exon 96626 96878 exon 97382 97461 exon 97572 97714 exon 97803 97901 exon 98019 98208 exon 98295 98693 exon 98926 99753 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 98317 98477 exon 99230 99685 gene_23 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 98148 98208 exon 98295 98693 exon 98926 98968 exon 99116 99322 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 102506 103369 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 40140 40225 match_part 1.000 42247 42522 match_part 1.000 44070 44228 match_2 match_part 1.000 40140 40225 match_part 1.000 42247 42522 match_part 1.000 44070 44213 match_3 match_part 1.000 42450 42522 match_part 0.981 44070 44491 match_4 match_part 1.000 42469 42522 match_part 0.986 44070 44491 match_5 match_part 0.990 60205 60500 match_part 0.991 62838 62944 match_part 0.982 63157 63213 match_6 match_part 1.000 90937 91180 match_part 0.989 91617 91804 match_7 match_part 0.975 91912 91990 match_part 0.987 92086 92616 match_part 0.974 93897 93973 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 40140 40225 exon 42247 42522 exon 44070 44491 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 60205 60500 exon 62838 62944 exon 63157 63213 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 90937 91180 exon 91617 91804 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C01HBa0024O06.1 type gene exon 91912 91990 exon 92086 92616 exon 93897 93973 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.95 2145 7296 transcript_1 transcript 0.95 2145 7296 start_codon_1 start_codon 2145 2147 intron_1 intron 0.97 3136 4235 intron_2 intron 1 4346 5430 intron_3 intron 1 5491 6836 intron_4 intron 1 6888 7152 CDS_1 CDS 0.95 2145 3135 CDS_2 CDS 1 4236 4345 CDS_3 CDS 1 5431 5490 CDS_4 CDS 1 6837 6887 CDS_5 CDS 1 7153 7296 stop_codon_1 stop_codon 7294 7296 gene_2 gene 0.65 13835 14852 transcript_2 transcript 0.65 13835 14852 start_codon_2 start_codon 13835 13837 intron_5 intron 0.93 14300 14504 CDS_6 CDS 0.94 13835 14299 CDS_7 CDS 0.7 14505 14852 stop_codon_2 stop_codon 14850 14852 gene_3 gene 0.21 15160 20057 transcript_3 transcript 0.21 15160 20057 start_codon_3 start_codon 15160 15162 intron_6 intron 1 15313 16320 intron_7 intron 0.53 16639 17346 intron_8 intron 0.53 17380 17454 intron_9 intron 1 17683 18038 intron_10 intron 1 18140 18902 intron_11 intron 1 19027 19138 intron_12 intron 0.72 19610 19850 CDS_8 CDS 0.78 15160 15312 CDS_9 CDS 1 16321 16638 CDS_10 CDS 0.53 17347 17379 CDS_11 CDS 1 17455 17682 CDS_12 CDS 1 18039 18139 CDS_13 CDS 1 18903 19026 CDS_14 CDS 0.72 19139 19609 CDS_15 CDS 0.65 19851 20057 stop_codon_3 stop_codon 20055 20057 gene_4 gene 0.77 20965 21792 transcript_4 transcript 0.77 20965 21792 start_codon_4 start_codon 20965 20967 CDS_16 CDS 0.77 20965 21792 stop_codon_4 stop_codon 21790 21792 gene_5 gene 0.45 23411 29134 transcript_5 transcript 0.45 23411 29134 start_codon_5 start_codon 23411 23413 intron_13 intron 0.45 23415 24448 intron_14 intron 1 24522 24608 intron_15 intron 1 24682 24885 intron_16 intron 1 24934 25016 intron_17 intron 1 25065 26508 intron_18 intron 1 26581 27679 intron_19 intron 1 27836 28558 intron_20 intron 1 28663 29040 CDS_17 CDS 0.45 23411 23414 CDS_18 CDS 0.97 24449 24521 CDS_19 CDS 1 24609 24681 CDS_20 CDS 1 24886 24933 CDS_21 CDS 1 25017 25064 CDS_22 CDS 1 26509 26580 CDS_23 CDS 1 27680 27835 CDS_24 CDS 1 28559 28662 CDS_25 CDS 1 29041 29134 stop_codon_5 stop_codon 29132 29134 gene_6 gene 0.25 39671 42267 transcript_6 transcript 0.25 39671 42267 