C02SLe0121H01.1 TTTCTCCAAGAGTACTTTCTTTCGGACGTTTCTTAAACTCTTGAAACTAAGGTTGTTCCC CTTCGTATGTCCTTGTCCTTAGCTCCCTAATGAATTTGTAGGATGGGTATGTTGTGCTGC TAGATTTTTGCATGAATGATGTGTTTAAATTAAATATGAGTGTGTTTATGTGCGGGAAAT CGCGATAATGATCATCAGAATATGACCGGAAAAAGTTGATGTATGGGTGTGTATAGGGCA GTGTTTTAGGCATTGTTTTGGGGTATATAAGTTGTTTATTTATCATGTATTTTATGTGTG AAATGGGTGTGCAATGTGATGTTCATTTTGATGAAGCATAGTGAAGTGAATGAACCATGA AATCTCCCTAAGAACTAATGTGAAACTTGATGAAAAAGTGCAGAAAAAATAGTGGAATAA ATTTCCAAAAACATAGAAATAGGTTTAAAAAGAATCTGGAAATTTTTGGATGTCAAAGAA TTAAAAAAAAAATAGAGGGGCTGTGGGGGTTCGAACCCACCACCTCACAGCCTCCTCTTC AGCGAAAATGAGAGGAAAAATAAGGGGGCTGTGGGGGTTCGAACCCACAACCTCCCTATT CAAGCGAATTTAATTAAAAATAATAATAATAGTAAATTAAAATTCTAATTAAAGTTGGAA AATTAATTCTCTTATGTAAACATTGAGATTTAATTTAGAATTTTAATTAAAAATAGAATA TTAATTCTTTTATGTAAATATTGAGATTTAAATTGGAATTCTAATTAAATTAGAAAATTA TTCTTTCATGTAAATGATTGAAATTTAATTTAGAATTCTAATTAAAATAGAAAATTTATT ATTTCACGAAAATGTTGAGACTTAACTTAGAGTTCTAAATTTATGAATATTAGAACAAAA ATCAATGAAAAATATAAATGATATCCAAATAATTCAAAATTTGGGTTCTCGTGTCCAAAC CTCCGTATTGATACATAAGTCATACGTGAGTGAAATATTCAAGAATAATGTCATCTACGT AGATCAAAAATCAAAGATCTTGGCATATATACAAGATACATAAGTCTTGTAATACATAAT CTTAGAAAAACAAGAATTCACTTAACGAACTATAAATGAAGCCTCATGGCTTGTATGTAT AGATATATAAGTTTAACATACGTTCAAGAATAAGTGAACCTAAGATATACGTAATGAAAT GAAGAATGTGGTGACAATCATGATGTGAGGTTAATGCGTATGATGAGAGCAATCTTAAAT GAGCTTAAGTAAATGTTACCGATACATACTCACCAATGAGAGTGTAAGATAATGAAGAGA CCAGTCTCTATGAATACTCTAATAAAAATATTGAGTTTAAAACACTTAATACTAATGATG AGATGAGAAATCATCTATTGAGCTATGATGTCTTCATACTAGAAGCAAACTTCTATGATG TATGAGTTGCATGTAATGGAACTTTATACCGAGCACCGATAGGCTAGCTATGAGTGGTGA TGCCTTCTTTCGGGAAGGGCGGAGGTTCACGTAATTCTCATGAGATGAGACTGTCCGGCT TGCCGGGTATGGGTCTCCACACATCTCCTAGTCTTTGAACCTATATTGCCACTATAGGGA TCTGGCGGGGTTAAATTCCCATATACGCTAGCATGTTATTTGAATCGCTTTGGCCGGTGA TTTCACCTCTTTTCGGTGTGGGGAAGACACTGGATTTCATGATGCTCACATGATCTATGT CGGTTAAAGTTAAAGTTCCCAATGAATGAATGAGGCCAGCCTCAAATGAATCATATAAAG AAATGAATGATACCGAAGGTGTTAGGATAGGATAATCAAGAGGTGAGCTAGATTCAGGTA ATGACATTAGGTCATTCCTGATCATTGCACAGCAAACCCGATGAAAGTCTTAAACTACAT CCTAGGTATAGCTGGTGTTCGCACTGGCCTATGAATGAATTGAAATGAAATACGAATGAA TGAGTGAAGCAGACTCTGTGTTTGCTAAAGAAGGCTCCCTAGTTGAGGTCCCATATGTTG AGCCCTCATTTTGGAAAGTCTTAAAGTTAAGTCTATGATAATAAGGTCTCATGGTATACG AATGAATAATATGAAAGAAAGTATGTGTTATATGTTATGTGTTATATGAATATGTTATGT TTTGTGTGCTATACGATAATTATAATGATGCATGTCACTCTCATGGCATAACTTTCCCAA TCTCAATTTGGCAAGTCCACTGACTTGACTTCCAAAAATCATGTTGTTAGGAAAGAGCTA TTCTTCCTCATGCATGTCCCTGGTGTGTACTTGCATATACTCATACTTAGTACAAGTGTG TACTAATTCCATACGAACATCTATTTTTAGGTGCAGGCACAGGTGGACGCTAGAGCTACA GGTTCGTTGTTGCAGCTATCCGGACATCAGTATTCATCCGGAGTTTGGTAGGTCCTCATG CTTTCGAGGATGCTACTGTTTTACATTCTAGCGTAGTTTTAGAGTTGAGCTAGCGGAACA TGTTCCACTAGCGTTTCTTTCCTGTTTTGGTTCAAACTTTGTATTGGTGCTATTTTGGCC GATATACAATTAATACTTAATGAATTATTTCTTTCAGTTGCTTATCTCTTAAATGTTAGA TGGTTGATGATGAACGATTACGAAATGTTAAGAATGTTCAGCAAGTATGATTAAAGAATC AAAAATTTCAAATTTTCCGCTAAAATTAATCTATGTAAAGTAAGAATGACGTAAGCAGGC TTGTCTGCGACCTCTGAGAGGTCAACGACGCCGGTCTCGTCTGGGGTCTAGATTCCGGTC GTGACATTTATAAAGACACATGGACAAATTGCATCATTTGTGTAACCTTTATTAATTAAA TACTCACTAAGACGATTATACCACATGCGTCCAGATTGCTTCAAACCATATAATGATCTT TGCAATTTTATTGAATACATTTCTCGAGATTTTGAGTTACATTATTTAGTCATTCAAATT CTTTAGGAATTTTCATGTATATCTCACTATCAAGTGATCCATAAAGGTAGGTTGTAACCA CATTCATCAAATGCATTTCAAGTTTCTCATGGGCTGTGAAACTAATGAGATAACGCAATG TTATTGCACCCATAACGAGTGAGTATGTCTATTCATAATCGACGCTAGGCCTTTGAAAAA ATCCTTGTGCCACAAGGCGTACTTTATACCTTTGTATCATTTTCTTTTTCGCACAAAAAT TCATTTGCAACCAACAGGTTTAATACTATTAGGTGTTTAACTATAGGTCTAAAAACTTCA CGCTTGGCAAGTGAATTCAACTCTGATTGAATTGCTTCTTGCCATTTTGGCCAATCATTT CTTTTGTCGACATTCTATAACAGATTGAGGTTCATGATCCTCATTATCTTGCATGACATT TGTTGTAACATTATATGCAAAGACATAATCAATCACTATTTCTGATCGATTCGGATTAGT TTCAACATCTCTTAAATTTATGGATAGTTCATTATTTCCTTGAGTTTCAAGTTCATTGAT TCTTTCATGAATATCAGACTTATTCAAATTTTGAACTTCCATATGAGATTCTTTCATAGT GTTATCTTGACATTTAATCTTTCTTTTTCTTGGATTTTGATCCTTAGAACCAAATGGTCT ACCACGCTTTAGGTGTGCTTTTGGAACATCAATTCAAATTGGAACATTTTCTGCAGGAAT ATGTGATTTAGTAATCCATTTCAAATCTGTAAATACGTCTTGCATTTTATTTGCAATTTT TTGCAGATGAATAATTTTTTGTATTTCTTATTCACATGTAGAAGAATATGGATCAAGATG AGACAATGATACATTTTCCCACAAAATTTCTCGTTTTATTTCACTATTCCCCCTATTTTG GAAAAAAATATCTCATCAAACCGATAATCTGCAAATCAAGCAGTAAATATATCTCCAATC AATGGTTCAAGATAGCGAATAGTGGAGGGTGACTCAAACCCAACATATATTCCTAACCTT CTTTGAGGGCCCATTTTAGTGCGATTTGGTGGTGTCACATGCACATGTACAACTCATCAA AAAATTCTTAGATGGGATATATTAGGTTCTTGACCCATAACCAATTGCAATGGAGAAACT TTATGATAACTTGTTGGTCTGAGACGAATAAGTGTTGCAGCATGCAAAATTGCATGTCCC CATACAAAAGTGGGCAACCTAGTTTTCATAAGCAATAGTCTTGCTATTAATTGCAGACGC TTAATTAATGACTCAGCGAGACCATTCCGAATATGAATATGAGCAACGGATTGTTCAACT CTTATCCCAATTGCTAAACAATTATCATTAAATGATTGGGATGAAAACTCTGCAGCATTA TCAAGACGAATGGACTTAATCTGATTATTAAAAAAGTGTGCCCTTAACCATATTATTTTT GTCAATTCTGGCCATTTAACACTTGCCCTAATTTACAACGTGGCTATGTGTTGTTCGGAA TTGTGTTAATTATAGGCTTGCAAGACACGCACCCAAAAAAGAGAAGAACATGTCCTCAGT TGACTAATTGAAACACCTTGCTTCCCAAGTTTTCCCACCTCCAAGACACACCCACCCCTC ACACGCTATATATTATAAATAGGTTCCCTTGCTAATACTCAAATCAGTTAAACACTTTTA TCTTCTAAATCAATCATTTTTTGAATTTTTTATTCGTAGAGAAAAAGTTTCATTTTATTC TTCAAAAATGAGGAGAGAAGGTCGCCAACACGGTATGGTCCGTACTTACCCAATTTTACC CTCTCCATGGAACCCAAGACCCGAGCCCAGGTACATGAACAAGTCCAATTCACCACCAAC CGCTGGGCTTTTCGCAAAGGTCCCAACTAAGCCCAGTAACCATTCCAAGTTCACCGGCAA GTGCGGTAGACCCAGGTGCACCAGCTGCCATGTTCATCCAGCTGCAAAATCCAAGGACAA AACTAAGGGCACACAAAAGTTAAAGGGATGCGGCGACGTCGTTTCGTTGGTTACTTGGAG AGTTGTGGATGCTAGGCCTGGGTTCAATTTTTCAGGGTTTTCAGCTACTGGAATTTTGGA TCATTTGGATAGCGATTCTTCTTATTACATGGATCATGAAATTTACTATGATGAAGATTA CGGTTACGGAGATCAGGAATTAGTAGTTGACTCCGATGGGTCTCCAGCGATCGGCGTTGA GATTGAAGATAACGATGAAGAAAAAATGAGTTTCTGCGAGGTGGGATTTGTGTGGGAAGA TGTTGAAGAAGATGAAGATTGGTGTGTTGTGGAAGGAATCTAATTCAGTTCCTTCCAACT GTATTTGTGTTAACCTGTTGAACAAAAATTGTTACATTTCTGTAATTGTATTTACTGTCA AATAAATTGGAACATTTCGATGACATTGCATCTTTGTAATATATTTGCATTCACCCTTAT ACTGTTAGAAAAAAAATTACAATTTCGATGCTAACTACTTTTCTTATTTTAATTAATAAA GTATAGTATATATATGCGCATCTTTATAATTCTTTTATTATGTCAACAAAGATAATAGTG TCGTATAAGAAAATGATTGCCCATGGCAACTTTTTTATTGTTATCCTAAAAGATGCACCG CACAACCGACTGACTCATTGCTTCGTCACAGTTTTTACATTGCGTTTCTGTGTTGTCCTC AACCAGTTTGTCGATTAGGATTCATTTCTAGAATGGCATGTACTTAAATAAGAAAAATTG CATCAAAATAGTGGCCTAGGAAAAATCATGAACTTTTTAAGTTTAAATCACAGCTGCAAA GGCAATTTGAATGTATGAGGACAATATTGACTTGAGAACGTTAATATAAAAGGTAAATGA TTGTGGTTAAAATAATTTTACGTCTGGATAGCTTTTTATACAAGATTTTGGAGTTGCTTC TCCTTAAATCATATTAAGGAAAGACACACCTCCAAAACATTCTCTTGGAAGAAATACCCA ATTGAAACACATTCTAATAAGACACTACTCTTTGCAAGGAGTGATGGATTTGTGAGTTTT TTCAGCTAGTCTTCTTTCTTGGATTCTTGCAAGAGTCATTTTTCATCGAGACTAAGCCTT GCTTTGAGCTGGGATATGGCATTCTTCCACGTTTGGGCAATGGAGCTTGTGTTACTGGGA TCTGCACCAAATTAAACCCATATGAACCACTGCCGGAGAAGGGAGAGGATAGATAGGCAC ACATATATTTAGAAAATATAGTAGTAGGACTGTGTGATCAACATTGAACAAGCCACTATG GCATTTTGACAAAAGTAGTTTTTAGGAATATCTGAATCATGAAAATATAATACGATGTAG TGGTGTACCTTTTTTGCATGATCTTTTGCTGTTTCTGTTTCCTTGTAGAAATCAGGCAGG GGACGAGCTTTGAAGCAAAAGCTTTGTCCAAGTTTCCTAAGTTCCGTTCCTGCTTTCTCC TGCAAGCAAGAGCTTGTCGTTATGAATTTGCAATTTAAGACGTAACTCGAAAATTAGAAA TTATGGTAGAGGAAAACTACTCTAGAGGCCCAAGAATACAAAAGATAGTGAAAACCATAT GAGGAAAATATTACTAATGATAGTGCAAATCATTTGCATATATTTTTCGGGAAATATCAC ATAATACTACAATGTTGGAAACTTTTAGATCGTTATAAATGATAAAGAAGAGCTGCTACC TTGTGATTAGAAGAAATCATATGAAAATCAAATTTATGGACGAAAAGAAGAATTGATTAC TAGTGGAAAGAGCAAAAGCACCTATTGCTATGTACTGTTTCTACTCTAATGTTCAGAGTG GAAAACCTCAAAGTTCACACACTACTTTTCTTTGTTTTCCTTCTTTTCAAAGTAGGTGGT GCAGAATTCATGGTAAAGAGAAAACATTCGACAAGCCATAAAGGAAGTTTTGCATTAGGA AATGAACCTTTAATGTTGTTTGTTGTTGAACCTTCTTTTCCTCCTTCGCATTGAATTTTT CTTCAAGCTTCTGTAAGTATTTGCAGGAGTACAAGTATGAGTGGAAATAGTTTTTATAAT GAAAAGAAGATTGTCCATAGTATTTAATGTATACACTTGCCTGTTTCCTTCGTGCAGCTC TTTCTTCTGTTCTCAGTGAGAAAGGAGTGGATAAAGTTGGTGATTGTAATTTGTTTCGGT AGGCTGTGAAAGACTTGGAACTGAACAAGGAACAACAAAGGTAAGCGATATCCAATGAGG CAATTATATACTCTATAATCAAATACTTGCAGAAAGAAGATTATCACTGTCCTGGTTCAT GATAGTTTGACACATCACACACCAACATACTTATGTGTGTGGAAGATAACTAAATTCAAG TAGAAACAACTGTCTCTCAGATTCTCTTTAAAAGGTTTCCTGGTCCTGGAAAAGTGCTCA AACTGTATCCACTAAAAGATACCTATTTTGAGTTATGACAGAGCCTGGTTACACTTAGCT TGAACCTTCAACCAGCAGTTTTTAAACGTAAAGCGAAAACACTCTACTACTATTCATTCA AATGTATAAATGATTATGCTAGAATCTAAGGTCATCATGTAATAGGCACTTACACAGAAG ACAAAATGTTCCATTTAGGCCCTGCTGTTATACTTCCTGAAGCTGTGGGATGAATCGGTG TTTTAATCCTGTAAATACGAAGATACAAGAATTCGAGTGGGGAAGGTGGGAAAAAACCAA AGAACCATGTATTAATGGAATCAATGAAATGCTTGCTAACAATTCTAATTAGACAATATA GGGAAATATACCTTCTGCTTTCTGAAGATGGCGTTGTCATGGGATGGTTTGATGCACCAT TTGATGTTGCCTGCAGGTGAAAGTGAAGCAAACATTAGGCAAACCAAGAAAGACTATTAT CATTTTGACAAAGGAGTTTAAACAAGGGGAGGAAATTACCATAGGAGTCTTAAGTGGAGT TGCACAATGCTTAGATGCCTTGCTAGTAGCGGGAGCAACCTTTGAACTTTCCTTCTTGAG GAAGGGAGGTGGAGGAGGTATCTTGTGTGGCTCTTTGGCAGGAGTAAAGTTGATCAACTT GCTCAAAGATTTTGGGGTTGATCTCATTTCATTCATCAAGTCCAAGTTAGTATTAGTTGT GATTGGAGTAAAATTGTTCTCTTTATCGACATCAAGAGGAATACTATGCCTAGTCGGCGG AAATGGAAATTTTGATTTTTTGGAGTAGACTGCTGATTTGAATGAAGAAAAAGCAGATTT TTTCTTGCTTGTCACTGATGCAGCATCATCCTCAAGTTTAGAGCTGGAGCTCTGCGGAAT CACATGAGATGAATCAGTACCATATAGCATTAAAAATTAGTATATGAATCAATCAATACA ATGAACTGCTTTGGACTGGTTATTCTTGAGCCGAGGAGTCTATCGGAAACAACACCTCTA CCTCTGAGGATGGGGTAAGGTCTGCTAACACTCTGACCTCCCCAAACCCAACTTTATGGG ATTGCATTGGATATGTTGTTGTCATACCGATTCAATAGATCAATTAGGTTTTTATCACAA GCTAATTGGGGTCATCTATATAAATCATCTCATGAAAACTAACTATACTTTTCATGAAGC CAGAGTTTCCTACACTATTGGTATGATTAAGAAGTTCAAAAAATCTAGGCCAAAGTAGTT TAAAGAACACATATTTACCTTAGTCTTCAGCAAAGGCTTCTCAGTATGAGATGTTTCACT AATCTCAGAAACTGTTTCTTGGGTTTCACCATTCTCAATGTGGTTTGATGGTTCTTTCTC TGTAGCTTCAGGAGTACCTGGACCCTCCACTGGGGACTCGCTCTCTATCTCCTCCACATC AGCAACTGAAACAGAAGCCTTAACCATGGAATCTGTTGTTAAAGCATCAGGGTTCTCATG AACCTCTTCTTGATTAGCTTCTACATGAGGTTTCACAAGTGAAGTAGAATCAGGGGCTGA ATTCTTGGTAATTTCAGAATCGGGGTTTTGTTGATTGGCTTGTTCAAGCAAAGCTGCAGC CTTTTGGGCAGCAATTTTCTTGTAATGGGCTTCAAAGAAAGCTTTTTTTTGGGCAACAGA ACCTGGCTTAGCATACCTCTCAGCCTCCTCTACATATCTTTTATGAGAAAAAGTTGACCA TTTTTCCCAATCTAAAGACTCAGACACAAATCTCCCAAAAGAAATTGACTCCCCAAGTGC ATGCACAGGGTTTCCCTGAATACTCAATTCCATCCCAAAAAATCAGCAAGAAAGAAAAAG AAACACAAGAATCTTGAAAAATAAAACAGTTTTTTATTTATTTATTTATACCTGTTTTAT TTCATTGGGTATAGCAGAAGCATAAGAGAAAGCATGTATAAGACAAGCTGAATCTTCCAT CATCAGTCTGCTATGGAACCTGAAAAAATCAACAGAATAATTATTGTGCCGTTACTTAAA AATGATTTTTTATGGCTCTTATCTGTCTCTCTGTTTTTGGATCTCAGCATTTAAATTTGA AATTCAAATGTAAAAAAAGCGATACACGTTGTTTAAGAAAGGCCACTCATAGAGTAAGAA GAAGCTAAAGGTGTCATTTTTTTAAATTTAGGCCAAGTGCTTCGATTTCTCGACTTTCTT TAGACTTCGGCCAAGTGAAACGTTGTCTTTTTCTTCTCCAAAACGGGACCCACATTATTT GAACTTAACCCTCGTAACGTTCGAATTTTAATATTCTTACTTGAATATTTACCTAAAAAT CAAAAGTTCCACAAGTCACTTCTTTTCTCCTAATGAAATAAAATAATTTGTGTATTGAAT ATGATTGTGTAAAGATAAAAATATTTGAATACAAAATTAATTTATTTTTTCTCAAAATAT ACTAAAATAATACAAAAGTTTGTTGCGTGAAATCAAACCGATGAATTACAAATTTTGAGA AGTCAAGGTTTGGTAAGTCATACGTATATTTTGCTTAATTTGTAGACCATACCAAAGGGT AGGACCACATTATATATATATATATATATAAAGAACAAATAGATGAAAAAGATTTTGACG TTTTACCAAGTAAAGAGCAGTAATTCCAGTCTGCCACGAAAATTTAACTCATAATAATGT GATTTGATTCTATAAAATTACAAAGTTATTATACACAATCTTGATTATAATTTTAGAGAT GTCGTTTTCATTTCTAGGAGAAATACATGTTTGTTTGAAGCAACAGATTGTCCCAATGTA ATATGCTACAGATTGTTGAACTACTAGTAGTTACAAGATCAATTTTTTCAAGTAAAATTG AAGTAGCTGTTTCACTTTAGGAAATAATCATACATGAAGAACCATATCAAGAAGCTGTGT TTGTCTTGTTCAGTGTTAACAACACTAATTATGTGCTTTAACAAATGCTATTGTAACTAT GTGAATAATTTTGTATGATAAATCAATAAACTATTTTCAATTCAAATAAATACGAAAGTT CATTATAGACTGATCATTTTCAATTCAATTAAGACCCTACCTTACAAATCATGCGTCTGC CATCGATTGAGACAGTACATGAAAAAAGGCTTTTTCAGCTAATAATGTTATCCCACGTTC AAACATATCCTCGTATTTGAATAGAGAAGATGGTGGTAAACCGCTCATTTGTAGATTTCA AACAAATTTTGTATCAGAAAGATTCACCATAAAATGTTCGTCTACGACAATCTTCCTCCT TTTATCAACAACCAACACAAACTGAGATATAAGATTGATAAACCAAGTGGGGTAGTGGGG TTTGAGGAGGGTAAAACTTTACCCCTATTTCACAGAGATAGAGAGGCATTTCCGGTGGAC CATCAGCTTAAATAAACTGCCAAACAGTTTGAAAAGGAGAAACAACTTAATGTGGAAGGG GCAGTGTAACGCTGACAAACGAGAGATGGAACAACAGGAAAAACAAAATAATGCAAATAA CCAGAGCACATATAAAACCAGTGTAAACCGAGATCAAAGAACAAGAAACTATATGAATAG TGTTAATACTACCTAATGCTAATTGTTTAGTAATATCACTGGAATATGGATAATTTTTGT GGAAATAGAAGGAACGAGTATCAAAAAACCACGTTCAATCTCTATCATGATTCCTCTTTT TTCTGATACAGATTAAAGAAGACATTCTAAGATGACAAAACTAAAAAAGAAAAGAAAAAA CAAACTTTCAACGTTTACTGTTCCTTTCATTCAATCAAGCATGTTGTTCTGCAACACCAA CATGCTTCCCAAATCTAAATTACAAACGAAGAGGTTCCTTAATGTTCCTTAGAAACTAAT GACCTCTTTTGTATCACATGTCAATCTCTAGATCTAGAAAATAGCACACCACAAATATCC CTGAACATATGATAACATATCAAGAGCTAGTCTTTAGAATATTTGCAACAGTACAGTTTT ATGTCACAATTTCACTCTGAGCATATATAAGGAGGATGTTTCCAGCTTAAATAGTGTGGA TCAGCCTTCTCATGGGCACGTCTTAAGGTCATCTTCGTCTAGGTGGATCGCGGCTTAGTC CATGTTTCTTCAGAGTTCTGATGTAATTTCTCATGAGGGCAAATTTGTTACTTCCAAGAT GGTAGAAGTAGTCCCATGTAAAGATTCCAGTCTTATGCAAGTCATCAAATAATAACCTAG GTTGAACCATATGAAGAGAATGAGAAATAACAAAAAGTGAAAGTAAATTGTTAAGACACA AATAGTTGTTTACTCTTATTACCTCACTCCATAATTTCCAATAGGTTCTGCAGACATAAT TCCGACATGACGCCTACCAGATATGACCTTAATACACAAGCACATAAGTTAGAAAAATTT AAATCGTGCAATATTAAATCCAGTTTGATGATGGAACTATGTTGCCAGTAAATCATGCGT CTTCGTTTTCAAAAATTGCAAAGAGAATATCCCAGTAAAAGAAAACTGCAAGTGTTCCTC TAGTTACCTTCTCACCGCAAATCGATCTGATCTTACTATCAACAGCGGGGCTGTATATTC TCAAATACTCAGCTGACAACTTATACAGACTACCGTTTTCAAACTCCACCTCCACCTGAA AAGATTCACCAAGTGATAAGACAGGTCCAACTTAGAGTAATGGAAGCCTATAAGAAACAA GTTTGCACTTTGCAGAATCCAGATTGATGAAACAAGAGATACATGAAACCAGTCTCCAAA ATCCATCAAAGGGACGTGACTATAACTAGATTCATGATTTAAATTTTTTTGGAAAGGCAG CACTCTAACATCACCTTTCTCCAACTATATGTGGGCTATTTAAAACCTTTTTCCCGTCCA ATCGTCAAACTGAAGCTTATAATGCTACTATGTGCACATCATTATTGACATATCACTGAA AGGAGCACAGGTTCTATAGTTCCCTAGAACAAGGAGGGCATGCACTTGGTGACTCAAACA CAATCTTATGTATCAATGATGGTGCAGCAAAACCAACTCAATAGTTCCTCCCCAAATAGA ATAAAAGCAACTCAATAAATTCAAAATAAAGAAAACAATCAAAGTGTCTAGCTTGGAGTA TTTTCCCAGACAAGCCTAAAAGATGAATGTTTTGTTGGGTTTTATTTGCCCTAAATTTCT TACCATGAATAGGTTTTCCTTTTAGAAAAAAGTTTTGGATTGACTAATCCTTTTCTTGTA GGAAAAGGTTTAGGACTCTATAAATAGAGGAATGTTCCTTCTAACTTAATCAGCATTCAC AATGTAGTCTTAAGGGCTTTGAGAGTTTTGGTTAGGGGGAGAATTTATGGGTCACAAGCT TGATACGTTATCACTTGTGTGAACCTCTCATGAATTCTGAGTGAATTGGTTGAGGTTGTT TCTCTCTGTATTTTATACTCTCATATTTATAGTGGATTGCTCATTTCCTTTGTGGACGTA GGTCGATTGACCGAATCACGTTAAATCTTTGTGTCTTTTGGTATATTTCTCGTTGTCTTC TTACTCGTGGTCTTTTGAGGTTTGCTTTGCTAGCTTCCGCATTTACACCTGCTTATTTCC GGTCCTAACATGTTTACAATGGAATATTTAAGTAAATAAATTTCCATCAACCCTACAAAG TAAATAACACATGTAGTATTGAAGAGGAAGTTGCTCAACTGAACATGAACCAGAATGATT GAAAGCAATAATTCAGTTATTCACATGTAAATTTATCGCAACAAGTGTAAACTAAAAGCA AGTTAAAAATAATCTAACACCATTCACTTGCATAAACATTTTGAAACGGGTCAGTAAAAT ATTCATTGGATTGTTCTGTTAACAGCTAATACCAATTGCAGTTCCCCATAACAATTTCAT AAAGACCTTCTAAACACTGTTATCTGTGACCTGTGTACTGAATAATTGCAAGATAAACAA ACATAAACTCAGGAATCCAGAACATTATAGGCAAAAATACGAAAACCTAGAAATTAAGTT TTCAAGCCAAACAATCCATTAGACAGACTTACAAATTTAGGAGGTTGAAGAGCAAATCTG GTGAGGCGTGGAGAATCTACTGTGGTGTATATGCTTCGAACACCTCTCCTGATCACATTC ATTTTCCGTAAGTCGAATCTCCCTACTGGTGCTATGTCTGTGAGGAGGATCCGAACATCA ACTAATTGGATCGGGTCGACTGCCCCATTGCAATGATGGGCTGTTAATTCTGGACCCACT ACTCTTTAGCCTTTTAAAGTGTAACTTTATCCAATTTGTTTATTTAGTAGCCTATTTTTG CTTTCCTAATAACTCATTTATTTTTTTAAGTGATAGATCTAGAGATGGTGATTATCTAAT CGTCTAATATTTTATTTGTGAAATTATTTTGTAATATATGAATAAATATTATGACAAATT CAACGCGTTGTAAAAGCAAAAAATTCAAAGACATATATTTTTCACACTTCTAAAAATAGG GAAAAACTTTAAAGGATGGCCTATTAAAGGATCAGCGGGCCTTTAATGATCAATTTTTCT TTTTTTTCATTTTTTAAACTTAAAACTTTTTAGAAAAGAAAAAAAAATCCGGAATCCTTT TCTTTTGAGAATTTAATAATTACAAGAACTTCCTTTTTCATTATATAAAGAGTCTTATTC ATCTTTTTATAGTTTTTAGATTCTTAAAACTTGTTTTCTACATTTTCTGTTATATCCTTC CTTCAACTATTGTTGTTGCAGTTATTTTGTGATTTTAGCTTTTACTTGCTGAATTACGTA ACATCATAATTTCGACTGTTCATAGGTAAATTAGAAATAAAAAGAAAATTTAGGCATGAT AATCACCTCAACTTATTTGGTGTATAGCAAATACTACACTGTTACATATTAGAAAATGTT GATTTCCATAAGGTAATGATGTGTAAACATAGTAGTACCTGCGGTAGCATCAACAACGTT AATAGTAAAATAGCAATGACAAATATATTATGATTCATACTTTGGGTCTATAAGAACAAC CTTTATTAGGTAAAAATGCACCACACAAAATTAGTAGAACTCTATTCTACTTTTCATATC TCCTATTAACATAATTAACTGACTATGAGATATTTACGAATTTAAGATTTAAATTTTAAA AAGTTTAGCATATAAGATTTTCATTTATCACATCTTGGATGCAAGGGCGGACCCACGTTG AGTCCAGGATGTTCACTCGAACATTCTCGGCAAAAATATACACGATATAAATAAGGTAAA TTTTCTGTATTTCTGTAGATGAATATATTTTGAACCTTTTAATGACAAATAACAATAGAT GACTCAATGGTAATCCCTGTAGCTACATTTATTAATTTTCCTTATAGTTTTGGGTTTTTT TTGTTTAAAAAAATCACTACTATTTTTCAAACATTTTTTATTTTAAAAACTTGCCAAAAG TGTGGTTTTAGAACCAAAAAAAAATCAAAGGGCCCATTTTGAAGACTTATTTACATATTT ATATTTTTATTTTTCGAACCTCCTGAATGAAAATTTTAATTCGTCACTGTCTGGACGTTG AATTAACAGAGGTGACTTAAAAGTAAGCAACTATATTACACATTCGATTAGAGCAAGCAT CGCAAATAAATTTGTACGATTAAAATTTCACTAAGTTATATATAGCACAAAGAAATATAA ATTACAGCCAGTAACGAAGAGGAAACTCGTCTCCCTGTACTTGTTTTTCCTTTTCTAATT TTGAAGAACAATTCTATAAATAAGAAAACAAAGAACAGAGAGGGAAAAGAAAAGTTGCAG AATTATTAATTGTATTTTCTCAAAAGGAACAAATCCTCTTCTAGTTGATTGATCGCACAT GAGAATATCGAATCCATCCATTGTTGTACAGAATCATCTTCTTCTGCGGGTGCAGCAGCT ACATTACTTGATGATTCAGTAGCAGTTGATGTTGTTGAGAAATTGATAGATTCCAAAGAA ATTGAAGGACTGTAACAAGTCGATATAGTTTTAAAACTTTTGTTCCATAACTCCCCATTG ATATTTTCACTCAACCTATTGTTTGGTAGTGAAATATCATTAGCATTTTCAATGTTATTC TCTGTTTCATTTCTTTTATCATAATATGTCTCTGTTATTGGCAACAACTCATCTGTTTCA TGTTCCTTGTCAATGGGTTGGTGAGTTAAAGGGTCTATTCCCATAACCTGTAATCTCTTC TTAATCCGAGTATTCCAGTGATTTTTTATCTCGTTATCTGTCCTTCCTGGAAAATACGAT GCTATCTTAGACCACCTGTAATTTTTTTTTTTTGTATACAACAGTATCAGAACTAACTAA TCGAGAGTCAGATATATATCAGATGGTTAAACGAACGAAATACAATACCTGTTACCGAGA CGAGCATGAAGCTCTATAATCTGATCCTCTTCAGCTTCAGATAGCGCGCCTCTTTTCAAA TCAGGTCGCAGATAATTAATCCATCTCAGTCTACAACTTTTCCCGCATCTTTGCAAGCCT ACACCACATATTCGCAAAGGATAAAAAATAATTTCATCTTCTATCTAGAGGCAATTATAG TCAAATAAAATTGTACTGATAAAAAAGAATAAAGTATATATAATAGGGTACCTGCAAGCT TGGGAACGGTTCGCCAACACTGAATGCCGTTATTGAGAATAAAATGGACAAGCTTATGAT CTTCTTCTATAGTCCATGGACCTCTCTTCAATCCAACTCTATCACAACAAGGTTGCCTTC CCATTTTTATTTTGCACAGTTGGAGAAGCTAGCTAAAACTAGTAAAGAGAGGAAGAAGGA CACATATATAATATGTAATATAATACTAACTAATTATTAGAGTAGTAGACAATCATTTCT CTAAGGAAAAAAGAAGTTTATATTCGAAGCAAAGAAAAGATGCGTACAGATCAGCAAAGG GACATATAACAAAAAAGATGTGCTGCTTAACAAGGGAAATGCATGATTGAATAGGGAAAA AATAATTTGTAAAGGTGATGCGCATGGAATATGTGTTACATATATTAATAAAAAGTGGGA AGCCACCATCACAATCAAACTTTGCTATGGCAGCTTCTTACCTAATCATACATATACTTA ACTAGTATTATATTTTATATTTTCATAAAAGTCATCCTCTCTTTGTGCTTTTTCCTTTGG AACTCTTGTATGGTTAGGTTCAAAGTAAAGGAAAACTTAATCTTACGCATAACTAATACT ATCATAGTATTTCGTTTTGGCATAGTCAATTGCCCCTTTTCTAGCTAATCGATAGGAAAA TCCTTACACAAGCCTTACTAACGAAAGTTTAATTGATATCGATAAGTAAGTGGTGTTTTG TTAATTTTTTGTTAGATGACTACTATGGGAAAAAACGATGCTCTCTAGTACATGTTGACG TTAGAACTTAGAGAGCTATTCATGTCATGCACTAGAAAGAGATGAGGAAGATTTATCGTC ATCCTGCTTCTTTAATATAAAAAATGTTCAAATGTTATATATATTATTAATTTTGATAAA ACTTATGTAGAATGTATGATGAATATATATGTATTATCGATCAACAATATGTGGGATATC GAAAAATAAAATGATTGACTTTAAATTATGCGACATAAATTTTTTTGTATTGTAATACGA GCCTTAGGGAAAGCAAGGTAATTATTAAGAATTGTGTAATAAGCTTATTACTGAGGAAGT CTTTGATCTTTTTGTATTGTAATACGAGCCTTAGGGAAAGCAAGGTAATTATTAAGAATT