C03HBa0203K13.1 AAGCTTTAGCATAACTTTTCAAGTAGTGGAGAGCCTAAAGTCCTGTAAACATTTCAAATA TGCTATACAAATTTAACATAAGATGATACCACTAACGTACAGGATTAGTGCGACTATTTT TACCTCTTTATCCCTGTACTACTAACAAACTGGTAGGCCCTGCAAATCTAGGCATGTGGA AATAATAATGCATAGTTATTCATTATTTGATTCATAAAAAATAGAAATATTTTTGAGCTT ACTAATTTAGCTAAAGTGGATAATTCAAGATATTCTCTAATAAGCATGCACTTAACAGAT GCCATTACAGAAAGCTGTTGCTATTTCAGTTAAATGCTGAAGTACTAATCTACTGCCATT AAATATTGAGCATGTATTCTGAGGATTCACCAAAAAATTGTAGTTTTTAACATCGAATTC ACGTTGCACGTAGGACATTAACTTGGGAGCAGATAATAGAGTAGCCAACAGATTTTGTTT TTCAACTACTACCTTACAAGAGAATCAATTAAGCATCTTACTTTTTCGAATCTGGCTGTC GCACATGATGCCAGATAAGCTCTATGCTATCTTTACAAGAAGACCAACATAACTTCAGTT GGGCTCCAAATCAATCAAATTTATCCAACACCTTCCATAAAAACTAATCATTATTGAAAG CCTGTTATGATACATACCCTTTATCATCATACCTACCAGCTGAATCCAAACTTTCACGTC AATAATATTCTTGTTGTGCCCCATCTCTGTATCTTACCATCATTGGGCAATGTTTATAGG TGATAAGTAACTCACAAAAGAATGCCACATTATTATCAGCCATGAGTATATAAATGCCAC ATGACTATCAGCCATGAGTATATCTTATTTCCCATTTTACAACAACAATAAATACCCAAT GTAATCCCACTTGTGGGGTTCGTGAAGGATACATAGTCTTACCCCTACCTAGTGAAGCAA GAGAGGCTGTTAAACAATTCTTTGTGAGTCTATTCATCCTTATATGAAGGAATTAACAAC AAGAAATCTCTTAAATCCTGCCAATTGCATTTAGAACCATAAAATCACCAATTATACAAT AAATTTAAAAATCAAACAGAAGGCCGAGCAGACACTTCAACCCCAATTATTATTTTTCAA ATAAAAATAAATCACAAAGCAGTTATACAAGAAAGCCTAGACATATACTTACTCAAGAGG ATCTTCAATCACTTCCTCCTTCTTCACAGCTTCAAGAACAGTGAGGTTTGAGACCTCCTA CAGAAAAAAAAAAAGGTAACCCATAAAAAAGAGGGAAAAAATGAATGAACGGTTAAATTA GATAAGCGAGAGAAACCTGATGCGGTTGCGACGGAGGCGGAGGCCGGGGAGATTGAGGAG CAGAGGATATAGGGGAGTTCGACACAGAATTTGCCGCCGAAGAATCCATTTTACCTATGA AAGCTCCGCCAATTTTCAAATGCAGCTAAGCCAGAATTAAGGTTGAGTTATATAGTGGCA TTTCAGATGCGTAGAGCTTAGAGGCACTTTGCGTTCTTAAATTCAGAAAGCATGGATAGG AAAAACCTCAAAATAATAGCAGTTACCAAGTAGCAACTAGCAAGACGATCGAGTGAAAGG CACCGCAAGATTTTTTTTTGACGACAAGAAGTATTAATTATAAATAAAAATAGTTCAAAA TTAATTAAAAATAAAAATAAGATTGCACACGTGCCCTATTGAGTCTTTCATTTGAATGTA TATTATTTATGATAATTTAGAAATATATTTATCCTTTTCCTTTTATTTATAACGATTTCT ATAATGATCTTGATTCATTCTTTTTTATATGAGATTATCTTGTTTGGTTGAGTTTTCTTT AATGGGTTAACTATAACCAGATGTAAGAACATAATTATATTACATTATTTGACATATAAA GTCCTTGACTTAAATTTAATTTCATACTTTTATTTCTCAATCCTTTAGAGGTTTTGAAAT TCTACTAGGCATTCATAGTATTTTTGAGCAAGATGCAATCTATCAACTCATTTTATTTGA TTTGTTATCTTGTTTGTAAGTGATTTTCTATAACTTTTTTTGTGTGAAATTATAATGATT AAACCGATAATACTTCGGCTGACAGATAAAGTAGTATCACGAGAGAAGAGTGAATAAGAC TTCCATGGAACTCTTGGTTCTTGGTATATCAACCTCGTCATTCTCATCTTATTTTGAGAA ATGACTTGAGTTTCAGATGATTCTTTGAAAACTTAAATATCATCATGGAAGAATCATTCT TGAAATAAAGCACCCATTGCTAAGAAGGAATATCAAAACACAAGCCAAACTAGAGTATAA GTAATATGATATCACTAGATATATACATCCTAACGATTAGGGTGGCTAACAAAAACAGGT GAAATCGACTCATTTATGTACCCAGAGAAACCATCTTAGAAAAATGTGAGAGAGTGCCTC TCATTCCAACTCCTTGTGATAATCTCCTTAACGATCACTGCCATCACTAACTTAAAGCAC ATTGACGTAATTTGTGAACTTCTTTCCCCGAGGAAAGATTTCGAGTCATCAACGAGAAGA ACGTGAGTCAAGTCATAAGTGATTCTAAACAGTTTGTTGTAGCTGCCTCGATTTTGTTCT TTATCCTCTACACTTAAATGCTGAAGCACCAAATCATCTCAGGTACTAACCAATTCATTT GTTTCCGTTTGGTCACATCAAACTTCACTAGAGCTTTTATGGCTTGGAAAACATATTGCC AACAGCAAAGTTATAGTTTTTTCCTCCTATTTCAATCTGACTGCAACCAATTTCTTTTTG CAAGCCTAATTCCTTCATCTTGTCCCTCACCTGTCTAACAGAGTCCCAGTCCCCATATCT AGCAAAAAAATTGGATACTAAAACATAGATTTCTGCTCTCTTTGGTTCCAATTCCAGTAA CTTGTTAGCGCATTTCATCCCAAGATTTGACTGGGCGTGAACTATACATGAATTGAGCAA CGAACACCAAATTTGAGAATCTGGCTGCATAGGCATCTCAGCCATGAGATTTAGGGCATC ATCAAACTGTCCAGCACGAGCCAGCATGTCAATCACACATGCATAATGCTCCAATTCAGG TTTGAGACCATGCAATGTCTGCATCTCTTTAACATATTGCCGACCTTCTTCAATGAGCCC CGCATGGTTACATGCCATTAAAATAGAGACATATGTCAAGCTGGCTGGGATGAAGCCCGA TTTCTGCATTTCCTGAAATAGCTCGATGGCCTCCATTCCAAGTCCATGAACTGCATATCC AGTAATCATAGCTGTCCATGATGCTATATCTTTGAGTGGAATATAGTCAAAAACATACTT GGACATTCCTAAGAATCCAGATTTTGCATACATGTCTATGATTGAGCAATGGACAAAACT ATCCTCTATAAGGTTGGATTTCAGTGCAAAGCAATGAACTTCTTTCCCCAGCCTGACAGC AGACAATGTTGAACAAGCCCCTAAAACACTTGTCACAGAAATTTCATCAGGTTGAAATCT ATGAGATACCATATCACGAAGCAGACAAAAGGCTTTATCTGGTAGTGCATTCTGCAAATA ACCAGCTATCATTACGTTCCAGGATACCACATTTTTATCTTCTATCCTGTCAAACAGACG TTGTGCTAGCTCTGGTTTTCCACAAGTCATGTAGAATGAAACTAGGGAAACTAGTGTAGA CATATCTGTTTCTAGACTATTTCTAAGTACAAAACCGTGAACTAGTGTACCACAATGTAG CAGTTTTAAGTGGGAACAAGCAAACAGAAGGCTACCAATAGTGAACCAGTCAGGACGCAA GCCAGACTTCATCATTTTAGAGGACAGAGTCAAAGCCTTAGATGGATCCTCATTCTGAGC ATAGCCTCTTATCAGTGCATTCCAAGAGCTTACTGTCTTGTTCGCCACTCCGTGGAATAC AAGCTCCGCATATCTGAGCAATCCACAGTTCGCATAGGCAGCTATAAAAGCATTTGTTAA CAACTCATGGTATTCAAGACCATTTCTAAGCGAGTAGCCATGCAGTTCTTTCACTATCAA CTGCTCTGACTCCTCTAGGCAAACGGACAAAACATTCAGTAGAGTAACCTCATTCGCCTT CATGTACTCCTCAGTACTTTGCATCCTTCTCATAAGATGAAATGTTCCTCTATCATCTCC TTCTCTTGAATAACCCCCGATAATGGAGTTCCAAGAGACCGCACTTTTGCTCTCATTTTT CTCAAACAGAATTTGTGCATCAGAAAGGTATCCAACTTTGCAATACATATCCACTAAAGA ATTATTCACTGTTAACTCGTCAGATAATCCTAGCTTTACAGCTAAATCATGAATAATCTT CCCAAATTCCACTTCTTCTGCTGCTGCACAAATTGGCAGCATAATAACCATGGTAGTCGT GTCTGGAACAAGAACTTCATCCCCTGTAAATATATTTCTGAAAAGATCAAAACTTTGTTC AATATATCCATTCGCTGAGAACACAGAAATCATGGAGTTCCACGAAACCAGATTCCTCTC AGGCATATACTCAAACACTTTCATAGCTTCCTCAGCAAGACCAAACTTCCCATACATGGA AATTAACGCATTGCTTACAAAGACATCGCCAACCAAACCCATCTTTGATGCCATCCCATG AATAGCTTTCCCCATACCCACATCAAGAACCCCTCCACAAGCCTTGATAACCAAAGGAAA GGTAAAATTGTCTGGCTTTTCCTGGGTTGAAGTCATCAACTCAATAAACAAACAAATAAC AGCAACCCAAAGTTCATTCTTTGTGTACCCACTCATAAGAACATTCCATTGGTACAGTTT CTTGCTTCGTAATTGATGGAAAACAGAGCGAGAATCAGAAGGATACCCACACATGGAGTA CATCGTGATGAGCCGCGTACAGAGTATAACGTCATCTTTCGATCGGGTCAACGAAGTAAC CATTTCATGGACTTTACGACCCGTTTCAATGTCCTTCTGTTTACCACATGCTTGTAAGAG TACGCCTAAGGCCTCGGATTTTTCCGACGAGTGGTAGAAGGCGTTTTCGAGGTATTCTTG AAATGTACGGAAAACTTCCGACAAACTTTTGGTTTCGCATAGTTGCGTGATCTCTTCGGA TAGCGTTAATGGGTTCTTGAGCTGATTCTTCAAAGTTGATTTTGCAGTTATAGAATCTTC CTCAGGTGTAGGGGTGCAAATTGAACCTGCCGATTTTGAAACGGAGGTAGTTGCAAACGA GCGTAATTTGTTGGGTCTTGGACTAACTTTGACGGTTTGAAATTGGGGCTGGTGGCGGCA GCATGAGTTCGACGCAGGCGACGGCGCAGCCGTGGGGAAGCTCGCCAGCGTGAACATTAA ACATACATAGCAAAGCTACCTACGGATACCCGCGGCGAAGAAGTATATGGTGGTGGCCTT TAGATCCCTTATCCTATTTTGAATTTAATTTTGCAAACGTCAATCTCAAAGTGAAATAGT GCGTCGTATTTAGCTTTTATAAAATTATTCTCAAGTTTTATGTCATTGTTTGTTGTCAAA AAAAAACATCATATATTTGAACGCTTTTAAAATATTTTTTTCTTCGTTCAATTTATTCAA CCTTGTAGCTATTTTGTTGCAAATGAACAAGTAACATTTTCCTGCACACCGACCGAATTA ATTTTGTCTTGTAGCAAGTGCATTTCACATGCTATTTTAAGGCATTTTGCAATGCCTTTC TATTCAATGGGCTAACTAGTACGGCTAGTTTTCGTGGTGCCTTCTATGATTTTATTTCAC TGTATTTAACAAGAAATCATGTGCAAGTATCAATGGATTTTTCGGGAGACTCGTCTAACC TTTATATCGATTTTCATATTCATTTTTATTGCTATTGATGAATTTTACTTGACTAGAATT TTTTTTTTTAAATTATCATTTTTGTCCTTGTAAGATAAAATAACATTGCCTTTTCACTTT ACTGGTGGGATTATTATATTAAATTCAACAAACATTAAAAAAAAAAACTCCACGCTTCAT GTTAAACTGTGCTTTTTGAACCATTAAAGAATATCCCACCGAGAGGCCAACCAACTTGGA CTGAATATTTTTTAGTTATAATAAATATAAATACAAAAAGAGATGAATCACATCCACTTT TAGTTTTAAGGAGTGTACACTGTTGATACAATTAATAACCGAAAAGCAAAGAAAAATAAA CTAAAATTTTATAAAACACGAGAGAGATGATATATATTTGTTAACATCGTAATTAAAGGT AAGAAATAACAAGAAAACCACTAGCTCATAGTTTTAACTATACAATCTTATTAACCCAAA GTAAACCTTCCTCATTATTATAAAAAAAAAAAGAAAAACTATGACCACGATTCGTTTCTC TTCCCTTCCAAATAAGAAAAATTTAGAGGAAGGATTGAGTAGAGCGAGAGTGTATTAGTA ATGGTTGCATATAGCTATAGCAAGCAAGGAGAATAGATAGACGCCCCAAGAGCAACCTTT GAGAAACAGAGAAAAGGGCATTGTCATGAAATGGTAGAAAGCTGTAGTCGCAAATAAAAT ACCTGCCCGCTCTAGCAATTCAGATTCAGCTGGGTAATTGCTCTTTATAAATCTTCCCAC GAAGAGTAAAGTGAAAGCAAGTAAAATAGCAAATGACAACAACTGGAAACACAAAGGAAG CGAATCATGATCACGGCTCCCGTTTCCAACCTGTACAAAATTAAGAGTTATCTCAACCCC TGATGTTAAACAGAATGCCATGAATAGCATCGACTTATCGATATTATTGGTTTCAGCAGC AGCAGCAACTACAGGGCTACTCTCTTCCACATCCAGCTGTAGCTCAGCTGGTTGTGTCAC CGTGTTAACAGTTTCAAGGGATAAACCTACAGTAGTAGTAGGGGAGTTGGGTGACACTCC TGTAGTACTACTTCTCTCTCTAAACCAAAATACATACTTTTTGACAAAGTTTGGGAACTC CATTGGCTAGATGTGGTTCACAAATGGATGGGGCTTATTATTTATAGAGAAATCCAGTCA GCACTGAAGCAGCAAAGGTACAAATCCAACTTCCCCAGAGAAACTCCGGTCAACAAAACT CCAAAAATGATGGCGTGGCCATCATCGATGTATTACAACATAATTTATTAGCCGCTTAGC TGTTGTATAGGACAAACTACTGGGCTGATAAAACAATGCTTCCCTTCCGTATCAAATACA TTCGTTATTTAGCTAATTGCGTAAAGAAATACAGTATATGTCATCATAGTTAACAATGTC AAAAAGAATGAAACCTTTTTTTTTCCAAGAATCAAAAAAAATTGATGCGAATATGATGAT CTTAAGCTACAATGTAATGGTGGCAGACACTCAATTTATTACTTTTAACTATGGAGTAAA AAAGTAGTCATTACATGTATGAACAACTTCTGATAATACATTACATGTTTATCTTTTATC TTACTCTCTATTTTTTTTTATATTTGGAGAATAAAATAGACTTTTTTTTTTTTATATTTG GAGAATAAAATAGAAAAGATTATTTTTTTATTATTTATATTATATATAATTTGTAACTAA CACCATGTAAGTGTAAAATTAGGTCTTAAACCTAACTCACACCTCAAAAGTTAAGGTAGC TAACATCTGATCCTACTCTAATACCATGTGAAATTAGGTCTTAGGCCTAACTCACACTCC AAACATCTCATTAACCACCGATGTGGACTTTTGCCATTCTTCAACGGTAAAACCATTAAT TAAATCAAACACAATTTAATTCCTAAAACGTTTTTTAACTTTTCTTTATAGTTTTTTTTT AACGTCCAATGCCCAAGTATAGAGACGCTTAGAACCTAGTGACTGTTGAGACTGAAATCT GGAACCTAGCGAGATATTCCAAATGAATATCTGCAGCCTGTCTTCTTGTGCGTATTGTTG AGCTCACAAGCTAACAACTGTGACATAAGCCCTATTTTTCAATTCTTCTTCTTCTCTCAA GTTTAGTTTAGTGGTCAATACTACCACAATCTAAACTGCTATGCACCCTCCAGTCTAGGG TTATCGCAAGCAATAACTCTGATTCACAAATTTCAATCTTTAAATTAAAAAGAAACTCAT TAATAATCATCTTTTTCCCCTTTTAACCTTCAAAGAGCTGAATACTAGATGATAAACCAC ACCCACTTCCTTTTATTACAATGTTTGATCAACTTGTGTGCATCTTGACAACCAACCAAT TCCTACTGCCTCTTACTAGTATAGCAGCAATTAACTCTACTCGGCAAATCTTAGTGGAGG AGAGAAGGATTCAAATAAACTGAACTCCAATTAAACAAAAAACTCTCTTACTGTCTAAGA AGTGATTTAACAAGGATAAAGTAAGTTGTACTCCCAATTCAACCAAATACTATCGCTTAT CTTCCGTCTCTCCTTCCTCACGATTCATAAGAAACTGCATTTTAAAGTCAAGGATCTGGA TTGAAGTCACAATGTGATATGAGCACATTAACCATGTGACTTCCGGATATGGTGTGCAGA CTTCATTAGCCTGAAGTAATATCAGGTGGAGAAAGCAACCGCAATTGATTACCCATATTC TTCTGCGAAATGAACTGATGAAGCTATAGCTATATACCTGTTCTAAATATCAAACTACCT CTCCTATATTTTCCTCTAATAACCATATACCATGACCAAAAGAATACATGAAAGTTATCT ACACCACACTCCTTGAAAGCAGTTGACAACTACTGAAAACACATAACATGAGGATAGTTC TCTTTCGTCATGTTATGAAAGCTTTCTAGTTTCTCTTAATCCATATAGGCGTAGTGGAGT GATAAGTGTTCCTTCATTCTCAACCAAAGGTCTCGGGTACCGAGCCCTCGATAAAGAGTC ACCTTTTATAAGGAGCAATTTATCACCCAATGTGGAGCTCCAGGACGCGAATTCGGATTT GGTTGGGCCCCGAAGAACGCCAGGTGGGAATCCTAAAAAAATTAAAACCGTGCTCTACCT CTATGCACAAAGCTTGAGCCTTGAAGCAACAATAGTTCTACTGCATTTACAAAAAGAAAG GAGTTGGAGAAACAGATAATGAGAATGTTCCACTTCTAAATTGTAAATCTGTATTTTTTA CATGGCCGTTGTCACAATGGATCTATCTGTTCAAACAGAATGACTCATACGGAAGTGCAA AGTGGAATTGTTTCGAAGTTACAGTAGTTGTATATAACAGAATGTCATGATACTAATTCG TGTAGTACCTCCATACCCTTGTTGAGAACCACCCATCCTGAATTAAAATCAGCAAGAGCT CATATATACCACCCTGCAACCACTGTAACTTAATTTAATTACTCAAATAATTTTTACAAG TATTGGTAGTGCCAAATATATTTTTAGCACTATCAACTTTAAGGAAGTAAGGAAATTCAA TCTTTTGTTTACCACCTATCTATTTGTTTCACTTACTCACCGACCCAAGATTTGAAACAA AAACATATCGGAAGTTCTATACTGAAAACAAGGAAAGGAAGTAAGTACCTGATTTTTTGC TTTTGTCCTTAAGTAGACATACCGAATTCTGCATCCTCAACAAAATGTAAGATCCTTGTA TGAACGTTGTGCTTGAGCAAATAACAAAATGAGATATTTCTGATACAACAGCAGCAGACA GCCTTTGACTTAGAAGGAACTGAGGCAATCTTTTATCAACAAAAACAGGGGATTGGTATA AGCAGCTGCTCCTAATTTCTCAAACATGACGCCGTCCATACGGGCTTGGATCCCATCAGA TGATGCCACATCATTTAGCAACTCTTTTAAAGTTCTATCTGCTCCGGCCAAAGAGCTTCC TATGCCGCTTAAAACTTCTGGTAAGGACGTGGATGGCCTTGACAGCTCAACAACAGAAAC CTGCAGTTTTAACAATTTATTAGGAAGACCGAGAAAGTTATCTCCTCTACAAATCCCTTC AAAAAATATAGAGACTGAGATGAACATACAAACAAAAAAAAGGAGGAACTAACCCGATAT ATTGTTTCAACGGTATTTTTCTTATCAAATCAAACTTTATCGCCTCTGACTACTTTTTCA GTAACCAATGATAGAAAGCAGCTTCCAAGATTTGTTAGGTATTATTACCACTAAACTAGT TGGGCATCAAACATCATCAATTCATCATGCATTTCATTTTTCTGAACAGAAGACCCTGGG ATGAGTACCATAATGGTTCACATCTGACTATGAAGACAAAAACTATTATTCAGATTTCCA AAATGTGGCACAAAAACAAAGCTAAATCTGCTGTTTGACCACAGCACATACTGAAGTATC TTGCAGGTAAAGTCGTGAGTGGTCCATTCTCAACTTCTTCTTTTTTGATAATTCGTAAAA AAGGAAGTTGAGAGAAGACTATTTCTATGATGTAATTTTCTCAGGAATTCTCCTTTGACT ACATATCTCACTTCATGTTATCTCAAAAGTTGTGGCAACTTCCTCATCTTTCTACTTTTT TATTGATGACAGATGCAGCTGAGATTTTCTATAACTTGGTTTTGGCAGGAAAATTCACCA GCTCTCTTAGAAGATCAAGAGATTCGGATCCTTAGGTTCCCAACAGAGCTCCAAAATTTC ACTAGAATGACAGTTGACAAAGATCCAATGCATAAACTGATATACAGACTTGAAAATCAT GCTTCAGGCTGCAGAGCACTACAATCTATGTGCTCAGACTGAAATGGCTGTTTTAACAGC AAAAATAGATTTACTTATGACACACCTGTCTATCCTGAGGTATATTGGCCTTCTGTTTTG CAATTGCTACAGCACGAGAGAGACCACCGACAGCATCAACTAGACCTCGTGAAAGAGCAT CCTTTCCAGTCCAAACTCTCCCTTGTGCAACCTCCTCCATTTTATCCACCTAAATGGAGT GCTTGGTATTTTCAATCAACTGATAAATAAAGTAACGACTGCTTTCTTCTAAGCTGTCTT CTTTACCAAGTATCATACCGTCATTGATCTTGAAAGGGCAGCCTTGTCTCGGAATTGGGT ATATGCATGCTGTGCAGATTTGGCAAACAGTTCTGCTTCCTCAGGCCTACAGATGAAGTT CTATCTTAGAAAATACTAAATCAAAAGACAATCTAAAATCCAAGATTTGGATTTTCATTT GTAGGCTTAAAACAACTAAACTCGAAAGCCACAAAGCGAGAACCAACTGGATGCATTAGT AGAAGTGGAAAAGTTCTGATTTTGGTGTTAGGCATAAGAAGTTATGCTAGTCTCTAAGAT CAAAATTCAGCTTGTTATAAAGAGCAGTAACAACAGAAGGATGTAACATAAAATTCATGA TAGAAGTTTATGTTCTTATAATGGGGTTCAAGCCTTCTAGGTGTAACATGTATAACCCAA GGAAGACGAAAAAAGTTCACCTGAATGGTCGTTGTTCAGCCGCAGTAAGCTCTGCATATC TTCCCCTTGATATTGTCTCCTTATTGAAGCCAATTTTTTCATATAATTTTCCCAAGTTGA ATTTCCCTGTTGTAATTTTTAAACATTGAATCTGATTTAGAAGTTTGCTTGGGCATACAT GTGAAATAGCATAGCTAGCTCATAAGGTCAATTCCAACTTTGAAGACCTCATTACAAGTA AATTTTGTGAAGATTAAGGACCAAAACAACTAAATGTAAGGGGCATGCAGCGGCAGAATA GAGGACTTCCAGGCAGTGCAGAAAGGAACAGAAAACCCAGAGGAACCAAGAAACGGATAA ACTGCAACTATAAAGGATTGACACTCGTATTAAAGCAAATACATGAACCAACATAAATAT GGAGTAAACCAAAGAGTTGCCTCTCCCACAAACCAAAATCTTAAAGAGTTCATCAAGATA CCAGATCAACTCAATCACCCTATTTGCAGGAAGACAGAAAGGCATACACTCTTACACACA CACCAAAGAGAGTTGTCATCCCAATTTTACAGATATCAGTCCAAGCTCTTCGGATCTAGA ACTGTGAAGACAAATCTGGTTCAAAAAAAAAAATCTGAGAATGACGTGTTAAGATGAAAT TGGCGGCATCAGGAAGTGGGTGGGTGAATGGCAACGTTGGGAGTAGGGAAAGGTCCTAGT GAAGAGATACAAACAAGGAATCAACCTCTGAGCTACCTTTTTCTAATTATATAACCTACC TGTAAGAAACAGTTAGTCCTCTGTCTTAAATTGTTAGTCATATTTTTGTTTTTATTTTTG ACATGACATGTTATCTTGTGAAACAGTTCTTCAATTCCCACATCAGGCTAATTACATGGA CAAAGCATTAATATAGCCTCTTCCTGAAATGATTATATCATTCGATAGTTGGAATTACCT CCTAATACCTTCTTCAGTTCCAGAGCTTGAGACAAATTCTGTTATTCCATTCAATATAGA ACTATCTAGTTACACTTCAATATATTTTGAGCTGGTACTAAGTGGATCTAAATATGGTAT ACATTGAGAAGGACTGACTATTTGGAAAATTAGAAGAATCTTGCACCCTCATGATACAGT TCTATGGCATAACCTGAAGTGTGTAAAATAAATATCAGTACAATCAGCCTTACAAAGAGC ACCAAAACTGATACAAGAGCATATAGTTGAAGCATGTGTTCTGAATTTTTGTACTTGGGA GTGATACCTTATTGAATGGCACTCAAAAGGAGAACATTTTGATTAATTCTCAGGTGAAGA TAGTATAGGATTTTGGAATCAGATAAGATTCATTTATGCAAGGGATCATTGACCACATTA TGGATCCCAGTAAAGCAAGCACAAAGTTTTCAAAAAATTTATACCACACAAGGAAAAACA CCTGCCATTCAAGATACAAATGTTTTTTCCTTAAAATCTTCCTTTGAAAGATAGGAAATT GTGGATAGTTCAACTGGTGGTCTAACATGAGTAGAAACCTTCGCCAATTTGGAGATAACA AACAAATCTGATCAATTGATTTCCAATCCACACTTCTGCACTTTATAAAATGTATCCTCA GCCCACACGTGAAACATTTAACTTTTTTCTTTTTGTTCTTTTGCTAAAATAAAATTTTAT CCCGAAACCCTCAGACGAAAAAAAGCAATCCGACCAACTAATGATGAATAATCCAATAAA AATTGAATTGTGAAGCCAAAGAGATATGGACGATGAAAGAAGCATCAATTACACACAACC AATTGAGTTCTACAATTTTTCTTCTAAAACAACTAGGATTAATGGAGTTCCTGAAGAGCA CAGGTCATTCCTGAAAAGCAAGGTGATGCTTTCATGTGGTTGAGAGCTGTTTCTAATTCT TAAAAATGGATGGTAAATTTAAACTACATTTCAGTTCCTGAATTATGTTTGGGTTCAAGT TATACAAACGTATCTCTTTATCAGGTACAAACTTTTGGGAGCTGATATATCTGTGCAGAA GTCATCTTGCTAGTGCAAAAATACAAGAACTAAAGCACAGTACACCACATATATGAAACA TAAGGTTCTTTGGAAAATGATTCCAGATCTGAAATTAGCACCTTAATTGGGTACCACTCA ACCACAGTTTATAGAAGACAAAAATTCGTTGTAGTATTTAGATTTACCTGTCACCACACC TATTGAGCCTGTCAATGTAAGGTTCTCTGCCACAATAGCTTGTGCAGCCATTGCCATATA ATATCCTCCACTGGCTGCCACATCAGCCATAGATGCTATAACAGGTTTAGATTCTGCCAG CAATCTAATTTCTCTCCACATTCTGTAGTAAAAAGCATCCTAATAAATCAACATAGAATT TGGTCCGAAAAATAAAAATAATGTTTGTCAGAGTCTACACTACAGAAGCTTTTACATGTG GAAAATAGATTGACTGCTTTGAAGACAGGAAAACATCACGTTCCTATTTTACAAGCTGAT TTAACTAAAGTATCATGGGAGCACACAAACAGCAGATAAGTTAAGATTTCCATTGTACAA GACAATCAATTAAAACAGTTAGGATCTTATGTTAATAGTTTACCTAAAAAATAGTTAGGA CTCTATATATCTGAAAGAAGAGATATAAATGCAACAATCATACAAGTTACAGAGAGAAAA TTTAGACGGCAAAGTGACTCCTTACATAGTGCATAAAAAGGAAAGATCCATAACATAACA GGACTTACAAATCAGAAGCAAGAGCGTCTCCTCCAGGGCTATCAATTCGAAGGACGACAG CTTTAAACCTTTTCGACTCTGCACAACATAGAGACACACATGAAAAACAATATAAAGAAG AAAATTGGCAACCAAAAGGAATAACCTAAAAGCACGGAGACCACCTAAACCTATCAAAAG CTTTTTCCTCCTTTCATTTTTAAAATCTACACACAGAAGCATCCAAATCTGCTGTGATTT GAGAGTTCACCAATGAATAGTCCCCTCCTCTCAAACAGGAGAGAGAAAGGGATGAGACGA ATATGGGAAATCTTGCACCCTAATATCTCTAATGAAACAGCACATGCACGAGTCTTATTG AACTGTTCACTGACTCCCATTAGTTACCTGAAAAATTTACATACTGTTCTTCTAGCATAA CTTATGTAGCTTATAGCCAGTTCATGCATTAGACGGCAAAAATAAACCTGCAACTACCAC TAACCAAACTGGCCTTCCCATCTCTAAGTTTTACTATTAAGTCTGAAAAAGAAGAAAAAT TGAATATGAAGTGTAGCACTTTGCTTATTCAATCAAATCTCTAGCAACATAACAGTGACA AATTCCTCACAAGAGTCTTTCTCCTTCATACTAAGCAAAAGCCTATCAACAATACAAGTC TTTCCACAATATGAGTTGGAAACAAAGCCAAAGAGAACAAAGCAAGAAAGAAAGTATCCA GAACTGCGCAGAGCAGATAATGCCTTGTGTCTGCGAAGTGTCTTTCTGAGACTAAAAAAC TTGGTATTCACGATATATGGCTAATCAGGATTTGTAATGACCTGTTTTCACATATTTTGA CAGCTTGACAAAGTGCACATATAAGGACACTTCATACCTCGTACACTACGAATTTTTTCA ATCAACTTCTCTGCTATTATTCCTGAACTAGATGAACTAAATGGACCGCGTGTGCGACTA ATACTTCCGGAGGCTCGAATGACAGCTATCTGGTCTTTATAACCTGTTAGACCGAGAGTC CATCTCCTAACTTTTGAATACTTCCTGTATCAGAATATAATAATCACAAAATGTTAAAAG TTCCAAAGGGAAAATAGTGCATAACAGCTGAGACAAAGAATATGTGGAGAGACAATACTA GAATACATGACAATTGATAGTTGGCAAAATCTCAAAATCGAACTGATACAAGTTATTACA CTTTCCTTTAGCCGCCTGGGATGTTTTTTCCGTAAAATTACATAAAATATATTATTTTAA AGTATTGATGTTCTCTGAAAATTCCAGGGCCATTAATTAGTCCAAGCATAAGAAAGAAGT GTCATGAAAAGCAATGTACATAATAATTGTACAAAACTATTGCTGCAAAATAAAAAAAAT AAACCCTGAGAAAAATTATCCAGGTGACTTGAAATTCAAAAAGACAAGACCTGTAATCAA CTTCAGGGAGATTTTCATCCTTGGAAATTCCCAAACGCTCTTTCAACATTGACATTACCT GAGGATATGCATAAATTAGTGATTCCTTGATAACCATGGGAGAAAAGGTGTTAAGTTCTT ATGTCAAGTTCAAGAAATAATTTAAGCATTTTTATGGCGGAAGTCATAAAATCCAGATGG CCAGATACACAAATGAAACAAACTATTTAAGCTTAATACATACAAGATAATCCAGAGATT AACAGTGCATGCCAATCTTGTTTTCAAGGCAAAGATACTAGTATACAACTTAGTTGCTCT CGATATAATCACATAAGGACCTGCAATACAGATGTCTGACAAATACTGACTGTCTAATCA TTAAAAGGATCTTTTAACTTCAGCTGATTTCCAAGATTTCATCCATAAACTAAAATCAAG ATAAGAGAAAAGGTGAAAACACTGGATACAAAGGGTATATCATCATAAGGCTGTAAGAGG GTGCATAGATTGTGATAACCTGTGCAGCTATCACTTTCTTATATATAGAGTTCGCTATAT CCCACACTTTCATCGTTCCCAGTAACAGTTCAGGAAACCTAATTTGGCAAGGTTCCAATT TGGACGTTGTTTTTTTGAACATTTTAATCTAGATTTGCAACACTTGGGAACTAGATAAAA CATATTATATACTCCCTTCATCCCAATTTATGTGGCACCATTTGACTAGGCTCGGAGTTT AAGAAATTAGATACTTGTGTGATTGTCAATCATCTCATTAAGTTAAATTGTTTCTAAATA TAAAAAATGTGACATTATTTTTGGGATAGATTAAAAAGGAAAGGGTGTCACATAAATTGG TACAGGGGGAGTACAAATTTTTATAGACAAAAAAATCCAAAAAATATATCTAAAAATTGT GGTCAAAGAAAAAGATCTTTGACTACATAACAAAAATAATAGTGTCATATAATCAACATT CCATGAACAAAAGAATAATATCATACATACAAATGCAAAATTCTTCATTTAAATTCTAAT AAAGAGAAAGAGGTAAAATCATCCTAGAACTCAAACAGAATGGTCACATGAAATGGCACA TACAAGTAGTTGTCTACATCCTTTTCCTTTATGATTTTTAAGAATTGATTTTCCCTGGAA AAGAAGTAAATCCATTACCAATCCTAATTCATTTGAAAAGTAACCCCTCCCCTCCCTCAC ACCAGAAAAAAAAAAGAATTCACCTAATAAATCAGTTGAACTTACAAATAATCAAAGAAC TGTTTCTCAAGTAATACCTCAAGATACCTAGCAACTTACTATACCTCATCATCGTACTTT ATGTCTGTTATCCAGCTTTCTTCCTTTAGCCTTTCAACTTGGTAGACTCCATCATTAACG AACTGCTCAATGTCTTCTATTTTCTTCCCTGAGTAAGAAAACAGATCATGAAAATCCCCA CTGGACTTCAAATCTCCAGTATGAAGTTCAAATCTGAAGTCACCTTTAGTAAGAGCAACT TTTTCAAGCCAATTTCCATATATATTATCAAGTAATGCAGTTAGCATCTCCCGATTTTCA TCAGATATACTTTTACGCATTAGTTGATCTCCAGCACTTTTATATTTACCAATTCTTTGC ACTTGTGGCTCAATTCCAACTTTCTCAAAGACACCTGCAGAGCAATAAATTTGCTGCAGC TAAGGGCTGATCATAAGCAATTGAGATCACATATGCTCTGGAACTAGCTATATACAATTA AGAAGCATTGTTCAACAATTTCAGGCTGCATTCACGCATACTCTGAAACCCTAGTAACAC TGGCTAGCAAATTCCAGCAACTTCAAATTTAAATAGGTTTTGCTTTTTGCACTTTCACTT AAATTGATGAAAAATAACCATTACTGCAATGATGACCAACTCAATATTCCAAAGAGGTAA TTAATCCATACATTCAAGAACGAACAGAACTTAGCACATCTGATATTTAAGAGGAACTTA TCTCTCCAAAAAATATTTTGTTTCAGCTGGGAGGCTAAAGAACTAACCTCCCAAAAATGA TGCTTGAACTGTTAAACCATACAACGCAAAGTAAGCACTTGGAGGGACATAAAGCTCTTG ACAAGCGCAGCCAATGTAGTACTCCTTTTCACCACAAGCAGGTGCATAGCCAACTATGAA TTTACCTGAAAAATGACAAAGATTAACGCTCTTCTTTACTTTTATATTTCCCAATTCTAG ATTTTAAAACAAAATGGATCTCATATGGCACTCCTTAAACATAAGAAGCTTAATTAATCC AAGTAACTTTCAGTCTATACAACATATACTCATTTGAAACTTAGATTTGTTGTGTGATTA GATACCTCAGCTGCAACTGCAAAGGAAAATACCATAACATGATGATCCATAATAGAGAGA TGGCCTCATAATCCAAGACATGATAAGGTAGTGACATTGATCATTTTATTTAGCATTTTA CAATGAGAAGGTAAGGAAGATAATTTTTTTTAGCATTGCGTAATATTTTCTCCTAGTGTC TTTAAAGTTTAGGTTTCTTATAAGATGGTTTTTTAGTCTAATATTCATCTTAACTGAGAT ATTGCATTATCCCAGTCTCATGACTTAGGAGGTCCTGAAATAGGCGCATACTCCAAGATG CTCGACATACTTGAAGACTTATCACACATGTTGTGTGAGATGTATAGAAAGGGCCAAAAA ATTGTCATTCATATGCATTTAAGAATTGGGACTAGTTGGCACAGGATAAGATGGGGAATC AGGACTACTAGACACATGGTTAGTTTTCCATTAAATCATACAGGAATGGGAAGGGTGTAA TTTTATTGTTCCTCAAAGAAATGAGCCAAAACAGAAAGGAGTACTAGATTCTAGTATGTT GATCTTGCATAGTTCTGACAGCATCCAGATTAAACAACTCCCAAGGACCTTAAAATTCCC TTCACCTCTCAAATTAGTTCATGACAGTTTTCGGCATTGATCTCAAATACTCATTTATCT TATTTAAATATCCTCATCATATAGGGCTAAGAATATGATCTCCCCTCCAGTCCCTCAGGC TAAAAGTTCCCAAAGTACAAAAAGGCTTATATATAAGGATACTTTTCATCTATTCACTAC GTCCTTGTTTTTCCAAATCCTTCATGGATCAAAATATCTTTCTTCCCTGGTTCAAATTCA ACCCTACAAGCTTTATGCAGACAGACATAACCAAATGTCATCCTTTTCCTCTTTCCAAAG TATGATACTTATAATCAAGTGACAAGCCCATGAACCTTTTCGGATCTCACCATTTCATAA AAGTACAAAGACGAATTCTTGCCTGATTTCCTGAAGTCCAGTATATGCCTCCGAATTTCT TCAACTTTGCCCCAGCCACAACCTAAAGGTTCAATGTGGAGATAAACACCAGAGATTCGA GGATCATAAGCGGCCTTCATGAGGTTCTCACAAATTTGAGGTAGGGATAATCCTGAAGAG AAACGGCTCTGTAACTGATCAGATATCTGAGAGGACAAAAAACAGTGCAAGAGTTCAATT ACCTCAACTAAACAGAGAAGAAATATCTGAACAAGAATTAGCAAATTAAAAGTATTATGT GCCGATAAATGTGTAACTTCCCATTCTCTGCCTCTCTATTTAGCTACACTTAGTAATTTG ATCATAATTTTACCCTTTTAATGATCAGATGCAAAACCAGAGGACAAGGAAGGAGCAGAA GAAGATTTGGAAGACCATCCTTCTTTGCATTATGTAGACTGTTTGGTTGGAAAGGAAGCA AGGGAAATGTTGTAATACTTAACAATAGATGCATTCAGAACTTAAGATTTTGGTTAATGC TGATTTTTCACTTCATTAGGGGTCGTTTAGTAGAGTGCATTAGCAAAAATAATATTTGCA ACTTGCATTAGCTTTAAATATTAGTAGTCCCTTTTTTGAATTTTTAACCAAACTAAGTCA TTATATAAAACAATTTACCAAAGTAATACATTTTTCTAAAATTTTACAAAACTAGTATAA ACGTATTTCATGGTAACGTTTTAGGGTATATTTTATTTTTTAAAAACTAACAGCATTAGG TTGATATACGTCACTGTAAGTAACGTTTTACTTTTAAAACGTTATTTTCAGTAACGTTTT ACTCCTAAAACGTTACTGTGAGTAACGTTTTAGGAGTAAAACGTTAATGTGAGTAACATA TATCAATCTGACGCCATCAACTTTTAAAAAATAAAATATATGCTAAAACGTTACTGTGGA ATACGTTTATACTAGTTTTGTAAAATTTTAGAAAAACATATTATTTTGGTAAATGACTTT ATATAATGGCTTAGTTTGGTTAAAACCTCCCCTTTTTTGGTACACTTTTTCTAGGTATAA GTAATGTAAAGGGATTTAATACATGCATTAGCATGGTTAAAGACTCAATTACCCTCAAAA GCCACTTGTACATCTTTTCCACCACAATTGTAGAAGATATATTATAGGGAAAAGGGTCTG ATATACTCTTCAACTTTGTCATTTAGAGCTGATATAGCCCTTGTTATGAAAGTGGCTCAT ATATACCCCTACTTGTAAACAAATGGCTCACATATACCCTTTTTCTCTAACGGAAATGAA AAAAAAAATTAATCTAAATTTTTATTATTTTTTTCTAAAAAATATAATCTCATATGAGTA AATTTAATCCTCGTCAAACATATTTTTTTTTGTCTTTTTTTTGTTTCAATGACTAATTTA TAATCATTATTTTGATAATCAAATTTATTTATGTTTCACTAATATTCTTGTAAAACTTAT TGCAAATGACCAAATTTTTTCTTCGAATACGAAATTAAATTACAATACACACAAAAAAAA TAGTTAATTTTTTTTTCTTTAAACTAAGGAATGAAAGAAAAAAACAAAATAAAAATAAGA AACTCAAATAATTATAATAAAAGAAGTCAAAAAAAATATGAAAAAAATTAAATATACCTT TAACTTTGATAGAAGAATCATATATAACCCTAAATAATTTTTTTTAAAAAATTACAAGTA ATAAATATAAATTTAAAACTAATTTTTTAACTTCCGTTAAATAAAGGGTATATGTGAGCC ATTTTGTAACGGCAAGGGTAATGTGAGCCGTTTGTAGAACGGTAGAGGCATATATGAGCC ACTTTTATAACGAGGGGTATATCAGCTCTAAATGACAAAGTTGAGGGGTATATCAGACCA TTTTCCCTATATTATAAATAAATATTTTTATACAATGCATATTATTTTTAATACACCAAA CCAAACAATGAATAGGAAAAAATACATGCATAACTAACGCGAGCATAACTAATACAAACA TTACTAATACACTCTATTGAGCAATATTTTTATACACTCTACCAAACGACCCCTTTCAGA TATAAAAGGATCCATGGCCAGCTTTTCTGCATTTTGTATCTGCACCGTAATATTCTAGTA CTATGTTTCAACAATAAATACCTAGTGTAGCTCCATTAGGTGGAGTTTGGGGAGTTTAGG ATGTACGTAGACCATACCCCTAACTTATGTAGGTAGAGAGGTTGTTTCGAAGACCCCAGC CAAATACAAGAACATACCAAATGAAAGAAATAAAACATGTTTAGTACTATGCTTCATCAC AAAAACTACCTTACCAAAATAATGATCAGATGCACCAGAATTAAAGTTAATGACACTCTT CGTTCTAAAGCATGTATATACTTGCATATTGCAAATTCAATTGGATAACAAATACTGCAG CTCATCATTAACTCTGTGATGCATTGGACAAAGGTTGTCACAGGCACGAGTTATAATTCT ATTCGAAAAAAATCACTACACTATTTTTATACACATAGGAACTCGCAGGAATTCGACATT GCTAACATGATTACTAAAATTTTCGATCTATATTTAAATATCAAATAGCTCTCAGTACTG ACCTCATTGCGCAATTTCATGGTGAGAACACTTCCCTTGCGGACTCGCTCCCAAGGAAGC GTAAAGAGCATTCTAAACTTCACAACTAAGCTCTTCCAAACACCATACTCCTCAAATTCG AATTCCCCGGTTGGATACTGATCTTCTTTCGCAATATCATCGGCTTTGATTTCAGCAACA GGCTCATCCTTAGTCGATGATACGTCCTCATCCTTAGTGTCACCTTTGGAAGACGGTGAT ACGTCCTCATTCTTAGTGTCGAAGGCTGAAACGGAGAAATTTCGATGAATATGGGAAGGG TTATCGATAGAGCGAAGGGTGAGGAGAGGAGTAGTGTAGAGGGAGAAAAAGAGGGAATTT GAGTGCAGAGAAATGGGGAAAACGGTGGGAGAAGAGTGAATTGCAGAAGAAGAAGAAGAA GACTTGGAGAGACTGGAAGCGACTGTGAGTTTGTGAATGGAGGTCAGACGAGGTGTGGAT AAAAGCTTCGCCATTCTCTCTTACACTATTTTTCTGCTCTTTTGGACTCCGTCGGGATGA TATGGAGAAATCAGACTTCCCCAGTATTTGAACGCGGTTCCCTAAGCGCCACGTAGTCCT GAATTTTAAATTCTTTGCACAAGAGGGTTTGCAGATTTTTTGAACCAATATCTCTGATAC TCCCTCAAATATTCTTTATTCACTCAAAAATTCATCCACTTTTAATTTTTTTTTCAAATA TCTCCTCTTTTCTTTATTCAAAAAGTCACTTGACTTTAAATTAACTCAAAAGTTATTCAA CATTCTATTTATTCCTAAAAAAAAATACTTAATTATTCAGTGTTTATTCGAAAAAATACG CAATTTATTTAATTAATATTTTTTATGTATAAATTATATTTATTTGAATCATTTAATGAC CCGTCCATTTAAACAGACCCATTAATAATACAATGTTTGCCAATTTTATTTTACCTCATT CTTCTAGCAAGGGGATTTTCTTGGGTACACTAATCTCTTCAATTGATTCAGTACACATTT AATTTAAATATATTTATCAATTTTAAAATCTAATGGTCCATATTTATTTAAATAAAGTAA CCTTTAAACCATAATTATATGAACTCTAGTTAGTAATTCTTTCTCTTCAATCTTTTCTTG TTCTTTTTACGGGAAACAACATTCCTATCTATAAAGGATTTCTTCATTAAGGAAATTCAA TTGTACAAATTTAAACTACGAAATTTATTTTTTTGTACTTTTTTCACCATTATCAAAAAA AGAATTATTATTTTTTACTATTATCAACCGAAGATTACTTTTTACCCTTCTAAAGCACTT TAGTAAAAGCATATAACAAGATCCAAATATATGCATTTAGGTTATGAAATTATACAAATC CAAATAAGAAGATTGCATTGAATTCGTTTGATGGTTTAGTGACTTAATGAGAAAAAATGG ATTATTGAATGACTTTGAGTTAGAAATTCAAAGTTTATGATTTTCAAAGAAAATAGTGGA