start_codon_6 start_codon 39671 39673 intron_21 intron 0.46 39697 40043 intron_22 intron 0.49 40285 42246 CDS_26 CDS 0.46 39671 39696 CDS_27 CDS 0.35 40044 40284 CDS_28 CDS 0.77 42247 42267 stop_codon_6 stop_codon 42265 42267 gene_7 gene 0.47 60361 70381 transcript_7 transcript 0.47 60361 70381 start_codon_7 start_codon 60361 60363 intron_23 intron 1 60501 62837 intron_24 intron 1 62945 63156 intron_25 intron 1 63253 63335 intron_26 intron 1 63435 63581 intron_27 intron 1 63662 64007 intron_28 intron 1 64122 64552 intron_29 intron 1 64698 68917 intron_30 intron 1 68986 69988 CDS_29 CDS 0.6 60361 60500 CDS_30 CDS 1 62838 62944 CDS_31 CDS 1 63157 63252 CDS_32 CDS 1 63336 63434 CDS_33 CDS 1 63582 63661 CDS_34 CDS 1 64008 64121 CDS_35 CDS 1 64553 64697 CDS_36 CDS 1 68918 68985 CDS_37 CDS 0.77 69989 70381 stop_codon_7 stop_codon 70379 70381 gene_8 gene 1 79846 86950 transcript_8 transcript 1 79846 86950 start_codon_8 start_codon 79846 79848 intron_31 intron 1 79993 80765 intron_32 intron 1 80859 80934 intron_33 intron 1 80995 81140 intron_34 intron 1 81414 81599 intron_35 intron 1 81675 82558 intron_36 intron 1 82616 82700 intron_37 intron 1 82842 82928 intron_38 intron 1 82980 83742 intron_39 intron 1 83839 85205 intron_40 intron 1 85290 85378 intron_41 intron 1 85482 86861 CDS_38 CDS 1 79846 79992 CDS_39 CDS 1 80766 80858 CDS_40 CDS 1 80935 80994 CDS_41 CDS 1 81141 81413 CDS_42 CDS 1 81600 81674 CDS_43 CDS 1 82559 82615 CDS_44 CDS 1 82701 82841 CDS_45 CDS 1 82929 82979 CDS_46 CDS 1 83743 83838 CDS_47 CDS 1 85206 85289 CDS_48 CDS 1 85379 85481 CDS_49 CDS 1 86862 86950 stop_codon_8 stop_codon 86948 86950 gene_9 gene 1 90949 94304 transcript_9 transcript 1 90949 94304 start_codon_9 start_codon 90949 90951 intron_42 intron 1 91181 91616 intron_43 intron 1 91991 92085 intron_44 intron 1 92617 93896 CDS_50 CDS 1 90949 91180 CDS_51 CDS 1 91617 91990 CDS_52 CDS 1 92086 92616 CDS_53 CDS 1 93897 94304 stop_codon_9 stop_codon 94302 94304 gene_10 gene 0.79 95322 99330 transcript_10 transcript 0.79 95322 99330 start_codon_10 start_codon 95322 95324 intron_45 intron 1 95865 96625 intron_46 intron 1 96879 97381 intron_47 intron 1 97462 97571 intron_48 intron 1 97715 97802 intron_49 intron 1 97902 98018 intron_50 intron 1 98209 98294 intron_51 intron 1 98694 98925 CDS_54 CDS 0.79 95322 95864 CDS_55 CDS 1 96626 96878 CDS_56 CDS 1 97382 97461 CDS_57 CDS 1 97572 97714 CDS_58 CDS 1 97803 97901 CDS_59 CDS 1 98019 98208 CDS_60 CDS 1 98295 98693 CDS_61 CDS 1 98926 99330 stop_codon_10 stop_codon 99328 99330 gene_11 gene 0.99 102643 103284 transcript_11 transcript 0.99 102643 103284 start_codon_11 start_codon 102643 102645 CDS_62 CDS 0.99 102643 103284 stop_codon_11 stop_codon 103282 103284 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 1 32534 29926 transcript_12 transcript 1 32534 29926 stop_codon_12 stop_codon 29928 29926 intron_52 intron 1 32369 30406 CDS_63 CDS 1 30405 29926 CDS_64 CDS 1 32534 32370 start_codon_12 start_codon 32534 32532 gene_13 gene 1 32797 32588 transcript_13 transcript 1 32797 32588 stop_codon_13 stop_codon 32590 32588 CDS_65 CDS 1 32797 32588 start_codon_13 start_codon 32797 32795 gene_14 gene 1 35783 34513 transcript_14 transcript 1 35783 34513 stop_codon_14 stop_codon 34515 34513 intron_53 intron 1 35260 35079 intron_54 intron 1 35677 35372 CDS_66 CDS 1 35078 34513 CDS_67 CDS 1 35371 35261 CDS_68 CDS 1 35783 35678 start_codon_14 start_codon 35783 35781 gene_15 gene 0.33 37587 35837 transcript_15 transcript 0.33 37587 35837 stop_codon_15 