GTGTAATAAGCTTATTACTGAGGAAGTCTTTGATCTTTTTGTATTGTAATACGAGCCTTA GGGAAAGCAAGGTAATTATTAAGAATTGTGTAATAAGCTTATTACTGAGGAAGTCTTTGA TCTTTTTGTATTGTAATACGAGCCTTAGGAAAAACAAGATAATTATTAAGAATTGTGTAA TAAGCTTATTACTGAGGAATTCTTTGTGAATAACATTTTGTGATACTAAGATGGCTGGCT GAATTATAATACTCAAATGGATGAGATTCCCTTAAATGGTCCCTTAAAAGCTGGCTTATT TTGTCGTTGTGGCCAACTCCTTTTAATTTGTCCATCCATATATTCAATATACAATTCAAA GTACTACATCTAAAGGTAAAGATACAGAAGATACACCATATTATCATTGCAATTATTATG TCTAGTGCTTTTCGTTTGTTACGACTTAATAATTGTTCCTTAAATATTTTATTAACTTTC AACTCTTTCTCTTGACCATCAAAAACCAACAAATACAAACTTGACATGTGTTAGCATAAA AATGAAAAAGTCTCACACCAATAATTATCAAGATAGACGATCTCTCTATATAGATTTGAT AATTATTTTTTGTGAATTAATTTTTGAAATTAAATTAGGTTTAAAATATATTTCTTTATC TAATATCCGATCAAGGGTCATGTCATTAGATCTCATATTAATTTGTTAAAGTATGAAAAA TTTCTACCTCAATCGTTAATGAGATATGTGGTATTCTTATATGGCATAATGACAGGATGC TACTTCAAAGTCCAAACAAGAAGTAGATAACGTAACTAAAGAATCTTTTAGTATAGAATT TCTATTTCACTTAATAATAATTGCCTAATTTTATGGGATGATGTAATCCATCTACTAACA TAAATGGGGGAACCATATGAGGTGATATAATTGATTTAATCCAAAAATTAAAATGAAGAT TTTACACTATCGGTGAGGATTAATAGGTTATAGGCTTATAGGAAGCAATTTGTTTCAATA TTTATTTGTGCGTAGGTTATAGCCAAGGCACATTTGCTATAGAAAATTAGTATTTCCTTA GTCCCATTTTACGTGACATTATTCGAATTTTAAAATTTAATCGAACTTTATCTTTGACGT AATTTCTTCATAATTTTTTAAATATTTTGAATTATCACAACTTATAATACTTTTTATGTA AATTATCTTTTCAAGATTTTTTATGATTCCATACATAAATTCTCAATCAAACTTTATTTA TAGAACTCCAAATCAAGATATTTAATTAAGAGTGGGGCTATTATGTGTTTAGCTCCTCTC CGTTTTCTCCAAGTAGAAAGTCTTGATTAGTAATATTAGATTTAATGATTAAGATTTAAT TAATTAAAATATATTTTTAATCATAATCTAGATAATAAATATATAATTATATCAATTAAA AATAATCCTCTTATTTATCCTTAGTCCTTCCGAGTCCAATTGTTCCTCTCTTTTTCTCCC TATTCCCTCCAAATCTTCTTTGTTTTCATTTTGCAACACCGATCCGTTTACATTTATTTG AGAAATGAAAATTCTACAATTGGTTTTTGTATTAAAATACATTAATTTAAACAACGTTAG TTCCCAATATGCTTCTTTTGAATACAGAAATATCTTTCAATGGACAAGTTTTTATCGTAT AATTAAATATTTTGAAAAATATTTTTTTTTTTTTACAAAAAGACGTTATCTAATTAAATT AATTTTGAGCAATGCAAATAACAATTAAAATAATTAAAAGAAAAAATTAAAAATATATCT TAATCAATTGAATTTTAGCCATTAAATCGAAACTTATGCCAGGTATCACTAATTAAAAAT ATAGCTTGAGGAAAATGAATACAAATGGCGAGGAGCCAGATCCGGGCTGTACTTACTAAT CAGCCACTTCTTTGGTAAACTACGAAATTCGGTATAAGATTGAATTATGAGGTGAAATGT ATATTGATTAATAATGTTAACTATACACAAACACATACATATTTCCTCAGTCTTGTTTTA CTATTGGTCCTTATACAAAAACAAAATTTTCTTTGTATTGATTCACTTTAACAATCAAAA TCAAAAGCAATTTTTCTTTTCACTACTATTTTTATTTTTAAATAATTATATAAACACTAT AAGCAGAGAAAGTATATTATAAATTCAATGACTTAACGTAAACCATGGGGTGCTAATAAG TTTTAATTTTGGCTCCTCTGGTAGGCAATCCATCCGATTTGTCCTGTTGGGTATGATTAT CGAAAAAAATTATACTTACATAAATAGTAAGAGCAGTCAATTTTGAACATTGCACGAGTA CTTAGCTGATCCAACTAAAGAAAAAATGGAATTTTCATTAGAAATAGTTTTTTTTACGAA AATGAATGATAGTTATTAATATAATAATTATCAAAATCATAATAAATTAAGGAATCAAGC AAAAGAGTATATAATGTTGAGTTCATGTAATACATGCATGCAACTTAGTTATTCGCTAAT GATTATAATTAAGAGAGCAGTTAGTTTGTTAATTAATTAATGAATTACTCACGGTTCCAT CAACAATCACTCCTTTATTGCGTCACGAAGAGAGCACTACCAGTACCTTCCCTATTTTTT AAAGATTCAGATACTGCTTGTGTATATATGTTTAATAGACTTTATGTTGACAAAATTCAC AGTTAATAATTTAACTGTAAATAATGTCTTATATATCTTCTTATTAAAAGATAAGCTAAT TTTGGAAGAACACACAAACAATCAAGCATTATACTCATGTATTTGTGCAACATTTAACGT TAGAAACCAGGCTTTATTTTTTTTTATTTCGATACTATTGCTTGATTCTTTAATAATTAT TTTAACTTCTTTACTATATTGTGTGGCATAATTTCCACGGATATTATTAAGTCTGTTGTG ATTCTTTATTGGGTCATTTTAGTTTGAGTGTGTTTTTAATTAAGCATGAACATAAATTTA AGTATATCAGTTTAAAGGTAAGCAATTCATTTTAATCCAATTTTAATGATTCCGGAGCCT AAAAGATATAAAATATTAATAAAAATTTCAAAATGATATATGAATTTTTATTTTAACAAA AATGGCAAAATCACTGGAATAGCAGCAATTTAGTTCGCCGGAAGAAGCAAAATAGCTGCT ATAGCACCGATTTTTTTTTAAGAAATCGTTGTCAAGCAAGTGATTTTCAAAATAATTTTT TTAAAAAATATTTTTTTAATAAAAAATATTTATTTGAATTTTTCTTTAAAAAAAAATAAA AGCAAATCGCTGAAGGGCAGCAATTTGTATCAAAATTTTTATTAAAAAAAATCACTGTAC TTCAGCGACTTAATTTTAAAAAATTAAAAAAAAATTGATACAAATCGCTGCTTTATTTTA AAAAGGATAAATTCAAATAAATAACCAAAAAAAAAAGGTTAAAGGTAAAATGTTGTCTAG GCACCGTTTTATTAAAAAAAACATTTAAAAAATTTATTTTGAAAATCGATGATTTGGCAG CGATTTCTTAAAAAAAAAAAGATTTTTGAAAAAAATCAAATTTATCGAATCGCTGCTATA GCAATGATTTTGCTTTTTTCAGCGAACAAAATCGATGTTATTCCAACGATTTTGTCATTT TAATTAAAAGAAAAATTCATATATCATTTTGAAATTTTTGTTAACATTTTATACCCTTAG GCTAAAATGGTAACTGCTCAAAAAACTTGTCCCAAAATAATTATCGCTTTAAAAATTTAA TGTGAGAACTTAGCAATTATTCCACTCCAAAACTTTAATATTAAAAAGAGTACTTGATTT TTAAATAATGCCAATTTTCAACAAAACATTAAATAAATATAAATTACTCAATAGATTATA CCTTGTATTCAATAACTTTTTATCATGTATACCCATAATTTCCCAGGTGGACGCTACTAG GGACATGAAACGACAGTAACAACATATGTAAATGAACGCTAACCCGAGAGAATAGAGGGT GCGACAGAGATTATAGTGGTTGAAGATTAATTGAGAGTTTTAAAAATAAAAAAAAAAAAT AGATTTAAAAGAGAAACAAGTGGGAGAAATAAAAAATACAGAATAAATATACACGTGATG ACCGATTAATCATAGGACTAGAGGAATTTGAGGATAAATCAATAAAAGACTATTTCATAA ATAACCAGATATTATCTCTATGAAACTAAACGGAATCAGAATTTTTATTAAAAAAATTAA AATTTTAAAAAATAAACATATAAATTATTCATATAAAGTTGAATATCTACTATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATATATATATATT AGATATAAAATAATTTTAATTATACATAAAAGACCTCTCTTACGGTAAGCCGGCTCAGCC CAAAACCTCCATTTTATTGGGAAGTTGTTTGGAGGAGTTACTCCAAAGTCATGGGGACAA AATTAGGACACATCACTGATGCTTCCACATACAACCGAGCATCGTTTTATTTGTATATTC TGTTTGTTATATACATTGATTGACCAACAACAGTGAAAAATAATTGCATGATTAAGTTGC TTACAAGATAATTACAAGGTATTCTTTTTTCAATGGTAAACAACAATTGACAACCTAATT AAAAAGATAATGTACTGTAATTAATTAAACTATCTAAAAATTAATTTTTACAGTACTTGA TGCTTACTTCTTAAATCCAAAAGGCCGATATCAAATTCATGTAATGACATAAGAATGTTT CATTTGTTTGGAATTCACATAATATTATTATTATTATTATTATTATTAATATTATATCTA CTATTAAAAATATTATATACACTTCAGACGAACATATATATATATCAAAAGGTTGGTATT TAATTTGCACTTTCTCCACATAGAGCGTATATATTTGAATATGTTTGAGAAAAATAGTTT AATTAGAACAACAAATTAATTGACTAATTAAAAATATGAAAATTTCTAATTCTAGTTCGC CATAGAAAACAGAGGCGGCTTTTGTTGTTTGCTTAAATGTCAATTTCTAATCAACAGTTA GTCAATCCATTTAATGATTCCATCAGCTGCCTTACAGCATATCCTATCTCTTGCTTTTAG TCCAACTAATTATAATTGTTCTTCCTTAATTAAATGATATTAAGTTGTGCATACGAAATT TCTTTTACACTATCAATTACTTCATTTGATTACATAGTAATATGAAAAAAAACTACCTAT TTACACAAATATTCCTATCATAAATATTAATCCAATCTATAATTTGAATTAATTACATAT AATTATTTCATATCAAATTTTGAATTAGATACGCCATTTCTTCGGATTTTAAAATACCCT TAAACTAGTGAGATTTCTAATAATATTGCAACATATTTGTTCGAAACAACAGTTTGGGCT TTTGGCACAAGGCCCAATAGAACAGGCCCATCATTATCAACAGTCACGACTCACTAGAAA CAACTTGCGTGGATCAGCCGCCAGGATGTGGTCCCCTGTTATGTCTAAGGCCGGCCGCCG GCTTTTTTTAGGATATAATTCGACATAAAACCGTAAATTAATTTTTTTTCTTCCCTCTTA ACTGTTTTTGAACAAGCTATCAAAAATCTCAATCAATCATGACACCTGTAACTCAAATGA CATTTACTTAATGTTGATCCATTTTTAAAGCTTGATAATGACCATATCTAAGATTGTATA AACCAAACTTTTCTCTCTAATTATTACTACTACTTTCTTACTCCCTCCATTTAATTTTAT TTAAAATATCAGATATATGATGTTGGATTCCAAAAGGTCCCACTAAATTAAAATAATAAT AAACATACTCGGTATAATCTTATCAAGTAACTAATTAAAATTAGATAACTTAGAATTCAA ATCATCGAGCATATCACTTTTTTAATTATAAAAAAAATGAAAGAAATAAAATCGACCAAA AGATATTTACTTCACAGGAATAATGATCAACCTTTTCTTCCCCTCCCGCTTTTTTTGGAT TCATTTAGGAAAGATTATAGTAGAAATATACATAAGAAGTCAAGGAGATAGGGATTTAAC AATAGATTATTTGCCTAACCAACATTTAGAAAATGACCTGTTAACAAATAATTAAAGTCG CATATTGAGGAGACTGATTAATTGTCTCTAATAATATCGTAATTAATCAGATATATATAT ATATATATAATCTGTCATCAAAAAGGATAAAAAGAAAAGATAGACAATCAGTCATTGATG CAACTAAAATACATTATAGGAGTGGTAAAAGTTTTCTGTCAAAGCACTCTACTGTTTGTA ATTATTATTACTCAAAAACTAAAAATCCACTACCTATAAACTAGTTCAATAAACAAGCCT GTCATTTTCGTCATTTTAATTTATTGTGTTATTTTTCAAAGACGAAAGAATAGTCTATGA GGAATTTTGCGTCGCAATTATCTACACTTTTTTTAAAAAAAATTCTATGACCACAGCAAA AGAAATAAAAATATATAAACTATACGTGCTTCAACTTTGATTTTAGTTAACATATATGCT ATTTAGTTTTGGTTACAAATATATAGACATTTTTTTTAAAAATGGGAGAATTGTATAAAA TAATAAACTATCAATACAAAATTAACTGTTATAGTCATAGTTTATTTTAATTGTGATTCA CAGCAAACATTTCCTTTTTTTTTGTCATCTGATTTGGTATATAATTAATTATTTTATACA CTTCAATATAAAATATGTTTGTGTTTATATAAAACGAGAAAAAATCGTATATACAATTAC AGAACATATATTTTGATCCTATACACTTGTAATTATATCTGAAAAATGCTCTTTCATTCT ACTGCAACAACCAAAATTTTTTAAAAAAAGCCCATGGAAATGGAATTTTGTAGAAAGAGA GTGAAAGGAACAAGTGAAGTGGCATGATGTTTCTTTTTCTTATTCTTTATGTATTATTAG GTTAGAGTTGAACTTAGTTATGTGGGGGAGGTTTCTAGCAAACCATAACAACTGATTAGA AGGGTTTTTATTTGAAGATGAAAAGAGAATAATAATTGAAGTTGAATGAAAAAGAAGGAA GTTGCAACAAAGTGGGTGACCTCGTAACTTGTTTCTTTATTGGAACAAGACTGCTTGACC ACGTACAACTCTCAAATACTAGCAATATATGCTCAAAAACTGAATAGCACAAGTCGATGA TGAAACAGAGACTGCTGAATTTGAACCATTAAAATCGTGGGTATGGCTCAAATTCCAATC AAACATCGTAAAAAACATGTAGCAGTTCGAAGATCTTTCTTCTGGTGTATCCTCTGCTTT GCTGCCTTCACTTTCTCTTCTCTACTATTTCAAGGTAGTTAAATTCAATTCATTTCCAAA CAAGCATAAATTTAGTTTGCGGTTAATATGGAGTATGATTGATTAAACCTTAATTACGAT CTATTATAATTAAGTACCTTTCATTTTGCTAACTTCAGGGTTTCATCAATGGCGGCCGGC GACAACCACAGCCCTAACCGCTGTTAAGCCAATTATACAAACCGTCGAATTCCCGGACGA GACAGTTGTTTTCCTAAAATACCCTCCTTCAACTCCCTTATTCACAAAACATGACCTATA CTGCCTCTACCTTGATCCTAACTCTTCTCAACCTCCTGAATCAGTTGAAAACGATGAATT ATTGGCCCAACAGCTCGTTCGATGTCCCCTGGTTAAGCCACGTGGAGTCCTGACGTCACT TTTCGTCAAGTCTACCGGTTACACCCTCTCCATTGGACCATCACGTCGGTGGAATTCGTT GGCCTATGAGGCCATGATCGATCGCGATAACACGACCATAGTGTTTGTTAAAGGGTTTAA TCTTCGTGGTGGAAGACAATCGCACGCTTCAAAATTCAAGTGTGTTTATGGTTGGGATGT TAAGAATCCCAAACTTGTGTTACAATCAGATGTTGTATCCATTGCTCAAGAAGTTGTTCG ATGTAATACCCCAGTGAGCATACTGAATAATCCAGAGAGGTTTATTGGTACTAGTAACAT GCCCATTAAGGTTTCTGTTAGAATGGTTGGTAAGGAACCTTTAGACTCTATAGCGAGTCC TAAACGCCGTCTGCAGCCTGACTTTCCAGCTCAAAAACAGCACAACATGTGTGTATGCAC AATGTTAAGAAACCAGGCCAGCTTCTTGAAAGAGTGGATCATGTACCATACTAGAATCGG AGTACAGCGTTGGTTCATTTATGATAATAACAGCTTGGACGATATTGATGATGTCATTAA GCTATTATCGAACATAAATGTGACACGACATGTTTGGCCTTGGATCAAGACTCAAGAGGC AGGTTTTGCTCATTGTGCATTACGAGCTAGAGATGTGTGTGAATGGGTTGGTTTTATGGA TGTGGATGAGTTCTTCCACTTGCCTACTGGTATGTCACTGCTTGACATATTAAGAAACCA ATCAAGGAGTAATAGTAAAGTTGCTGAGTTGCGGGTGTCATGTCATAATTTTGGACCATC TGGTCTCAAACATGTCCCGACACAAGGGGTCACCATGGGGTACAATTGCAGGATGATTGC ACCTGAGAGGCATAAGAGTATTGTGAAACCTGAAGCATTGAATTCAACATTAATCAATGT GGTTCACCATTTTCATTTAAAGTCTGAGTTTAGATATGCCAATATGGATAGAAATGTGCT TGTGATTAACCATTACAAGTATCAAGTTTGGGATGTCTTCAAGGAGAAGTTCTACAGGAG GGTGGCTACTTATGTTTCTGATTGGCAACAACAGAGAAATGTTGGGTCCAGGGATCGTGC CCCTGGTTTAGGGACACGAGCCGTTGAACCACCAGATTGGTCTAGTCGATTTTGTGAAGT TACTGACACTGGCCTAAAAGATCGAGTAGCAGAGATGTTCACCGACCCAAACACTGGCAA GTTACCCTGGCAAAAATCACTGACATGACGCCGCAACATGAAATTATTTCATATCAGTTT TTGACTTTGAGGATCTAATTTCTTTTGCTATTTTATTTGTACATGAAATAGTCCATATAT TCTTTTTGTACATCAATTTACGTCACAACACAAAGGTAATATGAAAATGGAAGTTGAATG TTCAATGTATCTGGTGAAAGTCAAAACCATTTTTTAGTATATGTAACGTTGCATTTCTTT GTGATGCAATGAAAATTATTATAAAAGCCAATAATTGTGCAAAGACAGAATGTAAGTAGG TACTGGGACATGTGATGACTTCTTTCTCATATTATAAGCTCTTCAATTCCTTCATCCAAA ATTTCTGGAAGGCAAAATAATGAATTATTCTTCATATCCAGATTATTATAGTATTATCTT ATTCTCTCTCTGCTAATATTATATATCACCATCAATGTAAGTGAAATTGCTTCATTATCT CATCATTATTGATTCTTTGACTTGATCAGCATCTTGCTTGCGTGGACAAGAGAAATCATT CATTCATGTGATCCGAATTTGAAAGAGAGTAAATAACAAAGCAAAAGATGTATTTGATAT AAAGAACATTACAACTAGCTATGGATTTGATATAAGAACATTTCATGAGGGAGTTCAAGG ACCTTTTAGTTTTTCAACAAAAACATATATATATAAGTTTCGTAATGTAAGACGACACAA TTCCAAGTGCAACGTAAAACAATTTATGAGCCACGACCTCCTCTAACACGAATGTTAATG GCTCTTGATGCCATGGCCCTCAAATTTGCTCTGGCTAGAGCAAGAGAGCTCCTGTACTGC TCATCAGCAGAACTTCTTGTCCTGAAGGATTCCATGAACTCCTCTCTCTGCATTCTTAGC GCCAATGCAGCATCCCCATCCTGACTTGGTAACTCCCTCCTCGAGCTAATGTCTCGATTT CTGCTTGGCATTGCAGAAGCTCGGGCACTTTGTCTTCTCATGGCGCGAGAATTCCTTCTT TCTTGACTACTAGGACCAGATTCTGGACTGTTAAGTAGCAGGACTCTTGTCGTTCTGCTG TTAGAATGAGTAGCAACAGCTCTTACTGGACTTTGACGTTTAGCTTCTCTACTACTCAAA TCAGCAGCTGCTTTTCTTGTTTCTACTTCTTTGGGAAACAACAGTTGAATTGTATTCCAA AGTACTGTATTTACAGTGCATGATCTACCATTGCTGCAAAGAAGTCAAGTTTAATAGGAA TACGTCATACTTGAAACAATAGAACCATGATAAATCCTTTTCAAGCTTATTTAATACTCT ATCTGAGTTGGTTTATGTGACATTTCTTTTTCAGGACTCAAACTATGTAAACTTTGATAA TGTGAACTTTGCAACTTAGTACTATTCATGTAGTTTTTGAAAAACATTGGGTTGATCTAT AATCCAATTAGCTTCAAAGATCAGCCAACTTGGCTCACAGGAAATGAAAAATATCAAATG AAATAGGGATATAACTGAAATGAAATAGCATCCTAACAGTACCTGATAAGCTGCCTGCAC TTGGGACATTTCTTTCCACATTTATCAGCAGCAGATCGCAAACACTTCTTACAAAAACTA CAGATATGATTTTTACCAAATTTGTCAGAGTCAGTTACTGAAAATGCCTATATGTATTGA TTTATGAATATAAGTTGATGAGGATGCCATTGAGATCGTACCTGTGACCACAAGGAGTGG TACTCGGTTCAAAACAGATCTCCAAACAAATCTGCAAATTCAAAGAAATCATGTTTATAC TACAATAAAATAGGAAAATAGAAAAAAAGACACCCTCAATTGATAAACAGGTAGGGGCAC CAAGGTTCAAGAACGGATTTACAACACTTACAGCACAAGAAAGCTCTTCACGAAGTAGAT CAATGGAGGGAAATGCTGCAGAAGAAGAAGAAACAGAACACCCCTGTTCCTCTGATGCTT CAGCTTCTTTCGTGTCTGCTTTCTCAATGGATTTTGGTTCTATCTTCTTAGTAGAAGATG TAGCAACAGAACAACCCTGTTCTTCCAATGCCTCATCTCCTTTCTCGTCTAATTTCAATT CTGCCTCCTTTTTCTCGCTTTCTGCAGAACATTAACATCAGGACACAATCCATTATTCAT AACACAAACTCTTCTTGAAAATCATGATTTACCTTGCTTTGCAGTGTCTTGGTCTTCCAG ATCAAGAACAGTTGCAGTTATGGACGCAGGGCTCCTTTTCTGAGCCCTTCTTTTCCTGAA AAGATGACAAATTTATGCATTTCCCAATAATCCAAACAAAAAGAAGAACGACTGATAATC CAATCGGATAAAATAGAGATGATCTATCTGATTAATTGATTTGATTTTAATTCCTGAATT CGCTTCTTATTTAAAATCTAAAAAAAATGGTGCAAGTACCTTCTAGAATTTGTTGGGGGA GTCTTGAAATGCAGCAAATCAGAACGTTTCTTTTGCTTAGAAAGGCGATCAGGTGTGTCT TCGACAACAAGACTGGCCATGAGAAGAGCCTCTTCATCCCAACCAGCCATAGCTGCCACC GACCGGAACTTGGGGCTCAGCAACCCTTCGACTTTATCATCTCCATCGGTCACCATCCTT ATTCTCTCTCTCTCTCTCTTGTGACGAGTGATGAAGACTAGGGTTTTAAGTAACGGTCAT ATTTCTTTTGATTTTGGTGTGGAGTAACGGCTATATTGGCACCGATCAAGTGTGTTATGG TACATGCAGTATGCTTGTGCTCTTCTTTTTATTTTCATTTACCAATACACCCTTGCTTAT AATCTTGTTTCTCTTGGATTTCTTTCAAATGAAAAATTATTTTTTATTCCTTACGGTACT TGTTGCCGAAAATATATTATAAAAGGGCCTTTCTATCTTGTGGAAAAATATTCTTGCTCT TCTTCTTTTAGTATTAAAAGACCAAGTTAGACGAAAAAGAAAAACGACACTCGCTATGAA CAATCATTTTTATCTATCCTCAGGCCAATTAGTGATTCATTCACATTGTAAATAATCCAC AGGTTTAAGTTGAAAGACCATAAACAAATTTTTGCGACAAATATAATGATTGAATCACTT GTAGAATTAAAGCCATACACAAGCTGATATTCTACTCCTCTGAAAATGAAAATTACACAT CAAACAAATTGAGGCATGTCAACTAGAACATCTATTGCAGAACCATTCTGAATGTGGCAC TATCGTATAGTGGGAGTATTTTCACTTTAGTGTTTATGAGAGTGTTTCCTACGGTGATGG TACATTTCCCCCTTTTCCCTACTTCTCTTCTCTATGATCCTAAAAGCACATGATATAAAC CCAATGGCGGCCATGGGATAAAATGTTATGTAAGGAGCCAAGGCTAAGCCACAAATATAG GAAAAGTATCCAGCAAGAAGATAGCCAAAGCTCAGGTTTATCTCCAATCTTTGGATGACC GGAAAAGGAAAGAAGAAGAAGAAGTTGAACTCTGGCTTTGAGTCACATACACCATGCAGC AAAACACCTATGCAAAGTATAGAATCCAAGAACCACGGCAAGCTATGACCGATCCCCATT CTCTGTGTGCAAACATATACCAAAAAAGAATAATGTTAATGCTACTTTTAATTATTTCGA GCAATCAACAATGTCCACAAAAACCCAAATATTATTTCATTAAGAAGACTATTGAGAGCA TTTGCTCTATCAATTTATCAGTGCAAAGTAAGCGAGATTCCAAAATATGAACACAAGGCA GTGAAATCCTCTTGGTCCTAAAGAAAGAAAAGGAATACCTGGATCCACGCAATAAATGAA GGGACAAACATCAGCATTGCAAGCAAGTGTAATACAAGCAAGCCATGCCGATGATTGAAG ATCTCTAATTGGGTGTCACCATAGCTTTTTACTGAGTCCAGACTACTGGAATTACTCTCC TTCTGAGGAACATGCGTGTTGATTTCACCATCATGCTCGGGTATGGACTGCTTCGATCCA CTCTGACGTCTGTTCCCAGATTCTATGAACTCCTTAGTCTGGGTACGGCTGTGAAATGAA GCCATCAAAAAACTGTTTACAGACGAGAAAAATTGGTTTTAGACTACATTTGTCATAACA AAATATCAAATATCAGCAGAGCCAAAAACTAAATATCAAATGTCAAATGTTTAATCTATT CAGAAGTTCGGAATGGTCAGAATTCGGCTAGGAATCACACACTATCAATCAATGGTCATG TGATGGCCCTCAATTCTAATATACAGCATAAGACTACTACAGAAGAGTGGAGAAAGGGTA CTAGTTAGGGATGTACCTGGACAGGGAATTGTGGGAGCACACAGCATGAGAAATGACCAG CAAAAGAAGACCCAATGCTGGATGAGCGAAGCACATTAGGGTCAAAGAGACAAGTGTCAT ATCAAACAATGGATTGAATCTCACGATCCTGACTACCTGTTTCAATAAGTAAAATTTTTT TATTAAGAGAACAAGGAATGCAAGATGCATTCAATTTCGACATTTACTAAGATTAGAGGA CCAGGAACAAAAGATGCATTCAATTTCAGTTCCGAAATATATGTACAAATCCAGCCTTTT ACAAACTTATGCTTTTGCAAGCTACAATGCCACAATTAAACTAACCTTGGATGACAGGAA GGCAGTGAAAAGAGGAGAAAAGTTATGTTCCCGTGTTTGCGACCTGCAAAAGATTATATT ACCATTAGCTCAGTTGGTAATGAATTTCTTGCCATAACGGTTTCTGTTAAATTATGTGGT ACCTTAAGAAAAACCTTAACACTGTTATAGAGTAGTCACTTTTATTAATTTATTTAGGTC TGCAGCGCACTCCTTGAGTGAGAGTATTTTAATTGTTTATGGACAGTTGGGAAGTAGGGG GACTAGAAATTTCTCTTGAGATTAAGACTGAATTTCACCAGCACATGCAACTTTGGTCCG TAAATTGACTAATAAATGATATCAGTCACTTGTATGAAAATCTTACGTAACATAAATGTG GTAGATATATTCAAGAGAGAGTAAACTAACCGTTTCTTGATGAATACATGTAAAGATGCA CTAACGTAGAACAACAACTGGGAGGCTGATATCAGCACAGCCACCACTCCATTTGCACAT AAGTAACAGATTGTTGAGACAGAGATGAAACTTATGGCTGGAGGAAGAGGTAGAGAAATG AGGCAGGAAAGTACAAGAGCAAATAAGATAGGTAGCAGGGCCAAACATAGAAAGGGCAAT GGCATCCGCAAATTTGATTCAACTGCTGTAAGGAGTGAAGGTATAGGCAGGTCAAGCTCC CATTGTCGTGCTTGCCGCATTAAAGCAAAAAAGACAACAGCAATTGCAAAACCAGTAATC TGCACAGGTCCATGACAGCAAATAACAATGAACCCAATAATCAGAAAATGAAGAAAAAAG CAATACCTACACCAAGGAGCATGGTAAAAAGATCAGCACCAATTATAAGAACTACAGCCA TTGAACAAAAGAACAAACCTGATTCAGTACAAAAGTACGGACACAGAACTATTGAACCAT TGATGATATTTTGATATATGATATATCAGTAAGGAAACATGCAACCAACTTAGATATTTA GGCTTGTTGTTTCAACGAATGGACTGATACATGAAGATGTAATTTCTCGAATCGAAACTG AATGGTTGAACAGGAGAACTGCTACTGGGTGTTATGTGCTAGAAGGATATGGTAGTAAAT GTTGGGTCACTAAAGTCAAACATATCCACAAGTTGACTATTGCAGAGATGTGGATGCTAA GATGGATGTGTGATCATACAAGATTAAATAAGATTATAATTGACCATATTTGTCAGAAGG TGCAAGTAGCACGGATTGAGGATAAAATAAAACAAGGTCGCTTGAGGTGGTTTGGTCATG TCCTGCATAGACCTACAGATGGACCAATCCATAGGTGTGAAGCCATGGTGAGAGATGGTG TAAAAAAGGGGATGAGGTTGACCTAAAATCACATTGAAGGATGTTGTCTCAAAAGACCTA AGAATTCTTGGATCAATACAGACTTTACTACAAAATATAGGGCACAATGGAAGAAAAATA TCTAGGCGATATCTACTAATGGGTTAAAGGATTCTTGTTAGAGAGTTTCAAATATTATTA CTATTATCACTATCATTTATATATAATTAATTTGTTTTTGTTTTTATTTGTATGATGATG ACATGAGTTGAACGTAAATGTAATAGTTGAGAATTCACATAGCCGACCCCAAGTTGTTTA GGATTGAGGTGTAGTTGTTGTTAGTCCGGATACATGCATGGACCAGACTTCTGATGATCA TATAACTTTATTATACAAAGAAAAGGAATAATTTTTGATCATATAACTTCATATATTTTT TGTATAACTTTATTATACAAAGAAAAGGAATATATGACTCTATTCCATTTACTCACTCAG AATAAGTTTTTTGCTACATGCTTGGCAGTGAGGCTTGATGAAGGATCCTACTAAAATAGT TTTTTTTTAATAACCGGTCCTACAACAATACCAGACTTCATTCTTTCTTCATAAAGGAAT TAGAATGCAACAAAATCCTTAAGAGATCAGAAAACAAATCACTCTTGAATGAGAAATCGA AGGCATCCTAAACTCTGTGAAGCTTTACATGTTTCATAACAACTTGCTTGCAGCTTGCTT AGACATCAACTGAATTGGGCCTCGACTAAGAAAATAACTGTAACAAACTTTATTATGAAG GAAACAAGGGAATTCATTTCTTAGTAGTGTGTACGGAATTCTGTGGTTTCCTTTTCCAAG TTTGGCATTATAAGTATGCAAATTAGTTCTTTCAAGTATATTGCACCTCCAGCCATTTAA TTGTATTGAGAGTGAGTACCACAAAAATGATTTGCAGTGGAGTGAGTATTAAATTTATCA CTGGATGTCACAGGTAAATATTAGATTGATAAGGAAAGGTCATGTCACAACTTGACAATC TAAATCTGAAACCTTGAAACTTGCAAAAGGTGTACCAATCATTTCATCAGTAACTCTCGC ATGAAGGTATTCACTAAAAGTAGGCTTGATAAGGTGTAAAGATATGACACTTGGGCCTAA CCCAACCCCAAAAGCTAGCTCATGAGGGGAGGTTTGTCCAAGTCCATATAAGGAAGACCA AATTCCCATCCCTCTACCGATGTGGACTTCTTAATATAAGGAGTTATATATAGCTCAGAC AGCAAGAATTGTGAAGTGATGAAGACTGGTGTTCTGAGGTATAATGGTAGAATGTATCCC AACTGAATGGAACATGGAAGAATATCAATAACATGAAATATTTTAATAGTTGGGAATCAA AATCAAATGGGAGATTCTGTGCCACCATCAGTATCCTATAACGGTTTGATGCTAACCTAT GAGTGAAATGTAAGAAATATACACATGAAAGCAAAGTCTCAGACTGCATGGTATACAAAA CTTTGAGATATAAGATTGGTTTAAAACTGCATTCACCTGTGGGAAATATAAAAGCGAAAA TCTTTTAGCTGCAGAGGTTACATTAACACCAATACTTGTTTTGTACGAACAATGTGGATC AATCTGCACATAAGAGGGAAAACAAAGTCATGTAAGAGCTAAAGAAACAGAGCAGCAGTT TTTCAACTTTCTAACCGAACGAGAAACTAAGGGGTCTGTTATTATACCAGCAATATAACG TTGGTCTTTTCTGACCCTAGGCTGGAAGTCCAGAGTGCTGGAGAGGAATCCACAAGAATT GTTTCTGAGAACAGATTAGGAAAAATATGAAGACCAGACGTGAAATCCCAAGCAATTGCT ACAGGAGGGAAACAGCGAAGTTTACACAGCCCTACATCCAAAAGAATAAGTTACATTAGC ACCACAAATAAATAACAAAAACTGCGACATTCAATCTTATATATGGAACATTTATCTGGT AAGATTAATACTCAGCTGAATGAACTAAAGAAGTTACTTTTTACTTGGTTACATTTTCTG CAGTTACATACAAAGGTGGCAAGTTGAAGGTGTGCATGATACATGTGATTTACCAGTTAT TGTTTTTATACAACTACTTCTATCTAAAGATCCCTTTGATGGGGCAGATTGAATAGCAGT TAAAGGAAGGTGAGTAAACATAAAGCTTCTTAAATTTGTATTGCATTTACTTAGCAAAAG GGATATGGAAGTAACACTTCAAATTCCCTCCAAGAAATTCCTCAAACATCAATTCCACCA AGATTTATAAAATTTGGAGGGATTGGTGAAAGATGTTGGCAAGTAACACAATAACAAGTA