TAGTTAAGTAATTTTTTGAAAAAAAATAGTGAATAGTTAAATGACTTTTGAATTAAAATT TAAAGTTGAGTGACTTTATGAATGAAGAATACAGAATTAAGTAACCGTATGAGATATTAT TTAGTTTTTTTTTAAAAAAAACTTACCAATTTGAAATAAGCTTAATTTGAAATTGAAGTT TTATTCGAAGTACTTTTATTTGAATCTCAATGACTAAACATGAAAGAACCATGATTTATG AAAGTATCAAATTTCTACATTCTCGTAATCTAGCCGAATGAGAAAATCATAATTTATAAA TGGAAGTGTCAAAATATTTTAAGACATGCCACATAAATGGCATATCTCTAGCTAGTATTA TTATATAAATACATAATTGTAACTATATGTTGTTTTAAAGTTTTAAGATTTATATAGTTT TACGTAATTCTTTGATCTAATAAAATGGAGTAGCTACTTAATTCTTTAATATAGTCTTTT CCACATTTACAATTATACGATTCATGATTGCCAATCATTCACGTTTGGTTTCATAAAGGC ACAAACGGGATGATGTATGAATTCGATCGGTTTTATTAGATTTCATGGAATCATAGAATC TATGCAACTCTACTTGGAGAGAAAATCAGTGGAAGATAGAAGAAGAGGAAAAAATATTAT GGATTAATTACACATCCTATTTATAGAAATCACACATTTGAAACAATAATTGGTTATAAC TAACTAACAATCAGTCTCACCTCTTTCTTTGACAGATTGCTAATTACTGCCATAACTACT TTTTGTACACTTTAATCATGTGATTCCAATAGATCTAAAGATTTCACTCATACAACAGAA GTGTTAAGAGTTTCAATACACAAAGAAACCAAATAGGCAGCTGTTCACCTGAACTCTTGA TATGAAGATACTTTTTAACTTTTTTTTCTTGGAACATGGTTAACCAGAAATTACGTACTA TGGTGGCGATTTCTCATCCACCGATGGGTAAAGGAGTAGAAACTACCCTCAGCTTCAAAA AATGAATTCCTCCAATTTTAACATAAAAAACAAGGCAGTGAGTGTACAATAGAACAACTA TATATTATTTGTGAATAAAGCTTGTACGCATCCATCCATCAGACATGGCACTACAAACAG GACGAAATCGTTAATCCTCCATAGACATGGCTCAATCGTTCGATCTAGATCAAGTGATAA GATTTCAACTCACGAAGAAAGCTAAACTCGATAAATGGTCATTAAATAGATATCTCCAAA TAATTCATTTACTTTTCTGAATAATAAGGTTATTTCAAACCATGGCCAAAGAAAGCTTAA TATCTAATGCAATTGGTCAGGTCAATGACACTCAAGTAGATATCTCCAAACTGATTGTGT ACTTGAAATATCGAAACAATGTCTTACAAGTCAGATCAACCACGAATGAGGCAGAAATTA GCTCAATTAACATATATGAATATTAGTAACTTACTCCAATTTATGCATTAACCATCTTGA AGTAGAAGTAGAACTCATCTGGATTTTCGAAATGCTGCTTTTTCCTTAAGTTTCTGTAAA TCAAATAAAAGATATCATAGTACATTTATCTTATCTATAAAATGTAAACGATAGTGAGGA CAGGAATAATTGACTAATTGCAAAACATAATCAATGACACTGACGTAGCTAGAAAATTCA CGAAAAGTGTTCAAATTAAAGCCAAAATGAGTAATTGCATAACACAACTTACATTCAACG AGGTCTTAACTCTGATCTCTTCTTTATATAAATATAAATAAATATTTATCAAATAACTTG TATAATAAGAAAAGATGTAGCGTTTTAAAAATAGCACACTAATATTACTAGCTACTATGA TATTTTTAAAAATGAAGGCATACTCCTTTGGGACCTCTTAGACTTTGACATCTTTTATTC CCTTCATATTTAATTTATCTCCTAATTATCCTCGTATATTTAGCTAGCTTGGAAGCTTTC ACCCCCTAAACGATTTCAACACAAAAATATGTGATGCACTAGTTATCACGTGAATATTTT TTGTCCCCTTCATATCTCTAAAATTATAATATATATTTTTGGCTTTTTGAGTCTATTAAT CCTGTCGGATAATTTTTTAAGGCCAAATTTATAAAAAAAATCATGGAACAAATTGCTGCA CCCAAAGAAAAAAACAAGTAAGAAGAAATACATATACTATATGGAACAAATAAACCATAT ATTGTATATAATTATGTGATAACTCTAGCTGCTCGGAAGAAACTTTATTAATTTTTTTTT ATCCGTATTCCATACCCCTTCACCGCAACGTTGTTACACTCTTGGATTTTCCCTTTATCG GAAAATAACAATATTTATACATGATTAAATTTATTTTTTTTAAATATATAAAGTATACGC ATATTTTTGTGTTTACTTTGATTCTGTCATGTTGTAGATAAATGTCTAGGCTAGAGCTAA AGCTATAAAAATGCCATTAGTTAATTAATTAGGACAAAAATATTTAGGTGTACCTAATAA GAAGTAGGTCCAAAACAAGAAACTAAAATTAAGGTTTGAAAGAGATATTTAAAAGAATTA AATGAAGATGAGGTTCCAACTCCGTTTGAGAAGAAGCATTTCACCGTTGGAACGGGTCCA GAAGTGGGCACAGTAGACACAAGGGATGTTGTTAGGCATAAGTGAAGTCATTCTCAACAG GGAACATAAGCCCCTAAAACCCAAACGGGGTTTCACAATCTATGTCCCCCCGCTACACCC ACTAGGTAGCCAAGTTTGAGCCAATTATGAATATAAATAATGTGATCGATGCAAAAAAAA AGGCCAGCCAGCATCATTGATATGATACTCACATGCAAGTAGCCAAAATTAAAGGTACTT TTGGGCCTTTTGATTTTTGTCCAATACAGTGAAGATGTGTCCCAATGACATGGAGTCTGG CCTTCCAGGTTCTTCTGAGCTCACATTTATTAATAAGTACTCTCCACACCTGCATTAGTG CGCAACTCCTCTTCTCCGCTGGTTTGATTGTTACTGCTCATCCCTTCATTATATTCTATT CTTCGTCGTTTTCTCACTTTAATATTTTCATACTTTATATACGTCACAACACACTATATA TTAATTACAAACTAGTAATGAATACGTTATATTGTATTCAATCAGCTCCTATATTATCTA CTTTTGACTATACATCTTTTGATGATAATACACGTACTACACGCTACTTGACAATGATAA CTTATCTATCTCTACAAGGTATAAGACATGAGCGGAGGTACCCTAGGGTATCAGAAAAAT TACATTATTTTTGTATATATAGTAGATATTGGAACATGTTTTGACTTACTCGCATGTTTT ACTTTTTTTATATTTTAAATCCTCTTAGTGAAAATCCTACTTTCATCACTGTAGTTTTGT GTAAACTCTATCCTCTCATCGAATCCCATTTTATAGGATTACATCAGATATGTTATTGTT ACCTATCTTTGAGAACCACGCGGGTACTTTTTCCTACTTTGAGAACTCTATTATACCCGT TTTGACTTACTCATATGTTTATTTCGTTATATTTTCAATCTTCTTGATGAAAATCTAATT GCTTCCATCATCAAAGGTCTATGAATACGGTTAAAGCAAAAGGTCTCACATTGATAGTTA ATGAGATGAGCAGGCTCCTTATTAGGCTTGGACAATTCACATCCGTTTGAGCTAGCTTTT ATAGTCTGAGTTATGTCCAAGACCTGATAAGGACTCATCTCTTTCAATATTAGAACCCAA AATTGACCATACACCAGATGCTAAGCAATGAACCTGCCGCATAGGGTGAAAAGCAAAAAG TACATTTTATAGGATTATGCCAAATGTTTTATTGTTGCCGGTATCTTTGAGAACCATGTA TGCAGTTGTTCCTACTTTGAGAACTAGTGAATATTTTTATATGAATAATTTTTTAAGATA TATACAAAATTCTAATTGAAAGTCATCCGTCTCTACTTCCGTCGCTAGGCCATCTGCAGG GTTAAAGAGGTCATGCCTGCCAGGGGTTGTAGATGTAAAAAATTTAAAGGTTAAACGAAT AAAACTTAAATTCTGAATTTATCTATTTTATTTATCTTTATTTCTATTTAGAATTGTCAA ATATTGGATGAATGAAATTAAATTGGAGTGGGTCAAATTTAATTGAGTTAATTTGGTATA TCCGGGTGTGAGTCAAGATGATTAACTAATGACTGAGTCGTATTACTCATCCAACTCTTG CCAACTTATTTAATTACACCACCAAACAAAATTAATTTTTTTTCTTTATTATGGCTTCAT AAATGTTAAACGGAAAAAAATAATTCTTTTTGCCAATTTTGTCAAAAATCTATTTTAGGT ACATATTTAGCTAAAATCAACTCAATTATATTTTTACATGTAAAAGTAAGTCCAAATGAA TTGAATTCTTAATAAATGGATAAATTATACTATAAGCTAATCTTATCACCCTACCCGACA TGAGGATGTGAAGTTAGGAAGATTTTTCCATTTATTCATGCATAAAAATATATACACTGA ATTATTGATATTTCAATGATAAAAGAAAAATATAGTTTAACCGATTATAGCATGTTCTTA CTCTATTTTACAAAATTATTATGCCAACTAATTAAGCTTAGTATGAAGAGTTACCTAATA TGCTCATCAAAGATTGTGTGTATAGTAGTATTTAACTATAAAATTCAATATATTTACTCA TTCTAGATGATTTAAACTACTCACTTCTTATAACATGTGAGAGGAATTATATAATATATC GGCGGCTTAATAAATTGATTTTATATACAAATATAATCATCGTGACACGCATGCATAAAG ATTAGGTAAGGTTCCTTTGGACTTATTTTATTTATATAAATAAAAAAGAAAGTGTTTAAA AGAGGATATAAAACAAATAAACACAATAACTTTTTTGTTTTTCAATTGGCGTTTATTGTT TATATTTAAAGTCTAATTAAATTTAAATTTGTATAAAAAATATCATATTGAAAAGTTCGT TTTTTAATAAAAACGATTATGAAAGAGTATTTATGACTCCACCATAACTCTGATCGGTAA CGGAACAGCTCTACATCTACCTACATACAATGTATACAAAAGTATGGTATAGAGCCAAAG GCAGCAGAGAGAAAACATCATGTTTGGAAAACACTGAAGTTACGTTAATTGTTCCTTCTT TTAATTTGGACACACACGTTATCCAGTCTGTTGACAGGTTGGGGGTCCGTTTTGGAATCG TTTTGCAACGTTCAATTAAAAAGCCCCCGCACCCTTCACAGTTAAATTTCAAATCAGATG CATGCAGGATGTTCCATCGTACCCCATGTGTAATCCTCCACGTGGAGGTCATAGTCGAGG AAATAAGATTTCTTGTCCACTTGTAATTCAAATACAAGAAAAGTATATATACTATCGAAG ATTTATCGTGAAAAAAAGTTTATAAAATGTTACAAAATTAAATTTCTAGTCAAATTCACG AGAAAAAATTACTCTGATCAAAACTTCCCCAACACTTTCTTCTTGTTGAGTGTGTTTAGT ACGAAAGAAAAATATATTTTGATTTTCATGTTCAGTTAATCAAAATATTTTGAAAAAATA TAGAAAATAATTTCCATAAAAATGAGAAAAATTATCTATCTAAAAGAAAATTACCACATT ATTTCCTCTTCGTCCACCCAAAGCTCCCAACACTTTGACATTCAATTTTTTTTTACACAT TTGAGTATCTTCTAGAAGCTAAATAACCAAACAAATATTATGACGTGGTTAATGTTACAA TTCTTTTTAAAATCTCTGTACTTCAATTTTCTTATAAAAAAGAAGATTTCTTTTTAAATT TTATGGCGTAATCAAATAAAGTGGAACGAACTAGTATATTATATTATCTTGTTTACCGAA AACAAAATATATTGTTTTTGCTTCCTACTGAACAAGAATAATTACACAGTATATTTCATT TTCATTGACTTGCTCCTCCTTTTATTTTGCATGCGCGCAGTGACTAGATTTTTATTTTAT TCCATTTACTTTAGTTTAGGAGGAAGACCTTTAACAGATCTTGTTTGTTACACGGCTAAA AGTTTTCGATTTATGTACGTGTGATAAAAATTCTGACAAAGTCAAATCGACCAATGTGAT CATTTAGCAGTTAAAAATGAGAACTGAGAACATAAATATATTAAAGGATTTATAAAATAA TAAGTGTGTCATATTAATTGATTTAATGTAAATATCTTGAGCTAGTAAAATTTTATGATC GTGATAATAGTTAATGTCCCTTATGGCCTATAAGTGAACTCGCTTATTCAATGTGTTCCA AAGTGCTCGTCATTTTGCTTTAGCAGGTGTTTGAATTTTGATTAGCATTGTGATTCACTT GATTAGTTGAAATTTGGACTTGCCTGTTTATTTTGCTCCGTTCATTTTGACCTGTAAAAC TTAGCTCATATATATGTTGGATTGAATAAGTTGACTAAGACAAAATCTTGTCAAAATATT TATAATATAATATTTTTTTAGTATTTGATATGTTATATTTAGTTATAATAAAGAATTTTT TTAATTTAACTTATCTCAATCCAAATAACTTTTGAACGAATTAATAATCTATTTAAATTC AAGTGTCCTACTTGATCATTTGTTCGAAGTATAATAATCATAGTTGATCAAAGAACGGTG TACCGCATAGTAGATAAACACGGTGGCTGAGGCAGAAGCCGGTTGTGGTTTGGAAGTGTC AGGGGCAGAGCTACAGTAGCCAAGGGGGTTCGATCAAACCCACTGACTTTCAATAGACTC TATATTTGTATTAAGTTATAAAATAAACGTATATATATTTCCTGCGAAGCCATAATAACT CTGAAGCATTTGGCCTAGAAGTCACCCCGCACCCGATAAAATTGTTTCTACTCGCAGAAT GTATGTCCAAATTATGTATTTGTATCAAAATTTCTATTAAATATTATGTATACTGAATTT GATATATCATTCTAAAATTCAAACTTATAAAATTGAAATTTTAACTCTTTAAACTTAACC GGCATTACTAGACACTGTTAGTTAGTAGAGTTGCACAAGAAACTAACAATACCGTGACTA AATCTTTATACATCAGTTCTAGGCATTGAAAAACGTTTAGCTCTATATGTAATTGATAAT TGACTGTTTTACATGGTAATGAGTTGATTTTTCGAATGAAAAAACTCAAAATCAGATAAT AATATTTATTACTTGACTAACCATATAAAAAATTAACTCTACATATATTCATCGACAACC AAAAGGGAACCAAAAAAAATTGATTCATTTCTAATCCCAAAACATCCTTGACATTCCACT TTGCACTAAGTACTAACACAAGAGATACAAATTAAGTACAGTAATATAACAAAAAGAGAA GATATATAATATAGTACCCACTAGTTATAGTAAGTTTTATTTTCCTTTACCCTTCCAAAT ACTTTTCTTTACCTTTTCACTACTTGATGGAACTTTTGCTGAAAAAACAGAGTATCTTCC TTTGTCTTGATTCTTCCCACTACCTTTCTTCAAGCTGGCTTTGTTGTTTCCATTACCTTT TTCCTTTGGAATAATTATACTCTTATTCGCATTTCTAACAATATGATGACTTGGTCCTGA AGATGCATCAGACGCCATTGAATCATCAGTATCATCATCATCATCATCGTCATCAACGAC AACATTCATTATCTTCTTGCGACGACCTTGTCCTAAAACACCATCTTCATCATCAAAATC GCCTTCACAATTCATCTCATCGTCTTCATCATTCGTAGGTGAGCCAATGTACATTGTCCA TCCAGATTCACTACTGTGACATTCTTCACCCTCATTAAAAATATGAGACTTAGGGTCCAT AATTTAAAAAACAAAAAAAACAGAGTATCTTAGAAAGAAGTAAAACAGAAACAGAACAAA AAAAGTAGAGTTTATTGGTACATGTTAAAAAGGCAAAAGAAAGCTGAATCAAAACACCTG TATAGAACAAACATGCCCCAATCTTATACTACTTCTGAAAGCAACCCTTAAAAAAAAAAA CGATTTTTTTTTGAATTTTATTAAATTTTCACCACTTGGATATATATGTACATGTACAAC TACATCGCCATTATTTACATGTACAGAGGGACAGGTAGAAGGTGTCAAAGATGATAGAGA AAACACCTGTTTTTTTTTTTTTTTTACAATAACAAAAGGCACAAAAAACGACCTATCGAG TAAATATAAAAGGACAGAAAATTGGGCTAATTACTTAGGTTGTAAAAAAAATAAATGGTA CATATATCTTTACTTCTCTGAATTCTGAACGTGGACTCATTTAATAAGAAGCTCTGCTTT GAATGCAAAATGCAGGGGGAGAGTGCAAGCCTATATGCTACTCTGAAGAAAAATATATAT ACTAAAAAAAAATTATTTTATTTTGTTTTTTTGTTGTTAATAAAGCTAGAAAAAAGGACC TCTCTCTGAGTGTCAATACTTATTTCTATGTCATGTCAAATAAAAACAAGAGGTTGGGAG TAAATAAATTATGCAGCTTTTTCTTCTACTAGAAAAAAAAAATATTGAAGGTAAGCCAAC TGGAGTTGTCTTGTAGTAAGTTCTGTGACTTTACAAGGAGACATAGCTTTTATTTTATAT TTTTACTAATGTTTTTTTCCTTGCTAGTACATACAAGTATACTATATGATTCATTCGTAA TTCCATTACTTTTTCCTCTGTTTTCGTTTAATTATTTGATATTCGATATTTCTTGATAAA TTAATTTAAATTCGTGCTTCTTAATATTAGGCCTCTAGTCAACGATGGACGAGAGCTCAG ATCAACTATGAATGAATTATATCCATTTTACCGCACCACTTGGTGGTACAATCTTTCACT CATGATGAGTCATTCTGCAGCTAAAAACTCTTACTTTCCATTTTGTTATACAGTAGCTAT ATTCTTTTTTATTTATTTCGAGAGTCAAATTTGTTTATTTTGTTTGTGAATTTAGACATG TAAATTTTTAGAAATAAAATTTATATATTTAGAAATTAGGTAAACAACATTTGAAATATT CGTTTGAATCTCAAAAATCAAAATGTGTCCTGTTTATTAGACACTATGTTCTTATTAGTT CATTTTGAAAAGAATGAAACATCTAACAATAAATTTTCTAGTTTTCCTTTAATGAGATTT TTTTTTATCGTCACACAAATATATGTATGATATATTTAAGATCACGAGTTTTCATTTTTT CTCTTAAATTTTACTGAGTCAAACTATATATGTCACATTAATTGAAACTGGGTGGTACCA ACTTATTGTTCTTAGCTTGATAGTACTGTCATTGTCAAATAGTGATCTGGAATGTGGTTA GATCTAGAATTTAGGATTGTATTAATTATGAAAGTATTTGTAAGCATTCATGTTAGTTTC TATAAGCTTATTAAAGCCAAAGAAGTCATTTCTTTTTTCCCTCATGGAAGGTGCAAATAA GAGTATTAATTAACCAGTTGAGGATATATTGAAATGGGGCATGTCCAATGCCTCTTAATG ACTTTTTAGTTGTTTCTCACATTGTAATCCAAAGGCATGGCTTATTATAAAGAAATGCTA GACAGGCAAGGCCCATCTATTATTCTTGCTGTTTGTCCTTTTGAGAGATCATATCTTGTA TTGCACTTGTCTTGGGCTCCATGTGATGTTCTTTTCCAAATTCTTTTTGACAATAGGACA AATATCCCAAGGCTGGAAAGATCCAATCTAATTAAACACTTAGCTCCCTCCCCCTCCCTT CTTTTTATCGCGACAGAGTCAGAATTTTCACTAAAAAATCAATATACACGAGGAGATTCA ACATTTGTTATTTATATATAAAAATATAGAGTGTGTAATTTTTTAGTGAAGTTTGTTTGA ATGAACCTCTAGTGCCTCTAACTCGGCCTGTGGGTGTTAGAGTGCCGGTGTATAATTTTT TAGCAATAAGATAATGCTTTTTATGTATTCAAGTCAAACATAGATATGACAAATCTTTGT CGTTCACACTAGAAAGGTTTTAAATTTGTTTAAACATATAAAATTCCTTAATTTACTCTC TCTTTTTTTTTTTTTTATCATGTTGTTATCCTAATTATTGTACTTTATTTACTGTCCTGG TTTTAGGTTCGACCACCCTGAAAAGTGTCTCAACAACACCTTCCTGCTAGTTTCTTGAAC TCTTTAAGGCATTTCATTGAGCATGTGCGTAGTTGTAAAGTCCACTAAAATATTGTCATA TTTTTTTAAAACAATAATAACTATACACCTAATTAGCTAATTCCCAGACAGGAATAAACA TGTTACAAAGAGAAAATAAAACTATTGAGAGTGTAGTTCCATAGCGAAAATCCTGGCTCT ATCACTGGTTGCAGTGGTATAGTTTGGATAGAAAATCCTGGCTCTATCACTGGTTGCAGT GGTATAGTTTGGATAGAATTAGAGAGCATTTTGGTAGGAAGTACTTCATATGAGTTCGCA ATTTACCCCTATCCAATATGAATTAGTTGAGCCAGTGAATTTCGAATATGTCAAACAAAA AAGAGGATCAACTGGTGGACTAGACTTTTTGTGCAGCATTTGGAGAATAAGTAAGAGGCT TTGCTATATACAAAGGCTTATTATAATTTCCAGCAAAAACTACCACAATTTTAGGCTCAG GATCTAGGACATTTATTTGATGTCTTTTCTTAATTTCCTCATCAGTCTCAACCAAATACT CTGTTGAAGCAGAATTTTGGCCACAGAAAATGAGAAAAATTAATGCAAAAGCAATGGTAG AGACAATGACTGCTAGACCAAAATAAATGTATGGAATTGGTGAGCTCCATTGCCAAAATT CAGGTGAAGTGCCTGTTGAATTCATTTTTTGCTTCCCACTTTGTATGTTAGTTGCCTTTT TTTTAAAAGTATTTTTGCTTGTGTTCTGCATGAAATCAGCTAAGTGACTGGCTTTTTATA GACACTAGAAGAATTAACTAATTGTGGATATTGCACATATTTGGATGATATGATTCTACC TGATATATATATATTCTCTCAATCTCACACAAGATTTAACTTGGCCCATCGAACATTTAA GTTTATAATTATTAATATCAAGTTGAAAAATACTTCTTTTGGAAATATGAAAGGGCAGAT ACGTTATTGGGAAGCTATGCTATTCAAAAATATTGTTGCACCTGTGCCCGATTCTCCAAA AATACAATACATTTAAAGAATCAAACACGAACCTGTCCGAATCCAAATAACATAGTTGGG AAGTTGCATTTGCGGCTCAAATGATTCTGTTATCAACCTTCAAGTCGTTCTTGACTTTTA TGGTAAATGGTTTGTTTGGTTAGGAAGAACAAATAATTCAATTTTTCATGTTTGATTGAT TAAAATATTTTTCTTGCGAAAAAAAAGTTTCTTAAAAAGAAATAATAGGAAAATGACTAC CTAGTGAAAGTATGAAAAAATAGTTTCATAAGTGGCATTCCAAACTCATCGTCTCCCAAT CCCCATTATAGTTCCCTTAAATCAGTCCCCCTCGATCACTCCTTTATTCAATAGTTTAGT ACTCCGCGTTCCATTTCTATAGTATTTTTCTGGATTACATATTGCTCTTTAGACTATCTT TTGCTAATAACTTAGTGGTCAAACACAGAAAATAAATTTTTAAACCACTTATTTTCACGG AGGCCACAAATAAAAATCCTGGATCCACCACATTTAGAAAACATGTTTTGTTCGTAACAA ATACAAAGTTAACGGATTATGTTCCTATTCCAGCATAGCTATAGGGAAAAAGAAGCATCA CCTATAAAGGGGAGGAAATATTCTATTATATGGAAACTAAGGATGAATCTTGTATGACTT TTGGTTAGGCCTCTGGTCATTAACATGTCAATTATGGTGCCTAACCCTTTAATTTATTCT CTTTATTGCCTACTTTAATCTAATCAAATACTGTACTTATGTTGTTGTCCTTCATACTTT TGTTGAACTTATCCATTAGAATGTGTATTTAAATTCCAATTAACAGTATGCTCACTAATG AGGAATAGAATCCCTAATTTAAAATCTCATTTATAAAGCAAACTAAATAATAGAGTCTGC TCTGGAAAAAAAGGTAAAGGAGCTAGATGGATAATAATTAACATCTTACTTTCACATTAA TTATGTACTAGTAATGTTAATCCAGTAATGATCAGATTAGAATTATAAAGAGCAATAAGA ATCAAAGACAAATGAATTTAGTGCCTATAGAGAAAGCTCAATAGTTCGATTTTCCACCCG TCAGCCTGAAACACTTATCATCATGTTAAAAGTTATAACTGATACCAACGTAACCCCGAT CTGTATACACCCGACCCTCATGCATCTTGCCATAAACTCGTCAAAATCTCTCCCCAAATT TCAAGTAAAGAACCGAATTACTAATTCAAAGTTTGAGAACTACAATAATAACGCTTCAAT TCCGAGCTAGTTAGGATTGAATATATGAATTCTCACTATACATGTCGCTCCATATTCAAT ATATTATCAAGACTCATGATAATTTGACTAGATTTACGCTAAATGTACCCATTTGAGACC AATAAACTAAGATCTAAACATAAATCAACCATCCTGAGTATGATGAAGACAAGGAGAAGA AACAGGCATTGCTATGCAGGTAGGATTTTGATCCCCGGGCATGATAACAAGCCTACTATG ATCATGTTGATCACCAACTGGTGCAATTGATAACATTTCAATCTTTTCTGATGAAAGTAC CCGTTCAGTGTAGCAGCAACATTTGAACAGGCAAAACAGAGCAAAAATCCCAAATATCAT CGCGACCCAACCGTCGACGATGTGAGCTATTGTAGAATTTGATGCAGAGCTTGGAGTGAC TTCTTCATTGTAATAGTCCATATGCTATTAAAAATTTGGTAGCTAAATTAAGAAATGTCA AAATAATTGAGTTACTTGGAGAGGGTGAAAAATGGGACTGTTTTAAAGGGCGTTGAATTT GTTGTTTGGCAGAGTTAATTCATGTGGGGAAACAAAAACAGGGGAACTCTAAGAGGTCTT TTTGGCCGTTTGTGCTTCTTAGATGAATTTGGATATATATATATATATTATTATCACTTT GAAATCCTGTTTGTAAATACCAAAAGCAAATAAATTAGCAAATATACAATTGTGGTTGAG AGTAAAAAAAATATTAATGATAGAACAATAATTATTATTACCAAAATAAAATTTTAAGTG CTTATAAGCTGAATAATTTTTGACTCATCTAACTGTAAACACTCGAAATGATTATAAGTT AAGCTAAACACTCTTAATATTTTCTCCGTCCGATATTATTTATTATAATTTCTATTTTTA GAGTCAAACTATAAAAATTTTGACATAATTTTAAAATGTATTTTTCCATCATATTAATTT TTTTATAATACTTAAGAATATCTATTTATTTTTTTAAAATATCAAATTAATGTGATCCAA TTTACCTTTAGAAATTGATAAAATTAACTTTCATTAAGTGCAACATGACAAATAATTTCG GACGGAGAAAGTAACATTTAAAAAATCATTTCATTTTTGTTCTAAAAGAAAAAATGCATG AGTACCACAAGCTTCGTAAAAAATATCAACAGCAACCAAAAGATAGTGTCTTCGTAGGTT AAGAAAAGGTAAAAAAATATTAATAAAATAAGTCTAGAAGTAAAGGAGTAAAAAGTATTT AAATTTCACACATAGAGATCGAGAATACATATGCATTTTTCCTATTTAAAATAATTAAGA GAGAATTAATTATCTTTTTTCCAACTTTACCTCTAACACTAATTTTGGCCTAACCTCTGT TAAAGAGACATATCTGGTCAAGAAATTTCTCATTTTTGGTATTACTGTACGTGAAGGTGA AGCCAGAATTAAAAGTTTAAGAATTCACCCACCTGGCTCCGCCCCCGGTGGTACATTATA AAAATTGATATTCATACCACAAGAAGTTAAAAAAAAGAAGAAGTAAAACACATAAATTTC TATTTGAAATAACTTAAATCATTGTAGTAGAAATCTACCTTTATTATGCCTTCAACGTTT TTGAAAAGCTACAAAACATGATGATGGTGGCAACCTTTCAACTCAATCTTGAAACTTTGG GGATTTATAGTGAAGTTTGAAAATGCAAGAAACTAAACTATTAAATGGTAAAGATCAAAA CTTAAAAAAAATTTAGTTGGGGAATTAGTGAGTCGTTCCACGTGCCTTCAAACATGTCAA CATGTGTACTAATTAACCGCTACGTGTGTGACTTGTTTTCTTATTTTTAACGGACTCACT TTTTTTTCCCTATAATTCCAAACTATATTTTTCCACTATTTCATATATACATATTTATTT ATTAATTTTCATATATTAAGAATGTAATGTAATCTATAAATGATGAAATGAGGCTAAATT TGAATTTTAAAAAAGTTAGAATTAACGAACTGCAAACTGAATTTTTTATGTGTCTTGAGA ATGTGGGCAAGTATACTAGTAGATTATTGCACGAGTAAATTCTTTTTTCTTTAATTTTTT TTTCATTTGGTGTCTATATTGAAGTTTAACAAGTTTAAAGTCAAACTTCAATATGAATTT ATTTAGATAAGTCGAGTTGAAATATTATAAATTTTTAAATTCTTGTTACGTAGATTTTCT ATCGATTATATCATCAAATTGACTAATTTAAAACCATTTATGCTTCAACTTCATCAAGTA ATTTAGTTGGCGTAGTTGCTTTAGATTAGGTGTCCAGATTAGATGTCGTTTGGTAGAAAG AACTATGAAGAAGCAAGCTCAATGCTAAGAGGTTAATTTGCAATTTAAGTTGAAGAAGCA AGAAGCTATGGACAAAATGAAAATGAATTAATTAAGGTTTATTAGCTAGTTTTTTTAGAA ATAATACACAAAATTAGTACGAATTCTAAATTAATGTCGTGGACAAATAAAATTGAATTG TAGTTCAATTTAGCCAACTCAAGTCTATTTTAAATGCAACTTTTTGCTACAGTGAGCATT ATTTTTTAATTCCTAGCTATTTCTATTTTTCTTTTCTCTGGTTCTGTTTTTTTATTTACA ATATTGAGAATTATATAAAATACTTTCAGTTGCCCTTAAATATTGAATCGCAAATTAACT TGTTAAATTGTTCTGCTTTTAGCCTATTTAGCTCAAATAAATTTAACAACTCTAGGTCAA ATTCACTTTGAAAACGAAAATCACACCTAAACTTTCAACAAATGAAAATATTCATTTTAG TAAAGTAAAGTCAAGTCAATTTAATTTGACATGTCTAGAGGAGATTGAAGGTGAAATTAT ACGAACCACACTTAAAAGATTTAAAATCTTTACATAAATACTCGGTCAAATATTTTTTAT TTTTTATTATGACAGCAATTTCATAAAGTTCAAAAGGATCTTTAACAATTCAATTAAATT AGTAACTTTGTTCACTTTTTTTACTTTGTATTTAAATTTAGATAAAAGAAAAACTTAATT ATTAATTTTTTCATTGAAAATTACCACTTTATATTATCAATAATTAAAGGAAGTACATAA TTCAAAGTGGTACCCTTAATATCATGTAAAATTGAGTTTGAGAAAGTATCTAGATAATTT AAGAATCTCATCGAAAAAGTTGTGAAATTAGGTCTTAGACTTAACTCACACCCTTAAAGC TAGCTCAAAGGGAGGAGGATTGCCTAAGCCTTATAAAGAGTCCACCCATCTCATTAATCA CTGATGTGGGATTTTTGTCATTCTTTAACACCTCACCTCACGCCCAGTGCTCTGATACCA TGTGAAATTAGGTCTTAGGCCTAACTCACACCCTAAAAGCTAGCTCAAAGGGAGGAGGAT TGCCTAAGCCTTGTAAAGAGTCAACTCATATCATTAATCACCGATGTGGAATTTTTATCA TTCTTTAACAAAAGTTAGAAATATATTTATATAAAATCGAAACGATCAAACGTGTTAGAG AATAATATGTATTATTGTGTCTTAGCTTAGAAAGAAATGTTTGACAGATGTTAAATGTTT GACTTAATTTTTTTTATTCAAAGCAGTCGATCCGCCAAATATGATTTTTCTACTAAAAAA AGAATTATTCAATCGAAACTTCCGGGACATATCTCCAAACAGAATCATGGCTTTTGCTAC AAAATCATCACCTCGCTCTTTACAACCTAACAATTCGAAAACTTGTTCTGCAATTCATTT GAAACTACAACAATAGAAGAAGAAAAAAAAAGTTCAATTCAACAGATTTTTGAAAAAAAA AGTCAACAGATGAAAAACCTGGATCACATCGCTGCTTCGGTTGATTGGGAGAAAGAGTCT CTCCCTGAGTACCAGGATTTGATATTTCTCTTATTTTTTGCTCTCTTCTTCCCCGTTCTT CGATTCATACTCGACAGATTTGTTTTCGAGGTAGTAGCTCGGTTGGTTGGCTATCTCAAC TAATTTTGATTAGTTTTTTTCCCAGTTTTCTTCCCTCCTCTGTTTTTTTTTTCTTTTCTG TTTGAAATTTGAGATTGATTTGGACGCGTGCTTATATTGTTTACTCTGATGCTAGGCATT GGCTAAGCGTATGATTTTTGGAAAGAAGACGGTTGTAAATATTAACGGTCGTGAAGAGAG GAAGAAGATCAACAAATTCAAAGAGTCAGCATGGAAATTTGTATATTTTCTATCTACTGA GCTACTTGCACTTTCTGTGACTTGTAATGAGCCTTGGTTCACAGATAGTCGGTATTTCTG GGCAGGACCTGGAGATGTGGTTTGGCCTAATTTGAAAATGAAGTAAAGCTCTTCTCATTT TTGAAGATTTTGTATTGATATCTGAATCAGAAAAGGAGTGTTTATAACCTGGTTGATTCG AATTTGGCAGATTAAAGCTAAAATTATTGTACATGTATGCTGGAGGATTCTACTTTTACT CCATATTCGCAACACTTTATTGGGAAACAAGACGCTATGATTTTGCTGCGCAGATAATTC ATCATGTAACAACAGTGTCACTCATTGTGTTGTCTTACGTATACGGGTACAGCCATTTGC TCAGCTGTTATAAAAGTGTTGGTGTGAGTTGAGTTTTGAAGAATGTGAACATTCTGTTTT GCAGGTTTGCGCGTATTGGATCAGTGGTTCTAGCACTTCATGACGGAAGTGATGTATTCA TGGAAATTGCAAAGATGTCGAAATACAGTGGCTTTGATTTGATTGCTGATATTTTCTTCT CTCTTTTCGCGTTGGTTTTTACATCACTTCGTATAATCTGCTATCCCTTCTGGATAATCC GAAGCACATGGTGAGTTCACTACCAACTGCATTTACAGTAAGCTTGTTTTCTGTTAGTTC ATCGTCTCTAAGATTCGTTATTTCTTTCAACTTTGTGCAGCTACGAACTTCTTTATGTAT TGGATATACAGAAGGAACGGACTACTGGGATCATACTTTACTTTGTTTTCAATGCATTGC TGATATGCTTGCTGGTTCTTCACCTCTTTTGGTTCAAAATCATACTGCGGATGGTCAAGA ACCAAATCCTATCAAGAGGCCACATTACTGATGATGTTCGAGAAGGTAAAAGAATCATCT GCTTCATTGATCATATAAACTTCCAGCATGATAGCTTTTGATCTTACACTGCATTTTTGT TTATGATCTGCAGATTCTGAATCTGATGATGACCACAAAGACTGATCCTTCAGTAGCTAA GACCAAAAGTACAATTCATGGTCCAGGCTGATGTTTGAAGCATTTAAATATTTTGTATTT CTTGTAGAGGCAGCACTACTTGATGTCGATGAACAAATTGAACATAGGGAATTATAGTGA AAATCTTTATTCTGGGTTCCATTCATGAGTTTTGCCTGTATGTATAAGAAAAAAGTTGCA CTGTTGGAATTATGTATATCCTGATATGCTATTTGGATGAACTGTCAATTTAATTCGTTT AAATTTCTTCATCTCTGAAGTCTAAACAGCTAAATTGACAGAATATTTCGCCATTGACCA ACTATAAACAATAATTTTGAAGAAAGAACATATGATTAGCAAAGCCTCTTGCCACAAATA TAACCTAAACAAGAGCAAAATATTGCTGCTTCTCTCACATTTCAACAGGGAAAAGTCAAG AATGAATAGTAACTTTGCAGTAAATTATGTAACAAAAGCTAAGTGATGCTATAAGATGAT TCATCTGTAAACTAACCCCACAAATCTTGTCCTATCTTTTCAACGGGAGAATTTTGAGAT CAATTTGTCAACATGAATTATGATATCATCTATGCGAGGTCGAACTGTCCCCTGAGGCTG AAGCATCCATGTCACGAATTGGTGAAGGGCTTCTGGATATGGAGGTTTAGGCCCGGCTGG CCACTTTATCTGTGCATTTACAATAGCCAGCTGCAGACTTCCACCAGATTCCCCAAGTGC GTATTCAAAGGGAGATACTCCATACCTGCAATAGAGATGATATATATATTCAGTAACTTC TTATTGATATACACCATGAAAATCACTTCCATGGTCACGAGATATCTCCACCTTTGAAAT GTCAATGGTAGGAGACAACTCAATTGACAAAAAAAAAAGACATGAAAAATGATGAAAATT AAACTTGGTAGAATCAAGATAAAAAGTACTGCCTTGATTAAGTAGTCTCAGTGGAAAAAG TAGGGAGTTCTATTTGCAGTGTAAGACCAACCACTTTTAAGTTTTACTAAACAAAACTTG TTATTCACAACCTGATTTTCTCATCTATTTATACTTTGGAATATCAGCTCCGAGTACTAC AGCATAGTACAAGCACCTAAATACTAATGCTACGTACATTCACAACAGGTGCAAGAAATA GGATAGTTGAACCAAATCTTGATGCAACCATCAGCTGCGTATGGACAAAGGATTTTCGTT CGCTTCTACAGAGAGCTAGCTTCAAATATTAAGAAGAAGTAAGAGTATTCTTACATTATT GCATATAATGTACAACCTAATGACCAGATATCAGTTCTTTCATCAATATCACATTGGCTT GGGCAATCCCATAATTCAGGTGCTCGGAAGGGTGCGGAAACATGCTCAGCTGCCCATTCC TGTAAAAGCAATAGCATAGGTGAAAACATTCAGCCCAGACATGTTCACAAGAAGGAACTT AAATGAAAATTACAGGCATATAATTAGAGCAGAAAGTATGCATACATTTAAAAAAGTAAT ACAAGTACCTGCAGCTGCAATGCCTCTTGACGAGAGCGGATTTGCTTTCTTGCAGGACGT GTACTTCCAAAGTCCATTAATACTGCAAGAGGTGGTTGTTCTCTTCTATGAGTTAGCAGG ACATTACCAGGTTTGACATCATTATGTGCATAAGGAGGATCAAAGCTATGCATATGCTTG AGTCCTGCACAAAGCTGCATAACATAGTTCCTTAAAATACATTTCTAGGCTCTAGAGATG ATTATGTCCTCCCCTTGTATTTAATCAAAAATCCAAGAAAATGTACTGTTGCAAAAATAT TGGTCCTTAATTCACCTGACGAAATATTTGAAGAACATCTGAAGTGGAAAAGAATTCTTT CTTAGCTTTCATGCCTGTGGCATTATCTAGTAATGTCCCATCCAAATGTACCGGAAACAA CAAGTAAGCTTCATGCTTCCAGGACTGATCTGGACCGGCCTATCCAACAGAGTAAGATAT TTAGATAGAATGTAATGGAAATCGAAGAGAATAGGGTACAAGGAAGATGTAAATATGCAG GCATATAGTGTGCAGTACAGCTATAATTCCATAACATCATCATAAATAGCCCTTTCATAA ATGACAAATGAGAGTTGCTCAAACTCCATGTTCAATAAGCAGAGAGTGTTGGAAGAGCAA TACCTCCTCACTTCCTGTGATTGTTTTCCATTATCCTCCACCACACTCCACCCACCCCCA CCCAAAAAAAAACACAAAAGAAGAAGAGTTGGTTTCTCAAGAAGAGAAGTATTACAGAAA AAATCGTTTGACACTCCACATGATCGTCCAAACTTTGGTATTTTCAGAATTCTCACATCA TTTTAACTGAACAGTGTGCAACATCTGTTAAGAAATGATTCAGATCTTCAAAGTACCTCT AAGAACTCCTGGAAGGGTACGGATAAGATAACCTATCATGGATGATATCGCCAGTCTCAA TTTAATTTTCCACCACCTAATTGTGCAAAGCACTCTTGTTCACACATAACACAAAAACCT AGACATGGACATCACTCATCAGTGTACTACTAAAAAAAGAGATCAGACCACAGAGCTGAT GGGGGTGGGGGGTCCAAAGTGACTGCAGCAATTACCTTGACTGCAATGATAGCATGATCA AGGAGAGGAAGCAGATTGGGATGAGTAAATAAAGATGAAACACGGATCTCCTCTTTAACC AACGCCAACTGTTCGCTGTTCTGAATAAGAACCTTCTTCATGGCATAAGTTCCATCATCT GCACATACATAAAGTTTTCAATAAATCTTTTACATAATAAATGAAATGACTACAATAATT GTACACCGAAGTTCAAAGACAACTTATTCTTTGCACCTCCCCAAAGAAAAAGATTCCAAT AATCTAGAATGGGCTAATAAACCACCAAAATCTATTTCAGTGGAAATGTCATTAGCAATG GTAGGAAAACCAAGCGGGAAAAAAAATAAAAAAGAATTCCAAGAGCTCCTAAGTTTAGGC AAGGTCGCATAGCCTCCTCTTTATACACTTTCTCAGTAGCAGCGAGTATGTTTATCACAC TTTGGACTCAACTAGGTCATGCCACAGAGTATCAGGGATGGTTTTGAGAGTTGGAGTTGT TGGAAAGTTGATAGCACCATTAAGAGAATTTGGAAGATAATACCTGCAGCTATTTTTTTG GAGTATTTGGAATGGAAGAAATAGGAAATACTTTGATGCAATATGAAGTACCTATAAATC TCTAAAAGCTAGTTTTCTTTATGTTGTTGTATAGTTGGGTCTATATGTCCCCAATAGTGT CCCTGTTATACTCTTGAATTTTATCAGCTCATTAGCTCTTAACTAGATATGTATTGGAGC TGATAAGTTCTTCTTGCTATTCTACTTCTGTAACTATTATGCATCCACCTGATGCCAGCA ATGAAATTATTTACTTCATCAAAAAGTTTAGGCAAGGTCAGGACAGCAAACTAAATAATT GTACAATAAAGAAGCACATTCTAGAGAACAACACCCTTCCCGTAAATAGTAAACTTGAGC AATCTTTGCCAATTCTAAACTCAGAGAATCATCAAAATCCGAAATTTGAAGATGATTAAC CTTACATATACAAATAATACTCCGATCCAATAAAAACAAAACTAGAATAGCATTGGAGGG TAGGAACGCACAGCAATTAAGAAACAAACATCCCAATCCCAGCAACTCCTCACAATTGAA AGATCATATAAGCAATTAAGAACGACTCTAATTATTAGTCACAAAAAACAAAACAAATGC ATACAATTGGATAAAATGAACAAAATTCATTATGCACAAAGCTGAAGCAACTCAGTCATG ATTAGAAGAGAGAGAAAAAATTACCAGATATATGAGAAGAATCCTTAAATTTCTTGGAAA CGCCAGGATTAGAAGGGTCAGATATCACCTCCTTGACGAGGAAAACGTAAGCGAAACCAC CCTCGCCAAGCTGCCTGACAATTTTGAATCGATTCTCATTGATCCAAACATCGCCACCAC CATTAACGGCGTCGTATAGAGCATTCAAGCCGGAGAACGAGCAGCCCATCTTCTGATCAA ATGGTCAGCTCCCTCTTTACTCTTCAGTCTTAGATCTTACACACTCTCTTTTGATATATT CCCGTTTTTCTTCTTTCTCACTCTCGGATCCGTCTCATGTGTGCCTATGGATTGAGTTCA AATCACTTTACTTTACTTATCAAACCCCCGGTTGACTTGCAAAAGGTGAAATGTGAATCC CCTTTTACGTTAATACTACAGACTAATAAATTCACTTGTCTGTTTTCTCCTTGCAACACG CAATGTCGGTGGACTTTCGGCGAGGGTAAAGATGTCAAGTCTCGGTGAACTTTCGTATCA GTAATTGAATCAACCTGCCCCGCCCTATTGACATCCATGATGGAAAATTAGATAAATAGA TGTTTAGTAATGTGATATTCTATCACGATATAAAATTTTAAGATGAAATTATGTTTGGAC ATGTGATTCTATCTCATGGTTCCATATTCTCTGAAAACCTATTATTATTTGAGGTATTTT TTATAAAAAAATTGATTCACAAATTTATATTTTATTAAAAAATCTCACATTTATAGCTAC TAACCATTTATTTCATTTATAAATAAAATTTATAATCATATCATTACTTTATAAAATTTA TTATTCTCACCGACATAAAATTTATTATTCTCACCAACATATAGTTACTTTACCTAACAC CATTCGATTGCTGAGTAATAAAATGGTTTCATTTACTCTAACGCCTAATTTATTACTTCT ACCGCGTTTGTAATTATTACAACTCAAAGTAATAAGTTGGGTCGTTTTCTCGATCACATG ATCGAAAAATGCAGGTTCAATGCGAGGAAATTGCATGCACTATGTGGGAGGATTATATTA AAAATCAGTACATTAAAATTTATGTTCAGTTTTTTTTTTATTGAATTAAAGTTAGATGAA ACACTTACATAGGTGGAGAACAAATAGTTTTGTAATAATTTATTATGCGATTTTATAAAT TTTTATTTATTTAGTAAGATTATACAAACAATTGAATTATTTTAATAGTTTTACAACTTA TGAAATTCTTATGTTTATGAGAGAAAATACCACACACAAATTCATATCGTATATCCAAAT AAAACTTTAATTTCATTTTATAATTTCATATTATGATATCATATTATTATGATATCTCGT GATCAAATAAGCCCCAAGTGTTATATGCAAAGCTCTAAGTAGCTAAGTGCCATATGCAAA ACTGTTTCAATTATAAACATGAATGTTGAACATACGTTTATATAATTGAATGTTAATTAT