stop_codon 35839 35837 intron_55 intron 0.9 36264 35846 intron_56 intron 0.9 36366 36284 intron_57 intron 1 36647 36508 intron_58 intron 0.98 37485 36740 CDS_69 CDS 1 35845 35837 CDS_70 CDS 0.9 36283 36265 CDS_71 CDS 1 36507 36367 CDS_72 CDS 0.98 36739 36648 CDS_73 CDS 0.39 37587 37486 start_codon_15 start_codon 37587 37585 gene_16 gene 0.49 55115 45013 transcript_16 transcript 0.49 55115 45013 stop_codon_16 stop_codon 45015 45013 intron_59 intron 1 45268 45172 intron_60 intron 1 46928 45413 intron_61 intron 1 47134 47046 intron_62 intron 1 50668 47270 intron_63 intron 1 54103 50812 intron_64 intron 0.49 54419 54190 intron_65 intron 0.49 55072 54514 CDS_74 CDS 1 45171 45013 CDS_75 CDS 1 45412 45269 CDS_76 CDS 1 47045 46929 CDS_77 CDS 1 47269 47135 CDS_78 CDS 1 50811 50669 CDS_79 CDS 1 54189 54104 CDS_80 CDS 0.49 54513 54420 CDS_81 CDS 1 55115 55073 start_codon_16 start_codon 55115 55113 gene_17 gene 0.99 57668 55173 transcript_17 transcript 0.99 57668 55173 stop_codon_17 stop_codon 55175 55173 intron_66 intron 1 55273 55191 intron_67 intron 0.99 57587 55424 CDS_82 CDS 1 55190 55173 CDS_83 CDS 0.99 55423 55274 CDS_84 CDS 1 57668 57588 start_codon_17 start_codon 57668 57666 gene_18 gene 0.79 100971 99571 transcript_18 transcript 0.79 100971 99571 stop_codon_18 stop_codon 99573 99571 intron_68 intron 0.93 100106 99717 CDS_85 CDS 1 99716 99571 CDS_86 CDS 0.79 100971 100107 start_codon_18 start_codon 100971 100969 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 114 16330 16641 match_2 match 137 14502 14792 match_3 match 174 16318 16668 match_4 match 137 14502 14792 match_5 match 174 16318 16668 match_6 match 110 82701 82982 match_7 match 142 81129 81413 match_8 match 39.3 82550 82618 match_9 match 110 82701 82982 match_10 match 142 81129 81413 match_11 match 39.3 82550 82618 match_12 match 106 16330 16641 match_13 match 106 16330 16641 match_14 match 73.6 98029 98208 match_15 match 151 98298 98666 match_16 match 113 96626 96877 match_17 match 159 14463 14819 match_18 match 120 17452 17682 match_19 match 200 16318 16668 match_20 match 377 21115 21789 match_21 match 213 93894 94295 match_22 match 313 92083 92676 match_23 match 197 91655 91990 match_24 match 118 82701 82982 match_25 match 173 81129 81419 match_26 match 60.1 85203 85292 match_27 match 45.8 82550 82618 match_28 match 75.9 85379 85480 match_29 match 118 82701 82982 match_30 match 173 81129 81419 match_31 match 60.1 85203 85292 match_32 match 45.8 82550 82618 match_33 match 75.9 85379 85480 match_34 match 118 82701 82982 match_35 match 173 81129 81419 match_36 match 60.1 85203 85292 match_37 match 45.8 82550 82618 match_38 match 75.9 85379 85480 match_39 match 118 82701 82982 match_40 match 173 81129 81419 match_41 match 60.1 85203 85292 match_42 match 45.8 82550 82618 match_43 match 75.9 85379 85480 match_44 match 118 82701 82982 match_45 match 173 81129 81419 match_46 match 60.1 85203 85292 match_47 match 45.8 82550 82618 match_48 match 75.9 85379 85480 match_49 match 118 82701 82982 match_50 match 173 81129 81419 match_51 match 60.1 85203 85292 match_52 match 45.8 82550 82618 match_53 match 75.9 85379 85480 match_54 match 110 16330 16662 match_55 match 110 16330 16662 match_56 match 67.0 98029 98235 match_57 match 153 98295 98666 match_58 match 110 96626 96877 match_59 match 109 16321 16677 match_60 match 143 14469 14792 match_61 match 168 16318 16668 match_62 match 107 16321 16641 match_63 match 217 21142 21768 match_64 match 180 16318 16668 match_65 match 157 14502 14825 