AAAAAGTACGAAACTCTTTACTAATTAATAGAAACAGTACAAGATGCCTTATTTGTTAAA TAGGAGAAACCCTTACTGTCAATTTCCATCTCTCCAGTTTCATCAGCAGTGAACTCTGAC TTTCTTATTCCACAACCAGTTGTTTTGACAGATAACGTCACAGGCATGAGACCCAAGCTA ACAGAGAAAGACAGATTGAGTGCAAGAGGATGATCCTCATTCAACGTCATCTCCTGCAAA TTTGAACCGAAAAATAATGTATTAAAAGGTATATATAGCTCAAACTTTTTTTCATCCTCT CTAGTTAAGTAAGCTCCACCCACCACAAACCTGTAAAGAAAACATAGACCGAATCAACGA CCCAGAAGATAAGGCTGTTTCTCCGTCTGCTGGTTTAAAAAATTGCCCAACTCCCATGGA AGTGGCTGGTGGAGGTCTTCCTGAAACAGCCTGAAAATCATAAAGTCATCATGAGATGAA AAGCCAGGATCTAACCACATATAATACTCAACACGAAGAGAAGCAGAAGTTTCCATCTGA AATTCTATTCCAAGACCAAATTTGCTTTGTGGCACTAGAAAAGCTCATGAATATATATGA AGTACAGCAATGAGGATCTATCGGCCACTCTACCATCAAAGGCAGAAGAAAGATTTGATT TTCTATTTAAAACACATTGAGAAAGAAAAGTTCCTTCCCAGAGATCTTTTATCTTTTATT GATTAAGTATAGAAACTAAAGTCCTACCTCGTATTATAAAAGATTTAATGGGTAATTACA CTAACACATACGAACTATTACAAAGAACTCCCAAGAAACCAGGTATCATGACTAAAAAGA AGCTAAAGCAAATTTGAGAACCCTGTGAACAAGTACCATGCGAGGTGCCACTGAGATGGT CAGATATCTGAAACCACGCATATCCTCTGGGTGCAACCAAAATACAGCAGAGGGAGGTGC CTGCTCAGTCTGAGTACCTGGTTCAACCTATTGCAAAAACAGCACCTTTAAGAAGAATTT AAATCAAACTAGCTCATATAACATCTTATTTTAGAACATTCGGCAGACAGTGCACACGAC TAAGTACCTGCCTCGGAGCTGGTCCAGATGGAATTTGCACCATCTTTGATGTAACTTCTA AAACCCGTTTATTGATCGGTAAAGTGGAAACTTCAGTTCCTTTCTCAGGCCAAAGGTGCA GTCGTACACCGGAACATGGAGAAAGATTTGTGACAAAAACAAAATGGTTTTTGCCGTTAG ACCCCTGCATATGCAAGTAAGATAAGTTATAAGCTGGAAAAATAGCATTTACACATTCTA GGTAACTGGTATTCAAACTTAAAGCAAAGACCTTATTCGCAGAAGAGTGCAAACATTTGT TTCTTGAAAATAGGAGGACAAAAGCAAAGCAAGCAAGCACGCTATGAAAGATATCTACAA TGTAACTTTTTATAAAAAATAAAGGAAGCTGACCAACTTCTCAATGTCCAACCACCGCCT TCTCCCGTCCATCGCTAAAACTGTAACTGTGGTTGTCTCGATGTATAAATCTCTTTCAAG TGCATCATCACTCCAATGGATGTTATTAGGGCAAGAATACACTCTATGTGCTTGAGATCC TGCACCACAATTCACCTTTCAGCACACCAAATTGGTGCCATATACAAGAACACAGTTAGC ATGAAAATGCATTTCCGTATACTTTTAACACTATATAAGGATCATCACTTTAATACAGAG AGTTGAGGAGTGAAAATACCAGATTTAGCTTCTCCATCTTCAATTGGTATATGAGGCAGC TGTGACTGCTTTAACCAATTAAAATTTGGAGGTATCCCACTATGAAGCATTTTTGTGAAG ATTGCCAGCCTTTTTCGAACATCAGATATAGGTTGTCCAGTCCCCTGGTCTACCAGACTA AGAAGAGTATGTGATACCTGAAAAAGTTGATATATGAAATTCAGAGCTATTTGGCTACAA ATTTAACTGGAGATTCTCAGGAAAAAATTGACTTACTTGGACAACAAGCTGATTACACCA CAAGATAACCTGGTGCTCCATTGACAACCACACATTTTTCATGCTTGTGCTACTAATCAT AAAGCCATGGGTAGGAGGCACAATACCATCAAGTGATTGTAAATTTGATCGGACCTAAAA TGAAAAGTTATAGAAGCTAATGCTACATATTTAGTGAAGCAAAGCATAACTGTTCACATG AAGGGAACTGGTGAGGCAAGAGAAAGAACAACAGCCAAAGAACAAAGTACACGGACAGCA GCAGGGGATAAAATGTGGCCCATTTTAATAAGCGAAATGGTCTGATGGACCCTTATACTT GTATGCGTTTGTATTTCACACCCTTATATTTAATCTTTTGTCAACTGAGCCCTTAAACTC GATTAAAATGGAACTTTTAAAACCTTCTGACCATTGGCCGAACTTATGTGGCAATTTTTG CCAACTCAATATAGAGTGTGGTGTCAAACGCTTTAAAAAGAGAGTGAGAGTAATAAATTT GTTCTGGAAAATTGATTAAATAATAAACATAAAAAGCAAAAACAAATTAAAGCTTCAGCC TCCTTCCGTCATCGTCCCTAACCCATCGTCCTCAAAACCCTAGCCGTTGTCACTCTCTTA AGTCCTAGTCCGTTCCCAATCCATGGCGAAAGTTGAAGTTGGTCGATGTTGCAAACAACA ACCAAGGAAGAAAATGATTAAGAAGTTCAGCTGTAGAGGATTAGATCTGGATTCTCTTCT TTACATGTTGATGTCTACTAAACTTTTTTTCTTTTGTGATGGAATCAATACTAGTACTCT GTTGCGATCGACAATCAATGCTAGTACTTTGTTTTACTGACATTTTTCTAAGAAAATGGA TACTAAATTGTTATTGATTTGGGAGTAGTAATTTGTTGATGCATTGCAAAAAAACAGAGG TTCAGAACTCCTTTTTCTTCTGAAATAATACGAATTTCGGTGTCCTTGTGGCGCCATTTT CGAAGAAGAAAGGATTAAAGAAATGAAGATGGTGGTGAAAGATCTCTAATGGTGGTTGTG GAAGTGAATGAAAGTTGAGAAATGTAACTATTTTATTTTATTTTTTAAATAAAAAATTTA TTATTTAACATTTTTGTTTATAATATTTGATGTGGCATATGACATGGCAAATATATAATT GACGTGGATATGATATGTCATTTATGTAAAAGAGAGTGAGCTACACATATGGTTGGAGGG GCTTGAAAGTCTCGTTTTAATTGAGTCTAAGGATTCAGTTGACAAAAGATTAAGTAGGAG GGTCCAGAATATAAACCGATACAAGTATAAGGGTTCACCAGACCATTTCGCCTTTTAATA AAGTACACTTGAATCATTATATAAGAACCTCAAGATTGAAACAAAGTATACTCAAATCAT AATATAAGAGCCTGACGATTGAAATAAAGTATACTAAACATTATATAAGGGCCTGACCAT TGAAATAAAGTATACTTTTACAGTTATATAGAGACCAAGGCAAAGGATAAAGTAGGCAAA CCCAGAATCCTTCAAAAGATTAAGAATCTACGCAAGATGGAGAAAGAATAAGTTTTAGAG CTACTTCCCTCTTTTAGCTAATAGAGCAGTGCATTTAACAGAAACAGCACGACAGTTACT AAGTAACCATGAACATAAAAAAAATTGAGATAAAAAAGGAAAATAATAAAACCCATGAAA CGTAAGTATATTATGTTTATCCAGTTTCCTCTAAAAGTAACAAACAATCATTCACTTGAA GAAGATAATTTGATTGGATCGGAGAGTTGAAGATTCCTACTGGAAAGGAAAGAATGAAAA GAAATGATACCAATTATAAGGCTTACATTTTTGGTTGTCAACTATAATTCAGATTTTCAA CTTTGAACATGTAAAAGCAAATAGAATAAGTACCTGGTAATCATGATAACCACCAGAAAT GGAGACAACAACAACATGAGAGAGTAGTGGATCAGACAGATGATGCCCTGAACGAGAAGT TTGGACCTCGTATCCTTTCCTCCATTCGTGATTTACTCGTGCATAATACTGACCAAGTGA TGGCTGCAGAGCCAGAGGAGGCGACCTGGGAAAGGCACCAAAAAGTGATAGTTATTTTAT AGCATTACTGTAACCACATAATAGCTTCCAGGAGTAGAGCAACTTACTGGTGTGGAGACG AAAGTGTCAGAACAGTTTCAACAGCAGATTTCCTTAAATCTGGGTGGACAATCGCAGCTC TAGCAACAAAACCACCCATGGAATGACCAACCAATATCACACTTCTCGGAGGACTCCTAG ACACAGCAGCACCTTCCTTAACTCGTGCATCGTGGGACTCTTTATAATGATCCAATATCT AAGAGTAGGAAGATGTAAATAGAAACACAGACATGAAAATTACATCACATAAAATAAGAC GAAGAGAGTGGAGGGGAAGGAAGAAGAGAGGAATATAAAATGTAGAGCAGTATAACCATG CATATGATAGGGTAGGTTGTCTACATCAAACCCCTTGGGGTGTAGCCCACCACGGAGACA AACTTATTTAATGACAATAACCATGCATATGATACGGTAGGTTGTCTACATCAAACCCCT TGGGGTGCAGCCCACCACGGACCCTGCTAACGTAGGATGCTTTGTGCACCTGGCCTACCC ATTTCTTTTAACCATGCATATGACAGGTCTGGATTAGATCCAAAAAGAGTAGAAAATGTT AAATGCTTTCTGAAAGTTGGCAAAATTAAATCAAGTGAGCGAGTTTTAAACTTCGAATTG ATAAAGAATAAACTCAAATAAAGCACTCCATCACTTGAAATTCTTCTTGATGTCTTGCCT TACTCTCTGGCGGTCTATGTGTAACATAAGCCCCTACTTGCTGTAAGACTGGAGTACCAG AACCCTCTCACTTGCAGATATCCTTTAAGAAGTTCTAGAAGTTTTTCACTGTCATAACAT CAAATGGTCCAGTCTATTGTCAACGAATTTTTTAAGGTGAACCATATCAACTTGAAATTT TTACTTTTTACCTTCTCCCTTTTCCCGGAAAACATCATGTATTCATCTCTATGTATATTG GACTAGCTATGGAATTACGCAATAAAGATTGACATCACGTTGCATCAGTCAAATGTCAAA AAAGAGATATTTTTTCTTGAGTAAGAAACTTTATACCCTGTGAATGGCATATACAACATA ATCTGTGTGTTCTTCAAGAATTCGACCATCCATTGCAGAATGTTCACCTTCAAGATCCAC AGCAAACCAGTCAAGCATGGATGTGTATTGATAGGGTAAAGGAGTGCTGGTGACATCAAA ATCTACTCCCTCTCCGAGAGTTAGAGAGGCTTCTTGGTAAAAGCTGTGCTCAAGAGGACC TCCTTGATAAGCTCTATCAGATTCTGCAGCCACAGATCTCACCTGTAAAAGCATTTGAAA AGGATTAGGAACAAACAAGAACAATAATTTCAGTAACATGTCTTGCACTCATATTATGAT GCACATACCTTCACATAACAAGCAGTTAATAAATAATCTCTAGCTAAAAGGAAGAGTGCA ACCTCCACGCCACCTTCTCTAGAATAAGTCTATCAATCAACAGTTGTCACAGCAAGTAAA CTTTTTTTATAACATCCGTAAAAGAGATGATTCTGAATCAGGTTTGTCTAAAATGGGTAG AAGAACAGCAACTTGTCTGATTGAAGCAACCCGATTTCCAAAATACACTCCTTGAAAAGC TCTTGGTTTGGAACCCCTTTGTCAAGTGTTAAAAAAGCACATATAAGTGCTGAAGTTGGT ATTAATATGCAGAAACGGTTTTTGGTAGAAGTGCTGAAAACTGATGGTAAGTCGCTGATA TGTTTGGTATCAAACACTTTTTCGGTTAAAACAACTTCAATGCCTCACGCTTGAAAGAAG TTGATTATTGCAAGATTCTTAATTTCAAACTGATTCAAATACAAACTAATTTATGCCTCA ATTCACTATTAAGTTTTAAATTGATTAGATTAAACTATTTGAATAAATATAAATTATTTC ATCATAACTGGAGTGACAGATGAAAAATGGCTAGGAAGTAAGCACAGTTGAGAGAAAAAT GAAAGGCGGAAATGAACAAACAGCTGGTTAGGGGCTTTGTTTCGAAAAGTGTAATTCCAG AATAACAAACACTATTAGGTAATGTAGGTCAAACCAAAAAAAGAAATAACTTGATAATCA AAAACAAAAAATAGTATAAAAGTTGGTCAAACCAGAAGTGCTTAGAAGTAGAAACACGGC CTTGATTTTGGCTATTAAGCACTTTCGGTGCTTATCTTAGAATCAATTGATTGATGTAAG CCCCCTACAGAAAGGGAAGATCCAGAACTTAAAGGTTATTTCCACCATTTCAATCTTTTA ATCGTACCATTCTACGTAAGCCAAGAATATTTAATTGGTTCACACATAAATACCATTTAC TTACTCTTCATTAATTACTACCTCTGACAGTTTAATTTAATGCAGTCACAGAGCAAGCAA ATAGTTTTAGCATAAATTAACCAGAGGGAACTTGTGTTATGCTTTCAGGGTACCAAAGAA TATAGAGAACAGTTTCAAGGATATAAGACTGTTTCTCTGTGCAGTCAGCAACATCTTAAG TTCTGTATCTGCTCATCTGTCATGACTAAATGCACGCACACATGTGGTACCTCGTTCCAT CTAATTGGAATTAGTCATGCATTAATACATTCATAGATGGAAGATTTGAGAAAATTGAAG AGACATATGATGGCAATTCTGTTACGAAAGATTTGAGGACATAGTTAAGAAACTTGCCTG TTTGTAGCTTCCACCATTGCCAGGGATAAAAAGAACAGGAACTCCACTAAGTGTCTTAAG ATGATCGCTGAAATTAATCTTTCTCCATCCTTCATGGTATAGATGTAATCCATACTTCAT GGACGACAGATTTTTCGGTGTAGGTACAGGGATATAAGTAGGATACATGTATGTCATGGT ACATCCATTAGATATGGGTTTTAGCATGCTATAAAGACCAGCTAAACCTATAGATATAGC AAGTAGAACCAATGCAATCACTCTAAATTTCGCTCTGCAGCCTTGCATGTTTTGGCTCAC GCTACCGCCCATCCACTTCATCTTGATCGGTTCAATAACCCACCTACCAAATTACACAAG ATGTAACGCTCAGTACATAGATCTTTCACCCAAGAAGTGAAAAATGGAAGTTGGATTCTG TTTTCTTTGGGAACAATCTACAAACAGAATATGTGCACTGAAACATCCTATAGTGCAATG AAAACAAAACACATTCTTTAGTTGGAAAGGTGTACCTGATTGGAGATCTATGGTTGTTGC AATGATAATAGGAATTTTGACAAATCTTTGGTTGAAGGCGACAAGAATCAAGAATCAAGA AAGTAAAGATAAGTGTGTGCCTTTCCAGAAAAGGGAATGAATCCCAATTTTAGGAAAGGC GTAGTGAGACGTCTCAGTGTATAAACATGAAGTTGCAATGTCTGAAATCTTAAACTCAAA GGTATTAATTGTAGTCTTTCATGTACAACAAAACAAGATCAGCTCATCAATGTCAGATCC GGAATAAAAAGTAGAGATCAATTAAGATAGGGAAATGAGTCGAATGATTATAATTTCACA AACTATCCGTAATTTGTTACTGCTAATTTTATACATTTATTTCCAGATTTACGCATTAGT TAAACAGTAGATACACTTATATATATATATAAAGATCATTATCATTATTATTATTATTAT TATTATTATTATTATTATTATTTCAAATAGTAATTAGTTTCTGACGTTTTACCATTTTCG TCATTTTGCATCCTCTTAATGACTTTATCCATCTTAAATTCTTAGCAACTTGTTTAGCCA TAAAAATATTTATTTATAGACTAAACACAAAAGCGGTTACTTGAATTTACACGCTTTCGC CGTTTAGACACCTTAACAAGACTCCCTTCCTATTGAACACTTAAACCACTTAAAAAGTGT ATCTATCAAACACACGTGACTGACTTGTCACCTGTCGTTTGAGACATTTATTTTAGGATG GAGCGCGTGACATACACACCTCCTATGTGAAAAAATCTAATCTACGTGGTAAAACACCCC AACCCCTCAGTCATTCCCCAAAATCCCCAAAATTCATTTTGAAAAAAACCTAAAATTTCA TTTATGATTCCCACTCAATGTGGTCGACTCTCTAAGGAAACCTTGCAATCATTTTTGTTA GTATTCTTTCTACGGCGTGCTCGATTGAAGAAAATAGATGTTGTTGTCGTGTTCTACGCC TAATTCGAGAAAGCTAGTAGATCTTGTGCTGTCAAAATCTTGAGGTAAGTTCATTTTCGA ATCTCCATGACCATTGTTGCAGTTTTCCCTTTAAATGTAGCGGTTATTTTTGTATGTTAG TACTGTGAAAATGTTTTATACGCATGTGAATAAAGTTTGATTTTTTTAGGGTTTCTTTGT CAGTAATTTGTCGGCTTTATTTTTTTTAAAAATCCAGGGAATCTTATGGATATTATTATA CTAACTCGTTTTCATCATGGGGTAAATTTGTGAAAGACACATCTGGTGAAGGTCTCACTT ACATAGGGGAAAGTGAAGTGGAATATGTAAGTATCAATAAAGACCACTTTTCCTTAATGA AATTGTTTTTTTATACTAGAGACCTGGGGTATGTTACTGTGGGTGAATTTTATTTTAAAG ACCCTACACGCAATAACTTTGTCTTAGTGCATAATGATTTCAGTTTACTAAAGCTTATAG AAGATCTAGGTGATGGTGACTTTTTGGGCTTGTATGTTGAACATGTTGTGGATGATATAG AGGTTGTTAAAGATGGGGTCCCTACAGGTTATCTTTGTGGGCCGACAACTGGTGAAAGTG TTAATAAGAATTGGGTAGAAAACTCACATAATATTAATGTGGATGAAGGGACCAACAAAG AGCTGCTCTATCTGAGAATATTGATATTGAAGTTGGTGTGGATGAAGAGTTACAACAAGC TGCCCAATCTGAGAATATTAATGTTGAAGTTGATGTAGATGATGCATCAGATCTTGAAGG TGTTGAAACTGATTGGGATTGCAGTAATTATTCACAAGAGTATTTTATTCCAGATGAAGA TGACTCAGAGATTGATGAAGAGTTGAGAAATCTTAGAAATGAAAGAAGAACCAAATTGCA GGGAAAAAAACCAATTCCTATAGAGGAAATAATTATTGGAGTCGCTGGTGTTGATAGCGG ATCTGAAGACATTGGAAGGAACAAAACTGCTAGGTATGTAGGAAGATTGGGGGGGAGATG AACAATATATTGATAGTTCAGAACTGAATAGTGATGATAGTAGGGATGAATTAGATTTTG AAGCTGTGAAAGGTGTTGATTTACTAGTTAGAAGAAAAAGTAAAAAGGTTAGATTTGATC CTGATTGTGTAGTTATATTTGAGCTTGGTATGGTATTTGAAAATGCTATAGAATTTAGAA AGGTTGTAGCAGAGTATGCTGAGGAATATAAAGTCAAATTAAAATTGAGGCCTAATGAAA AACATAGAGTCAGAGTTAAATGTCAACATAAGAAATGCAAATGGTTGTTGTATGCTAGTC TAGACAAAGACGCTGGTGACTTTATTGTTAAGAACTACTATCATGTTCATCAGTGCCCTA CACAACCAAGAACAAGTTGTGTACATCTAACTTTATTGCAAATAAGTTTAGGGGCAGAAT TGTTTCTCAACCTCATATAAAGTTGTGGGAAATTCAAGAGTTGGTAAGGAAGGAGACAGG TTGTATGTTGGAAGAACTTTTTGTTATGGGACAAAATTGATGACTCTTAAGGAGTTTATG GGTGATTGGAAGATGGAGTTTGCAAGGTTGTGTGATTATGCAGACATGATAAAATAAACT AATCCTGGTAGTTCATGTTGGGTGAGGACAGACAGAGAATCTACTCTAGGAAAAATTTTG TTTGTTTACTTTTATATTTGTTTTGATGCATTAAAGAGAGGTTGGTTGGAAGAATGCAGA AAAATCATTGGGTTTGATGGATGTTTTCTGAAGGGTGCTTGCAAGGGTGAACTATTGGTT GCAGTTGGTAGGAATGGAAATCAACAAATGTTTCCAATTGCTTGGGCACAAAGCACAGTT GGAGTTTCTTCATCAATTCCTTGATACAAGATCTAAATTTAGGCATTAGACGTGGATTGA CTGTCATGTCTAATATGCAAAGGTTAGTTTAATGTTAATTTTATTTATTTTGATCTCATC GCCTATTTATTTAATTATTACTACTCATAAATTTCAATTATTATGATATGTAAGGTCTTG TAGCAGCCATAATGGAGTTGCTTCCAGATTGTGAGCAGAGGATGTGTGCTAGACACACTT GGTCCAATTGGCAGAAGACCTGGAGAGGAGAAGAAATAAGAAAACAATTCTGGAGATGTG TGAAATCAAGTTTTGAGGTAAAATTTCAAGATGAAATGGACAAACTCGCTAAACTTGGTA ATAAGAACATCTGTGGGGACTTGTTACATTATGAAAGAAAGAAATGATGTAAAGCATCTT TTAAGGAGCATGCTAAATCTGATGTTGTTGAGAATAATATGTGTGAGACATTTAACTCTT CGATATTAGTTGATAGGCATAAATCAATTATCACCATGTTAAAGGAGATTAGACATAAGA TAATGGATAGAAATGTGGAGATGAAAAAATTTATCGACACTTAGATATCAGAAATTTATC TCATGGCTAGTTTAGTACTTGAAGAAAACAAAGATTATGCTAGAGATTGTCAAGTTAGGT TCAATGGCCAATTTGGATATGAAATTTTAGAGGGTCATTATAGGTATATTGTTGATATAA AAAAAGGACATGTACTTGTAGAACCTGATAGTTGAGAGGCATACCATGTCAACATGTTGT TTTGGCATATCAGCATGCAGGCCAAGACCCTGAAGATCATGTTGTACATTGGTACAAAAA AGATACTTTAATGAAGACTTATAATTACTTTATCCAGCCAATACCTAACATGAAAATGTG GTCTCACATTAGTGATATAGTGATTGAGCCTCCTGAACCAAAACAAATGCCTGACAGACC ACCAAAATCCATATGAAAGTCAAGGGATGAGCCAAGAAAGAAGTATGAAGAGTTATCTAG AAGAGGTGTAAAAATGACTTGCTCCAAGTGTCATCAATAAGGCCACAATAATTAAGCCTG CAAATATGTGGTAATACTCAAGCCAACCTTTGATTACTTCAATTAAATAAATAAAAATGC ATGACAATTTTTCTTCATCTTATTTACACTCTTAAATCATCTGAATTGGGTCAGCTTAAA AGCTCAACCCAACCTGGACCTTGAAGGTCAAGCCAGCCTGCTAGCTCAAATCAGCCTCAA AGCTCAAGGCAACCTACAAGTTCAAGTCAGAGTCAAACCTCAAGGAAACCTGTAGGTTCT AGCCAACCACCAATCTAGAGACCATCACAACACGTCAGCTTAGGCCAACAATTAACTTTT ATTTGTGATAATACTTCAACTGTTGAAAGAGTTCAACAAGCTGGAAGATGCAGGGGAAAA GGTAGGGTGAGAGGAGGTGATGATACTTCAACTGTTACAAAAGGGCAACAAGCAGGAAGA GGTATGGGAAGAGAAGGAAAATCAACATCAACAAGAAGAAACAAAAGGCCTAAGACTGTG GGATTCGGCATCTACATTGATGATACAAGTTGCAGACAAACATTAAATGTAAGAGTGTAT AACCAATTTAAATATTTATAATCTACTTACTTTGATAATAGGCACTTAATTTTAGTTTCT TGTATACAACATGTAAAAGAGTTGTTACTCCAGTTGTTTTCAAGTGTACAGCACCAACAA ACATTGATATTGATTATAAGCCTCGTGGACTAAAATGGAAGGGTAAAGATATTGTCACCA CTTCACAATTACAACGCAAGTCCAAAAGGGGTGAATCTGCAAATGTCTAGTGCAACGAAA ACAAAAACATGGATGTGACCACTTTAATGTGTCTTGGGTGTTTTTGATGTACTCTTGGGG GTTGTTTTATTTTGAATCTGTAATGCAAGCAGGAAACAATACTGAGACTGCTTAATATGT TTTTGATGTAAATTATAACTAATGATTTAACTGTGGATTTTCTTGCAAGAAAATGCAAAG AATTTTTTTTTATATCATTCATGCTTGTTTGGAGCTTATTGTTGTGTTGTTCACTTAATA TGTTTATTGTCGTTTGGAGGTGAATAAGAGGAATAGAAATAAGACAATACAATAGAGGTG AATAAATAAGAAAAATATGATAGACTAATGAACGACTTAGCTACATTCGTTAGTCTAACA TCAGTACAACAGAAACACAAGACTACTGATACAATCACTCGAAGCCTACTAACACAAATA TTGTCATATAGCAAAAGTCACTATTGCAATAACACATATGATCCTGATTTTCGTTACCCG CTTCCTCTGTGTTTCATATGATTTGATTATTTTCAATAGGCCCCATATGATCTTTTTTGC TTGAGGCGGTAGATCATCATCGCACCATCAAAAAAATTCATCTCTTCTCTACACAATTAT TAAAATAATTAAACTATAATTAGCAGATTGACAGCGATTTGTTTAACCAGATTTGAATAA TAACAAAAAAATCTTACCTTTGTGTATTTGCAACAAAAAAATCGAAGTCATGTATTAAGT TGTGTCCATGAGGTTTTCAATTCAGCATTGACCCCACATCGATAAAATACATTTGCCACA AAAGAAGTTGAAATCGGCAAATTGGACACTTCATTCGCTATAAAGAAGATGAATGAAGAA ATTTTTTGTTGATCTCCAGAAGCAACAATAGTGAGATAGATACGGAGAAGAAAGAGATTA GAAATAAAAAAAATTAGGGTGGATAAATAAAAGGGGGGAAATTGTAACGTTACATATGTC AAATCAGACACAACAGCTTATTTTTTCTCACTTCACGCGCTCAAAAGGCGTGCTTCAAAT GACAGGTGACAAGTCAGTCACGTGTGTTTGATAAATACACTTTTTAAGTGGTTTAAGTAT TCAATAGGAAAGGGCTCTTGTTAAGGCGTCTAAACGGAAAAAACGTCCAAGTTCAAGGGG CCGCTTATATGTTCTGACTTATTTATTTTAGGGATAATGATCAAATATGTCATTGAATTT TCAGAAAATGCTCATTTATGTATAATATACAATTATTTAATCTAGATACATATACAATTC ACCTCTCTCTCCTCTTTCTCCCAATCTCGCTCGCCCTATATACAAATGTATATGTATAAT ATATAATTATATACATATATAATCCACCTCTCTCCCGCTCTCTGCCCAATCTCGTTCTCC TCTCTCCTCCCTCTCCCAATCTCTCTTGCCATATATACAAATACATATGTATTATATACA ATTATCTAACCAATATATATATACAATTCACCTTTCTTCAATTCTTTTCCGCTTCTCTCC TCTCTCTTCCAATCTCGCTAGCCTCTTTCTTCCATATAACATGTAGCTACAAATTGTAAT TATAAAACTATAGCTATGGAGAATAATTAATTATTTTTAAGTGGCTATATGTGAAAATTT CCCAAAAATATAACCCATATAACTTCATAAATTTTAGTTAAAATAAAAATATTTGAAATC TATGATTGTTACTTAATTTGTTTAGCACTTTAAGATTTGAATATAAACTTGATTATTAAT TATTTTGCAGCTAAAATAAATCGTCGGACTCACCTTTCCAAGTAGAAAGGAAGTTTAAGG AAAAAAGAATTGTGTCCATTAATTATGTCACTCCTTCTATCCATCTTTATATGTGTACGT TTGATTTGATATATTTTTTAAAAACTAAAAGAAATAAATATAATACTTAATAGCAAACAA AATAGACATAAGATAACGAATTACCTTTTCTTTTTTCAAACTAAACAAATAAAAATAGGC TAAAGAATTGTAGATTTTATTTTTTTTTTAAAAGAAAAGAAAATTAGTTTAGTGCAGCGT TATTCCCAATATATGCAAACATTCATGTCTTCCGTTTTTGTTACGCAATTGCTTGGAATG TTGATCAAATTGACATTGAAATCAGGTGGCCATTGGAAACATCGATCCACTTCAGCAGAA ACCACACACAATTTGGAAATAAGCATGTTCGCTCTTATTGAACAATCAACTATCTATATC CTTTGATAATAGAGACTCATGAAGAACTTTTTAAATACAAGTGTACTGTAAAAAAGAAAA AAATTAAGCCAAATACTGCTGAAATCCAACCATCAAATATAAAGCGAAACACTAAGCGCA GGATACATCTCTTCCATTATCTGCTAATGAAAGAAATCTCTTGATACAGGGAAAATGTTT ACAAGGATACCACGTAAATGCTTTTAACTCAAATTGAAGGAATGTGTGGTTCAAAAGTCA AAACTCAGCTAACCCCTATTTTTCTGCAAATCACATCTATATTACAAAAGAAACATCCCA AGGGAAAAAAGAATGTGCCGTGAAACTTATATAAGGCATAAATGCTAAACCTTAAATCGA GAGTAGCATTTGTCACAGAGATGCTGCTGTACAAGACCTCTATCCAAATCAATATGAAAA CTCATGACCTCGGAGTGAAATGTGCTTCTTTACCCAGATGGCAATATCCTCAGCACAAGC CTGAGCCTGAGGGGTCTTGAGAAGCATGTCAAGAGTTGCAAACTCGTGAACAGCATCCTT ATATTCAAGAACAGGAGCATCAACATTTACTTTCCGGAGTTCCTCTGAATAAGCAATAGC CCGATCTTTCATCCAGTCATGCTCTGCTATAATTGTCAATGTTGGGGGCATTCGTTTTAA CGGAGGTCCTCCTCTACCAGCAACAAGTGGGTTGGCAGCAGGGTGATCCAAGTTAAACTC TCCTTCAGGTAAAAGTAATTTCCAGGCAAGTACGCACATTGCCTTGTCATAGAAATAGGA ATTAGCTAGCTTTATCTCAGAATGAGTTGGAACATTGCCAATGAAAAATGGATACATCAA GACCTGTGCCACCACCTTGACTGGGTCCAAAAGATTGCCTGCTTCTACTGCCTTTCGGGC CACATAATCAGCTATGTTTCCCCCACAACTCACTCCAAGGAGAACACACCTATAAAAATA ACCCAATTTGCTTGTGTGTTTAAGAACAAAATGATACGCATACTATACGGAAAATTTTGT AGAGAAGCATGCCAAGTTGGGGATATCATCTCATTATCGTAACAGGATTGCAGAACTTTT GAAACAAAAAATTTGTGGTCTATTCATCCTTACGTTTCATTTTATGGGGTTGGTTAGCTC ACACGTAAGATTCATGGAGGAAACTCATCTTGCAGGAAAGCTGGACTGAAGCTCTTTATT TTCAAATGTAAGTGAAGAAGTTAATTTGAAAGTGTTTTATTCAATTGCCCTGCATGGGTT GTTAAAGGGCTTTCAAAGCAGCTTATAAAGGTCTTGAACTACTCCACCCATTGACTTGGG GTTCTGAATTGGATACTCAAATTCTTTTTACATGATAATAGAGCCAAATATTTGGTGAAG GACATTCCTCTGATTAGTACTCCCTTCGTTTCAAATTTTTTGTCCTATTTTGTCTTGACA CGGAGTTTAAAAAAGTAAAGAAGGCTTTTGAAATCTTCTGGTCTTATATTAAAGATATGT CAAATGTACCACAATGTCCTTTAATAACGTGGTCTTAAACATGACATGGGGGGAGATTGA AACTGAAGAGTTGCTAAAAAAGTCATTCTTTTTTAAATAGACTAAAAAGGAAAGTAGGAC AAACAAATTGAAACGAACAAATATAGTTACATGAGAGAGGAGGTGCTTAGTTGTATAATT GTCCCACATGGATTGTGCAAGGGTTCTGGATGAGAAACAAACTGATAAAAATCCAAAAAG TATTCAAAACAAGTACTGAAAGACAACCAAGACCTACATCAAAAACACTTACAGTTTCAC CCAAAAAGGAAAAAGAAGAAAAGGAACACTTCTATTCAGAAATTGAATTTGCCAGTCATA CCAAACAAAATCAGTGGATTACAGGAAAATTAGCATACAGAAAACCACTAGTGAAACGTT TTCCCTTCCAAAAATGGATATAGTAGCTATTTAACATTATAACTCCTAATATTGCTCAAA AGACTACATGAACATGACCCATTTACAAGACAAAATGCACTTACTTCTATATGGAATTCA ACTCGTAACCACATGATACTATACGAAAAAAGCTAGAAAATTGGCAGGTAAAGATTCCAC TAGTCATGAGTCCCAAAAGTAAGCATTTACGTCTCAAATATTGCTTGGCCCTTCCTACTC ACTGTACCTACTTTATATGGATAGTTTTGCAATGTCTAACCTTATAATATGGAATTCAAA ATTAAAGAATGATATATTACCTTTTCATTCTTCATAGCATACATGTGACCACATTTCTGA TCAAATCACAAACAAAATTACTCATTGAAAACAGACTAAAAGATCACATCTAATGCTTCC ACGTCAAAAACTAAAACCAAGGGAACAAGTATGGAATAAGATAATAGGGCCAAACTAACC TCGACGGATCTCCATGGGCAGCCAACCAAGGCTCTGCCATTGATGCTCCAAAGGCATCCG CTATGTGTCCGTGGGAATCAGATTTTTTCACATCTGCTCCACCACGTCTGTTGCCCAATG ACTTGCTGCATTCAGCCAAATTGGCCTGCTTCGCCAGCCAATGCAGAGCTTTCAACCCAT CCTCAAATGCAGCTGGGTATCTATTCTCAGGTGATAACCTGTATCCAACTGCCAAAACAA TGACATCACAAAGCTTTGCAATTCTTCTACAGAAAAAATCATTTGAAACCGAATCATTGC TCCCACTCACAAACCCCCCACCATGGAATTGTAACATCACCGGCAACTTCCTGCAATTTT TACCGGCGGGAGCATATCCTCTATAAACCCCATTTTCAGATTTCAAAGCGAGATCATCCA CATTGCCTCCGTAGCTATTTCTCCTATGATTAAAACTATTTCTATTGCGATTTTCGGTGA CATTATCAGTCGTAGCAGCACCATAGCTGCTTCTGCGTAGATCGGATCCTGTGAGAGAAT CGGGTCTGGAAGCTTTAGCCCTAGATTTAGATTGTGCCCTTAAATCGGAATCAGGAGAGC