AAAAATCTCTTTCAAAAAATCAATCAACTTGATCTTGACTCAAAAAATTTTACCCAATCC AGCTGAACAAAGATAAAAATTTATATATCGATTTAATTTTTAACTTCGCGATATTTCCCA ACTCCTATAAACAAAAACTTAAAACCTTGCACCAAATAAGTGGAGTTAATTCAGTTAACT CAAAAAGTTGTTTTTCTTCTTTTATAAGTAACTCGAAAGTTATTTTACGGTTGACATTTC ATCTATAAAATAACTAAATCGTTTAATGTGATTATTCCGTTTAATTTTGGTGATATAAAT TTTTTATATAAACCATTTTTTTAAGAAAATAAGAAACTTAAAAGAGATGTTTGATCATAA TTTTTTTTATATTTTCGAGAATTAAACTTTGAAAATATGTTAGCCATAAAATTTTGTAAT CCAATATGAATTTTTATGAATTTTGAAAAATTGAAAAAATATTTTTCACTCCGAAAAATA GAAAAAAAGTAAAATGTAAGTCTAATTTGTATTTATGGGCAAACAAAACTGGTCCAACTT TCAAATGATTTATTTTTCATATTTTAACCAAAAATATTCTTTCAAATTTCCCAATAGAAC ATGGACAAACGTCTGATAAGTCATTCTTCAACCTTTCAAATGGTGAACATCTTTCGAAAA AAAAAATACGTTTAAAAAAATGCGTCTCTTTCATATTATTTTTTCGCTTTTTCTTCTTTA CATTTTTTTGAGTTTACACAAAGAAAGAGAAGTGAAAGAAAAAAAAAACCGAAAAGAGCC TTGTCAAATTGGGAAATATTTGTTCAATAAAATTTTTAAAATTATAATTTGGTTGTGTTT GGGTATTTTCACGTGAGAGTATTATCAACTGCACGGAAAAAATTAAAAATTGTGTCAAAG TATAATTAGTTTAAACAATAATTTGTGAAATTGAAAACTTAAAATGATCAACTAATCTAC TCGTTTGGATAAATTTTACATAAAAAATAATATTTTAATTTGAAATAATTATGTCATTTG AATTTTTAATTTTAAACGTTAAACTTCAAATTTCACGCTCGGTACATTGCAAACGAATTT CTATTACACAAAAACTATAATGCATTAATTGTTTATACATTGAATAATAATGTGAGAACA ATTAAGGAATGCATAATAATGTATGAATCACTTGTTTTAAGTGGAATTATTTTCTGTTTT AGAAAAAAATAAATTGGTGTTAGACCAATAAATTTTAAAAATATCTTTTTTTTTAAAAAA AAAAACTAGTGTTTGGACAAATATTTTTGAAGTAAGTACTTCAAAATGCACTTTTATCAA ATGCAATTTTAGAAAAGCTAGCTACCTTTTTAGTTTTTTGTTTATAGTTCTTTAGAAATA CTTCTAGCAGTTTTGACCTCCACAACAATTAGTCAACTATTAGTTATCCTTAATCCATGT TTATTAAATAATGTATTTTTCTTTAGTTACCCTTATCCATAATTATTCTTATTAAATAAG GTATTTTATTTGGTTACCCTTATCATAATTATTAAAGAATGTGACCCAAATATTTGCATT TGTGTCGGAATTTTCATAATCAATTTTTTCTATTTTTATGAGATTTTAATAAGATTTGCG TATACTATTTTTTCATTAAATTTCAATTTGTATAGATAAATATATTATTTTAGTGTAATT TCACAAAATTAAAATATTTAATTTGTCTGTTGAACTTAATTTGAAATATCTTTTTATGTA TTACTAGTGTGAATTCATATATAGTACGTAGCAAATAAACCAAACAAGCCCTAATAGGAT TTCTACACAACGCTACAGGGTTCTTTCCTTTTATTTCCCTCCTTTTTCTTCTCGAGTCCA CATGTTCCTTTCCTCTTGTTCTACAGCGACTGGCGAAAACAAAATATCTAACAAACTCAG TAACTTCTCTCAATTAAATTCCACCCAATTTGTATTCTCCTCTTTGCTATAAATATATAT TCTCTTTGTCTTCTTCTTCCCGTTCGGTTCACTTAGATCAAAAATCAAGTTTCTTGCAAT TTTTTTTTTGCTCTATTACTTGCCTCTTTACTTGATTACAGGTATGATGATTTGCCGAGT ATGTTGAACTCTCAAGCTTTTTTATTTCACGATTTTCGTAGCAATTTTTGGTTTTGCATG TAAATACTTGGAAATTATCTGGGTTTTGATTGAATTTGTGATTCAGCAAACTTGTGTACT TTCTTGTTGATCTTTCAAATTAGTAGTTCACTTTATCTATTTACATCAGGAATGAGGAAT TTGATCGTGCCCTATTGAATGTTGAGATTTGCCGGCGGTTGACTAGAACTTTTATAGTGG TTAGTGGATCAAATTTTTTAGTTTAGTTCCATTTTCCTTTTAAAGAATTCTTCAATTGTG TTCTTGGTAGCTCGCTTAAACTCTTCAAGAATTCTTTAATTGTGTTCTTGGTAGCTCGCT TAAACTCTTCAAGAATTCTTCAATTGTGTTCTTGGTAGCTGGCTTAAACTCTTCAAGAAT TCTTCAATTGTGTTCTTGGTAGCTCGCTTAAACTCTTCAAGAATTTTTCAATTGTGTTCT TGGTAGCTCGCTCGAACTCTTCAAGAATTTTTCAATTGTGTTCTTGTTAGTTCGCTTGAA CTCTTCAAGAATTCTTCAATTGTGTTCTTGGTAATTCGCTTAAAGTCTTCAAGAATTCTT CAATTGTGTTCGTGTTAGTTCGCTTAAACTCTTCAAGAATTCTTCAATTGTGTTCTTGGT AATTTGCTTAAACTCTTCAAGAATTCTTCAATTGTGTTCTTGTTAGTTCTCTTAAACTCT TCAAGAATTCTTCAATTGTGTTCTTGGTAGCTCGCTTAAACTCTTCAAGAATTCTTCAAC TGTGTTCTTGGTAGCTCGCTCGAACTCTTCAAGAATTTTTCAATTGTGTTCTTGTTAGTT CGCTTAAACTCTTCAAGAATTCTTCAATTGTGTTCTTGGTAATTCGCTTAAACTCTTCAA GAATTCTTCAATTGTGTTCTTGGTAGTTCGCTTAAACTCTTCAATTATTCTTCAATTGTG TTCTTGTTAGTTCGCTTAAAATATTTCTTAAAATCTATTAGGGGAAAATTGTTGTTTCTC TCATTCAGAGTTCCTTGGGATATGGGAATTTTATATCTTGATTCAATTTGTTTCTCAATT TCACTTCTTACTTTAATTTGACCAATTTTGAGTGCTTTTTTTTTTAATATATAAATCATT TGAAATTAATTGTAGATATTTATGAGCTATAAAAAGTATTCTAGATTGGGATTCTTTTCA TATAAAAAAAGCATTAGAATATTAATGAATCTGTTAGTTCCATGTCAATCCCCAAATTAG TGAGATTGACTTGTATCCATTTTCAAAGATTCATCATGTAAAACTATTGTTACACCGTTA TGCTACTACAACTTTCCTTAACTAGTTCCAGACCTGCTATACTTTGTGACATAGTGGATT TAAAATGACAAAGTTTAGTTTTAAAATACTAACTCAAGGATCATTTTATCTTACTATTGG GAAGAAAAATGTGGTGACCAGTTTTGGGCAGAAGTGTTGGACAGAGTAAGTAGCCAATTG GTGTTGTCGTATGTGCTTCTGGAGTAACCTAGTTAGTGTTGTCCTGTATGCGCTTCTGGA GTAACCCAGTTAGTGTTGTCGAATACACTTTTGGAGTATCCCAGTTAGTTTGTATGTGCT TCTAGAGTATCTCCTTGAATAGTGAGATGTGAAGTGCGTTGTTGCTCTATCTTGTAAAAT GCAATGCTCTTCCTACATGTGCGTGCACACAAATATTTGTTTCCTCTTTTGCTTTGATTT CGTCAAAAGCTGCTTTGAGACCTCATTTGCTCATGTTCAGTATCTTTTCAAGGAATGGTA CTTTTATCTGATATCTGCAGATTATTATTTTTTTTGTTTAGATCTATCCAAACAAGAACA AAAATTGGAACTTTTTCTTTGCGTATGAATGTGTAGTTCCCCTAAAAGATGTTCTGGGGA CCATAGATTACTGGTAATACTTGGATTGCAGTTTTAAATTCCTTATTTGCATCTTAATTT GCAGAATTTTCCAGGTATTTTAATGGCCCAGGATACTCTTTCCAATGCCGATTCACCGCG AAGAAGGTCTGGTCTATTAAGAGATCAAGTTCAACTGGTAAAAAGAAGTACTTCTGCTCG TTATGAGATAGCCCCAATTCAAGATCAGCTATCATTTGAGAAGGGTTTCTTTATAGTACT CCGTGCATGCCAGTTGTTGGTTCAGAAGAATGAAGGAATTGTTCTGGTGGGTGTCGCTGG TCCTTCAGGGGCCGGGAAGTCCGTGTTCACAGAGAAGATCCTGAATGTTATGCCTAGTAT TGCTATCATAAACATGGACAACTACAATGAGCCCAGTCGTATCGTTGATGGAAATTTCGA CGGTAGTCTTGCTTTCATTCTTTCTTGATTCTAATTGTTTGTTACATACATAATTTTGTT GATGTTGATGAGTTATTCTTGTAGTGACCTTATGTAGCAATTTTTTAATTACATGAGATA TCTTTTATTATTCTTGTAGTTGCTCCAAGGCTTTGTCCAGTGGTGAGAATGCAACACGTG ATGTGTGGGTTATACACATATCACGGGTTCAAATTCTGCCTCATGCGGTATTTAAGTGAA GAAGATACAGTGATGGACCTTTTATGTACCGCGTTCCAATACACTACTGACCCTGTGGAG ATCTCTCGGGTTATCAAAAATAAACAAATTCAGAACTAGTAGTTTAAACACTTCTCAAAC TTCGTCCTTAATCTAAATACGTCTGTATATGCATATGAAATACGAAGACATCATTGGACC AACACTTCATATGATTCCCAACAGTATTTAGTTATTTATTTATTTTTGGTCTGCAGTCTT GATGGATATCTCCTGACTCTAGATTGAACTTTTATTTATTAATCTATTAAAAGTCGAATC ATAAGAATATGCAGGTTGTTTATAGGCCATGTTGCTAATCAGTGATAAACTAATGGTATA GTATTTTGTGTCGGTTACCTGTAGTTGGTTAATGTGATAATGAATGATAAGAGTGAAATA CTAACAATGACTACTACTTCCACAGTTAAAGCATGACCACTTTTAGTAAATGACAAAAAA AAAACAAAAATGCAATAGTATCTCATTGCTCCTTTCTTGAAGTAATGAATAAATATTGGG TGCAGATCCCATTGCTCCTTTCTTTCAGGAATTCTAATAGATTTGTACAGCTGTGGCCTC TCCTTAGTTTTGTTTTTTCAGATAATACTCGTTTAGGTGATGACTGTTCAAGAGTCTAAA TCTCTCTGAACTCTATGAATACTGAATTTGGGAACCAATTCTCAAATATATTTTGCAAAA TTTTAGAATGTGTCCCATAAGTGAAATTGTGTCAGTGTATGCAACTTCGATGCTTTTGAA GTAAAATAAACAGATGAGTTTCTTGGTGTAACTGTTTCAGCTGATGAAAGGTTAAGCAAT CAACTTTTGAAATCCTCGATTTTAAACAACTTTTGAAAAAATCTTGATGTATAGCTGTCT CTATATCAGGCTCACTGGAGGCCCTGTGCGTAGGGTGTTACTGTAGAAAGCCACAAAGTA TCAAAAAGAAAACAATGCACTTCTGAATTTGATTGAATATTCTTATATTTTGAGATGTTA ATCTCAGTATGTGATCTTGTGGAAATGGTTAGGCCATATTTAATTGTTTTGGATCATGTC AGCATAGTCGAATTTTTCCTGCTTTAGTTTCTAATTATGTTCACTTTATGCTATTCTGTG ACTAATGCAATTAAGATGAAGATTTACAGTAACTTCCATGTCCTGGTATTTTTGAAACAG ATCCGCGATTGACGGACTATGAGACTCTGCTCGAGAATATACATGGGCTGAAAGCGGGGA AGCCTGTTCAAGTTCCTATATATGATTTTAAATCTAGCTCTCGTGTGGGTTATAGGTCAG TTCTCATTCTTCTTATTTTTATTTCTGTTGTCTCATTGTTTACTTTTCCTGAGAACACTG CCTTTTTGTTCCATGGTGCTAAGGATTGTTTCTTCTTTTTTCTTTCATGTTCCTTGGAGT TTACAGAAGAAAAAATATTTGTTGTGCAAGGGGGTGGGGTGAGTTGGGGGGTTTCTCTGT GGTGGGTCTCACCATATTCTTAAAATTTTCTTGTACTGCTCATTAACTACTTTTGATATT CAAAAGACACTAAGACCTCAGTTTTCTTTCAATGGTATGTGTGTAACATTTGATTGAAGC CCAAGAATGATGTTGCATATCATTCTTAATCTAACCGATATGCAATATCTTCTTATGCGA AGTTCTGCGAAGCATTTGTGTAATTTATTTTAGTGGAGACTGGAGAAGACAGTTGTGGTA ACCCAACATTCCACATCACCGGCGCCCCGGCCCATTTGGTGCCTAGCACATTCACGACCT GATTTATACAGAGCTGGTGTATAGGCTTTACCTAGTAGACAGAAGAAAATCTGAATTTTA TTATCAGAACTGGTTTAGATAAAATATTTTGTTCCCTTACTTGTCAATGTAAAATGCACG TCTACTTCTATCCGATCCCATAACACTTTTGATCATCGATTTCACAGGACCCTTGAAGCT CCAAGCTCTCGAATTGTTATAATTGAAGGGATATATGCTTTGAGTGAAAAGTTGAGGCCA TTGCTAGATCTCCGTGTATCTGTCACTGGTGGAGTGCACTTTGACTTAGTGAAACGGGTT CTTAGGGACATCCACCGTGCTGGACAAGAGCCCGAGGAGATAATCCAACAAATCTCAGAA ACGGTTTCGTCTCTGTTATTTTCAAATATATCTAATTCAAATTTTTTTGCACATTCTCGA CGGCCAAGTACAATGATCTTTGTGGCATTCTTCTAACAGGTGTATCCTATGTACAAAGCC TTTATTGAGCCCGATCTGAAGACGGCTCAAATCAAAATTATTAATAAGTTTAACCCATTC GCTGGATTTCAGAACCCCACATATGTACTAAAGGTCTTAACATTTTTGACCTTTCTGTCT ACATTCCATGTATATTGTGCTTATGCAAGCACAAGTTTTGGGACTGATGAGTCTAAATAT GTTTTATAGTCAGCAAAAGCTGTGGATGTAGACCAGATCAAGGCTGTGTTTCCAGACGAA TACAAGGAAATTACAGAGGAAACTTATGATATTTATCTCCTACCTCCCAGTGAAGATCCC GAAGCTTGCCAATCATATTTGAGGATGAGGAACAAGGATGGAAAATACACTCTTATGTTT GAGGTGACCAATAAGTTCCTTTTCTACATGTTGAGCATATCAGTCAGTAATAATCAGGCT AATTTTAACCTAGTTTTATCATTTTCAGATGGTAAATTTGCTTGATATTGGTTTAGCTAC TGATATCCGTCATATCTTCTGTTTGATTGTGATGCATCTATACCGTTAATGAGTACCAAG AATGCTGCCAGCATGTATGCCGGTCACTGTCGTAGTCTGAATGAACCAACTTCTAAAATT CTAGGATCTTCTGCGTATAGAGCTTGCTGGAACAGCTTCAAGAAATATGGCCTTAAGGTG TCCCATATGATACAACAGAAGATATGTAGCAATCAATATAATACAGATTAACTCTTTTTT TAATAGAACTCTGCTGTTCTGTCATAGATATCTGGACACTAAACCATAGAACATTCTATC ATGTGACTAACTTCATTTTTGAGAACTTTCTAAATGACTGATCATAATCACATTTCTCTA TATCTTGATCTATTAGCATTCTGGTCTTCCCCTGGAAAAGCATTCCTGCACCATGTCTCT CTTTCCTAGTTTGGGTACAATTTTGGTATCTATTGAATTTCTAAAAGCTTTATTGTGAGA AATGTCAAGAAATAGTAATCTTGACACTGATAATCGTGCATCTTCTGATGTTTCTTTCAT GTATTTCTTTCAGGAATGGGTTACAGATAGTCCCTTTATAATATCACCAAGAATCACCTT TGAGGTCAGTGTACGGCTTCTTGGTGGGTTGATGGCATTAGGATATTCAATTGCAACCAT TTTGAAAAGGAGCAGCCACATCTTCTCTGATGACAAAGTTTGTGTGAAAACAGATTGGTT GGAGCAACTTAATCGCCGGTATGTTCAGGTATGACAATCACTAATTACTAAGTCGCTCTC ATCTCATCTTACTATAATTTACTTTAAATGCTTGAATCATGTGATTGCGAAGCAGAATTT CTTGCCTTCTTATCTGTCTCTTGTTTTTGGGAATTTGGGTTAATTTTATTTCATCTGGAG TTCAGGTAAAGATATGTGTCGTAACCTCCTAACAAATCTCTTTAAGGCTGTACCTAGCCA AGTATTAGACTTAGAATGTGGCTAAGGCTGTGGATAATTAAATGTTTTTTGAGGCTTGTG CATGGCACAATCGGCTAAGTTGCTATTTTATTAATCTACTGGAAGCAACGTCGATTTTTT GGGTTGAGACAAATATAAGGATTGTATTTTGGAGAAATATCCAGTTTGGATACAATGCTT GCTCATCATTATCATTGAAGTGTTTACCTTAAACTCTTGTTTGACTTAAAAAATTATAAA CGTGACATGAAGCATGATGAAAAATGAAGTAAAGGGACCCTTTATAAGGGGAAAGGAGGA GTTCCCTAAAACCTCAGTTAAAGAAGTTCAACAAATATCAATGAAGAAATATTCTGATGA ATGTGTGAGTTCATTTTTAAATCTTCCTTTTGCTGAAGACAGTATGTGAGAATGAGTTTC CTCTTTCTCAACTCTGGCATTGTATAGCCTCGGGAGTTAATTACTATCATTAACTACGTT TTTTCCCTTATGAAGGTGCAAGGAAGAGATCGCTTACATGTAAAATATGTTGCCGACTCG CTGGGTTTGGATGGTTCATATGTTCCTCGCACTTACATCGAACAAATTCAGCTAGAGAAG CTTTTAAATGATGTTATGGTGCGTTAAATTTTAGTTGAATACCAAATTTTCCATTGTTAT TTGTTCCTGGTTCTCAATATTATAGTCCATGCAGGCATTGCCAGATGATCTGAAGACAAA GCTGAGCATAGATGATGATTTGGTCTCAAGCCCTAGAGAAGCTTTATCCCGAGCCTCTGC AGATAGGAGAACAAAGTTTCTTAATCGGTAGGTCATAGGCTAAATTGTTATCTGCTTCTC AAAGTATTCTATAGGTATTGTTTGGATGTTTTTACTTTTTACAATCATCACTTGCGTATT TCTGCAAAAGTCATGCAACGGAAAAGCATTATCTGTTCGCCTGTAACTATTGGCAGTGGT ATTCCACATTCATACTCAACACAACGAGAAAAACACCTGTCCAAGCTGACAAAACTTGCG GTTAATACTAGAAGATATGACGGAAGAACCCCTGATTCTCCAGCGCCAGTGGCTAATCAG GTAATTATTCGGAGCAATAGGTTCATTTTTTAAAATAATCTTGTATCTCCATAATTTTGG CTACATATTAACGTTATATTTGGTGTGTGAACTGACTCTCATTTACCCTACTTGGGGGCA TCTGTTTGACATAGTTGCGCAACTTTAGCTTTAATATAATAATTTACTCCAGGAAAAGGG AAAGAGTTCCATCCACCGTCTTAGATCATTTTCTGAACACCATTTTTTTAAATCAAGTAA AAGGTTTCATTGGTAGTAACAAGGCCAACTTTTTTGGTAAGGATAGTAACAAGGTCAACT TGGCTGTATACAAGTGATATACCAATTCTGAACACCATTAATCGATTCTTATTGATACTC AAGAATGATATCACCCTTTCCTGCTCATTTCTCTCCACTACCAGCATGAACTCATAACCA CACCCTTGACAACAGCTACATGCTATCAAGTCTTTTGGTAATTTAAATATTCCCTTACAT CAGAATGGTGTAAGCCGTAACTCAAACCAACTAACCTGTGGAAAGATTTACATTTGCTTG GATGTTTGGAAATAGAATCCTGCTGAAAGTTTGTTCAGTAGAATGAAATGAGTCCTTCAT GTAGGAGTTAAGAAAACACACTAGGATCTCGTCATCTGCAGAACCAGCAAAGTAAGTTGA CTTTGTAACTTTGAAAAGGAAGTAAAATGATGATAAGCTGGCAACCCTGGGGATCGTGAC TGGAAATTCCTGCTAAAAGCTGATGGATCCCTTTTTAATCATGCAAAACAGCAAGTCTTT TTTTATGATTTACAGTTGTTCGTATAGATGTACAGAAAGCATATTTGCTTGTTTAATTAA TAAAATATTGAGAAGAGACTTTAATTCAAGTCCTATAAATCTTTTAAGTGTTTATACACC CTTGAACGAGTGTGTAACATCTCACTAATCGAGCGCTCTTGTGCCGAAAATGAACAGGGC TAAGCGATCTGCTGAAGCTGTGGGGTGTCAAAATACATCGGCAGGAATATTTGAATGCCT TGTCCCACTCTTTCCAGTATTCTGTAAAACAGCAACTAGGAATAGGGAATATATATCAAT GAAATGTCCTAACTGTTGGAATCATTTTTCTCATGGAAATTGAATCCGCATCATCCTAGT CGAGAAATACATGCTGCTTCATCCCTCAAATCACAGAGATAATCAAGAGAGAATAATAAT CAAGGGAGCAAACTGAATTGTAGCCATATTGTTTCATCAATTAAATTATGTTAATCATTA TTTTTTAAAAAAATAATCCATTCATGTTCGCAAAAAACATAAAAAATTACTTTGTTTCAT TGATATGGAGACTTGGTACTGGAAACTTTATCTGCTAAGAGAGTGGAAAATACTTTTAAT GTGCACGGGGATACTCTAAAGTACAATGAGTTACATTTTTTTGGGCCAAATATTCTTCTT TTTATATGTTGTATGTTACCAATTTAAGCAAGAACAAAAAACGTGAATGTTGTTTCATAT ATTCCTAATGTCCAGCAGAATATGTGTGCGGGTTTTCCTGCTTAATTCCATATTTCTTAT ACATCAGAAGAGAAATCAATTTACTACCAGTACGTCCCACTTATGCTGAATTGTTTATAA TATGCTCAATCTTACATTAACCTTTTTTGTTCCTTCTTTCCCTCAATCACTCAAGAATTG CCTTTTTTCAGGGAGTTGTTTCTCAACTTACAGAGCAAATTTCAACATTGAGCGAGCGAA TGGATGAGTTCACATCTCGGATTGAAGAGCTAAACTTAAAAATATCTGCCAATAAAGTTT CTGCTAGCCAACAAAATTTGGCAGTGCACACTGAGTCTTGCAATGGGTCTGGACCCACTT CTCTTTTTGTGGGTGGGTTAGGCAATGGCTCGTTGGCTGGTTCTCTTTTACCTCATTCAT CATCATCTTCCCAACTGGCAAGAGAGTCTTCACTAATGGAAGAGGTATAATACGATCATC CCGTGCTCATCTTTTTTGCATTAAGTAGAGACAAAAGGAGGCATGCGGGTAGTTTGATAT ACTCTCCCAATAGTTGTCCAATTTTTGCCTTCTCACTCAATATGACCAATTTTTAGAGTG AATTTGGTTATTGCATAATTTATCCATTTGAAAATAATTCTTTTATCTCACAAAGAACAC TAGAGAGTGCACGAGTGTTTTCTTTGATCCATCATTTTTACATTGTTCGCCAGTTTAATA GAAAACTTCAATTGATTTGCCAATCTAGGCACCAGAACTTTCAATTGCATCGTTAATATT TACTGTGATGATTTTCCTTATCATTACTTGAGTCGAGGGTCTATGAGAAACATCCACTCT GTCTTCAAAAGGTAGGGGTAAGGTTGCATACACACTACCCCTCCCTAGACCCCCACTTGT GGGATTACATTGGGTATGCTATTATTGTACTTGAGACTGCATTGGGTGTTAATAACTTAT GTTTCCACGAACTAAAAGTTTCTCTGAAAACAACCATAGTCCAGATTCAACACATTTGTC TGAAGAATATTGAGAAATTGATTAGACAATTATGCTTCTGATGCAAACATAATTGGGAGC AGGTACTTCTCATTGGGAGATCACAGCGTCAGATCATGCATCAGATGGACAATCTGAGCA ATATCCTCCGTGAGCTCAATGGATCTCGCCTAGGGAGAACGGATAGGACCGAGGGGATGG CTGAAGTTGTTGAATGGATTGGTGTTCCTCTGCTTCTTACCCTTGCTGTTGGCGGTGTAG GTATCTTCTTGTTCAGGACCTTATCTCAAAAATAACTGAATCGGCTATGGCTACTGAAAA AGTTAACTATGCTCGTTCAGGACCTTGTCTCAAAAATAACTGAACCAACTATGGCTAATG AAACAGTTAACTACGTAGAAGATGTACATATATTAATAGAAAATTTTAACAGTGTAGATG CATGTTTCTAGCCTTGGTATGTTTGATGAACCAATACATACATGAATAAGATGAAGTAAT TGTCTCTAACAGATGGAGCGAATATTTCTTTGTTCGGTCTTTTGTTTTGATATCCTCATT AATTTTTGTTGTTTCGTGGATATGTTTCATGAATTTCTGATCAAGTTAGGGTAAAAATCG ACTGATCTTTCATTCTTTATGTCTTGTTACTTATCAGCTGTCAGTTAGATGATTGAATGG TAACGTAAATAAATGGCAGATACATAAACATGTTCCTAAACTAAGTAGAGGGCAATTAAG TGAAACCATCAATAGATCATCATTCAGTCTATCGAAACAAGGAGGAAGTTGTTTCTTGAA TTTCCTATACAACTTGATCGTACTCTTCCTACAGTTTCTCTTGAACTTCCTGCCCAAGTT CCCCCTTAGTAGGCTTTGTCGATACCAAAACGCAGCAAGTTGGCCTCTTAGTGGCTCCAG CACTTGCAAGATCCTGAATGCAAAGATTTATCATGATCACGGAAGTAACTTGCAGGATAA CATATCAAGAATGTAATAGTAGTAAGTGTGTGTGTGAGATAAAAACTTCAGCTTCTTTTG AAGGAACATAAACGTATGGCATATCAGCTTCCTCACATAGGAGGTGGAACGTGAGTAATG ACATCGATAGGAGAAATGTTTCCAGCTATGACACACAATCTGCAGTTCCCAGAAGAAATA TGATGTTTCATAAGCTTGTTAATTCACAAAAATGGCATGTAGACAAATTCATGTCACAAA TATTTCAGGGTAGAAAATTTACCTTTGAGCAAAATTTGCTAGGTGTGGAATTGATTGTAC AAGTGCTTATGGGCTATGCTACAGAGCAGCTAACAAGGTACTGACTCTTTACCGACAATT AGGTACATTGATTTAATGGCTTCAATTAAGACTTAAGAGTCTGGAGTAACTAAAAAGCCT AAAATTTACACACTAGCTATTCTTACTGCGTAAGTCGTAATTATATAGCCAGCTCTTTAT GTAAGGGTATTTCAATATCATTTCAGCAGGGGTGTCCACAGTTTGGTGAAAAACCAAACC AAATCGAATAAAAAGAATATAAAAATAACACTCCACACACATTTAACATAATAAATATCA AGTTATAAACATACTTTTAAAAAATAAACTACTTATAGCATATTATTATCGAATTATAGC ATATCAAGAAAAAAATATATTTTTAAAAAAATTATAATTAATTATTTAAATAATAATTAA TTTATTTAAATAATTACCTTTATTTCTTCAGTTATCTTTTTTAAATCAAACTATTTAATT ACATTAATTTTTTCAGTTACCTTTTTTAAACCAAACTCTTTAATTTTTTACTGATACAGT TACCTCTTAGATTACATTTTAAAGTTTAAACAATTTAAAATAAAACAAATTATCATTAGT TAATGTAGTTACCTTTTTAAAGATAATTACAAAATAATAGGGATTTGATTACACCCTAAT AACTACCCATCACCATCTAAACCAATACAAGATAATATTCCCTCATTACATTCAACCCTT ACACGCCTAAAAGTATCACCAGATTTTCACCGGAACCGCCACACACATAAAAAAATTCAT CTTCCCCAAATTTACTGTTCTTCCCCAAATCTTCTACATACACGCCTAAAAACATCACCA TATTTATCCATATCGCCGCACGCCTAAACATTCATCTTCACCAAATCTATTGTTTTTTAT GAAAATCTTCCACATTTTCACTCACTTATCTGTTCATCCCAAAATTAAACCTTCATACTT AGCATCTATACAATGTGGAAGAGAGGTAGTGAAATCCCACGTAAATTTTTTGATCTGTTA TAGCAGTGAATGATATATTAATTGTGTATGAATTTTGTATGACTTATTTCGTGATTTTAT AGTGTGGTGCACTAAATGTAATTTTAATGTTGTTAAACAGGAAAATATGTCGACATTGAG ATGGAGGGCATCCTATATGATACTTCCACCTATTAATATTGGGGTAAAGGTTTTTCTAGG TCAGATGAGGATGAATTTGAATTTCTTTACAAAATATCCATTATGCATCACTTTGAAAGA TCGTAAGATGTATAATGAAGGTCATAGAGTTGTTATTATTGATAGAATAAATTCTGATGT TAGATTATCACAAACTAACATTGATTTGTACTCCAACAATTCTATCCGTTTGATCGGAAT GAATTTAGACGGAGTTGTCAATGATAATAGTGATATAGATAATGATGTAATATGTGACCA TTTCAACCTATTTGTAGCTGATAATCAGATTTATAATAATAGAGAAACACTTAAGGAGGT TATGAGGAAAGTTGAACTTGTTGAAAAATTCAGTTGTCATGTTGCGCGTTATAATGCATC TAAGTAAGTGTATAAACTTTTTTAAATTATTTTTTTTATTTGATTTGTTTCACTGTACAT AATTGTAATGTATATTTTCTTAATTTCGAAACAGTTATCACCTGAATTGTATTTCTAAAA CTTGTTCTTGGATGATGAGGGCATCTAGTTTGAATAAATCAAATTTATTCAAAGTTAGGA AGTATATTCCTCAGCACACTTGTTCTGTTAGAGAAAGAGTTTATACCAGACGTCAGGGGA TAACTGACGTTGTAGTTGTCTTGATAATGGAAAAGTATATTGATCCATCTGTTATATACT CCAAGAAGATATAGTTGATGATATGTTGAAATTGCATTGCGTTTCGTTGACGTACATACA GGAATGGAGAGCTAAAGAAAACGCAATAAAGTTGGTGCGCGGAGATCCAGCAGAGTCATA TGCAAGATTACCCGGTAATGTTGAAATAAGAATGAATTTAAAGATTACCTACTGAATTGG ACTAATCTCTTTTCGTGTATTCTTTATGTATATTTTTTTTGTATGATTTGGACCGTTATA TTTCAGGTTATTTTTACATTTTGGAGCAAACATATCCAGGATTCGTTTTGAAAATTAAAA GGAAAGAAGCTGACAAATTTTTATACGCATTTGTTGCGTTAGAAGCTTGTATTAGAGGTT GAGAATATTGTAGGCCAATTGTAGTTGTTGATGGGGCAGGATTAAAATGTTCATATGGTA GTACAATGTTAACTGCCAGCACAATAGATTCGGGAGGTAATTTTTATCCTATTTAATTTT CTGATTATAGAATATAATAAAATAAGTTGTAAATTATATTTCTAATTGGTACATTTATAA CAAACATGTTATCCCTAAATTTTCATTTTCAAGAAGAAATATGTGTCTTAACAATTGACA TTGGATTTTTATATTATGCAAATTATAAAAAAAATCGAAACAATGTTTCTTTTAAGAATT GTTGAAACTTTTCTTGACCTAGAAAGGTCAACAGATTCGCAAACACATTCATTTTAATGC ATGAAGACAAATGTGTTTGTGTTTTCTTCTCCTAAAAATTTTTTAAAATCAAATTAATAC GTTTATCATACTATATAATGTCATATACAATCATAAAAAACTTCTATATTGAATGGGCAT TCAATTCAACTCATACAAAAAATGTATATCAGTTCATACACAATTCATACAAAAATAATA CACAAAAACCAAAGCATAAACTATTTAGTTTTAATATGTATAGTAATAGTCAAAAATATA CAACATTGATACATTATTCATACATTGATAGTGTAATAAAACAATATAGCATTTTATACA AACTTAATACACTAATTCATACACTCCTATAATAAAAAAAATATTAATTATTTTATACAC AAATAACACAACATAAATCATGTACTATATTACTGACAATTAAAATCAAAATTAAACAGA CTATTTTAATTTAAATTTCAAAAAAATCTTTTACTAACCTTTACAATTTTTTTTGGTTTA TTTCTTGCTTTTATCTGTGACCTACCAATTTCAGTACCTCTTGCTTTTTTTTATTTTGAA TTTATGAACTCATCAACAAAATCAGACTCAGAATCTGATGAGTATTGAATTTCTTTTCCT TTTCTCTTCTTCCCTCTTTCCTTTGCCTCTTTCTCAGATTCACAGGAGATTTGTTTTTCT TTTCCTTTTTTCTCTTCTTTCTGATTTCCTTTGCCTCTTTTTTTTTCATTTTCGATTTTT CTGACCTAGACTTCTCTTTTGCAGTTGATGTTTGAGTTTGAGTTTGTGACAAAATGTTGA AAGAGGGAGCATGAAAGCCCTCACATCTTAACTCATCGTTCAATCTCCTACTTTTACGTG GGATTTCACTATCTCTCTTCGACATTGTATAGATGCTAAGTATGAAGGTTTAATTTTGGG ATGAACTGATATGTGAGTGAAAATGTGAAAGATTTTCGTAAAAAACAGTAGATTTGGTGA AAATGAATGTTTAGGTGTGCGACGACGTAGGTGAATATGATGATGTTTTTAGGCGTGTAT GTAGAGGATTTGGGAAAGATGAATTTTTTTATGCGTGTGGCGGTTCCGGTGAAAATCTGG TGATATTTTTTAGGCTAATAGGGCGTGTATGGGTTGAGTGTAATGAGAGAAATATTATCT TGTATTGGTTTAGATGGTGGTGGATAGTTATTAGGGGTGTAATCAAATCCCCTATTATTT TGTAATTGTCTTTATAAAGGTAACTACATAATGTTTAATTTAGCTAATAGTAATTTGTTT TATTTTAAATTGTTAAAACTTTAAAATGTAATTTAAAAGGTAACTGTATCATAAAAAATT AAAGAGTTTGTTTTAAAAAAGGTAACTGAAAAAATTAATGTAATTATTTAAATAAATAAA TTATTATTGAAATAATTAATTATAAATTTTTTTAATATATTTTTTCTTGATATGCTATAA TTCGATAATGATATGCTATAAGTAGTTTATTTTTAAAAAGTATGTTTATAACTTGATATT TATTATCTTAAATGTGTGTGAAGTGTTATTTTTATATTTTTAATTTGTTTTGTCATTATA AATTTATTTTTAAGTTTTGCCTAATACTTTCTAACTTATTTGAAATTGATTTTATATTTG TCTTAACACTTTCCGAAGTAAAAAAAAAACGACTTAAAATAGGTTTGACCAACTTTTAAG TCAATACAAACACCCTATAACTTGCCAACACTTCGTAATATATTTTAAGTCATTTTAAAC CTATGGTAAATTATTTTTTATATTTATCAAACACTTTCGAATGTTAAAAACTGACTTAAA AGTAGATTTATCAGACGCCTATCCAAACACCCTCTAAATTTTCTTTGCTAAGACATTTAT CTGCTCACTCTTCATTGGTTTTGCCCTGATTTTCGAAGGACTAGAACATCTATTTAATGT TTTAGTATATTGTTTTCGTGGATATTAGACATGTGAAGAGGAGGTTTTTCCATCATCTTG TTATAGTAAAGAGAAATGTTGATTCCTAATGTTCATTTAAAATAGTTATCACATGTCTAT TTTATTTTACTATTATCATTTATCATCATCAAGTAATAAATCGAACCAAATCGATTGTTT TTATTTGATTTTAGAAATATAAATATCACTTTAATTTAATTTTTATATTTTAATAAAAAA ATTATCCAAACCAAACCCCAAAACCCTAACATTCCAGGGGCATTATAGCACGGAACTCAG GTTTGGCCTAGGGCTAGAAGTACTTGTCCATCTATTCTAAAGCATGAGGCTAGATCTAAA CACTACAGGACTATCCTACTACAGACTGAGGACAATCATAAAAAAAAAAATACACAATTT TCCAGTTTTCATCTCATGCTCACCACAACTCAATTTTGATTTTATGAAAGACGTACCACT TCCGTGATTAACTTTTTGAGGCTGAATTAGATTCAAATTTATTTCTTTCGGTATTCGTAT TTAATTTTGAGACAGTTTAATTTTGACTATGAATTCAATGAGAGAAAAAGTGGACTGACC GCGTCGAATACTTTTCACTACTTCTTTAACTCCTCTCTTCAAGCATTTATGTTCCGTAAC TGAAAACAGAAGAATGGCGATTACACAACATCACAAAAAGAGTAAAATAATGATTATGGA TACCTCGTCTATCGAGTTTGAAGGTTCGTTTGCTGAGTTTTTTTTTTCCAGCGAGTGGTT TAGCAATAGGGGCGACAGCCAATAGCTTCTTTCTCTCCGTATCTTTTTGTGCCGTTTTCT CTACTTCGCTATCACTACCACCCATCTCTCTCTTGAACGTCGGCCTAGGGTTTAACGAAT TGGGGAGAAATTGGAATTTGATAAACCACTAGGGTTTAAGGCCAAGTCAAAAAAAAATTC AAGTGGGGCTTTTATGGGTTCCATAAGGGGTGTTTTTGAATATTCGGCTTAGTTGAACAG ATTTTATCATGAATTGATGTATGCTGCTTATGGGACATAAATTTTAATGTATAACTTCCG TAAATATCATAGTGTAAAAATCTAAATTACCTTTTATTTCTATTATTTTTATAATTATAT AAATTTCATATTTTTTAGATATTTCAGATAATTCGGATATATTATTGTTGATATATTATG TATCAATCTGTTAATTAAGGAAAAAAAACTGTAAAATCAATTTAAAATCTCATAGTATCC ATTTGTTTCACTAATTAAGGGGAAAAACTGAAAATTAAATTAAGATTCCACAAAATTACG TTATTTCATTCAAAATTATTATCAAGAATTCAAAATCATATAGTGTAACAATCCAAAAAT ATCAAAAAAATAAATTTCTTCTTCTTGTTCATCGTTCTCTCTGTTTCATAAAAAAATATG TCGAAATTTTGAAAAGCGGGATGAGTTATGAAGGATTGTATGAAATTATTGTTGGACAAA CGATTTCTTTTGTAAATCTTCAAGTTCATCAAATATCTTTTCGATTTTGATTCAAGAGTA TCAAAAATTTTGAGATTCTAAATTATTCTCCAGTCATTAAAGATCCTTTCCATTTTGGTT CAAAATTGACGAAAACTTTGAATTTCAAAATTATAATGTATATAAGTATTATTAAATATA AATATTTGACATTTGATTAAACCATAAATATAAGTATATATATAAATATAATGAATTGAA CCACAAAAATCACTCCTACAATCATACAAAAGGATCTTGAATTGGAAGGAATTGAGACAA AAATACAAAAAAATCTATAATATAAGGATATTGATGAAAGAGAAGATATGAATACATAAT TAATCATGAGTTTAATATTAATTTTTCTATTTATTATTTTTTTATATTAAATATATAAAA AACAATTATTAATATACGATTAAATAAGTTATTTATTGTATAATTATAGTCATATAACAT AAAAAATTAAACTATAGCTATATTATTTAAATGTATATTAAAATTTTTCATATTATGTAG TTTTTTTAATGAAATCACCCCATGTTTTGAGCCTACTCGAAAAATACAAAGGGAAACGAA ACCCATTGTTCCCTTTGTTTTTTTCTTTGTTTTGCCAATAAATCTTTACGGATTTTACTT TTTTAGCAACTGGCTAGAAAAAATAAGTCACCAAATTAACCACATTACTTTGTAACCATT GTAAAAGTAATTACGTCTTCTTTTTTATTTGTTTGTTTGATTTTAAATTAATACATAGTT TTAAAAAGAAAAAAGAAAGTTTTTGAATCTTAAAATCTATCATAAAAATAAAATATATTT TAAATTTATAATCTTAAACAAATCACGTGAAAGATTAAATTTCAAAAATTGCATCAAAAG AAAAATACATTTTAATTTAAAAAGACTAAACGTAAATAAAATAAAAAAATTAATACGTAT TTCTTCCAGTTCCGATGGAACCACACTTATGCCTGGAAAGTTACTGTAACTAGGATTTTG AAATGGTTCCTCAGGGAAATATACGTTTGGTAACTTAATTTTGCCACGTTATCGTTGTGG CTATATAGATCTTACGGCTTTCATTTAATTTATAGAGTTTCATAGCAGTAAATTTAGAAT TATACTCCATTTGCATTTTTCAAGAATCTGATTTCATTAATTTTTAAAATTAAATTAAAT TAATTTTGATAAACCCCTAGCACCCTGTGGAGCAATTGGTAGTATAAATATCAACAGTTG ATTATGTTATTGATACAACACAAACAAACATGGGAATAATCTTAATTACAAAAGCAATGT TCCTAATTCTCCAGATTCTTATATTCTTAAATGCCTCACCTTACCTTGTTCATTGTGCAT TTTCACGACTCCAACTTCCATTACAAGCCTTTGGCCCTGACTCTTCTGCTTTCGACACAA AAGGTGTCGGACCTTACACCGGTGTTGGAGATGGCAGAGTAATGAAATATCAAGGTCCAA ATGTTGGCTTCACTGAATTTGCTATTACATCACCGAATAGGTTATTAAATTCCATTTCTA ACCTTGATCTTTTTAACAAAATAGGAATTAGCGACTGACAAATTTTCGTATATATTATGT ATGTTTAGGACCAAACAAATATGTAATGGCACAAACGACCCAATATCACAAATTTCTTGT GGAAGACCGTATGGCCTTGGATTTTACAACAAAACTGGTGATCTATACATAACTGATGCA TATTATGGCCTGTTGGTGGTTAAACCAAGCGGAGGGCTCGCTACACCACTTGTTACAAGC TTCGAGGGCACGCCTTTTTCCTTTCTCGACTCACTAGACATCGACCAGGAAGAGGGAGTC ATTTATTTTATAGATTCAGGAGCCATATTCCGAACTGGGTTCGTCACTCTAAAACTTTTA ATTGAAAATTAGGCTCAAAGTCCATTCATATTTGTCAATATTGCATTTAACTAATTTTAT TTCATCTTTTGAAAAACTGAGCAGCAACAGAGTACTAATAGCTTTAAGTGGAGATACAAC AGGGAGATTGTTCAAGTATGATATAGCAACGAAACAAGTCACGTTATTACTAAATAAACT TTCAGGGCCAGCAGGGATAGCACTCAGCAAAGACAAATCATTTTTATTAGTCTCGGAAGC TATTGGTAAAAGAATTCGGAGATTTTGGCTGAAAGGTGCAAAAGCAAATTCATCTGATGT TTTCGCTAACATTGATGGAAATCCAGATAACATTAAGCGGACTGTGTCCGGAGATTTTTG GGTTGCTGTTGTCACCGTGAAAACAAAGGTGTTGATCATTCCCACCATAATTTCGACAGG ACAAAGGATAAATCAGTCAGGAAAATTAGTGGAAACGCGTGATTTCACAGCTCAATATAT GAGTTTTAATGGGATAACTGAAGTTCAAGAATATAATGACAAACTTTATATTGGGTCTTT AGACCAGAACTTCATTGGTGTTGATGATGTTTAATTTGATGTATGTCTTCTGTTTTCACT AGAATAAGCTTTTTATGATTCAGGCAGCTTTATGTATGTTTACAAGAATAAGCATTTTCT ACACGAAAAAAAAATGTTGCTGATCTAGTTATTGTTGGCAGTGGTCCTGCGGAGTATTTA ATTAGAAGTTAATACGAACTAATCTGGCTAGGTGTTAACCCCTTCTTTAAGAGATACGCC AATTCGTTGCGAAAAGGTGTAATCAGATCAGCTTCTTACACTCTACTAACGCGGTTAGCT TTGTTCATCGAACTGACACCTTCTTTTTTTTCTATTCTCGAAAAGGTATGTTAGTTACTT GTTGATTCTCTATAAATATTCACGCGTGAAAAGAGCACTTTGAAGAATCTTCCTCCCCAT CCCTCTCTATATGTATATATGAAGTTTCCTACGGTTGAAAGCAATTGAAAGTGCTCCATA TTTTTACCTAAAATATTTGAAATTATGAATTAATGATCAAGCAACTATTTGCAACATTAA CAGAAACCAACATATATCCACTGTAATCCCACAAAGTGGTTTGTAGAGAGAGTAGAGTGT AGAATTACCACTATCTTAATGGTAGAGAACGCATTACCATAAACTATCAGCTCAAGAAAA AACAGTCCAAAGCAGTATAGAAAAAGAAATATCATAGACAATCATGACAAAATACAATAG AAGACCTAACAAATAGTCCTGAACAGTAGTCATAACAAAATAAAATGATAATCGAACTAC ATATAACTCTCCACTAATAAAAACCAAACACAAAAGGACAGAACTACAACAGTAACACTA CGACTAGTATGGAAGAACAAGCGAGACAACACCTCCTACCCCAATCCATGTCCTTCATAA CCTCCTGTCTAAGGTCATGTCCCCGGTAATTTTCCGTACAAGGAATTTCAGATAAACCCC TTCCACACTCTAGTTCTACCTGTAGATATAACAGAGGAAGTTAACAAATAAGAGAGACTA GGGTTTTGAGCAATTGCCAGTATAAGTATCAACATTTGGTTATTCAATTTGATACAACAT ACACATGGAAATAATTTTAGTTACAAGAAAAACAATATTTCTAATTCTCCAGATTTTAAT ATTGCTAAATGTCTCATTTTACCTTGTCCATTGCACATTTTCAACTCTCCAACTTAAATT ACAAACCTCAGGGCCTGACTCTGCTGCTTTCGATCCAAAAGGCGACGGACCTTATGCATG TGTTGGAGATGGCAGAGTAATCAAATATCAAGATCCAAATGTTGGCTTCACTGAATTTGC AATTACATCACCAAATAGGTAATTGAATTCCAATTCTAAGCTTGATCTTTCCCTTATCCA