match_66 match 330 21112 21789 match_67 match 113 17452 17682 match_68 match 152 14502 14819 match_69 match 191 16318 16668 match_70 match 110 17452 17682 match_71 match 151 14502 14792 match_72 match 181 16318 16641 match_73 match 63.9 98029 98235 match_74 match 147 98295 98666 match_75 match 110 96626 96877 match_76 match 154 14463 14819 match_77 match 120 17452 17682 match_78 match 174 16336 16668 match_79 match 119 82701 82982 match_80 match 171 81129 81419 match_81 match 45.8 82550 82618 match_82 match 61.2 85203 85292 match_83 match 75.1 85379 85480 match_84 match 112 16330 16662 match_85 match 112 16330 16662 match_86 match 119 16321 16641 match_87 match 219 21142 21786 match_88 match 124 16318 16638 match_89 match 167 14502 14840 match_90 match 179 16318 16668 match_91 match 167 14502 14840 match_92 match 179 16318 16668 match_93 match 301 21115 21789 match_94 match 117 16321 16677 match_95 match 142 14469 14792 match_96 match 169 16318 16668 match_97 match 108 16321 16677 match_98 match 159 21109 21750 match_99 match 116 16324 16662 match_100 match 107 82701 82982 match_101 match 143 81129 81413 match_102 match 38.5 82550 82618 match_103 match 46.2 98032 98208 match_104 match 90.9 98322 98624 match_105 match 46.2 98032 98208 match_106 match 90.9 98322 98624 match_107 match 107 16321 16638 match_108 match 107 16321 16638 match_109 match 115 16330 16641 match_110 match 114 16318 16641 match_111 match 151 16318 16641 match_112 match 133 14502 14792 match_113 match 136 14442 14792 match_114 match 166 16318 16641 match_115 match 116 82701 82982 match_116 match 154 81138 81413 match_117 match 45.4 82550 82618 match_118 match 116 82701 82982 match_119 match 154 81138 81413 match_120 match 45.4 82550 82618 match_121 match 68.6 98029 98235 match_122 match 155 98295 98696 match_123 match 108 96626 96877 match_124 match 85.9 97369 98235 match_125 match 158 98295 98666 match_126 match 110 96626 96877 match_127 match 113 16330 16641 match_128 match 118 16321 16641 match_129 match 158 21118 21786 match_130 match 111 16330 16641 match_131 match 105 82701 82982 match_132 match 34.3 82550 82618 match_133 match 155 81138 81419 match_134 match 105 82701 82982 match_135 match 34.3 82550 82618 match_136 match 155 81138 81419 match_137 match 110 82701 82982 match_138 match 152 81138 81419 match_139 match 41.6 82550 82618 match_140 match 110 16330 16641 match_141 match 322 20965 21789 match_142 match 107 17452 17682 match_143 match 183 16318 16668 match_144 match 129 14562 14792 match_145 match 113 16330 16641 match_146 match 107 82701 82982 match_147 match 146 81129 81413 match_148 match 36.2 82550 82618 match_149 match 107 14502 14792 match_150 match 161 16318 16668 match_151 match 160 97801 98250 match_152 match 172 98923 99327 match_153 match 252 95322 95870 match_154 match 85.5 97569 97712 match_155 match 60.8 97369 97461 match_156 match 256 98271 98696 match_157 match 157 96626 96877 match_158 match 115 16324 16662 match_159 match 95.1 97801 98208 match_160 match 113 95502 95870 match_161 match 43.9 97369 97458 match_162 match 56.2 97575 97712 match_163 match 181 98271 98696 match_164 match 110 96626 96877 match_165 match 67.4 98029 98235 match_166 match 157 98295 98666 match_167 match 111 96626 96877 match_168 match 84.7 97369 98208 match_169 match 157 98301 98696 match_170 match 108 96626 96877 match_171 match 143 2544 3137 match_172 match 90.9 97801 98208 match_173 match 120 95379 95870 match_174 match 179 98271 98696 match_175 match 57.4 