CAAGGGAGGTCTCTGGAAGGAATATTCTGATAGAAACAGAGGTGGTAGGATCTATATGTA TATCCTTGGTGGCAACGCCGTCGGTGAAAAGAGGATTGGAAGCTGCAGTAGATTCCTCAT CAGGACGTGACGTAACGCCGAAAGAAGTTCCGGCATTTGCGTCATCAACGGGGATTTGGG TTCGGTTCTGCAACCGATGCTTTAACATAAACTTGAAGAAAACACTGTATAATTTCACGG CCACGCTTGGCATTTCCCTCAACTCCCTCCTCCTCCCTCTAGCTCCACCGCTCTGGCTAT CACTCTCCCCGACCCCCTGTAAAAGATGACGTCTCCTTCCCCCAACCCCAGAGACCCTCT TGTTCAGGAGATTAATAATCTAACAATTCGTTGAGTAAATTGATCTGAACATTAGCGATA TGAATCGAATTAATTTTAGTTTTAGGGTTTTTGAGGATATGATGGATTGAGATTTGAGGA AAAGGGAGGACGGAGATGGTTTGGTAGTAGGAGTAGGAGTAGCAGTAAAATTATATAGCG AATCAAAAATTTCTGAAGGATTTAGGTAAGTGAAGTGGGGAAACAGCATTTCTAGAAAAT TAATTGTGGCGTCTGCCTATTAATTTTGTCTAGTACTAATTAATGGGAAAATCGGATAAA ATTATTTCGAATCTAATACCAACTCAGTCTTTATTTACAGTCTTACTATAAAAGTTCACT TTCTATCCTAAATTTTTAATGTAGATTTTTACATGCTATTTTTTGATTATTCAAGTAAAA GTCTTAGCGAGTTAGTGTTGCGTGCATGTCGTTTGTTACGATGGACTGAATGGAATTATT TAAATTCTTTTTAGCAAAAAATAAATAATTTATTTATAAATGATTAACTTTTCAAGTTCT AGTTAGTGTTGACGATGGACCGACAGAATTATTTAAATCTTTTTTAGCAAAAAATTAAAT TATTTATATTTAAATGATTTGAATAGTAATTTTTTTGCATTGAACTTGATTACTTTTTTC ATATCTTAAAACCCGTTGTTTGAAAAAATATGATGATAGTACAACCAACTGAAAAAGCAT GTCCATCATCAGCATAGAGGAATTTGAAAGTTAAAAGGGATCCTTCAGCGCAGGCATCAG CTATCATTGATCATACGCAGTCACATGGAAAGGAAAGTTGTAAAATACTACTCATTGCAA GCAGTGTGTGAATTCCAAAGAATTACTCTACTTGAAACATTGCAACTTAATTATGTCAAC TTCATTTGAACATTCTCAAGATTATCTACAGGGATACTTTCATGCCAAGCTGCAATGTCA AAGCATATATATTGACGGTGTACAGAGATTCAAGCGCAGCACCCTAAAAGGAACTTTAGA CGTATACCTCAAGTATGACGCTTTTATAATCTCATCGTTAGAAACTCCAACAAAGCAAAC ACCAAATGAACTCGAGCCACGCATGGACAGCAGACTATAAAATCTTGAGCTTCTCCAGTT ACGCAATTCCGTAGGAACAGTCCTTGCCTCTATATTAGCACTGACTTGGTATCCAACTTG ATTTGTGTTACCATAAAGTGAGACCTGGGAACAAAAAATTCAGGATGTCTTGGTGTATGA ACAAATGAGATATTACCTCCTTTCTCAATTAGCGTACTGATCAGCTGATCAAGGGAAAAG CAACAGTAACAAAGATACAGTCTCTAGCCAGATGGTGGATGAGGTGTTATCTTATGAGAA ACTAGCACTGGCTCATTGCTTGCAGCTTTCACTCCAGCAAGCTCCTCTAACCGTTTCCAA GTAATTTCACGTTTCCTCTTTACCTCCTCTTCTTGGGCCTCGTCTTCTTCGAATTTCTGC AAACACTCTTCAAAGAGTTCAGAATCGATATCAGAGAAGATCTTGCGGACATTTAATGTC AAGTTTTGCACCGCCTGATTCCAGTGGCCTCTAGCATTCTTCTCCAAGGAAGGGAAGATT ATCGGCAGTATAACTCTATGATTTTGTTTGATTAGGTTCTCAACATGATCATTGTTCCAT AGGAACAAGGCCCTCTCAGCCACCTGAAGATGCAAAGTTAAAAAAAGTTAGAGAAAAGAC AAAATAAAAAAAGGCATTGGCAGATGTTACATCACCGAATTGATCCAATCCATCTCATTT CAAGCAAGCACACCATTTTTTCAGTTGATTGATCGTTTTTCTATTTGATTCACAGCCATG ACAACTTAGCCAATATGTGCCATCACTTGATGTACAGTTACTTATATCAAGTTGTTTCAT GAGGTACAACTGAAAACAGCAAACTAGCACATTATATCCGGCAGGAGGAAAAGCCATCAA GATGCAGTAAATTTAGTCTGCTTGTTGACCCACACAAACAGAAGTGAACTTCTGAAAAGC AACTATCTCTCTCTGGCAAACCAGATTTTTCCCTTTTCATTTTAGGATGTTTGGAAAGAG GGAGTTGCAAACACATGAAGGAAAATACAGTTCAATAGAAAAAAGAGTGTCTTATTCATT CCTAACTAGGCTGATAAGGAGCAGCATATTTCTCCTGCTCAAGACCTTAAGGGATTTTGA AGAACCTTAATTCTCCTTTTACATTCTCCATTGATTTTGTTTGAGCAAATTCAACTGGAA CCACTGTTGGATTTTTTATAAGATGGCCAGCAAAAAAGTGTTGTAAATGTCTTAACCATA GAAGGGCTTTAATTAGCCAACTTGAAAACATAATCAGCATAACAAAATTCAAAAAGGTCA AGTAATCTCAACAACTAAAACCGCCTAATAGAAATTCAAATTTCAATTTCATTCTAAATC TAGGCAACTTATTGTGCTAAAATTTACTGCAATAATTGAAAGCAAATTTCAACAGTAAGA CTCCTCACAACAAAGCAAGTTGCTTCAAAAACCAGAATTATGGCAATTTTTGACATCAAT CTCAAACCTCAACAAGCATCATTCAAAGTACAAACTTGATGCAAAATAATTTGCACTAGA TTAAATGAAGGGAAAATCATCTTCAACTTGATATTTCTCATTGATCTTTTGGCAGTGAGC TGCTCTCAACACAACTTGAAAATATCCACACCTGTTTGTTAGTTTGATCTATACCAATGA ATGGAGTAAATCAGTTAGAGATCAAAGGATGATATACTCGGCCACTCTAAATGAAAAATA TGTCCGCTGAAAATACACATCTCGATGTGTATCTAACTGATGCCAGGAATAACCAATGGT AGGAACATCCAAAAATGGGTAATAATGATTTTTCTTTGACCCTAAAATGGGAAGGAAGAA ACTGCCAATTACATAGAGGTTCAATGATTTGAAGATAACAATATCATAGCTTTTGATTCA AGGGGACATTGATCAACAACACTCTGTCAAGCATCCATTCTTGCATGCATGTGCCGGCTA GTGTCACCAAAAGGTTGAAAAGGCTAATGTTATACAGACAATGGAATAAAATTTCATATA ATGAACTTGGGAGGTGGTCACATCTCCAATAAGGTGGCCTTGGAGGTTAGACAGTAAGGT ACAGGCTTTGTAGGAGAGTGATTGCATTCAAGAGTGGCACACATAAAGGGCCCATGAATA TGGAACAACATAAAGGGAGAGAAGAGTTTAGCGACAACATCATTTTTACTGTTGGGAACG AAAATAGGATCAGCTTTTAGAGGCGCAAGTAGTATGCAATGATACTTTGAGCGTTGCCTT TCAGATCATGTACAACACATTGAGTTTGAAGGATATGACGATTCATCATGTCTACAGGAC ACAAGAGCAGAGTTTATTAGCATAAGAGGCTCAGAATAACTCTACAAGATGTGGAGATAG GATATTCCAAAACATAATGGCATACTACAAAAGCAAAAACATGAAATGGGTAGGAACATG CCACGTGGAAATGGAAGTGAAGAGGGAATGAAGTGTTCTGTAAGAAGTCCTACTATTGCA GGTTATTTGAAAAGAGACGATGCAGGGGGTTTACATCTGTCATTTTAGAGTCTCAGCGCG TCAGAAAGGATACTCAGTTCACTTGGTTCGAAGTAAGGTAATGGCTGAAAAAACCGAGAA AAGGGAAGTTGTGTTATGTAAACTGGTACTTTGTGCACATGGTCAAGCAAGGATGTAGAT CACTCACTAGTGCACTGCCATGCGCATCAGCTTGATTAACGCTGACTATAGTTAATGGCG AATTGCACAATGGACTTCAGAAGAAAGAGAAGAAGATGTGGAGCATGGGATGCAGCTACT TTGGACCCTGCAATAATACTTTGGAGACAGAAGAATGGAACATTTGAAGGTATTTAAAAT GAATTTGTGAAGTTAAGAACTTGGCTTTTGTTCTTGGTGAATTTTGGGTGCACTTATCGC ATCCCTGTAAGTGTAGATGATTGGATGCATTCTTAAAGAACCACGTTTTTTGATGGGGCC CCTACTCTTTTGTATGCCACTTTATATATCCAAGTTTTCCAGCTAACATCAATTAACTTA TTACTTTGTCTCAAAGGAACAAAAATGAAAGAAACAGCAAATTGGCTTTACACCATATTC CTGTTTCGACCTAAGCCTGATCATAGATGATTAGCAACACAAAGAGCAAAGGAAATAAAA TAAAATTCCAAATAACTAGAACTACCCACCTGAAAGTGCGAGCTGCTCAAACAACGACTG ATCTGATGAAACAAAGGCACCATACAACGCTGGAATTCTGGAGGCTGAGTTGCTTCTAGA ACCTCCTCCAGCTCACCTAAGAACACTACTTCCTTGGAACTGTTTGTGATAGGCCAATAT TTCAACAAACCTCTTATGACAGTATCAGCAAGCTTGCAATCCTTCTCCACAAATTGTGTT ATGCAGTAAGATAACTGCTGATGATACATGTGTACGCACTTTGGTTTATGAAGTGGAATA AGAGCTCGGACAAGGAACAACTTGTGCTCTTCCTTCAGTGGAAGTGCAAATCCATTGATT ATACTGCCCAAAATTTCTAAAAGTTCTGCTATTCCATTATGCTTCTCAGTTTCAAAGATA AACCGGTAAAATATATTGTTGATTGATTTCCTAATAAAAGGGCGGTGCACCATGAATTTT CCATATATTCGGTGCAGAACCGTCTTCAAGAACTCCCTTTCTCTTGGATCTTCTGAATCA AAGAGATCTAATAACCTTAGAACAAAAGAATGGTCAACATATCGCTTAGACAATTTTGCA TCTGTCTCCGGTGATGCCACAAATCTGAGAAAGAACTCATACACAATTTGCAAATGTGGC CATGCGGGATCCATCAAGGGTTCGTCATCTTCCAAGTCAAAAGCTTCCAATACTTTGTTT TCACGAGGTTGAGGAGTTAGAGACCTGAACAGATTTGAAGACACCATTTTAACAATTTCT TGAATGACAGTTTCTGTGAATTTTCCATTTGCAGAACTAAGATAATCAACAAGCTCTATT AATGTCTGCCGCTTGATGTCTTTTTCTTTCAAGTGCTTTGTTGGGTCAGTAAAGTCAAAT AATACACAGCACAAGTTCAGTTTTTTTATGAACAAGTTTTGTTTCTCAGCAGTTGGTACA TCTTTAAAACTAGGCAAGGTCTCACACAGAAAAACTGCTGCACTTCCATTCACCTTAGCA TTTGCCCCCTGCGGTAGCCTATTTCCATGATTTGGTCCCAGAGTTGAAGAAGTGACTCCT GAAACAGTAGTGGCACTTGAATTTCCTGACTGCGCAGTAGACAAATCACTGCTTCTAGAA CCAGTTGAAGCATTGGACGGTGATGCAGAGCTTCCTCCATCGCGATTTTCTGCTGACTTG GAAGGCTTTCTAGGGAGCCTATTAAGTATCTGTTTGATCATCACTTGAAAATATGATCTT CTGGTCGTAATGTTTTACTGATTTAAACACCCTCAAAACAGAACTTTCATCAATCTGAAA GGTCTAAGCAGCAAAATGAATTGTTAGCAAGCCAGTGCAGATCTCATCCACCCCGAATCC TTATCTGCCACCCCCTAAACCAATAAACAAATGAGACCACAGACTACCTGTCTAGACCAG TAAAACTCTTTTTCATCTGAAAAACAATAACAAAAAGGCAAGTAAAATGAAGAAATCTAG AAAAGTTCAAACTTCTTTTTCATCATGGAGAAAAGAGCTAAAAAGATCAACATTTGTGAC CTAATCCCTTTTCTTTCTTTCACTTGGTAAAGTAAGTAATTTGTATTATAAACAACTCCA CACTAAGAGAGTTCTCTGTGCACTTCCACTTAGCAATTAAAAAAAGGTGCATTCTTGGTG AATTAAACAGTGCAAAAGGCGAAACCCTGATGCAGAAAGTTATTTTAATAATCAAACAAG CATCAAATAATCTGAATCAGAAACTGAAAAATCTTACCTATCCATGCTAGCTGTCAACCA GAAAAAAGAACCGGGGAGGTGCAGTAAACCTTTGTTCTTGTTTTTTTGCTGAGGTCCACA GAGACTCTGGCCTGTTAAGCTAGGTCAAAGAATATTAAGATCTGGGCAAATGATGTACGG AAGAACCCAGATAACATCCCTTCAAAGAATCACAAAAGAAGTGAGTCAATAAAGATTAAA AAGAAACAGCACTCAGACATAAAATGAGTTGTTAATGCTTACATAATTTTGAGTGATGAA AAAGATTGAAACTTTAGATAGTTGGGGTTCAGTGATCGAAATCTAAAAACATTCCCAACT GAGGAAAGATAGGAAAATGGGTGTGATGGATTAGACAAAAATAGACAAAAACCAATCTCT GGTTGTTGTTTTTGATGTGTTTGGTTAGCTACAATTATTCTTCTTTTTTTTTTTTGTTTT GATTTTTGCTTCCCATTTTCTCTCTAATTTTTCCTTTGTCTTCTTTCTTCTTAGATTTAT AATCATAATAATAATTATCTTATTTTCTCTCTTCATAGATTATAATAATTAGAGCATATG ATTATAATAAAGGTAGAGCAAGACGAAAATCATATCTAAATTTTTTGATTTCATATCGAA ATCAAAACTAATTAATTATTAAAATACTAATTATTTATATTTTTGAATATTAGGCGAGAA AATGAGAAACTTTCATCAACAAAATAAGAGTTCAAATAGTTAATCAATCTAAATTATTAA AAATTCACTATCAATTATTCATTCTTTTCTATAGGAGAAATATATTATAATTTAATTATA AAACTAAAACAATTAAAATGATTTAGATATATTTTTAGTATAAAATACAATTACGACAGA CCTATGTTTAATCAAACAAAAGATTTATAAAGCTTAATATAATGAATAACAAAAATAATT ACATCAAGGTAGAAAAAAGATTGCAACATAGCAAAAGTTCTAAATTGATTCTTGAGAACT TGGGATTGGAAAGAGGAGTATTTTATTGTCATATTCTTTTTTTCTAGTCACAGATTTCAA CCACAAAATCACTTGCCGTAATTATTCTCACCTTTGGGTTTCTCCAGATTTGAACATTTT TTGTATTTTGACAAATCTCGCCTTCTCAGACTTTGAAAAGGTACCACTATAAAAGTAAGT CATCAGGGTTAAATATGAGATATTGAAGCACAAGAAGGAAGTGGATGGATTGCATCTTTG TGTTAATTATGAAAGAAAAAAAAAAGAGAAACGTGTCTATTCATTAGCTTAAAAGTCTGG TAATATCATCAAAATTTTAATTATAATAACCCTTAAATTTCAATTATAATAACCCTTGAA TTTTGTTGAGTCGGTTATCAAGATCTGTATGTGCTACCGAACTTATAAAATATCAATTAA TTTGATTATCTTTATTGATCGAGTTATCAATTAATTAATTTATACGGTATAAAAATTGAA ACCAAAAAAAAAATGTTCTAGCTTTTATGTACCATAAAATTCTAAATCAATACCTAAACC ATTAATTTGATAACCCAAATCAATGATATACAGTCATAACAGCATCCAACTGTTACTTTA TTCAGGCTTGAACATTTCCTCCATGGGTTTCAACTTGCAATTATATCAGTATTATGTTTC TTGCTTTCAATCATTTAGTAAAGTGGAGACACTCCTATTTCTTCCTATAATGTCATCATA TCAGTGTGACTTTGTGGTTATATAATATGTAAAACTGTAAGAAATGAAAGTGGAACCTAT CACAAGGAATTAAGCAATTCATTGAAGATAATGAGCAGATAGAGAAAGGGATCTACACAT GGAAAGTCGGTGGAAGTTACTGTCATTCGCCTATTATCCACAAAATTACTGACCGACTAT ACGGGCCCCAACCTATCAAAATCGACATGTCAGTATCCAAAATATATCTCCATAATATAA AACATATCAATCTTTATGGAAAAACATATTTAACTTTATATAAACATAAAATTATGAGAT ATTCTTTTCGTAAGGTAAAATAAGCACAACGGGAATTGAATAGATATATACCATATTATA GAACAAACGAACAGATAAATTACTTCTTCGACCGTATCCATTGAATTGTTACAGAAGAAA GGACAGCACAGTATATAACACATTCGGTGATCACACGGGACTTGGGGATCCAAGGGAATA TAATGTGTGCGACCTATCCTGATGCAACCATCAATGGGCTCGAACCAGCATGGAACCAAC TATACCGTTACTCTGAGGCTCCCCTTAGATTGAATTGTTACAGAGTAAACAAAAAAAAAT CAATGGGGAGCAAGATAAAATTTCTTTACCCAGCAGTATACAGCGCACAACTGTCTGAAG CAGTCCTGCCGGTCTCCTGCAGAAGAACAAGCTCACATTGACAGGACCAGGGTAAGCACA TCAAAATCTTGGCTCGGCCATGGTCACACTTACCGAGCAATGTGCGATCAGCTCTCTCTG CTCTTCCCAGTCAAATGAAATGCAAAAGATAAAGGCTGAGACACTTGGAAGCATGAAAAA TACAAGAAATCACACAATCAAACGGAAGTTAATATGAGGAGGGTATTCCAACAACAGAAA GGCTGGCAGTACAAGCTTCCATGCAATCTCTTCAAAGCCGAGCAGCAACATAACCCAATG TTTTATCTCAATGCTCCATCAAAGCAGTTTCAGTTTCTGACAATGGTGCTGCAACAGTAT GACTTCTATTAGAACACATTAAATTATCGATAGCCTGGTAGAGCAATAAATAAGGCATTG CAAAAGATATCATAAGCAAATGCTGATGGGTCCTACAAAGGGCTTTTACTGACAGGTACA AAAACAAACCGTTCCGTTTCAATAGTAAGTATCAATGAGGAACCGGAAGCTTGTCAAAAA TGCATGTGGTATTGCTAATGATTTTTTTCTACTTAGACAAACAAGTTGCCTTTGTGGATC AAGAGCAAAGAACAGAGCATGGCTTTCCAAGAAAACCAAGGTTTAAAACTTCCACACAAA TAAGAAGAACAGCCTAAATAAATATGCCCTGCGAAGAGAGCAATAAAATGCGACTCATTC TCGACAAAGCTCTCTCTCAAAGGAAAGAGACCAAAGAGGGTTATTTATCAAGAAAGAATT TAACAAGGAACATGTTTAGACACCACGCAATGTCCAGATTAGGAAATTATTTCAAAACAT CATCACTCCATGTTATCAGTTATGGCATGGAACCACCATTAAAGGACTCGGGGATTAGGG ATATAGCCTGAAGGTTTAAGCATCAGAGAATAGCATTGGGAACTGTAGAAAAATGGATTC AAAACTAAAAGAAAATTGTCAAATAGATCTACCAGGTAAAAGGTTGGAACAAACATACCA AGTAAATCCTCATATGAATCTGCCAACAATGATGCATCCATAAGCAGAGGAGGAGAAAAT ACTTGATCCTTAGCTTCCTCCAAATCATAAAATGACCTATGTGCATCCGAAAATGAAGAG TTTGAACCCATAGTTGAAAGAAAACCATCATAGTCATCCACAGACTGCAGATCATGTAAT AAGTCAGGTATTCCATCAGACTTGATGTTCATATGACTATCCGGTGCACCAGTCCCTAAA AATGAAGAATCTGGTTCTGACACAAACAATTTTTTTCTTCTCAGCAAGTTTGCCCTATCT CCATGCTGAGAAAACCCTAACCCTGAGACAGGCTCAAAGTAGTGCTCAGAACTATCATCA GAACGACTATCTTGAGATGATCCCTGATAGTAAGATTCGGAGCGAAGTGCAGCTTCTCTG ACAGATCTCTTCAGATTTTGAACAAAGCTTGTGTCATTATCTGCAAAAATTCATAATAAG TTTATGCATATAGCAGTTAAGAAATCAATGTATGCATTCAGAAGGCAGGATAAAAACCTT GTGGCGAATTATCGAAGGAATTATTTAGAAATTGCTGATCCAGAGACTTCCTCTCAGGCA TAATTTCAATTTGGCTGGTTTGGGAAGAGATCTGTTGCTTCTGTGCACCACCTTTTCCTA AAGAATTCGGCGTCACACTAAACAAAGGTGGGAGCTTCAAAGTAGTGGGACTAGCTGATG TCTTTTCAAATTGCATGGATGACAATCTTGAGCTCATCTCAGCTACCTCATCATCCCTGT GTTCCTGTAGTAAATATTGTAGTTTAGGTTTTTCTATTGTTTCAAAAAGGTAAAAGGAAG TCTTACAAAATGCTTCACAAAACAGTACCAATGTTCTCCCACTGCTCTGTGCTTGGGAAT GTGATCTGCCCTGAAAATTGGCTGTTCTAGAAGAATTGGACGAAATACTACTAACTTCTT CTGTAAGTTCTAAAATTGAATTCTGTATGGATGGAGCGACTTCCTTCAGTTGATTTATGA GCACCTAGAGATCAATGAATTCACATCACAAACTTTCAACAGTATAATTGTAATATTTTC AATAATTTAGTTATATATGAGTATGCCAGGAAGAAATCACATAGTGTTTTTTTGTCTTGT TGGGATTTGAACATGAGACCTCGTGGTTCTCAATCCATTTCATTGAACACTAGGCCACAC ATTGGATGCTTAACAACTACCTTGCTTTCTTTTAATTATATGCATTGATAATAATACTCT CACCAGAGTCCATGTATAATAGTTCATAAGTGCAACCAAATTAGACTGAATATCAGACCT GTATACTTGCTAGGTGCTGCTTATGTTCGGCAAGGGTTGCAGCCAAGGACTCTGCATGAC CACCAGTACCACCATCATGTGAACTCCTCAAAAGCTCTGGACCCTCTCCATCATTTGCTT TTGCCTGCAAGAATTAGTAGTACCAGAAAGAAAGCATGAAATTAAAATCAAAGACATTCA AATTGTTAAATAAATTCTAAAGTGTAAAAACAGATGTAAACCCTTGTATTCAATTGTGTA ACACATTGACATTCTCCTATTAACTACTTCTAAAGTCCAACATAGGAGAAGACATGGTGC TCGGTGACATCGCAAAACCATAGATGTAGAAAGTCCTTGCACCATATTTAGGCCCACCCT AAAAAGGTTTTGCTTCACCTGAACCACTTGAATCCACATAGCAAGAGAACTGTTCCAAAC ATTTATGTAAACTGCCAGGCGATACTTTAAGCTTGAAATTCATGGAGAGAAAAAAAGAGT TCTGACAAGACGTATAGAATCTTGAGTCAAAGGAATCATCATACCAGTTGAAGGGATTGC TTATGAACACGTTGTAGGGCATGTGTCCAACGCCTCAAAACTTCTGCTATATCAACAGTA GGATGGCCTCTAGCAACTCTCTCATCAACTCGAGAAAATGTGTTATCGTCTACTTGAATA TGAGAAGAATCTGAACTCCTTGCATGCTTTTCTCTATCCACGTCTGCTTGTGATCTTACA GCTTGATGTGAAGACGCCAAATGGGGTGGTGGAGCTACAGGGCTTTGATCCATAGCAGTG AGCAAAGCTGAACCAGAGATGCGATACCTAAATGATTTTTTTAAAAAAATAAAATATGAA GGCACGGCCTGGTTTTAAAACCGAAGAGAAAATGGAAAGTGATCATACCTATGCTCACGA TGAGCAATAAGATCTTCTATCGGGCCAGAGGCGAGAATTTCATGTTGATCTGTATACATA TATATATACATAATACAAGTAAGTGCCAGGTATACAAAACTCTAGTACACTTATTGCAAG ATCAGTGAGAGAAGCACTCTGCAAAAGCGTGCTTATAGCATTGTATTATTAGGATATAAT TGACAAGTGAGATAGTGATTGAACGCACTCTTGCGAGACAGCAAAGAGTCCCACAAACGA GTAGCTCTTTGAACCATGTGTGAGTTCTGACTTGAGCTTGATACAAGTTCATCCCACAGT TCACCTTCCAGCTTTACTTTATTTCTCACATCCTGCAGCTTTTCCAGTTCTTGCTGCAAA TAAGCCTGAGACAAAGAAGATCAAAGATGGATCCTCAGAAACAATTATTTACCGCTGTGG ATAAGGGGCTAAGAATCCAACTCCAAGTCCTCAAAGAAAGGTGACAAGATTTTCTTTCAC CTCTTCAGCACAAAGGCCTCGAAATTCAGCTGTCAATTCATGAGCCAAATTAGACCACAT GGCCTGTCTACGAACTGCTGTTTCTGCATTACTCAAAAACCTCCTTCTTTCAAGAGCAAT CCTAGCCTATTCACATAGAAGAGCAATTAGATCCATCCACTAGAAATAATTCTCATGTGA ATCGTGATATTGACTACAATACATACGAATTAAAGCTTCGGGACTAGCAAAGAAAACAGA CAATGCCTAAGCATAGACTACTGGTAAGCTACTTTGCCAATGTGATACAAGTAATAGCTT CCACATTAGGAAAGAAAATCGAGTCAAAACCTTAGCTACGGGTGATAAAGCTGTTAGATT CAAGGTCACAAGAACCCCCTGATATCAAAAATGTGCCTGTTTAAAAGCCTAGCAGATGGA AGGAATCAGAAGAGACACCTTGGTTACAGGAAGTAGTGTGGCTGCATGTGAGAAAGCTAC ATCTGTTAATGATGCAGGCAAGGGGTTAGAAACAACATCAGCAGCAAACATTCGCCTATG AACCTCCCTCAAAGCATGCAATGAAAGTTGCCATAGAAGTTCAACAAATCTGCAGCAAAC ATGTTAAATAAATAATCAATACTAAGTAATATAGTGGCTATAATGTTTACTCTTGACACA TGAGCATGCAAACTTCACCTAATAGGGTATGAATCAAACTTACATGAGTGTGTCAACGGA AAACGAAGCAGGTACTATCTACTATTTAGCTTTACCACTCACAAGAGGAATCATTTCCTT CTCCAAAAGTTTTCAGAAATTCAATAATTAGACAAAGGCACCAGAAAATTCATTAACACT CATTCATTAAGACATTTAATTAGGATGGGCTGGAATGAGGGCATTTCAGTGCGACACAGG TGCAAGAACTTGCTCATGACCCTAGTGCAATTCGAACTTCAAAATTTTTATCTACTCCCT TACAGAAGCTATGGTATCTGTAGGACAACTATTTTCAATAATGCAATTACTAACCACTGA TCAAATTACTTGCTGAGTTGAATCAACTTGCACTGGACTACCATTTGCAACACATAAAAC AGAGAGAAAAGACATAATACCAAGATACGGAAAAATCAAATGAAAGCTCCAAATAATTAA AATGAACCACAACCAAAGCGGTATATGAATTAAACAGCTATCAATGAGCCAACCTTGGTC CACAGCATGTGGCAAGAGATGAGACCCTCGAATTACTTCTAGGCAGTGCCCCTTGAGATT CCAGCTCACTTATAATCCCTTGTACAACCTAAGATTTCCATAAATAAATAAGCAAGCAAC CTTTCACTAGAAGAAGACCAACTCTAGACAAATCTATTTTTTTTTTTTAGAATTAGTACT GTCCAATTCTAGACAAATCTATACAGATTGTGTGCGTCCAGTTCAATTATTCAGCGTGAA AAGACCTATCGACTTAGGAACAATCATGTATATAATTACCTTACGAAAATCGCGAGATTG TGCGGAATCAAAAATTGGCCAGACCTTATCGAAATCCTGAAAAGATATTGCAGTGAGCAA ACAAAACAAAAACATCCAATGGTAACAGAGGAAGTATAAGACTGAATCACAGGTGAGCTA AGAAGTTCACATTGACAGGTCGAAAAGTAGCAATCACCTTAGCGGATTGAGTAGGACCTC TGAGAGAAGATAATATAAAGTAGAGAAGCTGTTCGCCCAATTTAGGGTTCGAATGACGAA AAAGTCCGACGCGAGGTGTGCCGTTTCCGGCTCCGATTCCGATGATGGATGGATCCAACC CTAGTAACAAACAGTTGGTGTACATTGCACTTTCCAACTCAACCTCTCTCTCCTTCTCTC GGTCCATCGTCATTCCACTCTTTCTTTGGCTATTTCCTCACTCAATTTTGCTTCAACTCT CCGTCTCGTCTGTCTTTCGGATTTCCGATTTGAATGTATAATAATTAAGCAAATTTTCAA ACGAGAAGCCCTTATAGATTAGTCAATTTAGCATTAGGGCCTGGTTGTTGGATCACATGT AAGAGTTGAATTTTAAATTTGGGGGTTCTTTTTTGGTGGGGTCGGGTTGGATTAAAAAGG GAGTACTCGCGTTTTTTGCCGATTGAAGAAAATTTTGAAATTCCTGGGAGGGAGGGATGT CTCTAACGTGCGCCGCTGAAATCATCGGCAACTATTCTGCTCTGCCGGCAATGCGATTTT CGTCATCTCAGCTTTGCCCATTTTTGCTTTTGCCTACAAAAATATTTTTTATTCGATATA TAATATAGTGAAATTTAATTAAATGTAAATTTTTTTTTTAATGTACAATATCTTTATATC GATTTATTTGTTTTGTATTGATGATACATGTAAATCTTTTAAAAAATATTTTTTGTGTTA GTCACGGGTGAGCTTCAAGGCGTGGTATACCAAATACGCATCGGACTGTAAATTAAGGAC ATAAATTCATAGTGTGTAAGTCTTAGAATTCGGCGCACAAGCTCAAAGCATAAAAATCAT ACCAAGAATTGTTTTTTTTTTGCTTGAAATTATTTTTTATTATTATTGTTGTGTTTAAGT CTTAGAATTCGGCGCACAAGCTCAAAGCATAAAAATCATACCCAGAATTGTTTTTTTTTT TGCTTGAAATTATTTTTTATTATTATTGTTGTAATAATATTTCTCAAATAATAGTTCTGA ACTTGTAATGTTTTTTTCTTCATTATTGGTTATTAATACCTTTCTCAAATAAAAATTTAT AGTTTTTTTTAATATACATATTATATGTTATTAAAACTTATTAGTGAGACAACTGAAAGT TTTACTTCTACTTATATTCTTAGTAATAAAATTATAAAATTGAATATACACAAGATTGTG CATTGCAGATCAAAATGTAGGTCTCACCCAATACAATATAAAACTTTTTATCTCACACCT CCACCTTGTTTTGTTTTATATTTTATATCAGAAATAGTATAAAATTACTCTTTATCCACT TATTGGCTCAAAATACTCTTTTCAGCCACTTATAGATTCTAAAATAGCCTTCTCATCCAC ATTTGGGTTCAAAATTGACCACTTATTTAAAGATTTTAAATTTAAACTATTTAAATATTT TTTAATACACGACGCTCAACTATGTGTTATAATTAACTTATTAATATAAATTATTAACCA ATCTACTACTCACCAATCACTAATTAAACCACATCCAATTAATAAACCCTCTCCATTACT AATGCACAACAAGAAAGCTACTACAAATGAGTGTTTCTAAAAATTTGAGGCGAAAATGTA TATAGAAATACATTATCATACATTCAAGTCCTTAATCAAAATTATGATTCGAGTGTCTAA ATAAAAATTACGATAAACTTAAAGTCTGACTATGTTCATCTTAATTATTCATTTGCCTCA ATTATGTGATCCTACTTAATGGATAACTTTTATTTAAAAAGAATATATTAAATTTTTAAT ATTTAAAACACTAATAAATATTTATAAAATTATATTTAAAAGTGCATGAATTAATTCGAG AGATGCTACTTCTTTACCTTTAATCATAAATTTTGAAGTCAAGTTCGAAGCAAAATCCTA TTGAAAATGTCCTCCTAAACAAGAGGCTCAACCTAAATTTAATTGCTTCAATTCGGACTC AATAATTTTGAATGTCATTTTCAGGAATCGGTAATTTTATCGTACTTTAGTAGTGTTTAG GGTGATTTTGATATTAGAGATAGTTTGTCAATTGGGTGGAACTTAATTAGTAATGGGTAG ATAGTGGGTTGATTTATAAATAATATTAATAAATTAAATTATATCCAATAGTTGAACGTC AAGTATTTTAAAAAATATTTAAATAGTTTAAATTTGAAACCATTAAATAAGTGATCAATT TTGAACCTAAAGATGGATAAAAAGGGTATTTTGGAGCCAATAGGTGGATGAAAAAAGTAT TTTGAAACCAATTTATGGGTGAAAATGATATTTTGAAGCCAATAAGTGGATGAATGATAA TTTTGTATCATTTTCAATACTTCAAAAGTATTTTAGACTCTTTTCCATAAAAAATTTTCA AACACTGACAACAAAGCTTAATTTAGTTGTTCCTTCGCCCCTATTATAGTTTGAGTTAAA TTTAGAGAAAAGACATAAAAACACCATTAAAGTTATCTTGTATATAGACACATTAACTTT TAAAGTGTCCTATCACCCCATATAACTATTTTATATCTTTGTAAATGGGTCCTTTTGACC CATTCCCTCGTGTAGGTTGTTATCACGCACATAAGGTGCGTCATGAAGTGTTTTCATTGT CATGAACCAGTTTAAACGTGTCATTTTTTTTTATTATTAATTATTTGATTAATTTTTGTC ATCTTCTCCACATTTAATCCCAAAATAGTAGTTGGTAGCCCTAATTTTTCAATTTTTCCA TAGAAAAATCAATGTTGATTTGACGACTTCATCATCTTACGTTGTCCTTAATCATTAAAT AAAATAGTTGAATGACCATTTGAGTATTGGAATCACTCTATTTTGCAATTAGGATTGTCC CATTCCTTGGATGGAAGAAAAGGGAAACTTTCCATTGATTCTCCATTCCTGTTCAACAAA TGTTAAACTCAATTACATTAATCACCATTAATCGAATACAAATTGAGTAATGAATCAATC AGCAAAAACATAGAGATTTTGTTAGTTTTCCAAAAATAATGAATGCAACAGCAGCAAAGG GATCGGCCTGAATCGTAGCAGCAAGTATTGGAGCAATTTGCCAGATGAAATTGCACTTTA AGATCGATTCATCACTACGCCAAATTCAATTTAATTGCTTCTATAAATACCTCAGCTCGG