CTATTAAACTAAAACAGAAATTAGCTAGCAATAGATAAAATCCATAGGAAAATCTTAGTA GTTTAGTTGGTTGGCTACCTGAACTTTCACCTTATAGATAAATTTTGTAGCTAAACAACA AAACTCATAATTTAGTGACAGATTAGCAACGAAGTTCATAGCTAATTTTTGTAGTGCATA TCCTTCTTTTCTCAAAGACTGATAATTTTTGTCATACATTATGTATGTTTAGGACCAAGA AAAGATGTGATGGCACAAATGACCCAATATCACAACTAGTATGTGGAAGACCATATGGCC TTGGGTTTTACGACAAAACTGGTGACCTCTACATAACTGATGCATATTATGGACTCGTGA TGGCTAAACCAAGCGGAGGGCTCGTTACACCAGTAGCTACTAGCTTTGAGGGCGCACCTT TTGCCTTTCTCGACTCACTAGACATCGACCAGGAAATGGGAATCATTTATTTTGTAGATT CAGGAGCCATATTCCGGACTGGGTTAGTCGTTCTAAAACGTGTCTCATGTCAAAAATGAG AATATTCAAAGTTGAAATTGAAACAAGAATGTTTGAAAGCTAACTTATGTTTTGTTTTGA AATTTTAAATTGAATTGTGCTGTCAACAGCAACGGGCTTCTAATTGCTTTAAGCGGAGAT ACAACAGGGAGATTGTTCAAGTACGATATAGCAACAAAACAAGTCACATTATTACTAAAT AAACTTTCAGGACCAGCAGGGATAGCACTCAACAAAGACAAATCATATTTACTAGTCTCA GAAACTATTGCTAAAAAAATACGGAGGTTTTGGCTAATAGGTGCAAAAGCAAATTCATCA GATGTTTTCGCAAACATTGATGGAAATCCAGATAACATTAAGAGGACTGAGTTGGGAGAT TTTTGGGTAGCTGTTGCAGTATTAAATTAAAGTACTTGATCATTCCCGCCATAATTTCAA CAGGACAAAGGATGAATGAGAAAGGGGAAGTCGTGGAAACACGCGATTTTACAGCTCAAT TTAAGGGTATTAATGGGTTAACTGAAGTTCAAGAACATAACTGCAAACTTTATGTTGGGT CATTAGACCAGAAGTTCATCGGTGTTGATGAAATTTGATATATGTCTTTTGATTTTACAA GAATAAGTTTTATGATACATAGTATCATGTACTATCTTATTCTATATGTTAAGTAAAAAT GCTGCACAGACCTTTCTTACAGTATCACAATCTGCAAGTTATTGCAATTAATATATGCTA GATCCATATTTTTCGTAAGAGTCTATTAGAAACATCTTTACCCTCTCAAAACCCACACTT TGTGGAATTAAACAAAATTGTATATGCCATATCCTATTAATATTCTAATGAGAGAACTCA AAATCATTCCATTTGGACGGCAAAAGAGAATGGTGAGATGGGGGAGGAATCATAACTTGT ACATTACATTGAAGTTTGTAAATAATATGTTTCGATCAATTAAATTAAAATTTATCACCA GATCAATATGATTAGTTGGTATTTGGTAATTCAAATGGATCAATAGAAAGATATTCAACA TTACTATCATTCGTAGCGTTTGAATTGACACTTCTTTGTTAATTAATATTAGCATTGATT TAGACTTTATATGACTTATTTACAACTATGAGCTATAATACTTATTGCATCATTCAAAAT TCTAATAATTTTAAAAAAATGTAAAACCTTTAGAAATGTTTATAAATTATGTTACAATAA ATTAAAATGTATGCATATTAATTGAGTTGATTTGGTTGGATGAGACTCTTTTTTAAGTTA AAAGTAAAACTAAATCAATTATGATCATTTTTTTCAAAATACAAATTAACTTAAATTAAA TCACTAATCATTTTTTCTCCATTTAATTTGAATTTTATCTATTTGATGTGATTTATCCAT TTTTTTATACACCCATAACACAAACCTACAACAAACTTTGAACTATCTATTTATGTGATT TGTCAATTTTTTAATAAACCCATAACACAAACCTACAACAAACTAGAAATCAAGACAACC ACCTTTGGACGTTTCCTATAAGGGACCATAATTCAAGTAGGGGTGAGCGTTGACAATATA GTACATTATTGAAATTCGCAAAAAAAAAAATTATATTTCAATTTATATTTGTCATATTTG AATTTGTTACGATCATTAAAAAAATATTGTCATATCTATTTTATCATACTATTCTTATTC ATTAATGTTTACTGCTAGATTTTAGAAAATGACTTGCAGAATAAGTAATTAAATATTGAG AATCAAACATGGAAAAAACAATAATTTTTTTACCGTACTATATCTAAATTTTATGTTATT GTAAATCAATAGCCACAATTTTATACGATGGTAGCTTACATATACTAACTTTGATTTTTT ATGAAACATCTTAATTATATCATATAACACTTTATACGTATGGAACTATTCAAAAGAAAG TACAAGCTCTTTGTTAATCGATTACACAAAAAAAAATATCAATTTAAATAGAATAGTCAA AGTCCAACGTCTAAAGAATAATTTTTGTGCTAATAGTACTTTATATATTTGTTAGTTTTT ATAATAATATATATGAGTTGTCTTTGTAATTATATACTTTGATATTTTTTATAATTATAA CTTATAATAATTAACAAATACTAAAAACATATCAAATGGCCATAATAATTATCAAATATC ATAATATCAAAAATTTTAATTCCAATGTTTACCGTACCCATGTATATATTATTAGCAATA AACTTTTAGGACGTTAAGTTGGATTAGTATTGACATTATTGGTAATTTCAGACGTCAAGC AATGTTTCTTAGAAAACACAGAGATGTCAAAAAGCAAATATTTCCGTGCTTTTACGAGAT AAATGATTTAAAGTCTTTGAGTTCAGAATTTTTTCGATCATAGACAGATTTTCTGTTAAG ATTCTATAAAATGTCATGACTTAATGTTGAGAACGAATGTGAGTTTGTTAAATACATACA TTTTATTAAATAAATAAATCAAATGTATACAACACTCGAGTCAAGCTAGGGGTGGTGAGC AATTGCTAGTATAAATATCAATAGTTGATTTATGTTATTAAAAATACAATAGAAACATGG AGATAGTCTCAATTACAAAAACAATTTCCCTAATTCTCCAGATTTTGATAATCCTAAATG CCTCACCTTATCTTGTTCATTGTGCATTTTCACGTCTCCAACTTCCATCACGAATCTCTG GCCCTGACTCTGCTGCTTTCGACACAAAAGGCGATGGACCTTACACTGGTGTTGGAGATG GCAGAGTATTCAAATATCAAGGTCCAAACACTGGCTTCACTGAATTTGCTATTACATCAC CAAATAGGTAACTAATTTCCAATTCTAAGCTTGACCTTTTTCTTATTCACTATTAAGAAC AAAATAGGAATTAGCGACTCACAAACTTTACTTTTTCTCAAAGACTGATATTTTGACATA TATAATGTATATATGTTTAGGACCAAGCAAATATGTAATGGCACAAATGACCCAATATCA CAAATTTCTTGTGGAAGACCGTATGGCCTTGGATTTTACAGCAAAACTGGTGATCTATAC ATAACTGATGCATATTATGGACTGTTGGTGGTTAAACCAAGCGGAGGGCTCGCTACACCA CTTGTTACTAGCTTTGAGGGTAGGCCTTTTGGCTTTCTCGACTCACTAGACATCGACCAG GAAATGGGAATCATTTATTTTGTAGATGCAGGAGCCATATTCCGAACTAGGTTTGTCCCT TTCCTCATGAGCTTATGAGTTAAGCCAGGATTCCATTGAATTGCAACTAACTGTTTTTTG TTTTTTGAATGGCTTTGTAAGCAGCAACAGGTTTTTAATTGCTTTAAGCGGAGATACAAC AGGGAGATTGTTCAAGTATGATATAGCAACAAAACAAGTCACATTATTACTAAGTAAACT TTCAGGCCCAGCAGGGGTAGCACTCAGCAAAGACAAATCATATTTATTAGTCTCCGAAGC TATTGGTAAAAGAATTACGAGGTTTTGGCTTGAAGGTACAAAAGCAAATTCTTCTGATGT TTTCACAAACATCGATGGAAATCCAGATAACATTAAGAGGACTGTATCCGGTGATTTTTG GGTGGCTGTTGTCAGCGTGAGAATAAAGCTTTTGATCATTCCCACCTTGAATTCGACAGG ACAAAGGATAAATCAGTTGGGAGAAGTCGTGGAAACGCGTGATTTCACAGCTCAATATAC TAGTGCAAATGGGATAACTGAAGTTCAAGAATGTAATGACAAACTTTATATTGGGTCTTT AGACCAGAACTTTATTGGTGTTGATGGAGTTTGATGTATATCTTCTGTTTTCACAATAAT AAGTTTTAATGATCCAGGCTTTATGCATTTTTACATGAATAAGCATTTTCTACACTTGAT GAAACTGTTGCAAACCTTCTTCTTAGGGAAACTTTCACTTTGAAAATAATTAGTTACTCT CCATAGCTATAATTTAATAATTACAATTTATAGTTACATTATATATAGAGAAGAGAGGAG AGAGGCGAGAGGCGAGAGAGAGGGGGAAATGAGCGGGATAAATGTCAATTATATATGTAT ATTGGATAATTGTATATTATACATATGTATTTGTATAAATGGCAAGAGAGATCGGGAGAG GGAGGAGAGAGGTGAGCAAGACTGGGAGAGGGAGGAGAGAGGCAAGCGAGATCAAGAGAG GGCAAAGAGTGGGAGAGAGGTGAATTGTATATGTATATAGGATAAATAATTGTATATTAT ACATATGTATTTGTATATCTTGGCGAATTATACAGATACAAACGTGACTATTTATAGAAA CTCAAAGTCAACTCATGTAATTAATGTTTAATGTTATCGCGAATGGTAATTATAGCAAAC TATAGCTATAATAGATAATTAAATAGTATAAGTTTACTTAGCTGCGTAATTTTTTCTTCT TTTTAGAGAAGGTGTAATAGGCAGCAACATGGACTTAAATTGAAGTCCAAACTTTTAAGG CTAATTTCCAAGATATGAGCCCATTTTACTAACCCAAGGTCCAAATACCCATCTTAAAGT CCATTCTCATAACTGTTATATGAATGAGCCAATAGGATCACACCACGTTGCAAGAAATAT AGCACCCCAAGTCAAACCACACAACTAAGTAAACTGTTCCCTGTAAAAGCAGAATTTAGA AGTTATAGTAATTATATTTGTTCCCTGTAATTCTGTTTTCCTCATGTATAAACCTACACG AAACATACAACAATCCTTTTCTTTGTGTAGTATAATTAAGGACCAAATGTATATATATAC ATTAGGTAGCAGTACCATGTAAATTTTACTCTCATTTTATTTTTTAATATGGGGAAATTT GGATTAATATGAGCTAGTGTAAAGAATAATTATTTGTACTATATCAAGTCGGCCGAAGAA TATCTACAAGACAGGTTACCTGTTATAACAAGTAAAGATAATCTGATGATGTAGAAACCT TTTAAACTGATGATATATATAACTTAAATTTGATTAAGATTTTATTGTTCTTATTGTAAG TTGTCAATAGAAAATTTCTTCTAAGAGCACGTCAGCTGAAAATCCCCCCTATCTCGCTCT CATGTCCACACTTATAGTTGGATCCGTCGTAGATCAAACAAATTACATATTATGATTTCT GAGTTGAAAAATGGATTTTAAAAATGTATATCTAACTCTATCTATACTTGTCTTTCACTT ATAGTTCTACCCCAAAGCACTTGATTCTATCGAACCTGCAAACTCATCATAAGGTTCACC ATTGTTGTATTAGTTAAATTGTCCTATAAATATTTTTTATTTTTTTTTAATAATGTATTA GAAGAATCATCCTTATTTCTTGATATTCCTAATATTGAGCTCGCATCTAATTATGCTATC CACGCTCTAATTAACCAAACCTGGACGGGTGAGGGGGATGAATGCGTGTTAGATTGTTTC ACCTCATGTCTATTTTCTTAACATTAACATGCTAAGGGTGGTTGGCAATTGGTTGTATAA GTATCAACAGACAATTATTTTATTGAGTACCGTAGAAACATGGAAACAATCACAATTACA AAAACAATATTCCTTCTCCAGATTTGGATATTGCTAAATGTTTCCCCCAGTTTTGGTCAC TGTCAATTTCCAGCATTTAGGAAATTGGCTTCACTGACTTTGCTGTAACATCACCAAATA GGTAAATAAATTCAGTTTCTAAGCATGACTTTGTTGTAACATCACCAAACAGTGATCTTG AACTTATAAAAGTAACTTCTTAGTATTAAAACTATGCATTTTTCATATAGTATCGATTAC CAGTTGGTTCATGTATACACAATTTTATTTTTTATTTTTACCCTTGGTAATTTTGACATT TCTGCTTACCTATTGGAATAGGAATCACACTAGGTGGCTGGTCTAGTTTGAACCATATTG ATGGAAAAAACTACAGTTTCTTGAAACAAATGAAATATATTATACACAATTATCAGAGGC ATCTGCTGGACTATTGACAAAACAACTACAGTTTTTTCAGAATTTTTTTTTAAAAATGTT TTGGTGCCATGAATGATTTGAAATACTATTAACAATTCATCTTATCTAATTTAGATATTG AAATGGTTCAGCAGGGAAATATGATTAGTAACTTCATTTGGGAAAGTCTCTGTAGCTTAA GCTAACTAATTATATGGTTAGGTGACCACTGAGGTTCGGCATTGAAATTTTCTTTCCATA GCCCCCATTGTCAACTCGAAAAGAGAGGTAAGCTAGTAAATAATAGGCTCTTGATCAGTG ACAGATCAAGGATTTTGATGTAGTGGATTCTTAGTTAAAATCCTGAATTTAGACATGTAC AGAACCCTGTGTATACATTTTTTTTACACATACAGGTTTTCACACTGTACCAATTAATAT GTCCGAATCAGCATAAACTTATTGTAAGATTTATTGTTGTTGTGTTAGATTGTCTCACAT TGGTTGAGGGAAGGAACTGTCTTCTTATATGATCTTGGACAAACATCGAGCTAACTTTTG ATATGGTTGAGTTAGACCCACAATCTTTCTTTTAATATGATATTAGAGAGGTAGACTTAT CGCTAATTCTTGGTTTATTCAATGCTAAGCCATCATCTAATCAAATCTGAGCAGGGAGGG AGGGGGAAAGGGTGTTAGGCACAACTATAATCTATTTTCTTTAACATGCTAGGGGCAGTG GGTAATTGCTAGTATAAGTATCAACAGCATATCGTTTCACTGAGTACACCAGAAAGATGG AAACAGTCTCAATTAGAAAAACAGTATTGTTCGTCCAGATTTGGATCATGCTAAATGTTT CTCCCAGCATTGCTTGGTGTCGATTTCCTGCATTTAGCAAGCTCCAACTTCCATTACAAA CAATAGGCCCCGAGGCTTCTGCTTTCGATAGAAAAGGTGGAGGACCTTACACAGGTATTG CAGATGGCAGAATAGTCAAATATCAAGGCCCAAGAGTGGGCTTCACTGATTTTGCTGTTA CATCACCAAATAGGTAAAATTTTCACATTAAAAAAGAGTGAACTACCCCTTCATTTACTT GCATGTTCAAAGTTTGATATCCTTTTGTTTTCCCTATATACTGTTCCTCTTCAGGACCAA GGCAAAATGTGATGGAAAAAATGGGCCAGAATTACAACAAATATGTGGAAGACCATTTGG CCTTGGATTTTACTACAGAACTGGTGATCTCTACATAACTGATGCGTTTTATGGACTCGT GGTGGTTGGACCGAGCGGAGGGCTTGTTACACGCGTTCCTGGCTTTCAGGGCAGGAATTT TGCTTTTCTCGATGCACTAGATATCGACCAAAGTAAAGGAGTAGTTTATTTTGTAGATTC AGGAGCTATATTCCTGACTGGGTTAGTTGCTCAAAAATGTATATTATGTCCAATTCAATT TTCCTAATATTACATTGAATATCCTTAAGACAGAGGGGTAACTAACTCGATCAAAATAAC TTGAAATTTTTTGGCAGCAATAGGACTAGAATAGTTGAAAGCGGAGATACATCAGGGAGA TTGTTCAAGTATGATATAGCAACAAAACAGGTTACATTAATACTAAGTGGACTGTCAGGG CCAGTTGGGGTGGCACTCAGCAAAGATAATTCATATGTCTTGGTCACAGAATATATTGCT CAAAGAATTCGGAGGTTTTGGCTCAAAGGCGCAAAAGCAAATTCATCAGATGTTTTCGCA AATGTTGATGGAATTCCAGATAACATTAAGAGGACTGTGTTGGGGGACTTTTGGGTGGCT ATTTCCAACACCAAACAACCTACTACATTTTCACTAGGACAAAGGATCAATCAATTCGGA AAAGTCGTGGAAACATGTAATTTCACAGCTCAATATAATAGCCCTAATGGGATAACTGAA GTTCAAGAATATAAAGGAAAGCTTTATGTTGGGTCTCTAGACCAGAACTTCATTGGTGTT TTTGGAGTTTGATGTCTTCTATCTTTCAAGAACAAGCTTTATGATATAAAGCATTTAGTA TCTACACTAAATAAAAAGACTGTAGACCTTACTTACAGCATAACTGTATTGCCTGGACAC CAAATGAAATTGTGGACTATTCAAACTGAGCATTTTCATATTATGTCAATTCCCAGTTAG TTGATTTACACAGAATTTTAATTACCAGAGCACTTTGGATATTTTTAGCCGCCTATTGGG ATACAAACCACACTTGGTAGCTGAACTAGTTTCAATCATCCACAGGGATCTGTGACTTGT TTCACCATACAATTGGACTACTGGTAGGACTATGAACCAAACATCATCCATCTCATATGG AGTTGTTTTGGATAGTAAGTGGGGTGACCCAGTGGTTTGAGCTTGGGACTTCCATGTTGG AGGTCTCAAGTTCAAAACCCTTGCCAGCGAAAGCAAGGGGTTTGCCTTCTGGGTCGAGCT TGTTGCACCAAGCTTGCCTAGTGCGGGTTACCTCTCCTATGTGGTTTGCGAGCTATTGCA TATGAGCAGGTTTTTACCCTGTGCGCACCCAAAAAGGGTAGCGGCTGTGAGTTTCCCTTG TCGTCAAAAAAAAAATACTTTGCTTGAACTATTATTTATCTAGGGATGTCAAATGGGGGG GTTGGGTTGAAATTGGAAATACTACAATGGGTTGAATAGAAATCGGGTTGGATTTTGACC CGCCCAAGTTATTTTGGCTCAAATAGGTTACAAGACGGGTTGGGTCTTGAACCGCCCAAT TTGATCCGATTAATCTCAATAACTTAACATATGGATATTTAACTTTTATAATCACAATTT GAATTTTCGCTTAAGAATTTTTTGTTAAAAAAGTAACAAGTACATAGATAAACCATAAAA GATGTTAAATCAATAATTATTCATCCTTTCAAAATAGGAATATATCTTAATAAAAAGTTC TAAAACGGGTTGAAATTGGAGATTGAATTGGGTTCAATTTAAAAATCTCTTCAAATGGGT TAAGCTTGAATGTGTTGAGATTGAACTCAATTCAAATTATCTTGAACCCAACCCTTAAAA TTCTGGGCGGGTTACCATGTTTGGATTCATTTTTGACACCCGTTAATTTTATCTATCTCT GCAAATTTCCACCATCTCCATAACCTATGAACTTAGCTTTCCCTACCATCACTCCCTCTT TTTATTAGAGCAAAGAAAAGGAAAAATAACAGGTGGAAGCTTGAGATGGTTTATAGTCAG ACAGATCCTTTGGAATAATAGTTATTCCTCTCTTTGGTCTAATTGCATTTTTCTAAGGTT TATTTTCATCTATTATCATTCTTCCTAACCGTTACTCTTGACATGATATAATGATATACT TCCTCCTTAAGATAGAAAAATGCAAGGGCAATAATGGCCTTAGTACACAAACCAACATAA GGAGGACCCTGAGCCTTCAGTTTTACTACCTAATTAGTCACCTATACATGAATGATATCA GTCATGGCCTCATGGTTGTTCTTGATAGATGAACCCGATGATAGACAGTGCCCTTTGCCT ATAGTAACTTACTAGACTTCAATAATGATGCCAGAGTTATTTACTTAACAATTTCAGGAG CCATTACATGCTCCAGGTTAGACAATCTCATATTTCATCTTCCTCTTTCTAATGATTATC ACAGTAAAGGGATTAACTTCATATGCTTAGCAGTAGAATAACAGTGCAACAGAAAATTGC TTGCTGAAATAGGGCCTGAATTACTTTACAGGCAGCTCACAAATACAGGCAAAGGCACAG GGAACAATTAATACTGCAGAAGATTAAATGCGCATGAACAAGCAATGTCGGCTACCTCAT TGTAGTTGTTCATATGATCTTGGTGGTTAATAATCTATGAAAACATATGGAATATTTGCA TCTGTTCAGACACTCAGAATATCAAGAGGTTTTAGCTATTTGTTTTTCCATACTTGTCAT TAATCATGTCATAGTAAACTGCTTACTGTTATCTCTCACATTTTAGGCATTTCAAAACGA AGAAATATATCACATCAAAAACTTCTTACATAACTAGGAATCTAAACGAGCACTTCTTTA CAGCACTAGAGAATTAAGCCACTGATTAGTCGCGAAGAGTCTTTATATCATCCACAAGTT CTTGAAGTTCCTCCATTGTCACACTCAGGAGGCCTACAAGATGAAATGCAACATTTAGCA TGCAAATATATCAAGTGCATTGTCAGATAATTAAATTGAGTTGGCCAGAATGCTGACCTT TATTGTTATTCATTCTATACAATTCACCATTTGAAACACGACTTCTCTTTGCTCTTGGGT GCTCAGTATCTTCCATCATTTTGGCTGTCAATGTCTCTAATTTGGTATGAAAATCTGATG CAGTCCGTACTAATTCTGGAAGAAACAGCCAAATTAATGGCACCATATTCAATAACTTTT CGATGAATTTACTGGAATTATATCATTTAGACAAAACCTTGCAAAAGGTAAGTTTCAAAG AGATATTCCCTATGAAGGATTCTCAAAATGGAATGTAATCGCCAGTTCAAATCCATAAAG AAGTTACATAATGAGCTGAAGTAGGAAAAGTTTAGAAGCAGAGGCTAGATTAGTCGATTC TACACTCAAATTTAAGAGATGTTAGATAATCAGCACATTATTCATTAACACACATAGAAT TCCCACTCCTATTTTTCTCACAAGCTACAACCACACCATACACAAAGGCAATCTTCTACG TAGTCTAAGATGACATGCTAATTTCTGCTCTTTTTCTATCTTCTTTCCTTCTTTGCTGTT TTTCTGTTGCCAAGATAAAGCTAAGTTTAGGTGCAGAACCATAAAAATTGATCACACACA TGACTCAGTGCAGAAACTGAATTTACCATACTTGGCTGGACCTCCCTAGGAAGAGCAAGG AAGCGATTCATGACAAGGTGACAAACACCTAGTCATTCAAGGTCTTGACAAAGGAAGAAC AGTACCCAATATTAATTAGTAAAGAGAAAAAAAATGCATAGATTATAGTCGATATCAAAG GCAGGTATTGTTCATATAAAAATCCGGATCATTTGCAGTTACATGTATCTCTTGTTCGCC CAGCTGCTGAAGGTTCTGATCCAAAATATGAAATAGGGAATATCTAGTCATAAAATACCA CATAAATGTTGTTTTCAGTTTTCAGTAGTAAAGACTTGTATCTAAGGAAAGGTAACCAGA CTATGCTTCTCTGTTTCCCAAAACGATGTTTCATGTTTCTCAAGTCAAGAAGCATTTCCA GAGTTGAGCGAAAGATTTACCTTCAAACTTCTCATTCACTGACTGCTGCTGATACAACTC TAATGCTTCAGTAAGAGAGGCAGCAGAGCGACCACTTAACATGGACTGGCTTTCCAGTGC TTGTAGTTCTCTTTTAAGCTCAGCAGACTCTTTTCCCACCTGCATAGATCATAAATTGCA AAGGAATAAAATTATCAATTTATAAAGAAATGCAGCATCTACTAATTTTCTGAGGAATGC CTACCTGAGAAAGTTTTTTCCTTAAGAAATTCAACTTTGAGTCTATTTCCGGATTCTCAA TGCAATTAGTATCAAGTGAAGAGGCACTGGATGGTCCGTCCTAGATAAACCTCCCAAAAG TAATATTAAATCACAGATATGAGTAATTACTGTCTACTAACAATCAGCAAATAACGAATC AACTTTTACCAAATAACAAAGTAAAGAATAAAATGCATGAAGCATGGTCACCAAGATTGA GATATCATTCCATTCAGGCATTCTTCTCATCTAAAAAGCTCCATTTAGTCCCAAGCAGAC AAATTACCCATAGAAAATTGATACTTATATTCCTTCCACTTTCCAATAATTGTATATGGA TTCAACTGCAGGTTGAAGTAGATGATGGTTGTGCACCTTCAGAATAATGTGCCCTGGGAA GCACGTTCTTCAACCCACGTCCATATGAACAACTTGCATGAATCTTCTCCGCTCCTACTT TTTATCCTTTTACTATTTCCTACTTATAAATTTGGACTACAAAATTGAACCAAGCTGAAT CACAGTGTTTCCTATCTGTATGGCATCACAGAAAGACTCTAATCATCTGGATTTACCAGG TTCTCCTATTTCCTAGGGAGAGGAAACGGTCAAAGAGCCAGTGGTCAATCATCTCACAGG AACAATTTTCTTTTGTTCTCCAACTCCATATCTGAACTTGAGATGTGCTATTCAAACAAA ATTTGACAGAATAATTAGACAGATCACCTCCAAAATTTACTTGATCTCCTTGTAGGATTA TAGTAATTATGAAAGACTGGTTTCTTGTATATTGAATTATGAAAAAAGAAAAAAGTTACC ATTGCAATCAGCTCTACAGCATGACAAGTGATGGATATGTTAAAGATCCAATGGTAAATT GTTTTGATGCTTAACTTGTTTTAGATGTAAATCTATGTAGACTATAAATATGCAAGTCTT AAAACAAAGGATGGCATATAGAAAAGGACATTTCAAAATTTACTAATTGATGGATTGGTT TTCCAGTATGCAGAAAATGAAACTACACACTTCAATATGAGACAAATGACAGACGAGGTA AAGAAAAAGACACCGGAAACTATCCATAATAGAGAACGTACAGCTTTGGGCAAAGAGAAC CCTTGTGGAACTGTAAAACAATGGTGCAAAGAGTACTTCTCCCACATGCTCAAACGCTTA TCCAGAGCCAATTGGATTATGTTCTTAATGTTAGTCACACCCTACAAATGTACTTTATTC CTGTCAGTGGCCTGAACTGCTCAACAAAATAATACTCACTCTATCTCAATTCATGTGCCA CCACAATTGTAATTTCAAGAGTCAAACTTCTAAACTTGACAACTAGTATTATAAATCACA ATAATTAACAACGAAATTTTGCTATGAAAAAAATTGAATGACTTTGAAATTATACATAAA TTGGGACAGAAGGAGTAATGCACTAAGGACGCACTTGAGTTAAAGAGTGTGAACACCAAC CTTTCTCAGATCTTCGGATCGATCTGTGCCCTCGGTCTTCAGAAGCTTTGCTGCCTCTCT ACAACAGAGCACCATAAGGTAAAATAAACGGCACAAGAGATGAAACAAGTAAGCAATTCG ACCGAAAAATACATGAAGATAAAGACTGGAGAAGGAACTACTTACTGATGGAAGAAATCG AAAGCATCGTCAACTAAATCGTCTACACAGTTGAGGGCCTCGTTGATGAAGAGTTGGGGA TTTAGGTTCAATGAATCGAACACCTTCTCGCTCTCGCTGCCTTCCATTACCAAGCTTCCC AATTTCAATTTCCTCAAGGGTTTGGTGCTTCTGCAATTTCAAATTTCTGATTTCAAGGCC TTTTTGTTCTTTTGCAATTCCCCTCTTCAGTTTCCCGCCAGGTGAGATTGGGCATTTTCT TTTCTCCATTCAATAATTATAATCCCAAATAGGGCAATAAAACTTTATTGGCAGGCTATT TAAGCTATATTTTTGTTTTAAAAATATTTCAAACTTAATATAATTTAGTAATTGTATTTA TATTGTTATAATTTAGACTTCTAATTGTGTTATATTTTTATTGTCTTTTTGGAATTACCT TTCATGTGAAGCCCATCGTGGAAAGTGGAGACTATATATATATAAAAAAAATATATATTT TAACATACGATATTTATATTAAAATTCAATTAAATTAAAATTCGTATAATGTTTTTTGAA AAGATATTTTTTATCAAAAATTTTTATATCAAGGCTCGAATCGGGGACATACATGTTGCT CCACTTAGTTAACGGTATCTCATTTTTTTGTAATAAAAAATGAAGAAACAACATGATTTT TCTCCATTTATAATAATTCAAACTTTATTAATTCCCATTGATTAATTATTTAGGAAAATT GTGCCAAAAGAATAAATAATTATCCTATTTTCAGAAGTTCAGCAATATTTTTTTAAAAAC TTTCACATATGGCCTCTTAAAAATAATTAATTACTATTCATAGTTATAGTTTGATAATTA CAATTTATATAGCTACACGTTACATGGAGGAAAGAGGCGAGCGAGACTAGTAGAGAGAGG GGGCGGGGGAGTGAGAAAATGGTAATTGTATATATGTATATTGGTTAGATAATTATATAT TATACATACGTATTTGTATATATGACAAGAGAGATTGGGAGAGGGAGGAGAGAAAGGATC GAGACTGGGAGAGAGGTAAGCGAGATCGAGAGAGGGCGGAAAATGAGAGAGAGGTGAATT GTATATGTATATAATTGTATATTATACACATACATTTGTATAAATGCCAAACGAGATTGA GAGAGGGCAAGCGAGATTGAGAGTGGTGAGGGAGAGAGGGCAGAAAGTGGAAGAGAGGTG AATTGTATATGTATATAGGATAAAAATTGTATATTATACATATGTATTTGTATATCCTAG CGAATTATACATATACAAACATGACTAATTATACAAATTCGAAGTCACCCCACGTAATTA ATGTAATGTTAGTCGTGAGTGGTAATTATAGCAAAATATAGCTATGATGAGTAATTAAAT AGTATAAATTTGCTTAGCCGCATAATTTTCCCATATTTTATACCCATTCCCATTATAACA AAAATACAAAATGTTTGATATCCTCATGTACTTTTTTTTCTTCGTTTTTGATACTCCGTA TTTATTACTAAACTAAACCACATAATCAATCAAATGGGAAATATTTTTTTGGCTTAAGTC ATCAGCGTCCCCTTAAAGTTGTCCGCATAATTCACTTAGATACCTCAACTAAAACCATTA CCAATTAAACACTTTCACATATTAAAAAATCGTTCATATTAGACGTTTTTTTGATATTCA ACAAAAAATGTGAAAATTGTGTGATACACATGCAGTGACATGGCAAAATGACTAATTAAA ATATAACATTTGGCATTGGGCCCCAGAAAATTATAAAAAAAACATTTAATATCTATTTTT TTTAAAAAAAAGAAAAAGAAAAAAAATGAAACGTCAACCTATTTTAACCCAACCCCACCC CACCCCAACCCCCTTTCATCTTCATCTTCTTCCTTTAAACACATATTCTCAAATTACAAA ATCTTATCTATTCAAATAACTTCAAGATTAAATTTTTAAAAATATGTATACACATTTCAT ACTAAGAGTGGAGAAGAAAGAAAAATTTGTTGGCGGTTATTTAACTCTACATCGATGACA AAATGAAATTGGTAGCTCCAAAATTATTATTTTTTTCAAAATTTTTAATGTCATTTTTGA TAAATTTAATGAATATATATGAATTTAAGTAAAAATATTTGTTCAAAAATTATGATAAAT ACATATCGGCTAACTTTTTATACGTAAAAATCATTTATAACCTTTCATCTTCTTCATATT TTTTCCTTATTTTTATGAGATTTGAAATAAATAATACGAAGACTTTCTTCAAATCTGAAT CTTCATAGTTATTTTTCATTTATCTTCATGTTTGGAAGATATAAATTTTTGTACATAAGA AAAGAAAGAAAAACAATTTTGGAGCTAAAACGAATAAATTTTGCAAACTAAATTACGAAG AAGATGATAGATAAGGGAGTGGGGTGCTTTCATTTTTTTTTTGAAGAAAGTGTAATAAAA GAAGAAAAATATTTTAAAGTTAATTATAATGTCAAGTGTCAATAAAAGAAGAAAAATATA TATATTTTTTAAAACAATAGTTTAAGCCTTTTCACGCACTTCATGGAAGTGCAAATGCAT TTCTTGCCATATCAGTATTTTGTGTTTAATAGCTATATGTTTTGAATTATTTAGGTGTTC AATAGGTACAAAAGATAGTTAAGGTATCTAAGTGAAATATGCGGACAACTTTAAGGGGCG ATCGATGAATAAGAAATAAAATAAAATTTCTCATAATGAGTAACTTATTGGTATTTATGT TCAGGTCCTTCACTATTCCCAAAAATGTCAAAATGATCTAATAAGCTGCTGATATTTTCA TCTAACCCGATAATCCGGAAACTGGTAATGTTTGTGCAAAGAATTCGAGGGCTCTTCACG ATGACGAAGAAGAGTCCTTGTTCCATTCAAGCTTTATTCGACCTTTGTAAGCAGACTTTT GCGCCTTCTGCAACTTCATCACCTTCTTCTCAAGCTATCCACAAGCTTTATTCGCTTTTG GGTACTTATCTTTTACCCTTTTGCTTAAGAAACCGGTACTTTTCTGTCTTAATGTTTTAA CATTTTCATTTAGTGTACCAATTCCTGTTTAATGCGACAATTATGAGCTCCGGAACTGTT TTTATAAGGAAATTGAGGAGGCGAAGTTATTTATGCTCATAGTATTGATGTTAGATGTGG ATTATGATGAATGAAGTCGATTAAGGGATGGGGGTTGGTGCTAGGAATAGCTGCCAAATC CCTTGAAAGAGTGATCAGATAGAGAATGTAGGAAAAAACTGCTAAGAAAGGAAGTTGATT TACAAAATGTTGTATAAGTGGCAATAATTAACGTAGAGAAAGTTGCATTTTTTTCACTAT TATGGTAATCGATTACTTATTTTGCTGTTTGTATCACATACAAACGTGCAAATTGTGCAT GAAAGTAATGGGGATTGTTATACGTATTTAAAATCGAAGTTAAGGAAAGGTACTGTTTAT GGTATCATAGACTGTGTATTACAAGAGGTTTAACTTTTTTTTCCAGATACGATTGGTCCT GAAGATGTTGGACTGAAAGATGAAAGCCGAGAGGATGAAAGAGGTCATGGTCTTTTTGGA CTCAATGTCTTCAACAGGGTGGATCGCTGGGCTCAACCGATTACATATGTGGATATACAC GAGGGTCAAAACTTTACTGTAAGATATCGTTCTTATTTAGCTGCATTGCATGTGTATCTG TCAAATGCATTTACACGGTCTCTCATTGAATTGTTATTTGATAACGATATATCCTCGTGT CAACTGTCAACACGGCCTTTAATAATGTACTGCATAACGACAAAACAAGATATCCTCACA ATTTGTTCGTCAACAGTGAGGTTTTTTTTGATCTCCACCATCGAAGCTTTGAAAAGAACA TACAAATTTAATTGGATGCATGCAAGGACATTCTAAAATACGCCGACTTTAAAACCTGAA TGAACAGGTTTATTTTTATGGTTAAAAAATAATTCTTCAGGTTGCATTGTAAGAAAATTT TAATGTATTGACATCATGCCTTTGTTGCTTTATTTCTAGCAGTATCAAATGTGTGTTTTT TCATTAGATGAGTAATTCAAGCTTATGTAATATCTACGACAAACTCAATTGGAATTGATG TATGCAGATGTGCATGTTTTGTTTCCCAACTTCTGCTGTCATTCCATTGCATGACCATCC TGGAATGACTGTTTTGAGCAAAGTCCTCTATGGATCCTTGCACGTGAAAGCTTATGATTG GGTTGAGCCAGCTTGCATCAGGAAAAGTGAACGTGCTGGTCATCCTACAGGTTAGTTTAA AAAAACAAACTTCAAGTATTTTAAGGGCTTCTTAAATCCTCTCTAGGTATGACGAGCAGC CAAAGAAATAAAGAATTTACATTCTTTTCATTAGAGTACTCACCAAGTGAACTTCAGAGA ATCTAAGTATCTGTGGTGTGGATGATAAAGTGGCCAGAAGTCACTTCATTGAATTGATAT CACGACCATTAGTTATATATAGAAACTTTTCTAGGTAAAGCAGACAAAACTCATAACATG GAATTTTAGTATATTGCCTTAGACCCTCTCACCACCGAGGCTCCGCAATATGTTAGAGAA CTTTTAGATCCAGCAAAGTTTCTTTATGGTCCAGAAATTGTGTGATAAAGAATTTGAAAA CTGCAGATGTTCAAATAGCACAGGATTTGCAATCATAGCAATTTAGGATATGCTCAAGTC TTTCTTTTAGCTTCAGCAATTTGTGTGGCACTTGTATTTGACGGTCTTATCAACTCGACC GTGTCCATTATGCTCCATCTTCTGTGACTGTTATGATGCTCAGTGGACTTGAAATTTTGT GAGGTAGCATATAGTTACTTAGATGTCCTCATTTCTTTCAAACAGCATCATGATAAGAGA TCACTCTTTTATTAAGTACAAACTTTTTTTATATGGTCTTAATGAGGAACTTTCCTGCAC TTTAGAGTTATTTTGAAATTTTATAATTTAGACTTCATGATAAAAGTTCTAAGAGGGTGG TGTATGACTACAACACTTGTCTAGCAAAGTACTATTACTATAGACACTTGGCAAGTGGAA ACTGGAGGTAGCTGAAGTTGATTGCGTAGTGAACTTTATCCAATATTCCAAACAATCCTT ATTATTAATGTGGAAAACACTCTTATATTCAGATATGTCAGATGTTTTAATCTGGATCTG AACATGTTCTGGTCATGGTGGGCTCAAATGTTAGAGAAAGAGTGTTTTGCTGTCCTGGGC CACTGACATTTGTTTTTTGTCTTCATTTAACTTCATTGGAACAACTTTCCTGGTGAAACC CTTCGTTCACTGTTGAAACTGAAACTTAGTCGTGAATTGACCATCTTACATGTTTGGAAA TTGATGCTTCTATGATTCTTGTTTGAACTTGCAGATTTTGCATATTTCTCTAGCATACAC TTGGATCCAGCACCACCTTATTGGCCAAATAACAGCAGAATATGCCGGTGTTTAATTTCT TTCACATTAGAATAAACAATTGTCTTCCCGGATTTCTTGCATATGTATGTTTCCCCATTC TTTTGGTTGTGTGATTCTTCTACTGCACTTGAGTTGTCCATCGACTTTGACAAACTTACC GACCCCTTTTGTCTATATTTCTTTCGATTGCATCATTGTCTGTTGAGAGATAGCTCCTTG TTTATTAACGGTCAAATTCCTCCGTTGTGGCCCATTTTCTTTGGCTAGAATTCATACCCA CTACTCCTATCTCTCTCTCAAGTGGCCCACTTTCTTTGGCTAGAATTCATACCCACTACT CCTATCTCTCTCTCAAATGACAAATCTGTTCTGCTCCTATCCATTGTTATTTGAGACACA GCATAACCATTCTTAGTTTTTGAGGCAGCTTCCTGTACATCCTCTGCTTTTGAAATGTGT CTTTATTATTCTTTTTACCCACTACTTATGCCATGCGGATTGTTGAAAAACACATCTTTC TTCCCTCTAAGTTCTATCAATAGTTACCATGATAAATTCTTGATCGTATATTCACAAGAC TCATCTTCACTTTGGCAAATTGATTCCTGGAGGTGTAAAGCTTTTGCAATTTAGAGGATA GTAATCAAGATTTGATGTACTAAATGGCAACATGGATTAATAACTGACATTCTTAATTTC TTGTTCTTGAGGATTGGCGCTTTTATGATAAATCGCCTTTAGATTTCTATGGATGAATTT TAGGTTGCAGCTTGTTGGCTTTAGTAGCAAGAGAGATACATCGTCTAACATGACAGAACT ATCTTGCATTGTTGATTTATTGTAGAGCTTGCATTTTTGGTGAATCCGGTATTTCAGCAC TATGAGTTCATGTAAATTGGGTTTTATTTGGTTTTTGGTAAACAATATCAATGTTTTGCT GTTTCTTTTCTTCATTTCATCATATTTATAAATTGATCATGTTTAACATATCTACAAGTG ATAGTCTCGAAATTTCTGGTTCCAATTTTCTTGTTTTGGCAACACTTGTTTAGCAAGCCC ACTCATTAGCTCAATTATTTTTGCAATCTATCTGCTAGTGCTTGATCCATTTCATTTTGG GGTCTGTAAAGCTTAAGTCCAGTATTTTTAAGCTGAGCTGGACTGAGCCCCATTGAGATT GTATTTTCTTCACCTCGTGTGCTTTGGCAGTTTACTGCTTTGTCCTATTTGTTGGTGTTT TCCTCAGTATATGTTACTTCAAAAAAAAACTCGTTGTTGACGTATATTATTTCACTGATT AAGAAGTATACTCTTAAATGTTTGCACTTCATGTATGTAAGACTATCCTTGTCAAAATCG ATATCCACCAGCACTGTGCTAGACACTGAAGCATAGCAGTCGACATGCATTTGCATATCT TTTTGGTATTGCTTATTCAAAGTGAAATAGCATCTCTGAAATTTTCTTCTGGGTATTATC TCTGATACTATATAAAAATTTGTTGATTTTGATAGTTAATATACACACTTACTTTCCCTA CTTTTTGCATTTGTAGATCTTTATGATTTACTACATACAAAAAGCATTAAGAAAAAAGAA ACATGATGTATTTATTTGACAGTGAGACTGGCTAGGTTGGCGGTTGATAAGGTCGTAAGT GCACCACATGGTACATCGGTTTTGCATCCCAAGAGTGGAGGGAATCTGCACTGTTTTACT GCCGTTACACCTTGTGCAGTTCTTGACATTCTTGCTCCTCCTTATCTTGAAGCAGCTGGC AGAAGATGTACCTACTACCATGATTATCCTTATTCCAGCTTTGGTTAGTGTCTATCCTCT TCCATTTTGAAGCCTTGTCTTTCTCAAGGATTGCTTAGCTTATTCAGATTGGAGTCAAAT GTAACCAGTCTGTTCGAGAGTTGTATTGAGATAACCATATAATGCATTTGCAGCACATGG AGATGAAATTGTTGATAATGGAAAGGAACAAGAATATGCATGGCTTGCTGTGGTTGATAC CCCAGAGGATCTGTACATGCGCCCAGGAAGGTACATGGGTCCAGACATCCAGAGGTAGCA ATATACGTTTTCCTGCATTTGCTTAAGTATGGAGTGTGGATGTTCATGGAGCCCTTTTAC TGTGAGCCTACCCAAGATTGACCTATAAATGATGCTTAACTGATGTGTATCTTTTTTTTT CTTCATAATCTTCAAGAAGGCTGTTGATCATGTTGTTAGAATCATGAAAATGCTACAGTA TTATATTGTAGTCAAGTCTTTGGCATTGTATATTGGAGTTTGTATTAGTTCCCGCACTGG GTATGTTGTTGTATCAGTTCCATATGATCCATCATCTGCTACCCCCGGCATGTCAACAAA GTATTTCACTTTTGAGACATGGAATTGAAGATCTTTCAATCACTCCAATGTTTATTAATA TGTCATTCATCTTAGGCGTTGATGCTGAACTTTTTATTGTAATTGAAAAGTGTACTGTCA AATGTACTCAAGTTTCCAAGCCTTGATTTACAGGAGCAGATAACTCTCCTTGAAGACTAA TATTAGATGGTCGTTTTTTATGTTTGTTTCCAGCATTATAATCCTACGAGTAGCTTGGGG AAACTTTGTGGAGTTAATTGTTTGATGTGATAATATGAGAGAACCTCCCTAGTAACATCT GGAGAACTTTAAATCGAAATGAAAAAATCTGAAATATTTGTTAAACATAACAATTTGTTG ACTTGAGTGGGTATGAGGCCACTAATCCCCCAACAGCTAGATAAGAGTACGTACTGTTCA TGACACTCACAAGAAAATGGAGGGCCCTTGTTATTTTGATTAAGAGAGCACAACTACTAC AGACAGGGAACTGTGTTTGTGATACTAAAGTTCACACGCATGAAAGACTTGAACAAAATT CAAAAAAGAACTGCACGAAAAGTCGACCAGATGTAGCTTCTAATGCCTACCTGATCCTCC ACGAATACAACATATCTAACAACAATGCCGATTGAGTATACAACAAAAGAAAAACTTTTC TGGATTCTCCCTATCCTTCTTTTAACTTTTGACTGCTTTCTCAAGGAGATCTGAAAGATT CACCAGCATAACGAACATCTCCAAGTTCTTCTTCGATACGTAGAAGCTGTAGTCAGTATA GCAGAGTTTAGCCACTCAACACCAAGCAGAAACTTTTTTATCAAAATAAAATAAAATAAA ATAGAAGCATTCACCCTTAAGTTATCAACAAACACAGAATAGCTACACCAAACTAAACAT AATAGGCATCAGACATCAACAAAATCCAGCTGAAATGCTACAAGGTATTTTATTATTTTT TTTGGGTAGGGGGGACTTTTATGGAGGAATTTTAAACGACTAGAATAGAATTATACAATC TGCAATGGAGATAGAGTATCCACATAGAAAGCTTATCAACTTCCAAGCAGTCTGGGTAAA TTTGCTAACCGCAGGATAAATAAAGGTAACTAAACACTGTGACAAGAGACTACTACCTAA ATGAACATATTAATAATGAAATAACTTAAACAGGAACAAAGGCAACAATTAAAAATAAGA TGAAAGAAACAAATAAAGAAAGGGAATTAAGTGTTCCAACCTGGTTGTATTTTGCCAGCC GCTCACTCCGGCAGGGTGCTCCAGTCTTTATCTGCATTGGGAGAATTTAAAAGAATATTA ATACGCTGCTGGTGGTTAAAAGGGTGGAAACGATTAACCAATGTTAACAGCTGGAAGTCT AGAGTACCTGTCCACTGGCCAAACCAACAGACAGATCTGCGATAAAATTATCCTCTGTTT CACCACTTCGGTGACTGACCATAACACCCCATCCTGCAGCTTTGGAGTCTAGTGCTGCTT GAATAGATTCTGTGACAGTACCGATCTGGTTAACCTGCAACAGTTTGAAAGTTGATGAGC