97575 97712 match_176 match 44.7 97369 97458 match_177 match 110 96626 96877 match_178 match 159 16318 16668 match_179 match 115 82701 82982 match_180 match 159 81129 81419 match_181 match 45.4 82550 82618 match_182 match 116 82701 82982 match_183 match 154 81138 81413 match_184 match 45.4 82550 82618 match_185 match 156 98298 98666 match_186 match 73.2 98029 98208 match_187 match 113 96626 96877 match_188 match 149 14469 14792 match_189 match 160 16318 16641 match_190 match 155 98298 98666 match_191 match 73.2 98029 98208 match_192 match 113 96626 96877 match_193 match 126 98298 98612 match_194 match 73.2 98029 98208 match_195 match 113 96626 96877 match_196 match 138 14502 14792 match_197 match 175 16318 16668 match_198 match 138 14502 14792 match_199 match 175 16318 16668 match_200 match 138 14502 14792 match_201 match 175 16318 16668 match_202 match 138 14502 14792 match_203 match 175 16318 16668 match_204 match 161 97801 98250 match_205 match 249 95322 95870 match_206 match 171 98923 99324 match_207 match 84.7 97569 97712 match_208 match 251 98271 98696 match_209 match 60.8 97369 97461 match_210 match 160 96626 96877 match_211 match 107 17452 17682 match_212 match 139 14502 14792 match_213 match 187 16318 16668 match_214 match 130 16318 16641 match_215 match 105 16321 16629 match_216 match 128 2556 3146 match_217 match 163 16318 16638 match_218 match 163 16318 16638 match_219 match 156 21118 21786 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_220 match 154 30405 29959 match_221 match 141 30402 29932 match_222 match 172 30405 29929 match_223 match 191 30405 29932 match_224 match 228 30405 29932 match_225 match 179 35103 34591 match_226 match 268 30405 29929 match_227 match 105 32534 32367 match_228 match 209 30405 29932 match_229 match 149 30405 30031 match_230 match 204 30402 29929 match_231 match 154 30405 30004 match_232 match 223 35103 34525 match_233 match 223 35088 34525 match_234 match 226 35103 34525 match_235 match 169 35088 34528 match_236 match 169 35088 34528 match_237 match 169 35088 34528 match_238 match 110 30405 29992 match_239 match 167 30405 29929 match_240 match 200 30405 29932 match_241 match 176 30405 29932 match_242 match 108 30405 29938 match_243 match 172 30405 29932 match_244 match 131 30405 29932 match_245 match 134 30402 29935 match_246 match 201 30405 29935 match_247 match 202 30405 29929 match_248 match 133 30405 29935 match_249 match 133 30405 29935 match_250 match 231 30405 29929 match_251 match 125 30405 29935 match_252 match 125 30405 29935 match_253 match 125 30405 29935 match_254 match 122 30402 30064 match_255 match 120 30402 30070 match_256 match 132 30405 29935 match_257 match 140 30405 30040 match_258 match 136 30402 29929 match_259 match 197 30405 29932 match_260 match 198 30405 29932 match_261 match 123 30405 29932 match_262 match 141 30405 29980 match_263 match 141 30405 29980 match_264 match 107 30405 29992 match_265 match 199 30405 29929 match_266 match 135 30405 29932 match_267 match 135 30405 29932 match_268 match 109 30405 29959 match_269 match 117 30405 29932 match_270 match 200 30405 29932 match_271 match 121 30351 30037 match_272 match 136 30402 29929 match_273 match 176 30405 29929 match_274 match 200 30405 29935 match_275 match 118 100956 100483 match_276 match 59.7 101179 101057 match_277 match 67.8 100953 100630 match_278 match 60.1 101206 101063 match_279 match 226 30405 29932 match_280 match 132 30405 29929 match_281 match 203 30405 29932 match_282 match 188 30405 29929