AGATTCTCGACATAGTCTTCTTCGGCGGTCGTCTCCAGCGAGAAGTTGAGGAAAACGGAA GCGACGTTGAGTAAAGTTATAGATCTGAACTGTTGGGGTCCAAGTACTGTTAGATTTTAG TGTTATTTACTTAAATTTGTTATATGATGATCTATTAGTGAAAATAGTAATGGAGATTCA ATTTTGAAAAAAAAAATTACAAATTAAAAAAAAAAATCAGTAGCCAATAACAAACTAGTT GAATTCAGGATGAGACTCCAAGCATGCCATTGTTTCCGGTGACAAAACCACCTTCAATCG ACACTTCCTCCTCCTCCTTTCCCCAAAAATGCTGATATCTTTCCGTTTAATTTATTCCTC CATCCACTCCGAACACTAACATGTCCGCCCCACCCCAAAAGAGAAGATGACTTTTCTTCA AAGAATAGGGTCGGGTTGGGTTAAATTTTGTCATAGAGAGTGAGCAACACGCACGATTAC ATAGACTAAGGAATGAGTCAAAACGACCCACTTACAAAGATATTAAATAGTTCTGTGGGG TGATAGGACACTTTGAAAGTTAAAGTGTCTTTATACAAATACTGGACAACTTTGATGGTG TCTTAATATCTTTTTTCTTAAATTTAATTACTACCATCTATGAGTGACATGGCAAAAATA ATTATCAACAAATAGCAAGGAAACCTATATGATTTCTCTTTCAATCTTTTGCGATAGAGT AATGTAGAATATGAGTATGTATTAAAGACGAATTTAATTTATTTTAAAATTTTTAAGACG TTTTTTTTAACACTTAAAATCTTGTAATGTATAATAAATCTGTGGTACAATCTTTTCACA TATTGAAAAGAACAAAAATAATATATTTATAAAAATTCTCTTTTTCATCGTCCTTATTAT TTGTTATGACTATCTTTGTTTGTAATAGTGTTTTCAAGTTTCGAAGCTTATTATACTCAG GTGTTATGAAGGTAATATTTGATAATGTTAGTAATACTTATCATATTTAATTAATTTGTC AATTTGGAAATAATTAAATAATTAGATTTTTTTTCATTTTGATAAATAATATAATCAAAT AGTTACTATGAACATTATATTTAATTTGAAAGAACTATGAATGATTGATTAACACGTATA ATATTTGCCAATTCAATTAAACAAGCGAACAATTTATTAAGATAAAAAAATGAAAGGAAA ATTAAATTTATGATTTACTCTCGAAAATAACGTAGTATCTATTAACTTGATAAGAAAGGT GCAAAACTTAATAAAGTATATAAATGTATATTACACTAAAATGACGTTTATTTCACCTAG TTTATGAAAAGTGTAACTTTCTATTATTAATGAATATATTGAGTTGAAAAATAAAGGTTG TTAATTGTTTTGTAAACTAAGCCAATCCGACAAGAATGAAATTGGGCCGGGCTTATACAA TTAAAGCCCATTAGACCATATCCCATATTCGGATTTATTATTTAACCCCGCCCCACCCGG AATCCAGAAGAGAGAATTCTTCTTTGCTTGTGTGGGTAATGATAGTTGATTCTGCACCAG CTACAAAGCGCCAGAGATTCACCGCCGTTGATCCGATGGAGTTGGAATCAGCTAAGGTAT TCATTTCAATCTCATCTTTCTTTTCTCCTTTCAAGATACCGGTTCGATTTAACTTCTTGT TTTACCCCTTTTTGTGTGACTATTCAGACCAGTTCGCATGTGTTTCTGTGGTTGATTCAT GGTGGGAAAAGCCATCTTGTTTGCTATTTTCTTGGTTTTCTTTATTTAGAATCTTGTAGA AAGAAGTTTGTATAAAGACTACTTCCAGGAAAAATCTCAACACAAGAAAGGCGCTAGTTG TATGTGCCTTTTGTTTACCTACATTCCGTTGTTTTAAAGTTGCTGTTTGTTGTTAATCTT TATACCCATTCCATTTGCTTTGAGTTGCTGTTTCTTGTTGATCTTTAAACCCATTCCATT GTTTTAAGAGTTGCTGTTTCTGGTTAATCTTTAAACCCATTCATTGTTTTAGAGTTGCTG CTTCTTGTTAATCTTCAAGCCCGTTCCATTGTTTTAGGTTTGCTGTGTCTTGTTAATCTT TAAACCCATTGACACACGTTCTTAATTATCTGCTTCTTGTTAATACTTAAACCCATTTAT ACACAATCCATTGTTTAAGAGTTGCTGCATACCTGCTTCTTGTTAGTATTTAAACCTATT TACATACATTTCGTTGTTTTATGTTTCTGTACATGGGAAATGTTGTTAGAACATCACCTT TCTTCCCATTTTATATGATCACTGATTTATCTCTTTGTGCCCATATAACAAATAAAGTGT ATGCCCAACTCTTCAGTTTCTCTAGTATTGTATTGAGCAAATCAAGCATACAAGTGTGAA ATTCAGGCATGCAAGTATTGCACTTTTTTTTTGTTATATATTTGTAATACACCCCTTATT TTTTTCAAAAATTGAAGCACTTGTAGAGATGTGCATAGGCCATAAAACTTCCGAATTGAA CTGTGTTAAAGAATGACGGTTAATGAGTTGGGTGGACTCCTTATAAGGCTGGACAATCCT CCTCCCTTTGAGTTAGCTTTTGGGGTGTGAGTTAGGCCTAAAACCTAATTTCACAAATTG TTAAGGTTTAGCTTGACACATTTGTAATAGCCTGATTTGTATCTAGTAAGGAAAAAAAAC AGTTGGGTGAACCTAACATCCAAGTTTATGCAGGGTTCGGGGGCTAGGTCCGCTCTCCAA GTGGTACATACCATGGTTGAAACCCATGACATATAGATCAAATGGAGATAACTTTACTGC TGCTCCAGGTCTCCCCTTCACCTAACAGCAAACAAATTAAAATTTAAAATAAAATAAGAA ACTGCTCCGGTGTCACTGGTTATGATGTTGTTGATGATTATGATGATGATGATGTTGTTG TTGCAAACTGCTCTGACAGAGGCGGAGCTAGAATTTTCAATAAAGGGGTTCATAATGTGT AGAAATAGATACCCGAAGGAGGTTCAACATATATATACATATAAATTTATTTTAACCATG TATAAATAATATAATTTCCACTGAACTTAATGCAATGTAGCTCCGCCCCTGGCCCTGAAG GGGAAGACCAAAGATCAGCACTTCCTTAAAATTATTGAACTTGCAGCAGCACTGTGGACG ATGAGTTATAGTAAAATTTAACTTGCAGCTGTAAAAGTAAAGAATGATAAAAAAAATCCC ATACAAAATCTGCCAAATTCGGTTCTACTATCTGTCAAGTAAAGTTACCTGTTCCCCTTT GTGTAAATACATCCAGCTTTACTTCAGCTAAACTCTCAAAAAGCTAAAATCATGGAAAGC TCCGTCTGTTACTCAATCATGGAATATATATATATACACACATACATACTGGACTGTAAC TTTTCTGTTTTATTGGGTTAATTCAGGCGAAGCTTGCTGCTGCAAAAGAAACGTTTGGAC GTGAAATCCGTGTATTTGAAACAGCAACAGCTTCTTCAGTGCCTCCTGATGTTTCCAGCA ATGGTACTTCCTACTTGACATAGAAATTATCACTAATACAACTTCCCAAACACGATTCTA TGGTCTGTTTTCATATATGCTCATTTTATTTTGCTGTGGCCTTTCTCAATCATCTTCTGC AGTGTCAGAGGAGCCCGAAGACTTCTATGAGTTCACACCAGAGGATTATTATCGACTTTT GGGAACTAAAAAAGAAGGTAAGATACACTTGTATAGACTTTCAGATGAAAAATGGCTTCA AGTATTTGCTAAAGTGAAATTTCTAGCTGACCTCTAACAGAAGAACAAAAAAACATGTCA ATTAGTTGTCTGTCGATTTATTTGACAAATTACACTAGAACTCCAGACTCTATTATTTTT CTTTTATGCTTGCGCCTTGGGTATATTCACCGTGTCTTCCACATTTTTACCTTCTTCAAT GGATCTTGTTTATTATTATAGATCTGTAGAAATGTATACAGGAATTTGGTTATTTTAATG ATTCTGCTTATTCTAACTGGTGTTGGGAAAATTTTCAACAGAGAAGCACTTGAAGACGAA GAAAATTCGTGAGGCAGAAGAAGCTGCACGCAGAGCAAGGATAACTAAGGTTTTCAGTTG ATCTTTCTCTCCAGATGATTCTTTCACTTGTATCAAGTTTGAATAATTTGGTGTTAGATT TGGTAAATTAAGTTTTCATCAGTATTGTCAAAGCCACACTTGACATCTGAAGGTTGTTGT TGCTGAACATCTGAGGCTGAAAGTGTCATCTTGGACAGTTTTAGTGCCTAAATAAGGCTC TAAGCGTGCTCCTCATTGTGGATCTATCTTGGAGAGGGCGATAAGAAATAAATGCAGCTG GCGAAATGCTACTTTAATGGTTTAGAAAATATTGTGAATAAATGGTCAGTGATTATGAAG AGGAAATTTTAAGCTTTGCTGAAGAAAACTAGCCAGAAAGATTAATTGGAACTTAAAAAA ACAAGTTATGTCCGAATTATTTGTTGAAAAAATAAATTCTGAACTTAATTGACATGACTT TTTATCCATATATGTTAACTGAATTGCAGATTTTTCAAATTTCTTGGCCCATACAACTTC TTGTCTGTGTACTGAGTTTTCTTCATCATACATATATTATCTTATTTGTTTCTTCATCTG CACCTTACTTTGGGGTGTTGGCTTTTATCGCAGCTTTGCACTTAAAGTCCCAGGGGGACC TTGACACTTTTCGACGTCTTTTCATTTGACATTATTGGTTTTTATATCACGTGTTGGTCT GTGTTGTTCAGGCTGTAATCAGAGTACGCTTCCCGGATAATTATATATTGGAGGCCACAT TTCATCCGTCAGAGACAATCAAGAGCTTACTTGACCTTCTTGTGAAAGTGATTGCTCACC CTGAACTGCCTTTCTATATCTGTAAGATTATTCTAAACATTTGCTACATTTTACTTTTTC CTATATTTTACTCTCAAGAGCAGTTTATAATAATGGTGTGGCTGAAGATTTAATGCTTGT CCGTTATTTCAGATACCACTCCTCCTAAGAAGCAAATAAAAGATTTTTCCAAGGATTTCT ATTCCGCTGGATTTATTCCTGGTGCTGTTGTTTATTTCTCTTACGATCTACCCAAAGGTT AGTGCAAACTGTTAACAGTCT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.998 4683 5296 match_2 match_part 1.000 4701 5285 match_3 match_part 0.987 4721 5431 match_4 match_part 0.986 4721 5424 match_5 match_part 0.967 4722 5181 match_6 match_part 1.000 24635 24694 match_part 0.994 24819 25449 match_7 match_part 0.942 25498 26080 match_8 match_part 0.951 70755 70856 match_part 0.990 72687 72783 match_part 0.920 72903 72977 match_part 0.971 73302 73369 match_part 0.992 74052 74181 match_part 0.897 74293 74360 match_9 match_part 0.949 70759 70856 match_part 0.990 72687 72783 match_part 0.973 72903 72977 match_part 0.971 73302 73369 match_part 0.992 74052 74181 match_part 0.884 74293 74421 match_10 match_part 0.949 70759 70856 match_part 0.990 72687 72783 match_part 0.973 72903 72977 match_part 0.971 73302 73369 match_part 1.000 74052 74131 match_11 match_part 0.990 70760 70856 match_part 1.000 72687 72783 match_part 1.000 72903 72977 match_part 1.000 73302 73369 match_part 1.000 74052 74181 match_part 1.000 74293 74313 match_12 match_part 0.974 70781 70856 match_part 0.990 72687 72783 match_part 1.000 72903 72977 match_part 1.000 73302 73361 match_13 match_part 1.000 72738 72783 match_part 1.000 72903 72977 match_part 0.985 73302 73369 match_part 1.000 74052 74181 match_part 0.913 74293 74419 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_14 match_part 0.927 5401 4772 match_15 match_part 0.980 7664 7614 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 0.994 6181 5824 match_16 match_part 1.000 7868 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 0.997 6181 5860 match_17 match_part 1.000 8066 7960 match_part 1.000 7870 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 1.000 6181 5914 match_18 match_part 0.933 7150 7121 match_part 1.000 7030 6968 match_part 0.991 6479 6369 match_part 0.984 6181 5991 match_19 match_part 1.000 8066 7960 match_part 1.000 7870 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 0.986 6479 6406 match_20 match_part 0.932 8166 7960 match_part 0.983 7870 7812 match_part 0.973 7688 7614 match_part 0.960 7220 7121 match_part 0.921 7030 6968 match_part 0.938 6479 6432 match_21 match_part 0.909 7872 7206 match_22 match_part 1.000 9573 9352 match_part 0.981 9255 8719 match_23 match_part 1.000 9573 9352 match_part 0.992 9255 8728 match_24 match_part 1.000 9481 9352 match_part 0.994 9255 8770 match_25 match_part 0.971 9421 9352 match_part 1.000 9255 8814 match_26 match_part 1.000 9642 9352 match_part 1.000 9255 9043 match_27 match_part 1.000 9642 9352 match_part 0.994 9255 9075 match_28 match_part 0.960 9500 9352 match_part 0.948 9255 9160 match_29 match_part 0.914 13613 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.994 11696 11226 match_part 0.857 11162 11156 match_30 match_part 0.959 12105 12008 match_part 0.985 11847 11783 match_part 0.992 11696 11226 match_part 0.857 11162 11156 match_31 match_part 0.982 13645 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.998 11696 11222 match_32 match_part 1.000 13611 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.998 11696 11226 match_33 match_part 1.000 11836 11783 match_part 1.000 11696 11226 match_34 match_part 0.949 13591 13533 match_part 0.972 12115 12008 match_part 0.985 11847 11783 match_part 0.924 11696 11239 match_35 match_part 0.978 12099 12008 match_part 0.985 11847 11783 match_part 0.915 11696 11239 match_36 match_part 1.000 13610 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 1.000 11696 11254 match_37 match_part 0.955 13598 13533 match_part 0.972 12115 12008 match_part 1.000 11847 11783 match_part 0.922 11696 11353 match_38 match_part 0.949 13591 13533 match_part 0.972 12115 12008 match_part 0.985 11847 11783 match_part 0.924 11696 11357 match_39 match_part 1.000 13613 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.976 11696 11451 match_40 match_part 0.904 26472 25954 match_41 match_part 0.984 28905 28720 match_part 1.000 28555 28473 match_part 1.000 28401 28172 match_part 1.000 28051 28002 match_part 1.000 27897 27823 match_part 0.980 27513 27312 match_42 match_part 0.956 29725 29342 match_43 match_part 0.987 29725 29342 match_44 match_part 0.987 29725 29342 match_45 match_part 0.994 42143 41976 match_part 1.000 41803 41458 match_part 1.000 40062 39817 match_part 1.000 38998 38808 match_part 1.000 38725 38554 match_part 1.000 36774 36637 match_part 1.000 36557 36380 match_part 1.000 36239 36094 match_part 1.000 35884 35708 match_part 1.000 35607 35497 match_part 1.000 35070 34951 match_part 1.000 34853 34697 match_part 0.994 34171 34008 match_part 0.989 33903 33817 match_part 1.000 31679 31351 match_part 1.000 31003 30946 match_part 1.000 30677 30617 match_part 1.000 30372 30099 match_part 1.000 29882 29370 match_46 match_part 0.966 31557 31351 match_part 0.983 31003 30946 match_part 0.964 30756 30617 match_part 0.970 30372 30103 match_47 match_part 0.966 31557 31351 match_part 0.983 31003 30946 match_part 0.964 30756 30617 match_part 0.955 30372 30131 match_48 match_part 0.994 35872 35708 match_part 1.000 35607 35497 match_part 1.000 35070 34951 match_part 1.000 34853 34697 match_part 0.988 34171 34008 match_part 1.000 33903 33828 match_49 match_part 1.000 42131 41976 match_part 1.000 41803 41458 match_part 1.000 40062 39817 match_part 1.000 38998 38900 match_50 match_part 0.989 49734 49027 match_51 match_part 0.973 51374 51300 match_part 0.995 49849 49106 match_52 match_part 0.982 51640 51300 match_part 0.966 49849 49582 match_53 match_part 0.988 51712 51300 match_part 0.971 49849 49712 match_54 match_part 1.000 50766 50049 match_55 match_part 0.979 50765 50154 match_56 match_part 0.998 53724 53109 match_57 match_part 0.996 53866 53371 match_58 match_part 0.985 53867 53468 match_59 match_part 1.000 56661 56550 match_part 0.930 53963 53592 match_60 match_part 0.914 54361 53839 match_61 match_part 1.000 56720 56550 match_part 0.966 53963 53876 match_62 match_part 1.000 57374 56552 match_63 match_part 0.961 57360 56721 match_64 match_part 1.000 57517 56728 match_65 match_part 0.985 58610 58543 match_part 1.000 58459 58298 match_part 1.000 57976 57380 match_66 match_part 0.971 58610 58543 match_part 1.000 58459 58298 match_part 0.992 57976 57467 match_67 match_part 1.000 58637 58543 match_part 1.000 58459 58298 match_part 0.996 57976 57508 match_68 match_part 1.000 58609 58543 match_part 1.000 58459 58298 match_part 1.000 57904 57538 match_69 match_part 1.000 58641 58543 match_part 1.000 58459 58298 match_part 1.000 57843 57601 match_70 match_part 0.944 58649 58543 match_part 0.895 58468 58298 match_part 0.919 57976 57633 match_71 match_part 0.921 58605 58543 match_part 0.883 58468 58298 match_part 0.938 57976 57734 match_72 match_part 0.917 58747 58543 match_part 0.975 58459 58298 match_part 0.975 57976 57740 match_73 match_part 1.000 58727 58543 match_part 1.000 58459 58298 match_part 1.000 57914 57819 match_74 match_part 1.000 58719 58543 match_part 0.998 58459 58002 match_75 match_part 1.000 58719 58543 match_part 1.000 58459 58002 match_76 match_part 0.991 58648 58543 match_part 1.000 58459 58404 match_77 match_part 0.996 66308 66038 match_part 1.000 65916 65860 match_part 1.000 65668 65574 match_part 1.000 64969 64819 match_part 0.992 64506 64381 match_part 1.000 64265 64109 match_part 1.000 63949 63889 match_part 0.996 63807 63525 match_part 1.000 63124 62999 match_part 0.994 62704 62549 match_part 0.996 62464 62218 match_part 1.000 62140 61679 match_part 1.000 61008 60352 match_78 match_part 0.977 61892 61679 match_part 0.917 61008 60564 match_79 match_part 0.973 62092 61679 match_part 0.958 61008 60818 match_80 match_part 1.000 62293 62218 match_part 1.000 62140 61679 match_part 1.000 61008 60879 match_81 match_part 1.000 63042 62999 match_part 0.910 62704 62549 match_part 0.935 62464 62218 match_part 0.970 62140 62007 match_82 match_part 0.984 63122 62999 match_part 0.997 62704 62359 match_83 match_part 0.979 66225 66038 match_part 0.982 65916 65860 match_part 0.968 65668 65574 match_part 1.000 64969 64875 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 4683 5431 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 5401 4772 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 8066 7960 exon 7870 7812 exon 7220 7121 exon 7030 6968 exon 6479 6369 exon 6181 5860 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 8166 7960 exon 7870 7812 exon 7688 7614 exon 7220 7121 exon 7030 6968 exon 6479 6369 exon 6181 5824 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 7872 7206 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 9642 9352 exon 9255 8719 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13613 13533 exon 12115 12008 exon 11847 11783 exon 11696 11226 exon 11162 11156 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13645 13533 exon 12115 12008 exon 11847 11783 exon 11696 11222 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 24635 24694 exon 24819 25449 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 25498 26080 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 26472 25954 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 28905 28720 exon 28555 28473 exon 28401 28172 exon 28051 28002 exon 27897 27823 exon 27513 27312 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 42143 41976 exon 41803 41458 exon 40062 39817 exon 38998 38808 exon 38725 38554 exon 36774 36637 exon 36557 36380 exon 36239 36094 exon 35884 35708 exon 35607 35497 exon 35070 34951 exon 34853 34697 exon 34171 34008 exon 33903 33817 exon 31679 31351 exon 31003 30946 exon 30677 30617 exon 30372 30099 exon 29882 29342 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 31557 31351 exon 31003 30946 exon 30756 30617 exon 30372 30103 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 51712 51300 exon 49849 49027 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 50766 50049 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58747 58543 exon 58459 58298 exon 57976 56550 exon 53963 53109 gene_18 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 54361 53109 gene_19 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58648 58543 exon 58459 58298 exon 57904 57538 gene_20 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58648 58543 exon 58459 58298 exon 57843 57601 gene_21 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58649 58543 exon 58468 58298 exon 57976 57633 gene_22 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58719 58543 exon 58459 58002 gene_23 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58727 58543 exon 58459 58298 exon 57914 57819 gene_24 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 66308 66038 exon 65916 65860 exon 65668 65574 exon 64969 64819 exon 64506 64381 exon 64265 64109 exon 63949 63889 exon 63807 63525 exon 63124 62999 exon 62704 62549 exon 62464 62218 exon 62140 61679 exon 61008 60352 gene_25 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 63122 62999 exon 62704 62359 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 70755 70856 exon 72687 72783 exon 72903 72977 exon 73302 73369 exon 74052 74181 exon 74293 74421 RepeatMasker tomato repeats master TS 58 2041 1 TS 58 2041 1 nucleotide_motif 410 8420 8545 Copia00107 240 734 1 Copia00107 240 734 1 nucleotide_motif 3643 12599 13093 Copia00039 264 410 1 Copia00039 264 410 1 nucleotide_motif 812 20328 20474 Copia00039 926 1038 1 Copia00039 926 1038 1 nucleotide_motif 257 20584 20693 Gypsy00071 3409 3461 1 Gypsy00071 3409 3461 1 nucleotide_motif 241 42390 42442 OSMUD1 1929 2086 1 OSMUD1 1929 2086 1 nucleotide_motif 500 44650 44807 SHAMUDRA_MT 2839 2913 1 SHAMUDRA_MT 2839 2913 1 nucleotide_motif 248 45273 45346 SHAMUDRA_MT 3095 3232 1 SHAMUDRA_MT 3095 3232 1 nucleotide_motif 362 45520 45656 SONATA2 1 230 1 SONATA2 1 230 1 nucleotide_motif 1139 50298 50521 POTTEN1 1050 1109 1 POTTEN1 1050 1109 1 nucleotide_motif 311 68387 68446 Copia00143 76 206 1 Copia00143 76 206 1 nucleotide_motif 746 71763 71875 RepeatMasker tomato repeats master Gypsy00003 5074 8046 -1 Gypsy00003 5074 8046 -1 nucleotide_motif 20619 2826 1 Copia00063 1018 2679 -1 Copia00063 1018 2679 -1 nucleotide_motif 6630 4446 2830 Copia00039 272 483 -1 Copia00039 272 483 -1 nucleotide_motif 788 21003 20790 Gypsy00046 4090 4199 -1 Gypsy00046 4090 4199 -1 nucleotide_motif 388 21667 21566 GYCUME1_LTR 351 447 -1 GYCUME1_LTR 351 447 -1 nucleotide_motif 285 21689 21585 Copia00110 13407 13498 -1 Copia00110 13407 13498 -1 nucleotide_motif 401 24157 24067 Copia00143 91 193 -1 Copia00143 91 193 -1 nucleotide_motif 324 33511 33410 Copia00151 8222 8354 -1 Copia00151 8222 8354 -1 nucleotide_motif 628 48303 48170 POTTEN1 55 1082 -1 POTTEN1 55 1082 -1 nucleotide_motif 5767 68361 67346 Gypsy00107 8918 8984 -1 Gypsy00107 8918 8984 -1 nucleotide_motif 233 68405 68339 Copia00089 3880 4020 -1 Copia00089 3880 4020 -1 nucleotide_motif 419 72325 72197 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2185 941 2094 match_2 match 2272 941 2094 match_3 match 2256 941 2094 match_4 match 1669 941 2094 match_5 match 2185 941 2094 match_6 match 2200 941 2094 match_7 match 1796 941 2094 match_8 match 1796 941 2094 match_9 match 2192 941 2094 match_10 match 2185 941 2094 match_11 match 2185 941 2094 match_12 match 2272 941 2094 match_13 match 2214 941 2093 match_14 match 2288 941 2094 match_15 match 3118 2191 3763 match_16 match 3885 15015 17010 match_17 match 8306 22186 26663 match_18 match 9283 9918 14867 match_19 match 3807 9276 match_20 match 26727 32451 match_21 match 2177 941 2094 match_22 match 2216 941 2094 match_23 match 1804 941 2094 match_24 match 1796 941 2094 match_25 match 1790 941 2094 match_26 match 2208 941 2094 match_27 match 2208 941 2094 match_28 match 2177 941 2094 match_29 match 2216 941 2094 match_30 match 2192 941 2094 match_31 match 2185 941 2094 match_32 match 2185 941 2094 match_33 match 2135 52897 53973 match_34 match 2964 40882 42376 match_35 match 4910 38332 40829 match_36 match 5043 69457 72141 match_37 match 8078 48617 52826 match_38 match 9057 32514 37130 match_39 match 9214 54013 58723 match_40 match 9408 27589 32451 match_41 match 42443 47976 match_42 match 58799 67462 match_43 match 3955 72318 74421 match_44 match 1788 941 2094 match_45 match 1788 941 2094 match_46 match 1796 941 2094 match_47 match 2280 941 2094 match_48 match 2185 941 2094 match_49 match 2185 941 2094 match_50 match 2185 941 2094 match_51 match 2185 941 2094 match_52 match 1788 941 2094 match_53 match 1796 941 2094 match_54 match 1796 941 2094 match_55 match 1804 941 2094 match_56 match 2185 941 2094 match_57 match 2185 941 2094 match_58 match 1828 941 2092 match_59 match 1903 941 2092 match_60 match 2280 941 2094 match_61 match 2216 941 2094 match_62 match 2232 941 2094 match_63 match 2272 941 2094 match_64 match 2272 941 2094 match_65 match 1877 964 2094 match_66 match 2169 941 2094 match_67 match 2169 941 2094 match_68 match 2169 941 2094 match_69 match 2153 941 2094 match_70 match 1842 945 2094 match_71 match 1875 965 2094 match_72 match 1877 964 2094 match_73 match 2153 941 2094 match_74 match 2169 941 2094 match_75 match 2169 941 2094 match_76 match 2169 941 2094 match_77 match 2105 941 2094 match_78 match 2177 941 2094 match_79 match 2192 941 2094 match_80 match 2192 941 2094 match_81 match 1840 943 2094 match_82 match 1875 965 2094 match_83 match 1885 964 2094 match_84 match 2169 941 2094 match_85 match 2169 941 2094 match_86 match 2169 941 2094 match_87 match 2272 941 2094 match_88 match 2272 941 2094 match_89 match 2135 52897 53973 match_90 match 2288 941 2094 match_91 match 2964 40882 42376 match_92 match 3118 2191 3763 match_93 match 3885 15015 17010 match_94 match 4910 38332 40829 match_95 match 5043 69457 72141 match_96 match 8078 48617 52826 match_97 match 8306 22186 26663 match_98 match 9057 32514 37130 match_99 match 9214 54013 58723 match_100 match 9283 9918 14867 match_101 match 3807 9276 match_102 match 42443 47976 match_103 match 26727 32451 match_104 match 58799 67462 match_105 match 3955 72318 74421 match_106 match 1796 941 2094 match_107 match 1796 941 2094 match_108 match 2272 941 2094 match_109 match 2272 941 2094 match_110 match 2200 941 2094 match_111 match 2240 941 2094 match_112 match 2240 941 2094 match_113 match 1939 941 2094 match_114 match 2192 941 2094 match_115 match 2264 941 2094 match_116 match 2264 941 2094 match_117 match 2113 941 2094 match_118 match 2161 941 2094 match_119 match 2216 941 2094 match_120 match 1883 941 2094 match_121 match 1740 957 2094 match_122 match 1772 957 2094 match_123 match 2206 941 2093 match_124 match 2206 941 2093 match_125 match 2206 941 2093 match_126 match 2177 941 2094 match_127 match 2177 941 2094 match_128 match 2206 941 2093 match_129 match 2206 941 2093 match_130 match 2206 941 2093 match_131 match 2177 941 2094 match_132 match 2177 941 2094 match_133 match 2206 941 2093 match_134 match 2206 941 2093 match_135 match 2206 941 2093 match_136 match 1818 945 2094 match_137 match 1963 941 2094 match_138 match 1818 945 2094 match_139 match 2173 941 2092 match_140 match 2192 941 2094 match_141 match 1796 941 2094 match_142 match 1796 941 2094 match_143 match 2185 941 2094 match_144 match 2200 941 2094 match_145 match 1887 941 2092 match_146 match 1877 964 2094 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 720 1 391 clone_end_2 clone_end 720 1 391 clone_end_3 clone_end 640 1 335 clone_end_4 clone_end 743 1 391 clone_end_5 clone_end 735 9 391 clone_end_6 clone_end 735 9 391 clone_end_7 clone_end 720 9 391 clone_start_1 clone_start 674 28 391 clone_end_8 clone_end 670 30 391 clone_start_2 clone_start 650 36 391 clone_start_3 clone_start 666 36 391 clone_start_4 clone_start 656 57 391 clone_start_5 clone_start 1098 941 1498 clone_start_6 clone_start 852 941 1386 clone_start_7 clone_start 1094 941 1492 clone_start_8 clone_start 886 941 1411 clone_start_9 clone_start 1094 941 1508 clone_end_9 clone_end 973 941 1451 clone_1 clone 1432.5 941 36106 clone_end_10 clone_end 1499 941 1696 clone_2 clone 1089.5 970 2738 clone_start_10 clone_start 1116 970 1544 clone_start_11 clone_start 1031 974 1497 clone_end_11 clone_end 1041 1022 1554 clone_end_12 clone_end 1279 1072 1740 clone_end_13 clone_end 1057 1094 1634 clone_end_14 clone_end 1558 1099 1892 clone_end_15 clone_end 1546 1101 1896 clone_start_12 clone_start 1302 1120 1796 clone_start_13 clone_start 1178 1127 1740 clone_start_14 clone_start 1148 1128 1738 clone_end_16 clone_end 674 1201 1548 clone_end_17 clone_end 1096 1240 1816 clone_end_18 clone_end 1051 1262 1815 clone_start_15 clone_start 835 1311 1759 clone_start_16 clone_start 813 1312 1741 clone_start_17 clone_start 807 1684 2094 clone_end_19 clone_end 765 1705 2094 clone_end_20 clone_end 710 1721 2094 clone_end_21 clone_end 664 1732 2094 clone_end_22 clone_end 268 2191 2325 clone_end_23 clone_end 307 2191 2353 clone_start_18 clone_start 646 2333 2678 clone_start_19 clone_start 874 2354 2826 clone_start_20 clone_start 680 2365 2711 clone_3 clone 1174.5 2806 39079 clone_start_21 clone_start 1144 2806 3382 clone_start_22 clone_start 1435 7026 7765 clone_end_24 clone_end 835 29517 29937 clone_start_23 clone_start 922 43431 43916 clone_end_25 clone_end 1203 44648 45254 clone_end_26 clone_end 1261 53144 53779 clone_end_27 clone_end 1376 62715 63429 clone_start_24 clone_start 1291 64593 65267 clone_start_25 clone_start 987 72559 73116 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_26 clone_start 720 391 1 clone_start_27 clone_start 1366 36106 35418 clone_start_28 clone_start 1296 1606 941 clone_start_29 clone_start 1207 1606 958 clone_end_28 clone_end 1063 2738 2191 clone_start_30 clone_start 1342 1904 1200 clone_end_29 clone_end 971 1772 1255 clone_end_30 clone_end 1104 2094 1514 clone_start_31 clone_start 1009 2094 1558 clone_start_32 clone_start 967 2094 1599 clone_start_33 clone_start 757 2094 1689 clone_start_34 clone_start 525 2094 1826 clone_end_31 clone_end 1084 2737 2191 clone_start_35 clone_start 640 2517 2191 clone_end_32 clone_end 1213 2826 2191 clone_start_36 clone_start 252 2322 2192 clone_end_33 clone_end 1080 2787 2219 clone_start_37 clone_start 1059 2790 2241 clone_end_34 clone_end 763 2643 2243 clone_end_35 clone_end 1033 2826 2306 clone_end_36 clone_end 997 2828 2314 clone_start_38 clone_start 805 2826 2410 clone_end_37 clone_end 763 2831 2435 clone_start_39 clone_start 664 2826 2488 clone_start_40 clone_start 1245 3199 2572 clone_end_38 clone_end 1205 39079 38472 clone_start_41 clone_start 1302 7384 6728 clone_start_42 clone_start 823 8914 8496 clone_start_43 clone_start 1027 16142 15577 clone_start_44 clone_start 1063 23137 22557 clone_start_45 clone_start 343 32451 32279 clone_start_46 clone_start 1021 33877 33347 clone_start_47 clone_start 1241 55029 54404 clone_start_48 clone_start 1544 60924 60099 clone_start_49 clone_start 1493 60917 60134 clone_start_50 clone_start 1372 70188 69457 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.998 4683 5296 match_2 match_part 1.000 4701 5285 match_3 match_part 0.987 4721 5431 match_4 match_part 0.986 4721 5424 match_5 match_part 0.967 4722 5181 match_6 match_part 1.000 24635 24694 match_part 0.994 24819 25449 match_7 match_part 0.990 70760 70856 match_part 1.000 72687 72783 match_part 1.000 72903 72977 match_part 1.000 73302 73369 match_part 1.000 74052 74181 match_part 1.000 74293 74313 match_8 match_part 0.974 70781 70856 match_part 0.990 72687 72783 match_part 1.000 72903 72977 match_part 1.000 73302 73361 match_9 match_part 1.000 72738 72783 match_part 1.000 72903 72977 match_part 0.985 73302 73369 match_part 1.000 74052 74181 match_part 0.913 74293 74419 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_10 match_part 0.980 7664 7614 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 0.994 6181 5824 match_11 match_part 1.000 7868 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 0.997 6181 5860 match_12 match_part 1.000 8066 7960 match_part 1.000 7870 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 1.000 6181 5914 match_13 match_part 0.933 7150 7121 match_part 1.000 7030 6968 match_part 0.991 6479 6369 match_part 0.984 6181 5991 match_14 match_part 1.000 8066 7960 match_part 1.000 7870 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 0.986 6479 6406 match_15 match_part 1.000 9573 9352 match_part 0.981 9255 8719 match_16 match_part 1.000 9573 9352 match_part 0.992 9255 8728 match_17 match_part 1.000 9481 9352 match_part 0.994 9255 8770 match_18 match_part 0.971 9421 9352 match_part 1.000 9255 8814 match_19 match_part 1.000 9642 9352 match_part 1.000 9255 9043 match_20 match_part 1.000 9642 9352 match_part 0.994 9255 9075 match_21 match_part 0.960 9500 9352 match_part 0.948 9255 9160 match_22 match_part 0.914 13613 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.994 11696 11226 match_part 0.857 11162 11156 match_23 match_part 0.959 12105 12008 match_part 0.985 11847 11783 match_part 0.992 11696 11226 match_part 0.857 11162 11156 match_24 match_part 0.982 13645 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.998 11696 11222 match_25 match_part 1.000 13611 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.998 11696 11226 match_26 match_part 1.000 11836 11783 match_part 1.000 11696 11226 match_27 match_part 1.000 13610 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 1.000 11696 11254 match_28 match_part 1.000 13613 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.976 11696 11451 match_29 match_part 0.984 28905 28720 match_part 1.000 28555 28473 match_part 1.000 28401 28172 match_part 1.000 28051 28002 match_part 1.000 27897 27823 match_part 0.980 27513 27312 match_30 match_part 0.956 29725 29342 match_31 match_part 0.987 29725 29342 match_32 match_part 0.987 29725 29342 match_33 match_part 0.994 42143 41976 match_part 1.000 41803 41458 match_part 1.000 40062 39817 match_part 1.000 38998 38808 match_part 1.000 38725 38554 match_part 1.000 36774 36637 match_part 1.000 36557 36380 match_part 1.000 36239 36094 match_part 1.000 35884 35708 match_part 1.000 35607 35497 match_part 1.000 35070 34951 match_part 1.000 34853 34697 match_part 0.994 34171 34008 match_part 0.989 33903 33817 match_part 1.000 31679 31351 match_part 1.000 31003 30946 match_part 1.000 30677 30617 match_part 1.000 30372 30099 match_part 1.000 29882 29370 match_34 match_part 0.994 35872 35708 match_part 1.000 35607 35497 match_part 1.000 35070 34951 match_part 1.000 34853 34697 match_part 0.988 34171 34008 match_part 1.000 33903 33828 match_35 match_part 1.000 42131 41976 match_part 1.000 41803 41458 match_part 1.000 40062 39817 match_part 1.000 38998 38900 match_36 match_part 0.989 49734 49027 match_37 match_part 0.973 51374 51300 match_part 0.995 49849 49106 match_38 match_part 1.000 50766 50049 match_39 match_part 0.979 50765 50154 match_40 match_part 0.998 53724 53109 match_41 match_part 0.996 53866 53371 match_42 match_part 0.985 53867 53468 match_43 match_part 1.000 57374 56552 match_44 match_part 1.000 57517 56728 match_45 match_part 0.985 58610 58543 match_part 1.000 58459 58298 match_part 1.000 57976 57380 match_46 match_part 0.971 58610 58543 match_part 1.000 58459 58298 match_part 0.992 57976 57467 match_47 match_part 1.000 58637 58543 match_part 1.000 58459 58298 match_part 0.996 57976 57508 match_48 match_part 1.000 58609 58543 match_part 1.000 58459 58298 match_part 1.000 57904 57538 match_49 match_part 1.000 58641 58543 match_part 1.000 58459 58298 match_part 1.000 57843 57601 match_50 match_part 0.917 58747 58543 match_part 0.975 58459 58298 match_part 0.975 57976 57740 match_51 match_part 1.000 58727 58543 match_part 1.000 58459 58298 match_part 1.000 57914 57819 match_52 match_part 1.000 58719 58543 match_part 0.998 58459 58002 match_53 match_part 1.000 58719 58543 match_part 1.000 58459 58002 match_54 match_part 0.991 58648 58543 match_part 1.000 58459 58404 match_55 match_part 0.996 66308 66038 match_part 1.000 65916 65860 match_part 1.000 65668 65574 match_part 1.000 64969 64819 match_part 0.992 64506 64381 match_part 1.000 64265 64109 match_part 1.000 63949 63889 match_part 0.996 63807 63525 match_part 1.000 63124 62999 match_part 0.994 62704 62549 match_part 0.996 62464 62218 match_part 1.000 62140 61679 match_part 1.000 61008 60352 match_56 match_part 1.000 62293 62218 match_part 1.000 62140 61679 match_part 1.000 61008 60879 match_57 match_part 0.984 63122 62999 match_part 0.997 62704 62359 match_58 match_part 0.979 66225 66038 match_part 0.982 65916 65860 match_part 0.968 65668 65574 match_part 1.000 64969 64875 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 4683 5431 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 8066 7960 exon 7870 7812 exon 7220 7121 exon 7030 6968 exon 6479 6369 exon 6181 5860 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 7664 7614 exon 7220 7121 exon 7030 6968 exon 6479 6369 exon 6181 5824 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 9642 9352 exon 9255 8719 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13613 13533 exon 12115 12008 exon 11847 11783 exon 11696 11226 exon 11162 11156 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13645 13533 exon 12115 12008 exon 11847 11783 exon 11696 11222 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 24635 24694 exon 24819 25449 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 28905 28720 exon 28555 28473 exon 28401 28172 exon 28051 28002 exon 27897 27823 exon 27513 27312 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 42143 41976 exon 41803 41458 exon 40062 39817 exon 38998 38808 exon 38725 38554 exon 36774 36637 exon 36557 36380 exon 36239 36094 exon 35884 35708 exon 35607 35497 exon 35070 34951 exon 34853 34697 exon 34171 34008 exon 33903 33817 exon 31679 31351 exon 31003 30946 exon 30677 30617 exon 30372 30099 exon 29882 29342 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 50766 50049 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 51374 51300 exon 49849 49027 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 53867 53109 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58747 58543 exon 58459 58298 exon 57976 56552 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58648 58543 exon 58459 58298 exon 57904 57538 gene_15 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58648 58543 exon 58459 58298 exon 57843 57601 gene_16 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58719 58543 exon 58459 58002 gene_17 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58727 58543 exon 58459 58298 exon 57914 57819 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 66308 66038 exon 65916 65860 exon 65668 65574 exon 64969 64819 exon 64506 64381 exon 64265 64109 exon 63949 63889 exon 63807 63525 exon 63124 62999 exon 62704 62549 exon 62464 62218 exon 62140 61679 exon 61008 60352 gene_19 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 63122 62999 exon 62704 62359 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 70760 70856 exon 72687 72783 exon 72903 72977 exon 73302 73369 exon 74052 74181 exon 74293 74419 AUGUSTUS_tom_cdna de novo gene_1 gene 0.65 4748 5323 transcript_1 transcript 0.65 4748 5323 start_codon_1 start_codon 4748 4750 CDS_1 CDS 0.65 4748 5323 stop_codon_1 stop_codon 5321 5323 gene_2 gene 1 24583 26308 transcript_2 transcript 1 24583 26308 start_codon_2 start_codon 24583 24585 intron_1 intron 1 24695 24818 CDS_2 CDS 1 24583 24694 CDS_3 CDS 1 24819 26308 stop_codon_2 stop_codon 26306 26308 gene_3 gene 0.22 43217 43981 transcript_3 transcript 0.22 43217 43981 start_codon_3 start_codon 43217 43219 intron_2 intron 0.62 43222 43608 CDS_4 CDS 0.62 43217 43221 CDS_5 CDS 0.36 43609 43981 stop_codon_3 stop_codon 43979 43981 gene_4 gene 0.93 70779 74402 transcript_4 transcript 0.93 70779 74402 start_codon_4 start_codon 70779 70781 intron_3 intron 1 70857 72686 intron_4 intron 1 72784 72902 intron_5 intron 1 72978 73301 intron_6 intron 1 73370 74051 intron_7 intron 1 74182 74292 CDS_6 CDS 0.93 70779 70856 CDS_7 CDS 1 72687 72783 CDS_8 CDS 1 72903 72977 CDS_9 CDS 1 73302 73369 CDS_10 CDS 1 74052 74181 CDS_11 CDS 1 74293 74402 stop_codon_4 