CAAGCCCTCACTACATGACTACCATGTGTCATTCATTTACCAAGAGAGTTCTACTGGGCA CGGGCTTCCAACGCCTAATCTTATAGGAGGGATTTATGCACATCAATGCAGTGTTCCTAT CTAACAGGACTGGACCCGTGATAATGTATGAATTGCTTTTTTGATATCTAAACTTTTTCC TTCTTTCCCATTCAAACTTGAAATAGAATTAACTATACATGATAACAACGTGATTTAGAT TATAGTTCATGTGAACTCTGACGAGTCAAGTGCTTGAGGTCACACCCGAAAAGAGGGACT CAGATTAATCACACCATAAAATACATATGTAAACATCATAGCTATTATTACAGCATAAGC TGTAAAGTATACTGTCTTATAACAAACACATTCATCCAAAAAGGCTAATTAACATACTAC TATTGTTCTGTTCAGACCAAAATCTTTCTAGGAATCCCTGCTTGTTAAATACTCTTGAAG TCTTTATACGGGGAAATAATTGTCTTTTCCGGAGAAAATCACCAAATTAAGCACCACTGT TTTAAGGCTATTTTGCTGATAAGTGCCCAGGATCAGCTCAAAGGTATTGAACCTTACAGG TAGCATACTTCACTTAGCTTCTTAAAATTAATGTACAATTACGTTTTGAGAAACTAAGCA TTTGAAATGAGAATGAAGCCTACTGATGGAACAAGGCAGCTTTGCTACAGAAATGTGTTT GTTGCTTAAAGACAAATCCTTACCTTCAACAATAATGCATTGCATGCCTTCTTCTGAATT GCTTCAGCAATTCTCTTTGGATTAGTCACCAACAAATCATCACCAACAAGTTGAATGTCA ACTGAAGATTGTAGAGATGCCCAAGAGCTCCAATCATCTTGGTCAAAGGGATCTTCAATA GATACAATAGGAAAATCTTTGACAAACTCCTTGTAGAGTTCACAGAGGCTCTGAGCACTA AGTACATGAGCTCCATCATTTGGTTGTTTCTTGAAATTGAGATCATATTTTGCATCTTTT GTCAAGAACTCAGATGCTGCTACATCCATGCCAATTTTAATCTGCACCAATCTTCCAATT AGGAAATCAATAACTTCCGAAGATAAGATAATTTAATAAAACTGCAAGGCCAAAAAGAAA GCCAACCTTGCCGGTGTAACCAGCCTTCTCAATTGCATCCATAAGCAATACTAGCCCTTC CCTGTTATCCTGGACATTTGGAGCGAATCCACCTTCATCACCAACATTGCATGCATCTTG ACCGTACTTAGCTTTGATAATTCCCTTTAGAGTGTGGTAGACTGTTTACCAATCAAGTGC GGACAGTTAAATACTATGTAAAGAGATATTATGTACAAGTTTGCAGAACACATAATATGC AAAGGTTACAGGTCATGGGGCTATAGGAACCTCAAGGACAAAACAGCAGTTTGATATACA GAATAGAAAGCTACTACTGTTTGACTCCTCCTAATGCAGATTAACTGAAACCAACACTTT TTGTCAAAGTGAGAGACATAGCCATCAAGAAAGAGGAAGCAATTTTATATTTACGCTATT CTAACCTTCACTACCCATACGAAGTGCCTCAGCAAATGTTGGTGCTCCAACAGGTAGAAT CATGAACTCTTGCATAGCCAAATTGTTGCCAGCATGGCTCCCTCCATTTATCACGTTGAA TGCTGGAACTGGCATTACAAGTTCTTTGGTTCCAGATATTTCTTGAATGTGTTTATACAA AGGTACTGCTTTTGCTCCAGCACCAGCTCTACACACACTGAGAGAAACTCCAAGAATGGC ATTAGCTCCAAGTTTTGATTTATTAGGAGTTCCATCAATCTCCAGCATAACAGCATCAAC ATCAGTTTGGTTCCTTCACAAGAAGAAAAGAAAATTGTCACATTTAAATGGAACTGAAGA AGTATTAACAAGCCACCAAGGCAGCCATCCATTTCCATTGACATTTACTATTATTGAGAA ATTAGCTCAAATAGCCGCCCACCAAAAATTAGTTGGCAATGTACAATATATGTATATGTG TGTAACTGTGTATAAGTATTAGTGGCTGTCATAAATATTTTTGGCGTAACAATACTGCAG TACCATACAAGCAATAGCATCACCGGTGTTCTCTACTAATTGATCTTTTGAGATGTCTGT GTGTTATATCTACCCGTCATCTTCTTTTTCTCTACCTCAACTTGAACCAAGCCAAGCTTC AGCTAAATTCATTATTACTACCCAAATCATATATGCAGTTACCTAAGTAGCCTATTGACA ACCAATAAAGACGAGTATTAAACTATAAACTTACTCAGCCCCTTTCATAATAAACAAACC AAAGTCGATTAAACAGTAATGGATCGTACACACATAGTAATGGGTCGTACAAAAACCTAT ACTAACATAGAAGGACCTTGATTCTGATTGTGCAAGTGCTCTAAACAACTCTCTTTTATA AGTAAAAATGCTCTAAGCAAACTCTCAGCTTGTGAAGTAGAAAAACTACCATGTTATGAA GTACTATACAAACTGATACCGAATACTAATGGAAGATGGAAATATTTACGAAAAGAAGGG AAGAAAACGAAAATGCGATAAATATTTAGTAAGATATAACTTACCTTACATCAACACCAA CAAGTTTGGGGCCCAAATATTCGTTAATATTCTTTACAGCATTGAGGACCCCTTTACCAC CATAGAGGCTCTTGTCACCATCTCTGAGCTCCAATGCCTCATAGATCCCGGTGGAAGCGC CACTTGGAACCGCCGATCGGTACAGTAGATCATCGCCGGTGACCAGATCAACCTCGACGG TAGGATTTCCCCTGCTATCTATGATCTGCCTTGCCTTAACAGACTTCACCTTGGCTGATG CCTTGGATGCAGTTGCCGATGGTGCAACGGCGACGGAGCACCGGACGGTGGAAGACAACC TCCGAGATTGAATCTTCTGGGTAGCAGGTAATGAGAAAAGCGGCGTCTGTGATGTGGGTT TGGTGGAGAAAAAAGTCTTAGAGAGCTGCGCTGGAGCCAAGGCCATTTCTTTTGTGTGCA ACTTTTTTCAGAGCAAAAGCGGTTTTGGGATTATTTAAATGGAGGGAAAAGGTTTATAGG AAAGTTCGCCGAAGGGCGAAGAAAGCAAGAATTTGGTAATGAAAATGGCTTCGATGGTGG TTGGTTTGTGCTTTGGAGGAGACGTTAGTAGTAGAATTGAATATATATATATTTAACTTA GAAAGGCCAATGAGTTGGTAGGTGTAATGGACACGAGCGTACGAAAATACTATTATGTCC GATTATTTTTAATTGAAAAATTATAATTTATAATATTTTTTATATTGTTATTAAATATTT AATTTTTTTATTTAAAATATTAAATTAATTTAATTTTAACTATTAATTAAATTAATTTTT TTAAAAAATAATATAACAAATAAAAACGGATGAAATCGTGTTTTGATATTTGTGGGTTCC ATCAGATTTCCTATTGCAAATTCTTGGGCTGCCTAATCAACTTTTGACGAGCAGACAATG AGGAATTGCTTCTAAGAATTTATATCACCTTTCGTTTTTATTTAGGTCGAACATATATAC AGACTTTTAAATTTGTCCTGTCAACTTGTTTCATTTTAACTTTTACGTTTCATTTAGACA CTTTCTTTTCAAAAGATCAACAAAATGGAGGGTCTGTACTTCTAGTAACATTTAAATAGA AAATATTATATTTATGATTTTTTTATTTTCACTTTTTTCATTTTAAAAGTTAACGTCATA TTTTTTTTAAAGAAAATAATAATAATGGATGAACATCAATTTTTTTAAAAAAATATTTTT TCTAGAGTGTCTGTACATTATTGTGTGAAAATAATCGACAAAAGTGTGTTGATTTTCTTT TTTAATAAATTAATTAATCAAAAAATAGCACTTTTTTTTCATATCTAGTTTATTTGGACT AACTCAAATATTAAGTTTCTAATTTTTTATTCAATTAAATACGAGTAAAAAGAACTCATG TTCATTGCTAATTTATAACACCATAAAAAGATGTTGAAACTCGATGGACTTCATTAGGTT GTCATTGATTTTCTTAAGAAAGAAAATTGATGCACTTTTGTCGGTTATTTCTCATGCAAA AATATATGGAAACTCTCAAAAAGAATTTGTTACTTTTTTAAAAAAAAGGAAAAAGGGTCT AAATTATCTTCGAAGTATTGAAAATGGTACAAAATTATTTTCCATCCGTCTATTAGCTCC AAAAAATGCTCTTCTCATCCATCTATTAGCTCCAAAATATCATTGATATCCACATTTGGG TTCAAAATTGACCATTTATTTAACTATTTTAAAATTAAATTGTTAAAATATTTTTTAAAA TACTTGGCGCTCAACTTATTGATTATAATTTAATTTATTAATATAATTTTTAATCCAACC CACTACCCACTCATTACTAACTAAACCACACCCAATTAATAAACCAATTATAATATCAAA ATCACCATAAATACTACTAAAACACGACAAAATTATAGATCCCTGAAAATGGCATTCAAA ATTATTCGAGTCCGAATCGAAGTCCCAATAAAATTTAAGTTGAGACGCTTTCGGAAGACA CTTTCAATAGGATTCTCTTTCAAGTTTGAATTCGAAATTTATGATTAAAGGTAAAGAAGT AGTACATCTCGAATTAATTCATGCAATTTTCTTTAATATAATTTTATAAATATTTATGAT TTGTTTTAAAAATTTTAATATATTATTTTTAAAAAATGTTTTTTTTAATGAAGTAACATC ACATATTTTAAATTTATCTTTATATATCTAAAAAATAAAATATTTCCAAAAAAACATAAA CACAAAACAATATTTTAAAAATAAAACTTATTGCAACCTAACATTTAAATAGGTTTAAAA CATAGTTTTTTAATAATAAATAAATAAATAATCTGACATGGCATCCTAATAGGACAAAGA TAATGTATTTTTTTGTATCAAGTATAATTTGAGAAAAATAGGCAGTTGGGTGATATTGTA GTCCTAAAACAAACATAAGTGATATTCTTAGGTTATTTTTCAAACATGTATGACTATTTA GGGAAATTACTCACTTCCTTTTAAAATAAGTAGATATGTGTTTGGATAAAAGTATGAAGT TAAAAAAAAAGTTGTCCATGTGTTTAGCAAATAAGTGCTGGTAAACACTTCTTTAATCAA AATGTCTGAAATACCTTTAAAAGTTGTTAACATGATAAAAGTTGATTAATTTAATAATAA TAATAATATATAATATATAATAAAAAAAATTAATATGAAAATAATAATAATAATAATTAT ATTAACAATATAATAATAATAATAATAAAGAATAATAAAATAAATAAAAAATAAAATATT AATAATAAAAATAATAAAAATAAATAATAATAATAAAATAATATGAAAATAATAATAATA ATAATAATATATAATATATAATAATAATAGTAATAAAGAATAATAAAATAAATAATAATA ATAAAAGTAGTATAATAGTAAATAATAATAATATATAATAATAATAATAATAAAGAATAA TAAAATAAATAATAAAAATGATAAAATATTAATAATACTAATAATTATTATAAAAATAAT AATAATAAAATAATAATAATAATAAAAAAAAAAAGAATTAAGAATAAAAAAGTAATATAT ACATGGTCAACATAAAATGAATTTTAAGTTAAACAAAAGATACTTTTAACTTAAAATAAG TTACTTTGATATTTATCAAACACTCTAATAAGTTAAAAACTAACTTTTAAGTTAATTTGA TCAGCTTTTAAATCTATGAGAGACTCTAAAGCATATCAACCCATAGACGAAAAACAATAA TGGTTATATTTCCAACTGCATATAAGAATAGCAGGTAGAAACTAAAGGTCTGTTAAACAA GGTGCATATATATACTTTTTGTTCCGTAGAAAAACGGATGAAGTTGTTTTTGTGTTTTTT TTTTTTTTTTTTGATAATACAACGAGATGAGTTTTTAAAGAAATTTTTTATGTCATGTTT TTATTTAATTATTTCTTGAATAACAAAGACTAACTAAATAAATAGATGACTTGGTGAAGA AATATATAATCAAAGATCTGGCAACAAACTATTTTTATACAAATTTCATATTTACTTAAA ATAAAATATAAATAATGTTTTTATGGAACTTTTGGTTTAGAATTTAAAAACTCGAGTTTT GAAAAAGACTTTTATGTATATTATAATTTATTCTATAAATTTGAAAAAAAATATTAAAAT TAAAACTGATTCTAATAAATGTATACTTTTTGATGATTTTAATGTTTTAGTATTAAAAAA AAATAGATCATGAATTTGATGGACATTTGGCCATATATAATTAAAAATTAGATATTTTTC ATTTTACTACAAAATTGTGTTATGCTATATTACTATTTTTCATAAATAAGACACATTTTA TTTGTAATTCTAAACATAAAGGTCTAATTTGAATTTTCTATAGTCAAATTAATTTTCAAA TAAAGTAGAAATTATTTTAGAAAAAAGATGGGTGATATAGTCTATTTTTTCATGCAAAGT GCAAATAAATATGATTATATGAATGCATATAAGACTTCTTGGGCATATCAAACTCTCTTT AATTGATTGTTGATTACGGATAAACATAAAGAAATAGATTAAATTCAAAAAAAAAATATT AGCACTAATCACCCTACATTTTCTTTTCTTTTTTTCTTTTTGATTTTCTTATAATGGGAT CTAATATGTGAATTTAGACCATCCTACATATTTGGAATCATGTATAAGGTTTAGGCTTAT TTGTTAAAAATATTGATTCTTTTGGAAAACATAAAATCTTAAATATTCTCATTTATTTCT TATTGTCTCTAATAGAGTCGTCAATGTGGGCTAGGCCCGTTGGGCCGGCCTTGCCTAACC CGAGATTTAATAGAGTTGGACTAAAATTTTTGGAGCCTAATTAAGAAAAGGGTTTTTTAA CCCGGCCTGAATAAGACTGCTCATTTGGGGGCTTGAGAAATATCGGTAGGCTGGCCCGTG GGCCAATAAAAATTAATTAAAAAGTATAACATAATATTAAAATTTTAAAATAAAGAGAGT CCAAAATCAAAACAATTAGGTAAATATTTATACTTTCAGTTGAAAAAAAATTAATAAATA TCAAAGAAAATGCACAAGTACCCCTAGACTATGACCAAAATCCAGAGACACACCTTAACT AAACTAAGGTCCTAATATCCCTGAACTTTTTTTTTTGTAATTTTATACACCTTTTGTCTT ATGTGACACTCTATGTGACTTCACGCAATTGAGGCGCGTCGAAGATATTTGGATGCTACG TAAGTCAAAGAGATGCACAAAATTATACAAAAAATAATTTAGGGGGTAATACGACCTTAG TAAGGTGTGTCTTTAGGATTTCGGTCATAGTCTAGGGGGTACTTGTGCATTTTTCATAAA TACTATAAATATAATTTATTTGTGAATTTGATTAACAAGTAGTGACATTAAGGTCTCATT CGTTTCTATTAAGATTAAGAATCTGAATTTCAATACACATTTAAATGTTAAGATGTGCAT TAAGATCTAGATGTGTAAATCTGAATAAACATCTAAATATTAAAATATTGTCTCTGAATC TGAACACTAAATTATTGGGACAGTTTGTTTTCAATATATGAATGCACATATAAATTAAAC GTTATATCAATAAAATATTATCAAAACCTTGTTAGTAAAATATTTTTTTTCATATAAAAT AATATTTTGAACTTTTTTTACCGTAACAAGGTAATATGATTTATCTTTTAAGAACTCAAC ATCAAGTTACATCATTAATATGATTATTTTTTGCACTTAAGTTTTTTGAGAATCTATTAT AATGCAATTTAAAATAGTTTATATAGAGTAGTAAATATATAGTTTAGGAAAATATTTTAT TTTATTTTATTTTAGAAATTTATTATTGTTATCGATCAAATAACTAATAATTTTTTATTT TTTGAAATCGTGTTAAATATTATATCATGGGAGTGCTTATCAATTCAAATATATTGATTA ATTTATGAAAGTAAAAGATGTATATTAAGTTAATATGAATAAAGAAAATTATTATGACAA GGATGTAATTAAACATTAATTAAATAAGAAAACAACTTTTATTTATGAGTTGTTGTGATT TAGTTGAATTAGGATAGAATTCTTATTTTTTAGTAAGAATAGTGTTAGGGTGTGTTACAG ATCTAATTCATCCAGGTATATCCATACCCAGAGACTTATAAGAAAATAAAACAAATGAAC TTAATGAACTGAATCTGAATAATTAAAATTCAGTTCTTAAAAACAAACAAACTTAATGAG GCAAATCTGAATGATTAAGATTCAAACCCCATTAAGTGCAAACAAATGAGGCCTAACATA ATATAATATTGTTTTATCGATAATTATGATATATTTGTAAATCATAATTTTATAATTTAA TTTAATAATTATAAAAAATATAATTTCAAAAAGTGGGCTGGCCTGGCAAACTTGTAGCCC ACATACTTGTGGGCTGAGCCGACCATTTTCTGGCCCACACAAAAAATAGGCTAGCCTGAC CTGACCCGTAAAATATCAAAGCTTGTATGAGTTAGCCCGGATGGGTAGGCTAGCCCATAT TGACAACTCTAGTCTATATCCATATAGATACTCTAAACTTTTTTAAAACTTTAAATTTTC TCCTTTGTTCCACATTGTCCTCGTACTGCTATTTATTGAAAAACTTTAAATCATAAGCGA CTCAATCCATATAAACACTCTAAACTAGAAGCGACTCAATGCCTTTAAAAATGAGGATTC AAATTGTTTGATAATAATAAAATTATTATATACTATATTAATTTTTAATCATATGATCTT AAATATATTATGTGAAATTTAAATTTAAAAATTAACAAAAAAGATAGAAAAAACGAACTA CAACAAATAAATGAATTAAAAGATATAGTATATTATTTAGTTTAAGATTATAGAAAAAAT AAAGTTTTGCAATATATATAATTTTTTCTAATTCAAATAAATTAAAAGATATAATATATT AAAAGAAGTGACATAAAAATACAAAATAGTTAAAAATTAGGCTCCGATTTATCAACTCCT AGGATTTTTCATCTACACACTTTAACTAAATAGCGTTTCTACATTTTTGTGTGGGAGTTC TCATTCATATATATTGGATAGTTAAATTAATCAAATAAATATATTAAATTAACCAGATAT AAAACATGTTATTTCTTTTAGTTATATATCACACCTATCAATAAGTAATAAAATCTTAGA AATAAGTAATAAAATCTTAGAATGAGAATATGTTTGATATTTTTTCTTCGAAATTTGAAT AGAAAGTGTTTGGTTGAAATATTATATTAGAAAATTGAGATGTTTAATTAAAATATAATT TAATTCAAATATCTAATAAAAATAAAATAGGAAAACTGACAGAAATTTATCTTTAAGTTC TTTTATTACTATTATCCTCTGTTAGTTTTATAAATTTTCAAAATCTCTCATTTTCGCACA TCATATTAATCTATCAGCGTATCATATTAGTGTATCTCAGGCATCAGATTAGTGTATCTC GTGCATTAGATTAGTGTATCATGTATAAAATTTAATGTATCATACTTAACGATTAATGTA TCTAGCGAATCAGATTAATATATCAATGCTTATATTATTGAGGGATTTCTGTAATTATAA ACTTATAAGAGACAAATATTAATTTTACCTTGAGAGTATGTGATTTTTGTCCTTTGTTCT AATAAATTTAAGAGTTAAAGTTTTGTGTAATATCAGTATATAAGATTTTCTACGCCATCA AATAATTTTTAAGATAAATCATGTAACTAATAAAACATCTTTTTGGATAAAATAGAACAA AGAATATCGGATTTAGAAAACCAATTATTTAAATCATGTTCTATTTTTTAGTTTATGCAT CTTTTTTCGTTATATTGATCTTTCAATTATTTTCAGTTAAATCATGTTTACAAGTTGTTT GTGAATTTTCTTAAGGATAATAATTATATTTGTATTAGTAATCATATTGTTATCAACCTT TTAATTTTCAATTTGGGATATATAATATTGCAGATCAAATAACAATTTTTTTTGAAAAAA TTCTTCTTGTGTGTACTGATGATCATGACTTTGCCAAAATTTCAAAAGATAACTATGAAT TAATTTTAGTAAGAGGAGAAAGAGGACTCAACTTTCCTTTGCTATGTCTTAACATAATTA TAATAATGTTCAAAAAGATGTTTTATTAATCACTTAATTTACCATATTTATCTTAAAAGT TATTTAATGGTGTATAAAATCTTTTACGCACAAAACTTAAACTCTAAATTTAACGTTTTT TGAATCATTTCCAGGAGACTTTTTCATCAGCTTCCACAGTCCATTTCTCTCTAATTATAT TACGGAGTCATCAGATTTTTAGGTTTCACTTTTTACAGATTCTCAGCCTCTGATTTGCTC TCATCCGTTATTCATTTCAACTTTTGTAATTCTTTCATTTACCAAATTGAAAAAAATAAA TAAAAAAATGTCGAGAGTAAGCATCAAACAGATACTATATATATATTCATTTATTGTGTT CTTGTAGTCTCTTCTTTGGCAGAAATAGGGTTTTCGATTTGGTTACATTTCAGCGACAGT GCTACTCTTTGCCAGAAAGTGTGGCAGAAACCTTTGCTGATACTGGGAGTGTTTTCCCTG GTTGTTTCAGGTTTCATATTCGTTGATTGGTTCTGCCGATCAGGCACGTTTATCAGTAGG ATATGTTCGATTTTGCTATATTTGATTTTTTTCGGACAGTTTTTTTTTCACGTTGTTTGG AGTTTTGGTCACCAATAGAAACGTGAGCAGGACTTTATTTGGGAGAGATGGAAATTACTA TGGAAATTACTCGCATTACTTGTTGAACAAGTACGCATTGAATACCTAGAATTGGGAGCC GATTAATAGATGTTTAGTTGATATAGAATTTTGTGATCCTCCAACTGAAACAGATTCTTA TTACAAAATAGTTTATCTTTTATCATTAATTATAATCATATAAGACATTGTATATTTAAG CATTTTAAATATTTAAAGAGTGATATATTGTATATTTAAGCATTTTAAATATTTAAAGAG TGATATAGTAAAATTATCAATTTTATACGTATTTGTTTTCGTGCAGGCAGTCGAACTGTT GCCAGCCTCCCATATATTGCGGCTTGGAGTTTCACAGTGTTACCAACTGGACCATGCCCA AATCAGGGCTGGCGGTAGCAGACAATGACTGCAAGATTTGGAGCAATGTACAGTCCGAGC TCTGCTTCAATTGTCAATCATGTAGAATACCATTCGTTGATGAACTCCATTTTGAATGGA AGTTATGTTCCATTGCCTGCTTTGTACTCTTTCTTGTCTTGTACTTTGTTTGCAGCGTTC AGTGGTGTATTCGCAGGGGAAGAAATCAAATGGATGCCAAAAACGCTAAGCATGAGCCAT ATTCGTTTGTTCCATTTCCATTTACCTTAGATCAAAGCTTCGTTTGGATGGTATAAAACA TTGATATATTGTGCCTATTTCATTATTTACTATTTATTGAATCTGTTTTTGATCAGTTGT GCTTCCATTTGTTTTATCTCTAATATTGACTAACAAAAGACAAGTTATAATCTACCACTA GTACTATTGAACGTCCTAATGCAACGTACTTTAACATTTCGAGTATTGAGTTGTTACTCT AATCACATTTTTTTCTCTCATTCAAAGTACTAAATCTGGTAAAAGCCCTTTACGGGAGTT GCAGCTTCTCCAACAATTCATAATTTCATGTAACATTGTTTCGTTTAAATTTAATACAAA AAAAAAAAAAGCAAATGAGAACAAAATTTAAATAGTGACCTCAAAAAGGCAATGCAGTGC AAATTCCACTGATTAAATTATATCAACCTCTTGTTAATTATTTCATATGGACAATCAAAC TGAGTTTTGTTTCGATTGAACCCTTCAACTCCTAGTAAAGTATTCTAATTAGATACGTCT GGTTCAAAAATTGAATTTCTTTTCTGTGTTCTAATTCATCATTTAGATACTTAAATTAAC CATACATGATATATCATTTCTTTTAATTTTATTCATCGCCTCATTTTTCACCCAATACCA TTTATATAAAAATATATGTAAGTCACGCACTAATTATAGTTACTTGTCACGTGTTAAGAA TAATTTTTAATTTATTTTTATTTGATTAGTTTGCTATTCTTTTTCTTTTTCTCTTTCTTC TTCACCTCAATTTTTATTCCATTCCCTTCATCGTTTTCTTGAGAAATTTTGTTTCATGTT CTTTGTTTAATGGTAATAGACTTTGGCCAACTTCTTTACACTTTGTGCCCATTTATATCA CGCAACATTCACTTTTACCTATTTGCTATCATTAATTAATTTATTTATGATAATATCGTC AAATAATTAAAATTCAAATATTTAAAATATCACCAAGTCAAAATTTAAATAACCACCTTT TTCAACTCCTTACTCCCCTATCGAGTTTTTCATAGTTTTACTAATCTCAAGCCAATCTTG ATTTGTAGGAGGAAAAAATCACTGAATCATTTTGTTTTTCAAAAAAAATAAAGTAGAATA AGTATGAACACGATAACATTAGTTTTTTAAAAAATAATGACCAGAAAGAAAAAAATGAAG GAAGACATAGATGCCCAATAAATATGAATAAAACTAATGATGATAAAGAAGATGATAATT TTTTTTGAAAAAATAAAAAATAATCTAATAAAGTAAAAAAAATTAATACATGGATTTTCA TGTTTTTTTTCTAATAAGTCAAATTGGAGTGTCACATGACAATTTTACGTTGGTCTGAAG TTCTAAAGTTTTCATGCGCTCATATTTCAGAACAAGACTAATAGTGCAAAGTTAAAACAT TTTAATGAAAATTCAAAATAACTTTAATAATAACTTTATATCTTTCCTCTTTAAAATACA ATATAACAATAAAGTTTATTATATCTTGCATGAGCATAAATAGAAGATCGAGTTTTGAGG CTAGGCAATGCACGGTTTATTGTGGGAATGGATAACTGAGATAGATAGATAATCGAAGAA TTTTTTTTTAAAAAATCAATAAAAATAAAATTGAAGAGGAAACATCAACAGGTAAAAATA AAAAATAAAAAATTGAAGAGGAAAATTCGAACAGATAAAAATAATAGAATGTATGTATTT GTGTATGGGAACTTGATTTTTTAGTGCCAACAATGTAGGCGGGAGATCATTTCTTTTTTT CGCGGAAGAAAAAGTGTTTGAATAGGACTACAAAAATTCATATATTTTAAATTCATAATT TTAATTTATTCTGTTATAATTTTTACATAACAAATTTGATTGAGTGATTCTTTAAGCGAA AGTTGGTAAGTTGAGTGATTTTGTTAAAAATTTGAAATAAAAAAAAATTAGTCACTTTTA CTAGATAATTCTTTGTATTTGCTAATCCTTTGAGATATTTACTCTATTTGTTTTATTAAA CACCAATTTAAACGGATCAAACAAATTTTATATAATGGATTATTAGTAAGTTTTGATTAT TGTATCTTTCCTTAACTAGCTAAAAGGGTTAAATACTTAATTAACTAATGCATATAAAGT GGGAGTTAATATCTTAAAAGGTCAATTCAATTTAGAGAATTTATTCATTAAACTTTGTTT TATATCAATAAAATCACTCAACTTGCATATCTGTATAAAAAAAAATCACTCAACTTAAAT TTTATATCAAAAAAATCACTTAACTAAATTTATCATTAAAATTGTTTTGATATAATAAAA TATGTTATATTAATTAAGTTTAATAAGAGAACTTTTGGAATTATGACGTGACAACCTTAA TTATTAATTTAATATTAAAACACTAAACCAACATTTTGCAAATCGTTGTAGTAGCAGTGA TTTGTTTTTCTGGTGGAGTAAATAGTTGTTATTTCAACAATTTTGCTGTTTTGGTTAATA TAAAATTTATATACTGTTTTGAAATTTTTGTTAATATTTAATACCGTTGGTCCGGACTCC TTAAATGTACGATACCTATATTATTTAAATATTAAAAGTCTGAATTAATTAATTTTCTTA ATCAAAGAAGTATACGTATTAACCATGATTAAAAAGGATATTTAAGATTCCCTAACTATA GTAAGAAAAAATTCATTTTCCCAACATTTTGAGAACAAATGGAATTACTTCAATTAAATA GCATTAAATTCTTGATATAAAAAGAGTTCTTCTACAGTTTAACAACTTAAGTCACAAGCT CAGTATCAAATTTGTAGACATTTTGTTTTTTATAATATAATATCTATTTTTTGAGAAAGT TTGTCCAACTTTTTTTTTATTTGATATTTTATATCAAAGTATTTTTCAACACTTTTTATT TAATATCTGAAGGCTAATCTATATTATAATTTTCTTAGTAAAATAATTTATTTTAAATTG AAAGAAATTTAGTATATGAAGAAACTTTTCTTTTGGTGAATGAGAAAACTATAGATAATG AAAACAATTTGAATTATGGTGCGAAAAAATTGTGAGATGATTTTCATAGCAAAAATTAGA TAGATTTAAGTGGTAATATATCTTTTTTTTTTAATCATGATTAAGGTATTTGAATATTTA AAAATCTGTATTATTGATATTTAAATAAGATTATCAGATTAGTGTCATACATCTAACTTC TAAGTAGGAACTTGAGTAAAATAGAAATGAGTCAGAATCTTTATATATAATGTGGAGCAG TGTGACAAGAAAATAGGAGATATGAAAAGATTATGTTAGATTGCACCTTCATTTTCCACT AGTTACACGAATATAACTTGTTCATTAAAGACCAATTTAAAATGGATCATTTTTTAATAT ATATAATGGATAAATAAGTATGGAGTATTGAATGTAAAGAGATATATATACATGTATAAA ATTCCGTTAAATTAATTGCAAGAAAAATTCATTTCCGTAGCTAACTCCTACCCGAGGGTT AAATACTTAACTGATTAATGCATATTAACCGGTGGAAACAATTCTTTCACCCAGATTTTA GGAATCCGATCAGCTATTTTTATTCAATCACCGGAAAATAGAAATGTCAAGAATTAATCA TACAAATATCGAGTTAATATCTCAGATGGTCAACTCAACTATTCACTCAACTTTCAATTT TCACTCAAAAGTTACTTAACTATGCACTTCTTTCTCAGAAAGTCACTCAACTATGCACTT CTTTTTCAGAAAGTCACTGAACTTTGAATTTTAACTCAAAAGTCACTCAACTATCTACTC TTTCCTCAAAAAGTTACTCAATCTATTAAATTATTTTTTAATTAAAAATTATTGATATTA ATTATTTATATAACAAACCAAAAATTTTAAAAAATAAATTAAATCATTTAGTGATCCACC CACCTAACCCGACCCATTAAAAAATATGATGACCCATTTTATTTTCCACCGATGGGTAGC TTCGCCCCTGCTTATGGACTCCTCTATTTTGCGGTGTTCTCTATTTTGGTCACCAATAGA AATGTGAGCAGGGTTTTATTTGGGAGAGATGGAAATTACTCGGATTACTTGTTGGAGAAG TATGTGATGAATGCAGAGCAGATTAAGAGCTGTTTGGTTGATTTCCAAGTTTGTCCGAAT ATACGTATGGGCAAAGGGGCTGAATTAGAAAATTTATAGGTCATATGCTTCTTAGTTTAA GTTTATTCAAAGTATTTTATCTTTGCTTTATTGCTTGCAGTTGAGTTGTTGCATTTTGCC TTCTCAGAGCAGGGCCAGCAGTAGCTAACAATGACGGCAAGAACTGGAGTACTGTAGAGA GAGAGCTTTGCTTCAACTGTCAATTATGCAAAACAGCATACTATGATATCATCAAGAAAC ATTGGAATATCTTTTAATTCATCACTCTTTTCATAGTCTTTGTTTGTTGTGTAGACTTCT GTGCTCTCAAAATCAAGAACAGGTCAAAGGGACCCCAAACGAACCAAGTATTACCCTGTT TGAGCCCAATTGGTTTGTTATATTTCCATTTCCATGACGGTCCTTGGTTTGGATGGCATA AAAACGTCGTATTGACATTCACATTGATGGAAGGAGGTTTAAAAAATAAAAATATAGTGC TTAAAATTTGAATTGTGAACTCCTAAACAATTTATTCAACTTCTAATCTTGTATTTAGGT CTTCGTAATGAGTTACATATCATTTCATGATGTTACATATCGATAATTTAAAGAATAGAC TTATAATATTCTTATAAAGAAAAAGTCGTGAACTAATAGTAAACACCAACAAAATTCAAC TATTTTAGTTTCTTACCAAGAGCTGCTGATCTAGCCTTGAGCAAATTAAACATGGAACGC GCAATTAGCTATATATACTGAAGAAACTTTAAAGAAACAATCAAATAGTGAACGAAGTGT AAATTTTGTTGATGTTTTTGGTCAAAGATCCTGGAGAATGAAAATGGAAAAAACAGATTC AAAAGTTGTAACTTTTAAGTAATTTTTATCTTGATATTTGTTATTTGTTACCCTATATTT TTCTTGTAAATACATTTGCTATAAAGAAGGAACCAAAGAAGTGTTTTTTTTTACGGAATT TTAAAAGTTTTACCAAATAAGAAAATAGTCTGATCACAACTTCTCCCTATATTTTAGGGC TTATCATCTTTAATTATAACGGAGTCAACAACTGCTCTCTAATGGAACTGCTCTTAAATG GCTAAAATATAGAGACTACTACTTAATTAGTTTGTTGTGATTTTGCAGTTTGTGTTTGAA ACTGTATAAGTTAATTTTTTCAATTTTCAAAATCTATGCATACAAAAACACAAAGAAATA TGGTACGAGTAAGCAATTTCATAATTACGTTTCTTAATTGTGTGACTCTATTGGTTTCTC TGGTAGCCATAGGGTTTTCAATCTGGCTTAATTTCAACCACAGCGCTACGCTTTGCCAGA AAGTGTTGCAGAAGCCTTTACTGATACTGGGAGTGTGTCTACTGGTTGTTTCGATTTTGG GATTGATTGGATCCTTGTGCCGAGTCTCGTTTATCCTCTGGATATATTTGTTTTTGTTGT TTTTGCTTATTGTGGGATTGCTCTGTTTCACGTTGTTCGCAATTTTGGTAACAAATAAAA ATGTGAGCAAAGCTTTATCTGGAAGAGGTTATAAGGAAATCAAATCTGGAGATTACACCA ACTGGTTGCAGAAGTATGTGGTAAATGAAGAGAATTGGGGGGAGATTAAGAGTTGTTTGG TTGATACCAAATTCTGTCAGCATATACCTACTGGCAAAGGGGCTGATTTTTACAAATACA GACTATCTCCTATTCAGGTTCTTATCTTTTGTCTTTACCCAATATCTCATTTATTAGAGT AGCGAGAATTTAGAATTTATGAGTTCCAAACTTGCCAAAGAAATCATAGTCATGGATTCA CAATTTATAATGGATGTCCTAATTGCATGATCCGAACAAAAGTTATTGGGTTCATCCAAT TTCCTACGTTATACTCTCCCTTCGCCCCCTAATAAAGTTATTTCTGAAATTATGTTCAAT GCATTGATGATGCAACAAACATTTATATAATCAGGTAACACCTATAAGTCTGCTACTTCG TCTCACGAGAGGAAGATTTCAAAAGCAAAAAAGAATATCTTTCATTCTGATAACTTGGAA GGTTATCACATGTTGAAATTTATTTTATGTAGTATAGAAAATAGTTACTTCACTATGTTA ATGTTTATACTTTGAATATTTTGTTTTGGTGAGTGCAGTCGAGTTGTTGCAAGCCACCCA CTTACTGTGGCCTGGTGTTCCACAATGCTACTTACTGGACCATGCCTAAAGCAGGGCCAG CGGTAGCAGACGATGACTGCAAGATTTGGAGCAATGTACAGAGCGAGCTCTGCTTCAACT GTCAATCATGTAAGACATCATTCCTTGACCACATCAAGAGAGATTGGAAGACATGTTCCC TCGTTAATCTTGGCCTCTTACTTCTCGTCCTCTTTGTTTATGGTGTTGGCTGCTGCGCAT TCAGGAACACAAAATCAAAAGGGAAAGAATAGGCAGAATATATGCCCTCTGCATGAACCA TATCGGTTTTTTACATTCCCATTTTCCTAGTGATTGTTTGTTTGACTGAAACAAGACACG GATGTTGTAATTATTGTTTATTTCCGACTTCACTTCTCCATCTAATGTTTAGCTATTTGT ATGTTTATTTCTAAGTTATATGGCATTATTAGTTTCTAGATAATATTCATTCTTGAGTCT TTGATCATTTGTGCTTCATTCGTTTTCCCCACCTAAGCAAGAAAAGTCATCTTACTGCTC GAGATTGCCCACATTTCGAGTTTTGTGTTATTACTGTTCACATTTTTTTTTCTGATTCAA AGCAGTAAATAAAAATATGAAAAATTGAAGATGCTGCAAAAAGGTGAGATTCTGCTAAAA TTATATTTAGTCAAGTAACACCTGCCATCAAACTTAATTTTGTTACCTCTTCCTATCATA ATAAAGTGCCCCAACCTTACTCTAGTGGTCAAAAGCCAGAGGATGCACATCATCATCACA TATATTAATGAAGCAAAATTACTACCATCTTCAAAGAGTTCATATCTTGTACATGTTTCA AGTGAACCACGCAAGTTTGCTGTAAATGCTACTTTGAAATTTCAGATGAATGCGATCTGA TTAAGCATTTGATGTCATTTTAACATATCCTCATTCCCTCCTGATATTGCAATAAGTTAT CTCTCAGACCAGAAAATTGCCAGGAAGAAAACAAAAAAAGAACAGAAAATGCATGGAATA GAAGATGAAGGAACCAACAGAAGATCAGGTGTAGCAAGCTGAACAGTATTTCCCACTAAA ATTTCACTTTATCTTGGCAAAGGAGAACCAATGAGCCCAGATACATGTATCTTCAACTTA CATCATTTGAAAATTCAAGAGTAAACTCCTACTAGTTTGATAACAATTTCTAATCACCAT ATAACTAGCTCGAAGGTACAAAATATTGGAGGAACACCATGAATTAAGCATGATACATGC CAAAACTACTGCAGTAAAACAGGTTCTCTAGAGTCTCATTTGAGAAAAGTACAGGACAGA AACAAGAAAACATATATGAAGAGAGACGTTAAGAGTTCAAGACTCCACGTTGGTTGCAGC AGAAATGAAGGAATTATGGGAACCAACAGTGAACCACAAAACCAACCAGCCACAAGGCCT CCAAACCTGATATGTAAAAGGTGCACGCATATTAATAGTAAGAAGTCAATGATGAAAGTG AAACATCAGAAAATGAACCTGGAATTTAGATACTAGCATCTTTTTACCATCCAAAACTGA GTCAACCAATCAACTTACCCTATAAGAGCAGCTCTACCTAAGCTCTTTGTCTTGTCATTA AGGAAGTATACACAAGCTCCAAATGATATTGCTACCTGCATAAAAAAGAGTTATCTGTAA ATAAAGCTGGAATTCATTTATTTAAAAAAACTTGAAAAGCTTGTCAAGGCGCAGAAATTA TCAGAAAACATGATTCAGAATGAAAGCAGCCGAACCACTATACCATCCACAGCTGCTCCA TACAAGCCTTGCATTATCAAATGCAGGTCAAACTCTGAAACTGGCTGTATTTTCAACTAA AACATTGGAGAATAACTGCAATTTACATCACTTTTAGTCTTCGACTTTTATACTGTTATG GAGCTAAACCTGAAAAACCTAATGGTCGCTGATGAGTATAGACATTTAGACCCTCGAGGG ATACTGACAGGGCCAAGCAGTCATTAGAGGGCTGAAAGGTAGACTTTTTAAACTAATACT GCTTTGTTTCCTGACCTGTTTTGACTTTTTCCGTTTCCCCAGAAAAATACATGGTGCTGA TAGCTCATGACCATGCTTATGGTAAAAGCCGGAGCCAGAATGGGAGAATTGCTGAGAGAT GTTCCAGAGTACATGATTATTTAAAAGGTTCTCAAGTTTCCTATGGTTGAGTTTGGAAAC TTTAACTGTAAAGAAAAGGAATCTTGGTCCTAATTGAATCATAAAATCAGATCTACTCTT AGGTTGGTAAAAAGAAGACTACAACCATATATTTAACTGATGGACGAATCTAGCACCTCC TAGCACACCAAGGGTTAGCCATAAAACAGAGTAACTTAACAAGGGTGGCCCAACACCTGG GTGAGTGTTTTGGACGGCGAGAGGCGACAAAATGCGACAAGGGCCTGCCTCGCCATGCCT CGCCGCTCGCCTTTTTGAATCGAGGCGCCAATTAATACCAAAAATTAAAAACATTTAATT GCACATATAATATTCAAAATTTCAATAGCAATTACATATATTACAAATACTATAATAATT ACTATAGAAGAATTAATTTTTTTTCAAAAAAAATAATGGACAGCAGTCACAACACAGTCA CAACACAATGAAAGCAGAAAGCATTTTACAGTAATCCGGGACAAAACAGGACAAAACAGA GAGTGAAGAAAACAGAGGAAAAAAAAGAGTAGTGAAGGCAGGGAGCAGTGAAGAGTGAAA GAGAAAGAGACGAATGGAGCAGCAACTCGAAGGAAAGAGACGAAGAAGAGAGCAGCGACT GAGGAAGAGAAGAAGCAGCAGCGACTCGAGGAAGAGAAGAAGAGGAATACACGAAAGTCT GATGAAAGTTTGAAAATAGAAAAAAAAACCCTAATATTATTAAGTTCAAACTTCTTTTAA AAAAAAAATCAAAATGACGACGCCATTGGGTCGCCTCGGCTCGTCTATTTGAGGTCGCCT CGCCTCAGTGGATAATGGCGAGACAGCCTCGCCTCGCCATTCGCCAAAGGCGCTATGGCG AGCGCCTTTCACAACACTGCCTGGGTCTGATTTTGACAAGAAAATGAACATTAGGCCCAA CTTAGCCCAAAAACCAGCTCAATTGGTGAGAATTGTCTAGGACTCTATAACAAGACTACA ACTCATACACTAACTGTTGTGGAAAAAAACAATACTATAAAGAGGACAATACTCATTTAC TTAAACCAGAGCCTCCTCCGTCCTTTCTTCTCTCTAAAAACGGCAAAATACAATTGAAGA TGTTCAACAAGGATATCTTGGTGCAATGAGATTCCCAGGCAGCAAGGATATTCGGATGAA TATGATCAAGAAATAAGTATTTGCAATTTTTTTGACGAAAAAGATTTAAGTGCTTTGCTC TTTACAGACTAATCAGTAGTTCTTTATTTATAGAAGAATATTGACTTTTGAATTCTGTTC ACATACTGTCTTGGGTATCCTTATCTTTCTCTTTCCTTTTTTAATCAATTATGTCTCCTT AGTCCTTATGTTTTCAAATTTATCTACTATTTGATATGATAGGTAAGAGGGGCTTGCAAT ACATGTACAGTCCATAATTGCAGTAGAATGACCATCAATAACATTAAGAGTTAAATTTGT GCTTTACAAAGTAGTGTAAAAGCCAAACTGTTTTTTATGACGGTTGTGTCCGAGCAAGTT TGCGTGCACCTCGACTATTCCACAGGAACCTGAGCTACCTACCACTAGAACAGAACATGA TAACTCTGTCACCAAGAGTGAGACGGATGGGAAGAAATCACCTAGATCTTATTTTTTATG ACGGTGGTGTCAGAAGTTGTACAGATCTTTACCGACTATTAGACTTATGTCAGAATAAAT TTGCACTGATTAAGAAAGATATTCACTGCAAGATACAGTGTGTTCATAAGAACATGCCCT CCCATCACCTAGGATATTGGCACATCAAATGAGATCTGAAGACTTATCACGGATAAAAAT TGAGACAGAACAAACCTGGAATGCAGGGCCAGCTTCAGCAGAGTTCATCACACTCCAGCA TGCCATGAATCCAAAGAGGAATAATCTCCTCATGATAATTACAGGTGGTGGAAGTTCCAC AAAGCTGAGGAGGTTCTGAACCCATGGTGGAGATTCCTCGACTTGCTTTTTTAGCCTTGT TTTCAAGTTAATCTTTGTCTTCTTTCTATTTATGAAGCTTTTCATTAGTATCTTCTCAAA AGCAGCTTCAATTGATTCTGCACTTCTCTCATGATTGGCATACTGGTTTAACAAAAAGTT GCGCGAACTCCAAATTTCTTCCTCAGAGGCATCACGGCTTATTCCAAGACGTTTGTAAGG GTCCCAAACATTCAATCGAGAAAACTTCGGAACATTACCTTCAGAAATCAGATCGTTAAC ATCAAACTAGATGTTTCATGCTAGAATATTAATCAAACAACTCGAAAAGAACCAGAGAAC AAACTTACACATGTAACTTATCCAATGCCAAAAGAGAAGTTACTTTAACTTCAATTATTT TTCCCTCTGTTATCACTCATTGCTAACATAAAGAAGTTACCTAAAGCAAAAACAGCTGAT GGTCTTTCTCGATAATTTGGCACAGACTAAAAGATTAAAGCTTCAGAAGATATATGTGCT CCAGGATTCTTGTTTAAATCCTTCTATCATTTTCAAAGGAATTTTTAATAGAGAAACTTA AGAGATTTTCCATCTCTACAATTCTTTTAATAGAAACTTCCCCTACTAAATACTTAATTC CGAATCAGCATCTTGAGCCTTTTCACATTGTAACACAATTTCAACACTAACCCAAAATCT TACCAGCCACGGAGTTATTGATCTAAAACTATTATAAATCATCAATTAAAGATGTATGTT ATATCTGCTTGCAGTTTCCTTTTCACAGTAGCATCAATACACAGAGTGTTAATTAGTGTT AGAAAACCCACCTCCATAAGCCGTATCCGTTGCACATTTTGTACCCTTTGAAAACAAACG AGAGGGTTCCGACCTCTTCGAATTTCCTCTACTCGAACTGCACAAAAGTTTAACAAATAG TAGGAACTTCAACATACCAACAACAAATTAATAGATCCCAAATGCTCAATACGACACAAG ACAACCCGCATACAATTTCTCTACGAAGATAATAAGACAACTTACATTTTTTGGCCGAGG AAAGCAGAGGAAAGGGAAGGCTTCAATATGAGAGTTGCCGCCATGAAATTCGTTCTCTCC AATAGAGAAAAAGAACCCTAGATTTTGAACTGATTTCTTATAGTGGAGAAAATTTTTCCA TAGAGGCCGTGCCGGCCGAGAGGGTTTAATCCGGTTAGGTGGAAGTTGAAAGCCGTGGAA GAAGAAAGGAACTTCTTGCTAAGCTTTTCGATATGTATACGGTGAAAAATCGAAAGAGTA TTAGGCTCTAGATTAAGCTGGGTGCGCATTGTACCCCTTTTTCTATTATATAATTTTTAA TTACATTTTTGGTCCTCAAATTATAACTCAATTTGAATTTCATTTATATTGTGGGTCCTC AAATTATTAGAAATTGAAAAATCACTTTGAAATTTTGTGATTTTAATAAATATAATATTC GTATAACAAATACTAATAATAATATATTCCTTTACGGGTGAATATGAGAGAGACTAAAAT ATGAACGCAAAACACAGTAAATTTGTCACTTAAACTTAAAATCATTAAATTGATACATTA ACTTTTAGTTTAATAATCAAGTTTTTAACAATTTTTGCACTTGTATAACTCACATCACTT TGAAGGTTCAATGATAGAAAAATTCGGTTATTTACTGCAACTAGTCTAAGTGAAAGGATA GTCAAATTGCGCTTAAACAACCAGATTAGCCACAAACATTATTATTGAATAATGGTTTAT ATGCTTCATTATTATCATAGCATTAGTTCTAATCATACTCTATTGAAAGATCCAACAGAA AATAAAAAGTTCGTACAACAAATGTAAATAAACATCCCCTCCCGCTTTGGCTTTGGCTGA CTCTGATCGACTTGCCCGCACGACGTCTTTTTTAGAACAGGGACTCACACATAGGTCACA GTCTAGAGCCAACTTGAGAAAATTGTTGTCTCAACACTCTTCTCATCACTTTATTTGTTG CTGTTCTTGGAAGTGAAGGGAGGGCTACTATATGTGAAACCTGCAATATTTTAGACTGGA TAAGGAAACATTAACTTCCAAACTTTGTATTACCAAAGCTGAATTACCTTGAATAGAGGA TTCAATTTCTTCTGCAAAGCTGAGTTGATAGAAACTTTCAATGAATTCATATTGTCCTTT GACCCCTTAGAATCCTTAAATACAACGGCGATAACTAACTTATCAGGGCCACCTCCAGGT GGTGGCACCCCAACAGCTGCTGTCTCGAGGATACTTTCATCAGCTGCATTACAAACTTTC TCAATCTCCACTGAACTTACCTGGCAAAAGGAATCACAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.996 39405 39630 match_part 0.996 39776 40002 match_part 1.000 40091 40246 match_part 1.000 40325 40510 match_part 1.000 40601 40785 match_part 0.979 40874 41115 match_2 match_part 0.988 39409 40002 match_part 1.000 40091 40267 match_3 match_part 0.986 39410 39908 match_4 match_part 1.000 39450 39630 match_part 0.996 39776 40000 match_5 match_part 0.907 40161 40246 match_part 0.995 40325 40510 match_part 0.957 40601 40785 match_part 0.917 40874 41115 match_6 match_part 1.000 40187 40510 match_part 1.000 40601 40785 match_part 0.975 40874 41148 match_7 match_part 1.000 48138 48341 match_part 0.997 50345 50702 match_part 1.000 52141 52255 match_part 1.000 52908 53056 match_8 match_part 1.000 50620 50702 match_part 0.965 52141 52255 match_part 0.985 52908 53103 match_part 0.939 53200 53313 match_part 0.954 53410 53583 match_part 0.965 54254 54338 match_9 match_part 1.000 52154 52255 match_part 0.995 52908 53103 match_part 1.000 53200 53313 match_part 1.000 53410 53583 match_part 1.000 54254 54300 match_10 match_part 1.000 53413 53583 match_part 1.000 54254 54448 match_part 1.000 55156 55278 match_part 1.000 55355 55414 match_11 match_part 0.978 54315 54448 match_part 0.967 55156 55278 match_part 0.991 55355 55467 match_part 0.952 55617 55740 match_part 0.962 57432 57670 match_12 match_part 0.978 54315 54448 match_part 0.967 55156 55278 match_part 0.991 55355 55467 match_part 0.968 55617 55740 match_part 0.953 57432 57665 match_13 match_part 0.962 55226 55278 match_part 0.991 55355 55467 match_part 0.941 55571 55740 match_part 0.971 57432 57704 match_part 0.943 58323 58357 match_14 match_part 1.000 55720 55740 match_part 0.978 57432 57704 match_part 0.974 58323 58516 match_part 0.878 58581 58662 match_15 match_part 1.000 55722 55740 match_part 0.974 57432 57704 match_part 0.974 58323 58516 match_part 0.895 58581 58789 match_16 match_part 1.000 57460 57704 match_part 0.994 58323 58637 match_17 match_part 1.000 57461 57704 match_part 1.000 58323 58602 match_18 match_part 0.980 57461 57704 match_part 0.989 58323 58411 match_19 match_part 0.991 58332 58862 match_20 match_part 0.976 66806 67060 match_part 0.909 67149 67391 match_21 match_part 1.000 66811 67060 match_part 1.000 67149 67267 match_22 match_part 0.960 66814 67060 match_part 0.915 69593 69768 match_23 match_part 1.000 66815 67060 match_part 1.000 67149 67418 match_part 0.996 67525 67756 match_24 match_part 0.992 66815 67060 match_part 0.919 67149 67418 match_part 0.977 67525 67610 match_25 match_part 0.992 66815 67060 match_part 1.000 67149 67418 match_part 1.000 67525 67557 match_26 match_part 1.000 66815 67060 match_part 1.000 67149 67407 match_27 match_part 1.000 66816 67060 match_part 1.000 67149 67418 match_part 0.995 67525 67736 match_28 match_part 1.000 66817 67060 match_part 0.994 67149 67314 match_29 match_part 1.000 66822 67060 match_part 1.000 67149 67418 match_part 1.000 67525 67556 match_30 match_part 1.000 66824 67060 match_part 1.000 67149 67418 match_part 0.994 67525 67690 match_31 match_part 1.000 66889 67060 match_part 0.978 67149 67418 match_part 0.951 67525 67647 match_32 match_part 1.000 66900 67060 match_part 1.000 67149 67418 match_part 0.997 67525 67811 match_33 match_part 0.967 67648 68137 match_34 match_part 0.967 67652 68137 match_35 match_part 0.996 76685 76933 match_part 0.989 77035 77301 match_part 0.982 77418 77695 match_36 match_part 0.931 76687 76933 match_part 0.925 77035 77301 match_part 0.919 77418 77565 match_37 match_part 0.866 76852 76933 match_part 0.970 77035 77301 match_part 0.958 77418 77730 match_38 match_part 0.987 85951 86101 match_part 0.961 86627 86778 match_part 0.963 87248 87410 match_part 0.909 90203 90279 match_39 match_part 1.000 85952 86101 match_part 0.987 86627 86778 match_part 1.000 87248 87368 match_40 match_part 0.959 85954 86101 match_part 0.961 86627 86778 match_part 0.963 87248 87410 match_part 0.955 90203 90403 match_part 0.929 90534 90603 match_41 match_part 0.986 85954 86101 match_part 0.961 86627 86778 match_part 0.963 87248 87410 match_part 0.935 90203 90403 match_part 1.000 90534 90548 match_42 match_part 0.986 85960 86101 match_part 0.961 86627 86778 match_part 0.957 87248 87410 match_part 0.901 90203 90273 match_43 match_part 1.000 85962 86101 match_part 1.000 86627 86778 match_part 1.000 87248 87410 match_part 1.000 90203 90299 match_44 match_part 1.000 85962 86101 match_part 1.000 86627 86778 match_part 0.988 87248 87410 match_45 match_part 1.000 85968 86101 match_part 1.000 86627 86778 match_part 1.000 87248 87410 match_part 1.000 90203 90403 match_part 0.929 90534 90603 match_46 match_part 0.970 87279 87410 match_part 0.955 90203 90403 match_part 0.923 90534 90884 match_47 match_part 0.974 87372 87410 match_part 0.945 90203 90887 match_48 match_part 0.556 114622 114666 match_part 0.933 116370 116562 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_49 match_part 1.000 1616 1337 match_part 0.996 1257 796 match_50 match_part 0.998 4454 4001 match_51 match_part 0.989 11149 11059 match_part 0.993 10969 10826 match_part 0.981 9960 9589 match_part 0.988 9382 9140 match_52 match_part 0.996 10615 10074 match_part 0.961 9960 9910 match_53 match_part 0.996 10564 10074 match_part 1.000 9960 9941 match_54 match_part 0.996 10564 10074 match_part 1.000 9960 9956 match_55 match_part 0.985 10614 10091 match_56 match_part 0.994 10614 10095 match_57 match_part 0.963 15232 15098 match_part 0.957 14298 14229 match_part 0.981 13822 13668 match_part 0.962 11586 11481 match_58 match_part 1.000 42259 42175 match_part 0.987 41665 41200 match_59 match_part 1.000 45075 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 0.966 42614 42496 match_60 match_part 0.995 44981 44785 match_part 0.979 43678 43536 match_part 0.993 42879 42736 match_part 0.981 42614 42511 match_61 match_part 0.987 45102 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 1.000 42614 42585 match_62 match_part 1.000 45092 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42785 match_63 match_part 1.000 45092 44785 match_part 1.000 43678 43545 match_64 match_part 1.000 45095 44858 match_65 match_part 0.856 64840 64744 match_part 0.933 64679 64620 match_part 0.727 62058 62048 match_part 0.935 59379 59273 match_part 0.910 59173 59007 match_66 match_part 1.000 80161 80158 match_part 0.973 80073 79814 match_part 0.565 79548 79526 match_67 match_part 1.000 81927 81425 match_part 1.000 81339 81201 match_68 match_part 1.000 81927 81425 match_part 1.000 81339 81221 match_69 match_part 0.988 81930 81425 match_part 1.000 81339 81251 match_70 match_part 0.990 81930 81425 match_part 0.989 81339 81252 match_71 match_part 1.000 82600 82542 match_part 1.000 81520 81425 match_part 0.881 81339 81273 match_72 match_part 0.996 81926 81476 match_73 match_part 1.000 92353 92348 match_part 1.000 92251 92201 match_part 0.980 91726 91268 match_74 match_part 1.000 93325 93264 match_part 1.000 92494 92348 match_part 0.980 92251 92201 match_part 0.977 91726 91375 match_75 match_part 0.982 93374 93264 match_part 0.973 92494 92348 match_part 0.980 92251 92201 match_part 0.959 91726 91387 match_76 match_part 0.978 93354 93264 match_part 0.973 92494 92348 match_part 0.980 92251 92201 match_part 0.962 91726 91387 match_77 match_part 0.967 93504 93264 match_part 0.973 92494 92348 match_part 0.980 92251 92201 match_part 0.954 91726 91403 match_78 match_part 0.982 93374 93264 match_part 0.966 92494 92348 match_part 0.980 92251 92201 match_part 0.950 91726 91425 match_79 match_part 0.833 93690 93667 match_part 0.991 93581 93264 match_part 0.973 92494 92348 match_part 0.980 92251 92201 match_part 0.871 91726 91510 match_80 match_part 0.987 93499 93264 match_part 0.973 92494 92348 match_part 0.980 92251 92201 match_part 0.938 91726 91646 match_81 match_part 0.970 93733 93667 match_part 1.000 93581 93264 match_part 1.000 92494 92348 match_part 0.980 92251 92201 match_part 1.000 91726 91685 match_82 match_part 0.993 94219 94086 match_part 1.000 93821 93667 match_part 1.000 93581 93353 match_83 match_part 0.997 94374 94086 match_part 1.000 93821 93718 match_84 match_part 0.995 95580 95145 match_part 1.000 94393 94086 match_part 1.000 93821 93734 match_85 match_part 0.998 95693 95145 match_part 0.987 94393 94086 match_part 1.000 93821 93810 match_86 match_part 0.993 95698 95145 match_part 1.000 94393 94135 match_87 match_part 0.954 95671 95145 match_part 0.975 94393 94157 match_88 match_part 0.957 95699 95145 match_part 0.956 94393 94167 match_89 match_part 0.957 95587 95145 match_part 0.964 94393 94197 match_90 match_part 0.958 95710 95145 match_part 0.967 94393 94244 match_91 match_part 0.956 95689 95145 match_part 0.973 94393 94321 match_92 match_part 0.957 95689 95155 match_93 match_part 0.950 95689 95246 match_94 match_part 0.998 95702 95294 match_95 match_part 0.945 95695 95296 match_96 match_part 0.983 114553 114496 match_part 1.000 112115 112039 match_part 0.992 111906 111518 match_97 match_part 1.000 114693 114496 match_part 1.000 112115 112039 match_part 0.979 111906 111534 match_98 match_part 1.000 114807 114496 match_part 1.000 112115 112039 match_part 0.990 111906 111698 match_99 match_part 1.000 114787 114496 match_part 1.000 112115 112039 match_part 0.986 111906 111698 match_100 match_part 1.000 114787 114496 match_part 1.000 112115 112039 match_part 0.986 111906 111698 match_101 match_part 0.990 115856 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 1.000 112115 112039 match_part 0.990 111906 111712 match_102 match_part 1.000 115823 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 1.000 112115 112039 match_part 1.000 111906 111757 match_103 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114496 match_part 0.972 112115 112044 match_104 match_part 0.951 115828 115666 match_part 0.988 115537 115452 match_part 0.982 114878 114496 match_part 0.972 112115 112044 match_105 match_part 0.987 115904 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 0.941 112115 112065 match_106 match_part 1.000 115887 115666 match_part 0.988 115537 115452 match_part 0.995 114878 114496 match_part 0.897 112115 112077 match_107 match_part 0.918 115947 115666 match_part 0.988 115537 115452 match_part 0.977 114878 114496 match_part 1.000 112115 112084 match_108 match_part 0.959 115834 115666 match_part 0.988 115537 115452 match_part 0.977 114878 114496 match_part 1.000 112115 112098 match_109 match_part 0.899 115872 115666 match_part 0.965 115537 115452 match_part 0.958 114878 114496 match_part 1.000 112115 112100 match_110 match_part 1.000 115867 115666 match_part 0.988 115537 115452 match_part 0.995 114878 114496 match_part 1.000 112115 112101 match_111 match_part 1.000 115917 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114496 match_112 match_part 0.982 115831 115666 match_part 1.000 115537 115452 match_part 0.984 114878 114498 match_113 match_part 1.000 115887 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114501 match_114 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 0.981 114878 114501 match_115 match_part 1.000 115868 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114515 match_116 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 0.972 114878 114516 match_117 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 0.994 114878 114517 match_118 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114517 match_119 match_part 0.919 115948 115666 match_part 0.988 115537 115452 match_part 0.935 114878 114573 match_120 match_part 1.000 115881 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114618 match_121 match_part 0.887 115877 115666 match_part 0.977 115537 115452 match_part 0.980 114878 114632 match_122 match_part 1.000 115804 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114632 match_123 match_part 1.000 115838 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114660 match_124 match_part 1.000 115911 115666 match_part 0.988 115537 115452 match_part 0.990 114878 114671 match_125 match_part 1.000 115840 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114693 match_126 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 0.994 114878 114711 match_127 match_part 0.991 115881 115666 match_part 0.965 115537 115452 match_part 0.951 114878 114717 match_128 match_part 1.000 115888 115666 match_part 0.988 115537 115452 match_part 0.992 114878 114756 match_129 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114827 match_130 match_part 0.991 115888 115666 match_part 0.988 115537 115452 match_part 0.946 114878 114842 match_131 match_part 1.000 115923 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114863 match_132 match_part 1.000 115889 115666 match_part 0.973 115537 115465 match_133 match_part 1.000 116760 116748 match_part 0.994 116680 116367 match_part 0.714 115978 115958 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 1616 1337 exon 1257 796 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 4454 4001 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 10615 10074 exon 9960 9910 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 11149 11059 exon 10969 10826 exon 9960 9589 exon 9382 9140 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 15232 15098 exon 14298 14229 exon 13822 13668 exon 11586 11481 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 39405 39630 exon 39776 40002 exon 40091 40246 exon 40325 40510 exon 40601 40785 exon 40874 41115 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 39409 40002 exon 40091 40510 exon 40601 40785 exon 40874 41148 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 42259 42175 exon 41665 41200 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 45102 44785 exon 43678 43536 exon 42879 42736 exon 42614 42496 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48138 48341 exon 50345 50702 exon 52141 52255 exon 52908 53103 exon 53200 53313 exon 53410 53583 exon 54254 54448 exon 55156 55278 exon 55355 55467 exon 55617 55740 exon 57432 57704 exon 58323 58862 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48138 48341 exon 50345 50702 exon 52141 52255 exon 52908 53103 exon 53200 53313 exon 53410 53583 exon 54254 54448 exon 55156 55278 exon 55355 55467 exon 55617 55740 exon 57432 57704 exon 58323 58516 exon 58581 58789 gene_12 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48138 48341 exon 50345 50702 exon 52141 52255 exon 52908 53103 exon 53200 53313 exon 53410 53583 exon 54254 54448 exon 55156 55278 exon 55355 55467 exon 55571 55740 exon 57432 57704 exon 58323 58862 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 64840 64744 exon 64679 64620 exon 62058 62048 exon 59379 59273 exon 59173 59007 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 66806 67060 exon 67149 67418 exon 67525 68137 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 66814 67060 exon 69593 69768 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 76685 76933 exon 77035 77301 exon 77418 77730 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 80161 80158 exon 80073 79814 exon 79548 79526 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 81930 81425 exon 81339 81201 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 82600 82542 exon 81520 81425 exon 81339 81273 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 85951 86101 exon 86627 86778 exon 87248 87410 exon 90203 90403 exon 90534 90884 gene_21 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 85951 86101 exon 86627 86778 exon 87248 87410 exon 90203 90887 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 95710 95145 exon 94393 94086 exon 93821 93667 exon 93581 93264 exon 92494 92348 exon 92251 92201 exon 91726 91268 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 115948 115666 exon 115537 115452 exon 114878 114496 exon 112115 112039 exon 111906 111518 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 114622 114666 exon 116370 116562 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 116760 116748 exon 116680 116367 exon 115978 115958 RepeatMasker tomato repeats master SONATA1 1 57 1 SONATA1 1 57 1 nucleotide_motif 314 16330 16386 SONATA3 152 240 1 SONATA3 152 240 1 nucleotide_motif 398 16418 16507 Copia00143 78 200 1 Copia00143 78 200 1 nucleotide_motif 549 26730 26848 ATCOPIA24I 2710 2790 1 ATCOPIA24I 2710 2790 1 nucleotide_motif 286 30778 30856 Unknown00025 238 482 1 Unknown00025 238 482 1 nucleotide_motif 308 36505 36742 Unknown00046 21 173 1 Unknown00046 21 173 1 nucleotide_motif 284 36816 36958 TS 58 2041 1 TS 58 2041 1 nucleotide_motif 507 58050 58168 Copia00151 9537 9669 1 Copia00151 9537 9669 1 nucleotide_motif 236 76362 76488 Copia00172 293 521 1 Copia00172 293 521 1 nucleotide_motif 1454 78261 78495 POTTEN1 3 617 1 POTTEN1 3 617 1 nucleotide_motif 3502 96711 97325 RepeatMasker tomato repeats master TS2 554 655 -1 TS2 554 655 -1 nucleotide_motif 347 971 880 Unknown00050 3463 3723 -1 Unknown00050 3463 3723 -1 nucleotide_motif 485 2110 1865 Copia00143 78 217 -1 Copia00143 78 217 -1 nucleotide_motif 360 7785 7632 Gypsy00073 1 383 -1 Gypsy00073 1 383 -1 nucleotide_motif 2603 20530 20148 Gypsy00073 11887 12084 -1 Gypsy00073 11887 12084 -1 nucleotide_motif 1255 20886 20690 Gypsy00202 2256 2339 -1 Gypsy00202 2256 2339 -1 nucleotide_motif 239 21054 20961 Unknown00043 1914 2039 -1 Unknown00043 1914 2039 -1 nucleotide_motif 364 21250 21130 SINE1_SO 1 119 -1 SINE1_SO 1 119 -1 nucleotide_motif 377 26511 26396 SONATA1 7 159 -1 SONATA1 7 159 -1 nucleotide_motif 274 32452 32301 Copia00143 56 206 -1 Copia00143 56 206 -1 nucleotide_motif 1226 38991 38841 Copia00143 77 218 -1 Copia00143 77 218 -1 nucleotide_motif 1102 39130 38989 TS2 473 649 -1 TS2 473 649 -1 nucleotide_motif 230 68701 68528 Unknown00046 184 506 -1 Unknown00046 184 506 -1 nucleotide_motif 1114 100034 99716 Gypsy00071 2490 2633 -1 Gypsy00071 2490 2633 -1 nucleotide_motif 325 101558 101427 Copia00039 264 419 -1 Copia00039 264 419 -1 nucleotide_motif 733 106679 106531 Unknown00049 1658 1709 -1 Unknown00049 1658 1709 -1 nucleotide_motif 283 107943 107892 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2074 32170 33242 match_2 match 2117 29710 30801 match_3 match 2111 6399 7541 match_4 match 2454 20746 22004 match_5 match 2504 1 1263 match_6 match 2460 33257 34578 match_7 match 2625 66728 68051 match_8 match 3186 34645 36272 match_9 match 5315 57047 59748 match_10 match 6740 47910 51414 match_11 match 8181 12300 16528 match_12 match 8611 7861 12282 match_13 match 8911 52432 57031 match_14 match 8998 23242 27993 match_15 match 9698 38721 43878 match_16 match 4833 60051 62689 match_17 match 7242 16597 20362 match_18 match 8758 1804 6381 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1528 38 816 clone_1 clone 951.5 11650 50886 clone_start_1 clone_start 773 11650 12039 clone_2 clone 799 13275 46916 clone_start_2 clone_start 1279 13275 13919 clone_3 clone 1036 15783 53331 clone_start_3 clone_start 1136 15783 16376 clone_4 clone 1253 17846 56482 clone_start_4 clone_start 1350 17846 18550 clone_5 clone 1031 19178 111506 clone_start_5 clone_start 1225 19178 19799 clone_6 clone 1160.5 19275 58905 clone_start_6 clone_start 1104 19275 19831 clone_end_2 clone_end 502 19741 20009 clone_7 clone 1336 32585 89172 clone_start_7 clone_start 1304 32585 33242 clone_8 clone 527.5 32702 74346 clone_end_3 clone_end 722 32702 33065 clone_9 clone 643 34314 65669 clone_end_4 clone_end 525 34314 34578 clone_10 clone 596.5 34645 65669 clone_end_5 clone_end 432 34645 34862 clone_11 clone 782 47304 83064 clone_start_8 clone_start 359 47304 47505 clone_12 clone 809.5 47620 83064 clone_start_9 clone_start 414 47620 47828 clone_13 clone 801.5 68266 101943 clone_end_6 clone_end 1080 68266 68834 clone_start_10 clone_start 268 100835 100977 clone_start_11 clone_start 1261 103680 104315 clone_end_7 clone_end 256 112924 113056 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_8 clone_end 1130 50886 50317 clone_end_9 clone_end 1429 13885 13165 clone_end_10 clone_end 319 46916 46756 clone_end_11 clone_end 936 53331 52839 clone_start_12 clone_start 1029 18057 17539 clone_end_12 clone_end 1156 56482 55879 clone_end_13 clone_end 837 111506 111052 clone_end_14 clone_end 1217 58905 58292 clone_end_15 clone_end 1072 21485 20945 clone_end_16 clone_end 955 21812 21310 clone_end_17 clone_end 759 29636 29254 clone_end_18 clone_end 438 29930 29710 clone_end_19 clone_end 513 32104 31830 clone_end_20 clone_end 1368 89172 88471 clone_start_13 clone_start 333 74346 74179 clone_start_14 clone_start 761 65669 65220 clone_start_15 clone_start 761 65669 65220 clone_end_21 clone_end 1205 83064 82436 clone_end_22 clone_end 1205 83064 82436 clone_start_16 clone_start 1497 59416 58662 clone_start_17 clone_start 1162 67321 66728 clone_start_18 clone_start 523 101943 101680 clone_start_19 clone_start 803 69323 68919 clone_end_23 clone_end 1396 77819 77116 clone_end_24 clone_end 345 86787 86582 clone_start_20 clone_start 1104 91652 91096 clone_end_25 clone_end 1348 104108 103429 clone_end_26 clone_end 1403 108985 108238 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.996 39405 39630 match_part 0.996 39776 40002 match_part 1.000 40091 40246 match_part 1.000 40325 40510 match_part 1.000 40601 40785 match_part 0.979 40874 41115 match_2 match_part 0.988 39409 40002 match_part 1.000 40091 40267 match_3 match_part 0.986 39410 39908 match_4 match_part 1.000 39450 39630 match_part 0.996 39776 40000 match_5 match_part 1.000 40187 40510 match_part 1.000 40601 40785 match_part 0.975 40874 41148 match_6 match_part 1.000 48138 48341 match_part 0.997 50345 50702 match_part 1.000 52141 52255 match_part 1.000 52908 53056 match_7 match_part 1.000 52154 52255 match_part 0.995 52908 53103 match_part 1.000 53200 53313 match_part 1.000 53410 53583 match_part 1.000 54254 54300 match_8 match_part 1.000 53413 53583 match_part 1.000 54254 54448 match_part 1.000 55156 55278 match_part 1.000 55355 55414 match_9 match_part 1.000 57460 57704 match_part 0.994 58323 58637 match_10 match_part 1.000 57461 57704 match_part 1.000 58323 58602 match_11 match_part 0.980 57461 57704 match_part 0.989 58323 58411 match_12 match_part 0.991 58332 58862 match_13 match_part 0.976 66806 67060 match_part 0.909 67149 67391 match_14 match_part 1.000 66811 67060 