stop_codon 74400 74402 AUGUSTUS_tom_cdna de novo gene_5 gene 1.1 9423 6062 transcript_5 transcript 0.58 9423 6062 stop_codon_5 stop_codon 6064 6062 intron_8 intron 1 6368 6182 intron_9 intron 1 6967 6480 intron_10 intron 1 7120 7031 intron_11 intron 1 7811 7221 intron_12 intron 1 7959 7871 intron_13 intron 1 8718 8332 intron_14 intron 1 9351 9256 CDS_12 CDS 1 6181 6062 CDS_13 CDS 1 6479 6369 CDS_14 CDS 1 7030 6968 CDS_15 CDS 1 7220 7121 CDS_16 CDS 1 7870 7812 CDS_17 CDS 1 8331 7960 CDS_18 CDS 1 9255 8719 CDS_19 CDS 0.58 9423 9352 start_codon_5 start_codon 9423 9421 transcript_6 transcript 0.52 9423 6062 stop_codon_6 stop_codon 6064 6062 intron_15 intron 1 6368 6182 intron_16 intron 1 6967 6480 intron_17 intron 1 7120 7031 intron_18 intron 0.77 7613 7221 intron_19 intron 0.77 7811 7689 intron_20 intron 1 7959 7871 intron_21 intron 1 8718 8332 intron_22 intron 1 9351 9256 CDS_20 CDS 1 6181 6062 CDS_21 CDS 1 6479 6369 CDS_22 CDS 1 7030 6968 CDS_23 CDS 1 7220 7121 CDS_24 CDS 0.77 7688 7614 CDS_25 CDS 1 7870 7812 CDS_26 CDS 1 8331 7960 CDS_27 CDS 1 9255 8719 CDS_28 CDS 0.68 9423 9352 start_codon_6 start_codon 9423 9421 gene_6 gene 0.57 13622 11549 transcript_7 transcript 0.57 13622 11549 stop_codon_7 stop_codon 11551 11549 intron_23 intron 1 11782 11697 intron_24 intron 1 12007 11848 intron_25 intron 1 13532 12116 CDS_29 CDS 1 11696 11549 CDS_30 CDS 1 11847 11783 CDS_31 CDS 1 12115 12008 CDS_32 CDS 0.57 13622 13533 start_codon_7 start_codon 13622 13620 gene_7 gene 0.53 16264 15306 transcript_8 transcript 0.53 16264 15306 stop_codon_8 stop_codon 15308 15306 intron_26 intron 0.98 15888 15796 intron_27 intron 0.94 16131 16019 CDS_33 CDS 0.55 15795 15306 CDS_34 CDS 0.94 16018 15889 CDS_35 CDS 0.99 16264 16132 start_codon_8 start_codon 16264 16262 gene_8 gene 1 28916 27024 transcript_9 transcript 1 28916 27024 stop_codon_9 stop_codon 27026 27024 intron_28 intron 1 27822 27514 intron_29 intron 1 28001 27898 intron_30 intron 1 28171 28052 intron_31 intron 1 28472 28402 intron_32 intron 1 28719 28556 CDS_36 CDS 1 27513 27024 CDS_37 CDS 1 27897 27823 CDS_38 CDS 1 28051 28002 CDS_39 CDS 1 28401 28172 CDS_40 CDS 1 28555 28473 CDS_41 CDS 1 28916 28720 start_codon_9 start_codon 28916 28914 gene_9 gene 0.23 42892 29547 transcript_10 transcript 0.23 42892 29547 stop_codon_10 stop_codon 29549 29547 intron_33 intron 1 30098 29883 intron_34 intron 0.98 30616 30373 intron_35 intron 0.95 30945 30757 intron_36 intron 1 31350 31004 intron_37 intron 1 33816 31680 intron_38 intron 1 34007 33904 intron_39 intron 1 34696 34172 intron_40 intron 1 34950 34854 intron_41 intron 1 35496 35071 intron_42 intron 1 35707 35608 intron_43 intron 1 36093 35885 intron_44 intron 1 36379 36240 intron_45 intron 1 36636 36558 intron_46 intron 1 38553 36775 intron_47 intron 1 38807 38726 intron_48 intron 1 39816 38999 intron_49 intron 1 41457 40063 intron_50 intron 0.93 41975 41804 intron_51 intron 0.25 42881 41988 CDS_42 CDS 1 29882 29547 CDS_43 CDS 0.95 30372 30099 CDS_44 CDS 0.95 30756 30617 CDS_45 CDS 1 31003 30946 CDS_46 CDS 1 31679 31351 CDS_47 CDS 1 33903 33817 CDS_48 CDS 1 34171 34008 CDS_49 CDS 1 34853 34697 CDS_50 CDS 1 35070 34951 CDS_51 CDS 1 35607 35497 CDS_52 CDS 1 35884 35708 CDS_53 CDS 1 36239 36094 CDS_54 CDS 1 36557 36380 CDS_55 CDS 1 36774 36637 CDS_56 CDS 1 38725 38554 CDS_57 CDS 1 38998 38808 CDS_58 CDS 1 40062 39817 CDS_59 CDS 0.79 41803 41458 CDS_60 CDS 0.26 41987 41976 CDS_61 CDS 0.58 42892 42882 start_codon_10 start_codon 42892 42890 gene_10 gene 0.99 52153 49309 transcript_11 transcript 0.99 52153 49309 stop_codon_11 stop_codon 49311 49309 intron_52 intron 1 51299 49850 CDS_62 CDS 1 49849 49309 CDS_63 CDS 0.99 52153 51300 start_codon_11 start_codon 52153 52151 gene_11 gene 1 57761 53604 transcript_12 transcript 1 57761 53604 stop_codon_12 stop_codon 53606 53604 intron_53 intron 1 56549 53964 CDS_64 CDS 1 53963 53604 CDS_65 CDS 1 57761 56550 start_codon_12 start_codon 57761 57759 gene_12 gene 0.72 60834 58405 transcript_13 transcript 0.72 60834 58405 stop_codon_13 stop_codon 58407 58405 intron_54 intron 1 58542 58460 intron_55 intron 0.72 60629 58762 intron_56 intron 0.9 60753 60677 CDS_66 CDS 1 58459 58405 CDS_67 CDS 0.95 58761 58543 CDS_68 CDS 0.89 60676 60630 CDS_69 CDS 0.94 60834 60754 start_codon_13 start_codon 60834 60832 gene_13 gene 0.87 66253 60968 transcript_14 transcript 0.87 66253 60968 stop_codon_14 stop_codon 60970 60968 intron_57 intron 1 61678 61009 intron_58 intron 1 62217 62141 intron_59 intron 1 62548 62465 intron_60 intron 1 62998 62705 intron_61 intron 1 63524 63125 intron_62 intron 1 63888 63808 intron_63 intron 1 64108 63950 intron_64 intron 1 64380 64266 intron_65 intron 1 64818 64507 intron_66 intron 1 65573 64970 intron_67 intron 1 65859 65669 intron_68 intron 1 66037 65917 CDS_70 CDS 1 61008 60968 CDS_71 CDS 1 62140 61679 CDS_72 CDS 1 62464 62218 CDS_73 CDS 1 62704 62549 CDS_74 CDS 1 63124 62999 CDS_75 CDS 1 63807 63525 CDS_76 CDS 1 63949 63889 CDS_77 CDS 1 64265 64109 CDS_78 CDS 1 64506 64381 CDS_79 CDS 1 64969 64819 CDS_80 CDS 1 65668 65574 CDS_81 CDS 1 65916 65860 CDS_82 CDS 0.87 66253 66038 start_codon_14 start_codon 66253 66251 AUGUSTUS_ab_initio de novo gene_1 gene 0.63 4748 5323 transcript_1 transcript 0.63 4748 5323 start_codon_1 start_codon 4748 4750 CDS_1 CDS 0.63 4748 5323 stop_codon_1 stop_codon 5321 5323 gene_2 gene 0.98 24583 26308 transcript_2 transcript 0.98 24583 26308 start_codon_2 start_codon 24583 24585 intron_1 intron 0.98 24695 24818 CDS_2 CDS 0.99 24583 24694 CDS_3 CDS 0.98 24819 26308 stop_codon_2 stop_codon 26306 26308 gene_3 gene 0.04 43217 46670 transcript_3 transcript 0.04 43217 46670 start_codon_3 start_codon 43217 43219 intron_2 intron 0.4 43222 43608 intron_3 intron 0.86 43954 46014 intron_4 intron 0.55 46132 46253 intron_5 intron 0.34 46322 46533 CDS_4 CDS 0.44 43217 43221 CDS_5 CDS 0.99 43609 43953 CDS_6 CDS 0.94 46015 46131 CDS_7 CDS 0.38 46254 46321 CDS_8 CDS 0.32 46534 46670 stop_codon_3 stop_codon 46668 46670 gene_4 gene 0.96 70779 74402 transcript_4 transcript 0.96 70779 74402 start_codon_4 start_codon 70779 70781 intron_6 intron 0.99 70857 72686 intron_7 intron 0.98 72784 72902 intron_8 intron 0.98 72978 73301 intron_9 intron 1 73370 74051 intron_10 intron 1 74182 74292 CDS_9 CDS 0.99 70779 70856 CDS_10 CDS 1 72687 72783 CDS_11 CDS 0.98 72903 72977 CDS_12 CDS 1 73302 73369 CDS_13 CDS 1 74052 74181 CDS_14 CDS 1 74293 74402 stop_codon_4 stop_codon 74400 74402 AUGUSTUS_ab_initio de novo gene_5 gene 0.12 13622 6062 transcript_5 transcript 0.12 13622 6062 stop_codon_5 stop_codon 6064 6062 intron_11 intron 0.81 6368 6182 intron_12 intron 0.7 6967 6480 intron_13 intron 0.68 7613 7221 intron_14 intron 0.87 7811 7689 intron_15 intron 1 7959 7871 intron_16 intron 1 8718 8332 intron_17 intron 0.98 9351 9256 intron_18 intron 0.34 11782 9440 intron_19 intron 1 12007 11848 intron_20 intron 1 13532 12116 CDS_15 CDS 0.81 6181 6062 CDS_16 CDS 1 6479 6369 CDS_17 CDS 0.42 7220 6968 CDS_18 CDS 0.87 7688 7614 CDS_19 CDS 0.93 7870 7812 CDS_20 CDS 1 8331 7960 CDS_21 CDS 0.99 9255 8719 CDS_22 CDS 0.4 9439 9352 CDS_23 CDS 1 11847 11783 CDS_24 CDS 1 12115 12008 CDS_25 CDS 0.88 13622 13533 start_codon_5 start_codon 13622 13620 gene_6 gene 0.85 16264 15306 transcript_6 transcript 0.85 16264 15306 stop_codon_6 stop_codon 15308 15306 intron_21 intron 1 15888 15796 intron_22 intron 0.98 16131 16019 CDS_26 CDS 0.87 15795 15306 CDS_27 CDS 0.98 16018 15889 CDS_28 CDS 1 16264 16132 start_codon_6 start_codon 16264 16262 gene_7 gene 0.97 28916 27024 transcript_7 transcript 0.97 28916 27024 stop_codon_7 stop_codon 27026 27024 intron_23 intron 0.97 27822 27514 intron_24 intron 1 28001 27898 intron_25 intron 1 28171 28052 intron_26 intron 1 28472 28402 intron_27 intron 1 28719 28556 CDS_29 CDS 0.97 27513 27024 CDS_30 CDS 1 27897 27823 CDS_31 CDS 1 28051 28002 CDS_32 CDS 1 28401 28172 CDS_33 CDS 1 28555 28473 CDS_34 CDS 1 28916 28720 start_codon_7 start_codon 28916 28914 gene_8 gene 0.05 41748 29547 transcript_8 transcript 0.05 41748 29547 stop_codon_8 stop_codon 29549 29547 intron_28 intron 0.82 30098 29883 intron_29 intron 0.78 30616 30373 intron_30 intron 0.99 30945 30757 intron_31 intron 0.99 31350 31004 intron_32 intron 1 31750 31680 intron_33 intron 0.97 32232 31819 intron_34 intron 1 33816 32303 intron_35 intron 0.99 34007 33904 intron_36 intron 1 34696 34172 intron_37 intron 1 34950 34854 intron_38 intron 0.52 35496 35071 intron_39 intron 1 35707 35608 intron_40 intron 0.97 36093 35885 intron_41 intron 1 36379 36240 intron_42 intron 0.89 36636 36558 intron_43 intron 0.98 38553 36775 intron_44 intron 1 38807 38726 intron_45 intron 0.56 39816 38999 intron_46 intron 0.94 40148 40063 intron_47 intron 0.57 41575 40219 CDS_35 CDS 0.75 29882 29547 CDS_36 CDS 0.76 30372 30099 CDS_37 CDS 1 30756 30617 CDS_38 CDS 0.99 31003 30946 CDS_39 CDS 0.97 31679 31351 CDS_40 CDS 0.97 31818 31751 CDS_41 CDS 1 32302 32233 CDS_42 CDS 1 33903 33817 CDS_43 CDS 0.99 34171 34008 CDS_44 CDS 1 34853 34697 CDS_45 CDS 1 35070 34951 CDS_46 CDS 0.52 35607 35497 CDS_47 CDS 0.99 35884 35708 CDS_48 CDS 0.98 36239 36094 CDS_49 CDS 0.98 36557 36380 CDS_50 CDS 0.91 36774 36637 CDS_51 CDS 1 38725 38554 CDS_52 CDS 0.99 38998 38808 CDS_53 CDS 0.57 40062 39817 CDS_54 CDS 0.86 40218 40149 CDS_55 CDS 0.53 41748 41576 start_codon_8 start_codon 41748 41746 gene_9 gene 0.92 52153 49309 transcript_9 transcript 0.92 52153 49309 stop_codon_9 stop_codon 49311 49309 intron_48 intron 0.99 51299 49850 CDS_56 CDS 0.99 49849 49309 CDS_57 CDS 0.94 52153 51300 start_codon_9 start_codon 52153 52151 gene_10 gene 0.65 57761 53604 transcript_10 transcript 0.65 57761 53604 stop_codon_10 stop_codon 53606 53604 intron_49 intron 0.98 56549 53964 CDS_58 CDS 0.84 53963 53604 CDS_59 CDS 0.78 57761 56550 start_codon_10 start_codon 57761 57759 gene_11 gene 0.07 66253 58405 transcript_11 transcript 0.07 66253 58405 stop_codon_11 stop_codon 58407 58405 intron_50 intron 0.55 59371 58460 intron_51 intron 0.68 60629 59447 intron_52 intron 0.93 60753 60677 intron_53 intron 0.38 61678 60816 intron_54 intron 1 62217 62141 intron_55 intron 0.51 62998 62465 intron_56 intron 0.98 63524 63125 intron_57 intron 1 63888 63808 intron_58 intron 0.69 64108 63950 intron_59 intron 0.92 64380 64266 intron_60 intron 0.7 64818 64507 intron_61 intron 0.98 65573 64970 intron_62 intron 0.98 65859 65669 intron_63 intron 0.94 66037 65917 CDS_60 CDS 0.72 58459 58405 CDS_61 CDS 0.68 59446 59372 CDS_62 CDS 0.86 60676 60630 CDS_63 CDS 0.38 60815 60754 CDS_64 CDS 0.46 62140 61679 CDS_65 CDS 0.67 62464 62218 CDS_66 CDS 0.99 63124 62999 CDS_67 CDS 1 63807 63525 CDS_68 CDS 1 63949 63889 CDS_69 CDS 0.63 64265 64109 CDS_70 CDS 1 64506 64381 CDS_71 CDS 0.85 64969 64819 CDS_72 CDS 0.98 65668 65574 CDS_73 CDS 0.99 65916 65860 CDS_74 CDS 0.84 66253 66038 start_codon_11 start_codon 66253 66251 AUGUSTUS_tom_ugs de novo gene_1 gene 0.58 4748 5323 transcript_1 transcript 0.58 4748 5323 start_codon_1 start_codon 4748 4750 CDS_1 CDS 0.58 4748 5323 stop_codon_1 stop_codon 5321 5323 gene_2 gene 1 24583 26308 transcript_2 transcript 1 24583 26308 start_codon_2 start_codon 24583 24585 intron_1 intron 1 24695 24818 CDS_2 CDS 1 24583 24694 CDS_3 CDS 1 24819 26308 stop_codon_2 stop_codon 26306 26308 gene_3 gene 0.26 43217 43981 transcript_3 transcript 0.26 43217 43981 start_codon_3 start_codon 43217 43219 intron_2 intron 0.48 43222 43608 CDS_4 CDS 0.48 43217 43221 CDS_5 CDS 0.44 43609 43981 stop_codon_3 stop_codon 43979 43981 gene_4 gene 1 70779 74402 transcript_4 transcript 1 70779 74402 start_codon_4 start_codon 70779 70781 intron_3 intron 1 70857 72686 intron_4 intron 1 72784 72902 intron_5 intron 1 72978 73301 intron_6 intron 1 73370 74051 intron_7 intron 1 74182 74292 CDS_6 CDS 1 70779 70856 CDS_7 CDS 1 72687 72783 CDS_8 CDS 1 72903 72977 CDS_9 CDS 1 73302 73369 CDS_10 CDS 1 74052 74181 CDS_11 CDS 1 74293 74402 stop_codon_4 stop_codon 74400 74402 AUGUSTUS_tom_ugs de novo gene_5 gene 0.57 9423 6062 transcript_5 transcript 0.57 9423 6062 stop_codon_5 stop_codon 6064 6062 intron_8 intron 1 6368 6182 intron_9 intron 1 6967 6480 intron_10 intron 1 7120 7031 intron_11 intron 1 7811 7221 intron_12 intron 1 7959 7871 intron_13 intron 1 8718 8332 intron_14 intron 1 9351 9256 CDS_12 CDS 1 6181 6062 CDS_13 CDS 1 6479 6369 CDS_14 CDS 1 7030 6968 CDS_15 CDS 1 7220 7121 CDS_16 CDS 1 7870 7812 CDS_17 CDS 1 8331 7960 CDS_18 CDS 1 9255 8719 CDS_19 CDS 0.57 9423 9352 start_codon_5 start_codon 9423 9421 gene_6 gene 0.65 13622 11549 transcript_6 transcript 0.65 13622 11549 stop_codon_6 stop_codon 11551 11549 intron_15 intron 1 11782 11697 intron_16 intron 1 12007 11848 intron_17 intron 1 13532 12116 CDS_20 CDS 1 11696 11549 CDS_21 CDS 1 11847 11783 CDS_22 CDS 1 12115 12008 CDS_23 CDS 0.65 13622 13533 start_codon_6 start_codon 13622 13620 gene_7 gene 0.62 16264 15306 transcript_7 transcript 0.62 16264 15306 stop_codon_7 stop_codon 15308 15306 intron_18 intron 0.99 15888 15796 intron_19 intron 0.96 16131 16019 CDS_24 CDS 0.64 15795 15306 CDS_25 CDS 0.95 16018 15889 CDS_26 CDS 1 16264 16132 start_codon_7 start_codon 16264 16262 gene_8 gene 1 28916 27024 transcript_8 transcript 1 28916 27024 stop_codon_8 stop_codon 27026 27024 intron_20 intron 1 27822 27514 intron_21 intron 1 28001 27898 intron_22 intron 1 28171 28052 intron_23 intron 1 28472 28402 intron_24 intron 1 28719 28556 CDS_27 CDS 1 27513 27024 CDS_28 CDS 1 27897 27823 CDS_29 CDS 1 28051 28002 CDS_30 CDS 1 28401 28172 CDS_31 CDS 1 28555 28473 CDS_32 CDS 1 28916 28720 start_codon_8 start_codon 28916 28914 gene_9 gene 0.79 41748 29547 transcript_9 transcript 0.79 41748 29547 stop_codon_9 stop_codon 29549 29547 intron_25 intron 1 30098 29883 intron_26 intron 0.97 30616 30373 intron_27 intron 0.86 30945 30757 intron_28 intron 1 31350 31004 intron_29 intron 1 33816 31680 intron_30 intron 1 34007 33904 intron_31 intron 1 34696 34172 intron_32 intron 1 34950 34854 intron_33 intron 1 35496 35071 intron_34 intron 1 35707 35608 intron_35 intron 1 36093 35885 intron_36 intron 1 36379 36240 intron_37 intron 1 36636 36558 intron_38 intron 1 38553 36775 intron_39 intron 1 38807 38726 intron_40 intron 1 39816 38999 intron_41 intron 1 41457 40063 CDS_33 CDS 1 29882 29547 CDS_34 CDS 0.86 30372 30099 CDS_35 CDS 0.86 30756 30617 CDS_36 CDS 1 31003 30946 CDS_37 CDS 1 31679 31351 CDS_38 CDS 1 33903 33817 CDS_39 CDS 1 34171 34008 CDS_40 CDS 1 34853 34697 CDS_41 CDS 1 35070 34951 CDS_42 CDS 1 35607 35497 CDS_43 CDS 1 35884 35708 CDS_44 CDS 1 36239 36094 CDS_45 CDS 1 36557 36380 CDS_46 CDS 1 36774 36637 CDS_47 CDS 1 38725 38554 CDS_48 CDS 1 38998 38808 CDS_49 CDS 1 40062 39817 CDS_50 CDS 0.92 41748 41458 start_codon_9 start_codon 41748 41746 gene_10 gene 1 57761 53604 transcript_10 transcript 1 57761 53604 stop_codon_10 stop_codon 53606 53604 intron_42 intron 1 56549 53964 CDS_51 CDS 1 53963 53604 CDS_52 CDS 1 57761 56550 start_codon_10 start_codon 57761 57759 gene_11 gene 0.63 60834 58405 transcript_11 transcript 0.63 60834 58405 stop_codon_11 stop_codon 58407 58405 intron_43 intron 1 58542 58460 intron_44 intron 0.63 60629 58762 intron_45 intron 0.91 60753 60677 CDS_53 CDS 1 58459 58405 CDS_54 CDS 0.96 58761 58543 CDS_55 CDS 0.89 60676 60630 CDS_56 CDS 0.94 60834 60754 start_codon_11 start_codon 60834 60832 gene_12 gene 0.91 66253 60968 transcript_12 transcript 0.91 66253 60968 stop_codon_12 stop_codon 60970 60968 intron_46 intron 1 61678 61009 intron_47 intron 1 62217 62141 intron_48 intron 1 62548 62465 intron_49 intron 1 62998 62705 intron_50 intron 1 63524 63125 intron_51 intron 1 63888 63808 intron_52 intron 1 64108 63950 intron_53 intron 1 64380 64266 intron_54 intron 1 64818 64507 intron_55 intron 1 65573 64970 intron_56 intron 1 65859 65669 intron_57 intron 1 66037 65917 CDS_57 CDS 1 61008 60968 CDS_58 CDS 1 62140 61679 CDS_59 CDS 1 62464 62218 CDS_60 CDS 1 62704 62549 CDS_61 CDS 1 63124 62999 CDS_62 CDS 1 63807 63525 CDS_63 CDS 1 63949 63889 CDS_64 CDS 1 64265 64109 CDS_65 CDS 1 64506 64381 CDS_66 CDS 1 64969 64819 CDS_67 CDS 1 65668 65574 CDS_68 CDS 1 65916 65860 CDS_69 CDS 0.91 66253 66038 start_codon_12 start_codon 66253 66251 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.996 4666 5422 match_2 match_part 0.997 24316 24694 match_part 0.987 24819 25513 match_3 match_part 0.990 70753 70856 match_part 1.000 72687 72783 match_part 1.000 72903 72977 match_part 1.000 73302 73714 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 0.991 8068 7960 match_part 1.000 7870 7812 match_part 1.000 7220 7121 match_part 1.000 7030 6968 match_part 1.000 6479 6369 match_part 0.992 6181 5822 match_5 match_part 0.997 9644 9352 match_part 1.000 9255 8719 match_part 1.000 8331 8189 match_6 match_part 0.982 13645 13533 match_part 1.000 12115 12008 match_part 1.000 11847 11783 match_part 0.998 11696 11222 match_7 match_part 0.984 28904 28720 match_part 1.000 28555 28473 match_part 1.000 28401 28172 match_part 1.000 28051 28002 match_part 1.000 27897 27823 match_part 0.980 27513 27312 match_8 match_part 0.994 42132 41976 match_part 1.000 41803 41458 match_part 1.000 40062 39817 match_part 1.000 38998 38808 match_part 1.000 38725 38554 match_part 1.000 36774 36637 match_part 1.000 36557 36380 match_part 1.000 36239 36094 match_part 1.000 35884 35708 match_part 1.000 35607 35497 match_part 1.000 35070 34951 match_part 1.000 34853 34697 match_part 0.994 34171 34008 match_part 0.989 33903 33817 match_part 1.000 31679 31351 match_part 1.000 31003 30946 match_part 1.000 30677 30617 match_part 1.000 30372 30099 match_part 1.000 29882 29352 match_9 match_part 1.000 42015 41458 match_part 0.981 40062 39908 match_10 match_part 0.973 51374 51300 match_part 0.996 49849 