match_part 1.000 67149 67267 match_15 match_part 1.000 66815 67060 match_part 1.000 67149 67418 match_part 0.996 67525 67756 match_16 match_part 0.992 66815 67060 match_part 0.919 67149 67418 match_part 0.977 67525 67610 match_17 match_part 0.992 66815 67060 match_part 1.000 67149 67418 match_part 1.000 67525 67557 match_18 match_part 1.000 66815 67060 match_part 1.000 67149 67407 match_19 match_part 1.000 66816 67060 match_part 1.000 67149 67418 match_part 0.995 67525 67736 match_20 match_part 1.000 66817 67060 match_part 0.994 67149 67314 match_21 match_part 1.000 66822 67060 match_part 1.000 67149 67418 match_part 1.000 67525 67556 match_22 match_part 1.000 66824 67060 match_part 1.000 67149 67418 match_part 0.994 67525 67690 match_23 match_part 1.000 66889 67060 match_part 0.978 67149 67418 match_part 0.951 67525 67647 match_24 match_part 1.000 66900 67060 match_part 1.000 67149 67418 match_part 0.997 67525 67811 match_25 match_part 0.967 67648 68137 match_26 match_part 0.967 67652 68137 match_27 match_part 0.996 76685 76933 match_part 0.989 77035 77301 match_part 0.982 77418 77695 match_28 match_part 0.931 76687 76933 match_part 0.925 77035 77301 match_part 0.919 77418 77565 match_29 match_part 0.866 76852 76933 match_part 0.970 77035 77301 match_part 0.958 77418 77730 match_30 match_part 0.987 85951 86101 match_part 0.961 86627 86778 match_part 0.963 87248 87410 match_part 0.909 90203 90279 match_31 match_part 1.000 85952 86101 match_part 0.987 86627 86778 match_part 1.000 87248 87368 match_32 match_part 1.000 85962 86101 match_part 1.000 86627 86778 match_part 1.000 87248 87410 match_part 1.000 90203 90299 match_33 match_part 1.000 85962 86101 match_part 1.000 86627 86778 match_part 0.988 87248 87410 match_34 match_part 1.000 85968 86101 match_part 1.000 86627 86778 match_part 1.000 87248 87410 match_part 1.000 90203 90403 match_part 0.929 90534 90603 match_35 match_part 0.556 114622 114666 match_part 0.933 116370 116562 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_36 match_part 1.000 1616 1337 match_part 0.996 1257 796 match_37 match_part 0.998 4454 4001 match_38 match_part 0.989 11149 11059 match_part 0.993 10969 10826 match_part 0.981 9960 9589 match_part 0.988 9382 9140 match_39 match_part 0.996 10615 10074 match_part 0.961 9960 9910 match_40 match_part 0.996 10564 10074 match_part 1.000 9960 9941 match_41 match_part 0.996 10564 10074 match_part 1.000 9960 9956 match_42 match_part 0.985 10614 10091 match_43 match_part 0.994 10614 10095 match_44 match_part 1.000 42259 42175 match_part 0.987 41665 41200 match_45 match_part 1.000 45075 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 0.966 42614 42496 match_46 match_part 0.995 44981 44785 match_part 0.979 43678 43536 match_part 0.993 42879 42736 match_part 0.981 42614 42511 match_47 match_part 0.987 45102 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 1.000 42614 42585 match_48 match_part 1.000 45092 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42785 match_49 match_part 1.000 45092 44785 match_part 1.000 43678 43545 match_50 match_part 1.000 45095 44858 match_51 match_part 1.000 80161 80158 match_part 0.973 80073 79814 match_part 0.565 79548 79526 match_52 match_part 1.000 81927 81425 match_part 1.000 81339 81201 match_53 match_part 1.000 81927 81425 match_part 1.000 81339 81221 match_54 match_part 0.988 81930 81425 match_part 1.000 81339 81251 match_55 match_part 0.990 81930 81425 match_part 0.989 81339 81252 match_56 match_part 1.000 82600 82542 match_part 1.000 81520 81425 match_part 0.881 81339 81273 match_57 match_part 0.996 81926 81476 match_58 match_part 1.000 92353 92348 match_part 1.000 92251 92201 match_part 0.980 91726 91268 match_59 match_part 1.000 93325 93264 match_part 1.000 92494 92348 match_part 0.980 92251 92201 match_part 0.977 91726 91375 match_60 match_part 0.970 93733 93667 match_part 1.000 93581 93264 match_part 1.000 92494 92348 match_part 0.980 92251 92201 match_part 1.000 91726 91685 match_61 match_part 0.993 94219 94086 match_part 1.000 93821 93667 match_part 1.000 93581 93353 match_62 match_part 0.997 94374 94086 match_part 1.000 93821 93718 match_63 match_part 0.995 95580 95145 match_part 1.000 94393 94086 match_part 1.000 93821 93734 match_64 match_part 0.998 95693 95145 match_part 0.987 94393 94086 match_part 1.000 93821 93810 match_65 match_part 0.993 95698 95145 match_part 1.000 94393 94135 match_66 match_part 0.998 95702 95294 match_67 match_part 0.983 114553 114496 match_part 1.000 112115 112039 match_part 0.992 111906 111518 match_68 match_part 1.000 114693 114496 match_part 1.000 112115 112039 match_part 0.979 111906 111534 match_69 match_part 1.000 114807 114496 match_part 1.000 112115 112039 match_part 0.990 111906 111698 match_70 match_part 1.000 114787 114496 match_part 1.000 112115 112039 match_part 0.986 111906 111698 match_71 match_part 1.000 114787 114496 match_part 1.000 112115 112039 match_part 0.986 111906 111698 match_72 match_part 0.990 115856 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 1.000 112115 112039 match_part 0.990 111906 111712 match_73 match_part 1.000 115823 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 1.000 112115 112039 match_part 1.000 111906 111757 match_74 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114496 match_part 0.972 112115 112044 match_75 match_part 0.987 115904 115666 match_part 1.000 115537 115452 match_part 1.000 114878 114496 match_part 0.941 112115 112065 match_76 match_part 1.000 115887 115666 match_part 0.988 115537 115452 match_part 0.995 114878 114496 match_part 0.897 112115 112077 match_77 match_part 1.000 115867 115666 match_part 0.988 115537 115452 match_part 0.995 114878 114496 match_part 1.000 112115 112101 match_78 match_part 1.000 115917 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114496 match_79 match_part 0.982 115831 115666 match_part 1.000 115537 115452 match_part 0.984 114878 114498 match_80 match_part 1.000 115887 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114501 match_81 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 0.981 114878 114501 match_82 match_part 1.000 115868 115666 match_part 0.988 115537 115452 match_part 0.997 114878 114515 match_83 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 0.972 114878 114516 match_84 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 0.994 114878 114517 match_85 match_part 1.000 115847 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114517 match_86 match_part 1.000 115881 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114618 match_87 match_part 1.000 115804 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114632 match_88 match_part 1.000 115838 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114660 match_89 match_part 1.000 115911 115666 match_part 0.988 115537 115452 match_part 0.990 114878 114671 match_90 match_part 1.000 115840 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114693 match_91 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 0.994 114878 114711 match_92 match_part 0.991 115881 115666 match_part 0.965 115537 115452 match_part 0.951 114878 114717 match_93 match_part 1.000 115888 115666 match_part 0.988 115537 115452 match_part 0.992 114878 114756 match_94 match_part 1.000 115889 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114827 match_95 match_part 0.991 115888 115666 match_part 0.988 115537 115452 match_part 0.946 114878 114842 match_96 match_part 1.000 115923 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114863 match_97 match_part 1.000 115889 115666 match_part 0.973 115537 115465 match_98 match_part 1.000 116760 116748 match_part 0.994 116680 116367 match_part 0.714 115978 115958 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 1616 1337 exon 1257 796 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 4454 4001 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 10615 10074 exon 9960 9910 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 11149 11059 exon 10969 10826 exon 9960 9589 exon 9382 9140 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 39409 40002 exon 40091 40510 exon 40601 40785 exon 40874 41148 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 39405 39630 exon 39776 40002 exon 40091 40246 exon 40325 40510 exon 40601 40785 exon 40874 41115 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 42259 42175 exon 41665 41200 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 45102 44785 exon 43678 43536 exon 42879 42736 exon 42614 42496 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48138 48341 exon 50345 50702 exon 52141 52255 exon 52908 53103 exon 53200 53313 exon 53410 53583 exon 54254 54448 exon 55156 55278 exon 55355 55414 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 57460 57704 exon 58323 58862 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 66806 67060 exon 67149 67418 exon 67525 68137 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 76685 76933 exon 77035 77301 exon 77418 77730 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 80161 80158 exon 80073 79814 exon 79548 79526 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 81930 81425 exon 81339 81201 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 82600 82542 exon 81520 81425 exon 81339 81273 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 85951 86101 exon 86627 86778 exon 87248 87410 exon 90203 90403 exon 90534 90603 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 95702 95145 exon 94393 94086 exon 93821 93667 exon 93581 93264 exon 92494 92348 exon 92251 92201 exon 91726 91268 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 115923 115666 exon 115537 115452 exon 114878 114496 exon 112115 112039 exon 111906 111518 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 114622 114666 exon 116370 116562 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 116760 116748 exon 116680 116367 exon 115978 115958 AUGUSTUS_tom_cdna de novo gene_1 gene 1 39490 40905 transcript_1 transcript 1 39490 40905 start_codon_1 start_codon 39490 39492 intron_1 intron 1 39631 39775 intron_2 intron 1 40003 40090 intron_3 intron 1 40247 40324 intron_4 intron 1 40511 40600 intron_5 intron 1 40786 40873 CDS_1 CDS 1 39490 39630 CDS_2 CDS 1 39776 40002 CDS_3 CDS 1 40091 40246 CDS_4 CDS 1 40325 40510 CDS_5 CDS 1 40601 40785 CDS_6 CDS 1 40874 40905 stop_codon_1 stop_codon 40903 40905 gene_2 gene 0.33 50363 58535 transcript_2 transcript 0.33 50363 58535 start_codon_2 start_codon 50363 50365 intron_6 intron 1 50703 52140 intron_7 intron 1 52256 52907 intron_8 intron 1 53104 53199 intron_9 intron 1 53314 53409 intron_10 intron 1 53584 54253 intron_11 intron 1 54449 55155 intron_12 intron 1 55279 55354 intron_13 intron 0.95 55468 55616 intron_14 intron 1 55741 57431 intron_15 intron 1 57705 58322 CDS_7 CDS 0.36 50363 50702 CDS_8 CDS 1 52141 52255 CDS_9 CDS 1 52908 53103 CDS_10 CDS 1 53200 53313 CDS_11 CDS 1 53410 53583 CDS_12 CDS 1 54254 54448 CDS_13 CDS 1 55156 55278 CDS_14 CDS 0.97 55355 55467 CDS_15 CDS 0.95 55617 55740 CDS_16 CDS 1 57432 57704 CDS_17 CDS 1 58323 58535 stop_codon_2 stop_codon 58533 58535 gene_3 gene 0.42 66810 73714 transcript_3 transcript 0.42 66810 73714 start_codon_3 start_codon 66810 66812 intron_16 intron 1 67061 67148 intron_17 intron 1 67419 67524 intron_18 intron 0.48 67899 69191 intron_19 intron 0.99 69319 69592 intron_20 intron 0.99 69863 72472 intron_21 intron 1 72728 72860 intron_22 intron 0.89 73131 73224 CDS_18 CDS 1 66810 67060 CDS_19 CDS 1 67149 67418 CDS_20 CDS 0.48 67525 67898 CDS_21 CDS 0.98 69192 69318 CDS_22 CDS 1 69593 69862 CDS_23 CDS 1 72473 72727 CDS_24 CDS 1 72861 73130 CDS_25 CDS 0.89 73225 73714 stop_codon_3 stop_codon 73712 73714 gene_4 gene 1 76677 77892 transcript_4 transcript 1 76677 77892 start_codon_4 start_codon 76677 76679 intron_23 intron 1 76934 77034 intron_24 intron 1 77302 77417 CDS_26 CDS 1 76677 76933 CDS_27 CDS 1 77035 77301 CDS_28 CDS 1 77418 77892 stop_codon_4 stop_codon 77890 77892 gene_5 gene 0.69 85948 90658 transcript_5 transcript 0.69 85948 90658 start_codon_5 start_codon 85948 85950 intron_25 intron 1 86102 86626 intron_26 intron 1 86779 87247 intron_27 intron 1 87411 90202 intron_28 intron 1 90404 90533 CDS_29 CDS 1 85948 86101 CDS_30 CDS 1 86627 86778 CDS_31 CDS 1 87248 87410 CDS_32 CDS 1 90203 90403 CDS_33 CDS 0.69 90534 90658 stop_codon_5 stop_codon 90656 90658 gene_6 gene 0.87 91380 91595 transcript_6 transcript 0.87 91380 91595 start_codon_6 start_codon 91380 91382 CDS_34 CDS 0.87 91380 91595 stop_codon_6 stop_codon 91593 91595 gene_7 gene 0.28 109500 111751 transcript_7 transcript 0.28 109500 111751 start_codon_7 start_codon 109500 109502 intron_29 intron 0.34 109998 110438 intron_30 intron 0.59 110590 111668 CDS_35 CDS 0.34 109500 109997 CDS_36 CDS 0.59 110439 110589 CDS_37 CDS 0.62 111669 111751 stop_codon_7 stop_codon 111749 111751 AUGUSTUS_tom_cdna de novo gene_8 gene 0.98 5397 2737 transcript_8 transcript 0.98 5397 2737 stop_codon_8 stop_codon 2739 2737 CDS_38 CDS 0.98 5397 2737 start_codon_8 start_codon 5397 5395 gene_9 gene 0.98 7023 6475 transcript_9 transcript 0.98 7023 6475 stop_codon_9 stop_codon 6477 6475 CDS_39 CDS 0.98 7023 6475 start_codon_9 start_codon 7023 7021 gene_10 gene 0.06 17240 9730 transcript_10 transcript 0.06 17240 9730 stop_codon_10 stop_codon 9732 9730 intron_31 intron 0.91 10825 9961 intron_32 intron 1 11058 10970 intron_33 intron 0.61 11730 11147 intron_34 intron 0.31 13679 11822 intron_35 intron 0.87 14228 13823 intron_36 intron 0.81 15097 14299 intron_37 intron 0.64 15650 15265 intron_38 intron 0.61 16964 15719 CDS_40 CDS 0.94 9960 9730 CDS_41 CDS 1 10969 10826 CDS_42 CDS 0.99 11146 11059 CDS_43 CDS 0.58 11821 11731 CDS_44 CDS 0.51 13822 13680 CDS_45 CDS 0.99 14298 14229 CDS_46 CDS 0.81 15264 15098 CDS_47 CDS 0.61 15718 15651 CDS_48 CDS 0.35 17240 16965 start_codon_10 start_codon 17240 17238 gene_11 gene 0.63 22094 18915 transcript_11 transcript 0.63 22094 18915 stop_codon_11 stop_codon 18917 18915 intron_39 intron 0.95 21602 19167 CDS_49 CDS 0.63 19166 18915 CDS_50 CDS 1 22094 21603 start_codon_11 start_codon 22094 22092 gene_12 gene 1 36081 35785 transcript_12 transcript 1 36081 35785 stop_codon_12 stop_codon 35787 35785 CDS_51 CDS 1 36081 35785 start_codon_12 start_codon 36081 36079 gene_13 gene 1 44989 41440 transcript_13 transcript 1 44989 41440 stop_codon_13 stop_codon 41442 41440 intron_40 intron 1 42174 41666 intron_41 intron 1 42428 42300 intron_42 intron 1 42735 42615 intron_43 intron 1 43535 42880 intron_44 intron 1 44784 43679 CDS_52 CDS 1 41665 41440 CDS_53 CDS 1 42299 42175 CDS_54 CDS 1 42614 42429 CDS_55 CDS 1 42879 42736 CDS_56 CDS 1 43678 43536 CDS_57 CDS 1 44989 44785 start_codon_13 start_codon 44989 44987 gene_14 gene 0.2 83207 80006 transcript_14 transcript 0.2 83207 80006 stop_codon_14 stop_codon 80008 80006 intron_45 intron 0.46 81200 80074 intron_46 intron 1 81424 81340 intron_47 intron 1 82541 81521 intron_48 intron 0.98 82920 82662 intron_49 intron 0.72 83085 82979 CDS_58 CDS 1 80073 80006 CDS_59 CDS 1 81339 81201 CDS_60 CDS 1 81520 81425 CDS_61 CDS 0.99 82661 82542 CDS_62 CDS 0.96 82978 82921 CDS_63 CDS 0.48 83207 83086 start_codon_14 start_codon 83207 83205 gene_15 gene 1 95566 91661 transcript_15 transcript 1 95566 91661 stop_codon_15 stop_codon 91663 91661 intron_50 intron 1 92200 91727 intron_51 intron 1 92347 92252 intron_52 intron 1 93263 92495 intron_53 intron 1 93666 93582 intron_54 intron 1 94085 93822 intron_55 intron 1 95144 94394 CDS_64 CDS 1 91726 91661 CDS_65 CDS 1 92251 92201 CDS_66 CDS 1 92494 92348 CDS_67 CDS 1 93581 93264 CDS_68 CDS 1 93821 93667 CDS_69 CDS 1 94393 94086 CDS_70 CDS 1 95566 95145 start_codon_15 start_codon 95566 95564 gene_16 gene 1 115724 111756 transcript_16 transcript 1 115724 111756 stop_codon_16 stop_codon 111758 111756 intron_56 intron 1 112038 111907 intron_57 intron 1 114495 112116 intron_58 intron 1 115451 114879 intron_59 intron 1 115665 115538 CDS_71 CDS 1 111906 111756 CDS_72 CDS 1 112115 112039 CDS_73 CDS 1 114878 114496 CDS_74 CDS 1 115537 115452 CDS_75 CDS 1 115724 115666 start_codon_16 start_codon 115724 115722 gene_17 gene 0.91 116983 115758 transcript_17 transcript 0.91 116983 115758 stop_codon_17 stop_codon 115760 115758 intron_60 intron 0.91 116747 115938 CDS_76 CDS 0.93 115937 115758 CDS_77 CDS 0.92 116983 116748 AUGUSTUS_ab_initio de novo gene_1 gene 0.26 39490 40905 transcript_1 transcript 0.26 39490 40905 start_codon_1 start_codon 39490 39492 intron_1 intron 0.99 39631 39775 intron_2 intron 0.26 40003 40090 intron_3 intron 0.72 40247 40324 intron_4 intron 1 40511 40600 intron_5 intron 1 40786 40873 CDS_1 CDS 0.99 39490 39630 CDS_2 CDS 0.32 39776 40002 CDS_3 CDS 0.67 40091 40246 CDS_4 CDS 1 40325 40510 CDS_5 CDS 1 40601 40785 CDS_6 CDS 1 40874 40905 stop_codon_1 stop_codon 40903 40905 gene_2 gene 0.02 50363 58603 transcript_2 transcript 0.02 50363 58603 start_codon_2 start_codon 50363 50365 intron_6 intron 0.34 50703 52140 intron_7 intron 0.97 52256 52907 intron_8 intron 1 53104 53199 intron_9 intron 1 53314 53409 intron_10 intron 0.3 53584 54253 intron_11 intron 0.73 54449 55155 intron_12 intron 0.94 55279 55354 intron_13 intron 0.95 55468 55616 intron_14 intron 0.88 55741 57431 intron_15 intron 0.89 57705 58322 intron_16 intron 0.11 58501 58580 CDS_7 CDS 0.17 50363 50702 CDS_8 CDS 0.98 52141 52255 CDS_9 CDS 0.99 52908 53103 CDS_10 CDS 1 53200 53313 CDS_11 CDS 0.91 53410 53583 CDS_12 CDS 0.63 54254 54448 CDS_13 CDS 0.99 55156 55278 CDS_14 CDS 0.94 55355 55467 CDS_15 CDS 0.92 55617 55740 CDS_16 CDS 0.93 57432 57704 CDS_17 CDS 0.65 58323 58500 CDS_18 CDS 0.11 58581 58603 stop_codon_2 stop_codon 58601 58603 gene_3 gene 0.34 66837 70290 transcript_3 transcript 0.34 66837 70290 start_codon_3 start_codon 66837 66839 intron_17 intron 0.97 67061 67148 intron_18 intron 0.93 67419 67524 intron_19 intron 0.59 67943 68063 intron_20 intron 0.74 68074 69191 intron_21 intron 1 69319 69592 intron_22 intron 0.96 69863 69989 CDS_19 CDS 0.78 66837 67060 CDS_20 CDS 0.97 67149 67418 CDS_21 CDS 0.62 67525 67942 CDS_22 CDS 0.7 68064 68073 CDS_23 CDS 0.99 69192 69318 CDS_24 CDS 0.99 69593 69862 CDS_25 CDS 0.7 69990 70290 stop_codon_3 stop_codon 70288 70290 gene_4 gene 0.76 72477 73714 transcript_4 transcript 0.76 72477 73714 start_codon_4 start_codon 72477 72479 intron_23 intron 1 72728 72860 intron_24 intron 0.9 73131 73224 CDS_26 CDS 0.86 72477 72727 CDS_27 CDS 1 72861 73130 CDS_28 CDS 0.88 73225 73714 stop_codon_4 stop_codon 73712 73714 gene_5 gene 0.73 76728 77892 transcript_5 transcript 0.73 76728 77892 start_codon_5 start_codon 76728 76730 intron_25 intron 1 76934 77034 intron_26 intron 0.9 77302 77417 CDS_29 CDS 0.79 76728 76933 CDS_30 CDS 1 77035 77301 CDS_31 CDS 0.9 77418 77892 stop_codon_5 stop_codon 77890 77892 gene_6 gene 0.15 85948 91140 transcript_6 transcript 0.15 85948 91140 start_codon_6 start_codon 85948 85950 intron_27 intron 0.97 86102 86626 intron_28 intron 1 86779 87247 intron_29 intron 0.5 87411 90319 intron_30 intron 1 90404 90533 intron_31 intron 0.42 90631 91070 CDS_32 CDS 0.94 85948 86101 CDS_33 CDS 1 86627 86778 CDS_34 CDS 1 87248 87410 CDS_35 CDS 0.52 90320 90403 CDS_36 CDS 0.7 90534 90630 CDS_37 CDS 0.57 91071 91140 stop_codon_6 stop_codon 91138 91140 gene_7 gene 0.39 103148 104156 transcript_7 transcript 0.39 103148 104156 start_codon_7 start_codon 103148 103150 intron_32 intron 0.66 103157 103253 intron_33 intron 0.46 103331 104035 CDS_38 CDS 0.76 103148 103156 CDS_39 CDS 0.63 103254 103330 CDS_40 CDS 0.49 104036 104156 stop_codon_7 stop_codon 104154 104156 AUGUSTUS_ab_initio de novo gene_8 gene 0.71 1429 1193 transcript_8 transcript 0.71 1429 1193 intron_34 intron 0.71 1192 1 intron_35 intron 0.99 1336 1258 CDS_41 CDS 0.87 1257 1193 CDS_42 CDS 1 1429 1337 start_codon_8 start_codon 1429 1427 gene_9 gene 0.97 5397 2737 transcript_9 transcript 0.97 5397 2737 stop_codon_8 stop_codon 2739 2737 CDS_43 CDS 0.97 5397 2737 start_codon_9 start_codon 5397 5395 gene_10 gene 0.87 7023 6475 transcript_10 transcript 0.87 7023 6475 stop_codon_9 stop_codon 6477 6475 CDS_44 CDS 0.87 7023 6475 start_codon_10 start_codon 7023 7021 gene_11 gene 0.03 22094 9730 transcript_11 transcript 0.03 22094 9730 stop_codon_10 stop_codon 9732 9730 intron_36 intron 0.98 10825 9961 intron_37 intron 1 11058 10970 intron_38 intron 0.62 11730 11147 intron_39 intron 0.24 13679 11822 intron_40 intron 0.97 14228 13823 intron_41 intron 0.77 15097 14299 intron_42 intron 0.96 15650 15265 intron_43 intron 0.85 16964 15719 intron_44 intron 1 17687 17315 intron_45 intron 0.76 19042 17826 intron_46 intron 0.95 21602 19167 CDS_45 CDS 0.29 9960 9730 CDS_46 CDS 0.98 10969 10826 CDS_47 CDS 1 11146 11059 CDS_48 CDS 0.63 11821 11731 CDS_49 CDS 0.49 13822 13680 CDS_50 CDS 1 14298 14229 CDS_51 CDS 0.84 15264 15098 CDS_52 CDS 0.86 15718 15651 CDS_53 CDS 0.88 17314 16965 CDS_54 CDS 0.95 17825 17688 CDS_55 CDS 0.73 19166 19043 CDS_56 CDS 1 22094 21603 start_codon_11 start_codon 22094 22092 gene_12 gene 0.75 34045 33740 transcript_12 transcript 0.75 34045 33740 stop_codon_11 stop_codon 33742 33740 CDS_57 CDS 0.75 34045 33740 start_codon_12 start_codon 34045 34043 gene_13 gene 1 36081 35785 transcript_13 transcript 1 36081 35785 stop_codon_12 stop_codon 35787 35785 CDS_58 CDS 1 36081 35785 start_codon_13 start_codon 36081 36079 gene_14 gene 0.48 44989 41440 transcript_14 transcript 0.48 44989 41440 stop_codon_13 stop_codon 41442 41440 intron_47 intron 0.87 42174 41666 intron_48 intron 1 42428 42300 intron_49 intron 1 42735 42615 intron_50 intron 0.61 43316 42870 intron_51 intron 0.61 43488 43397 intron_52 intron 1 44784 43679 CDS_59 CDS 1 41665 41440 CDS_60 CDS 0.87 42299 42175 CDS_61 CDS 1 42614 42429 CDS_62 CDS 0.61 42869 42736 CDS_63 CDS 0.61 43396 43317 CDS_64 CDS 0.61 43678 43489 CDS_65 CDS 1 44989 44785 start_codon_14 start_codon 44989 44987 gene_15 gene 0.06 64885 59069 transcript_15 transcript 0.06 64885 59069 stop_codon_14 stop_codon 59071 59069 intron_53 intron 0.11 60259 59174 intron_54 intron 0.06 64619 60346 intron_55 intron 0.11 64743 64680 CDS_66 CDS 0.14 59173 59069 CDS_67 CDS 0.08 60345 60260 CDS_68 CDS 0.08 64679 64620 CDS_69 CDS 0.13 64885 64744 start_codon_15 start_codon 64885 64883 gene_16 gene 0.33 83207 80006 transcript_16 transcript 0.33 83207 80006 stop_codon_15 stop_codon 80008 80006 intron_56 intron 0.96 80157 80074 intron_57 intron 0.63 81200 80296 intron_58 intron 0.9 81424 81340 intron_59 intron 0.74 82541 81521 intron_60 intron 0.84 82920 82662 intron_61 intron 0.8 83085 82979 CDS_70 CDS 0.99 80073 80006 CDS_71 CDS 0.85 80295 80158 CDS_72 CDS 0.99 81339 81201 CDS_73 CDS 0.9 81520 81425 CDS_74 CDS 0.84 82661 82542 CDS_75 CDS 0.95 82978 82921 CDS_76 CDS 0.72 83207 83086 start_codon_16 start_codon 83207 83205 gene_17 gene 0.77 95566 91661 transcript_17 transcript 0.77 95566 91661 stop_codon_16 stop_codon 91663 91661 intron_62 intron 0.79 92200 91727 intron_63 intron 0.9 92347 92252 intron_64 intron 1 93263 92495 intron_65 intron 1 93666 93582 intron_66 intron 0.98 94085 93822 intron_67 intron 0.99 95144 94394 CDS_77 CDS 0.91 91726 91661 CDS_78 CDS 0.89 92251 92201 CDS_79 CDS 1 92494 92348 CDS_80 CDS 1 93581 93264 CDS_81 CDS 1 93821 93667 CDS_82 CDS 0.98 94393 94086 CDS_83 CDS 1 95566 95145 start_codon_17 start_codon 95566 95564 gene_18 gene 0.1 116983 108377 transcript_18 transcript 0.1 116983 108377 stop_codon_17 stop_codon 108379 108377 intron_68 intron 0.46 110465 108497 intron_69 intron 0.53 111823 110579 intron_70 intron 0.99 112038 111907 intron_71 intron 0.86 114495 112116 intron_72 intron 1 115451 114879 intron_73 intron 0.51 116733 115538 CDS_84 CDS 0.62 108496 108377 CDS_85 CDS 0.4 110578 110466 CDS_86 CDS 0.88 111906 111824 CDS_87 CDS 0.99 112115 112039 CDS_88 CDS 0.97 114878 114496 CDS_89 CDS 0.99 115537 115452 CDS_90 CDS 0.52 116983 116734 AUGUSTUS_tom_ugs de novo gene_1 gene 0.97 39490 40905 transcript_1 transcript 0.97 39490 40905 start_codon_1 start_codon 39490 39492 intron_1 intron 0.97 39631 39775 intron_2 intron 1 40003 40090 intron_3 intron 1 40247 40324 intron_4 intron 1 40511 40600 intron_5 intron 1 40786 40873 CDS_1 CDS 0.99 39490 39630 CDS_2 CDS 0.98 39776 40002 CDS_3 CDS 1 40091 40246 CDS_4 CDS 1 40325 40510 CDS_5 CDS 1 40601 40785 CDS_6 CDS 1 40874 40905 stop_codon_1 stop_codon 40903 40905 gene_2 gene 0.24 50363 58535 transcript_2 transcript 0.24 50363 58535 start_codon_2 start_codon 50363 50365 intron_6 intron 0.54 50703 52140 intron_7 intron 0.88 52256 52907 intron_8 intron 0.84 53104 53199 intron_9 intron 0.9 53314 53409 intron_10 intron 0.8 53584 54253 intron_11 intron 0.8 54449 55155 intron_12 intron 0.78 55279 55354 intron_13 intron 0.92 55468 55616 intron_14 intron 0.95 55741 57431 intron_15 intron 1 57705 58322 CDS_7 CDS 0.5 50363 50702 CDS_8 CDS 0.88 52141 52255 CDS_9 CDS 0.9 52908 53103 CDS_10 CDS 0.84 53200 53313 CDS_11 CDS 0.92 53410 53583 CDS_12 CDS 0.83 54254 54448 CDS_13 CDS 0.82 55156 55278 CDS_14 CDS 0.92 55355 55467 CDS_15 CDS 0.91 55617 55740 CDS_16 CDS 1 57432 57704 CDS_17 CDS 0.97 58323 58535 stop_codon_2 stop_codon 58533 58535 gene_3 gene 0.07 66837 70290 transcript_3 transcript 0.07 66837 70290 start_codon_3 start_codon 66837 66839 intron_16 intron 0.47 67061 67524 intron_17 intron 0.31 67899 69191 intron_18 intron 0.8 69319 69592 intron_19 intron 0.63 69863 69989 CDS_18 CDS 0.84 66837 67060 CDS_19 CDS 0.3 67525 67898 CDS_20 CDS 0.77 69192 69318 CDS_21 CDS 0.65 69593 69862 CDS_22 CDS 0.62 69990 70290 stop_codon_3 stop_codon 70288 70290 gene_4 gene 0.83 72477 73714 transcript_4 transcript 0.83 72477 73714 start_codon_4 start_codon 72477 72479 intron_20 intron 0.98 72728 72860 intron_21 intron 0.87 73131 73224 CDS_23 CDS 0.96 72477 72727 CDS_24 CDS 1 72861 73130 CDS_25 CDS 0.87 73225 73714 stop_codon_4 stop_codon 73712 73714 gene_5 gene 0.87 76677 77892 transcript_5 transcript 0.87 76677 77892 start_codon_5 start_codon 76677 76679 intron_22 intron 1 76934 77034 intron_23 intron 1 77302 77417 CDS_26 CDS 0.87 76677 76933 CDS_27 CDS 1 77035 77301 CDS_28 CDS 1 77418 77892 stop_codon_5 stop_codon 77890 77892 gene_6 gene 0.88 85948 90658 transcript_6 transcript 0.88 85948 90658 start_codon_6 start_codon 85948 85950 intron_24 intron 1 86102 86626 intron_25 intron 1 86779 87247 intron_26 intron 1 87411 90202 intron_27 intron 1 90404 90533 CDS_29 CDS 1 85948 86101 CDS_30 CDS 1 86627 86778 CDS_31 CDS 1 87248 87410 CDS_32 CDS 1 90203 90403 CDS_33 CDS 0.88 90534 90658 stop_codon_6 stop_codon 90656 90658 AUGUSTUS_tom_ugs de novo gene_7 gene 1 5397 2737 transcript_7 transcript 1 5397 2737 stop_codon_7 stop_codon 2739 2737 CDS_34 CDS 1 5397 2737 start_codon_7 start_codon 5397 5395 gene_8 gene 1 7023 6475 transcript_8 transcript 1 7023 6475 stop_codon_8 stop_codon 6477 6475 CDS_35 CDS 1 7023 6475 start_codon_8 start_codon 7023 7021 gene_9 gene 0.96 36081 35785 transcript_9 transcript 0.96 36081 35785 stop_codon_9 stop_codon 35787 35785 CDS_36 CDS 0.96 36081 35785 start_codon_9 start_codon 36081 36079 gene_10 gene 1 44989 41440 transcript_10 transcript 1 44989 41440 stop_codon_10 stop_codon 41442 41440 intron_28 intron 1 42174 41666 intron_29 intron 1 42428 42300 intron_30 intron 1 42735 42615 intron_31 intron 1 43535 42880 intron_32 intron 1 44784 43679 CDS_37 CDS 1 41665 41440 CDS_38 CDS 1 42299 42175 CDS_39 CDS 1 42614 42429 CDS_40 CDS 1 42879 42736 CDS_41 CDS 1 43678 43536 CDS_42 CDS 1 44989 44785 start_codon_10 start_codon 44989 44987 gene_11 gene 0.14 83207 80006 transcript_11 transcript 0.14 83207 80006 stop_codon_11 stop_codon 80008 80006 intron_33 intron 0.43 81200 80074 intron_34 intron 1 81424 81340 intron_35 intron 0.76 82920 81521 intron_36 intron 0.73 83085 82979 CDS_43 CDS 1 80073 80006 CDS_44 CDS 0.99 81339 81201 CDS_45 CDS 1 81520 81425 CDS_46 CDS 1 82978 82921 CDS_47 CDS 0.5 83207 83086 start_codon_11 start_codon 83207 83205 gene_12 gene 1 95566 91661 transcript_12 transcript 1 95566 91661 stop_codon_12 stop_codon 91663 91661 intron_37 intron 1 92200 91727 intron_38 intron 1 92347 92252 intron_39 intron 1 93263 92495 intron_40 intron 1 93666 93582 intron_41 intron 1 94085 93822 intron_42 intron 1 95144 94394 CDS_48 CDS 1 91726 91661 CDS_49 CDS 1 92251 92201 CDS_50 CDS 1 92494 92348 CDS_51 CDS 1 93581 93264 CDS_52 CDS 1 93821 93667 CDS_53 CDS 1 94393 94086 CDS_54 CDS 1 95566 95145 start_codon_12 start_codon 95566 95564 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.987 39389 40002 match_part 1.000 40091 40246 match_part 1.000 40325 40510 match_part 1.000 40601 40785 match_part 0.996 40874 41138 match_2 match_part 0.995 48122 48341 match_part 0.986 48530 48599 match_part 0.997 50345 50702 match_part 1.000 52141 52255 match_part 0.969 52908 53103 match_part 1.000 53200 53313 match_part 1.000 53410 53583 match_part 1.000 54254 54448 match_part 1.000 55156 55278 match_part 1.000 55355 55435 match_3 match_part 0.969 48245 48341 match_part 0.974 50345 51031 match_4 match_part 1.000 57460 57704 match_part 0.998 58323 58839 match_5 match_part 0.996 66797 67060 match_part 1.000 67149 67418 match_part 0.976 67525 68137 match_6 match_part 0.964 76687 76933 match_part 0.978 77035 77301 match_part 0.968 77418 77730 match_7 match_part 1.000 85939 86101 match_part 1.000 86627 86778 match_part 1.000 87248 87410 match_part 1.000 90203 90403 match_part 0.881 90534 90642 match_8 match_part 0.934 116368 116579 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.996 1618 1337 match_part 0.993 1257 693 match_10 match_part 0.998 4455 4023 match_11 match_part 0.900 11550 11481 match_part 1.000 11146 11059 match_part 0.993 10969 10826 match_part 0.981 9960 9589 match_part 0.984 9382 9139 match_12 match_part 0.984 10624 10074 match_part 0.988 9960 9881 match_13 match_part 1.000 22155 21603 match_part 0.913 19166 18983 match_14 match_part 1.000 30655 30370 match_15 match_part 1.000 42260 42175 match_part 0.998 41665 41209 match_16 match_part 0.996 45064 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 1.000 42614 42476 match_17 match_part 1.000 45165 44785 match_part 1.000 43678 43536 match_part 1.000 42879 42736 match_part 0.967 42614 42523 match_18 match_part 0.982 59494 59273 match_part 0.959 59173 58907 match_19 match_part 1.000 80162 80158 match_part 0.996 80073 79823 match_20 match_part 1.000 81919 81425 match_part 1.000 81339 81201 match_21 match_part 0.986 95727 95145 match_part 1.000 94393 94086 match_part 1.000 93821 93667 match_part 1.000 93581 93264 match_part 0.986 92494 92348 match_part 0.980 92251 92201 match_part 0.998 91726 91282 match_22 match_part 0.986 92494 92348 match_part 1.000 92251 92201 match_part 0.853 91726 91387 match_23 match_part 1.000 115930 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114496 match_part 1.000 112115 112039 match_part 1.000 111906 111524 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 1618 1337 exon 1257 693 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 4455 4023 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 11550 11481 exon 11146 11059 exon 10969 10826 exon 9960 9589 exon 9382 9139 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 10624 10074 exon 9960 9881 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 22155 21603 exon 19166 18983 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 30655 30370 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 39389 40002 exon 40091 40246 exon 40325 40510 exon 40601 40785 exon 40874 41138 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 42260 42175 exon 41665 41209 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 45165 44785 exon 43678 43536 exon 42879 42736 exon 42614 42476 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48122 48341 exon 48530 48599 exon 50345 50702 exon 52141 52255 exon 52908 53103 exon 53200 53313 exon 53410 53583 exon 54254 54448 exon 55156 55278 exon 55355 55435 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 48245 48341 exon 50345 51031 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 57460 57704 exon 58323 58839 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 59494 59273 exon 59173 58907 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 66797 67060 exon 67149 67418 exon 67525 68137 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 76687 76933 exon 77035 77301 exon 77418 77730 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 80162 80158 exon 80073 79823 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 81919 81425 exon 81339 81201 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 85939 86101 exon 86627 86778 exon 87248 87410 exon 90203 90403 exon 90534 90642 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 95727 95145 exon 94393 94086 exon 93821 93667 exon 93581 93264 exon 92494 92348 exon 92251 92201 exon 91726 91282 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 115930 115666 exon 115537 115452 exon 114878 114496 exon 112115 112039 exon 111906 111524 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 116368 116579 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.986 85954 86101 match_part 0.961 86627 86778 match_part 0.963 87248 87410 match_part 0.955 90203 90403 match_part 0.927 90534 90876 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.928 115872 115666 match_part 0.988 115537 115452 match_part 0.982 114878 114496 match_part 0.972 112115 112044 match_3 match_part 1.000 115845 115666 match_part 0.988 115537 115452 match_part 1.000 114878 114660 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 85954 86101 exon 86627 86778 exon 87248 87410 exon 90203 90403 exon 90534 90876 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0203K13.1 type gene exon 115872 115666 exon 115537 115452 exon 114878 114496 exon 112115 112044 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 39490 40905 transcript_1 transcript 1 39490 40905 start_codon_1 start_codon 39490 39492 intron_1 intron 1 39631 39775 intron_2 intron 1 40003 40090 intron_3 intron 1 40247 40324 intron_4 intron 1 40511 40600 intron_5 intron 1 40786 40873 CDS_1 CDS 1 39490 39630 CDS_2 CDS 1 39776 40002 CDS_3 CDS 1 40091 40246 CDS_4 CDS 1 40325 40510 CDS_5 CDS 1 40601 40785 CDS_6 CDS 1 40874 40905 stop_codon_1 stop_codon 40903 40905 gene_2 gene 0.49 50363 58535 transcript_2 transcript 0.49 50363 58535 start_codon_2 start_codon 50363 50365 intron_6 intron 1 50703 52140 intron_7 intron 1 52256 52907 intron_8 intron 1 53104 53199 intron_9 intron 1 53314 53409 intron_10 intron 1 53584 54253 intron_11 intron 1 54449 55155 intron_12 intron 1 55279 55354 intron_13 intron 1 55468 55616 intron_14 intron 1 55741 57431 intron_15 intron 1 57705 58322 CDS_7 CDS 0.49 50363 50702 CDS_8 CDS 1 52141 52255 CDS_9 CDS 1 52908 53103 CDS_10 CDS 1 53200 53313 CDS_11 CDS 1 53410 53583 CDS_12 CDS 1 54254 54448 CDS_13 CDS 1 55156 55278 CDS_14 CDS 1 55355 55467 CDS_15 CDS 1 55617 55740 CDS_16 CDS 1 57432 57704 CDS_17 CDS 1 58323 58535 stop_codon_2 stop_codon 58533 58535 gene_3 gene 0.44 66810 73714 transcript_3 transcript 0.44 66810 73714 start_codon_3 start_codon 66810 66812 intron_16 intron 1 67061 67148 intron_17 intron 1 67419 67524 intron_18 intron 0.5 67899 69191 intron_19 intron 1 69319 69592 intron_20 intron 0.98 69863 72472 intron_21 intron 1 72728 72860 intron_22 intron 0.91 73131 73224 CDS_18 CDS 1 66810 67060 CDS_19 CDS 1 67149 67418 CDS_20 CDS 0.5 67525 67898 CDS_21 CDS 0.99 69192 69318 CDS_22 CDS 1 69593 69862 CDS_23 CDS 1 72473 72727 CDS_24 CDS 1 72861 73130 CDS_25 CDS 0.91 73225 73714 stop_codon_3 stop_codon 73712 73714 gene_4 gene 0.99 76677 77892 transcript_4 transcript 0.99 76677 77892 start_codon_4 start_codon 76677 76679 intron_23 intron 1 76934 77034 intron_24 intron 1 77302 77417 CDS_26 CDS 0.99 76677 76933 CDS_27 CDS 1 77035 77301 CDS_28 CDS 1 77418 77892 stop_codon_4 stop_codon 77890 77892 gene_5 gene 1 85948 90658 transcript_5 transcript 1 85948 90658 start_codon_5 start_codon 85948 85950 intron_25 intron 1 86102 86626 intron_26 intron 1 86779 87247 intron_27 intron 1 87411 90202 intron_28 intron 1 90404 90533 CDS_29 CDS 1 85948 86101 CDS_30 CDS 1 86627 86778 CDS_31 CDS 1 87248 87410 CDS_32 CDS 1 90203 90403 CDS_33 CDS 1 90534 90658 stop_codon_5 stop_codon 90656 90658 gene_6 gene 1 91380 91595 transcript_6 transcript 1 91380 91595 start_codon_6 start_codon 91380 91382 CDS_34 CDS 1 91380 91595 stop_codon_6 stop_codon 91593 91595 gene_7 gene 0.16 95679 104156 transcript_7 transcript 0.16 95679 104156 start_codon_7 start_codon 95679 95681 intron_29 intron 0.26 95724 103253 intron_30 intron 0.23 103331 104035 CDS_35 CDS 0.92 95679 95723 CDS_36 CDS 0.24 103254 103330 CDS_37 CDS 0.18 104036 104156 stop_codon_7 stop_codon 104154 104156 gene_8 gene 0.27 109500 111751 transcript_8 transcript 0.27 109500 111751 start_codon_8 start_codon 109500 109502 intron_31 intron 0.35 109998 110438 intron_32 intron 0.67 110590 111668 CDS_38 CDS 0.32 109500 109997 CDS_39 CDS 0.68 110439 110589 CDS_40 CDS 0.71 111669 111751 stop_codon_8 stop_codon 111749 111751 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 5397 2737 transcript_9 transcript 1 5397 2737 stop_codon_9 stop_codon 2739 2737 CDS_41 CDS 1 5397 2737 start_codon_9 start_codon 5397 5395 gene_10 gene 1 7023 6475 transcript_10 transcript 1 7023 6475 stop_codon_10 stop_codon 6477 6475 CDS_42 CDS 1 7023 6475 start_codon_10 start_codon 7023 7021 gene_11 gene 0.07 17240 9730 transcript_11 transcript 0.07 17240 9730 stop_codon_11 stop_codon 9732 9730 intron_33 intron 0.92 10825 9961 intron_34 intron 1 11058 10970 intron_35 intron 0.6 11730 11147 intron_36 intron 0.26 13679 11822 intron_37 intron 0.86 14228 13823 intron_38 intron 0.81 15097 14299 intron_39 intron 0.63 15650 15265 intron_40 intron 0.59 16964 15719 CDS_43 CDS 0.96 9960 9730 CDS_44 CDS 0.99 10969 10826 CDS_45 CDS 1 11146 11059 CDS_46 CDS 0.51 11821 11731 CDS_47 CDS 0.44 13822 13680 CDS_48 CDS 0.99 14298 14229 CDS_49 CDS 0.81 15264 15098 CDS_50 CDS 0.59 15718 15651 CDS_51 CDS 0.35 17240 16965 start_codon_11 start_codon 17240 17238 gene_12 gene 0.57 22094 18915 transcript_12 transcript 0.57 22094 18915 stop_codon_12 stop_codon 18917 18915 intron_41 intron 0.93 21602 19167 CDS_52 CDS 0.57 19166 18915 CDS_53 CDS 1 22094 21603 start_codon_12 start_codon 22094 22092 gene_13 gene 1 36081 35785 transcript_13 transcript 1 36081 35785 stop_codon_13 stop_codon 35787 35785 CDS_54 CDS 1 36081 35785 start_codon_13 start_codon 36081 36079 gene_14 gene 1 44989 41440 transcript_14 transcript 1 44989 41440 stop_codon_14 stop_codon 41442 41440 intron_42 intron 1 42174 41666 intron_43 intron 1 42428 42300 intron_44 intron 1 42735 42615 intron_45 intron 1 43535 42880 intron_46 intron 1 44784 43679 CDS_55 CDS 1 41665 41440 CDS_56 CDS 1 42299 42175 CDS_57 CDS 1 42614 42429 CDS_58 CDS 1 42879 42736 CDS_59 CDS 1 43678 43536 CDS_60 CDS 1 44989 44785 start_codon_14 start_codon 44989 44987 gene_15 gene 0.1 83207 80006 transcript_15 transcript 0.1 83207 80006 stop_codon_15 stop_codon 80008 80006 intron_47 intron 0.37 81200 80074 intron_48 intron 1 81424 81340 intron_49 intron 1 82541 81521 intron_50 intron 0.98 82920 82662 intron_51 intron 0.71 83085 82979 CDS_61 CDS 1 80073 80006 CDS_62 CDS 0.99 81339 81201 CDS_63 CDS 1 81520 81425 CDS_64 CDS 0.99 82661 82542 CDS_65 CDS 0.97 82978 82921 CDS_66 CDS 0.41 83207 83086 start_codon_15 start_codon 83207 83205 gene_16 gene 1 95566 91661 transcript_16 transcript 1 95566 91661 stop_codon_16 stop_codon 91663 91661 intron_52 intron 1 92200 91727 intron_53 intron 1 92347 92252 intron_54 intron 1 93263 92495 intron_55 intron 1 93666 93582 intron_56 intron 1 94085 93822 intron_57 intron 1 95144 94394 CDS_67 CDS 1 91726 91661 CDS_68 CDS 1 92251 92201 CDS_69 CDS 1 92494 92348 CDS_70 CDS 1 93581 93264 CDS_71 CDS 1 93821 93667 CDS_72 CDS 1 94393 94086 CDS_73 CDS 1 95566 95145 start_codon_16 start_codon 95566 95564 gene_17 gene 1 115724 111756 transcript_17 transcript 1 115724 111756 stop_codon_17 stop_codon 111758 111756 intron_58 intron 1 112038 111907 intron_59 intron 1 114495 112116 intron_60 intron 1 115451 114879 intron_61 intron 1 115665 115538 CDS_74 CDS 1 111906 111756 CDS_75 CDS 1 112115 112039 CDS_76 CDS 1 114878 114496 CDS_77 CDS 1 115537 115452 CDS_78 CDS 1 115724 115666 start_codon_17 start_codon 115724 115722 gene_18 gene 1.48 116983 115758 transcript_18 transcript 0.96 116436 115758 stop_codon_18 stop_codon 115760 115758 intron_62 intron 0.97 116361 115938 CDS_79 CDS 1 115937 115758 CDS_80 CDS 0.96 116436 116362 start_codon_18 start_codon 116436 116434 transcript_19 transcript 0.52 116983 115758 stop_codon_19 stop_codon 115760 115758 intron_63 intron 0.52 116747 115938 CDS_81 CDS 0.52 115937 115758 CDS_82 CDS 0.52 116983 116748 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 87.0 73208 73702 match_2 match 96.7 67532 68011 match_3 match 86.3 69997 70275 match_4 match 79.3 69639 69887 match_5 match 78.6 72910 73131 match_6 match 80.1 67198 67413 match_7 match 139 40089 40508 match_8 match 92.4 39785 40003 match_9 match 183 40089 40781 match_10 match 92.4 39785 40003 match_11 match 103 90139 90402 match_12 match 60.5 90515 90652 match_13 match 228 52903 53583 match_14 match 163 50363 50701 match_15 match 122 54221 54451 match_16 match 68.6 55069 55278 match_17 match 233 52903 53583 match_18 match 172 50363 50701 match_19 match 60.8 55355 55465 match_20 match 127 54227 54451 match_21 match 46.2 66834 67043 match_22 match 85.9 72787 73137 match_23 match 113 67454 68002 match_24 match 115 77428 77880 match_25 match 105 73253 73702 match_26 match 79.7 67159 67410 match_27 match 48.1 66837 67043 match_28 match 120 67454 68002 match_29 match 111 77446 77880 match_30 match 107 73253 73702 match_31 match 90.1 72829 73155 match_32 match 46.6 72564 72710 match_33 match 86.7 67162 67410 match_34 match 50.4 66849 67043 match_35 match 93.2 72787 73140 match_36 match 112 77446 77880 match_37 match 125 67454 68002 match_38 match 119 73235 73702 match_39 match 88.2 67162 67443 match_40 match 122 109500 109997 match_41 match 78.2 72748 73152 match_42 match 82.0 73244 73702 match_43 match 83.2 73232 73681 match_44 match 91.7 67544 67981 match_45 match 77.4 67195 67425 match_46 match 71.2 72907 73110 match_47 match 48.5 39815 40003 match_48 match 140 40089 40781 match_49 match 179 40089 40781 match_50 match 90.1 39791 40003 match_51 match 88.2 73232 73510 match_52 match 77.4 72907 73155 match_53 match 88.2 73232 73510 match_54 match 75.1 72907 73146 match_55 match 88.2 73232 73510 match_56 match 68.9 72916 73146 match_57 match 97.8 73229 73702 match_58 match 100 72784 73131 match_59 match 57.4 66927 67061 match_60 match 101 67153 67413 match_61 match 92.4 73223 73696 match_62 match 83.6 72910 73107 match_63 match 92.4 73223 73696 match_64 match 83.6 72910 73107 match_65 match 117 109500 109997 match_66 match 107 109500 109997 match_67 match 95.5 77395 77883 match_68 match 91.7 73226 73702 match_69 match 89.4 72787 73131 match_70 match 87.0 67156 67431 match_71 match 46.6 77075 77281 match_72 match 48.9 66924 67061 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_73 match 195 3912 2800 match_74 match 113 4551 3781 match_75 match 160 5118 3850 match_76 match 110 3813 2920 match_77 match 207 5166 3586 match_78 match 293 4422 2791 match_79 match 213 4269 2743 match_80 match 123 4260 3331 match_81 match 123 4878 3655 match_82 match 223 3942 2755 match_83 match 114 5295 4219 match_84 match 182 5040 3502 match_85 match 305 4422 2785 match_86 match 139 4665 3034 match_87 match 229 4071 2755 match_88 match 110 4932 4213 match_89 match 112 5181 4195 match_90 match 148 5040 3964 match_91 match 187 4689 3040 match_92 match 305 4380 2749 match_93 match 201 3879 2794 match_94 match 177 3681 2794 match_95 match 261 4635 2740 match_96 match 116 4848 4099 match_97 match 198 3939 2815 match_98 match 270 4938 3286 match_99 match 236 5040 3676 match_100 match 392 4734 2755 match_101 match 105 4626 3712 match_102 match 106 4953 4216 match_103 match 224 3984 2791 match_104 match 120 5070 4027 match_105 match 156 4938 3457 match_106 match 180 4578 3094 match_107 match 275 5160 3286 match_108 match 233 4539 2908 match_109 match 371 4785 2767 match_110 match 183 4626 3331 match_111 match 835 5259 2749 match_112 match 111 4932 3034 match_113 match 333 5235 2755 match_114 match 131 5028 4012 match_115 match 286 4371 2755 match_116 match 174 4731 3283 match_117 match 154 4185 2992 match_118 match 181 5304 3643 match_119 match 264 4422 2815 match_120 match 174 4731 3283 match_121 match 154 4185 2992 match_122 match 181 5304 3643 match_123 match 264 4422 2815 match_124 match 108 5040 4195 match_125 match 286 4422 2761 match_126 match 135 5037 3910 match_127 match 152 5037 3790 match_128 match 242 4461 2788 match_129 match 246 4071 2800 match_130 match 144 3924 2968 match_131 match 185 4872 3631 match_132 match 258 4071 2755 match_133 match 112 4998 4114 match_134 match 143 5040 4066 match_135 match 127 4587 3604 match_136 match 259 4071 2767 match_137 match 260 4950 2755 match_138 match 110 4944 4006 match_139 match 115 4962 4198 match_140 match 226 4131 2767 match_141 match 112 4605 3676 match_142 match 218 4128 2767 match_143 match 107 5010 3844 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match 181 4134 2935 match_178 match 110 3912 3157 match_179 match 285 4743 3046 match_180 match 137 5205 3910 match_181 match 279 4518 2746 match_182 match 218 5166 3769 match_183 match 129 17315 16962 match_184 match 117 19178 18978 match_185 match 119 92503 92198 match_186 match 108 93822 93610 match_187 match 129 95371 95144 match_188 match 197 93584 93261 match_189 match 186 94395 94087 match_190 match 109 5133 4111 match_191 match 217 3921 2758 match_192 match 225 5040 3058 match_193 match 281 4953 2932 match_194 match 143 4038 3061 match_195 match 383 4932 2794 match_196 match 131 4683 3241 match_197 match 249 4068 2758 match_198 match 117 5064 4198 match_199 match 325 4731 2800 match_200 match 117 5052 4102 match_201 match 127 4242 3298 match_202 match 143 4854 3847 match_203 match 220 3924 2833 match_204 match 116 4689 3769 match_205 match 153 4998 4099 match_206 match 270 4074 2755 match_207 match 255 4446 2800 match_208 match 229 4755 3139 match_209 match 123 5244 4207 match_210 match 265 4176 2755 match_211 match 134 4941 4099 match_212 match 152 4074 2992 match_213 match 261 5043 3286 match_214 match 211 5139 3769 match_215 match 354 4680 2791 match_216 match 150 5163 4099 match_217 match 293 4251 2755 match_218 match 170 5118 3790 match_219 match 228 4848 3286 match_220 match 343 4566 2794 match_221 match 206 5058 3457 match_222 match 334 4443 2761 match_223 match 116 3531 2908 match_224 match 124 5262 4099 match_225 match 190 4914 3457 match_226 match 228 4920 3205 match_227 match 299 4809 2743 match_228 match 166 4884 3628 match_229 match 254 4071 2740 match_230 match 143 4422 3262 match_231 match 196 4761 3139 match_232 match 170 4179 2932 match_233 match 180 4659 3238 match_234 match 282 4290 2761 match_235 match 105 3576 2917 match_236 match 162 4287 2821 match_237 match 169 5001 3604 match_238 match 389 4839 2755 match_239 match 58.9 93840 93643 match_240 match 106 93584 93261 match_241 match 121 94389 94087 match_242 match 203 4968 3778 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