49041 match_11 match_part 0.985 50751 50027 match_12 match_part 1.000 58720 58543 match_part 0.926 58459 56550 match_part 1.000 53963 53079 match_13 match_part 1.000 58728 58543 match_part 1.000 58459 58298 match_part 1.000 57904 57528 match_14 match_part 0.990 58646 58543 match_part 1.000 58459 58298 match_part 1.000 57843 57601 match_15 match_part 0.922 58747 58543 match_part 0.975 58459 58298 match_part 0.984 57976 57667 match_16 match_part 1.000 66342 66038 match_part 1.000 65916 65860 match_part 1.000 65668 65574 match_part 1.000 64969 64819 match_part 1.000 64506 64381 match_part 1.000 64265 64109 match_part 1.000 63949 63889 match_part 0.996 63807 63525 match_part 1.000 63124 62999 match_part 0.994 62704 62549 match_part 0.996 62464 62218 match_part 1.000 62140 61679 match_part 0.999 61008 60339 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 4666 5422 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 8068 7960 exon 7870 7812 exon 7220 7121 exon 7030 6968 exon 6479 6369 exon 6181 5822 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 9644 9352 exon 9255 8719 exon 8331 8189 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13645 13533 exon 12115 12008 exon 11847 11783 exon 11696 11222 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 24316 24694 exon 24819 25513 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 28904 28720 exon 28555 28473 exon 28401 28172 exon 28051 28002 exon 27897 27823 exon 27513 27312 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 42132 41976 exon 41803 41458 exon 40062 39817 exon 38998 38808 exon 38725 38554 exon 36774 36637 exon 36557 36380 exon 36239 36094 exon 35884 35708 exon 35607 35497 exon 35070 34951 exon 34853 34697 exon 34171 34008 exon 33903 33817 exon 31679 31351 exon 31003 30946 exon 30677 30617 exon 30372 30099 exon 29882 29352 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 42015 41458 exon 40062 39908 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 51374 51300 exon 49849 49041 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 50751 50027 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58747 58543 exon 58459 58298 exon 57976 57667 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58646 58543 exon 58459 58298 exon 57843 57601 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58720 58543 exon 58459 56550 exon 53963 53079 gene_14 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 58728 58543 exon 58459 58298 exon 57904 57528 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 66342 66038 exon 65916 65860 exon 65668 65574 exon 64969 64819 exon 64506 64381 exon 64265 64109 exon 63949 63889 exon 63807 63525 exon 63124 62999 exon 62704 62549 exon 62464 62218 exon 62140 61679 exon 61008 60339 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 70753 70856 exon 72687 72783 exon 72903 72977 exon 73302 73714 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.920 70745 70856 match_part 0.990 72687 72783 match_part 0.973 72903 72977 match_part 0.971 73302 73369 match_part 0.992 74052 74181 match_part 0.884 74293 74421 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.955 13598 13533 match_part 0.972 12115 12008 match_part 0.985 11847 11783 match_part 0.919 11696 11239 match_3 match_part 0.966 31557 31351 match_part 0.983 31003 30946 match_part 0.964 30756 30617 match_part 0.971 30372 30099 match_part 0.944 29882 29524 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 13598 13533 exon 12115 12008 exon 11847 11783 exon 11696 11239 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 31557 31351 exon 31003 30946 exon 30756 30617 exon 30372 30099 exon 29882 29524 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0121H01.1 type gene exon 70745 70856 exon 72687 72783 exon 72903 72977 exon 73302 73369 exon 74052 74181 exon 74293 74421 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.99 4748 5323 transcript_1 transcript 0.99 4748 5323 start_codon_1 start_codon 4748 4750 CDS_1 CDS 0.99 4748 5323 stop_codon_1 stop_codon 5321 5323 gene_2 gene 1 24583 26308 transcript_2 transcript 1 24583 26308 start_codon_2 start_codon 24583 24585 intron_1 intron 1 24695 24818 CDS_2 CDS 1 24583 24694 CDS_3 CDS 1 24819 26308 stop_codon_2 stop_codon 26306 26308 gene_3 gene 0.3 43217 43981 transcript_3 transcript 0.3 43217 43981 start_codon_3 start_codon 43217 43219 intron_2 intron 0.76 43222 43608 CDS_4 CDS 0.76 43217 43221 CDS_5 CDS 0.36 43609 43981 stop_codon_3 stop_codon 43979 43981 gene_4 gene 0.92 69165 74402 transcript_4 transcript 0.92 69165 74402 start_codon_4 start_codon 69165 69167 intron_3 intron 0.92 69311 70747 intron_4 intron 1 70857 72686 intron_5 intron 1 72784 72902 intron_6 intron 1 72978 73301 intron_7 intron 1 73370 74051 intron_8 intron 1 74182 74292 CDS_6 CDS 0.92 69165 69310 CDS_7 CDS 1 70748 70856 CDS_8 CDS 1 72687 72783 CDS_9 CDS 1 72903 72977 CDS_10 CDS 1 73302 73369 CDS_11 CDS 1 74052 74181 CDS_12 CDS 1 74293 74402 stop_codon_4 stop_codon 74400 74402 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1.31 9423 6062 transcript_5 transcript 0.62 9423 6062 stop_codon_5 stop_codon 6064 6062 intron_9 intron 1 6368 6182 intron_10 intron 1 6967 6480 intron_11 intron 1 7120 7031 intron_12 intron 1 7613 7221 intron_13 intron 1 7811 7689 intron_14 intron 1 7959 7871 intron_15 intron 1 8718 8332 intron_16 intron 1 9351 9256 CDS_13 CDS 1 6181 6062 CDS_14 CDS 1 6479 6369 CDS_15 CDS 1 7030 6968 CDS_16 CDS 1 7220 7121 CDS_17 CDS 1 7688 7614 CDS_18 CDS 1 7870 7812 CDS_19 CDS 1 8331 7960 CDS_20 CDS 1 9255 8719 CDS_21 CDS 0.62 9423 9352 start_codon_5 start_codon 9423 9421 transcript_6 transcript 0.69 9423 6062 stop_codon_6 stop_codon 6064 6062 intron_17 intron 1 6368 6182 intron_18 intron 1 6967 6480 intron_19 intron 1 7120 7031 intron_20 intron 1 7811 7221 intron_21 intron 1 7959 7871 intron_22 intron 1 8718 8332 intron_23 intron 1 9351 9256 CDS_22 CDS 1 6181 6062 CDS_23 CDS 1 6479 6369 CDS_24 CDS 1 7030 6968 CDS_25 CDS 1 7220 7121 CDS_26 CDS 1 7870 7812 CDS_27 CDS 1 8331 7960 CDS_28 CDS 1 9255 8719 CDS_29 CDS 0.69 9423 9352 start_codon_6 start_codon 9423 9421 gene_6 gene 0.98 13622 11549 transcript_7 transcript 0.98 13622 11549 stop_codon_7 stop_codon 11551 11549 intron_24 intron 1 11782 11697 intron_25 intron 1 12007 11848 intron_26 intron 1 13532 12116 CDS_30 CDS 1 11696 11549 CDS_31 CDS 1 11847 11783 CDS_32 CDS 1 12115 12008 CDS_33 CDS 0.98 13622 13533 start_codon_7 start_codon 13622 13620 gene_7 gene 0.95 16264 15306 transcript_8 transcript 0.95 16264 15306 stop_codon_8 stop_codon 15308 15306 intron_27 intron 1 15888 15796 intron_28 intron 0.97 16131 16019 CDS_34 CDS 0.98 15795 15306 CDS_35 CDS 0.97 16018 15889 CDS_36 CDS 1 16264 16132 start_codon_8 start_codon 16264 16262 gene_8 gene 1 28916 27024 transcript_9 transcript 1 28916 27024 stop_codon_9 stop_codon 27026 27024 intron_29 intron 1 27822 27514 intron_30 intron 1 28001 27898 intron_31 intron 1 28171 28052 intron_32 intron 1 28472 28402 intron_33 intron 1 28719 28556 CDS_37 CDS 1 27513 27024 CDS_38 CDS 1 27897 27823 CDS_39 CDS 1 28051 28002 CDS_40 CDS 1 28401 28172 CDS_41 CDS 1 28555 28473 CDS_42 CDS 1 28916 28720 start_codon_9 start_codon 28916 28914 gene_9 gene 0.34 42892 29547 transcript_10 transcript 0.34 42892 29547 stop_codon_10 stop_codon 29549 29547 intron_34 intron 1 30098 29883 intron_35 intron 1 30616 30373 intron_36 intron 1 30945 30757 intron_37 intron 1 31350 31004 intron_38 intron 1 33816 31680 intron_39 intron 1 34007 33904 intron_40 intron 1 34696 34172 intron_41 intron 1 34950 34854 intron_42 intron 1 35496 35071 intron_43 intron 1 35707 35608 intron_44 intron 1 36093 35885 intron_45 intron 1 36379 36240 intron_46 intron 1 36636 36558 intron_47 intron 1 38553 36775 intron_48 intron 1 38807 38726 intron_49 intron 1 39816 38999 intron_50 intron 1 41457 40063 intron_51 intron 0.95 41975 41804 intron_52 intron 0.34 42881 41988 CDS_43 CDS 1 29882 29547 CDS_44 CDS 1 30372 30099 CDS_45 CDS 1 30756 30617 CDS_46 CDS 1 31003 30946 CDS_47 CDS 1 31679 31351 CDS_48 CDS 1 33903 33817 CDS_49 CDS 1 34171 34008 CDS_50 CDS 1 34853 34697 CDS_51 CDS 1 35070 34951 CDS_52 CDS 1 35607 35497 CDS_53 CDS 1 35884 35708 CDS_54 CDS 1 36239 36094 CDS_55 CDS 1 36557 36380 CDS_56 CDS 1 36774 36637 CDS_57 CDS 1 38725 38554 CDS_58 CDS 1 38998 38808 CDS_59 CDS 1 40062 39817 CDS_60 CDS 0.8 41803 41458 CDS_61 CDS 0.35 41987 41976 CDS_62 CDS 0.63 42892 42882 start_codon_10 start_codon 42892 42890 gene_10 gene 1 52153 49309 transcript_11 transcript 1 52153 49309 stop_codon_11 stop_codon 49311 49309 intron_53 intron 1 51299 49850 CDS_63 CDS 1 49849 49309 CDS_64 CDS 1 52153 51300 start_codon_11 start_codon 52153 52151 gene_11 gene 1 57761 53604 transcript_12 transcript 1 57761 53604 stop_codon_12 stop_codon 53606 53604 intron_54 intron 1 56549 53964 CDS_65 CDS 1 53963 53604 CDS_66 CDS 1 57761 56550 start_codon_12 start_codon 57761 57759 gene_12 gene 0.66 60834 58405 transcript_13 transcript 0.66 60834 58405 stop_codon_13 stop_codon 58407 58405 intron_55 intron 1 58542 58460 intron_56 intron 0.66 60629 58762 intron_57 intron 0.9 60753 60677 CDS_67 CDS 1 58459 58405 CDS_68 CDS 0.89 58761 58543 CDS_69 CDS 0.88 60676 60630 CDS_70 CDS 1 60834 60754 start_codon_13 start_codon 60834 60832 gene_13 gene 0.88 66253 60968 transcript_14 transcript 0.88 66253 60968 stop_codon_14 stop_codon 60970 60968 intron_58 intron 1 61678 61009 intron_59 intron 1 62217 62141 intron_60 intron 1 62548 62465 intron_61 intron 1 62998 62705 intron_62 intron 1 63524 63125 intron_63 intron 1 63888 63808 intron_64 intron 1 64108 63950 intron_65 intron 1 64380 64266 intron_66 intron 1 64818 64507 intron_67 intron 1 65573 64970 intron_68 intron 1 65859 65669 intron_69 intron 1 66037 65917 CDS_71 CDS 1 61008 60968 CDS_72 CDS 1 62140 61679 CDS_73 CDS 1 62464 62218 CDS_74 CDS 1 62704 62549 CDS_75 CDS 1 63124 62999 CDS_76 CDS 1 63807 63525 CDS_77 CDS 1 63949 63889 CDS_78 CDS 1 64265 64109 CDS_79 CDS 1 64506 64381 CDS_80 CDS 1 64969 64819 CDS_81 CDS 1 65668 65574 CDS_82 CDS 1 65916 65860 CDS_83 CDS 0.88 66253 66038 start_codon_14 start_codon 66253 66251 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 425 24884 26296 match_2 match 114 74043 74396 match_3 match 548 24872 26299 match_4 match 272 25130 26296 match_5 match 155 4748 5125 match_6 match 565 24872 26296 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_7 match 99.4 16019 15711 match_8 match 65.9 16264 16124 match_9 match 90.1 16019 15711 match_10 match 60.8 16264 16124 match_11 match 132 16019 15543 match_12 match 55.5 16264 16130 match_13 match 142 53966 53655 match_14 match 531 57542 56547 match_15 match 142 53966 53655 match_16 match 531 57542 56547 match_17 match 102 16019 15711 match_18 match 62.8 16261 16124 match_19 match 124 16019 15465 match_20 match 50.1 16264 16130 match_21 match 112 16019 15666 match_22 match 47.4 16264 16130 match_23 match 57.8 16264 16130 match_24 match 113 16019 15666 match_25 match 103 16019 15540 match_26 match 36.2 16228 16130 match_27 match 112 16016 15675 match_28 match 64.7 16264 16133 match_29 match 57.8 16264 16124 match_30 match 111 16022 15672 match_31 match 39.7 16237 16130 match_32 match 97.4 16019 15693 match_33 match 106 16019 15579 match_34 match 60.8 16261 16124 match_35 match 126 16019 15474 match_36 match 52.8 16264 16130 match_37 match 52.8 16264 16130 match_38 match 102 16019 15675 match_39 match 139 16019 15462 match_40 match 84.3 16264 16124 match_41 match 98.2 16019 15693 match_42 match 43.5 16231 16130 match_43 match 114 16019 15537 match_44 match 53.1 16264 16130 match_45 match 115 16019 15486 match_46 match 46.2 16264 16130 match_47 match 94.0 16019 15702 match_48 match 55.8 16264 16124 match_49 match 100 16019 15711 match_50 match 59.7 16261 16124 match_51 match 113 16019 15651 match_52 match 60.1 16264 16124 match_53 match 28.1 16225 16130 match_54 match 103 16019 15696 match_55 match 99.4 16019 15579 match_56 match 36.6 16234 16124 match_57 match 99.4 16019 15579 match_58 match 36.6 16234 16124 match_59 match 93.2 16019 15531 match_60 match 49.3 16264 16130 match_61 match 97.1 16019 15711 match_62 match 62.4 16264 16130 match_63 match 117 16019 15678 match_64 match 58.2 16252 16130 match_65 match 102 16019 15678 match_66 match 41.2 16231 16130 match_67 match 117 16019 15675 match_68 match 64.7 16264 16130 match_69 match 99.0 16019 15678 match_70 match 45.8 16243 16130 match_71 match 40.0 16231 16124 match_72 match 103 16019 15708 match_73 match 121 53966 53676 match_74 match 466 57503 56547 match_75 match 114 16019 15537 match_76 match 48.1 16267 16130 match_77 match 104 16019 15711 match_78 match 61.6 16258 16124 match_79 match 116 16019 15567 match_80 match 60.1 16252 16124 match_81 match 56.6 16264 16115 match_82 match 101 16031 15711 match_83 match 53.1 16264 16130 match_84 match 102 16019 15711 match_85 match 496 57761 56547 match_86 match 147 53966 53640 match_87 match 100 16019 15579 match_88 match 70.9 16264 16124 match_89 match 38.1 16234 16130 match_90 match 93.6 16019 15714 match_91 match 548 57761 56451 match_92 match 144 53966 53658 match_93 match 548 57761 56451 match_94 match 144 53966 53658 match_95 match 128 53966 53664 match_96 match 450 57503 56547 match_97 match 320 52153 51293 match_98 match 321 49851 49312 match_99 match 314 52153 51293 match_100 match 321 49851 49312 match_101 match 38.9 33903 33814 match_102 match 53.9 36560 36402 match_103 match 136 41736 41431 match_104 match 89.7 34217 34005 match_105 match 135 40098 39814 match_106 match 100 35896 35708 match_107 match 102 38998 38786 match_108 match 90.1 36810 36631 match_109 match 99.4 38727 38551 match_110 match 63.5 35604 35500 match_111 match 78.2 11698 11573 match_112 match 47.4 11850 11782 match_113 match 105 9264 9073 match_114 match 94.4 16019 15651 match_115 match 39.7 16231 16130 match_116 match 35.8 16228 16130 match_117 match 92.0 16019 15711 match_118 match 54.3 16264 16130 match_119 match 116 16019 15666 match_120 match 100 16019 15468 match_121 match 53.9 16264 16124 match_122 match 92.8 16019 15570 match_123 match 40.8 16234 16130 match_124 match 32.7 16234 16130 match_125 match 92.4 16019 15708 match_126 match 95.1 16019 15702 match_127 match 59.3 16264 16130 match_128 match 90.1 16019 15525 match_129 match 36.2 16228 16130 match_130 match 95.5 16022 15711 match_131 match 49.7 16264 16130 match_132 match 120 53966 53664 match_133 match 394 57509 56547 match_134 match 114 16019 15672 match_135 match 70.9 16264 16124 match_136 match 97.1 16019 15531 match_137 match 61.2 16264 16130 match_138 match 125 16019 15501 match_139 match 52.0 16264 16130 match_140 match 125 16019 15501 match_141 match 58.2 16264 16115 match_142 match 119 16019 15675 match_143 match 60.1 16264 16130 match_144 match 112 16019 15525 match_145 match 62.4 16264 16124 match_146 match 504 57761 56547 match_147 match 151 53966 53640 match_148 match 504 57761 56547 match_149 match 151 53966 53640 match_150 match 129 16019 15477 match_151 match 60.1 16264 16130 match_152 match 117 16019 15675 match_153 match 64.3 16264 16130 match_154 match 134 16019 15663 match_155 match 82.0 16264 16130 match_156 match 91.3 16019 15714 match_157 match 40.4 16228 16130 match_158 match 117 16019 15675 match_159 match 65.1 16264 16130 match_160 match 56.2 16264 16130 match_161 match 119 16019 15666 match_162 match 91.7 16022 15711 match_163 match 47.0 16264 16130 match_164 match 115 16019 15639 match_165 match 59.3 16264 16124 match_166 match 115 53966 53637 match_167 match 456 57572 56547 match_168 match 110 16019 15648 match_169 match 54.3 16264 16130 match_170 match 115 16019 15537 match_171 match 49.3 16264 16130 match_172 match 114 16019 15675 match_173 match 59.7 16264 16130 match_174 match 41.2 16231 16130 match_175 match 108 16019 15702 match_176 match 311 52153 51293 match_177 match 329 49851 49312 match_178 match 138 16019 15651 match_179 match 93.6 16264 16124 match_180 match 30.4 16228 16130 match_181 match 95.5 16019 15705 match_182 match 118 16019 15675 match_183 match 64.7 16264 16130 match_184 match 118 16019 15675 match_185 match 64.7 16264 16130 match_186 match 140 16019 15648 match_187 match 84.7 16264 16124 match_188 match 117 16019 15675 match_189 match 63.2 16264 16130 match_190 match 117 16019 15675 match_191 match 63.2 16264 16130 match_192 match 92.8 16049 15711 match_193 match 46.6 16264 16130 match_194 match 112 53966 53625 match_195 match 416 57761 56547 match_196 match 55.8 16264 16130 match_197 match 124 16019 15672 match_198 match 32.0 16240 16130 match_199 match 99.0 16019 15651 match_200 match 39.7 16231 16130 match_201 match 92.8 16019 15717 match_202 match 111 9264 8725 match_203 match 111 9264 8725 match_204 match 164 64250 63525 match_205 match 121 62141 61680 match_206 match 49.3 65931 65854 match_207 match 137 66253 66038 match_208 match 94.7 16019 15711 match_209 match 63.9 16264 16124 match_210 match 100 16019 15558 match_211 match 43.5 16228 16130 match_212 match 48.5 16264 16130 match_213 match 117 16019 15675 match_214 match 34.7 16231 16130 match_215 match 95.1 16019 15708 match_216 match 120 16019 15675 match_217 match 58.9 16264 16130 match_218 match 98.2 16022 15558 match_219 match 45.4 16264 16130 match_220 match 115 16019 15654 match_221 match 52.0 16264 16130 match_222 match 112 16019 15564 match_223 match 54.7 16264 16130 match_224 match 122 16019 15537 match_225 match 66.6 16261 16130 match_226 match 91.7 16010 15465 match_227 match 57.8 16264 16130 match_228 match 95.9 16019 15465 match_229 match 57.8 16264 16130 match_230 match 120 16019 15675 match_231 match 57.0 16264 16130 match_232 match 94.7 16022 15711 match_233 match 49.7 16264 16130